Mon Jul  1 22:16:25 UTC 2024
+ 0 + export cycle=t12z
+ 0 + cycle=t12z
+ 0 + export storm_num=1
+ 0 + storm_num=1
+ 0 + export stormlabel=storm1
+ 0 + stormlabel=storm1
+ 0 + export hafs_ver=v1.0.0
+ 0 + hafs_ver=v1.0.0
+ 0 + export NET=hafs
+ 0 + NET=hafs
+ 0 + export RUN=hfsa
+ 0 + RUN=hfsa
+ 0 + export RUN_ENVIR=dev
+ 0 + RUN_ENVIR=dev
+ 0 + export SENDCOM=YES
+ 0 + SENDCOM=YES
+ 0 + export SENDDBN=NO
+ 0 + SENDDBN=NO
+ 0 + export SENDECF=NO
+ 0 + SENDECF=NO
+ 0 + export EMAIL_SDM=NO
+ 0 + EMAIL_SDM=NO
+ 0 + export SCRUBDATA=YES
+ 0 + SCRUBDATA=YES
+ 0 + export KEEPDATA=YES
+ 0 + KEEPDATA=YES
+ 0 + export HOMEhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A
+ 0 + HOMEhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A
+ 0 + export USHhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
+ 0 + USHhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
+ 0 + export EXEChafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec
+ 0 + EXEChafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec
+ 0 + export PARMhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm
+ 0 + PARMhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm
+ 0 + export FIXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix
+ 0 + FIXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix
+ 0 + export WORKhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
+ 0 + WORKhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
+ 0 + '[' DEV '!=' NCO ']'
+ 0 + source /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush/hafs_pre_job.sh.inc
++ 0 + __ms_function_name=setup__test_function__37607
++ 0 + eval 'setup__test_function__37607() { /bin/true ; }'
+++ 0 + eval '__text="text" ; if [[ $__text =~ ^(t).* ]] ; then printf "%s" ${.sh.match[1]} ; fi'
+++ 0 + cat
++ 0 + __ms_ksh_test=
+++ 0 + eval 'if ( set | grep setup__test_function__37607 | grep -v name > /dev/null 2>&1 ) ; then echo t ; fi '
+++ 0 + cat
++ 0 + __ms_bash_test=
++ 0 + [[ ! -z '' ]]
++ 0 + [[ ! -z '' ]]
++ 0 + __ms_shell=sh
++ 0 + target=azure
+++ 0 + echo Jiayi.Peng
+++ 0 + awk '{ print tolower($0)}'
++ 0 + USERNAME=jiayi.peng
++ 0 + [[ -d /lfs4 ]]
++ 0 + [[ -d /scratch1/HERA ]]
++ 0 + [[ -d /scratch1/NCEPDEV ]]
++ 0 + eval module help
++ 0 + target=azure
++ 0 + module purge
+++ 0 + /apps/lmod/8.5.2/libexec/lmod bash purge
++ 2 + eval unset '__LMOD_REF_COUNT_ACLOCAL_PATH;' unset 'ACLOCAL_PATH;' unset 'ACL_BOARD_VENDOR_PATH;' unset 'ANTLR_ROOT;' unset 'BACIO_INC4;' unset 'BACIO_INC8;' unset 'BACIO_LIB4;' unset 'BACIO_LIB8;' unset 'BUFR_INC4;' unset 'BUFR_LIB4;' unset 'BUFR_ROOT;' unset 'CC;' unset 'CLASSPATH;' unset 'CMAKE_CXX_COMPILER;' unset 'CMAKE_C_COMPILER;' unset 'CMAKE_Fortran_COMPILER;' unset 'CMAKE_PREFIX_PATH;' unset 'CMAKE_Platform;' unset 'CMPLR_ROOT;' unset 'CNVGRIB;' unset 'CONFIGDIR;' unset 'COPYGB;' unset 'COPYGB2;' unset 'CPATH;' unset 'CRTM_FIX;' unset 'CRTM_INC;' unset 'CRTM_LIB;' unset 'CXX;' unset 'DEGRIB2;' unset '__LMOD_REF_COUNT_DYLD_LIBRARY_PATH;' unset 'DYLD_LIBRARY_PATH;' unset 'ESMFMKFILE;' unset 'F77;' unset 'FC;' unset 'FI_PROVIDER_PATH;' unset 'FPGA_VARS_ARGS;' unset 'FPGA_VARS_DIR;' unset 'FSYNC;' unset 'G2TMPL_INC;' unset 'G2TMPL_LIB;' unset 'G2_INC4;' unset 'G2_INCd;' unset 'G2_LIB4;' unset 'G2_LIBd;' unset 'GEMERR;' unset 'GEMEXE;' unset 'GEMGTXT;' unset 'GEMHLP;' unset 'GEMLIB;' unset 'GEMMAPS;' unset 'GEMNTS;' unset 'GEMPAK;' unset 'GEMPAKHOME;' unset 'GEMPARM;' unset 'GEMPDF;' unset 'GEMPTXT;' unset 'GEMTBL;' unset 'GRB2INDEX;' unset 'GRBINDEX;' unset 'GRIB2GRIB;' unset 'GRPHGD;' unset 'GSL_ROOT_DIR;' unset 'HDF5_DIR;' unset '__LMOD_REF_COUNT_HDF5_PLUGIN_PATH;' unset 'HDF5_PLUGIN_PATH;' unset 'INTELFPGAOCLSDKROOT;' unset 'IP_INC4;' unset 'IP_INC8;' unset 'IP_INCd;' unset 'IP_LIB4;' unset 'IP_LIB8;' unset 'IP_LIBd;' unset 'I_MPI_CC;' unset 'I_MPI_F90;' unset 'I_MPI_PIN_RESPECT_CPUSET;' unset 'I_MPI_PMI_LIBRARY;' unset 'I_MPI_ROOT;' '__LMOD_REF_COUNT_LD_LIBRARY_PATH=/usr/local/cuda/lib64:1;' export '__LMOD_REF_COUNT_LD_LIBRARY_PATH;' 'LD_LIBRARY_PATH=/usr/local/cuda/lib64::;' export 'LD_LIBRARY_PATH;' unset 'LIBRARY_PATH;' unset 'LMOD_FAMILY_COMPILER;' unset 'LMOD_FAMILY_COMPILER_VERSION;' unset 'LMOD_FAMILY_METACOMPILER;' unset 'LMOD_FAMILY_METACOMPILER_VERSION;' unset 'LMOD_FAMILY_METAMPI;' unset 'LMOD_FAMILY_METAMPI_VERSION;' unset 'LMOD_FAMILY_MPI;' unset 'LMOD_FAMILY_MPI_VERSION;' unset '__LMOD_REF_COUNT_LOADEDMODULES;' unset 'LOADEDMODULES;' '__LMOD_REF_COUNT_MANPATH=/apps/lmod/lmod/share/man:1;' export '__LMOD_REF_COUNT_MANPATH;' 'MANPATH=/apps/lmod/lmod/share/man;' export 'MANPATH;' unset 'MDATE;' unset 'MEL_BUFR;' unset 'MEL_BUFR_TABLES;' unset 'MKLROOT;' '__LMOD_REF_COUNT_MODULEPATH=/apps/modules/modulefiles:4\;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:2\;/apps/lmod/lmod/modulefiles/Core:3\;/etc/scl/modulefiles:1\;/apps/modules/modulefiles/Linux:1\;/opt/cray/modulefiles:1\;/opt/cray/craype/default/modulefiles:1;' export '__LMOD_REF_COUNT_MODULEPATH;' 'MODULEPATH=/apps/modules/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles;' export 'MODULEPATH;' unset 'MPICC;' unset 'MPICXX;' unset 'MPIF77;' unset 'MPIF90;' unset 'MPI_CC;' unset 'MPI_CXX;' unset 'MPI_F77;' unset 'MPI_F90;' unset 'NAWIPS;' unset 'NA_OS;' unset 'NDATE;' unset 'NHOUR;' unset 'NLSPATH;' unset 'NMAP_RESTORE;' unset 'OCL_ICD_FILENAMES;' unset 'OS_BIN;' unset 'OS_INC;' unset 'OS_LIB;' unset 'OS_ROOT;' '__LMOD_REF_COUNT_PATH=/usr/local/cuda/bin:1\;/usr/bin:1\;/bin:1\;/usr/local/sbin:1\;/usr/sbin:1;' export '__LMOD_REF_COUNT_PATH;' 'PATH=/usr/local/cuda/bin:/usr/bin:/bin:/usr/local/sbin:/usr/sbin;' export 'PATH;' unset 'PIO_TYPENAME_VALID_VALUES;' unset 'PIO_VERSION_MAJOR;' unset 'PKG_CONFIG_PATH;' unset 'PNG_ROOT;' unset 'PROJ_LIB;' '__LMOD_REF_COUNT_PYTHONPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush:1;' export '__LMOD_REF_COUNT_PYTHONPATH;' 'PYTHONPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush;' export 'PYTHONPATH;' unset 'SERIAL_CC;' unset 'SERIAL_CXX;' unset 'SERIAL_F77;' unset 'SERIAL_FC;' unset 'SFCIO_INC;' unset 'SFCIO_INC4;' unset 'SFCIO_LIB;' unset 'SFCIO_LIB4;' unset 'SIGIO_INC;' unset 'SIGIO_INC4;' unset 'SIGIO_LIB;' unset 'SIGIO_LIB4;' unset 'SLURM_UTILS_PATH;' unset 'SP_INC4;' unset 'SP_INC8;' unset 'SP_INCd;' unset 'SP_LIB4;' unset 'SP_LIB8;' unset 'SP_LIBd;' unset 'SZIP;' unset 'SZIP_INCLUDE_OPTS;' unset 'SZIP_LINK_OPTS;' unset 'TOCGRIB;' unset 'TOCGRIB2;' unset 'TOCGRIB2SUPER;' unset 'W3EMC_INC4;' unset 'W3EMC_INC8;' unset 'W3EMC_INCd;' unset 'W3EMC_LIB4;' unset 'W3EMC_LIB8;' unset 'W3EMC_LIBd;' unset 'W3NCO_INC4;' unset 'W3NCO_INC8;' unset 'W3NCO_INCd;' unset 'W3NCO_LIB4;' unset 'W3NCO_LIB8;' unset 'W3NCO_LIBd;' unset 'WGRIB2;' unset 'WGRIB2_INC;' unset 'WGRIB2_LIB;' unset 'WRF_IO_INC;' unset 'WRF_IO_LIB;' unset '__LMOD_REF_COUNT_XUSERFILESEARCHPATH;' unset 'XUSERFILESEARCHPATH;' unset 'YAML_DIR;' unset 'YAML_INC;' unset 'YAML_LIB;' unset '__LMOD_REF_COUNT__LMFILES_;' unset '_LMFILES_;' '_ModuleTable001_=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;' export '_ModuleTable001_;' '_ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=;' export '_ModuleTable002_;' '_ModuleTable_Sz_=2;' export '_ModuleTable_Sz_;' unset '_ModuleTable004_;' unset '_ModuleTable005_;' unset '_ModuleTable006_;' unset '_ModuleTable007_;' unset '_ModuleTable008_;' unset '_ModuleTable009_;' unset '_ModuleTable010_;' unset '_ModuleTable011_;' unset '_ModuleTable012_;' unset '_ModuleTable013_;' unset '_ModuleTable014_;' unset '_ModuleTable015_;' unset '_ModuleTable016_;' unset '_ModuleTable017_;' unset '_ModuleTable018_;' unset '_ModuleTable019_;' unset '_ModuleTable020_;' unset '_ModuleTable021_;' unset '_ModuleTable022_;' unset '_ModuleTable023_;' unset '_ModuleTable024_;' unset '_ModuleTable025_;' unset '_ModuleTable026_;' unset '_ModuleTable027_;' unset '_ModuleTable028_;' unset '_ModuleTable029_;' unset '_ModuleTable030_;' unset '_ModuleTable031_;' unset '_ModuleTable032_;' unset '_ModuleTable033_;' unset '_ModuleTable034_;' unset '_ModuleTable035_;' unset '_ModuleTable036_;' unset '_ModuleTable037_;' unset '_ModuleTable038_;' unset '_ModuleTable039_;' unset '_ModuleTable040_;' unset '_ModuleTable041_;' unset '_ModuleTable042_;' unset '_ModuleTable043_;' unset '_ModuleTable044_;' unset '_ModuleTable045_;' unset '_ModuleTable046_;' unset '_ModuleTable047_;' unset '_ModuleTable048_;' unset '_ModuleTable049_;' unset '_ModuleTable050_;' unset '_ModuleTable051_;' unset '_ModuleTable052_;' unset '_ModuleTable053_;' unset '_ModuleTable054_;' unset '_ModuleTable055_;' unset '_ModuleTable056_;' unset '_ModuleTable057_;' unset '_ModuleTable058_;' unset '_ModuleTable059_;' unset '_ModuleTable060_;' unset '_ModuleTable061_;' unset '_ModuleTable062_;' unset '_ModuleTable063_;' unset '_ModuleTable064_;' unset '_ModuleTable065_;' unset '_ModuleTable066_;' unset '_ModuleTable067_;' unset '_ModuleTable068_;' unset '_ModuleTable069_;' unset '_ModuleTable070_;' unset '_ModuleTable071_;' unset '_ModuleTable072_;' unset '_ModuleTable073_;' unset '_ModuleTable074_;' unset '_ModuleTable075_;' unset '_ModuleTable076_;' unalias antlr2 '2>' /dev/null '||' 'true;' unset 'bacio_ROOT;' unset 'bufr_ROOT;' unset 'c_blosc_ROOT;' unset 'cdo_ROOT;' unset 'cmake_ROOT;' unset 'crtm_ROOT;' unset 'crtm_fix_ROOT;' unset 'curl_ROOT;' unset 'eccodes_ROOT;' unset 'esmf_ROOT;' unset 'fftw_ROOT;' unset 'fms_ROOT;' unset 'g2_ROOT;' unset 'g2tmpl_ROOT;' unset 'gettext_ROOT;' unset 'gftl_ROOT;' unset 'gftl_shared_ROOT;' unset 'git_lfs_ROOT;' unset 'gmake_ROOT;' unset 'grib_util_ROOT;' unalias grun '2>' /dev/null '||' 'true;' unset 'gsl_ROOT;' unset 'hdf5_ROOT;' unset 'intel_oneapi_mpi_ROOT;' unset 'ip_ROOT;' unset 'jasper_ROOT;' unset 'libjpeg_turbo_ROOT;' unset 'libpng_ROOT;' unset 'libxcrypt_ROOT;' unset 'libyaml_ROOT;' unset 'nco_ROOT;' unset 'netcdf_c_ROOT;' unset 'netcdf_fortran_ROOT;' unset 'nghttp2_ROOT;' unset 'openblas_ROOT;' unset 'openjpeg_ROOT;' unset 'parallel_netcdf_ROOT;' unset 'parallelio_ROOT;' unset 'pkg_config_ROOT;' unset 'prod_util_ROOT;' unset 'proj_ROOT;' unset 'py_bottleneck_ROOT;' unset 'py_cftime_ROOT;' unset 'py_et_xmlfile_ROOT;' unset 'py_netcdf4_ROOT;' unset 'py_numexpr_ROOT;' unset 'py_numpy_ROOT;' unset 'py_openpyxl_ROOT;' unset 'py_packaging_ROOT;' unset 'py_pandas_ROOT;' unset 'py_pybind11_ROOT;' unset 'py_python_dateutil_ROOT;' unset 'py_pytz_ROOT;' unset 'py_pyxlsb_ROOT;' unset 'py_scipy_ROOT;' unset 'py_setuptools_ROOT;' unset 'py_six_ROOT;' unset 'py_xarray_ROOT;' unset 'py_xlrd_ROOT;' unset 'py_xlsxwriter_ROOT;' unset 'py_xlwt_ROOT;' unset 'python_ROOT;' unset 'sfcio_ROOT;' unset 'sigio_ROOT;' unset 'snappy_ROOT;' unset 'sp_ROOT;' unset 'sqlite_ROOT;' unset 'udunits_ROOT;' unset 'util_linux_uuid_ROOT;' unset 'w3emc_ROOT;' unset 'w3nco_ROOT;' unset 'wgrib2_ROOT;' unset 'wrf_io_ROOT;' unset 'zlib_ROOT;' unset 'zstd_ROOT;'
+++ 2 + unset __LMOD_REF_COUNT_ACLOCAL_PATH
+++ 2 + unset ACLOCAL_PATH
+++ 2 + unset ACL_BOARD_VENDOR_PATH
+++ 2 + unset ANTLR_ROOT
+++ 2 + unset BACIO_INC4
+++ 2 + unset BACIO_INC8
+++ 2 + unset BACIO_LIB4
+++ 2 + unset BACIO_LIB8
+++ 2 + unset BUFR_INC4
+++ 2 + unset BUFR_LIB4
+++ 2 + unset BUFR_ROOT
+++ 2 + unset CC
+++ 2 + unset CLASSPATH
+++ 2 + unset CMAKE_CXX_COMPILER
+++ 2 + unset CMAKE_C_COMPILER
+++ 2 + unset CMAKE_Fortran_COMPILER
+++ 2 + unset CMAKE_PREFIX_PATH
+++ 2 + unset CMAKE_Platform
+++ 2 + unset CMPLR_ROOT
+++ 2 + unset CNVGRIB
+++ 2 + unset CONFIGDIR
+++ 2 + unset COPYGB
+++ 2 + unset COPYGB2
+++ 2 + unset CPATH
+++ 2 + unset CRTM_FIX
+++ 2 + unset CRTM_INC
+++ 2 + unset CRTM_LIB
+++ 2 + unset CXX
+++ 2 + unset DEGRIB2
+++ 2 + unset __LMOD_REF_COUNT_DYLD_LIBRARY_PATH
+++ 2 + unset DYLD_LIBRARY_PATH
+++ 2 + unset ESMFMKFILE
+++ 2 + unset F77
+++ 2 + unset FC
+++ 2 + unset FI_PROVIDER_PATH
+++ 2 + unset FPGA_VARS_ARGS
+++ 2 + unset FPGA_VARS_DIR
+++ 2 + unset FSYNC
+++ 2 + unset G2TMPL_INC
+++ 2 + unset G2TMPL_LIB
+++ 2 + unset G2_INC4
+++ 2 + unset G2_INCd
+++ 2 + unset G2_LIB4
+++ 2 + unset G2_LIBd
+++ 2 + unset GEMERR
+++ 2 + unset GEMEXE
+++ 2 + unset GEMGTXT
+++ 2 + unset GEMHLP
+++ 2 + unset GEMLIB
+++ 2 + unset GEMMAPS
+++ 2 + unset GEMNTS
+++ 2 + unset GEMPAK
+++ 2 + unset GEMPAKHOME
+++ 2 + unset GEMPARM
+++ 2 + unset GEMPDF
+++ 2 + unset GEMPTXT
+++ 2 + unset GEMTBL
+++ 2 + unset GRB2INDEX
+++ 2 + unset GRBINDEX
+++ 2 + unset GRIB2GRIB
+++ 2 + unset GRPHGD
+++ 2 + unset GSL_ROOT_DIR
+++ 2 + unset HDF5_DIR
+++ 2 + unset __LMOD_REF_COUNT_HDF5_PLUGIN_PATH
+++ 2 + unset HDF5_PLUGIN_PATH
+++ 2 + unset INTELFPGAOCLSDKROOT
+++ 2 + unset IP_INC4
+++ 2 + unset IP_INC8
+++ 2 + unset IP_INCd
+++ 2 + unset IP_LIB4
+++ 2 + unset IP_LIB8
+++ 2 + unset IP_LIBd
+++ 2 + unset I_MPI_CC
+++ 2 + unset I_MPI_F90
+++ 2 + unset I_MPI_PIN_RESPECT_CPUSET
+++ 2 + unset I_MPI_PMI_LIBRARY
+++ 2 + unset I_MPI_ROOT
+++ 2 + __LMOD_REF_COUNT_LD_LIBRARY_PATH=/usr/local/cuda/lib64:1
+++ 2 + export __LMOD_REF_COUNT_LD_LIBRARY_PATH
+++ 2 + LD_LIBRARY_PATH=/usr/local/cuda/lib64::
+++ 2 + export LD_LIBRARY_PATH
+++ 2 + unset LIBRARY_PATH
+++ 2 + unset LMOD_FAMILY_COMPILER
+++ 2 + unset LMOD_FAMILY_COMPILER_VERSION
+++ 2 + unset LMOD_FAMILY_METACOMPILER
+++ 2 + unset LMOD_FAMILY_METACOMPILER_VERSION
+++ 2 + unset LMOD_FAMILY_METAMPI
+++ 2 + unset LMOD_FAMILY_METAMPI_VERSION
+++ 2 + unset LMOD_FAMILY_MPI
+++ 2 + unset LMOD_FAMILY_MPI_VERSION
+++ 2 + unset __LMOD_REF_COUNT_LOADEDMODULES
+++ 2 + unset LOADEDMODULES
+++ 2 + __LMOD_REF_COUNT_MANPATH=/apps/lmod/lmod/share/man:1
+++ 2 + export __LMOD_REF_COUNT_MANPATH
+++ 2 + MANPATH=/apps/lmod/lmod/share/man
+++ 2 + export MANPATH
+++ 2 + unset MDATE
+++ 2 + unset MEL_BUFR
+++ 2 + unset MEL_BUFR_TABLES
+++ 2 + unset MKLROOT
+++ 2 + __LMOD_REF_COUNT_MODULEPATH='/apps/modules/modulefiles:4;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:2;/apps/lmod/lmod/modulefiles/Core:3;/etc/scl/modulefiles:1;/apps/modules/modulefiles/Linux:1;/opt/cray/modulefiles:1;/opt/cray/craype/default/modulefiles:1'
+++ 2 + export __LMOD_REF_COUNT_MODULEPATH
+++ 2 + MODULEPATH=/apps/modules/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
+++ 2 + export MODULEPATH
+++ 2 + unset MPICC
+++ 2 + unset MPICXX
+++ 2 + unset MPIF77
+++ 2 + unset MPIF90
+++ 2 + unset MPI_CC
+++ 2 + unset MPI_CXX
+++ 2 + unset MPI_F77
+++ 2 + unset MPI_F90
+++ 2 + unset NAWIPS
+++ 2 + unset NA_OS
+++ 2 + unset NDATE
+++ 2 + unset NHOUR
+++ 2 + unset NLSPATH
+++ 2 + unset NMAP_RESTORE
+++ 2 + unset OCL_ICD_FILENAMES
+++ 2 + unset OS_BIN
+++ 2 + unset OS_INC
+++ 2 + unset OS_LIB
+++ 2 + unset OS_ROOT
+++ 2 + __LMOD_REF_COUNT_PATH='/usr/local/cuda/bin:1;/usr/bin:1;/bin:1;/usr/local/sbin:1;/usr/sbin:1'
+++ 2 + export __LMOD_REF_COUNT_PATH
+++ 2 + PATH=/usr/local/cuda/bin:/usr/bin:/bin:/usr/local/sbin:/usr/sbin
+++ 2 + export PATH
+++ 2 + unset PIO_TYPENAME_VALID_VALUES
+++ 2 + unset PIO_VERSION_MAJOR
+++ 2 + unset PKG_CONFIG_PATH
+++ 2 + unset PNG_ROOT
+++ 2 + unset PROJ_LIB
+++ 2 + __LMOD_REF_COUNT_PYTHONPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush:1
+++ 2 + export __LMOD_REF_COUNT_PYTHONPATH
+++ 2 + PYTHONPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
+++ 2 + export PYTHONPATH
+++ 2 + unset SERIAL_CC
+++ 2 + unset SERIAL_CXX
+++ 2 + unset SERIAL_F77
+++ 2 + unset SERIAL_FC
+++ 2 + unset SFCIO_INC
+++ 2 + unset SFCIO_INC4
+++ 2 + unset SFCIO_LIB
+++ 2 + unset SFCIO_LIB4
+++ 2 + unset SIGIO_INC
+++ 2 + unset SIGIO_INC4
+++ 2 + unset SIGIO_LIB
+++ 2 + unset SIGIO_LIB4
+++ 2 + unset SLURM_UTILS_PATH
+++ 2 + unset SP_INC4
+++ 2 + unset SP_INC8
+++ 2 + unset SP_INCd
+++ 2 + unset SP_LIB4
+++ 2 + unset SP_LIB8
+++ 2 + unset SP_LIBd
+++ 2 + unset SZIP
+++ 2 + unset SZIP_INCLUDE_OPTS
+++ 2 + unset SZIP_LINK_OPTS
+++ 2 + unset TOCGRIB
+++ 2 + unset TOCGRIB2
+++ 2 + unset TOCGRIB2SUPER
+++ 2 + unset W3EMC_INC4
+++ 2 + unset W3EMC_INC8
+++ 2 + unset W3EMC_INCd
+++ 2 + unset W3EMC_LIB4
+++ 2 + unset W3EMC_LIB8
+++ 2 + unset W3EMC_LIBd
+++ 2 + unset W3NCO_INC4
+++ 2 + unset W3NCO_INC8
+++ 2 + unset W3NCO_INCd
+++ 2 + unset W3NCO_LIB4
+++ 2 + unset W3NCO_LIB8
+++ 2 + unset W3NCO_LIBd
+++ 2 + unset WGRIB2
+++ 2 + unset WGRIB2_INC
+++ 2 + unset WGRIB2_LIB
+++ 2 + unset WRF_IO_INC
+++ 2 + unset WRF_IO_LIB
+++ 2 + unset __LMOD_REF_COUNT_XUSERFILESEARCHPATH
+++ 2 + unset XUSERFILESEARCHPATH
+++ 2 + unset YAML_DIR
+++ 2 + unset YAML_INC
+++ 2 + unset YAML_LIB
+++ 2 + unset __LMOD_REF_COUNT__LMFILES_
+++ 2 + unset _LMFILES_
+++ 2 + _ModuleTable001_=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
+++ 2 + export _ModuleTable001_
+++ 2 + _ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=
+++ 2 + export _ModuleTable002_
+++ 2 + _ModuleTable_Sz_=2
+++ 2 + export _ModuleTable_Sz_
+++ 2 + unset _ModuleTable004_
+++ 2 + unset _ModuleTable005_
+++ 2 + unset _ModuleTable006_
+++ 2 + unset _ModuleTable007_
+++ 2 + unset _ModuleTable008_
+++ 2 + unset _ModuleTable009_
+++ 2 + unset _ModuleTable010_
+++ 2 + unset _ModuleTable011_
+++ 2 + unset _ModuleTable012_
+++ 2 + unset _ModuleTable013_
+++ 2 + unset _ModuleTable014_
+++ 2 + unset _ModuleTable015_
+++ 2 + unset _ModuleTable016_
+++ 2 + unset _ModuleTable017_
+++ 2 + unset _ModuleTable018_
+++ 2 + unset _ModuleTable019_
+++ 2 + unset _ModuleTable020_
+++ 2 + unset _ModuleTable021_
+++ 2 + unset _ModuleTable022_
+++ 2 + unset _ModuleTable023_
+++ 2 + unset _ModuleTable024_
+++ 2 + unset _ModuleTable025_
+++ 2 + unset _ModuleTable026_
+++ 2 + unset _ModuleTable027_
+++ 2 + unset _ModuleTable028_
+++ 2 + unset _ModuleTable029_
+++ 2 + unset _ModuleTable030_
+++ 2 + unset _ModuleTable031_
+++ 2 + unset _ModuleTable032_
+++ 2 + unset _ModuleTable033_
+++ 2 + unset _ModuleTable034_
+++ 2 + unset _ModuleTable035_
+++ 2 + unset _ModuleTable036_
+++ 2 + unset _ModuleTable037_
+++ 2 + unset _ModuleTable038_
+++ 2 + unset _ModuleTable039_
+++ 2 + unset _ModuleTable040_
+++ 2 + unset _ModuleTable041_
+++ 2 + unset _ModuleTable042_
+++ 2 + unset _ModuleTable043_
+++ 2 + unset _ModuleTable044_
+++ 2 + unset _ModuleTable045_
+++ 2 + unset _ModuleTable046_
+++ 2 + unset _ModuleTable047_
+++ 2 + unset _ModuleTable048_
+++ 2 + unset _ModuleTable049_
+++ 2 + unset _ModuleTable050_
+++ 2 + unset _ModuleTable051_
+++ 2 + unset _ModuleTable052_
+++ 2 + unset _ModuleTable053_
+++ 2 + unset _ModuleTable054_
+++ 2 + unset _ModuleTable055_
+++ 2 + unset _ModuleTable056_
+++ 2 + unset _ModuleTable057_
+++ 2 + unset _ModuleTable058_
+++ 2 + unset _ModuleTable059_
+++ 2 + unset _ModuleTable060_
+++ 2 + unset _ModuleTable061_
+++ 2 + unset _ModuleTable062_
+++ 2 + unset _ModuleTable063_
+++ 2 + unset _ModuleTable064_
+++ 2 + unset _ModuleTable065_
+++ 2 + unset _ModuleTable066_
+++ 2 + unset _ModuleTable067_
+++ 2 + unset _ModuleTable068_
+++ 2 + unset _ModuleTable069_
+++ 2 + unset _ModuleTable070_
+++ 2 + unset _ModuleTable071_
+++ 2 + unset _ModuleTable072_
+++ 2 + unset _ModuleTable073_
+++ 2 + unset _ModuleTable074_
+++ 2 + unset _ModuleTable075_
+++ 2 + unset _ModuleTable076_
+++ 2 + unalias antlr2
+++ 2 + true
+++ 2 + unset bacio_ROOT
+++ 2 + unset bufr_ROOT
+++ 2 + unset c_blosc_ROOT
+++ 2 + unset cdo_ROOT
+++ 2 + unset cmake_ROOT
+++ 2 + unset crtm_ROOT
+++ 2 + unset crtm_fix_ROOT
+++ 2 + unset curl_ROOT
+++ 2 + unset eccodes_ROOT
+++ 2 + unset esmf_ROOT
+++ 2 + unset fftw_ROOT
+++ 2 + unset fms_ROOT
+++ 2 + unset g2_ROOT
+++ 2 + unset g2tmpl_ROOT
+++ 2 + unset gettext_ROOT
+++ 2 + unset gftl_ROOT
+++ 2 + unset gftl_shared_ROOT
+++ 2 + unset git_lfs_ROOT
+++ 2 + unset gmake_ROOT
+++ 2 + unset grib_util_ROOT
+++ 2 + unalias grun
+++ 2 + true
+++ 2 + unset gsl_ROOT
+++ 2 + unset hdf5_ROOT
+++ 2 + unset intel_oneapi_mpi_ROOT
+++ 2 + unset ip_ROOT
+++ 2 + unset jasper_ROOT
+++ 2 + unset libjpeg_turbo_ROOT
+++ 2 + unset libpng_ROOT
+++ 2 + unset libxcrypt_ROOT
+++ 2 + unset libyaml_ROOT
+++ 2 + unset nco_ROOT
+++ 2 + unset netcdf_c_ROOT
+++ 2 + unset netcdf_fortran_ROOT
+++ 2 + unset nghttp2_ROOT
+++ 2 + unset openblas_ROOT
+++ 2 + unset openjpeg_ROOT
+++ 2 + unset parallel_netcdf_ROOT
+++ 2 + unset parallelio_ROOT
+++ 2 + unset pkg_config_ROOT
+++ 2 + unset prod_util_ROOT
+++ 2 + unset proj_ROOT
+++ 2 + unset py_bottleneck_ROOT
+++ 2 + unset py_cftime_ROOT
+++ 2 + unset py_et_xmlfile_ROOT
+++ 2 + unset py_netcdf4_ROOT
+++ 2 + unset py_numexpr_ROOT
+++ 2 + unset py_numpy_ROOT
+++ 2 + unset py_openpyxl_ROOT
+++ 2 + unset py_packaging_ROOT
+++ 2 + unset py_pandas_ROOT
+++ 2 + unset py_pybind11_ROOT
+++ 2 + unset py_python_dateutil_ROOT
+++ 2 + unset py_pytz_ROOT
+++ 2 + unset py_pyxlsb_ROOT
+++ 2 + unset py_scipy_ROOT
+++ 2 + unset py_setuptools_ROOT
+++ 2 + unset py_six_ROOT
+++ 2 + unset py_xarray_ROOT
+++ 2 + unset py_xlrd_ROOT
+++ 2 + unset py_xlsxwriter_ROOT
+++ 2 + unset py_xlwt_ROOT
+++ 2 + unset python_ROOT
+++ 2 + unset sfcio_ROOT
+++ 2 + unset sigio_ROOT
+++ 2 + unset snappy_ROOT
+++ 2 + unset sp_ROOT
+++ 2 + unset sqlite_ROOT
+++ 2 + unset udunits_ROOT
+++ 2 + unset util_linux_uuid_ROOT
+++ 2 + unset w3emc_ROOT
+++ 2 + unset w3nco_ROOT
+++ 2 + unset wgrib2_ROOT
+++ 2 + unset wrf_io_ROOT
+++ 2 + unset zlib_ROOT
+++ 2 + unset zstd_ROOT
+++ 2 + : -s sh
++ 2 + eval
++ 2 + module use /apps/lmod/lmod/modulefiles/Core
+++ 2 + /apps/lmod/8.5.2/libexec/lmod bash use /apps/lmod/lmod/modulefiles/Core
++ 2 + eval '__LMOD_REF_COUNT_MODULEPATH=/apps/lmod/lmod/modulefiles/Core:4\;/apps/modules/modulefiles:4\;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:2\;/etc/scl/modulefiles:1\;/apps/modules/modulefiles/Linux:1\;/opt/cray/modulefiles:1\;/opt/cray/craype/default/modulefiles:1;' export '__LMOD_REF_COUNT_MODULEPATH;' 'MODULEPATH=/apps/lmod/lmod/modulefiles/Core:/apps/modules/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles;' export 'MODULEPATH;' '_ModuleTable001_=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;' export '_ModuleTable001_;' '_ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=;' export '_ModuleTable002_;' '_ModuleTable_Sz_=2;' export '_ModuleTable_Sz_;'
+++ 2 + __LMOD_REF_COUNT_MODULEPATH='/apps/lmod/lmod/modulefiles/Core:4;/apps/modules/modulefiles:4;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:2;/etc/scl/modulefiles:1;/apps/modules/modulefiles/Linux:1;/opt/cray/modulefiles:1;/opt/cray/craype/default/modulefiles:1'
+++ 2 + export __LMOD_REF_COUNT_MODULEPATH
+++ 2 + MODULEPATH=/apps/lmod/lmod/modulefiles/Core:/apps/modules/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
+++ 2 + export MODULEPATH
+++ 2 + _ModuleTable001_=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
+++ 2 + export _ModuleTable001_
+++ 2 + _ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=
+++ 2 + export _ModuleTable002_
+++ 2 + _ModuleTable_Sz_=2
+++ 2 + export _ModuleTable_Sz_
+++ 2 + : -s sh
++ 2 + eval
++ 2 + unset __ms_shell
++ 2 + unset __ms_ksh_test
++ 2 + unset __ms_bash_test
++ 2 + unset setup__test_function__37607
++ 2 + unset __ms_function_name
++ 2 + export WHERE_AM_I=azure
++ 2 + WHERE_AM_I=azure
++ 2 + [[ Q/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A != \Q ]]
++ 2 + [[ azure = \w\c\o\s\s\2 ]]
++ 2 + module use /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles
+++ 2 + /apps/lmod/8.5.2/libexec/lmod bash use /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles
++ 2 + eval '__LMOD_REF_COUNT_MODULEPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:3\;/apps/lmod/lmod/modulefiles/Core:4\;/apps/modules/modulefiles:4\;/etc/scl/modulefiles:1\;/apps/modules/modulefiles/Linux:1\;/opt/cray/modulefiles:1\;/opt/cray/craype/default/modulefiles:1;' export '__LMOD_REF_COUNT_MODULEPATH;' 'MODULEPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/apps/modules/modulefiles:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles;' export 'MODULEPATH;' '_ModuleTable001_=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;' export '_ModuleTable001_;' '_ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=;' export '_ModuleTable002_;' '_ModuleTable_Sz_=2;' export '_ModuleTable_Sz_;'
+++ 2 + __LMOD_REF_COUNT_MODULEPATH='/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:3;/apps/lmod/lmod/modulefiles/Core:4;/apps/modules/modulefiles:4;/etc/scl/modulefiles:1;/apps/modules/modulefiles/Linux:1;/opt/cray/modulefiles:1;/opt/cray/craype/default/modulefiles:1'
+++ 2 + export __LMOD_REF_COUNT_MODULEPATH
+++ 2 + MODULEPATH=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/apps/modules/modulefiles:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
+++ 2 + export MODULEPATH
+++ 2 + _ModuleTable001_=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
+++ 2 + export _ModuleTable001_
+++ 2 + _ModuleTable002_=VEgiXT0iL2V0Yy9zY2wvbW9kdWxlZmlsZXM6L2FwcHMvbG1vZC9sbW9kL21vZHVsZWZpbGVzL0NvcmU6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9MaW51eDovYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzOi9vcHQvY3JheS9tb2R1bGVmaWxlczovb3B0L2NyYXkvY3JheXBlL2RlZmF1bHQvbW9kdWxlZmlsZXMiLH0=
+++ 2 + export _ModuleTable002_
+++ 2 + _ModuleTable_Sz_=2
+++ 2 + export _ModuleTable_Sz_
+++ 2 + : -s sh
++ 2 + eval
++ 2 + module load hafs.azure
+++ 2 + /apps/lmod/8.5.2/libexec/lmod bash load hafs.azure
++ 8 + eval '__LMOD_REF_COUNT_ACLOCAL_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/aclocal:2\;/usr/share/aclocal:8\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/share/aclocal:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/aclocal:2;' export '__LMOD_REF_COUNT_ACLOCAL_PATH;' 'ACLOCAL_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/aclocal:/usr/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/aclocal;' export 'ACLOCAL_PATH;' 'ACL_BOARD_VENDOR_PATH=/opt/Intel/OpenCLFPGA/oneAPI/Boards;' export 'ACL_BOARD_VENDOR_PATH;' 'ANTLR_ROOT=/apps/antlr/2.7.7;' export 'ANTLR_ROOT;' 'BACIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/include_4;' export 'BACIO_INC4;' 'BACIO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/include_8;' export 'BACIO_INC8;' 'BACIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_4.a;' export 'BACIO_LIB4;' 'BACIO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_8.a;' export 'BACIO_LIB8;' 'BUFR_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include/bufr_4;' export 'BUFR_INC4;' 'BUFR_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/libbufr_4.so;' export 'BUFR_LIB4;' 'BUFR_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd;' export 'BUFR_ROOT;' 'CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc;' export 'CC;' 'CLASSPATH=.:/apps/antlr/2.7.7/antlr-2.7.7-complete.jar:/apps/oneapi/mpi/2021.5.1/lib/mpi.jar;' export 'CLASSPATH;' 'CMAKE_CXX_COMPILER=mpiicpc;' export 'CMAKE_CXX_COMPILER;' 'CMAKE_C_COMPILER=mpiicc;' export 'CMAKE_C_COMPILER;' 'CMAKE_Fortran_COMPILER=mpiifort;' export 'CMAKE_Fortran_COMPILER;' 'CMAKE_PREFIX_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-shared-1.6.1-e2gso3c:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-1.10.0-ojamuik:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca:/apps/oneapi/compiler/2022.0.2/linux/IntelDPCPP;' export 'CMAKE_PREFIX_PATH;' 'CMAKE_Platform=azure.intel;' export 'CMAKE_Platform;' 'CMPLR_ROOT=/apps/oneapi/compiler/2022.0.2;' export 'CMPLR_ROOT;' 'CNVGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/cnvgrib;' export 'CNVGRIB;' 'CONFIGDIR=/apps/gempak/7.17.0/config;' export 'CONFIGDIR;' 'COPYGB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb;' export 'COPYGB;' 'COPYGB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb2;' export 'COPYGB2;' 'CPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/include:/apps/oneapi/mpi/2021.5.1/include;' export 'CPATH;' 'CRTM_FIX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q/fix;' export 'CRTM_FIX;' 'CRTM_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include;' export 'CRTM_INC;' 'CRTM_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib/libcrtm.a;' export 'CRTM_LIB;' 'CXX=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icpc;' export 'CXX;' 'DEGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/degrib2;' export 'DEGRIB2;' '__LMOD_REF_COUNT_DYLD_LIBRARY_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:1;' export '__LMOD_REF_COUNT_DYLD_LIBRARY_PATH;' 'DYLD_LIBRARY_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib;' export 'DYLD_LIBRARY_PATH;' 'ESMFMKFILE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib/esmf.mk;' export 'ESMFMKFILE;' 'F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort;' export 'F77;' 'FC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort;' export 'FC;' 'FI_PROVIDER_PATH=/apps/oneapi/mpi/2021.5.1//libfabric/lib/prov:/usr/lib64/libfabric;' export 'FI_PROVIDER_PATH;' 'FPGA_VARS_ARGS=;' export 'FPGA_VARS_ARGS;' 'FPGA_VARS_DIR=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga;' export 'FPGA_VARS_DIR;' 'FSYNC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/fsync_file;' export 'FSYNC;' 'G2TMPL_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include;' export 'G2TMPL_INC;' 'G2TMPL_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib/libg2tmpl.a;' export 'G2TMPL_LIB;' 'G2_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/include_4;' export 'G2_INC4;' 'G2_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/include_d;' export 'G2_INCd;' 'G2_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64/libg2_4.a;' export 'G2_LIB4;' 'G2_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64/libg2_d.a;' export 'G2_LIBd;' 'GEMERR=/apps/gempak/7.17.0/gempak/error;' export 'GEMERR;' 'GEMEXE=/apps/gempak/7.17.0/os/linux64/bin;' export 'GEMEXE;' 'GEMGTXT=/apps/gempak/7.17.0/gempak/txt/gemlib;' export 'GEMGTXT;' 'GEMHLP=/apps/gempak/7.17.0/gempak/help;' export 'GEMHLP;' 'GEMLIB=/apps/gempak/7.17.0/os/linux64/lib;' export 'GEMLIB;' 'GEMMAPS=/apps/gempak/7.17.0/gempak/maps;' export 'GEMMAPS;' 'GEMNTS=/apps/gempak/7.17.0/gempak/nts;' export 'GEMNTS;' 'GEMPAK=/apps/gempak/7.17.0/gempak;' export 'GEMPAK;' 'GEMPAKHOME=/apps/gempak/7.17.0/gempak;' export 'GEMPAKHOME;' 'GEMPARM=/apps/gempak/7.17.0/gempak/parm;' export 'GEMPARM;' 'GEMPDF=/apps/gempak/7.17.0/gempak/pdf;' export 'GEMPDF;' 'GEMPTXT=/apps/gempak/7.17.0/gempak/txt/programs;' export 'GEMPTXT;' 'GEMTBL=/apps/gempak/7.17.0/gempak/tables;' export 'GEMTBL;' 'GRB2INDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grb2index;' export 'GRB2INDEX;' 'GRBINDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grbindex;' export 'GRBINDEX;' 'GRIB2GRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grib2grib2;' export 'GRIB2GRIB;' 'GRPHGD=/home/Jiayi.Peng;' export 'GRPHGD;' 'GSL_ROOT_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq;' export 'GSL_ROOT_DIR;' 'HDF5_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp;' export 'HDF5_DIR;' '__LMOD_REF_COUNT_HDF5_PLUGIN_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/plugins:1;' export '__LMOD_REF_COUNT_HDF5_PLUGIN_PATH;' 'HDF5_PLUGIN_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/plugins;' export 'HDF5_PLUGIN_PATH;' 'INTELFPGAOCLSDKROOT=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga;' export 'INTELFPGAOCLSDKROOT;' 'IP_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_4;' export 'IP_INC4;' 'IP_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_8;' export 'IP_INC8;' 'IP_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_d;' export 'IP_INCd;' 'IP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_4.a;' export 'IP_LIB4;' 'IP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_8.a;' export 'IP_LIB8;' 'IP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_d.a;' export 'IP_LIBd;' 'I_MPI_CC=icc;' export 'I_MPI_CC;' 'I_MPI_F90=ifort;' export 'I_MPI_F90;' 'I_MPI_PIN_RESPECT_CPUSET=off;' export 'I_MPI_PIN_RESPECT_CPUSET;' 'I_MPI_PMI_LIBRARY=/apps/slurm/default/lib/libpmi2.so;' export 'I_MPI_PMI_LIBRARY;' 'I_MPI_ROOT=/apps/oneapi/mpi/2021.5.1;' export 'I_MPI_ROOT;' '__LMOD_REF_COUNT_LD_LIBRARY_PATH=/apps/rocoto/1.3.6/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:1\;/apps/oneapi/mpi/2021.5.1/libfabric/lib:1\;/apps/oneapi/mpi/2021.5.1/lib/release:1\;/apps/oneapi/mpi/2021.5.1/lib:1\;/apps/gnu/gcc-9.2.0/lib64:1\;/apps/oneapi/mkl/2022.0.2/lib/intel64:1\;/apps/oneapi/compiler/2022.0.2/linux/lib:1\;/apps/oneapi/compiler/2022.0.2/linux/lib/x64:1\;/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/host/linux64/lib:1\;/apps/oneapi/compiler/2022.0.2/linux/compiler/lib/intel64_lin:1\;/usr/local/cuda/lib64:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:2\;/apps/szip/2.1/lib:1;' export '__LMOD_REF_COUNT_LD_LIBRARY_PATH;' 'LD_LIBRARY_PATH=/apps/rocoto/1.3.6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:/apps/oneapi/mpi/2021.5.1/libfabric/lib:/apps/oneapi/mpi/2021.5.1/lib/release:/apps/oneapi/mpi/2021.5.1/lib:/apps/gnu/gcc-9.2.0/lib64:/apps/oneapi/mkl/2022.0.2/lib/intel64:/apps/oneapi/compiler/2022.0.2/linux/lib:/apps/oneapi/compiler/2022.0.2/linux/lib/x64:/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/host/linux64/lib:/apps/oneapi/compiler/2022.0.2/linux/compiler/lib/intel64_lin:/usr/local/cuda/lib64::/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:/apps/szip/2.1/lib;' export 'LD_LIBRARY_PATH;' 'LIBRARY_PATH=/apps/oneapi/mpi/2021.5.1//libfabric/lib:/apps/oneapi/mpi/2021.5.1//lib/release:/apps/oneapi/mpi/2021.5.1//lib;' export 'LIBRARY_PATH;' 'LMOD_FAMILY_COMPILER=intel;' export 'LMOD_FAMILY_COMPILER;' 'LMOD_FAMILY_COMPILER_VERSION=2022.1.2;' export 'LMOD_FAMILY_COMPILER_VERSION;' 'LMOD_FAMILY_METACOMPILER=stack-intel;' export 'LMOD_FAMILY_METACOMPILER;' 'LMOD_FAMILY_METACOMPILER_VERSION=2021.5.0;' export 'LMOD_FAMILY_METACOMPILER_VERSION;' 'LMOD_FAMILY_METAMPI=stack-intel-oneapi-mpi;' export 'LMOD_FAMILY_METAMPI;' 'LMOD_FAMILY_METAMPI_VERSION=2021.5.1;' export 'LMOD_FAMILY_METAMPI_VERSION;' 'LMOD_FAMILY_MPI=impi;' export 'LMOD_FAMILY_MPI;' 'LMOD_FAMILY_MPI_VERSION=2022.1.2;' export 'LMOD_FAMILY_MPI_VERSION;' '__LMOD_REF_COUNT_LOADEDMODULES=sutils/default:1\;intel/2022.1.2:1\;stack-intel/2021.5.0:1\;impi/2022.1.2:1\;stack-intel-oneapi-mpi/2021.5.1:1\;gettext/0.19.8.1:1\;libxcrypt/4.4.35:1\;sqlite/3.43.2:1\;util-linux-uuid/2.38.1:1\;python/3.10.13:1\;nghttp2/1.57.0:1\;curl/8.4.0:1\;cmake/3.23.1:1\;libjpeg/2.1.0:1\;jasper/2.0.32:1\;zlib/1.2.13:1\;libpng/1.6.37:1\;pkg-config/0.27.1:1\;hdf5/1.14.0:1\;snappy/1.1.10:1\;zstd/1.5.2:1\;c-blosc/1.21.5:1\;netcdf-c/4.9.2:1\;netcdf-fortran/4.6.1:1\;parallel-netcdf/1.12.2:1\;parallelio/2.5.10:1\;esmf/8.6.0:1\;fms/2023.04:1\;bacio/2.4.1:1\;crtm-fix/2.4.0.1_emc:1\;git-lfs/2.10.0:1\;crtm/2.4.0.1:1\;g2/3.4.5:1\;g2tmpl/1.10.2:1\;ip/4.3.0:1\;sp/2.5.0:1\;w3emc/2.10.0:1\;w3nco/2.4.1:1\;gftl/1.10.0:1\;gftl-shared/1.6.1:1\;libyaml/0.2.5:1\;openblas/0.3.24:1\;py-setuptools/63.4.3:1\;py-numpy/1.22.3:1\;bufr/12.0.1:1\;sfcio/1.4.1:1\;sigio/2.3.2:1\;szip/2.1:1\;wrf-io/1.2.0:1\;prod_util/2.1.1:1\;grib-util/1.3.0:1\;gmake/3.82:1\;wgrib2/2.0.8:1\;gsl/2.7.1:1\;udunits/2.2.28:1\;nco/5.0.6:1\;openjpeg/2.3.1:1\;eccodes/2.32.0:1\;fftw/3.3.10:1\;proj/9.2.1:1\;cdo/2.2.0:1\;py-packaging/23.1:1\;py-bottleneck/1.3.7:1\;py-numexpr/2.8.4:1\;py-et-xmlfile/1.0.1:1\;py-openpyxl/3.1.2:1\;py-six/1.16.0:1\;py-python-dateutil/2.8.2:1\;py-pytz/2023.3:1\;py-pyxlsb/1.0.10:1\;py-xlrd/2.0.1:1\;py-xlsxwriter/3.1.7:1\;py-xlwt/1.3.0:1\;py-pandas/1.5.3:1\;py-xarray/2023.7.0:1\;py-cftime/1.0.3.4:1\;py-netcdf4/1.5.8:1\;py-pybind11/2.11.0:1\;py-scipy/1.11.3:1\;rocoto/1.3.6:1\;gempak/7.17.0:1\;hafs.azure:1\;antlr/2.7.7:1;' export '__LMOD_REF_COUNT_LOADEDMODULES;' 'LOADEDMODULES=sutils/default:intel/2022.1.2:stack-intel/2021.5.0:impi/2022.1.2:stack-intel-oneapi-mpi/2021.5.1:gettext/0.19.8.1:libxcrypt/4.4.35:sqlite/3.43.2:util-linux-uuid/2.38.1:python/3.10.13:nghttp2/1.57.0:curl/8.4.0:cmake/3.23.1:libjpeg/2.1.0:jasper/2.0.32:zlib/1.2.13:libpng/1.6.37:pkg-config/0.27.1:hdf5/1.14.0:snappy/1.1.10:zstd/1.5.2:c-blosc/1.21.5:netcdf-c/4.9.2:netcdf-fortran/4.6.1:parallel-netcdf/1.12.2:parallelio/2.5.10:esmf/8.6.0:fms/2023.04:bacio/2.4.1:crtm-fix/2.4.0.1_emc:git-lfs/2.10.0:crtm/2.4.0.1:g2/3.4.5:g2tmpl/1.10.2:ip/4.3.0:sp/2.5.0:w3emc/2.10.0:w3nco/2.4.1:gftl/1.10.0:gftl-shared/1.6.1:libyaml/0.2.5:openblas/0.3.24:py-setuptools/63.4.3:py-numpy/1.22.3:bufr/12.0.1:sfcio/1.4.1:sigio/2.3.2:szip/2.1:wrf-io/1.2.0:prod_util/2.1.1:grib-util/1.3.0:gmake/3.82:wgrib2/2.0.8:gsl/2.7.1:udunits/2.2.28:nco/5.0.6:openjpeg/2.3.1:eccodes/2.32.0:fftw/3.3.10:proj/9.2.1:cdo/2.2.0:py-packaging/23.1:py-bottleneck/1.3.7:py-numexpr/2.8.4:py-et-xmlfile/1.0.1:py-openpyxl/3.1.2:py-six/1.16.0:py-python-dateutil/2.8.2:py-pytz/2023.3:py-pyxlsb/1.0.10:py-xlrd/2.0.1:py-xlsxwriter/3.1.7:py-xlwt/1.3.0:py-pandas/1.5.3:py-xarray/2023.7.0:py-cftime/1.0.3.4:py-netcdf4/1.5.8:py-pybind11/2.11.0:py-scipy/1.11.3:rocoto/1.3.6:gempak/7.17.0:hafs.azure:antlr/2.7.7;' export 'LOADEDMODULES;' '__LMOD_REF_COUNT_MANPATH=/apps/rocoto/1.3.6/man:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/man:2\;/usr/share/man:8\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/share/man:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/share/man:2\;/apps/oneapi/mpi/2021.5.1/man:1\;/apps/oneapi/compiler/2022.0.2/documentation/en/man/common:1\;/apps/lmod/lmod/share/man:1;' export '__LMOD_REF_COUNT_MANPATH;' 'MANPATH=/apps/rocoto/1.3.6/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/man:/usr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/share/man:/apps/oneapi/mpi/2021.5.1/man:/apps/oneapi/compiler/2022.0.2/documentation/en/man/common:/apps/lmod/lmod/share/man::;' export 'MANPATH;' 'MDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/mdate;' export 'MDATE;' 'MEL_BUFR=/apps/gempak/7.17.0/extlibs/melBUFR/melbufr;' export 'MEL_BUFR;' 'MEL_BUFR_TABLES=/apps/gempak/7.17.0/gempak/tables/melbufr;' export 'MEL_BUFR_TABLES;' 'MKLROOT=/apps/oneapi/mkl/2022.0.2;' export 'MKLROOT;' '__LMOD_REF_COUNT_MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:1\;/apps/modules/modulefiles:5\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:1\;/apps/modules/modulefamilies/intel_impi:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:1\;/apps/modules/modulefamilies/intel:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:1\;/contrib/sutils/modulefiles:1\;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:3\;/apps/lmod/lmod/modulefiles/Core:4\;/etc/scl/modulefiles:1\;/apps/modules/modulefiles/Linux:1\;/opt/cray/modulefiles:1\;/opt/cray/craype/default/modulefiles:1;' export '__LMOD_REF_COUNT_MODULEPATH;' 'MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:/apps/modules/modulefiles:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:/apps/modules/modulefamilies/intel_impi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:/apps/modules/modulefamilies/intel:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:/contrib/sutils/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles;' export 'MODULEPATH;' 'MPICC=mpiicc;' export 'MPICC;' 'MPICXX=mpiicpc;' export 'MPICXX;' 'MPIF77=mpiifort;' export 'MPIF77;' 'MPIF90=mpiifort;' export 'MPIF90;' 'MPI_CC=mpiicc;' export 'MPI_CC;' 'MPI_CXX=mpiicpc;' export 'MPI_CXX;' 'MPI_F77=mpiifort;' export 'MPI_F77;' 'MPI_F90=mpiifort;' export 'MPI_F90;' 'NAWIPS=/apps/gempak/7.17.0;' export 'NAWIPS;' 'NA_OS=linux64;' export 'NA_OS;' 'NDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/ndate;' export 'NDATE;' 'NHOUR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/nhour;' export 'NHOUR;' 'NLSPATH=/apps/oneapi/mkl/2022.0.2/lib/intel64/locale/%l_%t/%N;' export 'NLSPATH;' 'NMAP_RESTORE=/apps/gempak/7.17.0/gempak/nts/nmap/restore;' export 'NMAP_RESTORE;' 'OCL_ICD_FILENAMES=libintelocl_emu.so:libalteracl.so:/apps/oneapi/compiler/2022.0.2/linux/lib/x64/libintelocl.so;' export 'OCL_ICD_FILENAMES;' 'OS_BIN=/apps/gempak/7.17.0/os/linux64/bin;' export 'OS_BIN;' 'OS_INC=/apps/gempak/7.17.0/os/linux64/include;' export 'OS_INC;' 'OS_LIB=/apps/gempak/7.17.0/os/linux64/lib;' export 'OS_LIB;' 'OS_ROOT=/apps/gempak/7.17.0/os/linux64;' export 'OS_ROOT;' '__LMOD_REF_COUNT_PATH=/apps/gempak/7.17.0/os/linux64/bin:1\;/apps/gempak/7.17.0/bin:1\;/apps/rocoto/1.3.6/bin:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/bin:2\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/bin:2\;/apps/oneapi/mpi/2021.5.1/libfabric/bin:1\;/apps/oneapi/mpi/2021.5.1/bin:1\;/apps/gnu/gcc-9.2.0/bin:1\;/apps/oneapi/mkl/2022.0.2/bin/intel64:1\;/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/bin:1\;/apps/oneapi/compiler/2022.0.2/linux/bin/intel64:1\;/apps/oneapi/compiler/2022.0.2/linux/bin:1\;/contrib/sutils/bin:1\;/usr/local/cuda/bin:1\;/usr/bin:1\;/bin:1\;/usr/local/sbin:1\;/usr/sbin:1;' export '__LMOD_REF_COUNT_PATH;' 'PATH=/apps/gempak/7.17.0/os/linux64/bin:/apps/gempak/7.17.0/bin:/apps/rocoto/1.3.6/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/bin:/apps/oneapi/mpi/2021.5.1/libfabric/bin:/apps/oneapi/mpi/2021.5.1/bin:/apps/gnu/gcc-9.2.0/bin:/apps/oneapi/mkl/2022.0.2/bin/intel64:/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/bin:/apps/oneapi/compiler/2022.0.2/linux/bin/intel64:/apps/oneapi/compiler/2022.0.2/linux/bin:/contrib/sutils/bin:/usr/local/cuda/bin:/usr/bin:/bin:/usr/local/sbin:/usr/sbin;' export 'PATH;' 'PIO_TYPENAME_VALID_VALUES=netcdf,netcdf4p,netcdf4c,pnetcdf;' export 'PIO_TYPENAME_VALID_VALUES;' 'PIO_VERSION_MAJOR=2;' export 'PIO_VERSION_MAJOR;' 'PKG_CONFIG_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/share/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib/pkgconfig:/usr/share/pkgconfig:/usr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib/pkgconfig:/apps/oneapi/mpi/2021.5.1/lib/pkgconfig;' export 'PKG_CONFIG_PATH;' 'PNG_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi;' export 'PNG_ROOT;' 'PROJ_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/proj;' export 'PROJ_LIB;' '__LMOD_REF_COUNT_PYTHONPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib/python3.10/site-packages:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib/python3.10/site-packages:1\;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush:1;' export '__LMOD_REF_COUNT_PYTHONPATH;' 'PYTHONPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib/python3.10/site-packages:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush;' export 'PYTHONPATH;' 'SERIAL_CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc;' export 'SERIAL_CC;' 'SERIAL_CXX=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icpc;' export 'SERIAL_CXX;' 'SERIAL_F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort;' export 'SERIAL_F77;' 'SERIAL_FC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort;' export 'SERIAL_FC;' 'SFCIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include;' export 'SFCIO_INC;' 'SFCIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include;' export 'SFCIO_INC4;' 'SFCIO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib/libsfcio.a;' export 'SFCIO_LIB;' 'SFCIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib/libsfcio.a;' export 'SFCIO_LIB4;' 'SIGIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include;' export 'SIGIO_INC;' 'SIGIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include;' export 'SIGIO_INC4;' 'SIGIO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib/libsigio.a;' export 'SIGIO_LIB;' 'SIGIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib/libsigio.a;' export 'SIGIO_LIB4;' 'SLURM_UTILS_PATH=/contrib/sutils/bin;' export 'SLURM_UTILS_PATH;' 'SP_INC4=include_4;' export 'SP_INC4;' 'SP_INC8=include_8;' export 'SP_INC8;' 'SP_INCd=include_d;' export 'SP_INCd;' 'SP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_4.a;' export 'SP_LIB4;' 'SP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_8.a;' export 'SP_LIB8;' 'SP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_d.a;' export 'SP_LIBd;' 'SZIP=/apps/szip/2.1;' export 'SZIP;' 'SZIP_INCLUDE_OPTS=\' '-I/apps/szip/2.1/include;' export 'SZIP_INCLUDE_OPTS;' 'SZIP_LINK_OPTS=\' '-L/apps/szip/2.1/lib\' '-lsz;' export 'SZIP_LINK_OPTS;' 'TOCGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib;' export 'TOCGRIB;' 'TOCGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2;' export 'TOCGRIB2;' 'TOCGRIB2SUPER=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2super;' export 'TOCGRIB2SUPER;' 'W3EMC_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_4;' export 'W3EMC_INC4;' 'W3EMC_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_8;' export 'W3EMC_INC8;' 'W3EMC_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_d;' export 'W3EMC_INCd;' 'W3EMC_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_4.a;' export 'W3EMC_LIB4;' 'W3EMC_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_8.a;' export 'W3EMC_LIB8;' 'W3EMC_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_d.a;' export 'W3EMC_LIBd;' 'W3NCO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_4;' export 'W3NCO_INC4;' 'W3NCO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_8;' export 'W3NCO_INC8;' 'W3NCO_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_d;' export 'W3NCO_INCd;' 'W3NCO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_4.a;' export 'W3NCO_LIB4;' 'W3NCO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_8.a;' export 'W3NCO_LIB8;' 'W3NCO_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_d.a;' export 'W3NCO_LIBd;' 'WGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin/wgrib2;' export 'WGRIB2;' 'WGRIB2_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include;' export 'WGRIB2_INC;' 'WGRIB2_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib/libwgrib2.a;' export 'WGRIB2_LIB;' 'WRF_IO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include;' export 'WRF_IO_INC;' 'WRF_IO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib/libwrf_io.a;' export 'WRF_IO_LIB;' '__LMOD_REF_COUNT_XUSERFILESEARCHPATH=/apps/gempak/7.17.0/resource/%N:1;' export '__LMOD_REF_COUNT_XUSERFILESEARCHPATH;' 'XUSERFILESEARCHPATH=/apps/gempak/7.17.0/resource/%N;' export 'XUSERFILESEARCHPATH;' 'YAML_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h;' export 'YAML_DIR;' 'YAML_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include;' export 'YAML_INC;' 'YAML_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib;' export 'YAML_LIB;' '__LMOD_REF_COUNT__LMFILES_=/contrib/sutils/modulefiles/sutils/default:1\;/apps/modules/modulefiles/intel/2022.1.2:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core/stack-intel/2021.5.0.lua:1\;/apps/modules/modulefamilies/intel/impi/2022.1.2:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/stack-intel-oneapi-mpi/2021.5.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gettext/0.19.8.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libxcrypt/4.4.35.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sqlite/3.43.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/util-linux-uuid/2.38.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/python/3.10.13.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/nghttp2/1.57.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/curl/8.4.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/cmake/3.23.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libjpeg/2.1.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/jasper/2.0.32.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zlib/1.2.13.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libpng/1.6.37.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/pkg-config/0.27.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/hdf5/1.14.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/snappy/1.1.10.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zstd/1.5.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/c-blosc/1.21.5.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-c/4.9.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-fortran/4.6.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallel-netcdf/1.12.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallelio/2.5.10.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/esmf/8.6.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fms/2023.04.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bacio/2.4.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/crtm-fix/2.4.0.1_emc.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/git-lfs/2.10.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/crtm/2.4.0.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2/3.4.5.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2tmpl/1.10.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/ip/4.3.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sp/2.5.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3emc/2.10.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3nco/2.4.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl/1.10.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl-shared/1.6.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libyaml/0.2.5.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openblas/0.3.24.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-setuptools/63.4.3.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numpy/1.22.3.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bufr/12.0.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sfcio/1.4.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sigio/2.3.2.lua:1\;/apps/modules/modulefiles/szip/2.1:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/wrf-io/1.2.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/prod_util/2.1.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/grib-util/1.3.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gmake/3.82.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/wgrib2/2.0.8.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gsl/2.7.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/udunits/2.2.28.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/nco/5.0.6.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openjpeg/2.3.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/eccodes/2.32.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fftw/3.3.10.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/proj/9.2.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/cdo/2.2.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-packaging/23.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-bottleneck/1.3.7.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numexpr/2.8.4.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-et-xmlfile/1.0.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-openpyxl/3.1.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-six/1.16.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-python-dateutil/2.8.2.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pytz/2023.3.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pyxlsb/1.0.10.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlrd/2.0.1.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlsxwriter/3.1.7.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlwt/1.3.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pandas/1.5.3.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xarray/2023.7.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-cftime/1.0.3.4.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/py-netcdf4/1.5.8.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pybind11/2.11.0.lua:1\;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-scipy/1.11.3.lua:1\;/apps/modules/modulefiles/rocoto/1.3.6:1\;/apps/modules/modulefiles/gempak/7.17.0:1\;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles/hafs.azure.lua:1\;/apps/modules/modulefiles/antlr/2.7.7:1;' export '__LMOD_REF_COUNT__LMFILES_;' '_LMFILES_=/contrib/sutils/modulefiles/sutils/default:/apps/modules/modulefiles/intel/2022.1.2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core/stack-intel/2021.5.0.lua:/apps/modules/modulefamilies/intel/impi/2022.1.2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/stack-intel-oneapi-mpi/2021.5.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gettext/0.19.8.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libxcrypt/4.4.35.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sqlite/3.43.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/util-linux-uuid/2.38.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/python/3.10.13.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/nghttp2/1.57.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/curl/8.4.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/cmake/3.23.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libjpeg/2.1.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/jasper/2.0.32.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zlib/1.2.13.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libpng/1.6.37.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/pkg-config/0.27.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/hdf5/1.14.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/snappy/1.1.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zstd/1.5.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/c-blosc/1.21.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-c/4.9.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-fortran/4.6.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallel-netcdf/1.12.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallelio/2.5.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/esmf/8.6.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fms/2023.04.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bacio/2.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/crtm-fix/2.4.0.1_emc.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/git-lfs/2.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/crtm/2.4.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2/3.4.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2tmpl/1.10.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/ip/4.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sp/2.5.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3emc/2.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3nco/2.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl/1.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl-shared/1.6.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libyaml/0.2.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openblas/0.3.24.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-setuptools/63.4.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numpy/1.22.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bufr/12.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sfcio/1.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sigio/2.3.2.lua:/apps/modules/modulefiles/szip/2.1:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/wrf-io/1.2.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/prod_util/2.1.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/grib-util/1.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gmake/3.82.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/wgrib2/2.0.8.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gsl/2.7.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/udunits/2.2.28.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/nco/5.0.6.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openjpeg/2.3.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/eccodes/2.32.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fftw/3.3.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/proj/9.2.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/cdo/2.2.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-packaging/23.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-bottleneck/1.3.7.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numexpr/2.8.4.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-et-xmlfile/1.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-openpyxl/3.1.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-six/1.16.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-python-dateutil/2.8.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pytz/2023.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pyxlsb/1.0.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlrd/2.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlsxwriter/3.1.7.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlwt/1.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pandas/1.5.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xarray/2023.7.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-cftime/1.0.3.4.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/py-netcdf4/1.5.8.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pybind11/2.11.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-scipy/1.11.3.lua:/apps/modules/modulefiles/rocoto/1.3.6:/apps/modules/modulefiles/gempak/7.17.0:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles/hafs.azure.lua:/apps/modules/modulefiles/antlr/2.7.7;' export '_LMFILES_;' '_ModuleTable001_=X01vZHVsZVRhYmxlXz17WyJNVHZlcnNpb24iXT0zLFsiY19yZWJ1aWxkVGltZSJdPWZhbHNlLFsiY19zaG9ydFRpbWUiXT1mYWxzZSxkZXB0aFQ9e30sZmFtaWx5PXtbIk1ldGFDb21waWxlciJdPSJzdGFjay1pbnRlbCIsWyJNZXRhTVBJIl09InN0YWNrLWludGVsLW9uZWFwaS1tcGkiLFsiY29tcGlsZXIiXT0iaW50ZWwiLFsibXBpIl09ImltcGkiLH0sbVQ9e2FudGxyPXtbImZuIl09Ii9hcHBzL21vZHVsZXMvbW9kdWxlZmlsZXMvYW50bHIvMi43LjciLFsiZnVsbE5hbWUiXT0iYW50bHIvMi43LjciLFsibG9hZE9yZGVyIl09ODMscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MCxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iYW50bHIvMi43LjciLFsid1YiXT0i;' export '_ModuleTable001_;' '_ModuleTable002_=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;' export '_ModuleTable002_;' '_ModuleTable003_=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;' export '_ModuleTable003_;' '_ModuleTable004_=c3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9jLWJsb3NjLzEuMjEuNS5sdWEiLFsiZnVsbE5hbWUiXT0iYy1ibG9zYy8xLjIxLjUiLFsibG9hZE9yZGVyIl09MjIscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTIsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09ImMtYmxvc2MvMS4yMS41IixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMjEuMDAwMDAwMDA1Lip6ZmluYWwiLH0sY2RvPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3Rh;' export '_ModuleTable004_;' '_ModuleTable005_=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;' export '_ModuleTable005_;' '_ModuleTable006_=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;' export '_ModuleTable006_;' '_ModuleTable007_=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;' export '_ModuleTable007_;' '_ModuleTable008_=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;' export '_ModuleTable008_;' '_ModuleTable009_=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;' export '_ModuleTable009_;' '_ModuleTable010_=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;' export '_ModuleTable010_;' '_ModuleTable011_=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;' export '_ModuleTable011_;' '_ModuleTable012_=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;' export '_ModuleTable012_;' '_ModuleTable013_=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;' export '_ModuleTable013_;' '_ModuleTable014_=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;' export '_ModuleTable014_;' '_ModuleTable015_=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;' export '_ModuleTable015_;' '_ModuleTable016_=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;' export '_ModuleTable016_;' '_ModuleTable017_=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;' export '_ModuleTable017_;' '_ModuleTable018_=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;' export '_ModuleTable018_;' '_ModuleTable019_=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;' export '_ModuleTable019_;' '_ModuleTable020_=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;' export '_ModuleTable020_;' '_ModuleTable021_=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;' export '_ModuleTable021_;' '_ModuleTable022_=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;' export '_ModuleTable022_;' '_ModuleTable023_=b3BUPXt9LFsic3RhY2tEZXB0aCJdPTIsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09ImltcGkvMjAyMi4xLjIiLFsid1YiXT0iMDAwMDAyMDIyLjAwMDAwMDAwMS4wMDAwMDAwMDIuKnpmaW5hbCIsfSxpbnRlbD17WyJmbiJdPSIvYXBwcy9tb2R1bGVzL21vZHVsZWZpbGVzL2ludGVsLzIwMjIuMS4yIixbImZ1bGxOYW1lIl09ImludGVsLzIwMjIuMS4yIixbImxvYWRPcmRlciJdPTIscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iaW50ZWwvMjAyMi4xLjIiLFsid1YiXT0iMDAwMDAyMDIyLjAwMDAwMDAwMS4wMDAwMDAwMDIuKnpmaW5hbCIsfSxpcD17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1z;' export '_ModuleTable023_;' '_ModuleTable024_=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;' export '_ModuleTable024_;' '_ModuleTable025_=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;' export '_ModuleTable025_;' '_ModuleTable026_=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;' export '_ModuleTable026_;' '_ModuleTable027_=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;' export '_ModuleTable027_;' '_ModuleTable028_=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;' export '_ModuleTable028_;' '_ModuleTable029_=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;' export '_ModuleTable029_;' '_ModuleTable030_=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;' export '_ModuleTable030_;' '_ModuleTable031_=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;' export '_ModuleTable031_;' '_ModuleTable032_=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;' export '_ModuleTable032_;' '_ModuleTable033_=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;' export '_ModuleTable033_;' '_ModuleTable034_=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;' export '_ModuleTable034_;' '_ModuleTable035_=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;' export '_ModuleTable035_;' '_ModuleTable036_=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;' export '_ModuleTable036_;' '_ModuleTable037_=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;' export '_ModuleTable037_;' '_ModuleTable038_=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;' export '_ModuleTable038_;' '_ModuleTable039_=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;' export '_ModuleTable039_;' '_ModuleTable040_=ZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbImxvYWRPcmRlciJdPTYzLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0zLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMDMuMDAwMDAwMDA3Lip6ZmluYWwiLH0sWyJweS1jZnRpbWUiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3B5LWNmdGltZS8xLjAuMy40Lmx1YSIsWyJmdWxsTmFtZSJdPSJweS1jZnRpbWUvMS4w;' export '_ModuleTable040_;' '_ModuleTable041_=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;' export '_ModuleTable041_;' '_ModuleTable042_=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;' export '_ModuleTable042_;' '_ModuleTable043_=MS41LjgiLFsibG9hZE9yZGVyIl09NzcscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHktbmV0Y2RmNC8xLjUuOCIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDA1LjAwMDAwMDAwOC4qemZpbmFsIix9LFsicHktbnVtZXhwciJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvcHktbnVtZXhwci8yLjguNC5sdWEiLFsiZnVsbE5hbWUiXT0icHktbnVtZXhwci8yLjguNCIsWyJsb2FkT3JkZXIiXT02NCxwcm9wVD17fSxbInJlZl9j;' export '_ModuleTable043_;' '_ModuleTable044_=b3VudCJdPTEsWyJzdGFja0RlcHRoIl09MyxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHktbnVtZXhwci8yLjguNCIsWyJ3ViJdPSIwMDAwMDAwMDIuMDAwMDAwMDA4LjAwMDAwMDAwNC4qemZpbmFsIix9LFsicHktbnVtcHkiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3B5LW51bXB5LzEuMjIuMy5sdWEiLFsiZnVsbE5hbWUiXT0icHktbnVtcHkvMS4yMi4zIixbImxvYWRPcmRlciJdPTQ0LHByb3BUPXt9LFsicmVmX2NvdW50Il09OCxbInN0YWNrRGVwdGgiXT0yLFsi;' export '_ModuleTable044_;' '_ModuleTable045_=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;' export '_ModuleTable045_;' '_ModuleTable046_=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;' export '_ModuleTable046_;' '_ModuleTable047_=aW5nLzIzLjEiLFsid1YiXT0iMDAwMDAwMDIzLjAwMDAwMDAwMS4qemZpbmFsIix9LFsicHktcGFuZGFzIl09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9weS1wYW5kYXMvMS41LjMubHVhIixbImZ1bGxOYW1lIl09InB5LXBhbmRhcy8xLjUuMyIsWyJsb2FkT3JkZXIiXT03NCxwcm9wVD17fSxbInJlZl9jb3VudCJdPTEsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHktcGFuZGFzLzEuNS4zIixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMDUu;' export '_ModuleTable047_;' '_ModuleTable048_=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;' export '_ModuleTable048_;' '_ModuleTable049_=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;' export '_ModuleTable049_;' '_ModuleTable050_=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;' export '_ModuleTable050_;' '_ModuleTable051_=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;' export '_ModuleTable051_;' '_ModuleTable052_=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;' export '_ModuleTable052_;' '_ModuleTable053_=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;' export '_ModuleTable053_;' '_ModuleTable054_=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;' export '_ModuleTable054_;' '_ModuleTable055_=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;' export '_ModuleTable055_;' '_ModuleTable056_=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;' export '_ModuleTable056_;' '_ModuleTable057_=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;' export '_ModuleTable057_;' '_ModuleTable058_=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;' export '_ModuleTable058_;' '_ModuleTable059_=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;' export '_ModuleTable059_;' '_ModuleTable060_=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;' export '_ModuleTable060_;' '_ModuleTable061_=bG9hZE9yZGVyIl09NDcscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0ic2lnaW8vMi4zLjIiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMy4wMDAwMDAwMDIuKnpmaW5hbCIsfSxzbmFwcHk9e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9zbmFwcHkvMS4xLjEwLmx1YSIsWyJmdWxsTmFtZSJdPSJzbmFwcHkvMS4xLjEwIixbImxvYWRPcmRlciJdPTIwLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0zLFsi;' export '_ModuleTable061_;' '_ModuleTable062_=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;' export '_ModuleTable062_;' '_ModuleTable063_=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;' export '_ModuleTable063_;' '_ModuleTable064_=e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9Db3JlL3N0YWNrLWludGVsLzIwMjEuNS4wLmx1YSIsWyJmdWxsTmFtZSJdPSJzdGFjay1pbnRlbC8yMDIxLjUuMCIsWyJsb2FkT3JkZXIiXT0zLHByb3BUPXt9LFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09InN0YWNrLWludGVsLzIwMjEuNS4wIixbIndWIl09IjAwMDAwMjAyMS4wMDAwMDAwMDUuKnpmaW5hbCIsfSxbInN0YWNrLWludGVsLW9uZWFwaS1tcGkiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUu;' export '_ModuleTable064_;' '_ModuleTable065_=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;' export '_ModuleTable065_;' '_ModuleTable066_=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;' export '_ModuleTable066_;' '_ModuleTable067_=UERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3VkdW5pdHMvMi4yLjI4Lmx1YSIsWyJmdWxsTmFtZSJdPSJ1ZHVuaXRzLzIuMi4yOCIsWyJsb2FkT3JkZXIiXT01NSxwcm9wVD17fSxbInJlZl9jb3VudCJdPTIsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0idWR1bml0cy8yLjIuMjgiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMi4wMDAwMDAwMjguKnpmaW5hbCIsfSxbInV0aWwtbGludXgtdXVpZCJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNr;' export '_ModuleTable067_;' '_ModuleTable068_=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;' export '_ModuleTable068_;' '_ModuleTable069_=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;' export '_ModuleTable069_;' '_ModuleTable070_=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;' export '_ModuleTable070_;' '_ModuleTable071_=YWRPcmRlciJdPTUzLHByb3BUPXt9LFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09IndncmliMi8yLjAuOCIsWyJ3ViJdPSIwMDAwMDAwMDIuMDAwMDAwMDAwLjAwMDAwMDAwOC4qemZpbmFsIix9LFsid3JmLWlvIl09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC1vbmVhcGktbXBpLzIwMjEuNS4xL2ludGVsLzIwMjEuNS4wL3dyZi1pby8xLjIuMC5sdWEiLFsiZnVsbE5hbWUiXT0id3JmLWlvLzEuMi4wIixbImxvYWRPcmRlciJdPTQ5LHByb3BUPXt9LFsic3RhY2tE;' export '_ModuleTable071_;' '_ModuleTable072_=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;' export '_ModuleTable072_;' '_ModuleTable073_=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;' export '_ModuleTable073_;' '_ModuleTable074_=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;' export '_ModuleTable074_;' '_ModuleTable075_=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;' export '_ModuleTable075_;' '_ModuleTable076_=IiwiL29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9LFsic3lzdGVtQmFzZU1QQVRIIl09Ii9ldGMvc2NsL21vZHVsZWZpbGVzOi9hcHBzL2xtb2QvbG1vZC9tb2R1bGVmaWxlcy9Db3JlOi9hcHBzL21vZHVsZXMvbW9kdWxlZmlsZXMvTGludXg6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlczovb3B0L2NyYXkvbW9kdWxlZmlsZXM6L29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9;' export '_ModuleTable076_;' '_ModuleTable_Sz_=76;' export '_ModuleTable_Sz_;' alias 'antlr2=java\' '-jar\' '\' '\' '\' '/apps/antlr/2.7.7/antlr-2.7.7-complete.jar;' unset 'antlr_ROOT;' 'bacio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr;' export 'bacio_ROOT;' 'bufr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd;' export 'bufr_ROOT;' 'c_blosc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi;' export 'c_blosc_ROOT;' 'cdo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di;' export 'cdo_ROOT;' 'cmake_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak;' export 'cmake_ROOT;' 'crtm_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb;' export 'crtm_ROOT;' 'crtm_fix_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q;' export 'crtm_fix_ROOT;' 'curl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w;' export 'curl_ROOT;' 'eccodes_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb;' export 'eccodes_ROOT;' 'esmf_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z;' export 'esmf_ROOT;' 'fftw_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to;' export 'fftw_ROOT;' 'fms_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf;' export 'fms_ROOT;' 'g2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x;' export 'g2_ROOT;' 'g2tmpl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6;' export 'g2tmpl_ROOT;' 'gettext_ROOT=/usr;' export 'gettext_ROOT;' 'gftl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-1.10.0-ojamuik;' export 'gftl_ROOT;' 'gftl_shared_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-shared-1.6.1-e2gso3c;' export 'gftl_shared_ROOT;' 'git_lfs_ROOT=/usr;' export 'git_lfs_ROOT;' 'gmake_ROOT=/usr;' export 'gmake_ROOT;' 'grib_util_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h;' export 'grib_util_ROOT;' alias 'grun=java\' 'org.antlr.v4.runtime.misc.TestRig;' 'gsl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq;' export 'gsl_ROOT;' 'hdf5_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp;' export 'hdf5_ROOT;' 'intel_oneapi_mpi_ROOT=/apps/oneapi;' export 'intel_oneapi_mpi_ROOT;' 'ip_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg;' export 'ip_ROOT;' 'jasper_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe;' export 'jasper_ROOT;' 'libjpeg_turbo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos;' export 'libjpeg_turbo_ROOT;' 'libpng_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi;' export 'libpng_ROOT;' 'libxcrypt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca;' export 'libxcrypt_ROOT;' 'libyaml_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h;' export 'libyaml_ROOT;' 'nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v;' export 'nco_ROOT;' 'netcdf_c_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k;' export 'netcdf_c_ROOT;' 'netcdf_fortran_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv;' export 'netcdf_fortran_ROOT;' 'nghttp2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7;' export 'nghttp2_ROOT;' 'openblas_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4;' export 'openblas_ROOT;' 'openjpeg_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw;' export 'openjpeg_ROOT;' 'parallel_netcdf_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb;' export 'parallel_netcdf_ROOT;' 'parallelio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav;' export 'parallelio_ROOT;' 'pkg_config_ROOT=/usr;' export 'pkg_config_ROOT;' 'prod_util_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl;' export 'prod_util_ROOT;' 'proj_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr;' export 'proj_ROOT;' 'py_bottleneck_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr;' export 'py_bottleneck_ROOT;' 'py_cftime_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg;' export 'py_cftime_ROOT;' 'py_et_xmlfile_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5;' export 'py_et_xmlfile_ROOT;' 'py_netcdf4_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4;' export 'py_netcdf4_ROOT;' 'py_numexpr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge;' export 'py_numexpr_ROOT;' 'py_numpy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m;' export 'py_numpy_ROOT;' 'py_openpyxl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u;' export 'py_openpyxl_ROOT;' 'py_packaging_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr;' export 'py_packaging_ROOT;' 'py_pandas_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq;' export 'py_pandas_ROOT;' 'py_pybind11_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi;' export 'py_pybind11_ROOT;' 'py_python_dateutil_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2;' export 'py_python_dateutil_ROOT;' 'py_pytz_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa;' export 'py_pytz_ROOT;' 'py_pyxlsb_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq;' export 'py_pyxlsb_ROOT;' 'py_scipy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks;' export 'py_scipy_ROOT;' 'py_setuptools_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656;' export 'py_setuptools_ROOT;' 'py_six_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az;' export 'py_six_ROOT;' 'py_xarray_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw;' export 'py_xarray_ROOT;' 'py_xlrd_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff;' export 'py_xlrd_ROOT;' 'py_xlsxwriter_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam;' export 'py_xlsxwriter_ROOT;' 'py_xlwt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip;' export 'py_xlwt_ROOT;' 'python_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady;' export 'python_ROOT;' 'sfcio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2;' export 'sfcio_ROOT;' 'sigio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57;' export 'sigio_ROOT;' 'snappy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge;' export 'snappy_ROOT;' 'sp_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv;' export 'sp_ROOT;' 'sqlite_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn;' export 'sqlite_ROOT;' 'udunits_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx;' export 'udunits_ROOT;' 'util_linux_uuid_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl;' export 'util_linux_uuid_ROOT;' 'w3emc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa;' export 'w3emc_ROOT;' 'w3nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms;' export 'w3nco_ROOT;' 'wgrib2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx;' export 'wgrib2_ROOT;' 'wrf_io_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx;' export 'wrf_io_ROOT;' 'zlib_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z;' export 'zlib_ROOT;' 'zstd_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt;' export 'zstd_ROOT;'
+++ 8 + __LMOD_REF_COUNT_ACLOCAL_PATH='/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/aclocal:2;/usr/share/aclocal:8;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/share/aclocal:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/aclocal:2'
+++ 8 + export __LMOD_REF_COUNT_ACLOCAL_PATH
+++ 8 + ACLOCAL_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/aclocal:/usr/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/aclocal
+++ 8 + export ACLOCAL_PATH
+++ 8 + ACL_BOARD_VENDOR_PATH=/opt/Intel/OpenCLFPGA/oneAPI/Boards
+++ 8 + export ACL_BOARD_VENDOR_PATH
+++ 8 + ANTLR_ROOT=/apps/antlr/2.7.7
+++ 8 + export ANTLR_ROOT
+++ 8 + BACIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/include_4
+++ 8 + export BACIO_INC4
+++ 8 + BACIO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/include_8
+++ 8 + export BACIO_INC8
+++ 8 + BACIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_4.a
+++ 8 + export BACIO_LIB4
+++ 8 + BACIO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_8.a
+++ 8 + export BACIO_LIB8
+++ 8 + BUFR_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include/bufr_4
+++ 8 + export BUFR_INC4
+++ 8 + BUFR_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/libbufr_4.so
+++ 8 + export BUFR_LIB4
+++ 8 + BUFR_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd
+++ 8 + export BUFR_ROOT
+++ 8 + CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc
+++ 8 + export CC
+++ 8 + CLASSPATH=.:/apps/antlr/2.7.7/antlr-2.7.7-complete.jar:/apps/oneapi/mpi/2021.5.1/lib/mpi.jar
+++ 8 + export CLASSPATH
+++ 8 + CMAKE_CXX_COMPILER=mpiicpc
+++ 8 + export CMAKE_CXX_COMPILER
+++ 8 + CMAKE_C_COMPILER=mpiicc
+++ 8 + export CMAKE_C_COMPILER
+++ 8 + CMAKE_Fortran_COMPILER=mpiifort
+++ 8 + export CMAKE_Fortran_COMPILER
+++ 8 + CMAKE_PREFIX_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-shared-1.6.1-e2gso3c:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-1.10.0-ojamuik:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca:/apps/oneapi/compiler/2022.0.2/linux/IntelDPCPP
+++ 8 + export CMAKE_PREFIX_PATH
+++ 8 + CMAKE_Platform=azure.intel
+++ 8 + export CMAKE_Platform
+++ 8 + CMPLR_ROOT=/apps/oneapi/compiler/2022.0.2
+++ 8 + export CMPLR_ROOT
+++ 8 + CNVGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/cnvgrib
+++ 8 + export CNVGRIB
+++ 8 + CONFIGDIR=/apps/gempak/7.17.0/config
+++ 8 + export CONFIGDIR
+++ 8 + COPYGB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb
+++ 8 + export COPYGB
+++ 8 + COPYGB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb2
+++ 8 + export COPYGB2
+++ 8 + CPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/include:/apps/oneapi/mpi/2021.5.1/include
+++ 8 + export CPATH
+++ 8 + CRTM_FIX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q/fix
+++ 8 + export CRTM_FIX
+++ 8 + CRTM_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include
+++ 8 + export CRTM_INC
+++ 8 + CRTM_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib/libcrtm.a
+++ 8 + export CRTM_LIB
+++ 8 + CXX=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icpc
+++ 8 + export CXX
+++ 8 + DEGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/degrib2
+++ 8 + export DEGRIB2
+++ 8 + __LMOD_REF_COUNT_DYLD_LIBRARY_PATH='/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:1'
+++ 8 + export __LMOD_REF_COUNT_DYLD_LIBRARY_PATH
+++ 8 + DYLD_LIBRARY_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib
+++ 8 + export DYLD_LIBRARY_PATH
+++ 8 + ESMFMKFILE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib/esmf.mk
+++ 8 + export ESMFMKFILE
+++ 8 + F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
+++ 8 + export F77
+++ 8 + FC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
+++ 8 + export FC
+++ 8 + FI_PROVIDER_PATH=/apps/oneapi/mpi/2021.5.1//libfabric/lib/prov:/usr/lib64/libfabric
+++ 8 + export FI_PROVIDER_PATH
+++ 8 + FPGA_VARS_ARGS=
+++ 8 + export FPGA_VARS_ARGS
+++ 8 + FPGA_VARS_DIR=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga
+++ 8 + export FPGA_VARS_DIR
+++ 8 + FSYNC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/fsync_file
+++ 8 + export FSYNC
+++ 8 + G2TMPL_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include
+++ 8 + export G2TMPL_INC
+++ 8 + G2TMPL_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib/libg2tmpl.a
+++ 8 + export G2TMPL_LIB
+++ 8 + G2_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/include_4
+++ 8 + export G2_INC4
+++ 8 + G2_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/include_d
+++ 8 + export G2_INCd
+++ 8 + G2_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64/libg2_4.a
+++ 8 + export G2_LIB4
+++ 8 + G2_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64/libg2_d.a
+++ 8 + export G2_LIBd
+++ 8 + GEMERR=/apps/gempak/7.17.0/gempak/error
+++ 8 + export GEMERR
+++ 8 + GEMEXE=/apps/gempak/7.17.0/os/linux64/bin
+++ 8 + export GEMEXE
+++ 8 + GEMGTXT=/apps/gempak/7.17.0/gempak/txt/gemlib
+++ 8 + export GEMGTXT
+++ 8 + GEMHLP=/apps/gempak/7.17.0/gempak/help
+++ 8 + export GEMHLP
+++ 8 + GEMLIB=/apps/gempak/7.17.0/os/linux64/lib
+++ 8 + export GEMLIB
+++ 8 + GEMMAPS=/apps/gempak/7.17.0/gempak/maps
+++ 8 + export GEMMAPS
+++ 8 + GEMNTS=/apps/gempak/7.17.0/gempak/nts
+++ 8 + export GEMNTS
+++ 8 + GEMPAK=/apps/gempak/7.17.0/gempak
+++ 8 + export GEMPAK
+++ 8 + GEMPAKHOME=/apps/gempak/7.17.0/gempak
+++ 8 + export GEMPAKHOME
+++ 8 + GEMPARM=/apps/gempak/7.17.0/gempak/parm
+++ 8 + export GEMPARM
+++ 8 + GEMPDF=/apps/gempak/7.17.0/gempak/pdf
+++ 8 + export GEMPDF
+++ 8 + GEMPTXT=/apps/gempak/7.17.0/gempak/txt/programs
+++ 8 + export GEMPTXT
+++ 8 + GEMTBL=/apps/gempak/7.17.0/gempak/tables
+++ 8 + export GEMTBL
+++ 8 + GRB2INDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grb2index
+++ 8 + export GRB2INDEX
+++ 8 + GRBINDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grbindex
+++ 8 + export GRBINDEX
+++ 8 + GRIB2GRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grib2grib2
+++ 8 + export GRIB2GRIB
+++ 8 + GRPHGD=/home/Jiayi.Peng
+++ 8 + export GRPHGD
+++ 8 + GSL_ROOT_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq
+++ 8 + export GSL_ROOT_DIR
+++ 8 + HDF5_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp
+++ 8 + export HDF5_DIR
+++ 8 + __LMOD_REF_COUNT_HDF5_PLUGIN_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/plugins:1
+++ 8 + export __LMOD_REF_COUNT_HDF5_PLUGIN_PATH
+++ 8 + HDF5_PLUGIN_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/plugins
+++ 8 + export HDF5_PLUGIN_PATH
+++ 8 + INTELFPGAOCLSDKROOT=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga
+++ 8 + export INTELFPGAOCLSDKROOT
+++ 8 + IP_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_4
+++ 8 + export IP_INC4
+++ 8 + IP_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_8
+++ 8 + export IP_INC8
+++ 8 + IP_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_d
+++ 8 + export IP_INCd
+++ 8 + IP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_4.a
+++ 8 + export IP_LIB4
+++ 8 + IP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_8.a
+++ 8 + export IP_LIB8
+++ 8 + IP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_d.a
+++ 8 + export IP_LIBd
+++ 8 + I_MPI_CC=icc
+++ 8 + export I_MPI_CC
+++ 8 + I_MPI_F90=ifort
+++ 8 + export I_MPI_F90
+++ 8 + I_MPI_PIN_RESPECT_CPUSET=off
+++ 8 + export I_MPI_PIN_RESPECT_CPUSET
+++ 8 + I_MPI_PMI_LIBRARY=/apps/slurm/default/lib/libpmi2.so
+++ 8 + export I_MPI_PMI_LIBRARY
+++ 8 + I_MPI_ROOT=/apps/oneapi/mpi/2021.5.1
+++ 8 + export I_MPI_ROOT
+++ 8 + __LMOD_REF_COUNT_LD_LIBRARY_PATH='/apps/rocoto/1.3.6/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:1;/apps/oneapi/mpi/2021.5.1/libfabric/lib:1;/apps/oneapi/mpi/2021.5.1/lib/release:1;/apps/oneapi/mpi/2021.5.1/lib:1;/apps/gnu/gcc-9.2.0/lib64:1;/apps/oneapi/mkl/2022.0.2/lib/intel64:1;/apps/oneapi/compiler/2022.0.2/linux/lib:1;/apps/oneapi/compiler/2022.0.2/linux/lib/x64:1;/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/host/linux64/lib:1;/apps/oneapi/compiler/2022.0.2/linux/compiler/lib/intel64_lin:1;/usr/local/cuda/lib64:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:2;/apps/szip/2.1/lib:1'
+++ 8 + export __LMOD_REF_COUNT_LD_LIBRARY_PATH
+++ 8 + LD_LIBRARY_PATH=/apps/rocoto/1.3.6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:/apps/oneapi/mpi/2021.5.1/libfabric/lib:/apps/oneapi/mpi/2021.5.1/lib/release:/apps/oneapi/mpi/2021.5.1/lib:/apps/gnu/gcc-9.2.0/lib64:/apps/oneapi/mkl/2022.0.2/lib/intel64:/apps/oneapi/compiler/2022.0.2/linux/lib:/apps/oneapi/compiler/2022.0.2/linux/lib/x64:/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/host/linux64/lib:/apps/oneapi/compiler/2022.0.2/linux/compiler/lib/intel64_lin:/usr/local/cuda/lib64::/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:/apps/szip/2.1/lib
+++ 8 + export LD_LIBRARY_PATH
+++ 8 + LIBRARY_PATH=/apps/oneapi/mpi/2021.5.1//libfabric/lib:/apps/oneapi/mpi/2021.5.1//lib/release:/apps/oneapi/mpi/2021.5.1//lib
+++ 8 + export LIBRARY_PATH
+++ 8 + LMOD_FAMILY_COMPILER=intel
+++ 8 + export LMOD_FAMILY_COMPILER
+++ 8 + LMOD_FAMILY_COMPILER_VERSION=2022.1.2
+++ 8 + export LMOD_FAMILY_COMPILER_VERSION
+++ 8 + LMOD_FAMILY_METACOMPILER=stack-intel
+++ 8 + export LMOD_FAMILY_METACOMPILER
+++ 8 + LMOD_FAMILY_METACOMPILER_VERSION=2021.5.0
+++ 8 + export LMOD_FAMILY_METACOMPILER_VERSION
+++ 8 + LMOD_FAMILY_METAMPI=stack-intel-oneapi-mpi
+++ 8 + export LMOD_FAMILY_METAMPI
+++ 8 + LMOD_FAMILY_METAMPI_VERSION=2021.5.1
+++ 8 + export LMOD_FAMILY_METAMPI_VERSION
+++ 8 + LMOD_FAMILY_MPI=impi
+++ 8 + export LMOD_FAMILY_MPI
+++ 8 + LMOD_FAMILY_MPI_VERSION=2022.1.2
+++ 8 + export LMOD_FAMILY_MPI_VERSION
+++ 8 + __LMOD_REF_COUNT_LOADEDMODULES='sutils/default:1;intel/2022.1.2:1;stack-intel/2021.5.0:1;impi/2022.1.2:1;stack-intel-oneapi-mpi/2021.5.1:1;gettext/0.19.8.1:1;libxcrypt/4.4.35:1;sqlite/3.43.2:1;util-linux-uuid/2.38.1:1;python/3.10.13:1;nghttp2/1.57.0:1;curl/8.4.0:1;cmake/3.23.1:1;libjpeg/2.1.0:1;jasper/2.0.32:1;zlib/1.2.13:1;libpng/1.6.37:1;pkg-config/0.27.1:1;hdf5/1.14.0:1;snappy/1.1.10:1;zstd/1.5.2:1;c-blosc/1.21.5:1;netcdf-c/4.9.2:1;netcdf-fortran/4.6.1:1;parallel-netcdf/1.12.2:1;parallelio/2.5.10:1;esmf/8.6.0:1;fms/2023.04:1;bacio/2.4.1:1;crtm-fix/2.4.0.1_emc:1;git-lfs/2.10.0:1;crtm/2.4.0.1:1;g2/3.4.5:1;g2tmpl/1.10.2:1;ip/4.3.0:1;sp/2.5.0:1;w3emc/2.10.0:1;w3nco/2.4.1:1;gftl/1.10.0:1;gftl-shared/1.6.1:1;libyaml/0.2.5:1;openblas/0.3.24:1;py-setuptools/63.4.3:1;py-numpy/1.22.3:1;bufr/12.0.1:1;sfcio/1.4.1:1;sigio/2.3.2:1;szip/2.1:1;wrf-io/1.2.0:1;prod_util/2.1.1:1;grib-util/1.3.0:1;gmake/3.82:1;wgrib2/2.0.8:1;gsl/2.7.1:1;udunits/2.2.28:1;nco/5.0.6:1;openjpeg/2.3.1:1;eccodes/2.32.0:1;fftw/3.3.10:1;proj/9.2.1:1;cdo/2.2.0:1;py-packaging/23.1:1;py-bottleneck/1.3.7:1;py-numexpr/2.8.4:1;py-et-xmlfile/1.0.1:1;py-openpyxl/3.1.2:1;py-six/1.16.0:1;py-python-dateutil/2.8.2:1;py-pytz/2023.3:1;py-pyxlsb/1.0.10:1;py-xlrd/2.0.1:1;py-xlsxwriter/3.1.7:1;py-xlwt/1.3.0:1;py-pandas/1.5.3:1;py-xarray/2023.7.0:1;py-cftime/1.0.3.4:1;py-netcdf4/1.5.8:1;py-pybind11/2.11.0:1;py-scipy/1.11.3:1;rocoto/1.3.6:1;gempak/7.17.0:1;hafs.azure:1;antlr/2.7.7:1'
+++ 8 + export __LMOD_REF_COUNT_LOADEDMODULES
+++ 8 + LOADEDMODULES=sutils/default:intel/2022.1.2:stack-intel/2021.5.0:impi/2022.1.2:stack-intel-oneapi-mpi/2021.5.1:gettext/0.19.8.1:libxcrypt/4.4.35:sqlite/3.43.2:util-linux-uuid/2.38.1:python/3.10.13:nghttp2/1.57.0:curl/8.4.0:cmake/3.23.1:libjpeg/2.1.0:jasper/2.0.32:zlib/1.2.13:libpng/1.6.37:pkg-config/0.27.1:hdf5/1.14.0:snappy/1.1.10:zstd/1.5.2:c-blosc/1.21.5:netcdf-c/4.9.2:netcdf-fortran/4.6.1:parallel-netcdf/1.12.2:parallelio/2.5.10:esmf/8.6.0:fms/2023.04:bacio/2.4.1:crtm-fix/2.4.0.1_emc:git-lfs/2.10.0:crtm/2.4.0.1:g2/3.4.5:g2tmpl/1.10.2:ip/4.3.0:sp/2.5.0:w3emc/2.10.0:w3nco/2.4.1:gftl/1.10.0:gftl-shared/1.6.1:libyaml/0.2.5:openblas/0.3.24:py-setuptools/63.4.3:py-numpy/1.22.3:bufr/12.0.1:sfcio/1.4.1:sigio/2.3.2:szip/2.1:wrf-io/1.2.0:prod_util/2.1.1:grib-util/1.3.0:gmake/3.82:wgrib2/2.0.8:gsl/2.7.1:udunits/2.2.28:nco/5.0.6:openjpeg/2.3.1:eccodes/2.32.0:fftw/3.3.10:proj/9.2.1:cdo/2.2.0:py-packaging/23.1:py-bottleneck/1.3.7:py-numexpr/2.8.4:py-et-xmlfile/1.0.1:py-openpyxl/3.1.2:py-six/1.16.0:py-python-dateutil/2.8.2:py-pytz/2023.3:py-pyxlsb/1.0.10:py-xlrd/2.0.1:py-xlsxwriter/3.1.7:py-xlwt/1.3.0:py-pandas/1.5.3:py-xarray/2023.7.0:py-cftime/1.0.3.4:py-netcdf4/1.5.8:py-pybind11/2.11.0:py-scipy/1.11.3:rocoto/1.3.6:gempak/7.17.0:hafs.azure:antlr/2.7.7
+++ 8 + export LOADEDMODULES
+++ 8 + __LMOD_REF_COUNT_MANPATH='/apps/rocoto/1.3.6/man:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/man:2;/usr/share/man:8;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/share/man:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/share/man:2;/apps/oneapi/mpi/2021.5.1/man:1;/apps/oneapi/compiler/2022.0.2/documentation/en/man/common:1;/apps/lmod/lmod/share/man:1'
+++ 8 + export __LMOD_REF_COUNT_MANPATH
+++ 8 + MANPATH=/apps/rocoto/1.3.6/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/man:/usr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/share/man:/apps/oneapi/mpi/2021.5.1/man:/apps/oneapi/compiler/2022.0.2/documentation/en/man/common:/apps/lmod/lmod/share/man::
+++ 8 + export MANPATH
+++ 8 + MDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/mdate
+++ 8 + export MDATE
+++ 8 + MEL_BUFR=/apps/gempak/7.17.0/extlibs/melBUFR/melbufr
+++ 8 + export MEL_BUFR
+++ 8 + MEL_BUFR_TABLES=/apps/gempak/7.17.0/gempak/tables/melbufr
+++ 8 + export MEL_BUFR_TABLES
+++ 8 + MKLROOT=/apps/oneapi/mkl/2022.0.2
+++ 8 + export MKLROOT
+++ 8 + __LMOD_REF_COUNT_MODULEPATH='/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:1;/apps/modules/modulefiles:5;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:1;/apps/modules/modulefamilies/intel_impi:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:1;/apps/modules/modulefamilies/intel:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:1;/contrib/sutils/modulefiles:1;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:3;/apps/lmod/lmod/modulefiles/Core:4;/etc/scl/modulefiles:1;/apps/modules/modulefiles/Linux:1;/opt/cray/modulefiles:1;/opt/cray/craype/default/modulefiles:1'
+++ 8 + export __LMOD_REF_COUNT_MODULEPATH
+++ 8 + MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:/apps/modules/modulefiles:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:/apps/modules/modulefamilies/intel_impi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:/apps/modules/modulefamilies/intel:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:/contrib/sutils/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
+++ 8 + export MODULEPATH
+++ 8 + MPICC=mpiicc
+++ 8 + export MPICC
+++ 8 + MPICXX=mpiicpc
+++ 8 + export MPICXX
+++ 8 + MPIF77=mpiifort
+++ 8 + export MPIF77
+++ 8 + MPIF90=mpiifort
+++ 8 + export MPIF90
+++ 8 + MPI_CC=mpiicc
+++ 8 + export MPI_CC
+++ 8 + MPI_CXX=mpiicpc
+++ 8 + export MPI_CXX
+++ 8 + MPI_F77=mpiifort
+++ 8 + export MPI_F77
+++ 8 + MPI_F90=mpiifort
+++ 8 + export MPI_F90
+++ 8 + NAWIPS=/apps/gempak/7.17.0
+++ 8 + export NAWIPS
+++ 8 + NA_OS=linux64
+++ 8 + export NA_OS
+++ 8 + NDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/ndate
+++ 8 + export NDATE
+++ 8 + NHOUR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/nhour
+++ 8 + export NHOUR
+++ 8 + NLSPATH=/apps/oneapi/mkl/2022.0.2/lib/intel64/locale/%l_%t/%N
+++ 8 + export NLSPATH
+++ 8 + NMAP_RESTORE=/apps/gempak/7.17.0/gempak/nts/nmap/restore
+++ 8 + export NMAP_RESTORE
+++ 8 + OCL_ICD_FILENAMES=libintelocl_emu.so:libalteracl.so:/apps/oneapi/compiler/2022.0.2/linux/lib/x64/libintelocl.so
+++ 8 + export OCL_ICD_FILENAMES
+++ 8 + OS_BIN=/apps/gempak/7.17.0/os/linux64/bin
+++ 8 + export OS_BIN
+++ 8 + OS_INC=/apps/gempak/7.17.0/os/linux64/include
+++ 8 + export OS_INC
+++ 8 + OS_LIB=/apps/gempak/7.17.0/os/linux64/lib
+++ 8 + export OS_LIB
+++ 8 + OS_ROOT=/apps/gempak/7.17.0/os/linux64
+++ 8 + export OS_ROOT
+++ 8 + __LMOD_REF_COUNT_PATH='/apps/gempak/7.17.0/os/linux64/bin:1;/apps/gempak/7.17.0/bin:1;/apps/rocoto/1.3.6/bin:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/bin:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/bin:2;/apps/oneapi/mpi/2021.5.1/libfabric/bin:1;/apps/oneapi/mpi/2021.5.1/bin:1;/apps/gnu/gcc-9.2.0/bin:1;/apps/oneapi/mkl/2022.0.2/bin/intel64:1;/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/bin:1;/apps/oneapi/compiler/2022.0.2/linux/bin/intel64:1;/apps/oneapi/compiler/2022.0.2/linux/bin:1;/contrib/sutils/bin:1;/usr/local/cuda/bin:1;/usr/bin:1;/bin:1;/usr/local/sbin:1;/usr/sbin:1'
+++ 8 + export __LMOD_REF_COUNT_PATH
+++ 8 + PATH=/apps/gempak/7.17.0/os/linux64/bin:/apps/gempak/7.17.0/bin:/apps/rocoto/1.3.6/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/bin:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/bin:/apps/oneapi/mpi/2021.5.1/libfabric/bin:/apps/oneapi/mpi/2021.5.1/bin:/apps/gnu/gcc-9.2.0/bin:/apps/oneapi/mkl/2022.0.2/bin/intel64:/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/bin:/apps/oneapi/compiler/2022.0.2/linux/bin/intel64:/apps/oneapi/compiler/2022.0.2/linux/bin:/contrib/sutils/bin:/usr/local/cuda/bin:/usr/bin:/bin:/usr/local/sbin:/usr/sbin
+++ 8 + export PATH
+++ 8 + PIO_TYPENAME_VALID_VALUES=netcdf,netcdf4p,netcdf4c,pnetcdf
+++ 8 + export PIO_TYPENAME_VALID_VALUES
+++ 8 + PIO_VERSION_MAJOR=2
+++ 8 + export PIO_VERSION_MAJOR
+++ 8 + PKG_CONFIG_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/share/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib/pkgconfig:/usr/share/pkgconfig:/usr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib/pkgconfig:/apps/oneapi/mpi/2021.5.1/lib/pkgconfig
+++ 8 + export PKG_CONFIG_PATH
+++ 8 + PNG_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi
+++ 8 + export PNG_ROOT
+++ 8 + PROJ_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/proj
+++ 8 + export PROJ_LIB
+++ 8 + __LMOD_REF_COUNT_PYTHONPATH='/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib/python3.10/site-packages:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib/python3.10/site-packages:1;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush:1'
+++ 8 + export __LMOD_REF_COUNT_PYTHONPATH
+++ 8 + PYTHONPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib/python3.10/site-packages:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
+++ 8 + export PYTHONPATH
+++ 8 + SERIAL_CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc
+++ 8 + export SERIAL_CC
+++ 8 + SERIAL_CXX=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icpc
+++ 8 + export SERIAL_CXX
+++ 8 + SERIAL_F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
+++ 8 + export SERIAL_F77
+++ 8 + SERIAL_FC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
+++ 8 + export SERIAL_FC
+++ 8 + SFCIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include
+++ 8 + export SFCIO_INC
+++ 8 + SFCIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include
+++ 8 + export SFCIO_INC4
+++ 8 + SFCIO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib/libsfcio.a
+++ 8 + export SFCIO_LIB
+++ 8 + SFCIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib/libsfcio.a
+++ 8 + export SFCIO_LIB4
+++ 8 + SIGIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include
+++ 8 + export SIGIO_INC
+++ 8 + SIGIO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include
+++ 8 + export SIGIO_INC4
+++ 8 + SIGIO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib/libsigio.a
+++ 8 + export SIGIO_LIB
+++ 8 + SIGIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib/libsigio.a
+++ 8 + export SIGIO_LIB4
+++ 8 + SLURM_UTILS_PATH=/contrib/sutils/bin
+++ 8 + export SLURM_UTILS_PATH
+++ 8 + SP_INC4=include_4
+++ 8 + export SP_INC4
+++ 8 + SP_INC8=include_8
+++ 8 + export SP_INC8
+++ 8 + SP_INCd=include_d
+++ 8 + export SP_INCd
+++ 8 + SP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_4.a
+++ 8 + export SP_LIB4
+++ 8 + SP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_8.a
+++ 8 + export SP_LIB8
+++ 8 + SP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_d.a
+++ 8 + export SP_LIBd
+++ 8 + SZIP=/apps/szip/2.1
+++ 8 + export SZIP
+++ 8 + SZIP_INCLUDE_OPTS=' -I/apps/szip/2.1/include'
+++ 8 + export SZIP_INCLUDE_OPTS
+++ 8 + SZIP_LINK_OPTS=' -L/apps/szip/2.1/lib -lsz'
+++ 8 + export SZIP_LINK_OPTS
+++ 8 + TOCGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib
+++ 8 + export TOCGRIB
+++ 8 + TOCGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2
+++ 8 + export TOCGRIB2
+++ 8 + TOCGRIB2SUPER=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2super
+++ 8 + export TOCGRIB2SUPER
+++ 8 + W3EMC_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_4
+++ 8 + export W3EMC_INC4
+++ 8 + W3EMC_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_8
+++ 8 + export W3EMC_INC8
+++ 8 + W3EMC_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_d
+++ 8 + export W3EMC_INCd
+++ 8 + W3EMC_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_4.a
+++ 8 + export W3EMC_LIB4
+++ 8 + W3EMC_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_8.a
+++ 8 + export W3EMC_LIB8
+++ 8 + W3EMC_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_d.a
+++ 8 + export W3EMC_LIBd
+++ 8 + W3NCO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_4
+++ 8 + export W3NCO_INC4
+++ 8 + W3NCO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_8
+++ 8 + export W3NCO_INC8
+++ 8 + W3NCO_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_d
+++ 8 + export W3NCO_INCd
+++ 8 + W3NCO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_4.a
+++ 8 + export W3NCO_LIB4
+++ 8 + W3NCO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_8.a
+++ 8 + export W3NCO_LIB8
+++ 8 + W3NCO_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_d.a
+++ 8 + export W3NCO_LIBd
+++ 8 + WGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin/wgrib2
+++ 8 + export WGRIB2
+++ 8 + WGRIB2_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include
+++ 8 + export WGRIB2_INC
+++ 8 + WGRIB2_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib/libwgrib2.a
+++ 8 + export WGRIB2_LIB
+++ 8 + WRF_IO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include
+++ 8 + export WRF_IO_INC
+++ 8 + WRF_IO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib/libwrf_io.a
+++ 8 + export WRF_IO_LIB
+++ 8 + __LMOD_REF_COUNT_XUSERFILESEARCHPATH=/apps/gempak/7.17.0/resource/%N:1
+++ 8 + export __LMOD_REF_COUNT_XUSERFILESEARCHPATH
+++ 8 + XUSERFILESEARCHPATH=/apps/gempak/7.17.0/resource/%N
+++ 8 + export XUSERFILESEARCHPATH
+++ 8 + YAML_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h
+++ 8 + export YAML_DIR
+++ 8 + YAML_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include
+++ 8 + export YAML_INC
+++ 8 + YAML_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib
+++ 8 + export YAML_LIB
+++ 8 + __LMOD_REF_COUNT__LMFILES_='/contrib/sutils/modulefiles/sutils/default:1;/apps/modules/modulefiles/intel/2022.1.2:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core/stack-intel/2021.5.0.lua:1;/apps/modules/modulefamilies/intel/impi/2022.1.2:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/stack-intel-oneapi-mpi/2021.5.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gettext/0.19.8.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libxcrypt/4.4.35.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sqlite/3.43.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/util-linux-uuid/2.38.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/python/3.10.13.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/nghttp2/1.57.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/curl/8.4.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/cmake/3.23.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libjpeg/2.1.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/jasper/2.0.32.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zlib/1.2.13.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libpng/1.6.37.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/pkg-config/0.27.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/hdf5/1.14.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/snappy/1.1.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zstd/1.5.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/c-blosc/1.21.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-c/4.9.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-fortran/4.6.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallel-netcdf/1.12.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallelio/2.5.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/esmf/8.6.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fms/2023.04.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bacio/2.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/crtm-fix/2.4.0.1_emc.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/git-lfs/2.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/crtm/2.4.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2/3.4.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2tmpl/1.10.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/ip/4.3.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sp/2.5.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3emc/2.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3nco/2.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl/1.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl-shared/1.6.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libyaml/0.2.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openblas/0.3.24.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-setuptools/63.4.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numpy/1.22.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bufr/12.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sfcio/1.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sigio/2.3.2.lua:1;/apps/modules/modulefiles/szip/2.1:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/wrf-io/1.2.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/prod_util/2.1.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/grib-util/1.3.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gmake/3.82.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/wgrib2/2.0.8.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gsl/2.7.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/udunits/2.2.28.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/nco/5.0.6.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openjpeg/2.3.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/eccodes/2.32.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fftw/3.3.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/proj/9.2.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/cdo/2.2.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-packaging/23.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-bottleneck/1.3.7.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numexpr/2.8.4.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-et-xmlfile/1.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-openpyxl/3.1.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-six/1.16.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-python-dateutil/2.8.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pytz/2023.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pyxlsb/1.0.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlrd/2.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlsxwriter/3.1.7.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlwt/1.3.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pandas/1.5.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xarray/2023.7.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-cftime/1.0.3.4.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/py-netcdf4/1.5.8.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pybind11/2.11.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-scipy/1.11.3.lua:1;/apps/modules/modulefiles/rocoto/1.3.6:1;/apps/modules/modulefiles/gempak/7.17.0:1;/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles/hafs.azure.lua:1;/apps/modules/modulefiles/antlr/2.7.7:1'
+++ 8 + export __LMOD_REF_COUNT__LMFILES_
+++ 8 + _LMFILES_=/contrib/sutils/modulefiles/sutils/default:/apps/modules/modulefiles/intel/2022.1.2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core/stack-intel/2021.5.0.lua:/apps/modules/modulefamilies/intel/impi/2022.1.2:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/stack-intel-oneapi-mpi/2021.5.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gettext/0.19.8.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libxcrypt/4.4.35.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sqlite/3.43.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/util-linux-uuid/2.38.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/python/3.10.13.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/nghttp2/1.57.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/curl/8.4.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/cmake/3.23.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libjpeg/2.1.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/jasper/2.0.32.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zlib/1.2.13.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libpng/1.6.37.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/pkg-config/0.27.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/hdf5/1.14.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/snappy/1.1.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zstd/1.5.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/c-blosc/1.21.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-c/4.9.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-fortran/4.6.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallel-netcdf/1.12.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallelio/2.5.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/esmf/8.6.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fms/2023.04.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bacio/2.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/crtm-fix/2.4.0.1_emc.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/git-lfs/2.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/crtm/2.4.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2/3.4.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2tmpl/1.10.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/ip/4.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sp/2.5.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3emc/2.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3nco/2.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl/1.10.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl-shared/1.6.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libyaml/0.2.5.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openblas/0.3.24.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-setuptools/63.4.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numpy/1.22.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bufr/12.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sfcio/1.4.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sigio/2.3.2.lua:/apps/modules/modulefiles/szip/2.1:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/wrf-io/1.2.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/prod_util/2.1.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/grib-util/1.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gmake/3.82.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/wgrib2/2.0.8.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gsl/2.7.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/udunits/2.2.28.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/nco/5.0.6.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openjpeg/2.3.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/eccodes/2.32.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fftw/3.3.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/proj/9.2.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/cdo/2.2.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-packaging/23.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-bottleneck/1.3.7.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numexpr/2.8.4.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-et-xmlfile/1.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-openpyxl/3.1.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-six/1.16.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-python-dateutil/2.8.2.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pytz/2023.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pyxlsb/1.0.10.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlrd/2.0.1.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlsxwriter/3.1.7.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xlwt/1.3.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pandas/1.5.3.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-xarray/2023.7.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-cftime/1.0.3.4.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/py-netcdf4/1.5.8.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pybind11/2.11.0.lua:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-scipy/1.11.3.lua:/apps/modules/modulefiles/rocoto/1.3.6:/apps/modules/modulefiles/gempak/7.17.0:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles/hafs.azure.lua:/apps/modules/modulefiles/antlr/2.7.7
+++ 8 + export _LMFILES_
+++ 8 + _ModuleTable001_=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
+++ 8 + export _ModuleTable001_
+++ 8 + _ModuleTable002_=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
+++ 8 + export _ModuleTable002_
+++ 8 + _ModuleTable003_=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
+++ 8 + export _ModuleTable003_
+++ 8 + _ModuleTable004_=c3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9jLWJsb3NjLzEuMjEuNS5sdWEiLFsiZnVsbE5hbWUiXT0iYy1ibG9zYy8xLjIxLjUiLFsibG9hZE9yZGVyIl09MjIscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTIsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09ImMtYmxvc2MvMS4yMS41IixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMjEuMDAwMDAwMDA1Lip6ZmluYWwiLH0sY2RvPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3Rh
+++ 8 + export _ModuleTable004_
+++ 8 + _ModuleTable005_=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
+++ 8 + export _ModuleTable005_
+++ 8 + _ModuleTable006_=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
+++ 8 + export _ModuleTable006_
+++ 8 + _ModuleTable007_=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
+++ 8 + export _ModuleTable007_
+++ 8 + _ModuleTable008_=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
+++ 8 + export _ModuleTable008_
+++ 8 + _ModuleTable009_=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
+++ 8 + export _ModuleTable009_
+++ 8 + _ModuleTable010_=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
+++ 8 + export _ModuleTable010_
+++ 8 + _ModuleTable011_=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
+++ 8 + export _ModuleTable011_
+++ 8 + _ModuleTable012_=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
+++ 8 + export _ModuleTable012_
+++ 8 + _ModuleTable013_=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
+++ 8 + export _ModuleTable013_
+++ 8 + _ModuleTable014_=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
+++ 8 + export _ModuleTable014_
+++ 8 + _ModuleTable015_=YWwiLH0sZ2V0dGV4dD17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2dldHRleHQvMC4xOS44LjEubHVhIixbImZ1bGxOYW1lIl09ImdldHRleHQvMC4xOS44LjEiLFsibG9hZE9yZGVyIl09Nixwcm9wVD17fSxbInJlZl9jb3VudCJdPTEsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iZ2V0dGV4dC8wLjE5LjguMSIsWyJ3ViJdPSIwMDAwMDAwMDAuMDAwMDAwMDE5LjAwMDAwMDAwOC4wMDAwMDAwMDEuKnpmaW5hbCIsfSxnZnRsPXtbImZuIl09Ii9z
+++ 8 + export _ModuleTable015_
+++ 8 + _ModuleTable016_=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
+++ 8 + export _ModuleTable016_
+++ 8 + _ModuleTable017_=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
+++ 8 + export _ModuleTable017_
+++ 8 + _ModuleTable018_=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
+++ 8 + export _ModuleTable018_
+++ 8 + _ModuleTable019_=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
+++ 8 + export _ModuleTable019_
+++ 8 + _ModuleTable020_=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
+++ 8 + export _ModuleTable020_
+++ 8 + _ModuleTable021_=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
+++ 8 + export _ModuleTable021_
+++ 8 + _ModuleTable022_=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
+++ 8 + export _ModuleTable022_
+++ 8 + _ModuleTable023_=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
+++ 8 + export _ModuleTable023_
+++ 8 + _ModuleTable024_=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
+++ 8 + export _ModuleTable024_
+++ 8 + _ModuleTable025_=bnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2phc3Blci8yLjAuMzIubHVhIixbImZ1bGxOYW1lIl09Imphc3Blci8yLjAuMzIiLFsibG9hZE9yZGVyIl09MTUscHJvcFQ9e30sWyJyZWZfY291bnQiXT0yLFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09Imphc3Blci8yLjAuMzIiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMC4wMDAwMDAwMzIuKnpmaW5hbCIsfSxsaWJqcGVnPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvbGlianBl
+++ 8 + export _ModuleTable025_
+++ 8 + _ModuleTable026_=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
+++ 8 + export _ModuleTable026_
+++ 8 + _ModuleTable027_=ZXIiXT0xNyxwcm9wVD17fSxbInJlZl9jb3VudCJdPTMsWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0ibGlicG5nLzEuNi4zNyIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDA2LjAwMDAwMDAzNy4qemZpbmFsIix9LGxpYnhjcnlwdD17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2xpYnhjcnlwdC80LjQuMzUubHVhIixbImZ1bGxOYW1lIl09ImxpYnhjcnlwdC80LjQuMzUiLFsibG9hZE9yZGVyIl09Nyxwcm9wVD17fSxbInJlZl9jb3VudCJdPTEs
+++ 8 + export _ModuleTable027_
+++ 8 + _ModuleTable028_=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
+++ 8 + export _ModuleTable028_
+++ 8 + _ModuleTable029_=YnlhbWwvMC4yLjUiLFsid1YiXT0iMDAwMDAwMDAwLjAwMDAwMDAwMi4wMDAwMDAwMDUuKnpmaW5hbCIsfSxuY289e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC1vbmVhcGktbXBpLzIwMjEuNS4xL2ludGVsLzIwMjEuNS4wL25jby81LjAuNi5sdWEiLFsiZnVsbE5hbWUiXT0ibmNvLzUuMC42IixbImxvYWRPcmRlciJdPTU2LHByb3BUPXt9LFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09Im5jby81LjAuNiIsWyJ3ViJdPSIwMDAwMDAwMDUuMDAwMDAwMDAwLjAwMDAw
+++ 8 + export _ModuleTable029_
+++ 8 + _ModuleTable030_=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
+++ 8 + export _ModuleTable030_
+++ 8 + _ModuleTable031_=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
+++ 8 + export _ModuleTable031_
+++ 8 + _ModuleTable032_=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
+++ 8 + export _ModuleTable032_
+++ 8 + _ModuleTable033_=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
+++ 8 + export _ModuleTable033_
+++ 8 + _ModuleTable034_=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
+++ 8 + export _ModuleTable034_
+++ 8 + _ModuleTable035_=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
+++ 8 + export _ModuleTable035_
+++ 8 + _ModuleTable036_=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
+++ 8 + export _ModuleTable036_
+++ 8 + _ModuleTable037_=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
+++ 8 + export _ModuleTable037_
+++ 8 + _ModuleTable038_=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
+++ 8 + export _ModuleTable038_
+++ 8 + _ModuleTable039_=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
+++ 8 + export _ModuleTable039_
+++ 8 + _ModuleTable040_=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
+++ 8 + export _ModuleTable040_
+++ 8 + _ModuleTable041_=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
+++ 8 + export _ModuleTable041_
+++ 8 + _ModuleTable042_=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
+++ 8 + export _ModuleTable042_
+++ 8 + _ModuleTable043_=MS41LjgiLFsibG9hZE9yZGVyIl09NzcscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHktbmV0Y2RmNC8xLjUuOCIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDA1LjAwMDAwMDAwOC4qemZpbmFsIix9LFsicHktbnVtZXhwciJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvcHktbnVtZXhwci8yLjguNC5sdWEiLFsiZnVsbE5hbWUiXT0icHktbnVtZXhwci8yLjguNCIsWyJsb2FkT3JkZXIiXT02NCxwcm9wVD17fSxbInJlZl9j
+++ 8 + export _ModuleTable043_
+++ 8 + _ModuleTable044_=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
+++ 8 + export _ModuleTable044_
+++ 8 + _ModuleTable045_=c3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJweS1udW1weS8xLjIyLjMiLFsid1YiXT0iMDAwMDAwMDAxLjAwMDAwMDAyMi4wMDAwMDAwMDMuKnpmaW5hbCIsfSxbInB5LW9wZW5weXhsIl09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9weS1vcGVucHl4bC8zLjEuMi5sdWEiLFsiZnVsbE5hbWUiXT0icHktb3BlbnB5eGwvMy4xLjIiLFsibG9hZE9yZGVyIl09NjYscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTMsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVz
+++ 8 + export _ModuleTable045_
+++ 8 + _ModuleTable046_=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
+++ 8 + export _ModuleTable046_
+++ 8 + _ModuleTable047_=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
+++ 8 + export _ModuleTable047_
+++ 8 + _ModuleTable048_=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
+++ 8 + export _ModuleTable048_
+++ 8 + _ModuleTable049_=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
+++ 8 + export _ModuleTable049_
+++ 8 + _ModuleTable050_=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
+++ 8 + export _ModuleTable050_
+++ 8 + _ModuleTable051_=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
+++ 8 + export _ModuleTable051_
+++ 8 + _ModuleTable052_=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
+++ 8 + export _ModuleTable052_
+++ 8 + _ModuleTable053_=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
+++ 8 + export _ModuleTable053_
+++ 8 + _ModuleTable054_=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
+++ 8 + export _ModuleTable054_
+++ 8 + _ModuleTable055_=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
+++ 8 + export _ModuleTable055_
+++ 8 + _ModuleTable056_=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
+++ 8 + export _ModuleTable056_
+++ 8 + _ModuleTable057_=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
+++ 8 + export _ModuleTable057_
+++ 8 + _ModuleTable058_=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
+++ 8 + export _ModuleTable058_
+++ 8 + _ModuleTable059_=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
+++ 8 + export _ModuleTable059_
+++ 8 + _ModuleTable060_=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
+++ 8 + export _ModuleTable060_
+++ 8 + _ModuleTable061_=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
+++ 8 + export _ModuleTable061_
+++ 8 + _ModuleTable062_=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
+++ 8 + export _ModuleTable062_
+++ 8 + _ModuleTable063_=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
+++ 8 + export _ModuleTable063_
+++ 8 + _ModuleTable064_=e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9Db3JlL3N0YWNrLWludGVsLzIwMjEuNS4wLmx1YSIsWyJmdWxsTmFtZSJdPSJzdGFjay1pbnRlbC8yMDIxLjUuMCIsWyJsb2FkT3JkZXIiXT0zLHByb3BUPXt9LFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09InN0YWNrLWludGVsLzIwMjEuNS4wIixbIndWIl09IjAwMDAwMjAyMS4wMDAwMDAwMDUuKnpmaW5hbCIsfSxbInN0YWNrLWludGVsLW9uZWFwaS1tcGkiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUu
+++ 8 + export _ModuleTable064_
+++ 8 + _ModuleTable065_=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
+++ 8 + export _ModuleTable065_
+++ 8 + _ModuleTable066_=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
+++ 8 + export _ModuleTable066_
+++ 8 + _ModuleTable067_=UERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3VkdW5pdHMvMi4yLjI4Lmx1YSIsWyJmdWxsTmFtZSJdPSJ1ZHVuaXRzLzIuMi4yOCIsWyJsb2FkT3JkZXIiXT01NSxwcm9wVD17fSxbInJlZl9jb3VudCJdPTIsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0idWR1bml0cy8yLjIuMjgiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMi4wMDAwMDAwMjguKnpmaW5hbCIsfSxbInV0aWwtbGludXgtdXVpZCJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNr
+++ 8 + export _ModuleTable067_
+++ 8 + _ModuleTable068_=LXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvdXRpbC1saW51eC11dWlkLzIuMzguMS5sdWEiLFsiZnVsbE5hbWUiXT0idXRpbC1saW51eC11dWlkLzIuMzguMSIsWyJsb2FkT3JkZXIiXT05LHByb3BUPXt9LFsicmVmX2NvdW50Il09MixbInN0YWNrRGVwdGgiXT0yLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJ1dGlsLWxpbnV4LXV1aWQvMi4zOC4xIixbIndWIl09IjAwMDAwMDAwMi4wMDAwMDAwMzguMDAwMDAwMDAxLip6ZmluYWwiLH0sdzNlbWM9e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3Rh
+++ 8 + export _ModuleTable068_
+++ 8 + _ModuleTable069_=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
+++ 8 + export _ModuleTable069_
+++ 8 + _ModuleTable070_=dGVsLzIwMjEuNS4wL3czbmNvLzIuNC4xLmx1YSIsWyJmdWxsTmFtZSJdPSJ3M25jby8yLjQuMSIsWyJsb2FkT3JkZXIiXT0zOCxwcm9wVD17fSxbInN0YWNrRGVwdGgiXT0xLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJ3M25jby8yLjQuMSIsWyJ3ViJdPSIwMDAwMDAwMDIuMDAwMDAwMDA0LjAwMDAwMDAwMS4qemZpbmFsIix9LHdncmliMj17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3dncmliMi8yLjAuOC5sdWEiLFsiZnVsbE5hbWUiXT0id2dyaWIyLzIuMC44IixbImxv
+++ 8 + export _ModuleTable070_
+++ 8 + _ModuleTable071_=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
+++ 8 + export _ModuleTable071_
+++ 8 + _ModuleTable072_=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
+++ 8 + export _ModuleTable072_
+++ 8 + _ModuleTable073_=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
+++ 8 + export _ModuleTable073_
+++ 8 + _ModuleTable074_=dGhBPXsiL3NjcmF0Y2gxL05DRVBERVYvaHdyZi9ub3NjcnViL2xvY2FsL21vZHVsZWZpbGVzIiwiL2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcyIsIi9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwtb25lYXBpLW1waS8yMDIxLjUuMS9pbnRlbC8yMDIxLjUuMCIsIi9hcHBzL21vZHVsZXMvbW9kdWxlZmFtaWxpZXMvaW50ZWxfaW1waSIsIi9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMv
+++ 8 + export _ModuleTable074_
+++ 8 + _ModuleTable075_=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
+++ 8 + export _ModuleTable075_
+++ 8 + _ModuleTable076_=IiwiL29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9LFsic3lzdGVtQmFzZU1QQVRIIl09Ii9ldGMvc2NsL21vZHVsZWZpbGVzOi9hcHBzL2xtb2QvbG1vZC9tb2R1bGVmaWxlcy9Db3JlOi9hcHBzL21vZHVsZXMvbW9kdWxlZmlsZXMvTGludXg6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlczovb3B0L2NyYXkvbW9kdWxlZmlsZXM6L29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9
+++ 8 + export _ModuleTable076_
+++ 8 + _ModuleTable_Sz_=76
+++ 8 + export _ModuleTable_Sz_
+++ 8 + alias 'antlr2=java -jar    /apps/antlr/2.7.7/antlr-2.7.7-complete.jar'
+++ 8 + unset antlr_ROOT
+++ 8 + bacio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr
+++ 8 + export bacio_ROOT
+++ 8 + bufr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd
+++ 8 + export bufr_ROOT
+++ 8 + c_blosc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi
+++ 8 + export c_blosc_ROOT
+++ 8 + cdo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di
+++ 8 + export cdo_ROOT
+++ 8 + cmake_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak
+++ 8 + export cmake_ROOT
+++ 8 + crtm_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb
+++ 8 + export crtm_ROOT
+++ 8 + crtm_fix_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q
+++ 8 + export crtm_fix_ROOT
+++ 8 + curl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w
+++ 8 + export curl_ROOT
+++ 8 + eccodes_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb
+++ 8 + export eccodes_ROOT
+++ 8 + esmf_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z
+++ 8 + export esmf_ROOT
+++ 8 + fftw_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to
+++ 8 + export fftw_ROOT
+++ 8 + fms_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf
+++ 8 + export fms_ROOT
+++ 8 + g2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x
+++ 8 + export g2_ROOT
+++ 8 + g2tmpl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6
+++ 8 + export g2tmpl_ROOT
+++ 8 + gettext_ROOT=/usr
+++ 8 + export gettext_ROOT
+++ 8 + gftl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-1.10.0-ojamuik
+++ 8 + export gftl_ROOT
+++ 8 + gftl_shared_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-shared-1.6.1-e2gso3c
+++ 8 + export gftl_shared_ROOT
+++ 8 + git_lfs_ROOT=/usr
+++ 8 + export git_lfs_ROOT
+++ 8 + gmake_ROOT=/usr
+++ 8 + export gmake_ROOT
+++ 8 + grib_util_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h
+++ 8 + export grib_util_ROOT
+++ 8 + alias 'grun=java org.antlr.v4.runtime.misc.TestRig'
+++ 8 + gsl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq
+++ 8 + export gsl_ROOT
+++ 8 + hdf5_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp
+++ 8 + export hdf5_ROOT
+++ 8 + intel_oneapi_mpi_ROOT=/apps/oneapi
+++ 8 + export intel_oneapi_mpi_ROOT
+++ 8 + ip_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg
+++ 8 + export ip_ROOT
+++ 8 + jasper_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe
+++ 8 + export jasper_ROOT
+++ 8 + libjpeg_turbo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos
+++ 8 + export libjpeg_turbo_ROOT
+++ 8 + libpng_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi
+++ 8 + export libpng_ROOT
+++ 8 + libxcrypt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca
+++ 8 + export libxcrypt_ROOT
+++ 8 + libyaml_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h
+++ 8 + export libyaml_ROOT
+++ 8 + nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v
+++ 8 + export nco_ROOT
+++ 8 + netcdf_c_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k
+++ 8 + export netcdf_c_ROOT
+++ 8 + netcdf_fortran_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv
+++ 8 + export netcdf_fortran_ROOT
+++ 8 + nghttp2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7
+++ 8 + export nghttp2_ROOT
+++ 8 + openblas_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4
+++ 8 + export openblas_ROOT
+++ 8 + openjpeg_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw
+++ 8 + export openjpeg_ROOT
+++ 8 + parallel_netcdf_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb
+++ 8 + export parallel_netcdf_ROOT
+++ 8 + parallelio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav
+++ 8 + export parallelio_ROOT
+++ 8 + pkg_config_ROOT=/usr
+++ 8 + export pkg_config_ROOT
+++ 8 + prod_util_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl
+++ 8 + export prod_util_ROOT
+++ 8 + proj_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr
+++ 8 + export proj_ROOT
+++ 8 + py_bottleneck_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr
+++ 8 + export py_bottleneck_ROOT
+++ 8 + py_cftime_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg
+++ 8 + export py_cftime_ROOT
+++ 8 + py_et_xmlfile_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5
+++ 8 + export py_et_xmlfile_ROOT
+++ 8 + py_netcdf4_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4
+++ 8 + export py_netcdf4_ROOT
+++ 8 + py_numexpr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge
+++ 8 + export py_numexpr_ROOT
+++ 8 + py_numpy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m
+++ 8 + export py_numpy_ROOT
+++ 8 + py_openpyxl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u
+++ 8 + export py_openpyxl_ROOT
+++ 8 + py_packaging_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr
+++ 8 + export py_packaging_ROOT
+++ 8 + py_pandas_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq
+++ 8 + export py_pandas_ROOT
+++ 8 + py_pybind11_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi
+++ 8 + export py_pybind11_ROOT
+++ 8 + py_python_dateutil_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2
+++ 8 + export py_python_dateutil_ROOT
+++ 8 + py_pytz_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa
+++ 8 + export py_pytz_ROOT
+++ 8 + py_pyxlsb_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq
+++ 8 + export py_pyxlsb_ROOT
+++ 8 + py_scipy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks
+++ 8 + export py_scipy_ROOT
+++ 8 + py_setuptools_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656
+++ 8 + export py_setuptools_ROOT
+++ 8 + py_six_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az
+++ 8 + export py_six_ROOT
+++ 8 + py_xarray_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw
+++ 8 + export py_xarray_ROOT
+++ 8 + py_xlrd_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff
+++ 8 + export py_xlrd_ROOT
+++ 8 + py_xlsxwriter_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam
+++ 8 + export py_xlsxwriter_ROOT
+++ 8 + py_xlwt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip
+++ 8 + export py_xlwt_ROOT
+++ 8 + python_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady
+++ 8 + export python_ROOT
+++ 8 + sfcio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2
+++ 8 + export sfcio_ROOT
+++ 8 + sigio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57
+++ 8 + export sigio_ROOT
+++ 8 + snappy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge
+++ 8 + export snappy_ROOT
+++ 8 + sp_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv
+++ 8 + export sp_ROOT
+++ 8 + sqlite_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn
+++ 8 + export sqlite_ROOT
+++ 8 + udunits_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx
+++ 8 + export udunits_ROOT
+++ 8 + util_linux_uuid_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl
+++ 8 + export util_linux_uuid_ROOT
+++ 8 + w3emc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa
+++ 8 + export w3emc_ROOT
+++ 8 + w3nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms
+++ 8 + export w3nco_ROOT
+++ 8 + wgrib2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx
+++ 8 + export wgrib2_ROOT
+++ 8 + wrf_io_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx
+++ 8 + export wrf_io_ROOT
+++ 8 + zlib_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z
+++ 8 + export zlib_ROOT
+++ 8 + zstd_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt
+++ 8 + export zstd_ROOT
+++ 8 + : -s sh
++ 8 + eval
+ 8 + export machine=azure
+ 8 + machine=azure
+ 8 + module list
++ 8 + /apps/lmod/8.5.2/libexec/lmod bash list
+ 8 + eval echo ''\'''\'';' echo ''\''Currently'\''' ''\''Loaded'\''' ''\''Modules:'\'';' echo ''\'''\''' ''\'''\''' ''\''1)'\''' ''\''sutils/default'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''43)'\''' ''\''py-setuptools/63.4.3'\'';' echo ''\'''\''' ''\'''\''' ''\''2)'\''' ''\''intel/2022.1.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''44)'\''' ''\''py-numpy/1.22.3'\'';' echo ''\'''\''' ''\'''\''' ''\''3)'\''' ''\''stack-intel/2021.5.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''45)'\''' ''\''bufr/12.0.1'\'';' echo ''\'''\''' ''\'''\''' ''\''4)'\''' ''\''impi/2022.1.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''46)'\''' ''\''sfcio/1.4.1'\'';' echo ''\'''\''' ''\'''\''' ''\''5)'\''' ''\''stack-intel-oneapi-mpi/2021.5.1'\''' ''\'''\''' ''\''47)'\''' ''\''sigio/2.3.2'\'';' echo ''\'''\''' ''\'''\''' ''\''6)'\''' ''\''gettext/0.19.8.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''48)'\''' ''\''szip/2.1'\'';' echo ''\'''\''' ''\'''\''' ''\''7)'\''' ''\''libxcrypt/4.4.35'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''49)'\''' ''\''wrf-io/1.2.0'\'';' echo ''\'''\''' ''\'''\''' ''\''8)'\''' ''\''sqlite/3.43.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''50)'\''' ''\''prod_util/2.1.1'\'';' echo ''\'''\''' ''\'''\''' ''\''9)'\''' ''\''util-linux-uuid/2.38.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''51)'\''' ''\''grib-util/1.3.0'\'';' echo ''\'''\''' ''\''10)'\''' ''\''python/3.10.13'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''52)'\''' ''\''gmake/3.82'\'';' echo ''\'''\''' ''\''11)'\''' ''\''nghttp2/1.57.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''53)'\''' ''\''wgrib2/2.0.8'\'';' echo ''\'''\''' ''\''12)'\''' ''\''curl/8.4.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''54)'\''' ''\''gsl/2.7.1'\'';' echo ''\'''\''' ''\''13)'\''' ''\''cmake/3.23.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''55)'\''' ''\''udunits/2.2.28'\'';' echo ''\'''\''' ''\''14)'\''' ''\''libjpeg/2.1.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''56)'\''' ''\''nco/5.0.6'\'';' echo ''\'''\''' ''\''15)'\''' ''\''jasper/2.0.32'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''57)'\''' ''\''openjpeg/2.3.1'\'';' echo ''\'''\''' ''\''16)'\''' ''\''zlib/1.2.13'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''58)'\''' ''\''eccodes/2.32.0'\'';' echo ''\'''\''' ''\''17)'\''' ''\''libpng/1.6.37'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''59)'\''' ''\''fftw/3.3.10'\'';' echo ''\'''\''' ''\''18)'\''' ''\''pkg-config/0.27.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''60)'\''' ''\''proj/9.2.1'\'';' echo ''\'''\''' ''\''19)'\''' ''\''hdf5/1.14.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''61)'\''' ''\''cdo/2.2.0'\'';' echo ''\'''\''' ''\''20)'\''' ''\''snappy/1.1.10'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''62)'\''' ''\''py-packaging/23.1'\'';' echo ''\'''\''' ''\''21)'\''' ''\''zstd/1.5.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''63)'\''' ''\''py-bottleneck/1.3.7'\'';' echo ''\'''\''' ''\''22)'\''' ''\''c-blosc/1.21.5'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''64)'\''' ''\''py-numexpr/2.8.4'\'';' echo ''\'''\''' ''\''23)'\''' ''\''netcdf-c/4.9.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''65)'\''' ''\''py-et-xmlfile/1.0.1'\'';' echo ''\'''\''' ''\''24)'\''' ''\''netcdf-fortran/4.6.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''66)'\''' ''\''py-openpyxl/3.1.2'\'';' echo ''\'''\''' ''\''25)'\''' ''\''parallel-netcdf/1.12.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''67)'\''' ''\''py-six/1.16.0'\'';' echo ''\'''\''' ''\''26)'\''' ''\''parallelio/2.5.10'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''68)'\''' ''\''py-python-dateutil/2.8.2'\'';' echo ''\'''\''' ''\''27)'\''' ''\''esmf/8.6.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''69)'\''' ''\''py-pytz/2023.3'\'';' echo ''\'''\''' ''\''28)'\''' ''\''fms/2023.04'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''70)'\''' ''\''py-pyxlsb/1.0.10'\'';' echo ''\'''\''' ''\''29)'\''' ''\''bacio/2.4.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''71)'\''' ''\''py-xlrd/2.0.1'\'';' echo ''\'''\''' ''\''30)'\''' ''\''crtm-fix/2.4.0.1_emc'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''72)'\''' ''\''py-xlsxwriter/3.1.7'\'';' echo ''\'''\''' ''\''31)'\''' ''\''git-lfs/2.10.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''73)'\''' ''\''py-xlwt/1.3.0'\'';' echo ''\'''\''' ''\''32)'\''' ''\''crtm/2.4.0.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''74)'\''' ''\''py-pandas/1.5.3'\'';' echo ''\'''\''' ''\''33)'\''' ''\''g2/3.4.5'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''75)'\''' ''\''py-xarray/2023.7.0'\'';' echo ''\'''\''' ''\''34)'\''' ''\''g2tmpl/1.10.2'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''76)'\''' ''\''py-cftime/1.0.3.4'\'';' echo ''\'''\''' ''\''35)'\''' ''\''ip/4.3.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''77)'\''' ''\''py-netcdf4/1.5.8'\'';' echo ''\'''\''' ''\''36)'\''' ''\''sp/2.5.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''78)'\''' ''\''py-pybind11/2.11.0'\'';' echo ''\'''\''' ''\''37)'\''' ''\''w3emc/2.10.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''79)'\''' ''\''py-scipy/1.11.3'\'';' echo ''\'''\''' ''\''38)'\''' ''\''w3nco/2.4.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''80)'\''' ''\''rocoto/1.3.6'\'';' echo ''\'''\''' ''\''39)'\''' ''\''gftl/1.10.0'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''81)'\''' ''\''gempak/7.17.0'\'';' echo ''\'''\''' ''\''40)'\''' ''\''gftl-shared/1.6.1'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''82)'\''' ''\''hafs.azure'\'';' echo ''\'''\''' ''\''41)'\''' ''\''libyaml/0.2.5'\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\'''\''' ''\''83)'\''' ''\''antlr/2.7.7'\'';' echo ''\'''\''' ''\''42)'\''' ''\''openblas/0.3.24'\'';' echo ''\'''\'';' echo ''\'''\''' ''\'''\'';' echo ''\'''\'';' 'MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:/apps/modules/modulefiles:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:/apps/modules/modulefamilies/intel_impi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:/apps/modules/modulefamilies/intel:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:/contrib/sutils/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles;' export 'MODULEPATH;' '_ModuleTable001_=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;' export '_ModuleTable001_;' '_ModuleTable002_=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;' export '_ModuleTable002_;' '_ModuleTable003_=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;' export '_ModuleTable003_;' '_ModuleTable004_=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;' export '_ModuleTable004_;' '_ModuleTable005_=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;' export '_ModuleTable005_;' '_ModuleTable006_=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;' export '_ModuleTable006_;' '_ModuleTable007_=MzIscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iY3J0bS8yLjQuMC4xIixbIndWIl09IjAwMDAwMDAwMi4wMDAwMDAwMDQuMDAwMDAwMDAwLjAwMDAwMDAwMS4qemZpbmFsIix9LFsiY3J0bS1maXgiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2NydG0tZml4LzIuNC4wLjFfZW1jLmx1YSIsWyJmdWxsTmFtZSJdPSJjcnRtLWZpeC8yLjQuMC4xX2VtYyIsWyJsb2FkT3JkZXIiXT0zMCxwcm9wVD17fSxbInJlZl9jb3VudCJdPTEs;' export '_ModuleTable007_;' '_ModuleTable008_=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;' export '_ModuleTable008_;' '_ModuleTable009_=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;' export '_ModuleTable009_;' '_ModuleTable010_=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;' export '_ModuleTable010_;' '_ModuleTable011_=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;' export '_ModuleTable011_;' '_ModuleTable012_=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;' export '_ModuleTable012_;' '_ModuleTable013_=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;' export '_ModuleTable013_;' '_ModuleTable014_=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;' export '_ModuleTable014_;' '_ModuleTable015_=YWwiLH0sZ2V0dGV4dD17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2dldHRleHQvMC4xOS44LjEubHVhIixbImZ1bGxOYW1lIl09ImdldHRleHQvMC4xOS44LjEiLFsibG9hZE9yZGVyIl09Nixwcm9wVD17fSxbInJlZl9jb3VudCJdPTEsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iZ2V0dGV4dC8wLjE5LjguMSIsWyJ3ViJdPSIwMDAwMDAwMDAuMDAwMDAwMDE5LjAwMDAwMDAwOC4wMDAwMDAwMDEuKnpmaW5hbCIsfSxnZnRsPXtbImZuIl09Ii9z;' export '_ModuleTable015_;' '_ModuleTable016_=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;' export '_ModuleTable016_;' '_ModuleTable017_=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;' export '_ModuleTable017_;' '_ModuleTable018_=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;' export '_ModuleTable018_;' '_ModuleTable019_=ImZ1bGxOYW1lIl09ImdtYWtlLzMuODIiLFsibG9hZE9yZGVyIl09NTIscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTIsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09ImdtYWtlLzMuODIiLFsid1YiXT0iMDAwMDAwMDAzLjAwMDAwMDA4Mi4qemZpbmFsIix9LFsiZ3JpYi11dGlsIl09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9ncmliLXV0aWwvMS4zLjAubHVhIixbImZ1bGxOYW1lIl09ImdyaWItdXRpbC8xLjMuMCIsWyJsb2FkT3JkZXIiXT01MSxw;' export '_ModuleTable019_;' '_ModuleTable020_=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;' export '_ModuleTable020_;' '_ModuleTable021_=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;' export '_ModuleTable021_;' '_ModuleTable022_=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;' export '_ModuleTable022_;' '_ModuleTable023_=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;' export '_ModuleTable023_;' '_ModuleTable024_=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;' export '_ModuleTable024_;' '_ModuleTable025_=bnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2phc3Blci8yLjAuMzIubHVhIixbImZ1bGxOYW1lIl09Imphc3Blci8yLjAuMzIiLFsibG9hZE9yZGVyIl09MTUscHJvcFQ9e30sWyJyZWZfY291bnQiXT0yLFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09Imphc3Blci8yLjAuMzIiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMC4wMDAwMDAwMzIuKnpmaW5hbCIsfSxsaWJqcGVnPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvbGlianBl;' export '_ModuleTable025_;' '_ModuleTable026_=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;' export '_ModuleTable026_;' '_ModuleTable027_=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;' export '_ModuleTable027_;' '_ModuleTable028_=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;' export '_ModuleTable028_;' '_ModuleTable029_=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;' export '_ModuleTable029_;' '_ModuleTable030_=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;' export '_ModuleTable030_;' '_ModuleTable031_=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;' export '_ModuleTable031_;' '_ModuleTable032_=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;' export '_ModuleTable032_;' '_ModuleTable033_=c2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL29wZW5ibGFzLzAuMy4yNC5sdWEiLFsiZnVsbE5hbWUiXT0ib3BlbmJsYXMvMC4zLjI0IixbImxvYWRPcmRlciJdPTQyLHByb3BUPXt9LFsicmVmX2NvdW50Il09MixbInN0YWNrRGVwdGgiXT0zLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJvcGVuYmxhcy8wLjMuMjQiLFsid1YiXT0iMDAwMDAwMDAwLjAwMDAwMDAwMy4wMDAwMDAwMjQuKnpmaW5hbCIsfSxvcGVuanBlZz17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9z;' export '_ModuleTable033_;' '_ModuleTable034_=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;' export '_ModuleTable034_;' '_ModuleTable035_=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;' export '_ModuleTable035_;' '_ModuleTable036_=ay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLW9uZWFwaS1tcGkvMjAyMS41LjEvaW50ZWwvMjAyMS41LjAvcGFyYWxsZWxpby8yLjUuMTAubHVhIixbImZ1bGxOYW1lIl09InBhcmFsbGVsaW8vMi41LjEwIixbImxvYWRPcmRlciJdPTI2LHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0xLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJwYXJhbGxlbGlvLzIuNS4xMCIsWyJ3ViJdPSIwMDAwMDAwMDIuMDAwMDAwMDA1LjAwMDAwMDAxMC4qemZpbmFsIix9LFsicGtnLWNvbmZpZyJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNr;' export '_ModuleTable036_;' '_ModuleTable037_=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;' export '_ModuleTable037_;' '_ModuleTable038_=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;' export '_ModuleTable038_;' '_ModuleTable039_=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;' export '_ModuleTable039_;' '_ModuleTable040_=ZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbImxvYWRPcmRlciJdPTYzLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0zLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMDMuMDAwMDAwMDA3Lip6ZmluYWwiLH0sWyJweS1jZnRpbWUiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3B5LWNmdGltZS8xLjAuMy40Lmx1YSIsWyJmdWxsTmFtZSJdPSJweS1jZnRpbWUvMS4w;' export '_ModuleTable040_;' '_ModuleTable041_=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;' export '_ModuleTable041_;' '_ModuleTable042_=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;' export '_ModuleTable042_;' '_ModuleTable043_=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;' export '_ModuleTable043_;' '_ModuleTable044_=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;' export '_ModuleTable044_;' '_ModuleTable045_=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;' export '_ModuleTable045_;' '_ModuleTable046_=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;' export '_ModuleTable046_;' '_ModuleTable047_=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;' export '_ModuleTable047_;' '_ModuleTable048_=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;' export '_ModuleTable048_;' '_ModuleTable049_=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;' export '_ModuleTable049_;' '_ModuleTable050_=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;' export '_ModuleTable050_;' '_ModuleTable051_=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;' export '_ModuleTable051_;' '_ModuleTable052_=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;' export '_ModuleTable052_;' '_ModuleTable053_=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;' export '_ModuleTable053_;' '_ModuleTable054_=ZWZpbGVzL2ludGVsLzIwMjEuNS4wL3B5LXNpeC8xLjE2LjAubHVhIixbImZ1bGxOYW1lIl09InB5LXNpeC8xLjE2LjAiLFsibG9hZE9yZGVyIl09NjcscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTQsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09InB5LXNpeC8xLjE2LjAiLFsid1YiXT0iMDAwMDAwMDAxLjAwMDAwMDAxNi4qemZpbmFsIix9LFsicHkteGFycmF5Il09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9weS14YXJyYXkvMjAyMy43LjAubHVh;' export '_ModuleTable054_;' '_ModuleTable055_=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;' export '_ModuleTable055_;' '_ModuleTable056_=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;' export '_ModuleTable056_;' '_ModuleTable057_=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;' export '_ModuleTable057_;' '_ModuleTable058_=PSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHkteGx3dC8xLjMuMCIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDAzLip6ZmluYWwiLH0scHl0aG9uPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvcHl0aG9uLzMuMTAuMTMubHVhIixbImZ1bGxOYW1lIl09InB5dGhvbi8zLjEwLjEzIixbImxvYWRPcmRlciJdPTEwLHByb3BUPXt9LFsicmVmX2NvdW50Il09MjEsWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHl0aG9uLzMuMTAuMTMiLFsid1YiXT0i;' export '_ModuleTable058_;' '_ModuleTable059_=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;' export '_ModuleTable059_;' '_ModuleTable060_=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;' export '_ModuleTable060_;' '_ModuleTable061_=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;' export '_ModuleTable061_;' '_ModuleTable062_=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;' export '_ModuleTable062_;' '_ModuleTable063_=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;' export '_ModuleTable063_;' '_ModuleTable064_=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;' export '_ModuleTable064_;' '_ModuleTable065_=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;' export '_ModuleTable065_;' '_ModuleTable066_=bHMvZGVmYXVsdCIsWyJmdWxsTmFtZSJdPSJzdXRpbHMvZGVmYXVsdCIsWyJsb2FkT3JkZXIiXT0xLHByb3BUPXt9LFsic3RhY2tEZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09InN1dGlscyIsWyJ3ViJdPSJeZGVmYXVsdC4qemZpbmFsIix9LHN6aXA9e1siZm4iXT0iL2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlcy9zemlwLzIuMSIsWyJmdWxsTmFtZSJdPSJzemlwLzIuMSIsWyJsb2FkT3JkZXIiXT00OCxwcm9wVD17fSxbInN0YWNrRGVwdGgiXT0xLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJzemlwLzIuMSIsWyJ3ViJdPSIwMDAwMDAwMDIuMDAwMDAwMDAxLip6ZmluYWwiLH0sdWR1bml0cz17WyJmbiJdPSIvc2NyYXRjaDEvTkNF;' export '_ModuleTable066_;' '_ModuleTable067_=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;' export '_ModuleTable067_;' '_ModuleTable068_=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;' export '_ModuleTable068_;' '_ModuleTable069_=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;' export '_ModuleTable069_;' '_ModuleTable070_=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;' export '_ModuleTable070_;' '_ModuleTable071_=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;' export '_ModuleTable071_;' '_ModuleTable072_=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;' export '_ModuleTable072_;' '_ModuleTable073_=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;' export '_ModuleTable073_;' '_ModuleTable074_=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;' export '_ModuleTable074_;' '_ModuleTable075_=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;' export '_ModuleTable075_;' '_ModuleTable076_=IiwiL29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9LFsic3lzdGVtQmFzZU1QQVRIIl09Ii9ldGMvc2NsL21vZHVsZWZpbGVzOi9hcHBzL2xtb2QvbG1vZC9tb2R1bGVmaWxlcy9Db3JlOi9hcHBzL21vZHVsZXMvbW9kdWxlZmlsZXMvTGludXg6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlczovb3B0L2NyYXkvbW9kdWxlZmlsZXM6L29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9;' export '_ModuleTable076_;' '_ModuleTable_Sz_=76;' export '_ModuleTable_Sz_;'
++ 8 + echo ''

++ 8 + echo Currently Loaded Modules:
Currently Loaded Modules:
++ 8 + echo '' '' '1)' sutils/default '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '43)' py-setuptools/63.4.3
  1) sutils/default                   43) py-setuptools/63.4.3
++ 8 + echo '' '' '2)' intel/2022.1.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '44)' py-numpy/1.22.3
  2) intel/2022.1.2                   44) py-numpy/1.22.3
++ 8 + echo '' '' '3)' stack-intel/2021.5.0 '' '' '' '' '' '' '' '' '' '' '' '' '45)' bufr/12.0.1
  3) stack-intel/2021.5.0             45) bufr/12.0.1
++ 8 + echo '' '' '4)' impi/2022.1.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '46)' sfcio/1.4.1
  4) impi/2022.1.2                    46) sfcio/1.4.1
++ 8 + echo '' '' '5)' stack-intel-oneapi-mpi/2021.5.1 '' '47)' sigio/2.3.2
  5) stack-intel-oneapi-mpi/2021.5.1  47) sigio/2.3.2
++ 8 + echo '' '' '6)' gettext/0.19.8.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '48)' szip/2.1
  6) gettext/0.19.8.1                 48) szip/2.1
++ 8 + echo '' '' '7)' libxcrypt/4.4.35 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '49)' wrf-io/1.2.0
  7) libxcrypt/4.4.35                 49) wrf-io/1.2.0
++ 8 + echo '' '' '8)' sqlite/3.43.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '50)' prod_util/2.1.1
  8) sqlite/3.43.2                    50) prod_util/2.1.1
++ 8 + echo '' '' '9)' util-linux-uuid/2.38.1 '' '' '' '' '' '' '' '' '' '' '51)' grib-util/1.3.0
  9) util-linux-uuid/2.38.1           51) grib-util/1.3.0
++ 8 + echo '' '10)' python/3.10.13 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '52)' gmake/3.82
 10) python/3.10.13                   52) gmake/3.82
++ 8 + echo '' '11)' nghttp2/1.57.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '53)' wgrib2/2.0.8
 11) nghttp2/1.57.0                   53) wgrib2/2.0.8
++ 8 + echo '' '12)' curl/8.4.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '54)' gsl/2.7.1
 12) curl/8.4.0                       54) gsl/2.7.1
++ 8 + echo '' '13)' cmake/3.23.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '55)' udunits/2.2.28
 13) cmake/3.23.1                     55) udunits/2.2.28
++ 8 + echo '' '14)' libjpeg/2.1.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '56)' nco/5.0.6
 14) libjpeg/2.1.0                    56) nco/5.0.6
++ 8 + echo '' '15)' jasper/2.0.32 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '57)' openjpeg/2.3.1
 15) jasper/2.0.32                    57) openjpeg/2.3.1
++ 8 + echo '' '16)' zlib/1.2.13 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '58)' eccodes/2.32.0
 16) zlib/1.2.13                      58) eccodes/2.32.0
++ 8 + echo '' '17)' libpng/1.6.37 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '59)' fftw/3.3.10
 17) libpng/1.6.37                    59) fftw/3.3.10
++ 8 + echo '' '18)' pkg-config/0.27.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '60)' proj/9.2.1
 18) pkg-config/0.27.1                60) proj/9.2.1
++ 8 + echo '' '19)' hdf5/1.14.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '61)' cdo/2.2.0
 19) hdf5/1.14.0                      61) cdo/2.2.0
++ 8 + echo '' '20)' snappy/1.1.10 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '62)' py-packaging/23.1
 20) snappy/1.1.10                    62) py-packaging/23.1
++ 8 + echo '' '21)' zstd/1.5.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '63)' py-bottleneck/1.3.7
 21) zstd/1.5.2                       63) py-bottleneck/1.3.7
++ 8 + echo '' '22)' c-blosc/1.21.5 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '64)' py-numexpr/2.8.4
 22) c-blosc/1.21.5                   64) py-numexpr/2.8.4
++ 8 + echo '' '23)' netcdf-c/4.9.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '65)' py-et-xmlfile/1.0.1
 23) netcdf-c/4.9.2                   65) py-et-xmlfile/1.0.1
++ 8 + echo '' '24)' netcdf-fortran/4.6.1 '' '' '' '' '' '' '' '' '' '' '' '' '66)' py-openpyxl/3.1.2
 24) netcdf-fortran/4.6.1             66) py-openpyxl/3.1.2
++ 8 + echo '' '25)' parallel-netcdf/1.12.2 '' '' '' '' '' '' '' '' '' '' '67)' py-six/1.16.0
 25) parallel-netcdf/1.12.2           67) py-six/1.16.0
++ 8 + echo '' '26)' parallelio/2.5.10 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '68)' py-python-dateutil/2.8.2
 26) parallelio/2.5.10                68) py-python-dateutil/2.8.2
++ 8 + echo '' '27)' esmf/8.6.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '69)' py-pytz/2023.3
 27) esmf/8.6.0                       69) py-pytz/2023.3
++ 8 + echo '' '28)' fms/2023.04 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '70)' py-pyxlsb/1.0.10
 28) fms/2023.04                      70) py-pyxlsb/1.0.10
++ 8 + echo '' '29)' bacio/2.4.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '71)' py-xlrd/2.0.1
 29) bacio/2.4.1                      71) py-xlrd/2.0.1
++ 8 + echo '' '30)' crtm-fix/2.4.0.1_emc '' '' '' '' '' '' '' '' '' '' '' '' '72)' py-xlsxwriter/3.1.7
 30) crtm-fix/2.4.0.1_emc             72) py-xlsxwriter/3.1.7
++ 8 + echo '' '31)' git-lfs/2.10.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '73)' py-xlwt/1.3.0
 31) git-lfs/2.10.0                   73) py-xlwt/1.3.0
++ 8 + echo '' '32)' crtm/2.4.0.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '74)' py-pandas/1.5.3
 32) crtm/2.4.0.1                     74) py-pandas/1.5.3
++ 8 + echo '' '33)' g2/3.4.5 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '75)' py-xarray/2023.7.0
 33) g2/3.4.5                         75) py-xarray/2023.7.0
++ 8 + echo '' '34)' g2tmpl/1.10.2 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '76)' py-cftime/1.0.3.4
 34) g2tmpl/1.10.2                    76) py-cftime/1.0.3.4
++ 8 + echo '' '35)' ip/4.3.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '77)' py-netcdf4/1.5.8
 35) ip/4.3.0                         77) py-netcdf4/1.5.8
++ 8 + echo '' '36)' sp/2.5.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '78)' py-pybind11/2.11.0
 36) sp/2.5.0                         78) py-pybind11/2.11.0
++ 8 + echo '' '37)' w3emc/2.10.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '79)' py-scipy/1.11.3
 37) w3emc/2.10.0                     79) py-scipy/1.11.3
++ 8 + echo '' '38)' w3nco/2.4.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '80)' rocoto/1.3.6
 38) w3nco/2.4.1                      80) rocoto/1.3.6
++ 8 + echo '' '39)' gftl/1.10.0 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '81)' gempak/7.17.0
 39) gftl/1.10.0                      81) gempak/7.17.0
++ 8 + echo '' '40)' gftl-shared/1.6.1 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '82)' hafs.azure
 40) gftl-shared/1.6.1                82) hafs.azure
++ 8 + echo '' '41)' libyaml/0.2.5 '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '83)' antlr/2.7.7
 41) libyaml/0.2.5                    83) antlr/2.7.7
++ 8 + echo '' '42)' openblas/0.3.24
 42) openblas/0.3.24
++ 8 + echo ''

++ 8 + echo '' ''
 
++ 8 + echo ''

++ 8 + MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:/apps/modules/modulefiles:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:/apps/modules/modulefamilies/intel_impi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:/apps/modules/modulefamilies/intel:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:/contrib/sutils/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
++ 8 + export MODULEPATH
++ 8 + _ModuleTable001_=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
++ 8 + export _ModuleTable001_
++ 8 + _ModuleTable002_=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
++ 8 + export _ModuleTable002_
++ 8 + _ModuleTable003_=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
++ 8 + export _ModuleTable003_
++ 8 + _ModuleTable004_=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
++ 8 + export _ModuleTable004_
++ 8 + _ModuleTable005_=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
++ 8 + export _ModuleTable005_
++ 8 + _ModuleTable006_=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
++ 8 + export _ModuleTable006_
++ 8 + _ModuleTable007_=MzIscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iY3J0bS8yLjQuMC4xIixbIndWIl09IjAwMDAwMDAwMi4wMDAwMDAwMDQuMDAwMDAwMDAwLjAwMDAwMDAwMS4qemZpbmFsIix9LFsiY3J0bS1maXgiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2NydG0tZml4LzIuNC4wLjFfZW1jLmx1YSIsWyJmdWxsTmFtZSJdPSJjcnRtLWZpeC8yLjQuMC4xX2VtYyIsWyJsb2FkT3JkZXIiXT0zMCxwcm9wVD17fSxbInJlZl9jb3VudCJdPTEs
++ 8 + export _ModuleTable007_
++ 8 + _ModuleTable008_=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
++ 8 + export _ModuleTable008_
++ 8 + _ModuleTable009_=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
++ 8 + export _ModuleTable009_
++ 8 + _ModuleTable010_=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
++ 8 + export _ModuleTable010_
++ 8 + _ModuleTable011_=aDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLW9uZWFwaS1tcGkvMjAyMS41LjEvaW50ZWwvMjAyMS41LjAvZmZ0dy8zLjMuMTAubHVhIixbImZ1bGxOYW1lIl09ImZmdHcvMy4zLjEwIixbImxvYWRPcmRlciJdPTU5LHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0yLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJmZnR3LzMuMy4xMCIsWyJ3ViJdPSIwMDAwMDAwMDMuMDAwMDAwMDAzLjAwMDAwMDAxMC4qemZpbmFsIix9LGZtcz17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBp
++ 8 + export _ModuleTable011_
++ 8 + _ModuleTable012_=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
++ 8 + export _ModuleTable012_
++ 8 + _ModuleTable013_=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
++ 8 + export _ModuleTable013_
++ 8 + _ModuleTable014_=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
++ 8 + export _ModuleTable014_
++ 8 + _ModuleTable015_=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
++ 8 + export _ModuleTable015_
++ 8 + _ModuleTable016_=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
++ 8 + export _ModuleTable016_
++ 8 + _ModuleTable017_=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
++ 8 + export _ModuleTable017_
++ 8 + _ModuleTable018_=dGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9naXQtbGZzLzIuMTAuMC5sdWEiLFsiZnVsbE5hbWUiXT0iZ2l0LWxmcy8yLjEwLjAiLFsibG9hZE9yZGVyIl09MzEscHJvcFQ9e30sWyJyZWZfY291bnQiXT0xLFsic3RhY2tEZXB0aCJdPTIsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09ImdpdC1sZnMvMi4xMC4wIixbIndWIl09IjAwMDAwMDAwMi4wMDAwMDAwMTAuKnpmaW5hbCIsfSxnbWFrZT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL2dtYWtlLzMuODIubHVhIixb
++ 8 + export _ModuleTable018_
++ 8 + _ModuleTable019_=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
++ 8 + export _ModuleTable019_
++ 8 + _ModuleTable020_=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
++ 8 + export _ModuleTable020_
++ 8 + _ModuleTable021_=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
++ 8 + export _ModuleTable021_
++ 8 + _ModuleTable022_=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
++ 8 + export _ModuleTable022_
++ 8 + _ModuleTable023_=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
++ 8 + export _ModuleTable023_
++ 8 + _ModuleTable024_=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
++ 8 + export _ModuleTable024_
++ 8 + _ModuleTable025_=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
++ 8 + export _ModuleTable025_
++ 8 + _ModuleTable026_=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
++ 8 + export _ModuleTable026_
++ 8 + _ModuleTable027_=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
++ 8 + export _ModuleTable027_
++ 8 + _ModuleTable028_=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
++ 8 + export _ModuleTable028_
++ 8 + _ModuleTable029_=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
++ 8 + export _ModuleTable029_
++ 8 + _ModuleTable030_=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
++ 8 + export _ModuleTable030_
++ 8 + _ModuleTable031_=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
++ 8 + export _ModuleTable031_
++ 8 + _ModuleTable032_=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
++ 8 + export _ModuleTable032_
++ 8 + _ModuleTable033_=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
++ 8 + export _ModuleTable033_
++ 8 + _ModuleTable034_=cGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL29wZW5qcGVnLzIuMy4xLmx1YSIsWyJmdWxsTmFtZSJdPSJvcGVuanBlZy8yLjMuMSIsWyJsb2FkT3JkZXIiXT01Nyxwcm9wVD17fSxbInJlZl9jb3VudCJdPTEsWyJzdGFja0RlcHRoIl09MyxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0ib3BlbmpwZWcvMi4zLjEiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMy4wMDAwMDAwMDEuKnpmaW5hbCIsfSxbInBhcmFsbGVsLW5ldGNkZiJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEu
++ 8 + export _ModuleTable034_
++ 8 + _ModuleTable035_=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
++ 8 + export _ModuleTable035_
++ 8 + _ModuleTable036_=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
++ 8 + export _ModuleTable036_
++ 8 + _ModuleTable037_=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
++ 8 + export _ModuleTable037_
++ 8 + _ModuleTable038_=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
++ 8 + export _ModuleTable038_
++ 8 + _ModuleTable039_=LjUuMC9wcm9qLzkuMi4xLmx1YSIsWyJmdWxsTmFtZSJdPSJwcm9qLzkuMi4xIixbImxvYWRPcmRlciJdPTYwLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0yLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJwcm9qLzkuMi4xIixbIndWIl09IjAwMDAwMDAwOS4wMDAwMDAwMDIuMDAwMDAwMDAxLip6ZmluYWwiLH0sWyJweS1ib3R0bGVuZWNrIl09e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9weS1ib3R0bGVuZWNrLzEuMy43Lmx1YSIsWyJmdWxsTmFt
++ 8 + export _ModuleTable039_
++ 8 + _ModuleTable040_=ZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbImxvYWRPcmRlciJdPTYzLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0zLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJweS1ib3R0bGVuZWNrLzEuMy43IixbIndWIl09IjAwMDAwMDAwMS4wMDAwMDAwMDMuMDAwMDAwMDA3Lip6ZmluYWwiLH0sWyJweS1jZnRpbWUiXT17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3B5LWNmdGltZS8xLjAuMy40Lmx1YSIsWyJmdWxsTmFtZSJdPSJweS1jZnRpbWUvMS4w
++ 8 + export _ModuleTable040_
++ 8 + _ModuleTable041_=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
++ 8 + export _ModuleTable041_
++ 8 + _ModuleTable042_=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
++ 8 + export _ModuleTable042_
++ 8 + _ModuleTable043_=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
++ 8 + export _ModuleTable043_
++ 8 + _ModuleTable044_=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
++ 8 + export _ModuleTable044_
++ 8 + _ModuleTable045_=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
++ 8 + export _ModuleTable045_
++ 8 + _ModuleTable046_=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
++ 8 + export _ModuleTable046_
++ 8 + _ModuleTable047_=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
++ 8 + export _ModuleTable047_
++ 8 + _ModuleTable048_=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
++ 8 + export _ModuleTable048_
++ 8 + _ModuleTable049_=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
++ 8 + export _ModuleTable049_
++ 8 + _ModuleTable050_=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
++ 8 + export _ModuleTable050_
++ 8 + _ModuleTable051_=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
++ 8 + export _ModuleTable051_
++ 8 + _ModuleTable052_=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
++ 8 + export _ModuleTable052_
++ 8 + _ModuleTable053_=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
++ 8 + export _ModuleTable053_
++ 8 + _ModuleTable054_=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
++ 8 + export _ModuleTable054_
++ 8 + _ModuleTable055_=IixbImZ1bGxOYW1lIl09InB5LXhhcnJheS8yMDIzLjcuMCIsWyJsb2FkT3JkZXIiXT03NSxwcm9wVD17fSxbInN0YWNrRGVwdGgiXT0xLFsic3RhdHVzIl09ImFjdGl2ZSIsWyJ1c2VyTmFtZSJdPSJweS14YXJyYXkvMjAyMy43LjAiLFsid1YiXT0iMDAwMDAyMDIzLjAwMDAwMDAwNy4qemZpbmFsIix9LFsicHkteGxyZCJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvcHkteGxyZC8yLjAuMS5sdWEiLFsiZnVsbE5hbWUiXT0icHkteGxyZC8yLjAuMSIsWyJsb2FkT3JkZXIiXT03MSxwcm9w
++ 8 + export _ModuleTable055_
++ 8 + _ModuleTable056_=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
++ 8 + export _ModuleTable056_
++ 8 + _ModuleTable057_=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
++ 8 + export _ModuleTable057_
++ 8 + _ModuleTable058_=PSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHkteGx3dC8xLjMuMCIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDAzLip6ZmluYWwiLH0scHl0aG9uPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNrLXN0YWNrL3NwYWNrLXN0YWNrLTEuNi4wL2VudnMvdW5pZmllZC1lbnYtcm9ja3k4L2luc3RhbGwvbW9kdWxlZmlsZXMvaW50ZWwvMjAyMS41LjAvcHl0aG9uLzMuMTAuMTMubHVhIixbImZ1bGxOYW1lIl09InB5dGhvbi8zLjEwLjEzIixbImxvYWRPcmRlciJdPTEwLHByb3BUPXt9LFsicmVmX2NvdW50Il09MjEsWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0icHl0aG9uLzMuMTAuMTMiLFsid1YiXT0i
++ 8 + export _ModuleTable058_
++ 8 + _ModuleTable059_=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
++ 8 + export _ModuleTable059_
++ 8 + _ModuleTable060_=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
++ 8 + export _ModuleTable060_
++ 8 + _ModuleTable061_=bG9hZE9yZGVyIl09NDcscHJvcFQ9e30sWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0ic2lnaW8vMi4zLjIiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMy4wMDAwMDAwMDIuKnpmaW5hbCIsfSxzbmFwcHk9e1siZm4iXT0iL3NjcmF0Y2gxL05DRVBERVYvbmVtcy9yb2xlLmVwaWMvc3BhY2stc3RhY2svc3BhY2stc3RhY2stMS42LjAvZW52cy91bmlmaWVkLWVudi1yb2NreTgvaW5zdGFsbC9tb2R1bGVmaWxlcy9pbnRlbC8yMDIxLjUuMC9zbmFwcHkvMS4xLjEwLmx1YSIsWyJmdWxsTmFtZSJdPSJzbmFwcHkvMS4xLjEwIixbImxvYWRPcmRlciJdPTIwLHByb3BUPXt9LFsicmVmX2NvdW50Il09MSxbInN0YWNrRGVwdGgiXT0zLFsi
++ 8 + export _ModuleTable061_
++ 8 + _ModuleTable062_=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
++ 8 + export _ModuleTable062_
++ 8 + _ModuleTable063_=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
++ 8 + export _ModuleTable063_
++ 8 + _ModuleTable064_=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
++ 8 + export _ModuleTable064_
++ 8 + _ModuleTable065_=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
++ 8 + export _ModuleTable065_
++ 8 + _ModuleTable066_=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
++ 8 + export _ModuleTable066_
++ 8 + _ModuleTable067_=UERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3VkdW5pdHMvMi4yLjI4Lmx1YSIsWyJmdWxsTmFtZSJdPSJ1ZHVuaXRzLzIuMi4yOCIsWyJsb2FkT3JkZXIiXT01NSxwcm9wVD17fSxbInJlZl9jb3VudCJdPTIsWyJzdGFja0RlcHRoIl09MixbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0idWR1bml0cy8yLjIuMjgiLFsid1YiXT0iMDAwMDAwMDAyLjAwMDAwMDAwMi4wMDAwMDAwMjguKnpmaW5hbCIsfSxbInV0aWwtbGludXgtdXVpZCJdPXtbImZuIl09Ii9zY3JhdGNoMS9OQ0VQREVWL25lbXMvcm9sZS5lcGljL3NwYWNr
++ 8 + export _ModuleTable067_
++ 8 + _ModuleTable068_=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
++ 8 + export _ModuleTable068_
++ 8 + _ModuleTable069_=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
++ 8 + export _ModuleTable069_
++ 8 + _ModuleTable070_=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
++ 8 + export _ModuleTable070_
++ 8 + _ModuleTable071_=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
++ 8 + export _ModuleTable071_
++ 8 + _ModuleTable072_=ZXB0aCJdPTEsWyJzdGF0dXMiXT0iYWN0aXZlIixbInVzZXJOYW1lIl09IndyZi1pby8xLjIuMCIsWyJ3ViJdPSIwMDAwMDAwMDEuMDAwMDAwMDAyLip6ZmluYWwiLH0semxpYj17WyJmbiJdPSIvc2NyYXRjaDEvTkNFUERFVi9uZW1zL3JvbGUuZXBpYy9zcGFjay1zdGFjay9zcGFjay1zdGFjay0xLjYuMC9lbnZzL3VuaWZpZWQtZW52LXJvY2t5OC9pbnN0YWxsL21vZHVsZWZpbGVzL2ludGVsLzIwMjEuNS4wL3psaWIvMS4yLjEzLmx1YSIsWyJmdWxsTmFtZSJdPSJ6bGliLzEuMi4xMyIsWyJsb2FkT3JkZXIiXT0xNixwcm9wVD17fSxbInJlZl9jb3VudCJdPTUsWyJzdGFja0RlcHRoIl09MSxbInN0YXR1cyJdPSJhY3RpdmUiLFsidXNlck5hbWUiXT0iemxpYi8xLjIuMTMiLFsi
++ 8 + export _ModuleTable072_
++ 8 + _ModuleTable073_=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
++ 8 + export _ModuleTable073_
++ 8 + _ModuleTable074_=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
++ 8 + export _ModuleTable074_
++ 8 + _ModuleTable075_=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
++ 8 + export _ModuleTable075_
++ 8 + _ModuleTable076_=IiwiL29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9LFsic3lzdGVtQmFzZU1QQVRIIl09Ii9ldGMvc2NsL21vZHVsZWZpbGVzOi9hcHBzL2xtb2QvbG1vZC9tb2R1bGVmaWxlcy9Db3JlOi9hcHBzL21vZHVsZXMvbW9kdWxlZmlsZXMvTGludXg6L2FwcHMvbW9kdWxlcy9tb2R1bGVmaWxlczovb3B0L2NyYXkvbW9kdWxlZmlsZXM6L29wdC9jcmF5L2NyYXlwZS9kZWZhdWx0L21vZHVsZWZpbGVzIix9
++ 8 + export _ModuleTable076_
++ 8 + _ModuleTable_Sz_=76
++ 8 + export _ModuleTable_Sz_
++ 8 + : -s sh
+ 8 + eval
+ 8 + source /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush/hafs_runcmd.sh.inc
++ 8 + export TOTAL_TASKS=88
++ 8 + TOTAL_TASKS=88
++ 8 + export NCTSK=88
++ 8 + NCTSK=88
++ 8 + export OMP_NUM_THREADS=2
++ 8 + OMP_NUM_THREADS=2
++ 8 + export PURE_OMP_THREADS=2
++ 8 + PURE_OMP_THREADS=2
++ 8 + export NCNODE=176
++ 8 + NCNODE=176
++ 8 + export KMP_AFFINITY=disabled
++ 8 + KMP_AFFINITY=disabled
++ 8 + export KMP_STACKSIZE=2048m
++ 8 + KMP_STACKSIZE=2048m
++ 8 + export HDF5_USE_FILE_LOCKING=FALSE
++ 8 + HDF5_USE_FILE_LOCKING=FALSE
++ 8 + '[' azure = orion ']'
++ 8 + '[' azure = azure ']'
++ 8 + ulimit -s unlimited
++ 8 + ulimit -a
core file size          (blocks, -c) 0
data seg size           (kbytes, -d) unlimited
scheduling priority             (-e) 0
file size               (blocks, -f) unlimited
pending signals                 (-i) 3092229
max locked memory       (kbytes, -l) unlimited
max memory size         (kbytes, -m) unlimited
open files                      (-n) 131072
pipe size            (512 bytes, -p) 8
POSIX message queues     (bytes, -q) 819200
real-time priority              (-r) 0
stack size              (kbytes, -s) unlimited
cpu time               (seconds, -t) unlimited
max user processes              (-u) 3092229
virtual memory          (kbytes, -v) unlimited
file locks                      (-x) unlimited
++ 8 + '[' azure = wcoss2 ']'
++ 8 + '[' azure = jet ']'
++ 8 + '[' azure = hera ']'
++ 8 + '[' azure = orion ']'
++ 8 + '[' azure = aws ']'
++ 8 + '[' azure = azure ']'
++ 8 + ulimit -s unlimited
++ 8 + ulimit -a
core file size          (blocks, -c) 0
data seg size           (kbytes, -d) unlimited
scheduling priority             (-e) 0
file size               (blocks, -f) unlimited
pending signals                 (-i) 3092229
max locked memory       (kbytes, -l) unlimited
max memory size         (kbytes, -m) unlimited
open files                      (-n) 131072
pipe size            (512 bytes, -p) 8
POSIX message queues     (bytes, -q) 819200
real-time priority              (-r) 0
stack size              (kbytes, -s) unlimited
cpu time               (seconds, -t) unlimited
max user processes              (-u) 3092229
virtual memory          (kbytes, -v) unlimited
file locks                      (-x) unlimited
++ 8 + export MKL_NUM_THREADS=1
++ 8 + MKL_NUM_THREADS=1
++ 8 + export 'APRUN=time '
++ 8 + APRUN='time '
++ 8 + export 'APRUNS=mpirun -n 88 '
++ 8 + APRUNS='mpirun -n 88 '
++ 8 + export 'APRUNO=mpirun -n 1 '
++ 8 + APRUNO='mpirun -n 1 '
++ 8 + export 'APRUNC=mpirun -n 88  '
++ 8 + APRUNC='mpirun -n 88  '
++ 8 + export 'APRUN_ICLBC=mpirun -n 88  '
++ 8 + APRUN_ICLBC='mpirun -n 88  '
++ 8 + export 'APRUNF=srun --mpi=pmi2 --mem=0 --ntasks=88 --ntasks-per-node=88 --cpus-per-task=2 --multi-prog'
++ 8 + APRUNF='srun --mpi=pmi2 --mem=0 --ntasks=88 --ntasks-per-node=88 --cpus-per-task=2 --multi-prog'
++ 8 + export 'APRUNCFP=mpirun -n 1'
++ 8 + APRUNCFP='mpirun -n 1'
++ 8 + export 'BACKGROUND=&'
++ 8 + BACKGROUND='&'
++ 8 + export NCP=/bin/cp
++ 8 + NCP=/bin/cp
++ 8 + export NMV=/bin/mv
++ 8 + NMV=/bin/mv
++ 8 + export 'NLN=/bin/ln -sf'
++ 8 + NLN='/bin/ln -sf'
++ 8 + export TAR=tar
++ 8 + TAR=tar
++ 8 + export NDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/ndate
++ 8 + NDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/ndate
++ 8 + export WGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin/wgrib2
++ 8 + WGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin/wgrib2
++ 8 + export GRB2INDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grb2index
++ 8 + GRB2INDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grb2index
++ 8 + export COMPRESS=gzip
++ 8 + COMPRESS=gzip
++ 8 + export UNCOMPRESS=gunzip
++ 8 + UNCOMPRESS=gunzip
++ 8 + export MPISERIAL=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_mpiserial.x
++ 8 + MPISERIAL=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_mpiserial.x
++ 8 + export 'CHGRP_CMD=chgrp rstprod'
++ 8 + CHGRP_CMD='chgrp rstprod'
+ 8 + env
HYDRA_LAUNCHER_EXTRA_ARGS=--external-launcher
envir=test
_ModuleTable051_=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
_ModuleTable070_=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
G2TMPL_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib/libg2tmpl.a
_ModuleTable037_=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
_ModuleTable064_=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
LD_LIBRARY_PATH=/apps/rocoto/1.3.6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib:/apps/oneapi/mpi/2021.5.1/libfabric/lib:/apps/oneapi/mpi/2021.5.1/lib/release:/apps/oneapi/mpi/2021.5.1/lib:/apps/gnu/gcc-9.2.0/lib64:/apps/oneapi/mkl/2022.0.2/lib/intel64:/apps/oneapi/compiler/2022.0.2/linux/lib:/apps/oneapi/compiler/2022.0.2/linux/lib/x64:/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga/host/linux64/lib:/apps/oneapi/compiler/2022.0.2/linux/compiler/lib/intel64_lin:/usr/local/cuda/lib64::/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib:/apps/szip/2.1/lib
sp_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv
zlib_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z
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py_pandas_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq
__LMOD_REF_COUNT__LMFILES_=/contrib/sutils/modulefiles/sutils/default:1;/apps/modules/modulefiles/intel/2022.1.2:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core/stack-intel/2021.5.0.lua:1;/apps/modules/modulefamilies/intel/impi/2022.1.2:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/stack-intel-oneapi-mpi/2021.5.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gettext/0.19.8.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libxcrypt/4.4.35.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sqlite/3.43.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/util-linux-uuid/2.38.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/python/3.10.13.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/nghttp2/1.57.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/curl/8.4.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/cmake/3.23.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libjpeg/2.1.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/jasper/2.0.32.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zlib/1.2.13.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libpng/1.6.37.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/pkg-config/0.27.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/hdf5/1.14.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/snappy/1.1.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/zstd/1.5.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/c-blosc/1.21.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-c/4.9.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/netcdf-fortran/4.6.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallel-netcdf/1.12.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/parallelio/2.5.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/esmf/8.6.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fms/2023.04.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bacio/2.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/crtm-fix/2.4.0.1_emc.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/git-lfs/2.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/crtm/2.4.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2/3.4.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/g2tmpl/1.10.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/ip/4.3.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sp/2.5.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3emc/2.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/w3nco/2.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl/1.10.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gftl-shared/1.6.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/libyaml/0.2.5.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openblas/0.3.24.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-setuptools/63.4.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numpy/1.22.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/bufr/12.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sfcio/1.4.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/sigio/2.3.2.lua:1;/apps/modules/modulefiles/szip/2.1:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/wrf-io/1.2.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/prod_util/2.1.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/grib-util/1.3.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gmake/3.82.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/wgrib2/2.0.8.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/gsl/2.7.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/udunits/2.2.28.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/nco/5.0.6.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/openjpeg/2.3.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/eccodes/2.32.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/fftw/3.3.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/proj/9.2.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0/cdo/2.2.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-packaging/23.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-bottleneck/1.3.7.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-numexpr/2.8.4.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-et-xmlfile/1.0.1.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-openpyxl/3.1.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-six/1.16.0.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-python-dateutil/2.8.2.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pytz/2023.3.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0/py-pyxlsb/1.0.10.lua:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-sta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cmake_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak
PW_POOL_NAME=herc2024eastaz2
SLURM_CPUS_PER_TASK=2
APRUN_ICLBC=mpirun -n 88  
CHGRP_CMD=chgrp rstprod
ENVIRONMENT=BATCH
py_et_xmlfile_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5
W3NCO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_8
py_numexpr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge
ACL_BOARD_VENDOR_PATH=/opt/Intel/OpenCLFPGA/oneAPI/Boards
GEMPTXT=/apps/gempak/7.17.0/gempak/txt/programs
SERIAL_FC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
OS_INC=/apps/gempak/7.17.0/os/linux64/include
GSL_ROOT_DIR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq
SLURM_UTILS_PATH=/contrib/sutils/bin
NLN=/bin/ln -sf
I_MPI_PIN_RESPECT_CPUSET=off
W3NCO_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_4
hdf5_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp
_ModuleTable039_=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
BUFR_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd
sigio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57
_ModuleTable007_=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
W3EMC_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_4
W3EMC_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/include_8
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py_packaging_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr
TOCGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib
SENDCOM=YES
KDEDIRS=/usr
NHOUR=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/nhour
SLURM_PROCID=0
UNCOMPRESS=gunzip
W3NCO_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/include_d
SLURM_JOB_GID=9001
DYLD_LIBRARY_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib:/scratch1/NCEPDEV/nems/role.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WRF_IO_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/lib/libwrf_io.a
I_MPI_HYDRA_BOOTSTRAP=slurm
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GEMLIB=/apps/gempak/7.17.0/os/linux64/lib
__LMOD_REF_COUNT_PKG_CONFIG_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/share/pkgconfig:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib/pkgconfig:2;/usr/share/pkgconfig:4;/usr/lib64/pkgconfig:8;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib/pkgconfig:2;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib/pkgconfig:2;/apps/oneapi/mpi/2021.5.1/lib/pkgconfig:1
py_xlwt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip
SFCIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include
MPI_CXX=mpiicpc
LMOD_ANCIENT_TIME=1
SLURMD_NODENAME=rajendrapanda-herc2024eastaz2-00005-2-0002
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pkg_config_ROOT=/usr
parallelio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav
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TOCGRIB2SUPER=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2super
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libjpeg_turbo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos
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SLURM_TASKS_PER_NODE=88
bacio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr
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TOTAL_TASKS=88
S_COLORS=auto
cdo_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di
PRTE_MCA_plm_slurm_args=--external-launcher
ESMFMKFILE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/lib/esmf.mk
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CMAKE_Platform=azure.intel
HDF5_PLUGIN_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/plugins
ANTLR_ROOT=/apps/antlr/2.7.7
CLASSPATH=.:/apps/antlr/2.7.7/antlr-2.7.7-complete.jar:/apps/oneapi/mpi/2021.5.1/lib/mpi.jar
PIO_TYPENAME_VALID_VALUES=netcdf,netcdf4p,netcdf4c,pnetcdf
udunits_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx
CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc
MPIF90=mpiifort
PROJ_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/proj
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SZIP_INCLUDE_OPTS= -I/apps/szip/2.1/include
py_xlsxwriter_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam
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SERIAL_F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
USER=Jiayi.Peng
SLURM_NNODES=1
FPGA_VARS_DIR=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga
OS_BIN=/apps/gempak/7.17.0/os/linux64/bin
SERIAL_CC=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icc
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ip_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg
hafs_ver=v1.0.0
py_python_dateutil_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2
PW_POOL_ID=665dfc672fd08043ea0886b0
crtm_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb
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LMOD_REDIRECT=yes
YAML_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include
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BACIO_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/include_8
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NAWIPS=/apps/gempak/7.17.0
PURE_OMP_THREADS=2
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DEGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/degrib2
eccodes_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb
MPICXX=mpiicpc
py_bottleneck_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr
SLURM_JOB_START_TIME=1719872184
OS_ROOT=/apps/gempak/7.17.0/os/linux64
MPI_F77=mpiifort
SLURM_NTASKS_PER_NODE=88
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SZIP_LINK_OPTS= -L/apps/szip/2.1/lib -lsz
GRB2INDEX=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/grb2index
__LMOD_REF_COUNT_LOADEDMODULES=sutils/default:1;intel/2022.1.2:1;stack-intel/2021.5.0:1;impi/2022.1.2:1;stack-intel-oneapi-mpi/2021.5.1:1;gettext/0.19.8.1:1;libxcrypt/4.4.35:1;sqlite/3.43.2:1;util-linux-uuid/2.38.1:1;python/3.10.13:1;nghttp2/1.57.0:1;curl/8.4.0:1;cmake/3.23.1:1;libjpeg/2.1.0:1;jasper/2.0.32:1;zlib/1.2.13:1;libpng/1.6.37:1;pkg-config/0.27.1:1;hdf5/1.14.0:1;snappy/1.1.10:1;zstd/1.5.2:1;c-blosc/1.21.5:1;netcdf-c/4.9.2:1;netcdf-fortran/4.6.1:1;parallel-netcdf/1.12.2:1;parallelio/2.5.10:1;esmf/8.6.0:1;fms/2023.04:1;bacio/2.4.1:1;crtm-fix/2.4.0.1_emc:1;git-lfs/2.10.0:1;crtm/2.4.0.1:1;g2/3.4.5:1;g2tmpl/1.10.2:1;ip/4.3.0:1;sp/2.5.0:1;w3emc/2.10.0:1;w3nco/2.4.1:1;gftl/1.10.0:1;gftl-shared/1.6.1:1;libyaml/0.2.5:1;openblas/0.3.24:1;py-setuptools/63.4.3:1;py-numpy/1.22.3:1;bufr/12.0.1:1;sfcio/1.4.1:1;sigio/2.3.2:1;szip/2.1:1;wrf-io/1.2.0:1;prod_util/2.1.1:1;grib-util/1.3.0:1;gmake/3.82:1;wgrib2/2.0.8:1;gsl/2.7.1:1;udunits/2.2.28:1;nco/5.0.6:1;openjpeg/2.3.1:1;eccodes/2.32.0:1;fftw/3.3.10:1;proj/9.2.1:1;cdo/2.2.0:1;py-packaging/23.1:1;py-bottleneck/1.3.7:1;py-numexpr/2.8.4:1;py-et-xmlfile/1.0.1:1;py-openpyxl/3.1.2:1;py-six/1.16.0:1;py-python-dateutil/2.8.2:1;py-pytz/2023.3:1;py-pyxlsb/1.0.10:1;py-xlrd/2.0.1:1;py-xlsxwriter/3.1.7:1;py-xlwt/1.3.0:1;py-pandas/1.5.3:1;py-xarray/2023.7.0:1;py-cftime/1.0.3.4:1;py-netcdf4/1.5.8:1;py-pybind11/2.11.0:1;py-scipy/1.11.3:1;rocoto/1.3.6:1;gempak/7.17.0:1;hafs.azure:1;antlr/2.7.7:1
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SERIAL_CXX=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/icpc
G2TMPL_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include
MDATE=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/mdate
PWD=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/rocoto
GEMMAPS=/apps/gempak/7.17.0/gempak/maps
WGRIB2_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/lib/libwgrib2.a
HOLDVARS=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
XUSERFILESEARCHPATH=/apps/gempak/7.17.0/resource/%N
IP_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_4
QUIET_PRE_JOB=YES
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IP_INC8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_8
SSH_ASKPASS=/usr/libexec/openssh/gnome-ssh-askpass
COPYGB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb
SLURM_JOB_NODELIST=rajendrapanda-herc2024eastaz2-00005-2-0002
HOME=/home/Jiayi.Peng
GEMEXE=/apps/gempak/7.17.0/os/linux64/bin
SLURM_CLUSTER_NAME=(null)
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LMOD_FAMILY_METACOMPILER_VERSION=2021.5.0
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zstd_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt
NCTSK=88
CPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/include:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/include:/apps/oneapi/mpi/2021.5.1/include
libxcrypt_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca
INTELFPGAOCLSDKROOT=/apps/oneapi/compiler/2022.0.2/linux/lib/oclfpga
SLURM_NTASKS=88
sqlite_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn
LMOD_SETTARG_CMD=:
F77=/apps/oneapi/compiler/2022.0.2/linux/bin/intel64/ifort
nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v
SLURM_JOB_CPUS_PER_NODE=176
jasper_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe
BASH_ENV=/apps/lmod/lmod/init/bash
XDG_DATA_DIRS=/home/Jiayi.Peng/.local/share/flatpak/exports/share:/var/lib/flatpak/exports/share:/usr/local/share:/usr/share
IP_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/include_d
COPYGB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/copygb2
PW_SESSION=5
NCNODE=176
NCP=/bin/cp
G2_INCd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/include_d
SLURM_TOPOLOGY_ADDR=rajendrapanda-herc2024eastaz2-00005-2-0002
w3nco_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms
PDY=20230828
bufr_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd
LMOD_SHORT_TIME=86400
SZIP=/apps/szip/2.1
HOMEhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A
snappy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge
OMP_THREADS=2
NLSPATH=/apps/oneapi/mkl/2022.0.2/lib/intel64/locale/%l_%t/%N
MKL_NUM_THREADS=1
curl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w
WORKhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
py_xarray_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw
PNG_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi
wrf_io_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx
SLURM_JOB_NAME=hafs_product_00L_2023082812
fftw_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to
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TMPDIR=/tmp
LIBRARY_PATH=/apps/oneapi/mpi/2021.5.1//libfabric/lib:/apps/oneapi/mpi/2021.5.1//lib/release:/apps/oneapi/mpi/2021.5.1//lib
py_six_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az
_ModuleTable021_=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gftl_shared_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-shared-1.6.1-e2gso3c
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SCRUBDATA=YES
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YAML_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib
SHELL=/bin/sh
nghttp2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7
MEL_BUFR=/apps/gempak/7.17.0/extlibs/melBUFR/melbufr
GRPHGD=/home/Jiayi.Peng
NMV=/bin/mv
G2_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2-3.4.5-77xve5x/lib64/libg2_d.a
stormlabel=storm1
proj_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr
TOCGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/tocgrib2
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_ModuleTable_Sz_=76
SLURM_JOB_UID=2310
NMAP_RESTORE=/apps/gempak/7.17.0/gempak/nts/nmap/restore
PARMhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm
__LMOD_REF_COUNT_CPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/udunits-2.2.28-k3qzmyx/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/g2tmpl-1.10.2-76rbhf6/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/esmf-8.6.0-nnuwc5z/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallelio-2.5.10-2wulfav/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/include:1;/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/inc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SLURM_JOB_PARTITION=hbv4
KMP_STACKSIZE=2048m
wgrib2_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx
_ModuleTable055_=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
LMOD_FAMILY_COMPILER=intel
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PW_USER=Rajendra.Panda
netcdf_fortran_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv
APRUNF=srun --mpi=pmi2 --mem=0 --ntasks=88 --ntasks-per-node=88 --cpus-per-task=2 --multi-prog
APRUNC=mpirun -n 88  
APRUNO=mpirun -n 1 
BACKGROUND=&
SP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_8.a
APRUNS=mpirun -n 88 
WRF_IO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wrf-io-1.2.0-ujghbbx/include
SP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_4.a
SLURM_JOB_USER=Jiayi.Peng
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SLURM_NPROCS=88
_ModuleTable066_=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
SHLVL=7
KMP_AFFINITY=disabled
libyaml_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h
IP_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_8.a
SLURM_SUBMIT_HOST=mgmt-rajendrapanda-herc2024eastaz2-00005
PYTHONPATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-netcdf4-1.5.8-qs672u4/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xarray-2023.7.0-tbnsqaw/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pandas-1.5.3-7hathmq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlwt-1.3.0-f7bd3ip/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlsxwriter-3.1.7-pmb7bam/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-xlrd-2.0.1-56miqff/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pyxlsb-1.0.10-jlrsqbq/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-python-dateutil-2.8.2-lfyvko2/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-six-1.16.0-6knf6az/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-et-xmlfile-1.0.1-7goajc5/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numexpr-2.8.4-ega4hge/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-bottleneck-1.3.7-snzpnsr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-packaging-23.1-ke4uivr/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-numpy-1.22.3-snzl53m/lib/python3.10/site-packages:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656/lib/python3.10/site-packages:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
CLUSTERNAME=herc2024eastaz2
MPIF77=mpiifort
sfcio_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2
ACLOCAL_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/aclocal:/usr/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cmake-3.23.1-qjplcak/share/aclocal:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/aclocal
W3EMC_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_d.a
IP_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_4.a
MANPATH=/apps/rocoto/1.3.6/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nco-5.0.6-s5fkg5v/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/share/man:/usr/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/share/man:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/share/man:/apps/oneapi/mpi/2021.5.1/man:/apps/oneapi/compiler/2022.0.2/documentation/en/man/common:/apps/lmod/lmod/share/man::
__LMOD_REF_COUNT_CLASSPATH=.:1;/apps/antlr/2.7.7/antlr-2.7.7-complete.jar:1;/apps/oneapi/mpi/2021.5.1/lib/mpi.jar:1
NET=hafs
LMOD_FAMILY_METAMPI=stack-intel-oneapi-mpi
NA_OS=linux64
SP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sp-2.5.0-2pqzhuv/lib64/libsp_d.a
_ModuleTable028_=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
SLURM_TRES_PER_TASK=cpu:2
intel_oneapi_mpi_ROOT=/apps/oneapi
HYDRA_BOOTSTRAP=slurm
c_blosc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi
_ModuleTable038_=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
LMOD_PREPEND_BLOCK=normal
W3EMC_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_8.a
APRUN=time 
MODULEPATH=/scratch1/NCEPDEV/hwrf/noscrub/local/modulefiles:/apps/modules/modulefiles:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel-oneapi-mpi/2021.5.1/intel/2021.5.0:/apps/modules/modulefamilies/intel_impi:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/intel/2021.5.0:/apps/modules/modulefamilies/intel:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/modulefiles/Core:/contrib/sutils/modulefiles:/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/modulefiles:/apps/lmod/lmod/modulefiles/Core:/etc/scl/modulefiles:/apps/modules/modulefiles/Linux:/opt/cray/modulefiles:/opt/cray/craype/default/modulefiles
CRTM_LIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/lib/libcrtm.a
CONFhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.conf
W3EMC_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa/lib64/libw3emc_4.a
IP_LIBd=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/ip-4.3.0-ozyjvbg/lib64/libip_d.a
SLURM_GTIDS=0
FSYNC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/prod-util-2.1.1-4vpcrpl/bin/fsync_file
LOGNAME=Jiayi.Peng
GEMPDF=/apps/gempak/7.17.0/gempak/pdf
CMAKE_CXX_COMPILER=mpiicpc
DBUS_SESSION_BUS_ADDRESS=unix:path=/run/user/2310/bus
COMhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
SFCIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sfcio-1.4.1-zi7ahm2/lib/libsfcio.a
XDG_RUNTIME_DIR=/run/user/2310
CRTM_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-2.4.0.1-zg3ykcb/include
PW_SESSION_LONG=00005
MKLROOT=/apps/oneapi/mkl/2022.0.2
CNVGRIB=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/grib-util-1.3.0-ms2iw3h/bin/cnvgrib
MODULEPATH_ROOT=/apps/modules/modulefiles
LMOD_PACKAGE_PATH=/apps/lmod/etc
SENDECF=NO
py_pytz_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pytz-2023.3-5nykyqa
gettext_ROOT=/usr
SP_INC4=include_4
SIGIO_INC=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sigio-2.3.2-kupug57/include
py_setuptools_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-setuptools-63.4.3-wvdr656
_ModuleTable025_=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
SP_INC8=include_8
KEEPDATA=YES
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BACIO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_4.a
GEMPAK=/apps/gempak/7.17.0/gempak
w3emc_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3emc-2.10.0-xer6twa
cycle=t12z
DEBUGINFOD_URLS=https://debuginfod.centos.org/ 
py_scipy_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-scipy-1.11.3-36msxks
PS4=+ $SECONDS + 
BACIO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bacio-2.4.1-wqq7qmr/lib/libbacio_8.a
MODULESHOME=/apps/lmod/8.5.2
PKG_CONFIG_PATH=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi/share/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/cdo-2.2.0-d25j3di/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/proj-9.2.1-xrx3crr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fftw-3.3.10-7ud23to/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/eccodes-2.32.0-vc72ssb/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openjpeg-2.3.1-zi6uhnw/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gsl-2.7.1-xf6mkfq/lib/pkgconfig:/usr/share/pkgconfig:/usr/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/openblas-0.3.24-o6x5uk4/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libyaml-0.2.5-f3a4y3h/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/parallel-netcdf-1.12.2-cwokdeb/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-fortran-4.6.1-ifhqcwv/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/netcdf-c-4.9.2-ejp7j3k/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/c-blosc-1.21.5-2lodawi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zstd-1.5.2-ui7ilkt/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/snappy-1.1.10-m42xdge/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/hdf5-1.14.0-lixiejp/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libpng-1.6.37-cha7kfi/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/zlib-1.2.13-eabxx4z/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/jasper-2.0.32-atr6lqe/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libjpeg-turbo-2.1.0-ovaykos/lib64/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/curl-8.4.0-5lex66w/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/nghttp2-1.57.0-kvadra7/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/util-linux-uuid-2.38.1-lsjm2vl/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/sqlite-3.43.2-34hfinn/lib/pkgconfig:/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/libxcrypt-4.4.35-mfr2lca/lib/pkgconfig:/apps/oneapi/mpi/2021.5.1/lib/pkgconfig
LMOD_SETTARG_FULL_SUPPORT=no
I_MPI_ROOT=/apps/oneapi/mpi/2021.5.1
_ModuleTable011_=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
_ModuleTable030_=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
W3NCO_LIB8=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_8.a
SP_INCd=include_d
HISTSIZE=1000
_ModuleTable063_=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
BUFR_INC4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/include/bufr_4
LMOD_PKG=/apps/lmod/8.5.2
W3NCO_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/w3nco-2.4.1-f2za7ms/lib/libw3nco_4.a
storm_num=1
PW_PLATFORM_HOST=noaa.parallel.works
fms_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/fms-2023.04-ywa3zzf
_ModuleTable045_=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
py_cftime_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-cftime-1.0.3.4-rnt66hg
HDF5_USE_FILE_LOCKING=FALSE
py_pybind11_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-pybind11-2.11.0-l6cenvi
_ModuleTable053_=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
BUFR_LIB4=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/bufr-12.0.1-nz7jhfd/lib64/libbufr_4.so
_ModuleTable005_=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
LMOD_CMD=/apps/lmod/8.5.2/libexec/lmod
PW_SESSION_ID=37775b37-b00d-4079-98e6-a7f291d418a9
SLURM_LOCALID=0
python_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/python-3.10.13-2p2rady
_ModuleTable042_=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
CVS_RSH=ssh
WGRIB2=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/wgrib2-2.0.8-nauzcdx/bin/wgrib2
OMP_NUM_THREADS=2
LESSOPEN=||/usr/bin/lesspipe.sh %s
_ModuleTable020_=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
LMOD_FULL_SETTARG_SUPPORT=no
gftl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/gftl-1.10.0-ojamuik
py_openpyxl_ROOT=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/py-openpyxl-3.1.2-rv2hu6u
LMOD_DIR=/apps/lmod/8.5.2/libexec
_ModuleTable075_=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
LMOD_FAMILY_MPI=impi
BASH_FUNC_which%%=() {  ( alias;
 eval ${which_declare} ) | /usr/bin/which --tty-only --read-alias --read-functions --show-tilde --show-dot $@
}
BASH_FUNC_module%%=() {  eval $($LMOD_CMD bash "$@") && eval $(${LMOD_SETTARG_CMD:-:} -s sh)
}
BASH_FUNC_scl%%=() {  if [ "$1" = "load" -o "$1" = "unload" ]; then
 eval "module $@";
 else
 /usr/bin/scl "$@";
 fi
}
BASH_FUNC_ml%%=() {  eval $($LMOD_DIR/ml_cmd "$@")
}
_=/usr/bin/env
+ 8 + export COMhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
+ 8 + COMhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
+ 8 + export CONFhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.conf
+ 8 + CONFhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.conf
+ 8 + export HOLDVARS=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
+ 8 + HOLDVARS=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
+ 8 + source /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
++ 8 + export TZ=UTC
++ 8 + TZ=UTC
++ 8 + export YMDH=2023082812 cyc=12 CYCLE=2023082812
++ 8 + YMDH=2023082812
++ 8 + cyc=12
++ 8 + CYCLE=2023082812
++ 8 + export storm_num=1
++ 8 + storm_num=1
++ 8 + export stormlabel=storm1
++ 8 + stormlabel=storm1
++ 8 + export STORM=NATL
++ 8 + STORM=NATL
++ 8 + export STORMID=00L
++ 8 + STORMID=00L
++ 8 + export hafsbasin2=AL
++ 8 + hafsbasin2=AL
++ 8 + export pubbasin2=AL
++ 8 + pubbasin2=AL
++ 8 + export 'basinname=North Atlantic (L/AL)'
++ 8 + basinname='North Atlantic (L/AL)'
++ 8 + export CENLO=-60.0
++ 8 + CENLO=-60.0
++ 8 + export CENLA=25.0
++ 8 + CENLA=25.0
++ 8 + export envir=test
++ 8 + envir=test
++ 8 + export NET=hafs
++ 8 + NET=hafs
++ 8 + export RUN=hfsa
++ 8 + RUN=hfsa
++ 8 + export RUN_ENVIR=dev
++ 8 + RUN_ENVIR=dev
++ 8 + export HOMEhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A
++ 8 + HOMEhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A
++ 8 + export EXEChafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec
++ 8 + EXEChafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec
++ 8 + export PARMhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm
++ 8 + PARMhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm
++ 8 + export EXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/scripts
++ 8 + EXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/scripts
++ 8 + export JOBhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/jobs
++ 8 + JOBhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/jobs
++ 8 + export USHhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
++ 8 + USHhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush
++ 8 + export FIXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix
++ 8 + FIXhafs=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix
++ 8 + export FIXcrtm=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q/fix
++ 8 + FIXcrtm=/scratch1/NCEPDEV/nems/role.epic/spack-stack/spack-stack-1.6.0/envs/unified-env-rocky8/install/intel/2021.5.0/crtm-fix-2.4.0.1_emc-bm46d3q/fix
++ 8 + export WORKhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
++ 8 + WORKhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
++ 8 + export COMhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + COMhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + export CONFhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.conf
++ 8 + CONFhafs=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.conf
++ 8 + export HOLDVARS=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
++ 8 + HOLDVARS=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/storm1.holdvars.txt
++ 8 + export COMOLD=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082806/00L
++ 8 + COMOLD=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082806/00L
++ 8 + export COMIN=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + COMIN=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + export COMOUT=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + COMOUT=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
++ 8 + export DCOMROOT=/dcom
++ 8 + DCOMROOT=/dcom
++ 8 + export DCOM=/dcom
++ 8 + DCOM=/dcom
++ 8 + export COMINnhc=/dcom/nhc/atcf/ncep
++ 8 + COMINnhc=/dcom/nhc/atcf/ncep
++ 8 + export COMINjtwc=/dcom/20230828/wtxtbul/storm_data
++ 8 + COMINjtwc=/dcom/20230828/wtxtbul/storm_data
++ 8 + export COMgfs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMgfs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export COMgfs_ocean=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMGFSv16
++ 8 + COMgfs_ocean=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMGFSv16
++ 8 + export ENS=03
++ 8 + ENS=03
++ 8 + export NOUTHRS=6
++ 8 + NOUTHRS=6
++ 8 + export do_sppt=.true.
++ 8 + do_sppt=.true.
++ 8 + export do_shum=.true.
++ 8 + do_shum=.true.
++ 8 + export do_skeb=.true.
++ 8 + do_skeb=.true.
++ 8 + export lndp_type=2
++ 8 + lndp_type=2
++ 8 + export COMINobs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMINobs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export COMINgfs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMINgfs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export COMINgdas=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMINgdas=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export COMINarch=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS/syndat
++ 8 + COMINarch=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS/syndat
++ 8 + export COMrtofs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMRTOFSv2
++ 8 + COMrtofs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMRTOFSv2
++ 8 + export COMINrtofs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMRTOFSv2
++ 8 + COMINrtofs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/COMRTOFSv2
++ 8 + export COMvortex=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/HFSAvortex
++ 8 + COMvortex=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/HFSAvortex
++ 8 + export COMINvortex=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/HFSAvortex
++ 8 + COMINvortex=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/HFSAvortex
++ 8 + export COMINmsg=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMINmsg=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export COMINhafs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + COMINhafs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/GEFS
++ 8 + export SYNDAThafs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/SYNDAT-PLUS
++ 8 + SYNDAThafs=/scratch2/NCEPDEV/hwrf/noscrub/hafs-input/SYNDAT-PLUS
++ 8 + export ADECKhafs=/scratch2/NCEPDEV/hwrf/noscrub/input/abdeck/aid
++ 8 + ADECKhafs=/scratch2/NCEPDEV/hwrf/noscrub/input/abdeck/aid
++ 8 + export BDECKhafs=/scratch2/NCEPDEV/hwrf/noscrub/input/abdeck/btk
++ 8 + BDECKhafs=/scratch2/NCEPDEV/hwrf/noscrub/input/abdeck/btk
++ 8 + export cartopyDataDir=/scratch2/NCEPDEV/hwrf/noscrub/local/share/cartopy
++ 8 + cartopyDataDir=/scratch2/NCEPDEV/hwrf/noscrub/local/share/cartopy
++ 8 + export RUN_HRDGRAPHICS=NO
++ 8 + RUN_HRDGRAPHICS=NO
++ 8 + export RUN_ATM_MVNEST=NO
++ 8 + RUN_ATM_MVNEST=NO
++ 8 + export RUN_ATM_MVNEST_ENS=NO
++ 8 + RUN_ATM_MVNEST_ENS=NO
++ 8 + export RUN_ATM_INIT=YES
++ 8 + RUN_ATM_INIT=YES
++ 8 + export RUN_ATM_INIT_FGAT=NO
++ 8 + RUN_ATM_INIT_FGAT=NO
++ 8 + export RUN_ATM_INIT_ENS=NO
++ 8 + RUN_ATM_INIT_ENS=NO
++ 8 + export RUN_ATM_MERGE=NO
++ 8 + RUN_ATM_MERGE=NO
++ 8 + export RUN_ATM_MERGE_FGAT=NO
++ 8 + RUN_ATM_MERGE_FGAT=NO
++ 8 + export RUN_ATM_MERGE_ENS=NO
++ 8 + RUN_ATM_MERGE_ENS=NO
++ 8 + export RUN_ATM_VI=NO
++ 8 + RUN_ATM_VI=NO
++ 8 + export RUN_ATM_VI_FGAT=NO
++ 8 + RUN_ATM_VI_FGAT=NO
++ 8 + export RUN_ATM_VI_ENS=NO
++ 8 + RUN_ATM_VI_ENS=NO
++ 8 + export RUN_GSI=NO
++ 8 + RUN_GSI=NO
++ 8 + export RUN_FGAT=NO
++ 8 + RUN_FGAT=NO
++ 8 + export RUN_ENVAR=NO
++ 8 + RUN_ENVAR=NO
++ 8 + export RUN_ENSDA=NO
++ 8 + RUN_ENSDA=NO
++ 8 + export RUN_ENKF=NO
++ 8 + RUN_ENKF=NO
++ 8 + export RUN_ANALYSIS_MERGE=YES
++ 8 + RUN_ANALYSIS_MERGE=YES
++ 8 + export RUN_ANALYSIS_MERGE_ENS=NO
++ 8 + RUN_ANALYSIS_MERGE_ENS=NO
++ 8 + export GSI_D01=NO
++ 8 + GSI_D01=NO
++ 8 + export GSI_D02=NO
++ 8 + GSI_D02=NO
++ 8 + export GSI_D03=NO
++ 8 + GSI_D03=NO
++ 8 + export FGATSTR=-3
++ 8 + FGATSTR=-3
++ 8 + export FGATINV=3
++ 8 + FGATINV=3
++ 8 + export FGATEND=3
++ 8 + FGATEND=3
++ 8 + export vi_min_wind_for_init=9
++ 8 + vi_min_wind_for_init=9
++ 8 + export vi_warm_start_vmax_threshold=25
++ 8 + vi_warm_start_vmax_threshold=25
++ 8 + export vi_bogus_vmax_threshold=50
++ 8 + vi_bogus_vmax_threshold=50
++ 8 + export vi_storm_env=init
++ 8 + vi_storm_env=init
++ 8 + export vi_storm_relocation=yes
++ 8 + vi_storm_relocation=yes
++ 8 + export vi_storm_modification=auto
++ 8 + vi_storm_modification=auto
++ 8 + export vi_adjust_intensity=yes
++ 8 + vi_adjust_intensity=yes
++ 8 + export vi_adjust_size=yes
++ 8 + vi_adjust_size=yes
++ 8 + export vi_cloud=0
++ 8 + vi_cloud=0
++ 8 + export atm_merge_method=vortexreplace
++ 8 + atm_merge_method=vortexreplace
++ 8 + export analysis_merge_method=vortexreplace
++ 8 + analysis_merge_method=vortexreplace
++ 8 + export warm_start_opt=0
++ 8 + warm_start_opt=0
++ 8 + export DATMdir=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/DATM
++ 8 + DATMdir=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/DATM
++ 8 + export DOCNdir=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/DOCN
++ 8 + DOCNdir=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/DOCN
++ 8 + export run_datm=no
++ 8 + run_datm=no
++ 8 + export run_docn=no
++ 8 + run_docn=no
++ 8 + export run_dwav=no
++ 8 + run_dwav=no
++ 8 + export make_mesh_atm=no
++ 8 + make_mesh_atm=no
++ 8 + export mesh_atm=dummy.nc
++ 8 + mesh_atm=dummy.nc
++ 8 + export docn_mesh_nx_global=1440
++ 8 + docn_mesh_nx_global=1440
++ 8 + export docn_mesh_ny_global=720
++ 8 + docn_mesh_ny_global=720
++ 8 + export make_mesh_ocn=no
++ 8 + make_mesh_ocn=no
++ 8 + export mesh_ocn=dummy.nc
++ 8 + mesh_ocn=dummy.nc
++ 8 + export docn_input_path=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/cdeps
++ 8 + docn_input_path=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/cdeps
++ 8 + export datm_input_path=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/cdeps
++ 8 + datm_input_path=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/cdeps
++ 8 + export DOCN_SOURCE=NONE
++ 8 + DOCN_SOURCE=NONE
++ 8 + export DATM_SOURCE=NONE
++ 8 + DATM_SOURCE=NONE
++ 8 + export PARMforecast=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm/forecast/regional
++ 8 + PARMforecast=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm/forecast/regional
++ 8 + export NHRS=126
++ 8 + NHRS=126
++ 8 + export NBDYHRS=6
++ 8 + NBDYHRS=6
++ 8 + export NOUTHRS=6
++ 8 + NOUTHRS=6
++ 8 + export GFSVER=PROD2021
++ 8 + GFSVER=PROD2021
++ 8 + export ictype=gefsgrib2ab_0p50
++ 8 + ictype=gefsgrib2ab_0p50
++ 8 + export bctype=gefsgrib2ab_0p50
++ 8 + bctype=gefsgrib2ab_0p50
++ 8 + export ictype_ens=gfsnetcdf
++ 8 + ictype_ens=gfsnetcdf
++ 8 + export bctype_ens=gfsnetcdf
++ 8 + bctype_ens=gfsnetcdf
++ 8 + export halo_blend=20
++ 8 + halo_blend=20
++ 8 + export use_orog_gsl=yes
++ 8 + use_orog_gsl=yes
++ 8 + export CASE=C512
++ 8 + CASE=C512
++ 8 + export LEVS=82
++ 8 + LEVS=82
++ 8 + export gtype=regional
++ 8 + gtype=regional
++ 8 + export gridfixdir=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix/fix_fv3/ESG_C512/grid_ens
++ 8 + gridfixdir=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix/fix_fv3/ESG_C512/grid_ens
++ 8 + export stretch_fac=1.0001
++ 8 + stretch_fac=1.0001
++ 8 + export target_lon=-60.0
++ 8 + target_lon=-60.0
++ 8 + export target_lat=25.0
++ 8 + target_lat=25.0
++ 8 + export nest_grids=1
++ 8 + nest_grids=1
++ 8 + export parent_grid_num=1
++ 8 + parent_grid_num=1
++ 8 + export parent_tile=6
++ 8 + parent_tile=6
++ 8 + export refine_ratio=6
++ 8 + refine_ratio=6
++ 8 + export istart_nest=33
++ 8 + istart_nest=33
++ 8 + export jstart_nest=153
++ 8 + jstart_nest=153
++ 8 + export iend_nest=752
++ 8 + iend_nest=752
++ 8 + export jend_nest=692
++ 8 + jend_nest=692
++ 8 + export halo=3
++ 8 + halo=3
++ 8 + export halop1=4
++ 8 + halop1=4
++ 8 + export halo0=0
++ 8 + halo0=0
++ 8 + export regional_esg=yes
++ 8 + regional_esg=yes
++ 8 + export idim_nest=2160
++ 8 + idim_nest=2160
++ 8 + export jdim_nest=1620
++ 8 + jdim_nest=1620
++ 8 + export delx_nest=0.02
++ 8 + delx_nest=0.02
++ 8 + export dely_nest=0.02
++ 8 + dely_nest=0.02
++ 8 + export halop2=8
++ 8 + halop2=8
++ 8 + export pazi=-180.
++ 8 + pazi=-180.
++ 8 + export CASE_mvnest1res=C512
++ 8 + CASE_mvnest1res=C512
++ 8 + export LEVS_mvnest1res=82
++ 8 + LEVS_mvnest1res=82
++ 8 + export gtype_mvnest1res=regional
++ 8 + gtype_mvnest1res=regional
++ 8 + export gridfixdir_mvnest1res=/let/hafs_grid/generate/grid_mvnest1res
++ 8 + gridfixdir_mvnest1res=/let/hafs_grid/generate/grid_mvnest1res
++ 8 + export stretch_fac_mvnest1res=1.0001
++ 8 + stretch_fac_mvnest1res=1.0001
++ 8 + export target_lon_mvnest1res=-60.0
++ 8 + target_lon_mvnest1res=-60.0
++ 8 + export target_lat_mvnest1res=25.0
++ 8 + target_lat_mvnest1res=25.0
++ 8 + export nest_grids_mvnest1res=1
++ 8 + nest_grids_mvnest1res=1
++ 8 + export parent_grid_num_mvnest1res=1
++ 8 + parent_grid_num_mvnest1res=1
++ 8 + export parent_tile_mvnest1res=6
++ 8 + parent_tile_mvnest1res=6
++ 8 + export refine_ratio_mvnest1res=9
++ 8 + refine_ratio_mvnest1res=9
++ 8 + export istart_nest_mvnest1res=73
++ 8 + istart_nest_mvnest1res=73
++ 8 + export jstart_nest_mvnest1res=113
++ 8 + jstart_nest_mvnest1res=113
++ 8 + export iend_nest_mvnest1res=952
++ 8 + iend_nest_mvnest1res=952
++ 8 + export jend_nest_mvnest1res=912
++ 8 + jend_nest_mvnest1res=912
++ 8 + export regional_esg_mvnest1res=yes
++ 8 + regional_esg_mvnest1res=yes
++ 8 + export idim_nest_mvnest1res=3960
++ 8 + idim_nest_mvnest1res=3960
++ 8 + export jdim_nest_mvnest1res=3600
++ 8 + jdim_nest_mvnest1res=3600
++ 8 + export delx_nest_mvnest1res=0.01
++ 8 + delx_nest_mvnest1res=0.01
++ 8 + export dely_nest_mvnest1res=0.01
++ 8 + dely_nest_mvnest1res=0.01
++ 8 + export halop2_mvnest1res=15
++ 8 + halop2_mvnest1res=15
++ 8 + export is_moving_nest=.false.
++ 8 + is_moving_nest=.false.
++ 8 + export vortex_tracker=0,7
++ 8 + vortex_tracker=0,7
++ 8 + export ntrack=0,2
++ 8 + ntrack=0,2
++ 8 + export move_cd_x=0,0
++ 8 + move_cd_x=0,0
++ 8 + export move_cd_y=0,0
++ 8 + move_cd_y=0,0
++ 8 + export vcoord_file_target_grid=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm/levels/hafs_hyblev.l82.txt
++ 8 + vcoord_file_target_grid=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm/levels/hafs_hyblev.l82.txt
++ 8 + export use_bufr_nr=yes
++ 8 + use_bufr_nr=yes
++ 8 + export grid_ratio_fv3_regional=1
++ 8 + grid_ratio_fv3_regional=1
++ 8 + export s_ens_h=150
++ 8 + s_ens_h=150
++ 8 + export s_ens_v=-0.5
++ 8 + s_ens_v=-0.5
++ 8 + export online_satbias=no
++ 8 + online_satbias=no
++ 8 + export l_both_fv3sar_gfs_ens=.false.
++ 8 + l_both_fv3sar_gfs_ens=.false.
++ 8 + export l4densvar=.true.
++ 8 + l4densvar=.true.
++ 8 + export nsclgrp=1
++ 8 + nsclgrp=1
++ 8 + export naensloc=1
++ 8 + naensloc=1
++ 8 + export nhr_obsbin=3
++ 8 + nhr_obsbin=3
++ 8 + export corrlength=500
++ 8 + corrlength=500
++ 8 + export lnsigcutoff=1.3
++ 8 + lnsigcutoff=1.3
++ 8 + export ccpp_suite_regional=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_regional=FV3_HAFS_v1_thompson_nonsst
++ 8 + export ccpp_suite_glob=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_glob=FV3_HAFS_v1_thompson_nonsst
++ 8 + export ccpp_suite_nest=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_nest=FV3_HAFS_v1_thompson_nonsst
++ 8 + export dt_atmos=90
++ 8 + dt_atmos=90
++ 8 + export restart_interval=240
++ 8 + restart_interval=240
++ 8 + export quilting=.true.
++ 8 + quilting=.true.
++ 8 + export write_groups=2
++ 8 + write_groups=2
++ 8 + export write_tasks_per_group=40
++ 8 + write_tasks_per_group=40
++ 8 + export write_dopost=.false.
++ 8 + write_dopost=.false.
++ 8 + export output_history=.true.
++ 8 + output_history=.true.
++ 8 + export glob_k_split=1
++ 8 + glob_k_split=1
++ 8 + export glob_n_split=7
++ 8 + glob_n_split=7
++ 8 + export glob_layoutx=8
++ 8 + glob_layoutx=8
++ 8 + export glob_layouty=8
++ 8 + glob_layouty=8
++ 8 + export glob_npx=769
++ 8 + glob_npx=769
++ 8 + export glob_npy=769
++ 8 + glob_npy=769
++ 8 + export glob_io_layoutx=1
++ 8 + glob_io_layoutx=1
++ 8 + export glob_io_layouty=8
++ 8 + glob_io_layouty=8
++ 8 + export glob_hord_mt=5
++ 8 + glob_hord_mt=5
++ 8 + export glob_hord_vt=5
++ 8 + glob_hord_vt=5
++ 8 + export glob_hord_tm=5
++ 8 + glob_hord_tm=5
++ 8 + export glob_hord_dp=5
++ 8 + glob_hord_dp=5
++ 8 + export glob_hord_tr=-5
++ 8 + glob_hord_tr=-5
++ 8 + export glob_lim_fac=1.0
++ 8 + glob_lim_fac=1.0
++ 8 + export glob_full_zs_filter=.true.
++ 8 + glob_full_zs_filter=.true.
++ 8 + export glob_n_zs_filter=0
++ 8 + glob_n_zs_filter=0
++ 8 + export glob_n_del2_weak=15
++ 8 + glob_n_del2_weak=15
++ 8 + export glob_max_slope=0.15
++ 8 + glob_max_slope=0.15
++ 8 + export glob_rlmx=300.
++ 8 + glob_rlmx=300.
++ 8 + export glob_elmx=300.
++ 8 + glob_elmx=300.
++ 8 + export glob_sfc_rlm=1
++ 8 + glob_sfc_rlm=1
++ 8 + export glob_tc_pbl=0
++ 8 + glob_tc_pbl=0
++ 8 + export glob_shal_cnv=.true.
++ 8 + glob_shal_cnv=.true.
++ 8 + export glob_do_deep=.true.
++ 8 + glob_do_deep=.true.
++ 8 + export k_split=2
++ 8 + k_split=2
++ 8 + export n_split=5
++ 8 + n_split=5
++ 8 + export layoutx=18
++ 8 + layoutx=18
++ 8 + export layouty=15
++ 8 + layouty=15
++ 8 + export npx=2161
++ 8 + npx=2161
++ 8 + export npy=1621
++ 8 + npy=1621
++ 8 + export io_layoutx=1
++ 8 + io_layoutx=1
++ 8 + export io_layouty=1
++ 8 + io_layouty=1
++ 8 + export hord_mt=1
++ 8 + hord_mt=1
++ 8 + export hord_vt=1
++ 8 + hord_vt=1
++ 8 + export hord_tm=1
++ 8 + hord_tm=1
++ 8 + export hord_dp=1
++ 8 + hord_dp=1
++ 8 + export hord_tr=-5
++ 8 + hord_tr=-5
++ 8 + export lim_fac=3.1
++ 8 + lim_fac=3.1
++ 8 + export full_zs_filter=.true.
++ 8 + full_zs_filter=.true.
++ 8 + export n_zs_filter=1
++ 8 + n_zs_filter=1
++ 8 + export n_del2_weak=15
++ 8 + n_del2_weak=15
++ 8 + export max_slope=0.15
++ 8 + max_slope=0.15
++ 8 + export rlmx=300.
++ 8 + rlmx=300.
++ 8 + export elmx=300.
++ 8 + elmx=300.
++ 8 + export sfc_rlm=1
++ 8 + sfc_rlm=1
++ 8 + export tc_pbl=0
++ 8 + tc_pbl=0
++ 8 + export shal_cnv=.true.
++ 8 + shal_cnv=.true.
++ 8 + export do_deep=.true.
++ 8 + do_deep=.true.
++ 8 + export do_sppt=.true.
++ 8 + do_sppt=.true.
++ 8 + export do_shum=.true.
++ 8 + do_shum=.true.
++ 8 + export do_skeb=.true.
++ 8 + do_skeb=.true.
++ 8 + export npz=81
++ 8 + npz=81
++ 8 + export imp_physics=8
++ 8 + imp_physics=8
++ 8 + export iovr=3
++ 8 + iovr=3
++ 8 + export dt_inner=45
++ 8 + dt_inner=45
++ 8 + export dnats=0
++ 8 + dnats=0
++ 8 + export do_sat_adj=.false.
++ 8 + do_sat_adj=.false.
++ 8 + export lgfdlmprad=.false.
++ 8 + lgfdlmprad=.false.
++ 8 + export lsm=1
++ 8 + lsm=1
++ 8 + export ialb=1
++ 8 + ialb=1
++ 8 + export iems=1
++ 8 + iems=1
++ 8 + export fhswr=1800.
++ 8 + fhswr=1800.
++ 8 + export fhlwr=1800.
++ 8 + fhlwr=1800.
++ 8 + export iaer=1011
++ 8 + iaer=1011
++ 8 + export lseaspray=.false.
++ 8 + lseaspray=.false.
++ 8 + export clam_deep=0.15
++ 8 + clam_deep=0.15
++ 8 + export c1_deep=0.002
++ 8 + c1_deep=0.002
++ 8 + export c1_shal=0.0005
++ 8 + c1_shal=0.0005
++ 8 + export progsigma=.false.
++ 8 + progsigma=.false.
++ 8 + export betascu=8.0
++ 8 + betascu=8.0
++ 8 + export betamcu=1.0
++ 8 + betamcu=1.0
++ 8 + export betadcu=2.0
++ 8 + betadcu=2.0
++ 8 + export nstf_n1=0
++ 8 + nstf_n1=0
++ 8 + export nstf_n2=0
++ 8 + nstf_n2=0
++ 8 + export nstf_n3=0
++ 8 + nstf_n3=0
++ 8 + export nstf_n4=0
++ 8 + nstf_n4=0
++ 8 + export nstf_n5=0
++ 8 + nstf_n5=0
++ 8 + export output_grid=regional_latlon
++ 8 + output_grid=regional_latlon
++ 8 + export output_grid_cen_lon=-60.0
++ 8 + output_grid_cen_lon=-60.0
++ 8 + export output_grid_cen_lat=25.0
++ 8 + output_grid_cen_lat=25.0
++ 8 + export output_grid_lon_span=109.5
++ 8 + output_grid_lon_span=109.5
++ 8 + export output_grid_lat_span=81.6
++ 8 + output_grid_lat_span=81.6
++ 8 + export output_grid_dlon=0.04
++ 8 + output_grid_dlon=0.04
++ 8 + export output_grid_dlat=0.04
++ 8 + output_grid_dlat=0.04
++ 8 + export out_prefix=00l.2023082812
++ 8 + out_prefix=00l.2023082812
++ 8 + export out_prefix_nodate=00l
++ 8 + out_prefix_nodate=00l
++ 8 + export old_out_prefix=00l.2023082806
++ 8 + old_out_prefix=00l.2023082806
++ 8 + export old_out_prefix_nodate=00l
++ 8 + old_out_prefix_nodate=00l
++ 8 + export out_gridnames=parent,storm
++ 8 + out_gridnames=parent,storm
++ 8 + export post_gridspecs=auto,auto
++ 8 + post_gridspecs=auto,auto
++ 8 + export trak_gridspecs=auto,auto
++ 8 + trak_gridspecs=auto,auto
++ 8 + export satpost=.false.
++ 8 + satpost=.false.
++ 8 + export trkd12_combined=no
++ 8 + trkd12_combined=no
++ 8 + export ccpp_suite_regional_init=FV3_HAFS_v1_thompson
++ 8 + ccpp_suite_regional_init=FV3_HAFS_v1_thompson
++ 8 + export ccpp_suite_glob_init=FV3_HAFS_v1_thompson
++ 8 + ccpp_suite_glob_init=FV3_HAFS_v1_thompson
++ 8 + export ccpp_suite_nest_init=FV3_HAFS_v1_thompson
++ 8 + ccpp_suite_nest_init=FV3_HAFS_v1_thompson
++ 8 + export nstf_n1_init=2
++ 8 + nstf_n1_init=2
++ 8 + export nstf_n2_init=1
++ 8 + nstf_n2_init=1
++ 8 + export nstf_n3_init=0
++ 8 + nstf_n3_init=0
++ 8 + export nstf_n4_init=0
++ 8 + nstf_n4_init=0
++ 8 + export nstf_n5_init=0
++ 8 + nstf_n5_init=0
++ 8 + export glob_layoutx_init=8
++ 8 + glob_layoutx_init=8
++ 8 + export glob_layouty_init=8
++ 8 + glob_layouty_init=8
++ 8 + export layoutx_init=18
++ 8 + layoutx_init=18
++ 8 + export layouty_init=15
++ 8 + layouty_init=15
++ 8 + export write_groups_init=2
++ 8 + write_groups_init=2
++ 8 + export write_tasks_per_group_init=40
++ 8 + write_tasks_per_group_init=40
++ 8 + export ENS_SIZE=20
++ 8 + ENS_SIZE=20
++ 8 + export ENS_FCST_SIZE=10
++ 8 + ENS_FCST_SIZE=10
++ 8 + export GRID_RATIO_ENS=2
++ 8 + GRID_RATIO_ENS=2
++ 8 + export NHRS_ENS=6
++ 8 + NHRS_ENS=6
++ 8 + export NBDYHRS_ENS=6
++ 8 + NBDYHRS_ENS=6
++ 8 + export NOUTHRS_ENS=3
++ 8 + NOUTHRS_ENS=3
++ 8 + export CASE_ENS=C512
++ 8 + CASE_ENS=C512
++ 8 + export LEVS_ENS=82
++ 8 + LEVS_ENS=82
++ 8 + export gtype_ens=regional
++ 8 + gtype_ens=regional
++ 8 + export gridfixdir_ens=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix/fix_fv3/ESG_C512/grid_ens
++ 8 + gridfixdir_ens=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/fix/fix_fv3/ESG_C512/grid_ens
++ 8 + export stretch_fac_ens=1.0001
++ 8 + stretch_fac_ens=1.0001
++ 8 + export target_lon_ens=-60.0
++ 8 + target_lon_ens=-60.0
++ 8 + export target_lat_ens=25.0
++ 8 + target_lat_ens=25.0
++ 8 + export refine_ratio_ens=6
++ 8 + refine_ratio_ens=6
++ 8 + export istart_nest_ens=33
++ 8 + istart_nest_ens=33
++ 8 + export jstart_nest_ens=153
++ 8 + jstart_nest_ens=153
++ 8 + export iend_nest_ens=752
++ 8 + iend_nest_ens=752
++ 8 + export jend_nest_ens=692
++ 8 + jend_nest_ens=692
++ 8 + export regional_esg_ens=yes
++ 8 + regional_esg_ens=yes
++ 8 + export idim_nest_ens=2160
++ 8 + idim_nest_ens=2160
++ 8 + export jdim_nest_ens=1620
++ 8 + jdim_nest_ens=1620
++ 8 + export delx_nest_ens=0.02
++ 8 + delx_nest_ens=0.02
++ 8 + export dely_nest_ens=0.02
++ 8 + dely_nest_ens=0.02
++ 8 + export halop2_ens=8
++ 8 + halop2_ens=8
++ 8 + export ccpp_suite_regional_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_regional_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + export ccpp_suite_glob_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_glob_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + export ccpp_suite_nest_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + ccpp_suite_nest_ens=FV3_HAFS_v1_thompson_nonsst
++ 8 + export dt_atmos_ens=90
++ 8 + dt_atmos_ens=90
++ 8 + export restart_interval_ens=240
++ 8 + restart_interval_ens=240
++ 8 + export quilting_ens=.true.
++ 8 + quilting_ens=.true.
++ 8 + export write_groups_ens=2
++ 8 + write_groups_ens=2
++ 8 + export write_tasks_per_group_ens=40
++ 8 + write_tasks_per_group_ens=40
++ 8 + export write_dopost_ens=.false.
++ 8 + write_dopost_ens=.false.
++ 8 + export output_history_ens=.true.
++ 8 + output_history_ens=.true.
++ 8 + export glob_k_split_ens=1
++ 8 + glob_k_split_ens=1
++ 8 + export glob_n_split_ens=7
++ 8 + glob_n_split_ens=7
++ 8 + export glob_layoutx_ens=8
++ 8 + glob_layoutx_ens=8
++ 8 + export glob_layouty_ens=8
++ 8 + glob_layouty_ens=8
++ 8 + export glob_npx_ens=769
++ 8 + glob_npx_ens=769
++ 8 + export glob_npy_ens=769
++ 8 + glob_npy_ens=769
++ 8 + export glob_io_layoutx_ens=1
++ 8 + glob_io_layoutx_ens=1
++ 8 + export glob_io_layouty_ens=8
++ 8 + glob_io_layouty_ens=8
++ 8 + export glob_hord_mt_ens=5
++ 8 + glob_hord_mt_ens=5
++ 8 + export glob_hord_vt_ens=5
++ 8 + glob_hord_vt_ens=5
++ 8 + export glob_hord_tm_ens=5
++ 8 + glob_hord_tm_ens=5
++ 8 + export glob_hord_dp_ens=5
++ 8 + glob_hord_dp_ens=5
++ 8 + export glob_hord_tr_ens=-5
++ 8 + glob_hord_tr_ens=-5
++ 8 + export glob_lim_fac_ens=1.0
++ 8 + glob_lim_fac_ens=1.0
++ 8 + export glob_full_zs_filter_ens=.true.
++ 8 + glob_full_zs_filter_ens=.true.
++ 8 + export glob_n_zs_filter_ens=0
++ 8 + glob_n_zs_filter_ens=0
++ 8 + export glob_n_del2_weak_ens=15
++ 8 + glob_n_del2_weak_ens=15
++ 8 + export glob_max_slope_ens=0.15
++ 8 + glob_max_slope_ens=0.15
++ 8 + export glob_rlmx_ens=300.
++ 8 + glob_rlmx_ens=300.
++ 8 + export glob_elmx_ens=300.
++ 8 + glob_elmx_ens=300.
++ 8 + export glob_sfc_rlm_ens=1
++ 8 + glob_sfc_rlm_ens=1
++ 8 + export glob_tc_pbl_ens=0
++ 8 + glob_tc_pbl_ens=0
++ 8 + export glob_shal_cnv_ens=.true.
++ 8 + glob_shal_cnv_ens=.true.
++ 8 + export glob_do_deep_ens=.true.
++ 8 + glob_do_deep_ens=.true.
++ 8 + export k_split_ens=2
++ 8 + k_split_ens=2
++ 8 + export n_split_ens=5
++ 8 + n_split_ens=5
++ 8 + export layoutx_ens=18
++ 8 + layoutx_ens=18
++ 8 + export layouty_ens=15
++ 8 + layouty_ens=15
++ 8 + export npx_ens=2161
++ 8 + npx_ens=2161
++ 8 + export npy_ens=1621
++ 8 + npy_ens=1621
++ 8 + export io_layoutx_ens=1
++ 8 + io_layoutx_ens=1
++ 8 + export io_layouty_ens=1
++ 8 + io_layouty_ens=1
++ 8 + export hord_mt_ens=1
++ 8 + hord_mt_ens=1
++ 8 + export hord_vt_ens=1
++ 8 + hord_vt_ens=1
++ 8 + export hord_tm_ens=1
++ 8 + hord_tm_ens=1
++ 8 + export hord_dp_ens=1
++ 8 + hord_dp_ens=1
++ 8 + export hord_tr_ens=-5
++ 8 + hord_tr_ens=-5
++ 8 + export lim_fac_ens=3.1
++ 8 + lim_fac_ens=3.1
++ 8 + export full_zs_filter_ens=.true.
++ 8 + full_zs_filter_ens=.true.
++ 8 + export n_zs_filter_ens=1
++ 8 + n_zs_filter_ens=1
++ 8 + export n_del2_weak_ens=15
++ 8 + n_del2_weak_ens=15
++ 8 + export max_slope_ens=0.15
++ 8 + max_slope_ens=0.15
++ 8 + export rlmx_ens=300.
++ 8 + rlmx_ens=300.
++ 8 + export elmx_ens=300.
++ 8 + elmx_ens=300.
++ 8 + export sfc_rlm_ens=1
++ 8 + sfc_rlm_ens=1
++ 8 + export tc_pbl_ens=0
++ 8 + tc_pbl_ens=0
++ 8 + export shal_cnv_ens=.true.
++ 8 + shal_cnv_ens=.true.
++ 8 + export do_deep_ens=.true.
++ 8 + do_deep_ens=.true.
++ 8 + export do_sppt_ens=.false.
++ 8 + do_sppt_ens=.false.
++ 8 + export do_shum_ens=.false.
++ 8 + do_shum_ens=.false.
++ 8 + export do_skeb_ens=.false.
++ 8 + do_skeb_ens=.false.
++ 8 + export npz_ens=81
++ 8 + npz_ens=81
++ 8 + export output_grid_dlon_ens=0.04
++ 8 + output_grid_dlon_ens=0.04
++ 8 + export output_grid_dlat_ens=0.04
++ 8 + output_grid_dlat_ens=0.04
++ 8 + export post_gridspecs_ens=auto,auto
++ 8 + post_gridspecs_ens=auto,auto
++ 8 + export trak_gridspecs_ens=auto,auto
++ 8 + trak_gridspecs_ens=auto,auto
++ 8 + export satpost_ens=.false.
++ 8 + satpost_ens=.false.
++ 8 + export run_ocean=yes
++ 8 + run_ocean=yes
++ 8 + export ocean_model=mom6
++ 8 + ocean_model=mom6
++ 8 + export ocean_domain=auto
++ 8 + ocean_domain=auto
++ 8 + export cpl_dt=360
++ 8 + cpl_dt=360
++ 8 + export cpl_atm_ocn=cmeps_2way
++ 8 + cpl_atm_ocn=cmeps_2way
++ 8 + export ocn_tasks=60
++ 8 + ocn_tasks=60
++ 8 + export ocean_start_dtg=44800.50000
++ 8 + ocean_start_dtg=44800.50000
++ 8 + export merge_import=.true.
++ 8 + merge_import=.true.
++ 8 + export icplocn2atm=1
++ 8 + icplocn2atm=1
++ 8 + export run_wave=no
++ 8 + run_wave=no
++ 8 + export wave_model=ww3
++ 8 + wave_model=ww3
++ 8 + export cpl_atm_wav=cmeps_1way_1to2
++ 8 + cpl_atm_wav=cmeps_1way_1to2
++ 8 + export cpl_wav_ocn=cmeps_sidebyside
++ 8 + cpl_wav_ocn=cmeps_sidebyside
++ 8 + export wav_tasks=60
++ 8 + wav_tasks=60
++ 8 + export med_tasks=60
++ 8 + med_tasks=60
++ 8 + [[ dev != \N\C\O ]]
++ 8 + [[ dev != \n\c\o ]]
++ 8 + export EXPT=H224_ensemble_mom6A
++ 8 + EXPT=H224_ensemble_mom6A
++ 8 + export SUBEXPT=H224_ensemble_mom6A_03
++ 8 + SUBEXPT=H224_ensemble_mom6A_03
++ 8 + export WHERE_AM_I=azure
++ 8 + WHERE_AM_I=azure
++ 8 + export CDSAVE=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng
++ 8 + CDSAVE=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng
++ 8 + export CDNOSCRUB=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/hafstrak
++ 8 + CDNOSCRUB=/scratch2/NCEPDEV/hwrf/noscrub/Jiayi.Peng/hafstrak
++ 8 + export CDSCRUB=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng
++ 8 + CDSCRUB=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng
++ 8 + export RUNhafs=H224_ensemble_mom6A_03
++ 8 + RUNhafs=H224_ensemble_mom6A_03
+ 8 + export ENSDA=NO
+ 8 + ENSDA=NO
+ 8 + export ENSID=000
+ 8 + ENSID=000
+ 8 + '[' NO = YES ']'
+ 8 + export DATA=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 8 + DATA=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 8 + '[' YES = YES ']'
+ 8 + rm -rf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 8 + mkdir -p /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 8 + cd /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 8 + '[' regional = nest ']'
+ 8 + ngrids=1
+ 8 + rm -f cmdfile_product
++ 8 + seq 1 1
+ 8 + for ng in $(seq 1 ${ngrids})
+ 8 + [[ 1 -eq 1 ]]
+ 8 + neststr=
+ 8 + tilestr=.tile1
++ 8 + echo parent,storm
++ 8 + cut -d, -f 1
+ 8 + gridstr=parent
+ 8 + echo 'export neststr= tilestr=.tile1 gridstr=parent;         /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/scripts/exhafs_product.sh         > run_product.parent.log 2>&1'
+ 8 + chmod +x cmdfile_product
+ 8 + mpirun -n 88 /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_mpiserial.x -m cmdfile_product
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
MPI startup(): Warning: I_MPI_PMI_LIBRARY will be ignored since the hydra process manager was found
07/01 22:16:42.032: MPI_Serial 0: command file "cmdfile_product"
07/01 22:16:42.034: MPI Serial 0: Have 1 commands for 88 ranks.
07/01 22:16:42.038: MPI Serial 0: starting: export neststr= tilestr=.tile1 gridstr=parent;         /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/scripts/exhafs_product.sh         > run_product.parent.log 2>&1
07/01 22:16:42.040: MPI Serial 0: process 39846 is still running.
07/01 22:16:42.040: MPI Serial 2: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 3: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 6: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 11: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 12: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 15: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 16: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 17: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 18: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 21: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 22: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 23: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 24: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 26: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 31: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 33: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 34: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 36: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 37: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 38: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 40: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 42: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 44: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 46: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 51: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 53: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 58: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 59: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 61: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 62: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 63: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 66: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 67: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 68: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 71: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 72: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 73: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 76: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 77: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 78: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 82: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 83: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 84: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 85: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 86: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 87: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 1: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 4: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 5: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 7: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 8: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 9: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 10: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 13: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 14: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 19: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 20: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 25: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 27: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 28: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 29: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 30: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 32: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 35: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 39: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 41: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 43: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 45: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 47: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 48: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 49: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 50: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 52: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 54: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 55: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 56: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 57: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 60: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 64: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 65: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 69: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 70: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 74: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 75: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 79: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 80: process -1 exited (status 0), waiting for other processes.
07/01 22:16:42.040: MPI Serial 81: process -1 exited (status 0), waiting for other processes.
07/01 22:33:52.435: MPI Serial 0: export neststr= tilestr=.tile1 gridstr=parent;         /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/scripts/exhafs_product.sh         > run_product.parent.log 2>&1: exit 0
07/01 22:33:52.435: MPI Serial 0: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 1: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 2: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 3: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 4: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 5: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 6: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 7: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 8: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 9: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 10: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 11: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 12: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 13: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 14: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 15: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 16: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 17: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 18: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 19: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 20: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 21: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 22: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 23: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 24: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 25: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 26: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 27: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 28: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 29: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 30: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 31: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 32: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 33: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 34: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 35: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 36: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 37: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 38: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 39: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 40: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 41: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 42: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 43: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 44: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 45: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 46: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 47: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 48: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 49: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 50: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 51: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 52: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 53: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 54: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 55: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 56: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 57: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 58: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 59: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 60: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 61: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 62: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 63: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 64: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 65: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 66: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 67: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 68: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 69: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 70: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 71: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 72: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 73: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 74: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 75: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 76: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 77: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 78: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 79: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 80: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 81: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 82: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 83: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 84: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 85: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 86: no tasks running.  Should exit 0.
07/01 22:33:52.435: MPI Serial 87: no tasks running.  Should exit 0.
07/01 22:33:52.436: MPI Serial 0: max return code is 0
+ 1047 + status=0
+ 1047 + [[ 0 -ne 0 ]]
++ 1047 + seq 1 1
+ 1047 + for ng in $(seq 1 ${ngrids})
+ 1047 + [[ 1 -eq 1 ]]
+ 1047 + neststr=
++ 1047 + echo parent,storm
++ 1047 + cut -d, -f 1
+ 1047 + gridstr=parent
+ 1047 + cat ./run_product.parent.log
+ 0 + CDATE=2023082812
++ 0 + echo 2023082812
++ 0 + cut -c 1-4
+ 0 + YYYY=2023
++ 0 + echo 2023082812
++ 0 + cut -c 1-2
+ 0 + CC=20
++ 0 + echo 2023082812
++ 0 + cut -c 3-4
+ 0 + YY=23
++ 0 + echo 2023082812
++ 0 + cut -c 5-6
+ 0 + MM=08
++ 0 + echo 2023082812
++ 0 + cut -c 7-8
+ 0 + DD=28
++ 0 + echo 2023082812
++ 0 + cut -c 9-10
+ 0 + HH=12
+ 0 + '[' NO = YES ']'
+ 0 + '[' NO = YES ']'
+ 0 + INPdir=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post
+ 0 + COMOUTproduct=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
+ 0 + '[' NO = YES ']'
+ 0 + export NHRS=126
+ 0 + NHRS=126
+ 0 + export NBDYHRS=6
+ 0 + NBDYHRS=6
+ 0 + export NOUTHRS=6
+ 0 + NOUTHRS=6
+ 0 + export CASE=C512
+ 0 + CASE=C512
++ 0 + echo C512
++ 0 + cut -c 2-
+ 0 + export CRES=512
+ 0 + CRES=512
+ 0 + export gtype=regional
+ 0 + gtype=regional
+ 0 + export LEVS=82
+ 0 + LEVS=82
+ 0 + out_prefix=00l.2023082812
+ 0 + neststr=
+ 0 + tilestr=.tile1
+ 0 + gridstr=parent
+ 0 + trk_atcfunix=00l.2023082812.hfsa.trak.atcfunix
+ 0 + all_atcfunix=00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + fhr_atcfunix=00l.2023082812.hfsa.trak.atcfunix.f
+ 0 + trk_atcfunix_grid=00l.2023082812.hfsa.parent.trak.atcfunix
+ 0 + all_atcfunix_grid=00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + fhr_atcfunix_grid=00l.2023082812.hfsa.parent.trak.atcfunix.f
+ 0 + GETTRKEXEC=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_gettrk.x
+ 0 + TAVEEXEC=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_gettrk.x
+ 0 + VINTEXEC=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_vint.x
+ 0 + SUPVITEXEC=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_supvit.x
+ 0 + NHCPRODUCTSEXEC=/scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_nhc_products.x
+ 0 + INPdir=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post
+ 0 + DATA=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 0 + COMOUTproduct=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
+ 0 + mkdir -p /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L
+ 0 + mkdir -p /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 0 + tmp_vital=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/tmpvit
+ 0 + old_vital=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/oldvit
+ 0 + DATA_tracker=/scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product/tracker
+ 0 + mkdir -p /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product/tracker
+ 0 + cd /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product/tracker
+ 0 + gmodname=hafs
+ 0 + rundescr=trak
+ 0 + atcfdescr=storm
+ 0 + '[' -s input.fcst_minutes ']'
+ 0 + IFHR=0
+ 0 + FHR=0
++ 0 + printf %03d 0
+ 0 + FHR3=000
+ 0 + '[' 0 -le 126 ']'
+ 0 + echo FHR3=000
FHR3=000
+ 0 + FMIN=0
++ 0 + printf %5.5d 0
+ 0 + minstr=00000
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f000.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f000.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f00000
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f00000.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f000.grb2 ./hafs.trak.storm.2023082812.f00000
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f000.grb2.ix ./hafs.trak.storm.2023082812.f00000.ix
+ 0 + IFHR=1
++ 0 + printf '%4d %5d' 1 0
+ 0 + LINE='   1     0'
+ 0 + echo '   1     0'
+ 0 + FHR=6
++ 0 + printf %03d 6
+ 0 + FHR3=006
+ 0 + '[' 6 -le 126 ']'
+ 0 + echo FHR3=006
FHR3=006
+ 0 + FMIN=360
++ 0 + printf %5.5d 360
+ 0 + minstr=00360
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f006.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f006.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f00360
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f00360.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f006.grb2 ./hafs.trak.storm.2023082812.f00360
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f006.grb2.ix ./hafs.trak.storm.2023082812.f00360.ix
+ 0 + IFHR=2
++ 0 + printf '%4d %5d' 2 360
+ 0 + LINE='   2   360'
+ 0 + echo '   2   360'
+ 0 + FHR=12
++ 0 + printf %03d 12
+ 0 + FHR3=012
+ 0 + '[' 12 -le 126 ']'
+ 0 + echo FHR3=012
FHR3=012
+ 0 + FMIN=720
++ 0 + printf %5.5d 720
+ 0 + minstr=00720
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f012.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f012.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f00720
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f00720.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f012.grb2 ./hafs.trak.storm.2023082812.f00720
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f012.grb2.ix ./hafs.trak.storm.2023082812.f00720.ix
+ 0 + IFHR=3
++ 0 + printf '%4d %5d' 3 720
+ 0 + LINE='   3   720'
+ 0 + echo '   3   720'
+ 0 + FHR=18
++ 0 + printf %03d 18
+ 0 + FHR3=018
+ 0 + '[' 18 -le 126 ']'
+ 0 + echo FHR3=018
FHR3=018
+ 0 + FMIN=1080
++ 0 + printf %5.5d 1080
+ 0 + minstr=01080
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f018.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f018.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f01080
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f01080.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f018.grb2 ./hafs.trak.storm.2023082812.f01080
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f018.grb2.ix ./hafs.trak.storm.2023082812.f01080.ix
+ 0 + IFHR=4
++ 0 + printf '%4d %5d' 4 1080
+ 0 + LINE='   4  1080'
+ 0 + echo '   4  1080'
+ 0 + FHR=24
++ 0 + printf %03d 24
+ 0 + FHR3=024
+ 0 + '[' 24 -le 126 ']'
+ 0 + echo FHR3=024
FHR3=024
+ 0 + FMIN=1440
++ 0 + printf %5.5d 1440
+ 0 + minstr=01440
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f024.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f024.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f01440
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f01440.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f024.grb2 ./hafs.trak.storm.2023082812.f01440
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f024.grb2.ix ./hafs.trak.storm.2023082812.f01440.ix
+ 0 + IFHR=5
++ 0 + printf '%4d %5d' 5 1440
+ 0 + LINE='   5  1440'
+ 0 + echo '   5  1440'
+ 0 + FHR=30
++ 0 + printf %03d 30
+ 0 + FHR3=030
+ 0 + '[' 30 -le 126 ']'
+ 0 + echo FHR3=030
FHR3=030
+ 0 + FMIN=1800
++ 0 + printf %5.5d 1800
+ 0 + minstr=01800
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f030.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f030.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f01800
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f01800.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f030.grb2 ./hafs.trak.storm.2023082812.f01800
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f030.grb2.ix ./hafs.trak.storm.2023082812.f01800.ix
+ 0 + IFHR=6
++ 0 + printf '%4d %5d' 6 1800
+ 0 + LINE='   6  1800'
+ 0 + echo '   6  1800'
+ 0 + FHR=36
++ 0 + printf %03d 36
+ 0 + FHR3=036
+ 0 + '[' 36 -le 126 ']'
+ 0 + echo FHR3=036
FHR3=036
+ 0 + FMIN=2160
++ 0 + printf %5.5d 2160
+ 0 + minstr=02160
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f036.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f036.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f02160
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f02160.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f036.grb2 ./hafs.trak.storm.2023082812.f02160
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f036.grb2.ix ./hafs.trak.storm.2023082812.f02160.ix
+ 0 + IFHR=7
++ 0 + printf '%4d %5d' 7 2160
+ 0 + LINE='   7  2160'
+ 0 + echo '   7  2160'
+ 0 + FHR=42
++ 0 + printf %03d 42
+ 0 + FHR3=042
+ 0 + '[' 42 -le 126 ']'
+ 0 + echo FHR3=042
FHR3=042
+ 0 + FMIN=2520
++ 0 + printf %5.5d 2520
+ 0 + minstr=02520
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f042.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f042.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f02520
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f02520.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f042.grb2 ./hafs.trak.storm.2023082812.f02520
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f042.grb2.ix ./hafs.trak.storm.2023082812.f02520.ix
+ 0 + IFHR=8
++ 0 + printf '%4d %5d' 8 2520
+ 0 + LINE='   8  2520'
+ 0 + echo '   8  2520'
+ 0 + FHR=48
++ 0 + printf %03d 48
+ 0 + FHR3=048
+ 0 + '[' 48 -le 126 ']'
+ 0 + echo FHR3=048
FHR3=048
+ 0 + FMIN=2880
++ 0 + printf %5.5d 2880
+ 0 + minstr=02880
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f048.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f048.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f02880
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f02880.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f048.grb2 ./hafs.trak.storm.2023082812.f02880
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f048.grb2.ix ./hafs.trak.storm.2023082812.f02880.ix
+ 0 + IFHR=9
++ 0 + printf '%4d %5d' 9 2880
+ 0 + LINE='   9  2880'
+ 0 + echo '   9  2880'
+ 0 + FHR=54
++ 0 + printf %03d 54
+ 0 + FHR3=054
+ 0 + '[' 54 -le 126 ']'
+ 0 + echo FHR3=054
FHR3=054
+ 0 + FMIN=3240
++ 0 + printf %5.5d 3240
+ 0 + minstr=03240
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f054.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f054.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f03240
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f03240.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f054.grb2 ./hafs.trak.storm.2023082812.f03240
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f054.grb2.ix ./hafs.trak.storm.2023082812.f03240.ix
+ 0 + IFHR=10
++ 0 + printf '%4d %5d' 10 3240
+ 0 + LINE='  10  3240'
+ 0 + echo '  10  3240'
+ 0 + FHR=60
++ 0 + printf %03d 60
+ 0 + FHR3=060
+ 0 + '[' 60 -le 126 ']'
+ 0 + echo FHR3=060
FHR3=060
+ 0 + FMIN=3600
++ 0 + printf %5.5d 3600
+ 0 + minstr=03600
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f060.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f060.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f03600
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f03600.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f060.grb2 ./hafs.trak.storm.2023082812.f03600
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f060.grb2.ix ./hafs.trak.storm.2023082812.f03600.ix
+ 0 + IFHR=11
++ 0 + printf '%4d %5d' 11 3600
+ 0 + LINE='  11  3600'
+ 0 + echo '  11  3600'
+ 0 + FHR=66
++ 0 + printf %03d 66
+ 0 + FHR3=066
+ 0 + '[' 66 -le 126 ']'
+ 0 + echo FHR3=066
FHR3=066
+ 0 + FMIN=3960
++ 0 + printf %5.5d 3960
+ 0 + minstr=03960
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f066.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f066.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f03960
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f03960.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f066.grb2 ./hafs.trak.storm.2023082812.f03960
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f066.grb2.ix ./hafs.trak.storm.2023082812.f03960.ix
+ 0 + IFHR=12
++ 0 + printf '%4d %5d' 12 3960
+ 0 + LINE='  12  3960'
+ 0 + echo '  12  3960'
+ 0 + FHR=72
++ 0 + printf %03d 72
+ 0 + FHR3=072
+ 0 + '[' 72 -le 126 ']'
+ 0 + echo FHR3=072
FHR3=072
+ 0 + FMIN=4320
++ 0 + printf %5.5d 4320
+ 0 + minstr=04320
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f072.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f072.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f04320
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f04320.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f072.grb2 ./hafs.trak.storm.2023082812.f04320
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f072.grb2.ix ./hafs.trak.storm.2023082812.f04320.ix
+ 0 + IFHR=13
++ 0 + printf '%4d %5d' 13 4320
+ 0 + LINE='  13  4320'
+ 0 + echo '  13  4320'
+ 0 + FHR=78
++ 0 + printf %03d 78
+ 0 + FHR3=078
+ 0 + '[' 78 -le 126 ']'
+ 0 + echo FHR3=078
FHR3=078
+ 0 + FMIN=4680
++ 0 + printf %5.5d 4680
+ 0 + minstr=04680
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f078.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f078.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f04680
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f04680.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f078.grb2 ./hafs.trak.storm.2023082812.f04680
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f078.grb2.ix ./hafs.trak.storm.2023082812.f04680.ix
+ 0 + IFHR=14
++ 0 + printf '%4d %5d' 14 4680
+ 0 + LINE='  14  4680'
+ 0 + echo '  14  4680'
+ 0 + FHR=84
++ 0 + printf %03d 84
+ 0 + FHR3=084
+ 0 + '[' 84 -le 126 ']'
+ 0 + echo FHR3=084
FHR3=084
+ 0 + FMIN=5040
++ 0 + printf %5.5d 5040
+ 0 + minstr=05040
+ 0 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f084.grb2
+ 0 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f084.grb2.ix
+ 0 + tracker_grb2file=hafs.trak.storm.2023082812.f05040
+ 0 + tracker_grb2indx=hafs.trak.storm.2023082812.f05040.ix
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f084.grb2 ./hafs.trak.storm.2023082812.f05040
+ 0 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f084.grb2.ix ./hafs.trak.storm.2023082812.f05040.ix
+ 1 + IFHR=15
++ 1 + printf '%4d %5d' 15 5040
+ 1 + LINE='  15  5040'
+ 1 + echo '  15  5040'
+ 1 + FHR=90
++ 1 + printf %03d 90
+ 1 + FHR3=090
+ 1 + '[' 90 -le 126 ']'
+ 1 + echo FHR3=090
FHR3=090
+ 1 + FMIN=5400
++ 1 + printf %5.5d 5400
+ 1 + minstr=05400
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f090.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f090.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f05400
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f05400.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f090.grb2 ./hafs.trak.storm.2023082812.f05400
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f090.grb2.ix ./hafs.trak.storm.2023082812.f05400.ix
+ 1 + IFHR=16
++ 1 + printf '%4d %5d' 16 5400
+ 1 + LINE='  16  5400'
+ 1 + echo '  16  5400'
+ 1 + FHR=96
++ 1 + printf %03d 96
+ 1 + FHR3=096
+ 1 + '[' 96 -le 126 ']'
+ 1 + echo FHR3=096
FHR3=096
+ 1 + FMIN=5760
++ 1 + printf %5.5d 5760
+ 1 + minstr=05760
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f096.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f096.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f05760
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f05760.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f096.grb2 ./hafs.trak.storm.2023082812.f05760
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f096.grb2.ix ./hafs.trak.storm.2023082812.f05760.ix
+ 1 + IFHR=17
++ 1 + printf '%4d %5d' 17 5760
+ 1 + LINE='  17  5760'
+ 1 + echo '  17  5760'
+ 1 + FHR=102
++ 1 + printf %03d 102
+ 1 + FHR3=102
+ 1 + '[' 102 -le 126 ']'
+ 1 + echo FHR3=102
FHR3=102
+ 1 + FMIN=6120
++ 1 + printf %5.5d 6120
+ 1 + minstr=06120
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f102.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f102.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f06120
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f06120.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f102.grb2 ./hafs.trak.storm.2023082812.f06120
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f102.grb2.ix ./hafs.trak.storm.2023082812.f06120.ix
+ 1 + IFHR=18
++ 1 + printf '%4d %5d' 18 6120
+ 1 + LINE='  18  6120'
+ 1 + echo '  18  6120'
+ 1 + FHR=108
++ 1 + printf %03d 108
+ 1 + FHR3=108
+ 1 + '[' 108 -le 126 ']'
+ 1 + echo FHR3=108
FHR3=108
+ 1 + FMIN=6480
++ 1 + printf %5.5d 6480
+ 1 + minstr=06480
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f108.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f108.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f06480
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f06480.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f108.grb2 ./hafs.trak.storm.2023082812.f06480
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f108.grb2.ix ./hafs.trak.storm.2023082812.f06480.ix
+ 1 + IFHR=19
++ 1 + printf '%4d %5d' 19 6480
+ 1 + LINE='  19  6480'
+ 1 + echo '  19  6480'
+ 1 + FHR=114
++ 1 + printf %03d 114
+ 1 + FHR3=114
+ 1 + '[' 114 -le 126 ']'
+ 1 + echo FHR3=114
FHR3=114
+ 1 + FMIN=6840
++ 1 + printf %5.5d 6840
+ 1 + minstr=06840
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f114.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f114.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f06840
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f06840.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f114.grb2 ./hafs.trak.storm.2023082812.f06840
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f114.grb2.ix ./hafs.trak.storm.2023082812.f06840.ix
+ 1 + IFHR=20
++ 1 + printf '%4d %5d' 20 6840
+ 1 + LINE='  20  6840'
+ 1 + echo '  20  6840'
+ 1 + FHR=120
++ 1 + printf %03d 120
+ 1 + FHR3=120
+ 1 + '[' 120 -le 126 ']'
+ 1 + echo FHR3=120
FHR3=120
+ 1 + FMIN=7200
++ 1 + printf %5.5d 7200
+ 1 + minstr=07200
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f120.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f120.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f07200
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f07200.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f120.grb2 ./hafs.trak.storm.2023082812.f07200
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f120.grb2.ix ./hafs.trak.storm.2023082812.f07200.ix
+ 1 + IFHR=21
++ 1 + printf '%4d %5d' 21 7200
+ 1 + LINE='  21  7200'
+ 1 + echo '  21  7200'
+ 1 + FHR=126
++ 1 + printf %03d 126
+ 1 + FHR3=126
+ 1 + '[' 126 -le 126 ']'
+ 1 + echo FHR3=126
FHR3=126
+ 1 + FMIN=7560
++ 1 + printf %5.5d 7560
+ 1 + minstr=07560
+ 1 + trk_grb2file=00l.2023082812.hfsa.parent.trk.f126.grb2
+ 1 + trk_grb2indx=00l.2023082812.hfsa.parent.trk.f126.grb2.ix
+ 1 + tracker_grb2file=hafs.trak.storm.2023082812.f07560
+ 1 + tracker_grb2indx=hafs.trak.storm.2023082812.f07560.ix
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f126.grb2 ./hafs.trak.storm.2023082812.f07560
+ 1 + /bin/ln -sf /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/intercom/post/00l.2023082812.hfsa.parent.trk.f126.grb2.ix ./hafs.trak.storm.2023082812.f07560.ix
+ 1 + IFHR=22
++ 1 + printf '%4d %5d' 22 7560
+ 1 + LINE='  22  7560'
+ 1 + echo '  22  7560'
+ 1 + FHR=132
++ 1 + printf %03d 132
+ 1 + FHR3=132
+ 1 + '[' 132 -le 126 ']'
+ 1 + rm -f 'fort.*'
+ 1 + /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/ush/tcutil_multistorm_sort.py 2023082812
+ 1 + cut -c1-95
07/01 22:16:44.762 tcutil_multistorm_sort.py (revital.py:183) INFO: read file: /scratch2/NCEPDEV/hwrf/noscrub/hafs-input/SYNDAT-PLUS/syndat_tcvitals.2023
+ 3 + rm -f input.vitals
++ 3 + cat /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/tmpvit
++ 3 + cut -c1-95
+ 3 + vitmsg='NHC  00L NATL      20230828 1200 250N 0600W -99 -99 -999 -999 -099 -9 -99 -999 -999 -999 -999 M'
+ 3 + echo 'NHC  00L NATL      20230828 1200 250N 0600W -99 -99 -999 -999 -099 -9 -99 -999 -999 -999 -999 M'
+ 3 + grep -v 'NHC  00L NATL      20230828 1200 250N 0600W -99 -99 -999 -999 -099 -9 -99 -999 -999 -999 -999 M' allvit
NHC  08L FRANKLIN  20230828 1200 275N 0709W 340 041 0937 1009 0371 64 019 0241 0204 0204 0148 D
JTWC 09W SAOLA     20230828 1200 180N 1241E 010 032 0941 1003 0407 59 012 0102 0148 0130 0074 D
NHC  10L IDALIA    20230828 1200 206N 0852W 360 036 0989 1006 0389 28 037 0130 0167 0056 0056 D
JTWC 10W HAIKUI    20230828 1200 186N 1414E 295 047 1001 1004 0417 13 083 -999 -999 -999 -999 S
NHC  10E IRWIN     20230828 1200 178N 1231W 290 036 0997 1007 0463 18 408 0408 -999 -999 -999 S
+ 3 + grep -v 'NHC  00L NATL      20230828 1200 250N 0600W -99 -99 -999 -999 -099 -9 -99 -999 -999 -999 -999 M' allvit
+ 3 + /bin/cp input.vitals tcvit_rsmc_storms.txt
+ 3 + /bin/ln -sf input.vitals fort.12
+ 3 + touch fort.14
+ 3 + /bin/ln -sf input.fcst_minutes fort.15
+ 3 + /bin/ln -sf output.all fort.61
+ 3 + /bin/ln -sf output.atcf fort.62
+ 3 + /bin/ln -sf output.radii fort.63
+ 3 + /bin/ln -sf output.atcfunix fort.64
+ 3 + /bin/ln -sf output.initvitl fort.65
+ 3 + /bin/ln -sf output.atcf_gen fort.66
+ 3 + /bin/ln -sf output.genvitals fort.67
+ 3 + /bin/ln -sf output.atcf_sink fort.68
+ 3 + /bin/ln -sf output.atcf_hfip fort.69
+ 3 + /bin/ln -sf output.cps_parms fort.71
+ 3 + /bin/ln -sf output.structure fort.72
+ 3 + /bin/ln -sf output.fractwind fort.73
+ 3 + /bin/ln -sf output.ike fort.74
+ 3 + /bin/ln -sf output.pdfwind fort.76
+ 3 + '[' .tile1 = .tile1 ']'
+ 3 + cat
+ 3 + chmod +x ./deliver.sh
+ 3 + /bin/cp /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/parm/product/namelist.gettrk_tmp ./
+ 4 + '[' no = no ']'
+ 4 + '[' .tile1 = .tile1 ']'
+ 4 + [[ .false. = *\.\t\r\u\e\.* ]]
+ 4 + NESTTYP=fixed
+ 4 + cat namelist.gettrk_tmp
+ 4 + sed s/_RUN_/HFSA/
+ 4 + sed s/_BMM_/08/
+ 4 + sed s/_BYY_/23/
+ 4 + sed s/_BCC_/20/
+ 4 + sed s/_BDD_/28/
+ 4 + sed s/_BHH_/12/
+ 4 + sed s/_NESTTYP_/fixed/
+ 4 + sed s/_YMDH_/2023082812/
+ 4 + sleep 3s
+ 7 + /bin/cp -p /scratch2/NCEPDEV/hwrf/save/Jiayi.Peng/H224_ensemble_mom6A/exec/hafs_gettrk.x ./hafs_gettrk.x
+ 7 + set +e
+ 7 + set -o pipefail
+ 7 + ./hafs_gettrk.x
+ 7 + tee ./hafs_gettrk.out
 TIMING: beginning ...  22:16:50
 just before  trackerinfo read namelist
 just after trackerinfo read namelist
 in read_nlists, verb=            3
  
 After datein namelist in trak.f, namelist parms follow:
 Forecast initial year  = byy =           23
 Forecast initial month = bmm =            8
 Forecast initial day   = bdd =           28
 Forecast initial hour  = bhh =           12
 Forecast model identifier = model=           17
 Forecast model type = modtyp= regional
 Forecast model data lead time units= lt_units= hours  
 Forecast model data sequencing setup= file_seq= multi 
 Forecast model nest type = fixed   
  
 Values read in from atcfinfo namelist: 
ATCF ID = 81  ATCF Name = HFSA
ATCF date (initial date on output atcf records) = 2023082812
ATCF output frequency (in hours*100) = atcffreq =    100
  
 Values read in from trackerinfo namelist follow: 
 western boundary  = westbd  =    0.00
 eastern boundary  = eastbd  =    0.00
 northern boundary = northbd =    0.00
 southern boundary = southbd =    0.00
 tracker type = tracker
 mslp threshold = mslpthresh =  0.0015
 Flag for using backup mslp gradient check= use_backup_mslp_grad_check = y
 v850 threshold = v850thresh =  1.5000
 v850 quad wind circ threshold =  v850_qwc_thresh =  1.0000
 Flag for using backup 850 mb Vt check= use_backup_850_vt_check = y
 Max allowable distance between the tracker-found fixes for mslp and 850 zeta =   400.0
 model grid type = regional
 Contour interval to be used =  100.00
 Flag for whether or not roci will be computed and written out for tracker-type case = T
 Flag for whether or not vitals will be written out = n
 Flag for whether or not a land mask will be used for tcgen candidate low filtering = y
  Flag for whether or not an additional, separateland-sea mask file will be read in = n
 Flag for input data type (grib or netcdf) = grib  
 Flag for which GRIB version (1 or 2) the input data will be in = 2
 Flag for input GRIB2 JPDTN (0 or 1) =  0
 Flag for input GRIB2 MSLP ID (1 or 192) =  192
 Flag for input GRIB1 MSLP ID (102 or 130) =    2
 Flag for input GRIB1 sfcwind level type (PDS Octet 10... should be 1 or 105) =  105
 Flag for input GRIB1 sfcwind level value  (PDS Octets 11 & 12... usually 0 or 10) =   10
  
  
 Values read in from netcdflist namelist: 
  
Total *possible* number of input NetCDF variables,
     including those that are included in the input
     NetCDF file and those that are not =    0
Input NetCDF filename =                                                                                                                                                                                     
Input NetCDF optional land-sea mask filename =                                                                                                                                                                                     
 
List of NetCDF variables follows.  A value of X 
indicates the variable is not included in the 
input file and no attempt will be made to read in 
that variable: 
 
NetCDF variable name for 850 mb vort =                                     
NetCDF variable name for 700 mb vort =                                     
NetCDF variable name for 850 mb u-comp =                                   
NetCDF variable name for 850 mb v-comp =                                   
NetCDF variable name for 700 mb u-comp =                                   
NetCDF variable name for 700 mb v-comp =                                   
NetCDF variable name for 850 mb gp height =                                
NetCDF variable name for 700 mb gp height =                                
NetCDF variable name for MSLP =                                            
NetCDF variable name for near-sfc u-comp =                                 
NetCDF variable name for near-sfc v-comp =                                 
NetCDF variable name for 500 mb u-comp =                                   
NetCDF variable name for 500 mb v-comp =                                   
NetCDF variable name for 200 mb u-comp =                                   
NetCDF variable name for 200 mb v-comp =                                   
NetCDF variable name for 300-500 mb Mean T =                               
NetCDF variable name for 500 mb gp height =                                
NetCDF variable name for 200 mb gp height =                                
NetCDF variable name for land-sea mask =                                   
NetCDF variable name for 900 mb gp height =                                
NetCDF variable name for 800 mb gp height =                                
NetCDF variable name for 750 mb gp height =                                
NetCDF variable name for 650 mb gp height =                                
NetCDF variable name for 600 mb gp height =                                
NetCDF variable name for 550 mb gp height =                                
NetCDF variable name for 450 mb gp height =                                
NetCDF variable name for 400 mb gp height =                                
NetCDF variable name for 350 mb gp height =                                
NetCDF variable name for 300 mb gp height =                                
NetCDF variable name for time =                                            
NetCDF variable name for longitudes =                                      
NetCDF variable name for latitudes =                                       
NetCDF time value (hours|days) =                                           
NetCDF variable name for SST =                                             
NetCDF variable name for 850 spec hum =                                    
NetCDF variable name for 1000 mb RH =                                      
NetCDF variable name for  925 mb RH =                                      
NetCDF variable name for  800 mb RH =                                      
NetCDF variable name for  750 mb RH =                                      
NetCDF variable name for  700 mb RH =                                      
NetCDF variable name for  650 mb RH =                                      
NetCDF variable name for  600 mb RH =                                      
NetCDF variable name for 1000 mb spec hum =                                
NetCDF variable name for  925 mb spec hum =                                
NetCDF variable name for  800 mb spec hum =                                
NetCDF variable name for  750 mb spec hum =                                
NetCDF variable name for  700 mb spec hum =                                
NetCDF variable name for  650 mb spec hum =                                
NetCDF variable name for  600 mb spec hum =                                
NetCDF variable name for 1000 mb Temp =                                    
NetCDF variable name for  925 mb Temp =                                    
NetCDF variable name for  800 mb Temp =                                    
NetCDF variable name for  750 mb Temp =                                    
NetCDF variable name for  700 mb Temp =                                    
NetCDF variable name for  650 mb Temp =                                    
NetCDF variable name for  600 mb Temp =                                    
NetCDF variable name for  500 mb Omega =                                   
  
  
 Values read in from parmpreflist namelist: 
  
user_wants_to_track_zeta850=      y
user_wants_to_track_zeta700=      y
user_wants_to_track_wcirc850=     y
user_wants_to_track_wcirc700=     y
user_wants_to_track_gph850=       y
user_wants_to_track_gph700=       y
user_wants_to_track_mslp=         y
user_wants_to_track_wcircsfc=     y
user_wants_to_track_zetasfc=      y
user_wants_to_track_thick500850=  n
user_wants_to_track_thick200500=  n
user_wants_to_track_thick200850=  n
  
 Values read in from phaseinfo namelist: 
Storm phase flag = y  Phase scheme = both
Storm phase, warm core depth (wcore_depth) =    1.00
  
 Values read in from structinfo namelist: 
Structure flag = n
IKE flag = n
Percentile used for wind radii in each band = radii_pctile=  95.0
Percentile used for free pass for R34 in each band = radii_free_pass_pctile=  67.0
R34: width (km) used for Holland checking= radii_width_thresh=  15.0
  
 Values read in for grib file name from fnameinfo namelist: 
Model name description = gmodname = hafs
Forecast run description = rundescr = trak                                    
Optional ATCF / Storm name description = atcfdescr = storm                                   
  
 Values read in for grid bound check interval from cintinfo namelist: 
contint_grid_bound_check =   50.000
  
 Value read in for verbose output for most output:
Value read in for verbose flag = verb =  3
  
 Value read in for verbose output for grib2 output:
Value read in for GRIB2 verbose flag = verb_g2 =  0
  
 Values read in from waitinfo namelist:
Flag for input file waiting = use_waitfor = y
min age (time in seconds since last mod) = wait_min_age =       10
min file size in bytes = wait_min_size =          100
max number of seconds to wait for each file = wait_max_wait =   7200
number of seconds to sleep between checks = wait_sleeptime =      5
command to run after every forecast time = "./deliver.sh %[FHOUR]"
  
 Values read in from sheardiaginfo namelist: 
Shear flag = shearflag = y
  
  
 Values read in from sstdiaginfo namelist: 
SST flag = sstflag = n
  
  
 Values read in from gendiaginfo namelist: 
Genesis flag = genflag = n
Flag to directly read RH fields = gen_read_rh_fields =  
Flag for whether or not to compute RH from q = need_to_compute_rh_from_q = n
Flag for whether or not to smoothe the MSLP data before scanning for new storms = smoothe_mslp_for_gen_scan = n
 Top of while loop in read_fhours
   1     0
 readloop, ict=            1  inpmin=            0
 Top of while loop in read_fhours
   2   360
 readloop, ict=            2  inpmin=          360
 Top of while loop in read_fhours
   3   720
 readloop, ict=            3  inpmin=          720
 Top of while loop in read_fhours
   4  1080
 readloop, ict=            4  inpmin=         1080
 Top of while loop in read_fhours
   5  1440
 readloop, ict=            5  inpmin=         1440
 Top of while loop in read_fhours
   6  1800
 readloop, ict=            6  inpmin=         1800
 Top of while loop in read_fhours
   7  2160
 readloop, ict=            7  inpmin=         2160
 Top of while loop in read_fhours
   8  2520
 readloop, ict=            8  inpmin=         2520
 Top of while loop in read_fhours
   9  2880
 readloop, ict=            9  inpmin=         2880
 Top of while loop in read_fhours
  10  3240
 readloop, ict=           10  inpmin=         3240
 Top of while loop in read_fhours
  11  3600
 readloop, ict=           11  inpmin=         3600
 Top of while loop in read_fhours
  12  3960
 readloop, ict=           12  inpmin=         3960
 Top of while loop in read_fhours
  13  4320
 readloop, ict=           13  inpmin=         4320
 Top of while loop in read_fhours
  14  4680
 readloop, ict=           14  inpmin=         4680
 Top of while loop in read_fhours
  15  5040
 readloop, ict=           15  inpmin=         5040
 Top of while loop in read_fhours
  16  5400
 readloop, ict=           16  inpmin=         5400
 Top of while loop in read_fhours
  17  5760
 readloop, ict=           17  inpmin=         5760
 Top of while loop in read_fhours
  18  6120
 readloop, ict=           18  inpmin=         6120
 Top of while loop in read_fhours
  19  6480
 readloop, ict=           19  inpmin=         6480
 Top of while loop in read_fhours
  20  6840
 readloop, ict=           20  inpmin=         6840
 Top of while loop in read_fhours
  21  7200
 readloop, ict=           21  inpmin=         7200
 Top of while loop in read_fhours
  22  7560
 readloop, ict=           22  inpmin=         7560
 Top of while loop in read_fhours
  
 i=   1  input lead time index=    1 minutes=     0 real_lead_time=   0.00 clock_lead_time=   0: 0
 i=   2  input lead time index=    2 minutes=   360 real_lead_time=   6.00 clock_lead_time=   6: 0
 i=   3  input lead time index=    3 minutes=   720 real_lead_time=  12.00 clock_lead_time=  12: 0
 i=   4  input lead time index=    4 minutes=  1080 real_lead_time=  18.00 clock_lead_time=  18: 0
 i=   5  input lead time index=    5 minutes=  1440 real_lead_time=  24.00 clock_lead_time=  24: 0
 i=   6  input lead time index=    6 minutes=  1800 real_lead_time=  30.00 clock_lead_time=  30: 0
 i=   7  input lead time index=    7 minutes=  2160 real_lead_time=  36.00 clock_lead_time=  36: 0
 i=   8  input lead time index=    8 minutes=  2520 real_lead_time=  42.00 clock_lead_time=  42: 0
 i=   9  input lead time index=    9 minutes=  2880 real_lead_time=  48.00 clock_lead_time=  48: 0
 i=  10  input lead time index=   10 minutes=  3240 real_lead_time=  54.00 clock_lead_time=  54: 0
 i=  11  input lead time index=   11 minutes=  3600 real_lead_time=  60.00 clock_lead_time=  60: 0
 i=  12  input lead time index=   12 minutes=  3960 real_lead_time=  66.00 clock_lead_time=  66: 0
 i=  13  input lead time index=   13 minutes=  4320 real_lead_time=  72.00 clock_lead_time=  72: 0
 i=  14  input lead time index=   14 minutes=  4680 real_lead_time=  78.00 clock_lead_time=  78: 0
 i=  15  input lead time index=   15 minutes=  5040 real_lead_time=  84.00 clock_lead_time=  84: 0
 i=  16  input lead time index=   16 minutes=  5400 real_lead_time=  90.00 clock_lead_time=  90: 0
 i=  17  input lead time index=   17 minutes=  5760 real_lead_time=  96.00 clock_lead_time=  96: 0
 i=  18  input lead time index=   18 minutes=  6120 real_lead_time= 102.00 clock_lead_time= 102: 0
 i=  19  input lead time index=   19 minutes=  6480 real_lead_time= 108.00 clock_lead_time= 108: 0
 i=  20  input lead time index=   20 minutes=  6840 real_lead_time= 114.00 clock_lead_time= 114: 0
 i=  21  input lead time index=   21 minutes=  7200 real_lead_time= 120.00 clock_lead_time= 120: 0
 i=  22  input lead time index=   22 minutes=  7560 real_lead_time= 126.00 clock_lead_time= 126: 0
  
 +++ TC Vitals file for existing, RSMC-numbered
     storms exists and will be opened with     unit= lucard=           12
  
 +++ TC vitals file tcvit_rsmc_storms.txt has 
     been opened with unit= lucard=           12
  
 Following are the storms to be processed: 
  
NHC  00L NATL      20230828 1200 250N  600W -99 -99 -999 -999  -99 -9 -99 -999 -999 -999 -999 M
NHC  08L FRANKLIN  20230828 1200 275N  709W 340  41  937 1009  371 64  19  241  204  204  148 D
JTWC 09W SAOLA     20230828 1200 180N 1241E  10  32  941 1003  407 59  12  102  148  130   74 D
NHC  10L IDALIA    20230828 1200 206N  852W 360  36  989 1006  389 28  37  130  167   56   56 D
JTWC 10W HAIKUI    20230828 1200 186N 1414E 295  47 1001 1004  417 13  83 -999 -999 -999 -999 S
NHC  10E IRWIN     20230828 1200 178N 1231W 290  36  997 1007  463 18 408  408 -999 -999 -999 S
 After read_tcv_card, num vitals =            6
2023082812 F000 250N 0600W 00L 20230828 1200 250N 0600W   0   0    0    0    0  0   0    0    0    0    0 
2023082812 F000 275N 0709W 08L 20230828 1200 275N 0709W   0   0    0    0    0  0   0    0    0    0    0 
2023082812 F000 180N 1241E 09W 20230828 1200 180N 1241E   0   0    0    0    0  0   0    0    0    0    0 
2023082812 F000 206N 0852W 10L 20230828 1200 206N 0852W   0   0    0    0    0  0   0    0    0    0    0 
2023082812 F000 186N 1414E 10W 20230828 1200 186N 1414E   0   0    0    0    0  0   0    0    0    0    0 
2023082812 F000 178N 1231W 10E 20230828 1200 178N 1231W   0   0    0    0    0  0   0    0    0    0    0 
 After read_gen_vitals, total number of vitals (both TC and non-TC) now = 
           6
 top of tracker, ifh=            1  ifhmax=           22
  
 *-------------------------------------------*
 *   New forecast hour:    0:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f00000                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f00000.ix                                                                                    
hafs.trak.storm.2023082812.f00000: cwaitfor with minage=10 minsize=100 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f00000: ready.
hafs.trak.storm.2023082812.f00000.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f00000.ix: ready.
 in open_grib_files in multi else part....
   lugb=          201   lugi=          601
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00000                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00000.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f00000...  gopen_i_file= ...hafs.trak.storm.2023082812.f00000.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00000                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00000.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          201  is CLOSED
 TEST open_grib_files, unit lugi=          601  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f00000                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f00000.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          201  is CLOSED
 TEST b4 getgridinfo, unit lugi=          601  is CLOSED
 before getgb2 call, lugb=          201  lugi=          601
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12    0   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at     0h ... 22:16:50
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:50
 TIMING: after getgb2-122:16:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12    0   5588258   0.000       0.000     -0.2836E-02  0.6161E-02
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:50
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12    0   5588258   0.000       0.000     -0.1763E-02  0.5658E-02
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12    0   5588258   0.000       0.000      -57.50       56.10    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12    0   5588258   0.000       0.000      -49.20       59.60    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12    0   5588258   0.000       0.000      -55.50       52.00    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12    0   5588258   0.000       0.000      -48.30       55.10    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12    0   5588258   0.000       0.000       1087.       1660.    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:51
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12    0   5588258   0.000       0.000       2773.       3287.    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12    0   5588258   0.000       0.000      0.9610E+05  0.1032E+06
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12    0   5588258   0.000       0.000      -53.30       52.50    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12    0   5588258   0.000       0.000      -43.89       51.61    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12    0   5588258   0.000       0.000      -48.11       46.20    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12    0   5588258   0.000       0.000      -47.36       50.78    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:52
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =            0  hours
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:52
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12    0   5588258   0.000       0.000       5506.       6024.    
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:53
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =            0  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12    0   5588258   0.000       0.000      0.1174E+05  0.1267E+05
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:53
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =            0  hours
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:53
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =            0  hours
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:53
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =            0  hours
 TEST b4 getgb2 getdata, unit lugb=          201  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          601  is CLOSED

 TIMING: before getgb2-122:16:53
 TIMING: after getgb2-122:16:53
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =            0  hours

 TIMING: before getgb2-phase22:16:53
 TIMING: after getgb2-222:16:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12    0   5588258   0.000       0.000       583.6       1170.    

 TIMING: before getgb2-phase22:16:53
 TIMING: after getgb2-222:16:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12    0   5588258   0.000       0.000       1087.       1660.    

 TIMING: before getgb2-phase22:16:53
 TIMING: after getgb2-222:16:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12    0   5588258   0.000       0.000       1617.       2173.    

 TIMING: before getgb2-phase22:16:53
 TIMING: after getgb2-222:16:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12    0   5588258   0.000       0.000       2178.       2713.    

 TIMING: before getgb2-phase22:16:54
 TIMING: after getgb2-222:16:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12    0   5588258   0.000       0.000       2773.       3287.    

 TIMING: before getgb2-phase22:16:54
 TIMING: after getgb2-222:16:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12    0   5588258   0.000       0.000       3405.       3904.    

 TIMING: before getgb2-phase22:16:54
 TIMING: after getgb2-222:16:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12    0   5588258   0.000       0.000       4080.       4561.    

 TIMING: before getgb2-phase22:16:54
 TIMING: after getgb2-222:16:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12    0   5588258   0.000       0.000       4792.       5265.    

 TIMING: before getgb2-phase22:16:54
 TIMING: after getgb2-222:16:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12    0   5588258   0.000       0.000       5506.       6024.    

 TIMING: before getgb2-phase22:16:55
 TIMING: after getgb2-222:16:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12    0   5588258   0.000       0.000       6279.       6850.    

 TIMING: before getgb2-phase22:16:55
 TIMING: after getgb2-222:16:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12    0   5588258   0.000       0.000       7124.       7758.    

 TIMING: before getgb2-phase22:16:55
 TIMING: after getgb2-222:16:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12    0   5588258   0.000       0.000       8055.       8761.    

 TIMING: before getgb2-phase22:16:55
 TIMING: after getgb2-222:16:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            0 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12    0   5588258   0.000       0.000       9099.       9885.    
 TIMING: after getdata ... 22:16:55
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:    0:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   2.314267490033110E-005  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.280E  (0-360) ctlon=  300.280E  (  59.720W)  ctlat=   23.680 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.231E+01 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.280E   (0-360) guesslon=  300.280E  (  59.720W)   guesslat=   23.680
 ilonfix=         1377  jlatfix=         1054  npts=           16
 ibeg=         1329  jbeg=         1010  imax=         2738
 iend=         1425  jend=         1098  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.560E  (0-360) ctlon=  300.560  (  59.440W)  ctlat=   23.360 fmax (x10e5) =        0.456E+01 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=  -7.394864192137003E-006  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.680E  (0-360) ctlon=  300.680E  (  59.320W)  ctlat=   26.080 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =       -0.739E+00 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.680E   (0-360) guesslon=  300.680E  (  59.320W)   guesslat=   26.080
 ilonfix=         1387  jlatfix=          994  npts=           16
 ibeg=         1338  jbeg=          950  imax=         2738
 iend=         1436  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.960E  (0-360) ctlon=  300.960  (  59.040W)  ctlat=   26.360 fmax (x10e5) =        0.879E+00 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  299.880E  (0-360) ctlon=  299.880E  (  60.120W)  ctlat=   23.680 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.156E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.880E   (0-360) guesslon=  299.880E  (  60.120W)   guesslat=   23.680
 ilonfix=         1367  jlatfix=         1054  npts=           16
 ibeg=         1319  jbeg=         1010  imax=         2738
 iend=         1415  jend=         1098  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.160E  (0-360) ctlon=  300.160  (  59.840W)  ctlat=   23.360 fmax =       -0.100E+16 fmin =        0.156E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.680E  (0-360) ctlon=  298.680E  (  61.320W)  ctlat=   24.480 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.320E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.680E   (0-360) guesslon=  298.680E  (  61.320W)   guesslat=   24.480
 ilonfix=         1337  jlatfix=         1034  npts=           16
 ibeg=         1288  jbeg=          990  imax=         2738
 iend=         1386  jend=         1078  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.360E  (0-360) ctlon=  298.360  (  61.640W)  ctlat=   24.660 fmax =       -0.100E+16 fmin =        0.320E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.680E  (0-360) ctlon=  298.680E  (  61.320W)  ctlat=   24.480 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.102E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.680E   (0-360) guesslon=  298.680E  (  61.320W)   guesslat=   24.480
 ilonfix=         1337  jlatfix=         1034  npts=           16
 ibeg=         1288  jbeg=          990  imax=         2738
 iend=         1386  jend=         1078  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.360E  (0-360) ctlon=  298.360  (  61.640W)  ctlat=   24.160 fmax =       -0.100E+16 fmin =        0.102E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.000 (0-360) guesslon=  300.000E  (  60.000W)   guesslat=   25.000
 ilonfix=         1370  jlatfix=         1021  npts=           33
 ibeg=         1297  jbeg=          953  imax=         2738
 iend=         1443  jend=         1089  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.184993734489973E-005  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.480E  (0-360) ctlon=  299.480E  (  60.520W)  ctlat=   24.080 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.118E+01 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.480E   (0-360) guesslon=  299.480E  (  60.520W)   guesslat=   24.080
 ilonfix=         1357  jlatfix=         1044  npts=           16
 ibeg=         1309  jbeg=         1000  imax=         2738
 iend=         1405  jend=         1088  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.160E  (0-360) ctlon=  299.160  (  60.840W)  ctlat=   23.760 fmax (x10e5) =        0.193E+01 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.840004000000        uvgeslat=    24.4672860454545     
    (0-360 uvgeslon)=    299.840004000000     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.840004000000        uvgeslat=    24.4672860454545     
    (0-360 uvgeslon)=    299.840004000000     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            1
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.840004000000     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.800E  (0-360E lon):  300.800E    59.200W  ctlat=   22.547  xmax_circul_disk =      24878588.1
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.800E  (0-360E)=  300.800E  (  59.200W)   guesslat=   22.547
 ilonfix=         1390  jlatfix=         1082  npts=           56
 ibeg=         1322  jbeg=         1018  imax=         2738
 iend=         1458  jend=         1146  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    13862458.1311731     
 nhalf get_wind_circ, k=  1 ctlon=  300.400E  (0-360E)=  300.400E  ctlon=   59.600W   ctlat=   23.467 Wind Circulation (NHEM: Max) =      13862458.1
 TIMING: After GWC 850 ... 22:16:56
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.840004000000        uvgeslat=    24.4672860454545     
    (0-360 uvgeslon)=    299.840004000000     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.840004000000     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.800E  (0-360E lon):  300.800E    59.200W  ctlat=   22.547  xmax_circul_disk =      24004586.0
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.800E  (0-360E)=  300.800E  (  59.200W)   guesslat=   22.547
 ilonfix=         1390  jlatfix=         1082  npts=           56
 ibeg=         1322  jbeg=         1018  imax=         2738
 iend=         1458  jend=         1146  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    4493567.37446466     
 nhalf get_wind_circ, k=  1 ctlon=  300.400E  (0-360E)=  300.400E  ctlon=   59.600W   ctlat=   23.467 Wind Circulation (NHEM: Max) =       4493567.4
 TIMING: After GWC 700 ... 22:16:56
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.840004000000        uvgeslat=    24.4672860454545     
    (0-360 uvgeslon)=    299.840004000000     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.840004000000     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.480E  (0-360E lon):  300.480E    59.520W  ctlat=   22.547  xmax_circul_disk =      14404411.7
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.480E  (0-360E)=  300.480E  (  59.520W)   guesslat=   22.547
 ilonfix=         1382  jlatfix=         1082  npts=           56
 ibeg=         1314  jbeg=         1018  imax=         2738
 iend=         1450  jend=         1146  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    8723162.89261404     
 nhalf get_wind_circ, k=  1 ctlon=  299.900E  (0-360E)=  299.900E  ctlon=   60.100W   ctlat=   23.347 Wind Circulation (NHEM: Max) =       8723162.9
 TIMING: After GWC Sfc ... 22:16:56
  
 At beg of fixcenter, stderr(ist,ifh-1) = N/A  xavg_stderr= N/A
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    300.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            1  errmax=    300.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     0:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  300.00E   (0-360) guesslon=  300.00E  ( 60.00W)    25.00
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       300.56       59.44      23.36            4.56       T        191.00
   2    zeta 700    Max       300.96       59.04      26.36            0.88       T        179.23
   3    circ 850    Max       300.40       59.60      23.47           13.86       T        175.19
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       300.40       59.60      23.47            4.49       T        175.19
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.16       59.84      23.36         1556.72       T        183.08
   8     gph 700    Min       298.36       61.64      24.66         3200.59       T        169.76
   9        MSLP    Min       298.36       61.64      24.16       101550.94       T        190.32
  10    circ sfc    Max       299.90       60.10      23.35            8.72       T        184.05
  11    zeta sfc    Max       299.16       60.84      23.76            1.93       T        162.01
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    121.607590257953       stderr_close= 
   66.6628957574369       isret=            0
 ip=  1 kprm=  1 dist_from_mean= 104.150 devia=   1.562 wtpos=  0.59406     300.56   300.56    59.44    23.36
 ip=  2 kprm=  2 dist_from_mean= 287.585 devia=   4.314 wtpos=  0.23740     300.96   300.96    59.04    26.36
 ip=  3 kprm=  3 dist_from_mean=  84.094 devia=   1.261 wtpos=  0.65672     300.40   300.40    59.60    23.47
 ip=  5 kprm=  4 dist_from_mean=  84.094 devia=   1.261 wtpos=  0.65672     300.40   300.40    59.60    23.47
 ip=  7 kprm=  5 dist_from_mean=  79.101 devia=   1.187 wtpos=  0.67332     300.16   300.16    59.84    23.36
 ip=  8 kprm=  6 dist_from_mean= 164.242 devia=   2.464 wtpos=  0.43988     298.36   298.36    61.64    24.66
 ip=  9 kprm=  7 dist_from_mean= 148.024 devia=   2.220 wtpos=  0.47704     298.36   298.36    61.64    24.16
 ip= 10 kprm=  8 dist_from_mean=  72.485 devia=   1.087 wtpos=  0.69597     299.90   299.90    60.10    23.35
 ip= 11 kprm=  9 dist_from_mean=  70.692 devia=   1.060 wtpos=  0.70224     299.16   299.16    60.84    23.76
  
At end of fixcenter:  00L   fhr=    0:00   Fix position=   299.81E  (0-360) fixlon=  299.81  ( 60.19W)    23.76
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.811135921744     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.360041000000     
        (0-360E clon(ist,ifh,9))=    298.360041000000     
      clat(ist,ifh,9)=    24.1600210000000     
      xval(9)=    101550.944899255     
  
  After get_ij B, ibeg jbeg =         1222         904
  After get_ij B, iend jend =         1436        1180
  
 In is_it_a_storm, ilonfix=         1329  jlatfix=         1042
 ibeg jbeg iend jend =         1222         904        1436        1180
 cparm= slp  parmlon parmlat =    298.360041000000        24.1600210000000     
     (0-360E parmlon) =    298.360041000000     
 parmval=    101550.944899255     
  
 i= 1307 j=  979 glon=  297.49 (0-360E) glon=  297.49 glat=  26.68 dist=   293.66 slp=  101545.18 pgradient= -0.01963
 i= 1312 j=  979 glon=  297.69 (0-360E) glon=  297.69 glat=  26.68 dist=   288.31 slp=  101563.74 pgradient=  0.04438
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.04438
 mslp center =    298.360041000000        24.1600210000000     
   101550.944899255     
   (0-360E) lon of mslp center =    298.360041000000     
 pgrad loc   =    297.688689000000        297.688689000000     
   62.3113110000000        26.6809810000000        101563.740000000     
  ttest at location C IF....
      xinp_fixlat=    24.1600210000000     
      xinp_fixlon=    298.360041000000       (0-360E) xinp_fixlon= 
   298.360041000000     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101490.460000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1305  jfix=         1066
 longitude=    298.360041000000      E   (   61.6399590000000      
 W)  (0-360E) xinp_fixlon=    298.360041000000     
 latitude=    24.1600210000000     
 mean mslp value (xval(9))=    101550.944899255     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1305  jfix=         1066
 longitude=    298.360041000000      E   (   61.6399590000000      
 W)  (0-360E) xinp_fixlon=    298.360041000000     
 latitude=    24.1600210000000     
 mean mslp value (xval(9))=    101550.944899255     
  
 Before calling routine to diagnose
 the ROCI for a tracker run, the 
 requested contour interval is being
 adjusted up (coarser) to avoid
 having the contour check routine
 break and return an invalid value.
 User-requested contint value (Pa) =    100.000000000000     
 Modified contint value (Pa) =    400.000000000000     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1305  jx=         1066
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101490.460000000       xcentval=    101490.460000000     
 At A, num_found_contours=            0
 At A, contlo=    101490.460000000       conthi=    101890.460000000     
  
 num_found_contours=            0
 contlo=    101490.460000000       conthi=    101890.460000000     
 xcentval=    101490.460000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1305 ,        1066 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101490.460000000     
 !!! (i,j) of central value = (        1305 ,        1066 )
 !!!  
 !!! Flagged value found    =    101490.300000000     
 !!! (i,j) of flagged value = (        1304 ,        1066 )
 !!!   
 !!! Lower bound of contour interval =    101490.460000000     
 !!! Upper bound of contour interval =    101890.460000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = n
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1305  jfix=         1066
 longitude=    298.360041000000      E   (   61.6399590000000      W)  
 (0-360E) xinp_fixlon=    298.360041000000     
 latitude=    24.1600210000000     
 mean mslp value (xval(9))=    101550.944899255     
 gridpoint mslp value=    101490.460000000     
 ccflag= n
 prs of last closed isobar =   -999.000000000000     
 radius of last closed isobar =   -999.000000000000       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =    0:00
 !!! Boundary check xinp_fixlat is   24.16
 !!! Boundary check xinp_fixlon is   61.64W   ( 298.36E)  (0-360E) xinp_fixlon=  298.36
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    300.399990000000     
  850 mb wcirc fix lat=    23.4673110454545     
    (0-360) 850 mb wcirc fix lon=    300.399990000000     
  Multi-parm fix lon=      299.811135921744     
  Multi-parm fix lat=      23.7649529391014     
    (0-360) Multi-parm fix lon=      299.811135921744     
  
  
  After get_ij B, ibeg jbeg =         1290         955
  After get_ij B, iend jend =         1470        1163
  
 In is_it_a_storm, ilonfix=         1380  jlatfix=         1059
 ibeg jbeg iend jend =         1290         955        1470        1163
 cparm= v850  parmlon parmlat =    300.399990000000        23.4673110454545     
     (0-360E parmlon) =    300.399990000000     
 parmval=    13862458.1311731     
  
 i= 1370 j= 1010 glon=  300.01 (0-360E) glon=  300.01 glat=  25.44 u=  -2.9000 v=   2.6000 vr=   3.07542 vt=   2.38994
 i= 1375 j= 1010 glon=  300.21 (0-360E) glon=  300.21 glat=  25.44 u=  -2.9000 v=   2.4000 vr=   2.64657 vt=   2.67688
 i= 1380 j= 1010 glon=  300.41 (0-360E) glon=  300.41 glat=  25.44 u=  -3.0000 v=   2.2000 vr=   2.18799 vt=   3.00877
 i= 1385 j= 1010 glon=  300.61 (0-360E) glon=  300.61 glat=  25.44 u=  -3.1000 v=   2.2000 vr=   1.89177 vt=   3.29715
 i= 1390 j= 1010 glon=  300.81 (0-360E) glon=  300.81 glat=  25.44 u=  -3.1000 v=   2.3000 vr=   1.68360 vt=   3.47354
 i= 1355 j= 1015 glon=  299.41 (0-360E) glon=  299.41 glat=  25.24 u=  -4.7000 v=   3.5000 vr=   5.25608 vt=   2.59106
 i= 1360 j= 1015 glon=  299.61 (0-360E) glon=  299.61 glat=  25.24 u=  -4.5000 v=   3.2000 vr=   4.66303 vt=   2.95740
 i= 1365 j= 1015 glon=  299.81 (0-360E) glon=  299.81 glat=  25.24 u=  -4.2000 v=   2.8000 vr=   3.90308 vt=   3.20093
 i= 1370 j= 1015 glon=  300.01 (0-360E) glon=  300.01 glat=  25.24 u=  -3.8000 v=   2.5000 vr=   3.20205 vt=   3.23061
 i= 1375 j= 1015 glon=  300.21 (0-360E) glon=  300.21 glat=  25.24 u=  -3.7000 v=   2.4000 vr=   2.75157 vt=   3.44657
 i= 1380 j= 1015 glon=  300.41 (0-360E) glon=  300.41 glat=  25.24 u=  -3.8000 v=   2.2000 vr=   2.18308 vt=   3.80975
 i= 1385 j= 1015 glon=  300.61 (0-360E) glon=  300.61 glat=  25.24 u=  -3.8000 v=   2.3000 vr=   1.88057 vt=   4.02411
 i= 1390 j= 1015 glon=  300.81 (0-360E) glon=  300.81 glat=  25.24 u=  -3.6000 v=   2.6000 vr=   1.80221 vt=   4.05858
 i= 1395 j= 1015 glon=  301.01 (0-360E) glon=  301.01 glat=  25.24 u=  -3.4000 v=   2.8000 vr=   1.65368 vt=   4.08232
 i= 1400 j= 1015 glon=  301.21 (0-360E) glon=  301.21 glat=  25.24 u=  -3.0000 v=   2.9000 vr=   1.52202 vt=   3.88503
 i= 1405 j= 1015 glon=  301.41 (0-360E) glon=  301.41 glat=  25.24 u=  -2.6000 v=   2.9000 vr=   1.37256 vt=   3.64501
 i= 1345 j= 1020 glon=  299.01 (0-360E) glon=  299.01 glat=  25.04 u=  -4.7000 v=   4.1000 vr=   6.14433 vt=   1.07109
 i= 1350 j= 1020 glon=  299.21 (0-360E) glon=  299.21 glat=  25.04 u=  -5.0000 v=   3.8000 vr=   5.97169 vt=   1.94393
 i= 1355 j= 1020 glon=  299.41 (0-360E) glon=  299.41 glat=  25.04 u=  -5.2000 v=   3.5000 vr=   5.62966 vt=   2.75626
 i= 1360 j= 1020 glon=  299.61 (0-360E) glon=  299.61 glat=  25.04 u=  -5.2000 v=   3.2000 vr=   5.08070 vt=   3.38621
 i= 1365 j= 1020 glon=  299.81 (0-360E) glon=  299.81 glat=  25.04 u=  -5.0000 v=   2.8000 vr=   4.27336 vt=   3.81817
 i= 1370 j= 1020 glon=  300.01 (0-360E) glon=  300.01 glat=  25.04 u=  -4.6000 v=   2.4000 vr=   3.36046 vt=   3.95314
 i= 1375 j= 1020 glon=  300.21 (0-360E) glon=  300.21 glat=  25.04 u=  -4.6000 v=   2.3000 vr=   2.79432 vt=   4.31761
 i= 1380 j= 1020 glon=  300.41 (0-360E) glon=  300.41 glat=  25.04 u=  -4.6000 v=   2.1000 vr=   2.07690 vt=   4.61047
 i= 1385 j= 1020 glon=  300.61 (0-360E) glon=  300.61 glat=  25.04 u=  -4.5000 v=   2.4000 vr=   1.84095 vt=   4.75615
 i= 1390 j= 1020 glon=  300.81 (0-360E) glon=  300.81 glat=  25.04 u=  -4.2000 v=   2.8000 vr=   1.75376 vt=   4.73332
 i= 1395 j= 1020 glon=  301.01 (0-360E) glon=  301.01 glat=  25.04 u=  -3.8000 v=   3.2000 vr=   1.74929 vt=   4.64973
 i= 1400 j= 1020 glon=  301.21 (0-360E) glon=  301.21 glat=  25.04 u=  -3.4000 v=   3.3000 vr=   1.53961 vt=   4.48103
 i= 1405 j= 1020 glon=  301.41 (0-360E) glon=  301.41 glat=  25.04 u=  -2.9000 v=   3.4000 vr=   1.46498 vt=   4.22183
 i= 1410 j= 1020 glon=  301.61 (0-360E) glon=  301.61 glat=  25.04 u=  -2.5000 v=   3.4000 vr=   1.34267 vt=   4.00091
 i= 1340 j= 1025 glon=  298.81 (0-360E) glon=  298.81 glat=  24.84 u=  -4.2000 v=   3.9000 vr=   5.73137 vt=   0.03732
 i= 1345 j= 1025 glon=  299.01 (0-360E) glon=  299.01 glat=  24.84 u=  -4.7000 v=   3.8000 vr=   5.98280 vt=   0.85797
 i= 1350 j= 1025 glon=  299.21 (0-360E) glon=  299.21 glat=  24.84 u=  -5.0000 v=   3.7000 vr=   6.00752 vt=   1.61235
 i= 1355 j= 1025 glon=  299.41 (0-360E) glon=  299.41 glat=  24.84 u=  -5.4000 v=   3.6000 vr=   5.98084 vt=   2.51982
 i= 1360 j= 1025 glon=  299.61 (0-360E) glon=  299.61 glat=  24.84 u=  -5.4000 v=   3.3000 vr=   5.43802 vt=   3.23697
 i= 1365 j= 1025 glon=  299.81 (0-360E) glon=  299.81 glat=  24.84 u=  -5.1000 v=   2.9000 vr=   4.56760 vt=   3.68198
 i= 1370 j= 1025 glon=  300.01 (0-360E) glon=  300.01 glat=  24.84 u=  -4.8000 v=   2.6000 vr=   3.72672 vt=   3.98893
 i= 1375 j= 1025 glon=  300.21 (0-360E) glon=  300.21 glat=  24.84 u=  -4.8000 v=   2.5000 vr=   3.08678 vt=   4.44542
 i= 1380 j= 1025 glon=  300.41 (0-360E) glon=  300.41 glat=  24.84 u=  -4.8000 v=   2.4000 vr=   2.37237 vt=   4.81372
 i= 1385 j= 1025 glon=  300.61 (0-360E) glon=  300.61 glat=  24.84 u=  -4.7000 v=   2.7000 vr=   2.02748 vt=   5.02686
 i= 1390 j= 1025 glon=  300.81 (0-360E) glon=  300.81 glat=  24.84 u=  -4.4000 v=   3.2000 vr=   1.93211 vt=   5.08596
 i= 1395 j= 1025 glon=  301.01 (0-360E) glon=  301.01 glat=  24.84 u=  -4.0000 v=   3.6000 vr=   1.83305 vt=   5.05964
 i= 1400 j= 1025 glon=  301.21 (0-360E) glon=  301.21 glat=  24.84 u=  -3.7000 v=   3.8000 vr=   1.58981 vt=   5.05989
 i= 1405 j= 1025 glon=  301.41 (0-360E) glon=  301.41 glat=  24.84 u=  -3.3000 v=   3.9000 vr=   1.39468 vt=   4.91476
 i= 1410 j= 1025 glon=  301.61 (0-360E) glon=  301.61 glat=  24.84 u=  -2.9000 v=   3.9000 vr=   1.21582 vt=   4.70551
 i= 1415 j= 1025 glon=  301.81 (0-360E) glon=  301.81 glat=  24.84 u=  -2.6000 v=   3.8000 vr=   0.98734 vt=   4.49724
 i= 1420 j= 1025 glon=  302.01 (0-360E) glon=  302.01 glat=  24.84 u=  -2.3000 v=   3.7000 vr=   0.83693 vt=   4.27546
 i= 1335 j= 1030 glon=  298.61 (0-360E) glon=  298.61 glat=  24.64 u=  -3.7000 v=   3.5000 vr=   5.04444 vt=  -0.70262
 i= 1340 j= 1030 glon=  298.81 (0-360E) glon=  298.81 glat=  24.64 u=  -4.2000 v=   3.4000 vr=   5.40366 vt=  -0.02109
 i= 1345 j= 1030 glon=  299.01 (0-360E) glon=  299.01 glat=  24.64 u=  -4.6000 v=   3.4000 vr=   5.68751 vt=   0.61009
 i= 1350 j= 1030 glon=  299.21 (0-360E) glon=  299.21 glat=  24.64 u=  -5.0000 v=   3.5000 vr=   5.96854 vt=   1.27534
 i= 1355 j= 1030 glon=  299.41 (0-360E) glon=  299.41 glat=  24.64 u=  -5.4000 v=   3.5000 vr=   6.07308 vt=   2.12784
 i= 1360 j= 1030 glon=  299.61 (0-360E) glon=  299.61 glat=  24.64 u=  -5.4000 v=   3.4000 vr=   5.73026 vt=   2.80787
 i= 1365 j= 1030 glon=  299.81 (0-360E) glon=  299.81 glat=  24.64 u=  -5.1000 v=   3.1000 vr=   4.95130 vt=   3.33236
 i= 1370 j= 1030 glon=  300.01 (0-360E) glon=  300.01 glat=  24.64 u=  -4.8000 v=   2.8000 vr=   4.07930 vt=   3.77350
 i= 1375 j= 1030 glon=  300.21 (0-360E) glon=  300.21 glat=  24.64 u=  -4.8000 v=   2.8000 vr=   3.47777 vt=   4.33418
 i= 1380 j= 1030 glon=  300.41 (0-360E) glon=  300.41 glat=  24.64 u=  -4.9000 v=   2.7000 vr=   2.66696 vt=   4.91806
 i= 1385 j= 1030 glon=  300.61 (0-360E) glon=  300.61 glat=  24.64 u=  -4.8000 v=   3.1000 vr=   2.28901 vt=   5.23550
 i= 1390 j= 1030 glon=  300.81 (0-360E) glon=  300.81 glat=  24.64 u=  -4.5000 v=   3.6000 vr=   2.06360 vt=   5.38066
 i= 1395 j= 1030 glon=  301.01 (0-360E) glon=  301.01 glat=  24.64 u=  -4.2000 v=   4.1000 vr=   1.90225 vt=   5.55261
 i= 1400 j= 1030 glon=  301.21 (0-360E) glon=  301.21 glat=  24.64 u=  -3.9000 v=   4.3000 vr=   1.55501 vt=   5.59303
 i= 1405 j= 1030 glon=  301.41 (0-360E) glon=  301.41 glat=  24.64 u=  -3.6000 v=   4.4000 vr=   1.22929 vt=   5.55057
 i= 1410 j= 1030 glon=  301.61 (0-360E) glon=  301.61 glat=  24.64 u=  -3.3000 v=   4.4000 vr=   0.93338 vt=   5.42022
 i= 1415 j= 1030 glon=  301.81 (0-360E) glon=  301.81 glat=  24.64 u=  -3.0000 v=   4.2000 vr=   0.60222 vt=   5.12614
 i= 1420 j= 1030 glon=  302.01 (0-360E) glon=  302.01 glat=  24.64 u=  -2.6000 v=   4.1000 vr=   0.51448 vt=   4.82756
 i= 1335 j= 1035 glon=  298.61 (0-360E) glon=  298.61 glat=  24.44 u=  -3.6000 v=   2.9000 vr=   4.57446 vt=  -0.66654
 i= 1340 j= 1035 glon=  298.81 (0-360E) glon=  298.81 glat=  24.44 u=  -4.0000 v=   2.8000 vr=   4.88127 vt=  -0.11486
 i= 1345 j= 1035 glon=  299.01 (0-360E) glon=  299.01 glat=  24.44 u=  -4.4000 v=   2.9000 vr=   5.25742 vt=   0.35992
 i= 1350 j= 1035 glon=  299.21 (0-360E) glon=  299.21 glat=  24.44 u=  -4.9000 v=   3.1000 vr=   5.72093 vt=   0.94389
 i= 1355 j= 1035 glon=  299.41 (0-360E) glon=  299.41 glat=  24.44 u=  -5.3000 v=   3.3000 vr=   6.02905 vt=   1.62190
 i= 1360 j= 1035 glon=  299.61 (0-360E) glon=  299.61 glat=  24.44 u=  -5.3000 v=   3.2000 vr=   5.73232 vt=   2.33892
 i= 1365 j= 1035 glon=  299.81 (0-360E) glon=  299.81 glat=  24.44 u=  -5.0000 v=   3.0000 vr=   5.05247 vt=   2.91076
 i= 1370 j= 1035 glon=  300.01 (0-360E) glon=  300.01 glat=  24.44 u=  -4.6000 v=   2.8000 vr=   4.21660 vt=   3.34968
 i= 1375 j= 1035 glon=  300.21 (0-360E) glon=  300.21 glat=  24.44 u=  -4.7000 v=   2.9000 vr=   3.68653 vt=   4.11211
 i= 1380 j= 1035 glon=  300.41 (0-360E) glon=  300.41 glat=  24.44 u=  -4.8000 v=   2.9000 vr=   2.86095 vt=   4.82338
 i= 1385 j= 1035 glon=  300.61 (0-360E) glon=  300.61 glat=  24.44 u=  -4.9000 v=   3.4000 vr=   2.39310 vt=   5.46288
 i= 1390 j= 1035 glon=  300.81 (0-360E) glon=  300.81 glat=  24.44 u=  -4.7000 v=   4.0000 vr=   2.04767 vt=   5.82212
 i= 1395 j= 1035 glon=  301.01 (0-360E) glon=  301.01 glat=  24.44 u=  -4.6000 v=   4.5000 vr=   1.61927 vt=   6.22800
 i= 1400 j= 1035 glon=  301.21 (0-360E) glon=  301.21 glat=  24.44 u=  -4.5000 v=   4.7000 vr=   1.01444 vt=   6.42736
 i= 1405 j= 1035 glon=  301.41 (0-360E) glon=  301.41 glat=  24.44 u=  -4.3000 v=   5.0000 vr=   0.66348 vt=   6.56123
 i= 1410 j= 1035 glon=  301.61 (0-360E) glon=  301.61 glat=  24.44 u=  -3.9000 v=   5.0000 vr=   0.36759 vt=   6.33047
 i= 1415 j= 1035 glon=  301.81 (0-360E) glon=  301.81 glat=  24.44 u=  -3.5000 v=   4.9000 vr=   0.14974 vt=   6.01977
 i= 1420 j= 1035 glon=  302.01 (0-360E) glon=  302.01 glat=  24.44 u=  -3.0000 v=   4.8000 vr=   0.13352 vt=   5.65881
 i= 1425 j= 1035 glon=  302.21 (0-360E) glon=  302.21 glat=  24.44 u=  -2.5000 v=   4.8000 vr=   0.26519 vt=   5.40552
 i= 1330 j= 1040 glon=  298.41 (0-360E) glon=  298.41 glat=  24.24 u=  -2.8000 v=   2.4000 vr=   3.51157 vt=  -1.12645
 i= 1335 j= 1040 glon=  298.61 (0-360E) glon=  298.61 glat=  24.24 u=  -3.3000 v=   2.2000 vr=   3.92160 vt=  -0.59247
 i= 1340 j= 1040 glon=  298.81 (0-360E) glon=  298.81 glat=  24.24 u=  -3.8000 v=   2.1000 vr=   4.34087 vt=  -0.08265
 i= 1345 j= 1040 glon=  299.01 (0-360E) glon=  299.01 glat=  24.24 u=  -4.2000 v=   2.1000 vr=   4.68064 vt=   0.37629
 i= 1350 j= 1040 glon=  299.21 (0-360E) glon=  299.21 glat=  24.24 u=  -4.6000 v=   2.4000 vr=   5.14158 vt=   0.69578
 i= 1355 j= 1040 glon=  299.41 (0-360E) glon=  299.41 glat=  24.24 u=  -5.0000 v=   2.7000 vr=   5.55808 vt=   1.18224
 i= 1360 j= 1040 glon=  299.61 (0-360E) glon=  299.61 glat=  24.24 u=  -4.9000 v=   2.8000 vr=   5.39446 vt=   1.65824
 i= 1365 j= 1040 glon=  299.81 (0-360E) glon=  299.81 glat=  24.24 u=  -4.5000 v=   2.6000 vr=   4.71138 vt=   2.19383
 i= 1370 j= 1040 glon=  300.01 (0-360E) glon=  300.01 glat=  24.24 u=  -4.2000 v=   2.6000 vr=   4.12498 vt=   2.71745
 i= 1375 j= 1040 glon=  300.21 (0-360E) glon=  300.21 glat=  24.24 u=  -4.4000 v=   2.8000 vr=   3.70298 vt=   3.67259
 i= 1380 j= 1040 glon=  300.41 (0-360E) glon=  300.41 glat=  24.24 u=  -4.6000 v=   3.0000 vr=   2.95285 vt=   4.63041
 i= 1385 j= 1040 glon=  300.61 (0-360E) glon=  300.61 glat=  24.24 u=  -5.0000 v=   3.5000 vr=   2.19897 vt=   5.69338
 i= 1390 j= 1040 glon=  300.81 (0-360E) glon=  300.81 glat=  24.24 u=  -5.3000 v=   4.1000 vr=   1.38210 vt=   6.55666
 i= 1395 j= 1040 glon=  301.01 (0-360E) glon=  301.01 glat=  24.24 u=  -5.5000 v=   4.7000 vr=   0.59568 vt=   7.21007
 i= 1400 j= 1040 glon=  301.21 (0-360E) glon=  301.21 glat=  24.24 u=  -5.6000 v=   5.1000 vr=  -0.19328 vt=   7.57183
 i= 1405 j= 1040 glon=  301.41 (0-360E) glon=  301.41 glat=  24.24 u=  -5.5000 v=   5.6000 vr=  -0.62895 vt=   7.82396
 i= 1410 j= 1040 glon=  301.61 (0-360E) glon=  301.61 glat=  24.24 u=  -5.1000 v=   5.8000 vr=  -0.86840 vt=   7.67436
 i= 1415 j= 1040 glon=  301.81 (0-360E) glon=  301.81 glat=  24.24 u=  -4.3000 v=   5.9000 vr=  -0.66654 vt=   7.27019
 i= 1420 j= 1040 glon=  302.01 (0-360E) glon=  302.01 glat=  24.24 u=  -3.5000 v=   6.0000 vr=  -0.32454 vt=   6.93864
 i= 1425 j= 1040 glon=  302.21 (0-360E) glon=  302.21 glat=  24.24 u=  -2.8000 v=   5.8000 vr=  -0.09933 vt=   6.43973
 i= 1430 j= 1040 glon=  302.41 (0-360E) glon=  302.41 glat=  24.24 u=  -2.1000 v=   5.5000 vr=   0.17866 vt=   5.88456
 i= 1330 j= 1045 glon=  298.41 (0-360E) glon=  298.41 glat=  24.04 u=  -2.5000 v=   2.0000 vr=   2.98107 vt=  -1.16758
 i= 1335 j= 1045 glon=  298.61 (0-360E) glon=  298.61 glat=  24.04 u=  -3.0000 v=   1.7000 vr=   3.39117 vt=  -0.62445
 i= 1340 j= 1045 glon=  298.81 (0-360E) glon=  298.81 glat=  24.04 u=  -3.6000 v=   1.5000 vr=   3.89903 vt=  -0.08716
 i= 1345 j= 1045 glon=  299.01 (0-360E) glon=  299.01 glat=  24.04 u=  -4.1000 v=   1.4000 vr=   4.31419 vt=   0.39715
 i= 1350 j= 1045 glon=  299.21 (0-360E) glon=  299.21 glat=  24.04 u=  -4.3000 v=   1.8000 vr=   4.64439 vt=   0.39959
 i= 1355 j= 1045 glon=  299.41 (0-360E) glon=  299.41 glat=  24.04 u=  -4.6000 v=   2.2000 vr=   5.06475 vt=   0.59015
 i= 1360 j= 1045 glon=  299.61 (0-360E) glon=  299.61 glat=  24.04 u=  -4.4000 v=   2.3000 vr=   4.87844 vt=   0.92238
 i= 1365 j= 1045 glon=  299.81 (0-360E) glon=  299.81 glat=  24.04 u=  -4.0000 v=   2.3000 vr=   4.41926 vt=   1.32672
 i= 1370 j= 1045 glon=  300.01 (0-360E) glon=  300.01 glat=  24.04 u=  -3.8000 v=   2.3000 vr=   3.96480 vt=   2.00258
 i= 1375 j= 1045 glon=  300.21 (0-360E) glon=  300.21 glat=  24.04 u=  -4.1000 v=   2.6000 vr=   3.68488 vt=   3.16096
 i= 1380 j= 1045 glon=  300.41 (0-360E) glon=  300.41 glat=  24.04 u=  -4.4000 v=   2.9000 vr=   2.83908 vt=   4.43955
 i= 1385 j= 1045 glon=  300.61 (0-360E) glon=  300.61 glat=  24.04 u=  -5.0000 v=   3.4000 vr=   1.64495 vt=   5.81843
 i= 1390 j= 1045 glon=  300.81 (0-360E) glon=  300.81 glat=  24.04 u=  -5.8000 v=   4.1000 vr=   0.26228 vt=   7.09797
 i= 1395 j= 1045 glon=  301.01 (0-360E) glon=  301.01 glat=  24.04 u=  -6.5000 v=   4.8000 vr=  -1.09262 vt=   8.00601
 i= 1400 j= 1045 glon=  301.21 (0-360E) glon=  301.21 glat=  24.04 u=  -6.7000 v=   5.4000 vr=  -1.99867 vt=   8.36991
 i= 1405 j= 1045 glon=  301.41 (0-360E) glon=  301.41 glat=  24.04 u=  -6.8000 v=   6.1000 vr=  -2.57107 vt=   8.76582
 i= 1410 j= 1045 glon=  301.61 (0-360E) glon=  301.61 glat=  24.04 u=  -6.2000 v=   6.7000 vr=  -2.43773 vt=   8.79702
 i= 1415 j= 1045 glon=  301.81 (0-360E) glon=  301.81 glat=  24.04 u=  -5.2000 v=   7.1000 vr=  -1.88549 vt=   8.59622
 i= 1420 j= 1045 glon=  302.01 (0-360E) glon=  302.01 glat=  24.04 u=  -4.1000 v=   7.3000 vr=  -1.19316 vt=   8.28712
 i= 1425 j= 1045 glon=  302.21 (0-360E) glon=  302.21 glat=  24.04 u=  -3.1000 v=   6.8000 vr=  -0.72597 vt=   7.43794
 i= 1430 j= 1045 glon=  302.41 (0-360E) glon=  302.41 glat=  24.04 u=  -2.1000 v=   6.3000 vr=  -0.15143 vt=   6.63906
 i= 1330 j= 1050 glon=  298.41 (0-360E) glon=  298.41 glat=  23.84 u=  -2.2000 v=   1.6000 vr=   2.47239 vt=  -1.13459
 i= 1335 j= 1050 glon=  298.61 (0-360E) glon=  298.61 glat=  23.84 u=  -2.6000 v=   1.2000 vr=   2.79968 vt=  -0.60149
 i= 1340 j= 1050 glon=  298.81 (0-360E) glon=  298.81 glat=  23.84 u=  -3.2000 v=   1.0000 vr=   3.34760 vt=  -0.18329
 i= 1345 j= 1050 glon=  299.01 (0-360E) glon=  299.01 glat=  23.84 u=  -3.7000 v=   0.8000 vr=   3.77626 vt=   0.26429
 i= 1350 j= 1050 glon=  299.21 (0-360E) glon=  299.21 glat=  23.84 u=  -3.9000 v=   1.1000 vr=   4.04648 vt=   0.21453
 i= 1355 j= 1050 glon=  299.41 (0-360E) glon=  299.41 glat=  23.84 u=  -4.1000 v=   1.5000 vr=   4.36263 vt=   0.16580
 i= 1360 j= 1050 glon=  299.61 (0-360E) glon=  299.61 glat=  23.84 u=  -3.9000 v=   1.8000 vr=   4.29151 vt=   0.18146
 i= 1365 j= 1050 glon=  299.81 (0-360E) glon=  299.81 glat=  23.84 u=  -3.6000 v=   1.9000 vr=   4.04265 vt=   0.47644
 i= 1370 j= 1050 glon=  300.01 (0-360E) glon=  300.01 glat=  23.84 u=  -3.5000 v=   2.0000 vr=   3.86692 vt=   1.13884
 i= 1375 j= 1050 glon=  300.21 (0-360E) glon=  300.21 glat=  23.84 u=  -3.9000 v=   2.1000 vr=   3.55819 vt=   2.63805
 i= 1380 j= 1050 glon=  300.41 (0-360E) glon=  300.41 glat=  23.84 u=  -4.4000 v=   2.2000 vr=   2.10639 vt=   4.44557
 i= 1385 j= 1050 glon=  300.61 (0-360E) glon=  300.61 glat=  23.84 u=  -5.2000 v=   2.7000 vr=   0.03454 vt=   5.85908
 i= 1390 j= 1050 glon=  300.81 (0-360E) glon=  300.81 glat=  23.84 u=  -6.2000 v=   3.5000 vr=  -1.91911 vt=   6.85617
 i= 1395 j= 1050 glon=  301.01 (0-360E) glon=  301.01 glat=  23.84 u=  -7.0000 v=   4.3000 vr=  -3.42778 vt=   7.46594
 i= 1400 j= 1050 glon=  301.21 (0-360E) glon=  301.21 glat=  23.84 u=  -7.2000 v=   5.4000 vr=  -4.00677 vt=   8.05890
 i= 1405 j= 1050 glon=  301.41 (0-360E) glon=  301.41 glat=  23.84 u=  -7.2000 v=   6.6000 vr=  -4.21502 vt=   8.81099
 i= 1410 j= 1050 glon=  301.61 (0-360E) glon=  301.61 glat=  23.84 u=  -6.7000 v=   7.5000 vr=  -3.96868 vt=   9.24065
 i= 1415 j= 1050 glon=  301.81 (0-360E) glon=  301.81 glat=  23.84 u=  -5.7000 v=   8.2000 vr=  -3.21693 vt=   9.45417
 i= 1420 j= 1050 glon=  302.01 (0-360E) glon=  302.01 glat=  23.84 u=  -4.6000 v=   8.7000 vr=  -2.34693 vt=   9.55730
 i= 1425 j= 1050 glon=  302.21 (0-360E) glon=  302.21 glat=  23.84 u=  -3.6000 v=   7.9000 vr=  -1.80040 vt=   8.49285
 i= 1430 j= 1050 glon=  302.41 (0-360E) glon=  302.41 glat=  23.84 u=  -2.6000 v=   7.0000 vr=  -1.18079 vt=   7.37331
 i= 1325 j= 1055 glon=  298.21 (0-360E) glon=  298.21 glat=  23.64 u=  -1.6000 v=   1.9000 vr=   1.75074 vt=  -1.76208
 i= 1330 j= 1055 glon=  298.41 (0-360E) glon=  298.41 glat=  23.64 u=  -1.8000 v=   1.3000 vr=   1.91102 vt=  -1.13049
 i= 1335 j= 1055 glon=  298.61 (0-360E) glon=  298.61 glat=  23.64 u=  -2.2000 v=   0.8000 vr=   2.27014 vt=  -0.57138
 i= 1340 j= 1055 glon=  298.81 (0-360E) glon=  298.81 glat=  23.64 u=  -2.8000 v=   0.4000 vr=   2.82746 vt=  -0.07406
 i= 1345 j= 1055 glon=  299.01 (0-360E) glon=  299.01 glat=  23.64 u=  -3.2000 v=   0.1000 vr=   3.18502 vt=   0.32499
 i= 1350 j= 1055 glon=  299.21 (0-360E) glon=  299.21 glat=  23.64 u=  -3.4000 v=   0.5000 vr=   3.43641 vt=   0.03319
 i= 1355 j= 1055 glon=  299.41 (0-360E) glon=  299.41 glat=  23.64 u=  -3.5000 v=   0.8000 vr=   3.58773 vt=  -0.13475
 i= 1360 j= 1055 glon=  299.61 (0-360E) glon=  299.61 glat=  23.64 u=  -3.4000 v=   1.1000 vr=   3.56231 vt=  -0.28274
 i= 1365 j= 1055 glon=  299.81 (0-360E) glon=  299.81 glat=  23.64 u=  -3.2000 v=   1.4000 vr=   3.47424 vt=  -0.36008
 i= 1370 j= 1055 glon=  300.01 (0-360E) glon=  300.01 glat=  23.64 u=  -3.1000 v=   1.6000 vr=   3.48736 vt=  -0.09117
 i= 1375 j= 1055 glon=  300.21 (0-360E) glon=  300.21 glat=  23.64 u=  -3.8000 v=   1.5000 vr=   3.75596 vt=   1.60711
 i= 1380 j= 1055 glon=  300.41 (0-360E) glon=  300.41 glat=  23.64 u=  -4.4000 v=   1.4000 vr=   1.19833 vt=   4.45915
 i= 1385 j= 1055 glon=  300.61 (0-360E) glon=  300.61 glat=  23.64 u=  -5.3000 v=   1.9000 vr=  -2.64700 vt=   4.96924
 i= 1390 j= 1055 glon=  300.81 (0-360E) glon=  300.81 glat=  23.64 u=  -6.5000 v=   2.7000 vr=  -4.76412 vt=   5.18104
 i= 1395 j= 1055 glon=  301.01 (0-360E) glon=  301.01 glat=  23.64 u=  -7.4000 v=   3.7000 vr=  -5.97125 vt=   5.72662
 i= 1400 j= 1055 glon=  301.21 (0-360E) glon=  301.21 glat=  23.64 u=  -7.5000 v=   5.4000 vr=  -6.07960 vt=   6.96049
 i= 1405 j= 1055 glon=  301.41 (0-360E) glon=  301.41 glat=  23.64 u=  -7.5000 v=   7.1000 vr=  -6.07452 vt=   8.35226
 i= 1410 j= 1055 glon=  301.61 (0-360E) glon=  301.61 glat=  23.64 u=  -7.0000 v=   8.4000 vr=  -5.63407 vt=   9.37108
 i= 1415 j= 1055 glon=  301.81 (0-360E) glon=  301.81 glat=  23.64 u=  -6.2000 v=   9.4000 vr=  -4.91642 vt=  10.13059
 i= 1420 j= 1055 glon=  302.01 (0-360E) glon=  302.01 glat=  23.64 u=  -5.2000 v=  10.2000 vr=  -4.00151 vt=  10.72697
 i= 1425 j= 1055 glon=  302.21 (0-360E) glon=  302.21 glat=  23.64 u=  -4.1000 v=   9.0000 vr=  -3.17009 vt=   9.36806
 i= 1430 j= 1055 glon=  302.41 (0-360E) glon=  302.41 glat=  23.64 u=  -3.1000 v=   7.8000 vr=  -2.38281 vt=   8.04812
 i= 1325 j= 1060 glon=  298.21 (0-360E) glon=  298.21 glat=  23.44 u=  -1.3000 v=   1.6000 vr=   1.27401 vt=  -1.62077
 i= 1330 j= 1060 glon=  298.41 (0-360E) glon=  298.41 glat=  23.44 u=  -1.5000 v=   0.9000 vr=   1.48425 vt=  -0.92574
 i= 1335 j= 1060 glon=  298.61 (0-360E) glon=  298.61 glat=  23.44 u=  -1.8000 v=   0.4000 vr=   1.79223 vt=  -0.43348
 i= 1340 j= 1060 glon=  298.81 (0-360E) glon=  298.81 glat=  23.44 u=  -2.3000 v=   0.0000 vr=   2.29952 vt=  -0.04695
 i= 1345 j= 1060 glon=  299.01 (0-360E) glon=  299.01 glat=  23.44 u=  -2.8000 v=  -0.4000 vr=   2.80837 vt=   0.33621
 i= 1350 j= 1060 glon=  299.21 (0-360E) glon=  299.21 glat=  23.44 u=  -2.9000 v=  -0.1000 vr=   2.90162 vt=   0.02478
 i= 1355 j= 1060 glon=  299.41 (0-360E) glon=  299.41 glat=  23.44 u=  -3.0000 v=   0.3000 vr=   2.98946 vt=  -0.39130
 i= 1360 j= 1060 glon=  299.61 (0-360E) glon=  299.61 glat=  23.44 u=  -3.0000 v=   0.6000 vr=   2.97542 vt=  -0.71196
 i= 1365 j= 1060 glon=  299.81 (0-360E) glon=  299.81 glat=  23.44 u=  -2.9000 v=   0.9000 vr=   2.85207 vt=  -1.04197
 i= 1370 j= 1060 glon=  300.01 (0-360E) glon=  300.01 glat=  23.44 u=  -2.9000 v=   1.1000 vr=   2.81119 vt=  -1.31043
 i= 1375 j= 1060 glon=  300.21 (0-360E) glon=  300.21 glat=  23.44 u=  -3.6000 v=   0.9000 vr=   3.42686 vt=  -1.42360
 i= 1380 j= 1060 glon=  300.41 (0-360E) glon=  300.41 glat=  23.44 u=  -4.4000 v=   0.6000 vr=  -1.84506 vt=  -4.03928
 i= 1385 j= 1060 glon=  300.61 (0-360E) glon=  300.61 glat=  23.44 u=  -5.4000 v=   1.1000 vr=  -5.49951 vt=   0.35407
 i= 1390 j= 1060 glon=  300.81 (0-360E) glon=  300.81 glat=  23.44 u=  -6.5000 v=   2.1000 vr=  -6.63196 vt=   1.63617
 i= 1395 j= 1060 glon=  301.01 (0-360E) glon=  301.01 glat=  23.44 u=  -7.4000 v=   3.2000 vr=  -7.54506 vt=   2.84115
 i= 1400 j= 1060 glon=  301.21 (0-360E) glon=  301.21 glat=  23.44 u=  -7.4000 v=   5.2000 vr=  -7.58593 vt=   4.92480
 i= 1405 j= 1060 glon=  301.41 (0-360E) glon=  301.41 glat=  23.44 u=  -7.3000 v=   7.3000 vr=  -7.51580 vt=   7.07762
 i= 1410 j= 1060 glon=  301.61 (0-360E) glon=  301.61 glat=  23.44 u=  -7.0000 v=   8.9000 vr=  -7.22561 vt=   8.71783
 i= 1415 j= 1060 glon=  301.81 (0-360E) glon=  301.81 glat=  23.44 u=  -6.5000 v=  10.3000 vr=  -6.73026 vt=  10.15104
 i= 1420 j= 1060 glon=  302.01 (0-360E) glon=  302.01 glat=  23.44 u=  -5.7000 v=  11.2000 vr=  -5.92552 vt=  11.08234
 i= 1425 j= 1060 glon=  302.21 (0-360E) glon=  302.21 glat=  23.44 u=  -4.6000 v=   9.9000 vr=  -4.78240 vt=   9.81319
 i= 1430 j= 1060 glon=  302.41 (0-360E) glon=  302.41 glat=  23.44 u=  -3.6000 v=   8.6000 vr=  -3.74690 vt=   8.53702
 i= 1330 j= 1065 glon=  298.41 (0-360E) glon=  298.41 glat=  23.24 u=  -1.0000 v=   0.7000 vr=   0.90371 vt=  -0.82056
 i= 1335 j= 1065 glon=  298.61 (0-360E) glon=  298.61 glat=  23.24 u=  -1.3000 v=   0.3000 vr=   1.24554 vt=  -0.47816
 i= 1340 j= 1065 glon=  298.81 (0-360E) glon=  298.81 glat=  23.24 u=  -1.7000 v=  -0.1000 vr=   1.69484 vt=  -0.16593
 i= 1345 j= 1065 glon=  299.01 (0-360E) glon=  299.01 glat=  23.24 u=  -2.2000 v=  -0.4000 vr=   2.23606 vt=   0.00486
 i= 1350 j= 1065 glon=  299.21 (0-360E) glon=  299.21 glat=  23.24 u=  -2.5000 v=  -0.3000 vr=   2.50850 vt=  -0.21776
 i= 1355 j= 1065 glon=  299.41 (0-360E) glon=  299.41 glat=  23.24 u=  -2.7000 v=  -0.1000 vr=   2.64343 vt=  -0.55882
 i= 1360 j= 1065 glon=  299.61 (0-360E) glon=  299.61 glat=  23.24 u=  -2.7000 v=   0.1000 vr=   2.54693 vt=  -0.90174
 i= 1365 j= 1065 glon=  299.81 (0-360E) glon=  299.81 glat=  23.24 u=  -2.6000 v=   0.2000 vr=   2.32180 vt=  -1.18711
 i= 1370 j= 1065 glon=  300.01 (0-360E) glon=  300.01 glat=  23.24 u=  -2.7000 v=   0.3000 vr=   2.12377 vt=  -1.69399
 i= 1375 j= 1065 glon=  300.21 (0-360E) glon=  300.21 glat=  23.24 u=  -3.5000 v=   0.0000 vr=   2.14573 vt=  -2.76511
 i= 1380 j= 1065 glon=  300.41 (0-360E) glon=  300.41 glat=  23.24 u=  -4.3000 v=  -0.3000 vr=   0.14937 vt=  -4.30786
 i= 1385 j= 1065 glon=  300.61 (0-360E) glon=  300.61 glat=  23.24 u=  -5.2000 v=   0.3000 vr=  -3.58749 vt=  -3.77623
 i= 1390 j= 1065 glon=  300.81 (0-360E) glon=  300.81 glat=  23.24 u=  -5.9000 v=   1.4000 vr=  -5.77402 vt=  -1.85221
 i= 1395 j= 1065 glon=  301.01 (0-360E) glon=  301.01 glat=  23.24 u=  -6.5000 v=   2.6000 vr=  -7.00062 vt=  -0.03694
 i= 1400 j= 1065 glon=  301.21 (0-360E) glon=  301.21 glat=  23.24 u=  -6.6000 v=   4.7000 vr=  -7.68706 vt=   2.56107
 i= 1405 j= 1065 glon=  301.41 (0-360E) glon=  301.41 glat=  23.24 u=  -6.5000 v=   6.8000 vr=  -7.93701 vt=   5.04915
 i= 1410 j= 1065 glon=  301.61 (0-360E) glon=  301.61 glat=  23.24 u=  -6.6000 v=   8.6000 vr=  -8.19984 vt=   7.09103
 i= 1415 j= 1065 glon=  301.81 (0-360E) glon=  301.81 glat=  23.24 u=  -6.4000 v=  10.4000 vr=  -8.11849 vt=   9.12196
 i= 1420 j= 1065 glon=  302.01 (0-360E) glon=  302.01 glat=  23.24 u=  -6.0000 v=  11.6000 vr=  -7.71629 vt=  10.53655
 i= 1425 j= 1065 glon=  302.21 (0-360E) glon=  302.21 glat=  23.24 u=  -5.0000 v=  10.5000 vr=  -6.40161 vt=   9.70924
 i= 1430 j= 1065 glon=  302.41 (0-360E) glon=  302.41 glat=  23.24 u=  -4.0000 v=   9.4000 vr=  -5.14485 vt=   8.82556
 i= 1330 j= 1070 glon=  298.41 (0-360E) glon=  298.41 glat=  23.04 u=  -0.6000 v=   0.6000 vr=   0.44577 vt=  -0.72201
 i= 1335 j= 1070 glon=  298.61 (0-360E) glon=  298.61 glat=  23.04 u=  -0.8000 v=   0.1000 vr=   0.74846 vt=  -0.29967
 i= 1340 j= 1070 glon=  298.81 (0-360E) glon=  298.81 glat=  23.04 u=  -1.2000 v=  -0.2000 vr=   1.20762 vt=  -0.14714
 i= 1345 j= 1070 glon=  299.01 (0-360E) glon=  299.01 glat=  23.04 u=  -1.7000 v=  -0.5000 vr=   1.77071 vt=  -0.06764
 i= 1350 j= 1070 glon=  299.21 (0-360E) glon=  299.21 glat=  23.04 u=  -2.0000 v=  -0.5000 vr=   2.04458 vt=  -0.26402
 i= 1355 j= 1070 glon=  299.41 (0-360E) glon=  299.41 glat=  23.04 u=  -2.4000 v=  -0.4000 vr=   2.34217 vt=  -0.65897
 i= 1360 j= 1070 glon=  299.61 (0-360E) glon=  299.61 glat=  23.04 u=  -2.5000 v=  -0.5000 vr=   2.40844 vt=  -0.83631
 i= 1365 j= 1070 glon=  299.81 (0-360E) glon=  299.81 glat=  23.04 u=  -2.4000 v=  -0.5000 vr=   2.19577 vt=  -1.09023
 i= 1370 j= 1070 glon=  300.01 (0-360E) glon=  300.01 glat=  23.04 u=  -2.4000 v=  -0.6000 vr=   2.00514 vt=  -1.44894
 i= 1375 j= 1070 glon=  300.21 (0-360E) glon=  300.21 glat=  23.04 u=  -3.3000 v=  -0.9000 vr=   2.08946 vt=  -2.70817
 i= 1380 j= 1070 glon=  300.41 (0-360E) glon=  300.41 glat=  23.04 u=  -4.3000 v=  -1.1000 vr=   1.01989 vt=  -4.31970
 i= 1385 j= 1070 glon=  300.61 (0-360E) glon=  300.61 glat=  23.04 u=  -4.9000 v=  -0.5000 vr=  -1.55195 vt=  -4.67455
 i= 1390 j= 1070 glon=  300.81 (0-360E) glon=  300.81 glat=  23.04 u=  -5.4000 v=   0.7000 vr=  -4.09194 vt=  -3.59249
 i= 1395 j= 1070 glon=  301.01 (0-360E) glon=  301.01 glat=  23.04 u=  -5.7000 v=   2.0000 vr=  -5.74366 vt=  -1.87094
 i= 1400 j= 1070 glon=  301.21 (0-360E) glon=  301.21 glat=  23.04 u=  -5.8000 v=   4.1000 vr=  -7.07208 vt=   0.66005
 i= 1405 j= 1070 glon=  301.41 (0-360E) glon=  301.41 glat=  23.04 u=  -5.8000 v=   6.2000 vr=  -7.86574 vt=   3.19533
 i= 1410 j= 1070 glon=  301.61 (0-360E) glon=  301.61 glat=  23.04 u=  -6.0000 v=   8.3000 vr=  -8.58750 vt=   5.58075
 i= 1415 j= 1070 glon=  301.81 (0-360E) glon=  301.81 glat=  23.04 u=  -6.3000 v=  10.4000 vr=  -9.25626 vt=   7.88490
 i= 1420 j= 1070 glon=  302.01 (0-360E) glon=  302.01 glat=  23.04 u=  -6.2000 v=  11.9000 vr=  -9.28153 vt=   9.69036
 i= 1425 j= 1070 glon=  302.21 (0-360E) glon=  302.21 glat=  23.04 u=  -5.4000 v=  11.1000 vr=  -8.01768 vt=   9.38545
 i= 1430 j= 1070 glon=  302.41 (0-360E) glon=  302.41 glat=  23.04 u=  -4.5000 v=  10.3000 vr=  -6.73337 vt=   9.00009
 i= 1330 j= 1075 glon=  298.41 (0-360E) glon=  298.41 glat=  22.84 u=  -0.2000 v=   0.5000 vr=   0.02560 vt=  -0.53791
 i= 1335 j= 1075 glon=  298.61 (0-360E) glon=  298.61 glat=  22.84 u=  -0.4000 v=   0.0000 vr=   0.37345 vt=  -0.14330
 i= 1340 j= 1075 glon=  298.81 (0-360E) glon=  298.81 glat=  22.84 u=  -0.7000 v=  -0.3000 vr=   0.76158 vt=  -0.00171
 i= 1345 j= 1075 glon=  299.01 (0-360E) glon=  299.01 glat=  22.84 u=  -1.2000 v=  -0.5000 vr=   1.29743 vt=  -0.08163
 i= 1350 j= 1075 glon=  299.21 (0-360E) glon=  299.21 glat=  22.84 u=  -1.6000 v=  -0.6000 vr=   1.68625 vt=  -0.27668
 i= 1355 j= 1075 glon=  299.41 (0-360E) glon=  299.41 glat=  22.84 u=  -2.1000 v=  -0.7000 vr=   2.12620 vt=  -0.61585
 i= 1360 j= 1075 glon=  299.61 (0-360E) glon=  299.61 glat=  22.84 u=  -2.2000 v=  -0.8000 vr=   2.18818 vt=  -0.83178
 i= 1365 j= 1075 glon=  299.81 (0-360E) glon=  299.81 glat=  22.84 u=  -2.2000 v=  -1.1000 vr=   2.27199 vt=  -0.94237
 i= 1370 j= 1075 glon=  300.01 (0-360E) glon=  300.01 glat=  22.84 u=  -2.1000 v=  -1.4000 vr=   2.25936 vt=  -1.12485
 i= 1375 j= 1075 glon=  300.21 (0-360E) glon=  300.21 glat=  22.84 u=  -2.8000 v=  -1.6000 vr=   2.29698 vt=  -2.26360
 i= 1380 j= 1075 glon=  300.41 (0-360E) glon=  300.41 glat=  22.84 u=  -3.5000 v=  -1.9000 vr=   1.85555 vt=  -3.52377
 i= 1385 j= 1075 glon=  300.61 (0-360E) glon=  300.61 glat=  22.84 u=  -4.0000 v=  -1.2000 vr=  -0.02262 vt=  -4.17606
 i= 1390 j= 1075 glon=  300.81 (0-360E) glon=  300.81 glat=  22.84 u=  -4.4000 v=   0.2000 vr=  -2.43254 vt=  -3.67189
 i= 1395 j= 1075 glon=  301.01 (0-360E) glon=  301.01 glat=  22.84 u=  -4.7000 v=   1.6000 vr=  -4.32219 vt=  -2.44308
 i= 1400 j= 1075 glon=  301.21 (0-360E) glon=  301.21 glat=  22.84 u=  -5.0000 v=   3.8000 vr=  -6.27179 vt=  -0.32349
 i= 1405 j= 1075 glon=  301.41 (0-360E) glon=  301.41 glat=  22.84 u=  -5.1000 v=   5.9000 vr=  -7.53194 vt=   2.02235
 i= 1410 j= 1075 glon=  301.61 (0-360E) glon=  301.61 glat=  22.84 u=  -5.4000 v=   8.1000 vr=  -8.69024 vt=   4.38745
 i= 1415 j= 1075 glon=  301.81 (0-360E) glon=  301.81 glat=  22.84 u=  -5.7000 v=  10.1000 vr=  -9.54419 vt=   6.58851
 i= 1420 j= 1075 glon=  302.01 (0-360E) glon=  302.01 glat=  22.84 u=  -5.8000 v=  11.8000 vr=  -9.96548 vt=   8.57725
 i= 1425 j= 1075 glon=  302.21 (0-360E) glon=  302.21 glat=  22.84 u=  -5.2000 v=  11.3000 vr=  -8.87579 vt=   8.71495
 i= 1430 j= 1075 glon=  302.41 (0-360E) glon=  302.41 glat=  22.84 u=  -4.5000 v=  10.7000 vr=  -7.72751 vt=   8.66173
 i= 1330 j= 1080 glon=  298.41 (0-360E) glon=  298.41 glat=  22.64 u=   0.2000 v=   0.5000 vr=  -0.38912 vt=  -0.37227
 i= 1335 j= 1080 glon=  298.61 (0-360E) glon=  298.61 glat=  22.64 u=   0.0000 v=   0.0000 vr=   0.00000 vt=   0.00000
 i= 1340 j= 1080 glon=  298.81 (0-360E) glon=  298.81 glat=  22.64 u=  -0.3000 v=  -0.3000 vr=   0.40901 vt=   0.11273
 i= 1345 j= 1080 glon=  299.01 (0-360E) glon=  299.01 glat=  22.64 u=  -0.7000 v=  -0.6000 vr=   0.91380 vt=   0.12237
 i= 1350 j= 1080 glon=  299.21 (0-360E) glon=  299.21 glat=  22.64 u=  -1.2000 v=  -0.8000 vr=   1.43963 vt=  -0.08637
 i= 1355 j= 1080 glon=  299.41 (0-360E) glon=  299.41 glat=  22.64 u=  -1.8000 v=  -0.9000 vr=   1.93736 vt=  -0.54466
 i= 1360 j= 1080 glon=  299.61 (0-360E) glon=  299.61 glat=  22.64 u=  -2.0000 v=  -1.2000 vr=   2.22166 vt=  -0.71009
 i= 1365 j= 1080 glon=  299.81 (0-360E) glon=  299.81 glat=  22.64 u=  -1.9000 v=  -1.6000 vr=   2.38055 vt=  -0.70922
 i= 1370 j= 1080 glon=  300.01 (0-360E) glon=  300.01 glat=  22.64 u=  -1.8000 v=  -2.0000 vr=   2.55203 vt=  -0.85273
 i= 1375 j= 1080 glon=  300.21 (0-360E) glon=  300.21 glat=  22.64 u=  -2.2000 v=  -2.3000 vr=   2.70748 vt=  -1.67318
 i= 1380 j= 1080 glon=  300.41 (0-360E) glon=  300.41 glat=  22.64 u=  -2.6000 v=  -2.6000 vr=   2.57493 vt=  -2.62483
 i= 1385 j= 1080 glon=  300.61 (0-360E) glon=  300.61 glat=  22.64 u=  -3.0000 v=  -1.7000 vr=   0.97816 vt=  -3.30654
 i= 1390 j= 1080 glon=  300.81 (0-360E) glon=  300.81 glat=  22.64 u=  -3.3000 v=  -0.3000 vr=  -1.09157 vt=  -3.12865
 i= 1395 j= 1080 glon=  301.01 (0-360E) glon=  301.01 glat=  22.64 u=  -3.7000 v=   1.3000 vr=  -3.14957 vt=  -2.33671
 i= 1400 j= 1080 glon=  301.21 (0-360E) glon=  301.21 glat=  22.64 u=  -4.1000 v=   3.5000 vr=  -5.34350 vt=  -0.71205
 i= 1405 j= 1080 glon=  301.41 (0-360E) glon=  301.41 glat=  22.64 u=  -4.5000 v=   5.7000 vr=  -7.15339 vt=   1.25263
 i= 1410 j= 1080 glon=  301.61 (0-360E) glon=  301.61 glat=  22.64 u=  -4.8000 v=   7.7000 vr=  -8.45196 vt=   3.30067
 i= 1415 j= 1080 glon=  301.81 (0-360E) glon=  301.81 glat=  22.64 u=  -5.2000 v=   9.7000 vr=  -9.61197 vt=   5.36098
 i= 1420 j= 1080 glon=  302.01 (0-360E) glon=  302.01 glat=  22.64 u=  -5.4000 v=  11.4000 vr= -10.29180 vt=   7.29375
 i= 1425 j= 1080 glon=  302.21 (0-360E) glon=  302.21 glat=  22.64 u=  -5.0000 v=  11.1000 vr=  -9.43836 vt=   7.68944
 i= 1335 j= 1085 glon=  298.61 (0-360E) glon=  298.61 glat=  22.44 u=   0.4000 v=   0.1000 vr=  -0.39207 vt=   0.12760
 i= 1340 j= 1085 glon=  298.81 (0-360E) glon=  298.81 glat=  22.44 u=   0.1000 v=  -0.3000 vr=   0.09101 vt=   0.30285
 i= 1345 j= 1085 glon=  299.01 (0-360E) glon=  299.01 glat=  22.44 u=  -0.2000 v=  -0.6000 vr=   0.53202 vt=   0.34199
 i= 1350 j= 1085 glon=  299.21 (0-360E) glon=  299.21 glat=  22.44 u=  -0.7000 v=  -0.9000 vr=   1.12639 vt=   0.17673
 i= 1355 j= 1085 glon=  299.41 (0-360E) glon=  299.41 glat=  22.44 u=  -1.3000 v=  -1.1000 vr=   1.68550 vt=  -0.24311
 i= 1360 j= 1085 glon=  299.61 (0-360E) glon=  299.61 glat=  22.44 u=  -1.6000 v=  -1.4000 vr=   2.06716 vt=  -0.49685
 i= 1365 j= 1085 glon=  299.81 (0-360E) glon=  299.81 glat=  22.44 u=  -1.5000 v=  -1.9000 vr=   2.38099 vt=  -0.43689
 i= 1370 j= 1085 glon=  300.01 (0-360E) glon=  300.01 glat=  22.44 u=  -1.5000 v=  -2.4000 vr=   2.76101 vt=  -0.62196
 i= 1375 j= 1085 glon=  300.21 (0-360E) glon=  300.21 glat=  22.44 u=  -1.6000 v=  -2.6000 vr=   2.83289 vt=  -1.13786
 i= 1380 j= 1085 glon=  300.41 (0-360E) glon=  300.41 glat=  22.44 u=  -1.6000 v=  -2.9000 vr=   2.88755 vt=  -1.62237
 i= 1385 j= 1085 glon=  300.61 (0-360E) glon=  300.61 glat=  22.44 u=  -1.8000 v=  -2.0000 vr=   1.63542 vt=  -2.13668
 i= 1390 j= 1085 glon=  300.81 (0-360E) glon=  300.81 glat=  22.44 u=  -2.1000 v=  -0.5000 vr=  -0.25195 vt=  -2.14395
 i= 1395 j= 1085 glon=  301.01 (0-360E) glon=  301.01 glat=  22.44 u=  -2.4000 v=   1.1000 vr=  -2.11406 vt=  -1.58137
 i= 1400 j= 1085 glon=  301.21 (0-360E) glon=  301.21 glat=  22.44 u=  -3.0000 v=   3.3000 vr=  -4.43211 vt=  -0.49639
 i= 1405 j= 1085 glon=  301.41 (0-360E) glon=  301.41 glat=  22.44 u=  -3.5000 v=   5.4000 vr=  -6.35412 vt=   1.01740
 i= 1410 j= 1085 glon=  301.61 (0-360E) glon=  301.61 glat=  22.44 u=  -4.0000 v=   7.4000 vr=  -7.96272 vt=   2.71204
 i= 1415 j= 1085 glon=  301.81 (0-360E) glon=  301.81 glat=  22.44 u=  -4.4000 v=   9.3000 vr=  -9.23200 vt=   4.54095
 i= 1420 j= 1085 glon=  302.01 (0-360E) glon=  302.01 glat=  22.44 u=  -4.8000 v=  11.0000 vr= -10.22736 vt=   6.28021
 i= 1425 j= 1085 glon=  302.21 (0-360E) glon=  302.21 glat=  22.44 u=  -4.6000 v=  10.9000 vr=  -9.65558 vt=   6.83665
 i= 1340 j= 1090 glon=  298.81 (0-360E) glon=  298.81 glat=  22.24 u=   0.4000 v=  -0.2000 vr=  -0.17744 vt=   0.41051
 i= 1345 j= 1090 glon=  299.01 (0-360E) glon=  299.01 glat=  22.24 u=   0.2000 v=  -0.6000 vr=   0.27153 vt=   0.57120
 i= 1350 j= 1090 glon=  299.21 (0-360E) glon=  299.21 glat=  22.24 u=  -0.2000 v=  -0.8000 vr=   0.73022 vt=   0.38312
 i= 1355 j= 1090 glon=  299.41 (0-360E) glon=  299.41 glat=  22.24 u=  -0.7000 v=  -1.0000 vr=   1.22018 vt=   0.03400
 i= 1360 j= 1090 glon=  299.61 (0-360E) glon=  299.61 glat=  22.24 u=  -0.9000 v=  -1.3000 vr=   1.57722 vt=  -0.11122
 i= 1365 j= 1090 glon=  299.81 (0-360E) glon=  299.81 glat=  22.24 u=  -1.0000 v=  -1.7000 vr=   1.95938 vt=  -0.22545
 i= 1370 j= 1090 glon=  300.01 (0-360E) glon=  300.01 glat=  22.24 u=  -1.0000 v=  -2.1000 vr=   2.29658 vt=  -0.36840
 i= 1375 j= 1090 glon=  300.21 (0-360E) glon=  300.21 glat=  22.24 u=  -0.9000 v=  -2.4000 vr=   2.50349 vt=  -0.55004
 i= 1380 j= 1090 glon=  300.41 (0-360E) glon=  300.41 glat=  22.24 u=  -0.8000 v=  -2.7000 vr=   2.69477 vt=  -0.81746
 i= 1385 j= 1090 glon=  300.61 (0-360E) glon=  300.61 glat=  22.24 u=  -0.7000 v=  -2.0000 vr=   1.86780 vt=  -1.00066
 i= 1390 j= 1090 glon=  300.81 (0-360E) glon=  300.81 glat=  22.24 u=  -0.6000 v=  -0.7000 vr=   0.49358 vt=  -0.77870
 i= 1395 j= 1090 glon=  301.01 (0-360E) glon=  301.01 glat=  22.24 u=  -0.8000 v=   0.7000 vr=  -0.96886 vt=  -0.43738
 i= 1400 j= 1090 glon=  301.21 (0-360E) glon=  301.21 glat=  22.24 u=  -1.4000 v=   2.9000 vr=  -3.20576 vt=   0.30510
 i= 1405 j= 1090 glon=  301.41 (0-360E) glon=  301.41 glat=  22.24 u=  -2.1000 v=   5.0000 vr=  -5.25556 vt=   1.33758
 i= 1410 j= 1090 glon=  301.61 (0-360E) glon=  301.61 glat=  22.24 u=  -2.7000 v=   7.0000 vr=  -7.00263 vt=   2.69316
 i= 1415 j= 1090 glon=  301.81 (0-360E) glon=  301.81 glat=  22.24 u=  -3.3000 v=   8.8000 vr=  -8.45190 vt=   4.11040
 i= 1420 j= 1090 glon=  302.01 (0-360E) glon=  302.01 glat=  22.24 u=  -3.8000 v=  10.5000 vr=  -9.63633 vt=   5.64190
 i= 1345 j= 1095 glon=  299.01 (0-360E) glon=  299.01 glat=  22.04 u=   0.6000 v=  -0.6000 vr=   0.04679 vt=   0.84724
 i= 1350 j= 1095 glon=  299.21 (0-360E) glon=  299.21 glat=  22.04 u=   0.3000 v=  -0.7000 vr=   0.37283 vt=   0.66408
 i= 1355 j= 1095 glon=  299.41 (0-360E) glon=  299.41 glat=  22.04 u=  -0.1000 v=  -0.9000 vr=   0.81235 vt=   0.40011
 i= 1360 j= 1095 glon=  299.61 (0-360E) glon=  299.61 glat=  22.04 u=  -0.3000 v=  -1.2000 vr=   1.20531 vt=   0.27790
 i= 1365 j= 1095 glon=  299.81 (0-360E) glon=  299.81 glat=  22.04 u=  -0.4000 v=  -1.5000 vr=   1.54410 vt=   0.16053
 i= 1370 j= 1095 glon=  300.01 (0-360E) glon=  300.01 glat=  22.04 u=  -0.5000 v=  -1.8000 vr=   1.86763 vt=  -0.04441
 i= 1375 j= 1095 glon=  300.21 (0-360E) glon=  300.21 glat=  22.04 u=  -0.3000 v=  -2.1000 vr=   2.12093 vt=  -0.04056
 i= 1380 j= 1095 glon=  300.41 (0-360E) glon=  300.41 glat=  22.04 u=   0.1000 v=  -2.4000 vr=   2.40052 vt=   0.08664
 i= 1385 j= 1095 glon=  300.61 (0-360E) glon=  300.61 glat=  22.04 u=   0.5000 v=  -1.9000 vr=   1.94970 vt=   0.24221
 i= 1390 j= 1095 glon=  300.81 (0-360E) glon=  300.81 glat=  22.04 u=   0.8000 v=  -0.8000 vr=   0.97741 vt=   0.56979
 i= 1395 j= 1095 glon=  301.01 (0-360E) glon=  301.01 glat=  22.04 u=   0.8000 v=   0.3000 vr=   0.01289 vt=   0.85430
 i= 1400 j= 1095 glon=  301.21 (0-360E) glon=  301.21 glat=  22.04 u=   0.1000 v=   2.4000 vr=  -2.08218 vt=   1.19772
 i= 1405 j= 1095 glon=  301.41 (0-360E) glon=  301.41 glat=  22.04 u=  -0.7000 v=   4.5000 vr=  -4.15490 vt=   1.86462
 i= 1410 j= 1095 glon=  301.61 (0-360E) glon=  301.61 glat=  22.04 u=  -1.5000 v=   6.5000 vr=  -6.05108 vt=   2.80793
 i= 1415 j= 1095 glon=  301.81 (0-360E) glon=  301.81 glat=  22.04 u=  -2.2000 v=   8.4000 vr=  -7.70135 vt=   4.01114
 i= 1350 j= 1100 glon=  299.21 (0-360E) glon=  299.21 glat=  21.84 u=   0.6000 v=  -0.6000 vr=   0.16272 vt=   0.83278
 i= 1355 j= 1100 glon=  299.41 (0-360E) glon=  299.41 glat=  21.84 u=   0.4000 v=  -0.8000 vr=   0.50238 vt=   0.74001
 i= 1360 j= 1100 glon=  299.61 (0-360E) glon=  299.61 glat=  21.84 u=   0.3000 v=  -1.1000 vr=   0.88154 vt=   0.72310
 i= 1365 j= 1100 glon=  299.81 (0-360E) glon=  299.81 glat=  21.84 u=   0.3000 v=  -1.3000 vr=   1.13772 vt=   0.69685
 i= 1370 j= 1100 glon=  300.01 (0-360E) glon=  300.01 glat=  21.84 u=   0.2000 v=  -1.5000 vr=   1.42131 vt=   0.51950
 i= 1375 j= 1100 glon=  300.21 (0-360E) glon=  300.21 glat=  21.84 u=   0.4000 v=  -1.6000 vr=   1.54765 vt=   0.56989
 i= 1380 j= 1100 glon=  300.41 (0-360E) glon=  300.41 glat=  21.84 u=   0.7000 v=  -1.8000 vr=   1.80340 vt=   0.69120
 i= 1385 j= 1100 glon=  300.61 (0-360E) glon=  300.61 glat=  21.84 u=   1.2000 v=  -1.5000 vr=   1.63032 vt=   1.01591
 i= 1390 j= 1100 glon=  300.81 (0-360E) glon=  300.81 glat=  21.84 u=   1.6000 v=  -0.8000 vr=   1.13978 vt=   1.37873
 i= 1395 j= 1100 glon=  301.01 (0-360E) glon=  301.01 glat=  21.84 u=   1.9000 v=   0.1000 vr=   0.52383 vt=   1.82910
 i= 1400 j= 1100 glon=  301.21 (0-360E) glon=  301.21 glat=  21.84 u=   1.2000 v=   1.9000 vr=  -1.22901 vt=   1.88136
 i= 1405 j= 1100 glon=  301.41 (0-360E) glon=  301.41 glat=  21.84 u=   0.4000 v=   3.8000 vr=  -3.10315 vt=   2.22945
 i= 1410 j= 1100 glon=  301.61 (0-360E) glon=  301.61 glat=  21.84 u=  -0.4000 v=   5.7000 vr=  -4.93286 vt=   2.88390
 i= 1360 j= 1105 glon=  299.61 (0-360E) glon=  299.61 glat=  21.64 u=   0.9000 v=  -0.9000 vr=   0.50278 vt=   1.16928
 i= 1365 j= 1105 glon=  299.81 (0-360E) glon=  299.81 glat=  21.64 u=   0.9000 v=  -1.0000 vr=   0.70138 vt=   1.14807
 i= 1370 j= 1105 glon=  300.01 (0-360E) glon=  300.01 glat=  21.64 u=   1.0000 v=  -1.2000 vr=   0.98384 vt=   1.21329
 i= 1375 j= 1105 glon=  300.21 (0-360E) glon=  300.21 glat=  21.64 u=   1.0000 v=  -1.2000 vr=   1.09846 vt=   1.11058
 i= 1380 j= 1105 glon=  300.41 (0-360E) glon=  300.41 glat=  21.64 u=   1.2000 v=  -1.1000 vr=   1.10521 vt=   1.19520
 i= 1385 j= 1105 glon=  300.61 (0-360E) glon=  300.61 glat=  21.64 u=   1.7000 v=  -0.9000 vr=   1.07282 vt=   1.59657
 i= 1390 j= 1105 glon=  300.81 (0-360E) glon=  300.81 glat=  21.64 u=   2.3000 v=  -0.6000 vr=   1.05153 vt=   2.13173
 i= 1395 j= 1105 glon=  301.01 (0-360E) glon=  301.01 glat=  21.64 u=   2.7000 v=  -0.1000 vr=   0.88714 vt=   2.55205
 i= 1400 j= 1105 glon=  301.21 (0-360E) glon=  301.21 glat=  21.64 u=   2.1000 v=   1.4000 vr=  -0.50444 vt=   2.47296
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    2.46621462715937       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE      7.55 kts
    LL Wind Circ Vt mean quadmax value: SE      2.94 kts
    LL Wind Circ Vt mean quadmax value: SW      0.00 kts
    LL Wind Circ Vt mean quadmax value: NW      0.00 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    240.908111524826       (km)
 Max dist allowed (km) =    400.000000000000     
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    23.7649529391014     
   xcenlon=    299.811135921744     
   imax=         2738  jmax=         2041
   jlatfix=         1051
   ilonfix (unadjusted) =         1366
  
 In get_max_wind, ibeg=         1291  iend=         1440
                  jbeg=          983  jend=         1120
         ilonfix=         1366  jlatfix=         1051
 At end of get_max_wind, vmax=    8.51556809614015       rmax= 
   141.804254378764     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    5.34 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.34 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    5.35 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    5.35 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    5.35 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    5.36 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    5.35 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    5.34 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    5.32 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    5.30 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    5.28 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    5.26 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    5.24 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    5.21 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    5.19 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    5.17 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    5.15 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    5.12 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    5.10 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    5.07 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    5.05 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    5.03 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    5.01 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    5.00 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    4.99 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    4.97 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    4.94 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    4.93 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    4.91 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    4.89 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    4.86 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    4.84 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    4.81 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    4.77 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    4.74 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    4.70 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    4.67 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    4.64 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    4.61 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    4.57 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    4.54 (m/s)
  After ARMW loop#   1  maxrmw_wmag=     5.36 m/s   maxrmw_dist=    18.00  km   maxrmw_ix=    6
  
  In get_axisymet_rmw, the integrals for
  rising_sum_dvdr and declining_sum_dvdr did NOT
  meet the thresholds needed to indicate an RMW has
  been found.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=   -999.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=   -999.000000000000      
  (m/s)   (in kts)=   -1940.75730000000     
  rising_sum_dvdr=      1.649762667910171E-002
  declining_sum_dvdr=  -0.342347121782990     
  rising/declining threshold=   0.100000000000000     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            2
  
        ix=   1 radius=   75.00 (km)    azim_ave_wmag=    4.99 (m/s)
        ix=   2 radius=   78.00 (km)    azim_ave_wmag=    4.97 (m/s)
        ix=   3 radius=   81.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=   4 radius=   84.00 (km)    azim_ave_wmag=    4.94 (m/s)
        ix=   5 radius=   87.00 (km)    azim_ave_wmag=    4.93 (m/s)
        ix=   6 radius=   90.00 (km)    azim_ave_wmag=    4.91 (m/s)
        ix=   7 radius=   93.00 (km)    azim_ave_wmag=    4.89 (m/s)
        ix=   8 radius=   96.00 (km)    azim_ave_wmag=    4.86 (m/s)
        ix=   9 radius=   99.00 (km)    azim_ave_wmag=    4.84 (m/s)
        ix=  10 radius=  102.00 (km)    azim_ave_wmag=    4.81 (m/s)
        ix=  11 radius=  105.00 (km)    azim_ave_wmag=    4.77 (m/s)
        ix=  12 radius=  108.00 (km)    azim_ave_wmag=    4.74 (m/s)
        ix=  13 radius=  111.00 (km)    azim_ave_wmag=    4.70 (m/s)
        ix=  14 radius=  114.00 (km)    azim_ave_wmag=    4.67 (m/s)
        ix=  15 radius=  117.00 (km)    azim_ave_wmag=    4.64 (m/s)
        ix=  16 radius=  120.00 (km)    azim_ave_wmag=    4.61 (m/s)
        ix=  17 radius=  123.00 (km)    azim_ave_wmag=    4.57 (m/s)
        ix=  18 radius=  126.00 (km)    azim_ave_wmag=    4.54 (m/s)
        ix=  19 radius=  129.00 (km)    azim_ave_wmag=    4.50 (m/s)
        ix=  20 radius=  132.00 (km)    azim_ave_wmag=    4.47 (m/s)
        ix=  21 radius=  135.00 (km)    azim_ave_wmag=    4.43 (m/s)
        ix=  22 radius=  138.00 (km)    azim_ave_wmag=    4.40 (m/s)
        ix=  23 radius=  141.00 (km)    azim_ave_wmag=    4.37 (m/s)
        ix=  24 radius=  144.00 (km)    azim_ave_wmag=    4.34 (m/s)
        ix=  25 radius=  147.00 (km)    azim_ave_wmag=    4.32 (m/s)
        ix=  26 radius=  150.00 (km)    azim_ave_wmag=    4.29 (m/s)
        ix=  27 radius=  153.00 (km)    azim_ave_wmag=    4.27 (m/s)
        ix=  28 radius=  156.00 (km)    azim_ave_wmag=    4.25 (m/s)
        ix=  29 radius=  159.00 (km)    azim_ave_wmag=    4.23 (m/s)
        ix=  30 radius=  162.00 (km)    azim_ave_wmag=    4.22 (m/s)
        ix=  31 radius=  165.00 (km)    azim_ave_wmag=    4.21 (m/s)
        ix=  32 radius=  168.00 (km)    azim_ave_wmag=    4.21 (m/s)
        ix=  33 radius=  171.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  34 radius=  174.00 (km)    azim_ave_wmag=    4.19 (m/s)
        ix=  35 radius=  177.00 (km)    azim_ave_wmag=    4.19 (m/s)
        ix=  36 radius=  180.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  37 radius=  183.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  38 radius=  186.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  39 radius=  189.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  40 radius=  192.00 (km)    azim_ave_wmag=    4.22 (m/s)
        ix=  41 radius=  195.00 (km)    azim_ave_wmag=    4.23 (m/s)
        ix=  42 radius=  198.00 (km)    azim_ave_wmag=    4.24 (m/s)
  After ARMW loop#   2  maxrmw_wmag=     4.99 m/s   maxrmw_dist=    75.00  km   maxrmw_ix=    1
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    75.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    4.98884554241641      
  (m/s)   (in kts)=    9.69183023525237     
  rising_sum_dvdr=      0.100000000000000     
  declining_sum_dvdr=  -0.450044337646533     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:16:56
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            0 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   -99.000
  
  
  In get_cps_paramb, lead time=            0 :           0   00L  NATL     
   right_ct=          394   left_ct=         1346
   zthicksum(1)=    1337625.42075000     
   zthicksum(2)=    4577014.96574999     
   zthick_right_mean=    3394.98837753807     
   zthick_left_mean=     3400.45688391530     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -5.46850637722991     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            0.05
  Sum of y-diffs squared (ydiff2) =            5.72
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    37.66   6.7452        1.30   0.1661    -0.06     0.00        1.69
    2    37.20   6.6846        0.84   0.1055    -0.03     0.00        0.70
    3    36.70   6.6201        0.34   0.0409     0.01     0.00        0.12
    4    36.25   6.5511       -0.12  -0.0281     0.11     0.01        0.01
    5    35.64   6.4770       -0.72  -0.1022     0.11     0.01        0.52
    6    34.73   6.3969       -1.64  -0.1822    -0.15     0.02        2.68
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    36.364     x:    6.58
  
  slope=      8.175         y-intercept =    -17.419
  Regression equation:   Y =   -17.42 +     8.17X
  
  R2(r_squared) =  0.9911        r =  0.9956
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1083.16 zmin= 1044.22 zdiff=   38.94
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1576.18 zmin= 1538.52 zdiff=   37.66
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -1.28 dlnp=     -0.057158  dzdlnp=       22.394
  
   +++ k=  3 press=    800.0 zmax= 2095.02 zmin= 2057.82 zdiff=   37.20
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -0.46 dlnp=     -0.060625  dzdlnp=        7.654
  
   +++ k=  4 press=    750.0 zmax= 2641.43 zmin= 2604.73 zdiff=   36.70
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -0.50 dlnp=     -0.064539  dzdlnp=        7.685
  
   +++ k=  5 press=    700.0 zmax= 3218.27 zmin= 3182.02 zdiff=   36.25
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -0.46 dlnp=     -0.068993  dzdlnp=        6.609
  
   +++ k=  6 press=    650.0 zmax= 3829.05 zmin= 3793.41 zdiff=   35.64
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -0.61 dlnp=     -0.074108  dzdlnp=        8.204
  
   +++ k=  7 press=    600.0 zmax= 4479.45 zmin= 4444.72 zdiff=   34.73
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -0.91 dlnp=     -0.080043  dzdlnp=       11.394
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           25.41
  Sum of y-diffs squared (ydiff2) =           72.24
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    33.98   6.3099        4.45   0.2788     0.68     0.47       19.82
    2    33.14   6.2146        3.61   0.1834     1.13     1.28       13.05
    3    30.64   6.1092        1.12   0.0781     0.06     0.00        1.25
    4    27.18   5.9915       -2.34  -0.0397    -1.80     3.25        5.48
    5    23.95   5.8579       -5.57  -0.1732    -3.23    10.43       31.05
    6    28.26   5.7038       -1.27  -0.3274     3.16     9.97        1.61
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    29.524     x:    6.03
  
  slope=     13.520         y-intercept =    -52.017
  Regression equation:   Y =   -52.02 +    13.52X
  
  R2(r_squared) =  0.6483        r =  0.8052
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4479.45 zmin= 4444.72 zdiff=   34.73
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5175.82 zmin= 5141.85 zdiff=   33.98
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -0.75 dlnp=     -0.087011  dzdlnp=        8.643
  
   +++ k=  9 press=    500.0 zmax= 5927.83 zmin= 5894.69 zdiff=   33.14
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -0.84 dlnp=     -0.095310  dzdlnp=        8.813
  
   +++ k= 10 press=    450.0 zmax= 6747.12 zmin= 6716.48 zdiff=   30.64
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -2.50 dlnp=     -0.105361  dzdlnp=       23.690
  
   +++ k= 11 press=    400.0 zmax= 7646.24 zmin= 7619.06 zdiff=   27.18
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -3.46 dlnp=     -0.117783  dzdlnp=       29.342
  
   +++ k= 12 press=    350.0 zmax= 8642.57 zmin= 8618.62 zdiff=   23.95
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -3.23 dlnp=     -0.133531  dzdlnp=       24.204
  
   +++ k= 13 press=    300.0 zmax= 9760.13 zmin= 9731.88 zdiff=   28.26
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       4.30 dlnp=     -0.154151  dzdlnp=      -27.921
  
cps_stats: 00L   lead time=   0: 0   paramb=    -5.47  vtl=      8.17  vtu=     13.52
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    0:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.811 (0-360) guesslon=  299.811E  (  60.189W)   guesslat=   23.765
 ilonfix=         1366  jlatfix=         1051  npts=           33
 ibeg=         1294  jbeg=          983  imax=         2738
 iend=         1438  jend=         1119  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.491E  (0-360) ctlon=  298.491E  (  61.509W)  ctlat=   23.245 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.491E   (0-360) guesslon=  298.491E  (  61.509W)   guesslat=   23.245
 ilonfix=         1333  jlatfix=         1064  npts=           16
 ibeg=         1285  jbeg=         1020  imax=         2738
 iend=         1381  jend=         1108  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.271E  (0-360) ctlon=  298.271  (  61.729W)  ctlat=   23.125 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L     0:00  mean_lon:  298.27E (  61.73W)    (0-360) mean_lon=  298.27E  mean_lat:   23.12  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L     0:00  ifix:  1303   jfix:  1044  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1303  jx=         1044
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         556 ,         297 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         555 ,         296 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L     0:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:16:56
 TIMING: Before shear ... 22:16:56
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            1
  clon(ist,ifh,3)=    300.399990000000     
  clat(ist,ifh,3)=    23.4673110454545     
  fixlon(ist,ifh)=    299.811135921744     
  fixlat(ist,ifh)=    23.7649529391014     
  xcenlon=    300.399990000000     
  xcenlat=    23.4673110454545     
  
 xxshear
 In get_shear A, xcenlon=    300.399990000000       xcenlat= 
   23.4673110454545     
   In get_shear B, (0-360) xcenlon=    300.399990000000     
  
At start of get_shear:  00L   fhr=    0:00   Mean fix position=   299.81E  ( 60.19W)    23.76  (0-360) mean lon fix=  299.81
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    0.47 vr_mean(idist,ilev)=   -0.11
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    1.20 vr_mean(idist,ilev)=    0.06
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    1.96 vr_mean(idist,ilev)=    0.30
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    2.56 vr_mean(idist,ilev)=    0.36
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    3.01 vr_mean(idist,ilev)=    0.28
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    3.19 vr_mean(idist,ilev)=    0.12
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    2.96 vr_mean(idist,ilev)=    0.04
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    2.64 vr_mean(idist,ilev)=    0.02
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    2.27 vr_mean(idist,ilev)=    0.03
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    1.93 vr_mean(idist,ilev)=    0.05
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    1.56 vr_mean(idist,ilev)=    0.07
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    1.20 vr_mean(idist,ilev)=    0.02
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    0.84 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    0.53 vr_mean(idist,ilev)=   -0.18
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    0.22 vr_mean(idist,ilev)=   -0.26
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   -0.08 vr_mean(idist,ilev)=   -0.34
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   -0.35 vr_mean(idist,ilev)=   -0.43
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -0.58 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -0.87 vr_mean(idist,ilev)=   -0.54
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.77 vr_mean(idist,ilev)=   12.77
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -19.16 vr_mean(idist,ilev)=   19.16
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -25.55 vr_mean(idist,ilev)=   25.55
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -31.94 vr_mean(idist,ilev)=   31.94
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -38.33 vr_mean(idist,ilev)=   38.33
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -44.72 vr_mean(idist,ilev)=   44.72
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -51.12 vr_mean(idist,ilev)=   51.12
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -57.51 vr_mean(idist,ilev)=   57.51
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -63.92 vr_mean(idist,ilev)=   63.92
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -70.32 vr_mean(idist,ilev)=   70.32
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -76.73 vr_mean(idist,ilev)=   76.73
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -83.14 vr_mean(idist,ilev)=   83.14
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -89.56 vr_mean(idist,ilev)=   89.56
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -95.98 vr_mean(idist,ilev)=   95.98
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -102.41 vr_mean(idist,ilev)=  102.41
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -108.85 vr_mean(idist,ilev)=  108.85
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -115.29 vr_mean(idist,ilev)=  115.29
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -121.74 vr_mean(idist,ilev)=  121.74
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -128.20 vr_mean(idist,ilev)=  128.20
  
 At end of get_shear: 
     ist=    1 ifh=    1 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:16:56
  
 After call to fixcenter, fix positions at 
 forecast hour=    0:00 follow:
  
fixpos  00L   fhr=    0:00   Fix position=   299.81E  ( 60.19W)    23.76   Max Wind=  17 kts
  
  
 !!! IN GET_NEXT_GES, at fcst hour = 0, either 
 !!! storm motion or storm speed = -99 on TCV card.
 !!! ist=            1  ifh=            1
 !!! Storm name = NATL     
 !!! Storm ID = 00L 
 !!! storm motion vector=          -99
 !!! storm motion speed=          -99
 !!! CANNOT USE LINEAR EXTRAP TO GET NEXT GUESS !!!
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.811135921744        fixlat=    23.7649529391014     
        (0-360) fixlon=    299.811135921744     
      ilonfix=         1366   jlatfix=         1051
      ibeg=          893   iend=         1839
      jbeg=          599   jend=         1503
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.29510473218990       vavg=    4.00292628055911     
      ubar=  -0.323776183047475       vbar=    1.00073157013978     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.07875981448637       vavg=    2.51310339574552     
      ubar=  -0.863156090290658       vbar=    2.25728326801253     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.666022122784411       vavg=    1.94413322992191     
      ubar=  -0.696650559594556       vbar=    2.74331657549301     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.696650559594556       vbar=    2.74331657549301     
      wgttot=    1.00000000000000     
      fixlon=    299.811135921744        fixlat=    23.7649529391014     
      barnlon=    299.662966097939       barnlat=    24.2978518223294     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.913322398285765     
  
 --- barnlon=     60.34E  (  24.30W)    barnlat=   
 --- barnlon=    299.66E  (  60.34W)    barnlat=     24.30
 --- extraplon=    0.00E  (   0.00W)    extraplat=    0.00
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.76
 | Current fix lon is   60.19W   ( 299.81E)
 | Current fix lon (raw, unadjusted)=  299.81E
 | Updated guess lat for next fcst hour is   24.30
 | Updated guess lon (0-360) for next fcst hour is   60.34W   ( 299.66E)
 | Raw updated guess lon for next fcst hour is  299.66E)
 -------------------------------------------------
  
 iocheck, dist=    61.1364585795996        distm=    61136.4585795996     
 iocheck, stmspd=    2.83039160090739        istmspd=           55
 iocheck, xincr=  -0.148169823804949        yincr=   0.532898883228000     
 iocheck, stmdir=    344.461680641910        istmdir=          344
 +++ RPT_STORM_MOTION: istmspd=    55 kts(*10)    istmdir=   344 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   1
     Fix location for this time:   299.81E  ( 60.19W)    23.76
     Fix lon (raw) for this time:  299.81E
     ilonfix= 1366  jlatfix= 1051
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.811135921744       xcenlat=    23.7649529391014     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.811135921744       xcenlat=    23.7649529391014     
  ilonfix=         1366  jlatfix=         1051
  ibeg=         1245  iend=         1487
  jbeg=          935  jend=         1167  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.811135921744        xcenlat=    23.7649529391014     
      ilonfix=         1366   jlatfix=         1051
      ibeg=         1245   iend=         1487
      jbeg=          935   jend=         1167
 After call to barnes, xsmoothval=   1.668107421356669E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.668107421356669E-005
      xcenlon=    299.811135921744        xcenlat=    23.7649529391014     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000017  imeanzeta (*1e6)=       17
   --- mean zeta raw =   1.668107421356669E-005
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.000072  igrid zeta (*1e6)=       72 ifilret=   0
   --- grid zeta raw=   7.235791100895648E-005
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.811135921744       xcenlat=    23.7649529391014     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.811135921744       xcenlat=    23.7649529391014     
  ilonfix=         1366  jlatfix=         1051
  ibeg=         1245  iend=         1487
  jbeg=          935  jend=         1167  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.811135921744        xcenlat=    23.7649529391014     
      ilonfix=         1366   jlatfix=         1051
      ibeg=         1245   iend=         1487
      jbeg=          935   jend=         1167
 After call to barnes, xsmoothval=  -1.025620733597279E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=  -1.025620733597279E-005
      xcenlon=    299.811135921744        xcenlat=    23.7649529391014     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval= -0.000010  imeanzeta (*1e6)=       -9
   --- mean zeta raw =  -1.025620733597279E-005
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.000038  igrid zeta (*1e6)=       38 ifilret=   0
   --- grid zeta raw=   3.835791100895650E-005
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=            0
  
 segx, outlon=    299.811135921744       outlat=    23.7649529391014     
   ist=            1  ifcsthour=            0
   vmaxwind=    8.51556809614015       xminmslp=    101490.460000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=   -999.000000000000       rlastbar=   -999.000000000000     
   rmax=    141.804254378764     
   cps_vals=   -5.46850637722991        8.17479903316187     
   13.5198786306397     
   wcore_flag= n
   istmspd=           55  istmdir=          344
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    75.0000000000000     
   axisymet_rmw_val=     4.98884554241641     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
 rmax=    141.804254378764        irmax=          142
 TXX top of atcfunix_ext, ist=            1  ifh=            0
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            0
 intlat=          238
 clatns= N
 intlon=          602
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           17
 int(xminmslp/mslp_outp_adj + 0.5)=         1015
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=          -99
 irlastbar=          -99
 irmax=          142
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          344
 istmspd=           55
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -55
 icps_vals(2)=           82
 icps_vals(3)=          135
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           40
 irmw_val=           10
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=           17
 igridzeta(1)=           72
 imeanzeta(2)=           -9
 igridzeta(2)=           38
  
 rmax=    141.804254378764        irmax=          142
 +++ Top of output_atcf_parms, ist=            1  ifh=            0
  
 !!! IN GET_NEXT_GES, at fcst hour = 0, either 
 !!! storm motion or storm speed = -99 on TCV card.
 !!! ist=            1  ifh=            1
 !!! Storm name = NATL     
 !!! Storm ID = 00L 
 !!! storm motion vector=          -99
 !!! storm motion speed=          -99
 !!! CANNOT USE LINEAR EXTRAP TO GET NEXT GUESS !!!
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.811135921744        fixlat=    23.7649529391014     
        (0-360) fixlon=    299.811135921744     
      ilonfix=         1366   jlatfix=         1051
      ibeg=          893   iend=         1839
      jbeg=          599   jend=         1503
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.29510473218990       vavg=    4.00292628055911     
      ubar=  -0.323776183047475       vbar=    1.00073157013978     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.07875981448637       vavg=    2.51310339574552     
      ubar=  -0.863156090290658       vbar=    2.25728326801253     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.666022122784411       vavg=    1.94413322992191     
      ubar=  -0.696650559594556       vbar=    2.74331657549301     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.696650559594556       vbar=    2.74331657549301     
      wgttot=    1.00000000000000     
      fixlon=    299.811135921744        fixlat=    23.7649529391014     
      barnlon=    299.662966097939       barnlat=    24.2978518223294     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.913322398285765     
  
 --- barnlon=     60.34E  (  24.30W)    barnlat=   
 --- barnlon=    299.66E  (  60.34W)    barnlat=     24.30
 --- extraplon=    0.00E  (   0.00W)    extraplat=    0.00
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.76
 | Current fix lon is   60.19W   ( 299.81E)
 | Current fix lon (raw, unadjusted)=  299.81E
 | Updated guess lat for next fcst hour is   24.30
 | Updated guess lon (0-360) for next fcst hour is   60.34W   ( 299.66E)
 | Raw updated guess lon for next fcst hour is  299.66E)
 -------------------------------------------------
  
 iocheck, dist=    61.1364585795996        distm=    61136.4585795996     
 iocheck, stmspd=    2.83039160090739        istmspd=           55
 iocheck, xincr=  -0.148169823804949        yincr=   0.532898883228000     
 iocheck, stmdir=    344.461680641910        istmdir=          344
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:    0:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   9.982007504610172E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.998E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax (x10e5) =        0.113E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.139203048197688E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax (x10e5) =        0.102E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.130E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax =       -0.100E+16 fmin =        0.130E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.296E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax =       -0.100E+16 fmin =        0.295E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.987E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax =       -0.100E+16 fmin =        0.986E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.100 (0-360) guesslon=  289.100E  (  70.900W)   guesslat=   27.500
 ilonfix=         1098  jlatfix=          958  npts=           33
 ibeg=         1024  jbeg=          890  imax=         2738
 iend=         1172  jend=         1026  jmax=         2041
 TIMING: find_maxmin 1  22:16:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.230483393917020E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.980E  (0-360) ctlon=  288.980E  (  71.020W)  ctlat=   27.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.623E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.980E   (0-360) guesslon=  288.980E  (  71.020W)   guesslat=   27.380
 ilonfix=         1095  jlatfix=          961  npts=           16
 ibeg=         1046  jbeg=          917  imax=         2738
 iend=         1144  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.960E  (0-360) ctlon=  288.960  (  71.040W)  ctlat=   27.260 fmax (x10e5) =        0.851E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.985457409091        uvgeslat=    27.3036412727273     
    (0-360 uvgeslon)=    288.985457409091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.985457409091        uvgeslat=    27.3036412727273     
    (0-360 uvgeslon)=    288.985457409091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.985457409091     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.985E  (0-360E lon):  288.985E    71.015W  ctlat=   27.304  xmax_circul_disk =     144121212.6
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.985E  (0-360E)=  288.985E  (  71.015W)   guesslat=   27.304
 ilonfix=         1095  jlatfix=          963  npts=           56
 ibeg=         1026  jbeg=          899  imax=         2738
 iend=         1164  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    145024505.313868     
 nhalf get_wind_circ, k=  1 ctlon=  288.885E  (0-360E)=  288.885E  ctlon=   71.115W   ctlat=   27.264 Wind Circulation (NHEM: Max) =     145024505.3
 TIMING: After GWC 850 ... 22:16:56
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.985457409091        uvgeslat=    27.3036412727273     
    (0-360 uvgeslon)=    288.985457409091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.985457409091     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.985E  (0-360E lon):  288.985E    71.015W  ctlat=   27.304  xmax_circul_disk =     139972694.0
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.985E  (0-360E)=  288.985E  (  71.015W)   guesslat=   27.304
 ilonfix=         1095  jlatfix=          963  npts=           56
 ibeg=         1026  jbeg=          899  imax=         2738
 iend=         1164  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    140246104.880389     
 nhalf get_wind_circ, k=  1 ctlon=  289.005E  (0-360E)=  289.005E  ctlon=   70.995W   ctlat=   27.264 Wind Circulation (NHEM: Max) =     140246104.9
 TIMING: After GWC 700 ... 22:16:56
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:16:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.985457409091        uvgeslat=    27.3036412727273     
    (0-360 uvgeslon)=    288.985457409091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.985457409091     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.985E  (0-360E lon):  288.985E    71.015W  ctlat=   27.304  xmax_circul_disk =      93561096.1
 TIMING: get_wind_circ kloop, k=  1   22:16:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.985E  (0-360E)=  288.985E  (  71.015W)   guesslat=   27.304
 ilonfix=         1095  jlatfix=          963  npts=           56
 ibeg=         1026  jbeg=          899  imax=         2738
 iend=         1164  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    94834562.5345832     
 nhalf get_wind_circ, k=  1 ctlon=  288.885E  (0-360E)=  288.885E  ctlon=   71.115W   ctlat=   27.324 Wind Circulation (NHEM: Max) =      94834562.5
 TIMING: After GWC Sfc ... 22:16:56
  
 At beg of fixcenter, stderr(ist,ifh-1) = N/A  xavg_stderr= N/A
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    300.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            1  errmax=    300.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     0:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.10E   (0-360) guesslon=  289.10E  ( 70.90W)    27.50
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.96       71.04      27.26          113.08       T         30.05
   2    zeta 700    Max       288.96       71.04      27.26          101.57       T         30.05
   3    circ 850    Max       288.89       71.11      27.26          145.02       T         33.76
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       289.01       70.99      27.26          140.25       T         27.89
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.96       71.04      27.26         1297.13       T         30.05
   8     gph 700    Min       288.96       71.04      27.26         2954.88       T         30.05
   9        MSLP    Min       288.96       71.04      27.26        98598.32       T         30.05
  10    circ sfc    Max       288.89       71.11      27.32           94.83       T         28.86
  11    zeta sfc    Max       288.96       71.04      27.26           85.10       T         30.05
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    3.25595344243764       stderr_close= 
   2.69058980692785       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
 ip=  2 kprm=  2 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
 ip=  3 kprm=  3 dist_from_mean=   6.248 devia=   1.250 wtpos=  0.65935     288.89   288.89    71.11    27.26
 ip=  5 kprm=  4 dist_from_mean=   5.650 devia=   1.130 wtpos=  0.68612     289.01   289.01    70.99    27.26
 ip=  7 kprm=  5 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
 ip=  8 kprm=  6 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
 ip=  9 kprm=  7 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
 ip= 10 kprm=  8 dist_from_mean=   8.788 devia=   1.758 wtpos=  0.55663     288.89   288.89    71.11    27.32
 ip= 11 kprm=  9 dist_from_mean=   1.436 devia=   0.287 wtpos=  0.90869     288.96   288.96    71.04    27.26
  
At end of fixcenter:  08L   fhr=    0:00   Fix position=   288.95E  (0-360) fixlon=  288.95  ( 71.05W)    27.27
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.951918850651     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.960003500000     
        (0-360E clon(ist,ifh,9))=    288.960003500000     
      clat(ist,ifh,9)=    27.2600060000000     
      xval(9)=    98598.3237461671     
  
  After get_ij B, ibeg jbeg =          986         826
  After get_ij B, iend jend =         1202        1102
  
 In is_it_a_storm, ilonfix=         1094  jlatfix=          964
 ibeg jbeg iend jend =          986         826        1202        1102
 cparm= slp  parmlon parmlat =    288.960003500000        27.2600060000000     
     (0-360E parmlon) =    288.960003500000     
 parmval=    98598.3237461671     
  
 i= 1071 j=  901 glon=  288.05 (0-360E) glon=  288.05 glat=  29.80 dist=   296.22 slp=  100776.22 pgradient=  7.35233
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.35233
 mslp center =    288.960003500000        27.2600060000000     
   98598.3237461671     
   (0-360E) lon of mslp center =    288.960003500000     
 pgrad loc   =    288.048930000000        288.048930000000     
   71.9510700000000        29.8009030000000        100776.220000000     
  ttest at location C IF....
      xinp_fixlat=    27.2600060000000     
      xinp_fixlon=    288.960003500000       (0-360E) xinp_fixlon= 
   288.960003500000     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96098.3000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1093  jfix=          964
 longitude=    288.960003500000      E   (   71.0399965000000      
 W)  (0-360E) xinp_fixlon=    288.960003500000     
 latitude=    27.2600060000000     
 mean mslp value (xval(9))=    98598.3237461671     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1093  jfix=          964
 longitude=    288.960003500000      E   (   71.0399965000000      
 W)  (0-360E) xinp_fixlon=    288.960003500000     
 latitude=    27.2600060000000     
 mean mslp value (xval(9))=    98598.3237461671     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1093  jx=          964
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96098.3000000000       xcentval=    96098.3000000000     
 At A, num_found_contours=            0
 At A, contlo=    96098.3000000000       conthi=    96498.3000000000     
  
 num_found_contours=            0
 contlo=    96098.3000000000       conthi=    96498.3000000000     
 xcentval=    96098.3000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96498.3000000000       conthi=    96898.3000000000     
  
 num_found_contours=            1
 contlo=    96498.3000000000       conthi=    96898.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            2
 At A, contlo=    96898.3000000000       conthi=    97298.3000000000     
  
 num_found_contours=            2
 contlo=    96898.3000000000       conthi=    97298.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            3
 At A, contlo=    97298.3000000000       conthi=    97698.3000000000     
  
 num_found_contours=            3
 contlo=    97298.3000000000       conthi=    97698.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            4
 At A, contlo=    97698.3000000000       conthi=    98098.3000000000     
  
 num_found_contours=            4
 contlo=    97698.3000000000       conthi=    98098.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            5
 At A, contlo=    98098.3000000000       conthi=    98498.3000000000     
  
 num_found_contours=            5
 contlo=    98098.3000000000       conthi=    98498.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            6
 At A, contlo=    98498.3000000000       conthi=    98898.3000000000     
  
 num_found_contours=            6
 contlo=    98498.3000000000       conthi=    98898.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            7
 At A, contlo=    98898.3000000000       conthi=    99298.3000000000     
  
 num_found_contours=            7
 contlo=    98898.3000000000       conthi=    99298.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            8
 At A, contlo=    99298.3000000000       conthi=    99698.3000000000     
  
 num_found_contours=            8
 contlo=    99298.3000000000       conthi=    99698.3000000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=            9
 At A, contlo=    99698.3000000000       conthi=    100098.300000000     
  
 num_found_contours=            9
 contlo=    99698.3000000000       conthi=    100098.300000000     
 xcentval=    96098.3000000000     
 At A, num_found_contours=           10
 At A, contlo=    100098.300000000       conthi=    100498.300000000     
  
 num_found_contours=           10
 contlo=    100098.300000000       conthi=    100498.300000000     
 xcentval=    96098.3000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1071 ,         924 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96098.3000000000     
 !!! (i,j) of central value = (        1093 ,         964 )
 !!!  
 !!! Flagged value found    =    100086.940000000     
 !!! (i,j) of flagged value = (        1072 ,         923 )
 !!!   
 !!! Lower bound of contour interval =    100098.300000000     
 !!! Upper bound of contour interval =    100498.300000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1093  jfix=          964
 longitude=    288.960003500000      E   (   71.0399965000000      W)  
 (0-360E) xinp_fixlon=    288.960003500000     
 latitude=    27.2600060000000     
 mean mslp value (xval(9))=    98598.3237461671     
 gridpoint mslp value=    96098.3000000000     
 ccflag= y
 prs of last closed isobar =    100098.300000000     
 radius of last closed isobar =    57.9293589716825       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =    0:00
 !!! Boundary check xinp_fixlat is   27.26
 !!! Boundary check xinp_fixlon is   71.04W   ( 288.96E)  (0-360E) xinp_fixlon=  288.96
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.885459909091     
  850 mb wcirc fix lat=    27.2636422727273     
    (0-360) 850 mb wcirc fix lon=    288.885459909091     
  Multi-parm fix lon=      288.951918850651     
  Multi-parm fix lat=      27.2654876536061     
    (0-360) Multi-parm fix lon=      288.951918850651     
  
  
  After get_ij B, ibeg jbeg =         1001         860
  After get_ij B, iend jend =         1183        1068
  
 In is_it_a_storm, ilonfix=         1092  jlatfix=          964
 ibeg jbeg iend jend =         1001         860        1183        1068
 cparm= v850  parmlon parmlat =    288.885459909091        27.2636422727273     
     (0-360E parmlon) =    288.885459909091     
 parmval=    145024505.313868     
  
 i= 1081 j=  915 glon=  288.45 (0-360E) glon=  288.45 glat=  29.24 u= -22.0000 v=   1.1000 vr=   5.29839 vt=  21.38076
 i= 1086 j=  915 glon=  288.65 (0-360E) glon=  288.65 glat=  29.24 u= -23.1000 v=   4.3000 vr=   6.70792 vt=  22.51897
 i= 1091 j=  915 glon=  288.85 (0-360E) glon=  288.85 glat=  29.24 u= -21.9000 v=   6.6000 vr=   6.95728 vt=  21.78913
 i= 1096 j=  915 glon=  289.05 (0-360E) glon=  289.05 glat=  29.24 u= -21.3000 v=   6.8000 vr=   5.22804 vt=  21.73931
 i= 1101 j=  915 glon=  289.25 (0-360E) glon=  289.25 glat=  29.24 u= -22.3000 v=   7.5000 vr=   3.82239 vt=  23.21485
 i= 1066 j=  920 glon=  287.85 (0-360E) glon=  287.85 glat=  29.04 u= -16.9000 v=  -1.4000 vr=   6.51606 vt=  15.65602
 i= 1071 j=  920 glon=  288.05 (0-360E) glon=  288.05 glat=  29.04 u= -21.0000 v=  -6.2000 vr=   2.35958 vt=  21.76861
 i= 1076 j=  920 glon=  288.25 (0-360E) glon=  288.25 glat=  29.04 u= -24.9000 v=  -1.1000 vr=   6.47990 vt=  24.06722
 i= 1081 j=  920 glon=  288.45 (0-360E) glon=  288.45 glat=  29.04 u= -26.6000 v=  -1.0000 vr=   4.67578 vt=  26.20491
 i= 1086 j=  920 glon=  288.65 (0-360E) glon=  288.65 glat=  29.04 u= -23.6000 v=   4.6000 vr=   7.33009 vt=  22.89956
 i= 1091 j=  920 glon=  288.85 (0-360E) glon=  288.85 glat=  29.04 u= -23.6000 v=   3.1000 vr=   3.52907 vt=  23.53966
 i= 1096 j=  920 glon=  289.05 (0-360E) glon=  289.05 glat=  29.04 u= -18.4000 v=   4.3000 vr=   2.79273 vt=  18.68825
 i= 1101 j=  920 glon=  289.25 (0-360E) glon=  289.25 glat=  29.04 u= -25.2000 v=  11.8000 vr=   7.12162 vt=  26.89912
 i= 1106 j=  920 glon=  289.45 (0-360E) glon=  289.45 glat=  29.04 u= -21.0000 v=  15.9000 vr=   9.63209 vt=  24.51597
 i= 1111 j=  920 glon=  289.65 (0-360E) glon=  289.65 glat=  29.04 u= -21.6000 v=  16.4000 vr=   7.64654 vt=  26.02019
 i= 1116 j=  920 glon=  289.85 (0-360E) glon=  289.85 glat=  29.04 u= -19.1000 v=  16.5000 vr=   6.60325 vt=  24.36098
 i= 1061 j=  925 glon=  287.65 (0-360E) glon=  287.65 glat=  28.84 u= -17.7000 v=  -5.3000 vr=   5.75593 vt=  17.55703
 i= 1066 j=  925 glon=  287.85 (0-360E) glon=  287.85 glat=  28.84 u= -22.2000 v=  -0.7000 vr=  10.57284 vt=  19.53318
 i= 1071 j=  925 glon=  288.05 (0-360E) glon=  288.05 glat=  28.84 u= -17.2000 v=  -3.7000 vr=   3.96918 vt=  17.13988
 i= 1076 j=  925 glon=  288.25 (0-360E) glon=  288.25 glat=  28.84 u= -20.8000 v=  -3.1000 vr=   4.08471 vt=  20.62923
 i= 1081 j=  925 glon=  288.45 (0-360E) glon=  288.45 glat=  28.84 u= -23.7000 v=  -1.3000 vr=   4.38106 vt=  23.32780
 i= 1086 j=  925 glon=  288.65 (0-360E) glon=  288.65 glat=  28.84 u= -26.4000 v=   1.9000 vr=   5.35976 vt=  25.91993
 i= 1091 j=  925 glon=  288.85 (0-360E) glon=  288.85 glat=  28.84 u= -24.0000 v=   5.1000 vr=   5.59139 vt=  23.89030
 i= 1096 j=  925 glon=  289.05 (0-360E) glon=  289.05 glat=  28.84 u= -23.9000 v=   7.4000 vr=   5.18463 vt=  24.47631
 i= 1101 j=  925 glon=  289.25 (0-360E) glon=  289.25 glat=  28.84 u= -21.5000 v=  11.7000 vr=   7.16388 vt=  23.40553
 i= 1106 j=  925 glon=  289.45 (0-360E) glon=  289.45 glat=  28.84 u= -21.7000 v=  15.9000 vr=   8.61098 vt=  25.48629
 i= 1111 j=  925 glon=  289.65 (0-360E) glon=  289.65 glat=  28.84 u= -21.6000 v=  17.1000 vr=   7.19971 vt=  26.59199
 i= 1116 j=  925 glon=  289.85 (0-360E) glon=  289.85 glat=  28.84 u= -19.6000 v=  16.6000 vr=   5.26308 vt=  25.14001
 i= 1121 j=  925 glon=  290.05 (0-360E) glon=  290.05 glat=  28.84 u= -16.7000 v=  18.9000 vr=   6.67183 vt=  24.32256
 i= 1126 j=  925 glon=  290.25 (0-360E) glon=  290.25 glat=  28.84 u= -15.9000 v=  16.5000 vr=   3.41242 vt=  22.65867
 i= 1051 j=  930 glon=  287.25 (0-360E) glon=  287.25 glat=  28.64 u=  -8.9000 v=  -7.8000 vr=   1.10233 vt=  11.78282
 i= 1056 j=  930 glon=  287.45 (0-360E) glon=  287.45 glat=  28.64 u= -10.5000 v=  -8.5000 vr=   0.90254 vt=  13.47907
 i= 1061 j=  930 glon=  287.65 (0-360E) glon=  287.65 glat=  28.64 u= -14.8000 v= -15.0000 vr=  -2.50417 vt=  20.92293
 i= 1066 j=  930 glon=  287.85 (0-360E) glon=  287.85 glat=  28.64 u= -22.1000 v=  -6.4000 vr=   6.95104 vt=  21.93292
 i= 1071 j=  930 glon=  288.05 (0-360E) glon=  288.05 glat=  28.64 u= -22.4000 v=  -1.8000 vr=   9.03862 vt=  20.57434
 i= 1076 j=  930 glon=  288.25 (0-360E) glon=  288.25 glat=  28.64 u= -23.5000 v=  -0.2000 vr=   8.72495 vt=  21.82121
 i= 1081 j=  930 glon=  288.45 (0-360E) glon=  288.45 glat=  28.64 u= -21.3000 v=  -2.2000 vr=   3.64271 vt=  21.10120
 i= 1086 j=  930 glon=  288.65 (0-360E) glon=  288.65 glat=  28.64 u= -22.4000 v=   2.4000 vr=   5.74307 vt=  21.78387
 i= 1091 j=  930 glon=  288.85 (0-360E) glon=  288.85 glat=  28.64 u= -23.0000 v=   4.2000 vr=   4.73954 vt=  22.89491
 i= 1096 j=  930 glon=  289.05 (0-360E) glon=  289.05 glat=  28.64 u= -23.3000 v=   6.9000 vr=   4.42539 vt=  23.89385
 i= 1101 j=  930 glon=  289.25 (0-360E) glon=  289.25 glat=  28.64 u= -23.6000 v=   9.7000 vr=   4.07092 vt=  25.18884
 i= 1106 j=  930 glon=  289.45 (0-360E) glon=  289.45 glat=  28.64 u= -22.5000 v=  14.0000 vr=   5.49056 vt=  25.92496
 i= 1111 j=  930 glon=  289.65 (0-360E) glon=  289.65 glat=  28.64 u= -20.9000 v=  17.6000 vr=   6.57538 vt=  26.52045
 i= 1116 j=  930 glon=  289.85 (0-360E) glon=  289.85 glat=  28.64 u= -19.1000 v=  19.8000 vr=   6.75215 vt=  26.66943
 i= 1121 j=  930 glon=  290.05 (0-360E) glon=  290.05 glat=  28.64 u= -17.3000 v=  20.4000 vr=   5.94274 vt=  26.07938
 i= 1126 j=  930 glon=  290.25 (0-360E) glon=  290.25 glat=  28.64 u= -15.6000 v=  18.3000 vr=   3.44140 vt=  23.79930
 i= 1131 j=  930 glon=  290.45 (0-360E) glon=  290.45 glat=  28.64 u= -12.7000 v=  20.6000 vr=   5.47964 vt=  23.57167
 i= 1046 j=  935 glon=  287.05 (0-360E) glon=  287.05 glat=  28.44 u=  -9.3000 v= -11.6000 vr=   0.77550 vt=  14.84751
 i= 1051 j=  935 glon=  287.25 (0-360E) glon=  287.25 glat=  28.44 u=  -9.0000 v=  -9.6000 vr=   0.96579 vt=  13.12354
 i= 1056 j=  935 glon=  287.45 (0-360E) glon=  287.45 glat=  28.44 u= -11.6000 v=  -7.6000 vr=   3.37998 vt=  13.44975
 i= 1061 j=  935 glon=  287.65 (0-360E) glon=  287.65 glat=  28.44 u= -16.0000 v= -13.3000 vr=   1.19366 vt=  20.77174
 i= 1066 j=  935 glon=  287.85 (0-360E) glon=  287.85 glat=  28.44 u= -16.5000 v=  -5.0000 vr=   6.22350 vt=  16.07850
 i= 1071 j=  935 glon=  288.05 (0-360E) glon=  288.05 glat=  28.44 u= -18.7000 v=  -6.0000 vr=   4.89931 vt=  19.01806
 i= 1076 j=  935 glon=  288.25 (0-360E) glon=  288.25 glat=  28.44 u= -22.9000 v=  -3.9000 vr=   6.38662 vt=  22.33453
 i= 1081 j=  935 glon=  288.45 (0-360E) glon=  288.45 glat=  28.44 u= -24.1000 v=  -1.1000 vr=   6.48298 vt=  23.23771
 i= 1086 j=  935 glon=  288.65 (0-360E) glon=  288.65 glat=  28.44 u= -24.8000 v=   3.9000 vr=   8.18887 vt=  23.73167
 i= 1091 j=  935 glon=  288.85 (0-360E) glon=  288.85 glat=  28.44 u= -23.4000 v=   7.0000 vr=   7.64113 vt=  23.19856
 i= 1096 j=  935 glon=  289.05 (0-360E) glon=  289.05 glat=  28.44 u= -24.9000 v=  12.9000 vr=   9.76162 vt=  26.28937
 i= 1101 j=  935 glon=  289.25 (0-360E) glon=  289.25 glat=  28.44 u= -24.3000 v=  14.9000 vr=   7.95569 vt=  27.37165
 i= 1106 j=  935 glon=  289.45 (0-360E) glon=  289.45 glat=  28.44 u= -22.7000 v=  15.6000 vr=   5.49018 vt=  26.99089
 i= 1111 j=  935 glon=  289.65 (0-360E) glon=  289.65 glat=  28.44 u= -21.0000 v=  18.4000 vr=   5.47527 vt=  27.37848
 i= 1116 j=  935 glon=  289.85 (0-360E) glon=  289.85 glat=  28.44 u= -19.9000 v=  20.9000 vr=   5.21229 vt=  28.38401
 i= 1121 j=  935 glon=  290.05 (0-360E) glon=  290.05 glat=  28.44 u= -19.0000 v=  22.7000 vr=   4.52414 vt=  29.25444
 i= 1126 j=  935 glon=  290.25 (0-360E) glon=  290.25 glat=  28.44 u= -17.9000 v=  21.5000 vr=   2.13907 vt=  27.89416
 i= 1131 j=  935 glon=  290.45 (0-360E) glon=  290.45 glat=  28.44 u= -14.2000 v=  21.5000 vr=   3.04901 vt=  25.58503
 i= 1136 j=  935 glon=  290.65 (0-360E) glon=  290.65 glat=  28.44 u= -10.9000 v=  24.9000 vr=   6.21147 vt=  26.46200
 i= 1046 j=  940 glon=  287.05 (0-360E) glon=  287.05 glat=  28.24 u=  -5.5000 v= -14.7000 vr=  -2.80431 vt=  15.44266
 i= 1051 j=  940 glon=  287.25 (0-360E) glon=  287.25 glat=  28.24 u=  -7.7000 v= -13.5000 vr=  -1.11730 vt=  15.50134
 i= 1056 j=  940 glon=  287.45 (0-360E) glon=  287.45 glat=  28.24 u= -17.7000 v= -15.0000 vr=   4.95644 vt=  22.66547
 i= 1061 j=  940 glon=  287.65 (0-360E) glon=  287.65 glat=  28.24 u= -19.5000 v= -10.1000 vr=   7.86754 vt=  20.50273
 i= 1066 j=  940 glon=  287.85 (0-360E) glon=  287.85 glat=  28.24 u= -16.2000 v=  -9.8000 vr=   3.97992 vt=  18.51054
 i= 1071 j=  940 glon=  288.05 (0-360E) glon=  288.05 glat=  28.24 u= -19.8000 v=  -8.4000 vr=   5.29491 vt=  20.84620
 i= 1076 j=  940 glon=  288.25 (0-360E) glon=  288.25 glat=  28.24 u= -23.3000 v=  -5.5000 vr=   6.89983 vt=  22.92449
 i= 1081 j=  940 glon=  288.45 (0-360E) glon=  288.45 glat=  28.24 u= -22.7000 v=  -2.5000 vr=   6.03929 vt=  22.02424
 i= 1086 j=  940 glon=  288.65 (0-360E) glon=  288.65 glat=  28.24 u= -26.2000 v=   5.5000 vr=  10.87712 vt=  24.46177
 i= 1091 j=  940 glon=  288.85 (0-360E) glon=  288.85 glat=  28.24 u= -27.7000 v=  11.0000 vr=  11.91226 vt=  27.32010
 i= 1096 j=  940 glon=  289.05 (0-360E) glon=  289.05 glat=  28.24 u= -27.8000 v=  13.1000 vr=   8.87903 vt=  29.42130
 i= 1101 j=  940 glon=  289.25 (0-360E) glon=  289.25 glat=  28.24 u= -24.9000 v=  16.9000 vr=   8.24790 vt=  28.94118
 i= 1106 j=  940 glon=  289.45 (0-360E) glon=  289.45 glat=  28.24 u= -23.0000 v=  21.7000 vr=   8.84233 vt=  30.35956
 i= 1111 j=  940 glon=  289.65 (0-360E) glon=  289.65 glat=  28.24 u= -21.8000 v=  20.4000 vr=   4.33859 vt=  29.53941
 i= 1116 j=  940 glon=  289.85 (0-360E) glon=  289.85 glat=  28.24 u= -20.3000 v=  21.6000 vr=   2.87412 vt=  29.50236
 i= 1121 j=  940 glon=  290.05 (0-360E) glon=  290.05 glat=  28.24 u= -18.0000 v=  22.4000 vr=   2.29884 vt=  28.64394
 i= 1126 j=  940 glon=  290.25 (0-360E) glon=  290.25 glat=  28.24 u= -14.2000 v=  22.6000 vr=   3.11714 vt=  26.50818
 i= 1131 j=  940 glon=  290.45 (0-360E) glon=  290.45 glat=  28.24 u= -13.7000 v=  24.2000 vr=   2.68446 vt=  27.67894
 i= 1136 j=  940 glon=  290.65 (0-360E) glon=  290.65 glat=  28.24 u= -13.1000 v=  26.9000 vr=   3.06843 vt=  29.76247
 i= 1141 j=  940 glon=  290.85 (0-360E) glon=  290.85 glat=  28.24 u=  -8.9000 v=  28.3000 vr=   6.00055 vt=  29.05328
 i= 1041 j=  945 glon=  286.85 (0-360E) glon=  286.85 glat=  28.04 u=  -3.5000 v= -17.2000 vr=  -3.52100 vt=  17.19571
 i= 1046 j=  945 glon=  287.05 (0-360E) glon=  287.05 glat=  28.04 u=  -5.9000 v= -19.1000 vr=  -2.83748 vt=  19.78810
 i= 1051 j=  945 glon=  287.25 (0-360E) glon=  287.25 glat=  28.04 u=  -7.9000 v= -13.4000 vr=   0.68132 vt=  15.54046
 i= 1056 j=  945 glon=  287.45 (0-360E) glon=  287.45 glat=  28.04 u= -12.0000 v= -22.0000 vr=  -1.15552 vt=  25.03327
 i= 1061 j=  945 glon=  287.65 (0-360E) glon=  287.65 glat=  28.04 u= -12.4000 v= -12.7000 vr=   2.80593 vt=  17.52646
 i= 1066 j=  945 glon=  287.85 (0-360E) glon=  287.85 glat=  28.04 u= -16.4000 v= -12.5000 vr=   4.48194 vt=  20.12765
 i= 1071 j=  945 glon=  288.05 (0-360E) glon=  288.05 glat=  28.04 u= -20.0000 v= -12.3000 vr=   4.93559 vt=  22.95495
 i= 1076 j=  945 glon=  288.25 (0-360E) glon=  288.25 glat=  28.04 u= -21.7000 v=  -9.7000 vr=   4.91931 vt=  23.25468
 i= 1081 j=  945 glon=  288.45 (0-360E) glon=  288.45 glat=  28.04 u= -26.0000 v=  -5.0000 vr=   7.12591 vt=  25.49944
 i= 1086 j=  945 glon=  288.65 (0-360E) glon=  288.65 glat=  28.04 u= -30.5000 v=   1.2000 vr=   9.11057 vt=  29.13224
 i= 1091 j=  945 glon=  288.85 (0-360E) glon=  288.85 glat=  28.04 u= -34.4000 v=   9.5000 vr=  10.92580 vt=  33.97406
 i= 1096 j=  945 glon=  289.05 (0-360E) glon=  289.05 glat=  28.04 u= -33.9000 v=  11.1000 vr=   4.69347 vt=  35.36087
 i= 1101 j=  945 glon=  289.25 (0-360E) glon=  289.25 glat=  28.04 u= -29.5000 v=  20.6000 vr=   7.71875 vt=  35.14301
 i= 1106 j=  945 glon=  289.45 (0-360E) glon=  289.45 glat=  28.04 u= -25.6000 v=  26.8000 vr=   8.67961 vt=  36.03143
 i= 1111 j=  945 glon=  289.65 (0-360E) glon=  289.65 glat=  28.04 u= -21.0000 v=  27.6000 vr=   6.98736 vt=  33.96965
 i= 1116 j=  945 glon=  289.85 (0-360E) glon=  289.85 glat=  28.04 u= -17.1000 v=  27.9000 vr=   6.08311 vt=  32.15300
 i= 1121 j=  945 glon=  290.05 (0-360E) glon=  290.05 glat=  28.04 u= -16.9000 v=  25.8000 vr=   1.97171 vt=  30.77925
 i= 1126 j=  945 glon=  290.25 (0-360E) glon=  290.25 glat=  28.04 u= -13.5000 v=  23.3000 vr=   1.18430 vt=  26.90237
 i= 1131 j=  945 glon=  290.45 (0-360E) glon=  290.45 glat=  28.04 u=  -9.6000 v=  24.6000 vr=   3.58654 vt=  26.16212
 i= 1136 j=  945 glon=  290.65 (0-360E) glon=  290.65 glat=  28.04 u=  -7.8000 v=  28.4000 vr=   5.56620 vt=  28.92088
 i= 1141 j=  945 glon=  290.85 (0-360E) glon=  290.85 glat=  28.04 u=  -7.0000 v=  29.5000 vr=   5.52763 vt=  29.81099
 i= 1041 j=  950 glon=  286.85 (0-360E) glon=  286.85 glat=  27.84 u=  -2.0000 v= -17.4000 vr=  -3.32290 vt=  17.19646
 i= 1046 j=  950 glon=  287.05 (0-360E) glon=  287.05 glat=  27.84 u=   1.0000 v= -19.3000 vr=  -7.32545 vt=  17.88373
 i= 1051 j=  950 glon=  287.25 (0-360E) glon=  287.25 glat=  27.84 u=   1.1000 v= -15.4000 vr=  -6.66931 vt=  13.92445
 i= 1056 j=  950 glon=  287.45 (0-360E) glon=  287.45 glat=  27.84 u=  -0.5000 v= -17.8000 vr=  -6.84566 vt=  16.43858
 i= 1061 j=  950 glon=  287.65 (0-360E) glon=  287.65 glat=  27.84 u=  -9.1000 v= -24.8000 vr=  -3.43828 vt=  26.19214
 i= 1066 j=  950 glon=  287.85 (0-360E) glon=  287.85 glat=  27.84 u= -13.0000 v= -16.5000 vr=   2.27447 vt=  20.88245
 i= 1071 j=  950 glon=  288.05 (0-360E) glon=  288.05 glat=  27.84 u= -18.4000 v= -14.4000 vr=   5.71266 vt=  22.65581
 i= 1076 j=  950 glon=  288.25 (0-360E) glon=  288.25 glat=  27.84 u= -20.7000 v= -13.4000 vr=   4.91866 vt=  24.16313
 i= 1081 j=  950 glon=  288.45 (0-360E) glon=  288.45 glat=  27.84 u= -27.4000 v=  -9.2000 vr=   7.64041 vt=  27.87515
 i= 1086 j=  950 glon=  288.65 (0-360E) glon=  288.65 glat=  27.84 u= -34.1000 v=  -3.0000 vr=   8.83897 vt=  33.07087
 i= 1091 j=  950 glon=  288.85 (0-360E) glon=  288.85 glat=  27.84 u= -39.3000 v=   7.2000 vr=   9.39399 vt=  38.83404
 i= 1096 j=  950 glon=  289.05 (0-360E) glon=  289.05 glat=  27.84 u= -37.2000 v=  17.8000 vr=   8.19470 vt=  40.41691
 i= 1101 j=  950 glon=  289.25 (0-360E) glon=  289.25 glat=  27.84 u= -31.9000 v=  26.3000 vr=   7.38833 vt=  40.67816
 i= 1106 j=  950 glon=  289.45 (0-360E) glon=  289.45 glat=  27.84 u= -25.5000 v=  30.0000 vr=   5.95670 vt=  38.92002
 i= 1111 j=  950 glon=  289.65 (0-360E) glon=  289.65 glat=  27.84 u= -20.6000 v=  29.4000 vr=   3.35088 vt=  35.74201
 i= 1116 j=  950 glon=  289.85 (0-360E) glon=  289.85 glat=  27.84 u= -15.9000 v=  29.7000 vr=   3.39279 vt=  33.51700
 i= 1121 j=  950 glon=  290.05 (0-360E) glon=  290.05 glat=  27.84 u= -13.0000 v=  29.4000 vr=   2.93971 vt=  32.01122
 i= 1126 j=  950 glon=  290.25 (0-360E) glon=  290.25 glat=  27.84 u= -12.1000 v=  27.7000 vr=   0.93577 vt=  30.21298
 i= 1131 j=  950 glon=  290.45 (0-360E) glon=  290.45 glat=  27.84 u=  -9.4000 v=  28.5000 vr=   2.18550 vt=  29.93048
 i= 1136 j=  950 glon=  290.65 (0-360E) glon=  290.65 glat=  27.84 u=  -8.6000 v=  28.1000 vr=   1.56118 vt=  29.34506
 i= 1141 j=  950 glon=  290.85 (0-360E) glon=  290.85 glat=  27.84 u=  -7.1000 v=  29.7000 vr=   2.48848 vt=  30.43530
 i= 1146 j=  950 glon=  291.05 (0-360E) glon=  291.05 glat=  27.84 u=  -4.7000 v=  31.5000 vr=   4.43898 vt=  31.53784
 i= 1036 j=  955 glon=  286.65 (0-360E) glon=  286.65 glat=  27.64 u=   0.3000 v= -16.7000 vr=  -3.33851 vt=  16.36564
 i= 1041 j=  955 glon=  286.85 (0-360E) glon=  286.85 glat=  27.64 u=   1.4000 v= -17.6000 vr=  -4.89679 vt=  16.96294
 i= 1046 j=  955 glon=  287.05 (0-360E) glon=  287.05 glat=  27.64 u=  -0.7000 v= -16.6000 vr=  -3.00106 vt=  16.34147
 i= 1051 j=  955 glon=  287.25 (0-360E) glon=  287.25 glat=  27.64 u=   1.3000 v= -15.5000 vr=  -5.10712 vt=  14.69209
 i= 1056 j=  955 glon=  287.45 (0-360E) glon=  287.45 glat=  27.64 u=  -0.8000 v= -18.9000 vr=  -4.54360 vt=  18.36316
 i= 1061 j=  955 glon=  287.65 (0-360E) glon=  287.65 glat=  27.64 u=   0.6000 v= -22.1000 vr=  -7.70198 vt=  20.72316
 i= 1066 j=  955 glon=  287.85 (0-360E) glon=  287.85 glat=  27.64 u=  -8.8000 v= -21.1000 vr=   0.18154 vt=  22.86082
 i= 1071 j=  955 glon=  288.05 (0-360E) glon=  288.05 glat=  27.64 u= -13.3000 v= -18.4000 vr=   3.55687 vt=  22.42317
 i= 1076 j=  955 glon=  288.25 (0-360E) glon=  288.25 glat=  27.64 u= -19.5000 v= -19.6000 vr=   5.36288 vt=  27.12286
 i= 1081 j=  955 glon=  288.45 (0-360E) glon=  288.45 glat=  27.64 u= -26.7000 v= -19.8000 vr=   5.34024 vt=  32.80872
 i= 1086 j=  955 glon=  288.65 (0-360E) glon=  288.65 glat=  27.64 u= -41.4000 v= -13.1000 vr=   8.69925 vt=  42.54284
 i= 1091 j=  955 glon=  288.85 (0-360E) glon=  288.85 glat=  27.64 u= -48.6000 v=   6.7000 vr=  10.84122 vt=  47.84682
 i= 1096 j=  955 glon=  289.05 (0-360E) glon=  289.05 glat=  27.64 u= -44.7000 v=  24.3000 vr=   6.62682 vt=  50.44467
 i= 1101 j=  955 glon=  289.25 (0-360E) glon=  289.25 glat=  27.64 u= -31.4000 v=  33.5000 vr=   5.02966 vt=  45.63894
 i= 1106 j=  955 glon=  289.45 (0-360E) glon=  289.45 glat=  27.64 u= -22.1000 v=  35.7000 vr=   3.81672 vt=  41.81307
 i= 1111 j=  955 glon=  289.65 (0-360E) glon=  289.65 glat=  27.64 u= -14.8000 v=  34.8000 vr=   3.94518 vt=  37.61005
 i= 1116 j=  955 glon=  289.85 (0-360E) glon=  289.85 glat=  27.64 u= -11.6000 v=  33.6000 vr=   2.88518 vt=  35.42874
 i= 1121 j=  955 glon=  290.05 (0-360E) glon=  290.05 glat=  27.64 u= -10.2000 v=  30.9000 vr=   0.95013 vt=  32.52610
 i= 1126 j=  955 glon=  290.25 (0-360E) glon=  290.25 glat=  27.64 u=  -8.5000 v=  28.9000 vr=   0.40631 vt=  30.12134
 i= 1131 j=  955 glon=  290.45 (0-360E) glon=  290.45 glat=  27.64 u=  -4.2000 v=  28.8000 vr=   3.41351 vt=  28.90377
 i= 1136 j=  955 glon=  290.65 (0-360E) glon=  290.65 glat=  27.64 u=  -1.4000 v=  29.9000 vr=   5.54198 vt=  29.41524
 i= 1141 j=  955 glon=  290.85 (0-360E) glon=  290.85 glat=  27.64 u=  -4.7000 v=  29.6000 vr=   1.55122 vt=  29.93065
 i= 1146 j=  955 glon=  291.05 (0-360E) glon=  291.05 glat=  27.64 u=  -3.3000 v=  30.9000 vr=   2.58342 vt=  30.96814
 i= 1036 j=  960 glon=  286.65 (0-360E) glon=  286.65 glat=  27.44 u=   2.1000 v= -16.9000 vr=  -3.51549 vt=  16.66317
 i= 1041 j=  960 glon=  286.85 (0-360E) glon=  286.85 glat=  27.44 u=   4.3000 v= -17.6000 vr=  -5.92362 vt=  17.12194
 i= 1046 j=  960 glon=  287.05 (0-360E) glon=  287.05 glat=  27.44 u=   2.6000 v= -18.8000 vr=  -4.54626 vt=  18.42638
 i= 1051 j=  960 glon=  287.25 (0-360E) glon=  287.25 glat=  27.44 u=   2.0000 v= -17.5000 vr=  -4.04665 vt=  17.14277
 i= 1056 j=  960 glon=  287.45 (0-360E) glon=  287.45 glat=  27.44 u=   1.3000 v= -17.7000 vr=  -3.67304 vt=  17.36343
 i= 1061 j=  960 glon=  287.65 (0-360E) glon=  287.65 glat=  27.44 u=  -2.9000 v= -18.1000 vr=   0.02411 vt=  18.33083
 i= 1066 j=  960 glon=  287.85 (0-360E) glon=  287.85 glat=  27.44 u=  -4.0000 v= -22.6000 vr=  -0.29833 vt=  22.94931
 i= 1071 j=  960 glon=  288.05 (0-360E) glon=  288.05 glat=  27.44 u=  -6.9000 v= -24.3000 vr=   1.11327 vt=  25.23610
 i= 1076 j=  960 glon=  288.25 (0-360E) glon=  288.25 glat=  27.44 u= -11.6000 v= -25.7000 vr=   3.41319 vt=  27.98929
 i= 1081 j=  960 glon=  288.45 (0-360E) glon=  288.45 glat=  27.44 u= -18.6000 v= -32.5000 vr=   3.43113 vt=  37.28857
 i= 1086 j=  960 glon=  288.65 (0-360E) glon=  288.65 glat=  27.44 u= -33.4000 v= -34.4000 vr=   3.35993 vt=  47.82918
 i= 1091 j=  960 glon=  288.85 (0-360E) glon=  288.85 glat=  27.44 u= -46.7000 v=  -5.3000 vr=   3.20010 vt=  46.89072
 i= 1096 j=  960 glon=  289.05 (0-360E) glon=  289.05 glat=  27.44 u= -48.6000 v=  34.9000 vr=  -3.80231 vt=  59.71191
 i= 1101 j=  960 glon=  289.25 (0-360E) glon=  289.25 glat=  27.44 u= -30.6000 v=  45.7000 vr=  -4.85764 vt=  54.78370
 i= 1106 j=  960 glon=  289.45 (0-360E) glon=  289.45 glat=  27.44 u= -19.2000 v=  42.1000 vr=  -4.08912 vt=  46.09044
 i= 1111 j=  960 glon=  289.65 (0-360E) glon=  289.65 glat=  27.44 u=  -7.8000 v=  40.6000 vr=   2.66195 vt=  41.25668
 i= 1116 j=  960 glon=  289.85 (0-360E) glon=  289.85 glat=  27.44 u=  -7.9000 v=  36.4000 vr=  -0.42236 vt=  37.24502
 i= 1121 j=  960 glon=  290.05 (0-360E) glon=  290.05 glat=  27.44 u=  -5.0000 v=  32.9000 vr=   0.55763 vt=  33.27310
 i= 1126 j=  960 glon=  290.25 (0-360E) glon=  290.25 glat=  27.44 u=  -5.7000 v=  30.0000 vr=  -1.37835 vt=  30.50558
 i= 1131 j=  960 glon=  290.45 (0-360E) glon=  290.45 glat=  27.44 u=  -4.2000 v=  32.5000 vr=  -0.15478 vt=  32.76990
 i= 1136 j=  960 glon=  290.65 (0-360E) glon=  290.65 glat=  27.44 u=  -1.4000 v=  31.5000 vr=   2.03761 vt=  31.46519
 i= 1141 j=  960 glon=  290.85 (0-360E) glon=  290.85 glat=  27.44 u=  -0.1000 v=  28.7000 vr=   2.68670 vt=  28.57414
 i= 1146 j=  960 glon=  291.05 (0-360E) glon=  291.05 glat=  27.44 u=   1.1000 v=  28.0000 vr=   3.54159 vt=  27.79689
 i= 1036 j=  965 glon=  286.65 (0-360E) glon=  286.65 glat=  27.24 u=   3.4000 v= -16.5000 vr=  -3.15479 vt=  16.54863
 i= 1041 j=  965 glon=  286.85 (0-360E) glon=  286.85 glat=  27.24 u=   6.2000 v= -17.3000 vr=  -5.92662 vt=  17.39555
 i= 1046 j=  965 glon=  287.05 (0-360E) glon=  287.05 glat=  27.24 u=   7.0000 v= -16.8000 vr=  -6.71504 vt=  16.91592
 i= 1051 j=  965 glon=  287.25 (0-360E) glon=  287.25 glat=  27.24 u=   3.5000 v= -19.1000 vr=  -3.14874 vt=  19.16104
 i= 1056 j=  965 glon=  287.45 (0-360E) glon=  287.45 glat=  27.24 u=   5.3000 v= -20.5000 vr=  -4.88344 vt=  20.60321
 i= 1061 j=  965 glon=  287.65 (0-360E) glon=  287.65 glat=  27.24 u=   5.7000 v= -22.0000 vr=  -5.19575 vt=  22.12451
 i= 1066 j=  965 glon=  287.85 (0-360E) glon=  287.85 glat=  27.24 u=  -0.3000 v= -23.5000 vr=   0.92314 vt=  23.48378
 i= 1071 j=  965 glon=  288.05 (0-360E) glon=  288.05 glat=  27.24 u=  -0.6000 v= -27.6000 vr=   1.48468 vt=  27.56657
 i= 1076 j=  965 glon=  288.25 (0-360E) glon=  288.25 glat=  27.24 u=   0.3000 v= -29.0000 vr=   0.89714 vt=  28.98767
 i= 1081 j=  965 glon=  288.45 (0-360E) glon=  288.45 glat=  27.24 u=   3.3000 v= -38.2000 vr=  -1.03325 vt=  38.32835
 i= 1086 j=  965 glon=  288.65 (0-360E) glon=  288.65 glat=  27.24 u=   7.5000 v= -48.8000 vr=  -2.20181 vt=  49.32385
 i= 1091 j=  965 glon=  288.85 (0-360E) glon=  288.85 glat=  27.24 u=   3.2000 v=  -9.9000 vr=   3.04213 vt=   9.94965
 i= 1096 j=  965 glon=  289.05 (0-360E) glon=  289.05 glat=  27.24 u=  -0.4000 v=  22.5000 vr=  -3.87170 vt=  22.16799
 i= 1101 j=  965 glon=  289.25 (0-360E) glon=  289.25 glat=  27.24 u=  -0.3000 v=  58.8000 vr=  -4.45792 vt=  58.63154
 i= 1106 j=  965 glon=  289.45 (0-360E) glon=  289.45 glat=  27.24 u=  -3.7000 v=  42.1000 vr=  -5.64616 vt=  41.88342
 i= 1111 j=  965 glon=  289.65 (0-360E) glon=  289.65 glat=  27.24 u=  -2.0000 v=  42.0000 vr=  -3.46259 vt=  41.90478
 i= 1116 j=  965 glon=  289.85 (0-360E) glon=  289.85 glat=  27.24 u=   0.4000 v=  38.9000 vr=  -0.69976 vt=  38.89576
 i= 1121 j=  965 glon=  290.05 (0-360E) glon=  290.05 glat=  27.24 u=   1.0000 v=  34.2000 vr=   0.17762 vt=  34.21416
 i= 1126 j=  965 glon=  290.25 (0-360E) glon=  290.25 glat=  27.24 u=   0.9000 v=  28.8000 vr=   0.29162 vt=  28.81258
 i= 1131 j=  965 glon=  290.45 (0-360E) glon=  290.45 glat=  27.24 u=  -0.8000 v=  30.0000 vr=  -1.36971 vt=  29.97939
 i= 1136 j=  965 glon=  290.65 (0-360E) glon=  290.65 glat=  27.24 u=   1.6000 v=  28.4000 vr=   1.10580 vt=  28.42353
 i= 1141 j=  965 glon=  290.85 (0-360E) glon=  290.85 glat=  27.24 u=   0.7000 v=  28.8000 vr=   0.23490 vt=  28.80755
 i= 1146 j=  965 glon=  291.05 (0-360E) glon=  291.05 glat=  27.24 u=   2.3000 v=  28.7000 vr=   1.86485 vt=  28.73156
 i= 1036 j=  970 glon=  286.65 (0-360E) glon=  286.65 glat=  27.04 u=   4.7000 v= -16.3000 vr=  -2.78647 vt=  16.73367
 i= 1041 j=  970 glon=  286.85 (0-360E) glon=  286.85 glat=  27.04 u=   6.2000 v= -17.2000 vr=  -3.98576 vt=  17.84359
 i= 1046 j=  970 glon=  287.05 (0-360E) glon=  287.05 glat=  27.04 u=   8.9000 v= -18.0000 vr=  -6.32026 vt=  19.05949
 i= 1051 j=  970 glon=  287.25 (0-360E) glon=  287.25 glat=  27.04 u=  10.1000 v= -18.4000 vr=  -7.13958 vt=  19.73820
 i= 1056 j=  970 glon=  287.45 (0-360E) glon=  287.45 glat=  27.04 u=   7.8000 v= -19.5000 vr=  -4.27974 vt=  20.56146
 i= 1061 j=  970 glon=  287.65 (0-360E) glon=  287.65 glat=  27.04 u=  11.5000 v= -21.1000 vr=  -7.03014 vt=  22.97906
 i= 1066 j=  970 glon=  287.85 (0-360E) glon=  287.85 glat=  27.04 u=  10.3000 v= -20.6000 vr=  -5.13177 vt=  22.45250
 i= 1071 j=  970 glon=  288.05 (0-360E) glon=  288.05 glat=  27.04 u=   6.4000 v= -25.3000 vr=   1.16274 vt=  26.07102
 i= 1076 j=  970 glon=  288.25 (0-360E) glon=  288.25 glat=  27.04 u=  11.8000 v= -27.8000 vr=  -0.77209 vt=  30.19079
 i= 1081 j=  970 glon=  288.45 (0-360E) glon=  288.45 glat=  27.04 u=  17.9000 v= -31.4000 vr=   0.11835 vt=  36.14355
 i= 1086 j=  970 glon=  288.65 (0-360E) glon=  288.65 glat=  27.04 u=  32.8000 v= -31.5000 vr=   0.38200 vt=  45.47465
 i= 1091 j=  970 glon=  288.85 (0-360E) glon=  288.85 glat=  27.04 u=  53.1000 v= -10.2000 vr=   2.42279 vt=  54.01648
 i= 1096 j=  970 glon=  289.05 (0-360E) glon=  289.05 glat=  27.04 u=  50.2000 v=  25.7000 vr=   5.91540 vt=  56.08510
 i= 1101 j=  970 glon=  289.25 (0-360E) glon=  289.25 glat=  27.04 u=  28.1000 v=  42.0000 vr=  -0.71141 vt=  50.52825
 i= 1106 j=  970 glon=  289.45 (0-360E) glon=  289.45 glat=  27.04 u=  14.7000 v=  41.1000 vr=  -3.29726 vt=  43.52503
 i= 1111 j=  970 glon=  289.65 (0-360E) glon=  289.65 glat=  27.04 u=   6.9000 v=  43.7000 vr=  -7.12143 vt=  43.66446
 i= 1116 j=  970 glon=  289.85 (0-360E) glon=  289.85 glat=  27.04 u=   6.3000 v=  37.2000 vr=  -3.32632 vt=  37.58278
 i= 1121 j=  970 glon=  290.05 (0-360E) glon=  290.05 glat=  27.04 u=   4.7000 v=  32.2000 vr=  -2.25086 vt=  32.46327
 i= 1126 j=  970 glon=  290.25 (0-360E) glon=  290.25 glat=  27.04 u=   4.3000 v=  30.5000 vr=  -1.35925 vt=  30.77162
 i= 1131 j=  970 glon=  290.45 (0-360E) glon=  290.45 glat=  27.04 u=   2.8000 v=  29.3000 vr=  -1.95600 vt=  29.36842
 i= 1136 j=  970 glon=  290.65 (0-360E) glon=  290.65 glat=  27.04 u=   4.1000 v=  27.1000 vr=   0.15758 vt=  27.40794
 i= 1141 j=  970 glon=  290.85 (0-360E) glon=  290.85 glat=  27.04 u=   4.8000 v=  26.9000 vr=   1.25667 vt=  27.29598
 i= 1146 j=  970 glon=  291.05 (0-360E) glon=  291.05 glat=  27.04 u=   5.8000 v=  27.9000 vr=   2.43747 vt=  28.39205
 i= 1041 j=  975 glon=  286.85 (0-360E) glon=  286.85 glat=  26.84 u=   7.3000 v= -16.1000 vr=  -3.38636 vt=  17.35029
 i= 1046 j=  975 glon=  287.05 (0-360E) glon=  287.05 glat=  26.84 u=   9.7000 v= -18.1000 vr=  -4.79094 vt=  19.96865
 i= 1051 j=  975 glon=  287.25 (0-360E) glon=  287.25 glat=  26.84 u=  11.2000 v= -16.9000 vr=  -5.98739 vt=  19.37011
 i= 1056 j=  975 glon=  287.45 (0-360E) glon=  287.45 glat=  26.84 u=  13.4000 v= -18.2000 vr=  -6.95337 vt=  21.50466
 i= 1061 j=  975 glon=  287.65 (0-360E) glon=  287.65 glat=  26.84 u=  12.0000 v= -20.3000 vr=  -3.87233 vt=  23.26145
 i= 1066 j=  975 glon=  287.85 (0-360E) glon=  287.85 glat=  26.84 u=  15.7000 v= -20.3000 vr=  -5.77255 vt=  25.00515
 i= 1071 j=  975 glon=  288.05 (0-360E) glon=  288.05 glat=  26.84 u=  17.7000 v= -20.9000 vr=  -5.03722 vt=  26.92074
 i= 1076 j=  975 glon=  288.25 (0-360E) glon=  288.25 glat=  26.84 u=  20.5000 v= -21.0000 vr=  -3.84562 vt=  29.09401
 i= 1081 j=  975 glon=  288.45 (0-360E) glon=  288.45 glat=  26.84 u=  26.4000 v= -17.0000 vr=  -5.33367 vt=  30.94369
 i= 1086 j=  975 glon=  288.65 (0-360E) glon=  288.65 glat=  26.84 u=  37.2000 v= -12.4000 vr=  -5.47804 vt=  38.82771
 i= 1091 j=  975 glon=  288.85 (0-360E) glon=  288.85 glat=  26.84 u=  45.7000 v=   0.5000 vr=  -4.00434 vt=  45.52697
 i= 1096 j=  975 glon=  289.05 (0-360E) glon=  289.05 glat=  26.84 u=  40.3000 v=  18.0000 vr=  -3.91071 vt=  43.96358
 i= 1101 j=  975 glon=  289.25 (0-360E) glon=  289.25 glat=  26.84 u=  32.4000 v=  28.4000 vr=  -2.87986 vt=  42.98868
 i= 1106 j=  975 glon=  289.45 (0-360E) glon=  289.45 glat=  26.84 u=  25.6000 v=  31.8000 vr=  -0.95251 vt=  40.81290
 i= 1111 j=  975 glon=  289.65 (0-360E) glon=  289.65 glat=  26.84 u=  14.3000 v=  38.7000 vr=  -8.34848 vt=  40.40400
 i= 1116 j=  975 glon=  289.85 (0-360E) glon=  289.85 glat=  26.84 u=  13.7000 v=  34.7000 vr=  -3.11514 vt=  37.17628
 i= 1121 j=  975 glon=  290.05 (0-360E) glon=  290.05 glat=  26.84 u=   8.7000 v=  29.6000 vr=  -3.19528 vt=  30.68616
 i= 1126 j=  975 glon=  290.25 (0-360E) glon=  290.25 glat=  26.84 u=   9.7000 v=  28.1000 vr=  -0.15679 vt=  29.72668
 i= 1131 j=  975 glon=  290.45 (0-360E) glon=  290.45 glat=  26.84 u=   9.0000 v=  31.3000 vr=  -0.58008 vt=  32.56307
 i= 1136 j=  975 glon=  290.65 (0-360E) glon=  290.65 glat=  26.84 u=   6.9000 v=  27.1000 vr=  -0.47680 vt=  27.96056
 i= 1141 j=  975 glon=  290.85 (0-360E) glon=  290.85 glat=  26.84 u=   6.2000 v=  30.0000 vr=  -1.13980 vt=  30.61276
 i= 1146 j=  975 glon=  291.05 (0-360E) glon=  291.05 glat=  26.84 u=   6.3000 v=  25.3000 vr=   0.62241 vt=  26.06516
 i= 1041 j=  980 glon=  286.85 (0-360E) glon=  286.85 glat=  26.64 u=   9.5000 v= -13.8000 vr=  -4.44414 vt=  16.15363
 i= 1046 j=  980 glon=  287.05 (0-360E) glon=  287.05 glat=  26.64 u=  10.9000 v= -14.4000 vr=  -5.00592 vt=  17.35254
 i= 1051 j=  980 glon=  287.25 (0-360E) glon=  287.25 glat=  26.64 u=  12.4000 v= -16.5000 vr=  -4.86236 vt=  20.05910
 i= 1056 j=  980 glon=  287.45 (0-360E) glon=  287.45 glat=  26.64 u=  14.6000 v= -15.7000 vr=  -6.20605 vt=  20.52157
 i= 1061 j=  980 glon=  287.65 (0-360E) glon=  287.65 glat=  26.64 u=  17.5000 v= -14.1000 vr=  -8.25049 vt=  20.90429
 i= 1066 j=  980 glon=  287.85 (0-360E) glon=  287.85 glat=  26.64 u=  21.1000 v= -18.7000 vr=  -6.99081 vt=  27.31352
 i= 1071 j=  980 glon=  288.05 (0-360E) glon=  288.05 glat=  26.64 u=  24.7000 v= -12.0000 vr= -11.22614 vt=  25.06120
 i= 1076 j=  980 glon=  288.25 (0-360E) glon=  288.25 glat=  26.64 u=  25.3000 v= -14.3000 vr=  -6.43504 vt=  28.34026
 i= 1081 j=  980 glon=  288.45 (0-360E) glon=  288.45 glat=  26.64 u=  27.9000 v= -12.0000 vr=  -4.58359 vt=  30.02334
 i= 1086 j=  980 glon=  288.65 (0-360E) glon=  288.65 glat=  26.64 u=  33.2000 v=   4.4000 vr= -14.80196 vt=  30.04167
 i= 1091 j=  980 glon=  288.85 (0-360E) glon=  288.85 glat=  26.64 u=  35.9000 v=   8.5000 vr= -10.36167 vt=  35.40757
 i= 1096 j=  980 glon=  289.05 (0-360E) glon=  289.05 glat=  26.64 u=  36.9000 v=  14.9000 vr=  -6.11403 vt=  39.32224
 i= 1101 j=  980 glon=  289.25 (0-360E) glon=  289.25 glat=  26.64 u=  34.4000 v=  22.3000 vr=  -3.93458 vt=  40.80648
 i= 1106 j=  980 glon=  289.45 (0-360E) glon=  289.45 glat=  26.64 u=  27.1000 v=  28.8000 vr=  -5.44660 vt=  39.16867
 i= 1111 j=  980 glon=  289.65 (0-360E) glon=  289.65 glat=  26.64 u=  19.5000 v=  30.3000 vr=  -6.12142 vt=  35.50871
 i= 1116 j=  980 glon=  289.85 (0-360E) glon=  289.85 glat=  26.64 u=  14.5000 v=  27.9000 vr=  -4.69746 vt=  31.09009
 i= 1121 j=  980 glon=  290.05 (0-360E) glon=  290.05 glat=  26.64 u=  11.2000 v=  27.6000 vr=  -4.67283 vt=  29.41708
 i= 1126 j=  980 glon=  290.25 (0-360E) glon=  290.25 glat=  26.64 u=  13.0000 v=  29.9000 vr=  -2.15150 vt=  32.53277
 i= 1131 j=  980 glon=  290.45 (0-360E) glon=  290.45 glat=  26.64 u=  12.6000 v=  27.0000 vr=   0.39788 vt=  29.79264
 i= 1136 j=  980 glon=  290.65 (0-360E) glon=  290.65 glat=  26.64 u=  10.5000 v=  26.7000 vr=  -0.17078 vt=  28.68991
 i= 1141 j=  980 glon=  290.85 (0-360E) glon=  290.85 glat=  26.64 u=   9.7000 v=  24.9000 vr=   0.68950 vt=  26.71375
 i= 1041 j=  985 glon=  286.85 (0-360E) glon=  286.85 glat=  26.44 u=  10.7000 v= -12.5000 vr=  -4.52832 vt=  15.81880
 i= 1046 j=  985 glon=  287.05 (0-360E) glon=  287.05 glat=  26.44 u=  11.7000 v= -13.2000 vr=  -4.47155 vt=  17.06268
 i= 1051 j=  985 glon=  287.25 (0-360E) glon=  287.25 glat=  26.44 u=  13.1000 v= -12.9000 vr=  -5.02359 vt=  17.68569
 i= 1056 j=  985 glon=  287.45 (0-360E) glon=  287.45 glat=  26.44 u=  16.2000 v= -14.1000 vr=  -5.95807 vt=  20.63374
 i= 1061 j=  985 glon=  287.65 (0-360E) glon=  287.65 glat=  26.44 u=  18.6000 v= -11.4000 vr=  -8.04626 vt=  20.27752
 i= 1066 j=  985 glon=  287.85 (0-360E) glon=  287.85 glat=  26.44 u=  20.3000 v= -12.1000 vr=  -7.07854 vt=  22.54760
 i= 1071 j=  985 glon=  288.05 (0-360E) glon=  288.05 glat=  26.44 u=  25.7000 v=  -9.8000 vr=  -9.96750 vt=  25.63550
 i= 1076 j=  985 glon=  288.25 (0-360E) glon=  288.25 glat=  26.44 u=  29.4000 v=  -8.1000 vr=  -9.99997 vt=  28.80921
 i= 1081 j=  985 glon=  288.45 (0-360E) glon=  288.45 glat=  26.44 u=  35.2000 v=  -5.5000 vr= -10.06130 vt=  34.17690
 i= 1086 j=  985 glon=  288.65 (0-360E) glon=  288.65 glat=  26.44 u=  33.2000 v=   2.6000 vr= -10.75340 vt=  31.51768
 i= 1091 j=  985 glon=  288.85 (0-360E) glon=  288.85 glat=  26.44 u=  31.6000 v=   5.2000 vr=  -6.44523 vt=  31.36971
 i= 1096 j=  985 glon=  289.05 (0-360E) glon=  289.05 glat=  26.44 u=  31.2000 v=  12.6000 vr=  -6.97179 vt=  32.91799
 i= 1101 j=  985 glon=  289.25 (0-360E) glon=  289.25 glat=  26.44 u=  29.9000 v=  21.2000 vr=  -8.78475 vt=  35.58480
 i= 1106 j=  985 glon=  289.45 (0-360E) glon=  289.45 glat=  26.44 u=  28.2000 v=  23.1000 vr=  -5.04801 vt=  36.10218
 i= 1111 j=  985 glon=  289.65 (0-360E) glon=  289.65 glat=  26.44 u=  21.2000 v=  25.1000 vr=  -5.86260 vt=  32.32770
 i= 1116 j=  985 glon=  289.85 (0-360E) glon=  289.85 glat=  26.44 u=  20.8000 v=  25.4000 vr=  -2.59822 vt=  32.72689
 i= 1121 j=  985 glon=  290.05 (0-360E) glon=  290.05 glat=  26.44 u=  16.8000 v=  25.5000 vr=  -2.74267 vt=  30.41328
 i= 1126 j=  985 glon=  290.25 (0-360E) glon=  290.25 glat=  26.44 u=  11.9000 v=  28.2000 vr=  -6.02153 vt=  30.00985
 i= 1131 j=  985 glon=  290.45 (0-360E) glon=  290.45 glat=  26.44 u=  10.6000 v=  25.3000 vr=  -3.80622 vt=  27.16547
 i= 1136 j=  985 glon=  290.65 (0-360E) glon=  290.65 glat=  26.44 u=   6.8000 v=  26.7000 vr=  -6.43919 vt=  26.78930
 i= 1141 j=  985 glon=  290.85 (0-360E) glon=  290.85 glat=  26.44 u=  10.5000 v=  25.4000 vr=  -1.39914 vt=  27.44909
 i= 1046 j=  990 glon=  287.05 (0-360E) glon=  287.05 glat=  26.24 u=  13.0000 v= -11.1000 vr=  -5.09853 vt=  16.31609
 i= 1051 j=  990 glon=  287.25 (0-360E) glon=  287.25 glat=  26.24 u=  13.2000 v= -11.3000 vr=  -4.28166 vt=  16.84035
 i= 1056 j=  990 glon=  287.45 (0-360E) glon=  287.45 glat=  26.24 u=  16.0000 v= -11.3000 vr=  -5.41328 vt=  18.82515
 i= 1061 j=  990 glon=  287.65 (0-360E) glon=  287.65 glat=  26.24 u=  18.6000 v=  -9.4000 vr=  -7.21110 vt=  19.55301
 i= 1066 j=  990 glon=  287.85 (0-360E) glon=  287.85 glat=  26.24 u=  20.9000 v=  -8.6000 vr=  -7.60489 vt=  21.28229
 i= 1071 j=  990 glon=  288.05 (0-360E) glon=  288.05 glat=  26.24 u=  23.9000 v=  -7.8000 vr=  -7.75901 vt=  23.91334
 i= 1076 j=  990 glon=  288.25 (0-360E) glon=  288.25 glat=  26.24 u=  27.2000 v=  -4.4000 vr=  -9.33549 vt=  25.92390
 i= 1081 j=  990 glon=  288.45 (0-360E) glon=  288.45 glat=  26.24 u=  29.5000 v=   0.7000 vr= -11.13769 vt=  27.32566
 i= 1086 j=  990 glon=  288.65 (0-360E) glon=  288.65 glat=  26.24 u=  29.5000 v=   4.4000 vr= -10.26304 vt=  28.00500
 i= 1091 j=  990 glon=  288.85 (0-360E) glon=  288.85 glat=  26.24 u=  28.4000 v=   8.5000 vr=  -9.39955 vt=  28.11509
 i= 1096 j=  990 glon=  289.05 (0-360E) glon=  289.05 glat=  26.24 u=  27.1000 v=  14.5000 vr= -10.53510 vt=  28.87337
 i= 1101 j=  990 glon=  289.25 (0-360E) glon=  289.25 glat=  26.24 u=  26.2000 v=  16.1000 vr=  -7.44230 vt=  29.83726
 i= 1106 j=  990 glon=  289.45 (0-360E) glon=  289.45 glat=  26.24 u=  24.5000 v=  19.9000 vr=  -7.07495 vt=  30.76045
 i= 1111 j=  990 glon=  289.65 (0-360E) glon=  289.65 glat=  26.24 u=  23.0000 v=  23.5000 vr=  -6.84498 vt=  32.16203
 i= 1116 j=  990 glon=  289.85 (0-360E) glon=  289.85 glat=  26.24 u=  18.5000 v=  24.5000 vr=  -6.89598 vt=  29.91564
 i= 1121 j=  990 glon=  290.05 (0-360E) glon=  290.05 glat=  26.24 u=  16.8000 v=  20.8000 vr=  -2.68016 vt=  26.60257
 i= 1126 j=  990 glon=  290.25 (0-360E) glon=  290.25 glat=  26.24 u=  14.6000 v=  22.3000 vr=  -3.23478 vt=  26.45725
 i= 1131 j=  990 glon=  290.45 (0-360E) glon=  290.45 glat=  26.24 u=   9.8000 v=  22.5000 vr=  -5.46410 vt=  23.92558
 i= 1136 j=  990 glon=  290.65 (0-360E) glon=  290.65 glat=  26.24 u=   9.3000 v=  21.3000 vr=  -3.88138 vt=  22.91539
 i= 1051 j=  995 glon=  287.25 (0-360E) glon=  287.25 glat=  26.04 u=  14.9000 v=  -7.7000 vr=  -6.44354 vt=  15.48485
 i= 1056 j=  995 glon=  287.45 (0-360E) glon=  287.45 glat=  26.04 u=  16.1000 v=  -7.7000 vr=  -6.30162 vt=  16.69699
 i= 1061 j=  995 glon=  287.65 (0-360E) glon=  287.65 glat=  26.04 u=  17.6000 v=  -6.8000 vr=  -6.71408 vt=  17.63296
 i= 1066 j=  995 glon=  287.85 (0-360E) glon=  287.85 glat=  26.04 u=  20.3000 v=  -4.1000 vr=  -8.95331 vt=  18.67453
 i= 1071 j=  995 glon=  288.05 (0-360E) glon=  288.05 glat=  26.04 u=  22.0000 v=  -1.9000 vr=  -9.82344 vt=  19.77650
 i= 1076 j=  995 glon=  288.25 (0-360E) glon=  288.25 glat=  26.04 u=  23.5000 v=   1.0000 vr= -10.79419 vt=  20.89822
 i= 1081 j=  995 glon=  288.45 (0-360E) glon=  288.45 glat=  26.04 u=  27.4000 v=   1.7000 vr=  -9.92705 vt=  25.59499
 i= 1086 j=  995 glon=  288.65 (0-360E) glon=  288.65 glat=  26.04 u=  27.8000 v=   3.8000 vr=  -8.46853 vt=  26.75003
 i= 1091 j=  995 glon=  288.85 (0-360E) glon=  288.85 glat=  26.04 u=  29.4000 v=   5.6000 vr=  -6.38110 vt=  29.24041
 i= 1096 j=  995 glon=  289.05 (0-360E) glon=  289.05 glat=  26.04 u=  24.0000 v=  11.8000 vr=  -8.87767 vt=  25.22750
 i= 1101 j=  995 glon=  289.25 (0-360E) glon=  289.25 glat=  26.04 u=  25.0000 v=  15.7000 vr=  -8.77488 vt=  28.18672
 i= 1106 j=  995 glon=  289.45 (0-360E) glon=  289.45 glat=  26.04 u=  23.2000 v=  16.4000 vr=  -6.35990 vt=  27.69028
 i= 1111 j=  995 glon=  289.65 (0-360E) glon=  289.65 glat=  26.04 u=  22.9000 v=  17.1000 vr=  -3.81557 vt=  28.32422
 i= 1116 j=  995 glon=  289.85 (0-360E) glon=  289.85 glat=  26.04 u=  18.1000 v=  19.9000 vr=  -5.89830 vt=  26.24557
 i= 1121 j=  995 glon=  290.05 (0-360E) glon=  290.05 glat=  26.04 u=  14.5000 v=  21.1000 vr=  -6.73639 vt=  24.69982
 i= 1126 j=  995 glon=  290.25 (0-360E) glon=  290.25 glat=  26.04 u=  13.3000 v=  21.9000 vr=  -6.18987 vt=  24.86334
 i= 1131 j=  995 glon=  290.45 (0-360E) glon=  290.45 glat=  26.04 u=   8.4000 v=  22.5000 vr=  -8.56407 vt=  22.43807
 i= 1136 j=  995 glon=  290.65 (0-360E) glon=  290.65 glat=  26.04 u=   8.1000 v=  23.6000 vr=  -8.14765 vt=  23.58359
 i= 1056 j= 1000 glon=  287.45 (0-360E) glon=  287.45 glat=  25.84 u=  15.6000 v=  -7.7000 vr=  -4.69505 vt=  16.75131
 i= 1061 j= 1000 glon=  287.65 (0-360E) glon=  287.65 glat=  25.84 u=  17.1000 v=  -4.5000 vr=  -6.90371 vt=  16.27878
 i= 1066 j= 1000 glon=  287.85 (0-360E) glon=  287.85 glat=  25.84 u=  18.3000 v=  -1.0000 vr=  -9.12173 vt=  15.89604
 i= 1071 j= 1000 glon=  288.05 (0-360E) glon=  288.05 glat=  25.84 u=  19.5000 v=  -0.3000 vr=  -8.78332 vt=  17.41245
 i= 1076 j= 1000 glon=  288.25 (0-360E) glon=  288.25 glat=  25.84 u=  22.2000 v=   2.3000 vr= -10.35949 vt=  19.76894
 i= 1081 j= 1000 glon=  288.45 (0-360E) glon=  288.45 glat=  25.84 u=  23.6000 v=   2.3000 vr=  -8.44559 vt=  22.15676
 i= 1086 j= 1000 glon=  288.65 (0-360E) glon=  288.65 glat=  25.84 u=  23.9000 v=   5.5000 vr=  -8.94549 vt=  22.83502
 i= 1091 j= 1000 glon=  288.85 (0-360E) glon=  288.85 glat=  25.84 u=  23.8000 v=  10.9000 vr= -11.44223 vt=  23.54411
 i= 1096 j= 1000 glon=  289.05 (0-360E) glon=  289.05 glat=  25.84 u=  23.2000 v=  11.0000 vr=  -8.57844 vt=  24.20021
 i= 1101 j= 1000 glon=  289.25 (0-360E) glon=  289.25 glat=  25.84 u=  23.4000 v=  11.4000 vr=  -5.91875 vt=  25.34736
 i= 1106 j= 1000 glon=  289.45 (0-360E) glon=  289.45 glat=  25.84 u=  21.4000 v=  13.5000 vr=  -5.60634 vt=  24.67345
 i= 1111 j= 1000 glon=  289.65 (0-360E) glon=  289.65 glat=  25.84 u=  19.6000 v=  15.8000 vr=  -5.79905 vt=  24.49839
 i= 1116 j= 1000 glon=  289.85 (0-360E) glon=  289.85 glat=  25.84 u=  15.9000 v=  17.5000 vr=  -6.77282 vt=  22.65367
 i= 1121 j= 1000 glon=  290.05 (0-360E) glon=  290.05 glat=  25.84 u=  15.7000 v=  19.2000 vr=  -6.28189 vt=  23.99308
 i= 1126 j= 1000 glon=  290.25 (0-360E) glon=  290.25 glat=  25.84 u=  13.9000 v=  22.8000 vr=  -8.33126 vt=  25.37006
 i= 1131 j= 1000 glon=  290.45 (0-360E) glon=  290.45 glat=  25.84 u=  11.0000 v=  21.7000 vr=  -7.83453 vt=  23.03280
 i= 1061 j= 1005 glon=  287.65 (0-360E) glon=  287.65 glat=  25.64 u=  16.1000 v=  -4.1000 vr=  -5.64878 vt=  15.62406
 i= 1066 j= 1005 glon=  287.85 (0-360E) glon=  287.85 glat=  25.64 u=  17.2000 v=  -2.8000 vr=  -6.07499 vt=  16.33323
 i= 1071 j= 1005 glon=  288.05 (0-360E) glon=  288.05 glat=  25.64 u=  18.7000 v=  -0.6000 vr=  -7.26341 vt=  17.24218
 i= 1076 j= 1005 glon=  288.25 (0-360E) glon=  288.25 glat=  25.64 u=  20.4000 v=   0.8000 vr=  -7.49080 vt=  18.99179
 i= 1081 j= 1005 glon=  288.45 (0-360E) glon=  288.45 glat=  25.64 u=  21.8000 v=   1.4000 vr=  -6.44786 vt=  20.87164
 i= 1086 j= 1005 glon=  288.65 (0-360E) glon=  288.65 glat=  25.64 u=  20.2000 v=   4.2000 vr=  -6.76977 vt=  19.48975
 i= 1091 j= 1005 glon=  288.85 (0-360E) glon=  288.85 glat=  25.64 u=  22.2000 v=   5.3000 vr=  -5.74493 vt=  22.08904
 i= 1096 j= 1005 glon=  289.05 (0-360E) glon=  289.05 glat=  25.64 u=  21.2000 v=   7.7000 vr=  -5.77182 vt=  21.80404
 i= 1101 j= 1005 glon=  289.25 (0-360E) glon=  289.25 glat=  25.64 u=  20.0000 v=  10.2000 vr=  -6.08415 vt=  21.61072
 i= 1106 j= 1005 glon=  289.45 (0-360E) glon=  289.45 glat=  25.64 u=  17.3000 v=  13.4000 vr=  -7.68304 vt=  20.48953
 i= 1111 j= 1005 glon=  289.65 (0-360E) glon=  289.65 glat=  25.64 u=  16.3000 v=  14.4000 vr=  -6.97429 vt=  20.60120
 i= 1116 j= 1005 glon=  289.85 (0-360E) glon=  289.85 glat=  25.64 u=  16.0000 v=  15.9000 vr=  -6.57067 vt=  21.57861
 i= 1121 j= 1005 glon=  290.05 (0-360E) glon=  290.05 glat=  25.64 u=  12.4000 v=  19.5000 vr=  -9.75956 vt=  20.94662
 i= 1071 j= 1010 glon=  288.05 (0-360E) glon=  288.05 glat=  25.44 u=  16.9000 v=  -1.4000 vr=  -5.10655 vt=  16.17075
 i= 1076 j= 1010 glon=  288.25 (0-360E) glon=  288.25 glat=  25.44 u=  18.6000 v=   0.1000 vr=  -5.62822 vt=  17.72832
 i= 1081 j= 1010 glon=  288.45 (0-360E) glon=  288.45 glat=  25.44 u=  18.3000 v=   1.2000 vr=  -4.99812 vt=  17.64508
 i= 1086 j= 1010 glon=  288.65 (0-360E) glon=  288.65 glat=  25.44 u=  18.4000 v=   2.2000 vr=  -4.30232 vt=  18.02471
 i= 1091 j= 1010 glon=  288.85 (0-360E) glon=  288.85 glat=  25.44 u=  17.9000 v=   4.6000 vr=  -4.91957 vt=  17.81482
 i= 1096 j= 1010 glon=  289.05 (0-360E) glon=  289.05 glat=  25.44 u=  17.7000 v=   7.3000 vr=  -5.86472 vt=  18.22594
 i= 1101 j= 1010 glon=  289.25 (0-360E) glon=  289.25 glat=  25.44 u=  16.6000 v=   9.4000 vr=  -6.34654 vt=  17.99004
 i= 1106 j= 1010 glon=  289.45 (0-360E) glon=  289.45 glat=  25.44 u=  15.2000 v=  11.5000 vr=  -7.04472 vt=  17.71050
 i= 1111 j= 1010 glon=  289.65 (0-360E) glon=  289.65 glat=  25.44 u=  14.5000 v=  14.0000 vr=  -8.03986 vt=  18.48271
 i= 1116 j= 1010 glon=  289.85 (0-360E) glon=  289.85 glat=  25.44 u=  16.1000 v=  15.7000 vr=  -7.33744 vt=  21.25704
 i= 1091 j= 1015 glon=  288.85 (0-360E) glon=  288.85 glat=  25.24 u=  14.6000 v=   7.2000 vr=  -7.43459 vt=  14.48195
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    26.5146937752861       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     50.50 kts
    LL Wind Circ Vt mean quadmax value: SE     48.11 kts
    LL Wind Circ Vt mean quadmax value: SW     40.95 kts
    LL Wind Circ Vt mean quadmax value: NW     43.83 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   9.493536059494598E-005  (km)
 Max dist allowed (km) =    400.000000000000     
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    27.2654876536061     
   xcenlon=    288.951918850651     
   imax=         2738  jmax=         2041
   jlatfix=          964
   ilonfix (unadjusted) =         1094
  
 In get_max_wind, ibeg=         1017  iend=         1170
                  jbeg=          896  jend=         1033
         ilonfix=         1094  jlatfix=          964
 At end of get_max_wind, vmax=    55.3202530724508       rmax= 
   11.6098691777272     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.13 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.37 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   16.23 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   22.92 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   31.65 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   40.04 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   46.30 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   48.61 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   48.04 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   45.76 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   43.17 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   40.74 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   38.58 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   36.74 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   35.23 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   33.87 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   32.64 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   31.60 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   30.67 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   29.83 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   29.03 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   28.28 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   27.60 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   26.95 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   26.34 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.71 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.18 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   24.69 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.25 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   23.86 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   23.39 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   22.90 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   22.45 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.08 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   21.77 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   21.47 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   21.16 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   20.84 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.52 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.19 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   19.86 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   19.55 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    48.61 m/s   maxrmw_dist=    24.00  km   maxrmw_ix=    8
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    24.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    48.6148996985343      
  (m/s)   (in kts)=    94.4441656443425     
  rising_sum_dvdr=       39.4844933154847     
  declining_sum_dvdr=   -22.2797254111226     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=     0 igrct=  1 Vmax (m/s)=   55.320   22:16:56
 TIMING: before call  getradii, fhr=     0 igrct=  1   22:16:56
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    12.3709189497337     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.3709189497337     
 mr4qs after add, mean_radii_vt_4quad_sum=    18.2382870192857     
 mr4qs before add, mean_radii_vt_4quad_sum=    18.2382870192857     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.0271119960888     
 mr4qs before add, mean_radii_vt_4quad_sum=    16.0271119960888     
 mr4qs after add, mean_radii_vt_4quad_sum=    18.8404424615781     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   18.84 good_quad_ct=   4 mean_vt_4quad=      4.71
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.75 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.87 mean_vt_4quad=    9.28
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.05 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.18 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.27 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.30 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.37 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.39 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.36 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.52 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.58 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.69 mean_vt_4quad=    9.86
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.80 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.97 mean_vt_4quad=   10.01
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.14 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.24 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.34 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.41 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.42 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.48 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.48 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.56 mean_vt_4quad=   10.41
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.64 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.78 mean_vt_4quad=   10.52
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.93 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.05 mean_vt_4quad=   10.63
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.22 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.62 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.63 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.65 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.53 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.18 mean_vt_4quad=   10.97
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.76 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   17.27 mean_vt_4quad=   11.22
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   17.09 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.92 mean_vt_4quad=   11.47
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.29 mean_vt_4quad=   11.57
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.16 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.11 mean_vt_4quad=   11.79
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.56 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   17.02 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.26 mean_vt_4quad=   12.24
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   17.46 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   17.66 mean_vt_4quad=   12.52
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   12.52 .... 0.5*v_holland=    4.54
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.59 .... 0.5*v_holland=    4.54
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.64 .... 0.5*v_holland=    4.54
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.68 .... 0.5*v_holland=    4.54
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   12.72 .... 0.5*v_holland=    4.54
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    240.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   129.504000000000     
 vradius(iwindix,iquad) =         130
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   17.66 mean_vt_4quad=   12.52
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   18.36 mean_vt_4quad=   12.59
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   18.37 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   18.52 mean_vt_4quad=   12.68
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   18.46 mean_vt_4quad=   12.72
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   18.65 mean_vt_4quad=   12.76
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   19.00 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.30 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   19.49 mean_vt_4quad=   12.98
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   19.75 mean_vt_4quad=   13.07
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   19.92 mean_vt_4quad=   13.19
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   20.12 mean_vt_4quad=   13.30
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   20.07 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   19.90 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   19.82 mean_vt_4quad=   13.52
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.38 mean_vt_4quad=   13.63
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.39 mean_vt_4quad=   13.78
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.94 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   20.36 mean_vt_4quad=   14.11
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   20.54 mean_vt_4quad=   14.29
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   20.58 mean_vt_4quad=   14.47
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   20.36 mean_vt_4quad=   14.66
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.34 mean_vt_4quad=   14.85
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.29 mean_vt_4quad=   15.00
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.29 mean_vt_4quad=   15.12
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.48 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.58 mean_vt_4quad=   15.31
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.74 mean_vt_4quad=   15.41
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.82 mean_vt_4quad=   15.51
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.90 mean_vt_4quad=   15.63
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.92 mean_vt_4quad=   15.78
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.09 mean_vt_4quad=   15.94
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.25 mean_vt_4quad=   16.14
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.44 mean_vt_4quad=   16.34
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   21.59 mean_vt_4quad=   16.56
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   21.79 mean_vt_4quad=   16.77
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   22.17 mean_vt_4quad=   17.01
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   22.60 mean_vt_4quad=   17.26
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   23.00 mean_vt_4quad=   17.52
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   23.31 mean_vt_4quad=   17.77
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   23.52 mean_vt_4quad=   17.99
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   23.64 mean_vt_4quad=   18.20
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.90 mean_vt_4quad=   18.42
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.32 mean_vt_4quad=   18.64
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.74 mean_vt_4quad=   18.87
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.12 mean_vt_4quad=   19.12
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.57 mean_vt_4quad=   19.42
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   26.03 mean_vt_4quad=   19.80
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   26.03 mean_vt_4quad=   19.80
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   26.48 mean_vt_4quad=   20.26
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   26.87 mean_vt_4quad=   20.74
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.26 mean_vt_4quad=   21.18
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   27.58 mean_vt_4quad=   21.59
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   27.91 mean_vt_4quad=   22.02
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   28.33 mean_vt_4quad=   22.47
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   28.77 mean_vt_4quad=   22.97
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   29.18 mean_vt_4quad=   23.50
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   29.57 mean_vt_4quad=   24.04
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   30.03 mean_vt_4quad=   24.58
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   30.64 mean_vt_4quad=   25.15
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   31.51 mean_vt_4quad=   25.76
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   32.12 mean_vt_4quad=   26.42
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   32.46 mean_vt_4quad=   27.10
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   33.35 mean_vt_4quad=   27.90
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.45 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.87 mean_vt_4quad=    9.28
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.94 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.98 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.17 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.17 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.05 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.87 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.99 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.97 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.89 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.89 mean_vt_4quad=    9.86
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.96 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.03 mean_vt_4quad=   10.01
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.21 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.36 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.47 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.45 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.25 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.15 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.01 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.20 mean_vt_4quad=   10.41
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.44 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.67 mean_vt_4quad=   10.52
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.79 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.53 mean_vt_4quad=   10.63
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   13.15 mean_vt_4quad=   10.65
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   13.18 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   13.37 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   13.41 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   13.27 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   13.25 mean_vt_4quad=   10.97
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   13.32 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   13.68 mean_vt_4quad=   11.22
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.02 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.35 mean_vt_4quad=   11.47
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.70 mean_vt_4quad=   11.57
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.92 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.13 mean_vt_4quad=   11.79
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.38 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.63 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.90 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.08 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.18 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.23 mean_vt_4quad=   12.59
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.24 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.29 mean_vt_4quad=   12.68
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.36 mean_vt_4quad=   12.72
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.45 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.71 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.97 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.04 mean_vt_4quad=   12.98
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.10 mean_vt_4quad=   13.07
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.19 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.41 mean_vt_4quad=   13.30
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.88 mean_vt_4quad=   13.39
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.39 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   13.45 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.52 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.63 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   13.78 .... 0.5*v_holland=    5.33
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.88 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.10 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.84 mean_vt_4quad=   13.52
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.65 mean_vt_4quad=   13.63
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.96 mean_vt_4quad=   13.78
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.27 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.80 mean_vt_4quad=   14.11
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.29 mean_vt_4quad=   14.29
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.96 mean_vt_4quad=   14.47
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.40 mean_vt_4quad=   14.66
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.78 mean_vt_4quad=   14.85
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.78 mean_vt_4quad=   15.00
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   20.22 mean_vt_4quad=   15.12
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.38 mean_vt_4quad=   15.22
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.62 mean_vt_4quad=   15.31
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.80 mean_vt_4quad=   15.41
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.85 mean_vt_4quad=   15.51
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.18 mean_vt_4quad=   15.63
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.44 mean_vt_4quad=   15.78
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.67 mean_vt_4quad=   15.94
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   21.75 mean_vt_4quad=   16.14
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   21.98 mean_vt_4quad=   16.34
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   22.07 mean_vt_4quad=   16.56
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   22.30 mean_vt_4quad=   16.77
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   22.43 mean_vt_4quad=   17.01
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   22.52 mean_vt_4quad=   17.26
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   22.36 mean_vt_4quad=   17.52
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   22.38 mean_vt_4quad=   17.77
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   22.34 mean_vt_4quad=   17.99
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.70 mean_vt_4quad=   18.20
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   23.30 mean_vt_4quad=   18.42
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.85 mean_vt_4quad=   18.64
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   24.24 mean_vt_4quad=   18.87
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.52 mean_vt_4quad=   19.12
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   24.76 mean_vt_4quad=   19.42
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   25.06 mean_vt_4quad=   19.80
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   25.39 mean_vt_4quad=   20.26
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   26.03 mean_vt_4quad=   20.74
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   26.03 mean_vt_4quad=   20.74
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   26.69 mean_vt_4quad=   21.18
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   27.16 mean_vt_4quad=   21.59
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   28.16 mean_vt_4quad=   22.02
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   28.80 mean_vt_4quad=   22.47
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   29.19 mean_vt_4quad=   22.97
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   29.78 mean_vt_4quad=   23.50
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   30.66 mean_vt_4quad=   24.04
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   31.03 mean_vt_4quad=   24.58
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   31.67 mean_vt_4quad=   25.15
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   32.56 mean_vt_4quad=   25.76
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   33.80 mean_vt_4quad=   26.42
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    9.52 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    9.45 mean_vt_4quad=    9.28
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.44 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    9.45 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    9.62 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    9.75 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    9.88 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    9.98 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.17 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.25 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.33 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.41 mean_vt_4quad=    9.86
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.44 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.51 mean_vt_4quad=   10.01
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.55 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   10.50 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   10.57 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.68 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.77 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   10.88 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   10.96 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.04 mean_vt_4quad=   10.41
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.06 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.12 mean_vt_4quad=   10.52
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.27 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.51 mean_vt_4quad=   10.63
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.93 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.22 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   12.71 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   12.69 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   12.50 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.22 mean_vt_4quad=   10.97
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   12.20 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.29 mean_vt_4quad=   11.22
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.53 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.84 mean_vt_4quad=   11.47
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.13 mean_vt_4quad=   11.57
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.14 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.28 mean_vt_4quad=   11.79
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.50 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.46 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.49 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.55 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.58 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.84 mean_vt_4quad=   12.59
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.13 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.34 mean_vt_4quad=   12.68
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.43 mean_vt_4quad=   12.72
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.30 mean_vt_4quad=   12.76
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.26 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.10 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.16 mean_vt_4quad=   12.98
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.36 mean_vt_4quad=   13.07
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.38 mean_vt_4quad=   13.19
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.45 mean_vt_4quad=   13.30
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.59 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   14.75 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.03 mean_vt_4quad=   13.52
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.26 mean_vt_4quad=   13.63
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.47 mean_vt_4quad=   13.78
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   15.73 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   15.97 mean_vt_4quad=   14.11
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.27 mean_vt_4quad=   14.29
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.58 mean_vt_4quad=   14.47
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.85 mean_vt_4quad=   14.66
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.90 mean_vt_4quad=   14.85
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.24 mean_vt_4quad=   15.00
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.65 mean_vt_4quad=   15.12
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.12 .... 0.5*v_holland=    6.45
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   15.22 .... 0.5*v_holland=    6.45
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   15.31 .... 0.5*v_holland=    6.45
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   15.41 .... 0.5*v_holland=    6.45
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   15.51 .... 0.5*v_holland=    6.45
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    168.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   90.6528000000000     
 vradius(iwindix,iquad) =          91
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.65 mean_vt_4quad=   15.12
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   18.26 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.62 mean_vt_4quad=   15.31
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.94 mean_vt_4quad=   15.41
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   18.87 mean_vt_4quad=   15.51
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   18.95 mean_vt_4quad=   15.63
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   19.29 mean_vt_4quad=   15.78
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   19.87 mean_vt_4quad=   15.94
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   19.99 mean_vt_4quad=   16.14
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   20.11 mean_vt_4quad=   16.34
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   19.84 mean_vt_4quad=   16.56
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.82 mean_vt_4quad=   16.77
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   19.92 mean_vt_4quad=   17.01
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.32 mean_vt_4quad=   17.26
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   20.94 mean_vt_4quad=   17.52
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.72 mean_vt_4quad=   17.77
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.40 mean_vt_4quad=   17.99
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   23.05 mean_vt_4quad=   18.20
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.50 mean_vt_4quad=   18.42
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   23.51 mean_vt_4quad=   18.64
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   23.46 mean_vt_4quad=   18.87
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   23.57 mean_vt_4quad=   19.12
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.99 mean_vt_4quad=   19.42
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   24.37 mean_vt_4quad=   19.80
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   24.74 mean_vt_4quad=   20.26
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   25.05 mean_vt_4quad=   20.74
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   25.53 mean_vt_4quad=   21.18
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   26.19 mean_vt_4quad=   21.59
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   26.19 mean_vt_4quad=   21.59
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   26.21 mean_vt_4quad=   22.02
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   26.17 mean_vt_4quad=   22.47
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   26.48 mean_vt_4quad=   22.97
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   27.21 mean_vt_4quad=   23.50
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   28.06 mean_vt_4quad=   24.04
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   28.96 mean_vt_4quad=   24.58
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   29.72 mean_vt_4quad=   25.15
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   30.44 mean_vt_4quad=   25.76
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   31.36 mean_vt_4quad=   26.42
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   32.44 mean_vt_4quad=   27.10
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   33.38 mean_vt_4quad=   27.90
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   11.23 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   11.29 mean_vt_4quad=    9.28
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   11.48 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   11.42 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   11.47 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   11.46 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   11.52 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   11.51 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   11.66 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   11.80 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   12.17 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   12.19 mean_vt_4quad=    9.86
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   12.39 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   12.70 mean_vt_4quad=   10.01
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   12.89 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   12.64 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   12.62 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   12.74 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   12.70 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   12.66 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   12.64 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   12.65 mean_vt_4quad=   10.41
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   12.70 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   12.77 mean_vt_4quad=   10.52
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   12.79 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   12.81 mean_vt_4quad=   10.63
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.85 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.92 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.97 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   13.04 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   13.24 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   13.35 mean_vt_4quad=   10.97
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   13.43 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   13.47 mean_vt_4quad=   11.22
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   13.54 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   13.66 mean_vt_4quad=   11.47
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   13.79 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   13.98 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   14.19 mean_vt_4quad=   11.79
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   14.42 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   14.66 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   14.85 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   14.99 mean_vt_4quad=   12.39
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   15.07 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   15.15 mean_vt_4quad=   12.59
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   15.26 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.38 mean_vt_4quad=   12.68
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.54 mean_vt_4quad=   12.72
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.86 mean_vt_4quad=   12.76
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.03 mean_vt_4quad=   12.82
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.28 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.59 mean_vt_4quad=   12.98
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   16.80 mean_vt_4quad=   13.07
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   16.95 mean_vt_4quad=   13.19
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.16 mean_vt_4quad=   13.30
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.44 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.52 mean_vt_4quad=   13.45
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   13.45 .... 0.5*v_holland=    5.41
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.52 .... 0.5*v_holland=    5.41
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.63 .... 0.5*v_holland=    5.41
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   13.78 .... 0.5*v_holland=    5.41
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   13.95 .... 0.5*v_holland=    5.41
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    201.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   108.459600000000     
 vradius(iwindix,iquad) =         108
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.52 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   17.52 mean_vt_4quad=   13.52
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.55 mean_vt_4quad=   13.63
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   17.31 mean_vt_4quad=   13.78
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   17.21 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   16.76 mean_vt_4quad=   14.11
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   16.76 mean_vt_4quad=   14.29
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.04 mean_vt_4quad=   14.47
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.05 mean_vt_4quad=   14.66
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   17.31 mean_vt_4quad=   14.85
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   17.60 mean_vt_4quad=   15.00
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   17.68 mean_vt_4quad=   15.12
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   17.93 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   18.38 mean_vt_4quad=   15.31
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   18.92 mean_vt_4quad=   15.41
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.48 mean_vt_4quad=   15.51
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   18.10 mean_vt_4quad=   15.63
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   18.14 mean_vt_4quad=   15.78
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.41 mean_vt_4quad=   15.94
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.03 mean_vt_4quad=   16.14
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.95 mean_vt_4quad=   16.34
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   18.08 mean_vt_4quad=   16.56
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.98 mean_vt_4quad=   16.77
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   18.10 mean_vt_4quad=   17.01
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   18.29 mean_vt_4quad=   17.26
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.52 mean_vt_4quad=   17.52
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.67 mean_vt_4quad=   17.77
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   18.94 mean_vt_4quad=   17.99
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   19.14 mean_vt_4quad=   18.20
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   19.19 mean_vt_4quad=   18.42
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   19.41 mean_vt_4quad=   18.64
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   19.74 mean_vt_4quad=   18.87
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   20.07 mean_vt_4quad=   19.12
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   20.34 mean_vt_4quad=   19.42
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   20.64 mean_vt_4quad=   19.80
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.04 mean_vt_4quad=   20.26
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.40 mean_vt_4quad=   20.74
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   21.72 mean_vt_4quad=   21.18
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   21.98 mean_vt_4quad=   21.59
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   22.39 mean_vt_4quad=   22.02
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   22.99 mean_vt_4quad=   22.47
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   23.66 mean_vt_4quad=   22.97
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   24.32 mean_vt_4quad=   23.50
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   25.36 mean_vt_4quad=   24.04
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.53 mean_vt_4quad=   24.58
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.53 mean_vt_4quad=   24.58
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   27.55 mean_vt_4quad=   25.15
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   28.62 mean_vt_4quad=   25.76
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   29.78 mean_vt_4quad=   26.42
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   31.00 mean_vt_4quad=   27.10
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   32.30 mean_vt_4quad=   27.90
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   33.82 mean_vt_4quad=   28.89
  
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
 TIMING: after call  getradii, fhr=     0 igrct=  1   22:16:56
 TIMING: after getrad_iter_loop, fhr=     0 igrct=  2 Vmax (m/s)=   55.320   22:16:56
 TIMING: Before get_phase ... 22:16:56
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            0 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =   340.000
  
  
  In get_cps_paramb, lead time=            0 :           0   08L  FRANKLIN 
   right_ct=          898   left_ct=          887
   zthicksum(1)=    3056025.50975000     
   zthicksum(2)=    3020539.26212500     
   zthick_right_mean=    3403.14644738307     
   zthick_left_mean=     3405.34302381624     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.19657643316214     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           33.66
  Sum of y-diffs squared (ydiff2) =         5269.13
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   452.66   6.7452       37.97   0.1661    -3.30    10.88     1441.47
    2   441.49   6.6846       26.80   0.1055     0.60     0.36      718.17
    3   427.14   6.6201       12.45   0.0409     2.28     5.20      154.92
    4   410.18   6.5511       -4.51  -0.0281     2.46     6.06       20.37
    5   390.42   6.4770      -24.27  -0.1022     1.11     1.24      589.19
    6   366.26   6.3969      -48.43  -0.1822    -3.15     9.93     2345.01
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   414.689     x:    6.58
  
  slope=    248.453         y-intercept =  -1219.921
  Regression equation:   Y = -1219.92 +   248.45X
  
  R2(r_squared) =  0.9936        r =  0.9968
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1046.38 zmin=  583.64 zdiff=  462.74
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1539.89 zmin= 1087.24 zdiff=  452.66
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -10.08 dlnp=     -0.057158  dzdlnp=      176.352
  
   +++ k=  3 press=    800.0 zmax= 2058.83 zmin= 1617.34 zdiff=  441.49
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -11.17 dlnp=     -0.060625  dzdlnp=      184.216
  
   +++ k=  4 press=    750.0 zmax= 2605.37 zmin= 2178.23 zdiff=  427.14
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -14.35 dlnp=     -0.064539  dzdlnp=      222.379
  
   +++ k=  5 press=    700.0 zmax= 3183.07 zmin= 2772.89 zdiff=  410.18
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -16.96 dlnp=     -0.068993  dzdlnp=      245.822
  
   +++ k=  6 press=    650.0 zmax= 3795.10 zmin= 3404.68 zdiff=  390.42
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -19.76 dlnp=     -0.074108  dzdlnp=      266.638
  
   +++ k=  7 press=    600.0 zmax= 4446.48 zmin= 4080.21 zdiff=  366.26
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -24.15 dlnp=     -0.080043  dzdlnp=      301.739
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           68.00
  Sum of y-diffs squared (ydiff2) =        20262.36
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   335.21   6.3099       82.78   0.2788     4.52    20.42     6852.31
    2   303.74   6.2146       51.31   0.1834    -0.20     0.04     2632.37
    3   271.34   6.1092       18.91   0.0781    -3.01     9.05      357.76
    4   237.26   5.9915      -15.17  -0.0397    -4.02    16.17      229.99
    5   202.10   5.8579      -50.33  -0.1732    -1.70     2.89     2533.44
    6   164.93   5.7038      -87.50  -0.3274     4.41    19.43     7656.48
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   252.429     x:    6.03
  
  slope=    280.745         y-intercept =  -1440.787
  Regression equation:   Y = -1440.79 +   280.74X
  
  R2(r_squared) =  0.9966        r =  0.9983
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4446.48 zmin= 4080.21 zdiff=  366.26
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5143.93 zmin= 4808.73 zdiff=  335.21
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -31.06 dlnp=     -0.087011  dzdlnp=      356.919
  
   +++ k=  9 press=    500.0 zmax= 5898.53 zmin= 5594.80 zdiff=  303.74
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -31.47 dlnp=     -0.095310  dzdlnp=      330.206
  
   +++ k= 10 press=    450.0 zmax= 6720.78 zmin= 6449.44 zdiff=  271.34
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -32.39 dlnp=     -0.105361  dzdlnp=      307.440
  
   +++ k= 11 press=    400.0 zmax= 7625.63 zmin= 7388.37 zdiff=  237.26
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -34.08 dlnp=     -0.117783  dzdlnp=      289.346
  
   +++ k= 12 press=    350.0 zmax= 8627.13 zmin= 8425.03 zdiff=  202.10
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -35.17 dlnp=     -0.133531  dzdlnp=      263.369
  
   +++ k= 13 press=    300.0 zmax= 9748.87 zmin= 9583.94 zdiff=  164.93
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -37.17 dlnp=     -0.154151  dzdlnp=      241.115
  
cps_stats: 08L   lead time=   0: 0   paramb=    -2.20  vtl=    248.45  vtu=    280.74
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    0:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.952 (0-360) guesslon=  288.952E  (  71.048W)   guesslat=   27.265
 ilonfix=         1094  jlatfix=          964  npts=           33
 ibeg=         1021  jbeg=          896  imax=         2738
 iend=         1167  jend=         1032  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  287.632E  (0-360) ctlon=  287.632E  (  72.368W)  ctlat=   27.145 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.632E   (0-360) guesslon=  287.632E  (  72.368W)   guesslat=   27.145
 ilonfix=         1061  jlatfix=          967  npts=           16
 ibeg=         1012  jbeg=          923  imax=         2738
 iend=         1110  jend=         1011  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.412E  (0-360) ctlon=  287.412  (  72.588W)  ctlat=   27.425 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L     0:00  mean_lon:  287.41E (  72.59W)    (0-360) mean_lon=  287.41E  mean_lat:   27.43  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L     0:00  ifix:  1043   jfix:   948  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1043  jx=          948
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         424 ,         329 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         423 ,         328 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L     0:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:16:57
 TIMING: Before shear ... 22:16:57
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            1
  clon(ist,ifh,3)=    288.885459909091     
  clat(ist,ifh,3)=    27.2636422727273     
  fixlon(ist,ifh)=    288.951918850651     
  fixlat(ist,ifh)=    27.2654876536061     
  xcenlon=    288.885459909091     
  xcenlat=    27.2636422727273     
  
 xxshear
 In get_shear A, xcenlon=    288.885459909091       xcenlat= 
   27.2636422727273     
   In get_shear B, (0-360) xcenlon=    288.885459909091     
  
At start of get_shear:  08L   fhr=    0:00   Mean fix position=   288.95E  ( 71.05W)    27.27  (0-360) mean lon fix=  288.95
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   42.58 vr_mean(idist,ilev)=    0.48
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   34.65 vr_mean(idist,ilev)=   -0.16
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   30.81 vr_mean(idist,ilev)=   -1.13
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   27.19 vr_mean(idist,ilev)=   -1.01
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   24.59 vr_mean(idist,ilev)=   -1.90
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.44 vr_mean(idist,ilev)=   -1.11
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.57 vr_mean(idist,ilev)=   -2.02
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   20.76 vr_mean(idist,ilev)=   -0.95
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.46 vr_mean(idist,ilev)=   -1.23
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.62 vr_mean(idist,ilev)=   -1.59
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.16 vr_mean(idist,ilev)=   -1.22
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.01 vr_mean(idist,ilev)=   -1.56
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.86 vr_mean(idist,ilev)=   -1.38
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.72 vr_mean(idist,ilev)=   -1.08
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.69 vr_mean(idist,ilev)=   -1.25
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.70 vr_mean(idist,ilev)=   -1.13
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.87 vr_mean(idist,ilev)=   -1.08
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.18 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.60 vr_mean(idist,ilev)=   -0.69
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -15.16 vr_mean(idist,ilev)=   15.16
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -22.74 vr_mean(idist,ilev)=   22.74
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -30.33 vr_mean(idist,ilev)=   30.33
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -37.91 vr_mean(idist,ilev)=   37.91
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -45.50 vr_mean(idist,ilev)=   45.50
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -53.09 vr_mean(idist,ilev)=   53.09
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -60.69 vr_mean(idist,ilev)=   60.69
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -68.29 vr_mean(idist,ilev)=   68.29
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -75.89 vr_mean(idist,ilev)=   75.89
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -83.50 vr_mean(idist,ilev)=   83.50
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -91.12 vr_mean(idist,ilev)=   91.12
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -98.74 vr_mean(idist,ilev)=   98.74
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -106.37 vr_mean(idist,ilev)=  106.37
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -114.01 vr_mean(idist,ilev)=  114.01
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -121.65 vr_mean(idist,ilev)=  121.65
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -129.31 vr_mean(idist,ilev)=  129.31
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -136.98 vr_mean(idist,ilev)=  136.98
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -144.66 vr_mean(idist,ilev)=  144.66
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -152.35 vr_mean(idist,ilev)=  152.35
  
 At end of get_shear: 
     ist=    2 ifh=    1 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:16:57
  
 After call to fixcenter, fix positions at 
 forecast hour=    0:00 follow:
  
fixpos  08L   fhr=    0:00   Fix position=   288.95E  ( 71.05W)    27.27   Max Wind= 107 kts
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.951918850651        fixlat=    27.2654876536061     
        (0-360) fixlon=    288.951918850651     
      ilonfix=         1094   jlatfix=          964
      ibeg=          614   iend=         1574
      jbeg=          512   jend=         1416
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.240585886959854       vavg=    5.21885486134514     
      ubar=  -6.014647173996343E-002  vbar=    1.30471371533628     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   3.562170357904638E-002  vavg=    5.48251954943916     
      ubar=  -4.233561995044024E-002  vbar=    4.04597349005586     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.647444418579914       vavg=    4.64642575953857     
      ubar=  -0.204196724595419       vbar=    5.20757992994051     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.204196724595419       vbar=    5.20757992994051     
      wgttot=    1.00000000000000     
      fixlon=    288.951918850651        fixlat=    27.2654876536061     
      barnlon=    288.907089199007       barnlat=    28.2770783514413     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.884814619954359     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.907089199007     
     Raw (no conversion for GM wrap) extraplon=    288.644430730178     
  
 --- barnlon=    288.91E  (  71.09W)    barnlat=     28.28
 --- extraplon=  288.64E  (  71.36W)    extraplat=   28.01
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   27.27
 | Current fix lon is   71.05W   ( 288.95E)
 | Current fix lon (raw, unadjusted)=  288.95E
 | Updated guess lat for next fcst hour is   28.15
 | Updated guess lon (0-360) for next fcst hour is   71.22W   ( 288.78E)
 | Raw updated guess lon for next fcst hour is  288.78E)
 -------------------------------------------------
  
 iocheck, dist=    99.3763818308103        distm=    99376.3818308103     
 iocheck, stmspd=    4.60075841809307        istmspd=           89
 iocheck, xincr=  -0.176158886058886        yincr=   0.879999464829389     
 iocheck, stmdir=    348.680114158250        istmdir=          349
 +++ RPT_STORM_MOTION: istmspd=    89 kts(*10)    istmdir=   349 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   1
     Fix location for this time:   288.95E  ( 71.05W)    27.27
     Fix lon (raw) for this time:  288.95E
     ilonfix= 1094  jlatfix=  964
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.951918850651       xcenlat=    27.2654876536061     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.951918850651       xcenlat=    27.2654876536061     
  ilonfix=         1094  jlatfix=          964
  ibeg=          971  iend=         1217
  jbeg=          848  jend=         1080  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.951918850651        xcenlat=    27.2654876536061     
      ilonfix=         1094   jlatfix=          964
      ibeg=          971   iend=         1217
      jbeg=          848   jend=         1080
 After call to barnes, xsmoothval=   3.969447407194697E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.969447407194697E-004
      xcenlon=    288.951918850651        xcenlat=    27.2654876536061     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000397  imeanzeta (*1e6)=      397
   --- mean zeta raw =   3.969447407194697E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.006094  igrid zeta (*1e6)=     6094 ifilret=   0
   --- grid zeta raw=   6.094153605208209E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.951918850651       xcenlat=    27.2654876536061     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.951918850651       xcenlat=    27.2654876536061     
  ilonfix=         1094  jlatfix=          964
  ibeg=          971  iend=         1217
  jbeg=          848  jend=         1080  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.951918850651        xcenlat=    27.2654876536061     
      ilonfix=         1094   jlatfix=          964
      ibeg=          971   iend=         1217
      jbeg=          848   jend=         1080
 After call to barnes, xsmoothval=   3.823733924010944E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.823733924010944E-004
      xcenlon=    288.951918850651        xcenlat=    27.2654876536061     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000382  imeanzeta (*1e6)=      382
   --- mean zeta raw =   3.823733924010944E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.005591  igrid zeta (*1e6)=     5591 ifilret=   0
   --- grid zeta raw=   5.591425216447047E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=            0
  
 segx, outlon=    288.951918850651       outlat=    27.2654876536061     
   ist=            2  ifcsthour=            0
   vmaxwind=    55.3202530724508       xminmslp=    96098.3000000000     
   vradius=          130          53          29         110          50
          32          91          47          29         108          37
          28
   maxstorm=            6
   plastbar=    100098.300000000       rlastbar=    57.9293589716825     
   rmax=    11.6098691777272     
   cps_vals=   -2.19657643316214        248.453077185429     
   280.744747148531     
   wcore_flag= n
   istmspd=           89  istmdir=          349
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    24.0000000000000     
   axisymet_rmw_val=     48.6148996985343     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   57.9293589716825       irlastbar=          58
 output: plastbar=   100098.300000000       iplastbar=        1001
 rmax=    11.6098691777272        irmax=           12
 TXX top of atcfunix_ext, ist=            2  ifh=            0
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   57.9293589716825       irlastbar=          58
 output: plastbar=   100098.300000000       iplastbar=        1001
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            0
 intlat=          273
 clatns= N
 intlon=          710
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=          107
 int(xminmslp/mslp_outp_adj + 0.5)=          961
 XX,  34, NEQ
 vradius(1,1)=          130
 vradius(1,2)=          110
 vradius(1,3)=           91
 vradius(1,4)=          108
 iplastbar=         1001
 irlastbar=           58
 irmax=           12
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          349
 istmspd=           89
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -22
 icps_vals(2)=         2485
 icps_vals(3)=         2807
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           13
 irmw_val=           94
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          397
 igridzeta(1)=         6094
 imeanzeta(2)=          382
 igridzeta(2)=         5591
  
 rmax=    11.6098691777272        irmax=           12
 +++ Top of output_atcf_parms, ist=            2  ifh=            0
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.951918850651        fixlat=    27.2654876536061     
        (0-360) fixlon=    288.951918850651     
      ilonfix=         1094   jlatfix=          964
      ibeg=          614   iend=         1574
      jbeg=          512   jend=         1416
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.240585886959854       vavg=    5.21885486134514     
      ubar=  -6.014647173996343E-002  vbar=    1.30471371533628     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   3.562170357904638E-002  vavg=    5.48251954943916     
      ubar=  -4.233561995044024E-002  vbar=    4.04597349005586     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.647444418579914       vavg=    4.64642575953857     
      ubar=  -0.204196724595419       vbar=    5.20757992994051     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.204196724595419       vbar=    5.20757992994051     
      wgttot=    1.00000000000000     
      fixlon=    288.951918850651        fixlat=    27.2654876536061     
      barnlon=    288.907089199007       barnlat=    28.2770783514413     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.884814619954359     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.907089199007     
     Raw (no conversion for GM wrap) extraplon=    288.644430730178     
  
 --- barnlon=    288.91E  (  71.09W)    barnlat=     28.28
 --- extraplon=  288.64E  (  71.36W)    extraplat=   28.01
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   27.27
 | Current fix lon is   71.05W   ( 288.95E)
 | Current fix lon (raw, unadjusted)=  288.95E
 | Updated guess lat for next fcst hour is   28.15
 | Updated guess lon (0-360) for next fcst hour is   71.22W   ( 288.78E)
 | Raw updated guess lon for next fcst hour is  288.78E)
 -------------------------------------------------
  
 iocheck, dist=    99.3763818308103        distm=    99376.3818308103     
 iocheck, stmspd=    4.60075841809307        istmspd=           89
 iocheck, xincr=  -0.176158886058886        yincr=   0.879999464829389     
 iocheck, stmdir=    348.680114158250        istmdir=          349
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            3
    | Forecast hour:    0:00
    | Storm name = SAOLA    
    | Storm ID   = 09W 
    | Gen ID (if available): 2023082812_F000_180N_1241E_09W
    ---------------------------------------------
  
  
 !!! IN check_bounds, Storm is outside of grid
 !!! Storm ID =   09W 
 !!! Storm Name = SAOLA    
 !!! ist=            3  ifh=            1
 !!! guess storm lon=    124.100000000000     
 !!! guess storm lat=    18.0000000000000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:    0:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   6.460268752644391E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.680E  (0-360) ctlon=  274.680E  (  85.320W)  ctlat=   20.480 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.646E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.680E   (0-360) guesslon=  274.680E  (  85.320W)   guesslat=   20.480
 ilonfix=          737  jlatfix=         1134  npts=           16
 ibeg=          689  jbeg=         1090  imax=         2738
 iend=          785  jend=         1178  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.760E  (0-360) ctlon=  274.760  (  85.240W)  ctlat=   20.260 fmax (x10e5) =        0.586E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   4.781910502345364E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.680E  (0-360) ctlon=  274.680E  (  85.320W)  ctlat=   20.080 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.478E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.680E   (0-360) guesslon=  274.680E  (  85.320W)   guesslat=   20.080
 ilonfix=          737  jlatfix=         1144  npts=           16
 ibeg=          690  jbeg=         1100  imax=         2738
 iend=          784  jend=         1188  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.760E  (0-360) ctlon=  274.760  (  85.240W)  ctlat=   20.160 fmax (x10e5) =        0.600E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.680E  (0-360) ctlon=  274.680E  (  85.320W)  ctlat=   20.480 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.143E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.680E   (0-360) guesslon=  274.680E  (  85.320W)   guesslat=   20.480
 ilonfix=          737  jlatfix=         1134  npts=           16
 ibeg=          689  jbeg=         1090  imax=         2738
 iend=          785  jend=         1178  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.760E  (0-360) ctlon=  274.760  (  85.240W)  ctlat=   20.460 fmax =       -0.100E+16 fmin =        0.143E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  275.080E  (0-360) ctlon=  275.080E  (  84.920W)  ctlat=   19.680 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.309E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  275.080E   (0-360) guesslon=  275.080E  (  84.920W)   guesslat=   19.680
 ilonfix=          747  jlatfix=         1154  npts=           16
 ibeg=          700  jbeg=         1110  imax=         2738
 iend=          794  jend=         1198  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.260E  (0-360) ctlon=  275.260  (  84.740W)  ctlat=   19.960 fmax =       -0.100E+16 fmin =        0.308E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.680E  (0-360) ctlon=  274.680E  (  85.320W)  ctlat=   20.480 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.680E   (0-360) guesslon=  274.680E  (  85.320W)   guesslat=   20.480
 ilonfix=          737  jlatfix=         1134  npts=           16
 ibeg=          689  jbeg=         1090  imax=         2738
 iend=          785  jend=         1178  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.660E  (0-360) ctlon=  274.660  (  85.340W)  ctlat=   20.360 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.800 (0-360) guesslon=  274.800E  (  85.200W)   guesslat=   20.600
 ilonfix=          740  jlatfix=         1131  npts=           33
 ibeg=          668  jbeg=         1063  imax=         2738
 iend=          812  jend=         1199  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.774442325677876E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.680E  (0-360) ctlon=  274.680E  (  85.320W)  ctlat=   20.080 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.277E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.680E   (0-360) guesslon=  274.680E  (  85.320W)   guesslat=   20.080
 ilonfix=          737  jlatfix=         1144  npts=           16
 ibeg=          690  jbeg=         1100  imax=         2738
 iend=          784  jend=         1188  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.660E  (0-360) ctlon=  274.660  (  85.340W)  ctlat=   20.260 fmax (x10e5) =        0.408E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.785454909091        uvgeslat=    20.3036437727273     
    (0-360 uvgeslon)=    274.785454909091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:16:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.785454909091        uvgeslat=    20.3036437727273     
    (0-360 uvgeslon)=    274.785454909091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.785454909091     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.785E  (0-360E lon):  274.785E    85.215W  ctlat=   20.304  xmax_circul_disk =      89124728.4
 TIMING: get_wind_circ kloop, k=  1   22:16:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.785E  (0-360E)=  274.785E  (  85.215W)   guesslat=   20.304
 ilonfix=          740  jlatfix=         1138  npts=           56
 ibeg=          673  jbeg=         1074  imax=         2738
 iend=          807  jend=         1202  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    91106810.2715145     
 nhalf get_wind_circ, k=  1 ctlon=  274.625E  (0-360E)=  274.625E  ctlon=   85.375W   ctlat=   20.264 Wind Circulation (NHEM: Max) =      91106810.3
 TIMING: After GWC 850 ... 22:16:57
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:16:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.785454909091        uvgeslat=    20.3036437727273     
    (0-360 uvgeslon)=    274.785454909091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.785454909091     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.785E  (0-360E lon):  274.785E    85.215W  ctlat=   20.304  xmax_circul_disk =      85482480.6
 TIMING: get_wind_circ kloop, k=  1   22:16:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.785E  (0-360E)=  274.785E  (  85.215W)   guesslat=   20.304
 ilonfix=          740  jlatfix=         1138  npts=           56
 ibeg=          673  jbeg=         1074  imax=         2738
 iend=          807  jend=         1202  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    85598336.4889397     
 nhalf get_wind_circ, k=  1 ctlon=  274.745E  (0-360E)=  274.745E  ctlon=   85.255W   ctlat=   20.264 Wind Circulation (NHEM: Max) =      85598336.5
 TIMING: After GWC 700 ... 22:16:57
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:16:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.785454909091        uvgeslat=    20.3036437727273     
    (0-360 uvgeslon)=    274.785454909091     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.785454909091     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.785E  (0-360E lon):  274.785E    85.215W  ctlat=   20.304  xmax_circul_disk =      58191170.4
 TIMING: get_wind_circ kloop, k=  1   22:16:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.785E  (0-360E)=  274.785E  (  85.215W)   guesslat=   20.304
 ilonfix=          740  jlatfix=         1138  npts=           56
 ibeg=          673  jbeg=         1074  imax=         2738
 iend=          807  jend=         1202  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    60168780.0476025     
 nhalf get_wind_circ, k=  1 ctlon=  274.685E  (0-360E)=  274.685E  ctlon=   85.315W   ctlat=   20.144 Wind Circulation (NHEM: Max) =      60168780.0
 TIMING: After GWC Sfc ... 22:16:57
  
 At beg of fixcenter, stderr(ist,ifh-1) = N/A  xavg_stderr= N/A
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    300.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            1  errmax=    300.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     0:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.80E   (0-360) guesslon=  274.80E  ( 85.20W)    20.60
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.76       85.24      20.26           58.56       T         38.03
   2    zeta 700    Max       274.76       85.24      20.16           60.02       T         49.10
   3    circ 850    Max       274.63       85.37      20.26           91.11       T         41.59
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       274.75       85.25      20.26           85.60       T         37.83
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.76       85.24      20.46         1427.58       T         16.11
   8     gph 700    Min       275.26       84.74      19.96         3084.81       T         85.83
   9        MSLP    Min       274.66       85.34      20.36       100060.26       T         30.41
  10    circ sfc    Max       274.69       85.31      20.14           60.17       T         52.13
  11    zeta sfc    Max       274.66       85.34      20.26           40.80       T         40.52
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    17.5471815932240       stderr_close= 
   16.2863706119070       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   2.731 devia=   0.168 wtpos=  0.94564     274.76   274.76    85.24    20.26
 ip=  2 kprm=  2 dist_from_mean=   8.582 devia=   0.527 wtpos=  0.83892     274.76   274.76    85.24    20.16
 ip=  3 kprm=  3 dist_from_mean=  15.217 devia=   0.934 wtpos=  0.73239     274.63   274.63    85.37    20.26
 ip=  5 kprm=  4 dist_from_mean=   3.834 devia=   0.235 wtpos=  0.92453     274.75   274.75    85.25    20.26
 ip=  7 kprm=  5 dist_from_mean=  24.837 devia=   1.525 wtpos=  0.60149     274.76   274.76    85.24    20.46
 ip=  8 kprm=  6 dist_from_mean=  59.844 devia=   3.674 wtpos=  0.29381     275.26   275.26    84.74    19.96
 ip=  9 kprm=  7 dist_from_mean=  17.769 devia=   1.091 wtpos=  0.69511     274.66   274.66    85.34    20.36
 ip= 10 kprm=  8 dist_from_mean=  13.503 devia=   0.829 wtpos=  0.75854     274.69   274.69    85.31    20.14
 ip= 11 kprm=  9 dist_from_mean=  11.608 devia=   0.713 wtpos=  0.78853     274.66   274.66    85.34    20.26
  
At end of fixcenter:  10L   fhr=    0:00   Fix position=   274.73E  (0-360) fixlon=  274.73  ( 85.27W)    20.25
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.734163001210     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.660003500000     
        (0-360E clon(ist,ifh,9))=    274.660003500000     
      clat(ist,ifh,9)=    20.3600060000000     
      xval(9)=    100060.255844008     
  
  After get_ij B, ibeg jbeg =          631         999
  After get_ij B, iend jend =          843        1275
  
 In is_it_a_storm, ilonfix=          737  jlatfix=         1137
 ibeg jbeg iend jend =          631         999         843        1275
 cparm= slp  parmlon parmlat =    274.660003500000        20.3600060000000     
     (0-360E parmlon) =    274.660003500000     
 parmval=    100060.255844008     
  
 i=  711 j= 1074 glon=  273.65 (0-360E) glon=  273.65 glat=  22.88 dist=   299.16 slp=  100549.82 pgradient=  1.63645
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  1.63645
 mslp center =    274.660003500000        20.3600060000000     
   100060.255844008     
   (0-360E) lon of mslp center =    274.660003500000     
 pgrad loc   =    273.649290000000        273.649290000000     
   86.3507100000000        22.8810760000000        100549.820000000     
  ttest at location C IF....
      xinp_fixlat=    20.3600060000000     
      xinp_fixlon=    274.660003500000       (0-360E) xinp_fixlon= 
   274.660003500000     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99466.4600000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          740  jfix=         1138
 longitude=    274.660003500000      E   (   85.3399965000000      
 W)  (0-360E) xinp_fixlon=    274.660003500000     
 latitude=    20.3600060000000     
 mean mslp value (xval(9))=    100060.255844008     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          740  jfix=         1138
 longitude=    274.660003500000      E   (   85.3399965000000      
 W)  (0-360E) xinp_fixlon=    274.660003500000     
 latitude=    20.3600060000000     
 mean mslp value (xval(9))=    100060.255844008     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          740  jx=         1138
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99466.4600000000       xcentval=    99466.4600000000     
 At A, num_found_contours=            0
 At A, contlo=    99466.4600000000       conthi=    99866.4600000000     
  
 num_found_contours=            0
 contlo=    99466.4600000000       conthi=    99866.4600000000     
 xcentval=    99466.4600000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99866.4600000000       conthi=    100266.460000000     
  
 num_found_contours=            1
 contlo=    99866.4600000000       conthi=    100266.460000000     
 xcentval=    99466.4600000000     
 At A, num_found_contours=            2
 At A, contlo=    100266.460000000       conthi=    100666.460000000     
  
 num_found_contours=            2
 contlo=    100266.460000000       conthi=    100666.460000000     
 xcentval=    99466.4600000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         717 ,        1145 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99466.4600000000     
 !!! (i,j) of central value = (         740 ,        1138 )
 !!!  
 !!! Flagged value found    =    100265.980000000     
 !!! (i,j) of flagged value = (         716 ,        1146 )
 !!!   
 !!! Lower bound of contour interval =    100266.460000000     
 !!! Upper bound of contour interval =    100666.460000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          740  jfix=         1138
 longitude=    274.660003500000      E   (   85.3399965000000      W)  
 (0-360E) xinp_fixlon=    274.660003500000     
 latitude=    20.3600060000000     
 mean mslp value (xval(9))=    100060.255844008     
 gridpoint mslp value=    99466.4600000000     
 ccflag= y
 prs of last closed isobar =    100266.460000000     
 radius of last closed isobar =    40.3605874857278       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =    0:00
 !!! Boundary check xinp_fixlat is   20.36
 !!! Boundary check xinp_fixlon is   85.34W   ( 274.66E)  (0-360E) xinp_fixlon=  274.66
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.625458909091     
  850 mb wcirc fix lat=    20.2636447727273     
    (0-360) 850 mb wcirc fix lon=    274.625458909091     
  Multi-parm fix lon=      274.734163001210     
  Multi-parm fix lat=      20.2502096226296     
    (0-360) Multi-parm fix lon=      274.734163001210     
  
  
  After get_ij B, ibeg jbeg =          647        1035
  After get_ij B, iend jend =          825        1243
  
 In is_it_a_storm, ilonfix=          736  jlatfix=         1139
 ibeg jbeg iend jend =          647        1035         825        1243
 cparm= v850  parmlon parmlat =    274.625458909091        20.2636447727273     
     (0-360E parmlon) =    274.625458909091     
 parmval=    91106810.2715145     
  
 i=  727 j= 1090 glon=  274.29 (0-360E) glon=  274.29 glat=  22.24 u= -11.5000 v=   5.8000 vr=   7.53361 vt=  10.44676
 i=  732 j= 1090 glon=  274.49 (0-360E) glon=  274.49 glat=  22.24 u= -12.5000 v=   6.8000 vr=   7.58924 vt=  12.03717
 i=  737 j= 1090 glon=  274.69 (0-360E) glon=  274.69 glat=  22.24 u= -11.3000 v=   6.2000 vr=   5.85642 vt=  11.48183
 i=  742 j= 1090 glon=  274.89 (0-360E) glon=  274.89 glat=  22.24 u= -12.6000 v=   9.4000 vr=   7.76805 vt=  13.66665
 i=  712 j= 1095 glon=  273.69 (0-360E) glon=  273.69 glat=  22.04 u= -10.0000 v=  -2.9000 vr=   1.82067 vt=  10.25159
 i=  717 j= 1095 glon=  273.89 (0-360E) glon=  273.89 glat=  22.04 u= -10.3000 v=   0.2000 vr=   3.90864 vt=   9.53166
 i=  722 j= 1095 glon=  274.09 (0-360E) glon=  274.09 glat=  22.04 u= -10.7000 v=   2.8000 vr=   5.60095 vt=   9.53726
 i=  727 j= 1095 glon=  274.29 (0-360E) glon=  274.29 glat=  22.04 u= -11.5000 v=   5.9000 vr=   7.81329 vt=  10.29623
 i=  732 j= 1095 glon=  274.49 (0-360E) glon=  274.49 glat=  22.04 u= -11.9000 v=   6.0000 vr=   6.83531 vt=  11.44065
 i=  737 j= 1095 glon=  274.69 (0-360E) glon=  274.69 glat=  22.04 u= -14.8000 v=   7.7000 vr=   7.19902 vt=  15.05005
 i=  742 j= 1095 glon=  274.89 (0-360E) glon=  274.89 glat=  22.04 u= -13.7000 v=  10.2000 vr=   8.21926 vt=  14.97243
 i=  747 j= 1095 glon=  275.09 (0-360E) glon=  275.09 glat=  22.04 u= -13.7000 v=  12.0000 vr=   8.40888 vt=  16.15490
 i=  752 j= 1095 glon=  275.29 (0-360E) glon=  275.29 glat=  22.04 u= -11.9000 v=  14.0000 vr=   9.29092 vt=  15.85209
 i=  757 j= 1095 glon=  275.49 (0-360E) glon=  275.49 glat=  22.04 u= -10.7000 v=  11.9000 vr=   6.40230 vt=  14.66665
 i=  702 j= 1100 glon=  273.29 (0-360E) glon=  273.29 glat=  21.84 u=  -8.1000 v=  -5.0000 vr=   1.12009 vt=   9.45280
 i=  707 j= 1100 glon=  273.49 (0-360E) glon=  273.49 glat=  21.84 u=  -7.7000 v=  -6.1000 vr=  -0.74998 vt=   9.79477
 i=  712 j= 1100 glon=  273.69 (0-360E) glon=  273.69 glat=  21.84 u=  -8.3000 v=  -4.4000 vr=   0.18581 vt=   9.39231
 i=  717 j= 1100 glon=  273.89 (0-360E) glon=  273.89 glat=  21.84 u=  -9.2000 v=  -0.3000 vr=   3.40820 vt=   8.55068
 i=  722 j= 1100 glon=  274.09 (0-360E) glon=  274.09 glat=  21.84 u=  -9.4000 v=   0.0000 vr=   2.84958 vt=   8.95767
 i=  727 j= 1100 glon=  274.29 (0-360E) glon=  274.29 glat=  21.84 u= -11.8000 v=   4.7000 vr=   6.91703 vt=  10.65292
 i=  732 j= 1100 glon=  274.49 (0-360E) glon=  274.49 glat=  21.84 u= -12.5000 v=   5.4000 vr=   6.38896 vt=  12.02461
 i=  737 j= 1100 glon=  274.69 (0-360E) glon=  274.69 glat=  21.84 u= -12.9000 v=   8.1000 vr=   7.60634 vt=  13.19710
 i=  742 j= 1100 glon=  274.89 (0-360E) glon=  274.89 glat=  21.84 u= -14.1000 v=   9.2000 vr=   6.90953 vt=  15.35280
 i=  747 j= 1100 glon=  275.09 (0-360E) glon=  275.09 glat=  21.84 u= -11.5000 v=  12.5000 vr=   9.00124 vt=  14.40409
 i=  752 j= 1100 glon=  275.29 (0-360E) glon=  275.29 glat=  21.84 u= -12.4000 v=  15.4000 vr=   9.78423 vt=  17.18106
 i=  757 j= 1100 glon=  275.49 (0-360E) glon=  275.49 glat=  21.84 u= -11.2000 v=  17.0000 vr=  10.01783 vt=  17.72239
 i=  762 j= 1100 glon=  275.69 (0-360E) glon=  275.69 glat=  21.84 u=  -9.2000 v=  15.8000 vr=   8.44537 vt=  16.21591
 i=  767 j= 1100 glon=  275.89 (0-360E) glon=  275.89 glat=  21.84 u=  -8.3000 v=  17.3000 vr=   8.85232 vt=  17.02399
 i=  697 j= 1105 glon=  273.09 (0-360E) glon=  273.09 glat=  21.64 u=  -3.4000 v=  -8.8000 vr=  -3.62181 vt=   8.71105
 i=  702 j= 1105 glon=  273.29 (0-360E) glon=  273.29 glat=  21.64 u=  -6.6000 v=  -5.8000 vr=   0.15054 vt=   8.78506
 i=  707 j= 1105 glon=  273.49 (0-360E) glon=  273.49 glat=  21.64 u=  -7.3000 v=  -3.5000 vr=   1.69575 vt=   7.91609
 i=  712 j= 1105 glon=  273.69 (0-360E) glon=  273.69 glat=  21.64 u=  -7.8000 v=  -3.2000 vr=   1.48995 vt=   8.29820
 i=  717 j= 1105 glon=  273.89 (0-360E) glon=  273.89 glat=  21.64 u=  -9.1000 v=  -2.0000 vr=   2.28448 vt=   9.03278
 i=  722 j= 1105 glon=  274.09 (0-360E) glon=  274.09 glat=  21.64 u= -10.5000 v=  -0.4000 vr=   3.21949 vt=  10.00224
 i=  727 j= 1105 glon=  274.29 (0-360E) glon=  274.29 glat=  21.64 u= -12.3000 v=   3.1000 vr=   5.76164 vt=  11.30060
 i=  732 j= 1105 glon=  274.49 (0-360E) glon=  274.49 glat=  21.64 u= -12.6000 v=   4.9000 vr=   6.04022 vt=  12.09486
 i=  737 j= 1105 glon=  274.69 (0-360E) glon=  274.69 glat=  21.64 u= -13.2000 v=   7.9000 vr=   7.32083 vt=  13.52980
 i=  742 j= 1105 glon=  274.89 (0-360E) glon=  274.89 glat=  21.64 u= -12.8000 v=  10.3000 vr=   7.87982 vt=  14.41661
 i=  747 j= 1105 glon=  275.09 (0-360E) glon=  275.09 glat=  21.64 u= -14.1000 v=  12.5000 vr=   7.68279 vt=  17.20566
 i=  752 j= 1105 glon=  275.29 (0-360E) glon=  275.29 glat=  21.64 u= -12.5000 v=  15.4000 vr=   8.89561 vt=  17.72789
 i=  757 j= 1105 glon=  275.49 (0-360E) glon=  275.49 glat=  21.64 u= -11.3000 v=  17.8000 vr=   9.62479 vt=  18.75882
 i=  762 j= 1105 glon=  275.69 (0-360E) glon=  275.69 glat=  21.64 u=  -8.5000 v=  17.9000 vr=   9.51770 vt=  17.38026
 i=  767 j= 1105 glon=  275.89 (0-360E) glon=  275.89 glat=  21.64 u=  -9.1000 v=  18.3000 vr=   7.93937 vt=  18.83259
 i=  772 j= 1105 glon=  276.09 (0-360E) glon=  276.09 glat=  21.64 u= -10.9000 v=  19.9000 vr=   6.39808 vt=  21.76889
 i=  692 j= 1110 glon=  272.89 (0-360E) glon=  272.89 glat=  21.44 u=  -3.2000 v=  -7.9000 vr=  -2.02819 vt=   8.27868
 i=  697 j= 1110 glon=  273.09 (0-360E) glon=  273.09 glat=  21.44 u=  -2.0000 v=  -8.0000 vr=  -3.50950 vt=   7.46213
 i=  702 j= 1110 glon=  273.29 (0-360E) glon=  273.29 glat=  21.44 u=  -3.0000 v=  -8.4000 vr=  -3.56358 vt=   8.17685
 i=  707 j= 1110 glon=  273.49 (0-360E) glon=  273.49 glat=  21.44 u=  -5.7000 v=  -5.8000 vr=  -0.47616 vt=   8.11808
 i=  712 j= 1110 glon=  273.69 (0-360E) glon=  273.69 glat=  21.44 u=  -9.5000 v=  -5.3000 vr=   1.42694 vt=  10.78443
 i=  717 j= 1110 glon=  273.89 (0-360E) glon=  273.89 glat=  21.44 u=  -8.2000 v=  -3.9000 vr=   0.77948 vt=   9.04668
 i=  722 j= 1110 glon=  274.09 (0-360E) glon=  274.09 glat=  21.44 u=  -9.4000 v=  -1.8000 vr=   2.03206 vt=   9.35258
 i=  727 j= 1110 glon=  274.29 (0-360E) glon=  274.29 glat=  21.44 u= -12.1000 v=  -0.7000 vr=   2.44907 vt=  11.87022
 i=  732 j= 1110 glon=  274.49 (0-360E) glon=  274.49 glat=  21.44 u= -14.6000 v=   6.8000 vr=   8.33242 vt=  13.78299
 i=  737 j= 1110 glon=  274.69 (0-360E) glon=  274.69 glat=  21.44 u= -16.5000 v=  10.8000 vr=   9.95005 vt=  17.02605
 i=  742 j= 1110 glon=  274.89 (0-360E) glon=  274.89 glat=  21.44 u= -14.7000 v=  10.6000 vr=   7.35603 vt=  16.56318
 i=  747 j= 1110 glon=  275.09 (0-360E) glon=  275.09 glat=  21.44 u= -15.4000 v=  14.8000 vr=   8.55544 vt=  19.57050
 i=  752 j= 1110 glon=  275.29 (0-360E) glon=  275.29 glat=  21.44 u= -15.0000 v=  15.4000 vr=   6.61276 vt=  20.45560
 i=  757 j= 1110 glon=  275.49 (0-360E) glon=  275.49 glat=  21.44 u= -12.6000 v=  19.4000 vr=   8.84830 vt=  21.37352
 i=  762 j= 1110 glon=  275.69 (0-360E) glon=  275.69 glat=  21.44 u= -11.7000 v=  21.9000 vr=   9.14835 vt=  23.08263
 i=  767 j= 1110 glon=  275.89 (0-360E) glon=  275.89 glat=  21.44 u=  -9.9000 v=  19.4000 vr=   6.64628 vt=  20.74119
 i=  772 j= 1110 glon=  276.09 (0-360E) glon=  276.09 glat=  21.44 u=  -9.7000 v=  19.2000 vr=   5.12724 vt=  20.89118
 i=  777 j= 1110 glon=  276.29 (0-360E) glon=  276.29 glat=  21.44 u=  -7.6000 v=  21.2000 vr=   6.68529 vt=  21.50597
 i=  692 j= 1115 glon=  272.89 (0-360E) glon=  272.89 glat=  21.24 u=  -0.5000 v=  -8.2000 vr=  -3.78175 vt=   7.29303
 i=  697 j= 1115 glon=  273.09 (0-360E) glon=  273.09 glat=  21.24 u=  -1.0000 v=  -8.4000 vr=  -3.88111 vt=   7.51645
 i=  702 j= 1115 glon=  273.29 (0-360E) glon=  273.29 glat=  21.24 u=  -2.0000 v= -10.2000 vr=  -4.69061 vt=   9.27567
 i=  707 j= 1115 glon=  273.49 (0-360E) glon=  273.49 glat=  21.24 u=  -3.1000 v=  -7.8000 vr=  -2.98608 vt=   7.84432
 i=  712 j= 1115 glon=  273.69 (0-360E) glon=  273.69 glat=  21.24 u=  -8.1000 v=  -6.6000 vr=   0.50243 vt=  10.43636
 i=  717 j= 1115 glon=  273.89 (0-360E) glon=  273.89 glat=  21.24 u=  -8.7000 v=  -5.0000 vr=   0.93283 vt=   9.99099
 i=  722 j= 1115 glon=  274.09 (0-360E) glon=  274.09 glat=  21.24 u=  -8.0000 v=  -3.0000 vr=   0.98888 vt=   8.48658
 i=  727 j= 1115 glon=  274.29 (0-360E) glon=  274.29 glat=  21.24 u= -11.0000 v=  -1.0000 vr=   2.42144 vt=  10.77667
 i=  732 j= 1115 glon=  274.49 (0-360E) glon=  274.49 glat=  21.24 u= -16.2000 v=   4.8000 vr=   6.85596 vt=  15.44266
 i=  737 j= 1115 glon=  274.69 (0-360E) glon=  274.69 glat=  21.24 u= -17.7000 v=   9.4000 vr=   8.30236 vt=  18.24064
 i=  742 j= 1115 glon=  274.89 (0-360E) glon=  274.89 glat=  21.24 u= -16.1000 v=  10.3000 vr=   6.03996 vt=  18.13336
 i=  747 j= 1115 glon=  275.09 (0-360E) glon=  275.09 glat=  21.24 u= -16.1000 v=  13.7000 vr=   5.97867 vt=  20.27697
 i=  752 j= 1115 glon=  275.29 (0-360E) glon=  275.29 glat=  21.24 u= -12.9000 v=  17.4000 vr=   7.75275 vt=  20.22535
 i=  757 j= 1115 glon=  275.49 (0-360E) glon=  275.49 glat=  21.24 u= -12.7000 v=  18.9000 vr=   6.45043 vt=  21.83786
 i=  762 j= 1115 glon=  275.69 (0-360E) glon=  275.69 glat=  21.24 u= -13.5000 v=  19.5000 vr=   3.99986 vt=  23.37736
 i=  767 j= 1115 glon=  275.89 (0-360E) glon=  275.89 glat=  21.24 u= -10.9000 v=  20.0000 vr=   4.30451 vt=  22.36697
 i=  772 j= 1115 glon=  276.09 (0-360E) glon=  276.09 glat=  21.24 u= -13.8000 v=  23.8000 vr=   2.53917 vt=  27.39402
 i=  777 j= 1115 glon=  276.29 (0-360E) glon=  276.29 glat=  21.24 u= -11.1000 v=  23.8000 vr=   3.19568 vt=  26.06602
 i=  782 j= 1115 glon=  276.49 (0-360E) glon=  276.49 glat=  21.24 u=  -8.1000 v=  21.9000 vr=   3.58184 vt=  23.07359
 i=  687 j= 1120 glon=  272.69 (0-360E) glon=  272.69 glat=  21.04 u=   1.1000 v=  -8.7000 vr=  -4.41921 vt=   7.57433
 i=  692 j= 1120 glon=  272.89 (0-360E) glon=  272.89 glat=  21.04 u=   0.9000 v=  -8.7000 vr=  -4.54755 vt=   7.47127
 i=  697 j= 1120 glon=  273.09 (0-360E) glon=  273.09 glat=  21.04 u=   0.5000 v=  -8.6000 vr=  -4.51393 vt=   7.33720
 i=  702 j= 1120 glon=  273.29 (0-360E) glon=  273.29 glat=  21.04 u=  -0.9000 v=  -8.6000 vr=  -3.76114 vt=   7.78613
 i=  707 j= 1120 glon=  273.49 (0-360E) glon=  273.49 glat=  21.04 u=  -0.6000 v=  -8.7000 vr=  -4.63841 vt=   7.38479
 i=  712 j= 1120 glon=  273.69 (0-360E) glon=  273.69 glat=  21.04 u=  -4.5000 v=  -9.7000 vr=  -3.05851 vt=  10.24624
 i=  717 j= 1120 glon=  273.89 (0-360E) glon=  273.89 glat=  21.04 u=  -6.6000 v=  -6.4000 vr=  -0.40301 vt=   9.18464
 i=  722 j= 1120 glon=  274.09 (0-360E) glon=  274.09 glat=  21.04 u=  -9.2000 v=  -4.7000 vr=   1.04774 vt=  10.27776
 i=  727 j= 1120 glon=  274.29 (0-360E) glon=  274.29 glat=  21.04 u= -13.0000 v=  -1.3000 vr=   3.67733 vt=  12.53664
 i=  732 j= 1120 glon=  274.49 (0-360E) glon=  274.49 glat=  21.04 u= -15.5000 v=   4.6000 vr=   7.04962 vt=  14.55036
 i=  737 j= 1120 glon=  274.69 (0-360E) glon=  274.69 glat=  21.04 u= -19.3000 v=   7.0000 vr=   5.49978 vt=  19.77985
 i=  742 j= 1120 glon=  274.89 (0-360E) glon=  274.89 glat=  21.04 u= -17.0000 v=  11.6000 vr=   5.90381 vt=  19.71560
 i=  747 j= 1120 glon=  275.09 (0-360E) glon=  275.09 glat=  21.04 u= -16.1000 v=  13.0000 vr=   3.48959 vt=  20.39688
 i=  752 j= 1120 glon=  275.29 (0-360E) glon=  275.29 glat=  21.04 u= -16.8000 v=  17.6000 vr=   3.24007 vt=  24.11435
 i=  757 j= 1120 glon=  275.49 (0-360E) glon=  275.49 glat=  21.04 u= -15.4000 v=  22.1000 vr=   4.18672 vt=  26.60905
 i=  762 j= 1120 glon=  275.69 (0-360E) glon=  275.69 glat=  21.04 u= -14.0000 v=  25.0000 vr=   4.30926 vt=  28.32720
 i=  767 j= 1120 glon=  275.89 (0-360E) glon=  275.89 glat=  21.04 u= -10.5000 v=  20.8000 vr=   2.60818 vt=  23.15356
 i=  772 j= 1120 glon=  276.09 (0-360E) glon=  276.09 glat=  21.04 u=  -8.4000 v=  23.4000 vr=   4.19105 vt=  24.50623
 i=  777 j= 1120 glon=  276.29 (0-360E) glon=  276.29 glat=  21.04 u=  -9.6000 v=  22.2000 vr=   1.26817 vt=  24.15350
 i=  782 j= 1120 glon=  276.49 (0-360E) glon=  276.49 glat=  21.04 u=  -8.6000 v=  24.3000 vr=   1.96585 vt=  25.70186
 i=  687 j= 1125 glon=  272.69 (0-360E) glon=  272.69 glat=  20.84 u=   2.3000 v=  -9.0000 vr=  -4.89962 vt=   7.89201
 i=  692 j= 1125 glon=  272.89 (0-360E) glon=  272.89 glat=  20.84 u=   1.9000 v=  -8.8000 vr=  -4.71566 vt=   7.66893
 i=  697 j= 1125 glon=  273.09 (0-360E) glon=  273.09 glat=  20.84 u=   1.9000 v=  -9.0000 vr=  -5.09836 vt=   7.65616
 i=  702 j= 1125 glon=  273.29 (0-360E) glon=  273.29 glat=  20.84 u=   1.2000 v=  -9.4000 vr=  -5.01249 vt=   8.04207
 i=  707 j= 1125 glon=  273.49 (0-360E) glon=  273.49 glat=  20.84 u=   1.5000 v= -10.1000 vr=  -6.12251 vt=   8.17159
 i=  712 j= 1125 glon=  273.69 (0-360E) glon=  273.69 glat=  20.84 u=  -2.9000 v=  -7.7000 vr=  -1.80287 vt=   8.02806
 i=  717 j= 1125 glon=  273.89 (0-360E) glon=  273.89 glat=  20.84 u=  -3.3000 v=  -8.7000 vr=  -3.04752 vt=   8.79162
 i=  722 j= 1125 glon=  274.09 (0-360E) glon=  274.09 glat=  20.84 u=  -7.4000 v=  -5.9000 vr=   0.41028 vt=   9.45525
 i=  727 j= 1125 glon=  274.29 (0-360E) glon=  274.29 glat=  20.84 u= -13.6000 v=  -5.2000 vr=   1.95079 vt=  14.42894
 i=  732 j= 1125 glon=  274.49 (0-360E) glon=  274.49 glat=  20.84 u= -18.7000 v=   1.1000 vr=   5.11010 vt=  18.02184
 i=  737 j= 1125 glon=  274.69 (0-360E) glon=  274.69 glat=  20.84 u= -19.6000 v=   6.4000 vr=   4.34710 vt=  20.15497
 i=  742 j= 1125 glon=  274.89 (0-360E) glon=  274.89 glat=  20.84 u= -23.4000 v=  12.5000 vr=   2.27969 vt=  26.43129
 i=  747 j= 1125 glon=  275.09 (0-360E) glon=  275.09 glat=  20.84 u= -20.0000 v=  16.7000 vr=   1.30812 vt=  26.02266
 i=  752 j= 1125 glon=  275.29 (0-360E) glon=  275.29 glat=  20.84 u= -17.0000 v=  20.0000 vr=   1.13266 vt=  26.22436
 i=  757 j= 1125 glon=  275.49 (0-360E) glon=  275.49 glat=  20.84 u= -14.2000 v=  21.4000 vr=   0.84469 vt=  25.66878
 i=  762 j= 1125 glon=  275.69 (0-360E) glon=  275.69 glat=  20.84 u= -12.7000 v=  22.3000 vr=   0.15610 vt=  25.66234
 i=  767 j= 1125 glon=  275.89 (0-360E) glon=  275.89 glat=  20.84 u=  -8.9000 v=  24.4000 vr=   2.65286 vt=  25.83665
 i=  772 j= 1125 glon=  276.09 (0-360E) glon=  276.09 glat=  20.84 u= -10.0000 v=  25.2000 vr=   0.50837 vt=  27.10685
 i=  777 j= 1125 glon=  276.29 (0-360E) glon=  276.29 glat=  20.84 u= -11.1000 v=  23.1000 vr=  -2.44410 vt=  25.51169
 i=  782 j= 1125 glon=  276.49 (0-360E) glon=  276.49 glat=  20.84 u=  -9.0000 v=  24.7000 vr=  -0.86000 vt=  26.27452
 i=  787 j= 1125 glon=  276.69 (0-360E) glon=  276.69 glat=  20.84 u=  -8.3000 v=  23.5000 vr=  -1.30291 vt=  24.88860
 i=  687 j= 1130 glon=  272.69 (0-360E) glon=  272.69 glat=  20.64 u=   3.4000 v=  -8.8000 vr=  -5.09776 vt=   7.93806
 i=  692 j= 1130 glon=  272.89 (0-360E) glon=  272.89 glat=  20.64 u=   4.1000 v=  -9.6000 vr=  -6.14143 vt=   8.44114
 i=  697 j= 1130 glon=  273.09 (0-360E) glon=  273.09 glat=  20.64 u=   2.9000 v=  -9.6000 vr=  -5.22037 vt=   8.56258
 i=  702 j= 1130 glon=  273.29 (0-360E) glon=  273.29 glat=  20.64 u=   2.2000 v= -10.4000 vr=  -5.08959 vt=   9.33253
 i=  707 j= 1130 glon=  273.49 (0-360E) glon=  273.49 glat=  20.64 u=   3.4000 v= -12.6000 vr=  -7.39689 vt=  10.75202
 i=  712 j= 1130 glon=  273.69 (0-360E) glon=  273.69 glat=  20.64 u=   2.3000 v= -12.0000 vr=  -6.84185 vt=  10.12320
 i=  717 j= 1130 glon=  273.89 (0-360E) glon=  273.89 glat=  20.64 u=  -2.0000 v= -11.2000 vr=  -3.61032 vt=  10.78914
 i=  722 j= 1130 glon=  274.09 (0-360E) glon=  274.09 glat=  20.64 u=  -6.5000 v=  -8.7000 vr=  -0.02085 vt=  10.86000
 i=  727 j= 1130 glon=  274.29 (0-360E) glon=  274.29 glat=  20.64 u=  -8.5000 v= -10.5000 vr=  -2.60929 vt=  13.25487
 i=  732 j= 1130 glon=  274.49 (0-360E) glon=  274.49 glat=  20.64 u= -13.6000 v=  -6.1000 vr=  -1.42049 vt=  14.83753
 i=  737 j= 1130 glon=  274.69 (0-360E) glon=  274.69 glat=  20.64 u= -21.1000 v=   2.9000 vr=  -0.43825 vt=  21.29385
 i=  742 j= 1130 glon=  274.89 (0-360E) glon=  274.89 glat=  20.64 u= -22.1000 v=  11.9000 vr=  -2.16062 vt=  25.00703
 i=  747 j= 1130 glon=  275.09 (0-360E) glon=  275.09 glat=  20.64 u= -21.2000 v=  22.7000 vr=  -1.14012 vt=  31.03917
 i=  752 j= 1130 glon=  275.29 (0-360E) glon=  275.29 glat=  20.64 u= -15.8000 v=  23.2000 vr=  -1.49772 vt=  28.02921
 i=  757 j= 1130 glon=  275.49 (0-360E) glon=  275.49 glat=  20.64 u= -16.9000 v=  24.4000 vr=  -5.04060 vt=  29.25000
 i=  762 j= 1130 glon=  275.69 (0-360E) glon=  275.69 glat=  20.64 u= -13.2000 v=  28.6000 vr=  -2.26586 vt=  31.41760
 i=  767 j= 1130 glon=  275.89 (0-360E) glon=  275.89 glat=  20.64 u=  -9.9000 v=  27.1000 vr=  -1.25684 vt=  28.82430
 i=  772 j= 1130 glon=  276.09 (0-360E) glon=  276.09 glat=  20.64 u=  -8.3000 v=  23.0000 vr=  -1.95362 vt=  24.37362
 i=  777 j= 1130 glon=  276.29 (0-360E) glon=  276.29 glat=  20.64 u=  -9.0000 v=  23.8000 vr=  -3.21040 vt=  25.24150
 i=  782 j= 1130 glon=  276.49 (0-360E) glon=  276.49 glat=  20.64 u=  -9.7000 v=  23.5000 vr=  -4.58760 vt=  25.00588
 i=  787 j= 1130 glon=  276.69 (0-360E) glon=  276.69 glat=  20.64 u=  -8.8000 v=  22.8000 vr=  -4.34518 vt=  24.04994
 i=  682 j= 1135 glon=  272.49 (0-360E) glon=  272.49 glat=  20.44 u=   4.5000 v=  -9.0000 vr=  -5.24806 vt=   8.58533
 i=  687 j= 1135 glon=  272.69 (0-360E) glon=  272.69 glat=  20.44 u=   4.3000 v=  -8.5000 vr=  -5.08238 vt=   8.05664
 i=  692 j= 1135 glon=  272.89 (0-360E) glon=  272.89 glat=  20.44 u=   5.8000 v=  -9.5000 vr=  -6.77179 vt=   8.83362
 i=  697 j= 1135 glon=  273.09 (0-360E) glon=  273.09 glat=  20.44 u=   4.6000 v=  -8.7000 vr=  -5.61039 vt=   8.08539
 i=  702 j= 1135 glon=  273.29 (0-360E) glon=  273.29 glat=  20.44 u=   2.9000 v= -10.7000 vr=  -4.35139 vt=  10.19634
 i=  707 j= 1135 glon=  273.49 (0-360E) glon=  273.49 glat=  20.44 u=   5.5000 v= -11.3000 vr=  -7.26460 vt=  10.25503
 i=  712 j= 1135 glon=  273.69 (0-360E) glon=  273.69 glat=  20.44 u=   4.7000 v= -12.6000 vr=  -7.08783 vt=  11.42859
 i=  717 j= 1135 glon=  273.89 (0-360E) glon=  273.89 glat=  20.44 u=   2.3000 v= -13.7000 vr=  -5.62531 vt=  12.70181
 i=  722 j= 1135 glon=  274.09 (0-360E) glon=  274.09 glat=  20.44 u=  -1.9000 v= -12.8000 vr=  -2.45956 vt=  12.70435
 i=  727 j= 1135 glon=  274.29 (0-360E) glon=  274.29 glat=  20.44 u=  -1.9000 v= -13.4000 vr=  -4.91297 vt=  12.61082
 i=  732 j= 1135 glon=  274.49 (0-360E) glon=  274.49 glat=  20.44 u=  -8.2000 v= -17.1000 vr=  -9.08910 vt=  16.64447
 i=  737 j= 1135 glon=  274.69 (0-360E) glon=  274.69 glat=  20.44 u= -15.2000 v=  -9.5000 vr= -13.85821 vt=  11.36838
 i=  742 j= 1135 glon=  274.89 (0-360E) glon=  274.89 glat=  20.44 u= -25.2000 v=  22.5000 vr=  -7.36854 vt=  32.96960
 i=  747 j= 1135 glon=  275.09 (0-360E) glon=  275.09 glat=  20.44 u= -14.2000 v=  32.4000 vr=  -0.92764 vt=  35.36297
 i=  752 j= 1135 glon=  275.29 (0-360E) glon=  275.29 glat=  20.44 u= -15.5000 v=  31.9000 vr=  -6.19199 vt=  34.92162
 i=  757 j= 1135 glon=  275.49 (0-360E) glon=  275.49 glat=  20.44 u= -12.1000 v=  24.4000 vr=  -6.63064 vt=  26.41599
 i=  762 j= 1135 glon=  275.69 (0-360E) glon=  275.69 glat=  20.44 u= -11.9000 v=  26.5000 vr=  -7.11876 vt=  28.16351
 i=  767 j= 1135 glon=  275.89 (0-360E) glon=  275.89 glat=  20.44 u= -14.0000 v=  25.4000 vr= -10.13539 vt=  27.17414
 i=  772 j= 1135 glon=  276.09 (0-360E) glon=  276.09 glat=  20.44 u= -11.9000 v=  25.1000 vr=  -8.64195 vt=  26.39956
 i=  777 j= 1135 glon=  276.29 (0-360E) glon=  276.29 glat=  20.44 u=  -9.1000 v=  23.1000 vr=  -6.49194 vt=  23.96403
 i=  782 j= 1135 glon=  276.49 (0-360E) glon=  276.49 glat=  20.44 u=  -8.4000 v=  22.8000 vr=  -6.12136 vt=  23.51444
 i=  787 j= 1135 glon=  276.69 (0-360E) glon=  276.69 glat=  20.44 u=  -7.7000 v=  22.2000 vr=  -5.71383 vt=  22.79215
 i=  682 j= 1140 glon=  272.49 (0-360E) glon=  272.49 glat=  20.24 u=   5.6000 v=  -8.8000 vr=  -5.47763 vt=   8.87669
 i=  687 j= 1140 glon=  272.69 (0-360E) glon=  272.69 glat=  20.24 u=   6.4000 v=  -8.3000 vr=  -6.27620 vt=   8.39400
 i=  692 j= 1140 glon=  272.89 (0-360E) glon=  272.89 glat=  20.24 u=   6.6000 v=  -9.2000 vr=  -6.45132 vt=   9.30487
 i=  697 j= 1140 glon=  273.09 (0-360E) glon=  273.09 glat=  20.24 u=   6.7000 v=  -9.2000 vr=  -6.53645 vt=   9.31691
 i=  702 j= 1140 glon=  273.29 (0-360E) glon=  273.29 glat=  20.24 u=   6.0000 v=  -8.8000 vr=  -5.82477 vt=   8.91696
 i=  707 j= 1140 glon=  273.49 (0-360E) glon=  273.49 glat=  20.24 u=   8.2000 v= -12.0000 vr=  -7.92547 vt=  12.18306
 i=  712 j= 1140 glon=  273.69 (0-360E) glon=  273.69 glat=  20.24 u=   8.1000 v= -12.0000 vr=  -7.77359 vt=  12.21398
 i=  717 j= 1140 glon=  273.89 (0-360E) glon=  273.89 glat=  20.24 u=   8.1000 v= -13.7000 vr=  -7.63455 vt=  13.96473
 i=  722 j= 1140 glon=  274.09 (0-360E) glon=  274.09 glat=  20.24 u=   9.9000 v= -13.8000 vr=  -9.26207 vt=  14.23602
 i=  727 j= 1140 glon=  274.29 (0-360E) glon=  274.29 glat=  20.24 u=  10.1000 v= -11.0000 vr=  -9.28567 vt=  11.69557
 i=  732 j= 1140 glon=  274.49 (0-360E) glon=  274.49 glat=  20.24 u=  15.8000 v= -16.9000 vr= -12.62523 vt=  19.38694
 i=  737 j= 1140 glon=  274.69 (0-360E) glon=  274.69 glat=  20.24 u=  11.1000 v=  -8.4000 vr=  13.34627 vt=  -3.95564
 i=  742 j= 1140 glon=  274.89 (0-360E) glon=  274.89 glat=  20.24 u=   8.9000 v=  12.5000 vr=   7.72630 vt=  13.25761
 i=  747 j= 1140 glon=  275.09 (0-360E) glon=  275.09 glat=  20.24 u=   4.3000 v=  33.3000 vr=   2.55127 vt=  33.47941
 i=  752 j= 1140 glon=  275.29 (0-360E) glon=  275.29 glat=  20.24 u=  -5.4000 v=  26.7000 vr=  -6.38650 vt=  26.48136
 i=  757 j= 1140 glon=  275.49 (0-360E) glon=  275.49 glat=  20.24 u=  -7.7000 v=  26.3000 vr=  -8.45961 vt=  26.06559
 i=  762 j= 1140 glon=  275.69 (0-360E) glon=  275.69 glat=  20.24 u=  -5.8000 v=  24.3000 vr=  -6.38268 vt=  24.15350
 i=  767 j= 1140 glon=  275.89 (0-360E) glon=  275.89 glat=  20.24 u=  -7.5000 v=  26.1000 vr=  -8.03928 vt=  25.93897
 i=  772 j= 1140 glon=  276.09 (0-360E) glon=  276.09 glat=  20.24 u=  -8.7000 v=  26.0000 vr=  -9.17582 vt=  25.83591
 i=  777 j= 1140 glon=  276.29 (0-360E) glon=  276.29 glat=  20.24 u= -13.0000 v=  23.7000 vr= -13.39157 vt=  23.48097
 i=  782 j= 1140 glon=  276.49 (0-360E) glon=  276.49 glat=  20.24 u= -10.2000 v=  21.2000 vr= -10.52201 vt=  21.04204
 i=  787 j= 1140 glon=  276.69 (0-360E) glon=  276.69 glat=  20.24 u=  -9.1000 v=  21.9000 vr=  -9.40957 vt=  21.76879
 i=  682 j= 1145 glon=  272.49 (0-360E) glon=  272.49 glat=  20.04 u=   7.6000 v=  -8.2000 vr=  -6.62124 vt=   9.00884
 i=  687 j= 1145 glon=  272.69 (0-360E) glon=  272.69 glat=  20.04 u=   7.0000 v=  -7.6000 vr=  -6.00075 vt=   8.41136
 i=  692 j= 1145 glon=  272.89 (0-360E) glon=  272.89 glat=  20.04 u=   7.4000 v=  -8.3000 vr=  -6.18566 vt=   9.24054
 i=  697 j= 1145 glon=  273.09 (0-360E) glon=  273.09 glat=  20.04 u=   9.0000 v=  -9.0000 vr=  -7.49899 vt=  10.28422
 i=  702 j= 1145 glon=  273.29 (0-360E) glon=  273.29 glat=  20.04 u=   9.2000 v=  -9.1000 vr=  -7.44821 vt=  10.58178
 i=  707 j= 1145 glon=  273.49 (0-360E) glon=  273.49 glat=  20.04 u=  10.2000 v=  -9.5000 vr=  -8.02576 vt=  11.39636
 i=  712 j= 1145 glon=  273.69 (0-360E) glon=  273.69 glat=  20.04 u=  10.2000 v= -10.4000 vr=  -7.31798 vt=  12.59552
 i=  717 j= 1145 glon=  273.89 (0-360E) glon=  273.89 glat=  20.04 u=  13.5000 v= -10.9000 vr=  -9.49406 vt=  14.52318
 i=  722 j= 1145 glon=  274.09 (0-360E) glon=  274.09 glat=  20.04 u=  14.6000 v= -11.9000 vr=  -8.52896 vt=  16.79365
 i=  727 j= 1145 glon=  274.29 (0-360E) glon=  274.29 glat=  20.04 u=  17.8000 v= -10.3000 vr=  -8.60385 vt=  18.67897
 i=  732 j= 1145 glon=  274.49 (0-360E) glon=  274.49 glat=  20.04 u=  24.4000 v=  -7.0000 vr=  -6.08230 vt=  24.64479
 i=  737 j= 1145 glon=  274.69 (0-360E) glon=  274.69 glat=  20.04 u=  27.9000 v=   1.0000 vr=   6.28453 vt=  27.20137
 i=  742 j= 1145 glon=  274.89 (0-360E) glon=  274.89 glat=  20.04 u=  22.3000 v=  15.5000 vr=   6.21886 vt=  26.43607
 i=  747 j= 1145 glon=  275.09 (0-360E) glon=  275.09 glat=  20.04 u=  12.8000 v=  23.1000 vr=   0.86804 vt=  26.39501
 i=  752 j= 1145 glon=  275.29 (0-360E) glon=  275.29 glat=  20.04 u=  -5.0000 v=  27.3000 vr= -13.91270 vt=  24.01514
 i=  757 j= 1145 glon=  275.49 (0-360E) glon=  275.49 glat=  20.04 u=  -5.5000 v=  31.5000 vr= -13.67639 vt=  28.90426
 i=  762 j= 1145 glon=  275.69 (0-360E) glon=  275.69 glat=  20.04 u=  -2.8000 v=  27.0000 vr=  -8.64550 vt=  25.73121
 i=  767 j= 1145 glon=  275.89 (0-360E) glon=  275.89 glat=  20.04 u=  -6.4000 v=  23.9000 vr= -10.73774 vt=  22.29060
 i=  772 j= 1145 glon=  276.09 (0-360E) glon=  276.09 glat=  20.04 u= -10.6000 v=  20.6000 vr= -13.79682 vt=  18.61096
 i=  777 j= 1145 glon=  276.29 (0-360E) glon=  276.29 glat=  20.04 u= -11.9000 v=  22.8000 vr= -15.04793 vt=  20.85689
 i=  782 j= 1145 glon=  276.49 (0-360E) glon=  276.49 glat=  20.04 u=  -8.3000 v=  22.6000 vr= -11.14337 vt=  21.34187
 i=  787 j= 1145 glon=  276.69 (0-360E) glon=  276.69 glat=  20.04 u=  -7.2000 v=  21.6000 vr=  -9.67984 vt=  20.60827
 i=  687 j= 1150 glon=  272.69 (0-360E) glon=  272.69 glat=  19.84 u=   8.8000 v=  -7.1000 vr=  -6.93964 vt=   8.92700
 i=  692 j= 1150 glon=  272.89 (0-360E) glon=  272.89 glat=  19.84 u=   9.4000 v=  -7.4000 vr=  -7.21928 vt=   9.53949
 i=  697 j= 1150 glon=  273.09 (0-360E) glon=  273.09 glat=  19.84 u=  10.4000 v=  -7.6000 vr=  -7.82211 vt=  10.23399
 i=  702 j= 1150 glon=  273.29 (0-360E) glon=  273.29 glat=  19.84 u=  11.8000 v=  -8.0000 vr=  -8.60866 vt=  11.36358
 i=  707 j= 1150 glon=  273.49 (0-360E) glon=  273.49 glat=  19.84 u=  12.9000 v=  -9.0000 vr=  -8.65952 vt=  13.13098
 i=  712 j= 1150 glon=  273.69 (0-360E) glon=  273.69 glat=  19.84 u=  13.4000 v=  -8.8000 vr=  -8.24839 vt=  13.74642
 i=  717 j= 1150 glon=  273.89 (0-360E) glon=  273.89 glat=  19.84 u=  15.0000 v=  -8.8000 vr=  -8.19547 vt=  15.33865
 i=  722 j= 1150 glon=  274.09 (0-360E) glon=  274.09 glat=  19.84 u=  18.5000 v=  -9.1000 vr=  -8.31038 vt=  18.86790
 i=  727 j= 1150 glon=  274.29 (0-360E) glon=  274.29 glat=  19.84 u=  19.9000 v=  -7.7000 vr=  -5.73644 vt=  20.55221
 i=  732 j= 1150 glon=  274.49 (0-360E) glon=  274.49 glat=  19.84 u=  23.1000 v=  -3.8000 vr=  -3.05298 vt=  23.21054
 i=  737 j= 1150 glon=  274.69 (0-360E) glon=  274.69 glat=  19.84 u=  23.7000 v=   3.1000 vr=   0.25732 vt=  23.90050
 i=  742 j= 1150 glon=  274.89 (0-360E) glon=  274.89 glat=  19.84 u=  22.8000 v=   9.7000 vr=   3.15854 vt=  24.57547
 i=  747 j= 1150 glon=  275.09 (0-360E) glon=  275.09 glat=  19.84 u=  13.4000 v=  17.0000 vr=  -2.23002 vt=  21.53107
 i=  752 j= 1150 glon=  275.29 (0-360E) glon=  275.29 glat=  19.84 u=  -4.9000 v=  25.6000 vr= -18.43465 vt=  18.42644
 i=  757 j= 1150 glon=  275.49 (0-360E) glon=  275.49 glat=  19.84 u=  -1.4000 v=  27.5000 vr= -13.97277 vt=  23.72702
 i=  762 j= 1150 glon=  275.69 (0-360E) glon=  275.69 glat=  19.84 u=   1.3000 v=  28.3000 vr=  -9.86540 vt=  26.55662
 i=  767 j= 1150 glon=  275.89 (0-360E) glon=  275.89 glat=  19.84 u=   0.4000 v=  25.0000 vr=  -8.04996 vt=  23.67189
 i=  772 j= 1150 glon=  276.09 (0-360E) glon=  276.09 glat=  19.84 u= -11.4000 v=  19.1000 vr= -16.53952 vt=  14.87327
 i=  777 j= 1150 glon=  276.29 (0-360E) glon=  276.29 glat=  19.84 u=  -8.5000 v=  25.9000 vr= -15.02065 vt=  22.74731
 i=  782 j= 1150 glon=  276.49 (0-360E) glon=  276.49 glat=  19.84 u=  -6.0000 v=  23.6000 vr= -11.42827 vt=  21.50243
 i=  787 j= 1150 glon=  276.69 (0-360E) glon=  276.69 glat=  19.84 u=  -5.5000 v=  24.2000 vr= -10.59548 vt=  22.44161
 i=  687 j= 1155 glon=  272.69 (0-360E) glon=  272.69 glat=  19.64 u=  10.9000 v=  -6.6000 vr=  -8.14930 vt=   9.79586
 i=  692 j= 1155 glon=  272.89 (0-360E) glon=  272.89 glat=  19.64 u=  11.2000 v=  -6.0000 vr=  -8.30139 vt=   9.61909
 i=  697 j= 1155 glon=  273.09 (0-360E) glon=  273.09 glat=  19.64 u=  12.0000 v=  -5.6000 vr=  -8.78003 vt=   9.91318
 i=  702 j= 1155 glon=  273.29 (0-360E) glon=  273.29 glat=  19.64 u=  12.7000 v=  -6.0000 vr=  -8.69262 vt=  11.03306
 i=  707 j= 1155 glon=  273.49 (0-360E) glon=  273.49 glat=  19.64 u=  14.4000 v=  -5.1000 vr=  -9.85289 vt=  11.67435
 i=  712 j= 1155 glon=  273.69 (0-360E) glon=  273.69 glat=  19.64 u=  15.0000 v=  -6.6000 vr=  -8.41459 vt=  14.06253
 i=  717 j= 1155 glon=  273.89 (0-360E) glon=  273.89 glat=  19.64 u=  17.3000 v=  -6.3000 vr=  -8.63048 vt=  16.26330
 i=  722 j= 1155 glon=  274.09 (0-360E) glon=  274.09 glat=  19.64 u=  16.6000 v=  -4.7000 vr=  -6.78008 vt=  15.86444
 i=  727 j= 1155 glon=  274.29 (0-360E) glon=  274.29 glat=  19.64 u=  20.1000 v=  -4.2000 vr=  -5.34343 vt=  19.82669
 i=  732 j= 1155 glon=  274.49 (0-360E) glon=  274.49 glat=  19.64 u=  21.9000 v=   0.9000 vr=  -5.28863 vt=  21.27088
 i=  737 j= 1155 glon=  274.69 (0-360E) glon=  274.69 glat=  19.64 u=  21.1000 v=   5.2000 vr=  -3.15453 vt=  21.50114
 i=  742 j= 1155 glon=  274.89 (0-360E) glon=  274.89 glat=  19.64 u=  20.1000 v=  11.5000 vr=  -3.25433 vt=  22.92748
 i=  747 j= 1155 glon=  275.09 (0-360E) glon=  275.09 glat=  19.64 u=  14.0000 v=  16.5000 vr=  -5.49858 vt=  20.92882
 i=  752 j= 1155 glon=  275.29 (0-360E) glon=  275.29 glat=  19.64 u=   3.2000 v=  29.4000 vr= -18.52215 vt=  23.05494
 i=  757 j= 1155 glon=  275.49 (0-360E) glon=  275.49 glat=  19.64 u=  -4.7000 v=  31.1000 vr= -22.68040 vt=  21.79218
 i=  762 j= 1155 glon=  275.69 (0-360E) glon=  275.69 glat=  19.64 u=  -5.9000 v=  27.9000 vr= -19.78633 vt=  20.53585
 i=  767 j= 1155 glon=  275.89 (0-360E) glon=  275.89 glat=  19.64 u=  -4.0000 v=  21.7000 vr= -13.64781 vt=  17.33860
 i=  772 j= 1155 glon=  276.09 (0-360E) glon=  276.09 glat=  19.64 u=  -1.2000 v=  17.2000 vr=  -8.21619 vt=  15.15831
 i=  777 j= 1155 glon=  276.29 (0-360E) glon=  276.29 glat=  19.64 u=  -1.6000 v=  19.9000 vr=  -8.89020 vt=  17.87552
 i=  782 j= 1155 glon=  276.49 (0-360E) glon=  276.49 glat=  19.64 u=  -6.7000 v=  22.2000 vr= -13.79786 vt=  18.63731
 i=  687 j= 1160 glon=  272.69 (0-360E) glon=  272.69 glat=  19.44 u=  13.5000 v=  -5.1000 vr= -10.17478 vt=  10.23396
 i=  692 j= 1160 glon=  272.89 (0-360E) glon=  272.89 glat=  19.44 u=  13.2000 v=  -4.9000 vr=  -9.55823 vt=  10.33877
 i=  697 j= 1160 glon=  273.09 (0-360E) glon=  273.09 glat=  19.44 u=  13.4000 v=  -4.2000 vr=  -9.54409 vt=  10.30099
 i=  702 j= 1160 glon=  273.29 (0-360E) glon=  273.29 glat=  19.44 u=  14.3000 v=  -3.7000 vr=  -9.91744 vt=  10.94643
 i=  707 j= 1160 glon=  273.49 (0-360E) glon=  273.49 glat=  19.44 u=  15.5000 v=  -3.8000 vr=  -9.94433 vt=  12.48200
 i=  712 j= 1160 glon=  273.69 (0-360E) glon=  273.69 glat=  19.44 u=  16.5000 v=  -2.8000 vr= -10.12803 vt=  13.32340
 i=  717 j= 1160 glon=  273.89 (0-360E) glon=  273.89 glat=  19.44 u=  17.8000 v=  -2.4000 vr=  -9.61104 vt=  15.17326
 i=  722 j= 1160 glon=  274.09 (0-360E) glon=  274.09 glat=  19.44 u=  18.4000 v=  -3.1000 vr=  -6.96142 vt=  17.31210
 i=  727 j= 1160 glon=  274.29 (0-360E) glon=  274.29 glat=  19.44 u=  20.0000 v=  -1.5000 vr=  -5.76714 vt=  19.20911
 i=  732 j= 1160 glon=  274.49 (0-360E) glon=  274.49 glat=  19.44 u=  20.6000 v=   1.9000 vr=  -5.04336 vt=  20.06326
 i=  737 j= 1160 glon=  274.69 (0-360E) glon=  274.69 glat=  19.44 u=  19.3000 v=   7.6000 vr=  -6.17724 vt=  19.80131
 i=  742 j= 1160 glon=  274.89 (0-360E) glon=  274.89 glat=  19.44 u=  17.1000 v=  12.0000 vr=  -6.55766 vt=  19.83449
 i=  747 j= 1160 glon=  275.09 (0-360E) glon=  275.09 glat=  19.44 u=  15.5000 v=  15.2000 vr=  -6.17999 vt=  20.81100
 i=  752 j= 1160 glon=  275.29 (0-360E) glon=  275.29 glat=  19.44 u=   9.2000 v=  26.2000 vr= -15.32903 vt=  23.15385
 i=  757 j= 1160 glon=  275.49 (0-360E) glon=  275.49 glat=  19.44 u=   2.3000 v=  28.4000 vr= -18.61622 vt=  21.57050
 i=  762 j= 1160 glon=  275.69 (0-360E) glon=  275.69 glat=  19.44 u=  -3.1000 v=  25.0000 vr= -18.29761 vt=  17.31495
 i=  767 j= 1160 glon=  275.89 (0-360E) glon=  275.89 glat=  19.44 u=  -7.0000 v=  29.4000 vr= -22.52305 vt=  20.15124
 i=  772 j= 1160 glon=  276.09 (0-360E) glon=  276.09 glat=  19.44 u=  -6.1000 v=  20.5000 vr= -15.78166 vt=  14.43604
 i=  777 j= 1160 glon=  276.29 (0-360E) glon=  276.29 glat=  19.44 u=  -3.6000 v=  20.8000 vr= -12.90502 vt=  16.70510
 i=  782 j= 1160 glon=  276.49 (0-360E) glon=  276.49 glat=  19.44 u=  -5.0000 v=  18.6000 vr= -12.46770 vt=  14.68048
 i=  692 j= 1165 glon=  272.89 (0-360E) glon=  272.89 glat=  19.24 u=  15.4000 v=  -4.4000 vr= -10.69005 vt=  11.92656
 i=  697 j= 1165 glon=  273.09 (0-360E) glon=  273.09 glat=  19.24 u=  16.3000 v=  -2.6000 vr= -11.78054 vt=  11.56152
 i=  702 j= 1165 glon=  273.29 (0-360E) glon=  273.29 glat=  19.24 u=  16.7000 v=  -0.6000 vr= -12.55703 vt=  11.02593
 i=  707 j= 1165 glon=  273.49 (0-360E) glon=  273.49 glat=  19.24 u=  16.2000 v=  -0.8000 vr= -11.13585 vt=  11.79292
 i=  712 j= 1165 glon=  273.69 (0-360E) glon=  273.69 glat=  19.24 u=  16.9000 v=  -1.1000 vr= -10.17990 vt=  13.53476
 i=  717 j= 1165 glon=  273.89 (0-360E) glon=  273.89 glat=  19.24 u=  18.8000 v=  -1.3000 vr=  -9.45204 vt=  16.30303
 i=  722 j= 1165 glon=  274.09 (0-360E) glon=  274.09 glat=  19.24 u=  18.0000 v=   0.5000 vr=  -8.40188 vt=  15.92666
 i=  727 j= 1165 glon=  274.29 (0-360E) glon=  274.29 glat=  19.24 u=  18.4000 v=   1.5000 vr=  -6.86369 vt=  17.13767
 i=  732 j= 1165 glon=  274.49 (0-360E) glon=  274.49 glat=  19.24 u=  18.3000 v=   3.2000 vr=  -5.44777 vt=  17.76096
 i=  737 j= 1165 glon=  274.69 (0-360E) glon=  274.69 glat=  19.24 u=  16.1000 v=   4.8000 vr=  -3.84937 vt=  16.35336
 i=  742 j= 1165 glon=  274.89 (0-360E) glon=  274.89 glat=  19.24 u=  17.1000 v=   9.6000 vr=  -5.30141 vt=  18.88028
 i=  747 j= 1165 glon=  275.09 (0-360E) glon=  275.09 glat=  19.24 u=  14.2000 v=   8.5000 vr=  -2.25350 vt=  16.39548
 i=  752 j= 1165 glon=  275.29 (0-360E) glon=  275.29 glat=  19.24 u=  11.2000 v=  19.5000 vr= -10.81994 vt=  19.71342
 i=  757 j= 1165 glon=  275.49 (0-360E) glon=  275.49 glat=  19.24 u=   8.9000 v=  21.8000 vr= -11.55132 vt=  20.51870
 i=  762 j= 1165 glon=  275.69 (0-360E) glon=  275.69 glat=  19.24 u=  -3.1000 v=  25.9000 vr= -20.69977 vt=  15.87261
 i=  767 j= 1165 glon=  275.89 (0-360E) glon=  275.89 glat=  19.24 u=  -1.4000 v=  27.8000 vr= -19.22198 vt=  20.13245
 i=  772 j= 1165 glon=  276.09 (0-360E) glon=  276.09 glat=  19.24 u=  -5.1000 v=  22.5000 vr= -17.53752 vt=  14.98984
 i=  777 j= 1165 glon=  276.29 (0-360E) glon=  276.29 glat=  19.24 u=  -5.4000 v=  22.6000 vr= -16.91715 vt=  15.92890
 i=  697 j= 1170 glon=  273.09 (0-360E) glon=  273.09 glat=  19.04 u=  16.7000 v=  -2.0000 vr= -11.43668 vt=  12.33257
 i=  702 j= 1170 glon=  273.29 (0-360E) glon=  273.29 glat=  19.04 u=  17.5000 v=  -0.9000 vr= -11.89924 vt=  12.86344
 i=  707 j= 1170 glon=  273.49 (0-360E) glon=  273.49 glat=  19.04 u=  18.0000 v=  -0.6000 vr= -11.38000 vt=  13.95907
 i=  712 j= 1170 glon=  273.69 (0-360E) glon=  273.69 glat=  19.04 u=  17.7000 v=  -1.4000 vr=  -9.19676 vt=  15.18781
 i=  717 j= 1170 glon=  273.89 (0-360E) glon=  273.89 glat=  19.04 u=  18.2000 v=  -0.5000 vr=  -8.52569 vt=  16.08735
 i=  722 j= 1170 glon=  274.09 (0-360E) glon=  274.09 glat=  19.04 u=  18.7000 v=   0.7000 vr=  -7.77240 vt=  17.02263
 i=  727 j= 1170 glon=  274.29 (0-360E) glon=  274.29 glat=  19.04 u=  17.3000 v=   1.7000 vr=  -5.97483 vt=  16.32426
 i=  732 j= 1170 glon=  274.49 (0-360E) glon=  274.49 glat=  19.04 u=  20.3000 v=   3.4000 vr=  -5.49556 vt=  19.83554
 i=  737 j= 1170 glon=  274.69 (0-360E) glon=  274.69 glat=  19.04 u=  18.2000 v=   2.0000 vr=  -1.10583 vt=  18.27614
 i=  742 j= 1170 glon=  274.89 (0-360E) glon=  274.89 glat=  19.04 u=   7.8000 v=  16.0000 vr= -14.13040 vt=  10.82460
 i=  747 j= 1170 glon=  275.09 (0-360E) glon=  275.09 glat=  19.04 u=   7.2000 v=   8.9000 vr=  -5.96538 vt=   9.77058
 i=  752 j= 1170 glon=  275.29 (0-360E) glon=  275.29 glat=  19.04 u=   9.1000 v=  14.2000 vr=  -8.51423 vt=  14.55877
 i=  757 j= 1170 glon=  275.49 (0-360E) glon=  275.49 glat=  19.04 u=  -4.0000 v=  22.6000 vr= -21.04285 vt=   9.16289
 i=  762 j= 1170 glon=  275.69 (0-360E) glon=  275.69 glat=  19.04 u=  -4.6000 v=  23.1000 vr= -20.80012 vt=  11.05102
 i=  767 j= 1170 glon=  275.89 (0-360E) glon=  275.89 glat=  19.04 u=  -5.1000 v=  24.9000 vr= -21.42455 vt=  13.67512
 i=  772 j= 1170 glon=  276.09 (0-360E) glon=  276.09 glat=  19.04 u=  -6.8000 v=  24.4000 vr= -21.30674 vt=  13.69755
 i=  777 j= 1170 glon=  276.29 (0-360E) glon=  276.29 glat=  19.04 u=  -2.7000 v=  19.0000 vr= -13.84913 vt=  13.28501
 i=  702 j= 1175 glon=  273.29 (0-360E) glon=  273.29 glat=  18.84 u=  19.0000 v=   0.1000 vr= -12.63999 vt=  14.18593
 i=  707 j= 1175 glon=  273.49 (0-360E) glon=  273.49 glat=  18.84 u=  18.7000 v=  -0.4000 vr= -10.90024 vt=  15.19983
 i=  712 j= 1175 glon=  273.69 (0-360E) glon=  273.69 glat=  18.84 u=  17.9000 v=  -0.6000 vr=  -8.90263 vt=  15.54070
 i=  717 j= 1175 glon=  273.89 (0-360E) glon=  273.89 glat=  18.84 u=  18.7000 v=   0.5000 vr=  -8.62814 vt=  16.59805
 i=  722 j= 1175 glon=  274.09 (0-360E) glon=  274.09 glat=  18.84 u=  18.4000 v=   1.9000 vr=  -7.93573 vt=  16.70910
 i=  727 j= 1175 glon=  274.29 (0-360E) glon=  274.29 glat=  18.84 u=  18.6000 v=   1.9000 vr=  -5.88900 vt=  17.74513
 i=  732 j= 1175 glon=  274.49 (0-360E) glon=  274.49 glat=  18.84 u=  18.5000 v=   4.1000 vr=  -5.74207 vt=  18.05792
 i=  737 j= 1175 glon=  274.69 (0-360E) glon=  274.69 glat=  18.84 u=  17.6000 v=   7.4000 vr=  -6.65184 vt=  17.89617
 i=  742 j= 1175 glon=  274.89 (0-360E) glon=  274.89 glat=  18.84 u=  14.2000 v=  13.1000 vr= -10.46632 vt=  16.23903
 i=  747 j= 1175 glon=  275.09 (0-360E) glon=  275.09 glat=  18.84 u=  10.3000 v=   7.9000 vr=  -4.53494 vt=  12.16282
 i=  752 j= 1175 glon=  275.29 (0-360E) glon=  275.29 glat=  18.84 u=   6.8000 v=  11.1000 vr=  -7.43432 vt=  10.68555
 i=  757 j= 1175 glon=  275.49 (0-360E) glon=  275.49 glat=  18.84 u=   4.1000 v=  22.4000 vr= -17.42454 vt=  14.66136
 i=  762 j= 1175 glon=  275.69 (0-360E) glon=  275.69 glat=  18.84 u=  -1.2000 v=  29.3000 vr= -24.66670 vt=  15.85825
 i=  767 j= 1175 glon=  275.89 (0-360E) glon=  275.89 glat=  18.84 u=  -2.8000 v=  31.8000 vr= -26.21461 vt=  18.21742
 i=  772 j= 1175 glon=  276.09 (0-360E) glon=  276.09 glat=  18.84 u=  -3.4000 v=  26.9000 vr= -21.71374 vt=  16.23833
 i=  707 j= 1180 glon=  273.49 (0-360E) glon=  273.49 glat=  18.64 u=  18.8000 v=  -0.7000 vr=  -9.74779 vt=  16.09070
 i=  712 j= 1180 glon=  273.69 (0-360E) glon=  273.69 glat=  18.64 u=  18.7000 v=  -0.6000 vr=  -8.38664 vt=  16.72466
 i=  717 j= 1180 glon=  273.89 (0-360E) glon=  273.89 glat=  18.64 u=  19.1000 v=   0.0000 vr=  -7.49371 vt=  17.56856
 i=  722 j= 1180 glon=  274.09 (0-360E) glon=  274.09 glat=  18.64 u=  18.7000 v=   0.6000 vr=  -6.12193 vt=  17.67971
 i=  727 j= 1180 glon=  274.29 (0-360E) glon=  274.29 glat=  18.64 u=  18.8000 v=   1.2000 vr=  -4.77354 vt=  18.22343
 i=  732 j= 1180 glon=  274.49 (0-360E) glon=  274.49 glat=  18.64 u=  14.6000 v=   2.0000 vr=  -3.14280 vt=  14.39732
 i=  737 j= 1180 glon=  274.69 (0-360E) glon=  274.69 glat=  18.64 u=  17.2000 v=   5.3000 vr=  -4.66066 vt=  17.38414
 i=  742 j= 1180 glon=  274.89 (0-360E) glon=  274.89 glat=  18.64 u=  18.2000 v=  13.0000 vr= -10.09969 vt=  19.95586
 i=  747 j= 1180 glon=  275.09 (0-360E) glon=  275.09 glat=  18.64 u=  12.0000 v=   4.7000 vr=  -1.42388 vt=  12.80869
 i=  752 j= 1180 glon=  275.29 (0-360E) glon=  275.29 glat=  18.64 u=  14.7000 v=   6.2000 vr=  -0.50949 vt=  15.94586
 i=  757 j= 1180 glon=  275.49 (0-360E) glon=  275.49 glat=  18.64 u=  11.3000 v=  20.0000 vr= -12.82906 vt=  19.05532
 i=  762 j= 1180 glon=  275.69 (0-360E) glon=  275.69 glat=  18.64 u=   7.0000 v=  25.1000 vr= -17.69876 vt=  19.12495
 i=  767 j= 1180 glon=  275.89 (0-360E) glon=  275.89 glat=  18.64 u=  -1.7000 v=  26.7000 vr= -22.55280 vt=  14.39274
 i=  717 j= 1185 glon=  273.89 (0-360E) glon=  273.89 glat=  18.44 u=  19.8000 v=   0.5000 vr=  -7.49858 vt=  18.33198
 i=  722 j= 1185 glon=  274.09 (0-360E) glon=  274.09 glat=  18.44 u=  18.3000 v=   0.5000 vr=  -5.36250 vt=  17.50382
 i=  727 j= 1185 glon=  274.29 (0-360E) glon=  274.29 glat=  18.44 u=  17.7000 v=   1.8000 vr=  -4.79972 vt=  17.13163
 i=  732 j= 1185 glon=  274.49 (0-360E) glon=  274.49 glat=  18.44 u=  15.8000 v=   3.6000 vr=  -4.69917 vt=  15.50864
 i=  737 j= 1185 glon=  274.69 (0-360E) glon=  274.69 glat=  18.44 u=  12.1000 v=   6.3000 vr=  -5.89826 vt=  12.30083
 i=  742 j= 1185 glon=  274.89 (0-360E) glon=  274.89 glat=  18.44 u=   8.4000 v=  16.5000 vr= -15.21575 vt=  10.54945
 i=  747 j= 1185 glon=  275.09 (0-360E) glon=  275.09 glat=  18.44 u=   5.5000 v=   8.5000 vr=  -6.98605 vt=   7.32769
 i=  752 j= 1185 glon=  275.29 (0-360E) glon=  275.29 glat=  18.44 u=   6.8000 v=  14.1000 vr= -11.13553 vt=  11.00227
 i=  757 j= 1185 glon=  275.49 (0-360E) glon=  275.49 glat=  18.44 u=   7.9000 v=  22.9000 vr= -17.70122 vt=  16.53744
 i=  737 j= 1190 glon=  274.69 (0-360E) glon=  274.69 glat=  18.24 u=  28.3000 v=  11.9000 vr= -11.05494 vt=  28.64068
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    16.4190870984794       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     36.16 kts
    LL Wind Circ Vt mean quadmax value: SE     23.01 kts
    LL Wind Circ Vt mean quadmax value: SW     24.74 kts
    LL Wind Circ Vt mean quadmax value: NW     23.50 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    15.2439692866216       (km)
 Max dist allowed (km) =    400.000000000000     
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    20.2502096226296     
   xcenlon=    274.734163001210     
   imax=         2738  jmax=         2041
   jlatfix=         1139
   ilonfix (unadjusted) =          739
  
 In get_max_wind, ibeg=          666  iend=          811
                  jbeg=         1071  jend=         1208
         ilonfix=          739  jlatfix=         1139
 At end of get_max_wind, vmax=    35.8937668683575       rmax= 
   14.2313178735315     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   11.75 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.90 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.85 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   15.46 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.32 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   20.82 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   22.66 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   23.35 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   23.23 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   22.46 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   21.64 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   20.94 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   20.35 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   19.89 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   19.47 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   19.13 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   18.81 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   18.49 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   18.10 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   17.67 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   17.27 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   16.92 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   16.69 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   16.55 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   16.46 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   16.37 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   16.32 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   16.22 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   16.17 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.10 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.02 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   15.89 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.67 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.37 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.98 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.87 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.77 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.67 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.60 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    23.35 m/s   maxrmw_dist=    24.00  km   maxrmw_ix=    8
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    24.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    23.3476725097383      
  (m/s)   (in kts)=    45.3575233846685     
  rising_sum_dvdr=       11.6017256361070     
  declining_sum_dvdr=   -6.88901059812905     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=     0 igrct=  1 Vmax (m/s)=   35.894   22:16:57
 TIMING: before call  getradii, fhr=     0 igrct=  1   22:16:57
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -5.26356897273909     
 mr4qs before add, mean_radii_vt_4quad_sum=   -5.26356897273909     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.65653380608155     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.65653380608155     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.7266763184082     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.7266763184082     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.6373518066970     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   10.64 good_quad_ct=   4 mean_vt_4quad=      2.66
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.90 mean_vt_4quad=    5.14
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.30 mean_vt_4quad=    5.17
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.49 mean_vt_4quad=    5.20
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.46 mean_vt_4quad=    5.24
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.58 mean_vt_4quad=    5.29
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.42 mean_vt_4quad=    5.35
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.25 mean_vt_4quad=    5.39
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.75 mean_vt_4quad=    5.43
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.54 mean_vt_4quad=    5.46
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.43 mean_vt_4quad=    5.48
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.14 mean_vt_4quad=    5.48
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.76 mean_vt_4quad=    5.47
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.41 mean_vt_4quad=    5.47
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.07 mean_vt_4quad=    5.49
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.15 mean_vt_4quad=    5.54
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.45 mean_vt_4quad=    5.61
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.32 mean_vt_4quad=    5.65
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   12.27 mean_vt_4quad=    5.68
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   12.51 mean_vt_4quad=    5.70
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   12.59 mean_vt_4quad=    5.73
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   12.49 mean_vt_4quad=    5.75
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   12.40 mean_vt_4quad=    5.79
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   12.33 mean_vt_4quad=    5.85
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.38 mean_vt_4quad=    5.89
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.39 mean_vt_4quad=    5.92
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.99 mean_vt_4quad=    5.93
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.00 mean_vt_4quad=    5.96
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   12.86 mean_vt_4quad=    6.00
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.06 mean_vt_4quad=    6.04
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.18 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   12.90 mean_vt_4quad=    6.11
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   12.90 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   12.93 mean_vt_4quad=    6.28
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   12.78 mean_vt_4quad=    6.43
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   12.58 mean_vt_4quad=    6.61
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   12.56 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   12.46 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   12.48 mean_vt_4quad=    7.09
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   12.51 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   12.63 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   12.80 mean_vt_4quad=    7.55
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   13.08 mean_vt_4quad=    7.70
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   13.25 mean_vt_4quad=    7.82
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   13.43 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   13.55 mean_vt_4quad=    7.91
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   13.68 mean_vt_4quad=    7.95
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   13.79 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   14.01 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   14.26 mean_vt_4quad=    8.27
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   14.60 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   14.84 mean_vt_4quad=    8.48
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   14.86 mean_vt_4quad=    8.58
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.00 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.31 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.56 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   15.70 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.77 mean_vt_4quad=    9.02
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.82 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.01 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.23 mean_vt_4quad=    9.23
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.38 mean_vt_4quad=    9.32
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.63 mean_vt_4quad=    9.40
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.88 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   17.12 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   17.26 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.47 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.89 mean_vt_4quad=    9.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=    9.60 .... 0.5*v_holland=    4.11
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=    9.70 .... 0.5*v_holland=    4.11
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=    9.79 .... 0.5*v_holland=    4.11
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=    9.87 .... 0.5*v_holland=    4.11
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=    9.95 .... 0.5*v_holland=    4.11
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    171.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   92.2716000000000     
 vradius(iwindix,iquad) =          92
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.89 mean_vt_4quad=    9.60
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   18.34 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.70 mean_vt_4quad=    9.79
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.95 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   19.19 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   19.38 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   19.64 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   19.76 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   19.72 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.78 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   19.99 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.37 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.53 mean_vt_4quad=   10.71
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.79 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   20.86 mean_vt_4quad=   10.86
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   20.37 mean_vt_4quad=   10.97
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   20.64 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   21.19 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   21.87 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   22.19 mean_vt_4quad=   11.73
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   22.28 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   22.15 mean_vt_4quad=   12.18
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   22.11 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   21.95 mean_vt_4quad=   12.61
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   21.74 mean_vt_4quad=   12.78
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.47 mean_vt_4quad=   12.94
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.32 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.44 mean_vt_4quad=   13.23
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.51 mean_vt_4quad=   13.41
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   21.34 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   21.31 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   21.37 mean_vt_4quad=   13.94
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   22.14 mean_vt_4quad=   14.06
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   22.47 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   22.08 mean_vt_4quad=   14.40
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   22.73 mean_vt_4quad=   14.62
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   23.38 mean_vt_4quad=   14.91
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   24.10 mean_vt_4quad=   15.28
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   24.76 mean_vt_4quad=   15.67
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   25.83 mean_vt_4quad=   16.04
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   25.83 mean_vt_4quad=   16.04
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   26.67 mean_vt_4quad=   16.30
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   26.88 mean_vt_4quad=   16.56
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   27.19 mean_vt_4quad=   16.85
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   27.88 mean_vt_4quad=   17.23
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   28.86 mean_vt_4quad=   17.71
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   30.20 mean_vt_4quad=   18.32
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   31.92 mean_vt_4quad=   19.08
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   33.97 mean_vt_4quad=   19.95
  
 NO interp, exactdistkm=    30.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   16.1880000000000     
 vradius(iwindix,iquad) =          16
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.41 mean_vt_4quad=    5.14
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.19 mean_vt_4quad=    5.17
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.11 mean_vt_4quad=    5.20
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.09 mean_vt_4quad=    5.24
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.46 mean_vt_4quad=    5.29
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.65 mean_vt_4quad=    5.35
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.57 mean_vt_4quad=    5.39
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.05 mean_vt_4quad=    5.43
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.11 mean_vt_4quad=    5.46
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.54 mean_vt_4quad=    5.48
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.56 mean_vt_4quad=    5.48
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.99 mean_vt_4quad=    5.47
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.18 mean_vt_4quad=    5.47
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.46 mean_vt_4quad=    5.49
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.61 mean_vt_4quad=    5.54
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.83 mean_vt_4quad=    5.61
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.14 mean_vt_4quad=    5.65
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.63 mean_vt_4quad=    5.68
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   16.07 mean_vt_4quad=    5.70
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.28 mean_vt_4quad=    5.73
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.36 mean_vt_4quad=    5.75
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.22 mean_vt_4quad=    5.79
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.31 mean_vt_4quad=    5.85
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.54 mean_vt_4quad=    5.89
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.74 mean_vt_4quad=    5.92
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.92 mean_vt_4quad=    5.93
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   17.14 mean_vt_4quad=    5.96
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.13 mean_vt_4quad=    6.00
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.95 mean_vt_4quad=    6.04
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.16 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.42 mean_vt_4quad=    6.11
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.72 mean_vt_4quad=    6.17
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=    6.17 .... 0.5*v_holland=    2.56
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=    6.28 .... 0.5*v_holland=    2.56
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=    6.43 .... 0.5*v_holland=    2.56
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=    6.61 .... 0.5*v_holland=    2.56
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=    6.78 .... 0.5*v_holland=    2.56
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    276.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   148.929600000000     
 vradius(iwindix,iquad) =         149
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.72 mean_vt_4quad=    6.17
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   18.00 mean_vt_4quad=    6.28
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   18.51 mean_vt_4quad=    6.43
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   18.91 mean_vt_4quad=    6.61
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   19.38 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   19.65 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   19.41 mean_vt_4quad=    7.09
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   19.05 mean_vt_4quad=    7.24
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   18.77 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   18.89 mean_vt_4quad=    7.55
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   19.00 mean_vt_4quad=    7.70
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   19.43 mean_vt_4quad=    7.82
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   19.63 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   19.69 mean_vt_4quad=    7.91
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   19.72 mean_vt_4quad=    7.95
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.86 mean_vt_4quad=    8.03
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.93 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   20.01 mean_vt_4quad=    8.27
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   20.06 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   20.11 mean_vt_4quad=    8.48
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   20.20 mean_vt_4quad=    8.58
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.28 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.46 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.64 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.78 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.79 mean_vt_4quad=    9.02
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.64 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.41 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.12 mean_vt_4quad=    9.23
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.82 mean_vt_4quad=    9.32
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.54 mean_vt_4quad=    9.40
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.29 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.36 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.28 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.38 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.55 mean_vt_4quad=    9.60
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.60 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.52 mean_vt_4quad=    9.79
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   19.74 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.13 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.60 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   20.99 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.14 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.02 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   20.74 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   20.54 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   20.47 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   20.66 mean_vt_4quad=   10.71
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   20.92 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   21.08 mean_vt_4quad=   10.86
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   21.10 mean_vt_4quad=   10.97
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.92 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   20.60 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   21.19 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.04 mean_vt_4quad=   11.73
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   22.33 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   22.23 mean_vt_4quad=   12.18
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   22.19 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   22.45 mean_vt_4quad=   12.61
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   22.95 mean_vt_4quad=   12.78
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   23.11 mean_vt_4quad=   12.94
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   22.85 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   22.65 mean_vt_4quad=   13.23
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   22.47 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   22.15 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   21.87 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   21.31 mean_vt_4quad=   13.94
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   20.48 mean_vt_4quad=   14.06
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   20.18 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   19.72 mean_vt_4quad=   14.40
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   21.00 mean_vt_4quad=   14.62
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   22.01 mean_vt_4quad=   14.91
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   22.54 mean_vt_4quad=   15.28
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   22.53 mean_vt_4quad=   15.67
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   23.36 mean_vt_4quad=   16.04
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   23.16 mean_vt_4quad=   16.30
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   22.65 mean_vt_4quad=   16.56
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   22.14 mean_vt_4quad=   16.85
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   22.20 mean_vt_4quad=   17.23
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   22.80 mean_vt_4quad=   17.71
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   23.43 mean_vt_4quad=   18.32
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   24.06 mean_vt_4quad=   19.08
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   25.31 mean_vt_4quad=   19.95
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   26.20 mean_vt_4quad=   20.68
  
 NO interp, exactdistkm=    27.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   14.5692000000000     
 vradius(iwindix,iquad) =          15
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   26.20 mean_vt_4quad=   20.68
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   26.18 mean_vt_4quad=   20.98
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   24.93 mean_vt_4quad=   20.37
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   24.61 mean_vt_4quad=   18.63
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   23.75 mean_vt_4quad=   16.01
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   22.28 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   20.70 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   18.56 mean_vt_4quad=    5.86
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   15.44 mean_vt_4quad=    2.66
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.52 mean_vt_4quad=    5.14
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   10.33 mean_vt_4quad=    5.17
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   10.56 mean_vt_4quad=    5.20
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   10.80 mean_vt_4quad=    5.24
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   10.87 mean_vt_4quad=    5.29
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.31 mean_vt_4quad=    5.35
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.84 mean_vt_4quad=    5.39
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.30 mean_vt_4quad=    5.43
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.65 mean_vt_4quad=    5.46
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.21 mean_vt_4quad=    5.48
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.37 mean_vt_4quad=    5.48
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.81 mean_vt_4quad=    5.47
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.78 mean_vt_4quad=    5.47
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.65 mean_vt_4quad=    5.49
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.39 mean_vt_4quad=    5.54
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.45 mean_vt_4quad=    5.61
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.55 mean_vt_4quad=    5.65
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.85 mean_vt_4quad=    5.68
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.17 mean_vt_4quad=    5.70
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.36 mean_vt_4quad=    5.73
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.18 mean_vt_4quad=    5.75
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.26 mean_vt_4quad=    5.79
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.36 mean_vt_4quad=    5.85
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.52 mean_vt_4quad=    5.89
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.58 mean_vt_4quad=    5.92
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.67 mean_vt_4quad=    5.93
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.70 mean_vt_4quad=    5.96
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.78 mean_vt_4quad=    6.00
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.83 mean_vt_4quad=    6.04
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.70 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.25 mean_vt_4quad=    6.11
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.90 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.14 mean_vt_4quad=    6.28
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.87 mean_vt_4quad=    6.43
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.10 mean_vt_4quad=    6.61
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.65 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.95 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.90 mean_vt_4quad=    7.09
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.15 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   14.82 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.15 mean_vt_4quad=    7.55
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.49 mean_vt_4quad=    7.70
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   12.95 mean_vt_4quad=    7.82
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   12.74 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   12.78 mean_vt_4quad=    7.91
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   12.80 mean_vt_4quad=    7.95
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   12.85 mean_vt_4quad=    8.03
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.54 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.76 mean_vt_4quad=    8.27
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.91 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.45 mean_vt_4quad=    8.48
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.65 mean_vt_4quad=    8.58
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.42 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   13.59 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.81 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.24 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   14.70 mean_vt_4quad=    9.02
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   14.96 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.01 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   14.89 mean_vt_4quad=    9.23
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   14.44 mean_vt_4quad=    9.32
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   13.85 mean_vt_4quad=    9.40
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.73 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   13.74 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   13.75 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   13.91 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   14.01 mean_vt_4quad=    9.60
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   14.10 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   14.23 mean_vt_4quad=    9.79
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   14.23 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.28 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.28 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.40 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.45 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.27 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.18 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.08 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   14.09 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   14.06 mean_vt_4quad=   10.71
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   14.02 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   13.99 mean_vt_4quad=   10.86
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   13.99 mean_vt_4quad=   10.97
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   14.08 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   14.22 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   14.40 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   14.58 mean_vt_4quad=   11.73
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   15.01 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   15.31 mean_vt_4quad=   12.18
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   15.42 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   15.35 mean_vt_4quad=   12.61
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   15.43 mean_vt_4quad=   12.78
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   15.67 mean_vt_4quad=   12.94
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   16.09 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   16.44 mean_vt_4quad=   13.23
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   16.50 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   16.46 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   16.75 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   17.15 mean_vt_4quad=   13.94
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   17.44 mean_vt_4quad=   14.06
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   17.55 mean_vt_4quad=   14.20
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   14.20 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   14.40 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   14.62 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   14.91 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   15.28 .... 0.5*v_holland=    9.33
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   17.55 mean_vt_4quad=   14.20
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   17.61 mean_vt_4quad=   14.40
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   17.87 mean_vt_4quad=   14.62
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   18.09 mean_vt_4quad=   14.91
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   18.17 mean_vt_4quad=   15.28
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   18.47 mean_vt_4quad=   15.67
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   18.89 mean_vt_4quad=   16.04
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   18.90 mean_vt_4quad=   16.30
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   18.78 mean_vt_4quad=   16.56
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   18.65 mean_vt_4quad=   16.85
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   18.71 mean_vt_4quad=   17.23
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   18.81 mean_vt_4quad=   17.71
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   19.09 mean_vt_4quad=   18.32
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   19.71 mean_vt_4quad=   19.08
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   20.60 mean_vt_4quad=   19.95
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   21.53 mean_vt_4quad=   20.68
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   22.22 mean_vt_4quad=   20.98
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   22.89 mean_vt_4quad=   20.37
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   23.41 mean_vt_4quad=   18.63
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   23.43 mean_vt_4quad=   16.01
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   22.63 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   21.29 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   19.28 mean_vt_4quad=    5.86
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   15.53 mean_vt_4quad=    2.66
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.53 mean_vt_4quad=    5.14
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.75 mean_vt_4quad=    5.17
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.92 mean_vt_4quad=    5.20
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.99 mean_vt_4quad=    5.24
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.52 mean_vt_4quad=    5.29
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.83 mean_vt_4quad=    5.35
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.58 mean_vt_4quad=    5.39
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.09 mean_vt_4quad=    5.43
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.20 mean_vt_4quad=    5.46
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.85 mean_vt_4quad=    5.48
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    6.43 mean_vt_4quad=    5.48
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.48 mean_vt_4quad=    5.47
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    6.43 mean_vt_4quad=    5.47
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    6.47 mean_vt_4quad=    5.49
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    6.67 mean_vt_4quad=    5.54
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    6.78 mean_vt_4quad=    5.61
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    6.78 mean_vt_4quad=    5.65
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    6.32 mean_vt_4quad=    5.68
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    6.13 mean_vt_4quad=    5.70
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    5.72 mean_vt_4quad=    5.73
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    5.57 mean_vt_4quad=    5.75
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    5.42 mean_vt_4quad=    5.79
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    5.50 mean_vt_4quad=    5.85
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    5.61 mean_vt_4quad=    5.89
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    5.66 mean_vt_4quad=    5.92
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    5.47 mean_vt_4quad=    5.93
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    5.64 mean_vt_4quad=    5.96
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    5.98 mean_vt_4quad=    6.00
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    6.21 mean_vt_4quad=    6.04
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    6.33 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    6.51 mean_vt_4quad=    6.11
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    6.81 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    6.80 mean_vt_4quad=    6.28
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.11 mean_vt_4quad=    6.43
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    5.83 mean_vt_4quad=    6.61
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    5.73 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    7.17 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    8.17 mean_vt_4quad=    7.09
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    7.99 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.62 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    8.01 mean_vt_4quad=    7.55
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    7.67 mean_vt_4quad=    7.70
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    7.20 mean_vt_4quad=    7.82
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    7.20 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    7.31 mean_vt_4quad=    7.91
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    7.43 mean_vt_4quad=    7.95
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    7.49 mean_vt_4quad=    8.03
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    7.59 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    7.60 mean_vt_4quad=    8.27
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    7.84 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    8.05 mean_vt_4quad=    8.48
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    8.17 mean_vt_4quad=    8.58
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.35 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    8.62 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    8.74 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    8.72 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    8.76 mean_vt_4quad=    9.02
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    8.92 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    9.03 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    9.17 mean_vt_4quad=    9.23
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    9.51 mean_vt_4quad=    9.32
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    9.76 mean_vt_4quad=    9.40
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    9.71 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    9.73 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    9.80 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    9.94 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   10.17 mean_vt_4quad=    9.60
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   10.53 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   10.78 mean_vt_4quad=    9.79
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   11.21 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   11.50 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   11.65 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   11.93 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   12.13 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   12.36 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   12.52 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   12.63 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   12.81 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   12.92 mean_vt_4quad=   10.71
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   12.91 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   13.08 mean_vt_4quad=   10.86
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   13.15 mean_vt_4quad=   10.97
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   13.21 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   13.25 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   13.27 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   13.19 mean_vt_4quad=   11.73
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   13.02 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   12.86 mean_vt_4quad=   12.18
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   12.96 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   13.11 mean_vt_4quad=   12.61
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   13.28 mean_vt_4quad=   12.78
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   13.54 mean_vt_4quad=   12.94
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   13.80 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   13.96 mean_vt_4quad=   13.23
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   13.90 mean_vt_4quad=   13.41
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   14.05 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   14.52 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   15.05 mean_vt_4quad=   13.94
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   15.63 mean_vt_4quad=   14.06
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   16.13 mean_vt_4quad=   14.20
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   16.63 mean_vt_4quad=   14.40
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   17.07 mean_vt_4quad=   14.62
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   17.55 mean_vt_4quad=   14.91
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   14.91 .... 0.5*v_holland=   10.48
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   15.28 .... 0.5*v_holland=   10.48
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   15.67 .... 0.5*v_holland=   10.48
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   16.04 .... 0.5*v_holland=   10.48
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   16.30 .... 0.5*v_holland=   10.48
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   17.55 mean_vt_4quad=   14.91
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   18.00 mean_vt_4quad=   15.28
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   18.41 mean_vt_4quad=   15.67
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   18.86 mean_vt_4quad=   16.04
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   19.38 mean_vt_4quad=   16.30
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   19.94 mean_vt_4quad=   16.56
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   20.51 mean_vt_4quad=   16.85
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   21.14 mean_vt_4quad=   17.23
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   21.84 mean_vt_4quad=   17.71
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   22.44 mean_vt_4quad=   18.32
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   22.85 mean_vt_4quad=   19.08
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   23.13 mean_vt_4quad=   19.95
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   23.42 mean_vt_4quad=   20.68
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   23.45 mean_vt_4quad=   20.98
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   23.02 mean_vt_4quad=   20.37
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   20.37 mean_vt_4quad=   18.63
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   16.90 mean_vt_4quad=   16.01
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   14.91 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   12.61 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   11.21 mean_vt_4quad=    5.86
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   11.12 mean_vt_4quad=    2.66
  
 TIMING: after call  getradii, fhr=     0 igrct=  1   22:16:57
 TIMING: after getrad_iter_loop, fhr=     0 igrct=  2 Vmax (m/s)=   35.894   22:16:57
 TIMING: Before get_phase ... 22:16:57
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            0 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   360.000
  
  
  In get_cps_paramb, lead time=            0 :           0   10L  IDALIA   
   right_ct=          865   left_ct=          834
   zthicksum(1)=    2947192.32687500     
   zthicksum(2)=    2844165.18175000     
   zthick_right_mean=    3407.15875939306     
   zthick_left_mean=     3410.27000209832     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -3.11124270525761     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           57.87
  Sum of y-diffs squared (ydiff2) =          616.43
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   113.78   6.7452       17.35   0.1661     3.88    15.02      301.14
    2   104.86   6.6846        8.44   0.1055    -0.12     0.01       71.26
    3    97.01   6.6201        0.59   0.0409    -2.74     7.48        0.34
    4    90.41   6.5511       -6.01  -0.0281    -3.74    13.96       36.18
    5    86.51   6.4770       -9.91  -0.1022    -1.62     2.62       98.22
    6    85.97   6.3969      -10.45  -0.1822     4.33    18.78      109.30
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    96.423     x:    6.58
  
  slope=     81.153         y-intercept =   -437.492
  Regression equation:   Y =  -437.49 +    81.15X
  
  R2(r_squared) =  0.9061        r =  0.9519
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1011.13 zmin=  887.13 zdiff=  124.00
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1503.72 zmin= 1389.94 zdiff=  113.78
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -10.22 dlnp=     -0.057158  dzdlnp=      178.871
  
   +++ k=  3 press=    800.0 zmax= 2021.50 zmin= 1916.64 zdiff=  104.86
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.91 dlnp=     -0.060625  dzdlnp=      147.003
  
   +++ k=  4 press=    750.0 zmax= 2568.58 zmin= 2471.57 zdiff=   97.01
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.86 dlnp=     -0.064539  dzdlnp=      121.726
  
   +++ k=  5 press=    700.0 zmax= 3146.43 zmin= 3056.02 zdiff=   90.41
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -6.60 dlnp=     -0.068993  dzdlnp=       95.662
  
   +++ k=  6 press=    650.0 zmax= 3759.71 zmin= 3673.19 zdiff=   86.51
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -3.90 dlnp=     -0.074108  dzdlnp=       52.572
  
   +++ k=  7 press=    600.0 zmax= 4415.30 zmin= 4329.33 zdiff=   85.97
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -0.54 dlnp=     -0.080043  dzdlnp=        6.796
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           18.44
  Sum of y-diffs squared (ydiff2) =         1659.45
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    99.32   6.3099      -24.36   0.2788    -2.05     4.19      593.21
    2   110.51   6.2146      -13.16   0.1834     1.52     2.30      173.29
    3   119.31   6.1092       -4.36   0.0781     1.89     3.55       19.04
    4   124.86   5.9915        1.19  -0.0397    -1.99     3.96        1.41
    5   139.31   5.8579       15.64  -0.1732     1.77     3.14      244.48
    6   148.74   5.7038       25.06  -0.3274    -1.14     1.30      628.00
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   123.676     x:    6.03
  
  slope=    -80.030         y-intercept =    606.348
  Regression equation:   Y =   606.35 -    80.03X
  
  R2(r_squared) =  0.9889        r =  0.9944
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            0 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4415.30 zmin= 4329.33 zdiff=   85.97
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5132.58 zmin= 5033.26 zdiff=   99.32
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      13.35 dlnp=     -0.087011  dzdlnp=     -153.451
  
   +++ k=  9 press=    500.0 zmax= 5902.99 zmin= 5792.48 zdiff=  110.51
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      11.19 dlnp=     -0.095310  dzdlnp=     -117.427
  
   +++ k= 10 press=    450.0 zmax= 6736.29 zmin= 6616.97 zdiff=  119.31
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=       8.80 dlnp=     -0.105361  dzdlnp=      -83.523
  
   +++ k= 11 press=    400.0 zmax= 7646.03 zmin= 7521.17 zdiff=  124.86
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=       5.55 dlnp=     -0.117783  dzdlnp=      -47.138
  
   +++ k= 12 press=    350.0 zmax= 8661.27 zmin= 8521.96 zdiff=  139.31
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      14.45 dlnp=     -0.133531  dzdlnp=     -108.199
  
   +++ k= 13 press=    300.0 zmax= 9801.25 zmin= 9652.52 zdiff=  148.74
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       9.42 dlnp=     -0.154151  dzdlnp=      -61.135
  
cps_stats: 10L   lead time=   0: 0   paramb=    -3.11  vtl=     81.15  vtu=    -80.03
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    0:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.734 (0-360) guesslon=  274.734E  (  85.266W)   guesslat=   20.250
 ilonfix=          739  jlatfix=         1139  npts=           33
 ibeg=          668  jbeg=         1071  imax=         2738
 iend=          810  jend=         1207  jmax=         2041
 TIMING: find_maxmin 1  22:16:57
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  273.414E  (0-360) ctlon=  273.414E  (  86.586W)  ctlat=   20.130 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:16:57
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  273.414E   (0-360) guesslon=  273.414E  (  86.586W)   guesslat=   20.130
 ilonfix=          706  jlatfix=         1142  npts=           16
 ibeg=          659  jbeg=         1098  imax=         2738
 iend=          753  jend=         1186  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  273.194E  (0-360) ctlon=  273.194  (  86.806W)  ctlat=   19.810 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L     0:00  mean_lon:  273.19E (  86.81W)    (0-360) mean_lon=  273.19E  mean_lat:   19.81  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L     0:00  ifix:   676   jfix:  1127  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          676  jx=         1127
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         300 ,        1500 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         299 ,        1501 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L     0:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:16:57
 TIMING: Before shear ... 22:16:57
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            1
  clon(ist,ifh,3)=    274.625458909091     
  clat(ist,ifh,3)=    20.2636447727273     
  fixlon(ist,ifh)=    274.734163001210     
  fixlat(ist,ifh)=    20.2502096226296     
  xcenlon=    274.625458909091     
  xcenlat=    20.2636447727273     
  
 xxshear
 In get_shear A, xcenlon=    274.625458909091       xcenlat= 
   20.2636447727273     
   In get_shear B, (0-360) xcenlon=    274.625458909091     
  
At start of get_shear:  10L   fhr=    0:00   Mean fix position=   274.73E  ( 85.27W)    20.25  (0-360) mean lon fix=  274.73
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   21.90 vr_mean(idist,ilev)=   -1.56
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   20.53 vr_mean(idist,ilev)=   -3.64
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   18.35 vr_mean(idist,ilev)=   -5.04
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   17.37 vr_mean(idist,ilev)=   -3.99
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   15.96 vr_mean(idist,ilev)=   -4.32
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   14.94 vr_mean(idist,ilev)=   -4.42
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   14.82 vr_mean(idist,ilev)=   -4.34
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   14.37 vr_mean(idist,ilev)=   -4.72
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.09 vr_mean(idist,ilev)=   -5.32
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.52 vr_mean(idist,ilev)=   -4.91
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.16 vr_mean(idist,ilev)=   -4.90
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   10.98 vr_mean(idist,ilev)=   -5.28
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    9.92 vr_mean(idist,ilev)=   -4.71
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    8.40 vr_mean(idist,ilev)=   -4.69
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    7.73 vr_mean(idist,ilev)=   -4.18
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    7.02 vr_mean(idist,ilev)=   -3.99
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    6.77 vr_mean(idist,ilev)=   -3.60
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    6.43 vr_mean(idist,ilev)=   -3.53
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.28 vr_mean(idist,ilev)=   -3.71
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -10.86 vr_mean(idist,ilev)=   10.86
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -16.29 vr_mean(idist,ilev)=   16.29
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -21.72 vr_mean(idist,ilev)=   21.72
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -27.16 vr_mean(idist,ilev)=   27.16
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -32.59 vr_mean(idist,ilev)=   32.59
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -38.03 vr_mean(idist,ilev)=   38.03
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -43.47 vr_mean(idist,ilev)=   43.47
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -48.90 vr_mean(idist,ilev)=   48.90
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -54.35 vr_mean(idist,ilev)=   54.35
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -59.79 vr_mean(idist,ilev)=   59.79
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -65.24 vr_mean(idist,ilev)=   65.24
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -70.69 vr_mean(idist,ilev)=   70.69
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -76.14 vr_mean(idist,ilev)=   76.14
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -81.59 vr_mean(idist,ilev)=   81.59
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -87.05 vr_mean(idist,ilev)=   87.05
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=  -92.52 vr_mean(idist,ilev)=   92.52
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=  -97.99 vr_mean(idist,ilev)=   97.99
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -103.46 vr_mean(idist,ilev)=  103.46
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -108.94 vr_mean(idist,ilev)=  108.94
  
 At end of get_shear: 
     ist=    4 ifh=    1 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:16:57
  
 After call to fixcenter, fix positions at 
 forecast hour=    0:00 follow:
  
fixpos  10L   fhr=    0:00   Fix position=   274.73E  ( 85.27W)    20.25   Max Wind=  70 kts
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.734163001210        fixlat=    20.2502096226296     
        (0-360) fixlon=    274.734163001210     
      ilonfix=          739   jlatfix=         1139
      ibeg=          272   iend=         1206
      jbeg=          687   jend=         1591
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.199597407819381       vavg=    5.31293973713491     
      ubar=   4.989935195484533E-002  vbar=    1.32823493428373     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.07683815321510       vavg=    4.30449296035551     
      ubar=   0.588318428562394       vbar=    3.48048141446148     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.11788680106011       vavg=   0.592008616728989     
      ubar=   0.867790128827422       vbar=    3.62848356864373     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.867790128827422       vbar=    3.62848356864373     
      wgttot=    1.00000000000000     
      fixlon=    274.734163001210        fixlat=    20.2502096226296     
      barnlon=    274.914252179729       barnlat=    20.9550553042454     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.936043369332120     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.914252179729     
     Raw (no conversion for GM wrap) extraplon=    274.734163001210     
  
 --- barnlon=    274.91E  (  85.09W)    barnlat=     20.96
 --- extraplon=  274.73E  (  85.27W)    extraplat=   20.95
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   20.25
 | Current fix lon is   85.27W   ( 274.73E)
 | Current fix lon (raw, unadjusted)=  274.73E
 | Updated guess lat for next fcst hour is   20.95
 | Updated guess lon (0-360) for next fcst hour is   85.18W   ( 274.82E)
 | Raw updated guess lon for next fcst hour is  274.82E)
 -------------------------------------------------
  
 iocheck, dist=    78.6282501431860        distm=    78628.2501431860     
 iocheck, stmspd=    3.64019676588824        istmspd=           71
 iocheck, xincr=   9.004458925926428E-002   yincr=   0.702079164973863     
 iocheck, stmdir=    7.30852466304354        istmdir=            7
 +++ RPT_STORM_MOTION: istmspd=    71 kts(*10)    istmdir=     7 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   1
     Fix location for this time:   274.73E  ( 85.27W)    20.25
     Fix lon (raw) for this time:  274.73E
     ilonfix=  739  jlatfix= 1139
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.734163001210       xcenlat=    20.2502096226296     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.734163001210       xcenlat=    20.2502096226296     
  ilonfix=          739  jlatfix=         1139
  ibeg=          620  iend=          858
  jbeg=         1023  jend=         1255  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.734163001210        xcenlat=    20.2502096226296     
      ilonfix=          739   jlatfix=         1139
      ibeg=          620   iend=          858
      jbeg=         1023   jend=         1255
 After call to barnes, xsmoothval=   2.438716252881218E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.438716252881218E-004
      xcenlon=    274.734163001210        xcenlat=    20.2502096226296     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000244  imeanzeta (*1e6)=      244
   --- mean zeta raw =   2.438716252881218E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004048  igrid zeta (*1e6)=     4048 ifilret=   0
   --- grid zeta raw=   4.048352440679285E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.734163001210       xcenlat=    20.2502096226296     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.734163001210       xcenlat=    20.2502096226296     
  ilonfix=          739  jlatfix=         1139
  ibeg=          620  iend=          858
  jbeg=         1023  jend=         1255  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.734163001210        xcenlat=    20.2502096226296     
      ilonfix=          739   jlatfix=         1139
      ibeg=          620   iend=          858
      jbeg=         1023   jend=         1255
 After call to barnes, xsmoothval=   2.251465154918763E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.251465154918763E-004
      xcenlon=    274.734163001210        xcenlat=    20.2502096226296     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000225  imeanzeta (*1e6)=      225
   --- mean zeta raw =   2.251465154918763E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004718  igrid zeta (*1e6)=     4718 ifilret=   0
   --- grid zeta raw=   4.718352440679285E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=            0
  
 segx, outlon=    274.734163001210       outlat=    20.2502096226296     
   ist=            4  ifcsthour=            0
   vmaxwind=    35.8937668683575       xminmslp=    99466.4600000000     
   vradius=           92          29          16         149          15
           0          39           0           0          34           0
           0
   maxstorm=            6
   plastbar=    100266.460000000       rlastbar=    40.3605874857278     
   rmax=    14.2313178735315     
   cps_vals=   -3.11124270525761        81.1525816049029     
  -80.0297648832781     
   wcore_flag= n
   istmspd=           71  istmdir=            7
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    24.0000000000000     
   axisymet_rmw_val=     23.3476725097383     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   40.3605874857278       irlastbar=          40
 output: plastbar=   100266.460000000       iplastbar=        1003
 rmax=    14.2313178735315        irmax=           14
 TXX top of atcfunix_ext, ist=            4  ifh=            0
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   40.3605874857278       irlastbar=          40
 output: plastbar=   100266.460000000       iplastbar=        1003
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            0
 intlat=          203
 clatns= N
 intlon=          853
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           70
 int(xminmslp/mslp_outp_adj + 0.5)=          995
 XX,  34, NEQ
 vradius(1,1)=           92
 vradius(1,2)=          149
 vradius(1,3)=           39
 vradius(1,4)=           34
 iplastbar=         1003
 irlastbar=           40
 irmax=           14
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            7
 istmspd=           71
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -31
 icps_vals(2)=          812
 icps_vals(3)=         -800
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           13
 irmw_val=           45
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          244
 igridzeta(1)=         4048
 imeanzeta(2)=          225
 igridzeta(2)=         4718
  
 rmax=    14.2313178735315        irmax=           14
 +++ Top of output_atcf_parms, ist=            4  ifh=            0
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.734163001210        fixlat=    20.2502096226296     
        (0-360) fixlon=    274.734163001210     
      ilonfix=          739   jlatfix=         1139
      ibeg=          272   iend=         1206
      jbeg=          687   jend=         1591
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.199597407819381       vavg=    5.31293973713491     
      ubar=   4.989935195484533E-002  vbar=    1.32823493428373     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.07683815321510       vavg=    4.30449296035551     
      ubar=   0.588318428562394       vbar=    3.48048141446148     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.11788680106011       vavg=   0.592008616728989     
      ubar=   0.867790128827422       vbar=    3.62848356864373     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.867790128827422       vbar=    3.62848356864373     
      wgttot=    1.00000000000000     
      fixlon=    274.734163001210        fixlat=    20.2502096226296     
      barnlon=    274.914252179729       barnlat=    20.9550553042454     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.936043369332120     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.914252179729     
     Raw (no conversion for GM wrap) extraplon=    274.734163001210     
  
 --- barnlon=    274.91E  (  85.09W)    barnlat=     20.96
 --- extraplon=  274.73E  (  85.27W)    extraplat=   20.95
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =   0.000000000000000E+000
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   20.25
 | Current fix lon is   85.27W   ( 274.73E)
 | Current fix lon (raw, unadjusted)=  274.73E
 | Updated guess lat for next fcst hour is   20.95
 | Updated guess lon (0-360) for next fcst hour is   85.18W   ( 274.82E)
 | Raw updated guess lon for next fcst hour is  274.82E)
 -------------------------------------------------
  
 iocheck, dist=    78.6282501431860        distm=    78628.2501431860     
 iocheck, stmspd=    3.64019676588824        istmspd=           71
 iocheck, xincr=   9.004458925926428E-002   yincr=   0.702079164973863     
 iocheck, stmdir=    7.30852466304354        istmdir=            7
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            5
    | Forecast hour:    0:00
    | Storm name = HAIKUI   
    | Storm ID   = 10W 
    | Gen ID (if available): 2023082812_F000_186N_1414E_10W
    ---------------------------------------------
  
  
 !!! IN check_bounds, Storm is outside of grid
 !!! Storm ID =   10W 
 !!! Storm Name = HAIKUI   
 !!! ist=            5  ifh=            1
 !!! guess storm lon=    141.400000000000     
 !!! guess storm lat=    18.6000000000000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            6
    | Forecast hour:    0:00
    | Storm name = IRWIN    
    | Storm ID   = 10E 
    | Gen ID (if available): 2023082812_F000_178N_1231W_10E
    ---------------------------------------------
  
  
 !!! IN check_bounds, Storm is outside of grid
 !!! Storm ID =   10E 
 !!! Storm Name = IRWIN    
 !!! ist=            6  ifh=            1
 !!! guess storm lon=    236.900000000000     
 !!! guess storm lat=    17.8000000000000     
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 0
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 1 + [[ 0 -le 12 ]]
++ 1 + printf %03d 0
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.f000
++ 1 + printf %03d 0
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.f000
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          201  = igcret =            0
 baclose return code for unit          601  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:    6:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f00360                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f00360.ix                                                                                    
hafs.trak.storm.2023082812.f00360: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f00360: ready.
hafs.trak.storm.2023082812.f00360.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f00360.ix: ready.
 in open_grib_files in multi else part....
   lugb=          202   lugi=          602
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00360                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00360.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f00360...  gopen_i_file= ...hafs.trak.storm.2023082812.f00360.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00360                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00360.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          202  is CLOSED
 TEST open_grib_files, unit lugi=          602  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f00360                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f00360.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          202  is CLOSED
 TEST b4 getgridinfo, unit lugi=          602  is CLOSED
 before getgb2 call, lugb=          202  lugi=          602
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12    6   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at     6h ... 22:16:58
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:58
 TIMING: after getgb2-122:16:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12    6   5588258   0.000       0.000     -0.2724E-02  0.4920E-02
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:16:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12    6   5588258   0.000       0.000     -0.3210E-02  0.4097E-02
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:16:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12    6   5588258   0.000       0.000      -54.00       49.60    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:16:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12    6   5588258   0.000       0.000      -42.57       56.71    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:16:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12    6   5588258   0.000       0.000      -45.37       50.68    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:16:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12    6   5588258   0.000       0.000      -46.50       53.70    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:16:59
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12    6   5588258   0.000       0.000       1009.       1642.    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12    6   5588258   0.000       0.000       2689.       3264.    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12    6   5588258   0.000       0.000      0.9526E+05  0.1032E+06
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12    6   5588258   0.000       0.000      -48.02       41.76    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12    6   5588258   0.000       0.000      -39.28       49.76    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12    6   5588258   0.000       0.000      -43.32       39.67    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:00
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12    6   5588258   0.000       0.000      -38.23       44.18    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =            6  hours
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12    6   5588258   0.000       0.000       5478.       5989.    
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =            6  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12    6   5588258   0.000       0.000      0.1171E+05  0.1256E+05
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =            6  hours
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =            6  hours
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =            6  hours
 TEST b4 getgb2 getdata, unit lugb=          202  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          602  is CLOSED

 TIMING: before getgb2-122:17:01
 TIMING: after getgb2-122:17:01
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =            6  hours

 TIMING: before getgb2-phase22:17:01
 TIMING: after getgb2-222:17:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12    6   5588258   0.000       0.000       505.6       1159.    

 TIMING: before getgb2-phase22:17:01
 TIMING: after getgb2-222:17:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12    6   5588258   0.000       0.000       1009.       1642.    

 TIMING: before getgb2-phase22:17:01
 TIMING: after getgb2-222:17:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12    6   5588258   0.000       0.000       1538.       2153.    

 TIMING: before getgb2-phase22:17:01
 TIMING: after getgb2-222:17:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12    6   5588258   0.000       0.000       2097.       2693.    

 TIMING: before getgb2-phase22:17:02
 TIMING: after getgb2-222:17:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12    6   5588258   0.000       0.000       2689.       3264.    

 TIMING: before getgb2-phase22:17:02
 TIMING: after getgb2-222:17:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12    6   5588258   0.000       0.000       3319.       3885.    

 TIMING: before getgb2-phase22:17:02
 TIMING: after getgb2-222:17:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12    6   5588258   0.000       0.000       3992.       4540.    

 TIMING: before getgb2-phase22:17:02
 TIMING: after getgb2-222:17:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12    6   5588258   0.000       0.000       4717.       5238.    

 TIMING: before getgb2-phase22:17:02
 TIMING: after getgb2-222:17:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12    6   5588258   0.000       0.000       5478.       5989.    

 TIMING: before getgb2-phase22:17:03
 TIMING: after getgb2-222:17:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12    6   5588258   0.000       0.000       6250.       6805.    

 TIMING: before getgb2-phase22:17:03
 TIMING: after getgb2-222:17:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12    6   5588258   0.000       0.000       7094.       7694.    

 TIMING: before getgb2-phase22:17:03
 TIMING: after getgb2-222:17:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12    6   5588258   0.000       0.000       8027.       8678.    

 TIMING: before getgb2-phase22:17:03
 TIMING: after getgb2-222:17:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=            6 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12    6   5588258   0.000       0.000       9070.       9791.    
 TIMING: after getdata ... 22:17:03
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:    6:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.043636508097039E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.343E  (0-360) ctlon=  300.343E  (  59.657W)  ctlat=   23.378 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.104E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.343E   (0-360) guesslon=  300.343E  (  59.657W)   guesslat=   23.378
 ilonfix=         1379  jlatfix=         1061  npts=           16
 ibeg=         1331  jbeg=         1017  imax=         2738
 iend=         1427  jend=         1105  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.623E  (0-360) ctlon=  300.623  (  59.377W)  ctlat=   23.058 fmax (x10e5) =        0.120E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   9.886952655303226E-005  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.343E  (0-360) ctlon=  300.343E  (  59.657W)  ctlat=   23.378 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.989E+01 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.343E   (0-360) guesslon=  300.343E  (  59.657W)   guesslat=   23.378
 ilonfix=         1379  jlatfix=         1061  npts=           16
 ibeg=         1331  jbeg=         1017  imax=         2738
 iend=         1427  jend=         1105  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.523E  (0-360) ctlon=  300.523  (  59.477W)  ctlat=   23.058 fmax (x10e5) =        0.118E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.943E  (0-360) ctlon=  299.943E  (  60.057W)  ctlat=   22.978 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.156E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.943E   (0-360) guesslon=  299.943E  (  60.057W)   guesslat=   22.978
 ilonfix=         1369  jlatfix=         1071  npts=           16
 ibeg=         1321  jbeg=         1027  imax=         2738
 iend=         1417  jend=         1115  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.223E  (0-360) ctlon=  300.223  (  59.777W)  ctlat=   22.858 fmax =       -0.100E+16 fmin =        0.155E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.943E  (0-360) ctlon=  299.943E  (  60.057W)  ctlat=   22.978 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.320E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.943E   (0-360) guesslon=  299.943E  (  60.057W)   guesslat=   22.978
 ilonfix=         1369  jlatfix=         1071  npts=           16
 ibeg=         1321  jbeg=         1027  imax=         2738
 iend=         1417  jend=         1115  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.223E  (0-360) ctlon=  300.223  (  59.777W)  ctlat=   22.658 fmax =       -0.100E+16 fmin =        0.320E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.943E  (0-360) ctlon=  299.943E  (  60.057W)  ctlat=   22.978 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.102E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  299.943E   (0-360) guesslon=  299.943E  (  60.057W)   guesslat=   22.978
 ilonfix=         1369  jlatfix=         1071  npts=           16
 ibeg=         1321  jbeg=         1027  imax=         2738
 iend=         1417  jend=         1115  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.123E  (0-360) ctlon=  300.123  (  59.877W)  ctlat=   22.758 fmax =       -0.100E+16 fmin =        0.102E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.663 (0-360) guesslon=  299.663E  (  60.337W)   guesslat=   24.298
 ilonfix=         1362  jlatfix=         1038  npts=           33
 ibeg=         1289  jbeg=          970  imax=         2738
 iend=         1435  jend=         1106  jmax=         2041
 TIMING: find_maxmin 1  22:17:03
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   7.243013080254204E-005  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.343E  (0-360) ctlon=  300.343E  (  59.657W)  ctlat=   23.378 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.724E+01 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.343E   (0-360) guesslon=  300.343E  (  59.657W)   guesslat=   23.378
 ilonfix=         1379  jlatfix=         1061  npts=           16
 ibeg=         1331  jbeg=         1017  imax=         2738
 iend=         1427  jend=         1105  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.623E  (0-360) ctlon=  300.623  (  59.377W)  ctlat=   23.058 fmax (x10e5) =        0.923E+01 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    300.312040779757        uvgeslat=    23.2015155950566     
    (0-360 uvgeslon)=    300.312040779757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.312040779757        uvgeslat=    23.2015155950566     
    (0-360 uvgeslon)=    300.312040779757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.312040779757     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.632E  (0-360E lon):  300.632E    59.368W  ctlat=   22.882  xmax_circul_disk =      26908795.1
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.632E  (0-360E)=  300.632E  (  59.368W)   guesslat=   22.882
 ilonfix=         1386  jlatfix=         1073  npts=           56
 ibeg=         1318  jbeg=         1009  imax=         2738
 iend=         1454  jend=         1137  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    27186549.2915161     
 nhalf get_wind_circ, k=  1 ctlon=  300.652E  (0-360E)=  300.652E  ctlon=   59.348W   ctlat=   22.782 Wind Circulation (NHEM: Max) =      27186549.3
 TIMING: After GWC 850 ... 22:17:04
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.312040779757        uvgeslat=    23.2015155950566     
    (0-360 uvgeslon)=    300.312040779757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.312040779757     
  
 After first run, Wind Circulation (NHEM) ctlon=  301.272E  (0-360E lon):  301.272E    58.728W  ctlat=   21.602  xmax_circul_disk =      34310134.1
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  301.272E  (0-360E)=  301.272E  (  58.728W)   guesslat=   21.602
 ilonfix=         1402  jlatfix=         1105  npts=           56
 ibeg=         1334  jbeg=         1041  imax=         2738
 iend=         1470  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    33147630.5024680     
 nhalf get_wind_circ, k=  1 ctlon=  300.872E  (0-360E)=  300.872E  ctlon=   59.128W   ctlat=   22.222 Wind Circulation (NHEM: Max) =      33147630.5
 TIMING: After GWC 700 ... 22:17:04
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.312040779757        uvgeslat=    23.2015155950566     
    (0-360 uvgeslon)=    300.312040779757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.312040779757     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.312E  (0-360E lon):  300.312E    59.688W  ctlat=   22.882  xmax_circul_disk =      18249456.6
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.312E  (0-360E)=  300.312E  (  59.688W)   guesslat=   22.882
 ilonfix=         1378  jlatfix=         1073  npts=           56
 ibeg=         1310  jbeg=         1009  imax=         2738
 iend=         1446  jend=         1137  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    18725207.1446280     
 nhalf get_wind_circ, k=  1 ctlon=  300.512E  (0-360E)=  300.512E  ctlon=   59.488W   ctlat=   22.842 Wind Circulation (NHEM: Max) =      18725207.1
 TIMING: After GWC Sfc ... 22:17:04
  
 At beg of fixcenter, stderr(ist,ifh-1) =     8.93  xavg_stderr=     8.93
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            2  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     6:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.66E   (0-360) guesslon=  299.66E  ( 60.34W)    24.30
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       300.62       59.38      23.06           11.96       T        169.02
   2    zeta 700    Max       300.52       59.48      23.06           11.77       T        163.34
   3    circ 850    Max       300.65       59.35      22.78           27.19       T        196.45
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       300.87       59.13      22.22           33.15       F        261.83
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.22       59.78      22.86         1554.82       T        169.98
   8     gph 700    Min       300.22       59.78      22.66         3195.42       T        191.09
   9        MSLP    Min       300.12       59.88      22.76       101580.57       T        177.54
  10    circ sfc    Max       300.51       59.49      22.84           18.73       T        183.61
  11    zeta sfc    Max       300.62       59.38      23.06            9.23       T        169.02
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    24.9841218804486       stderr_close= 
   7.60439003474716       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  27.098 devia=   3.563 wtpos=  0.30489     300.62   300.62    59.38    23.06
 ip=  2 kprm=  2 dist_from_mean=  21.233 devia=   2.792 wtpos=  0.39426     300.52   300.52    59.48    23.06
 ip=  3 kprm=  3 dist_from_mean=  24.733 devia=   3.252 wtpos=  0.33819     300.65   300.65    59.35    22.78
 ip=  7 kprm=  4 dist_from_mean=  22.191 devia=   2.918 wtpos=  0.37804     300.22   300.22    59.78    22.86
 ip=  8 kprm=  5 dist_from_mean=  33.404 devia=   4.393 wtpos=  0.23125     300.22   300.22    59.78    22.66
 ip=  9 kprm=  6 dist_from_mean=  35.167 devia=   4.625 wtpos=  0.21405     300.12   300.12    59.88    22.76
 ip= 10 kprm=  7 dist_from_mean=   8.948 devia=   1.177 wtpos=  0.67554     300.51   300.51    59.49    22.84
 ip= 11 kprm=  8 dist_from_mean=  27.098 devia=   3.563 wtpos=  0.30489     300.62   300.62    59.38    23.06
  
At end of fixcenter:  00L   fhr=    6:00   Fix position=   300.46E  (0-360) fixlon=  300.46  ( 59.54W)    22.89
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    300.462707886727     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    300.122954597939     
        (0-360E clon(ist,ifh,9))=    300.122954597939     
      clat(ist,ifh,9)=    22.7578903223294     
      xval(9)=    101580.570793645     
  
  After get_ij B, ibeg jbeg =         1266         939
  After get_ij B, iend jend =         1480        1215
  
 In is_it_a_storm, ilonfix=         1373  jlatfix=         1077
 ibeg jbeg iend jend =         1266         939        1480        1215
 cparm= slp  parmlon parmlat =    300.122954597939        22.7578903223294     
     (0-360E parmlon) =    300.122954597939     
 parmval=    101580.570793645     
  
 i= 1351 j= 1014 glon=  299.25 (0-360E) glon=  299.25 glat=  25.28 dist=   294.27 slp=  101709.25 pgradient=  0.43728
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.43728
 mslp center =    300.122954597939        22.7578903223294     
   101580.570793645     
   (0-360E) lon of mslp center =    300.122954597939     
 pgrad loc   =    299.248650000000        299.248650000000     
   60.7513500000000        25.2810160000000        101709.250000000     
  ttest at location C IF....
      xinp_fixlat=    22.7578903223294     
      xinp_fixlon=    300.122954597939       (0-360E) xinp_fixlon= 
   300.122954597939     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101569.090000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1383  jfix=         1079
 longitude=    300.122954597939      E   (   59.8770454020612      
 W)  (0-360E) xinp_fixlon=    300.122954597939     
 latitude=    22.7578903223294     
 mean mslp value (xval(9))=    101580.570793645     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1383  jfix=         1079
 longitude=    300.122954597939      E   (   59.8770454020612      
 W)  (0-360E) xinp_fixlon=    300.122954597939     
 latitude=    22.7578903223294     
 mean mslp value (xval(9))=    101580.570793645     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1383  jx=         1079
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101569.090000000       xcentval=    101569.090000000     
 At A, num_found_contours=            0
 At A, contlo=    101569.090000000       conthi=    101969.090000000     
  
 num_found_contours=            0
 contlo=    101569.090000000       conthi=    101969.090000000     
 xcentval=    101569.090000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1404 ,        1100 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101569.090000000     
 !!! (i,j) of central value = (        1383 ,        1079 )
 !!!  
 !!! Flagged value found    =    101566.530000000     
 !!! (i,j) of flagged value = (        1405 ,        1101 )
 !!!   
 !!! Lower bound of contour interval =    101569.090000000     
 !!! Upper bound of contour interval =    101969.090000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = n
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1383  jfix=         1079
 longitude=    300.122954597939      E   (   59.8770454020612      W)  
 (0-360E) xinp_fixlon=    300.122954597939     
 latitude=    22.7578903223294     
 mean mslp value (xval(9))=    101580.570793645     
 gridpoint mslp value=    101569.090000000     
 ccflag= n
 prs of last closed isobar =   -999.000000000000     
 radius of last closed isobar =   -999.000000000000       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =    6:00
 !!! Boundary check xinp_fixlat is   22.76
 !!! Boundary check xinp_fixlon is   59.88W   ( 300.12E)  (0-360E) xinp_fixlon=  300.12
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    300.652032279757     
  850 mb wcirc fix lat=    22.7815260950566     
    (0-360) 850 mb wcirc fix lon=    300.652032279757     
  Multi-parm fix lon=      300.462707886727     
  Multi-parm fix lat=      22.8917722330530     
    (0-360) Multi-parm fix lon=      300.462707886727     
  
  
  After get_ij B, ibeg jbeg =         1297         972
  After get_ij B, iend jend =         1477        1180
  
 In is_it_a_storm, ilonfix=         1387  jlatfix=         1076
 ibeg jbeg iend jend =         1297         972        1477        1180
 cparm= v850  parmlon parmlat =    300.652032279757        22.7815260950566     
     (0-360E parmlon) =    300.652032279757     
 parmval=    27186549.2915161     
  
 i= 1377 j= 1027 glon=  300.29 (0-360E) glon=  300.29 glat=  24.76 u=  -6.1000 v=   0.7200 vr=   1.72440 vt=   5.89532
 i= 1382 j= 1027 glon=  300.49 (0-360E) glon=  300.49 glat=  24.76 u=  -6.0000 v=   1.6000 vr=   2.04909 vt=   5.86184
 i= 1387 j= 1027 glon=  300.69 (0-360E) glon=  300.69 glat=  24.76 u=  -5.3000 v=   3.0600 vr=   2.96961 vt=   5.35117
 i= 1392 j= 1027 glon=  300.89 (0-360E) glon=  300.89 glat=  24.76 u=  -4.6000 v=   4.4600 vr=   3.93138 vt=   5.05923
 i= 1397 j= 1027 glon=  301.09 (0-360E) glon=  301.09 glat=  24.76 u=  -4.3000 v=   4.8500 vr=   3.89954 vt=   5.17746
 i= 1362 j= 1032 glon=  299.69 (0-360E) glon=  299.69 glat=  24.56 u=  -4.7000 v=  -0.5600 vr=   1.59349 vt=   4.45695
 i= 1367 j= 1032 glon=  299.89 (0-360E) glon=  299.89 glat=  24.56 u=  -5.3000 v=  -0.7400 vr=   1.25618 vt=   5.20188
 i= 1372 j= 1032 glon=  300.09 (0-360E) glon=  300.09 glat=  24.56 u=  -5.8000 v=  -0.4300 vr=   1.20776 vt=   5.68913
 i= 1377 j= 1032 glon=  300.29 (0-360E) glon=  300.29 glat=  24.56 u=  -6.1000 v=   0.4100 vr=   1.52815 vt=   5.91970
 i= 1382 j= 1032 glon=  300.49 (0-360E) glon=  300.49 glat=  24.56 u=  -5.6000 v=   1.6700 vr=   2.13497 vt=   5.43974
 i= 1387 j= 1032 glon=  300.69 (0-360E) glon=  300.69 glat=  24.56 u=  -5.1000 v=   3.5300 vr=   3.43305 vt=   5.16576
 i= 1392 j= 1032 glon=  300.89 (0-360E) glon=  300.89 glat=  24.56 u=  -4.9000 v=   5.1000 vr=   4.46815 vt=   5.48230
 i= 1397 j= 1032 glon=  301.09 (0-360E) glon=  301.09 glat=  24.56 u=  -5.0000 v=   5.6900 vr=   4.45089 vt=   6.12908
 i= 1402 j= 1032 glon=  301.29 (0-360E) glon=  301.29 glat=  24.56 u=  -4.6000 v=   6.2900 vr=   4.53833 vt=   6.33464
 i= 1407 j= 1032 glon=  301.49 (0-360E) glon=  301.49 glat=  24.56 u=  -3.9000 v=   6.5800 vr=   4.49249 vt=   6.19064
 i= 1412 j= 1032 glon=  301.69 (0-360E) glon=  301.69 glat=  24.56 u=  -3.1000 v=   6.2400 vr=   4.03630 vt=   5.67942
 i= 1352 j= 1037 glon=  299.29 (0-360E) glon=  299.29 glat=  24.36 u=  -3.1000 v=  -0.7400 vr=   1.34982 vt=   2.88714
 i= 1357 j= 1037 glon=  299.49 (0-360E) glon=  299.49 glat=  24.36 u=  -4.1000 v=  -0.9900 vr=   1.48141 vt=   3.94912
 i= 1362 j= 1037 glon=  299.69 (0-360E) glon=  299.69 glat=  24.36 u=  -4.4000 v=  -1.3200 vr=   1.00226 vt=   4.48307
 i= 1367 j= 1037 glon=  299.89 (0-360E) glon=  299.89 glat=  24.36 u=  -4.9000 v=  -1.4900 vr=   0.62894 vt=   5.08277
 i= 1372 j= 1037 glon=  300.09 (0-360E) glon=  300.09 glat=  24.36 u=  -5.5000 v=  -0.9700 vr=   0.79245 vt=   5.52837
 i= 1377 j= 1037 glon=  300.29 (0-360E) glon=  300.29 glat=  24.36 u=  -5.5000 v=   0.4000 vr=   1.52955 vt=   5.29816
 i= 1382 j= 1037 glon=  300.49 (0-360E) glon=  300.49 glat=  24.36 u=  -4.9000 v=   1.9700 vr=   2.42508 vt=   4.69147
 i= 1387 j= 1037 glon=  300.69 (0-360E) glon=  300.69 glat=  24.36 u=  -4.7000 v=   4.3500 vr=   4.24897 vt=   4.79153
 i= 1392 j= 1037 glon=  300.89 (0-360E) glon=  300.89 glat=  24.36 u=  -5.4000 v=   6.5100 vr=   5.71257 vt=   6.23752
 i= 1397 j= 1037 glon=  301.09 (0-360E) glon=  301.09 glat=  24.36 u=  -5.3000 v=   7.3200 vr=   5.78912 vt=   6.93963
 i= 1402 j= 1037 glon=  301.29 (0-360E) glon=  301.29 glat=  24.36 u=  -4.9000 v=   7.9200 vr=   5.72350 vt=   7.34697
 i= 1407 j= 1037 glon=  301.49 (0-360E) glon=  301.49 glat=  24.36 u=  -4.4000 v=   8.3000 vr=   5.53437 vt=   7.59084
 i= 1412 j= 1037 glon=  301.69 (0-360E) glon=  301.69 glat=  24.36 u=  -3.7000 v=   8.0500 vr=   4.97815 vt=   7.32875
 i= 1417 j= 1037 glon=  301.89 (0-360E) glon=  301.89 glat=  24.36 u=  -3.0000 v=   7.1400 vr=   4.03811 vt=   6.60857
 i= 1347 j= 1042 glon=  299.09 (0-360E) glon=  299.09 glat=  24.16 u=  -2.8000 v=  -0.9200 vr=   1.38705 vt=   2.60048
 i= 1352 j= 1042 glon=  299.29 (0-360E) glon=  299.29 glat=  24.16 u=  -3.0000 v=  -1.1300 vr=   1.18467 vt=   2.97883
 i= 1357 j= 1042 glon=  299.49 (0-360E) glon=  299.49 glat=  24.16 u=  -3.1000 v=  -1.6200 vr=   0.62224 vt=   3.44198
 i= 1362 j= 1042 glon=  299.69 (0-360E) glon=  299.69 glat=  24.16 u=  -3.8000 v=  -2.0000 vr=   0.37265 vt=   4.27798
 i= 1367 j= 1042 glon=  299.89 (0-360E) glon=  299.89 glat=  24.16 u=  -4.3000 v=  -2.1100 vr=   0.07103 vt=   4.78926
 i= 1372 j= 1042 glon=  300.09 (0-360E) glon=  300.09 glat=  24.16 u=  -4.8000 v=  -1.4100 vr=   0.36827 vt=   4.98924
 i= 1377 j= 1042 glon=  300.29 (0-360E) glon=  300.29 glat=  24.16 u=  -4.7000 v=   0.5900 vr=   1.68015 vt=   4.42890
 i= 1382 j= 1042 glon=  300.49 (0-360E) glon=  300.49 glat=  24.16 u=  -4.4000 v=   2.9700 vr=   3.42904 vt=   4.05248
 i= 1387 j= 1042 glon=  300.69 (0-360E) glon=  300.69 glat=  24.16 u=  -4.9000 v=   5.3500 vr=   5.22895 vt=   5.02897
 i= 1392 j= 1042 glon=  300.89 (0-360E) glon=  300.89 glat=  24.16 u=  -5.4000 v=   6.9700 vr=   6.04363 vt=   6.41992
 i= 1397 j= 1042 glon=  301.09 (0-360E) glon=  301.09 glat=  24.16 u=  -5.5000 v=   7.8100 vr=   5.96158 vt=   7.46363
 i= 1402 j= 1042 glon=  301.29 (0-360E) glon=  301.29 glat=  24.16 u=  -5.2000 v=   8.6300 vr=   5.91169 vt=   8.15897
 i= 1407 j= 1042 glon=  301.49 (0-360E) glon=  301.49 glat=  24.16 u=  -4.6000 v=   9.1600 vr=   5.75678 vt=   8.48087
 i= 1412 j= 1042 glon=  301.69 (0-360E) glon=  301.69 glat=  24.16 u=  -4.0000 v=   9.1800 vr=   5.27358 vt=   8.51244
 i= 1417 j= 1042 glon=  301.89 (0-360E) glon=  301.89 glat=  24.16 u=  -3.3000 v=   8.3700 vr=   4.35279 vt=   7.87402
 i= 1422 j= 1042 glon=  302.09 (0-360E) glon=  302.09 glat=  24.16 u=  -2.8000 v=   7.4800 vr=   3.45725 vt=   7.19985
 i= 1342 j= 1047 glon=  298.89 (0-360E) glon=  298.89 glat=  23.96 u=  -1.4000 v=  -0.9800 vr=   0.55923 vt=   1.61483
 i= 1347 j= 1047 glon=  299.09 (0-360E) glon=  299.09 glat=  23.96 u=  -2.0000 v=  -1.0300 vr=   0.89662 vt=   2.06324
 i= 1352 j= 1047 glon=  299.29 (0-360E) glon=  299.29 glat=  23.96 u=  -2.8000 v=  -1.2800 vr=   1.16640 vt=   2.84920
 i= 1357 j= 1047 glon=  299.49 (0-360E) glon=  299.49 glat=  23.96 u=  -2.6000 v=  -1.9700 vr=   0.29115 vt=   3.24902
 i= 1362 j= 1047 glon=  299.69 (0-360E) glon=  299.69 glat=  23.96 u=  -3.1000 v=  -2.4100 vr=  -0.06216 vt=   3.92610
 i= 1367 j= 1047 glon=  299.89 (0-360E) glon=  299.89 glat=  23.96 u=  -3.5000 v=  -2.7000 vr=  -0.52785 vt=   4.38878
 i= 1372 j= 1047 glon=  300.09 (0-360E) glon=  300.09 glat=  23.96 u=  -3.9000 v=  -1.4600 vr=   0.23296 vt=   4.15780
 i= 1377 j= 1047 glon=  300.29 (0-360E) glon=  300.29 glat=  23.96 u=  -4.1000 v=   1.2700 vr=   2.34008 vt=   3.59818
 i= 1382 j= 1047 glon=  300.49 (0-360E) glon=  300.49 glat=  23.96 u=  -4.2000 v=   3.4000 vr=   3.90374 vt=   3.73642
 i= 1387 j= 1047 glon=  300.69 (0-360E) glon=  300.69 glat=  23.96 u=  -4.6000 v=   5.1000 vr=   4.96673 vt=   4.74358
 i= 1392 j= 1047 glon=  300.89 (0-360E) glon=  300.89 glat=  23.96 u=  -5.0000 v=   6.5800 vr=   5.56342 vt=   6.11103
 i= 1397 j= 1047 glon=  301.09 (0-360E) glon=  301.09 glat=  23.96 u=  -5.6000 v=   7.5900 vr=   5.37927 vt=   7.74800
 i= 1402 j= 1047 glon=  301.29 (0-360E) glon=  301.29 glat=  23.96 u=  -5.4000 v=   8.3600 vr=   5.08472 vt=   8.55542
 i= 1407 j= 1047 glon=  301.49 (0-360E) glon=  301.49 glat=  23.96 u=  -4.9000 v=   9.1000 vr=   4.93976 vt=   9.07848
 i= 1412 j= 1047 glon=  301.69 (0-360E) glon=  301.69 glat=  23.96 u=  -4.4000 v=   9.6400 vr=   4.72361 vt=   9.48562
 i= 1417 j= 1047 glon=  301.89 (0-360E) glon=  301.89 glat=  23.96 u=  -3.8000 v=   9.1700 vr=   3.95319 vt=   9.10501
 i= 1422 j= 1047 glon=  302.09 (0-360E) glon=  302.09 glat=  23.96 u=  -3.1000 v=   8.3200 vr=   3.21588 vt=   8.27590
 i= 1427 j= 1047 glon=  302.29 (0-360E) glon=  302.29 glat=  23.96 u=  -2.4000 v=   7.2800 vr=   2.58784 vt=   7.21536
 i= 1342 j= 1052 glon=  298.89 (0-360E) glon=  298.89 glat=  23.76 u=  -0.7000 v=  -1.3100 vr=  -0.07434 vt=   1.48343
 i= 1347 j= 1052 glon=  299.09 (0-360E) glon=  299.09 glat=  23.76 u=  -1.4000 v=  -1.0600 vr=   0.56380 vt=   1.66305
 i= 1352 j= 1052 glon=  299.29 (0-360E) glon=  299.29 glat=  23.76 u=  -2.0000 v=  -1.1900 vr=   0.84738 vt=   2.16750
 i= 1357 j= 1052 glon=  299.49 (0-360E) glon=  299.49 glat=  23.76 u=  -1.9000 v=  -1.9600 vr=   0.08181 vt=   2.72854
 i= 1362 j= 1052 glon=  299.69 (0-360E) glon=  299.69 glat=  23.76 u=  -2.1000 v=  -3.0400 vr=  -0.84191 vt=   3.59761
 i= 1367 j= 1052 glon=  299.89 (0-360E) glon=  299.89 glat=  23.76 u=  -2.9000 v=  -3.2500 vr=  -0.94884 vt=   4.25114
 i= 1372 j= 1052 glon=  300.09 (0-360E) glon=  300.09 glat=  23.76 u=  -3.5000 v=  -1.2400 vr=   0.54228 vt=   3.67335
 i= 1377 j= 1052 glon=  300.29 (0-360E) glon=  300.29 glat=  23.76 u=  -3.4000 v=   0.4500 vr=   1.52467 vt=   3.07211
 i= 1382 j= 1052 glon=  300.49 (0-360E) glon=  300.49 glat=  23.76 u=  -4.0000 v=   2.5600 vr=   3.13739 vt=   3.56516
 i= 1387 j= 1052 glon=  300.69 (0-360E) glon=  300.69 glat=  23.76 u=  -4.4000 v=   4.4700 vr=   4.31622 vt=   4.55095
 i= 1392 j= 1052 glon=  300.89 (0-360E) glon=  300.89 glat=  23.76 u=  -4.6000 v=   6.4800 vr=   5.32741 vt=   5.89653
 i= 1397 j= 1052 glon=  301.09 (0-360E) glon=  301.09 glat=  23.76 u=  -5.2000 v=   7.6100 vr=   5.06653 vt=   7.69950
 i= 1402 j= 1052 glon=  301.29 (0-360E) glon=  301.29 glat=  23.76 u=  -5.5000 v=   8.3700 vr=   4.35763 vt=   9.01765
 i= 1407 j= 1052 glon=  301.49 (0-360E) glon=  301.49 glat=  23.76 u=  -5.2000 v=   9.1500 vr=   3.97517 vt=   9.74477
 i= 1412 j= 1052 glon=  301.69 (0-360E) glon=  301.69 glat=  23.76 u=  -4.8000 v=   9.7000 vr=   3.59129 vt=  10.20944
 i= 1417 j= 1052 glon=  301.89 (0-360E) glon=  301.89 glat=  23.76 u=  -4.2000 v=   9.2900 vr=   2.86527 vt=   9.78439
 i= 1422 j= 1052 glon=  302.09 (0-360E) glon=  302.09 glat=  23.76 u=  -3.5000 v=   8.5400 vr=   2.25747 vt=   8.94905
 i= 1427 j= 1052 glon=  302.29 (0-360E) glon=  302.29 glat=  23.76 u=  -2.8000 v=   7.7700 vr=   1.87304 vt=   8.04392
 i= 1432 j= 1052 glon=  302.49 (0-360E) glon=  302.49 glat=  23.76 u=  -2.2000 v=   6.8400 vr=   1.50961 vt=   7.02472
 i= 1337 j= 1057 glon=  298.69 (0-360E) glon=  298.69 glat=  23.56 u=   0.4000 v=  -1.6400 vr=  -1.01289 vt=   1.35043
 i= 1342 j= 1057 glon=  298.89 (0-360E) glon=  298.89 glat=  23.56 u=   0.0000 v=  -1.4400 vr=  -0.62011 vt=   1.29964
 i= 1347 j= 1057 glon=  299.09 (0-360E) glon=  299.09 glat=  23.56 u=  -0.6000 v=  -1.3400 vr=  -0.10752 vt=   1.46425
 i= 1352 j= 1057 glon=  299.29 (0-360E) glon=  299.29 glat=  23.56 u=  -1.1000 v=  -1.4600 vr=   0.16727 vt=   1.82034
 i= 1357 j= 1057 glon=  299.49 (0-360E) glon=  299.49 glat=  23.56 u=  -1.4000 v=  -2.2900 vr=  -0.21212 vt=   2.67565
 i= 1362 j= 1057 glon=  299.69 (0-360E) glon=  299.69 glat=  23.56 u=  -1.0000 v=  -3.0000 vr=  -1.22663 vt=   2.91468
 i= 1367 j= 1057 glon=  299.89 (0-360E) glon=  299.89 glat=  23.56 u=  -2.5000 v=  -3.1800 vr=  -0.68541 vt=   3.98655
 i= 1372 j= 1057 glon=  300.09 (0-360E) glon=  300.09 glat=  23.56 u=  -2.7000 v=  -1.5500 vr=   0.20620 vt=   3.10644
 i= 1377 j= 1057 glon=  300.29 (0-360E) glon=  300.29 glat=  23.56 u=  -3.0000 v=  -0.1500 vr=   1.04565 vt=   2.81587
 i= 1382 j= 1057 glon=  300.49 (0-360E) glon=  300.49 glat=  23.56 u=  -4.0000 v=   1.8200 vr=   2.54506 vt=   3.58261
 i= 1387 j= 1057 glon=  300.69 (0-360E) glon=  300.69 glat=  23.56 u=  -4.6000 v=   3.7400 vr=   3.53796 vt=   4.75715
 i= 1392 j= 1057 glon=  300.89 (0-360E) glon=  300.89 glat=  23.56 u=  -4.7000 v=   5.5300 vr=   4.06107 vt=   6.01486
 i= 1397 j= 1057 glon=  301.09 (0-360E) glon=  301.09 glat=  23.56 u=  -4.6000 v=   7.2900 vr=   4.37019 vt=   7.43004
 i= 1402 j= 1057 glon=  301.29 (0-360E) glon=  301.29 glat=  23.56 u=  -4.7000 v=   8.4700 vr=   3.94230 vt=   8.84812
 i= 1407 j= 1057 glon=  301.49 (0-360E) glon=  301.49 glat=  23.56 u=  -4.8000 v=   9.1200 vr=   3.10707 vt=   9.82652
 i= 1412 j= 1057 glon=  301.69 (0-360E) glon=  301.69 glat=  23.56 u=  -4.7000 v=   9.8200 vr=   2.56110 vt=  10.58126
 i= 1417 j= 1057 glon=  301.89 (0-360E) glon=  301.89 glat=  23.56 u=  -4.5000 v=   9.8900 vr=   1.85924 vt=  10.70539
 i= 1422 j= 1057 glon=  302.09 (0-360E) glon=  302.09 glat=  23.56 u=  -4.0000 v=   9.0900 vr=   1.15162 vt=   9.86417
 i= 1427 j= 1057 glon=  302.29 (0-360E) glon=  302.29 glat=  23.56 u=  -3.4000 v=   8.2300 vr=   0.74239 vt=   8.87366
 i= 1432 j= 1057 glon=  302.49 (0-360E) glon=  302.49 glat=  23.56 u=  -2.6000 v=   7.3100 vr=   0.67928 vt=   7.72882
 i= 1337 j= 1062 glon=  298.69 (0-360E) glon=  298.69 glat=  23.36 u=   0.7000 v=  -1.7600 vr=  -1.19926 vt=   1.46607
 i= 1342 j= 1062 glon=  298.89 (0-360E) glon=  298.89 glat=  23.36 u=   0.5000 v=  -1.6200 vr=  -1.01172 vt=   1.36045
 i= 1347 j= 1062 glon=  299.09 (0-360E) glon=  299.09 glat=  23.36 u=   0.0000 v=  -1.5200 vr=  -0.56428 vt=   1.41138
 i= 1352 j= 1062 glon=  299.29 (0-360E) glon=  299.29 glat=  23.36 u=  -0.2000 v=  -1.6600 vr=  -0.51097 vt=   1.59201
 i= 1357 j= 1062 glon=  299.49 (0-360E) glon=  299.49 glat=  23.36 u=  -0.4000 v=  -2.1700 vr=  -0.67730 vt=   2.10004
 i= 1362 j= 1062 glon=  299.69 (0-360E) glon=  299.69 glat=  23.36 u=  -0.5000 v=  -2.7600 vr=  -1.08769 vt=   2.58544
 i= 1367 j= 1062 glon=  299.89 (0-360E) glon=  299.89 glat=  23.36 u=  -1.3000 v=  -3.0000 vr=  -0.90257 vt=   3.14251
 i= 1372 j= 1062 glon=  300.09 (0-360E) glon=  300.09 glat=  23.36 u=  -1.7000 v=  -2.0900 vr=  -0.42195 vt=   2.66084
 i= 1377 j= 1062 glon=  300.29 (0-360E) glon=  300.29 glat=  23.36 u=  -2.4000 v=  -0.5900 vr=   0.68973 vt=   2.37326
 i= 1382 j= 1062 glon=  300.49 (0-360E) glon=  300.49 glat=  23.36 u=  -3.4000 v=   1.3600 vr=   2.17101 vt=   2.94895
 i= 1387 j= 1062 glon=  300.69 (0-360E) glon=  300.69 glat=  23.36 u=  -4.2000 v=   3.2900 vr=   3.04070 vt=   4.38386
 i= 1392 j= 1062 glon=  300.89 (0-360E) glon=  300.89 glat=  23.36 u=  -4.6000 v=   4.7100 vr=   2.78959 vt=   5.96341
 i= 1397 j= 1062 glon=  301.09 (0-360E) glon=  301.09 glat=  23.36 u=  -4.8000 v=   6.0400 vr=   2.22461 vt=   7.38734
 i= 1402 j= 1062 glon=  301.29 (0-360E) glon=  301.29 glat=  23.36 u=  -4.7000 v=   7.7600 vr=   2.10793 vt=   8.82407
 i= 1407 j= 1062 glon=  301.49 (0-360E) glon=  301.49 glat=  23.36 u=  -4.3000 v=   9.4200 vr=   2.21689 vt=  10.11493
 i= 1412 j= 1062 glon=  301.69 (0-360E) glon=  301.69 glat=  23.36 u=  -4.5000 v=  10.1600 vr=   1.41130 vt=  11.02197
 i= 1417 j= 1062 glon=  301.89 (0-360E) glon=  301.89 glat=  23.36 u=  -4.6000 v=  10.5100 vr=   0.64762 vt=  11.45429
 i= 1422 j= 1062 glon=  302.09 (0-360E) glon=  302.09 glat=  23.36 u=  -4.1000 v=   9.7900 vr=   0.15054 vt=  10.61280
 i= 1427 j= 1062 glon=  302.29 (0-360E) glon=  302.29 glat=  23.36 u=  -3.5000 v=   8.8100 vr=  -0.12828 vt=   9.47891
 i= 1432 j= 1062 glon=  302.49 (0-360E) glon=  302.49 glat=  23.36 u=  -2.9000 v=   7.7300 vr=  -0.26126 vt=   8.25195
 i= 1437 j= 1062 glon=  302.69 (0-360E) glon=  302.69 glat=  23.36 u=  -2.3000 v=   6.8800 vr=  -0.18971 vt=   7.25179
 i= 1337 j= 1067 glon=  298.69 (0-360E) glon=  298.69 glat=  23.16 u=   1.1000 v=  -1.7800 vr=  -1.43714 vt=   1.52087
 i= 1342 j= 1067 glon=  298.89 (0-360E) glon=  298.89 glat=  23.16 u=   0.9000 v=  -1.9100 vr=  -1.30613 vt=   1.65895
 i= 1347 j= 1067 glon=  299.09 (0-360E) glon=  299.09 glat=  23.16 u=   0.6000 v=  -1.7500 vr=  -1.02223 vt=   1.54193
 i= 1352 j= 1067 glon=  299.29 (0-360E) glon=  299.29 glat=  23.16 u=   0.5000 v=  -1.7800 vr=  -0.99013 vt=   1.56142
 i= 1357 j= 1067 glon=  299.49 (0-360E) glon=  299.49 glat=  23.16 u=   0.4000 v=  -2.0300 vr=  -1.05149 vt=   1.78193
 i= 1362 j= 1067 glon=  299.69 (0-360E) glon=  299.69 glat=  23.16 u=   0.1000 v=  -2.5500 vr=  -1.09131 vt=   2.30685
 i= 1367 j= 1067 glon=  299.89 (0-360E) glon=  299.89 glat=  23.16 u=  -0.2000 v=  -2.9000 vr=  -1.19851 vt=   2.64832
 i= 1372 j= 1067 glon=  300.09 (0-360E) glon=  300.09 glat=  23.16 u=  -0.7000 v=  -2.4700 vr=  -0.89130 vt=   2.40759
 i= 1377 j= 1067 glon=  300.29 (0-360E) glon=  300.29 glat=  23.16 u=  -1.3000 v=  -1.2900 vr=  -0.10687 vt=   1.82830
 i= 1382 j= 1067 glon=  300.49 (0-360E) glon=  300.49 glat=  23.16 u=  -2.2000 v=   0.7900 vr=   1.54561 vt=   1.75362
 i= 1387 j= 1067 glon=  300.69 (0-360E) glon=  300.69 glat=  23.16 u=  -2.9000 v=   2.9500 vr=   2.68192 vt=   3.14957
 i= 1392 j= 1067 glon=  300.89 (0-360E) glon=  300.89 glat=  23.16 u=  -3.4000 v=   4.9200 vr=   2.57271 vt=   5.39885
 i= 1397 j= 1067 glon=  301.09 (0-360E) glon=  301.09 glat=  23.16 u=  -3.8000 v=   6.3400 vr=   1.58445 vt=   7.21977
 i= 1402 j= 1067 glon=  301.29 (0-360E) glon=  301.29 glat=  23.16 u=  -4.2000 v=   7.7100 vr=   0.65606 vt=   8.75521
 i= 1407 j= 1067 glon=  301.49 (0-360E) glon=  301.49 glat=  23.16 u=  -4.4000 v=   9.0300 vr=   0.03029 vt=  10.04490
 i= 1412 j= 1067 glon=  301.69 (0-360E) glon=  301.69 glat=  23.16 u=  -4.1000 v=  10.0600 vr=  -0.11138 vt=  10.86284
 i= 1417 j= 1067 glon=  301.89 (0-360E) glon=  301.89 glat=  23.16 u=  -4.2000 v=  10.6000 vr=  -0.65611 vt=  11.38286
 i= 1422 j= 1067 glon=  302.09 (0-360E) glon=  302.09 glat=  23.16 u=  -4.0000 v=  10.2400 vr=  -1.04728 vt=  10.94353
 i= 1427 j= 1067 glon=  302.29 (0-360E) glon=  302.29 glat=  23.16 u=  -3.5000 v=   9.2700 vr=  -1.15734 vt=   9.84091
 i= 1432 j= 1067 glon=  302.49 (0-360E) glon=  302.49 glat=  23.16 u=  -3.0000 v=   8.2400 vr=  -1.15002 vt=   8.69339
 i= 1437 j= 1067 glon=  302.69 (0-360E) glon=  302.69 glat=  23.16 u=  -2.6000 v=   7.3500 vr=  -1.11728 vt=   7.71584
 i= 1332 j= 1072 glon=  298.49 (0-360E) glon=  298.49 glat=  22.96 u=   1.6000 v=  -1.6300 vr=  -1.73410 vt=   1.48653
 i= 1337 j= 1072 glon=  298.69 (0-360E) glon=  298.69 glat=  22.96 u=   1.6000 v=  -1.8200 vr=  -1.76623 vt=   1.65917
 i= 1342 j= 1072 glon=  298.89 (0-360E) glon=  298.89 glat=  22.96 u=   1.5000 v=  -1.9900 vr=  -1.70393 vt=   1.81844
 i= 1347 j= 1072 glon=  299.09 (0-360E) glon=  299.09 glat=  22.96 u=   1.2000 v=  -1.9500 vr=  -1.42714 vt=   1.79047
 i= 1352 j= 1072 glon=  299.29 (0-360E) glon=  299.29 glat=  22.96 u=   1.0000 v=  -1.7300 vr=  -1.23103 vt=   1.57400
 i= 1357 j= 1072 glon=  299.49 (0-360E) glon=  299.49 glat=  22.96 u=   1.2000 v=  -1.9400 vr=  -1.50058 vt=   1.71810
 i= 1362 j= 1072 glon=  299.69 (0-360E) glon=  299.69 glat=  22.96 u=   0.7000 v=  -2.2400 vr=  -1.12682 vt=   2.05861
 i= 1367 j= 1072 glon=  299.89 (0-360E) glon=  299.89 glat=  22.96 u=   0.6000 v=  -2.6600 vr=  -1.23611 vt=   2.43056
 i= 1372 j= 1072 glon=  300.09 (0-360E) glon=  300.09 glat=  22.96 u=   0.3000 v=  -2.5000 vr=  -1.09855 vt=   2.26566
 i= 1377 j= 1072 glon=  300.29 (0-360E) glon=  300.29 glat=  22.96 u=   0.0000 v=  -1.6200 vr=  -0.76468 vt=   1.42817
 i= 1382 j= 1072 glon=  300.49 (0-360E) glon=  300.49 glat=  22.96 u=  -0.6000 v=   0.1900 vr=   0.53121 vt=   0.33751
 i= 1387 j= 1072 glon=  300.69 (0-360E) glon=  300.69 glat=  22.96 u=  -1.3000 v=   2.3700 vr=   2.08935 vt=   1.71508
 i= 1392 j= 1072 glon=  300.89 (0-360E) glon=  300.89 glat=  22.96 u=  -1.9000 v=   4.5000 vr=   1.39262 vt=   4.68195
 i= 1397 j= 1072 glon=  301.09 (0-360E) glon=  301.09 glat=  22.96 u=  -2.5000 v=   6.0500 vr=   0.17823 vt=   6.54376
 i= 1402 j= 1072 glon=  301.29 (0-360E) glon=  301.29 glat=  22.96 u=  -3.0000 v=   7.2100 vr=  -0.76653 vt=   7.77152
 i= 1407 j= 1072 glon=  301.49 (0-360E) glon=  301.49 glat=  22.96 u=  -3.5000 v=   8.5700 vr=  -1.47753 vt=   9.13848
 i= 1412 j= 1072 glon=  301.69 (0-360E) glon=  301.69 glat=  22.96 u=  -3.9000 v=   9.5300 vr=  -2.08998 vt=  10.08280
 i= 1417 j= 1072 glon=  301.89 (0-360E) glon=  301.89 glat=  22.96 u=  -3.9000 v=  10.2100 vr=  -2.28577 vt=  10.68781
 i= 1422 j= 1072 glon=  302.09 (0-360E) glon=  302.09 glat=  22.96 u=  -3.8000 v=  10.3700 vr=  -2.39831 vt=  10.78077
 i= 1427 j= 1072 glon=  302.29 (0-360E) glon=  302.29 glat=  22.96 u=  -3.3000 v=   9.5200 vr=  -2.17917 vt=   9.83726
 i= 1432 j= 1072 glon=  302.49 (0-360E) glon=  302.49 glat=  22.96 u=  -2.9000 v=   8.5800 vr=  -2.00684 vt=   8.83170
 i= 1437 j= 1072 glon=  302.69 (0-360E) glon=  302.69 glat=  22.96 u=  -2.7000 v=   7.7500 vr=  -1.97809 vt=   7.96490
 i= 1332 j= 1077 glon=  298.49 (0-360E) glon=  298.49 glat=  22.76 u=   1.8000 v=  -1.5800 vr=  -1.77914 vt=   1.60346
 i= 1337 j= 1077 glon=  298.69 (0-360E) glon=  298.69 glat=  22.76 u=   1.9000 v=  -1.8600 vr=  -1.87382 vt=   1.88637
 i= 1342 j= 1077 glon=  298.89 (0-360E) glon=  298.89 glat=  22.76 u=   1.8000 v=  -1.9400 vr=  -1.77058 vt=   1.96689
 i= 1347 j= 1077 glon=  299.09 (0-360E) glon=  299.09 glat=  22.76 u=   1.9000 v=  -1.8900 vr=  -1.86864 vt=   1.92101
 i= 1352 j= 1077 glon=  299.29 (0-360E) glon=  299.29 glat=  22.76 u=   1.5000 v=  -1.8700 vr=  -1.46551 vt=   1.89715
 i= 1357 j= 1077 glon=  299.49 (0-360E) glon=  299.49 glat=  22.76 u=   1.8000 v=  -1.7600 vr=  -1.76291 vt=   1.79715
 i= 1362 j= 1077 glon=  299.69 (0-360E) glon=  299.69 glat=  22.76 u=   1.6000 v=  -2.0400 vr=  -1.54946 vt=   2.07865
 i= 1367 j= 1077 glon=  299.89 (0-360E) glon=  299.89 glat=  22.76 u=   1.3000 v=  -2.3300 vr=  -1.22887 vt=   2.36829
 i= 1372 j= 1077 glon=  300.09 (0-360E) glon=  300.09 glat=  22.76 u=   1.5000 v=  -2.3700 vr=  -1.40337 vt=   2.42847
 i= 1377 j= 1077 glon=  300.29 (0-360E) glon=  300.29 glat=  22.76 u=   1.2000 v=  -1.4800 vr=  -1.10669 vt=   1.55101
 i= 1382 j= 1077 glon=  300.49 (0-360E) glon=  300.49 glat=  22.76 u=   0.9000 v=  -0.1100 vr=  -0.87697 vt=   0.23027
 i= 1387 j= 1077 glon=  300.69 (0-360E) glon=  300.69 glat=  22.76 u=   0.4000 v=   1.8300 vr=  -0.60669 vt=   1.77224
 i= 1392 j= 1077 glon=  300.89 (0-360E) glon=  300.89 glat=  22.76 u=  -0.2000 v=   3.8200 vr=  -0.55714 vt=   3.78444
 i= 1397 j= 1077 glon=  301.09 (0-360E) glon=  301.09 glat=  22.76 u=  -0.9000 v=   5.2800 vr=  -1.17049 vt=   5.22670
 i= 1402 j= 1077 glon=  301.29 (0-360E) glon=  301.29 glat=  22.76 u=  -1.5000 v=   6.3900 vr=  -1.72817 vt=   6.33210
 i= 1407 j= 1077 glon=  301.49 (0-360E) glon=  301.49 glat=  22.76 u=  -2.3000 v=   7.5900 vr=  -2.51044 vt=   7.52302
 i= 1412 j= 1077 glon=  301.69 (0-360E) glon=  301.69 glat=  22.76 u=  -3.3000 v=   8.9500 vr=  -3.50511 vt=   8.87168
 i= 1417 j= 1077 glon=  301.89 (0-360E) glon=  301.89 glat=  22.76 u=  -3.6000 v=   9.5800 vr=  -3.78917 vt=   9.50677
 i= 1422 j= 1077 glon=  302.09 (0-360E) glon=  302.09 glat=  22.76 u=  -3.6000 v=  10.0300 vr=  -3.77564 vt=   9.96521
 i= 1427 j= 1077 glon=  302.29 (0-360E) glon=  302.29 glat=  22.76 u=  -3.3000 v=   9.6000 vr=  -3.45226 vt=   9.54630
 i= 1432 j= 1077 glon=  302.49 (0-360E) glon=  302.49 glat=  22.76 u=  -2.9000 v=   8.8500 vr=  -3.02919 vt=   8.80662
 i= 1437 j= 1077 glon=  302.69 (0-360E) glon=  302.69 glat=  22.76 u=  -2.6000 v=   8.0700 vr=  -2.70979 vt=   8.03380
 i= 1332 j= 1082 glon=  298.49 (0-360E) glon=  298.49 glat=  22.56 u=   2.0000 v=  -1.4900 vr=  -1.81835 vt=   1.70696
 i= 1337 j= 1082 glon=  298.69 (0-360E) glon=  298.69 glat=  22.56 u=   2.1000 v=  -1.8600 vr=  -1.85318 vt=   2.10602
 i= 1342 j= 1082 glon=  298.89 (0-360E) glon=  298.89 glat=  22.56 u=   2.2000 v=  -1.9400 vr=  -1.91317 vt=   2.22337
 i= 1347 j= 1082 glon=  299.09 (0-360E) glon=  299.09 glat=  22.56 u=   2.3000 v=  -1.9500 vr=  -1.97315 vt=   2.28017
 i= 1352 j= 1082 glon=  299.29 (0-360E) glon=  299.29 glat=  22.56 u=   2.1000 v=  -1.9400 vr=  -1.72849 vt=   2.27726
 i= 1357 j= 1082 glon=  299.49 (0-360E) glon=  299.49 glat=  22.56 u=   2.2000 v=  -1.7700 vr=  -1.79476 vt=   2.17984
 i= 1362 j= 1082 glon=  299.69 (0-360E) glon=  299.69 glat=  22.56 u=   2.3000 v=  -1.6900 vr=  -1.82208 vt=   2.19684
 i= 1367 j= 1082 glon=  299.89 (0-360E) glon=  299.89 glat=  22.56 u=   2.2000 v=  -1.8900 vr=  -1.53197 vt=   2.46276
 i= 1372 j= 1082 glon=  300.09 (0-360E) glon=  300.09 glat=  22.56 u=   2.4000 v=  -1.8300 vr=  -1.49267 vt=   2.62313
 i= 1377 j= 1082 glon=  300.29 (0-360E) glon=  300.29 glat=  22.56 u=   2.6000 v=  -1.2900 vr=  -1.46242 vt=   2.50707
 i= 1382 j= 1082 glon=  300.49 (0-360E) glon=  300.49 glat=  22.56 u=   2.4000 v=  -0.1800 vr=  -1.20584 vt=   2.08287
 i= 1387 j= 1082 glon=  300.69 (0-360E) glon=  300.69 glat=  22.56 u=   1.9000 v=   1.4600 vr=  -1.15572 vt=   2.09902
 i= 1392 j= 1082 glon=  300.89 (0-360E) glon=  300.89 glat=  22.56 u=   1.2000 v=   3.0200 vr=  -1.30270 vt=   2.97714
 i= 1397 j= 1082 glon=  301.09 (0-360E) glon=  301.09 glat=  22.56 u=   0.5000 v=   4.2300 vr=  -1.59488 vt=   3.94959
 i= 1402 j= 1082 glon=  301.29 (0-360E) glon=  301.29 glat=  22.56 u=   0.1000 v=   5.2500 vr=  -1.75635 vt=   4.94851
 i= 1407 j= 1082 glon=  301.49 (0-360E) glon=  301.49 glat=  22.56 u=  -1.0000 v=   6.4700 vr=  -2.74654 vt=   5.94284
 i= 1412 j= 1082 glon=  301.69 (0-360E) glon=  301.69 glat=  22.56 u=  -2.5000 v=   8.1600 vr=  -4.28158 vt=   7.38266
 i= 1417 j= 1082 glon=  301.89 (0-360E) glon=  301.89 glat=  22.56 u=  -3.6000 v=   8.8900 vr=  -5.23757 vt=   8.03492
 i= 1422 j= 1082 glon=  302.09 (0-360E) glon=  302.09 glat=  22.56 u=  -3.6000 v=   9.4900 vr=  -5.12897 vt=   8.75864
 i= 1427 j= 1082 glon=  302.29 (0-360E) glon=  302.29 glat=  22.56 u=  -3.4000 v=   9.5100 vr=  -4.76217 vt=   8.90628
 i= 1432 j= 1082 glon=  302.49 (0-360E) glon=  302.49 glat=  22.56 u=  -2.8000 v=   8.8900 vr=  -3.94892 vt=   8.44264
 i= 1437 j= 1082 glon=  302.69 (0-360E) glon=  302.69 glat=  22.56 u=  -2.5000 v=   8.2000 vr=  -3.46452 vt=   7.84137
 i= 1337 j= 1087 glon=  298.69 (0-360E) glon=  298.69 glat=  22.36 u=   2.3000 v=  -1.7100 vr=  -1.84712 vt=   2.19140
 i= 1342 j= 1087 glon=  298.89 (0-360E) glon=  298.89 glat=  22.36 u=   2.4000 v=  -1.9200 vr=  -1.83656 vt=   2.46443
 i= 1347 j= 1087 glon=  299.09 (0-360E) glon=  299.09 glat=  22.36 u=   2.6000 v=  -2.0200 vr=  -1.92451 vt=   2.67145
 i= 1352 j= 1087 glon=  299.29 (0-360E) glon=  299.29 glat=  22.36 u=   2.6000 v=  -1.9600 vr=  -1.83915 vt=   2.68684
 i= 1357 j= 1087 glon=  299.49 (0-360E) glon=  299.49 glat=  22.36 u=   2.5000 v=  -1.8100 vr=  -1.66335 vt=   2.59988
 i= 1362 j= 1087 glon=  299.69 (0-360E) glon=  299.69 glat=  22.36 u=   2.7000 v=  -1.5400 vr=  -1.77896 vt=   2.54890
 i= 1367 j= 1087 glon=  299.89 (0-360E) glon=  299.89 glat=  22.36 u=   2.8000 v=  -1.4000 vr=  -1.68425 vt=   2.63881
 i= 1372 j= 1087 glon=  300.09 (0-360E) glon=  300.09 glat=  22.36 u=   2.9000 v=  -1.2500 vr=  -1.46719 vt=   2.79640
 i= 1377 j= 1087 glon=  300.29 (0-360E) glon=  300.29 glat=  22.36 u=   3.2000 v=  -0.6800 vr=  -1.46294 vt=   2.92612
 i= 1382 j= 1087 glon=  300.49 (0-360E) glon=  300.49 glat=  22.36 u=   3.4000 v=   0.0400 vr=  -1.18531 vt=   3.18695
 i= 1387 j= 1087 glon=  300.69 (0-360E) glon=  300.69 glat=  22.36 u=   3.4000 v=   0.9900 vr=  -0.71474 vt=   3.46832
 i= 1392 j= 1087 glon=  300.89 (0-360E) glon=  300.89 glat=  22.36 u=   2.8000 v=   2.0900 vr=  -0.56498 vt=   3.44803
 i= 1397 j= 1087 glon=  301.09 (0-360E) glon=  301.09 glat=  22.36 u=   1.7000 v=   3.1400 vr=  -1.09240 vt=   3.39945
 i= 1402 j= 1087 glon=  301.29 (0-360E) glon=  301.29 glat=  22.36 u=   1.1000 v=   4.1000 vr=  -1.49479 vt=   3.97311
 i= 1407 j= 1087 glon=  301.49 (0-360E) glon=  301.49 glat=  22.36 u=   0.2000 v=   5.2600 vr=  -2.34548 vt=   4.71236
 i= 1412 j= 1087 glon=  301.69 (0-360E) glon=  301.69 glat=  22.36 u=  -2.0000 v=   7.4900 vr=  -4.85386 vt=   6.04484
 i= 1417 j= 1087 glon=  301.89 (0-360E) glon=  301.89 glat=  22.36 u=  -3.6000 v=   8.5400 vr=  -6.34308 vt=   6.75699
 i= 1422 j= 1087 glon=  302.09 (0-360E) glon=  302.09 glat=  22.36 u=  -3.9000 v=   9.0200 vr=  -6.46076 vt=   7.40466
 i= 1427 j= 1087 glon=  302.29 (0-360E) glon=  302.29 glat=  22.36 u=  -3.4000 v=   9.3400 vr=  -5.80104 vt=   8.07115
 i= 1432 j= 1087 glon=  302.49 (0-360E) glon=  302.49 glat=  22.36 u=  -2.8000 v=   8.8100 vr=  -4.86170 vt=   7.86257
 i= 1437 j= 1087 glon=  302.69 (0-360E) glon=  302.69 glat=  22.36 u=  -2.3000 v=   8.1400 vr=  -4.04568 vt=   7.42846
 i= 1337 j= 1092 glon=  298.69 (0-360E) glon=  298.69 glat=  22.16 u=   2.3000 v=  -1.5300 vr=  -1.67405 vt=   2.19737
 i= 1342 j= 1092 glon=  298.89 (0-360E) glon=  298.89 glat=  22.16 u=   2.6000 v=  -1.8100 vr=  -1.77809 vt=   2.62193
 i= 1347 j= 1092 glon=  299.09 (0-360E) glon=  299.09 glat=  22.16 u=   2.8000 v=  -2.0100 vr=  -1.77191 vt=   2.95642
 i= 1352 j= 1092 glon=  299.29 (0-360E) glon=  299.29 glat=  22.16 u=   2.9000 v=  -2.0500 vr=  -1.68886 vt=   3.12414
 i= 1357 j= 1092 glon=  299.49 (0-360E) glon=  299.49 glat=  22.16 u=   2.9000 v=  -1.8100 vr=  -1.60113 vt=   3.02034
 i= 1362 j= 1092 glon=  299.69 (0-360E) glon=  299.69 glat=  22.16 u=   3.1000 v=  -1.5000 vr=  -1.68079 vt=   3.00582
 i= 1367 j= 1092 glon=  299.89 (0-360E) glon=  299.89 glat=  22.16 u=   3.3000 v=  -1.1700 vr=  -1.70136 vt=   3.06011
 i= 1372 j= 1092 glon=  300.09 (0-360E) glon=  300.09 glat=  22.16 u=   3.6000 v=  -0.8500 vr=  -1.65984 vt=   3.30567
 i= 1377 j= 1092 glon=  300.29 (0-360E) glon=  300.29 glat=  22.16 u=   3.8000 v=  -0.3600 vr=  -1.49008 vt=   3.51415
 i= 1382 j= 1092 glon=  300.49 (0-360E) glon=  300.49 glat=  22.16 u=   4.0000 v=   0.0800 vr=  -1.02260 vt=   3.86790
 i= 1387 j= 1092 glon=  300.69 (0-360E) glon=  300.69 glat=  22.16 u=   4.2000 v=   0.6900 vr=  -0.46074 vt=   4.23129
 i= 1392 j= 1092 glon=  300.89 (0-360E) glon=  300.89 glat=  22.16 u=   3.7000 v=   1.4500 vr=  -0.13955 vt=   3.97153
 i= 1397 j= 1092 glon=  301.09 (0-360E) glon=  301.09 glat=  22.16 u=   2.7000 v=   2.4400 vr=  -0.57639 vt=   3.59324
 i= 1402 j= 1092 glon=  301.29 (0-360E) glon=  301.29 glat=  22.16 u=   1.9000 v=   3.4500 vr=  -1.20038 vt=   3.75121
 i= 1407 j= 1092 glon=  301.49 (0-360E) glon=  301.49 glat=  22.16 u=   1.7000 v=   3.2000 vr=  -0.68214 vt=   3.55875
 i= 1412 j= 1092 glon=  301.69 (0-360E) glon=  301.69 glat=  22.16 u=  -2.9000 v=   6.5400 vr=  -5.99625 vt=   3.90212
 i= 1417 j= 1092 glon=  301.89 (0-360E) glon=  301.89 glat=  22.16 u=  -3.5000 v=   8.6400 vr=  -7.21080 vt=   5.90796
 i= 1422 j= 1092 glon=  302.09 (0-360E) glon=  302.09 glat=  22.16 u=  -4.3000 v=   8.8100 vr=  -7.64055 vt=   6.14232
 i= 1427 j= 1092 glon=  302.29 (0-360E) glon=  302.29 glat=  22.16 u=  -3.3000 v=   9.2500 vr=  -6.58387 vt=   7.28733
 i= 1432 j= 1092 glon=  302.49 (0-360E) glon=  302.49 glat=  22.16 u=  -2.5000 v=   8.7500 vr=  -5.37484 vt=   7.34327
 i= 1437 j= 1092 glon=  302.69 (0-360E) glon=  302.69 glat=  22.16 u=  -1.9000 v=   8.0200 vr=  -4.33927 vt=   7.00722
 i= 1337 j= 1097 glon=  298.69 (0-360E) glon=  298.69 glat=  21.96 u=   2.4000 v=  -1.3900 vr=  -1.60733 vt=   2.26022
 i= 1342 j= 1097 glon=  298.89 (0-360E) glon=  298.89 glat=  21.96 u=   2.8000 v=  -1.6800 vr=  -1.73809 vt=   2.76431
 i= 1347 j= 1097 glon=  299.09 (0-360E) glon=  299.09 glat=  21.96 u=   3.0000 v=  -1.8600 vr=  -1.68306 vt=   3.10272
 i= 1352 j= 1097 glon=  299.29 (0-360E) glon=  299.29 glat=  21.96 u=   3.0000 v=  -1.9100 vr=  -1.46537 vt=   3.24049
 i= 1357 j= 1097 glon=  299.49 (0-360E) glon=  299.49 glat=  21.96 u=   3.1000 v=  -1.7400 vr=  -1.40354 vt=   3.26614
 i= 1362 j= 1097 glon=  299.69 (0-360E) glon=  299.69 glat=  21.96 u=   3.4000 v=  -1.4500 vr=  -1.51334 vt=   3.37229
 i= 1367 j= 1097 glon=  299.89 (0-360E) glon=  299.89 glat=  21.96 u=   3.6000 v=  -1.1600 vr=  -1.46430 vt=   3.48732
 i= 1372 j= 1097 glon=  300.09 (0-360E) glon=  300.09 glat=  21.96 u=   4.1000 v=  -0.8100 vr=  -1.51046 vt=   3.89675
 i= 1377 j= 1097 glon=  300.29 (0-360E) glon=  300.29 glat=  21.96 u=   4.5000 v=  -0.3100 vr=  -1.41623 vt=   4.28257
 i= 1382 j= 1097 glon=  300.49 (0-360E) glon=  300.49 glat=  21.96 u=   4.7000 v=   0.2400 vr=  -1.08614 vt=   4.57907
 i= 1387 j= 1097 glon=  300.69 (0-360E) glon=  300.69 glat=  21.96 u=   5.1000 v=   0.7200 vr=  -0.50960 vt=   5.12530
 i= 1392 j= 1097 glon=  300.89 (0-360E) glon=  300.89 glat=  21.96 u=   4.6000 v=   1.1000 vr=   0.12046 vt=   4.72816
 i= 1397 j= 1097 glon=  301.09 (0-360E) glon=  301.09 glat=  21.96 u=   3.5000 v=   2.1800 vr=  -0.41371 vt=   4.10259
 i= 1402 j= 1097 glon=  301.29 (0-360E) glon=  301.29 glat=  21.96 u=   2.7000 v=   2.7700 vr=  -0.68067 vt=   3.80783
 i= 1407 j= 1097 glon=  301.49 (0-360E) glon=  301.49 glat=  21.96 u=   3.7000 v=   2.4600 vr=   0.74240 vt=   4.38069
 i= 1412 j= 1097 glon=  301.69 (0-360E) glon=  301.69 glat=  21.96 u=  -3.4000 v=   6.9600 vr=  -7.11412 vt=   3.06446
 i= 1417 j= 1097 glon=  301.89 (0-360E) glon=  301.89 glat=  21.96 u=  -3.4000 v=   9.1100 vr=  -8.08441 vt=   5.40319
 i= 1422 j= 1097 glon=  302.09 (0-360E) glon=  302.09 glat=  21.96 u=  -4.2000 v=   8.8500 vr=  -8.23648 vt=   5.30311
 i= 1427 j= 1097 glon=  302.29 (0-360E) glon=  302.29 glat=  21.96 u=  -2.9000 v=   8.8800 vr=  -6.79906 vt=   6.40603
 i= 1432 j= 1097 glon=  302.49 (0-360E) glon=  302.49 glat=  21.96 u=  -2.0000 v=   8.4800 vr=  -5.51018 vt=   6.74895
 i= 1342 j= 1102 glon=  298.89 (0-360E) glon=  298.89 glat=  21.76 u=   2.8000 v=  -1.3400 vr=  -1.65590 vt=   2.62557
 i= 1347 j= 1102 glon=  299.09 (0-360E) glon=  299.09 glat=  21.76 u=   2.9000 v=  -1.4800 vr=  -1.50930 vt=   2.88486
 i= 1352 j= 1102 glon=  299.29 (0-360E) glon=  299.29 glat=  21.76 u=   2.9000 v=  -1.5300 vr=  -1.28583 vt=   3.01621
 i= 1357 j= 1102 glon=  299.49 (0-360E) glon=  299.49 glat=  21.76 u=   3.1000 v=  -1.4200 vr=  -1.26696 vt=   3.16563
 i= 1362 j= 1102 glon=  299.69 (0-360E) glon=  299.69 glat=  21.76 u=   3.5000 v=  -1.0600 vr=  -1.49918 vt=   3.33558
 i= 1367 j= 1102 glon=  299.89 (0-360E) glon=  299.89 glat=  21.76 u=   4.0000 v=  -0.7300 vr=  -1.67191 vt=   3.70643
 i= 1372 j= 1102 glon=  300.09 (0-360E) glon=  300.09 glat=  21.76 u=   4.4000 v=  -0.1700 vr=  -1.84679 vt=   3.99728
 i= 1377 j= 1102 glon=  300.29 (0-360E) glon=  300.29 glat=  21.76 u=   5.0000 v=   0.6500 vr=  -2.17960 vt=   4.54663
 i= 1382 j= 1102 glon=  300.49 (0-360E) glon=  300.49 glat=  21.76 u=   5.9000 v=   0.8100 vr=  -1.66459 vt=   5.71798
 i= 1387 j= 1102 glon=  300.69 (0-360E) glon=  300.69 glat=  21.76 u=   6.0000 v=   0.5900 vr=  -0.39110 vt=   6.01624
 i= 1392 j= 1102 glon=  300.89 (0-360E) glon=  300.89 glat=  21.76 u=   5.0000 v=   0.9200 vr=   0.14731 vt=   5.08180
 i= 1397 j= 1102 glon=  301.09 (0-360E) glon=  301.09 glat=  21.76 u=   4.2000 v=   1.5500 vr=   0.10165 vt=   4.47573
 i= 1402 j= 1102 glon=  301.29 (0-360E) glon=  301.29 glat=  21.76 u=   4.1000 v=   2.1200 vr=   0.20890 vt=   4.61094
 i= 1407 j= 1102 glon=  301.49 (0-360E) glon=  301.49 glat=  21.76 u=   4.7000 v=   4.7300 vr=  -0.93681 vt=   6.60192
 i= 1412 j= 1102 glon=  301.69 (0-360E) glon=  301.69 glat=  21.76 u=  -1.5000 v=   1.1500 vr=  -1.86476 vt=  -0.30849
 i= 1417 j= 1102 glon=  301.89 (0-360E) glon=  301.89 glat=  21.76 u=  -2.1000 v=   8.2300 vr=  -7.05460 vt=   4.73028
 i= 1422 j= 1102 glon=  302.09 (0-360E) glon=  302.09 glat=  21.76 u=  -3.4000 v=   8.6500 vr=  -7.97543 vt=   4.77232
 i= 1427 j= 1102 glon=  302.29 (0-360E) glon=  302.29 glat=  21.76 u=  -2.0000 v=   8.2000 vr=  -6.25609 vt=   5.66581
 i= 1432 j= 1102 glon=  302.49 (0-360E) glon=  302.49 glat=  21.76 u=  -1.3000 v=   8.0200 vr=  -5.26179 vt=   6.19063
 i= 1347 j= 1107 glon=  299.09 (0-360E) glon=  299.09 glat=  21.56 u=   2.7000 v=  -0.9100 vr=  -1.47155 vt=   2.43981
 i= 1352 j= 1107 glon=  299.29 (0-360E) glon=  299.29 glat=  21.56 u=   2.7000 v=  -0.8400 vr=  -1.35189 vt=   2.48355
 i= 1357 j= 1107 glon=  299.49 (0-360E) glon=  299.49 glat=  21.56 u=   3.0000 v=  -0.6900 vr=  -1.46288 vt=   2.70852
 i= 1362 j= 1107 glon=  299.69 (0-360E) glon=  299.69 glat=  21.56 u=   3.5000 v=  -0.1500 vr=  -1.93975 vt=   2.91717
 i= 1367 j= 1107 glon=  299.89 (0-360E) glon=  299.89 glat=  21.56 u=   4.2000 v=   0.5100 vr=  -2.54222 vt=   3.38189
 i= 1372 j= 1107 glon=  300.09 (0-360E) glon=  300.09 glat=  21.56 u=   5.0000 v=   0.9000 vr=  -2.78903 vt=   4.24633
 i= 1377 j= 1107 glon=  300.29 (0-360E) glon=  300.29 glat=  21.56 u=   6.3000 v=   0.4200 vr=  -2.07601 vt=   5.96293
 i= 1382 j= 1107 glon=  300.49 (0-360E) glon=  300.49 glat=  21.56 u=   6.4000 v=   0.3100 vr=  -1.09347 vt=   6.31351
 i= 1387 j= 1107 glon=  300.69 (0-360E) glon=  300.69 glat=  21.56 u=   5.8000 v=   0.5600 vr=  -0.39920 vt=   5.81328
 i= 1392 j= 1107 glon=  300.89 (0-360E) glon=  300.89 glat=  21.56 u=   5.1000 v=   1.1300 vr=  -0.21317 vt=   5.21934
 i= 1397 j= 1107 glon=  301.09 (0-360E) glon=  301.09 glat=  21.56 u=   4.6000 v=   1.6500 vr=  -0.12332 vt=   4.88542
 i= 1402 j= 1107 glon=  301.29 (0-360E) glon=  301.29 glat=  21.56 u=   4.4000 v=   3.3600 vr=  -1.11754 vt=   5.42224
 i= 1407 j= 1107 glon=  301.49 (0-360E) glon=  301.49 glat=  21.56 u=   5.5000 v=   3.6800 vr=  -0.16854 vt=   6.61544
 i= 1412 j= 1107 glon=  301.69 (0-360E) glon=  301.69 glat=  21.56 u=  -1.0000 v=   5.4700 vr=  -4.92213 vt=   2.58718
 i= 1417 j= 1107 glon=  301.89 (0-360E) glon=  301.89 glat=  21.56 u=  -0.6000 v=   7.6900 vr=  -6.02838 vt=   4.81194
 i= 1422 j= 1107 glon=  302.09 (0-360E) glon=  302.09 glat=  21.56 u=  -2.4000 v=   8.0100 vr=  -7.19360 vt=   4.26289
 i= 1427 j= 1107 glon=  302.29 (0-360E) glon=  302.29 glat=  21.56 u=  -1.0000 v=   7.5800 vr=  -5.54733 vt=   5.26151
 i= 1352 j= 1112 glon=  299.29 (0-360E) glon=  299.29 glat=  21.36 u=   2.4000 v=  -0.2200 vr=  -1.42631 vt=   1.94269
 i= 1357 j= 1112 glon=  299.49 (0-360E) glon=  299.49 glat=  21.36 u=   2.8000 v=   0.1400 vr=  -1.80021 vt=   2.14915
 i= 1362 j= 1112 glon=  299.69 (0-360E) glon=  299.69 glat=  21.36 u=   3.3000 v=   0.7400 vr=  -2.37877 vt=   2.40397
 i= 1367 j= 1112 glon=  299.89 (0-360E) glon=  299.89 glat=  21.36 u=   4.3000 v=   1.1600 vr=  -2.95114 vt=   3.33563
 i= 1372 j= 1112 glon=  300.09 (0-360E) glon=  300.09 glat=  21.36 u=   6.2000 v=   0.8800 vr=  -2.95983 vt=   5.51850
 i= 1377 j= 1112 glon=  300.29 (0-360E) glon=  300.29 glat=  21.36 u=   6.8000 v=   0.4400 vr=  -1.99294 vt=   6.51627
 i= 1382 j= 1112 glon=  300.49 (0-360E) glon=  300.49 glat=  21.36 u=   6.2000 v=  -0.2300 vr=  -0.42689 vt=   6.18956
 i= 1387 j= 1112 glon=  300.69 (0-360E) glon=  300.69 glat=  21.36 u=   4.8000 v=   1.0100 vr=  -0.89548 vt=   4.82268
 i= 1392 j= 1112 glon=  300.89 (0-360E) glon=  300.89 glat=  21.36 u=   4.5000 v=   2.0000 vr=  -1.29204 vt=   4.75191
 i= 1397 j= 1112 glon=  301.09 (0-360E) glon=  301.09 glat=  21.36 u=   4.0000 v=   2.9800 vr=  -1.77367 vt=   4.66203
 i= 1402 j= 1112 glon=  301.29 (0-360E) glon=  301.29 glat=  21.36 u=   4.2000 v=   4.4600 vr=  -2.51394 vt=   5.58675
 i= 1407 j= 1112 glon=  301.49 (0-360E) glon=  301.49 glat=  21.36 u=   4.7000 v=   4.4000 vr=  -1.61920 vt=   6.23123
 i= 1412 j= 1112 glon=  301.69 (0-360E) glon=  301.69 glat=  21.36 u=   1.9000 v=   5.9200 vr=  -3.84794 vt=   4.88362
 i= 1417 j= 1112 glon=  301.89 (0-360E) glon=  301.89 glat=  21.36 u=   0.8000 v=   6.7200 vr=  -4.73779 vt=   4.83237
 i= 1422 j= 1112 glon=  302.09 (0-360E) glon=  302.09 glat=  21.36 u=  -1.6000 v=   6.9300 vr=  -6.15900 vt=   3.55691
 i= 1357 j= 1117 glon=  299.49 (0-360E) glon=  299.49 glat=  21.16 u=   2.7000 v=   0.7300 vr=  -2.10043 vt=   1.84692
 i= 1362 j= 1117 glon=  299.69 (0-360E) glon=  299.69 glat=  21.16 u=   3.4000 v=   1.6100 vr=  -3.04799 vt=   2.20497
 i= 1367 j= 1117 glon=  299.89 (0-360E) glon=  299.89 glat=  21.16 u=   4.7000 v=   2.1700 vr=  -3.86579 vt=   3.44305
 i= 1372 j= 1117 glon=  300.09 (0-360E) glon=  300.09 glat=  21.16 u=   6.3000 v=   1.5300 vr=  -3.38432 vt=   5.52967
 i= 1377 j= 1117 glon=  300.29 (0-360E) glon=  300.29 glat=  21.16 u=   6.6000 v=  -0.0300 vr=  -1.31061 vt=   6.46863
 i= 1382 j= 1117 glon=  300.49 (0-360E) glon=  300.49 glat=  21.16 u=   5.4000 v=   0.8100 vr=  -1.30786 vt=   5.30147
 i= 1387 j= 1117 glon=  300.69 (0-360E) glon=  300.69 glat=  21.16 u=   3.6000 v=   2.4800 vr=  -2.40433 vt=   3.65097
 i= 1392 j= 1117 glon=  300.89 (0-360E) glon=  300.89 glat=  21.16 u=   3.0000 v=   3.2900 vr=  -2.85909 vt=   3.41316
 i= 1397 j= 1117 glon=  301.09 (0-360E) glon=  301.09 glat=  21.16 u=   3.1000 v=   4.6100 vr=  -3.72408 vt=   4.12230
 i= 1402 j= 1117 glon=  301.29 (0-360E) glon=  301.29 glat=  21.16 u=   4.7000 v=   5.1700 vr=  -3.25543 vt=   6.18232
 i= 1407 j= 1117 glon=  301.49 (0-360E) glon=  301.49 glat=  21.16 u=   5.9000 v=   5.5000 vr=  -2.42371 vt=   7.69322
 i= 1412 j= 1117 glon=  301.69 (0-360E) glon=  301.69 glat=  21.16 u=   4.3000 v=   5.3200 vr=  -2.39266 vt=   6.40840
 i= 1417 j= 1117 glon=  301.89 (0-360E) glon=  301.89 glat=  21.16 u=   1.4000 v=   5.1900 vr=  -3.43624 vt=   4.13381
 i= 1367 j= 1122 glon=  299.89 (0-360E) glon=  299.89 glat=  20.96 u=   4.4000 v=   2.6200 vr=  -4.03338 vt=   3.15536
 i= 1372 j= 1122 glon=  300.09 (0-360E) glon=  300.09 glat=  20.96 u=   6.7000 v=   1.5900 vr=  -3.37214 vt=   6.00389
 i= 1377 j= 1122 glon=  300.29 (0-360E) glon=  300.29 glat=  20.96 u=   5.9000 v=   0.6600 vr=  -1.72026 vt=   5.68210
 i= 1382 j= 1122 glon=  300.49 (0-360E) glon=  300.49 glat=  20.96 u=   5.0000 v=   1.3500 vr=  -1.75910 vt=   4.87115
 i= 1387 j= 1122 glon=  300.69 (0-360E) glon=  300.69 glat=  20.96 u=   3.3000 v=   2.7700 vr=  -2.70819 vt=   3.35091
 i= 1392 j= 1122 glon=  300.89 (0-360E) glon=  300.89 glat=  20.96 u=   3.3000 v=   3.3900 vr=  -2.97194 vt=   3.68099
 i= 1397 j= 1122 glon=  301.09 (0-360E) glon=  301.09 glat=  20.96 u=   4.3000 v=   4.6700 vr=  -3.62812 vt=   5.20919
 i= 1402 j= 1122 glon=  301.29 (0-360E) glon=  301.29 glat=  20.96 u=   5.6000 v=   5.6900 vr=  -3.69114 vt=   7.07896
 i= 1407 j= 1122 glon=  301.49 (0-360E) glon=  301.49 glat=  20.96 u=   6.7000 v=   5.3000 vr=  -2.25835 vt=   8.23892
 i= 1387 j= 1127 glon=  300.69 (0-360E) glon=  300.69 glat=  20.76 u=   5.8000 v=   3.4000 vr=  -3.30237 vt=   5.85614
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    4.90274110750063       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     14.09 kts
    LL Wind Circ Vt mean quadmax value: SE     11.26 kts
    LL Wind Circ Vt mean quadmax value: SW      2.11 kts
    LL Wind Circ Vt mean quadmax value: NW      5.42 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    61.1172987898589       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   10.5858020003170       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    22.8917722330530     
   xcenlon=    300.462707886727     
   imax=         2738  jmax=         2041
   jlatfix=         1073
   ilonfix (unadjusted) =         1382
  
 In get_max_wind, ibeg=         1307  iend=         1456
                  jbeg=         1005  jend=         1142
         ilonfix=         1382  jlatfix=         1073
 At end of get_max_wind, vmax=    11.3044106436382       rmax= 
   95.5775924969327     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    2.23 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    2.26 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    2.30 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    2.36 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    2.43 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    2.52 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    2.60 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    2.68 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    2.76 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    2.84 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    2.92 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    3.03 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    3.15 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    3.28 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    3.42 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    3.56 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    3.69 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    3.82 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    3.95 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    4.08 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    4.20 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    4.32 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    4.43 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    4.54 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    4.64 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    4.73 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    4.82 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    4.89 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    5.03 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    5.08 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    5.14 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    5.19 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    5.24 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    5.28 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    5.32 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    5.36 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    5.38 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    5.39 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    5.40 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    5.42 (m/s)
  After ARMW loop#   1  maxrmw_wmag=     5.42 m/s   maxrmw_dist=   126.00  km   maxrmw_ix=   42
  
  In get_axisymet_rmw, the selected maxrmw_ix
  index is too close to the upper range.  We
  will continue the search again up in the next
  rdist range, with another loop through
  rdistloop.
  rdist_ix=            1  maxrmw_ix=           42
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            2
  
        ix=   1 radius=   75.00 (km)    azim_ave_wmag=    4.64 (m/s)
        ix=   2 radius=   78.00 (km)    azim_ave_wmag=    4.73 (m/s)
        ix=   3 radius=   81.00 (km)    azim_ave_wmag=    4.82 (m/s)
        ix=   4 radius=   84.00 (km)    azim_ave_wmag=    4.89 (m/s)
        ix=   5 radius=   87.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=   6 radius=   90.00 (km)    azim_ave_wmag=    5.03 (m/s)
        ix=   7 radius=   93.00 (km)    azim_ave_wmag=    5.08 (m/s)
        ix=   8 radius=   96.00 (km)    azim_ave_wmag=    5.14 (m/s)
        ix=   9 radius=   99.00 (km)    azim_ave_wmag=    5.19 (m/s)
        ix=  10 radius=  102.00 (km)    azim_ave_wmag=    5.24 (m/s)
        ix=  11 radius=  105.00 (km)    azim_ave_wmag=    5.28 (m/s)
        ix=  12 radius=  108.00 (km)    azim_ave_wmag=    5.32 (m/s)
        ix=  13 radius=  111.00 (km)    azim_ave_wmag=    5.36 (m/s)
        ix=  14 radius=  114.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=  15 radius=  117.00 (km)    azim_ave_wmag=    5.38 (m/s)
        ix=  16 radius=  120.00 (km)    azim_ave_wmag=    5.39 (m/s)
        ix=  17 radius=  123.00 (km)    azim_ave_wmag=    5.40 (m/s)
        ix=  18 radius=  126.00 (km)    azim_ave_wmag=    5.42 (m/s)
        ix=  19 radius=  129.00 (km)    azim_ave_wmag=    5.44 (m/s)
        ix=  20 radius=  132.00 (km)    azim_ave_wmag=    5.47 (m/s)
        ix=  21 radius=  135.00 (km)    azim_ave_wmag=    5.49 (m/s)
        ix=  22 radius=  138.00 (km)    azim_ave_wmag=    5.50 (m/s)
        ix=  23 radius=  141.00 (km)    azim_ave_wmag=    5.49 (m/s)
        ix=  24 radius=  144.00 (km)    azim_ave_wmag=    5.48 (m/s)
        ix=  25 radius=  147.00 (km)    azim_ave_wmag=    5.45 (m/s)
        ix=  26 radius=  150.00 (km)    azim_ave_wmag=    5.41 (m/s)
        ix=  27 radius=  153.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=  28 radius=  156.00 (km)    azim_ave_wmag=    5.33 (m/s)
        ix=  29 radius=  159.00 (km)    azim_ave_wmag=    5.31 (m/s)
        ix=  30 radius=  162.00 (km)    azim_ave_wmag=    5.32 (m/s)
        ix=  31 radius=  165.00 (km)    azim_ave_wmag=    5.34 (m/s)
        ix=  32 radius=  168.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=  33 radius=  171.00 (km)    azim_ave_wmag=    5.38 (m/s)
        ix=  34 radius=  174.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=  35 radius=  177.00 (km)    azim_ave_wmag=    5.32 (m/s)
        ix=  36 radius=  180.00 (km)    azim_ave_wmag=    5.26 (m/s)
        ix=  37 radius=  183.00 (km)    azim_ave_wmag=    5.17 (m/s)
        ix=  38 radius=  186.00 (km)    azim_ave_wmag=    5.07 (m/s)
        ix=  39 radius=  189.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=  40 radius=  192.00 (km)    azim_ave_wmag=    4.85 (m/s)
        ix=  41 radius=  195.00 (km)    azim_ave_wmag=    4.74 (m/s)
        ix=  42 radius=  198.00 (km)    azim_ave_wmag=    4.63 (m/s)
  After ARMW loop#   2  maxrmw_wmag=     5.50 m/s   maxrmw_dist=   138.00  km   maxrmw_ix=   22
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    138.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    5.49848965737994      
  (m/s)   (in kts)=    10.6819158573920     
  rising_sum_dvdr=      0.535633284419928     
  declining_sum_dvdr=  -0.534334822487535     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:17:04
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            6 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   145.451
  
  
  In get_cps_paramb, lead time=            6 :           0   00L  NATL     
   right_ct=          853   left_ct=          871
   zthicksum(1)=    2897870.38600000     
   zthicksum(2)=    2955160.29400000     
   zthick_right_mean=    3397.26891676436     
   zthick_left_mean=     3392.83615843858     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    4.43275832578638     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            2.81
  Sum of y-diffs squared (ydiff2) =           13.99
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    46.26   6.7452       -2.35   0.1661    -0.44     0.20        5.52
    2    46.99   6.6846       -1.61   0.1055    -0.40     0.16        2.60
    3    48.53   6.6201       -0.08   0.0409     0.39     0.15        0.01
    4    49.74   6.5511        1.14  -0.0281     0.82     0.67        1.30
    5    50.48   6.4770        1.87  -0.1022     0.70     0.49        3.51
    6    49.63   6.3969        1.03  -0.1822    -1.07     1.14        1.05
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    48.605     x:    6.58
  
  slope=    -11.485         y-intercept =    124.167
  Regression equation:   Y =   124.17 -    11.49X
  
  R2(r_squared) =  0.7995        r =  0.8941
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1081.12 zmin= 1036.61 zdiff=   44.51
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1573.81 zmin= 1527.56 zdiff=   46.26
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=       1.74 dlnp=     -0.057158  dzdlnp=      -30.512
  
   +++ k=  3 press=    800.0 zmax= 2090.63 zmin= 2043.64 zdiff=   46.99
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=       0.74 dlnp=     -0.060625  dzdlnp=      -12.140
  
   +++ k=  4 press=    750.0 zmax= 2636.17 zmin= 2587.64 zdiff=   48.53
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=       1.54 dlnp=     -0.064539  dzdlnp=      -23.800
  
   +++ k=  5 press=    700.0 zmax= 3213.23 zmin= 3163.49 zdiff=   49.74
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       1.22 dlnp=     -0.068993  dzdlnp=      -17.625
  
   +++ k=  6 press=    650.0 zmax= 3825.37 zmin= 3774.89 zdiff=   50.48
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=       0.74 dlnp=     -0.074108  dzdlnp=       -9.931
  
   +++ k=  7 press=    600.0 zmax= 4477.11 zmin= 4427.48 zdiff=   49.63
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -0.85 dlnp=     -0.080043  dzdlnp=       10.594
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           12.42
  Sum of y-diffs squared (ydiff2) =          336.18
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    46.86   6.3099       11.65   0.2788     1.74     3.01      135.61
    2    41.84   6.2146        6.62   0.1834     0.10     0.01       43.84
    3    37.02   6.1092        1.81   0.0781    -0.97     0.94        3.26
    4    31.49   5.9915       -3.73  -0.0397    -2.32     5.38       13.92
    5    28.78   5.8579       -6.43  -0.1732    -0.28     0.08       41.40
    6    25.31   5.7038       -9.91  -0.3274     1.73     3.00       98.14
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    35.219     x:    6.03
  
  slope=     35.547         y-intercept =   -179.174
  Regression equation:   Y =  -179.17 +    35.55X
  
  R2(r_squared) =  0.9631        r =  0.9814
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4477.11 zmin= 4427.48 zdiff=   49.63
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5174.50 zmin= 5127.64 zdiff=   46.86
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -2.77 dlnp=     -0.087011  dzdlnp=       31.812
  
   +++ k=  9 press=    500.0 zmax= 5926.10 zmin= 5884.26 zdiff=   41.84
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -5.02 dlnp=     -0.095310  dzdlnp=       52.712
  
   +++ k= 10 press=    450.0 zmax= 6744.45 zmin= 6707.43 zdiff=   37.02
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -4.82 dlnp=     -0.105361  dzdlnp=       45.710
  
   +++ k= 11 press=    400.0 zmax= 7640.88 zmin= 7609.39 zdiff=   31.49
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -5.54 dlnp=     -0.117783  dzdlnp=       47.002
  
   +++ k= 12 press=    350.0 zmax= 8637.02 zmin= 8608.23 zdiff=   28.78
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -2.70 dlnp=     -0.133531  dzdlnp=       20.250
  
   +++ k= 13 press=    300.0 zmax= 9754.76 zmin= 9729.44 zdiff=   25.31
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -3.47 dlnp=     -0.154151  dzdlnp=       22.523
  
cps_stats: 00L   lead time=   6: 0   paramb=     4.43  vtl=    -11.49  vtu=     35.55
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    6:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.463 (0-360) guesslon=  300.463E  (  59.537W)   guesslat=   22.892
 ilonfix=         1382  jlatfix=         1073  npts=           33
 ibeg=         1310  jbeg=         1005  imax=         2738
 iend=         1454  jend=         1141  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.343E  (0-360) ctlon=  300.343E  (  59.657W)  ctlat=   21.572 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  300.343E   (0-360) guesslon=  300.343E  (  59.657W)   guesslat=   21.572
 ilonfix=         1379  jlatfix=         1106  npts=           16
 ibeg=         1331  jbeg=         1062  imax=         2738
 iend=         1427  jend=         1150  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.123E  (0-360) ctlon=  300.123  (  59.877W)  ctlat=   21.552 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L     6:00  mean_lon:  300.12E (  59.88W)    (0-360) mean_lon=  300.12E  mean_lat:   21.55  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L     6:00  ifix:  1349   jfix:  1095  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1349  jx=         1095
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1465 ,        1829 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1464 ,        1830 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L     6:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:04
 TIMING: Before shear ... 22:17:04
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            2
  clon(ist,ifh,3)=    300.652032279757     
  clat(ist,ifh,3)=    22.7815260950566     
  fixlon(ist,ifh)=    300.462707886727     
  fixlat(ist,ifh)=    22.8917722330530     
  xcenlon=    300.652032279757     
  xcenlat=    22.7815260950566     
  
 xxshear
 In get_shear A, xcenlon=    300.652032279757       xcenlat= 
   22.7815260950566     
   In get_shear B, (0-360) xcenlon=    300.652032279757     
  
At start of get_shear:  00L   fhr=    6:00   Mean fix position=   300.46E  ( 59.54W)    22.89  (0-360) mean lon fix=  300.46
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    3.58 vr_mean(idist,ilev)=   -0.19
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    4.38 vr_mean(idist,ilev)=   -0.28
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    4.94 vr_mean(idist,ilev)=   -0.27
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    5.22 vr_mean(idist,ilev)=   -0.41
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    5.63 vr_mean(idist,ilev)=   -0.77
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    5.24 vr_mean(idist,ilev)=   -0.93
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    4.94 vr_mean(idist,ilev)=   -0.95
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    4.51 vr_mean(idist,ilev)=   -0.92
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    3.62 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    2.85 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    2.19 vr_mean(idist,ilev)=   -0.88
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    1.74 vr_mean(idist,ilev)=   -0.86
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    1.29 vr_mean(idist,ilev)=   -0.68
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    0.83 vr_mean(idist,ilev)=   -0.45
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    0.25 vr_mean(idist,ilev)=   -0.28
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   -0.24 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   -0.60 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -0.96 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -1.20 vr_mean(idist,ilev)=   -0.40
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.36 vr_mean(idist,ilev)=   12.36
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -18.53 vr_mean(idist,ilev)=   18.53
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -24.71 vr_mean(idist,ilev)=   24.71
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -30.90 vr_mean(idist,ilev)=   30.90
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -37.08 vr_mean(idist,ilev)=   37.08
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -43.26 vr_mean(idist,ilev)=   43.26
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -49.45 vr_mean(idist,ilev)=   49.45
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -55.64 vr_mean(idist,ilev)=   55.64
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -61.83 vr_mean(idist,ilev)=   61.83
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -68.03 vr_mean(idist,ilev)=   68.03
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -74.22 vr_mean(idist,ilev)=   74.22
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -80.43 vr_mean(idist,ilev)=   80.43
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -86.64 vr_mean(idist,ilev)=   86.64
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -92.85 vr_mean(idist,ilev)=   92.85
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -99.06 vr_mean(idist,ilev)=   99.06
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -105.29 vr_mean(idist,ilev)=  105.29
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -111.52 vr_mean(idist,ilev)=  111.52
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -117.75 vr_mean(idist,ilev)=  117.75
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -123.99 vr_mean(idist,ilev)=  123.99
  
 At end of get_shear: 
     ist=    1 ifh=    2 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:04
  
 After call to fixcenter, fix positions at 
 forecast hour=    6:00 follow:
  
fixpos  00L   fhr=    6:00   Fix position=   300.46E  ( 59.54W)    22.89   Max Wind=  22 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.811135921744     
 xxxx get_next_ges, curr fix lon=    300.462707886727     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.462707886727        fixlat=    22.8917722330530     
        (0-360) fixlon=    300.462707886727     
      ilonfix=         1382   jlatfix=         1073
      ibeg=          910   iend=         1854
      jbeg=          621   jend=         1525
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.715181221176880       vavg=    2.77004613123271     
      ubar=  -0.178795305294220       vbar=   0.692511532808178     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.839809667617976       vavg=    2.59708971745322     
      ubar=  -0.598700139103208       vbar=    1.99105639153479     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.206262825572111       vavg=    1.21059828234529     
      ubar=  -0.547134432710180       vbar=    2.29370596212111     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.547134432710180       vbar=    2.29370596212111     
      wgttot=    1.00000000000000     
      fixlon=    300.462707886727        fixlat=    22.8917722330530     
      barnlon=    300.347148177567       barnlat=    23.3373326749601     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.919721818641533     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      300.347148177567     
     Raw (no conversion for GM wrap) extraplon=    301.110100354177     
  
 --- barnlon=    300.35E  (  59.65W)    barnlat=     23.34
 --- extraplon=  301.11E  (  58.89W)    extraplat=   22.02
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.89
 | Current fix lon is   59.54W   ( 300.46E)
 | Current fix lon (raw, unadjusted)=  300.46E
 | Updated guess lat for next fcst hour is   22.68
 | Updated guess lon (0-360) for next fcst hour is   59.27W   ( 300.73E)
 | Raw updated guess lon for next fcst hour is  300.73E)
 -------------------------------------------------
  
 iocheck, dist=    36.1718684554332        distm=    36171.8684554332     
 iocheck, stmspd=    1.67462353960339        istmspd=           33
 iocheck, xincr=   0.265916379145210        yincr=  -0.213810132070630     
 iocheck, stmdir=    128.801030433983        istmdir=          129
 +++ RPT_STORM_MOTION: istmspd=    33 kts(*10)    istmdir=   129 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   2
     Fix location for this time:   300.46E  ( 59.54W)    22.89
     Fix lon (raw) for this time:  300.46E
     ilonfix= 1382  jlatfix= 1073
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.462707886727       xcenlat=    22.8917722330530     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.462707886727       xcenlat=    22.8917722330530     
  ilonfix=         1382  jlatfix=         1073
  ibeg=         1261  iend=         1503
  jbeg=          957  jend=         1189  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.462707886727        xcenlat=    22.8917722330530     
      ilonfix=         1382   jlatfix=         1073
      ibeg=         1261   iend=         1503
      jbeg=          957   jend=         1189
 After call to barnes, xsmoothval=   6.775183410154506E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   6.775183410154506E-005
      xcenlon=    300.462707886727        xcenlat=    22.8917722330530     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000068  imeanzeta (*1e6)=       68
   --- mean zeta raw =   6.775183410154506E-005
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.000202  igrid zeta (*1e6)=      202 ifilret=   0
   --- grid zeta raw=   2.022945387177116E-004
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.462707886727       xcenlat=    22.8917722330530     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.462707886727       xcenlat=    22.8917722330530     
  ilonfix=         1382  jlatfix=         1073
  ibeg=         1261  iend=         1503
  jbeg=          957  jend=         1189  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.462707886727        xcenlat=    22.8917722330530     
      ilonfix=         1382   jlatfix=         1073
      ibeg=         1261   iend=         1503
      jbeg=          957   jend=         1189
 After call to barnes, xsmoothval=   6.921959448440771E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   6.921959448440771E-005
      xcenlon=    300.462707886727        xcenlat=    22.8917722330530     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000069  imeanzeta (*1e6)=       69
   --- mean zeta raw =   6.921959448440771E-005
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.000194  igrid zeta (*1e6)=      194 ifilret=   0
   --- grid zeta raw=   1.943883542412770E-004
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=            6
  
 segx, outlon=    300.462707886727       outlat=    22.8917722330530     
   ist=            1  ifcsthour=            6
   vmaxwind=    11.3044106436382       xminmslp=    101569.090000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=   -999.000000000000       rlastbar=   -999.000000000000     
   rmax=    95.5775924969327     
   cps_vals=    4.43275832578638       -11.4850439412743     
   35.5474783297271     
   wcore_flag= n
   istmspd=           33  istmdir=          129
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    138.000000000000     
   axisymet_rmw_val=     5.49848965737994     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
 rmax=    95.5775924969327        irmax=           96
 TXX top of atcfunix_ext, ist=            1  ifh=            6
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            6
 intlat=          229
 clatns= N
 intlon=          595
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           22
 int(xminmslp/mslp_outp_adj + 0.5)=         1016
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=          -99
 irlastbar=          -99
 irmax=           96
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          129
 istmspd=           33
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           44
 icps_vals(2)=         -115
 icps_vals(3)=          355
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           74
 irmw_val=           11
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=           68
 igridzeta(1)=          202
 imeanzeta(2)=           69
 igridzeta(2)=          194
  
 rmax=    95.5775924969327        irmax=           96
 +++ Top of output_atcf_parms, ist=            1  ifh=            6
  
 xxxx get_next_ges, prev fix lon=    299.811135921744     
 xxxx get_next_ges, curr fix lon=    300.462707886727     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.462707886727        fixlat=    22.8917722330530     
        (0-360) fixlon=    300.462707886727     
      ilonfix=         1382   jlatfix=         1073
      ibeg=          910   iend=         1854
      jbeg=          621   jend=         1525
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.715181221176880       vavg=    2.77004613123271     
      ubar=  -0.178795305294220       vbar=   0.692511532808178     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.839809667617976       vavg=    2.59708971745322     
      ubar=  -0.598700139103208       vbar=    1.99105639153479     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.206262825572111       vavg=    1.21059828234529     
      ubar=  -0.547134432710180       vbar=    2.29370596212111     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.547134432710180       vbar=    2.29370596212111     
      wgttot=    1.00000000000000     
      fixlon=    300.462707886727        fixlat=    22.8917722330530     
      barnlon=    300.347148177567       barnlat=    23.3373326749601     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.919721818641533     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      300.347148177567     
     Raw (no conversion for GM wrap) extraplon=    301.110100354177     
  
 --- barnlon=    300.35E  (  59.65W)    barnlat=     23.34
 --- extraplon=  301.11E  (  58.89W)    extraplat=   22.02
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.89
 | Current fix lon is   59.54W   ( 300.46E)
 | Current fix lon (raw, unadjusted)=  300.46E
 | Updated guess lat for next fcst hour is   22.68
 | Updated guess lon (0-360) for next fcst hour is   59.27W   ( 300.73E)
 | Raw updated guess lon for next fcst hour is  300.73E)
 -------------------------------------------------
  
 iocheck, dist=    36.1718684554332        distm=    36171.8684554332     
 iocheck, stmspd=    1.67462353960339        istmspd=           33
 iocheck, xincr=   0.265916379145210        yincr=  -0.213810132070630     
 iocheck, stmdir=    128.801030433983        istmdir=          129
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:    6:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.015663100899476E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.102E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.736E  (0-360) ctlon=  288.736  (  71.264W)  ctlat=   28.105 fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   9.479911198039472E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.948E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.736E  (0-360) ctlon=  288.736  (  71.264W)  ctlat=   28.105 fmax (x10e5) =        0.110E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.127E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.636E  (0-360) ctlon=  288.636  (  71.364W)  ctlat=   28.105 fmax =       -0.100E+16 fmin =        0.127E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.293E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.736E  (0-360) ctlon=  288.736  (  71.264W)  ctlat=   28.105 fmax =       -0.100E+16 fmin =        0.293E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.983E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.636E  (0-360) ctlon=  288.636  (  71.364W)  ctlat=   28.105 fmax =       -0.100E+16 fmin =        0.982E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.776 (0-360) guesslon=  288.776E  (  71.224W)   guesslat=   28.145
 ilonfix=         1090  jlatfix=          942  npts=           33
 ibeg=         1016  jbeg=          874  imax=         2738
 iend=         1164  jend=         1010  jmax=         2041
 TIMING: find_maxmin 1  22:17:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   7.416008516215850E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.656E  (0-360) ctlon=  288.656E  (  71.344W)  ctlat=   28.025 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.742E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.656E   (0-360) guesslon=  288.656E  (  71.344W)   guesslat=   28.025
 ilonfix=         1087  jlatfix=          945  npts=           16
 ibeg=         1037  jbeg=          901  imax=         2738
 iend=         1137  jend=          989  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.636E  (0-360) ctlon=  288.636  (  71.364W)  ctlat=   28.105 fmax (x10e5) =        0.823E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.706670782774        uvgeslat=    28.1127606638900     
    (0-360 uvgeslon)=    288.706670782774     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.706670782774        uvgeslat=    28.1127606638900     
    (0-360 uvgeslon)=    288.706670782774     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.706670782774     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.707E  (0-360E lon):  288.707E    71.293W  ctlat=   28.113  xmax_circul_disk =     145329623.0
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.707E  (0-360E)=  288.707E  (  71.293W)   guesslat=   28.113
 ilonfix=         1088  jlatfix=          943  npts=           56
 ibeg=         1018  jbeg=          879  imax=         2738
 iend=         1158  jend=         1007  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    145977546.075674     
 nhalf get_wind_circ, k=  1 ctlon=  288.607E  (0-360E)=  288.607E  ctlon=   71.393W   ctlat=   28.193 Wind Circulation (NHEM: Max) =     145977546.1
 TIMING: After GWC 850 ... 22:17:04
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.706670782774        uvgeslat=    28.1127606638900     
    (0-360 uvgeslon)=    288.706670782774     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.706670782774     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.707E  (0-360E lon):  288.707E    71.293W  ctlat=   28.113  xmax_circul_disk =     141517796.6
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.707E  (0-360E)=  288.707E  (  71.293W)   guesslat=   28.113
 ilonfix=         1088  jlatfix=          943  npts=           56
 ibeg=         1018  jbeg=          879  imax=         2738
 iend=         1158  jend=         1007  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    142259049.189775     
 nhalf get_wind_circ, k=  1 ctlon=  288.727E  (0-360E)=  288.727E  ctlon=   71.273W   ctlat=   28.193 Wind Circulation (NHEM: Max) =     142259049.2
 TIMING: After GWC 700 ... 22:17:04
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.706670782774        uvgeslat=    28.1127606638900     
    (0-360 uvgeslon)=    288.706670782774     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.706670782774     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.707E  (0-360E lon):  288.707E    71.293W  ctlat=   28.113  xmax_circul_disk =      99947388.9
 TIMING: get_wind_circ kloop, k=  1   22:17:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.707E  (0-360E)=  288.707E  (  71.293W)   guesslat=   28.113
 ilonfix=         1088  jlatfix=          943  npts=           56
 ibeg=         1018  jbeg=          879  imax=         2738
 iend=         1158  jend=         1007  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    100328644.268702     
 nhalf get_wind_circ, k=  1 ctlon=  288.607E  (0-360E)=  288.607E  ctlon=   71.393W   ctlat=   28.073 Wind Circulation (NHEM: Max) =     100328644.3
 TIMING: After GWC Sfc ... 22:17:04
  
 At beg of fixcenter, stderr(ist,ifh-1) =     1.48  xavg_stderr=     1.48
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            2  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     6:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.78E   (0-360) guesslon=  288.78E  ( 71.22W)    28.15
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.74       71.26      28.11          114.07       T          5.93
   2    zeta 700    Max       288.74       71.26      28.11          109.61       T          5.93
   3    circ 850    Max       288.61       71.39      28.19          145.98       T         17.39
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.73       71.27      28.19          142.26       T          7.13
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.64       71.36      28.11         1266.82       T         14.43
   8     gph 700    Min       288.74       71.26      28.11         2925.81       T          5.93
   9        MSLP    Min       288.64       71.36      28.11        98243.98       T         14.43
  10    circ sfc    Max       288.61       71.39      28.07          100.33       T         18.45
  11    zeta sfc    Max       288.64       71.36      28.11           82.31       T         14.43
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.62114328929171       stderr_close= 
   2.24495726694726       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   6.425 devia=   1.285 wtpos=  0.65159     288.74   288.74    71.26    28.11
 ip=  2 kprm=  2 dist_from_mean=   6.425 devia=   1.285 wtpos=  0.65159     288.74   288.74    71.26    28.11
 ip=  3 kprm=  3 dist_from_mean=  10.255 devia=   2.051 wtpos=  0.50475     288.61   288.61    71.39    28.19
 ip=  5 kprm=  4 dist_from_mean=   9.550 devia=   1.910 wtpos=  0.52907     288.73   288.73    71.27    28.19
 ip=  7 kprm=  5 dist_from_mean=   4.027 devia=   0.805 wtpos=  0.76456     288.64   288.64    71.36    28.11
 ip=  8 kprm=  6 dist_from_mean=   6.425 devia=   1.285 wtpos=  0.65159     288.74   288.74    71.26    28.11
 ip=  9 kprm=  7 dist_from_mean=   4.027 devia=   0.805 wtpos=  0.76456     288.64   288.64    71.36    28.11
 ip= 10 kprm=  8 dist_from_mean=   8.429 devia=   1.686 wtpos=  0.57010     288.61   288.61    71.39    28.07
 ip= 11 kprm=  9 dist_from_mean=   4.027 devia=   0.805 wtpos=  0.76456     288.64   288.64    71.36    28.11
  
At end of fixcenter:  08L   fhr=    6:00   Fix position=   288.67E  (0-360) fixlon=  288.67  ( 71.33W)    28.12
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.672039547224     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.635763464592     
        (0-360E clon(ist,ifh,9))=    288.635763464592     
      clat(ist,ifh,9)=    28.1054881184355     
      xval(9)=    98243.9834252937     
  
  After get_ij B, ibeg jbeg =          977         805
  After get_ij B, iend jend =         1195        1081
  
 In is_it_a_storm, ilonfix=         1086  jlatfix=          943
 ibeg jbeg iend jend =          977         805        1195        1081
 cparm= slp  parmlon parmlat =    288.635763464592        28.1054881184355     
     (0-360E parmlon) =    288.635763464592     
 parmval=    98243.9834252937     
  
 i= 1062 j=  880 glon=  287.69 (0-360E) glon=  287.69 glat=  30.64 dist=   296.47 slp=  100843.33 pgradient=  8.76760
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  8.76760
 mslp center =    288.635763464592        28.1054881184355     
   98243.9834252937     
   (0-360E) lon of mslp center =    288.635763464592     
 pgrad loc   =    287.688939000000        287.688939000000     
   72.3110610000000        30.6408820000000        100843.330000000     
  ttest at location C IF....
      xinp_fixlat=    28.1054881184355     
      xinp_fixlon=    288.635763464592       (0-360E) xinp_fixlon= 
   288.635763464592     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95261.0900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1087  jfix=          943
 longitude=    288.635763464592      E   (   71.3642365354077      
 W)  (0-360E) xinp_fixlon=    288.635763464592     
 latitude=    28.1054881184355     
 mean mslp value (xval(9))=    98243.9834252937     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1087  jfix=          943
 longitude=    288.635763464592      E   (   71.3642365354077      
 W)  (0-360E) xinp_fixlon=    288.635763464592     
 latitude=    28.1054881184355     
 mean mslp value (xval(9))=    98243.9834252937     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1087  jx=          943
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95261.0900000000       xcentval=    95261.0900000000     
 At A, num_found_contours=            0
 At A, contlo=    95261.0900000000       conthi=    95661.0900000000     
  
 num_found_contours=            0
 contlo=    95261.0900000000       conthi=    95661.0900000000     
 xcentval=    95261.0900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    95661.0900000000       conthi=    96061.0900000000     
  
 num_found_contours=            1
 contlo=    95661.0900000000       conthi=    96061.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            2
 At A, contlo=    96061.0900000000       conthi=    96461.0900000000     
  
 num_found_contours=            2
 contlo=    96061.0900000000       conthi=    96461.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            3
 At A, contlo=    96461.0900000000       conthi=    96861.0900000000     
  
 num_found_contours=            3
 contlo=    96461.0900000000       conthi=    96861.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            4
 At A, contlo=    96861.0900000000       conthi=    97261.0900000000     
  
 num_found_contours=            4
 contlo=    96861.0900000000       conthi=    97261.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            5
 At A, contlo=    97261.0900000000       conthi=    97661.0900000000     
  
 num_found_contours=            5
 contlo=    97261.0900000000       conthi=    97661.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            6
 At A, contlo=    97661.0900000000       conthi=    98061.0900000000     
  
 num_found_contours=            6
 contlo=    97661.0900000000       conthi=    98061.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            7
 At A, contlo=    98061.0900000000       conthi=    98461.0900000000     
  
 num_found_contours=            7
 contlo=    98061.0900000000       conthi=    98461.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            8
 At A, contlo=    98461.0900000000       conthi=    98861.0900000000     
  
 num_found_contours=            8
 contlo=    98461.0900000000       conthi=    98861.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=            9
 At A, contlo=    98861.0900000000       conthi=    99261.0900000000     
  
 num_found_contours=            9
 contlo=    98861.0900000000       conthi=    99261.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=           10
 At A, contlo=    99261.0900000000       conthi=    99661.0900000000     
  
 num_found_contours=           10
 contlo=    99261.0900000000       conthi=    99661.0900000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=           11
 At A, contlo=    99661.0900000000       conthi=    100061.090000000     
  
 num_found_contours=           11
 contlo=    99661.0900000000       conthi=    100061.090000000     
 xcentval=    95261.0900000000     
 At A, num_found_contours=           12
 At A, contlo=    100061.090000000       conthi=    100461.090000000     
  
 num_found_contours=           12
 contlo=    100061.090000000       conthi=    100461.090000000     
 xcentval=    95261.0900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1074 ,         973 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95261.0900000000     
 !!! (i,j) of central value = (        1087 ,         943 )
 !!!  
 !!! Flagged value found    =    100054.050000000     
 !!! (i,j) of flagged value = (        1073 ,         974 )
 !!!   
 !!! Lower bound of contour interval =    100061.090000000     
 !!! Upper bound of contour interval =    100461.090000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1087  jfix=          943
 longitude=    288.635763464592      E   (   71.3642365354077      W)  
 (0-360E) xinp_fixlon=    288.635763464592     
 latitude=    28.1054881184355     
 mean mslp value (xval(9))=    98243.9834252937     
 gridpoint mslp value=    95261.0900000000     
 ccflag= y
 prs of last closed isobar =    100061.090000000     
 radius of last closed isobar =    56.9960541378035       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =    6:00
 !!! Boundary check xinp_fixlat is   28.11
 !!! Boundary check xinp_fixlon is   71.36W   ( 288.64E)  (0-360E) xinp_fixlon=  288.64
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.606673282774     
  850 mb wcirc fix lat=    28.1927586638900     
    (0-360) 850 mb wcirc fix lon=    288.606673282774     
  Multi-parm fix lon=      288.672039547224     
  Multi-parm fix lat=      28.1177164446009     
    (0-360) Multi-parm fix lon=      288.672039547224     
  
  
  After get_ij B, ibeg jbeg =          993         837
  After get_ij B, iend jend =         1177        1045
  
 In is_it_a_storm, ilonfix=         1085  jlatfix=          941
 ibeg jbeg iend jend =          993         837        1177        1045
 cparm= v850  parmlon parmlat =    288.606673282774        28.1927586638900     
     (0-360E parmlon) =    288.606673282774     
 parmval=    145977546.075674     
  
 i= 1073 j=  892 glon=  288.13 (0-360E) glon=  288.13 glat=  30.16 u= -19.5000 v=   5.2200 vr=   9.16745 vt=  17.98489
 i= 1078 j=  892 glon=  288.33 (0-360E) glon=  288.33 glat=  30.16 u= -19.0000 v=   7.0700 vr=   9.35086 vt=  17.98739
 i= 1083 j=  892 glon=  288.53 (0-360E) glon=  288.53 glat=  30.16 u= -20.6000 v=  10.1100 vr=  10.81742 vt=  20.23748
 i= 1088 j=  892 glon=  288.73 (0-360E) glon=  288.73 glat=  30.16 u= -20.2000 v=  11.4400 vr=  10.32413 vt=  20.79245
 i= 1093 j=  892 glon=  288.93 (0-360E) glon=  288.93 glat=  30.16 u= -19.1000 v=  12.5100 vr=   9.66737 vt=  20.68458
 i= 1098 j=  892 glon=  289.13 (0-360E) glon=  289.13 glat=  30.16 u= -18.8000 v=  13.7700 vr=   9.14835 vt=  21.43270
 i= 1058 j=  897 glon=  287.53 (0-360E) glon=  287.53 glat=  29.96 u= -17.3000 v=   0.2900 vr=   8.42362 vt=  15.11346
 i= 1063 j=  897 glon=  287.73 (0-360E) glon=  287.73 glat=  29.96 u= -19.2000 v=   1.4100 vr=   8.96638 vt=  17.03620
 i= 1068 j=  897 glon=  287.93 (0-360E) glon=  287.93 glat=  29.96 u= -19.4000 v=   4.5600 vr=  10.51004 vt=  16.93200
 i= 1073 j=  897 glon=  288.13 (0-360E) glon=  288.13 glat=  29.96 u= -19.9000 v=   5.9400 vr=  10.37230 vt=  17.99191
 i= 1078 j=  897 glon=  288.33 (0-360E) glon=  288.33 glat=  29.96 u= -20.5000 v=   7.5800 vr=  10.30891 vt=  19.27259
 i= 1083 j=  897 glon=  288.53 (0-360E) glon=  288.53 glat=  29.96 u= -21.2000 v=   9.6000 vr=  10.41046 vt=  20.81399
 i= 1088 j=  897 glon=  288.73 (0-360E) glon=  288.73 glat=  29.96 u= -22.4000 v=  12.6300 vr=  11.25017 vt=  23.12381
 i= 1093 j=  897 glon=  288.93 (0-360E) glon=  288.93 glat=  29.96 u= -22.9000 v=  14.1700 vr=  10.37498 vt=  24.85073
 i= 1098 j=  897 glon=  289.13 (0-360E) glon=  289.13 glat=  29.96 u= -23.3000 v=  14.5100 vr=   8.19753 vt=  26.19600
 i= 1103 j=  897 glon=  289.33 (0-360E) glon=  289.33 glat=  29.96 u= -18.4000 v=  15.1200 vr=   8.02003 vt=  22.42439
 i= 1108 j=  897 glon=  289.53 (0-360E) glon=  289.53 glat=  29.96 u= -18.7000 v=  17.0800 vr=   7.73885 vt=  24.11486
 i= 1113 j=  897 glon=  289.73 (0-360E) glon=  289.73 glat=  29.96 u= -16.5000 v=  17.7100 vr=   7.42953 vt=  23.03685
 i= 1053 j=  902 glon=  287.33 (0-360E) glon=  287.33 glat=  29.76 u= -15.8000 v=  -2.3900 vr=   7.26265 vt=  14.23397
 i= 1058 j=  902 glon=  287.53 (0-360E) glon=  287.53 glat=  29.76 u= -19.8000 v=  -0.4800 vr=   9.82957 vt=  17.19447
 i= 1063 j=  902 glon=  287.73 (0-360E) glon=  287.73 glat=  29.76 u= -19.7000 v=   1.4600 vr=  10.00577 vt=  17.03251
 i= 1068 j=  902 glon=  287.93 (0-360E) glon=  287.93 glat=  29.76 u= -20.7000 v=   2.1500 vr=   9.35787 vt=  18.58878
 i= 1073 j=  902 glon=  288.13 (0-360E) glon=  288.13 glat=  29.76 u= -22.9000 v=   4.1400 vr=   9.91862 vt=  21.05162
 i= 1078 j=  902 glon=  288.33 (0-360E) glon=  288.33 glat=  29.76 u= -24.1000 v=   7.2900 vr=  10.90729 vt=  22.69328
 i= 1083 j=  902 glon=  288.53 (0-360E) glon=  288.53 glat=  29.76 u= -25.4000 v=   9.2500 vr=  10.34607 vt=  24.97361
 i= 1088 j=  902 glon=  288.73 (0-360E) glon=  288.73 glat=  29.76 u= -24.7000 v=  10.2800 vr=   8.56929 vt=  25.34434
 i= 1093 j=  902 glon=  288.93 (0-360E) glon=  288.93 glat=  29.76 u= -23.7000 v=  11.4900 vr=   7.09861 vt=  25.36375
 i= 1098 j=  902 glon=  289.13 (0-360E) glon=  289.13 glat=  29.76 u= -21.7000 v=  12.6300 vr=   6.02987 vt=  24.37309
 i= 1103 j=  902 glon=  289.33 (0-360E) glon=  289.33 glat=  29.76 u= -20.8000 v=  15.6900 vr=   6.74223 vt=  25.16661
 i= 1108 j=  902 glon=  289.53 (0-360E) glon=  289.53 glat=  29.76 u= -21.0000 v=  15.9700 vr=   4.54390 vt=  25.98834
 i= 1113 j=  902 glon=  289.73 (0-360E) glon=  289.73 glat=  29.76 u= -16.9000 v=  17.9900 vr=   6.22477 vt=  23.88519
 i= 1118 j=  902 glon=  289.93 (0-360E) glon=  289.93 glat=  29.76 u= -15.3000 v=  19.8800 vr=   6.84996 vt=  24.13260
 i= 1043 j=  907 glon=  286.93 (0-360E) glon=  286.93 glat=  29.56 u= -11.7000 v= -10.3000 vr=   1.59692 vt=  15.50580
 i= 1048 j=  907 glon=  287.13 (0-360E) glon=  287.13 glat=  29.56 u= -12.5000 v=  -8.1000 vr=   2.74956 vt=  14.63899
 i= 1053 j=  907 glon=  287.33 (0-360E) glon=  287.33 glat=  29.56 u= -16.6000 v=  -3.9800 vr=   7.46865 vt=  15.34991
 i= 1058 j=  907 glon=  287.53 (0-360E) glon=  287.53 glat=  29.56 u= -18.7000 v=  -2.2400 vr=   8.81139 vt=  16.64533
 i= 1063 j=  907 glon=  287.73 (0-360E) glon=  287.73 glat=  29.56 u= -19.9000 v=  -2.0900 vr=   7.95803 vt=  18.35886
 i= 1068 j=  907 glon=  287.93 (0-360E) glon=  287.93 glat=  29.56 u= -23.7000 v=   1.7700 vr=  11.08477 vt=  21.02262
 i= 1073 j=  907 glon=  288.13 (0-360E) glon=  288.13 glat=  29.56 u= -26.5000 v=   4.7900 vr=  12.35316 vt=  23.92893
 i= 1078 j=  907 glon=  288.33 (0-360E) glon=  288.33 glat=  29.56 u= -25.5000 v=   5.5200 vr=   9.91181 vt=  24.13455
 i= 1083 j=  907 glon=  288.53 (0-360E) glon=  288.53 glat=  29.56 u= -25.7000 v=   6.6100 vr=   7.88331 vt=  25.33842
 i= 1088 j=  907 glon=  288.73 (0-360E) glon=  288.73 glat=  29.56 u= -26.1000 v=   9.1600 vr=   7.08956 vt=  26.73675
 i= 1093 j=  907 glon=  288.93 (0-360E) glon=  288.93 glat=  29.56 u= -25.3000 v=  14.1100 vr=   8.69039 vt=  27.63439
 i= 1098 j=  907 glon=  289.13 (0-360E) glon=  289.13 glat=  29.56 u= -24.0000 v=  17.3000 vr=   8.76904 vt=  28.25587
 i= 1103 j=  907 glon=  289.33 (0-360E) glon=  289.33 glat=  29.56 u= -21.9000 v=  19.4500 vr=   8.42402 vt=  28.05260
 i= 1108 j=  907 glon=  289.53 (0-360E) glon=  289.53 glat=  29.56 u= -20.5000 v=  20.1300 vr=   6.86166 vt=  27.89954
 i= 1113 j=  907 glon=  289.73 (0-360E) glon=  289.73 glat=  29.56 u= -18.6000 v=  20.9800 vr=   6.12551 vt=  27.36053
 i= 1118 j=  907 glon=  289.93 (0-360E) glon=  289.93 glat=  29.56 u= -16.8000 v=  21.9300 vr=   5.81319 vt=  27.00688
 i= 1123 j=  907 glon=  290.13 (0-360E) glon=  290.13 glat=  29.56 u= -15.2000 v=  20.9800 vr=   4.33908 vt=  25.54159
 i= 1038 j=  912 glon=  286.73 (0-360E) glon=  286.73 glat=  29.36 u= -10.9000 v= -11.4600 vr=   2.31714 vt=  15.64521
 i= 1043 j=  912 glon=  286.93 (0-360E) glon=  286.93 glat=  29.36 u= -11.5000 v= -11.7800 vr=   1.73478 vt=  16.37098
 i= 1048 j=  912 glon=  287.13 (0-360E) glon=  287.13 glat=  29.36 u= -12.8000 v=  -8.8200 vr=   3.64471 vt=  15.11120
 i= 1053 j=  912 glon=  287.33 (0-360E) glon=  287.33 glat=  29.36 u= -16.4000 v=  -7.0700 vr=   6.29065 vt=  16.71444
 i= 1058 j=  912 glon=  287.53 (0-360E) glon=  287.53 glat=  29.36 u= -18.0000 v=  -5.5600 vr=   7.03409 vt=  17.47670
 i= 1063 j=  912 glon=  287.73 (0-360E) glon=  287.73 glat=  29.36 u= -21.1000 v=  -4.0000 vr=   8.30100 vt=  19.80665
 i= 1068 j=  912 glon=  287.93 (0-360E) glon=  287.93 glat=  29.36 u= -26.9000 v=  -0.3700 vr=  11.89749 vt=  24.12875
 i= 1073 j=  912 glon=  288.13 (0-360E) glon=  288.13 glat=  29.36 u= -26.4000 v=   4.3300 vr=  13.00762 vt=  23.37757
 i= 1078 j=  912 glon=  288.33 (0-360E) glon=  288.33 glat=  29.36 u= -27.3000 v=   5.6600 vr=  11.12542 vt=  25.56464
 i= 1083 j=  912 glon=  288.53 (0-360E) glon=  288.53 glat=  29.36 u= -26.3000 v=   7.0400 vr=   8.56400 vt=  25.84395
 i= 1088 j=  912 glon=  288.73 (0-360E) glon=  288.73 glat=  29.36 u= -27.2000 v=   9.7100 vr=   7.17798 vt=  27.97500
 i= 1093 j=  912 glon=  288.93 (0-360E) glon=  288.93 glat=  29.36 u= -28.2000 v=  14.4900 vr=   7.43632 vt=  30.82047
 i= 1098 j=  912 glon=  289.13 (0-360E) glon=  289.13 glat=  29.36 u= -27.1000 v=  16.1800 vr=   5.14401 vt=  31.14067
 i= 1103 j=  912 glon=  289.33 (0-360E) glon=  289.33 glat=  29.36 u= -25.1000 v=  19.5100 vr=   5.14746 vt=  31.37123
 i= 1108 j=  912 glon=  289.53 (0-360E) glon=  289.53 glat=  29.36 u= -22.1000 v=  22.3000 vr=   5.70326 vt=  30.87350
 i= 1113 j=  912 glon=  289.73 (0-360E) glon=  289.73 glat=  29.36 u= -19.9000 v=  22.8000 vr=   4.55311 vt=  29.91854
 i= 1118 j=  912 glon=  289.93 (0-360E) glon=  289.93 glat=  29.36 u= -18.0000 v=  21.1700 vr=   2.27512 vt=  27.69463
 i= 1123 j=  912 glon=  290.13 (0-360E) glon=  290.13 glat=  29.36 u= -14.9000 v=  21.4800 vr=   2.85661 vt=  25.98538
 i= 1128 j=  912 glon=  290.33 (0-360E) glon=  290.33 glat=  29.36 u= -12.3000 v=  22.4200 vr=   3.90280 vt=  25.27280
 i= 1038 j=  917 glon=  286.73 (0-360E) glon=  286.73 glat=  29.16 u=  -8.9000 v= -13.1200 vr=   1.08770 vt=  15.81649
 i= 1043 j=  917 glon=  286.93 (0-360E) glon=  286.93 glat=  29.16 u= -10.6000 v= -13.1700 vr=   1.67769 vt=  16.82243
 i= 1048 j=  917 glon=  287.13 (0-360E) glon=  287.13 glat=  29.16 u= -12.0000 v= -10.5400 vr=   3.35653 vt=  15.61491
 i= 1053 j=  917 glon=  287.33 (0-360E) glon=  287.33 glat=  29.16 u= -15.7000 v=  -9.7400 vr=   5.56258 vt=  17.61861
 i= 1058 j=  917 glon=  287.53 (0-360E) glon=  287.53 glat=  29.16 u= -19.4000 v=  -7.9100 vr=   7.93930 vt=  19.38803
 i= 1063 j=  917 glon=  287.73 (0-360E) glon=  287.73 glat=  29.16 u= -20.5000 v=  -5.9600 vr=   8.13274 vt=  19.73905
 i= 1068 j=  917 glon=  287.93 (0-360E) glon=  287.93 glat=  29.16 u= -26.9000 v=  -2.7200 vr=  11.79435 vt=  24.32903
 i= 1073 j=  917 glon=  288.13 (0-360E) glon=  288.13 glat=  29.16 u= -25.9000 v=  -0.8900 vr=   9.49707 vt=  24.11240
 i= 1078 j=  917 glon=  288.33 (0-360E) glon=  288.33 glat=  29.16 u= -27.3000 v=   2.3100 vr=   8.91848 vt=  25.90534
 i= 1083 j=  917 glon=  288.53 (0-360E) glon=  288.53 glat=  29.16 u= -31.2000 v=   7.1300 vr=   9.31024 vt=  30.62019
 i= 1088 j=  917 glon=  288.73 (0-360E) glon=  288.73 glat=  29.16 u= -35.3000 v=  12.6800 vr=   8.70718 vt=  36.48366
 i= 1093 j=  917 glon=  288.93 (0-360E) glon=  288.93 glat=  29.16 u= -33.0000 v=  19.4300 vr=   9.37641 vt=  37.12961
 i= 1098 j=  917 glon=  289.13 (0-360E) glon=  289.13 glat=  29.16 u= -27.4000 v=  20.0300 vr=   6.34831 vt=  33.34156
 i= 1103 j=  917 glon=  289.33 (0-360E) glon=  289.33 glat=  29.16 u= -25.5000 v=  23.3700 vr=   5.53894 vt=  34.14275
 i= 1108 j=  917 glon=  289.53 (0-360E) glon=  289.53 glat=  29.16 u= -21.6000 v=  26.7000 vr=   6.57176 vt=  33.70849
 i= 1113 j=  917 glon=  289.73 (0-360E) glon=  289.73 glat=  29.16 u= -19.2000 v=  27.6000 vr=   5.58409 vt=  33.15446
 i= 1118 j=  917 glon=  289.93 (0-360E) glon=  289.93 glat=  29.16 u= -16.1000 v=  26.2000 vr=   4.34333 vt=  30.44315
 i= 1123 j=  917 glon=  290.13 (0-360E) glon=  290.13 glat=  29.16 u= -14.3000 v=  24.1500 vr=   2.50803 vt=  27.95393
 i= 1128 j=  917 glon=  290.33 (0-360E) glon=  290.33 glat=  29.16 u= -12.2000 v=  23.8400 vr=   2.49367 vt=  26.66397
 i= 1133 j=  917 glon=  290.53 (0-360E) glon=  290.53 glat=  29.16 u= -10.8000 v=  23.2900 vr=   2.12633 vt=  25.58403
 i= 1033 j=  922 glon=  286.53 (0-360E) glon=  286.53 glat=  28.96 u=  -6.4000 v= -15.1200 vr=   0.10332 vt=  16.41840
 i= 1038 j=  922 glon=  286.73 (0-360E) glon=  286.73 glat=  28.96 u=  -8.7000 v= -15.5200 vr=   1.40233 vt=  17.73679
 i= 1043 j=  922 glon=  286.93 (0-360E) glon=  286.93 glat=  28.96 u= -10.0000 v= -14.6500 vr=   2.15601 vt=  17.60608
 i= 1048 j=  922 glon=  287.13 (0-360E) glon=  287.13 glat=  28.96 u= -10.9000 v= -12.7100 vr=   2.95635 vt=  16.48072
 i= 1053 j=  922 glon=  287.33 (0-360E) glon=  287.33 glat=  28.96 u= -15.6000 v= -12.2700 vr=   5.99153 vt=  18.92127
 i= 1058 j=  922 glon=  287.53 (0-360E) glon=  287.53 glat=  28.96 u= -18.5000 v=  -9.5500 vr=   8.38859 vt=  19.05477
 i= 1063 j=  922 glon=  287.73 (0-360E) glon=  287.73 glat=  28.96 u= -25.7000 v= -10.6900 vr=  10.70467 vt=  25.69389
 i= 1068 j=  922 glon=  287.93 (0-360E) glon=  287.93 glat=  28.96 u= -29.0000 v=  -7.3400 vr=  11.99805 vt=  27.40296
 i= 1073 j=  922 glon=  288.13 (0-360E) glon=  288.13 glat=  28.96 u= -31.8000 v=  -3.6500 vr=  12.06873 vt=  29.64639
 i= 1078 j=  922 glon=  288.33 (0-360E) glon=  288.33 glat=  28.96 u= -34.1000 v=   1.2200 vr=  11.50118 vt=  32.12509
 i= 1083 j=  922 glon=  288.53 (0-360E) glon=  288.53 glat=  28.96 u= -35.8000 v=   4.7800 vr=   7.93668 vt=  35.23489
 i= 1088 j=  922 glon=  288.73 (0-360E) glon=  288.73 glat=  28.96 u= -31.4000 v=   9.8800 vr=   5.43092 vt=  32.46659
 i= 1093 j=  922 glon=  288.93 (0-360E) glon=  288.93 glat=  28.96 u= -30.5000 v=  19.3400 vr=   7.58120 vt=  35.31021
 i= 1098 j=  922 glon=  289.13 (0-360E) glon=  289.13 glat=  28.96 u= -32.3000 v=  22.1600 vr=   2.42733 vt=  39.09557
 i= 1103 j=  922 glon=  289.33 (0-360E) glon=  289.33 glat=  28.96 u= -27.6000 v=  28.2300 vr=   4.13755 vt=  39.26288
 i= 1108 j=  922 glon=  289.53 (0-360E) glon=  289.53 glat=  28.96 u= -21.5000 v=  30.6800 vr=   5.44315 vt=  37.06595
 i= 1113 j=  922 glon=  289.73 (0-360E) glon=  289.73 glat=  28.96 u= -16.8000 v=  30.9300 vr=   5.68345 vt=  34.73620
 i= 1118 j=  922 glon=  289.93 (0-360E) glon=  289.93 glat=  28.96 u= -14.9000 v=  30.3800 vr=   4.24296 vt=  33.57010
 i= 1123 j=  922 glon=  290.13 (0-360E) glon=  290.13 glat=  28.96 u= -11.9000 v=  27.9600 vr=   3.51710 vt=  30.18280
 i= 1128 j=  922 glon=  290.33 (0-360E) glon=  290.33 glat=  28.96 u= -10.8000 v=  24.5100 vr=   1.37382 vt=  26.74870
 i= 1133 j=  922 glon=  290.53 (0-360E) glon=  290.53 glat=  28.96 u=  -8.7000 v=  24.1300 vr=   1.97289 vt=  25.57449
 i= 1138 j=  922 glon=  290.73 (0-360E) glon=  290.73 glat=  28.96 u=  -8.6000 v=  23.7700 vr=   0.99459 vt=  25.25834
 i= 1033 j=  927 glon=  286.53 (0-360E) glon=  286.53 glat=  28.76 u=  -5.4000 v= -15.7800 vr=   0.54155 vt=  16.66959
 i= 1038 j=  927 glon=  286.73 (0-360E) glon=  286.73 glat=  28.76 u=  -6.3000 v= -18.6100 vr=  -0.02304 vt=  19.64743
 i= 1043 j=  927 glon=  286.93 (0-360E) glon=  286.93 glat=  28.76 u=  -8.4000 v= -15.3700 vr=   2.37363 vt=  17.35404
 i= 1048 j=  927 glon=  287.13 (0-360E) glon=  287.13 glat=  28.76 u=  -9.4000 v= -14.7100 vr=   2.77028 vt=  17.23571
 i= 1053 j=  927 glon=  287.33 (0-360E) glon=  287.33 glat=  28.76 u= -14.1000 v= -15.1300 vr=   5.80480 vt=  19.85022
 i= 1058 j=  927 glon=  287.53 (0-360E) glon=  287.53 glat=  28.76 u= -19.3000 v= -10.6200 vr=  11.13173 vt=  19.00945
 i= 1063 j=  927 glon=  287.73 (0-360E) glon=  287.73 glat=  28.76 u= -24.6000 v= -12.8400 vr=  12.24005 vt=  24.90395
 i= 1068 j=  927 glon=  287.93 (0-360E) glon=  287.93 glat=  28.76 u= -25.7000 v= -10.9700 vr=  11.06286 vt=  25.66016
 i= 1073 j=  927 glon=  288.13 (0-360E) glon=  288.13 glat=  28.76 u= -30.5000 v=  -8.7000 vr=  11.16165 vt=  29.68767
 i= 1078 j=  927 glon=  288.33 (0-360E) glon=  288.33 glat=  28.76 u= -35.8000 v=  -4.6600 vr=   9.87227 vt=  34.72598
 i= 1083 j=  927 glon=  288.53 (0-360E) glon=  288.53 glat=  28.76 u= -35.8000 v=   4.2100 vr=   8.46120 vt=  35.03958
 i= 1088 j=  927 glon=  288.73 (0-360E) glon=  288.73 glat=  28.76 u= -38.0000 v=  16.8000 vr=   9.43595 vt=  40.46236
 i= 1093 j=  927 glon=  288.93 (0-360E) glon=  288.93 glat=  28.76 u= -35.8000 v=  23.8100 vr=   5.30799 vt=  42.66593
 i= 1098 j=  927 glon=  289.13 (0-360E) glon=  289.13 glat=  28.76 u= -30.6000 v=  28.0000 vr=   2.50437 vt=  41.40155
 i= 1103 j=  927 glon=  289.33 (0-360E) glon=  289.33 glat=  28.76 u= -22.5000 v=  32.7200 vr=   4.99587 vt=  39.39403
 i= 1108 j=  927 glon=  289.53 (0-360E) glon=  289.53 glat=  28.76 u= -16.1000 v=  31.0800 vr=   4.58784 vt=  34.70055
 i= 1113 j=  927 glon=  289.73 (0-360E) glon=  289.73 glat=  28.76 u= -16.9000 v=  32.4200 vr=   1.45135 vt=  36.53163
 i= 1118 j=  927 glon=  289.93 (0-360E) glon=  289.93 glat=  28.76 u= -14.2000 v=  32.2100 vr=   1.29211 vt=  35.17747
 i= 1123 j=  927 glon=  290.13 (0-360E) glon=  290.13 glat=  28.76 u= -10.4000 v=  30.3500 vr=   2.18789 vt=  32.00774
 i= 1128 j=  927 glon=  290.33 (0-360E) glon=  290.33 glat=  28.76 u=  -8.2000 v=  28.0200 vr=   2.06372 vt=  29.12218
 i= 1133 j=  927 glon=  290.53 (0-360E) glon=  290.53 glat=  28.76 u=  -8.3000 v=  25.1900 vr=   0.05470 vt=  26.52212
 i= 1138 j=  927 glon=  290.73 (0-360E) glon=  290.73 glat=  28.76 u=  -7.6000 v=  23.1600 vr=  -0.63113 vt=  24.36693
 i= 1033 j=  932 glon=  286.53 (0-360E) glon=  286.53 glat=  28.56 u=  -4.1000 v= -16.1800 vr=   0.89803 vt=  16.66721
 i= 1038 j=  932 glon=  286.73 (0-360E) glon=  286.73 glat=  28.56 u=  -2.8000 v= -19.6100 vr=  -1.45442 vt=  19.75542
 i= 1043 j=  932 glon=  286.93 (0-360E) glon=  286.93 glat=  28.56 u=  -5.5000 v= -16.0100 vr=   1.52139 vt=  16.85988
 i= 1048 j=  932 glon=  287.13 (0-360E) glon=  287.13 glat=  28.56 u=  -6.3000 v= -16.4800 vr=   1.62578 vt=  17.56807
 i= 1053 j=  932 glon=  287.33 (0-360E) glon=  287.33 glat=  28.56 u= -10.2000 v= -16.1700 vr=   4.71014 vt=  18.52899
 i= 1058 j=  932 glon=  287.53 (0-360E) glon=  287.53 glat=  28.56 u= -13.0000 v= -15.0400 vr=   6.71683 vt=  18.71058
 i= 1063 j=  932 glon=  287.73 (0-360E) glon=  287.73 glat=  28.56 u= -18.5000 v= -16.7300 vr=   9.54172 vt=  23.04557
 i= 1068 j=  932 glon=  287.93 (0-360E) glon=  287.93 glat=  28.56 u= -22.5000 v= -17.8200 vr=   9.82083 vt=  26.96950
 i= 1073 j=  932 glon=  288.13 (0-360E) glon=  288.13 glat=  28.56 u= -29.2000 v= -16.6700 vr=  11.01321 vt=  31.76851
 i= 1078 j=  932 glon=  288.33 (0-360E) glon=  288.33 glat=  28.56 u= -33.2000 v= -15.4600 vr=   5.50010 vt=  36.20774
 i= 1083 j=  932 glon=  288.53 (0-360E) glon=  288.53 glat=  28.56 u= -44.3000 v=  -3.9600 vr=   4.20680 vt=  44.27725
 i= 1088 j=  932 glon=  288.73 (0-360E) glon=  288.73 glat=  28.56 u= -47.0000 v=  13.9200 vr=   0.17034 vt=  49.01773
 i= 1093 j=  932 glon=  288.93 (0-360E) glon=  288.93 glat=  28.56 u= -39.0000 v=  29.9500 vr=  -0.09784 vt=  49.17309
 i= 1098 j=  932 glon=  289.13 (0-360E) glon=  289.13 glat=  28.56 u= -27.9000 v=  37.6000 vr=   1.68845 vt=  46.79016
 i= 1103 j=  932 glon=  289.33 (0-360E) glon=  289.33 glat=  28.56 u= -24.3000 v=  35.9100 vr=  -3.08778 vt=  43.24909
 i= 1108 j=  932 glon=  289.53 (0-360E) glon=  289.53 glat=  28.56 u= -21.7000 v=  35.6700 vr=  -5.10137 vt=  41.43929
 i= 1113 j=  932 glon=  289.73 (0-360E) glon=  289.73 glat=  28.56 u= -18.6000 v=  42.4200 vr=  -2.71496 vt=  46.23900
 i= 1118 j=  932 glon=  289.93 (0-360E) glon=  289.93 glat=  28.56 u= -13.0000 v=  37.7500 vr=  -1.11389 vt=  39.91017
 i= 1123 j=  932 glon=  290.13 (0-360E) glon=  290.13 glat=  28.56 u=  -9.1000 v=  32.6200 vr=  -0.23591 vt=  33.86471
 i= 1128 j=  932 glon=  290.33 (0-360E) glon=  290.33 glat=  28.56 u=  -6.2000 v=  30.6400 vr=   1.09660 vt=  31.24175
 i= 1133 j=  932 glon=  290.53 (0-360E) glon=  290.53 glat=  28.56 u=  -6.0000 v=  26.7300 vr=  -0.28788 vt=  27.39361
 i= 1138 j=  932 glon=  290.73 (0-360E) glon=  290.73 glat=  28.56 u=  -6.9000 v=  24.1300 vr=  -2.21396 vt=  24.99931
 i= 1028 j=  937 glon=  286.33 (0-360E) glon=  286.33 glat=  28.36 u=  -0.5000 v= -15.5600 vr=  -0.72398 vt=  15.55119
 i= 1033 j=  937 glon=  286.53 (0-360E) glon=  286.53 glat=  28.36 u=  -1.3000 v= -16.2100 vr=  -0.11572 vt=  16.26163
 i= 1038 j=  937 glon=  286.73 (0-360E) glon=  286.73 glat=  28.36 u=  -0.5000 v= -18.6000 vr=  -1.30958 vt=  18.56058
 i= 1043 j=  937 glon=  286.93 (0-360E) glon=  286.93 glat=  28.36 u=  -1.4000 v= -17.1000 vr=  -0.48157 vt=  17.15045
 i= 1048 j=  937 glon=  287.13 (0-360E) glon=  287.13 glat=  28.36 u=  -2.7000 v= -17.5900 vr=   0.47893 vt=  17.78957
 i= 1053 j=  937 glon=  287.33 (0-360E) glon=  287.33 glat=  28.36 u=  -3.6000 v= -18.1200 vr=   0.93158 vt=  18.45065
 i= 1058 j=  937 glon=  287.53 (0-360E) glon=  287.53 glat=  28.36 u= -13.0000 v= -17.6200 vr=   9.77051 vt=  19.59596
 i= 1063 j=  937 glon=  287.73 (0-360E) glon=  287.73 glat=  28.36 u= -12.3000 v= -20.5100 vr=   7.69988 vt=  22.64204
 i= 1068 j=  937 glon=  287.93 (0-360E) glon=  287.93 glat=  28.36 u= -17.6000 v= -23.9600 vr=  10.48125 vt=  27.82058
 i= 1073 j=  937 glon=  288.13 (0-360E) glon=  288.13 glat=  28.36 u= -18.8000 v= -27.8000 vr=   7.17078 vt=  32.78506
 i= 1078 j=  937 glon=  288.33 (0-360E) glon=  288.33 glat=  28.36 u= -31.6000 v= -30.1800 vr=   8.96480 vt=  42.76710
 i= 1083 j=  937 glon=  288.53 (0-360E) glon=  288.53 glat=  28.36 u= -43.5000 v= -17.4300 vr=   0.26828 vt=  46.86132
 i= 1088 j=  937 glon=  288.73 (0-360E) glon=  288.73 glat=  28.36 u= -45.4000 v=  14.0000 vr= -12.69613 vt=  45.78175
 i= 1093 j=  937 glon=  288.93 (0-360E) glon=  288.93 glat=  28.36 u= -36.4000 v=  44.1200 vr=  -8.85783 vt=  56.50729
 i= 1098 j=  937 glon=  289.13 (0-360E) glon=  289.13 glat=  28.36 u= -22.8000 v=  45.5100 vr=  -5.83806 vt=  50.56597
 i= 1103 j=  937 glon=  289.33 (0-360E) glon=  289.33 glat=  28.36 u= -17.5000 v=  44.1300 vr=  -5.70821 vt=  47.12879
 i= 1108 j=  937 glon=  289.53 (0-360E) glon=  289.53 glat=  28.36 u= -10.9000 v=  38.7400 vr=  -2.89530 vt=  40.13994
 i= 1113 j=  937 glon=  289.73 (0-360E) glon=  289.73 glat=  28.36 u=  -8.4000 v=  35.1200 vr=  -2.47391 vt=  36.02574
 i= 1118 j=  937 glon=  289.93 (0-360E) glon=  289.93 glat=  28.36 u= -10.6000 v=  36.7600 vr=  -5.34187 vt=  37.88300
 i= 1123 j=  937 glon=  290.13 (0-360E) glon=  290.13 glat=  28.36 u=  -5.8000 v=  34.8700 vr=  -1.52826 vt=  35.31602
 i= 1128 j=  937 glon=  290.33 (0-360E) glon=  290.33 glat=  28.36 u=  -4.2000 v=  31.5100 vr=  -0.81859 vt=  31.77814
 i= 1133 j=  937 glon=  290.53 (0-360E) glon=  290.53 glat=  28.36 u=  -2.8000 v=  28.5800 vr=  -0.07977 vt=  28.71672
 i= 1138 j=  937 glon=  290.73 (0-360E) glon=  290.73 glat=  28.36 u=  -4.5000 v=  25.4200 vr=  -2.32247 vt=  25.71055
 i= 1028 j=  942 glon=  286.33 (0-360E) glon=  286.33 glat=  28.16 u=   1.1000 v= -15.8900 vr=  -0.78784 vt=  15.90853
 i= 1033 j=  942 glon=  286.53 (0-360E) glon=  286.53 glat=  28.16 u=   1.6000 v= -15.8600 vr=  -1.26782 vt=  15.89000
 i= 1038 j=  942 glon=  286.73 (0-360E) glon=  286.73 glat=  28.16 u=   1.0000 v= -17.2200 vr=  -0.61197 vt=  17.23815
 i= 1043 j=  942 glon=  286.93 (0-360E) glon=  286.93 glat=  28.16 u=   3.4000 v= -18.8500 vr=  -2.93645 vt=  18.92775
 i= 1048 j=  942 glon=  287.13 (0-360E) glon=  287.13 glat=  28.16 u=   1.0000 v= -18.7300 vr=  -0.49104 vt=  18.75025
 i= 1053 j=  942 glon=  287.33 (0-360E) glon=  287.33 glat=  28.16 u=   0.2000 v= -19.6100 vr=   0.40133 vt=  19.60691
 i= 1058 j=  942 glon=  287.53 (0-360E) glon=  287.53 glat=  28.16 u=  -7.8000 v= -20.3900 vr=   8.52012 vt=  20.09974
 i= 1063 j=  942 glon=  287.73 (0-360E) glon=  287.73 glat=  28.16 u=  -3.0000 v= -22.5900 vr=   3.96452 vt=  22.44083
 i= 1068 j=  942 glon=  287.93 (0-360E) glon=  287.93 glat=  28.16 u=  -7.4000 v= -27.7100 vr=   8.90022 vt=  27.26518
 i= 1073 j=  942 glon=  288.13 (0-360E) glon=  288.13 glat=  28.16 u=  -2.1000 v= -34.1600 vr=   4.70030 vt=  33.90019
 i= 1078 j=  942 glon=  288.33 (0-360E) glon=  288.33 glat=  28.16 u=  -5.5000 v= -42.5700 vr=  10.96336 vt=  41.50012
 i= 1083 j=  942 glon=  288.53 (0-360E) glon=  288.53 glat=  28.16 u=  -5.5000 v= -25.2500 vr=  15.62296 vt=  20.58484
 i= 1088 j=  942 glon=  288.73 (0-360E) glon=  288.73 glat=  28.16 u=  -4.8000 v=   9.3100 vr=  -7.24174 vt=   7.56791
 i= 1093 j=  942 glon=  288.93 (0-360E) glon=  288.93 glat=  28.16 u=  -3.2000 v=  52.4000 vr=  -9.04682 vt=  51.71223
 i= 1098 j=  942 glon=  289.13 (0-360E) glon=  289.13 glat=  28.16 u=  -6.7000 v=  51.6100 vr= -10.29645 vt=  51.01436
 i= 1103 j=  942 glon=  289.33 (0-360E) glon=  289.33 glat=  28.16 u=  -7.0000 v=  47.2400 vr=  -9.41679 vt=  46.81818
 i= 1108 j=  942 glon=  289.53 (0-360E) glon=  289.53 glat=  28.16 u=  -3.0000 v=  39.7600 vr=  -4.62448 vt=  39.60394
 i= 1113 j=  942 glon=  289.73 (0-360E) glon=  289.73 glat=  28.16 u=  -1.5000 v=  34.8500 vr=  -2.69482 vt=  34.77802
 i= 1118 j=  942 glon=  289.93 (0-360E) glon=  289.93 glat=  28.16 u=  -0.9000 v=  35.4100 vr=  -1.95417 vt=  35.36749
 i= 1123 j=  942 glon=  290.13 (0-360E) glon=  290.13 glat=  28.16 u=  -0.3000 v=  35.2200 vr=  -1.23349 vt=  35.19967
 i= 1128 j=  942 glon=  290.33 (0-360E) glon=  290.33 glat=  28.16 u=  -1.0000 v=  31.6000 vr=  -1.75950 vt=  31.56682
 i= 1133 j=  942 glon=  290.53 (0-360E) glon=  290.53 glat=  28.16 u=  -0.9000 v=  29.1600 vr=  -1.54516 vt=  29.13294
 i= 1138 j=  942 glon=  290.73 (0-360E) glon=  290.73 glat=  28.16 u=  -0.6000 v=  26.5900 vr=  -1.14794 vt=  26.57198
 i= 1028 j=  947 glon=  286.33 (0-360E) glon=  286.33 glat=  27.96 u=   2.2000 v= -16.0800 vr=  -0.26979 vt=  16.22756
 i= 1033 j=  947 glon=  286.53 (0-360E) glon=  286.53 glat=  27.96 u=   2.5000 v= -16.2300 vr=  -0.37625 vt=  16.41710
 i= 1038 j=  947 glon=  286.73 (0-360E) glon=  286.73 glat=  27.96 u=   3.2000 v= -15.4800 vr=  -0.96476 vt=  15.77782
 i= 1043 j=  947 glon=  286.93 (0-360E) glon=  286.93 glat=  27.96 u=   3.9000 v= -17.2500 vr=  -1.12465 vt=  17.64958
 i= 1048 j=  947 glon=  287.13 (0-360E) glon=  287.13 glat=  27.96 u=   3.7000 v= -18.9300 vr=  -0.27159 vt=  19.28629
 i= 1053 j=  947 glon=  287.33 (0-360E) glon=  287.33 glat=  27.96 u=   4.3000 v= -20.4000 vr=  -0.04907 vt=  20.84820
 i= 1058 j=  947 glon=  287.53 (0-360E) glon=  287.53 glat=  27.96 u=   4.0000 v= -18.9000 vr=   0.63255 vt=  19.30829
 i= 1063 j=  947 glon=  287.73 (0-360E) glon=  287.73 glat=  27.96 u=   3.9000 v= -21.1200 vr=   2.35835 vt=  21.34719
 i= 1068 j=  947 glon=  287.93 (0-360E) glon=  287.93 glat=  27.96 u=   7.6000 v= -25.4400 vr=   2.14574 vt=  26.46412
 i= 1073 j=  947 glon=  288.13 (0-360E) glon=  288.13 glat=  27.96 u=  11.6000 v= -29.8600 vr=   4.25552 vt=  31.75012
 i= 1078 j=  947 glon=  288.33 (0-360E) glon=  288.33 glat=  27.96 u=  24.4000 v= -32.5000 vr=   4.63058 vt=  40.37534
 i= 1083 j=  947 glon=  288.53 (0-360E) glon=  288.53 glat=  27.96 u=  43.1000 v= -22.3200 vr=   9.17883 vt=  47.66069
 i= 1088 j=  947 glon=  288.73 (0-360E) glon=  288.73 glat=  27.96 u=  43.4000 v=  10.0900 vr=   9.14885 vt=  43.60810
 i= 1093 j=  947 glon=  288.93 (0-360E) glon=  288.93 glat=  27.96 u=  30.0000 v=  44.6600 vr=  -5.00560 vt=  53.56734
 i= 1098 j=  947 glon=  289.13 (0-360E) glon=  289.13 glat=  27.96 u=  14.8000 v=  45.5700 vr=  -7.30969 vt=  47.35223
 i= 1103 j=  947 glon=  289.33 (0-360E) glon=  289.33 glat=  27.96 u=   6.9000 v=  44.3000 vr=  -8.72514 vt=  43.97695
 i= 1108 j=  947 glon=  289.53 (0-360E) glon=  289.53 glat=  27.96 u=   6.1000 v=  38.4100 vr=  -4.72993 vt=  38.60267
 i= 1113 j=  947 glon=  289.73 (0-360E) glon=  289.73 glat=  27.96 u=   0.4000 v=  38.3400 vr=  -8.43571 vt=  37.40260
 i= 1118 j=  947 glon=  289.93 (0-360E) glon=  289.93 glat=  27.96 u=   1.3000 v=  34.9400 vr=  -5.62710 vt=  34.50840
 i= 1123 j=  947 glon=  290.13 (0-360E) glon=  290.13 glat=  27.96 u=   1.0000 v=  33.5000 vr=  -4.81434 vt=  33.16733
 i= 1128 j=  947 glon=  290.33 (0-360E) glon=  290.33 glat=  27.96 u=   2.2000 v=  31.5300 vr=  -2.68923 vt=  31.49205
 i= 1133 j=  947 glon=  290.53 (0-360E) glon=  290.53 glat=  27.96 u=   1.8000 v=  28.6400 vr=  -2.20508 vt=  28.61166
 i= 1138 j=  947 glon=  290.73 (0-360E) glon=  290.73 glat=  27.96 u=   1.9000 v=  26.7000 vr=  -1.50761 vt=  26.72503
 i= 1033 j=  952 glon=  286.53 (0-360E) glon=  286.53 glat=  27.76 u=   4.7000 v= -15.6700 vr=  -0.91707 vt=  16.33395
 i= 1038 j=  952 glon=  286.73 (0-360E) glon=  286.73 glat=  27.76 u=   5.3000 v= -15.0700 vr=  -1.27101 vt=  15.92418
 i= 1043 j=  952 glon=  286.93 (0-360E) glon=  286.93 glat=  27.76 u=   6.1000 v= -15.7300 vr=  -1.39800 vt=  16.81334
 i= 1048 j=  952 glon=  287.13 (0-360E) glon=  287.13 glat=  27.76 u=   6.8000 v= -18.1900 vr=  -0.68348 vt=  19.40745
 i= 1053 j=  952 glon=  287.33 (0-360E) glon=  287.33 glat=  27.76 u=   8.6000 v= -18.2100 vr=  -1.47156 vt=  20.08479
 i= 1058 j=  952 glon=  287.53 (0-360E) glon=  287.53 glat=  27.76 u=  11.4000 v= -20.1000 vr=  -2.02660 vt=  23.01875
 i= 1063 j=  952 glon=  287.73 (0-360E) glon=  287.73 glat=  27.76 u=  13.8000 v= -17.4700 vr=  -3.51460 vt=  21.98382
 i= 1068 j=  952 glon=  287.93 (0-360E) glon=  287.93 glat=  27.76 u=  13.0000 v= -20.1200 vr=   1.26206 vt=  23.92115
 i= 1073 j=  952 glon=  288.13 (0-360E) glon=  288.13 glat=  27.76 u=  21.1000 v= -21.5300 vr=   0.68278 vt=  30.13776
 i= 1078 j=  952 glon=  288.33 (0-360E) glon=  288.33 glat=  27.76 u=  30.6000 v= -17.4200 vr=   0.05256 vt=  35.21099
 i= 1083 j=  952 glon=  288.53 (0-360E) glon=  288.53 glat=  27.76 u=  41.4000 v=  -5.2900 vr=  -1.27098 vt=  41.71725
 i= 1088 j=  952 glon=  288.73 (0-360E) glon=  288.73 glat=  27.76 u=  41.8000 v=  13.7900 vr=  -3.25101 vt=  43.89573
 i= 1093 j=  952 glon=  288.93 (0-360E) glon=  288.93 glat=  27.76 u=  30.6000 v=  30.9400 vr=  -9.02366 vt=  42.57014
 i= 1098 j=  952 glon=  289.13 (0-360E) glon=  289.13 glat=  27.76 u=  24.9000 v=  34.6900 vr=  -5.57791 vt=  42.33548
 i= 1103 j=  952 glon=  289.33 (0-360E) glon=  289.33 glat=  27.76 u=  14.3000 v=  38.7700 vr=  -9.95259 vt=  40.10672
 i= 1108 j=  952 glon=  289.53 (0-360E) glon=  289.53 glat=  27.76 u=  12.4000 v=  34.7900 vr=  -5.40975 vt=  36.53545
 i= 1113 j=  952 glon=  289.73 (0-360E) glon=  289.73 glat=  27.76 u=  12.0000 v=  38.7000 vr=  -4.54903 vt=  40.26160
 i= 1118 j=  952 glon=  289.93 (0-360E) glon=  289.93 glat=  27.76 u=   6.4000 v=  37.1800 vr=  -6.99261 vt=  37.07311
 i= 1123 j=  952 glon=  290.13 (0-360E) glon=  290.13 glat=  27.76 u=   4.8000 v=  33.1000 vr=  -5.65457 vt=  32.96477
 i= 1128 j=  952 glon=  290.33 (0-360E) glon=  290.33 glat=  27.76 u=   5.4000 v=  29.7800 vr=  -3.04374 vt=  30.11219
 i= 1133 j=  952 glon=  290.53 (0-360E) glon=  290.53 glat=  27.76 u=   4.1000 v=  27.3400 vr=  -2.87315 vt=  27.49601
 i= 1138 j=  952 glon=  290.73 (0-360E) glon=  290.73 glat=  27.76 u=   3.5000 v=  25.6300 vr=  -2.45375 vt=  25.75123
 i= 1033 j=  957 glon=  286.53 (0-360E) glon=  286.53 glat=  27.56 u=   6.9000 v= -13.6300 vr=  -2.02732 vt=  15.14189
 i= 1038 j=  957 glon=  286.73 (0-360E) glon=  286.73 glat=  27.56 u=   8.1000 v= -14.2800 vr=  -2.42829 vt=  16.23674
 i= 1043 j=  957 glon=  286.93 (0-360E) glon=  286.93 glat=  27.56 u=   8.2000 v= -14.2500 vr=  -1.90319 vt=  16.33035
 i= 1048 j=  957 glon=  287.13 (0-360E) glon=  287.13 glat=  27.56 u=   8.7000 v= -16.7300 vr=  -0.49068 vt=  18.85052
 i= 1053 j=  957 glon=  287.33 (0-360E) glon=  287.33 glat=  27.56 u=  10.7000 v= -16.7200 vr=  -1.12398 vt=  19.81881
 i= 1058 j=  957 glon=  287.53 (0-360E) glon=  287.53 glat=  27.56 u=  14.2000 v= -17.0800 vr=  -2.34542 vt=  22.08768
 i= 1063 j=  957 glon=  287.73 (0-360E) glon=  287.73 glat=  27.56 u=  17.5000 v= -18.7000 vr=  -1.71630 vt=  25.55375
 i= 1068 j=  957 glon=  287.93 (0-360E) glon=  287.93 glat=  27.56 u=  22.6000 v= -15.2800 vr=  -4.42531 vt=  26.91942
 i= 1073 j=  957 glon=  288.13 (0-360E) glon=  288.13 glat=  27.56 u=  25.0000 v= -12.6100 vr=  -3.38173 vt=  27.79525
 i= 1078 j=  957 glon=  288.33 (0-360E) glon=  288.33 glat=  27.56 u=  27.3000 v= -11.1400 vr=   0.51193 vt=  29.48097
 i= 1083 j=  957 glon=  288.53 (0-360E) glon=  288.53 glat=  27.56 u=  32.0000 v=  -4.0300 vr=   0.55073 vt=  32.24806
 i= 1088 j=  957 glon=  288.73 (0-360E) glon=  288.73 glat=  27.56 u=  34.7000 v=   4.0000 vr=   1.89816 vt=  34.87817
 i= 1093 j=  957 glon=  288.93 (0-360E) glon=  288.93 glat=  27.56 u=  32.3000 v=  22.4800 vr=  -7.24380 vt=  38.68033
 i= 1098 j=  957 glon=  289.13 (0-360E) glon=  289.13 glat=  27.56 u=  25.3000 v=  30.8500 vr= -10.02487 vt=  38.61754
 i= 1103 j=  957 glon=  289.33 (0-360E) glon=  289.33 glat=  27.56 u=  18.3000 v=  32.5700 vr=  -9.95627 vt=  36.00788
 i= 1108 j=  957 glon=  289.53 (0-360E) glon=  289.53 glat=  27.56 u=  17.9000 v=  31.3100 vr=  -5.09908 vt=  35.70330
 i= 1113 j=  957 glon=  289.73 (0-360E) glon=  289.73 glat=  27.56 u=  13.7000 v=  33.2900 vr=  -6.40923 vt=  35.42366
 i= 1118 j=  957 glon=  289.93 (0-360E) glon=  289.93 glat=  27.56 u=   8.9000 v=  31.6200 vr=  -7.29347 vt=  32.02873
 i= 1123 j=  957 glon=  290.13 (0-360E) glon=  290.13 glat=  27.56 u=   8.2000 v=  29.3000 vr=  -5.12361 vt=  29.99131
 i= 1128 j=  957 glon=  290.33 (0-360E) glon=  290.33 glat=  27.56 u=   7.8000 v=  27.8700 vr=  -3.57930 vt=  28.71873
 i= 1133 j=  957 glon=  290.53 (0-360E) glon=  290.53 glat=  27.56 u=   5.6000 v=  25.9200 vr=  -3.88704 vt=  26.23161
 i= 1138 j=  957 glon=  290.73 (0-360E) glon=  290.73 glat=  27.56 u=   5.2000 v=  24.7700 vr=  -3.08586 vt=  25.12111
 i= 1033 j=  962 glon=  286.53 (0-360E) glon=  286.53 glat=  27.36 u=   7.6000 v= -12.4500 vr=  -1.73077 vt=  14.48333
 i= 1038 j=  962 glon=  286.73 (0-360E) glon=  286.73 glat=  27.36 u=  10.3000 v= -12.7000 vr=  -3.46348 vt=  15.98075
 i= 1043 j=  962 glon=  286.93 (0-360E) glon=  286.93 glat=  27.36 u=  12.3000 v= -13.6200 vr=  -4.01108 vt=  17.90826
 i= 1048 j=  962 glon=  287.13 (0-360E) glon=  287.13 glat=  27.36 u=  12.6000 v= -13.5600 vr=  -3.29743 vt=  18.21430
 i= 1053 j=  962 glon=  287.33 (0-360E) glon=  287.33 glat=  27.36 u=  12.9000 v= -15.8100 vr=  -0.96766 vt=  20.38209
 i= 1058 j=  962 glon=  287.53 (0-360E) glon=  287.53 glat=  27.36 u=  15.4000 v= -14.6800 vr=  -1.90839 vt=  21.19010
 i= 1063 j=  962 glon=  287.73 (0-360E) glon=  287.73 glat=  27.36 u=  17.6000 v= -13.8500 vr=  -1.84721 vt=  22.31973
 i= 1068 j=  962 glon=  287.93 (0-360E) glon=  287.93 glat=  27.36 u=  21.6000 v= -11.2700 vr=  -3.45585 vt=  24.11701
 i= 1073 j=  962 glon=  288.13 (0-360E) glon=  288.13 glat=  27.36 u=  25.7000 v=  -7.3500 vr=  -5.06471 vt=  26.24617
 i= 1078 j=  962 glon=  288.33 (0-360E) glon=  288.33 glat=  27.36 u=  29.5000 v=  -1.2800 vr=  -7.11442 vt=  28.65787
 i= 1083 j=  962 glon=  288.53 (0-360E) glon=  288.53 glat=  27.36 u=  30.6000 v=   7.5900 vr= -10.08163 vt=  29.87187
 i= 1088 j=  962 glon=  288.73 (0-360E) glon=  288.73 glat=  27.36 u=  30.6000 v=  15.9800 vr= -11.90920 vt=  32.40203
 i= 1093 j=  962 glon=  288.93 (0-360E) glon=  288.93 glat=  27.36 u=  29.0000 v=  19.6300 vr=  -9.18891 vt=  33.79202
 i= 1098 j=  962 glon=  289.13 (0-360E) glon=  289.13 glat=  27.36 u=  24.7000 v=  22.4100 vr=  -7.63092 vt=  32.46640
 i= 1103 j=  962 glon=  289.33 (0-360E) glon=  289.33 glat=  27.36 u=  17.4000 v=  26.8600 vr= -10.74466 vt=  30.14584
 i= 1108 j=  962 glon=  289.53 (0-360E) glon=  289.53 glat=  27.36 u=  17.9000 v=  28.9800 vr=  -8.21546 vt=  33.05687
 i= 1113 j=  962 glon=  289.73 (0-360E) glon=  289.73 glat=  27.36 u=  15.3000 v=  29.3000 vr=  -7.16142 vt=  32.26909
 i= 1118 j=  962 glon=  289.93 (0-360E) glon=  289.93 glat=  27.36 u=  12.2000 v=  28.7400 vr=  -6.79352 vt=  30.47418
 i= 1123 j=  962 glon=  290.13 (0-360E) glon=  290.13 glat=  27.36 u=  10.7000 v=  27.7100 vr=  -5.54749 vt=  29.18149
 i= 1128 j=  962 glon=  290.33 (0-360E) glon=  290.33 glat=  27.36 u=   9.4000 v=  26.5200 vr=  -4.55339 vt=  27.76575
 i= 1133 j=  962 glon=  290.53 (0-360E) glon=  290.53 glat=  27.36 u=   6.7000 v=  24.9000 vr=  -5.01991 vt=  25.29230
 i= 1038 j=  967 glon=  286.73 (0-360E) glon=  286.73 glat=  27.16 u=   9.4000 v= -12.1300 vr=  -1.53374 vt=  15.26907
 i= 1043 j=  967 glon=  286.93 (0-360E) glon=  286.93 glat=  27.16 u=  13.7000 v= -11.6800 vr=  -4.53102 vt=  17.42361
 i= 1048 j=  967 glon=  287.13 (0-360E) glon=  287.13 glat=  27.16 u=  16.9000 v= -12.7300 vr=  -5.32786 vt=  20.47625
 i= 1053 j=  967 glon=  287.33 (0-360E) glon=  287.33 glat=  27.16 u=  15.1000 v= -14.7100 vr=  -1.19146 vt=  21.04696
 i= 1058 j=  967 glon=  287.53 (0-360E) glon=  287.53 glat=  27.16 u=  15.9000 v= -13.3400 vr=  -0.95838 vt=  20.73275
 i= 1063 j=  967 glon=  287.73 (0-360E) glon=  287.73 glat=  27.16 u=  17.6000 v= -11.1200 vr=  -1.67126 vt=  20.75142
 i= 1068 j=  967 glon=  287.93 (0-360E) glon=  287.93 glat=  27.16 u=  19.7000 v=  -8.4100 vr=  -2.60647 vt=  21.26087
 i= 1073 j=  967 glon=  288.13 (0-360E) glon=  288.13 glat=  27.16 u=  22.4000 v=  -3.9400 vr=  -4.83114 vt=  22.22484
 i= 1078 j=  967 glon=  288.33 (0-360E) glon=  288.33 glat=  27.16 u=  24.8000 v=   1.0900 vr=  -6.79764 vt=  23.87510
 i= 1083 j=  967 glon=  288.53 (0-360E) glon=  288.53 glat=  27.16 u=  25.5000 v=   7.2900 vr=  -8.96785 vt=  24.95940
 i= 1088 j=  967 glon=  288.73 (0-360E) glon=  288.73 glat=  27.16 u=  28.5000 v=  13.3000 vr= -10.26103 vt=  29.72964
 i= 1093 j=  967 glon=  288.93 (0-360E) glon=  288.93 glat=  27.16 u=  27.2000 v=  13.8000 vr=  -6.06986 vt=  29.89041
 i= 1098 j=  967 glon=  289.13 (0-360E) glon=  289.13 glat=  27.16 u=  21.5000 v=  17.3300 vr=  -7.04875 vt=  26.70008
 i= 1103 j=  967 glon=  289.33 (0-360E) glon=  289.33 glat=  27.16 u=  19.9000 v=  22.2700 vr=  -8.48602 vt=  28.63478
 i= 1108 j=  967 glon=  289.53 (0-360E) glon=  289.53 glat=  27.16 u=  17.2000 v=  26.5100 vr= -10.16778 vt=  29.92050
 i= 1113 j=  967 glon=  289.73 (0-360E) glon=  289.73 glat=  27.16 u=  16.8000 v=  25.6000 vr=  -6.85185 vt=  29.84380
 i= 1118 j=  967 glon=  289.93 (0-360E) glon=  289.93 glat=  27.16 u=  13.6000 v=  25.6500 vr=  -6.83018 vt=  28.21757
 i= 1123 j=  967 glon=  290.13 (0-360E) glon=  290.13 glat=  27.16 u=  12.3000 v=  25.4600 vr=  -5.79301 vt=  27.67567
 i= 1128 j=  967 glon=  290.33 (0-360E) glon=  290.33 glat=  27.16 u=  10.4000 v=  24.7300 vr=  -5.33520 vt=  26.29199
 i= 1133 j=  967 glon=  290.53 (0-360E) glon=  290.53 glat=  27.16 u=   7.9000 v=  23.9600 vr=  -5.75951 vt=  24.56257
 i= 1043 j=  972 glon=  286.93 (0-360E) glon=  286.93 glat=  26.96 u=  13.3000 v= -10.0800 vr=  -3.75719 vt=  16.25976
 i= 1048 j=  972 glon=  287.13 (0-360E) glon=  287.13 glat=  26.96 u=  13.8000 v=  -7.6600 vr=  -4.76013 vt=  15.04848
 i= 1053 j=  972 glon=  287.33 (0-360E) glon=  287.33 glat=  26.96 u=  17.7000 v= -10.9700 vr=  -3.85134 vt=  20.46456
 i= 1058 j=  972 glon=  287.53 (0-360E) glon=  287.53 glat=  26.96 u=  18.7000 v= -10.2500 vr=  -3.31400 vt=  21.06585
 i= 1063 j=  972 glon=  287.73 (0-360E) glon=  287.73 glat=  26.96 u=  18.7000 v=  -8.8800 vr=  -2.44139 vt=  20.55685
 i= 1068 j=  972 glon=  287.93 (0-360E) glon=  287.93 glat=  26.96 u=  17.7000 v=  -6.5900 vr=  -1.80955 vt=  18.80010
 i= 1073 j=  972 glon=  288.13 (0-360E) glon=  288.13 glat=  26.96 u=  18.6000 v=   0.3200 vr=  -6.33252 vt=  17.49176
 i= 1078 j=  972 glon=  288.33 (0-360E) glon=  288.33 glat=  26.96 u=  25.9000 v=   3.3600 vr=  -8.35693 vt=  24.74391
 i= 1083 j=  972 glon=  288.53 (0-360E) glon=  288.53 glat=  26.96 u=  27.0000 v=  11.9700 vr= -13.45547 vt=  26.29128
 i= 1088 j=  972 glon=  288.73 (0-360E) glon=  288.73 glat=  26.96 u=  29.4000 v=  11.3600 vr=  -8.74772 vt=  30.28014
 i= 1093 j=  972 glon=  288.93 (0-360E) glon=  288.93 glat=  26.96 u=  23.7000 v=  19.4300 vr= -13.59246 vt=  27.46743
 i= 1098 j=  972 glon=  289.13 (0-360E) glon=  289.13 glat=  26.96 u=  22.9000 v=  22.3200 vr= -12.86906 vt=  29.27422
 i= 1103 j=  972 glon=  289.33 (0-360E) glon=  289.33 glat=  26.96 u=  18.7000 v=  22.1000 vr= -11.02586 vt=  26.76809
 i= 1108 j=  972 glon=  289.53 (0-360E) glon=  289.53 glat=  26.96 u=  18.2000 v=  21.6200 vr=  -8.00164 vt=  27.10421
 i= 1113 j=  972 glon=  289.73 (0-360E) glon=  289.73 glat=  26.96 u=  16.2000 v=  22.8700 vr=  -7.67663 vt=  26.95452
 i= 1118 j=  972 glon=  289.93 (0-360E) glon=  289.93 glat=  26.96 u=  14.1000 v=  23.1100 vr=  -7.09375 vt=  26.12587
 i= 1123 j=  972 glon=  290.13 (0-360E) glon=  290.13 glat=  26.96 u=  13.8000 v=  23.1900 vr=  -5.52539 vt=  26.41375
 i= 1128 j=  972 glon=  290.33 (0-360E) glon=  290.33 glat=  26.96 u=  11.2000 v=  22.6600 vr=  -5.59981 vt=  24.64869
 i= 1048 j=  977 glon=  287.13 (0-360E) glon=  287.13 glat=  26.76 u=  13.8000 v=  -6.9500 vr=  -4.14893 vt=  14.88385
 i= 1053 j=  977 glon=  287.33 (0-360E) glon=  287.33 glat=  26.76 u=  15.7000 v=  -7.5000 vr=  -3.82124 vt=  16.97463
 i= 1058 j=  977 glon=  287.53 (0-360E) glon=  287.53 glat=  26.76 u=  18.0000 v=  -8.4200 vr=  -2.95108 vt=  19.65165
 i= 1063 j=  977 glon=  287.73 (0-360E) glon=  287.73 glat=  26.76 u=  19.7000 v=  -6.9400 vr=  -3.27883 vt=  20.62772
 i= 1068 j=  977 glon=  287.93 (0-360E) glon=  287.93 glat=  26.76 u=  21.6000 v=  -4.1500 vr=  -4.50739 vt=  21.52826
 i= 1073 j=  977 glon=  288.13 (0-360E) glon=  288.13 glat=  26.76 u=  27.2000 v=   2.6900 vr= -10.27545 vt=  25.32768
 i= 1078 j=  977 glon=  288.33 (0-360E) glon=  288.33 glat=  26.76 u=  27.0000 v=   4.9000 vr=  -9.39387 vt=  25.78304
 i= 1083 j=  977 glon=  288.53 (0-360E) glon=  288.53 glat=  26.76 u=  24.1000 v=   8.9000 vr= -10.04573 vt=  23.64537
 i= 1088 j=  977 glon=  288.73 (0-360E) glon=  288.73 glat=  26.76 u=  26.7000 v=  12.1800 vr= -10.13549 vt=  27.54114
 i= 1093 j=  977 glon=  288.93 (0-360E) glon=  288.93 glat=  26.76 u=  24.8000 v=  16.3500 vr= -11.19569 vt=  27.51398
 i= 1098 j=  977 glon=  289.13 (0-360E) glon=  289.13 glat=  26.76 u=  21.6000 v=  17.9600 vr= -10.46531 vt=  26.06912
 i= 1103 j=  977 glon=  289.33 (0-360E) glon=  289.33 glat=  26.76 u=  18.9000 v=  19.4000 vr= -10.02449 vt=  25.16107
 i= 1108 j=  977 glon=  289.53 (0-360E) glon=  289.53 glat=  26.76 u=  16.4000 v=  20.4300 vr=  -9.64706 vt=  24.35732
 i= 1113 j=  977 glon=  289.73 (0-360E) glon=  289.73 glat=  26.76 u=  15.8000 v=  20.6300 vr=  -7.97372 vt=  24.73170
 i= 1118 j=  977 glon=  289.93 (0-360E) glon=  289.93 glat=  26.76 u=  14.7000 v=  21.6100 vr=  -7.46731 vt=  25.04638
 i= 1123 j=  977 glon=  290.13 (0-360E) glon=  290.13 glat=  26.76 u=  13.9000 v=  21.0100 vr=  -5.82218 vt=  24.50984
 i= 1053 j=  982 glon=  287.33 (0-360E) glon=  287.33 glat=  26.56 u=  15.3000 v=  -5.5900 vr=  -4.10397 vt=  15.76374
 i= 1058 j=  982 glon=  287.53 (0-360E) glon=  287.53 glat=  26.56 u=  17.2000 v=  -5.9800 vr=  -3.50396 vt=  17.86960
 i= 1063 j=  982 glon=  287.73 (0-360E) glon=  287.73 glat=  26.56 u=  20.3000 v=  -4.4500 vr=  -4.69781 vt=  20.24409
 i= 1068 j=  982 glon=  287.93 (0-360E) glon=  287.93 glat=  26.56 u=  21.9000 v=  -0.8500 vr=  -6.75180 vt=  20.85056
 i= 1073 j=  982 glon=  288.13 (0-360E) glon=  288.13 glat=  26.56 u=  23.9000 v=   1.0900 vr=  -7.04630 vt=  22.86368
 i= 1078 j=  982 glon=  288.33 (0-360E) glon=  288.33 glat=  26.56 u=  25.0000 v=   5.3500 vr=  -9.01260 vt=  23.92479
 i= 1083 j=  982 glon=  288.53 (0-360E) glon=  288.53 glat=  26.56 u=  24.1000 v=   9.0000 vr= -10.00703 vt=  23.69956
 i= 1088 j=  982 glon=  288.73 (0-360E) glon=  288.73 glat=  26.56 u=  23.7000 v=  10.7300 vr=  -9.13935 vt=  24.35765
 i= 1093 j=  982 glon=  288.93 (0-360E) glon=  288.93 glat=  26.56 u=  22.0000 v=  13.4000 vr=  -9.41455 vt=  23.97762
 i= 1098 j=  982 glon=  289.13 (0-360E) glon=  289.13 glat=  26.56 u=  19.6000 v=  15.9400 vr=  -9.99962 vt=  23.20024
 i= 1103 j=  982 glon=  289.33 (0-360E) glon=  289.33 glat=  26.56 u=  17.0000 v=  17.4600 vr= -10.06431 vt=  22.19372
 i= 1108 j=  982 glon=  289.53 (0-360E) glon=  289.53 glat=  26.56 u=  16.1000 v=  18.0000 vr=  -8.90836 vt=  22.44663
 i= 1113 j=  982 glon=  289.73 (0-360E) glon=  289.73 glat=  26.56 u=  14.9000 v=  19.4500 vr=  -8.88584 vt=  22.83319
 i= 1118 j=  982 glon=  289.93 (0-360E) glon=  289.93 glat=  26.56 u=  14.3000 v=  19.0700 vr=  -7.18857 vt=  22.72618
 i= 1063 j=  987 glon=  287.73 (0-360E) glon=  287.73 glat=  26.36 u=  19.2000 v=  -2.8900 vr=  -4.83061 vt=  18.80578
 i= 1068 j=  987 glon=  287.93 (0-360E) glon=  287.93 glat=  26.36 u=  20.7000 v=  -0.8000 vr=  -5.67894 vt=  19.92184
 i= 1073 j=  987 glon=  288.13 (0-360E) glon=  288.13 glat=  26.36 u=  21.1000 v=   2.2300 vr=  -6.91761 vt=  20.05815
 i= 1078 j=  987 glon=  288.33 (0-360E) glon=  288.33 glat=  26.36 u=  21.5000 v=   4.5600 vr=  -7.37893 vt=  20.70253
 i= 1083 j=  987 glon=  288.53 (0-360E) glon=  288.53 glat=  26.36 u=  21.8000 v=   6.5100 vr=  -7.32383 vt=  21.54023
 i= 1088 j=  987 glon=  288.73 (0-360E) glon=  288.73 glat=  26.36 u=  20.7000 v=   9.2200 vr=  -7.98352 vt=  21.20759
 i= 1093 j=  987 glon=  288.93 (0-360E) glon=  288.93 glat=  26.36 u=  19.0000 v=  11.9000 vr=  -8.83571 vt=  20.60437
 i= 1098 j=  987 glon=  289.13 (0-360E) glon=  289.13 glat=  26.36 u=  16.8000 v=  14.2000 vr=  -9.65950 vt=  19.76295
 i= 1103 j=  987 glon=  289.33 (0-360E) glon=  289.33 glat=  26.36 u=  16.5000 v=  15.2400 vr=  -8.95607 vt=  20.59845
 i= 1108 j=  987 glon=  289.53 (0-360E) glon=  289.53 glat=  26.36 u=  14.7000 v=  16.9300 vr=  -9.48751 vt=  20.31507
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    26.6412566747014       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     54.37 kts
    LL Wind Circ Vt mean quadmax value: SE     47.72 kts
    LL Wind Circ Vt mean quadmax value: SW     41.91 kts
    LL Wind Circ Vt mean quadmax value: NW     49.25 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.80806248832738       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.87603686059012       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    28.1177164446009     
   xcenlon=    288.672039547224     
   imax=         2738  jmax=         2041
   jlatfix=          943
   ilonfix (unadjusted) =         1087
  
 In get_max_wind, ibeg=         1009  iend=         1164
                  jbeg=          875  jend=         1012
         ilonfix=         1087  jlatfix=          943
 At end of get_max_wind, vmax=    51.7951812430462       rmax= 
   15.0817519394736     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.94 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.88 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   16.57 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   21.36 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   26.62 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   32.53 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   38.21 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   42.27 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   44.08 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   43.67 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   42.13 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   40.37 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   38.62 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   36.98 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   35.47 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   34.09 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   32.90 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   31.89 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   31.07 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   30.38 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   29.71 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   29.04 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   28.28 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   27.53 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   26.82 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   26.20 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.68 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   25.25 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.86 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.47 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   24.09 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   23.69 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   23.27 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.90 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.57 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   22.30 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   22.04 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.80 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.53 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.20 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.86 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.51 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    44.08 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    44.0835218863819      
  (m/s)   (in kts)=    85.6410579686741     
  rising_sum_dvdr=       37.1453416439995     
  declining_sum_dvdr=   -17.8826430595578     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=     6 igrct=  1 Vmax (m/s)=   51.795   22:17:04
 TIMING: before call  getradii, fhr=     6 igrct=  1   22:17:04
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.78669081314735     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.78669081314735     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.5298198123270     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.5298198123270     
 mr4qs after add, mean_radii_vt_4quad_sum=    20.5726959163747     
 mr4qs before add, mean_radii_vt_4quad_sum=    20.5726959163747     
 mr4qs after add, mean_radii_vt_4quad_sum=    23.3914878823934     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   23.39 good_quad_ct=   4 mean_vt_4quad=      5.85
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.46 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.53 mean_vt_4quad=    9.46
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.60 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.67 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.74 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.82 mean_vt_4quad=    9.72
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.92 mean_vt_4quad=    9.78
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.06 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.15 mean_vt_4quad=    9.91
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.21 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.24 mean_vt_4quad=   10.06
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.23 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.32 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.41 mean_vt_4quad=   10.28
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.52 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.63 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.69 mean_vt_4quad=   10.52
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.76 mean_vt_4quad=   10.60
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.82 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.88 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.94 mean_vt_4quad=   10.82
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.02 mean_vt_4quad=   10.89
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.13 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.22 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.31 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.39 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.49 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.59 mean_vt_4quad=   11.33
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.71 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.79 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.86 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.91 mean_vt_4quad=   11.66
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.93 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.95 mean_vt_4quad=   11.84
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.00 mean_vt_4quad=   11.94
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.08 mean_vt_4quad=   12.04
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.17 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.27 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.48 mean_vt_4quad=   12.36
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.69 mean_vt_4quad=   12.47
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.89 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.04 mean_vt_4quad=   12.69
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.17 mean_vt_4quad=   12.80
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.30 mean_vt_4quad=   12.91
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.42 mean_vt_4quad=   13.02
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.53 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.64 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.76 mean_vt_4quad=   13.35
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.89 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.04 mean_vt_4quad=   13.55
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.20 mean_vt_4quad=   13.65
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.39 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=   13.85
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.85 .... 0.5*v_holland=    5.37
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.95 .... 0.5*v_holland=    5.37
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   14.06 .... 0.5*v_holland=    5.37
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.16 .... 0.5*v_holland=    5.37
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.27 .... 0.5*v_holland=    5.37
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.78 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.93 mean_vt_4quad=   14.06
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.02 mean_vt_4quad=   14.16
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.12 mean_vt_4quad=   14.27
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.15 mean_vt_4quad=   14.39
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.20 mean_vt_4quad=   14.53
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.38 mean_vt_4quad=   14.67
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.53 mean_vt_4quad=   14.83
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.67 mean_vt_4quad=   14.98
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.81 mean_vt_4quad=   15.13
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.05 mean_vt_4quad=   15.29
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.29 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.52 mean_vt_4quad=   15.60
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.78 mean_vt_4quad=   15.76
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.01 mean_vt_4quad=   15.93
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.22 mean_vt_4quad=   16.10
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.42 mean_vt_4quad=   16.29
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.68 mean_vt_4quad=   16.50
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.91 mean_vt_4quad=   16.72
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.17 mean_vt_4quad=   16.93
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.44 mean_vt_4quad=   17.14
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.72 mean_vt_4quad=   17.36
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.99 mean_vt_4quad=   17.60
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   22.32 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   22.66 mean_vt_4quad=   18.07
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.02 mean_vt_4quad=   18.29
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.43 mean_vt_4quad=   18.51
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.79 mean_vt_4quad=   18.74
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.22 mean_vt_4quad=   19.02
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.68 mean_vt_4quad=   19.32
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.26 mean_vt_4quad=   19.61
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.06 mean_vt_4quad=   19.88
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.06 mean_vt_4quad=   19.88
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.06 mean_vt_4quad=   20.12
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   28.08 mean_vt_4quad=   20.37
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   28.76 mean_vt_4quad=   20.63
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   29.18 mean_vt_4quad=   20.91
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   29.35 mean_vt_4quad=   21.22
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   29.24 mean_vt_4quad=   21.57
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   29.05 mean_vt_4quad=   21.95
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   28.93 mean_vt_4quad=   22.34
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   28.79 mean_vt_4quad=   22.74
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   28.79 mean_vt_4quad=   23.12
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   28.94 mean_vt_4quad=   23.51
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   29.47 mean_vt_4quad=   23.91
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   30.33 mean_vt_4quad=   24.35
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   31.35 mean_vt_4quad=   24.84
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   32.46 mean_vt_4quad=   25.39
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   33.60 mean_vt_4quad=   26.02
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   11.81 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   11.89 mean_vt_4quad=    9.46
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   11.94 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   11.99 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.06 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.12 mean_vt_4quad=    9.72
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.19 mean_vt_4quad=    9.78
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.25 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.32 mean_vt_4quad=    9.91
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.41 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.45 mean_vt_4quad=   10.06
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.54 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.61 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.68 mean_vt_4quad=   10.28
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.76 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   12.87 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   12.97 mean_vt_4quad=   10.52
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.08 mean_vt_4quad=   10.60
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.20 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.31 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.40 mean_vt_4quad=   10.82
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.48 mean_vt_4quad=   10.89
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.54 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.60 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.66 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.76 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   13.85 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   13.99 mean_vt_4quad=   11.33
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.11 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.24 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.36 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.50 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.63 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.77 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.92 mean_vt_4quad=   11.94
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.04 mean_vt_4quad=   12.04
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.18 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.29 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.41 mean_vt_4quad=   12.36
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.53 mean_vt_4quad=   12.47
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.66 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.80 mean_vt_4quad=   12.69
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.95 mean_vt_4quad=   12.80
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.08 mean_vt_4quad=   12.91
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.21 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.30 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.39 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.47 mean_vt_4quad=   13.35
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.59 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.78 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.04 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.19 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.21 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.39 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.57 mean_vt_4quad=   14.06
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   14.06 .... 0.5*v_holland=    5.52
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.16 .... 0.5*v_holland=    5.52
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.27 .... 0.5*v_holland=    5.52
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.39 .... 0.5*v_holland=    5.52
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.53 .... 0.5*v_holland=    5.52
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    207.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   111.697200000000     
 vradius(iwindix,iquad) =         112
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.57 mean_vt_4quad=   14.06
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.64 mean_vt_4quad=   14.16
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.63 mean_vt_4quad=   14.27
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.66 mean_vt_4quad=   14.39
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.77 mean_vt_4quad=   14.53
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.93 mean_vt_4quad=   14.67
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.09 mean_vt_4quad=   14.83
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.26 mean_vt_4quad=   14.98
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.43 mean_vt_4quad=   15.13
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.61 mean_vt_4quad=   15.29
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.88 mean_vt_4quad=   15.44
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.16 mean_vt_4quad=   15.60
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.46 mean_vt_4quad=   15.76
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.79 mean_vt_4quad=   15.93
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.13 mean_vt_4quad=   16.10
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.51 mean_vt_4quad=   16.29
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.90 mean_vt_4quad=   16.50
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.29 mean_vt_4quad=   16.72
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.63 mean_vt_4quad=   16.93
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.98 mean_vt_4quad=   17.14
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.35 mean_vt_4quad=   17.36
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   22.98 mean_vt_4quad=   17.60
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.53 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   24.04 mean_vt_4quad=   18.07
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   24.38 mean_vt_4quad=   18.29
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   24.67 mean_vt_4quad=   18.51
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   24.97 mean_vt_4quad=   18.74
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   25.30 mean_vt_4quad=   19.02
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   25.65 mean_vt_4quad=   19.32
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.90 mean_vt_4quad=   19.61
  
 NO interp, exactdistkm=    120.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   64.7520000000000     
 vradius(iwindix,iquad) =          65
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.90 mean_vt_4quad=   19.61
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   25.98 mean_vt_4quad=   19.88
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   26.03 mean_vt_4quad=   20.12
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   26.02 mean_vt_4quad=   20.37
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   25.97 mean_vt_4quad=   20.63
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   25.81 mean_vt_4quad=   20.91
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   26.24 mean_vt_4quad=   21.22
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   26.94 mean_vt_4quad=   21.57
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   27.48 mean_vt_4quad=   21.95
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   28.50 mean_vt_4quad=   22.34
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   29.20 mean_vt_4quad=   22.74
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   29.64 mean_vt_4quad=   23.12
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   29.73 mean_vt_4quad=   23.51
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   29.66 mean_vt_4quad=   23.91
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   29.56 mean_vt_4quad=   24.35
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   29.63 mean_vt_4quad=   24.84
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   30.23 mean_vt_4quad=   25.39
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   31.25 mean_vt_4quad=   26.02
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   32.27 mean_vt_4quad=   26.70
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   33.09 mean_vt_4quad=   27.42
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    9.88 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    9.79 mean_vt_4quad=    9.46
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.71 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    9.81 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    9.99 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   10.11 mean_vt_4quad=    9.72
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   10.19 mean_vt_4quad=    9.78
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   10.25 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.28 mean_vt_4quad=    9.91
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.30 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.32 mean_vt_4quad=   10.06
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.35 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.41 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.46 mean_vt_4quad=   10.28
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.54 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   10.62 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   10.68 mean_vt_4quad=   10.52
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.76 mean_vt_4quad=   10.60
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.83 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   10.92 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   10.99 mean_vt_4quad=   10.82
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.06 mean_vt_4quad=   10.89
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.11 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.14 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.23 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.34 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.47 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.60 mean_vt_4quad=   11.33
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.71 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.78 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.85 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.87 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.90 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   11.95 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.06 mean_vt_4quad=   11.94
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.18 mean_vt_4quad=   12.04
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   12.40 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   12.64 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.90 mean_vt_4quad=   12.36
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.14 mean_vt_4quad=   12.47
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.35 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.57 mean_vt_4quad=   12.69
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.75 mean_vt_4quad=   12.80
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.94 mean_vt_4quad=   12.91
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.12 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.29 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.48 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.69 mean_vt_4quad=   13.35
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.89 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.04 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.16 mean_vt_4quad=   13.65
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.28 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.40 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.60 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.85 mean_vt_4quad=   14.06
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.08 mean_vt_4quad=   14.16
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.31 mean_vt_4quad=   14.27
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.52 mean_vt_4quad=   14.39
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.75 mean_vt_4quad=   14.53
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.97 mean_vt_4quad=   14.67
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.20 mean_vt_4quad=   14.83
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.43 mean_vt_4quad=   14.98
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.69 mean_vt_4quad=   15.13
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   15.13 .... 0.5*v_holland=    6.23
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   15.29 .... 0.5*v_holland=    6.23
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   15.44 .... 0.5*v_holland=    6.23
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.60 .... 0.5*v_holland=    6.23
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   15.76 .... 0.5*v_holland=    6.23
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    183.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   98.7468000000000     
 vradius(iwindix,iquad) =          99
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.69 mean_vt_4quad=   15.13
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.96 mean_vt_4quad=   15.29
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   18.29 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   18.61 mean_vt_4quad=   15.60
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   18.99 mean_vt_4quad=   15.76
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   19.41 mean_vt_4quad=   15.93
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   19.73 mean_vt_4quad=   16.10
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   20.07 mean_vt_4quad=   16.29
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   20.30 mean_vt_4quad=   16.50
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   20.34 mean_vt_4quad=   16.72
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   20.29 mean_vt_4quad=   16.93
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   20.59 mean_vt_4quad=   17.14
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   20.86 mean_vt_4quad=   17.36
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   21.02 mean_vt_4quad=   17.60
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   20.99 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   20.76 mean_vt_4quad=   18.07
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   20.29 mean_vt_4quad=   18.29
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   19.90 mean_vt_4quad=   18.51
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   19.59 mean_vt_4quad=   18.74
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   19.74 mean_vt_4quad=   19.02
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   19.94 mean_vt_4quad=   19.32
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   20.30 mean_vt_4quad=   19.61
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   20.58 mean_vt_4quad=   19.88
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   20.81 mean_vt_4quad=   20.12
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   21.05 mean_vt_4quad=   20.37
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   21.27 mean_vt_4quad=   20.63
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   21.46 mean_vt_4quad=   20.91
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   21.71 mean_vt_4quad=   21.22
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   22.04 mean_vt_4quad=   21.57
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   22.42 mean_vt_4quad=   21.95
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.80 mean_vt_4quad=   22.34
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   23.04 mean_vt_4quad=   22.74
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   23.09 mean_vt_4quad=   23.12
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.08 mean_vt_4quad=   23.51
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   23.19 mean_vt_4quad=   23.91
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.83 mean_vt_4quad=   24.35
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.81 mean_vt_4quad=   24.84
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.22 mean_vt_4quad=   25.39
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.22 mean_vt_4quad=   25.39
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   27.25 mean_vt_4quad=   26.02
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   27.96 mean_vt_4quad=   26.70
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   28.17 mean_vt_4quad=   27.42
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   28.44 mean_vt_4quad=   28.16
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   28.81 mean_vt_4quad=   28.94
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   29.39 mean_vt_4quad=   29.79
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   30.15 mean_vt_4quad=   30.75
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   31.05 mean_vt_4quad=   31.86
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   32.12 mean_vt_4quad=   33.12
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   33.47 mean_vt_4quad=   34.56
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   11.32 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   11.40 mean_vt_4quad=    9.46
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   11.46 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   11.50 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   11.56 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   11.62 mean_vt_4quad=    9.72
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   11.75 mean_vt_4quad=    9.78
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   11.85 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   11.96 mean_vt_4quad=    9.91
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   12.04 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   12.15 mean_vt_4quad=   10.06
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   12.18 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   12.31 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   12.41 mean_vt_4quad=   10.28
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   12.51 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   12.64 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   12.73 mean_vt_4quad=   10.52
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   12.80 mean_vt_4quad=   10.60
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   12.88 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   13.05 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   13.18 mean_vt_4quad=   10.82
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   13.23 mean_vt_4quad=   10.89
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   13.31 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   13.38 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   13.43 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   13.45 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   13.46 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   13.45 mean_vt_4quad=   11.33
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   13.45 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   13.46 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   13.51 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   13.64 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   13.76 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   13.84 mean_vt_4quad=   11.84
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   13.92 mean_vt_4quad=   11.94
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   14.00 mean_vt_4quad=   12.04
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   14.09 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   14.20 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   14.27 mean_vt_4quad=   12.36
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   14.34 mean_vt_4quad=   12.47
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   14.42 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   14.49 mean_vt_4quad=   12.69
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   14.59 mean_vt_4quad=   12.80
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   14.68 mean_vt_4quad=   12.91
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   14.78 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   14.90 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   14.99 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.16 mean_vt_4quad=   13.35
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.30 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   15.47 mean_vt_4quad=   13.55
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   15.68 mean_vt_4quad=   13.65
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   15.84 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   15.97 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   16.06 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   16.13 mean_vt_4quad=   14.06
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   16.17 mean_vt_4quad=   14.16
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   16.22 mean_vt_4quad=   14.27
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   16.31 mean_vt_4quad=   14.39
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   16.47 mean_vt_4quad=   14.53
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   16.71 mean_vt_4quad=   14.67
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   17.01 mean_vt_4quad=   14.83
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   17.07 mean_vt_4quad=   14.98
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   17.08 mean_vt_4quad=   15.13
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.25 mean_vt_4quad=   15.29
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.39 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   17.55 mean_vt_4quad=   15.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.60 .... 0.5*v_holland=    6.55
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   15.76 .... 0.5*v_holland=    6.55
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.93 .... 0.5*v_holland=    6.55
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   16.10 .... 0.5*v_holland=    6.55
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   16.29 .... 0.5*v_holland=    6.55
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    174.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   93.8904000000000     
 vradius(iwindix,iquad) =          94
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   17.55 mean_vt_4quad=   15.60
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   17.78 mean_vt_4quad=   15.76
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   18.00 mean_vt_4quad=   15.93
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   18.22 mean_vt_4quad=   16.10
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   18.43 mean_vt_4quad=   16.29
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   18.68 mean_vt_4quad=   16.50
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.92 mean_vt_4quad=   16.72
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   19.15 mean_vt_4quad=   16.93
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.37 mean_vt_4quad=   17.14
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   19.56 mean_vt_4quad=   17.36
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.71 mean_vt_4quad=   17.60
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   19.80 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.80 mean_vt_4quad=   18.07
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   19.95 mean_vt_4quad=   18.29
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.38 mean_vt_4quad=   18.51
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   20.86 mean_vt_4quad=   18.74
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.37 mean_vt_4quad=   19.02
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.78 mean_vt_4quad=   19.32
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.17 mean_vt_4quad=   19.61
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.57 mean_vt_4quad=   19.88
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.99 mean_vt_4quad=   20.12
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.40 mean_vt_4quad=   20.37
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.82 mean_vt_4quad=   20.63
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   24.26 mean_vt_4quad=   20.91
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.67 mean_vt_4quad=   21.22
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.05 mean_vt_4quad=   21.57
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.38 mean_vt_4quad=   21.95
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   25.69 mean_vt_4quad=   22.34
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   25.94 mean_vt_4quad=   22.74
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   25.94 mean_vt_4quad=   22.74
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   26.18 mean_vt_4quad=   23.12
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.40 mean_vt_4quad=   23.51
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   26.65 mean_vt_4quad=   23.91
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   26.91 mean_vt_4quad=   24.35
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   27.14 mean_vt_4quad=   24.84
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   27.42 mean_vt_4quad=   25.39
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   27.81 mean_vt_4quad=   26.02
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   28.35 mean_vt_4quad=   26.70
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   29.48 mean_vt_4quad=   27.42
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   30.89 mean_vt_4quad=   28.16
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   32.28 mean_vt_4quad=   28.94
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   33.61 mean_vt_4quad=   29.79
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
 TIMING: after call  getradii, fhr=     6 igrct=  1   22:17:04
 TIMING: after getrad_iter_loop, fhr=     6 igrct=  2 Vmax (m/s)=   51.795   22:17:04
 TIMING: Before get_phase ... 22:17:04
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            6 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =   343.851
  
  
  In get_cps_paramb, lead time=            6 :           0   08L  FRANKLIN 
   right_ct=          904   left_ct=          891
   zthicksum(1)=    3079562.57600000     
   zthicksum(2)=    3037492.99000000     
   zthick_right_mean=    3406.59576991151     
   zthick_left_mean=     3409.08304152638     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.48727161486931     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           44.82
  Sum of y-diffs squared (ydiff2) =         4037.29
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   537.10   6.7452       32.69   0.1661    -3.34    11.16     1068.85
    2   527.39   6.6846       22.98   0.1055     0.10     0.01      528.14
    3   515.52   6.6201       11.11   0.0409     2.23     4.98      123.42
    4   501.62   6.5511       -2.79  -0.0281     3.30    10.86        7.81
    5   483.86   6.4770      -20.55  -0.1022     1.61     2.61      422.49
    6   460.98   6.3969      -43.43  -0.1822    -3.90    15.20     1886.57
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   504.411     x:    6.58
  
  slope=    216.964         y-intercept =   -923.026
  Regression equation:   Y =  -923.03 +   216.96X
  
  R2(r_squared) =  0.9889        r =  0.9944
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1051.44 zmin=  505.58 zdiff=  545.86
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1545.94 zmin= 1008.84 zdiff=  537.10
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.75 dlnp=     -0.057158  dzdlnp=      153.118
  
   +++ k=  3 press=    800.0 zmax= 2065.40 zmin= 1538.00 zdiff=  527.39
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -9.71 dlnp=     -0.060625  dzdlnp=      160.199
  
   +++ k=  4 press=    750.0 zmax= 2612.35 zmin= 2096.83 zdiff=  515.52
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -11.87 dlnp=     -0.064539  dzdlnp=      183.952
  
   +++ k=  5 press=    700.0 zmax= 3190.56 zmin= 2688.94 zdiff=  501.62
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -13.90 dlnp=     -0.068993  dzdlnp=      201.528
  
   +++ k=  6 press=    650.0 zmax= 3802.59 zmin= 3318.73 zdiff=  483.86
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -17.76 dlnp=     -0.074108  dzdlnp=      239.650
  
   +++ k=  7 press=    600.0 zmax= 4453.16 zmin= 3992.18 zdiff=  460.98
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -22.88 dlnp=     -0.080043  dzdlnp=      285.847
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           19.86
  Sum of y-diffs squared (ydiff2) =        22896.82
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   433.04   6.3099       83.17   0.2788    -0.13     0.02     6917.14
    2   403.02   6.2146       53.15   0.1834    -1.67     2.79     2824.43
    3   372.82   6.1092       22.95   0.0781    -0.39     0.15      526.49
    4   340.86   5.9915       -9.01  -0.0397     2.85     8.15       81.12
    5   299.84   5.8579      -50.03  -0.1732     1.73     3.00     2503.07
    6   249.65   5.7038     -100.22  -0.3274    -2.40     5.76    10044.58
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   349.871     x:    6.03
  
  slope=    298.810         y-intercept =  -1452.303
  Regression equation:   Y = -1452.30 +   298.81X
  
  R2(r_squared) =  0.9991        r =  0.9996
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4453.16 zmin= 3992.18 zdiff=  460.98
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5149.62 zmin= 4716.58 zdiff=  433.04
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -27.94 dlnp=     -0.087011  dzdlnp=      321.061
  
   +++ k=  9 press=    500.0 zmax= 5903.47 zmin= 5500.46 zdiff=  403.02
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -30.02 dlnp=     -0.095310  dzdlnp=      315.014
  
   +++ k= 10 press=    450.0 zmax= 6725.38 zmin= 6352.56 zdiff=  372.82
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -30.20 dlnp=     -0.105361  dzdlnp=      286.635
  
   +++ k= 11 press=    400.0 zmax= 7628.58 zmin= 7287.71 zdiff=  340.86
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -31.95 dlnp=     -0.117783  dzdlnp=      271.278
  
   +++ k= 12 press=    350.0 zmax= 8626.78 zmin= 8326.94 zdiff=  299.84
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -41.02 dlnp=     -0.133531  dzdlnp=      307.224
  
   +++ k= 13 press=    300.0 zmax= 9746.80 zmin= 9497.16 zdiff=  249.65
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -50.19 dlnp=     -0.154151  dzdlnp=      325.603
  
cps_stats: 08L   lead time=   6: 0   paramb=    -2.49  vtl=    216.96  vtu=    298.81
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    6:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.672 (0-360) guesslon=  288.672E  (  71.328W)   guesslat=   28.118
 ilonfix=         1087  jlatfix=          943  npts=           33
 ibeg=         1013  jbeg=          875  imax=         2738
 iend=         1161  jend=         1011  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  287.752E  (0-360) ctlon=  287.752E  (  72.248W)  ctlat=   27.198 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.752E   (0-360) guesslon=  287.752E  (  72.248W)   guesslat=   27.198
 ilonfix=         1064  jlatfix=          966  npts=           16
 ibeg=         1015  jbeg=          922  imax=         2738
 iend=         1113  jend=         1010  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.432E  (0-360) ctlon=  287.432  (  72.568W)  ctlat=   26.978 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L     6:00  mean_lon:  287.43E (  72.57W)    (0-360) mean_lon=  287.43E  mean_lat:   26.98  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L     6:00  ifix:  1032   jfix:   948  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1032  jx=          948
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         415 ,         331 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         414 ,         330 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L     6:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:05
 TIMING: Before shear ... 22:17:05
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            2
  clon(ist,ifh,3)=    288.606673282774     
  clat(ist,ifh,3)=    28.1927586638900     
  fixlon(ist,ifh)=    288.672039547224     
  fixlat(ist,ifh)=    28.1177164446009     
  xcenlon=    288.606673282774     
  xcenlat=    28.1927586638900     
  
 xxshear
 In get_shear A, xcenlon=    288.606673282774       xcenlat= 
   28.1927586638900     
   In get_shear B, (0-360) xcenlon=    288.606673282774     
  
At start of get_shear:  08L   fhr=    6:00   Mean fix position=   288.67E  ( 71.33W)    28.12  (0-360) mean lon fix=  288.67
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   42.06 vr_mean(idist,ilev)=   -0.10
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   35.59 vr_mean(idist,ilev)=    1.16
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   30.88 vr_mean(idist,ilev)=    0.65
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   28.59 vr_mean(idist,ilev)=    0.65
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.32 vr_mean(idist,ilev)=   -0.36
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.73 vr_mean(idist,ilev)=   -0.27
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.56 vr_mean(idist,ilev)=   -0.16
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.39 vr_mean(idist,ilev)=   -0.32
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.74 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.26 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.85 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.70 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.32 vr_mean(idist,ilev)=   -0.14
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.04 vr_mean(idist,ilev)=   -0.04
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.86 vr_mean(idist,ilev)=    0.06
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.02 vr_mean(idist,ilev)=    0.00
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.15 vr_mean(idist,ilev)=    0.06
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.60 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.00 vr_mean(idist,ilev)=   -0.11
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -15.77 vr_mean(idist,ilev)=   15.77
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -23.66 vr_mean(idist,ilev)=   23.66
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -31.55 vr_mean(idist,ilev)=   31.55
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -39.44 vr_mean(idist,ilev)=   39.44
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -47.33 vr_mean(idist,ilev)=   47.33
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -55.23 vr_mean(idist,ilev)=   55.23
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -63.13 vr_mean(idist,ilev)=   63.13
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -71.03 vr_mean(idist,ilev)=   71.03
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -78.94 vr_mean(idist,ilev)=   78.94
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -86.86 vr_mean(idist,ilev)=   86.86
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -94.78 vr_mean(idist,ilev)=   94.78
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -102.72 vr_mean(idist,ilev)=  102.72
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -110.66 vr_mean(idist,ilev)=  110.66
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -118.60 vr_mean(idist,ilev)=  118.60
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -126.56 vr_mean(idist,ilev)=  126.56
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -134.53 vr_mean(idist,ilev)=  134.53
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -142.52 vr_mean(idist,ilev)=  142.52
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -150.51 vr_mean(idist,ilev)=  150.51
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -158.52 vr_mean(idist,ilev)=  158.52
  
 At end of get_shear: 
     ist=    2 ifh=    2 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:05
  
 After call to fixcenter, fix positions at 
 forecast hour=    6:00 follow:
  
fixpos  08L   fhr=    6:00   Fix position=   288.67E  ( 71.33W)    28.12   Max Wind= 101 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.951918850651     
 xxxx get_next_ges, curr fix lon=    288.672039547224     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.672039547224        fixlat=    28.1177164446009     
        (0-360) fixlon=    288.672039547224     
      ilonfix=         1087   jlatfix=          943
      ibeg=          605   iend=         1569
      jbeg=          491   jend=         1395
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.641814463347738       vavg=    5.59208544133017     
      ubar=  -0.160453615836934       vbar=    1.39802136033254     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.897665729713475       vavg=    4.93867266099043     
      ubar=   0.288379249019803       vbar=    3.86735769082776     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.43351946843073       vavg=    3.50079239023533     
      ubar=   0.646759116127486       vbar=    4.74255578838659     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.646759116127486       vbar=    4.74255578838659     
      wgttot=    1.00000000000000     
      fixlon=    288.672039547224        fixlat=    28.1177164446009     
      barnlon=    288.815105369652       barnlat=    29.0389745691116     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.878163830573443     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.815105369652     
     Raw (no conversion for GM wrap) extraplon=    288.389926848148     
  
 --- barnlon=    288.82E  (  71.18W)    barnlat=     29.04
 --- extraplon=  288.39E  (  71.61W)    extraplat=   28.97
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   28.12
 | Current fix lon is   71.33W   ( 288.67E)
 | Current fix lon (raw, unadjusted)=  288.67E
 | Updated guess lat for next fcst hour is   29.00
 | Updated guess lon (0-360) for next fcst hour is   71.40W   ( 288.60E)
 | Raw updated guess lon for next fcst hour is  288.60E)
 -------------------------------------------------
  
 iocheck, dist=    98.8349366939959        distm=    98834.9366939959     
 iocheck, stmspd=    4.57569151361092        istmspd=           89
 iocheck, xincr=  -6.952343832381302E-002   yincr=   0.886743457752750     
 iocheck, stmdir=    355.517003838180        istmdir=          356
 +++ RPT_STORM_MOTION: istmspd=    89 kts(*10)    istmdir=   356 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   2
     Fix location for this time:   288.67E  ( 71.33W)    28.12
     Fix lon (raw) for this time:  288.67E
     ilonfix= 1087  jlatfix=  943
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.672039547224       xcenlat=    28.1177164446009     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.672039547224       xcenlat=    28.1177164446009     
  ilonfix=         1087  jlatfix=          943
  ibeg=          964  iend=         1210
  jbeg=          827  jend=         1059  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.672039547224        xcenlat=    28.1177164446009     
      ilonfix=         1087   jlatfix=          943
      ibeg=          964   iend=         1210
      jbeg=          827   jend=         1059
 After call to barnes, xsmoothval=   4.023285053530317E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.023285053530317E-004
      xcenlon=    288.672039547224        xcenlat=    28.1177164446009     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000402  imeanzeta (*1e6)=      402
   --- mean zeta raw =   4.023285053530317E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004851  igrid zeta (*1e6)=     4851 ifilret=   0
   --- grid zeta raw=   4.851440258671192E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.672039547224       xcenlat=    28.1177164446009     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.672039547224       xcenlat=    28.1177164446009     
  ilonfix=         1087  jlatfix=          943
  ibeg=          964  iend=         1210
  jbeg=          827  jend=         1059  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.672039547224        xcenlat=    28.1177164446009     
      ilonfix=         1087   jlatfix=          943
      ibeg=          964   iend=         1210
      jbeg=          827   jend=         1059
 After call to barnes, xsmoothval=   3.880015828481437E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.880015828481437E-004
      xcenlon=    288.672039547224        xcenlat=    28.1177164446009     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000388  imeanzeta (*1e6)=      388
   --- mean zeta raw =   3.880015828481437E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004029  igrid zeta (*1e6)=     4029 ifilret=   0
   --- grid zeta raw=   4.028530136715417E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=            6
  
 segx, outlon=    288.672039547224       outlat=    28.1177164446009     
   ist=            2  ifcsthour=            6
   vmaxwind=    51.7951812430462       xminmslp=    95261.0900000000     
   vradius=          115          63          37         112          65
          34          99          39          23          94          49
          29
   maxstorm=            6
   plastbar=    100061.090000000       rlastbar=    56.9960541378035     
   rmax=    15.0817519394736     
   cps_vals=   -2.48727161486931        216.963611929024     
   298.810431743936     
   wcore_flag= n
   istmspd=           89  istmdir=          356
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     44.0835218863819     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   56.9960541378035       irlastbar=          57
 output: plastbar=   100061.090000000       iplastbar=        1001
 rmax=    15.0817519394736        irmax=           15
 TXX top of atcfunix_ext, ist=            2  ifh=            6
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   56.9960541378035       irlastbar=          57
 output: plastbar=   100061.090000000       iplastbar=        1001
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            6
 intlat=          281
 clatns= N
 intlon=          713
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=          101
 int(xminmslp/mslp_outp_adj + 0.5)=          953
 XX,  34, NEQ
 vradius(1,1)=          115
 vradius(1,2)=          112
 vradius(1,3)=           99
 vradius(1,4)=           94
 iplastbar=         1001
 irlastbar=           57
 irmax=           15
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          356
 istmspd=           89
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -25
 icps_vals(2)=         2170
 icps_vals(3)=         2988
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           86
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          402
 igridzeta(1)=         4851
 imeanzeta(2)=          388
 igridzeta(2)=         4029
  
 rmax=    15.0817519394736        irmax=           15
 +++ Top of output_atcf_parms, ist=            2  ifh=            6
  
 xxxx get_next_ges, prev fix lon=    288.951918850651     
 xxxx get_next_ges, curr fix lon=    288.672039547224     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.672039547224        fixlat=    28.1177164446009     
        (0-360) fixlon=    288.672039547224     
      ilonfix=         1087   jlatfix=          943
      ibeg=          605   iend=         1569
      jbeg=          491   jend=         1395
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.641814463347738       vavg=    5.59208544133017     
      ubar=  -0.160453615836934       vbar=    1.39802136033254     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.897665729713475       vavg=    4.93867266099043     
      ubar=   0.288379249019803       vbar=    3.86735769082776     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.43351946843073       vavg=    3.50079239023533     
      ubar=   0.646759116127486       vbar=    4.74255578838659     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.646759116127486       vbar=    4.74255578838659     
      wgttot=    1.00000000000000     
      fixlon=    288.672039547224        fixlat=    28.1177164446009     
      barnlon=    288.815105369652       barnlat=    29.0389745691116     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.878163830573443     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.815105369652     
     Raw (no conversion for GM wrap) extraplon=    288.389926848148     
  
 --- barnlon=    288.82E  (  71.18W)    barnlat=     29.04
 --- extraplon=  288.39E  (  71.61W)    extraplat=   28.97
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   28.12
 | Current fix lon is   71.33W   ( 288.67E)
 | Current fix lon (raw, unadjusted)=  288.67E
 | Updated guess lat for next fcst hour is   29.00
 | Updated guess lon (0-360) for next fcst hour is   71.40W   ( 288.60E)
 | Raw updated guess lon for next fcst hour is  288.60E)
 -------------------------------------------------
  
 iocheck, dist=    98.8349366939959        distm=    98834.9366939959     
 iocheck, stmspd=    4.57569151361092        istmspd=           89
 iocheck, xincr=  -6.952343832381302E-002   yincr=   0.886743457752750     
 iocheck, stmdir=    355.517003838180        istmdir=          356
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:    6:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   7.887225188419958E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.789E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.784E  (0-360) ctlon=  274.784  (  85.216W)  ctlat=   21.012 fmax (x10e5) =        0.745E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   6.851719104637624E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.685E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.884E  (0-360) ctlon=  274.884  (  85.116W)  ctlat=   20.912 fmax (x10e5) =        0.579E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.784E  (0-360) ctlon=  274.784  (  85.216W)  ctlat=   21.012 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.303E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.884E  (0-360) ctlon=  274.884  (  85.116W)  ctlat=   20.912 fmax =       -0.100E+16 fmin =        0.303E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.994E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.684E  (0-360) ctlon=  274.684  (  85.316W)  ctlat=   21.012 fmax =       -0.100E+16 fmin =        0.994E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.824 (0-360) guesslon=  274.824E  (  85.176W)   guesslat=   20.952
 ilonfix=          741  jlatfix=         1122  npts=           33
 ibeg=          669  jbeg=         1054  imax=         2738
 iend=          813  jend=         1190  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   6.497021466685389E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.704E  (0-360) ctlon=  274.704E  (  85.296W)  ctlat=   20.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.650E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.704E   (0-360) guesslon=  274.704E  (  85.296W)   guesslat=   20.832
 ilonfix=          738  jlatfix=         1125  npts=           16
 ibeg=          690  jbeg=         1081  imax=         2738
 iend=          786  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.684E  (0-360) ctlon=  274.684  (  85.316W)  ctlat=   21.012 fmax (x10e5) =        0.549E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.791481135924        uvgeslat=    20.9741064239671     
    (0-360 uvgeslon)=    274.791481135924     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.791481135924        uvgeslat=    20.9741064239671     
    (0-360 uvgeslon)=    274.791481135924     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.791481135924     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.791E  (0-360E lon):  274.791E    85.209W  ctlat=   20.974  xmax_circul_disk =     108218774.1
 TIMING: get_wind_circ kloop, k=  1   22:17:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.791E  (0-360E)=  274.791E  (  85.209W)   guesslat=   20.974
 ilonfix=          740  jlatfix=         1121  npts=           56
 ibeg=          672  jbeg=         1057  imax=         2738
 iend=          808  jend=         1185  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    108837104.865168     
 nhalf get_wind_circ, k=  1 ctlon=  274.691E  (0-360E)=  274.691E  ctlon=   85.309W   ctlat=   20.934 Wind Circulation (NHEM: Max) =     108837104.9
 TIMING: After GWC 850 ... 22:17:05
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.791481135924        uvgeslat=    20.9741064239671     
    (0-360 uvgeslon)=    274.791481135924     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.791481135924     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.791E  (0-360E lon):  274.791E    85.209W  ctlat=   20.974  xmax_circul_disk =      99492607.1
 TIMING: get_wind_circ kloop, k=  1   22:17:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.791E  (0-360E)=  274.791E  (  85.209W)   guesslat=   20.974
 ilonfix=          740  jlatfix=         1121  npts=           56
 ibeg=          672  jbeg=         1057  imax=         2738
 iend=          808  jend=         1185  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    100664538.881313     
 nhalf get_wind_circ, k=  1 ctlon=  274.871E  (0-360E)=  274.871E  ctlon=   85.129W   ctlat=   20.874 Wind Circulation (NHEM: Max) =     100664538.9
 TIMING: After GWC 700 ... 22:17:05
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.791481135924        uvgeslat=    20.9741064239671     
    (0-360 uvgeslon)=    274.791481135924     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.791481135924     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.791E  (0-360E lon):  274.791E    85.209W  ctlat=   20.974  xmax_circul_disk =      67459470.9
 TIMING: get_wind_circ kloop, k=  1   22:17:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.791E  (0-360E)=  274.791E  (  85.209W)   guesslat=   20.974
 ilonfix=          740  jlatfix=         1121  npts=           56
 ibeg=          672  jbeg=         1057  imax=         2738
 iend=          808  jend=         1185  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    69073090.4399327     
 nhalf get_wind_circ, k=  1 ctlon=  274.691E  (0-360E)=  274.691E  ctlon=   85.309W   ctlat=   20.994 Wind Circulation (NHEM: Max) =      69073090.4
 TIMING: After GWC Sfc ... 22:17:05
  
 At beg of fixcenter, stderr(ist,ifh-1) =    17.93  xavg_stderr=    17.93
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            2  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=     6:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.82E   (0-360) guesslon=  274.82E  ( 85.18W)    20.95
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.78       85.22      21.01           74.47       T          7.86
   2    zeta 700    Max       274.88       85.12      20.91           57.91       T          7.66
   3    circ 850    Max       274.69       85.31      20.93          108.84       T         13.93
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       274.87       85.13      20.87          100.66       T          9.98
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.78       85.22      21.01         1370.11       T          7.86
   8     gph 700    Min       274.88       85.12      20.91         3032.44       T          7.66
   9        MSLP    Min       274.68       85.32      21.01        99413.46       T         15.99
  10    circ sfc    Max       274.69       85.31      20.99           69.07       T         14.54
  11    zeta sfc    Max       274.68       85.32      21.01           54.88       T         15.99
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.0714037945565       stderr_close= 
   2.94414386779212       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   5.487 devia=   1.097 wtpos=  0.69365     274.78   274.78    85.22    21.01
 ip=  2 kprm=  2 dist_from_mean=  12.874 devia=   2.575 wtpos=  0.42391     274.88   274.88    85.12    20.91
 ip=  3 kprm=  3 dist_from_mean=   9.123 devia=   1.825 wtpos=  0.54431     274.69   274.69    85.31    20.93
 ip=  5 kprm=  4 dist_from_mean=  14.280 devia=   2.856 wtpos=  0.38598     274.87   274.87    85.13    20.87
 ip=  7 kprm=  5 dist_from_mean=   5.487 devia=   1.097 wtpos=  0.69365     274.78   274.78    85.22    21.01
 ip=  8 kprm=  6 dist_from_mean=  12.874 devia=   2.575 wtpos=  0.42391     274.88   274.88    85.12    20.91
 ip=  9 kprm=  7 dist_from_mean=  10.694 devia=   2.139 wtpos=  0.49020     274.68   274.68    85.32    21.01
 ip= 10 kprm=  8 dist_from_mean=   9.130 devia=   1.826 wtpos=  0.54407     274.69   274.69    85.31    20.99
 ip= 11 kprm=  9 dist_from_mean=  10.694 devia=   2.139 wtpos=  0.49020     274.68   274.68    85.32    21.01
  
At end of fixcenter:  10L   fhr=    6:00   Fix position=   274.77E  (0-360) fixlon=  274.77  ( 85.23W)    20.97
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.767045227433     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.684211090469     
        (0-360E clon(ist,ifh,9))=    274.684211090469     
      clat(ist,ifh,9)=    21.0122872876034     
      xval(9)=    99413.4628216406     
  
  After get_ij B, ibeg jbeg =          630         982
  After get_ij B, iend jend =          844        1258
  
 In is_it_a_storm, ilonfix=          737  jlatfix=         1120
 ibeg jbeg iend jend =          630         982         844        1258
 cparm= slp  parmlon parmlat =    274.684211090469        21.0122872876034     
     (0-360E parmlon) =    274.684211090469     
 parmval=    99413.4628216406     
  
 i=  715 j= 1057 glon=  273.81 (0-360E) glon=  273.81 glat=  23.56 dist=   297.36 slp=  100656.61 pgradient=  4.18061
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.18061
 mslp center =    274.684211090469        21.0122872876034     
   99413.4628216406     
   (0-360E) lon of mslp center =    274.684211090469     
 pgrad loc   =    273.809286000000        273.809286000000     
   86.1907140000000        23.5610590000000        100656.610000000     
  ttest at location C IF....
      xinp_fixlat=    21.0122872876034     
      xinp_fixlon=    274.684211090469       (0-360E) xinp_fixlon= 
   274.684211090469     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98291.3300000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          739  jfix=         1122
 longitude=    274.684211090469      E   (   85.3157889095306      
 W)  (0-360E) xinp_fixlon=    274.684211090469     
 latitude=    21.0122872876034     
 mean mslp value (xval(9))=    99413.4628216406     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          739  jfix=         1122
 longitude=    274.684211090469      E   (   85.3157889095306      
 W)  (0-360E) xinp_fixlon=    274.684211090469     
 latitude=    21.0122872876034     
 mean mslp value (xval(9))=    99413.4628216406     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          739  jx=         1122
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98291.3300000000       xcentval=    98291.3300000000     
 At A, num_found_contours=            0
 At A, contlo=    98291.3300000000       conthi=    98691.3300000000     
  
 num_found_contours=            0
 contlo=    98291.3300000000       conthi=    98691.3300000000     
 xcentval=    98291.3300000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98691.3300000000       conthi=    99091.3300000000     
  
 num_found_contours=            1
 contlo=    98691.3300000000       conthi=    99091.3300000000     
 xcentval=    98291.3300000000     
 At A, num_found_contours=            2
 At A, contlo=    99091.3300000000       conthi=    99491.3300000000     
  
 num_found_contours=            2
 contlo=    99091.3300000000       conthi=    99491.3300000000     
 xcentval=    98291.3300000000     
 At A, num_found_contours=            3
 At A, contlo=    99491.3300000000       conthi=    99891.3300000000     
  
 num_found_contours=            3
 contlo=    99491.3300000000       conthi=    99891.3300000000     
 xcentval=    98291.3300000000     
 At A, num_found_contours=            4
 At A, contlo=    99891.3300000000       conthi=    100291.330000000     
  
 num_found_contours=            4
 contlo=    99891.3300000000       conthi=    100291.330000000     
 xcentval=    98291.3300000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         758 ,        1133 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98291.3300000000     
 !!! (i,j) of central value = (         739 ,        1122 )
 !!!  
 !!! Flagged value found    =    99886.8500000000     
 !!! (i,j) of flagged value = (         759 ,        1134 )
 !!!   
 !!! Lower bound of contour interval =    99891.3300000000     
 !!! Upper bound of contour interval =    100291.330000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          739  jfix=         1122
 longitude=    274.684211090469      E   (   85.3157889095306      W)  
 (0-360E) xinp_fixlon=    274.684211090469     
 latitude=    21.0122872876034     
 mean mslp value (xval(9))=    99413.4628216406     
 gridpoint mslp value=    98291.3300000000     
 ccflag= y
 prs of last closed isobar =    99891.3300000000     
 radius of last closed isobar =    34.6468444347739       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =    6:00
 !!! Boundary check xinp_fixlat is   21.01
 !!! Boundary check xinp_fixlon is   85.32W   ( 274.68E)  (0-360E) xinp_fixlon=  274.68
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.691483635924     
  850 mb wcirc fix lat=    20.9341074239671     
    (0-360) 850 mb wcirc fix lon=    274.691483635924     
  Multi-parm fix lon=      274.767045227433     
  Multi-parm fix lat=      20.9716552188806     
    (0-360) Multi-parm fix lon=      274.767045227433     
  
  
  After get_ij B, ibeg jbeg =          648        1018
  After get_ij B, iend jend =          828        1226
  
 In is_it_a_storm, ilonfix=          738  jlatfix=         1122
 ibeg jbeg iend jend =          648        1018         828        1226
 cparm= v850  parmlon parmlat =    274.691483635924        20.9341074239671     
     (0-360E parmlon) =    274.691483635924     
 parmval=    108837104.865168     
  
 i=  728 j= 1073 glon=  274.33 (0-360E) glon=  274.33 glat=  22.92 u= -11.8000 v=  10.4400 vr=  12.26702 vt=   9.88706
 i=  733 j= 1073 glon=  274.53 (0-360E) glon=  274.53 glat=  22.92 u= -11.2000 v=  13.4700 vr=  14.27993 vt=  10.14715
 i=  738 j= 1073 glon=  274.73 (0-360E) glon=  274.73 glat=  22.92 u= -13.1000 v=  12.6400 vr=  12.40622 vt=  13.32161
 i=  743 j= 1073 glon=  274.93 (0-360E) glon=  274.93 glat=  22.92 u= -13.5000 v=  15.9100 vr=  14.31769 vt=  15.17833
 i=  713 j= 1078 glon=  273.73 (0-360E) glon=  273.73 glat=  22.72 u= -15.6000 v=   6.9100 vr=  13.17222 vt=  10.84439
 i=  718 j= 1078 glon=  273.93 (0-360E) glon=  273.93 glat=  22.72 u= -14.6000 v=   6.4800 vr=  11.41327 vt=  11.17532
 i=  723 j= 1078 glon=  274.13 (0-360E) glon=  274.13 glat=  22.72 u= -14.5000 v=   8.4300 vr=  12.16721 vt=  11.54443
 i=  728 j= 1078 glon=  274.33 (0-360E) glon=  274.33 glat=  22.72 u= -15.0000 v=  10.4800 vr=  13.08034 vt=  12.79590
 i=  733 j= 1078 glon=  274.53 (0-360E) glon=  274.53 glat=  22.72 u= -15.2000 v=  11.6500 vr=  12.88884 vt=  14.16476
 i=  738 j= 1078 glon=  274.73 (0-360E) glon=  274.73 glat=  22.72 u= -15.8000 v=  13.5200 vr=  13.20641 vt=  16.06303
 i=  743 j= 1078 glon=  274.93 (0-360E) glon=  274.93 glat=  22.72 u= -15.4000 v=  15.6200 vr=  13.60788 vt=  17.20378
 i=  748 j= 1078 glon=  275.13 (0-360E) glon=  275.13 glat=  22.72 u= -14.0000 v=  17.2600 vr=  13.71367 vt=  17.48837
 i=  753 j= 1078 glon=  275.33 (0-360E) glon=  275.33 glat=  22.72 u= -12.2000 v=  17.9200 vr=  13.15649 vt=  17.23001
 i=  758 j= 1078 glon=  275.53 (0-360E) glon=  275.53 glat=  22.72 u= -11.3000 v=  17.0500 vr=  11.10162 vt=  17.17983
 i=  708 j= 1083 glon=  273.53 (0-360E) glon=  273.53 glat=  22.52 u=  -5.2000 v=  -0.4200 vr=   2.58598 vt=   4.53091
 i=  713 j= 1083 glon=  273.73 (0-360E) glon=  273.73 glat=  22.52 u= -15.0000 v=   5.7500 vr=  12.38674 vt=  10.22893
 i=  718 j= 1083 glon=  273.93 (0-360E) glon=  273.93 glat=  22.52 u= -13.5000 v=   5.1800 vr=  10.24336 vt=  10.20569
 i=  723 j= 1083 glon=  274.13 (0-360E) glon=  274.13 glat=  22.52 u= -15.3000 v=   9.0200 vr=  13.36112 vt=  11.70174
 i=  728 j= 1083 glon=  274.33 (0-360E) glon=  274.33 glat=  22.52 u= -14.0000 v=  10.8900 vr=  13.56348 vt=  11.42909
 i=  733 j= 1083 glon=  274.53 (0-360E) glon=  274.53 glat=  22.52 u= -14.1000 v=  13.2600 vr=  14.53675 vt=  12.77969
 i=  738 j= 1083 glon=  274.73 (0-360E) glon=  274.73 glat=  22.52 u= -14.6000 v=  13.7800 vr=  13.45295 vt=  14.90189
 i=  743 j= 1083 glon=  274.93 (0-360E) glon=  274.93 glat=  22.52 u= -14.6000 v=  13.9700 vr=  11.81781 vt=  16.39086
 i=  748 j= 1083 glon=  275.13 (0-360E) glon=  275.13 glat=  22.52 u= -15.0000 v=  11.2600 vr=   7.17213 vt=  17.33055
 i=  753 j= 1083 glon=  275.33 (0-360E) glon=  275.33 glat=  22.52 u= -11.9000 v=  12.1800 vr=   7.23330 vt=  15.41563
 i=  758 j= 1083 glon=  275.53 (0-360E) glon=  275.53 glat=  22.52 u= -15.4000 v=  19.4100 vr=  10.61709 vt=  22.38717
 i=  763 j= 1083 glon=  275.73 (0-360E) glon=  275.73 glat=  22.52 u= -16.9000 v=  20.2800 vr=   8.51756 vt=  24.98679
 i=  768 j= 1083 glon=  275.93 (0-360E) glon=  275.93 glat=  22.52 u= -10.7000 v=  21.3600 vr=  10.97767 vt=  21.21863
 i=  698 j= 1088 glon=  273.13 (0-360E) glon=  273.13 glat=  22.32 u=  -9.0000 v=  -3.5100 vr=   4.10583 vt=   8.74427
 i=  703 j= 1088 glon=  273.33 (0-360E) glon=  273.33 glat=  22.32 u= -13.0000 v=   0.1200 vr=   8.87431 vt=   9.50058
 i=  708 j= 1088 glon=  273.53 (0-360E) glon=  273.53 glat=  22.32 u=  -9.5000 v=  -0.1600 vr=   5.72557 vt=   7.58244
 i=  713 j= 1088 glon=  273.73 (0-360E) glon=  273.73 glat=  22.32 u= -11.2000 v=   3.1800 vr=   8.75419 vt=   7.67572
 i=  718 j= 1088 glon=  273.93 (0-360E) glon=  273.93 glat=  22.32 u= -12.1000 v=   4.8200 vr=   9.80728 vt=   8.57087
 i=  723 j= 1088 glon=  274.13 (0-360E) glon=  274.13 glat=  22.32 u= -14.3000 v=   6.6500 vr=  11.27492 vt=  11.02673
 i=  728 j= 1088 glon=  274.33 (0-360E) glon=  274.33 glat=  22.32 u= -15.3000 v=  10.3800 vr=  13.70355 vt=  12.41157
 i=  733 j= 1088 glon=  274.53 (0-360E) glon=  274.53 glat=  22.32 u= -15.2000 v=  10.5000 vr=  12.08494 vt=  13.97298
 i=  738 j= 1088 glon=  274.73 (0-360E) glon=  274.73 glat=  22.32 u= -16.2000 v=  11.4600 vr=  11.04528 vt=  16.48555
 i=  743 j= 1088 glon=  274.93 (0-360E) glon=  274.93 glat=  22.32 u= -15.4000 v=  11.8500 vr=   9.27233 vt=  17.07649
 i=  748 j= 1088 glon=  275.13 (0-360E) glon=  275.13 glat=  22.32 u= -13.7000 v=  12.3500 vr=   7.98191 vt=  16.62834
 i=  753 j= 1088 glon=  275.33 (0-360E) glon=  275.33 glat=  22.32 u= -12.1000 v=  16.9200 vr=  10.78450 vt=  17.78738
 i=  758 j= 1088 glon=  275.53 (0-360E) glon=  275.53 glat=  22.32 u= -13.1000 v=  19.6500 vr=  10.69233 vt=  21.05722
 i=  763 j= 1088 glon=  275.73 (0-360E) glon=  275.73 glat=  22.32 u= -13.5000 v=  20.5100 vr=   9.09179 vt=  22.80898
 i=  768 j= 1088 glon=  275.93 (0-360E) glon=  275.93 glat=  22.32 u= -10.9000 v=  20.4300 vr=   8.72235 vt=  21.45031
 i=  773 j= 1088 glon=  276.13 (0-360E) glon=  276.13 glat=  22.32 u=  -6.1000 v=  24.5300 vr=  13.38208 vt=  21.44413
 i=  698 j= 1093 glon=  273.13 (0-360E) glon=  273.13 glat=  22.12 u=  -6.4000 v=  -5.2400 vr=   1.66192 vt=   8.10282
 i=  703 j= 1093 glon=  273.33 (0-360E) glon=  273.33 glat=  22.12 u= -13.4000 v=  -0.0800 vr=   9.74472 vt=   9.19819
 i=  708 j= 1093 glon=  273.53 (0-360E) glon=  273.53 glat=  22.12 u=  -9.5000 v=   1.9800 vr=   7.87126 vt=   5.67571
 i=  713 j= 1093 glon=  273.73 (0-360E) glon=  273.73 glat=  22.12 u=  -9.8000 v=  -0.4800 vr=   5.52944 vt=   8.10529
 i=  718 j= 1093 glon=  273.93 (0-360E) glon=  273.93 glat=  22.12 u= -11.1000 v=  -0.5200 vr=   5.25757 vt=   9.78971
 i=  723 j= 1093 glon=  274.13 (0-360E) glon=  274.13 glat=  22.12 u= -14.2000 v=   3.3100 vr=   8.76475 vt=  11.65226
 i=  728 j= 1093 glon=  274.33 (0-360E) glon=  274.33 glat=  22.12 u= -17.5000 v=   8.2700 vr=  12.74279 vt=  14.56929
 i=  733 j= 1093 glon=  274.53 (0-360E) glon=  274.53 glat=  22.12 u= -20.8000 v=  13.1500 vr=  15.67300 vt=  18.97155
 i=  738 j= 1093 glon=  274.73 (0-360E) glon=  274.73 glat=  22.12 u= -19.8000 v=  14.8300 vr=  14.23633 vt=  20.23106
 i=  743 j= 1093 glon=  274.93 (0-360E) glon=  274.93 glat=  22.12 u= -17.1000 v=  14.3300 vr=  10.94769 vt=  19.43983
 i=  748 j= 1093 glon=  275.13 (0-360E) glon=  275.13 glat=  22.12 u= -15.9000 v=  11.9600 vr=   6.13997 vt=  18.92491
 i=  753 j= 1093 glon=  275.33 (0-360E) glon=  275.33 glat=  22.12 u= -15.5000 v=  15.1700 vr=   6.61897 vt=  20.65353
 i=  758 j= 1093 glon=  275.53 (0-360E) glon=  275.53 glat=  22.12 u= -14.1000 v=  19.0200 vr=   8.13153 vt=  22.23620
 i=  763 j= 1093 glon=  275.73 (0-360E) glon=  275.73 glat=  22.12 u= -11.8000 v=  25.8000 vr=  12.52900 vt=  25.45396
 i=  768 j= 1093 glon=  275.93 (0-360E) glon=  275.93 glat=  22.12 u=  -9.9000 v=  28.3100 vr=  13.37488 vt=  26.84360
 i=  773 j= 1093 glon=  276.13 (0-360E) glon=  276.13 glat=  22.12 u=  -7.7000 v=  29.9700 vr=  14.07185 vt=  27.55855
 i=  778 j= 1093 glon=  276.33 (0-360E) glon=  276.33 glat=  22.12 u=  -6.1000 v=  29.1000 vr=  13.00356 vt=  26.73813
 i=  693 j= 1098 glon=  272.93 (0-360E) glon=  272.93 glat=  21.92 u=  -0.4000 v= -12.0700 vr=  -5.85053 vt=  10.56486
 i=  698 j= 1098 glon=  273.13 (0-360E) glon=  273.13 glat=  21.92 u=  -0.4000 v=  -8.4800 vr=  -4.41333 vt=   7.25210
 i=  703 j= 1098 glon=  273.33 (0-360E) glon=  273.33 glat=  21.92 u= -11.8000 v=  -5.1900 vr=   6.14828 vt=  11.33026
 i=  708 j= 1098 glon=  273.53 (0-360E) glon=  273.53 glat=  21.92 u=  -7.8000 v=  -0.5100 vr=   5.42889 vt=   5.62381
 i=  713 j= 1098 glon=  273.73 (0-360E) glon=  273.73 glat=  21.92 u=  -9.7000 v=  -2.4700 vr=   4.70295 vt=   8.83590
 i=  718 j= 1098 glon=  273.93 (0-360E) glon=  273.93 glat=  21.92 u= -10.5000 v=  -3.5600 vr=   3.25095 vt=  10.59976
 i=  723 j= 1098 glon=  274.13 (0-360E) glon=  274.13 glat=  21.92 u= -14.7000 v=   0.3400 vr=   7.19810 vt=  12.82158
 i=  728 j= 1098 glon=  274.33 (0-360E) glon=  274.33 glat=  21.92 u= -17.4000 v=   6.1500 vr=  11.45299 vt=  14.47106
 i=  733 j= 1098 glon=  274.53 (0-360E) glon=  274.53 glat=  21.92 u= -20.2000 v=   8.9200 vr=  11.87706 vt=  18.61564
 i=  738 j= 1098 glon=  274.73 (0-360E) glon=  274.73 glat=  21.92 u= -22.9000 v=  11.8500 vr=  11.02566 vt=  23.30810
 i=  743 j= 1098 glon=  274.93 (0-360E) glon=  274.93 glat=  21.92 u= -22.9000 v=  16.7900 vr=  11.36237 vt=  26.02327
 i=  748 j= 1098 glon=  275.13 (0-360E) glon=  275.13 glat=  21.92 u= -21.5000 v=  18.7900 vr=   9.14418 vt=  27.04992
 i=  753 j= 1098 glon=  275.33 (0-360E) glon=  275.33 glat=  21.92 u= -19.5000 v=  22.4100 vr=   9.12412 vt=  28.27028
 i=  758 j= 1098 glon=  275.53 (0-360E) glon=  275.53 glat=  21.92 u= -16.1000 v=  27.8900 vr=  11.86249 vt=  29.93900
 i=  763 j= 1098 glon=  275.73 (0-360E) glon=  275.73 glat=  21.92 u= -10.8000 v=  31.7300 vr=  15.07274 vt=  29.93736
 i=  768 j= 1098 glon=  275.93 (0-360E) glon=  275.93 glat=  21.92 u=  -7.3000 v=  31.4000 vr=  14.82766 vt=  28.62500
 i=  773 j= 1098 glon=  276.13 (0-360E) glon=  276.13 glat=  21.92 u=  -5.7000 v=  32.6500 vr=  14.72347 vt=  29.69397
 i=  778 j= 1098 glon=  276.33 (0-360E) glon=  276.33 glat=  21.92 u=  -5.1000 v=  32.5500 vr=  13.33017 vt=  30.13004
 i=  783 j= 1098 glon=  276.53 (0-360E) glon=  276.53 glat=  21.92 u=  -5.5000 v=  28.8900 vr=   9.59243 vt=  27.80049
 i=  688 j= 1103 glon=  272.73 (0-360E) glon=  272.73 glat=  21.72 u=   0.8000 v= -10.3200 vr=  -4.78747 vt=   9.17728
 i=  693 j= 1103 glon=  272.93 (0-360E) glon=  272.93 glat=  21.72 u=   2.3000 v= -10.7300 vr=  -6.68847 vt=   8.69984
 i=  698 j= 1103 glon=  273.13 (0-360E) glon=  273.13 glat=  21.72 u=   2.7000 v=  -8.4800 vr=  -6.39363 vt=   6.19046
 i=  703 j= 1103 glon=  273.33 (0-360E) glon=  273.33 glat=  21.72 u=  -7.7000 v=  -7.5700 vr=   2.57622 vt=  10.48608
 i=  708 j= 1103 glon=  273.53 (0-360E) glon=  273.53 glat=  21.72 u=  -8.5000 v=  -3.4200 vr=   4.87857 vt=   7.75538
 i=  713 j= 1103 glon=  273.73 (0-360E) glon=  273.73 glat=  21.72 u=  -8.4000 v=  -4.8100 vr=   3.15232 vt=   9.15199
 i=  718 j= 1103 glon=  273.93 (0-360E) glon=  273.93 glat=  21.72 u= -10.3000 v=  -6.0900 vr=   2.39175 vt=  11.72423
 i=  723 j= 1103 glon=  274.13 (0-360E) glon=  274.13 glat=  21.72 u= -13.5000 v=  -3.7200 vr=   4.39372 vt=  13.29600
 i=  728 j= 1103 glon=  274.33 (0-360E) glon=  274.33 glat=  21.72 u= -15.6000 v=   0.1500 vr=   6.29297 vt=  14.27519
 i=  733 j= 1103 glon=  274.53 (0-360E) glon=  274.53 glat=  21.72 u= -22.2000 v=   5.4300 vr=   9.52390 vt=  20.77547
 i=  738 j= 1103 glon=  274.73 (0-360E) glon=  274.73 glat=  21.72 u= -22.8000 v=  11.6200 vr=  10.58849 vt=  23.29696
 i=  743 j= 1103 glon=  274.93 (0-360E) glon=  274.93 glat=  21.72 u= -20.5000 v=  18.2600 vr=  12.01424 vt=  24.68473
 i=  748 j= 1103 glon=  275.13 (0-360E) glon=  275.13 glat=  21.72 u= -16.3000 v=  21.0100 vr=  11.13882 vt=  24.14615
 i=  753 j= 1103 glon=  275.33 (0-360E) glon=  275.33 glat=  21.72 u= -13.3000 v=  20.7600 vr=   8.53283 vt=  23.13133
 i=  758 j= 1103 glon=  275.53 (0-360E) glon=  275.53 glat=  21.72 u= -11.8000 v=  25.3600 vr=   9.66450 vt=  26.24818
 i=  763 j= 1103 glon=  275.73 (0-360E) glon=  275.73 glat=  21.72 u=  -9.5000 v=  30.1000 vr=  11.58835 vt=  29.35933
 i=  768 j= 1103 glon=  275.93 (0-360E) glon=  275.93 glat=  21.72 u=  -9.3000 v=  30.4900 vr=   9.44845 vt=  30.44432
 i=  773 j= 1103 glon=  276.13 (0-360E) glon=  276.13 glat=  21.72 u=  -5.5000 v=  33.2300 vr=  12.02191 vt=  31.46357
 i=  778 j= 1103 glon=  276.33 (0-360E) glon=  276.33 glat=  21.72 u=  -4.6000 v=  34.5000 vr=  11.64372 vt=  32.79991
 i=  783 j= 1103 glon=  276.53 (0-360E) glon=  276.53 glat=  21.72 u=  -3.5000 v=  30.8700 vr=   9.62831 vt=  29.53815
 i=  688 j= 1108 glon=  272.73 (0-360E) glon=  272.73 glat=  21.52 u=   1.8000 v= -10.3900 vr=  -4.85977 vt=   9.35814
 i=  693 j= 1108 glon=  272.93 (0-360E) glon=  272.93 glat=  21.52 u=   2.1000 v= -10.7900 vr=  -5.58212 vt=   9.46964
 i=  698 j= 1108 glon=  273.13 (0-360E) glon=  273.13 glat=  21.52 u=   3.1000 v=  -9.6000 vr=  -6.44523 vt=   7.76073
 i=  703 j= 1108 glon=  273.33 (0-360E) glon=  273.33 glat=  21.52 u=  -4.8000 v=  -8.1000 vr=   0.97815 vt=   9.36447
 i=  708 j= 1108 glon=  273.53 (0-360E) glon=  273.53 glat=  21.52 u=  -8.2000 v=  -6.4200 vr=   4.16862 vt=   9.54353
 i=  713 j= 1108 glon=  273.73 (0-360E) glon=  273.73 glat=  21.52 u=  -7.7000 v=  -7.4400 vr=   2.38437 vt=  10.43831
 i=  718 j= 1108 glon=  273.93 (0-360E) glon=  273.93 glat=  21.52 u=  -9.0000 v=  -9.4900 vr=   0.90941 vt=  13.04734
 i=  723 j= 1108 glon=  274.13 (0-360E) glon=  274.13 glat=  21.52 u= -12.1000 v=  -8.8500 vr=   1.46970 vt=  14.91886
 i=  728 j= 1108 glon=  274.33 (0-360E) glon=  274.33 glat=  21.52 u= -16.3000 v=  -4.7400 vr=   4.02758 vt=  16.49049
 i=  733 j= 1108 glon=  274.53 (0-360E) glon=  274.53 glat=  21.52 u= -24.0000 v=   4.3600 vr=  10.21464 vt=  22.15109
 i=  738 j= 1108 glon=  274.73 (0-360E) glon=  274.73 glat=  21.52 u= -24.9000 v=  16.8900 vr=  15.36701 vt=  25.86768
 i=  743 j= 1108 glon=  274.93 (0-360E) glon=  274.93 glat=  21.52 u= -21.5000 v=  24.6000 vr=  15.40873 vt=  28.80939
 i=  748 j= 1108 glon=  275.13 (0-360E) glon=  275.13 glat=  21.52 u= -17.9000 v=  25.5000 vr=  10.70046 vt=  29.26022
 i=  753 j= 1108 glon=  275.33 (0-360E) glon=  275.33 glat=  21.52 u= -11.0000 v=  26.3900 vr=  10.68802 vt=  26.51789
 i=  758 j= 1108 glon=  275.53 (0-360E) glon=  275.53 glat=  21.52 u=  -3.3000 v=  32.3500 vr=  16.76328 vt=  27.86404
 i=  763 j= 1108 glon=  275.73 (0-360E) glon=  275.73 glat=  21.52 u=  -6.6000 v=  30.9100 vr=  10.34416 vt=  29.86614
 i=  768 j= 1108 glon=  275.93 (0-360E) glon=  275.93 glat=  21.52 u= -11.0000 v=  29.0300 vr=   3.29949 vt=  30.86834
 i=  773 j= 1108 glon=  276.13 (0-360E) glon=  276.13 glat=  21.52 u=  -8.2000 v=  32.0400 vr=   5.26924 vt=  32.65022
 i=  778 j= 1108 glon=  276.33 (0-360E) glon=  276.33 glat=  21.52 u=  -4.2000 v=  34.8100 vr=   8.48477 vt=  34.02036
 i=  783 j= 1108 glon=  276.53 (0-360E) glon=  276.53 glat=  21.52 u=  -2.6000 v=  30.7600 vr=   7.42434 vt=  29.96359
 i=  788 j= 1108 glon=  276.73 (0-360E) glon=  276.73 glat=  21.52 u=  -2.0000 v=  29.1400 vr=   6.60085 vt=  28.45291
 i=  688 j= 1113 glon=  272.73 (0-360E) glon=  272.73 glat=  21.32 u=   2.5000 v= -11.4600 vr=  -4.78326 vt=  10.70990
 i=  693 j= 1113 glon=  272.93 (0-360E) glon=  272.93 glat=  21.32 u=   3.2000 v= -10.8600 vr=  -5.57618 vt=   9.85321
 i=  698 j= 1113 glon=  273.13 (0-360E) glon=  273.13 glat=  21.32 u=   4.6000 v= -11.1400 vr=  -7.28167 vt=   9.60401
 i=  703 j= 1113 glon=  273.33 (0-360E) glon=  273.33 glat=  21.32 u=  -5.2000 v=  -6.3000 vr=   3.15499 vt=   7.53499
 i=  708 j= 1113 glon=  273.53 (0-360E) glon=  273.53 glat=  21.32 u=  -4.8000 v=  -8.0600 vr=   1.82755 vt=   9.20129
 i=  713 j= 1113 glon=  273.73 (0-360E) glon=  273.73 glat=  21.32 u=  -5.5000 v=  -9.5600 vr=   1.28172 vt=  10.95449
 i=  718 j= 1113 glon=  273.93 (0-360E) glon=  273.93 glat=  21.32 u=  -9.2000 v= -12.5100 vr=   2.11783 vt=  15.38359
 i=  723 j= 1113 glon=  274.13 (0-360E) glon=  274.13 glat=  21.32 u=  -7.2000 v= -14.3200 vr=  -2.69593 vt=  15.79982
 i=  728 j= 1113 glon=  274.33 (0-360E) glon=  274.33 glat=  21.32 u=  -8.4000 v= -16.1600 vr=  -6.63968 vt=  16.95937
 i=  733 j= 1113 glon=  274.53 (0-360E) glon=  274.53 glat=  21.32 u= -17.0000 v= -10.0100 vr=  -3.12752 vt=  19.47867
 i=  738 j= 1113 glon=  274.73 (0-360E) glon=  274.73 glat=  21.32 u= -22.7000 v=   7.2100 vr=   5.12044 vt=  23.26059
 i=  743 j= 1113 glon=  274.93 (0-360E) glon=  274.93 glat=  21.32 u= -19.6000 v=  34.0200 vr=  19.75819 vt=  33.92837
 i=  748 j= 1113 glon=  275.13 (0-360E) glon=  275.13 glat=  21.32 u= -11.0000 v=  37.5600 vr=  17.82936 vt=  34.84060
 i=  753 j= 1113 glon=  275.33 (0-360E) glon=  275.33 glat=  21.32 u=  -8.1000 v=  36.3700 vr=  13.00836 vt=  34.91661
 i=  758 j= 1113 glon=  275.53 (0-360E) glon=  275.53 glat=  21.32 u=  -4.3000 v=  34.6500 vr=  11.48101 vt=  32.97422
 i=  763 j= 1113 glon=  275.73 (0-360E) glon=  275.73 glat=  21.32 u=  -3.7000 v=  31.5500 vr=   8.22668 vt=  30.68247
 i=  768 j= 1113 glon=  275.93 (0-360E) glon=  275.93 glat=  21.32 u=  -8.0000 v=  29.2200 vr=   1.64252 vt=  30.25079
 i=  773 j= 1113 glon=  276.13 (0-360E) glon=  276.13 glat=  21.32 u= -10.6000 v=  30.1800 vr=  -1.88925 vt=  31.93154
 i=  778 j= 1113 glon=  276.33 (0-360E) glon=  276.33 glat=  21.32 u=  -5.0000 v=  33.9100 vr=   3.39214 vt=  34.10838
 i=  783 j= 1113 glon=  276.53 (0-360E) glon=  276.53 glat=  21.32 u=  -1.1000 v=  33.0600 vr=   6.11267 vt=  32.50860
 i=  788 j= 1113 glon=  276.73 (0-360E) glon=  276.73 glat=  21.32 u=  -0.7000 v=  30.2100 vr=   5.24476 vt=  29.75948
 i=  688 j= 1118 glon=  272.73 (0-360E) glon=  272.73 glat=  21.12 u=   4.5000 v= -12.3500 vr=  -5.69376 vt=  11.84709
 i=  693 j= 1118 glon=  272.93 (0-360E) glon=  272.93 glat=  21.12 u=   4.4000 v= -11.3700 vr=  -5.62576 vt=  10.81609
 i=  698 j= 1118 glon=  273.13 (0-360E) glon=  273.13 glat=  21.12 u=   5.1000 v= -10.2100 vr=  -6.33376 vt=   9.49408
 i=  703 j= 1118 glon=  273.33 (0-360E) glon=  273.33 glat=  21.12 u=   2.1000 v= -10.4400 vr=  -3.57518 vt=  10.03104
 i=  708 j= 1118 glon=  273.53 (0-360E) glon=  273.53 glat=  21.12 u=  -0.6000 v=  -9.6400 vr=  -1.02880 vt=   9.60371
 i=  713 j= 1118 glon=  273.73 (0-360E) glon=  273.73 glat=  21.12 u=   0.3000 v= -11.2500 vr=  -2.57046 vt=  10.95652
 i=  718 j= 1118 glon=  273.93 (0-360E) glon=  273.93 glat=  21.12 u=  -1.4000 v= -13.5600 vr=  -2.07719 vt=  13.47289
 i=  723 j= 1118 glon=  274.13 (0-360E) glon=  274.13 glat=  21.12 u=  -1.1000 v= -18.6300 vr=  -5.20200 vt=  17.92278
 i=  728 j= 1118 glon=  274.33 (0-360E) glon=  274.33 glat=  21.12 u=  -0.7000 v= -22.6100 vr= -10.31997 vt=  20.12959
 i=  733 j= 1118 glon=  274.53 (0-360E) glon=  274.53 glat=  21.12 u=  -8.3000 v= -15.6000 vr=  -6.89739 vt=  16.26887
 i=  738 j= 1118 glon=  274.73 (0-360E) glon=  274.73 glat=  21.12 u= -14.8000 v=   4.1800 vr=   1.36431 vt=  15.31832
 i=  743 j= 1118 glon=  274.93 (0-360E) glon=  274.93 glat=  21.12 u=  -8.3000 v=  30.3300 vr=  13.18595 vt=  28.54697
 i=  748 j= 1118 glon=  275.13 (0-360E) glon=  275.13 glat=  21.12 u=  -8.1000 v=  42.0100 vr=  10.08902 vt=  41.57718
 i=  753 j= 1118 glon=  275.33 (0-360E) glon=  275.33 glat=  21.12 u=  -7.4000 v=  40.8900 vr=   5.15408 vt=  41.23333
 i=  758 j= 1118 glon=  275.53 (0-360E) glon=  275.53 glat=  21.12 u=  -7.7000 v=  31.0100 vr=  -0.31809 vt=  31.95010
 i=  763 j= 1118 glon=  275.73 (0-360E) glon=  275.73 glat=  21.12 u=  -5.9000 v=  33.0300 vr=   0.41341 vt=  33.55026
 i=  768 j= 1118 glon=  275.93 (0-360E) glon=  275.93 glat=  21.12 u=  -6.4000 v=  30.2800 vr=  -1.53987 vt=  30.91063
 i=  773 j= 1118 glon=  276.13 (0-360E) glon=  276.13 glat=  21.12 u=  -8.3000 v=  28.7400 vr=  -4.32154 vt=  29.60071
 i=  778 j= 1118 glon=  276.33 (0-360E) glon=  276.33 glat=  21.12 u=  -8.4000 v=  32.0600 vr=  -4.53070 vt=  32.83103
 i=  783 j= 1118 glon=  276.53 (0-360E) glon=  276.53 glat=  21.12 u=   0.2000 v=  32.0300 vr=   3.57625 vt=  31.83035
 i=  788 j= 1118 glon=  276.73 (0-360E) glon=  276.73 glat=  21.12 u=   1.3000 v=  29.7100 vr=   4.10382 vt=  29.45391
 i=  683 j= 1123 glon=  272.53 (0-360E) glon=  272.53 glat=  20.92 u=   5.6000 v= -10.8500 vr=  -5.50353 vt=  10.89925
 i=  688 j= 1123 glon=  272.73 (0-360E) glon=  272.73 glat=  20.92 u=   6.4000 v= -11.4900 vr=  -6.29182 vt=  11.54959
 i=  693 j= 1123 glon=  272.93 (0-360E) glon=  272.93 glat=  20.92 u=   7.2000 v= -12.8000 vr=  -7.07107 vt=  12.87167
 i=  698 j= 1123 glon=  273.13 (0-360E) glon=  273.13 glat=  20.92 u=   5.7000 v= -10.4400 vr=  -5.58600 vt=  10.50144
 i=  703 j= 1123 glon=  273.33 (0-360E) glon=  273.33 glat=  20.92 u=   2.7000 v=  -9.9200 vr=  -2.58069 vt=   9.95170
 i=  708 j= 1123 glon=  273.53 (0-360E) glon=  273.53 glat=  20.92 u=   3.3000 v= -10.8700 vr=  -3.15234 vt=  10.91374
 i=  713 j= 1123 glon=  273.73 (0-360E) glon=  273.73 glat=  20.92 u=   6.4000 v= -14.3700 vr=  -6.17196 vt=  14.46941
 i=  718 j= 1123 glon=  273.93 (0-360E) glon=  273.93 glat=  20.92 u=   8.5000 v= -14.6000 vr=  -8.21587 vt=  14.76176
 i=  723 j= 1123 glon=  274.13 (0-360E) glon=  274.13 glat=  20.92 u=   6.4000 v= -18.4900 vr=  -5.92526 vt=  18.64756
 i=  728 j= 1123 glon=  274.33 (0-360E) glon=  274.33 glat=  20.92 u=   6.8000 v= -21.6700 vr=  -5.95186 vt=  21.91813
 i=  733 j= 1123 glon=  274.53 (0-360E) glon=  274.53 glat=  20.92 u=   9.6000 v= -20.0800 vr=  -7.84544 vt=  20.82824
 i=  738 j= 1123 glon=  274.73 (0-360E) glon=  274.73 glat=  20.92 u=   8.3000 v=  -1.3500 vr=   8.25558 vt=   1.59935
 i=  743 j= 1123 glon=  274.93 (0-360E) glon=  274.93 glat=  20.92 u=  11.6000 v=  25.4400 vr=  10.08604 vt=  26.07730
 i=  748 j= 1123 glon=  275.13 (0-360E) glon=  275.13 glat=  20.92 u=   5.0000 v=  41.9500 vr=   3.63810 vt=  42.08998
 i=  753 j= 1123 glon=  275.33 (0-360E) glon=  275.33 glat=  20.92 u=  -2.4000 v=  40.0800 vr=  -3.31083 vt=  40.01506
 i=  758 j= 1123 glon=  275.53 (0-360E) glon=  275.53 glat=  20.92 u=  -4.2000 v=  31.2600 vr=  -4.75593 vt=  31.18026
 i=  763 j= 1123 glon=  275.73 (0-360E) glon=  275.73 glat=  20.92 u=  -1.3000 v=  33.3300 vr=  -1.79484 vt=  33.30702
 i=  768 j= 1123 glon=  275.93 (0-360E) glon=  275.93 glat=  20.92 u=  -4.6000 v=  28.1400 vr=  -4.96282 vt=  28.07828
 i=  773 j= 1123 glon=  276.13 (0-360E) glon=  276.13 glat=  20.92 u=   0.8000 v=  24.0100 vr=   0.52278 vt=  24.01764
 i=  778 j= 1123 glon=  276.33 (0-360E) glon=  276.33 glat=  20.92 u=  -3.4000 v=  26.3100 vr=  -3.67716 vt=  26.27270
 i=  783 j= 1123 glon=  276.53 (0-360E) glon=  276.53 glat=  20.92 u=   1.3000 v=  28.5600 vr=   1.02066 vt=  28.57135
 i=  788 j= 1123 glon=  276.73 (0-360E) glon=  276.73 glat=  20.92 u=   1.2000 v=  27.1600 vr=   0.95060 vt=  27.16987
 i=  688 j= 1128 glon=  272.73 (0-360E) glon=  272.73 glat=  20.72 u=   6.9000 v= -12.5700 vr=  -5.36441 vt=  13.29804
 i=  693 j= 1128 glon=  272.93 (0-360E) glon=  272.93 glat=  20.72 u=   8.3000 v= -11.9500 vr=  -6.66429 vt=  12.93367
 i=  698 j= 1128 glon=  273.13 (0-360E) glon=  273.13 glat=  20.72 u=   7.4000 v= -11.0300 vr=  -5.70183 vt=  11.99625
 i=  703 j= 1128 glon=  273.33 (0-360E) glon=  273.33 glat=  20.72 u=   5.9000 v= -11.9800 vr=  -3.81584 vt=  12.79726
 i=  708 j= 1128 glon=  273.53 (0-360E) glon=  273.53 glat=  20.72 u=   7.3000 v= -11.0500 vr=  -5.01561 vt=  12.25708
 i=  713 j= 1128 glon=  273.73 (0-360E) glon=  273.73 glat=  20.72 u=   8.9000 v= -12.8500 vr=  -5.67759 vt=  14.56357
 i=  718 j= 1128 glon=  273.93 (0-360E) glon=  273.93 glat=  20.72 u=  12.6000 v= -16.2600 vr=  -7.39201 vt=  19.19651
 i=  723 j= 1128 glon=  274.13 (0-360E) glon=  274.13 glat=  20.72 u=  16.6000 v= -16.5900 vr=  -9.13385 vt=  21.61853
 i=  728 j= 1128 glon=  274.33 (0-360E) glon=  274.33 glat=  20.72 u=  15.6000 v= -15.2000 vr=  -5.09855 vt=  21.17557
 i=  733 j= 1128 glon=  274.53 (0-360E) glon=  274.53 glat=  20.72 u=  21.6000 v= -15.5000 vr=   0.10713 vt=  26.58568
 i=  738 j= 1128 glon=  274.73 (0-360E) glon=  274.73 glat=  20.72 u=  26.1000 v=   1.0100 vr=   3.27106 vt=  25.91390
 i=  743 j= 1128 glon=  274.93 (0-360E) glon=  274.93 glat=  20.72 u=  25.8000 v=  24.3200 vr=   1.78703 vt=  35.41058
 i=  748 j= 1128 glon=  275.13 (0-360E) glon=  275.13 glat=  20.72 u=  13.7000 v=  32.5000 vr=  -2.87736 vt=  35.15197
 i=  753 j= 1128 glon=  275.33 (0-360E) glon=  275.33 glat=  20.72 u=   2.8000 v=  34.2100 vr=  -8.90632 vt=  33.14878
 i=  758 j= 1128 glon=  275.53 (0-360E) glon=  275.53 glat=  20.72 u=  -0.4000 v=  26.1400 vr=  -7.27925 vt=  25.10920
 i=  763 j= 1128 glon=  275.73 (0-360E) glon=  275.73 glat=  20.72 u=   0.2000 v=  32.8500 vr=  -6.90136 vt=  32.11750
 i=  768 j= 1128 glon=  275.93 (0-360E) glon=  275.93 glat=  20.72 u=  -2.9000 v=  27.0800 vr=  -7.80475 vt=  26.09257
 i=  773 j= 1128 glon=  276.13 (0-360E) glon=  276.13 glat=  20.72 u=   1.2000 v=  25.0500 vr=  -2.79094 vt=  24.92294
 i=  778 j= 1128 glon=  276.33 (0-360E) glon=  276.33 glat=  20.72 u=   2.6000 v=  27.3000 vr=  -1.25545 vt=  27.39478
 i=  783 j= 1128 glon=  276.53 (0-360E) glon=  276.53 glat=  20.72 u=   1.0000 v=  26.7200 vr=  -2.36993 vt=  26.63347
 i=  788 j= 1128 glon=  276.73 (0-360E) glon=  276.73 glat=  20.72 u=   1.7000 v=  27.7600 vr=  -1.48113 vt=  27.77254
 i=  688 j= 1133 glon=  272.73 (0-360E) glon=  272.73 glat=  20.52 u=   9.2000 v= -10.7900 vr=  -6.56901 vt=  12.56631
 i=  693 j= 1133 glon=  272.93 (0-360E) glon=  272.93 glat=  20.52 u=   8.9000 v= -11.5800 vr=  -5.78229 vt=  13.41162
 i=  698 j= 1133 glon=  273.13 (0-360E) glon=  273.13 glat=  20.52 u=   9.0000 v= -11.3600 vr=  -5.53870 vt=  13.39300
 i=  703 j= 1133 glon=  273.33 (0-360E) glon=  273.33 glat=  20.52 u=   9.3000 v= -10.9500 vr=  -5.44247 vt=  13.29556
 i=  708 j= 1133 glon=  273.53 (0-360E) glon=  273.53 glat=  20.52 u=  10.8000 v= -13.3900 vr=  -5.31096 vt=  16.36233
 i=  713 j= 1133 glon=  273.73 (0-360E) glon=  273.73 glat=  20.52 u=  11.1000 v= -11.9300 vr=  -5.08967 vt=  15.47999
 i=  718 j= 1133 glon=  273.93 (0-360E) glon=  273.93 glat=  20.52 u=  13.5000 v= -12.1600 vr=  -5.56553 vt=  17.29568
 i=  723 j= 1133 glon=  274.13 (0-360E) glon=  274.13 glat=  20.52 u=  18.1000 v= -13.2400 vr=  -6.03788 vt=  21.59749
 i=  728 j= 1133 glon=  274.33 (0-360E) glon=  274.33 glat=  20.52 u=  20.8000 v= -11.3900 vr=  -4.37257 vt=  23.30778
 i=  733 j= 1133 glon=  274.53 (0-360E) glon=  274.53 glat=  20.52 u=  25.7000 v=  -4.4300 vr=  -4.69768 vt=  25.65242
 i=  738 j= 1133 glon=  274.73 (0-360E) glon=  274.73 glat=  20.52 u=  29.8000 v=  10.6500 vr=  -8.07261 vt=  30.59894
 i=  743 j= 1133 glon=  274.93 (0-360E) glon=  274.93 glat=  20.52 u=  24.7000 v=  23.0500 vr=  -8.59578 vt=  32.67269
 i=  748 j= 1133 glon=  275.13 (0-360E) glon=  275.13 glat=  20.52 u=  17.6000 v=  26.2500 vr=  -6.27085 vt=  30.97578
 i=  753 j= 1133 glon=  275.33 (0-360E) glon=  275.33 glat=  20.52 u=   8.8000 v=  31.0600 vr= -10.47529 vt=  30.53575
 i=  758 j= 1133 glon=  275.53 (0-360E) glon=  275.53 glat=  20.52 u=  -1.5000 v=  30.7600 vr= -15.70360 vt=  26.49197
 i=  763 j= 1133 glon=  275.73 (0-360E) glon=  275.73 glat=  20.52 u=   5.5000 v=  29.4300 vr=  -6.50838 vt=  29.22355
 i=  768 j= 1133 glon=  275.93 (0-360E) glon=  275.93 glat=  20.52 u=  -1.0000 v=  25.5700 vr=  -9.57863 vt=  23.72920
 i=  773 j= 1133 glon=  276.13 (0-360E) glon=  276.13 glat=  20.52 u=   5.2000 v=  27.4500 vr=  -3.14936 vt=  27.76012
 i=  778 j= 1133 glon=  276.33 (0-360E) glon=  276.33 glat=  20.52 u=   1.8000 v=  29.8100 vr=  -6.09559 vt=  29.23559
 i=  783 j= 1133 glon=  276.53 (0-360E) glon=  276.53 glat=  20.52 u=   3.1000 v=  24.5400 vr=  -2.78803 vt=  24.57740
 i=  788 j= 1133 glon=  276.73 (0-360E) glon=  276.73 glat=  20.52 u=   5.3000 v=  26.4400 vr=  -0.50342 vt=  26.96127
 i=  688 j= 1138 glon=  272.73 (0-360E) glon=  272.73 glat=  20.32 u=  10.4000 v=  -9.1500 vr=  -6.93188 vt=  11.99298
 i=  693 j= 1138 glon=  272.93 (0-360E) glon=  272.93 glat=  20.32 u=  10.8000 v=  -9.9300 vr=  -6.62851 vt=  13.08846
 i=  698 j= 1138 glon=  273.13 (0-360E) glon=  273.13 glat=  20.32 u=  10.6000 v= -11.3500 vr=  -5.35213 vt=  14.57866
 i=  703 j= 1138 glon=  273.33 (0-360E) glon=  273.33 glat=  20.32 u=  12.5000 v= -10.7900 vr=  -6.55811 vt=  15.15471
 i=  708 j= 1138 glon=  273.53 (0-360E) glon=  273.53 glat=  20.32 u=  13.5000 v=  -7.6400 vr=  -7.98624 vt=  13.29810
 i=  713 j= 1138 glon=  273.73 (0-360E) glon=  273.73 glat=  20.32 u=  12.5000 v= -10.4000 vr=  -4.45797 vt=  15.63766
 i=  718 j= 1138 glon=  273.93 (0-360E) glon=  273.93 glat=  20.32 u=  13.7000 v= -11.0300 vr=  -3.18176 vt=  17.29819
 i=  723 j= 1138 glon=  274.13 (0-360E) glon=  274.13 glat=  20.32 u=  17.0000 v=  -7.8400 vr=  -5.10810 vt=  18.01036
 i=  728 j= 1138 glon=  274.33 (0-360E) glon=  274.33 glat=  20.32 u=  18.5000 v=  -2.6300 vr=  -6.64183 vt=  17.46577
 i=  733 j= 1138 glon=  274.53 (0-360E) glon=  274.53 glat=  20.32 u=  22.6000 v=   3.3400 vr=  -8.66998 vt=  21.13639
 i=  738 j= 1138 glon=  274.73 (0-360E) glon=  274.73 glat=  20.32 u=  22.6000 v=  10.2000 vr=  -8.88298 vt=  23.14936
 i=  743 j= 1138 glon=  274.93 (0-360E) glon=  274.93 glat=  20.32 u=  23.2000 v=  19.2800 vr= -10.21625 vt=  28.38286
 i=  748 j= 1138 glon=  275.13 (0-360E) glon=  275.13 glat=  20.32 u=  16.1000 v=  27.2400 vr= -13.71965 vt=  28.51313
 i=  753 j= 1138 glon=  275.33 (0-360E) glon=  275.33 glat=  20.32 u=  11.3000 v=  25.8000 vr= -10.62675 vt=  26.08452
 i=  758 j= 1138 glon=  275.53 (0-360E) glon=  275.53 glat=  20.32 u=   5.4000 v=  35.1900 vr= -17.45988 vt=  31.02658
 i=  763 j= 1138 glon=  275.73 (0-360E) glon=  275.73 glat=  20.32 u=   5.3000 v=  22.9700 vr=  -7.81319 vt=  22.24107
 i=  768 j= 1138 glon=  275.93 (0-360E) glon=  275.93 glat=  20.32 u=   3.0000 v=  25.4700 vr=  -9.30646 vt=  23.89792
 i=  773 j= 1138 glon=  276.13 (0-360E) glon=  276.13 glat=  20.32 u=   5.0000 v=  24.7700 vr=  -5.77286 vt=  24.60136
 i=  778 j= 1138 glon=  276.33 (0-360E) glon=  276.33 glat=  20.32 u=   4.2000 v=  26.5900 vr=  -6.03975 vt=  26.23337
 i=  783 j= 1138 glon=  276.53 (0-360E) glon=  276.53 glat=  20.32 u=   1.9000 v=  23.5500 vr=  -6.18052 vt=  22.80381
 i=  788 j= 1138 glon=  276.73 (0-360E) glon=  276.73 glat=  20.32 u=   6.4000 v=  24.8100 vr=  -1.57854 vt=  25.57351
 i=  688 j= 1143 glon=  272.73 (0-360E) glon=  272.73 glat=  20.12 u=  10.0000 v=  -8.0100 vr=  -5.87011 vt=  11.38867
 i=  693 j= 1143 glon=  272.93 (0-360E) glon=  272.93 glat=  20.12 u=  11.2000 v=  -8.7700 vr=  -6.13687 vt=  12.83323
 i=  698 j= 1143 glon=  273.13 (0-360E) glon=  273.13 glat=  20.12 u=  12.7000 v=  -8.4300 vr=  -6.97398 vt=  13.55428
 i=  703 j= 1143 glon=  273.33 (0-360E) glon=  273.33 glat=  20.12 u=  13.4000 v=  -8.6000 vr=  -6.64831 vt=  14.46790
 i=  708 j= 1143 glon=  273.53 (0-360E) glon=  273.53 glat=  20.12 u=  14.3000 v=  -8.7800 vr=  -6.17471 vt=  15.60293
 i=  713 j= 1143 glon=  273.73 (0-360E) glon=  273.73 glat=  20.12 u=  17.2000 v=  -6.0500 vr=  -8.69431 vt=  16.02659
 i=  718 j= 1143 glon=  273.93 (0-360E) glon=  273.93 glat=  20.12 u=  17.8000 v=  -4.1600 vr=  -8.59929 vt=  16.13065
 i=  723 j= 1143 glon=  274.13 (0-360E) glon=  274.13 glat=  20.12 u=  21.7000 v=  -3.4400 vr=  -8.89119 vt=  20.09155
 i=  728 j= 1143 glon=  274.33 (0-360E) glon=  274.33 glat=  20.12 u=  23.0000 v=   1.4100 vr= -10.14643 vt=  20.68908
 i=  733 j= 1143 glon=  274.53 (0-360E) glon=  274.53 glat=  20.12 u=  27.7000 v=   2.3900 vr=  -7.43072 vt=  26.79154
 i=  738 j= 1143 glon=  274.73 (0-360E) glon=  274.73 glat=  20.12 u=  24.9000 v=  15.8900 vr= -14.79384 vt=  25.56647
 i=  743 j= 1143 glon=  274.93 (0-360E) glon=  274.93 glat=  20.12 u=  18.9000 v=  20.1200 vr= -14.42096 vt=  23.53848
 i=  748 j= 1143 glon=  275.13 (0-360E) glon=  275.13 glat=  20.12 u=  16.9000 v=  23.9200 vr= -13.76570 vt=  25.85115
 i=  753 j= 1143 glon=  275.33 (0-360E) glon=  275.33 glat=  20.12 u=  16.4000 v=  23.2800 vr=  -9.07771 vt=  26.99099
 i=  758 j= 1143 glon=  275.53 (0-360E) glon=  275.53 glat=  20.12 u=  16.2000 v=  32.5900 vr= -12.24516 vt=  34.27250
 i=  763 j= 1143 glon=  275.73 (0-360E) glon=  275.73 glat=  20.12 u=   6.1000 v=  24.4200 vr= -11.02565 vt=  22.62701
 i=  768 j= 1143 glon=  275.93 (0-360E) glon=  275.93 glat=  20.12 u=   6.5000 v=  21.5200 vr=  -7.07575 vt=  21.33762
 i=  773 j= 1143 glon=  276.13 (0-360E) glon=  276.13 glat=  20.12 u=   6.2000 v=  21.1000 vr=  -5.64543 vt=  21.25510
 i=  778 j= 1143 glon=  276.33 (0-360E) glon=  276.33 glat=  20.12 u=   3.8000 v=  26.3900 vr=  -9.06471 vt=  25.07395
 i=  783 j= 1143 glon=  276.53 (0-360E) glon=  276.53 glat=  20.12 u=   5.3000 v=  24.1800 vr=  -5.60325 vt=  24.11153
 i=  693 j= 1148 glon=  272.93 (0-360E) glon=  272.93 glat=  19.92 u=  11.7000 v=  -5.7500 vr=  -6.93689 vt=  11.03776
 i=  698 j= 1148 glon=  273.13 (0-360E) glon=  273.13 glat=  19.92 u=  12.9000 v=  -6.3700 vr=  -6.95339 vt=  12.59513
 i=  703 j= 1148 glon=  273.33 (0-360E) glon=  273.33 glat=  19.92 u=  15.5000 v=  -6.0000 vr=  -8.38209 vt=  14.35237
 i=  708 j= 1148 glon=  273.53 (0-360E) glon=  273.53 glat=  19.92 u=  17.9000 v=  -5.3400 vr=  -9.44154 vt=  16.11778
 i=  713 j= 1148 glon=  273.73 (0-360E) glon=  273.73 glat=  19.92 u=  18.5000 v=  -4.5600 vr=  -8.86945 vt=  16.86347
 i=  718 j= 1148 glon=  273.93 (0-360E) glon=  273.93 glat=  19.92 u=  19.0000 v=  -3.9700 vr=  -7.68373 vt=  17.82473
 i=  723 j= 1148 glon=  274.13 (0-360E) glon=  274.13 glat=  19.92 u=  22.5000 v=   0.6200 vr= -10.91514 vt=  19.68487
 i=  728 j= 1148 glon=  274.33 (0-360E) glon=  274.33 glat=  19.92 u=  25.2000 v=   4.3000 vr= -12.07127 vt=  22.53474
 i=  733 j= 1148 glon=  274.53 (0-360E) glon=  274.53 glat=  19.92 u=  22.5000 v=  11.0100 vr= -14.22208 vt=  20.62044
 i=  738 j= 1148 glon=  274.73 (0-360E) glon=  274.73 glat=  19.92 u=  21.9000 v=  14.6600 vr= -13.88741 vt=  22.39789
 i=  743 j= 1148 glon=  274.93 (0-360E) glon=  274.93 glat=  19.92 u=  18.1000 v=  18.1200 vr= -13.81633 vt=  21.56510
 i=  748 j= 1148 glon=  275.13 (0-360E) glon=  275.13 glat=  19.92 u=  15.8000 v=  22.1400 vr= -14.60556 vt=  22.94553
 i=  753 j= 1148 glon=  275.33 (0-360E) glon=  275.33 glat=  19.92 u=  13.0000 v=  19.0300 vr=  -9.80437 vt=  20.85702
 i=  758 j= 1148 glon=  275.53 (0-360E) glon=  275.53 glat=  19.92 u=  14.6000 v=  22.9600 vr=  -9.23692 vt=  25.59298
 i=  763 j= 1148 glon=  275.73 (0-360E) glon=  275.73 glat=  19.92 u=  15.2000 v=  20.7400 vr=  -4.47484 vt=  25.32120
 i=  768 j= 1148 glon=  275.93 (0-360E) glon=  275.93 glat=  19.92 u=   8.7000 v=  19.2800 vr=  -6.16762 vt=  20.23287
 i=  773 j= 1148 glon=  276.13 (0-360E) glon=  276.13 glat=  19.92 u=   6.9000 v=  22.6700 vr=  -8.15713 vt=  22.24860
 i=  778 j= 1148 glon=  276.33 (0-360E) glon=  276.33 glat=  19.92 u=   3.0000 v=  22.4200 vr=  -9.89737 vt=  20.33958
 i=  783 j= 1148 glon=  276.53 (0-360E) glon=  276.53 glat=  19.92 u=   5.2000 v=  24.4600 vr=  -7.98552 vt=  23.69732
 i=  698 j= 1153 glon=  273.13 (0-360E) glon=  273.13 glat=  19.72 u=  13.2000 v=  -5.5200 vr=  -6.61625 vt=  12.68604
 i=  703 j= 1153 glon=  273.33 (0-360E) glon=  273.33 glat=  19.72 u=  15.4000 v=  -4.3600 vr=  -8.13626 vt=  13.78299
 i=  708 j= 1153 glon=  273.53 (0-360E) glon=  273.53 glat=  19.72 u=  17.1000 v=  -3.4600 vr=  -8.82799 vt=  15.04820
 i=  713 j= 1153 glon=  273.73 (0-360E) glon=  273.73 glat=  19.72 u=  19.7000 v=  -1.0500 vr= -10.89101 vt=  16.44927
 i=  718 j= 1153 glon=  273.93 (0-360E) glon=  273.93 glat=  19.72 u=  19.8000 v=   0.8100 vr= -10.73014 vt=  16.66014
 i=  723 j= 1153 glon=  274.13 (0-360E) glon=  274.13 glat=  19.72 u=  21.9000 v=   2.5000 vr= -11.00584 vt=  19.09794
 i=  728 j= 1153 glon=  274.33 (0-360E) glon=  274.33 glat=  19.72 u=  21.4000 v=   4.8300 vr= -10.41077 vt=  19.31074
 i=  733 j= 1153 glon=  274.53 (0-360E) glon=  274.53 glat=  19.72 u=  20.7000 v=   9.0900 vr= -11.59024 vt=  19.41094
 i=  738 j= 1153 glon=  274.73 (0-360E) glon=  274.73 glat=  19.72 u=  19.5000 v=  13.2800 vr= -12.70621 vt=  19.87865
 i=  743 j= 1153 glon=  274.93 (0-360E) glon=  274.93 glat=  19.72 u=  15.5000 v=  14.6200 vr= -11.58339 vt=  17.88350
 i=  748 j= 1153 glon=  275.13 (0-360E) glon=  275.13 glat=  19.72 u=  20.8000 v=  17.0000 vr=  -9.45188 vt=  25.14562
 i=  753 j= 1153 glon=  275.33 (0-360E) glon=  275.33 glat=  19.72 u=  18.3000 v=  18.4900 vr=  -8.51539 vt=  24.58166
 i=  758 j= 1153 glon=  275.53 (0-360E) glon=  275.53 glat=  19.72 u=  17.9000 v=  18.1100 vr=  -5.50192 vt=  24.86184
 i=  763 j= 1153 glon=  275.73 (0-360E) glon=  275.73 glat=  19.72 u=  15.0000 v=  18.9800 vr=  -5.45540 vt=  23.56860
 i=  768 j= 1153 glon=  275.93 (0-360E) glon=  275.93 glat=  19.72 u=  12.5000 v=  18.9500 vr=  -5.09158 vt=  22.12303
 i=  773 j= 1153 glon=  276.13 (0-360E) glon=  276.13 glat=  19.72 u=   8.7000 v=  22.0600 vr=  -8.33575 vt=  22.20020
 i=  778 j= 1153 glon=  276.33 (0-360E) glon=  276.33 glat=  19.72 u=   3.5000 v=  20.1000 vr=  -9.75650 vt=  17.91844
 i=  703 j= 1158 glon=  273.33 (0-360E) glon=  273.33 glat=  19.52 u=  16.2000 v=  -3.1300 vr=  -8.51716 vt=  14.13134
 i=  708 j= 1158 glon=  273.53 (0-360E) glon=  273.53 glat=  19.52 u=  17.3000 v=  -1.6700 vr=  -9.22178 vt=  14.73220
 i=  713 j= 1158 glon=  273.73 (0-360E) glon=  273.73 glat=  19.52 u=  18.5000 v=   0.3400 vr= -10.22497 vt=  15.42127
 i=  718 j= 1158 glon=  273.93 (0-360E) glon=  273.93 glat=  19.52 u=  19.3000 v=   2.2000 vr= -10.65994 vt=  16.23871
 i=  723 j= 1158 glon=  274.13 (0-360E) glon=  274.13 glat=  19.52 u=  20.8000 v=   5.3500 vr= -12.27206 vt=  17.62552
 i=  728 j= 1158 glon=  274.33 (0-360E) glon=  274.33 glat=  19.52 u=  21.2000 v=   7.7500 vr= -12.48261 vt=  18.80657
 i=  733 j= 1158 glon=  274.53 (0-360E) glon=  274.53 glat=  19.52 u=  19.9000 v=   9.9000 vr= -11.96977 vt=  18.72818
 i=  738 j= 1158 glon=  274.73 (0-360E) glon=  274.73 glat=  19.52 u=  17.7000 v=  10.7300 vr= -10.28374 vt=  17.96295
 i=  743 j= 1158 glon=  274.93 (0-360E) glon=  274.93 glat=  19.52 u=  16.0000 v=  14.6600 vr= -11.99169 vt=  18.08632
 i=  748 j= 1158 glon=  275.13 (0-360E) glon=  275.13 glat=  19.52 u=  19.2000 v=  13.0600 vr=  -7.19582 vt=  22.07768
 i=  753 j= 1158 glon=  275.33 (0-360E) glon=  275.33 glat=  19.52 u=  14.7000 v=  18.9900 vr= -11.77393 vt=  20.93047
 i=  758 j= 1158 glon=  275.53 (0-360E) glon=  275.53 glat=  19.52 u=  14.6000 v=  17.0800 vr=  -7.85462 vt=  21.05211
 i=  763 j= 1158 glon=  275.73 (0-360E) glon=  275.73 glat=  19.52 u=  14.2000 v=  17.0800 vr=  -6.03989 vt=  21.37489
 i=  768 j= 1158 glon=  275.93 (0-360E) glon=  275.93 glat=  19.52 u=   9.8000 v=  19.5700 vr=  -8.93321 vt=  19.98056
 i=  773 j= 1158 glon=  276.13 (0-360E) glon=  276.13 glat=  19.52 u=   5.3000 v=  19.3200 vr= -10.35129 vt=  17.15235
 i=  708 j= 1163 glon=  273.53 (0-360E) glon=  273.53 glat=  19.32 u=  17.0000 v=  -1.5300 vr=  -8.23201 vt=  14.95242
 i=  713 j= 1163 glon=  273.73 (0-360E) glon=  273.73 glat=  19.32 u=  17.9000 v=  -0.0600 vr=  -8.67187 vt=  15.65925
 i=  718 j= 1163 glon=  273.93 (0-360E) glon=  273.93 glat=  19.32 u=  18.4000 v=   2.0600 vr=  -9.32662 vt=  15.99430
 i=  723 j= 1163 glon=  274.13 (0-360E) glon=  274.13 glat=  19.32 u=  18.0000 v=   3.5300 vr=  -8.93972 vt=  16.01694
 i=  728 j= 1163 glon=  274.33 (0-360E) glon=  274.33 glat=  19.32 u=  20.5000 v=   6.9100 vr= -10.98037 vt=  18.63946
 i=  733 j= 1163 glon=  274.53 (0-360E) glon=  274.53 glat=  19.32 u=  18.0000 v=   8.8300 vr= -10.47881 vt=  17.09279
 i=  738 j= 1163 glon=  274.73 (0-360E) glon=  274.73 glat=  19.32 u=  16.9000 v=  10.7200 vr= -10.34683 vt=  17.13101
 i=  743 j= 1163 glon=  274.93 (0-360E) glon=  274.93 glat=  19.32 u=  20.8000 v=  14.0200 vr= -11.04405 vt=  22.52175
 i=  748 j= 1163 glon=  275.13 (0-360E) glon=  275.13 glat=  19.32 u=  17.6000 v=  13.3600 vr=  -8.61379 vt=  20.34827
 i=  753 j= 1163 glon=  275.33 (0-360E) glon=  275.33 glat=  19.32 u=  16.4000 v=  14.8100 vr=  -8.19628 vt=  20.52114
 i=  758 j= 1163 glon=  275.53 (0-360E) glon=  275.53 glat=  19.32 u=  15.9000 v=  13.8500 vr=  -5.50533 vt=  20.35495
 i=  763 j= 1163 glon=  275.73 (0-360E) glon=  275.73 glat=  19.32 u=  12.5000 v=  15.8600 vr=  -7.14192 vt=  18.88869
 i=  768 j= 1163 glon=  275.93 (0-360E) glon=  275.93 glat=  19.32 u=   8.1000 v=  15.5800 vr=  -7.93521 vt=  15.66457
 i=  718 j= 1168 glon=  273.93 (0-360E) glon=  273.93 glat=  19.12 u=  16.9000 v=   2.8200 vr=  -8.81427 vt=  14.69255
 i=  723 j= 1168 glon=  274.13 (0-360E) glon=  274.13 glat=  19.12 u=  17.5000 v=   5.6400 vr= -10.29684 vt=  15.23268
 i=  728 j= 1168 glon=  274.33 (0-360E) glon=  274.33 glat=  19.12 u=  18.1000 v=   7.4800 vr= -10.68168 vt=  16.41530
 i=  733 j= 1168 glon=  274.53 (0-360E) glon=  274.53 glat=  19.12 u=  17.8000 v=   8.7900 vr= -10.24596 vt=  17.00366
 i=  738 j= 1168 glon=  274.73 (0-360E) glon=  274.73 glat=  19.12 u=  16.2000 v=   9.5600 vr=  -9.24201 vt=  16.38349
 i=  743 j= 1168 glon=  274.93 (0-360E) glon=  274.93 glat=  19.12 u=  19.5000 v=  10.5100 vr=  -8.05386 vt=  20.63602
 i=  748 j= 1168 glon=  275.13 (0-360E) glon=  275.13 glat=  19.12 u=  17.8000 v=  11.7300 vr=  -7.51460 vt=  19.94903
 i=  753 j= 1168 glon=  275.33 (0-360E) glon=  275.33 glat=  19.12 u=  16.6000 v=  10.7600 vr=  -5.02589 vt=  19.13317
 i=  758 j= 1168 glon=  275.53 (0-360E) glon=  275.53 glat=  19.12 u=  14.2000 v=  11.5400 vr=  -4.95304 vt=  17.61474
 i=  733 j= 1173 glon=  274.53 (0-360E) glon=  274.53 glat=  18.92 u=  15.9000 v=   6.6500 vr=  -7.82833 vt=  15.35415
 i=  738 j= 1173 glon=  274.73 (0-360E) glon=  274.73 glat=  18.92 u=  17.2000 v=   7.8800 vr=  -7.57634 vt=  17.33590
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.8329153876917       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     47.93 kts
    LL Wind Circ Vt mean quadmax value: SE     31.85 kts
    LL Wind Circ Vt mean quadmax value: SW     26.35 kts
    LL Wind Circ Vt mean quadmax value: NW     30.57 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    10.3798330717301       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   7.22162529308422       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    20.9716552188806     
   xcenlon=    274.767045227433     
   imax=         2738  jmax=         2041
   jlatfix=         1121
   ilonfix (unadjusted) =          739
  
 In get_max_wind, ibeg=          665  iend=          812
                  jbeg=         1053  jend=         1190
         ilonfix=          739  jlatfix=         1121
 At end of get_max_wind, vmax=    34.0981480435522       rmax= 
   19.2049911720066     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.83 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.22 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.61 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   15.68 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.26 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   20.26 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   21.85 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   23.13 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   24.24 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   25.23 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   25.94 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   26.29 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   26.35 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   26.17 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   25.73 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   25.21 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   24.65 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   24.18 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   23.67 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   23.15 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   22.57 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.97 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   21.36 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.83 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.35 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   19.97 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   19.62 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.31 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.06 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   18.85 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.69 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   18.53 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.34 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   18.10 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.81 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.58 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   17.40 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   17.25 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   17.10 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.95 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.83 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.69 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    26.35 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    26.3469577165572      
  (m/s)   (in kts)=    51.1842347559556     
  rising_sum_dvdr=       19.5155045076447     
  declining_sum_dvdr=   -7.49261380703341     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=     6 igrct=  1 Vmax (m/s)=   34.098   22:17:05
 TIMING: before call  getradii, fhr=     6 igrct=  1   22:17:05
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    6.98320815242340     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.98320815242340     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.6708345879774     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.6708345879774     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.1662487943520     
 mr4qs before add, mean_radii_vt_4quad_sum=    16.1662487943520     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.7090982995679     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   15.71 good_quad_ct=   4 mean_vt_4quad=      3.93
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   11.40 mean_vt_4quad=    6.04
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   11.66 mean_vt_4quad=    6.12
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.90 mean_vt_4quad=    6.18
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.09 mean_vt_4quad=    6.23
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.13 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.15 mean_vt_4quad=    6.34
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.22 mean_vt_4quad=    6.38
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.41 mean_vt_4quad=    6.42
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.62 mean_vt_4quad=    6.46
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.64 mean_vt_4quad=    6.51
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.73 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.94 mean_vt_4quad=    6.62
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.29 mean_vt_4quad=    6.69
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.33 mean_vt_4quad=    6.76
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.52 mean_vt_4quad=    6.83
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.51 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.91 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.49 mean_vt_4quad=    7.00
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.53 mean_vt_4quad=    7.03
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.09 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.17 mean_vt_4quad=    7.08
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   12.51 mean_vt_4quad=    7.10
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   12.62 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.75 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   12.77 mean_vt_4quad=    7.25
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   12.91 mean_vt_4quad=    7.31
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.00 mean_vt_4quad=    7.36
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.13 mean_vt_4quad=    7.40
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.25 mean_vt_4quad=    7.44
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.43 mean_vt_4quad=    7.50
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.61 mean_vt_4quad=    7.57
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.75 mean_vt_4quad=    7.65
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.91 mean_vt_4quad=    7.75
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.04 mean_vt_4quad=    7.85
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.10 mean_vt_4quad=    7.95
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.20 mean_vt_4quad=    8.04
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.37 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.47 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.55 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.62 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.70 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.86 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.96 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.06 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.18 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   15.29 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.39 mean_vt_4quad=    8.28
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.51 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.74 mean_vt_4quad=    8.51
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.87 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.95 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.99 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.99 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.93 mean_vt_4quad=    9.00
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.88 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   15.85 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.91 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.00 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.05 mean_vt_4quad=    9.46
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.01 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.02 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.07 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.25 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.46 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   16.75 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.10 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.57 mean_vt_4quad=   10.67
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   10.67 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   10.90 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   11.12 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   11.30 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   11.44 .... 0.5*v_holland=    6.25
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    171.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   92.2716000000000     
 vradius(iwindix,iquad) =          92
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.57 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   18.01 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.49 mean_vt_4quad=   11.12
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.96 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   19.38 mean_vt_4quad=   11.44
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   19.79 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.18 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.47 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   20.76 mean_vt_4quad=   11.90
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.03 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.28 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   21.51 mean_vt_4quad=   12.33
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   21.68 mean_vt_4quad=   12.49
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   21.91 mean_vt_4quad=   12.68
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   22.23 mean_vt_4quad=   12.90
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   22.57 mean_vt_4quad=   13.10
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   22.87 mean_vt_4quad=   13.26
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   23.10 mean_vt_4quad=   13.43
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   23.26 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.36 mean_vt_4quad=   13.94
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   23.57 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.00 mean_vt_4quad=   14.45
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   24.64 mean_vt_4quad=   14.72
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.32 mean_vt_4quad=   15.03
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.99 mean_vt_4quad=   15.32
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.99 mean_vt_4quad=   15.32
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   26.63 mean_vt_4quad=   15.59
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   27.11 mean_vt_4quad=   15.81
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.46 mean_vt_4quad=   16.01
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   27.61 mean_vt_4quad=   16.20
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   27.55 mean_vt_4quad=   16.44
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   27.44 mean_vt_4quad=   16.74
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   27.48 mean_vt_4quad=   17.09
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   27.54 mean_vt_4quad=   17.49
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   27.67 mean_vt_4quad=   17.94
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   27.88 mean_vt_4quad=   18.40
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   28.26 mean_vt_4quad=   18.87
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   28.80 mean_vt_4quad=   19.34
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   29.40 mean_vt_4quad=   19.79
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   29.97 mean_vt_4quad=   20.23
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   30.46 mean_vt_4quad=   20.67
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   30.78 mean_vt_4quad=   21.13
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   31.14 mean_vt_4quad=   21.61
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   31.99 mean_vt_4quad=   22.06
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   32.94 mean_vt_4quad=   22.42
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.69 mean_vt_4quad=    6.04
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.71 mean_vt_4quad=    6.12
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.74 mean_vt_4quad=    6.18
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.81 mean_vt_4quad=    6.23
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   10.87 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   10.95 mean_vt_4quad=    6.34
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   11.02 mean_vt_4quad=    6.38
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   11.00 mean_vt_4quad=    6.42
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   11.07 mean_vt_4quad=    6.46
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   11.18 mean_vt_4quad=    6.51
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   11.29 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   11.98 mean_vt_4quad=    6.62
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.14 mean_vt_4quad=    6.69
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.56 mean_vt_4quad=    6.76
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.22 mean_vt_4quad=    6.83
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.66 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.18 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.53 mean_vt_4quad=    7.00
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.65 mean_vt_4quad=    7.03
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.54 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.52 mean_vt_4quad=    7.08
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.44 mean_vt_4quad=    7.10
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.74 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.71 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.73 mean_vt_4quad=    7.25
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.83 mean_vt_4quad=    7.31
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.06 mean_vt_4quad=    7.36
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.10 mean_vt_4quad=    7.40
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.78 mean_vt_4quad=    7.44
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.32 mean_vt_4quad=    7.50
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.34 mean_vt_4quad=    7.57
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.50 mean_vt_4quad=    7.65
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.64 mean_vt_4quad=    7.75
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.75 mean_vt_4quad=    7.85
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.89 mean_vt_4quad=    7.95
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.00 mean_vt_4quad=    8.04
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.07 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.14 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.21 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.27 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.37 mean_vt_4quad=    8.12
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.50 mean_vt_4quad=    8.12
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.63 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.71 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.79 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.89 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.95 mean_vt_4quad=    8.28
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.11 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.34 mean_vt_4quad=    8.51
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.61 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.90 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.22 mean_vt_4quad=    8.85
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=    8.93
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=    8.93 .... 0.5*v_holland=    5.06
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=    9.00 .... 0.5*v_holland=    5.06
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=    9.08 .... 0.5*v_holland=    5.06
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=    9.16 .... 0.5*v_holland=    5.06
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=    9.26 .... 0.5*v_holland=    5.06
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.96 mean_vt_4quad=    9.00
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.24 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.46 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.56 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.94 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.25 mean_vt_4quad=    9.46
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.49 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.59 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.62 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.75 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.90 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.91 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.82 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.73 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.94 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.09 mean_vt_4quad=   11.12
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.31 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.50 mean_vt_4quad=   11.44
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.74 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.03 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.49 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.14 mean_vt_4quad=   11.90
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   22.78 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.34 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.34 mean_vt_4quad=   12.33
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   22.99 mean_vt_4quad=   12.49
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.09 mean_vt_4quad=   12.68
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   24.30 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   25.34 mean_vt_4quad=   13.10
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   25.92 mean_vt_4quad=   13.26
  
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   25.92 mean_vt_4quad=   13.26
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.83 mean_vt_4quad=   13.43
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   25.80 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   25.99 mean_vt_4quad=   13.94
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   26.15 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   26.16 mean_vt_4quad=   14.45
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   26.05 mean_vt_4quad=   14.72
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   25.51 mean_vt_4quad=   15.03
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   24.66 mean_vt_4quad=   15.32
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   23.81 mean_vt_4quad=   15.59
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   23.92 mean_vt_4quad=   15.81
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   24.06 mean_vt_4quad=   16.01
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   24.15 mean_vt_4quad=   16.20
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   24.15 mean_vt_4quad=   16.44
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   24.29 mean_vt_4quad=   16.74
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   24.48 mean_vt_4quad=   17.09
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   24.73 mean_vt_4quad=   17.49
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   25.26 mean_vt_4quad=   17.94
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   25.83 mean_vt_4quad=   18.40
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   26.34 mean_vt_4quad=   18.87
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   26.82 mean_vt_4quad=   19.34
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   27.66 mean_vt_4quad=   19.79
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   28.04 mean_vt_4quad=   20.23
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   28.17 mean_vt_4quad=   20.67
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   29.20 mean_vt_4quad=   21.13
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   30.01 mean_vt_4quad=   21.61
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   30.60 mean_vt_4quad=   22.06
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   30.96 mean_vt_4quad=   22.42
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   31.04 mean_vt_4quad=   22.65
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   31.06 mean_vt_4quad=   22.68
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   31.01 mean_vt_4quad=   22.45
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   30.28 mean_vt_4quad=   21.94
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   29.76 mean_vt_4quad=   21.17
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   29.57 mean_vt_4quad=   20.32
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   29.69 mean_vt_4quad=   19.34
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   29.27 mean_vt_4quad=   18.13
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   27.39 mean_vt_4quad=   16.48
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   24.10 mean_vt_4quad=   14.21
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   19.88 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   15.01 mean_vt_4quad=    7.74
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   10.39 mean_vt_4quad=    3.93
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    8.39 mean_vt_4quad=    6.04
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    8.87 mean_vt_4quad=    6.12
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.09 mean_vt_4quad=    6.18
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    8.83 mean_vt_4quad=    6.23
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    8.69 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    8.79 mean_vt_4quad=    6.34
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    8.96 mean_vt_4quad=    6.38
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    9.58 mean_vt_4quad=    6.42
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.18 mean_vt_4quad=    6.46
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.50 mean_vt_4quad=    6.51
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.76 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.94 mean_vt_4quad=    6.62
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.99 mean_vt_4quad=    6.69
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.88 mean_vt_4quad=    6.76
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.76 mean_vt_4quad=    6.83
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   10.84 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   10.78 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.61 mean_vt_4quad=    7.00
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.18 mean_vt_4quad=    7.03
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    9.88 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    9.72 mean_vt_4quad=    7.08
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    9.95 mean_vt_4quad=    7.10
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   10.33 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   10.73 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   10.96 mean_vt_4quad=    7.25
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.09 mean_vt_4quad=    7.31
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.19 mean_vt_4quad=    7.36
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.33 mean_vt_4quad=    7.40
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.53 mean_vt_4quad=    7.44
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.74 mean_vt_4quad=    7.50
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.96 mean_vt_4quad=    7.57
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.11 mean_vt_4quad=    7.65
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   12.21 mean_vt_4quad=    7.75
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.21 mean_vt_4quad=    7.85
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.11 mean_vt_4quad=    7.95
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   11.95 mean_vt_4quad=    8.04
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   11.75 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.62 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   11.51 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   11.41 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   11.23 mean_vt_4quad=    8.12
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   11.12 mean_vt_4quad=    8.12
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   10.97 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   10.83 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   10.82 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   10.99 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   11.23 mean_vt_4quad=    8.28
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   11.32 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   11.41 mean_vt_4quad=    8.51
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   11.67 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   11.94 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   12.13 mean_vt_4quad=    8.85
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   12.37 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   12.54 mean_vt_4quad=    9.00
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   12.64 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   12.70 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   12.86 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.02 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   13.21 mean_vt_4quad=    9.46
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.45 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.74 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.02 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.32 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   14.57 mean_vt_4quad=   10.09
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   14.69 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   14.72 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   14.66 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   14.68 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   14.69 mean_vt_4quad=   11.12
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   14.71 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.76 mean_vt_4quad=   11.44
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.84 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.94 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.17 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.50 mean_vt_4quad=   11.90
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.85 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   16.28 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   16.72 mean_vt_4quad=   12.33
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   17.15 mean_vt_4quad=   12.49
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.54 mean_vt_4quad=   12.68
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   12.68 .... 0.5*v_holland=    7.95
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   12.90 .... 0.5*v_holland=    7.95
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   13.10 .... 0.5*v_holland=    7.95
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   13.26 .... 0.5*v_holland=    7.95
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    7.95
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.54 mean_vt_4quad=   12.68
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.89 mean_vt_4quad=   12.90
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   18.17 mean_vt_4quad=   13.10
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   18.44 mean_vt_4quad=   13.26
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   18.73 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.96 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   19.16 mean_vt_4quad=   13.94
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   19.30 mean_vt_4quad=   14.20
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   19.61 mean_vt_4quad=   14.45
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   20.07 mean_vt_4quad=   14.72
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   20.33 mean_vt_4quad=   15.03
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   20.40 mean_vt_4quad=   15.32
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   20.31 mean_vt_4quad=   15.59
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   20.07 mean_vt_4quad=   15.81
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   19.70 mean_vt_4quad=   16.01
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   19.46 mean_vt_4quad=   16.20
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   19.24 mean_vt_4quad=   16.44
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   19.10 mean_vt_4quad=   16.74
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   18.30 mean_vt_4quad=   17.09
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   18.00 mean_vt_4quad=   17.49
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   18.25 mean_vt_4quad=   17.94
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   18.88 mean_vt_4quad=   18.40
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   19.86 mean_vt_4quad=   18.87
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   20.90 mean_vt_4quad=   19.34
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   21.64 mean_vt_4quad=   19.79
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   22.04 mean_vt_4quad=   20.23
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   22.47 mean_vt_4quad=   20.67
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   22.98 mean_vt_4quad=   21.13
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   23.80 mean_vt_4quad=   21.61
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   24.82 mean_vt_4quad=   22.06
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   26.07 mean_vt_4quad=   22.42
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   26.07 mean_vt_4quad=   22.42
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   27.02 mean_vt_4quad=   22.65
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   27.67 mean_vt_4quad=   22.68
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   27.69 mean_vt_4quad=   22.45
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   27.50 mean_vt_4quad=   21.94
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   27.29 mean_vt_4quad=   21.17
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   27.14 mean_vt_4quad=   20.32
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   26.52 mean_vt_4quad=   19.34
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   25.37 mean_vt_4quad=   18.13
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   23.41 mean_vt_4quad=   16.48
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   19.97 mean_vt_4quad=   14.21
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   16.02 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   11.58 mean_vt_4quad=    7.74
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    8.04 mean_vt_4quad=    3.93
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.81 mean_vt_4quad=    6.04
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.94 mean_vt_4quad=    6.12
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.89 mean_vt_4quad=    6.18
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.05 mean_vt_4quad=    6.23
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.10 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.20 mean_vt_4quad=    6.34
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.49 mean_vt_4quad=    6.38
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.49 mean_vt_4quad=    6.42
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.56 mean_vt_4quad=    6.46
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.76 mean_vt_4quad=    6.51
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.79 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.75 mean_vt_4quad=    6.62
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.80 mean_vt_4quad=    6.69
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.77 mean_vt_4quad=    6.76
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.72 mean_vt_4quad=    6.83
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.77 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.84 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.99 mean_vt_4quad=    7.00
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.12 mean_vt_4quad=    7.03
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.36 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.70 mean_vt_4quad=    7.08
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.13 mean_vt_4quad=    7.10
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   11.85 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   12.74 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   12.48 mean_vt_4quad=    7.25
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   12.58 mean_vt_4quad=    7.31
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.52 mean_vt_4quad=    7.36
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.38 mean_vt_4quad=    7.40
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   11.66 mean_vt_4quad=    7.44
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   11.19 mean_vt_4quad=    7.50
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   11.26 mean_vt_4quad=    7.57
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.27 mean_vt_4quad=    7.65
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.25 mean_vt_4quad=    7.75
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.51 mean_vt_4quad=    7.85
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.86 mean_vt_4quad=    7.95
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   12.38 mean_vt_4quad=    8.04
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   12.44 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   12.65 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   12.80 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   13.31 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.69 mean_vt_4quad=    8.12
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   13.53 mean_vt_4quad=    8.12
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.75 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.13 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.97 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.38 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.26 mean_vt_4quad=    8.28
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.04 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.16 mean_vt_4quad=    8.51
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.52 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   11.91 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.37 mean_vt_4quad=    8.85
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.64 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.85 mean_vt_4quad=    9.00
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.10 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.29 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.41 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.48 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.52 mean_vt_4quad=    9.46
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.46 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.38 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.29 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.22 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   13.16 mean_vt_4quad=   10.09
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.10 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.09 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.17 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.33 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.52 mean_vt_4quad=   11.12
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.68 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.79 mean_vt_4quad=   11.44
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.80 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.83 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   13.91 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   13.97 mean_vt_4quad=   11.90
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.14 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.37 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   14.73 mean_vt_4quad=   12.33
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.10 mean_vt_4quad=   12.49
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.43 mean_vt_4quad=   12.68
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.62 mean_vt_4quad=   12.90
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   15.68 mean_vt_4quad=   13.10
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   15.66 mean_vt_4quad=   13.26
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   15.65 mean_vt_4quad=   13.43
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   15.67 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   15.69 mean_vt_4quad=   13.94
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   15.71 mean_vt_4quad=   14.20
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   15.86 mean_vt_4quad=   14.45
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.13 mean_vt_4quad=   14.72
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   16.52 mean_vt_4quad=   15.03
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   16.94 mean_vt_4quad=   15.32
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   17.27 mean_vt_4quad=   15.59
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   17.49 mean_vt_4quad=   15.81
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   17.67 mean_vt_4quad=   16.01
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  30
  ++++ rdist(ihc)=   90.00  mean_radii_vt_4quad(ihc)=   16.01 .... 0.5*v_holland=   11.09
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   16.20 .... 0.5*v_holland=   11.09
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   16.44 .... 0.5*v_holland=   11.09
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   16.74 .... 0.5*v_holland=   11.09
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   17.09 .... 0.5*v_holland=   11.09
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   17.67 mean_vt_4quad=   16.01
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   17.80 mean_vt_4quad=   16.20
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   18.14 mean_vt_4quad=   16.44
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   18.95 mean_vt_4quad=   16.74
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   19.92 mean_vt_4quad=   17.09
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   21.10 mean_vt_4quad=   17.49
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   22.29 mean_vt_4quad=   17.94
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   23.36 mean_vt_4quad=   18.40
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   24.23 mean_vt_4quad=   18.87
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   24.84 mean_vt_4quad=   19.34
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   25.51 mean_vt_4quad=   19.79
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   26.30 mean_vt_4quad=   20.23
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   26.30 mean_vt_4quad=   20.23
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   27.45 mean_vt_4quad=   20.67
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   28.73 mean_vt_4quad=   21.13
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   30.12 mean_vt_4quad=   21.61
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   31.21 mean_vt_4quad=   22.06
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   31.86 mean_vt_4quad=   22.42
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   32.09 mean_vt_4quad=   22.65
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   31.19 mean_vt_4quad=   22.68
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   29.54 mean_vt_4quad=   22.45
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   27.17 mean_vt_4quad=   21.94
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   23.63 mean_vt_4quad=   21.17
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   20.14 mean_vt_4quad=   20.32
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   16.70 mean_vt_4quad=   19.34
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   14.14 mean_vt_4quad=   18.13
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   12.02 mean_vt_4quad=   16.48
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   10.25 mean_vt_4quad=   14.21
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    8.65 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    7.07 mean_vt_4quad=    7.74
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    5.99 mean_vt_4quad=    3.93
  
 TIMING: after call  getradii, fhr=     6 igrct=  1   22:17:05
 TIMING: after getrad_iter_loop, fhr=     6 igrct=  2 Vmax (m/s)=   34.098   22:17:05
 TIMING: Before get_phase ... 22:17:05
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=            6 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =     2.437
  
  
  In get_cps_paramb, lead time=            6 :           0   10L  IDALIA   
   right_ct=          851   left_ct=          854
   zthicksum(1)=    2895050.95800000     
   zthicksum(2)=    2912690.07600000     
   zthick_right_mean=    3401.94002115159     
   zthick_left_mean=     3410.64411709602     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -8.70409594443890     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            3.71
  Sum of y-diffs squared (ydiff2) =         2553.91
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   234.18   6.7452       27.68   0.1661    -1.12     1.25      766.18
    2   225.41   6.6846       18.91   0.1055     0.62     0.39      357.66
    3   213.78   6.6201        7.28   0.0409     0.18     0.03       53.00
    4   202.86   6.5511       -3.63  -0.0281     1.24     1.53       13.19
    5   188.51   6.4770      -17.98  -0.1022    -0.27     0.07      323.42
    6   174.24   6.3969      -32.26  -0.1822    -0.66     0.43     1040.45
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   206.496     x:    6.58
  
  slope=    173.402         y-intercept =   -934.340
  Regression equation:   Y =  -934.34 +   173.40X
  
  R2(r_squared) =  0.9985        r =  0.9993
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1021.23 zmin=  780.96 zdiff=  240.27
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1515.99 zmin= 1281.81 zdiff=  234.18
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.10 dlnp=     -0.057158  dzdlnp=      106.651
  
   +++ k=  3 press=    800.0 zmax= 2035.44 zmin= 1810.04 zdiff=  225.41
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.77 dlnp=     -0.060625  dzdlnp=      144.628
  
   +++ k=  4 press=    750.0 zmax= 2582.51 zmin= 2368.73 zdiff=  213.78
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -11.63 dlnp=     -0.064539  dzdlnp=      180.233
  
   +++ k=  5 press=    700.0 zmax= 3160.38 zmin= 2957.52 zdiff=  202.86
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.91 dlnp=     -0.068993  dzdlnp=      158.161
  
   +++ k=  6 press=    650.0 zmax= 3773.39 zmin= 3584.88 zdiff=  188.51
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.35 dlnp=     -0.074108  dzdlnp=      193.663
  
   +++ k=  7 press=    600.0 zmax= 4427.40 zmin= 4253.16 zdiff=  174.24
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -14.27 dlnp=     -0.080043  dzdlnp=      178.305
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           97.06
  Sum of y-diffs squared (ydiff2) =         4073.08
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   159.67   6.3099       38.82   0.2788     4.10    16.77     1507.10
    2   144.66   6.2146       23.81   0.1834     0.96     0.92      567.07
    3   128.16   6.1092        7.31   0.0781    -2.42     5.85       53.43
    4   110.91   5.9915       -9.94  -0.0397    -4.99    24.94       98.78
    5    95.66   5.8579      -25.19  -0.1732    -3.61    13.01      634.37
    6    86.03   5.7038      -34.82  -0.3274     5.96    35.56     1212.34
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   120.851     x:    6.03
  
  slope=    124.572         y-intercept =   -630.464
  Regression equation:   Y =  -630.46 +   124.57X
  
  R2(r_squared) =  0.9762        r =  0.9880
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=            6 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4427.40 zmin= 4253.16 zdiff=  174.24
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5126.24 zmin= 4966.57 zdiff=  159.67
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -14.57 dlnp=     -0.087011  dzdlnp=      167.426
  
   +++ k=  9 press=    500.0 zmax= 5879.65 zmin= 5734.98 zdiff=  144.66
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -15.01 dlnp=     -0.095310  dzdlnp=      157.465
  
   +++ k= 10 press=    450.0 zmax= 6699.36 zmin= 6571.20 zdiff=  128.16
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -16.50 dlnp=     -0.105361  dzdlnp=      156.643
  
   +++ k= 11 press=    400.0 zmax= 7599.94 zmin= 7489.03 zdiff=  110.91
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -17.25 dlnp=     -0.117783  dzdlnp=      146.439
  
   +++ k= 12 press=    350.0 zmax= 8602.63 zmin= 8506.97 zdiff=   95.66
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -15.25 dlnp=     -0.133531  dzdlnp=      114.190
  
   +++ k= 13 press=    300.0 zmax= 9730.85 zmin= 9644.82 zdiff=   86.03
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -9.63 dlnp=     -0.154151  dzdlnp=       62.484
  
cps_stats: 10L   lead time=   6: 0   paramb=    -8.70  vtl=    173.40  vtu=    124.57
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour    6:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.767 (0-360) guesslon=  274.767E  (  85.233W)   guesslat=   20.972
 ilonfix=          739  jlatfix=         1121  npts=           33
 ibeg=          667  jbeg=         1053  imax=         2738
 iend=          811  jend=         1189  jmax=         2041
 TIMING: find_maxmin 1  22:17:05
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.647E  (0-360) ctlon=  274.647E  (  85.353W)  ctlat=   19.652 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:05
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.647E   (0-360) guesslon=  274.647E  (  85.353W)   guesslat=   19.652
 ilonfix=          736  jlatfix=         1154  npts=           16
 ibeg=          689  jbeg=         1110  imax=         2738
 iend=          783  jend=         1198  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.327E  (0-360) ctlon=  274.327  (  85.673W)  ctlat=   19.732 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L     6:00  mean_lon:  274.33E (  85.67W)    (0-360) mean_lon=  274.33E  mean_lat:   19.73  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L     6:00  ifix:   704   jfix:  1129  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          704  jx=         1129
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         305 ,        1528 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         304 ,        1529 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L     6:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:05
 TIMING: Before shear ... 22:17:05
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            2
  clon(ist,ifh,3)=    274.691483635924     
  clat(ist,ifh,3)=    20.9341074239671     
  fixlon(ist,ifh)=    274.767045227433     
  fixlat(ist,ifh)=    20.9716552188806     
  xcenlon=    274.691483635924     
  xcenlat=    20.9341074239671     
  
 xxshear
 In get_shear A, xcenlon=    274.691483635924       xcenlat= 
   20.9341074239671     
   In get_shear B, (0-360) xcenlon=    274.691483635924     
  
At start of get_shear:  10L   fhr=    6:00   Mean fix position=   274.77E  ( 85.23W)    20.97  (0-360) mean lon fix=  274.77
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   28.43 vr_mean(idist,ilev)=   -1.04
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   25.29 vr_mean(idist,ilev)=   -1.25
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   21.81 vr_mean(idist,ilev)=   -2.25
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.81 vr_mean(idist,ilev)=   -1.15
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   18.80 vr_mean(idist,ilev)=   -1.38
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.30 vr_mean(idist,ilev)=   -0.75
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   17.80 vr_mean(idist,ilev)=   -0.53
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.23 vr_mean(idist,ilev)=    0.03
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.33 vr_mean(idist,ilev)=   -0.41
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.71 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.71 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.30 vr_mean(idist,ilev)=   -0.59
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.48 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.70 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.44 vr_mean(idist,ilev)=   -0.53
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    8.68 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    7.68 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.43 vr_mean(idist,ilev)=   -0.41
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.91 vr_mean(idist,ilev)=   -0.54
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -11.25 vr_mean(idist,ilev)=   11.25
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -16.88 vr_mean(idist,ilev)=   16.88
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -22.51 vr_mean(idist,ilev)=   22.51
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -28.14 vr_mean(idist,ilev)=   28.14
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -33.77 vr_mean(idist,ilev)=   33.77
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -39.40 vr_mean(idist,ilev)=   39.40
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -45.04 vr_mean(idist,ilev)=   45.04
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -50.67 vr_mean(idist,ilev)=   50.67
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -56.31 vr_mean(idist,ilev)=   56.31
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -61.95 vr_mean(idist,ilev)=   61.95
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -67.60 vr_mean(idist,ilev)=   67.60
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -73.25 vr_mean(idist,ilev)=   73.25
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -78.90 vr_mean(idist,ilev)=   78.90
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -84.55 vr_mean(idist,ilev)=   84.55
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -90.21 vr_mean(idist,ilev)=   90.21
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=  -95.87 vr_mean(idist,ilev)=   95.87
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -101.54 vr_mean(idist,ilev)=  101.54
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -107.22 vr_mean(idist,ilev)=  107.22
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -112.89 vr_mean(idist,ilev)=  112.89
  
 At end of get_shear: 
     ist=    4 ifh=    2 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:05
  
 After call to fixcenter, fix positions at 
 forecast hour=    6:00 follow:
  
fixpos  10L   fhr=    6:00   Fix position=   274.77E  ( 85.23W)    20.97   Max Wind=  66 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.734163001210     
 xxxx get_next_ges, curr fix lon=    274.767045227433     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.767045227433        fixlat=    20.9716552188806     
        (0-360) fixlon=    274.767045227433     
      ilonfix=          739   jlatfix=         1121
      ibeg=          271   iend=         1207
      jbeg=          669   jend=         1573
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.28481431048675       vavg=    5.96560718491012     
      ubar=   0.321203577621688       vbar=    1.49140179622753     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.46276337152856       vavg=    5.07757354454127     
      ubar=    1.05258526338597       vbar=    4.03018856849816     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.637043373447243       vavg=    1.25885626861724     
      ubar=    1.21184610674778       vbar=    4.34490263565247     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.21184610674778       vbar=    4.34490263565247     
      wgttot=    1.00000000000000     
      fixlon=    274.767045227433        fixlat=    20.9716552188806     
      barnlon=    275.019871272859       barnlat=    21.8156678213480     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.931096175514509     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.019871272859     
     Raw (no conversion for GM wrap) extraplon=    274.800086539707     
  
 --- barnlon=    275.02E  (  84.98W)    barnlat=     21.82
 --- extraplon=  274.80E  (  85.20W)    extraplat=   21.69
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   20.97
 | Current fix lon is   85.23W   ( 274.77E)
 | Current fix lon (raw, unadjusted)=  274.77E
 | Updated guess lat for next fcst hour is   21.75
 | Updated guess lon (0-360) for next fcst hour is   85.09W   ( 274.91E)
 | Raw updated guess lon for next fcst hour is  274.91E)
 -------------------------------------------------
  
 iocheck, dist=    88.2851520073041        distm=    88285.1520073041     
 iocheck, stmspd=    4.08727555589371        istmspd=           79
 iocheck, xincr=   0.142933678850227        yincr=   0.782729099359191     
 iocheck, stmdir=    10.3487222672756        istmdir=           10
 +++ RPT_STORM_MOTION: istmspd=    79 kts(*10)    istmdir=    10 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   2
     Fix location for this time:   274.77E  ( 85.23W)    20.97
     Fix lon (raw) for this time:  274.77E
     ilonfix=  739  jlatfix= 1121
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.767045227433       xcenlat=    20.9716552188806     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.767045227433       xcenlat=    20.9716552188806     
  ilonfix=          739  jlatfix=         1121
  ibeg=          619  iend=          859
  jbeg=         1005  jend=         1237  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.767045227433        xcenlat=    20.9716552188806     
      ilonfix=          739   jlatfix=         1121
      ibeg=          619   iend=          859
      jbeg=         1005   jend=         1237
 After call to barnes, xsmoothval=   2.926037431991873E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.926037431991873E-004
      xcenlon=    274.767045227433        xcenlat=    20.9716552188806     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000293  imeanzeta (*1e6)=      293
   --- mean zeta raw =   2.926037431991873E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002874  igrid zeta (*1e6)=     2874 ifilret=   0
   --- grid zeta raw=   2.873828012256519E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.767045227433       xcenlat=    20.9716552188806     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.767045227433       xcenlat=    20.9716552188806     
  ilonfix=          739  jlatfix=         1121
  ibeg=          619  iend=          859
  jbeg=         1005  jend=         1237  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.767045227433        xcenlat=    20.9716552188806     
      ilonfix=          739   jlatfix=         1121
      ibeg=          619   iend=          859
      jbeg=         1005   jend=         1237
 After call to barnes, xsmoothval=   2.715622469767000E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.715622469767000E-004
      xcenlon=    274.767045227433        xcenlat=    20.9716552188806     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000272  imeanzeta (*1e6)=      272
   --- mean zeta raw =   2.715622469767000E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002721  igrid zeta (*1e6)=     2721 ifilret=   0
   --- grid zeta raw=   2.720923100303914E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=            6
  
 segx, outlon=    274.767045227433       outlat=    20.9716552188806     
   ist=            4  ifcsthour=            6
   vmaxwind=    34.0981480435522       xminmslp=    98291.3300000000     
   vradius=           92          53          23         115          66
           0          71          23           0          49          31
           0
   maxstorm=            6
   plastbar=    99891.3300000000       rlastbar=    34.6468444347739     
   rmax=    19.2049911720066     
   cps_vals=   -8.70409594443890        173.401751094719     
   124.572145897567     
   wcore_flag= n
   istmspd=           79  istmdir=           10
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     26.3469577165572     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   34.6468444347739       irlastbar=          35
 output: plastbar=   99891.3300000000       iplastbar=         999
 rmax=    19.2049911720066        irmax=           19
 TXX top of atcfunix_ext, ist=            4  ifh=            6
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   34.6468444347739       irlastbar=          35
 output: plastbar=   99891.3300000000       iplastbar=         999
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=            6
 intlat=          210
 clatns= N
 intlon=          852
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           66
 int(xminmslp/mslp_outp_adj + 0.5)=          983
 XX,  34, NEQ
 vradius(1,1)=           92
 vradius(1,2)=          115
 vradius(1,3)=           71
 vradius(1,4)=           49
 iplastbar=          999
 irlastbar=           35
 irmax=           19
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           10
 istmspd=           79
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -87
 icps_vals(2)=         1734
 icps_vals(3)=         1246
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           51
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          293
 igridzeta(1)=         2874
 imeanzeta(2)=          272
 igridzeta(2)=         2721
  
 rmax=    19.2049911720066        irmax=           19
 +++ Top of output_atcf_parms, ist=            4  ifh=            6
  
 xxxx get_next_ges, prev fix lon=    274.734163001210     
 xxxx get_next_ges, curr fix lon=    274.767045227433     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.767045227433        fixlat=    20.9716552188806     
        (0-360) fixlon=    274.767045227433     
      ilonfix=          739   jlatfix=         1121
      ibeg=          271   iend=         1207
      jbeg=          669   jend=         1573
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.28481431048675       vavg=    5.96560718491012     
      ubar=   0.321203577621688       vbar=    1.49140179622753     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.46276337152856       vavg=    5.07757354454127     
      ubar=    1.05258526338597       vbar=    4.03018856849816     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.637043373447243       vavg=    1.25885626861724     
      ubar=    1.21184610674778       vbar=    4.34490263565247     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.21184610674778       vbar=    4.34490263565247     
      wgttot=    1.00000000000000     
      fixlon=    274.767045227433        fixlat=    20.9716552188806     
      barnlon=    275.019871272859       barnlat=    21.8156678213480     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.931096175514509     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.019871272859     
     Raw (no conversion for GM wrap) extraplon=    274.800086539707     
  
 --- barnlon=    275.02E  (  84.98W)    barnlat=     21.82
 --- extraplon=  274.80E  (  85.20W)    extraplat=   21.69
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    6.00000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   20.97
 | Current fix lon is   85.23W   ( 274.77E)
 | Current fix lon (raw, unadjusted)=  274.77E
 | Updated guess lat for next fcst hour is   21.75
 | Updated guess lon (0-360) for next fcst hour is   85.09W   ( 274.91E)
 | Raw updated guess lon for next fcst hour is  274.91E)
 -------------------------------------------------
  
 iocheck, dist=    88.2851520073041        distm=    88285.1520073041     
 iocheck, stmspd=    4.08727555589371        istmspd=           79
 iocheck, xincr=   0.142933678850227        yincr=   0.782729099359191     
 iocheck, stmdir=    10.3487222672756        istmdir=           10
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 6
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 1 + [[ 6 -le 12 ]]
++ 1 + printf %03d 6
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.f006
++ 1 + printf %03d 6
+ 1 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.f006
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          202  = igcret =            0
 baclose return code for unit          602  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   12:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f00720                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f00720.ix                                                                                    
hafs.trak.storm.2023082812.f00720: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f00720: cannot stat: 2
hafs.trak.storm.2023082812.f00720: sleep 5
hafs.trak.storm.2023082812.f00720: Not ready yet.  Size=97079718, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f00720: sleep 5
hafs.trak.storm.2023082812.f00720: Not ready yet.  Size=97079718, age=8, min size=500, min age=10
hafs.trak.storm.2023082812.f00720: sleep 5
hafs.trak.storm.2023082812.f00720: ready.
hafs.trak.storm.2023082812.f00720.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f00720.ix: ready.
 in open_grib_files in multi else part....
   lugb=          203   lugi=          603
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00720                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00720.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f00720...  gopen_i_file= ...hafs.trak.storm.2023082812.f00720.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f00720                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f00720.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          203  is CLOSED
 TEST open_grib_files, unit lugi=          603  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f00720                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f00720.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          203  is CLOSED
 TEST b4 getgridinfo, unit lugi=          603  is CLOSED
 before getgb2 call, lugb=          203  lugi=          603
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   12   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    12h ... 22:17:21
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:21
 TIMING: after getgb2-122:17:22
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   12   5588258   0.000       0.000     -0.2417E-02  0.5013E-02
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:22
 TIMING: after getgb2-122:17:22
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   12   5588258   0.000       0.000     -0.3093E-02  0.4824E-02
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:22
 TIMING: after getgb2-122:17:22
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   12   5588258   0.000       0.000      -52.80       57.90    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:22
 TIMING: after getgb2-122:17:22
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   12   5588258   0.000       0.000      -44.60       60.70    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:22
 TIMING: after getgb2-122:17:22
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   12   5588258   0.000       0.000      -49.20       57.80    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:22
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   12   5588258   0.000       0.000      -45.20       50.22    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   12   5588258   0.000       0.000       964.7       1631.    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   12   5588258   0.000       0.000       2643.       3254.    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   12   5588258   0.000       0.000      0.9482E+05  0.1030E+06
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   12   5588258   0.000       0.000      -46.28       48.07    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   12   5588258   0.000       0.000      -37.24       49.86    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:23
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   12   5588258   0.000       0.000      -40.45       44.74    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   12   5588258   0.000       0.000      -44.99       48.13    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           12  hours
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   12   5588258   0.000       0.000       5448.       5977.    
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           12  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   12   5588258   0.000       0.000      0.1168E+05  0.1256E+05
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           12  hours
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           12  hours
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           12  hours
 TEST b4 getgb2 getdata, unit lugb=          203  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          603  is CLOSED

 TIMING: before getgb2-122:17:24
 TIMING: after getgb2-122:17:24
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           12  hours

 TIMING: before getgb2-phase22:17:24
 TIMING: after getgb2-222:17:24
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   12   5588258   0.000       0.000       462.3       1152.    

 TIMING: before getgb2-phase22:17:24
 TIMING: after getgb2-222:17:24
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   12   5588258   0.000       0.000       964.7       1631.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:25
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   12   5588258   0.000       0.000       1493.       2140.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:25
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   12   5588258   0.000       0.000       2052.       2680.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:25
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   12   5588258   0.000       0.000       2643.       3254.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:25
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   12   5588258   0.000       0.000       3273.       3871.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:25
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   12   5588258   0.000       0.000       3945.       4525.    

 TIMING: before getgb2-phase22:17:25
 TIMING: after getgb2-222:17:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   12   5588258   0.000       0.000       4668.       5224.    

 TIMING: before getgb2-phase22:17:26
 TIMING: after getgb2-222:17:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   12   5588258   0.000       0.000       5448.       5977.    

 TIMING: before getgb2-phase22:17:26
 TIMING: after getgb2-222:17:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   12   5588258   0.000       0.000       6224.       6797.    

 TIMING: before getgb2-phase22:17:26
 TIMING: after getgb2-222:17:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   12   5588258   0.000       0.000       7062.       7694.    

 TIMING: before getgb2-phase22:17:26
 TIMING: after getgb2-222:17:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   12   5588258   0.000       0.000       7987.       8682.    

 TIMING: before getgb2-phase22:17:26
 TIMING: after getgb2-222:17:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           12 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   12   5588258   0.000       0.000       9023.       9796.    
 TIMING: after getdata ... 22:17:27
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   12:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.818947271764938E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  301.009E  (0-360) ctlon=  301.009E  (  58.991W)  ctlat=   22.558 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.182E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  301.009E   (0-360) guesslon=  301.009E  (  58.991W)   guesslat=   22.558
 ilonfix=         1396  jlatfix=         1082  npts=           16
 ibeg=         1348  jbeg=         1038  imax=         2738
 iend=         1444  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.889E  (0-360) ctlon=  300.889  (  59.111W)  ctlat=   22.538 fmax (x10e5) =        0.280E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.765498481398281E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  301.009E  (0-360) ctlon=  301.009E  (  58.991W)  ctlat=   22.558 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.277E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  301.009E   (0-360) guesslon=  301.009E  (  58.991W)   guesslat=   22.558
 ilonfix=         1396  jlatfix=         1082  npts=           16
 ibeg=         1348  jbeg=         1038  imax=         2738
 iend=         1444  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.789E  (0-360) ctlon=  300.789  (  59.211W)  ctlat=   22.638 fmax (x10e5) =        0.224E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  301.009E  (0-360) ctlon=  301.009E  (  58.991W)  ctlat=   22.158 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.155E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  301.009E   (0-360) guesslon=  301.009E  (  58.991W)   guesslat=   22.158
 ilonfix=         1396  jlatfix=         1092  npts=           16
 ibeg=         1348  jbeg=         1048  imax=         2738
 iend=         1444  jend=         1136  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.889E  (0-360) ctlon=  300.889  (  59.111W)  ctlat=   22.338 fmax =       -0.100E+16 fmin =        0.154E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  301.009E  (0-360) ctlon=  301.009E  (  58.991W)  ctlat=   22.158 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.318E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  301.009E   (0-360) guesslon=  301.009E  (  58.991W)   guesslat=   22.158
 ilonfix=         1396  jlatfix=         1092  npts=           16
 ibeg=         1348  jbeg=         1048  imax=         2738
 iend=         1444  jend=         1136  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.889E  (0-360) ctlon=  300.889  (  59.111W)  ctlat=   22.238 fmax =       -0.100E+16 fmin =        0.318E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.609E  (0-360) ctlon=  300.609E  (  59.391W)  ctlat=   22.558 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.102E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  300.609E   (0-360) guesslon=  300.609E  (  59.391W)   guesslat=   22.558
 ilonfix=         1386  jlatfix=         1082  npts=           16
 ibeg=         1338  jbeg=         1038  imax=         2738
 iend=         1434  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.789E  (0-360) ctlon=  300.789  (  59.211W)  ctlat=   22.438 fmax =       -0.100E+16 fmin =        0.102E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.729 (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   22.678
 ilonfix=         1389  jlatfix=         1079  npts=           33
 ibeg=         1317  jbeg=         1011  imax=         2738
 iend=         1461  jend=         1147  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.070026403506612E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.209E  (0-360) ctlon=  300.209E  (  59.791W)  ctlat=   22.958 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.107E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.209E   (0-360) guesslon=  300.209E  (  59.791W)   guesslat=   22.958
 ilonfix=         1376  jlatfix=         1072  npts=           16
 ibeg=         1328  jbeg=         1028  imax=         2738
 iend=         1424  jend=         1116  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.489E  (0-360) ctlon=  300.489  (  59.511W)  ctlat=   22.738 fmax (x10e5) =        0.152E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    300.759532584054        uvgeslat=    22.5634195100733     
    (0-360 uvgeslon)=    300.759532584054     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:27
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.759532584054        uvgeslat=    22.5634195100733     
    (0-360 uvgeslon)=    300.759532584054     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.759532584054     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.760E  (0-360E lon):  300.760E    59.240W  ctlat=   22.563  xmax_circul_disk =      41403061.2
 TIMING: get_wind_circ kloop, k=  1   22:17:27
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.760E  (0-360E)=  300.760E  (  59.240W)   guesslat=   22.563
 ilonfix=         1389  jlatfix=         1081  npts=           56
 ibeg=         1321  jbeg=         1017  imax=         2738
 iend=         1457  jend=         1145  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    41411928.6768118     
 nhalf get_wind_circ, k=  1 ctlon=  300.720E  (0-360E)=  300.720E  ctlon=   59.280W   ctlat=   22.583 Wind Circulation (NHEM: Max) =      41411928.7
 TIMING: After GWC 850 ... 22:17:27
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:27
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.759532584054        uvgeslat=    22.5634195100733     
    (0-360 uvgeslon)=    300.759532584054     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.759532584054     
  
 After first run, Wind Circulation (NHEM) ctlon=  301.080E  (0-360E lon):  301.080E    58.920W  ctlat=   21.923  xmax_circul_disk =      43319748.7
 TIMING: get_wind_circ kloop, k=  1   22:17:27
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  301.080E  (0-360E)=  301.080E  (  58.920W)   guesslat=   21.923
 ilonfix=         1397  jlatfix=         1097  npts=           56
 ibeg=         1329  jbeg=         1033  imax=         2738
 iend=         1465  jend=         1161  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    43931398.5887600     
 nhalf get_wind_circ, k=  1 ctlon=  301.100E  (0-360E)=  301.100E  ctlon=   58.900W   ctlat=   21.703 Wind Circulation (NHEM: Max) =      43931398.6
 TIMING: After GWC 700 ... 22:17:27
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:27
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.759532584054        uvgeslat=    22.5634195100733     
    (0-360 uvgeslon)=    300.759532584054     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.759532584054     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.440E  (0-360E lon):  300.440E    59.560W  ctlat=   22.883  xmax_circul_disk =      26237409.0
 TIMING: get_wind_circ kloop, k=  1   22:17:27
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.440E  (0-360E)=  300.440E  (  59.560W)   guesslat=   22.883
 ilonfix=         1381  jlatfix=         1073  npts=           56
 ibeg=         1313  jbeg=         1009  imax=         2738
 iend=         1449  jend=         1137  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    26776837.6811813     
 nhalf get_wind_circ, k=  1 ctlon=  300.220E  (0-360E)=  300.220E  ctlon=   59.780W   ctlat=   22.963 Wind Circulation (NHEM: Max) =      26776837.7
 TIMING: After GWC Sfc ... 22:17:27
  
 At beg of fixcenter, stderr(ist,ifh-1) =    28.49  xavg_stderr=    18.71
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            3  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    12:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  300.73E   (0-360) guesslon=  300.73E  ( 59.27W)    22.68
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       300.89       59.11      22.54           28.04       T         22.63
   2    zeta 700    Max       300.79       59.21      22.64           22.37       T          7.60
   3    circ 850    Max       300.72       59.28      22.58           41.41       T         10.55
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       301.10       58.90      21.70           43.93       T        114.89
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.89       59.11      22.34         1544.31       T         41.22
   8     gph 700    Min       300.89       59.11      22.24         3181.03       T         51.61
   9        MSLP    Min       300.79       59.21      22.44       101540.63       T         27.39
  10    circ sfc    Max       300.22       59.78      22.96           26.78       T         61.07
  11    zeta sfc    Max       300.49       59.51      22.74           15.18       T         25.51
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    34.8260280178692       stderr_close= 
   28.5379711509062       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  16.231 devia=   0.569 wtpos=  0.82730     300.89   300.89    59.11    22.54
 ip=  2 kprm=  2 dist_from_mean=  19.676 devia=   0.689 wtpos=  0.79468     300.79   300.79    59.21    22.64
 ip=  3 kprm=  3 dist_from_mean=  13.673 devia=   0.479 wtpos=  0.85240     300.72   300.72    59.28    22.58
 ip=  5 kprm=  4 dist_from_mean=  91.852 devia=   3.219 wtpos=  0.34203     301.10   301.10    58.90    21.70
 ip=  7 kprm=  5 dist_from_mean=  19.840 devia=   0.695 wtpos=  0.79316     300.89   300.89    59.11    22.34
 ip=  8 kprm=  6 dist_from_mean=  28.803 devia=   1.009 wtpos=  0.71432     300.89   300.89    59.11    22.24
 ip=  9 kprm=  7 dist_from_mean=   4.743 devia=   0.166 wtpos=  0.94611     300.79   300.79    59.21    22.44
 ip= 10 kprm=  8 dist_from_mean=  77.888 devia=   2.729 wtpos=  0.40262     300.22   300.22    59.78    22.96
 ip= 11 kprm=  9 dist_from_mean=  40.729 devia=   1.427 wtpos=  0.62143     300.49   300.49    59.51    22.74
  
At end of fixcenter:  00L   fhr=   12:00   Fix position=   300.77E  (0-360) fixlon=  300.77  ( 59.23W)    22.48
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    300.767232722826     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    300.788622765872     
        (0-360E clon(ist,ifh,9))=    300.788622765872     
      clat(ist,ifh,9)=    22.4379681009824     
      xval(9)=    101540.633543234     
  
  After get_ij B, ibeg jbeg =         1283         947
  After get_ij B, iend jend =         1497        1223
  
 In is_it_a_storm, ilonfix=         1390  jlatfix=         1085
 ibeg jbeg iend jend =         1283         947        1497        1223
 cparm= slp  parmlon parmlat =    300.788622765872        22.4379681009824     
     (0-360E parmlon) =    300.788622765872     
 parmval=    101540.633543234     
  
 i= 1368 j= 1022 glon=  299.93 (0-360E) glon=  299.93 glat=  24.96 dist=   293.89 slp=  101754.61 pgradient=  0.72807
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.72807
 mslp center =    300.788622765872        22.4379681009824     
   101540.633543234     
   (0-360E) lon of mslp center =    300.788622765872     
 pgrad loc   =    299.928633000000        299.928633000000     
   60.0713670000000        24.9610240000000        101754.610000000     
  ttest at location C IF....
      xinp_fixlat=    22.4379681009824     
      xinp_fixlon=    300.788622765872       (0-360E) xinp_fixlon= 
   300.788622765872     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101024.050000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1394  jfix=         1081
 longitude=    300.788622765872      E   (   59.2113772341277      
 W)  (0-360E) xinp_fixlon=    300.788622765872     
 latitude=    22.4379681009824     
 mean mslp value (xval(9))=    101540.633543234     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1394  jfix=         1081
 longitude=    300.788622765872      E   (   59.2113772341277      
 W)  (0-360E) xinp_fixlon=    300.788622765872     
 latitude=    22.4379681009824     
 mean mslp value (xval(9))=    101540.633543234     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1394  jx=         1081
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101024.050000000       xcentval=    101024.050000000     
 At A, num_found_contours=            0
 At A, contlo=    101024.050000000       conthi=    101424.050000000     
  
 num_found_contours=            0
 contlo=    101024.050000000       conthi=    101424.050000000     
 xcentval=    101024.050000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    101424.050000000       conthi=    101824.050000000     
  
 num_found_contours=            1
 contlo=    101424.050000000       conthi=    101824.050000000     
 xcentval=    101024.050000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1275 ,        1211 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101024.050000000     
 !!! (i,j) of central value = (        1394 ,        1081 )
 !!!  
 !!! Flagged value found    =    101423.410000000     
 !!! (i,j) of flagged value = (        1274 ,        1212 )
 !!!   
 !!! Lower bound of contour interval =    101424.050000000     
 !!! Upper bound of contour interval =    101824.050000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1394  jfix=         1081
 longitude=    300.788622765872      E   (   59.2113772341277      W)  
 (0-360E) xinp_fixlon=    300.788622765872     
 latitude=    22.4379681009824     
 mean mslp value (xval(9))=    101540.633543234     
 gridpoint mslp value=    101024.050000000     
 ccflag= y
 prs of last closed isobar =    101424.050000000     
 radius of last closed isobar =    13.5148422019441       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   12:00
 !!! Boundary check xinp_fixlat is   22.44
 !!! Boundary check xinp_fixlon is   59.21W   ( 300.79E)  (0-360E) xinp_fixlon=  300.79
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    300.719533584054     
  850 mb wcirc fix lat=    22.5834190100733     
    (0-360) 850 mb wcirc fix lon=    300.719533584054     
  Multi-parm fix lon=      300.767232722826     
  Multi-parm fix lat=      22.4840778788541     
    (0-360) Multi-parm fix lon=      300.767232722826     
  
  
  After get_ij B, ibeg jbeg =         1298         977
  After get_ij B, iend jend =         1478        1185
  
 In is_it_a_storm, ilonfix=         1388  jlatfix=         1081
 ibeg jbeg iend jend =         1298         977        1478        1185
 cparm= v850  parmlon parmlat =    300.719533584054        22.5834190100733     
     (0-360E parmlon) =    300.719533584054     
 parmval=    41411928.6768118     
  
 i= 1378 j= 1032 glon=  300.33 (0-360E) glon=  300.33 glat=  24.56 u=  -8.6000 v=   0.2000 vr=   1.73551 vt=   8.42544
 i= 1383 j= 1032 glon=  300.53 (0-360E) glon=  300.53 glat=  24.56 u=  -8.1000 v=   1.1000 vr=   1.81222 vt=   7.97094
 i= 1388 j= 1032 glon=  300.73 (0-360E) glon=  300.73 glat=  24.56 u=  -7.8000 v=   1.8000 vr=   1.76704 vt=   7.80753
 i= 1393 j= 1032 glon=  300.93 (0-360E) glon=  300.93 glat=  24.56 u=  -7.2000 v=   2.1000 vr=   1.39318 vt=   7.36947
 i= 1398 j= 1032 glon=  301.13 (0-360E) glon=  301.13 glat=  24.56 u=  -6.4000 v=   2.0000 vr=   0.76824 vt=   6.66107
 i= 1363 j= 1037 glon=  299.73 (0-360E) glon=  299.73 glat=  24.36 u=  -9.5000 v=  -1.6000 vr=   2.91571 vt=   9.18197
 i= 1368 j= 1037 glon=  299.93 (0-360E) glon=  299.93 glat=  24.36 u=  -9.8000 v=  -1.1000 vr=   2.69721 vt=   9.48552
 i= 1373 j= 1037 glon=  300.13 (0-360E) glon=  300.13 glat=  24.36 u=  -9.1000 v=  -0.5000 vr=   2.18462 vt=   8.84802
 i= 1378 j= 1037 glon=  300.33 (0-360E) glon=  300.33 glat=  24.36 u=  -8.7000 v=   0.5000 vr=   2.21593 vt=   8.42791
 i= 1383 j= 1037 glon=  300.53 (0-360E) glon=  300.53 glat=  24.36 u=  -8.4000 v=   1.6000 vr=   2.41846 vt=   8.20189
 i= 1388 j= 1037 glon=  300.73 (0-360E) glon=  300.73 glat=  24.36 u=  -8.0000 v=   2.5000 vr=   2.46237 vt=   8.01166
 i= 1393 j= 1037 glon=  300.93 (0-360E) glon=  300.93 glat=  24.36 u=  -7.8000 v=   2.9000 vr=   2.04379 vt=   8.06678
 i= 1398 j= 1037 glon=  301.13 (0-360E) glon=  301.13 glat=  24.36 u=  -7.1000 v=   2.7000 vr=   1.17024 vt=   7.50537
 i= 1403 j= 1037 glon=  301.33 (0-360E) glon=  301.33 glat=  24.36 u=  -6.6000 v=   2.3000 vr=   0.20817 vt=   6.98618
 i= 1408 j= 1037 glon=  301.53 (0-360E) glon=  301.53 glat=  24.36 u=  -6.0000 v=   1.8000 vr=  -0.65899 vt=   6.22942
 i= 1413 j= 1037 glon=  301.73 (0-360E) glon=  301.73 glat=  24.36 u=  -5.7000 v=   1.4000 vr=  -1.40040 vt=   5.69990
 i= 1358 j= 1042 glon=  299.53 (0-360E) glon=  299.53 glat=  24.16 u=  -8.5000 v=  -2.3000 vr=   2.96749 vt=   8.29060
 i= 1363 j= 1042 glon=  299.73 (0-360E) glon=  299.73 glat=  24.16 u=  -8.9000 v=  -1.9000 vr=   2.81395 vt=   8.65458
 i= 1368 j= 1042 glon=  299.93 (0-360E) glon=  299.93 glat=  24.16 u=  -9.3000 v=  -1.3000 vr=   2.71893 vt=   8.98818
 i= 1373 j= 1042 glon=  300.13 (0-360E) glon=  300.13 glat=  24.16 u=  -9.1000 v=  -0.5000 vr=   2.49470 vt=   8.76564
 i= 1378 j= 1042 glon=  300.33 (0-360E) glon=  300.33 glat=  24.16 u=  -8.9000 v=   0.9000 vr=   2.85710 vt=   8.47685
 i= 1383 j= 1042 glon=  300.53 (0-360E) glon=  300.53 glat=  24.16 u=  -8.7000 v=   2.4000 vr=   3.34856 vt=   8.38076
 i= 1388 j= 1042 glon=  300.73 (0-360E) glon=  300.73 glat=  24.16 u=  -8.3000 v=   3.7000 vr=   3.65597 vt=   8.31949
 i= 1393 j= 1042 glon=  300.93 (0-360E) glon=  300.93 glat=  24.16 u=  -8.0000 v=   4.2000 vr=   3.20020 vt=   8.44978
 i= 1398 j= 1042 glon=  301.13 (0-360E) glon=  301.13 glat=  24.16 u=  -7.5000 v=   4.0000 vr=   2.14898 vt=   8.22386
 i= 1403 j= 1042 glon=  301.33 (0-360E) glon=  301.33 glat=  24.16 u=  -7.0000 v=   3.1000 vr=   0.57586 vt=   7.63403
 i= 1408 j= 1042 glon=  301.53 (0-360E) glon=  301.53 glat=  24.16 u=  -6.5000 v=   2.4000 vr=  -0.60652 vt=   6.90233
 i= 1413 j= 1042 glon=  301.73 (0-360E) glon=  301.73 glat=  24.16 u=  -6.0000 v=   2.2000 vr=  -1.15143 vt=   6.28603
 i= 1418 j= 1042 glon=  301.93 (0-360E) glon=  301.93 glat=  24.16 u=  -5.5000 v=   2.2000 vr=  -1.37706 vt=   5.76140
 i= 1348 j= 1047 glon=  299.13 (0-360E) glon=  299.13 glat=  23.96 u=  -7.3000 v=  -4.8000 vr=   2.04251 vt=   8.49460
 i= 1353 j= 1047 glon=  299.33 (0-360E) glon=  299.33 glat=  23.96 u=  -7.6000 v=  -3.6000 vr=   2.54763 vt=   8.01434
 i= 1358 j= 1047 glon=  299.53 (0-360E) glon=  299.53 glat=  23.96 u=  -7.7000 v=  -2.7000 vr=   2.68967 vt=   7.70361
 i= 1363 j= 1047 glon=  299.73 (0-360E) glon=  299.73 glat=  23.96 u=  -8.4000 v=  -2.3000 vr=   2.72572 vt=   8.27166
 i= 1368 j= 1047 glon=  299.93 (0-360E) glon=  299.93 glat=  23.96 u=  -9.1000 v=  -1.7000 vr=   2.75322 vt=   8.83854
 i= 1373 j= 1047 glon=  300.13 (0-360E) glon=  300.13 glat=  23.96 u=  -9.1000 v=  -0.5000 vr=   2.87949 vt=   8.64688
 i= 1378 j= 1047 glon=  300.33 (0-360E) glon=  300.33 glat=  23.96 u=  -9.2000 v=   1.4000 vr=   3.68098 vt=   8.54695
 i= 1383 j= 1047 glon=  300.53 (0-360E) glon=  300.53 glat=  23.96 u=  -9.2000 v=   3.1000 vr=   4.23984 vt=   8.73348
 i= 1388 j= 1047 glon=  300.73 (0-360E) glon=  300.73 glat=  23.96 u=  -9.0000 v=   4.6000 vr=   4.54529 vt=   9.02775
 i= 1393 j= 1047 glon=  300.93 (0-360E) glon=  300.93 glat=  23.96 u=  -8.3000 v=   5.1000 vr=   3.90193 vt=   8.92608
 i= 1398 j= 1047 glon=  301.13 (0-360E) glon=  301.13 glat=  23.96 u=  -7.7000 v=   5.2000 vr=   2.98428 vt=   8.79910
 i= 1403 j= 1047 glon=  301.33 (0-360E) glon=  301.33 glat=  23.96 u=  -7.2000 v=   4.6000 vr=   1.54397 vt=   8.40334
 i= 1408 j= 1047 glon=  301.53 (0-360E) glon=  301.53 glat=  23.96 u=  -6.8000 v=   3.6000 vr=  -0.07092 vt=   7.69383
 i= 1413 j= 1047 glon=  301.73 (0-360E) glon=  301.73 glat=  23.96 u=  -6.5000 v=   3.2000 vr=  -0.98599 vt=   7.17759
 i= 1418 j= 1047 glon=  301.93 (0-360E) glon=  301.93 glat=  23.96 u=  -6.0000 v=   3.0000 vr=  -1.44383 vt=   6.55098
 i= 1423 j= 1047 glon=  302.13 (0-360E) glon=  302.13 glat=  23.96 u=  -5.6000 v=   2.7000 vr=  -1.88111 vt=   5.92549
 i= 1428 j= 1047 glon=  302.33 (0-360E) glon=  302.33 glat=  23.96 u=  -5.0000 v=   2.6000 vr=  -1.89956 vt=   5.30582
 i= 1348 j= 1052 glon=  299.13 (0-360E) glon=  299.13 glat=  23.76 u=  -6.1000 v=  -5.3000 vr=   1.44881 vt=   7.94990
 i= 1353 j= 1052 glon=  299.33 (0-360E) glon=  299.33 glat=  23.76 u=  -6.5000 v=  -4.3000 vr=   1.88609 vt=   7.56192
 i= 1358 j= 1052 glon=  299.53 (0-360E) glon=  299.53 glat=  23.76 u=  -6.6000 v=  -3.3000 vr=   2.09126 vt=   7.07648
 i= 1363 j= 1052 glon=  299.73 (0-360E) glon=  299.73 glat=  23.76 u=  -7.7000 v=  -2.8000 vr=   2.50966 vt=   7.79946
 i= 1368 j= 1052 glon=  299.93 (0-360E) glon=  299.93 glat=  23.76 u=  -8.3000 v=  -2.1000 vr=   2.58450 vt=   8.16213
 i= 1373 j= 1052 glon=  300.13 (0-360E) glon=  300.13 glat=  23.76 u=  -8.4000 v=  -0.3000 vr=   3.25387 vt=   7.74999
 i= 1378 j= 1052 glon=  300.33 (0-360E) glon=  300.33 glat=  23.76 u=  -8.9000 v=   1.2000 vr=   3.75084 vt=   8.15973
 i= 1383 j= 1052 glon=  300.53 (0-360E) glon=  300.53 glat=  23.76 u=  -8.9000 v=   2.9000 vr=   4.18297 vt=   8.37393
 i= 1388 j= 1052 glon=  300.73 (0-360E) glon=  300.73 glat=  23.76 u=  -8.6000 v=   4.4000 vr=   4.33880 vt=   8.63104
 i= 1393 j= 1052 glon=  300.93 (0-360E) glon=  300.93 glat=  23.76 u=  -8.4000 v=   5.0000 vr=   3.57840 vt=   9.09698
 i= 1398 j= 1052 glon=  301.13 (0-360E) glon=  301.13 glat=  23.76 u=  -8.1000 v=   5.0000 vr=   2.29257 vt=   9.23873
 i= 1403 j= 1052 glon=  301.33 (0-360E) glon=  301.33 glat=  23.76 u=  -7.7000 v=   4.8000 vr=   1.01927 vt=   9.01616
 i= 1408 j= 1052 glon=  301.53 (0-360E) glon=  301.53 glat=  23.76 u=  -7.0000 v=   4.5000 vr=   0.05525 vt=   8.32148
 i= 1413 j= 1052 glon=  301.73 (0-360E) glon=  301.73 glat=  23.76 u=  -6.7000 v=   4.2000 vr=  -0.86007 vt=   7.86068
 i= 1418 j= 1052 glon=  301.93 (0-360E) glon=  301.93 glat=  23.76 u=  -6.2000 v=   3.9000 vr=  -1.43420 vt=   7.18283
 i= 1423 j= 1052 glon=  302.13 (0-360E) glon=  302.13 glat=  23.76 u=  -5.5000 v=   3.6000 vr=  -1.66323 vt=   6.35953
 i= 1428 j= 1052 glon=  302.33 (0-360E) glon=  302.33 glat=  23.76 u=  -5.1000 v=   3.4000 vr=  -1.88832 vt=   5.83132
 i= 1343 j= 1057 glon=  298.93 (0-360E) glon=  298.93 glat=  23.56 u=  -4.5000 v=  -5.9000 vr=   0.88177 vt=   7.36766
 i= 1348 j= 1057 glon=  299.13 (0-360E) glon=  299.13 glat=  23.56 u=  -4.4000 v=  -6.0000 vr=   0.34631 vt=   7.43237
 i= 1353 j= 1057 glon=  299.33 (0-360E) glon=  299.33 glat=  23.56 u=  -4.9000 v=  -5.3000 vr=   0.69304 vt=   7.18468
 i= 1358 j= 1057 glon=  299.53 (0-360E) glon=  299.53 glat=  23.56 u=  -5.1000 v=  -4.3000 vr=   0.95578 vt=   6.60201
 i= 1363 j= 1057 glon=  299.73 (0-360E) glon=  299.73 glat=  23.56 u=  -6.1000 v=  -3.3000 vr=   1.75788 vt=   6.70894
 i= 1368 j= 1057 glon=  299.93 (0-360E) glon=  299.93 glat=  23.56 u=  -7.1000 v=  -2.1000 vr=   2.56380 vt=   6.94600
 i= 1373 j= 1057 glon=  300.13 (0-360E) glon=  300.13 glat=  23.56 u=  -7.9000 v=  -0.3000 vr=   3.58416 vt=   7.04655
 i= 1378 j= 1057 glon=  300.33 (0-360E) glon=  300.33 glat=  23.56 u=  -8.1000 v=   1.1000 vr=   3.83363 vt=   7.21964
 i= 1383 j= 1057 glon=  300.53 (0-360E) glon=  300.53 glat=  23.56 u=  -8.1000 v=   2.0000 vr=   3.40326 vt=   7.61760
 i= 1388 j= 1057 glon=  300.73 (0-360E) glon=  300.73 glat=  23.56 u=  -8.4000 v=   3.3000 vr=   3.22798 vt=   8.42794
 i= 1393 j= 1057 glon=  300.93 (0-360E) glon=  300.93 glat=  23.56 u=  -8.4000 v=   4.5000 vr=   2.79053 vt=   9.11169
 i= 1398 j= 1057 glon=  301.13 (0-360E) glon=  301.13 glat=  23.56 u=  -8.4000 v=   4.6000 vr=   1.26860 vt=   9.49266
 i= 1403 j= 1057 glon=  301.33 (0-360E) glon=  301.33 glat=  23.56 u=  -8.4000 v=   4.7000 vr=  -0.10929 vt=   9.62487
 i= 1408 j= 1057 glon=  301.53 (0-360E) glon=  301.53 glat=  23.56 u=  -8.1000 v=   4.7000 vr=  -1.17998 vt=   9.29019
 i= 1413 j= 1057 glon=  301.73 (0-360E) glon=  301.73 glat=  23.56 u=  -7.1000 v=   4.5000 vr=  -1.63987 vt=   8.24444
 i= 1418 j= 1057 glon=  301.93 (0-360E) glon=  301.93 glat=  23.56 u=  -6.1000 v=   4.4000 vr=  -1.69216 vt=   7.32848
 i= 1423 j= 1057 glon=  302.13 (0-360E) glon=  302.13 glat=  23.56 u=  -5.5000 v=   4.6000 vr=  -1.63819 vt=   6.98043
 i= 1428 j= 1057 glon=  302.33 (0-360E) glon=  302.33 glat=  23.56 u=  -4.9000 v=   4.4000 vr=  -1.68147 vt=   6.36731
 i= 1433 j= 1057 glon=  302.53 (0-360E) glon=  302.53 glat=  23.56 u=  -4.3000 v=   4.0000 vr=  -1.69905 vt=   5.62168
 i= 1338 j= 1062 glon=  298.73 (0-360E) glon=  298.73 glat=  23.36 u=  -3.3000 v=  -5.2000 vr=   1.02765 vt=   6.07239
 i= 1343 j= 1062 glon=  298.93 (0-360E) glon=  298.93 glat=  23.36 u=  -3.0000 v=  -6.0000 vr=   0.17442 vt=   6.70594
 i= 1348 j= 1062 glon=  299.13 (0-360E) glon=  299.13 glat=  23.36 u=  -2.8000 v=  -6.4000 vr=  -0.50922 vt=   6.96712
 i= 1353 j= 1062 glon=  299.33 (0-360E) glon=  299.33 glat=  23.36 u=  -3.0000 v=  -6.2000 vr=  -0.63769 vt=   6.85809
 i= 1358 j= 1062 glon=  299.53 (0-360E) glon=  299.53 glat=  23.36 u=  -3.4000 v=  -5.1000 vr=  -0.16474 vt=   6.12722
 i= 1363 j= 1062 glon=  299.73 (0-360E) glon=  299.73 glat=  23.36 u=  -4.6000 v=  -4.0000 vr=   0.91609 vt=   6.02667
 i= 1368 j= 1062 glon=  299.93 (0-360E) glon=  299.93 glat=  23.36 u=  -5.7000 v=  -2.4000 vr=   2.15189 vt=   5.79822
 i= 1373 j= 1062 glon=  300.13 (0-360E) glon=  300.13 glat=  23.36 u=  -6.8000 v=  -1.0000 vr=   3.08480 vt=   6.14199
 i= 1378 j= 1062 glon=  300.33 (0-360E) glon=  300.33 glat=  23.36 u=  -7.2000 v=   0.0000 vr=   3.02842 vt=   6.53213
 i= 1383 j= 1062 glon=  300.53 (0-360E) glon=  300.53 glat=  23.36 u=  -7.3000 v=   1.1000 vr=   2.68459 vt=   6.87699
 i= 1388 j= 1062 glon=  300.73 (0-360E) glon=  300.73 glat=  23.36 u=  -8.1000 v=   2.6000 vr=   2.51266 vt=   8.12752
 i= 1393 j= 1062 glon=  300.93 (0-360E) glon=  300.93 glat=  23.36 u=  -8.5000 v=   4.0000 vr=   1.83717 vt=   9.21275
 i= 1398 j= 1062 glon=  301.13 (0-360E) glon=  301.13 glat=  23.36 u=  -9.2000 v=   4.6000 vr=   0.12275 vt=  10.28518
 i= 1403 j= 1062 glon=  301.33 (0-360E) glon=  301.33 glat=  23.36 u=  -9.2000 v=   4.8000 vr=  -1.49825 vt=  10.26817
 i= 1408 j= 1062 glon=  301.53 (0-360E) glon=  301.53 glat=  23.36 u=  -8.8000 v=   5.1000 vr=  -2.41784 vt=   9.87948
 i= 1413 j= 1062 glon=  301.73 (0-360E) glon=  301.73 glat=  23.36 u=  -7.7000 v=   5.2000 vr=  -2.58205 vt=   8.92541
 i= 1418 j= 1062 glon=  301.93 (0-360E) glon=  301.93 glat=  23.36 u=  -6.5000 v=   5.1000 vr=  -2.42404 vt=   7.89836
 i= 1423 j= 1062 glon=  302.13 (0-360E) glon=  302.13 glat=  23.36 u=  -5.6000 v=   5.3000 vr=  -2.09599 vt=   7.42003
 i= 1428 j= 1062 glon=  302.33 (0-360E) glon=  302.33 glat=  23.36 u=  -4.8000 v=   5.2000 vr=  -1.85186 vt=   6.83012
 i= 1433 j= 1062 glon=  302.53 (0-360E) glon=  302.53 glat=  23.36 u=  -4.2000 v=   4.9000 vr=  -1.75182 vt=   6.21137
 i= 1438 j= 1062 glon=  302.73 (0-360E) glon=  302.73 glat=  23.36 u=  -3.7000 v=   4.7000 vr=  -1.60907 vt=   5.76116
 i= 1338 j= 1067 glon=  298.73 (0-360E) glon=  298.73 glat=  23.16 u=  -2.2000 v=  -5.3000 vr=   0.52589 vt=   5.71432
 i= 1343 j= 1067 glon=  298.93 (0-360E) glon=  298.93 glat=  23.16 u=  -2.2000 v=  -5.6000 vr=   0.24446 vt=   6.01168
 i= 1348 j= 1067 glon=  299.13 (0-360E) glon=  299.13 glat=  23.16 u=  -1.6000 v=  -6.8000 vr=  -0.98589 vt=   6.91578
 i= 1353 j= 1067 glon=  299.33 (0-360E) glon=  299.33 glat=  23.16 u=  -1.4000 v=  -6.9000 vr=  -1.54291 vt=   6.86946
 i= 1358 j= 1067 glon=  299.53 (0-360E) glon=  299.53 glat=  23.16 u=  -1.5000 v=  -6.1000 vr=  -1.50201 vt=   6.09950
 i= 1363 j= 1067 glon=  299.73 (0-360E) glon=  299.73 glat=  23.16 u=  -3.1000 v=  -4.6000 vr=   0.16948 vt=   5.54448
 i= 1368 j= 1067 glon=  299.93 (0-360E) glon=  299.93 glat=  23.16 u=  -3.9000 v=  -3.3000 vr=   1.01298 vt=   5.00738
 i= 1373 j= 1067 glon=  300.13 (0-360E) glon=  300.13 glat=  23.16 u=  -4.8000 v=  -2.5000 vr=   1.47814 vt=   5.20626
 i= 1378 j= 1067 glon=  300.33 (0-360E) glon=  300.33 glat=  23.16 u=  -6.2000 v=  -1.3000 vr=   2.18117 vt=   5.94748
 i= 1383 j= 1067 glon=  300.53 (0-360E) glon=  300.53 glat=  23.16 u=  -7.3000 v=   0.3000 vr=   2.41577 vt=   6.89522
 i= 1388 j= 1067 glon=  300.73 (0-360E) glon=  300.73 glat=  23.16 u=  -8.2000 v=   1.5000 vr=   1.38098 vt=   8.22088
 i= 1393 j= 1067 glon=  300.93 (0-360E) glon=  300.93 glat=  23.16 u=  -9.5000 v=   3.5000 vr=   0.31132 vt=  10.11944
 i= 1398 j= 1067 glon=  301.13 (0-360E) glon=  301.13 glat=  23.16 u= -10.4000 v=   5.1000 vr=  -1.41977 vt=  11.49584
 i= 1403 j= 1067 glon=  301.33 (0-360E) glon=  301.33 glat=  23.16 u= -10.4000 v=   6.1000 vr=  -2.88351 vt=  11.70706
 i= 1408 j= 1067 glon=  301.53 (0-360E) glon=  301.53 glat=  23.16 u=  -9.4000 v=   6.6000 vr=  -3.40258 vt=  10.97007
 i= 1413 j= 1067 glon=  301.73 (0-360E) glon=  301.73 glat=  23.16 u=  -8.4000 v=   5.8000 vr=  -4.09000 vt=   9.35264
 i= 1418 j= 1067 glon=  301.93 (0-360E) glon=  301.93 glat=  23.16 u=  -7.1000 v=   6.0000 vr=  -3.55859 vt=   8.58757
 i= 1423 j= 1067 glon=  302.13 (0-360E) glon=  302.13 glat=  23.16 u=  -5.7000 v=   5.9000 vr=  -2.82773 vt=   7.70091
 i= 1428 j= 1067 glon=  302.33 (0-360E) glon=  302.33 glat=  23.16 u=  -4.8000 v=   6.1000 vr=  -2.27818 vt=   7.42024
 i= 1433 j= 1067 glon=  302.53 (0-360E) glon=  302.53 glat=  23.16 u=  -4.0000 v=   5.8000 vr=  -1.90115 vt=   6.78422
 i= 1438 j= 1067 glon=  302.73 (0-360E) glon=  302.73 glat=  23.16 u=  -3.3000 v=   5.4000 vr=  -1.56259 vt=   6.13256
 i= 1338 j= 1072 glon=  298.73 (0-360E) glon=  298.73 glat=  22.96 u=  -0.9000 v=  -5.6000 vr=  -0.22759 vt=   5.66729
 i= 1343 j= 1072 glon=  298.93 (0-360E) glon=  298.93 glat=  22.96 u=  -1.1000 v=  -5.7000 vr=  -0.18075 vt=   5.80236
 i= 1348 j= 1072 glon=  299.13 (0-360E) glon=  299.13 glat=  22.96 u=  -1.1000 v=  -5.9000 vr=  -0.38954 vt=   5.98901
 i= 1353 j= 1072 glon=  299.33 (0-360E) glon=  299.33 glat=  22.96 u=  -0.4000 v=  -6.8000 vr=  -1.52149 vt=   6.63966
 i= 1358 j= 1072 glon=  299.53 (0-360E) glon=  299.53 glat=  22.96 u=  -0.2000 v=  -6.6000 vr=  -1.94467 vt=   6.31017
 i= 1363 j= 1072 glon=  299.73 (0-360E) glon=  299.73 glat=  22.96 u=  -0.8000 v=  -5.5000 vr=  -1.35263 vt=   5.39077
 i= 1368 j= 1072 glon=  299.93 (0-360E) glon=  299.93 glat=  22.96 u=  -1.4000 v=  -4.6000 vr=  -0.86586 vt=   4.72972
 i= 1373 j= 1072 glon=  300.13 (0-360E) glon=  300.13 glat=  22.96 u=  -2.1000 v=  -4.0000 vr=  -0.54830 vt=   4.48435
 i= 1378 j= 1072 glon=  300.33 (0-360E) glon=  300.33 glat=  22.96 u=  -4.2000 v=  -2.4000 vr=   1.16671 vt=   4.69455
 i= 1383 j= 1072 glon=  300.53 (0-360E) glon=  300.53 glat=  22.96 u=  -6.0000 v=  -1.8000 vr=   0.90541 vt=   6.19841
 i= 1388 j= 1072 glon=  300.73 (0-360E) glon=  300.73 glat=  22.96 u=  -7.9000 v=  -1.7000 vr=  -1.87478 vt=   7.86036
 i= 1393 j= 1072 glon=  300.93 (0-360E) glon=  300.93 glat=  22.96 u= -12.7000 v=   2.3000 vr=  -3.72986 vt=  12.35590
 i= 1398 j= 1072 glon=  301.13 (0-360E) glon=  301.13 glat=  22.96 u= -12.9000 v=   8.6000 vr=  -3.04152 vt=  15.20260
 i= 1403 j= 1072 glon=  301.33 (0-360E) glon=  301.33 glat=  22.96 u= -10.6000 v=  10.1000 vr=  -3.17461 vt=  14.29307
 i= 1408 j= 1072 glon=  301.53 (0-360E) glon=  301.53 glat=  22.96 u= -10.0000 v=   9.0000 vr=  -4.87403 vt=  12.53969
 i= 1413 j= 1072 glon=  301.73 (0-360E) glon=  301.73 glat=  22.96 u=  -8.4000 v=   8.3000 vr=  -4.68010 vt=  10.84189
 i= 1418 j= 1072 glon=  301.93 (0-360E) glon=  301.93 glat=  22.96 u=  -7.8000 v=   6.8000 vr=  -5.22412 vt=   8.93244
 i= 1423 j= 1072 glon=  302.13 (0-360E) glon=  302.13 glat=  22.96 u=  -6.1000 v=   6.6000 vr=  -4.03454 vt=   8.03072
 i= 1428 j= 1072 glon=  302.33 (0-360E) glon=  302.33 glat=  22.96 u=  -5.0000 v=   6.5000 vr=  -3.26266 vt=   7.52363
 i= 1433 j= 1072 glon=  302.53 (0-360E) glon=  302.53 glat=  22.96 u=  -3.9000 v=   6.6000 vr=  -2.36886 vt=   7.29099
 i= 1438 j= 1072 glon=  302.73 (0-360E) glon=  302.73 glat=  22.96 u=  -3.1000 v=   6.5000 vr=  -1.76312 vt=   6.98222
 i= 1338 j= 1077 glon=  298.73 (0-360E) glon=  298.73 glat=  22.76 u=   0.1000 v=  -5.6000 vr=  -0.61929 vt=   5.56655
 i= 1343 j= 1077 glon=  298.93 (0-360E) glon=  298.93 glat=  22.76 u=   0.2000 v=  -5.8000 vr=  -0.80104 vt=   5.74790
 i= 1348 j= 1077 glon=  299.13 (0-360E) glon=  299.13 glat=  22.76 u=   0.0000 v=  -5.8000 vr=  -0.68112 vt=   5.75987
 i= 1353 j= 1077 glon=  299.33 (0-360E) glon=  299.33 glat=  22.76 u=   0.2000 v=  -6.0000 vr=  -1.00677 vt=   5.91831
 i= 1358 j= 1077 glon=  299.53 (0-360E) glon=  299.53 glat=  22.76 u=   0.5000 v=  -6.2000 vr=  -1.47089 vt=   6.04371
 i= 1363 j= 1077 glon=  299.73 (0-360E) glon=  299.73 glat=  22.76 u=   1.2000 v=  -6.3000 vr=  -2.36963 vt=   5.95943
 i= 1368 j= 1077 glon=  299.93 (0-360E) glon=  299.93 glat=  22.76 u=   1.8000 v=  -5.8000 vr=  -3.11386 vt=   5.21382
 i= 1373 j= 1077 glon=  300.13 (0-360E) glon=  300.13 glat=  22.76 u=   0.4000 v=  -4.5000 vr=  -1.77031 vt=   4.15644
 i= 1378 j= 1077 glon=  300.33 (0-360E) glon=  300.33 glat=  22.76 u=  -0.7000 v=  -4.4000 vr=  -1.31338 vt=   4.25735
 i= 1383 j= 1077 glon=  300.53 (0-360E) glon=  300.53 glat=  22.76 u=  -2.2000 v=  -5.1000 vr=  -2.07078 vt=   5.15382
 i= 1388 j= 1077 glon=  300.73 (0-360E) glon=  300.73 glat=  22.76 u=  -5.5000 v=  -6.8000 vr=  -7.05160 vt=   5.17348
 i= 1393 j= 1077 glon=  300.93 (0-360E) glon=  300.93 glat=  22.76 u= -15.2000 v=   0.4000 vr= -10.91384 vt=  10.58717
 i= 1398 j= 1077 glon=  301.13 (0-360E) glon=  301.13 glat=  22.76 u= -14.1000 v=  13.1000 vr=  -7.19103 vt=  17.85242
 i= 1403 j= 1077 glon=  301.33 (0-360E) glon=  301.33 glat=  22.76 u=  -8.0000 v=  10.5000 vr=  -4.47578 vt=  12.41843
 i= 1408 j= 1077 glon=  301.53 (0-360E) glon=  301.53 glat=  22.76 u=  -7.9000 v=  11.1000 vr=  -5.13284 vt=  12.62038
 i= 1413 j= 1077 glon=  301.73 (0-360E) glon=  301.73 glat=  22.76 u=  -7.5000 v=   9.9000 vr=  -5.53057 vt=  11.12083
 i= 1418 j= 1077 glon=  301.93 (0-360E) glon=  301.93 glat=  22.76 u=  -7.3000 v=   8.8000 vr=  -5.84545 vt=   9.82653
 i= 1423 j= 1077 glon=  302.13 (0-360E) glon=  302.13 glat=  22.76 u=  -6.7000 v=   7.9000 vr=  -5.58979 vt=   8.72091
 i= 1428 j= 1077 glon=  302.33 (0-360E) glon=  302.33 glat=  22.76 u=  -5.1000 v=   7.8000 vr=  -4.16023 vt=   8.33922
 i= 1433 j= 1077 glon=  302.53 (0-360E) glon=  302.53 glat=  22.76 u=  -4.0000 v=   7.2000 vr=  -3.23926 vt=   7.57279
 i= 1438 j= 1077 glon=  302.73 (0-360E) glon=  302.73 glat=  22.76 u=  -2.9000 v=   6.9000 vr=  -2.25354 vt=   7.13734
 i= 1333 j= 1082 glon=  298.53 (0-360E) glon=  298.53 glat=  22.56 u=   0.5000 v=  -5.3000 vr=  -0.42604 vt=   5.30646
 i= 1338 j= 1082 glon=  298.73 (0-360E) glon=  298.73 glat=  22.56 u=   0.8000 v=  -5.8000 vr=  -0.71365 vt=   5.81126
 i= 1343 j= 1082 glon=  298.93 (0-360E) glon=  298.93 glat=  22.56 u=   1.1000 v=  -5.8000 vr=  -1.00687 vt=   5.81689
 i= 1348 j= 1082 glon=  299.13 (0-360E) glon=  299.13 glat=  22.56 u=   1.0000 v=  -5.8000 vr=  -0.89826 vt=   5.81663
 i= 1353 j= 1082 glon=  299.33 (0-360E) glon=  299.33 glat=  22.56 u=   1.2000 v=  -5.9000 vr=  -1.08491 vt=   5.92224
 i= 1358 j= 1082 glon=  299.53 (0-360E) glon=  299.53 glat=  22.56 u=   1.3000 v=  -5.5000 vr=  -1.17793 vt=   5.52743
 i= 1363 j= 1082 glon=  299.73 (0-360E) glon=  299.73 glat=  22.56 u=   2.5000 v=  -5.7000 vr=  -2.35117 vt=   5.76298
 i= 1368 j= 1082 glon=  299.93 (0-360E) glon=  299.93 glat=  22.56 u=   2.9000 v=  -5.4000 vr=  -2.72659 vt=   5.48960
 i= 1373 j= 1082 glon=  300.13 (0-360E) glon=  300.13 glat=  22.56 u=   3.8000 v=  -5.5000 vr=  -3.56641 vt=   5.65427
 i= 1378 j= 1082 glon=  300.33 (0-360E) glon=  300.33 glat=  22.56 u=   3.2000 v=  -5.3000 vr=  -2.86302 vt=   5.48936
 i= 1383 j= 1082 glon=  300.53 (0-360E) glon=  300.53 glat=  22.56 u=   3.5000 v=  -5.8000 vr=  -2.74127 vt=   6.19479
 i= 1388 j= 1082 glon=  300.73 (0-360E) glon=  300.73 glat=  22.56 u=   4.2000 v=  -9.6000 vr=  10.46365 vt=   0.55856
 i= 1393 j= 1082 glon=  300.93 (0-360E) glon=  300.93 glat=  22.56 u=   1.8000 v=  -3.0000 vr=   2.13381 vt=  -2.77252
 i= 1398 j= 1082 glon=  301.13 (0-360E) glon=  301.13 glat=  22.56 u=  -4.4000 v=  16.1000 vr=  -5.35336 vt=  15.80859
 i= 1403 j= 1082 glon=  301.33 (0-360E) glon=  301.33 glat=  22.56 u=  -4.2000 v=   8.8000 vr=  -4.55448 vt=   8.62188
 i= 1408 j= 1082 glon=  301.53 (0-360E) glon=  301.53 glat=  22.56 u=  -5.3000 v=  10.5000 vr=  -5.62483 vt=  10.32963
 i= 1413 j= 1082 glon=  301.73 (0-360E) glon=  301.73 glat=  22.56 u=  -6.3000 v=  10.7000 vr=  -6.57132 vt=  10.53555
 i= 1418 j= 1082 glon=  301.93 (0-360E) glon=  301.93 glat=  22.56 u=  -6.4000 v=  10.2000 vr=  -6.62139 vt=  10.05769
 i= 1423 j= 1082 glon=  302.13 (0-360E) glon=  302.13 glat=  22.56 u=  -6.1000 v=   9.0000 vr=  -6.27226 vt=   8.88081
 i= 1428 j= 1082 glon=  302.33 (0-360E) glon=  302.33 glat=  22.56 u=  -5.1000 v=   8.4000 vr=  -5.24509 vt=   8.31018
 i= 1433 j= 1082 glon=  302.53 (0-360E) glon=  302.53 glat=  22.56 u=  -3.8000 v=   8.0000 vr=  -3.92684 vt=   7.93851
 i= 1438 j= 1082 glon=  302.73 (0-360E) glon=  302.73 glat=  22.56 u=  -2.5000 v=   7.4000 vr=  -2.60910 vt=   7.36224
 i= 1338 j= 1087 glon=  298.73 (0-360E) glon=  298.73 glat=  22.36 u=   1.3000 v=  -5.7000 vr=  -0.58789 vt=   5.81673
 i= 1343 j= 1087 glon=  298.93 (0-360E) glon=  298.93 glat=  22.36 u=   1.7000 v=  -5.9000 vr=  -0.88148 vt=   6.07643
 i= 1348 j= 1087 glon=  299.13 (0-360E) glon=  299.13 glat=  22.36 u=   1.9000 v=  -5.8000 vr=  -0.99560 vt=   6.02153
 i= 1353 j= 1087 glon=  299.33 (0-360E) glon=  299.33 glat=  22.36 u=   2.0000 v=  -5.6000 vr=  -1.00276 vt=   5.86127
 i= 1358 j= 1087 glon=  299.53 (0-360E) glon=  299.53 glat=  22.36 u=   2.3000 v=  -5.2000 vr=  -1.21374 vt=   5.55489
 i= 1363 j= 1087 glon=  299.73 (0-360E) glon=  299.73 glat=  22.36 u=   3.3000 v=  -5.1000 vr=  -1.99402 vt=   5.73793
 i= 1368 j= 1087 glon=  299.93 (0-360E) glon=  299.93 glat=  22.36 u=   3.5000 v=  -4.5000 vr=  -2.03180 vt=   5.32652
 i= 1373 j= 1087 glon=  300.13 (0-360E) glon=  300.13 glat=  22.36 u=   5.2000 v=  -5.1000 vr=  -2.88623 vt=   6.68728
 i= 1378 j= 1087 glon=  300.33 (0-360E) glon=  300.33 glat=  22.36 u=   5.7000 v=  -4.4000 vr=  -2.54353 vt=   6.73650
 i= 1383 j= 1087 glon=  300.53 (0-360E) glon=  300.53 glat=  22.36 u=   7.9000 v=  -4.0000 vr=  -1.77436 vt=   8.67535
 i= 1388 j= 1087 glon=  300.73 (0-360E) glon=  300.73 glat=  22.36 u=  12.2000 v=  -1.6000 vr=   2.05874 vt=  12.13102
 i= 1393 j= 1087 glon=  300.93 (0-360E) glon=  300.93 glat=  22.36 u=  14.5000 v=   5.9000 vr=   5.05223 vt=  14.81671
 i= 1398 j= 1087 glon=  301.13 (0-360E) glon=  301.13 glat=  22.36 u=   6.4000 v=  10.5000 vr=   0.18492 vt=  12.29536
 i= 1403 j= 1087 glon=  301.33 (0-360E) glon=  301.33 glat=  22.36 u=   0.1000 v=   7.4000 vr=  -2.63281 vt=   6.91653
 i= 1408 j= 1087 glon=  301.53 (0-360E) glon=  301.53 glat=  22.36 u=   0.7000 v=   4.9000 vr=  -0.73235 vt=   4.89527
 i= 1413 j= 1087 glon=  301.73 (0-360E) glon=  301.73 glat=  22.36 u=  -4.1000 v=   9.6000 vr=  -6.22884 vt=   8.37685
 i= 1418 j= 1087 glon=  301.93 (0-360E) glon=  301.93 glat=  22.36 u=  -5.3000 v=  10.9000 vr=  -7.34475 vt=   9.64130
 i= 1423 j= 1087 glon=  302.13 (0-360E) glon=  302.13 glat=  22.36 u=  -5.4000 v=  10.1000 vr=  -7.04396 vt=   9.03065
 i= 1428 j= 1087 glon=  302.33 (0-360E) glon=  302.33 glat=  22.36 u=  -4.0000 v=   9.5000 vr=  -5.38417 vt=   8.78981
 i= 1433 j= 1087 glon=  302.53 (0-360E) glon=  302.53 glat=  22.36 u=  -2.8000 v=   9.4000 vr=  -4.04127 vt=   8.93690
 i= 1438 j= 1087 glon=  302.73 (0-360E) glon=  302.73 glat=  22.36 u=  -2.3000 v=   8.4000 vr=  -3.30886 vt=   8.05614
 i= 1338 j= 1092 glon=  298.73 (0-360E) glon=  298.73 glat=  22.16 u=   1.6000 v=  -4.9000 vr=  -0.44711 vt=   5.13518
 i= 1343 j= 1092 glon=  298.93 (0-360E) glon=  298.93 glat=  22.16 u=   2.0000 v=  -5.4000 vr=  -0.58671 vt=   5.72851
 i= 1348 j= 1092 glon=  299.13 (0-360E) glon=  299.13 glat=  22.16 u=   2.3000 v=  -5.3000 vr=  -0.73324 vt=   5.73083
 i= 1353 j= 1092 glon=  299.33 (0-360E) glon=  299.33 glat=  22.16 u=   2.8000 v=  -5.1000 vr=  -1.05607 vt=   5.72143
 i= 1358 j= 1092 glon=  299.53 (0-360E) glon=  299.53 glat=  22.16 u=   3.6000 v=  -4.7000 vr=  -1.66717 vt=   5.68072
 i= 1363 j= 1092 glon=  299.73 (0-360E) glon=  299.73 glat=  22.16 u=   4.4000 v=  -4.6000 vr=  -2.06063 vt=   6.02277
 i= 1368 j= 1092 glon=  299.93 (0-360E) glon=  299.93 glat=  22.16 u=   4.7000 v=  -4.5000 vr=  -1.81166 vt=   6.24963
 i= 1373 j= 1092 glon=  300.13 (0-360E) glon=  300.13 glat=  22.16 u=   6.1000 v=  -4.5000 vr=  -2.06744 vt=   7.29285
 i= 1378 j= 1092 glon=  300.33 (0-360E) glon=  300.33 glat=  22.16 u=   7.1000 v=  -3.9000 vr=  -1.64887 vt=   7.93103
 i= 1383 j= 1092 glon=  300.53 (0-360E) glon=  300.53 glat=  22.16 u=   8.1000 v=  -2.8000 vr=  -0.53799 vt=   8.55340
 i= 1388 j= 1092 glon=  300.73 (0-360E) glon=  300.73 glat=  22.16 u=  10.5000 v=  -1.1000 vr=   1.30833 vt=  10.47608
 i= 1393 j= 1092 glon=  300.93 (0-360E) glon=  300.93 glat=  22.16 u=  12.1000 v=   1.4000 vr=   3.75961 vt=  11.58600
 i= 1398 j= 1092 glon=  301.13 (0-360E) glon=  301.13 glat=  22.16 u=  10.7000 v=   2.4000 vr=   5.34474 vt=   9.57516
 i= 1403 j= 1092 glon=  301.33 (0-360E) glon=  301.33 glat=  22.16 u=   4.8000 v=   3.0000 vr=   2.03519 vt=   5.28186
 i= 1408 j= 1092 glon=  301.53 (0-360E) glon=  301.53 glat=  22.16 u=   4.0000 v=   5.7000 vr=   0.67206 vt=   6.93097
 i= 1413 j= 1092 glon=  301.73 (0-360E) glon=  301.73 glat=  22.16 u=  -2.2000 v=   8.7000 vr=  -5.60334 vt=   7.00946
 i= 1418 j= 1092 glon=  301.93 (0-360E) glon=  301.93 glat=  22.16 u=  -2.3000 v=   9.5000 vr=  -5.52476 vt=   8.06331
 i= 1423 j= 1092 glon=  302.13 (0-360E) glon=  302.13 glat=  22.16 u=  -3.1000 v=  10.2000 vr=  -6.11430 vt=   8.73300
 i= 1428 j= 1092 glon=  302.33 (0-360E) glon=  302.33 glat=  22.16 u=  -2.6000 v=  10.3000 vr=  -5.33801 vt=   9.18453
 i= 1433 j= 1092 glon=  302.53 (0-360E) glon=  302.53 glat=  22.16 u=  -2.2000 v=  10.0000 vr=  -4.60809 vt=   9.14361
 i= 1438 j= 1092 glon=  302.73 (0-360E) glon=  302.73 glat=  22.16 u=  -1.3000 v=   9.8000 vr=  -3.47057 vt=   9.25663
 i= 1338 j= 1097 glon=  298.73 (0-360E) glon=  298.73 glat=  21.96 u=   1.6000 v=  -3.6000 vr=  -0.35092 vt=   3.92388
 i= 1343 j= 1097 glon=  298.93 (0-360E) glon=  298.93 glat=  21.96 u=   2.4000 v=  -4.0000 vr=  -0.82709 vt=   4.59085
 i= 1348 j= 1097 glon=  299.13 (0-360E) glon=  299.13 glat=  21.96 u=   2.8000 v=  -4.1000 vr=  -0.96988 vt=   4.86922
 i= 1353 j= 1097 glon=  299.33 (0-360E) glon=  299.33 glat=  21.96 u=   3.5000 v=  -4.2000 vr=  -1.31059 vt=   5.30776
 i= 1358 j= 1097 glon=  299.53 (0-360E) glon=  299.53 glat=  21.96 u=   4.4000 v=  -4.1000 vr=  -1.80399 vt=   5.73722
 i= 1363 j= 1097 glon=  299.73 (0-360E) glon=  299.73 glat=  21.96 u=   5.2000 v=  -4.3000 vr=  -1.87732 vt=   6.48118
 i= 1368 j= 1097 glon=  299.93 (0-360E) glon=  299.93 glat=  21.96 u=   5.9000 v=  -4.6000 vr=  -1.50541 vt=   7.32828
 i= 1373 j= 1097 glon=  300.13 (0-360E) glon=  300.13 glat=  21.96 u=   6.8000 v=  -3.9000 vr=  -1.55121 vt=   7.68399
 i= 1378 j= 1097 glon=  300.33 (0-360E) glon=  300.33 glat=  21.96 u=   7.3000 v=  -2.8000 vr=  -1.24285 vt=   7.71915
 i= 1383 j= 1097 glon=  300.53 (0-360E) glon=  300.53 glat=  21.96 u=   8.8000 v=  -1.8000 vr=  -0.66886 vt=   8.95727
 i= 1388 j= 1097 glon=  300.73 (0-360E) glon=  300.73 glat=  21.96 u=   9.9000 v=  -1.8000 vr=   1.93334 vt=   9.87483
 i= 1393 j= 1097 glon=  300.93 (0-360E) glon=  300.93 glat=  21.96 u=  11.6000 v=  -1.7000 vr=   5.06345 vt=  10.57409
 i= 1398 j= 1097 glon=  301.13 (0-360E) glon=  301.13 glat=  21.96 u=   8.8000 v=   0.0000 vr=   4.56817 vt=   7.52142
 i= 1403 j= 1097 glon=  301.33 (0-360E) glon=  301.33 glat=  21.96 u=   6.6000 v=   1.4000 vr=   3.38691 vt=   5.83514
 i= 1408 j= 1097 glon=  301.53 (0-360E) glon=  301.53 glat=  21.96 u=  -1.5000 v=   4.6000 vr=  -4.09740 vt=   2.57319
 i= 1413 j= 1097 glon=  301.73 (0-360E) glon=  301.73 glat=  21.96 u=  -0.7000 v=   8.7000 vr=  -5.41880 vt=   6.84227
 i= 1418 j= 1097 glon=  301.93 (0-360E) glon=  301.93 glat=  21.96 u=  -0.8000 v=   9.7000 vr=  -5.43033 vt=   8.07722
 i= 1423 j= 1097 glon=  302.13 (0-360E) glon=  302.13 glat=  21.96 u=   0.2000 v=  10.0000 vr=  -4.14799 vt=   9.10133
 i= 1428 j= 1097 glon=  302.33 (0-360E) glon=  302.33 glat=  21.96 u=   0.3000 v=   8.9000 vr=  -3.17735 vt=   8.31892
 i= 1433 j= 1097 glon=  302.53 (0-360E) glon=  302.53 glat=  21.96 u=  -0.7000 v=   9.9000 vr=  -4.13265 vt=   9.02337
 i= 1438 j= 1097 glon=  302.73 (0-360E) glon=  302.73 glat=  21.96 u=  -0.9000 v=   9.9000 vr=  -4.02602 vt=   9.08907
 i= 1338 j= 1102 glon=  298.73 (0-360E) glon=  298.73 glat=  21.76 u=   1.7000 v=  -2.8000 vr=  -0.40136 vt=   3.25099
 i= 1343 j= 1102 glon=  298.93 (0-360E) glon=  298.93 glat=  21.76 u=   2.5000 v=  -3.2000 vr=  -0.80652 vt=   3.97989
 i= 1348 j= 1102 glon=  299.13 (0-360E) glon=  299.13 glat=  21.76 u=   3.2000 v=  -3.3000 vr=  -1.17416 vt=   4.44425
 i= 1353 j= 1102 glon=  299.33 (0-360E) glon=  299.33 glat=  21.76 u=   3.7000 v=  -3.3000 vr=  -1.33188 vt=   4.77557
 i= 1358 j= 1102 glon=  299.53 (0-360E) glon=  299.53 glat=  21.76 u=   5.0000 v=  -3.6000 vr=  -1.84484 vt=   5.87848
 i= 1363 j= 1102 glon=  299.73 (0-360E) glon=  299.73 glat=  21.76 u=   5.7000 v=  -3.5000 vr=  -1.89858 vt=   6.41369
 i= 1368 j= 1102 glon=  299.93 (0-360E) glon=  299.93 glat=  21.76 u=   6.2000 v=  -3.1000 vr=  -1.79997 vt=   6.69404
 i= 1373 j= 1102 glon=  300.13 (0-360E) glon=  300.13 glat=  21.76 u=   7.0000 v=  -2.4000 vr=  -1.87292 vt=   7.15906
 i= 1378 j= 1102 glon=  300.33 (0-360E) glon=  300.33 glat=  21.76 u=   7.6000 v=  -1.6000 vr=  -1.59280 vt=   7.60151
 i= 1383 j= 1102 glon=  300.53 (0-360E) glon=  300.53 glat=  21.76 u=   9.3000 v=  -1.3000 vr=  -0.68089 vt=   9.36570
 i= 1388 j= 1102 glon=  300.73 (0-360E) glon=  300.73 glat=  21.76 u=  10.7000 v=  -1.9000 vr=   2.00914 vt=  10.68005
 i= 1393 j= 1102 glon=  300.93 (0-360E) glon=  300.93 glat=  21.76 u=   9.7000 v=  -1.4000 vr=   3.58263 vt=   9.12221
 i= 1398 j= 1102 glon=  301.13 (0-360E) glon=  301.13 glat=  21.76 u=   8.7000 v=  -1.1000 vr=   4.63419 vt=   7.44475
 i= 1403 j= 1102 glon=  301.33 (0-360E) glon=  301.33 glat=  21.76 u=   9.6000 v=   4.0000 vr=   2.12113 vt=  10.18139
 i= 1408 j= 1102 glon=  301.53 (0-360E) glon=  301.53 glat=  21.76 u=   2.8000 v=   7.4000 vr=  -3.59370 vt=   7.04878
 i= 1413 j= 1102 glon=  301.73 (0-360E) glon=  301.73 glat=  21.76 u=   1.9000 v=   7.9000 vr=  -3.80466 vt=   7.17945
 i= 1418 j= 1102 glon=  301.93 (0-360E) glon=  301.93 glat=  21.76 u=   1.2000 v=  10.7000 vr=  -5.38531 vt=   9.32354
 i= 1423 j= 1102 glon=  302.13 (0-360E) glon=  302.13 glat=  21.76 u=   1.4000 v=  10.1000 vr=  -4.22211 vt=   9.28137
 i= 1428 j= 1102 glon=  302.33 (0-360E) glon=  302.33 glat=  21.76 u=   2.1000 v=   8.5000 vr=  -2.29083 vt=   8.45057
 i= 1433 j= 1102 glon=  302.53 (0-360E) glon=  302.53 glat=  21.76 u=   2.2000 v=   8.1000 vr=  -1.61880 vt=   8.23586
 i= 1343 j= 1107 glon=  298.93 (0-360E) glon=  298.93 glat=  21.56 u=   2.6000 v=  -2.7000 vr=  -0.78683 vt=   3.66482
 i= 1348 j= 1107 glon=  299.13 (0-360E) glon=  299.13 glat=  21.56 u=   3.2000 v=  -2.6000 vr=  -1.13768 vt=   3.96304
 i= 1353 j= 1107 glon=  299.33 (0-360E) glon=  299.33 glat=  21.56 u=   3.9000 v=  -2.9000 vr=  -1.24271 vt=   4.69847
 i= 1358 j= 1107 glon=  299.53 (0-360E) glon=  299.53 glat=  21.56 u=   4.7000 v=  -2.8000 vr=  -1.53484 vt=   5.25112
 i= 1363 j= 1107 glon=  299.73 (0-360E) glon=  299.73 glat=  21.56 u=   5.8000 v=  -2.5000 vr=  -2.00608 vt=   5.98879
 i= 1368 j= 1107 glon=  299.93 (0-360E) glon=  299.93 glat=  21.56 u=   6.2000 v=  -2.6000 vr=  -1.49088 vt=   6.55571
 i= 1373 j= 1107 glon=  300.13 (0-360E) glon=  300.13 glat=  21.56 u=   6.8000 v=  -2.3000 vr=  -1.17638 vt=   7.08139
 i= 1378 j= 1107 glon=  300.33 (0-360E) glon=  300.33 glat=  21.56 u=   7.8000 v=  -1.9000 vr=  -0.80916 vt=   7.98719
 i= 1383 j= 1107 glon=  300.53 (0-360E) glon=  300.53 glat=  21.56 u=   8.7000 v=  -1.1000 vr=  -0.39692 vt=   8.76028
 i= 1388 j= 1107 glon=  300.73 (0-360E) glon=  300.73 glat=  21.56 u=  10.0000 v=  -1.3000 vr=   1.38211 vt=   9.98898
 i= 1393 j= 1107 glon=  300.93 (0-360E) glon=  300.93 glat=  21.56 u=   8.8000 v=  -1.6000 vr=   3.20774 vt=   8.34927
 i= 1398 j= 1107 glon=  301.13 (0-360E) glon=  301.13 glat=  21.56 u=  11.3000 v=  -0.6000 vr=   4.48430 vt=  10.38947
 i= 1403 j= 1107 glon=  301.33 (0-360E) glon=  301.33 glat=  21.56 u=   7.4000 v=   3.8000 vr=   0.24161 vt=   8.31514
 i= 1408 j= 1107 glon=  301.53 (0-360E) glon=  301.53 glat=  21.56 u=   5.4000 v=   4.8000 vr=  -0.68672 vt=   7.19225
 i= 1413 j= 1107 glon=  301.73 (0-360E) glon=  301.73 glat=  21.56 u=   3.9000 v=   8.1000 vr=  -3.35852 vt=   8.33908
 i= 1418 j= 1107 glon=  301.93 (0-360E) glon=  301.93 glat=  21.56 u=   3.3000 v=  11.2000 vr=  -5.13223 vt=  10.48762
 i= 1423 j= 1107 glon=  302.13 (0-360E) glon=  302.13 glat=  21.56 u=   2.4000 v=   9.8000 vr=  -4.17294 vt=   9.18622
 i= 1428 j= 1107 glon=  302.33 (0-360E) glon=  302.33 glat=  21.56 u=   3.1000 v=   8.7000 vr=  -2.38644 vt=   8.92216
 i= 1433 j= 1107 glon=  302.53 (0-360E) glon=  302.53 glat=  21.56 u=   4.2000 v=   8.1000 vr=  -0.65843 vt=   9.10036
 i= 1348 j= 1112 glon=  299.13 (0-360E) glon=  299.13 glat=  21.36 u=   3.6000 v=  -2.3000 vr=  -1.29414 vt=   4.07126
 i= 1353 j= 1112 glon=  299.33 (0-360E) glon=  299.33 glat=  21.36 u=   3.9000 v=  -2.1000 vr=  -1.37671 vt=   4.21007
 i= 1358 j= 1112 glon=  299.53 (0-360E) glon=  299.53 glat=  21.36 u=   4.5000 v=  -2.3000 vr=  -1.30066 vt=   4.88347
 i= 1363 j= 1112 glon=  299.73 (0-360E) glon=  299.73 glat=  21.36 u=   5.9000 v=  -2.4000 vr=  -1.61696 vt=   6.16080
 i= 1368 j= 1112 glon=  299.93 (0-360E) glon=  299.93 glat=  21.36 u=   5.9000 v=  -2.2000 vr=  -1.14118 vt=   6.19255
 i= 1373 j= 1112 glon=  300.13 (0-360E) glon=  300.13 glat=  21.36 u=   6.5000 v=  -2.1000 vr=  -0.73619 vt=   6.79103
 i= 1378 j= 1112 glon=  300.33 (0-360E) glon=  300.33 glat=  21.36 u=   7.0000 v=  -1.4000 vr=  -0.64356 vt=   7.10956
 i= 1383 j= 1112 glon=  300.53 (0-360E) glon=  300.53 glat=  21.36 u=   7.5000 v=  -0.2000 vr=  -0.87484 vt=   7.45149
 i= 1388 j= 1112 glon=  300.73 (0-360E) glon=  300.73 glat=  21.36 u=   8.4000 v=  -0.5000 vr=   0.55772 vt=   8.39636
 i= 1393 j= 1112 glon=  300.93 (0-360E) glon=  300.93 glat=  21.36 u=   8.1000 v=  -1.3000 vr=   2.55023 vt=   7.79720
 i= 1398 j= 1112 glon=  301.13 (0-360E) glon=  301.13 glat=  21.36 u=   8.3000 v=  -0.9000 vr=   3.31458 vt=   7.66248
 i= 1403 j= 1112 glon=  301.33 (0-360E) glon=  301.33 glat=  21.36 u=   6.3000 v=   1.3000 vr=   1.45627 vt=   6.26572
 i= 1408 j= 1112 glon=  301.53 (0-360E) glon=  301.53 glat=  21.36 u=   6.8000 v=   4.7000 vr=  -0.45929 vt=   8.25343
 i= 1413 j= 1112 glon=  301.73 (0-360E) glon=  301.73 glat=  21.36 u=   5.1000 v=   9.3000 vr=  -4.30044 vt=   9.69568
 i= 1418 j= 1112 glon=  301.93 (0-360E) glon=  301.93 glat=  21.36 u=   3.8000 v=  10.1000 vr=  -4.89338 vt=   9.61794
 i= 1423 j= 1112 glon=  302.13 (0-360E) glon=  302.13 glat=  21.36 u=   4.1000 v=   9.5000 vr=  -3.51816 vt=   9.73050
 i= 1428 j= 1112 glon=  302.33 (0-360E) glon=  302.33 glat=  21.36 u=   3.5000 v=   8.7000 vr=  -2.82921 vt=   8.94067
 i= 1353 j= 1117 glon=  299.33 (0-360E) glon=  299.33 glat=  21.16 u=   3.8000 v=  -1.6000 vr=  -1.35998 vt=   3.89236
 i= 1358 j= 1117 glon=  299.53 (0-360E) glon=  299.53 glat=  21.16 u=   5.0000 v=  -1.8000 vr=  -1.63656 vt=   5.05585
 i= 1363 j= 1117 glon=  299.73 (0-360E) glon=  299.73 glat=  21.16 u=   5.3000 v=  -1.4000 vr=  -1.69336 vt=   5.21369
 i= 1368 j= 1117 glon=  299.93 (0-360E) glon=  299.93 glat=  21.16 u=   5.9000 v=  -1.9000 vr=  -1.00919 vt=   6.11568
 i= 1373 j= 1117 glon=  300.13 (0-360E) glon=  300.13 glat=  21.16 u=   6.2000 v=  -1.7000 vr=  -0.63793 vt=   6.39711
 i= 1378 j= 1117 glon=  300.33 (0-360E) glon=  300.33 glat=  21.16 u=   6.0000 v=  -0.6000 vr=  -0.89762 vt=   5.96274
 i= 1383 j= 1117 glon=  300.53 (0-360E) glon=  300.53 glat=  21.16 u=   6.7000 v=   0.7000 vr=  -1.52075 vt=   6.56257
 i= 1388 j= 1117 glon=  300.73 (0-360E) glon=  300.73 glat=  21.16 u=   7.3000 v=  -1.0000 vr=   1.04312 vt=   7.29396
 i= 1393 j= 1117 glon=  300.93 (0-360E) glon=  300.93 glat=  21.16 u=   7.3000 v=  -0.6000 vr=   1.57871 vt=   7.15246
 i= 1398 j= 1117 glon=  301.13 (0-360E) glon=  301.13 glat=  21.16 u=   6.8000 v=   0.5000 vr=   1.26595 vt=   6.69980
 i= 1403 j= 1117 glon=  301.33 (0-360E) glon=  301.33 glat=  21.16 u=   6.8000 v=   3.4000 vr=  -0.65602 vt=   7.57428
 i= 1408 j= 1117 glon=  301.53 (0-360E) glon=  301.53 glat=  21.16 u=   8.1000 v=   6.9000 vr=  -2.33450 vt=  10.38124
 i= 1413 j= 1117 glon=  301.73 (0-360E) glon=  301.73 glat=  21.16 u=   5.2000 v=   9.1000 vr=  -4.75670 vt=   9.33937
 i= 1418 j= 1117 glon=  301.93 (0-360E) glon=  301.93 glat=  21.16 u=   3.2000 v=  10.0000 vr=  -5.88655 vt=   8.69417
 i= 1423 j= 1117 glon=  302.13 (0-360E) glon=  302.13 glat=  21.16 u=   3.1000 v=   7.3000 vr=  -3.29267 vt=   7.21514
 i= 1358 j= 1122 glon=  299.53 (0-360E) glon=  299.53 glat=  20.96 u=   4.6000 v=  -0.4000 vr=  -2.25265 vt=   4.03058
 i= 1363 j= 1122 glon=  299.73 (0-360E) glon=  299.73 glat=  20.96 u=   5.2000 v=  -0.6000 vr=  -2.03580 vt=   4.82240
 i= 1368 j= 1122 glon=  299.93 (0-360E) glon=  299.93 glat=  20.96 u=   5.5000 v=  -0.9000 vr=  -1.44149 vt=   5.38350
 i= 1373 j= 1122 glon=  300.13 (0-360E) glon=  300.13 glat=  20.96 u=   5.1000 v=  -1.1000 vr=  -0.58708 vt=   5.18414
 i= 1378 j= 1122 glon=  300.33 (0-360E) glon=  300.33 glat=  20.96 u=   5.7000 v=  -0.7000 vr=  -0.55791 vt=   5.71566
 i= 1383 j= 1122 glon=  300.53 (0-360E) glon=  300.53 glat=  20.96 u=   5.4000 v=   0.2000 vr=  -0.78378 vt=   5.34656
 i= 1388 j= 1122 glon=  300.73 (0-360E) glon=  300.73 glat=  20.96 u=   7.1000 v=  -0.5000 vr=   0.53679 vt=   7.09731
 i= 1393 j= 1122 glon=  300.93 (0-360E) glon=  300.93 glat=  20.96 u=   6.4000 v=   1.0000 vr=  -0.23462 vt=   6.47340
 i= 1398 j= 1122 glon=  301.13 (0-360E) glon=  301.13 glat=  20.96 u=   7.4000 v=   4.5000 vr=  -2.69986 vt=   8.22926
 i= 1403 j= 1122 glon=  301.33 (0-360E) glon=  301.33 glat=  20.96 u=   7.7000 v=   7.3000 vr=  -4.36786 vt=   9.66963
 i= 1408 j= 1122 glon=  301.53 (0-360E) glon=  301.53 glat=  20.96 u=   8.1000 v=   7.8000 vr=  -3.68795 vt=  10.62304
 i= 1413 j= 1122 glon=  301.73 (0-360E) glon=  301.73 glat=  20.96 u=   4.7000 v=   8.4000 vr=  -4.93672 vt=   8.26310
 i= 1418 j= 1122 glon=  301.93 (0-360E) glon=  301.93 glat=  20.96 u=   2.3000 v=   7.5000 vr=  -4.87038 vt=   6.14975
 i= 1368 j= 1127 glon=  299.93 (0-360E) glon=  299.93 glat=  20.76 u=   4.9000 v=  -0.6000 vr=  -1.27019 vt=   4.77039
 i= 1373 j= 1127 glon=  300.13 (0-360E) glon=  300.13 glat=  20.76 u=   5.1000 v=  -1.3000 vr=  -0.22163 vt=   5.25841
 i= 1378 j= 1127 glon=  300.33 (0-360E) glon=  300.33 glat=  20.76 u=   4.6000 v=  -1.3000 vr=   0.37868 vt=   4.76514
 i= 1383 j= 1127 glon=  300.53 (0-360E) glon=  300.53 glat=  20.76 u=   4.4000 v=   1.8000 vr=  -2.21657 vt=   4.20557
 i= 1388 j= 1127 glon=  300.73 (0-360E) glon=  300.73 glat=  20.76 u=   6.3000 v=   4.2000 vr=  -4.17088 vt=   6.31932
 i= 1393 j= 1127 glon=  300.93 (0-360E) glon=  300.93 glat=  20.76 u=   6.6000 v=   5.5000 vr=  -4.77174 vt=   7.14426
 i= 1398 j= 1127 glon=  301.13 (0-360E) glon=  301.13 glat=  20.76 u=   6.1000 v=   6.3000 vr=  -4.92643 vt=   7.25467
 i= 1403 j= 1127 glon=  301.33 (0-360E) glon=  301.33 glat=  20.76 u=   4.1000 v=   6.1000 vr=  -4.61507 vt=   5.72023
 i= 1408 j= 1127 glon=  301.53 (0-360E) glon=  301.53 glat=  20.76 u=   6.0000 v=   7.8000 vr=  -4.93334 vt=   8.51482
 i= 1388 j= 1132 glon=  300.73 (0-360E) glon=  300.73 glat=  20.56 u=   5.0000 v=   4.3000 vr=  -4.27916 vt=   5.01785
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    7.46547414907202       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     16.71 kts
    LL Wind Circ Vt mean quadmax value: SE     15.55 kts
    LL Wind Circ Vt mean quadmax value: SW      2.44 kts
    LL Wind Circ Vt mean quadmax value: NW     12.41 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    15.1388993957452       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   4.95170893093063       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    22.4840778788541     
   xcenlon=    300.767232722826     
   imax=         2738  jmax=         2041
   jlatfix=         1083
   ilonfix (unadjusted) =         1389
  
 In get_max_wind, ibeg=         1315  iend=         1462
                  jbeg=         1015  jend=         1152
         ilonfix=         1389  jlatfix=         1083
 At end of get_max_wind, vmax=    20.3237422735086       rmax= 
   18.2167582163250     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    4.62 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    4.76 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    5.12 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    6.45 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.11 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    9.12 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    9.48 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   10.10 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   10.99 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   11.37 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   11.38 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   11.09 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   10.65 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   10.24 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    9.87 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    9.59 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    9.35 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    9.18 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    9.05 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    8.95 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    8.85 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    8.74 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    8.63 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    8.53 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    8.45 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    8.37 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    8.32 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    8.27 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    8.22 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    8.14 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    8.03 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    7.89 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    7.72 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    7.54 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    7.37 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    7.20 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    7.02 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    6.86 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    6.72 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    6.61 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    6.53 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    6.48 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    11.38 m/s   maxrmw_dist=    33.00  km   maxrmw_ix=   11
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    33.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    11.3771038716949      
  (m/s)   (in kts)=    22.1022996915417     
  rising_sum_dvdr=       6.75998339159459     
  declining_sum_dvdr=   -3.10737874731054     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    12 igrct=  1 Vmax (m/s)=   20.324   22:17:27
 TIMING: before call  getradii, fhr=    12 igrct=  1   22:17:27
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -3.02407060381595     
 mr4qs before add, mean_radii_vt_4quad_sum=   -3.02407060381595     
 mr4qs after add, mean_radii_vt_4quad_sum=   -5.93795976099623     
 mr4qs before add, mean_radii_vt_4quad_sum=   -5.93795976099623     
 mr4qs after add, mean_radii_vt_4quad_sum=   -4.11273085931542     
 mr4qs before add, mean_radii_vt_4quad_sum=   -4.11273085931542     
 mr4qs after add, mean_radii_vt_4quad_sum=  -0.496621191475267     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   -0.50 good_quad_ct=   4 mean_vt_4quad=     -0.12
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    3.97 mean_vt_4quad=    0.24
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    4.01 mean_vt_4quad=    0.27
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    4.05 mean_vt_4quad=    0.31
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    4.09 mean_vt_4quad=    0.34
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    4.13 mean_vt_4quad=    0.37
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    4.17 mean_vt_4quad=    0.40
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    4.18 mean_vt_4quad=    0.43
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    4.18 mean_vt_4quad=    0.47
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    4.16 mean_vt_4quad=    0.51
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    4.16 mean_vt_4quad=    0.56
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    4.18 mean_vt_4quad=    0.61
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    4.21 mean_vt_4quad=    0.67
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    4.22 mean_vt_4quad=    0.72
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    4.23 mean_vt_4quad=    0.77
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    4.26 mean_vt_4quad=    0.82
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    4.30 mean_vt_4quad=    0.88
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    4.34 mean_vt_4quad=    0.92
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    4.42 mean_vt_4quad=    0.97
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    4.47 mean_vt_4quad=    1.01
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    4.55 mean_vt_4quad=    1.05
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    4.58 mean_vt_4quad=    1.09
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    4.63 mean_vt_4quad=    1.13
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    4.66 mean_vt_4quad=    1.17
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    4.71 mean_vt_4quad=    1.20
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    4.83 mean_vt_4quad=    1.24
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    4.95 mean_vt_4quad=    1.27
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    5.07 mean_vt_4quad=    1.30
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    5.17 mean_vt_4quad=    1.33
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    5.23 mean_vt_4quad=    1.36
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    5.24 mean_vt_4quad=    1.40
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    5.23 mean_vt_4quad=    1.43
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    5.22 mean_vt_4quad=    1.47
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    5.22 mean_vt_4quad=    1.51
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    5.24 mean_vt_4quad=    1.55
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    5.28 mean_vt_4quad=    1.59
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    5.35 mean_vt_4quad=    1.63
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    5.43 mean_vt_4quad=    1.67
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    5.52 mean_vt_4quad=    1.70
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    5.63 mean_vt_4quad=    1.74
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    5.75 mean_vt_4quad=    1.78
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    5.88 mean_vt_4quad=    1.82
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    5.99 mean_vt_4quad=    1.86
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    6.10 mean_vt_4quad=    1.91
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    6.19 mean_vt_4quad=    1.97
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    6.27 mean_vt_4quad=    2.02
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    6.35 mean_vt_4quad=    2.07
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    6.44 mean_vt_4quad=    2.13
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    6.53 mean_vt_4quad=    2.19
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    6.64 mean_vt_4quad=    2.25
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    6.74 mean_vt_4quad=    2.31
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    6.85 mean_vt_4quad=    2.37
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    6.92 mean_vt_4quad=    2.43
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    7.00 mean_vt_4quad=    2.48
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    7.09 mean_vt_4quad=    2.54
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    7.20 mean_vt_4quad=    2.60
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    7.31 mean_vt_4quad=    2.66
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    7.43 mean_vt_4quad=    2.72
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    7.53 mean_vt_4quad=    2.79
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=    7.64 mean_vt_4quad=    2.86
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=    7.76 mean_vt_4quad=    2.93
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=    7.87 mean_vt_4quad=    3.00
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=    7.97 mean_vt_4quad=    3.07
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=    8.08 mean_vt_4quad=    3.14
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=    8.17 mean_vt_4quad=    3.21
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=    8.26 mean_vt_4quad=    3.28
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=    8.34 mean_vt_4quad=    3.34
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=    8.42 mean_vt_4quad=    3.40
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=    8.49 mean_vt_4quad=    3.47
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=    8.56 mean_vt_4quad=    3.54
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=    8.62 mean_vt_4quad=    3.62
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=    8.65 mean_vt_4quad=    3.70
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=    8.67 mean_vt_4quad=    3.78
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=    8.65 mean_vt_4quad=    3.86
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=    8.63 mean_vt_4quad=    3.93
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=    8.59 mean_vt_4quad=    3.99
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=    8.53 mean_vt_4quad=    4.04
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=    8.49 mean_vt_4quad=    4.07
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=    8.47 mean_vt_4quad=    4.09
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=    8.47 mean_vt_4quad=    4.11
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=    8.47 mean_vt_4quad=    4.13
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=    8.46 mean_vt_4quad=    4.16
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=    8.43 mean_vt_4quad=    4.20
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=    8.41 mean_vt_4quad=    4.26
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=    8.40 mean_vt_4quad=    4.33
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=    8.41 mean_vt_4quad=    4.42
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=    8.47 mean_vt_4quad=    4.52
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=    8.61 mean_vt_4quad=    4.64
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=    8.79 mean_vt_4quad=    4.76
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=    9.03 mean_vt_4quad=    4.87
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=    9.43 mean_vt_4quad=    4.97
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=    9.95 mean_vt_4quad=    5.07
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   10.49 mean_vt_4quad=    5.17
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   10.91 mean_vt_4quad=    5.25
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   11.13 mean_vt_4quad=    5.33
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   11.14 mean_vt_4quad=    5.39
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   11.01 mean_vt_4quad=    5.45
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   10.96 mean_vt_4quad=    5.50
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   11.07 mean_vt_4quad=    5.54
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   11.37 mean_vt_4quad=    5.60
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   11.72 mean_vt_4quad=    5.68
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   12.08 mean_vt_4quad=    5.77
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   12.44 mean_vt_4quad=    5.88
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   12.83 mean_vt_4quad=    6.02
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   13.17 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   13.46 mean_vt_4quad=    6.34
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   13.73 mean_vt_4quad=    6.54
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   14.17 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   14.69 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   15.24 mean_vt_4quad=    7.35
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   15.98 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   17.31 mean_vt_4quad=    8.01
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   19.01 mean_vt_4quad=    8.34
  
 NO interp, exactdistkm=    36.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   19.4256000000000     
 vradius(iwindix,iquad) =          19
  
  --- vmaxwind of    20.3237422735086       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    20.3237422735086       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.63 mean_vt_4quad=    0.24
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    6.63 mean_vt_4quad=    0.27
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    6.53 mean_vt_4quad=    0.31
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    6.46 mean_vt_4quad=    0.34
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    6.42 mean_vt_4quad=    0.37
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    6.34 mean_vt_4quad=    0.40
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    6.23 mean_vt_4quad=    0.43
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    6.04 mean_vt_4quad=    0.47
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    5.82 mean_vt_4quad=    0.51
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    5.68 mean_vt_4quad=    0.56
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    5.54 mean_vt_4quad=    0.61
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    5.41 mean_vt_4quad=    0.67
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    5.28 mean_vt_4quad=    0.72
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    5.12 mean_vt_4quad=    0.77
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    4.94 mean_vt_4quad=    0.82
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    4.78 mean_vt_4quad=    0.88
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    4.72 mean_vt_4quad=    0.92
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    4.68 mean_vt_4quad=    0.97
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    4.69 mean_vt_4quad=    1.01
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    4.71 mean_vt_4quad=    1.05
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    4.72 mean_vt_4quad=    1.09
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    4.73 mean_vt_4quad=    1.13
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    4.74 mean_vt_4quad=    1.17
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    4.79 mean_vt_4quad=    1.20
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    4.85 mean_vt_4quad=    1.24
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    4.89 mean_vt_4quad=    1.27
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    4.89 mean_vt_4quad=    1.30
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    4.90 mean_vt_4quad=    1.33
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    4.93 mean_vt_4quad=    1.36
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    4.97 mean_vt_4quad=    1.40
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    5.01 mean_vt_4quad=    1.43
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    5.06 mean_vt_4quad=    1.47
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    5.09 mean_vt_4quad=    1.51
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    5.11 mean_vt_4quad=    1.55
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    5.12 mean_vt_4quad=    1.59
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    5.12 mean_vt_4quad=    1.63
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    5.12 mean_vt_4quad=    1.67
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    5.09 mean_vt_4quad=    1.70
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    5.10 mean_vt_4quad=    1.74
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    5.08 mean_vt_4quad=    1.78
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    5.05 mean_vt_4quad=    1.82
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    5.08 mean_vt_4quad=    1.86
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    5.11 mean_vt_4quad=    1.91
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=    5.15 mean_vt_4quad=    1.97
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=    5.18 mean_vt_4quad=    2.02
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=    5.20 mean_vt_4quad=    2.07
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=    5.21 mean_vt_4quad=    2.13
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=    5.22 mean_vt_4quad=    2.19
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=    5.22 mean_vt_4quad=    2.25
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=    5.22 mean_vt_4quad=    2.31
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=    5.20 mean_vt_4quad=    2.37
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=    5.17 mean_vt_4quad=    2.43
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=    5.15 mean_vt_4quad=    2.48
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=    5.14 mean_vt_4quad=    2.54
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=    5.20 mean_vt_4quad=    2.60
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=    5.27 mean_vt_4quad=    2.66
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=    5.31 mean_vt_4quad=    2.72
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=    5.35 mean_vt_4quad=    2.79
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=    5.37 mean_vt_4quad=    2.86
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=    5.38 mean_vt_4quad=    2.93
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=    5.37 mean_vt_4quad=    3.00
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=    5.34 mean_vt_4quad=    3.07
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=    5.35 mean_vt_4quad=    3.14
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=    5.47 mean_vt_4quad=    3.21
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=    5.64 mean_vt_4quad=    3.28
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=    5.84 mean_vt_4quad=    3.34
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=    6.06 mean_vt_4quad=    3.40
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=    6.33 mean_vt_4quad=    3.47
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=    6.58 mean_vt_4quad=    3.54
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=    6.84 mean_vt_4quad=    3.62
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=    7.09 mean_vt_4quad=    3.70
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=    7.35 mean_vt_4quad=    3.78
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=    7.62 mean_vt_4quad=    3.86
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=    7.93 mean_vt_4quad=    3.93
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=    8.18 mean_vt_4quad=    3.99
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=    8.33 mean_vt_4quad=    4.04
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=    8.39 mean_vt_4quad=    4.07
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=    8.42 mean_vt_4quad=    4.09
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=    8.39 mean_vt_4quad=    4.11
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=    8.42 mean_vt_4quad=    4.13
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=    8.49 mean_vt_4quad=    4.16
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=    8.57 mean_vt_4quad=    4.20
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=    8.73 mean_vt_4quad=    4.26
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=    8.86 mean_vt_4quad=    4.33
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=    9.00 mean_vt_4quad=    4.42
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=    9.26 mean_vt_4quad=    4.52
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=    9.95 mean_vt_4quad=    4.64
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   10.66 mean_vt_4quad=    4.76
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   11.19 mean_vt_4quad=    4.87
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   11.63 mean_vt_4quad=    4.97
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   11.97 mean_vt_4quad=    5.07
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   12.19 mean_vt_4quad=    5.17
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   12.29 mean_vt_4quad=    5.25
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   12.34 mean_vt_4quad=    5.33
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   12.36 mean_vt_4quad=    5.39
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   12.37 mean_vt_4quad=    5.45
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   12.29 mean_vt_4quad=    5.50
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   12.17 mean_vt_4quad=    5.54
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   12.12 mean_vt_4quad=    5.60
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   12.55 mean_vt_4quad=    5.68
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   12.94 mean_vt_4quad=    5.77
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   13.28 mean_vt_4quad=    5.88
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   13.56 mean_vt_4quad=    6.02
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   13.75 mean_vt_4quad=    6.17
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   13.92 mean_vt_4quad=    6.34
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   14.13 mean_vt_4quad=    6.54
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   14.40 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   14.77 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   15.20 mean_vt_4quad=    7.35
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   15.63 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   16.20 mean_vt_4quad=    8.01
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   16.82 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   17.15 mean_vt_4quad=    8.58
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   16.99 mean_vt_4quad=    8.57
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   16.46 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   15.27 mean_vt_4quad=    7.09
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   13.77 mean_vt_4quad=    5.76
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   11.93 mean_vt_4quad=    4.46
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=    9.57 mean_vt_4quad=    3.24
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=    7.95 mean_vt_4quad=    1.95
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=    6.05 mean_vt_4quad=    0.71
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    4.51 mean_vt_4quad=    0.01
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    4.55 mean_vt_4quad=   -0.12
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.92 mean_vt_4quad=    0.24
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.92 mean_vt_4quad=    0.27
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.90 mean_vt_4quad=    0.31
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.84 mean_vt_4quad=    0.34
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.77 mean_vt_4quad=    0.37
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.71 mean_vt_4quad=    0.40
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    6.65 mean_vt_4quad=    0.43
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    6.60 mean_vt_4quad=    0.47
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    6.55 mean_vt_4quad=    0.51
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    6.51 mean_vt_4quad=    0.56
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    6.49 mean_vt_4quad=    0.61
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    6.47 mean_vt_4quad=    0.67
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    6.45 mean_vt_4quad=    0.72
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    6.44 mean_vt_4quad=    0.77
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    6.42 mean_vt_4quad=    0.82
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    6.42 mean_vt_4quad=    0.88
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    6.39 mean_vt_4quad=    0.92
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.36 mean_vt_4quad=    0.97
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.32 mean_vt_4quad=    1.01
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.28 mean_vt_4quad=    1.05
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.24 mean_vt_4quad=    1.09
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.20 mean_vt_4quad=    1.13
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.16 mean_vt_4quad=    1.17
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    6.12 mean_vt_4quad=    1.20
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    6.10 mean_vt_4quad=    1.24
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    6.08 mean_vt_4quad=    1.27
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    6.04 mean_vt_4quad=    1.30
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    6.00 mean_vt_4quad=    1.33
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    5.92 mean_vt_4quad=    1.36
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    5.82 mean_vt_4quad=    1.40
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    5.72 mean_vt_4quad=    1.43
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    5.66 mean_vt_4quad=    1.47
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    5.60 mean_vt_4quad=    1.51
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    5.58 mean_vt_4quad=    1.55
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    5.56 mean_vt_4quad=    1.59
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    5.59 mean_vt_4quad=    1.63
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    5.61 mean_vt_4quad=    1.67
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    5.63 mean_vt_4quad=    1.70
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    5.62 mean_vt_4quad=    1.74
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    5.62 mean_vt_4quad=    1.78
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    5.62 mean_vt_4quad=    1.82
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    5.63 mean_vt_4quad=    1.86
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    5.62 mean_vt_4quad=    1.91
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    5.62 mean_vt_4quad=    1.97
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    5.64 mean_vt_4quad=    2.02
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    5.69 mean_vt_4quad=    2.07
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    5.72 mean_vt_4quad=    2.13
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    5.75 mean_vt_4quad=    2.19
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    5.79 mean_vt_4quad=    2.25
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    5.80 mean_vt_4quad=    2.31
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    5.85 mean_vt_4quad=    2.37
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    5.93 mean_vt_4quad=    2.43
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    5.96 mean_vt_4quad=    2.48
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    5.95 mean_vt_4quad=    2.54
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    6.00 mean_vt_4quad=    2.60
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    5.97 mean_vt_4quad=    2.66
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    6.01 mean_vt_4quad=    2.72
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    6.02 mean_vt_4quad=    2.79
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    6.01 mean_vt_4quad=    2.86
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    6.07 mean_vt_4quad=    2.93
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    6.18 mean_vt_4quad=    3.00
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    6.25 mean_vt_4quad=    3.07
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    6.29 mean_vt_4quad=    3.14
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    6.40 mean_vt_4quad=    3.21
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    6.62 mean_vt_4quad=    3.28
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    6.92 mean_vt_4quad=    3.34
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    7.21 mean_vt_4quad=    3.40
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=    7.44 mean_vt_4quad=    3.47
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=    7.58 mean_vt_4quad=    3.54
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=    7.73 mean_vt_4quad=    3.62
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=    7.84 mean_vt_4quad=    3.70
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=    7.93 mean_vt_4quad=    3.78
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=    8.11 mean_vt_4quad=    3.86
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=    8.16 mean_vt_4quad=    3.93
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=    8.22 mean_vt_4quad=    3.99
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=    8.33 mean_vt_4quad=    4.04
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=    8.38 mean_vt_4quad=    4.07
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=    8.37 mean_vt_4quad=    4.09
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=    8.20 mean_vt_4quad=    4.11
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=    8.04 mean_vt_4quad=    4.13
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=    7.89 mean_vt_4quad=    4.16
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=    7.75 mean_vt_4quad=    4.20
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=    7.65 mean_vt_4quad=    4.26
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=    7.57 mean_vt_4quad=    4.33
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=    7.53 mean_vt_4quad=    4.42
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=    7.57 mean_vt_4quad=    4.52
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=    7.65 mean_vt_4quad=    4.64
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=    7.76 mean_vt_4quad=    4.76
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=    7.83 mean_vt_4quad=    4.87
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=    7.89 mean_vt_4quad=    4.97
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=    7.98 mean_vt_4quad=    5.07
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=    8.10 mean_vt_4quad=    5.17
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=    8.20 mean_vt_4quad=    5.25
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=    8.31 mean_vt_4quad=    5.33
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=    8.41 mean_vt_4quad=    5.39
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=    8.55 mean_vt_4quad=    5.45
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=    8.76 mean_vt_4quad=    5.50
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=    8.91 mean_vt_4quad=    5.54
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=    9.03 mean_vt_4quad=    5.60
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=    9.12 mean_vt_4quad=    5.68
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=    9.22 mean_vt_4quad=    5.77
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=    9.36 mean_vt_4quad=    5.88
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=    9.53 mean_vt_4quad=    6.02
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=    9.75 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=    9.96 mean_vt_4quad=    6.34
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   10.17 mean_vt_4quad=    6.54
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   10.37 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   10.61 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   10.87 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   11.21 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   11.57 mean_vt_4quad=    8.01
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   11.97 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   12.43 mean_vt_4quad=    8.58
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   12.84 mean_vt_4quad=    8.57
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   13.19 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   13.10 mean_vt_4quad=    7.09
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   12.32 mean_vt_4quad=    5.76
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   11.09 mean_vt_4quad=    4.46
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=    7.71 mean_vt_4quad=    3.24
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=    5.48 mean_vt_4quad=    1.95
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=    4.59 mean_vt_4quad=    0.71
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    5.00 mean_vt_4quad=    0.01
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    4.75 mean_vt_4quad=   -0.12
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    9.38 mean_vt_4quad=    0.24
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    9.44 mean_vt_4quad=    0.27
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    9.48 mean_vt_4quad=    0.31
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.46 mean_vt_4quad=    0.34
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.41 mean_vt_4quad=    0.37
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.33 mean_vt_4quad=    0.40
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.25 mean_vt_4quad=    0.43
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.25 mean_vt_4quad=    0.47
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.27 mean_vt_4quad=    0.51
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.31 mean_vt_4quad=    0.56
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.31 mean_vt_4quad=    0.61
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.32 mean_vt_4quad=    0.67
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.33 mean_vt_4quad=    0.72
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.34 mean_vt_4quad=    0.77
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.34 mean_vt_4quad=    0.82
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.34 mean_vt_4quad=    0.88
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.31 mean_vt_4quad=    0.92
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.27 mean_vt_4quad=    0.97
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.21 mean_vt_4quad=    1.01
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.15 mean_vt_4quad=    1.05
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.09 mean_vt_4quad=    1.09
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.07 mean_vt_4quad=    1.13
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.04 mean_vt_4quad=    1.17
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.06 mean_vt_4quad=    1.20
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.05 mean_vt_4quad=    1.24
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.03 mean_vt_4quad=    1.27
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    8.96 mean_vt_4quad=    1.30
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.91 mean_vt_4quad=    1.33
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.83 mean_vt_4quad=    1.36
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    8.78 mean_vt_4quad=    1.40
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    8.77 mean_vt_4quad=    1.43
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    8.76 mean_vt_4quad=    1.47
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    8.76 mean_vt_4quad=    1.51
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    8.76 mean_vt_4quad=    1.55
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    8.75 mean_vt_4quad=    1.59
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    8.71 mean_vt_4quad=    1.63
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    8.62 mean_vt_4quad=    1.67
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    8.51 mean_vt_4quad=    1.70
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    8.38 mean_vt_4quad=    1.74
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    8.28 mean_vt_4quad=    1.78
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    8.22 mean_vt_4quad=    1.82
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    8.18 mean_vt_4quad=    1.86
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    8.16 mean_vt_4quad=    1.91
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    8.14 mean_vt_4quad=    1.97
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    8.12 mean_vt_4quad=    2.02
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    8.08 mean_vt_4quad=    2.07
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    8.04 mean_vt_4quad=    2.13
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    8.00 mean_vt_4quad=    2.19
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    7.96 mean_vt_4quad=    2.25
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    7.97 mean_vt_4quad=    2.31
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    8.03 mean_vt_4quad=    2.37
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    8.14 mean_vt_4quad=    2.43
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.26 mean_vt_4quad=    2.48
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    8.37 mean_vt_4quad=    2.54
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    8.48 mean_vt_4quad=    2.60
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    8.57 mean_vt_4quad=    2.66
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    8.66 mean_vt_4quad=    2.72
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    8.75 mean_vt_4quad=    2.79
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    8.81 mean_vt_4quad=    2.86
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    8.88 mean_vt_4quad=    2.93
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    8.93 mean_vt_4quad=    3.00
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    8.96 mean_vt_4quad=    3.07
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    8.99 mean_vt_4quad=    3.14
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    9.00 mean_vt_4quad=    3.21
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    9.01 mean_vt_4quad=    3.28
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    9.05 mean_vt_4quad=    3.34
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    9.12 mean_vt_4quad=    3.40
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    9.22 mean_vt_4quad=    3.47
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    9.30 mean_vt_4quad=    3.54
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    9.35 mean_vt_4quad=    3.62
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    9.37 mean_vt_4quad=    3.70
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    9.38 mean_vt_4quad=    3.78
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    9.37 mean_vt_4quad=    3.86
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    9.34 mean_vt_4quad=    3.93
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=    9.27 mean_vt_4quad=    3.99
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=    9.17 mean_vt_4quad=    4.04
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=    9.06 mean_vt_4quad=    4.07
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=    8.93 mean_vt_4quad=    4.09
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=    8.81 mean_vt_4quad=    4.11
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    8.73 mean_vt_4quad=    4.13
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    8.67 mean_vt_4quad=    4.16
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    8.62 mean_vt_4quad=    4.20
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    8.58 mean_vt_4quad=    4.26
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    8.56 mean_vt_4quad=    4.33
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=    8.55 mean_vt_4quad=    4.42
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=    8.56 mean_vt_4quad=    4.52
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=    8.57 mean_vt_4quad=    4.64
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=    8.59 mean_vt_4quad=    4.76
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=    8.61 mean_vt_4quad=    4.87
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=    8.63 mean_vt_4quad=    4.97
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=    8.66 mean_vt_4quad=    5.07
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=    8.70 mean_vt_4quad=    5.17
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=    8.74 mean_vt_4quad=    5.25
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=    8.78 mean_vt_4quad=    5.33
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=    8.78 mean_vt_4quad=    5.39
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=    8.73 mean_vt_4quad=    5.45
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=    8.63 mean_vt_4quad=    5.50
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=    8.47 mean_vt_4quad=    5.54
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=    8.29 mean_vt_4quad=    5.60
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=    8.18 mean_vt_4quad=    5.68
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=    8.12 mean_vt_4quad=    5.77
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=    8.08 mean_vt_4quad=    5.88
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=    8.07 mean_vt_4quad=    6.02
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=    8.07 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=    8.06 mean_vt_4quad=    6.34
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=    8.03 mean_vt_4quad=    6.54
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=    7.98 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=    7.94 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=    7.94 mean_vt_4quad=    7.35
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=    7.97 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=    8.02 mean_vt_4quad=    8.01
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=    8.07 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=    8.07 mean_vt_4quad=    8.58
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=    8.05 mean_vt_4quad=    8.57
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=    7.98 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=    7.86 mean_vt_4quad=    7.09
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=    7.78 mean_vt_4quad=    5.76
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=    7.74 mean_vt_4quad=    4.46
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=    7.60 mean_vt_4quad=    3.24
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    7.37 mean_vt_4quad=    1.95
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    6.80 mean_vt_4quad=    0.71
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    5.85 mean_vt_4quad=    0.01
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    5.03 mean_vt_4quad=   -0.12
  
 TIMING: after call  getradii, fhr=    12 igrct=  1   22:17:27
 TIMING: after getrad_iter_loop, fhr=    12 igrct=  2 Vmax (m/s)=   20.324   22:17:27
 TIMING: Before get_phase ... 22:17:27
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           12 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   145.369
  
  
  In get_cps_paramb, lead time=           12 :           0   00L  NATL     
   right_ct=          856   left_ct=          863
   zthicksum(1)=    2907331.57825000     
   zthicksum(2)=    2926654.39315625     
   zthick_right_mean=    3396.41539515187     
   zthick_left_mean=     3391.25653899913     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    5.15885615273464     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.64
  Sum of y-diffs squared (ydiff2) =          126.44
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    75.10   6.7452        5.81   0.1661    -0.56     0.31       33.76
    2    73.25   6.6846        3.95   0.1055    -0.09     0.01       15.64
    3    71.30   6.6201        2.00   0.0409     0.43     0.19        4.01
    4    68.82   6.5511       -0.48  -0.0281     0.60     0.36        0.23
    5    65.78   6.4770       -3.52  -0.1022     0.40     0.16       12.37
    6    61.52   6.3969       -7.77  -0.1822    -0.78     0.61       60.42
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    69.293     x:    6.58
  
  slope=     38.359         y-intercept =   -183.074
  Regression equation:   Y =  -183.07 +    38.36X
  
  R2(r_squared) =  0.9870        r =  0.9935
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1089.32 zmin= 1012.28 zdiff=   77.04
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1581.57 zmin= 1506.46 zdiff=   75.10
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -1.94 dlnp=     -0.057158  dzdlnp=       33.871
  
   +++ k=  3 press=    800.0 zmax= 2099.04 zmin= 2025.79 zdiff=   73.25
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -1.86 dlnp=     -0.060625  dzdlnp=       30.615
  
   +++ k=  4 press=    750.0 zmax= 2643.82 zmin= 2572.53 zdiff=   71.30
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -1.95 dlnp=     -0.064539  dzdlnp=       30.246
  
   +++ k=  5 press=    700.0 zmax= 3219.37 zmin= 3150.56 zdiff=   68.82
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -2.48 dlnp=     -0.068993  dzdlnp=       35.946
  
   +++ k=  6 press=    650.0 zmax= 3830.07 zmin= 3764.30 zdiff=   65.78
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -3.04 dlnp=     -0.074108  dzdlnp=       41.021
  
   +++ k=  7 press=    600.0 zmax= 4480.24 zmin= 4418.72 zdiff=   61.52
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -4.26 dlnp=     -0.080043  dzdlnp=       53.172
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           38.77
  Sum of y-diffs squared (ydiff2) =           84.35
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    57.09   6.3099        7.22   0.2788     3.51    12.29       52.19
    2    52.45   6.2146        2.58   0.1834     0.14     0.02        6.68
    3    47.38   6.1092       -2.49   0.0781    -3.53    12.46        6.19
    4    46.45   5.9915       -3.42  -0.0397    -2.89     8.33       11.67
    5    47.98   5.8579       -1.88  -0.1732     0.43     0.19        3.53
    6    47.84   5.7038       -2.02  -0.3274     2.34     5.49        4.10
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    49.864     x:    6.03
  
  slope=     13.338         y-intercept =    -30.579
  Regression equation:   Y =   -30.58 +    13.34X
  
  R2(r_squared) =  0.5404        r =  0.7351
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4480.24 zmin= 4418.72 zdiff=   61.52
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5175.85 zmin= 5118.76 zdiff=   57.09
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -4.43 dlnp=     -0.087011  dzdlnp=       50.936
  
   +++ k=  9 press=    500.0 zmax= 5926.59 zmin= 5874.14 zdiff=   52.45
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -4.64 dlnp=     -0.095310  dzdlnp=       48.683
  
   +++ k= 10 press=    450.0 zmax= 6744.35 zmin= 6696.97 zdiff=   47.38
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -5.07 dlnp=     -0.105361  dzdlnp=       48.139
  
   +++ k= 11 press=    400.0 zmax= 7644.45 zmin= 7598.00 zdiff=   46.45
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -0.93 dlnp=     -0.117783  dzdlnp=        7.879
  
   +++ k= 12 press=    350.0 zmax= 8642.08 zmin= 8594.10 zdiff=   47.98
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       1.54 dlnp=     -0.133531  dzdlnp=      -11.503
  
   +++ k= 13 press=    300.0 zmax= 9759.70 zmin= 9711.86 zdiff=   47.84
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -0.14 dlnp=     -0.154151  dzdlnp=        0.934
  
cps_stats: 00L   lead time=  12: 0   paramb=     5.16  vtl=     38.36  vtu=     13.34
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   12:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.767 (0-360) guesslon=  300.767E  (  59.233W)   guesslat=   22.484
 ilonfix=         1389  jlatfix=         1083  npts=           33
 ibeg=         1317  jbeg=         1015  imax=         2738
 iend=         1461  jend=         1151  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.647E  (0-360) ctlon=  300.647E  (  59.353W)  ctlat=   21.164 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  300.647E   (0-360) guesslon=  300.647E  (  59.353W)   guesslat=   21.164
 ilonfix=         1386  jlatfix=         1116  npts=           16
 ibeg=         1338  jbeg=         1072  imax=         2738
 iend=         1434  jend=         1160  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.327E  (0-360) ctlon=  300.327  (  59.673W)  ctlat=   21.444 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    12:00  mean_lon:  300.33E (  59.67W)    (0-360) mean_lon=  300.33E  mean_lat:   21.44  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    12:00  ifix:  1354   jfix:  1086  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1354  jx=         1086
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1465 ,        1829 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1464 ,        1830 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    12:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:27
 TIMING: Before shear ... 22:17:27
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            3
  clon(ist,ifh,3)=    300.719533584054     
  clat(ist,ifh,3)=    22.5834190100733     
  fixlon(ist,ifh)=    300.767232722826     
  fixlat(ist,ifh)=    22.4840778788541     
  xcenlon=    300.719533584054     
  xcenlat=    22.5834190100733     
  
 xxshear
 In get_shear A, xcenlon=    300.719533584054       xcenlat= 
   22.5834190100733     
   In get_shear B, (0-360) xcenlon=    300.719533584054     
  
At start of get_shear:  00L   fhr=   12:00   Mean fix position=   300.77E  ( 59.23W)    22.48  (0-360) mean lon fix=  300.77
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    9.35 vr_mean(idist,ilev)=   -1.64
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    8.15 vr_mean(idist,ilev)=   -0.37
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    7.84 vr_mean(idist,ilev)=   -0.71
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    7.87 vr_mean(idist,ilev)=   -1.08
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    7.48 vr_mean(idist,ilev)=   -0.83
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    7.36 vr_mean(idist,ilev)=   -0.93
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    7.00 vr_mean(idist,ilev)=   -1.19
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    6.23 vr_mean(idist,ilev)=   -1.09
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.52 vr_mean(idist,ilev)=   -1.10
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.46 vr_mean(idist,ilev)=   -0.90
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    3.41 vr_mean(idist,ilev)=   -0.89
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    2.26 vr_mean(idist,ilev)=   -0.62
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    1.17 vr_mean(idist,ilev)=   -0.58
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    0.29 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   -0.44 vr_mean(idist,ilev)=   -0.23
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   -0.91 vr_mean(idist,ilev)=    0.15
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   -1.09 vr_mean(idist,ilev)=    0.12
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -1.41 vr_mean(idist,ilev)=    0.13
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -1.41 vr_mean(idist,ilev)=    0.23
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.24 vr_mean(idist,ilev)=   12.24
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -18.36 vr_mean(idist,ilev)=   18.36
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -24.48 vr_mean(idist,ilev)=   24.48
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -30.60 vr_mean(idist,ilev)=   30.60
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -36.72 vr_mean(idist,ilev)=   36.72
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -42.84 vr_mean(idist,ilev)=   42.84
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -48.97 vr_mean(idist,ilev)=   48.97
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -55.10 vr_mean(idist,ilev)=   55.10
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -61.23 vr_mean(idist,ilev)=   61.23
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -67.37 vr_mean(idist,ilev)=   67.37
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -73.51 vr_mean(idist,ilev)=   73.51
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -79.65 vr_mean(idist,ilev)=   79.65
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -85.80 vr_mean(idist,ilev)=   85.80
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -91.95 vr_mean(idist,ilev)=   91.95
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -98.10 vr_mean(idist,ilev)=   98.10
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -104.27 vr_mean(idist,ilev)=  104.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -110.43 vr_mean(idist,ilev)=  110.43
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -116.61 vr_mean(idist,ilev)=  116.61
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -122.79 vr_mean(idist,ilev)=  122.79
  
 At end of get_shear: 
     ist=    1 ifh=    3 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:27
  
 After call to fixcenter, fix positions at 
 forecast hour=   12:00 follow:
  
fixpos  00L   fhr=   12:00   Fix position=   300.77E  ( 59.23W)    22.48   Max Wind=  39 kts
  
  
 xxxx get_next_ges, prev fix lon=    300.462707886727     
 xxxx get_next_ges, curr fix lon=    300.767232722826     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.767232722826        fixlat=    22.4840778788541     
        (0-360) fixlon=    300.767232722826     
      ilonfix=         1389   jlatfix=         1083
      ibeg=          918   iend=         1860
      jbeg=          631   jend=         1535
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.80356734286569       vavg=    1.26140020418686     
      ubar=  -0.450891835716422       vbar=   0.315350051046715     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.712198999723345       vavg=    1.37559878046274     
      ubar=  -0.806991335578094       vbar=    1.00314944127809     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.417050702246881       vavg=   0.155800098989888     
      ubar=  -0.911254011139815       vbar=    1.04209946602556     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.911254011139815       vbar=    1.04209946602556     
      wgttot=    1.00000000000000     
      fixlon=    300.767232722826        fixlat=    22.4840778788541     
      barnlon=    300.575515403141       barnlat=    22.6865093614684     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.923308825606040     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      300.575515403141     
     Raw (no conversion for GM wrap) extraplon=    301.070862028317     
  
 --- barnlon=    300.58E  (  59.42W)    barnlat=     22.69
 --- extraplon=  301.07E  (  58.93W)    extraplat=   22.08
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.48
 | Current fix lon is   59.23W   ( 300.77E)
 | Current fix lon (raw, unadjusted)=  300.77E
 | Updated guess lat for next fcst hour is   22.38
 | Updated guess lon (0-360) for next fcst hour is   59.18W   ( 300.82E)
 | Raw updated guess lon for next fcst hour is  300.82E)
 -------------------------------------------------
  
 iocheck, dist=    12.7793698788160        distm=    12779.3698788160     
 iocheck, stmspd=   0.591637494389632        istmspd=           11
 iocheck, xincr=   5.595599290268183E-002   yincr=  -0.102631435792290     
 iocheck, stmdir=    151.400207598606        istmdir=          151
 +++ RPT_STORM_MOTION: istmspd=    11 kts(*10)    istmdir=   151 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   3
     Fix location for this time:   300.77E  ( 59.23W)    22.48
     Fix lon (raw) for this time:  300.77E
     ilonfix= 1389  jlatfix= 1083
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.767232722826       xcenlat=    22.4840778788541     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.767232722826       xcenlat=    22.4840778788541     
  ilonfix=         1389  jlatfix=         1083
  ibeg=         1269  iend=         1509
  jbeg=          967  jend=         1199  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.767232722826        xcenlat=    22.4840778788541     
      ilonfix=         1389   jlatfix=         1083
      ibeg=         1269   iend=         1509
      jbeg=          967   jend=         1199
 After call to barnes, xsmoothval=   1.082565310093618E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.082565310093618E-004
      xcenlon=    300.767232722826        xcenlat=    22.4840778788541     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000108  imeanzeta (*1e6)=      108
   --- mean zeta raw =   1.082565310093618E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003214  igrid zeta (*1e6)=     3214 ifilret=   0
   --- grid zeta raw=   3.214045832876664E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.767232722826       xcenlat=    22.4840778788541     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.767232722826       xcenlat=    22.4840778788541     
  ilonfix=         1389  jlatfix=         1083
  ibeg=         1269  iend=         1509
  jbeg=          967  jend=         1199  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.767232722826        xcenlat=    22.4840778788541     
      ilonfix=         1389   jlatfix=         1083
      ibeg=         1269   iend=         1509
      jbeg=          967   jend=         1199
 After call to barnes, xsmoothval=   1.099104383957678E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.099104383957678E-004
      xcenlon=    300.767232722826        xcenlat=    22.4840778788541     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000110  imeanzeta (*1e6)=      110
   --- mean zeta raw =   1.099104383957678E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002239  igrid zeta (*1e6)=     2239 ifilret=   0
   --- grid zeta raw=   2.238857844800921E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           12
  
 segx, outlon=    300.767232722826       outlat=    22.4840778788541     
   ist=            1  ifcsthour=           12
   vmaxwind=    20.3237422735086       xminmslp=    101024.050000000     
   vradius=           19           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=    101424.050000000       rlastbar=    13.5148422019441     
   rmax=    18.2167582163250     
   cps_vals=    5.15885615273464        38.3585869693053     
   13.3378522281454     
   wcore_flag= n
   istmspd=           11  istmdir=          151
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    33.0000000000000     
   axisymet_rmw_val=     11.3771038716949     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   13.5148422019441       irlastbar=          14
 output: plastbar=   101424.050000000       iplastbar=        1014
 rmax=    18.2167582163250        irmax=           18
 TXX top of atcfunix_ext, ist=            1  ifh=           12
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   13.5148422019441       irlastbar=          14
 output: plastbar=   101424.050000000       iplastbar=        1014
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           12
 intlat=          225
 clatns= N
 intlon=          592
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           39
 int(xminmslp/mslp_outp_adj + 0.5)=         1010
 XX,  34, NEQ
 vradius(1,1)=           19
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=         1014
 irlastbar=           14
 irmax=           18
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          151
 istmspd=           11
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           52
 icps_vals(2)=          384
 icps_vals(3)=          133
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           18
 irmw_val=           22
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          108
 igridzeta(1)=         3214
 imeanzeta(2)=          110
 igridzeta(2)=         2239
  
 rmax=    18.2167582163250        irmax=           18
 +++ Top of output_atcf_parms, ist=            1  ifh=           12
  
 xxxx get_next_ges, prev fix lon=    300.462707886727     
 xxxx get_next_ges, curr fix lon=    300.767232722826     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.767232722826        fixlat=    22.4840778788541     
        (0-360) fixlon=    300.767232722826     
      ilonfix=         1389   jlatfix=         1083
      ibeg=          918   iend=         1860
      jbeg=          631   jend=         1535
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.80356734286569       vavg=    1.26140020418686     
      ubar=  -0.450891835716422       vbar=   0.315350051046715     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.712198999723345       vavg=    1.37559878046274     
      ubar=  -0.806991335578094       vbar=    1.00314944127809     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.417050702246881       vavg=   0.155800098989888     
      ubar=  -0.911254011139815       vbar=    1.04209946602556     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.911254011139815       vbar=    1.04209946602556     
      wgttot=    1.00000000000000     
      fixlon=    300.767232722826        fixlat=    22.4840778788541     
      barnlon=    300.575515403141       barnlat=    22.6865093614684     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.923308825606040     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      300.575515403141     
     Raw (no conversion for GM wrap) extraplon=    301.070862028317     
  
 --- barnlon=    300.58E  (  59.42W)    barnlat=     22.69
 --- extraplon=  301.07E  (  58.93W)    extraplat=   22.08
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.48
 | Current fix lon is   59.23W   ( 300.77E)
 | Current fix lon (raw, unadjusted)=  300.77E
 | Updated guess lat for next fcst hour is   22.38
 | Updated guess lon (0-360) for next fcst hour is   59.18W   ( 300.82E)
 | Raw updated guess lon for next fcst hour is  300.82E)
 -------------------------------------------------
  
 iocheck, dist=    12.7793698788160        distm=    12779.3698788160     
 iocheck, stmspd=   0.591637494389632        istmspd=           11
 iocheck, xincr=   5.595599290268183E-002   yincr=  -0.102631435792290     
 iocheck, stmdir=    151.400207598606        istmdir=          151
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   12:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.302954665640183E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.130E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax (x10e5) =        0.122E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.166232466981109E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.117E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax (x10e5) =        0.112E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.125E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax =       -0.100E+16 fmin =        0.125E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.291E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax =       -0.100E+16 fmin =        0.290E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.981E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax =       -0.100E+16 fmin =        0.980E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.603 (0-360) guesslon=  288.603E  (  71.397W)   guesslat=   29.004
 ilonfix=         1085  jlatfix=          920  npts=           33
 ibeg=         1011  jbeg=          852  imax=         2738
 iend=         1159  jend=          988  jmax=         2041
 TIMING: find_maxmin 1  22:17:27
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   9.523433644895955E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.483E  (0-360) ctlon=  288.483E  (  71.517W)  ctlat=   28.884 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.952E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:27
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.483E   (0-360) guesslon=  288.483E  (  71.517W)   guesslat=   28.884
 ilonfix=         1082  jlatfix=          923  npts=           16
 ibeg=         1032  jbeg=          879  imax=         2738
 iend=         1132  jend=          967  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.663E  (0-360) ctlon=  288.663  (  71.337W)  ctlat=   28.864 fmax (x10e5) =        0.856E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.651605790718        uvgeslat=    28.8899173114446     
    (0-360 uvgeslon)=    288.651605790718     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:27
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.651605790718        uvgeslat=    28.8899173114446     
    (0-360 uvgeslon)=    288.651605790718     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.651605790718     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.652E  (0-360E lon):  288.652E    71.348W  ctlat=   28.890  xmax_circul_disk =     152897239.3
 TIMING: get_wind_circ kloop, k=  1   22:17:27
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.652E  (0-360E)=  288.652E  (  71.348W)   guesslat=   28.890
 ilonfix=         1087  jlatfix=          923  npts=           56
 ibeg=         1017  jbeg=          859  imax=         2738
 iend=         1157  jend=          987  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    153198660.717309     
 nhalf get_wind_circ, k=  1 ctlon=  288.612E  (0-360E)=  288.612E  ctlon=   71.388W   ctlat=   28.910 Wind Circulation (NHEM: Max) =     153198660.7
 TIMING: After GWC 850 ... 22:17:28
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.651605790718        uvgeslat=    28.8899173114446     
    (0-360 uvgeslon)=    288.651605790718     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.651605790718     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.652E  (0-360E lon):  288.652E    71.348W  ctlat=   28.890  xmax_circul_disk =     146519418.5
 TIMING: get_wind_circ kloop, k=  1   22:17:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.652E  (0-360E)=  288.652E  (  71.348W)   guesslat=   28.890
 ilonfix=         1087  jlatfix=          923  npts=           56
 ibeg=         1017  jbeg=          859  imax=         2738
 iend=         1157  jend=          987  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    146968525.080126     
 nhalf get_wind_circ, k=  1 ctlon=  288.612E  (0-360E)=  288.612E  ctlon=   71.388W   ctlat=   28.970 Wind Circulation (NHEM: Max) =     146968525.1
 TIMING: After GWC 700 ... 22:17:28
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.651605790718        uvgeslat=    28.8899173114446     
    (0-360 uvgeslon)=    288.651605790718     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.651605790718     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.652E  (0-360E lon):  288.652E    71.348W  ctlat=   28.890  xmax_circul_disk =      97961923.7
 TIMING: get_wind_circ kloop, k=  1   22:17:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.652E  (0-360E)=  288.652E  (  71.348W)   guesslat=   28.890
 ilonfix=         1087  jlatfix=          923  npts=           56
 ibeg=         1017  jbeg=          859  imax=         2738
 iend=         1157  jend=          987  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    98171091.6085303     
 nhalf get_wind_circ, k=  1 ctlon=  288.612E  (0-360E)=  288.612E  ctlon=   71.388W   ctlat=   28.910 Wind Circulation (NHEM: Max) =      98171091.6
 TIMING: After GWC Sfc ... 22:17:28
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.95  xavg_stderr=     3.22
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            3  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    12:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.60E   (0-360) guesslon=  288.60E  ( 71.40W)    29.00
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.66       71.34      28.86          122.33       T         16.63
   2    zeta 700    Max       288.66       71.34      28.86          112.22       T         16.63
   3    circ 850    Max       288.61       71.39      28.91          153.20       T         10.55
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.61       71.39      28.97          146.97       T          3.94
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.66       71.34      28.86         1246.58       T         16.63
   8     gph 700    Min       288.66       71.34      28.86         2904.92       T         16.63
   9        MSLP    Min       288.66       71.34      28.86        98039.96       T         16.63
  10    circ sfc    Max       288.61       71.39      28.91           98.17       T         10.55
  11    zeta sfc    Max       288.66       71.34      28.86           85.55       T         16.63
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    3.99152742062607       stderr_close= 
   2.14328993717573       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
 ip=  2 kprm=  2 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
 ip=  3 kprm=  3 dist_from_mean=   4.222 devia=   0.844 wtpos=  0.75469     288.61   288.61    71.39    28.91
 ip=  5 kprm=  4 dist_from_mean=   9.869 devia=   1.974 wtpos=  0.51793     288.61   288.61    71.39    28.97
 ip=  7 kprm=  5 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
 ip=  8 kprm=  6 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
 ip=  9 kprm=  7 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
 ip= 10 kprm=  8 dist_from_mean=   4.222 devia=   0.844 wtpos=  0.75469     288.61   288.61    71.39    28.91
 ip= 11 kprm=  9 dist_from_mean=   2.935 devia=   0.587 wtpos=  0.82227     288.66   288.66    71.34    28.86
  
At end of fixcenter:  08L   fhr=   12:00   Fix position=   288.65E  (0-360) fixlon=  288.65  ( 71.35W)    28.88
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.647688213407     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.662514608900     
        (0-360E clon(ist,ifh,9))=    288.662514608900     
      clat(ist,ifh,9)=    28.8644634023537     
      xval(9)=    98039.9604133878     
  
  After get_ij B, ibeg jbeg =          978         786
  After get_ij B, iend jend =         1196        1062
  
 In is_it_a_storm, ilonfix=         1087  jlatfix=          924
 ibeg jbeg iend jend =          978         786        1196        1062
 cparm= slp  parmlon parmlat =    288.662514608900        28.8644634023537     
     (0-360E parmlon) =    288.662514608900     
 parmval=    98039.9604133878     
  
 i= 1063 j=  861 glon=  287.73 (0-360E) glon=  287.73 glat=  31.40 dist=   295.98 slp=  100856.37 pgradient=  9.51568
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  9.51568
 mslp center =    288.662514608900        28.8644634023537     
   98039.9604133878     
   (0-360E) lon of mslp center =    288.662514608900     
 pgrad loc   =    287.728938000000        287.728938000000     
   72.2710620000000        31.4008630000000        100856.370000000     
  ttest at location C IF....
      xinp_fixlat=    28.8644634023537     
      xinp_fixlon=    288.662514608900       (0-360E) xinp_fixlon= 
   288.662514608900     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   94815.4100000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1086  jfix=          924
 longitude=    288.662514608900      E   (   71.3374853911002      
 W)  (0-360E) xinp_fixlon=    288.662514608900     
 latitude=    28.8644634023537     
 mean mslp value (xval(9))=    98039.9604133878     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1086  jfix=          924
 longitude=    288.662514608900      E   (   71.3374853911002      
 W)  (0-360E) xinp_fixlon=    288.662514608900     
 latitude=    28.8644634023537     
 mean mslp value (xval(9))=    98039.9604133878     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1086  jx=          924
 *-----------------------------------------------*
  
 fxy(ix,jx)=    94815.4100000000       xcentval=    94815.4100000000     
 At A, num_found_contours=            0
 At A, contlo=    94815.4100000000       conthi=    95215.4100000000     
  
 num_found_contours=            0
 contlo=    94815.4100000000       conthi=    95215.4100000000     
 xcentval=    94815.4100000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    95215.4100000000       conthi=    95615.4100000000     
  
 num_found_contours=            1
 contlo=    95215.4100000000       conthi=    95615.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            2
 At A, contlo=    95615.4100000000       conthi=    96015.4100000000     
  
 num_found_contours=            2
 contlo=    95615.4100000000       conthi=    96015.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            3
 At A, contlo=    96015.4100000000       conthi=    96415.4100000000     
  
 num_found_contours=            3
 contlo=    96015.4100000000       conthi=    96415.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            4
 At A, contlo=    96415.4100000000       conthi=    96815.4100000000     
  
 num_found_contours=            4
 contlo=    96415.4100000000       conthi=    96815.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            5
 At A, contlo=    96815.4100000000       conthi=    97215.4100000000     
  
 num_found_contours=            5
 contlo=    96815.4100000000       conthi=    97215.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            6
 At A, contlo=    97215.4100000000       conthi=    97615.4100000000     
  
 num_found_contours=            6
 contlo=    97215.4100000000       conthi=    97615.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            7
 At A, contlo=    97615.4100000000       conthi=    98015.4100000000     
  
 num_found_contours=            7
 contlo=    97615.4100000000       conthi=    98015.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            8
 At A, contlo=    98015.4100000000       conthi=    98415.4100000000     
  
 num_found_contours=            8
 contlo=    98015.4100000000       conthi=    98415.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=            9
 At A, contlo=    98415.4100000000       conthi=    98815.4100000000     
  
 num_found_contours=            9
 contlo=    98415.4100000000       conthi=    98815.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           10
 At A, contlo=    98815.4100000000       conthi=    99215.4100000000     
  
 num_found_contours=           10
 contlo=    98815.4100000000       conthi=    99215.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           11
 At A, contlo=    99215.4100000000       conthi=    99615.4100000000     
  
 num_found_contours=           11
 contlo=    99215.4100000000       conthi=    99615.4100000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           12
 At A, contlo=    99615.4100000000       conthi=    100015.410000000     
  
 num_found_contours=           12
 contlo=    99615.4100000000       conthi=    100015.410000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           13
 At A, contlo=    100015.410000000       conthi=    100415.410000000     
  
 num_found_contours=           13
 contlo=    100015.410000000       conthi=    100415.410000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           14
 At A, contlo=    100415.410000000       conthi=    100815.410000000     
  
 num_found_contours=           14
 contlo=    100415.410000000       conthi=    100815.410000000     
 xcentval=    94815.4100000000     
 At A, num_found_contours=           15
 At A, contlo=    100815.410000000       conthi=    101215.410000000     
  
 num_found_contours=           15
 contlo=    100815.410000000       conthi=    101215.410000000     
 xcentval=    94815.4100000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         949 ,        1103 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    94815.4100000000     
 !!! (i,j) of central value = (        1086 ,         924 )
 !!!  
 !!! Flagged value found    =    100794.770000000     
 !!! (i,j) of flagged value = (         948 ,        1102 )
 !!!   
 !!! Lower bound of contour interval =    100815.410000000     
 !!! Upper bound of contour interval =    101215.410000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1086  jfix=          924
 longitude=    288.662514608900      E   (   71.3374853911002      W)  
 (0-360E) xinp_fixlon=    288.662514608900     
 latitude=    28.8644634023537     
 mean mslp value (xval(9))=    98039.9604133878     
 gridpoint mslp value=    94815.4100000000     
 ccflag= y
 prs of last closed isobar =    100815.410000000     
 radius of last closed isobar =    119.475163474753       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   12:00
 !!! Boundary check xinp_fixlat is   28.86
 !!! Boundary check xinp_fixlon is   71.34W   ( 288.66E)  (0-360E) xinp_fixlon=  288.66
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.611606790718     
  850 mb wcirc fix lat=    28.9099168114446     
    (0-360) 850 mb wcirc fix lon=    288.611606790718     
  Multi-parm fix lon=      288.647688213407     
  Multi-parm fix lat=      28.8821654188198     
    (0-360) Multi-parm fix lon=      288.647688213407     
  
  
  After get_ij B, ibeg jbeg =          994         819
  After get_ij B, iend jend =         1178        1027
  
 In is_it_a_storm, ilonfix=         1086  jlatfix=          923
 ibeg jbeg iend jend =          994         819        1178        1027
 cparm= v850  parmlon parmlat =    288.611606790718        28.9099168114446     
     (0-360E parmlon) =    288.611606790718     
 parmval=    153198660.717309     
  
 i= 1074 j=  874 glon=  288.17 (0-360E) glon=  288.17 glat=  30.88 u= -21.4000 v=   7.1000 vr=  11.07766 vt=  19.63811
 i= 1079 j=  874 glon=  288.37 (0-360E) glon=  288.37 glat=  30.88 u= -21.2000 v=   8.2000 vr=  10.41431 vt=  20.20451
 i= 1084 j=  874 glon=  288.57 (0-360E) glon=  288.57 glat=  30.88 u= -21.6000 v=   9.7000 vr=  10.10575 vt=  21.41317
 i= 1089 j=  874 glon=  288.77 (0-360E) glon=  288.77 glat=  30.88 u= -21.5000 v=  11.3000 vr=   9.78156 vt=  22.23198
 i= 1094 j=  874 glon=  288.97 (0-360E) glon=  288.97 glat=  30.88 u= -20.6000 v=  12.4000 vr=   9.03451 vt=  22.28223
 i= 1059 j=  879 glon=  287.57 (0-360E) glon=  287.57 glat=  30.68 u= -20.7000 v=  -0.1000 vr=   9.37002 vt=  18.45813
 i= 1064 j=  879 glon=  287.77 (0-360E) glon=  287.77 glat=  30.68 u= -21.9000 v=   1.4000 vr=   9.68779 vt=  19.69052
 i= 1069 j=  879 glon=  287.97 (0-360E) glon=  287.97 glat=  30.68 u= -22.3000 v=   3.9000 vr=  10.44578 vt=  20.08447
 i= 1074 j=  879 glon=  288.17 (0-360E) glon=  288.17 glat=  30.68 u= -23.2000 v=   6.8000 vr=  11.58357 vt=  21.22029
 i= 1079 j=  879 glon=  288.37 (0-360E) glon=  288.37 glat=  30.68 u= -23.8000 v=   8.8000 vr=  11.56055 vt=  22.58836
 i= 1084 j=  879 glon=  288.57 (0-360E) glon=  288.57 glat=  30.68 u= -23.9000 v=  11.3000 vr=  11.79952 vt=  23.65737
 i= 1089 j=  879 glon=  288.77 (0-360E) glon=  288.77 glat=  30.68 u= -22.9000 v=  12.9000 vr=  11.09393 vt=  23.82739
 i= 1094 j=  879 glon=  288.97 (0-360E) glon=  288.97 glat=  30.68 u= -22.4000 v=  14.3000 vr=  10.20403 vt=  24.53829
 i= 1099 j=  879 glon=  289.17 (0-360E) glon=  289.17 glat=  30.68 u= -21.0000 v=  15.8000 vr=   9.68078 vt=  24.43200
 i= 1104 j=  879 glon=  289.37 (0-360E) glon=  289.37 glat=  30.68 u= -19.7000 v=  16.9000 vr=   8.95135 vt=  24.36336
 i= 1109 j=  879 glon=  289.57 (0-360E) glon=  289.57 glat=  30.68 u= -18.4000 v=  18.1000 vr=   8.52289 vt=  24.36248
 i= 1049 j=  884 glon=  287.17 (0-360E) glon=  287.17 glat=  30.48 u= -17.3000 v=  -4.1000 vr=   7.63278 vt=  16.05742
 i= 1054 j=  884 glon=  287.37 (0-360E) glon=  287.37 glat=  30.48 u= -19.8000 v=  -3.1000 vr=   8.70607 vt=  18.05144
 i= 1059 j=  884 glon=  287.57 (0-360E) glon=  287.57 glat=  30.48 u= -22.3000 v=   0.3000 vr=  11.44073 vt=  19.14392
 i= 1064 j=  884 glon=  287.77 (0-360E) glon=  287.77 glat=  30.48 u= -24.2000 v=   2.6000 vr=  12.61505 vt=  20.81491
 i= 1069 j=  884 glon=  287.97 (0-360E) glon=  287.97 glat=  30.48 u= -25.1000 v=   5.2000 vr=  13.33450 vt=  21.89158
 i= 1074 j=  884 glon=  288.17 (0-360E) glon=  288.17 glat=  30.48 u= -25.3000 v=   8.7000 vr=  14.48700 vt=  22.49237
 i= 1079 j=  884 glon=  288.37 (0-360E) glon=  288.37 glat=  30.48 u= -25.5000 v=   9.8000 vr=  13.11679 vt=  23.96330
 i= 1084 j=  884 glon=  288.57 (0-360E) glon=  288.57 glat=  30.48 u= -25.1000 v=  12.5000 vr=  13.09109 vt=  24.79684
 i= 1089 j=  884 glon=  288.77 (0-360E) glon=  288.77 glat=  30.48 u= -24.5000 v=  15.5000 vr=  13.31006 vt=  25.75543
 i= 1094 j=  884 glon=  288.97 (0-360E) glon=  288.97 glat=  30.48 u= -23.4000 v=  16.8000 vr=  11.92609 vt=  26.22153
 i= 1099 j=  884 glon=  289.17 (0-360E) glon=  289.17 glat=  30.48 u= -22.4000 v=  18.9000 vr=  11.43333 vt=  26.98609
 i= 1104 j=  884 glon=  289.37 (0-360E) glon=  289.37 glat=  30.48 u= -21.1000 v=  19.6000 vr=   9.88559 vt=  27.04894
 i= 1109 j=  884 glon=  289.57 (0-360E) glon=  289.57 glat=  30.48 u= -19.5000 v=  20.5000 vr=   8.94085 vt=  26.84327
 i= 1114 j=  884 glon=  289.77 (0-360E) glon=  289.77 glat=  30.48 u= -17.4000 v=  21.2000 vr=   8.41376 vt=  26.10381
 i= 1119 j=  884 glon=  289.97 (0-360E) glon=  289.97 glat=  30.48 u= -16.4000 v=  20.9000 vr=   6.79731 vt=  25.68203
 i= 1044 j=  889 glon=  286.97 (0-360E) glon=  286.97 glat=  30.28 u= -14.7000 v=  -5.9000 vr=   6.57035 vt=  14.41286
 i= 1049 j=  889 glon=  287.17 (0-360E) glon=  287.17 glat=  30.28 u= -18.4000 v=  -5.6000 vr=   8.34293 vt=  17.32961
 i= 1054 j=  889 glon=  287.37 (0-360E) glon=  287.37 glat=  30.28 u= -19.0000 v=  -6.8000 vr=   6.47110 vt=  19.11452
 i= 1059 j=  889 glon=  287.57 (0-360E) glon=  287.57 glat=  30.28 u= -22.0000 v=   1.9000 vr=  13.75838 vt=  17.27186
 i= 1064 j=  889 glon=  287.77 (0-360E) glon=  287.77 glat=  30.28 u= -27.4000 v=   1.8000 vr=  14.54452 vt=  23.29070
 i= 1069 j=  889 glon=  287.97 (0-360E) glon=  287.97 glat=  30.28 u= -26.4000 v=   5.2000 vr=  14.81095 vt=  22.46410
 i= 1074 j=  889 glon=  288.17 (0-360E) glon=  288.17 glat=  30.28 u= -28.4000 v=   7.1000 vr=  14.53648 vt=  25.40985
 i= 1079 j=  889 glon=  288.37 (0-360E) glon=  288.37 glat=  30.28 u= -28.9000 v=   9.3000 vr=  13.60227 vt=  27.14182
 i= 1084 j=  889 glon=  288.57 (0-360E) glon=  288.57 glat=  30.28 u= -30.5000 v=  12.1000 vr=  12.92380 vt=  30.16016
 i= 1089 j=  889 glon=  288.77 (0-360E) glon=  288.77 glat=  30.28 u= -29.3000 v=  14.0000 vr=  11.01184 vt=  30.54880
 i= 1094 j=  889 glon=  288.97 (0-360E) glon=  288.97 glat=  30.28 u= -27.3000 v=  15.9000 vr=   9.45036 vt=  30.14616
 i= 1099 j=  889 glon=  289.17 (0-360E) glon=  289.17 glat=  30.28 u= -24.4000 v=  20.7000 vr=  11.34989 vt=  29.91705
 i= 1104 j=  889 glon=  289.37 (0-360E) glon=  289.37 glat=  30.28 u= -21.5000 v=  24.4000 vr=  12.63777 vt=  29.96492
 i= 1109 j=  889 glon=  289.57 (0-360E) glon=  289.57 glat=  30.28 u= -19.5000 v=  25.2000 vr=  11.35974 vt=  29.76989
 i= 1114 j=  889 glon=  289.77 (0-360E) glon=  289.77 glat=  30.28 u= -17.5000 v=  24.3000 vr=   9.16419 vt=  28.50891
 i= 1119 j=  889 glon=  289.97 (0-360E) glon=  289.97 glat=  30.28 u= -15.8000 v=  23.7000 vr=   7.57396 vt=  27.45843
 i= 1124 j=  889 glon=  290.17 (0-360E) glon=  290.17 glat=  30.28 u= -14.5000 v=  22.3000 vr=   5.58995 vt=  26.00562
 i= 1039 j=  894 glon=  286.77 (0-360E) glon=  286.77 glat=  30.08 u= -13.2000 v=  -7.1000 vr=   6.52752 vt=  13.49228
 i= 1044 j=  894 glon=  286.97 (0-360E) glon=  286.97 glat=  30.08 u= -14.2000 v=  -8.0000 vr=   5.97009 vt=  15.16569
 i= 1049 j=  894 glon=  287.17 (0-360E) glon=  287.17 glat=  30.08 u= -17.2000 v=  -6.3000 vr=   8.33270 vt=  16.31245
 i= 1054 j=  894 glon=  287.37 (0-360E) glon=  287.37 glat=  30.08 u= -17.6000 v=  -9.4000 vr=   5.08793 vt=  19.29334
 i= 1059 j=  894 glon=  287.57 (0-360E) glon=  287.57 glat=  30.08 u= -24.4000 v=  -1.2000 vr=  14.04287 vt=  19.98994
 i= 1064 j=  894 glon=  287.77 (0-360E) glon=  287.77 glat=  30.08 u= -26.8000 v=  -3.6000 vr=  11.21933 vt=  24.60338
 i= 1069 j=  894 glon=  287.97 (0-360E) glon=  287.97 glat=  30.08 u= -31.9000 v=   3.9000 vr=  17.30640 vt=  27.07967
 i= 1074 j=  894 glon=  288.17 (0-360E) glon=  288.17 glat=  30.08 u= -31.1000 v=   2.0000 vr=  11.64754 vt=  28.90579
 i= 1079 j=  894 glon=  288.37 (0-360E) glon=  288.37 glat=  30.08 u= -30.7000 v=   5.7000 vr=  11.07444 vt=  29.19481
 i= 1084 j=  894 glon=  288.57 (0-360E) glon=  288.57 glat=  30.08 u= -32.8000 v=  12.3000 vr=  13.33701 vt=  32.39219
 i= 1089 j=  894 glon=  288.77 (0-360E) glon=  288.77 glat=  30.08 u= -32.2000 v=  17.7000 vr=  13.82936 vt=  34.04231
 i= 1094 j=  894 glon=  288.97 (0-360E) glon=  288.97 glat=  30.08 u= -30.0000 v=  20.7000 vr=  12.27994 vt=  34.31753
 i= 1099 j=  894 glon=  289.17 (0-360E) glon=  289.17 glat=  30.08 u= -27.7000 v=  23.4000 vr=  10.97682 vt=  34.55950
 i= 1104 j=  894 glon=  289.37 (0-360E) glon=  289.37 glat=  30.08 u= -24.4000 v=  25.0000 vr=   9.76296 vt=  33.54168
 i= 1109 j=  894 glon=  289.57 (0-360E) glon=  289.57 glat=  30.08 u= -20.3000 v=  26.2000 vr=   9.51353 vt=  31.74937
 i= 1114 j=  894 glon=  289.77 (0-360E) glon=  289.77 glat=  30.08 u= -16.4000 v=  27.3000 vr=   9.92676 vt=  30.26069
 i= 1119 j=  894 glon=  289.97 (0-360E) glon=  289.97 glat=  30.08 u= -14.8000 v=  25.3000 vr=   7.21713 vt=  28.40850
 i= 1124 j=  894 glon=  290.17 (0-360E) glon=  290.17 glat=  30.08 u= -13.6000 v=  24.2000 vr=   5.43853 vt=  27.22173
 i= 1129 j=  894 glon=  290.37 (0-360E) glon=  290.37 glat=  30.08 u= -12.7000 v=  22.8000 vr=   3.67874 vt=  25.83790
 i= 1039 j=  899 glon=  286.77 (0-360E) glon=  286.77 glat=  29.88 u= -15.7000 v=  -9.3000 vr=   8.68442 vt=  16.04870
 i= 1044 j=  899 glon=  286.97 (0-360E) glon=  286.97 glat=  29.88 u= -17.1000 v=  -8.6000 vr=   9.38089 vt=  16.68439
 i= 1049 j=  899 glon=  287.17 (0-360E) glon=  287.17 glat=  29.88 u= -16.8000 v=  -8.8000 vr=   7.96821 vt=  17.21010
 i= 1054 j=  899 glon=  287.37 (0-360E) glon=  287.37 glat=  29.88 u= -21.1000 v=  -6.2000 vr=  11.61813 vt=  18.67268
 i= 1059 j=  899 glon=  287.57 (0-360E) glon=  287.57 glat=  29.88 u= -24.5000 v=  -5.6000 vr=  12.69699 vt=  21.68862
 i= 1064 j=  899 glon=  287.77 (0-360E) glon=  287.77 glat=  29.88 u= -26.9000 v=  -3.1000 vr=  13.79291 vt=  23.30184
 i= 1069 j=  899 glon=  287.97 (0-360E) glon=  287.97 glat=  29.88 u= -32.7000 v=  -0.8000 vr=  15.68156 vt=  28.70573
 i= 1074 j=  899 glon=  288.17 (0-360E) glon=  288.17 glat=  29.88 u= -34.8000 v=   1.1000 vr=  13.89886 vt=  31.92290
 i= 1079 j=  899 glon=  288.37 (0-360E) glon=  288.37 glat=  29.88 u= -35.7000 v=   6.7000 vr=  14.15972 vt=  33.44970
 i= 1084 j=  899 glon=  288.57 (0-360E) glon=  288.57 glat=  29.88 u= -35.7000 v=  12.3000 vr=  13.66065 vt=  35.20180
 i= 1089 j=  899 glon=  288.77 (0-360E) glon=  288.77 glat=  29.88 u= -35.6000 v=  17.8000 vr=  12.63718 vt=  37.74257
 i= 1094 j=  899 glon=  288.97 (0-360E) glon=  288.97 glat=  29.88 u= -32.9000 v=  22.0000 vr=  10.87667 vt=  38.05401
 i= 1099 j=  899 glon=  289.17 (0-360E) glon=  289.17 glat=  29.88 u= -29.1000 v=  25.6000 vr=   9.83750 vt=  37.48858
 i= 1104 j=  899 glon=  289.37 (0-360E) glon=  289.37 glat=  29.88 u= -25.7000 v=  27.0000 vr=   7.82933 vt=  36.44436
 i= 1109 j=  899 glon=  289.57 (0-360E) glon=  289.57 glat=  29.88 u= -21.4000 v=  27.5000 vr=   6.84733 vt=  34.16613
 i= 1114 j=  899 glon=  289.77 (0-360E) glon=  289.77 glat=  29.88 u= -17.7000 v=  29.0000 vr=   7.28492 vt=  33.18463
 i= 1119 j=  899 glon=  289.97 (0-360E) glon=  289.97 glat=  29.88 u= -12.9000 v=  29.1000 vr=   8.40801 vt=  30.70058
 i= 1124 j=  899 glon=  290.17 (0-360E) glon=  290.17 glat=  29.88 u= -11.8000 v=  26.8000 vr=   5.90570 vt=  28.68105
 i= 1129 j=  899 glon=  290.37 (0-360E) glon=  290.37 glat=  29.88 u= -11.4000 v=  24.9000 vr=   3.60667 vt=  27.14704
 i= 1134 j=  899 glon=  290.57 (0-360E) glon=  290.57 glat=  29.88 u= -10.5000 v=  23.4000 vr=   2.34690 vt=  25.54021
 i= 1034 j=  904 glon=  286.57 (0-360E) glon=  286.57 glat=  29.68 u=  -6.9000 v= -11.3000 vr=   1.90157 vt=  13.10283
 i= 1039 j=  904 glon=  286.77 (0-360E) glon=  286.77 glat=  29.68 u=  -9.6000 v= -12.7000 vr=   3.22340 vt=  15.59037
 i= 1044 j=  904 glon=  286.97 (0-360E) glon=  286.97 glat=  29.68 u= -12.9000 v=  -9.5000 vr=   6.90804 vt=  14.45472
 i= 1049 j=  904 glon=  287.17 (0-360E) glon=  287.17 glat=  29.68 u= -14.7000 v= -10.9000 vr=   6.89089 vt=  16.95334
 i= 1054 j=  904 glon=  287.37 (0-360E) glon=  287.37 glat=  29.68 u= -20.5000 v=  -9.5000 vr=  11.24903 vt=  19.59488
 i= 1059 j=  904 glon=  287.57 (0-360E) glon=  287.57 glat=  29.68 u= -23.4000 v= -11.3000 vr=  10.59293 vt=  23.72846
 i= 1064 j=  904 glon=  287.77 (0-360E) glon=  287.77 glat=  29.68 u= -28.0000 v=  -7.2000 vr=  14.15241 vt=  25.21010
 i= 1069 j=  904 glon=  287.97 (0-360E) glon=  287.97 glat=  29.68 u= -33.9000 v=  -6.9000 vr=  14.39530 vt=  31.45784
 i= 1074 j=  904 glon=  288.17 (0-360E) glon=  288.17 glat=  29.68 u= -34.1000 v=  -4.5000 vr=  11.27476 vt=  32.49523
 i= 1079 j=  904 glon=  288.37 (0-360E) glon=  288.37 glat=  29.68 u= -40.7000 v=   1.7000 vr=  12.43341 vt=  38.79163
 i= 1084 j=  904 glon=  288.57 (0-360E) glon=  288.57 glat=  29.68 u= -42.0000 v=  11.1000 vr=  13.11659 vt=  41.41455
 i= 1089 j=  904 glon=  288.77 (0-360E) glon=  288.77 glat=  29.68 u= -40.4000 v=  22.3000 vr=  14.86314 vt=  43.68681
 i= 1094 j=  904 glon=  288.97 (0-360E) glon=  288.97 glat=  29.68 u= -33.7000 v=  26.2000 vr=  11.63213 vt=  41.07096
 i= 1099 j=  904 glon=  289.17 (0-360E) glon=  289.17 glat=  29.68 u= -31.2000 v=  27.4000 vr=   6.49232 vt=  41.01280
 i= 1104 j=  904 glon=  289.37 (0-360E) glon=  289.37 glat=  29.68 u= -25.7000 v=  30.4000 vr=   6.30490 vt=  39.30519
 i= 1109 j=  904 glon=  289.57 (0-360E) glon=  289.57 glat=  29.68 u= -22.0000 v=  31.9000 vr=   5.40211 vt=  38.37222
 i= 1114 j=  904 glon=  289.77 (0-360E) glon=  289.77 glat=  29.68 u= -18.0000 v=  30.9000 vr=   4.36636 vt=  35.49288
 i= 1119 j=  904 glon=  289.97 (0-360E) glon=  289.97 glat=  29.68 u= -14.8000 v=  30.0000 vr=   3.87584 vt=  33.22676
 i= 1124 j=  904 glon=  290.17 (0-360E) glon=  290.17 glat=  29.68 u= -10.5000 v=  28.8000 vr=   4.98638 vt=  30.24609
 i= 1129 j=  904 glon=  290.37 (0-360E) glon=  290.37 glat=  29.68 u=  -8.9000 v=  27.0000 vr=   4.07783 vt=  28.13505
 i= 1134 j=  904 glon=  290.57 (0-360E) glon=  290.57 glat=  29.68 u=  -8.9000 v=  24.8000 vr=   1.98726 vt=  26.27358
 i= 1034 j=  909 glon=  286.57 (0-360E) glon=  286.57 glat=  29.48 u=  -4.6000 v= -12.8000 vr=   0.53708 vt=  13.59086
 i= 1039 j=  909 glon=  286.77 (0-360E) glon=  286.77 glat=  29.48 u=  -9.3000 v= -13.6000 vr=   4.27766 vt=  15.91074
 i= 1044 j=  909 glon=  286.97 (0-360E) glon=  286.97 glat=  29.48 u=  -8.9000 v= -12.3000 vr=   3.77005 vt=  14.70669
 i= 1049 j=  909 glon=  287.17 (0-360E) glon=  287.17 glat=  29.48 u=  -9.1000 v= -13.3000 vr=   2.84482 vt=  15.86212
 i= 1054 j=  909 glon=  287.37 (0-360E) glon=  287.37 glat=  29.48 u= -16.1000 v= -15.1000 vr=   7.26889 vt=  20.84186
 i= 1059 j=  909 glon=  287.57 (0-360E) glon=  287.57 glat=  29.48 u= -21.5000 v= -15.6000 vr=   9.97749 vt=  24.61828
 i= 1064 j=  909 glon=  287.77 (0-360E) glon=  287.77 glat=  29.48 u= -27.3000 v= -15.2000 vr=  12.29696 vt=  28.72481
 i= 1069 j=  909 glon=  287.97 (0-360E) glon=  287.97 glat=  29.48 u= -36.0000 v= -14.9000 vr=  14.65181 vt=  36.10173
 i= 1074 j=  909 glon=  288.17 (0-360E) glon=  288.17 glat=  29.48 u= -44.6000 v=  -7.0000 vr=  19.23901 vt=  40.84141
 i= 1079 j=  909 glon=  288.37 (0-360E) glon=  288.37 glat=  29.48 u= -49.1000 v=   0.0000 vr=  17.10334 vt=  46.02484
 i= 1084 j=  909 glon=  288.57 (0-360E) glon=  288.57 glat=  29.48 u= -48.0000 v=  10.9000 vr=  14.00723 vt=  47.18694
 i= 1089 j=  909 glon=  288.77 (0-360E) glon=  288.77 glat=  29.48 u= -45.7000 v=  19.3000 vr=   8.06275 vt=  48.94867
 i= 1094 j=  909 glon=  288.97 (0-360E) glon=  288.97 glat=  29.48 u= -39.4000 v=  29.2000 vr=   6.70104 vt=  48.58082
 i= 1099 j=  909 glon=  289.17 (0-360E) glon=  289.17 glat=  29.48 u= -31.6000 v=  34.8000 vr=   5.94018 vt=  46.62954
 i= 1104 j=  909 glon=  289.37 (0-360E) glon=  289.37 glat=  29.48 u= -27.4000 v=  33.2000 vr=   0.89618 vt=  43.03716
 i= 1109 j=  909 glon=  289.57 (0-360E) glon=  289.57 glat=  29.48 u= -20.7000 v=  35.1000 vr=   2.62786 vt=  40.66441
 i= 1114 j=  909 glon=  289.77 (0-360E) glon=  289.77 glat=  29.48 u= -16.3000 v=  34.7000 vr=   2.78932 vt=  38.23610
 i= 1119 j=  909 glon=  289.97 (0-360E) glon=  289.97 glat=  29.48 u= -13.5000 v=  32.4000 vr=   1.80286 vt=  35.05367
 i= 1124 j=  909 glon=  290.17 (0-360E) glon=  290.17 glat=  29.48 u= -10.1000 v=  30.8000 vr=   2.50775 vt=  32.31658
 i= 1129 j=  909 glon=  290.37 (0-360E) glon=  290.37 glat=  29.48 u=  -7.0000 v=  28.0000 vr=   3.09911 vt=  28.69487
 i= 1134 j=  909 glon=  290.57 (0-360E) glon=  290.57 glat=  29.48 u=  -6.3000 v=  26.2000 vr=   2.21611 vt=  26.85552
 i= 1139 j=  909 glon=  290.77 (0-360E) glon=  290.77 glat=  29.48 u=  -6.3000 v=  24.3000 vr=   0.90528 vt=  25.08706
 i= 1029 j=  914 glon=  286.37 (0-360E) glon=  286.37 glat=  29.28 u=  -2.6000 v= -10.3000 vr=   0.69036 vt=  10.60063
 i= 1034 j=  914 glon=  286.57 (0-360E) glon=  286.57 glat=  29.28 u=  -2.7000 v= -13.0000 vr=   0.05661 vt=  13.27730
 i= 1039 j=  914 glon=  286.77 (0-360E) glon=  286.77 glat=  29.28 u=  -6.0000 v= -15.5000 vr=   2.43185 vt=  16.44190
 i= 1044 j=  914 glon=  286.97 (0-360E) glon=  286.97 glat=  29.28 u=  -7.9000 v= -15.0000 vr=   3.95312 vt=  16.48584
 i= 1049 j=  914 glon=  287.17 (0-360E) glon=  287.17 glat=  29.28 u=  -8.1000 v= -15.4000 vr=   3.47527 vt=  17.04971
 i= 1054 j=  914 glon=  287.37 (0-360E) glon=  287.37 glat=  29.28 u=  -6.4000 v= -20.0000 vr=  -0.35438 vt=  20.99606
 i= 1059 j=  914 glon=  287.57 (0-360E) glon=  287.57 glat=  29.28 u= -15.9000 v= -20.5000 vr=   7.05011 vt=  24.96710
 i= 1064 j=  914 glon=  287.77 (0-360E) glon=  287.77 glat=  29.28 u= -22.9000 v= -22.8000 vr=  10.24663 vt=  30.64729
 i= 1069 j=  914 glon=  287.97 (0-360E) glon=  287.97 glat=  29.28 u= -31.9000 v= -23.0000 vr=  13.98842 vt=  36.75506
 i= 1074 j=  914 glon=  288.17 (0-360E) glon=  288.17 glat=  29.28 u= -41.5000 v= -17.5000 vr=  17.87631 vt=  41.33930
 i= 1079 j=  914 glon=  288.37 (0-360E) glon=  288.37 glat=  29.28 u= -46.2000 v=  -8.9000 vr=  15.22263 vt=  44.51878
 i= 1084 j=  914 glon=  288.57 (0-360E) glon=  288.57 glat=  29.28 u= -52.6000 v=   3.9000 vr=   9.14735 vt=  51.94512
 i= 1089 j=  914 glon=  288.77 (0-360E) glon=  288.77 glat=  29.28 u= -48.8000 v=  24.3000 vr=   5.81418 vt=  54.20448
 i= 1094 j=  914 glon=  288.97 (0-360E) glon=  288.97 glat=  29.28 u= -39.6000 v=  37.5000 vr=   3.15306 vt=  54.44693
 i= 1099 j=  914 glon=  289.17 (0-360E) glon=  289.17 glat=  29.28 u= -33.2000 v=  40.7000 vr=  -1.80615 vt=  52.49255
 i= 1104 j=  914 glon=  289.37 (0-360E) glon=  289.37 glat=  29.28 u= -23.1000 v=  41.9000 vr=   0.26440 vt=  47.84506
 i= 1109 j=  914 glon=  289.57 (0-360E) glon=  289.57 glat=  29.28 u= -18.7000 v=  39.2000 vr=  -1.28954 vt=  43.41275
 i= 1114 j=  914 glon=  289.77 (0-360E) glon=  289.77 glat=  29.28 u= -14.9000 v=  35.7000 vr=  -1.78765 vt=  38.64330
 i= 1119 j=  914 glon=  289.97 (0-360E) glon=  289.97 glat=  29.28 u=  -9.9000 v=  34.8000 vr=   0.83605 vt=  36.17114
 i= 1124 j=  914 glon=  290.17 (0-360E) glon=  290.17 glat=  29.28 u=  -8.1000 v=  32.2000 vr=   0.54428 vt=  33.19870
 i= 1129 j=  914 glon=  290.37 (0-360E) glon=  290.37 glat=  29.28 u=  -4.3000 v=  29.3000 vr=   2.58996 vt=  29.50037
 i= 1134 j=  914 glon=  290.57 (0-360E) glon=  290.57 glat=  29.28 u=  -4.4000 v=  26.9000 vr=   1.28751 vt=  27.22705
 i= 1139 j=  914 glon=  290.77 (0-360E) glon=  290.77 glat=  29.28 u=  -4.5000 v=  25.1000 vr=   0.31237 vt=  25.49828
 i= 1029 j=  919 glon=  286.37 (0-360E) glon=  286.37 glat=  29.08 u=  -1.0000 v= -11.6000 vr=   0.04734 vt=  11.64293
 i= 1034 j=  919 glon=  286.57 (0-360E) glon=  286.57 glat=  29.08 u=   0.6000 v= -12.9000 vr=  -1.76841 vt=  12.79229
 i= 1039 j=  919 glon=  286.77 (0-360E) glon=  286.77 glat=  29.08 u=  -2.3000 v= -16.8000 vr=   0.58321 vt=  16.94668
 i= 1044 j=  919 glon=  286.97 (0-360E) glon=  286.97 glat=  29.08 u=  -4.9000 v= -16.0000 vr=   3.03359 vt=  16.45622
 i= 1049 j=  919 glon=  287.17 (0-360E) glon=  287.17 glat=  29.08 u=  -4.2000 v= -16.0000 vr=   2.06450 vt=  16.41273
 i= 1054 j=  919 glon=  287.37 (0-360E) glon=  287.37 glat=  29.08 u=  -5.5000 v= -17.2000 vr=   2.80762 vt=  17.83837
 i= 1059 j=  919 glon=  287.57 (0-360E) glon=  287.57 glat=  29.08 u=  -8.3000 v= -22.5000 vr=   4.06385 vt=  23.63525
 i= 1064 j=  919 glon=  287.77 (0-360E) glon=  287.77 glat=  29.08 u= -10.9000 v= -29.6000 vr=   3.98427 vt=  31.29050
 i= 1069 j=  919 glon=  287.97 (0-360E) glon=  287.97 glat=  29.08 u= -23.0000 v= -30.6000 vr=  13.14747 vt=  35.95141
 i= 1074 j=  919 glon=  288.17 (0-360E) glon=  288.17 glat=  29.08 u= -24.9000 v= -31.1000 vr=  10.24906 vt=  38.49905
 i= 1079 j=  919 glon=  288.37 (0-360E) glon=  288.37 glat=  29.08 u= -30.8000 v= -31.7000 vr=   4.12035 vt=  44.00628
 i= 1084 j=  919 glon=  288.57 (0-360E) glon=  288.57 glat=  29.08 u= -43.2000 v=  -8.3000 vr=   1.11066 vt=  43.97609
 i= 1089 j=  919 glon=  288.77 (0-360E) glon=  288.77 glat=  29.08 u= -39.0000 v=  23.7000 vr=  -5.99792 vt=  45.24063
 i= 1094 j=  919 glon=  288.97 (0-360E) glon=  288.97 glat=  29.08 u= -30.5000 v=  49.5000 vr=  -3.03910 vt=  58.06259
 i= 1099 j=  919 glon=  289.17 (0-360E) glon=  289.17 glat=  29.08 u= -26.5000 v=  51.4000 vr=  -8.05814 vt=  57.26497
 i= 1104 j=  919 glon=  289.37 (0-360E) glon=  289.37 glat=  29.08 u= -19.9000 v=  46.0000 vr=  -7.84916 vt=  49.50152
 i= 1109 j=  919 glon=  289.57 (0-360E) glon=  289.57 glat=  29.08 u= -14.3000 v=  43.0000 vr=  -5.49829 vt=  44.98065
 i= 1114 j=  919 glon=  289.77 (0-360E) glon=  289.77 glat=  29.08 u=  -9.5000 v=  39.9000 vr=  -2.82237 vt=  40.91814
 i= 1119 j=  919 glon=  289.97 (0-360E) glon=  289.97 glat=  29.08 u=  -8.7000 v=  35.0000 vr=  -3.72608 vt=  35.87208
 i= 1124 j=  919 glon=  290.17 (0-360E) glon=  290.17 glat=  29.08 u=  -5.7000 v=  33.3000 vr=  -1.62162 vt=  33.74538
 i= 1129 j=  919 glon=  290.37 (0-360E) glon=  290.37 glat=  29.08 u=  -1.1000 v=  30.3000 vr=   2.14085 vt=  30.24428
 i= 1134 j=  919 glon=  290.57 (0-360E) glon=  290.57 glat=  29.08 u=  -2.3000 v=  27.1000 vr=   0.28739 vt=  27.19591
 i= 1139 j=  919 glon=  290.77 (0-360E) glon=  290.77 glat=  29.08 u=  -2.8000 v=  25.1000 vr=  -0.64466 vt=  25.24746
 i= 1029 j=  924 glon=  286.37 (0-360E) glon=  286.37 glat=  28.88 u=   2.1000 v= -11.8000 vr=  -1.88097 vt=  11.83689
 i= 1034 j=  924 glon=  286.57 (0-360E) glon=  286.57 glat=  28.88 u=   2.4000 v= -14.0000 vr=  -2.12311 vt=  14.04466
 i= 1039 j=  924 glon=  286.77 (0-360E) glon=  286.77 glat=  28.88 u=   4.8000 v= -17.1000 vr=  -4.43550 vt=  17.19815
 i= 1044 j=  924 glon=  286.97 (0-360E) glon=  286.97 glat=  28.88 u=   6.1000 v= -16.4000 vr=  -5.71842 vt=  16.53692
 i= 1049 j=  924 glon=  287.17 (0-360E) glon=  287.17 glat=  28.88 u=   0.1000 v= -17.5000 vr=   0.34919 vt=  17.49680
 i= 1054 j=  924 glon=  287.37 (0-360E) glon=  287.37 glat=  28.88 u=   0.6000 v= -18.5000 vr=  -0.06250 vt=  18.50962
 i= 1059 j=  924 glon=  287.57 (0-360E) glon=  287.57 glat=  28.88 u=  -1.1000 v= -19.9000 vr=   1.77211 vt=  19.85144
 i= 1064 j=  924 glon=  287.77 (0-360E) glon=  287.77 glat=  28.88 u=   1.8000 v= -28.7000 vr=  -0.62273 vt=  28.74965
 i= 1069 j=  924 glon=  287.97 (0-360E) glon=  287.97 glat=  28.88 u=  -2.6000 v= -35.7000 vr=   4.48046 vt=  35.51303
 i= 1074 j=  924 glon=  288.17 (0-360E) glon=  288.17 glat=  28.88 u=   1.4000 v= -37.7000 vr=   1.45084 vt=  37.69808
 i= 1079 j=  924 glon=  288.37 (0-360E) glon=  288.37 glat=  28.88 u=   7.1000 v= -43.5000 vr=  -1.13145 vt=  44.06109
 i= 1084 j=  924 glon=  288.57 (0-360E) glon=  288.57 glat=  28.88 u=   0.9000 v= -13.5000 vr=   7.56407 vt=  11.21806
 i= 1089 j=  924 glon=  288.77 (0-360E) glon=  288.77 glat=  28.88 u=  -0.9000 v=  23.0000 vr=  -5.62584 vt=  22.31950
 i= 1094 j=  924 glon=  288.97 (0-360E) glon=  288.97 glat=  28.88 u=   5.2000 v=  56.3000 vr=  -0.05987 vt=  56.53960
 i= 1099 j=  924 glon=  289.17 (0-360E) glon=  289.17 glat=  28.88 u=  -4.5000 v=  55.9000 vr=  -7.87171 vt=  55.52564
 i= 1104 j=  924 glon=  289.37 (0-360E) glon=  289.37 glat=  28.88 u=  -8.5000 v=  52.5000 vr= -10.86563 vt=  52.06187
 i= 1109 j=  924 glon=  289.57 (0-360E) glon=  289.57 glat=  28.88 u=  -7.8000 v=  45.6000 vr=  -9.45838 vt=  45.28509
 i= 1114 j=  924 glon=  289.77 (0-360E) glon=  289.77 glat=  28.88 u=  -4.1000 v=  41.0000 vr=  -5.36339 vt=  40.85394
 i= 1119 j=  924 glon=  289.97 (0-360E) glon=  289.97 glat=  28.88 u=  -4.7000 v=  36.2000 vr=  -5.67484 vt=  36.06004
 i= 1124 j=  924 glon=  290.17 (0-360E) glon=  290.17 glat=  28.88 u=  -2.4000 v=  33.2000 vr=  -3.20105 vt=  33.13236
 i= 1129 j=  924 glon=  290.37 (0-360E) glon=  290.37 glat=  28.88 u=   1.1000 v=  30.4000 vr=   0.43058 vt=  30.41685
 i= 1134 j=  924 glon=  290.57 (0-360E) glon=  290.57 glat=  28.88 u=   0.8000 v=  27.4000 vr=   0.24233 vt=  27.41061
 i= 1139 j=  924 glon=  290.77 (0-360E) glon=  290.77 glat=  28.88 u=  -1.1000 v=  24.7000 vr=  -1.56956 vt=  24.67461
 i= 1029 j=  929 glon=  286.37 (0-360E) glon=  286.37 glat=  28.68 u=   5.8000 v= -11.0000 vr=  -4.43527 vt=  11.61759
 i= 1034 j=  929 glon=  286.57 (0-360E) glon=  286.57 glat=  28.68 u=   5.4000 v= -12.2000 vr=  -3.75507 vt=  12.80232
 i= 1039 j=  929 glon=  286.77 (0-360E) glon=  286.77 glat=  28.68 u=   8.1000 v= -14.7000 vr=  -5.89658 vt=  15.71402
 i= 1044 j=  929 glon=  286.97 (0-360E) glon=  286.97 glat=  28.68 u=   9.3000 v= -14.6000 vr=  -6.83716 vt=  15.90293
 i= 1049 j=  929 glon=  287.17 (0-360E) glon=  287.17 glat=  28.68 u=   5.1000 v= -18.8000 vr=  -1.60981 vt=  19.41284
 i= 1054 j=  929 glon=  287.37 (0-360E) glon=  287.37 glat=  28.68 u=   7.5000 v= -17.4000 vr=  -3.71108 vt=  18.58058
 i= 1059 j=  929 glon=  287.57 (0-360E) glon=  287.57 glat=  28.68 u=   6.9000 v= -18.7000 vr=  -2.10419 vt=  19.82101
 i= 1064 j=  929 glon=  287.77 (0-360E) glon=  287.77 glat=  28.68 u=   8.4000 v= -21.8000 vr=  -1.52553 vt=  23.31250
 i= 1069 j=  929 glon=  287.97 (0-360E) glon=  287.97 glat=  28.68 u=  14.4000 v= -31.6000 vr=  -1.39111 vt=  34.69848
 i= 1074 j=  929 glon=  288.17 (0-360E) glon=  288.17 glat=  28.68 u=  20.0000 v= -33.9000 vr=   0.04508 vt=  39.35998
 i= 1079 j=  929 glon=  288.37 (0-360E) glon=  288.37 glat=  28.68 u=  38.8000 v= -26.0000 vr=  -7.33028 vt=  46.12707
 i= 1084 j=  929 glon=  288.57 (0-360E) glon=  288.57 glat=  28.68 u=  54.9000 v=  -8.8000 vr=  -0.16217 vt=  55.60057
 i= 1089 j=  929 glon=  288.77 (0-360E) glon=  288.77 glat=  28.68 u=  54.2000 v=  22.5000 vr=   8.65891 vt=  58.04234
 i= 1094 j=  929 glon=  288.97 (0-360E) glon=  288.97 glat=  28.68 u=  37.3000 v=  48.4000 vr=   1.49155 vt=  61.08703
 i= 1099 j=  929 glon=  289.17 (0-360E) glon=  289.17 glat=  28.68 u=  12.2000 v=  53.1000 vr= -11.55818 vt=  53.24339
 i= 1104 j=  929 glon=  289.37 (0-360E) glon=  289.37 glat=  28.68 u=   7.6000 v=  52.1000 vr=  -9.89121 vt=  51.71396
 i= 1109 j=  929 glon=  289.57 (0-360E) glon=  289.57 glat=  28.68 u=   1.2000 v=  45.6000 vr= -10.93843 vt=  44.28488
 i= 1114 j=  929 glon=  289.77 (0-360E) glon=  289.77 glat=  28.68 u=   2.5000 v=  40.4000 vr=  -6.55537 vt=  39.94292
 i= 1119 j=  929 glon=  289.97 (0-360E) glon=  289.97 glat=  28.68 u=   0.0000 v=  35.5000 vr=  -6.80916 vt=  34.84086
 i= 1124 j=  929 glon=  290.17 (0-360E) glon=  290.17 glat=  28.68 u=   1.0000 v=  31.6000 vr=  -4.34360 vt=  31.31602
 i= 1129 j=  929 glon=  290.37 (0-360E) glon=  290.37 glat=  28.68 u=   3.5000 v=  29.2000 vr=  -0.93885 vt=  29.39402
 i= 1134 j=  929 glon=  290.57 (0-360E) glon=  290.57 glat=  28.68 u=   3.7000 v=  26.9000 vr=  -0.00071 vt=  27.15327
 i= 1139 j=  929 glon=  290.77 (0-360E) glon=  290.77 glat=  28.68 u=   0.9000 v=  24.4000 vr=  -2.14709 vt=  24.32201
 i= 1029 j=  934 glon=  286.37 (0-360E) glon=  286.37 glat=  28.48 u=   8.5000 v=  -9.0000 vr=  -6.33833 vt=  10.63370
 i= 1034 j=  934 glon=  286.57 (0-360E) glon=  286.57 glat=  28.48 u=   9.1000 v= -10.2000 vr=  -6.42416 vt=  12.06566
 i= 1039 j=  934 glon=  286.77 (0-360E) glon=  286.77 glat=  28.48 u=   8.7000 v= -12.6000 vr=  -5.12171 vt=  14.42977
 i= 1044 j=  934 glon=  286.97 (0-360E) glon=  286.97 glat=  28.48 u=  11.5000 v= -13.2000 vr=  -7.20106 vt=  15.95728
 i= 1049 j=  934 glon=  287.17 (0-360E) glon=  287.17 glat=  28.48 u=  15.3000 v= -16.3000 vr=  -9.19592 vt=  20.37682
 i= 1054 j=  934 glon=  287.37 (0-360E) glon=  287.37 glat=  28.48 u=  14.3000 v= -12.5000 vr=  -8.68527 vt=  16.89100
 i= 1059 j=  934 glon=  287.57 (0-360E) glon=  287.57 glat=  28.48 u=  15.8000 v= -15.4000 vr=  -7.72016 vt=  20.66880
 i= 1064 j=  934 glon=  287.77 (0-360E) glon=  287.77 glat=  28.48 u=  14.5000 v= -18.9000 vr=  -3.01260 vt=  23.63016
 i= 1069 j=  934 glon=  287.97 (0-360E) glon=  287.97 glat=  28.48 u=  20.8000 v= -19.7000 vr=  -4.58490 vt=  28.27912
 i= 1074 j=  934 glon=  288.17 (0-360E) glon=  288.17 glat=  28.48 u=  27.2000 v= -23.3000 vr=  -0.94630 vt=  35.80272
 i= 1079 j=  934 glon=  288.37 (0-360E) glon=  288.37 glat=  28.48 u=  41.4000 v= -19.1000 vr=  -1.27068 vt=  45.57582
 i= 1084 j=  934 glon=  288.57 (0-360E) glon=  288.57 glat=  28.48 u=  51.5000 v=  -3.8000 vr=  -0.68829 vt=  51.63542
 i= 1089 j=  934 glon=  288.77 (0-360E) glon=  288.77 glat=  28.48 u=  53.5000 v=  14.9000 vr=   2.17949 vt=  55.49333
 i= 1094 j=  934 glon=  288.97 (0-360E) glon=  288.97 glat=  28.48 u=  41.7000 v=  35.6000 vr=  -4.18614 vt=  54.66924
 i= 1099 j=  934 glon=  289.17 (0-360E) glon=  289.17 glat=  28.48 u=  22.8000 v=  42.6000 vr= -11.01594 vt=  47.04518
 i= 1104 j=  934 glon=  289.37 (0-360E) glon=  289.37 glat=  28.48 u=  16.4000 v=  44.1000 vr= -10.21992 vt=  45.92737
 i= 1109 j=  934 glon=  289.57 (0-360E) glon=  289.57 glat=  28.48 u=   7.6000 v=  41.2000 vr= -12.05581 vt=  40.12303
 i= 1114 j=  934 glon=  289.77 (0-360E) glon=  289.77 glat=  28.48 u=   7.7000 v=  36.9000 vr=  -7.36003 vt=  36.96931
 i= 1119 j=  934 glon=  289.97 (0-360E) glon=  289.97 glat=  28.48 u=   5.2000 v=  33.2000 vr=  -6.45529 vt=  32.97892
 i= 1124 j=  934 glon=  290.17 (0-360E) glon=  290.17 glat=  28.48 u=   4.5000 v=  30.0000 vr=  -4.79207 vt=  29.95473
 i= 1129 j=  934 glon=  290.37 (0-360E) glon=  290.37 glat=  28.48 u=   6.0000 v=  26.9000 vr=  -1.53204 vt=  27.51841
 i= 1134 j=  934 glon=  290.57 (0-360E) glon=  290.57 glat=  28.48 u=   5.3000 v=  25.2000 vr=  -1.07084 vt=  25.72904
 i= 1139 j=  934 glon=  290.77 (0-360E) glon=  290.77 glat=  28.48 u=   2.9000 v=  23.8000 vr=  -2.53958 vt=  23.84115
 i= 1034 j=  939 glon=  286.57 (0-360E) glon=  286.57 glat=  28.28 u=  11.0000 v=  -9.0000 vr=  -7.35032 vt=  12.16440
 i= 1039 j=  939 glon=  286.77 (0-360E) glon=  286.77 glat=  28.28 u=  12.9000 v=  -9.2000 vr=  -8.63904 vt=  13.28220
 i= 1044 j=  939 glon=  286.97 (0-360E) glon=  286.97 glat=  28.28 u=  13.3000 v= -11.8000 vr=  -7.41907 vt=  16.15820
 i= 1049 j=  939 glon=  287.17 (0-360E) glon=  287.17 glat=  28.28 u=  14.8000 v= -12.2000 vr=  -7.77720 vt=  17.53269
 i= 1054 j=  939 glon=  287.37 (0-360E) glon=  287.37 glat=  28.28 u=  17.9000 v=  -9.6000 vr= -10.66845 vt=  17.28451
 i= 1059 j=  939 glon=  287.57 (0-360E) glon=  287.57 glat=  28.28 u=  19.7000 v= -10.4000 vr= -10.30480 vt=  19.74996
 i= 1064 j=  939 glon=  287.77 (0-360E) glon=  287.77 glat=  28.28 u=  21.7000 v= -11.8000 vr=  -8.84976 vt=  23.06104
 i= 1069 j=  939 glon=  287.97 (0-360E) glon=  287.97 glat=  28.28 u=  25.4000 v= -12.3000 vr=  -7.76977 vt=  27.13081
 i= 1074 j=  939 glon=  288.17 (0-360E) glon=  288.17 glat=  28.28 u=  26.9000 v= -16.4000 vr=  -0.16051 vt=  31.50467
 i= 1079 j=  939 glon=  288.37 (0-360E) glon=  288.37 glat=  28.28 u=  34.0000 v=  -9.7000 vr=  -1.70423 vt=  35.31552
 i= 1084 j=  939 glon=  288.57 (0-360E) glon=  288.57 glat=  28.28 u=  38.8000 v=   0.8000 vr=  -3.10322 vt=  38.68398
 i= 1089 j=  939 glon=  288.77 (0-360E) glon=  288.77 glat=  28.28 u=  40.7000 v=  15.8000 vr=  -6.71723 vt=  43.13941
 i= 1094 j=  939 glon=  288.97 (0-360E) glon=  288.97 glat=  28.28 u=  35.4000 v=  29.3000 vr= -10.45288 vt=  44.74804
 i= 1099 j=  939 glon=  289.17 (0-360E) glon=  289.17 glat=  28.28 u=  28.4000 v=  30.7000 vr=  -6.84083 vt=  41.25837
 i= 1104 j=  939 glon=  289.37 (0-360E) glon=  289.37 glat=  28.28 u=  18.0000 v=  36.5000 vr= -12.06809 vt=  38.86658
 i= 1109 j=  939 glon=  289.57 (0-360E) glon=  289.57 glat=  28.28 u=  14.0000 v=  34.4000 vr=  -9.47332 vt=  35.91123
 i= 1114 j=  939 glon=  289.77 (0-360E) glon=  289.77 glat=  28.28 u=  11.0000 v=  32.5000 vr=  -7.83325 vt=  33.40494
 i= 1119 j=  939 glon=  289.97 (0-360E) glon=  289.97 glat=  28.28 u=   9.6000 v=  29.9000 vr=  -5.55380 vt=  30.90834
 i= 1124 j=  939 glon=  290.17 (0-360E) glon=  290.17 glat=  28.28 u=   7.7000 v=  27.3000 vr=  -4.50443 vt=  28.00518
 i= 1129 j=  939 glon=  290.37 (0-360E) glon=  290.37 glat=  28.28 u=   7.1000 v=  25.3000 vr=  -3.07117 vt=  26.09728
 i= 1134 j=  939 glon=  290.57 (0-360E) glon=  290.57 glat=  28.28 u=   6.3000 v=  23.7000 vr=  -2.32861 vt=  24.41224
 i= 1139 j=  939 glon=  290.77 (0-360E) glon=  290.77 glat=  28.28 u=   4.5000 v=  22.8000 vr=  -3.01749 vt=  23.04311
 i= 1034 j=  944 glon=  286.57 (0-360E) glon=  286.57 glat=  28.08 u=  12.7000 v=  -8.2000 vr=  -8.03817 vt=  12.80304
 i= 1039 j=  944 glon=  286.77 (0-360E) glon=  286.77 glat=  28.08 u=  14.0000 v=  -8.6000 vr=  -8.48964 vt=  14.06720
 i= 1044 j=  944 glon=  286.97 (0-360E) glon=  286.97 glat=  28.08 u=  16.6000 v=  -8.9000 vr=  -9.90895 vt=  16.01820
 i= 1049 j=  944 glon=  287.17 (0-360E) glon=  287.17 glat=  28.08 u=  18.2000 v=  -9.5000 vr=  -9.98037 vt=  17.94107
 i= 1054 j=  944 glon=  287.37 (0-360E) glon=  287.37 glat=  28.08 u=  18.7000 v=  -9.4000 vr=  -9.16300 vt=  18.81727
 i= 1059 j=  944 glon=  287.57 (0-360E) glon=  287.57 glat=  28.08 u=  20.7000 v=  -8.1000 vr=  -9.87329 vt=  19.91527
 i= 1064 j=  944 glon=  287.77 (0-360E) glon=  287.77 glat=  28.08 u=  23.3000 v=  -7.2000 vr= -10.11470 vt=  22.19060
 i= 1069 j=  944 glon=  287.97 (0-360E) glon=  287.97 glat=  28.08 u=  27.3000 v=  -7.0000 vr=  -9.55127 vt=  26.51534
 i= 1074 j=  944 glon=  288.17 (0-360E) glon=  288.17 glat=  28.08 u=  31.4000 v=  -4.6000 vr=  -9.14802 vt=  30.38805
 i= 1079 j=  944 glon=  288.37 (0-360E) glon=  288.37 glat=  28.08 u=  35.5000 v=  -0.5000 vr=  -8.34382 vt=  34.50914
 i= 1084 j=  944 glon=  288.57 (0-360E) glon=  288.57 glat=  28.08 u=  36.2000 v=   3.6000 vr=  -5.22977 vt=  36.00069
 i= 1089 j=  944 glon=  288.77 (0-360E) glon=  288.77 glat=  28.08 u=  33.1000 v=  10.4000 vr=  -4.82476 vt=  34.35828
 i= 1094 j=  944 glon=  288.97 (0-360E) glon=  288.97 glat=  28.08 u=  34.4000 v=  26.9000 vr= -13.00120 vt=  41.68859
 i= 1099 j=  944 glon=  289.17 (0-360E) glon=  289.17 glat=  28.08 u=  23.2000 v=  28.0000 vr= -12.34542 vt=  34.20279
 i= 1104 j=  944 glon=  289.37 (0-360E) glon=  289.37 glat=  28.08 u=  17.9000 v=  28.7000 vr= -11.22395 vt=  31.90804
 i= 1109 j=  944 glon=  289.57 (0-360E) glon=  289.57 glat=  28.08 u=  16.8000 v=  29.1000 vr=  -8.52244 vt=  32.50258
 i= 1114 j=  944 glon=  289.77 (0-360E) glon=  289.77 glat=  28.08 u=  13.4000 v=  28.3000 vr=  -7.56595 vt=  30.38431
 i= 1119 j=  944 glon=  289.97 (0-360E) glon=  289.97 glat=  28.08 u=  12.0000 v=  26.7000 vr=  -5.46440 vt=  28.75814
 i= 1124 j=  944 glon=  290.17 (0-360E) glon=  290.17 glat=  28.08 u=  10.5000 v=  25.3000 vr=  -4.21412 vt=  27.06624
 i= 1129 j=  944 glon=  290.37 (0-360E) glon=  290.37 glat=  28.08 u=   9.1000 v=  23.6000 vr=  -3.23512 vt=  25.08593
 i= 1134 j=  944 glon=  290.57 (0-360E) glon=  290.57 glat=  28.08 u=   7.4000 v=  22.5000 vr=  -3.19711 vt=  23.46888
 i= 1039 j=  949 glon=  286.77 (0-360E) glon=  286.77 glat=  27.88 u=  16.5000 v=  -7.9000 vr=  -9.63701 vt=  15.54954
 i= 1044 j=  949 glon=  286.97 (0-360E) glon=  286.97 glat=  27.88 u=  17.7000 v=  -7.1000 vr= -10.24485 vt=  16.08549
 i= 1049 j=  949 glon=  287.17 (0-360E) glon=  287.17 glat=  27.88 u=  19.3000 v=  -6.7000 vr= -10.71964 vt=  17.39165
 i= 1054 j=  949 glon=  287.37 (0-360E) glon=  287.37 glat=  27.88 u=  21.2000 v=  -6.4000 vr= -11.00059 vt=  19.21945
 i= 1059 j=  949 glon=  287.57 (0-360E) glon=  287.57 glat=  27.88 u=  23.1000 v=  -6.3000 vr= -10.62139 vt=  21.45894
 i= 1064 j=  949 glon=  287.77 (0-360E) glon=  287.77 glat=  27.88 u=  25.2000 v=  -5.5000 vr= -10.22578 vt=  23.67960
 i= 1069 j=  949 glon=  287.97 (0-360E) glon=  287.97 glat=  27.88 u=  28.1000 v=  -2.9000 vr= -10.95456 vt=  26.03877
 i= 1074 j=  949 glon=  288.17 (0-360E) glon=  288.17 glat=  27.88 u=  29.3000 v=   0.7000 vr= -11.00036 vt=  27.16564
 i= 1079 j=  949 glon=  288.37 (0-360E) glon=  288.37 glat=  27.88 u=  34.1000 v=   2.5000 vr=  -9.35852 vt=  32.88583
 i= 1084 j=  949 glon=  288.57 (0-360E) glon=  288.57 glat=  27.88 u=  29.2000 v=   9.3000 vr= -10.35621 vt=  28.84231
 i= 1089 j=  949 glon=  288.77 (0-360E) glon=  288.77 glat=  27.88 u=  33.1000 v=  13.9000 vr=  -9.37575 vt=  34.65423
 i= 1094 j=  949 glon=  288.97 (0-360E) glon=  288.97 glat=  27.88 u=  31.7000 v=  21.6000 vr= -11.42442 vt=  36.61875
 i= 1099 j=  949 glon=  289.17 (0-360E) glon=  289.17 glat=  27.88 u=  23.4000 v=  24.3000 vr= -11.90945 vt=  31.56287
 i= 1104 j=  949 glon=  289.37 (0-360E) glon=  289.37 glat=  27.88 u=  19.3000 v=  24.9000 vr= -10.46005 vt=  29.71679
 i= 1109 j=  949 glon=  289.57 (0-360E) glon=  289.57 glat=  27.88 u=  17.0000 v=  25.5000 vr=  -9.02563 vt=  29.28802
 i= 1114 j=  949 glon=  289.77 (0-360E) glon=  289.77 glat=  27.88 u=  15.0000 v=  25.2000 vr=  -7.43266 vt=  28.36892
 i= 1119 j=  949 glon=  289.97 (0-360E) glon=  289.97 glat=  27.88 u=  13.8000 v=  24.1000 vr=  -5.35650 vt=  27.24991
 i= 1124 j=  949 glon=  290.17 (0-360E) glon=  290.17 glat=  27.88 u=  12.2000 v=  23.2000 vr=  -4.26243 vt=  25.86333
 i= 1129 j=  949 glon=  290.37 (0-360E) glon=  290.37 glat=  27.88 u=  10.5000 v=  22.0000 vr=  -3.53777 vt=  24.11917
 i= 1134 j=  949 glon=  290.57 (0-360E) glon=  290.57 glat=  27.88 u=   7.8000 v=  21.2000 vr=  -4.27012 vt=  22.18211
 i= 1044 j=  954 glon=  286.97 (0-360E) glon=  286.97 glat=  27.68 u=  18.6000 v=  -6.5000 vr=  -9.90734 vt=  17.03099
 i= 1049 j=  954 glon=  287.17 (0-360E) glon=  287.17 glat=  27.68 u=  20.5000 v=  -5.8000 vr= -10.64502 vt=  18.45464
 i= 1054 j=  954 glon=  287.37 (0-360E) glon=  287.37 glat=  27.68 u=  21.7000 v=  -4.8000 vr= -10.79438 vt=  19.42708
 i= 1059 j=  954 glon=  287.57 (0-360E) glon=  287.57 glat=  27.68 u=  23.0000 v=  -3.8000 vr= -10.67559 vt=  20.72370
 i= 1064 j=  954 glon=  287.77 (0-360E) glon=  287.77 glat=  27.68 u=  24.6000 v=  -2.5000 vr= -10.53496 vt=  22.37017
 i= 1069 j=  954 glon=  287.97 (0-360E) glon=  287.97 glat=  27.68 u=  26.3000 v=  -0.8000 vr= -10.24063 vt=  24.23756
 i= 1074 j=  954 glon=  288.17 (0-360E) glon=  288.17 glat=  27.68 u=  28.4000 v=   1.2000 vr=  -9.70507 vt=  26.71725
 i= 1079 j=  954 glon=  288.37 (0-360E) glon=  288.37 glat=  27.68 u=  29.5000 v=   6.1000 vr= -11.04908 vt=  28.02459
 i= 1084 j=  954 glon=  288.57 (0-360E) glon=  288.57 glat=  27.68 u=  28.8000 v=   8.9000 vr=  -9.77375 vt=  28.51533
 i= 1089 j=  954 glon=  288.77 (0-360E) glon=  288.77 glat=  27.68 u=  29.7000 v=  11.2000 vr=  -7.81344 vt=  30.76492
 i= 1094 j=  954 glon=  288.97 (0-360E) glon=  288.97 glat=  27.68 u=  28.8000 v=  16.6000 vr=  -8.96310 vt=  32.01036
 i= 1099 j=  954 glon=  289.17 (0-360E) glon=  289.17 glat=  27.68 u=  22.0000 v=  21.4000 vr= -11.74943 vt=  28.35332
 i= 1104 j=  954 glon=  289.37 (0-360E) glon=  289.37 glat=  27.68 u=  18.9000 v=  22.8000 vr= -11.07037 vt=  27.46811
 i= 1109 j=  954 glon=  289.57 (0-360E) glon=  289.57 glat=  27.68 u=  17.7000 v=  22.7000 vr=  -8.76356 vt=  27.41861
 i= 1114 j=  954 glon=  289.77 (0-360E) glon=  289.77 glat=  27.68 u=  16.2000 v=  21.9000 vr=  -6.58230 vt=  26.43337
 i= 1119 j=  954 glon=  289.97 (0-360E) glon=  289.97 glat=  27.68 u=  14.9000 v=  21.5000 vr=  -5.09858 vt=  25.65667
 i= 1124 j=  954 glon=  290.17 (0-360E) glon=  290.17 glat=  27.68 u=  13.4000 v=  21.0000 vr=  -4.11702 vt=  24.56848
 i= 1129 j=  954 glon=  290.37 (0-360E) glon=  290.37 glat=  27.68 u=  11.0000 v=  20.3000 vr=  -4.09505 vt=  22.72269
 i= 1049 j=  959 glon=  287.17 (0-360E) glon=  287.17 glat=  27.48 u=  19.6000 v=  -4.3000 vr=  -9.76382 vt=  17.53048
 i= 1054 j=  959 glon=  287.37 (0-360E) glon=  287.37 glat=  27.48 u=  21.4000 v=  -3.4000 vr= -10.26999 vt=  19.08002
 i= 1059 j=  959 glon=  287.57 (0-360E) glon=  287.57 glat=  27.48 u=  22.9000 v=  -2.2000 vr= -10.49149 vt=  20.47385
 i= 1064 j=  959 glon=  287.77 (0-360E) glon=  287.77 glat=  27.48 u=  24.6000 v=  -0.7000 vr= -10.68453 vt=  22.16959
 i= 1069 j=  959 glon=  287.97 (0-360E) glon=  287.97 glat=  27.48 u=  25.9000 v=   0.9000 vr= -10.34860 vt=  23.75977
 i= 1074 j=  959 glon=  288.17 (0-360E) glon=  288.17 glat=  27.48 u=  26.4000 v=   3.0000 vr=  -9.82468 vt=  24.68675
 i= 1079 j=  959 glon=  288.37 (0-360E) glon=  288.37 glat=  27.48 u=  27.1000 v=   5.5000 vr=  -9.43783 vt=  25.99206
 i= 1084 j=  959 glon=  288.57 (0-360E) glon=  288.57 glat=  27.48 u=  27.8000 v=   8.2000 vr=  -8.92640 vt=  27.57534
 i= 1089 j=  959 glon=  288.77 (0-360E) glon=  288.77 glat=  27.48 u=  27.2000 v=  12.5000 vr=  -9.82427 vt=  28.27674
 i= 1094 j=  959 glon=  288.97 (0-360E) glon=  288.97 glat=  27.48 u=  23.8000 v=  16.9000 vr= -11.40217 vt=  26.87081
 i= 1099 j=  959 glon=  289.17 (0-360E) glon=  289.17 glat=  27.48 u=  20.8000 v=  18.8000 vr= -11.04796 vt=  25.76864
 i= 1104 j=  959 glon=  289.37 (0-360E) glon=  289.37 glat=  27.48 u=  19.3000 v=  19.1000 vr=  -9.17836 vt=  25.55499
 i= 1109 j=  959 glon=  289.57 (0-360E) glon=  289.57 glat=  27.48 u=  18.1000 v=  18.8000 vr=  -7.03673 vt=  25.13035
 i= 1114 j=  959 glon=  289.77 (0-360E) glon=  289.77 glat=  27.48 u=  16.9000 v=  19.3000 vr=  -5.95084 vt=  24.95371
 i= 1119 j=  959 glon=  289.97 (0-360E) glon=  289.97 glat=  27.48 u=  15.2000 v=  19.4000 vr=  -5.18699 vt=  24.09347
 i= 1124 j=  959 glon=  290.17 (0-360E) glon=  290.17 glat=  27.48 u=  14.5000 v=  19.0000 vr=  -3.73529 vt=  23.60715
 i= 1054 j=  964 glon=  287.37 (0-360E) glon=  287.37 glat=  27.28 u=  19.8000 v=  -1.9000 vr=  -9.43294 vt=  17.51199
 i= 1059 j=  964 glon=  287.57 (0-360E) glon=  287.57 glat=  27.28 u=  21.2000 v=  -0.6000 vr=  -9.86045 vt=  18.77689
 i= 1064 j=  964 glon=  287.77 (0-360E) glon=  287.77 glat=  27.28 u=  22.6000 v=   0.9000 vr= -10.16586 vt=  20.20458
 i= 1069 j=  964 glon=  287.97 (0-360E) glon=  287.97 glat=  27.28 u=  23.8000 v=   2.5000 vr= -10.15505 vt=  21.66945
 i= 1074 j=  964 glon=  288.17 (0-360E) glon=  288.17 glat=  27.28 u=  24.7000 v=   4.5000 vr= -10.11297 vt=  22.97973
 i= 1079 j=  964 glon=  288.37 (0-360E) glon=  288.37 glat=  27.28 u=  25.0000 v=   6.9000 vr= -10.08666 vt=  23.89287
 i= 1084 j=  964 glon=  288.57 (0-360E) glon=  288.57 glat=  27.28 u=  24.6000 v=   9.7000 vr= -10.26380 vt=  24.37016
 i= 1089 j=  964 glon=  288.77 (0-360E) glon=  288.77 glat=  27.28 u=  23.3000 v=  12.3000 vr= -10.28587 vt=  24.25656
 i= 1094 j=  964 glon=  288.97 (0-360E) glon=  288.97 glat=  27.28 u=  21.1000 v=  14.5000 vr= -10.24509 vt=  23.46270
 i= 1099 j=  964 glon=  289.17 (0-360E) glon=  289.17 glat=  27.28 u=  19.7000 v=  15.2000 vr=  -8.88688 vt=  23.24120
 i= 1104 j=  964 glon=  289.37 (0-360E) glon=  289.37 glat=  27.28 u=  19.2000 v=  15.7000 vr=  -7.27817 vt=  23.70988
 i= 1109 j=  964 glon=  289.57 (0-360E) glon=  289.57 glat=  27.28 u=  18.1000 v=  16.4000 vr=  -6.27650 vt=  23.60457
 i= 1114 j=  964 glon=  289.77 (0-360E) glon=  289.77 glat=  27.28 u=  16.9000 v=  17.2000 vr=  -5.65611 vt=  23.44053
 i= 1119 j=  964 glon=  289.97 (0-360E) glon=  289.97 glat=  27.28 u=  15.7000 v=  17.4000 vr=  -4.78656 vt=  22.94208
 i= 1064 j=  969 glon=  287.77 (0-360E) glon=  287.77 glat=  27.08 u=  20.3000 v=   2.3000 vr=  -9.74858 vt=  17.95397
 i= 1069 j=  969 glon=  287.97 (0-360E) glon=  287.97 glat=  27.08 u=  20.8000 v=   4.2000 vr= -10.15008 vt=  18.63480
 i= 1074 j=  969 glon=  288.17 (0-360E) glon=  288.17 glat=  27.08 u=  21.2000 v=   5.9000 vr= -10.18238 vt=  19.50818
 i= 1079 j=  969 glon=  288.37 (0-360E) glon=  288.37 glat=  27.08 u=  21.4000 v=   7.3000 vr=  -9.73030 vt=  20.41008
 i= 1084 j=  969 glon=  288.57 (0-360E) glon=  288.57 glat=  27.08 u=  21.3000 v=   8.6000 vr=  -9.03518 vt=  21.11908
 i= 1089 j=  969 glon=  288.77 (0-360E) glon=  288.77 glat=  27.08 u=  20.2000 v=  10.5000 vr=  -8.94709 vt=  20.93417
 i= 1094 j=  969 glon=  288.97 (0-360E) glon=  288.97 glat=  27.08 u=  19.9000 v=  11.5000 vr=  -7.96602 vt=  21.55928
 i= 1099 j=  969 glon=  289.17 (0-360E) glon=  289.17 glat=  27.08 u=  19.3000 v=  12.9000 vr=  -7.46827 vt=  21.98010
 i= 1104 j=  969 glon=  289.37 (0-360E) glon=  289.37 glat=  27.08 u=  18.7000 v=  13.9000 vr=  -6.66908 vt=  22.32540
 i= 1109 j=  969 glon=  289.57 (0-360E) glon=  289.57 glat=  27.08 u=  17.6000 v=  15.1000 vr=  -6.36794 vt=  22.29842
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    28.2037300839562       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     59.41 kts
    LL Wind Circ Vt mean quadmax value: SE     50.35 kts
    LL Wind Circ Vt mean quadmax value: SW     40.99 kts
    LL Wind Circ Vt mean quadmax value: NW     50.78 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   7.64812787176582       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    28.8821654188198     
   xcenlon=    288.647688213407     
   imax=         2738  jmax=         2041
   jlatfix=          923
   ilonfix (unadjusted) =         1086
  
 In get_max_wind, ibeg=         1007  iend=         1164
                  jbeg=          855  jend=          992
         ilonfix=         1086  jlatfix=          923
 At end of get_max_wind, vmax=    51.4152866373416       rmax= 
   12.8084224047783     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.14 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.87 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   17.38 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   23.24 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   29.15 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   34.67 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   39.03 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   42.19 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   43.94 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   44.59 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   44.27 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   43.33 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   42.09 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   40.73 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   39.45 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   38.21 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   37.10 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   36.04 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   35.06 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.09 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.15 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   32.25 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   31.40 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   30.56 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   29.75 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   28.94 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   28.18 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   27.50 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   26.91 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   26.37 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   25.80 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   25.17 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   24.48 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   23.79 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   23.14 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   22.56 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   22.09 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.68 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.32 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.99 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.67 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.38 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    44.59 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    44.5925136596247      
  (m/s)   (in kts)=    86.6298762865529     
  rising_sum_dvdr=       38.4477762827543     
  declining_sum_dvdr=   -16.4108094667931     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    12 igrct=  1 Vmax (m/s)=   51.415   22:17:28
 TIMING: before call  getradii, fhr=    12 igrct=  1   22:17:28
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    6.98204183501056     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.98204183501056     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.3536451247528     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.3536451247528     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.4052799600963     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.4052799600963     
 mr4qs after add, mean_radii_vt_4quad_sum=    23.9471895168664     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   23.95 good_quad_ct=   4 mean_vt_4quad=      5.99
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.12 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.19 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.26 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.33 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.41 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.48 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.56 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.64 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.71 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.78 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.84 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.89 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.94 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.98 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.03 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.12 mean_vt_4quad=    9.72
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.19 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.30 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.38 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.45 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.51 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.55 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.60 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.71 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.75 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.80 mean_vt_4quad=   10.51
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.86 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.91 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.99 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.10 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.19 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.30 mean_vt_4quad=   11.00
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.41 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.55 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.67 mean_vt_4quad=   11.27
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.80 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.95 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.09 mean_vt_4quad=   11.55
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.27 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.41 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.54 mean_vt_4quad=   11.84
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.67 mean_vt_4quad=   11.94
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.83 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.01 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.17 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.28 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.44 mean_vt_4quad=   12.47
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.58 mean_vt_4quad=   12.59
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.70 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.81 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.87 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.87 mean_vt_4quad=   13.03
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.92 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.07 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.21 mean_vt_4quad=   13.38
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.34 mean_vt_4quad=   13.50
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.44 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.62 mean_vt_4quad=   13.75
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.75 .... 0.5*v_holland=    6.35
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.87 .... 0.5*v_holland=    6.35
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    6.35
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    6.35
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.24 .... 0.5*v_holland=    6.35
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    198.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   106.840800000000     
 vradius(iwindix,iquad) =         107
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.62 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   17.79 mean_vt_4quad=   13.87
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   17.96 mean_vt_4quad=   13.99
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.11 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.26 mean_vt_4quad=   14.24
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.42 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.59 mean_vt_4quad=   14.48
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.74 mean_vt_4quad=   14.60
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   18.91 mean_vt_4quad=   14.74
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.15 mean_vt_4quad=   14.91
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.42 mean_vt_4quad=   15.07
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.59 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   19.78 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.03 mean_vt_4quad=   15.56
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.27 mean_vt_4quad=   15.75
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.51 mean_vt_4quad=   15.96
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.77 mean_vt_4quad=   16.16
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.09 mean_vt_4quad=   16.36
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.45 mean_vt_4quad=   16.55
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.85 mean_vt_4quad=   16.77
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   22.28 mean_vt_4quad=   16.99
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.70 mean_vt_4quad=   17.22
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.09 mean_vt_4quad=   17.46
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.43 mean_vt_4quad=   17.70
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   23.75 mean_vt_4quad=   17.97
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.07 mean_vt_4quad=   18.26
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   24.44 mean_vt_4quad=   18.57
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   24.86 mean_vt_4quad=   18.88
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   25.44 mean_vt_4quad=   19.19
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   26.14 mean_vt_4quad=   19.52
  
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   26.14 mean_vt_4quad=   19.52
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   26.88 mean_vt_4quad=   19.89
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   27.59 mean_vt_4quad=   20.31
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   28.21 mean_vt_4quad=   20.80
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   28.64 mean_vt_4quad=   21.34
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   28.94 mean_vt_4quad=   21.92
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   29.34 mean_vt_4quad=   22.48
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   30.06 mean_vt_4quad=   23.00
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   30.80 mean_vt_4quad=   23.50
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   31.56 mean_vt_4quad=   24.03
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   32.41 mean_vt_4quad=   24.61
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   33.27 mean_vt_4quad=   25.27
  
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   11.61 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   11.69 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   11.75 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   11.83 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   11.90 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   11.96 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.01 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.06 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.13 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.20 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.26 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.33 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.39 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.48 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.56 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   12.62 mean_vt_4quad=    9.72
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   12.65 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   12.72 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   12.78 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   12.83 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   12.87 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   12.90 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   12.98 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.06 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.13 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.19 mean_vt_4quad=   10.51
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   13.24 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   13.34 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   13.49 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   13.60 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   13.71 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   13.81 mean_vt_4quad=   11.00
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   13.88 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   13.97 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.08 mean_vt_4quad=   11.27
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.23 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.36 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.51 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   14.66 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   14.82 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   14.96 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.11 mean_vt_4quad=   11.94
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.25 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.39 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.54 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.62 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.73 mean_vt_4quad=   12.47
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   15.84 mean_vt_4quad=   12.59
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   15.95 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.08 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.24 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.38 mean_vt_4quad=   13.03
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.52 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   16.65 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   16.80 mean_vt_4quad=   13.38
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.97 mean_vt_4quad=   13.50
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.16 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.33 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.51 mean_vt_4quad=   13.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.87 .... 0.5*v_holland=    6.44
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    6.44
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    6.44
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.24 .... 0.5*v_holland=    6.44
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   14.36 .... 0.5*v_holland=    6.44
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    195.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   105.222000000000     
 vradius(iwindix,iquad) =         105
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.51 mean_vt_4quad=   13.87
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.69 mean_vt_4quad=   13.99
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   17.83 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   17.95 mean_vt_4quad=   14.24
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.07 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.17 mean_vt_4quad=   14.48
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.26 mean_vt_4quad=   14.60
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   18.32 mean_vt_4quad=   14.74
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   18.40 mean_vt_4quad=   14.91
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   18.48 mean_vt_4quad=   15.07
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   18.61 mean_vt_4quad=   15.22
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   18.79 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   19.02 mean_vt_4quad=   15.56
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   19.30 mean_vt_4quad=   15.75
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   19.61 mean_vt_4quad=   15.96
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   20.00 mean_vt_4quad=   16.16
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   20.45 mean_vt_4quad=   16.36
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   20.96 mean_vt_4quad=   16.55
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   21.51 mean_vt_4quad=   16.77
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   22.03 mean_vt_4quad=   16.99
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   22.46 mean_vt_4quad=   17.22
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   22.80 mean_vt_4quad=   17.46
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   23.10 mean_vt_4quad=   17.70
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   23.51 mean_vt_4quad=   17.97
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   23.95 mean_vt_4quad=   18.26
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   24.44 mean_vt_4quad=   18.57
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   24.98 mean_vt_4quad=   18.88
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   25.63 mean_vt_4quad=   19.19
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   26.30 mean_vt_4quad=   19.52
  
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   26.30 mean_vt_4quad=   19.52
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   27.16 mean_vt_4quad=   19.89
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   28.08 mean_vt_4quad=   20.31
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   28.94 mean_vt_4quad=   20.80
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   29.64 mean_vt_4quad=   21.34
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   30.21 mean_vt_4quad=   21.92
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   30.68 mean_vt_4quad=   22.48
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   30.96 mean_vt_4quad=   23.00
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   31.34 mean_vt_4quad=   23.50
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   32.06 mean_vt_4quad=   24.03
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   33.28 mean_vt_4quad=   24.61
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.14 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   10.21 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   10.22 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   10.20 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   10.24 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   10.32 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   10.50 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   10.67 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.78 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.89 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   11.00 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.12 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.24 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.34 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.42 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.54 mean_vt_4quad=    9.72
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.65 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.79 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.95 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.10 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.25 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.40 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.51 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.60 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   12.69 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   12.80 mean_vt_4quad=   10.51
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   12.88 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.99 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.08 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.19 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.27 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.38 mean_vt_4quad=   11.00
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.51 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.61 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.74 mean_vt_4quad=   11.27
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.86 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.96 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.04 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   14.11 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   14.19 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.29 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   14.40 mean_vt_4quad=   11.94
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.50 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.60 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.66 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.80 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.91 mean_vt_4quad=   12.47
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.03 mean_vt_4quad=   12.59
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.14 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.23 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.30 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.38 mean_vt_4quad=   13.03
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.47 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.57 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.74 mean_vt_4quad=   13.38
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   15.95 mean_vt_4quad=   13.50
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.13 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.25 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.29 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.32 mean_vt_4quad=   13.99
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.38 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.48 mean_vt_4quad=   14.24
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.61 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.74 mean_vt_4quad=   14.48
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.87 mean_vt_4quad=   14.60
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.99 mean_vt_4quad=   14.74
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.11 mean_vt_4quad=   14.91
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.21 mean_vt_4quad=   15.07
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.33 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.51 mean_vt_4quad=   15.38
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    7.72
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   15.56 .... 0.5*v_holland=    7.72
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   15.75 .... 0.5*v_holland=    7.72
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   15.96 .... 0.5*v_holland=    7.72
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   16.16 .... 0.5*v_holland=    7.72
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    162.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   87.4152000000000     
 vradius(iwindix,iquad) =          87
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.51 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   17.72 mean_vt_4quad=   15.56
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.93 mean_vt_4quad=   15.75
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   18.21 mean_vt_4quad=   15.96
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   18.55 mean_vt_4quad=   16.16
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   18.91 mean_vt_4quad=   16.36
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   19.39 mean_vt_4quad=   16.55
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   19.94 mean_vt_4quad=   16.77
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   20.57 mean_vt_4quad=   16.99
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   21.21 mean_vt_4quad=   17.22
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   21.83 mean_vt_4quad=   17.46
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   22.35 mean_vt_4quad=   17.70
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   22.75 mean_vt_4quad=   17.97
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   23.03 mean_vt_4quad=   18.26
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   23.09 mean_vt_4quad=   18.57
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   23.01 mean_vt_4quad=   18.88
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   22.91 mean_vt_4quad=   19.19
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.98 mean_vt_4quad=   19.52
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   23.19 mean_vt_4quad=   19.89
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   23.47 mean_vt_4quad=   20.31
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.80 mean_vt_4quad=   20.80
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   24.12 mean_vt_4quad=   21.34
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   24.72 mean_vt_4quad=   21.92
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   25.32 mean_vt_4quad=   22.48
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   25.65 mean_vt_4quad=   23.00
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   25.53 mean_vt_4quad=   23.50
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   25.48 mean_vt_4quad=   24.03
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   26.15 mean_vt_4quad=   24.61
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   26.15 mean_vt_4quad=   24.61
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   27.02 mean_vt_4quad=   25.27
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   27.79 mean_vt_4quad=   25.98
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   28.81 mean_vt_4quad=   26.74
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   30.20 mean_vt_4quad=   27.54
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   31.54 mean_vt_4quad=   28.40
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   32.76 mean_vt_4quad=   29.30
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   34.13 mean_vt_4quad=   30.26
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   10.26 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   10.29 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   10.30 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   10.33 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   10.38 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   10.43 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.50 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.57 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.64 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.71 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.77 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   10.86 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   10.98 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   11.09 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   11.19 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   11.29 mean_vt_4quad=    9.72
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   11.41 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   11.50 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   11.59 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.66 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.72 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.80 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   11.91 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   12.06 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   12.23 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   12.37 mean_vt_4quad=   10.51
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.42 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.48 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.57 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   12.69 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   12.79 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   12.94 mean_vt_4quad=   11.00
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   13.02 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   13.10 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   13.16 mean_vt_4quad=   11.27
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   13.32 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   13.49 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   13.61 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   13.73 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   13.85 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.99 mean_vt_4quad=   11.84
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   14.12 mean_vt_4quad=   11.94
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   14.25 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   14.36 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   14.50 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   14.64 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   14.78 mean_vt_4quad=   12.47
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   14.94 mean_vt_4quad=   12.59
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.11 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   15.26 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   15.37 mean_vt_4quad=   12.92
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   15.56 mean_vt_4quad=   13.03
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   15.80 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   15.98 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   16.09 mean_vt_4quad=   13.38
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   16.21 mean_vt_4quad=   13.50
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   16.31 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   16.41 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   16.52 mean_vt_4quad=   13.87
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   16.65 mean_vt_4quad=   13.99
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   16.80 mean_vt_4quad=   14.12
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   16.99 mean_vt_4quad=   14.24
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   17.19 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.40 mean_vt_4quad=   14.48
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.50 mean_vt_4quad=   14.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   14.60 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   14.74 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   14.91 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.07 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   15.22 .... 0.5*v_holland=    7.08
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    177.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   95.5092000000000     
 vradius(iwindix,iquad) =          96
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.50 mean_vt_4quad=   14.60
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   17.85 mean_vt_4quad=   14.74
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   18.10 mean_vt_4quad=   14.91
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   18.24 mean_vt_4quad=   15.07
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   18.34 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   18.54 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   18.76 mean_vt_4quad=   15.56
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   19.01 mean_vt_4quad=   15.75
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   19.33 mean_vt_4quad=   15.96
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.63 mean_vt_4quad=   16.16
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   19.94 mean_vt_4quad=   16.36
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   20.28 mean_vt_4quad=   16.55
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   20.64 mean_vt_4quad=   16.77
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   20.94 mean_vt_4quad=   16.99
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   21.15 mean_vt_4quad=   17.22
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   21.13 mean_vt_4quad=   17.46
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   21.04 mean_vt_4quad=   17.70
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.05 mean_vt_4quad=   17.97
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.26 mean_vt_4quad=   18.26
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   21.70 mean_vt_4quad=   18.57
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.22 mean_vt_4quad=   18.88
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.61 mean_vt_4quad=   19.19
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   22.90 mean_vt_4quad=   19.52
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.28 mean_vt_4quad=   19.89
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   23.78 mean_vt_4quad=   20.31
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.34 mean_vt_4quad=   20.80
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.14 mean_vt_4quad=   21.34
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.98 mean_vt_4quad=   21.92
  
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.98 mean_vt_4quad=   21.92
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   26.79 mean_vt_4quad=   22.48
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   27.34 mean_vt_4quad=   23.00
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   27.82 mean_vt_4quad=   23.50
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   28.31 mean_vt_4quad=   24.03
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   28.94 mean_vt_4quad=   24.61
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   29.73 mean_vt_4quad=   25.27
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   30.63 mean_vt_4quad=   25.98
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   31.71 mean_vt_4quad=   26.74
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   32.80 mean_vt_4quad=   27.54
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   33.79 mean_vt_4quad=   28.40
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 TIMING: after call  getradii, fhr=    12 igrct=  1   22:17:28
 TIMING: after getrad_iter_loop, fhr=    12 igrct=  2 Vmax (m/s)=   51.415   22:17:28
 TIMING: Before get_phase ... 22:17:28
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           12 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =   358.402
  
  
  In get_cps_paramb, lead time=           12 :           0   08L  FRANKLIN 
   right_ct=          908   left_ct=          908
   zthicksum(1)=    3090916.48212500     
   zthicksum(2)=    3095605.13812500     
   zthick_right_mean=    3404.09304198789     
   zthick_left_mean=     3409.25676004956     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -5.16371806167172     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           28.22
  Sum of y-diffs squared (ydiff2) =         4003.28
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   587.62   6.7452       33.05   0.1661    -2.91     8.46     1092.17
    2   577.73   6.6846       23.16   0.1055     0.33     0.11      536.39
    3   565.50   6.6201       10.94   0.0409     2.08     4.31      119.60
    4   550.96   6.5511       -3.61  -0.0281     2.47     6.10       13.02
    5   533.38   6.4770      -21.19  -0.1022     0.93     0.86      449.10
    6   512.22   6.3969      -42.34  -0.1822    -2.89     8.38     1793.01
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   554.568     x:    6.58
  
  slope=    216.490         y-intercept =   -869.755
  Regression equation:   Y =  -869.75 +   216.49X
  
  R2(r_squared) =  0.9930        r =  0.9965
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1058.01 zmin=  462.25 zdiff=  595.76
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1552.35 zmin=  964.74 zdiff=  587.62
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.14 dlnp=     -0.057158  dzdlnp=      142.481
  
   +++ k=  3 press=    800.0 zmax= 2071.22 zmin= 1493.49 zdiff=  577.73
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -9.89 dlnp=     -0.060625  dzdlnp=      163.102
  
   +++ k=  4 press=    750.0 zmax= 2617.44 zmin= 2051.93 zdiff=  565.50
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -12.22 dlnp=     -0.064539  dzdlnp=      189.406
  
   +++ k=  5 press=    700.0 zmax= 3194.45 zmin= 2643.49 zdiff=  550.96
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -14.54 dlnp=     -0.068993  dzdlnp=      210.804
  
   +++ k=  6 press=    650.0 zmax= 3805.99 zmin= 3272.62 zdiff=  533.38
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -17.58 dlnp=     -0.074108  dzdlnp=      237.275
  
   +++ k=  7 press=    600.0 zmax= 4457.52 zmin= 3945.29 zdiff=  512.22
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.15 dlnp=     -0.080043  dzdlnp=      264.259
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           92.12
  Sum of y-diffs squared (ydiff2) =        20848.25
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   487.34   6.3099       75.70   0.2788    -3.64    13.27     5730.29
    2   462.29   6.2146       50.64   0.1834    -1.57     2.47     2564.68
    3   436.53   6.1092       24.88   0.0781     2.66     7.06      619.15
    4   405.18   5.9915       -6.46  -0.0397     4.84    23.39       41.75
    5   365.86   5.8579      -45.79  -0.1732     3.51    12.35     2096.66
    6   312.67   5.7038      -98.97  -0.3274    -5.79    33.58     9795.72
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   411.645     x:    6.03
  
  slope=    284.623         y-intercept =  -1304.960
  Regression equation:   Y = -1304.96 +   284.62X
  
  R2(r_squared) =  0.9956        r =  0.9978
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4457.52 zmin= 3945.29 zdiff=  512.22
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5155.15 zmin= 4667.80 zdiff=  487.34
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -24.88 dlnp=     -0.087011  dzdlnp=      285.940
  
   +++ k=  9 press=    500.0 zmax= 5909.90 zmin= 5447.62 zdiff=  462.29
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -25.06 dlnp=     -0.095310  dzdlnp=      262.889
  
   +++ k= 10 press=    450.0 zmax= 6732.25 zmin= 6295.72 zdiff=  436.53
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -25.76 dlnp=     -0.105361  dzdlnp=      244.494
  
   +++ k= 11 press=    400.0 zmax= 7634.69 zmin= 7229.51 zdiff=  405.18
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -31.34 dlnp=     -0.117783  dzdlnp=      266.116
  
   +++ k= 12 press=    350.0 zmax= 8635.17 zmin= 8269.31 zdiff=  365.86
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -39.33 dlnp=     -0.133531  dzdlnp=      294.523
  
   +++ k= 13 press=    300.0 zmax= 9755.35 zmin= 9442.68 zdiff=  312.67
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -53.18 dlnp=     -0.154151  dzdlnp=      345.013
  
cps_stats: 08L   lead time=  12: 0   paramb=    -5.16  vtl=    216.49  vtu=    284.62
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   12:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.648 (0-360) guesslon=  288.648E  (  71.352W)   guesslat=   28.882
 ilonfix=         1086  jlatfix=          923  npts=           33
 ibeg=         1012  jbeg=          855  imax=         2738
 iend=         1160  jend=          991  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  287.328E  (0-360) ctlon=  287.328E  (  72.672W)  ctlat=   28.762 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.328E   (0-360) guesslon=  287.328E  (  72.672W)   guesslat=   28.762
 ilonfix=         1053  jlatfix=          926  npts=           16
 ibeg=         1003  jbeg=          882  imax=         2738
 iend=         1103  jend=          970  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.008E  (0-360) ctlon=  287.008  (  72.992W)  ctlat=   28.842 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    12:00  mean_lon:  287.01E (  72.99W)    (0-360) mean_lon=  287.01E  mean_lat:   28.84  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    12:00  ifix:  1021   jfix:   901  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1021  jx=          901
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         443 ,         324 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         442 ,         323 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    12:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:28
 TIMING: Before shear ... 22:17:28
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            3
  clon(ist,ifh,3)=    288.611606790718     
  clat(ist,ifh,3)=    28.9099168114446     
  fixlon(ist,ifh)=    288.647688213407     
  fixlat(ist,ifh)=    28.8821654188198     
  xcenlon=    288.611606790718     
  xcenlat=    28.9099168114446     
  
 xxshear
 In get_shear A, xcenlon=    288.611606790718       xcenlat= 
   28.9099168114446     
   In get_shear B, (0-360) xcenlon=    288.611606790718     
  
At start of get_shear:  08L   fhr=   12:00   Mean fix position=   288.65E  ( 71.35W)    28.88  (0-360) mean lon fix=  288.65
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   49.41 vr_mean(idist,ilev)=    2.76
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   41.98 vr_mean(idist,ilev)=    1.24
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   34.42 vr_mean(idist,ilev)=   -1.16
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   29.92 vr_mean(idist,ilev)=   -0.89
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.60 vr_mean(idist,ilev)=   -0.23
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.75 vr_mean(idist,ilev)=    0.43
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.29 vr_mean(idist,ilev)=   -0.39
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.20 vr_mean(idist,ilev)=   -0.62
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.73 vr_mean(idist,ilev)=   -0.92
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.19 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.93 vr_mean(idist,ilev)=   -1.01
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.44 vr_mean(idist,ilev)=   -1.06
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.24 vr_mean(idist,ilev)=   -0.95
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.17 vr_mean(idist,ilev)=   -0.78
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.23 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.44 vr_mean(idist,ilev)=   -0.62
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.78 vr_mean(idist,ilev)=   -0.62
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.99 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.18 vr_mean(idist,ilev)=   -0.55
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -16.25 vr_mean(idist,ilev)=   16.25
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -24.37 vr_mean(idist,ilev)=   24.37
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -32.50 vr_mean(idist,ilev)=   32.50
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -40.63 vr_mean(idist,ilev)=   40.63
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -48.76 vr_mean(idist,ilev)=   48.76
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -56.90 vr_mean(idist,ilev)=   56.90
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -65.04 vr_mean(idist,ilev)=   65.04
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -73.19 vr_mean(idist,ilev)=   73.19
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -81.34 vr_mean(idist,ilev)=   81.34
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -89.50 vr_mean(idist,ilev)=   89.50
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -97.66 vr_mean(idist,ilev)=   97.66
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -105.84 vr_mean(idist,ilev)=  105.84
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -114.02 vr_mean(idist,ilev)=  114.02
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -122.21 vr_mean(idist,ilev)=  122.21
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -130.42 vr_mean(idist,ilev)=  130.42
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -138.63 vr_mean(idist,ilev)=  138.63
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -146.86 vr_mean(idist,ilev)=  146.86
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -155.10 vr_mean(idist,ilev)=  155.10
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -163.36 vr_mean(idist,ilev)=  163.36
  
 At end of get_shear: 
     ist=    2 ifh=    3 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:28
  
 After call to fixcenter, fix positions at 
 forecast hour=   12:00 follow:
  
fixpos  08L   fhr=   12:00   Fix position=   288.65E  ( 71.35W)    28.88   Max Wind= 100 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.672039547224     
 xxxx get_next_ges, curr fix lon=    288.647688213407     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.647688213407        fixlat=    28.8821654188198     
        (0-360) fixlon=    288.647688213407     
      ilonfix=         1086   jlatfix=          923
      ibeg=          602   iend=         1570
      jbeg=          471   jend=         1375
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.166449154574625       vavg=    6.20010089362286     
      ubar=  -4.161228864365614E-002  vbar=    1.55002522340571     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.515844431346869       vavg=    5.11515174423514     
      ubar=   0.216309927029778       vbar=    4.10760109552328     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.08682269476265       vavg=    2.24653338335383     
      ubar=   0.488015600720440       vbar=    4.66923444136174     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.488015600720440       vbar=    4.66923444136174     
      wgttot=    1.00000000000000     
      fixlon=    288.647688213407        fixlat=    28.8821654188198     
      barnlon=    288.756431750250       barnlat=    29.7891806140618     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.871764408238185     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.756431750250     
     Raw (no conversion for GM wrap) extraplon=    288.623156992893     
  
 --- barnlon=    288.76E  (  71.24W)    barnlat=     29.79
 --- extraplon=  288.62E  (  71.38W)    extraplat=   29.65
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   28.88
 | Current fix lon is   71.35W   ( 288.65E)
 | Current fix lon (raw, unadjusted)=  288.65E
 | Updated guess lat for next fcst hour is   29.72
 | Updated guess lon (0-360) for next fcst hour is   71.31W   ( 288.69E)
 | Raw updated guess lon for next fcst hour is  288.69E)
 -------------------------------------------------
  
 iocheck, dist=    93.0188804854028        distm=    93018.8804854028     
 iocheck, stmspd=    4.30642965210198        istmspd=           84
 iocheck, xincr=   4.210615816526797E-002   yincr=   0.835732084730420     
 iocheck, stmdir=    2.88425802322618        istmdir=            3
 +++ RPT_STORM_MOTION: istmspd=    84 kts(*10)    istmdir=     3 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   3
     Fix location for this time:   288.65E  ( 71.35W)    28.88
     Fix lon (raw) for this time:  288.65E
     ilonfix= 1086  jlatfix=  923
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.647688213407       xcenlat=    28.8821654188198     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.647688213407       xcenlat=    28.8821654188198     
  ilonfix=         1086  jlatfix=          923
  ibeg=          962  iend=         1210
  jbeg=          807  jend=         1039  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.647688213407        xcenlat=    28.8821654188198     
      ilonfix=         1086   jlatfix=          923
      ibeg=          962   iend=         1210
      jbeg=          807   jend=         1039
 After call to barnes, xsmoothval=   4.315950861199472E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.315950861199472E-004
      xcenlon=    288.647688213407        xcenlat=    28.8821654188198     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000432  imeanzeta (*1e6)=      432
   --- mean zeta raw =   4.315950861199472E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004943  igrid zeta (*1e6)=     4943 ifilret=   0
   --- grid zeta raw=   4.942738974236483E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.647688213407       xcenlat=    28.8821654188198     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.647688213407       xcenlat=    28.8821654188198     
  ilonfix=         1086  jlatfix=          923
  ibeg=          962  iend=         1210
  jbeg=          807  jend=         1039  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.647688213407        xcenlat=    28.8821654188198     
      ilonfix=         1086   jlatfix=          923
      ibeg=          962   iend=         1210
      jbeg=          807   jend=         1039
 After call to barnes, xsmoothval=   4.060573844833399E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.060573844833399E-004
      xcenlon=    288.647688213407        xcenlat=    28.8821654188198     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000406  imeanzeta (*1e6)=      406
   --- mean zeta raw =   4.060573844833399E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004754  igrid zeta (*1e6)=     4754 ifilret=   0
   --- grid zeta raw=   4.753738974236484E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           12
  
 segx, outlon=    288.647688213407       outlat=    28.8821654188198     
   ist=            2  ifcsthour=           12
   vmaxwind=    51.4152866373416       xminmslp=    94815.4100000000     
   vradius=          107          60          42         105          60
          44          87          44          32          96          52
          36
   maxstorm=            6
   plastbar=    100815.410000000       rlastbar=    119.475163474753     
   rmax=    12.8084224047783     
   cps_vals=   -5.16371806167172        216.490387920360     
   284.622842542601     
   wcore_flag= n
   istmspd=           84  istmdir=            3
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     44.5925136596247     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   119.475163474753       irlastbar=         119
 output: plastbar=   100815.410000000       iplastbar=        1008
 rmax=    12.8084224047783        irmax=           13
 TXX top of atcfunix_ext, ist=            2  ifh=           12
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   119.475163474753       irlastbar=         119
 output: plastbar=   100815.410000000       iplastbar=        1008
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           12
 intlat=          289
 clatns= N
 intlon=          714
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=          100
 int(xminmslp/mslp_outp_adj + 0.5)=          948
 XX,  34, NEQ
 vradius(1,1)=          107
 vradius(1,2)=          105
 vradius(1,3)=           87
 vradius(1,4)=           96
 iplastbar=         1008
 irlastbar=          119
 irmax=           13
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            3
 istmspd=           84
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -52
 icps_vals(2)=         2165
 icps_vals(3)=         2846
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           87
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          432
 igridzeta(1)=         4943
 imeanzeta(2)=          406
 igridzeta(2)=         4754
  
 rmax=    12.8084224047783        irmax=           13
 +++ Top of output_atcf_parms, ist=            2  ifh=           12
  
 xxxx get_next_ges, prev fix lon=    288.672039547224     
 xxxx get_next_ges, curr fix lon=    288.647688213407     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.647688213407        fixlat=    28.8821654188198     
        (0-360) fixlon=    288.647688213407     
      ilonfix=         1086   jlatfix=          923
      ibeg=          602   iend=         1570
      jbeg=          471   jend=         1375
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.166449154574625       vavg=    6.20010089362286     
      ubar=  -4.161228864365614E-002  vbar=    1.55002522340571     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.515844431346869       vavg=    5.11515174423514     
      ubar=   0.216309927029778       vbar=    4.10760109552328     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.08682269476265       vavg=    2.24653338335383     
      ubar=   0.488015600720440       vbar=    4.66923444136174     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.488015600720440       vbar=    4.66923444136174     
      wgttot=    1.00000000000000     
      fixlon=    288.647688213407        fixlat=    28.8821654188198     
      barnlon=    288.756431750250       barnlat=    29.7891806140618     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.871764408238185     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.756431750250     
     Raw (no conversion for GM wrap) extraplon=    288.623156992893     
  
 --- barnlon=    288.76E  (  71.24W)    barnlat=     29.79
 --- extraplon=  288.62E  (  71.38W)    extraplat=   29.65
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   28.88
 | Current fix lon is   71.35W   ( 288.65E)
 | Current fix lon (raw, unadjusted)=  288.65E
 | Updated guess lat for next fcst hour is   29.72
 | Updated guess lon (0-360) for next fcst hour is   71.31W   ( 288.69E)
 | Raw updated guess lon for next fcst hour is  288.69E)
 -------------------------------------------------
  
 iocheck, dist=    93.0188804854028        distm=    93018.8804854028     
 iocheck, stmspd=    4.30642965210198        istmspd=           84
 iocheck, xincr=   4.210615816526797E-002   yincr=   0.835732084730420     
 iocheck, stmdir=    2.88425802322618        istmdir=            3
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   12:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   7.455815564127597E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.390E  (0-360) ctlon=  274.390E  (  85.610W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.746E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.390E   (0-360) guesslon=  274.390E  (  85.610W)   guesslat=   21.634
 ilonfix=          730  jlatfix=         1105  npts=           16
 ibeg=          682  jbeg=         1061  imax=         2738
 iend=          778  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.570E  (0-360) ctlon=  274.570  (  85.430W)  ctlat=   21.614 fmax (x10e5) =        0.735E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.859766479790657E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.790E  (0-360) ctlon=  274.790E  (  85.210W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.586E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.790E   (0-360) guesslon=  274.790E  (  85.210W)   guesslat=   21.634
 ilonfix=          740  jlatfix=         1105  npts=           16
 ibeg=          692  jbeg=         1061  imax=         2738
 iend=          788  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.670E  (0-360) ctlon=  274.670  (  85.330W)  ctlat=   21.514 fmax (x10e5) =        0.619E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.790E  (0-360) ctlon=  274.790E  (  85.210W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.790E   (0-360) guesslon=  274.790E  (  85.210W)   guesslat=   21.634
 ilonfix=          740  jlatfix=         1105  npts=           16
 ibeg=          692  jbeg=         1061  imax=         2738
 iend=          788  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.570E  (0-360) ctlon=  274.570  (  85.430W)  ctlat=   21.614 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.790E  (0-360) ctlon=  274.790E  (  85.210W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.303E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.790E   (0-360) guesslon=  274.790E  (  85.210W)   guesslat=   21.634
 ilonfix=          740  jlatfix=         1105  npts=           16
 ibeg=          692  jbeg=         1061  imax=         2738
 iend=          788  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.670E  (0-360) ctlon=  274.670  (  85.330W)  ctlat=   21.614 fmax =       -0.100E+16 fmin =        0.303E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.390E  (0-360) ctlon=  274.390E  (  85.610W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.995E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.390E   (0-360) guesslon=  274.390E  (  85.610W)   guesslat=   21.634
 ilonfix=          730  jlatfix=         1105  npts=           16
 ibeg=          682  jbeg=         1061  imax=         2738
 iend=          778  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.570E  (0-360) ctlon=  274.570  (  85.430W)  ctlat=   21.614 fmax =       -0.100E+16 fmin =        0.994E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.910 (0-360) guesslon=  274.910E  (  85.090W)   guesslat=   21.754
 ilonfix=          743  jlatfix=         1102  npts=           33
 ibeg=          671  jbeg=         1034  imax=         2738
 iend=          815  jend=         1170  jmax=         2041
 TIMING: find_maxmin 1  22:17:28
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.447073988997130E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.390E  (0-360) ctlon=  274.390E  (  85.610W)  ctlat=   21.634 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.545E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.390E   (0-360) guesslon=  274.390E  (  85.610W)   guesslat=   21.634
 ilonfix=          730  jlatfix=         1105  npts=           16
 ibeg=          682  jbeg=         1061  imax=         2738
 iend=          778  jend=         1149  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.570E  (0-360) ctlon=  274.570  (  85.430W)  ctlat=   21.614 fmax (x10e5) =        0.565E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.659076088101        uvgeslat=    21.6216603636944     
    (0-360 uvgeslon)=    274.659076088101     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:17:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.659076088101        uvgeslat=    21.6216603636944     
    (0-360 uvgeslon)=    274.659076088101     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.659076088101     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.659E  (0-360E lon):  274.659E    85.341W  ctlat=   21.622  xmax_circul_disk =     105288772.3
 TIMING: get_wind_circ kloop, k=  1   22:17:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.659E  (0-360E)=  274.659E  (  85.341W)   guesslat=   21.622
 ilonfix=          737  jlatfix=         1105  npts=           56
 ibeg=          669  jbeg=         1041  imax=         2738
 iend=          805  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105414912.636243     
 nhalf get_wind_circ, k=  1 ctlon=  274.619E  (0-360E)=  274.619E  ctlon=   85.381W   ctlat=   21.642 Wind Circulation (NHEM: Max) =     105414912.6
 TIMING: After GWC 850 ... 22:17:28
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:17:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.659076088101        uvgeslat=    21.6216603636944     
    (0-360 uvgeslon)=    274.659076088101     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.659076088101     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.979E  (0-360E lon):  274.979E    85.021W  ctlat=   21.622  xmax_circul_disk =     104469957.7
 TIMING: get_wind_circ kloop, k=  1   22:17:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.979E  (0-360E)=  274.979E  (  85.021W)   guesslat=   21.622
 ilonfix=          745  jlatfix=         1105  npts=           56
 ibeg=          677  jbeg=         1041  imax=         2738
 iend=          813  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    104750087.073691     
 nhalf get_wind_circ, k=  1 ctlon=  274.999E  (0-360E)=  274.999E  ctlon=   85.001W   ctlat=   21.582 Wind Circulation (NHEM: Max) =     104750087.1
 TIMING: After GWC 700 ... 22:17:28
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:17:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.659076088101        uvgeslat=    21.6216603636944     
    (0-360 uvgeslon)=    274.659076088101     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.659076088101     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.339E  (0-360E lon):  274.339E    85.661W  ctlat=   21.622  xmax_circul_disk =      69447897.2
 TIMING: get_wind_circ kloop, k=  1   22:17:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.339E  (0-360E)=  274.339E  (  85.661W)   guesslat=   21.622
 ilonfix=          729  jlatfix=         1105  npts=           56
 ibeg=          661  jbeg=         1041  imax=         2738
 iend=          797  jend=         1169  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    70830716.3969731     
 nhalf get_wind_circ, k=  1 ctlon=  274.539E  (0-360E)=  274.539E  ctlon=   85.461W   ctlat=   21.642 Wind Circulation (NHEM: Max) =      70830716.4
 TIMING: After GWC Sfc ... 22:17:28
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.55  xavg_stderr=    10.74
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            3  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    12:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.91E   (0-360) guesslon=  274.91E  ( 85.09W)    21.75
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.57       85.43      21.61           73.53       T         38.42
   2    zeta 700    Max       274.67       85.33      21.51           61.87       T         36.43
   3    circ 850    Max       274.62       85.38      21.64          105.41       T         32.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       275.00       85.00      21.58          104.75       T         21.30
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.57       85.43      21.61         1371.18       T         38.42
   8     gph 700    Min       274.67       85.33      21.61         3033.16       T         29.28
   9        MSLP    Min       274.57       85.43      21.61        99432.17       T         38.42
  10    circ sfc    Max       274.54       85.46      21.64           70.83       T         40.32
  11    zeta sfc    Max       274.57       85.43      21.61           56.46       T         38.42
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.7368757662590       stderr_close= 
   9.60030029740938       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   7.497 devia=   0.781 wtpos=  0.77081     274.57   274.57    85.43    21.61
 ip=  2 kprm=  2 dist_from_mean=  10.560 devia=   1.100 wtpos=  0.69304     274.67   274.67    85.33    21.51
 ip=  3 kprm=  3 dist_from_mean=   4.643 devia=   0.484 wtpos=  0.85112     274.62   274.62    85.38    21.64
 ip=  5 kprm=  4 dist_from_mean=  37.024 devia=   3.857 wtpos=  0.27651     275.00   275.00    85.00    21.58
 ip=  7 kprm=  5 dist_from_mean=   7.497 devia=   0.781 wtpos=  0.77081     274.57   274.57    85.43    21.61
 ip=  8 kprm=  6 dist_from_mean=   3.059 devia=   0.319 wtpos=  0.89922     274.67   274.67    85.33    21.61
 ip=  9 kprm=  7 dist_from_mean=   7.497 devia=   0.781 wtpos=  0.77081     274.57   274.57    85.43    21.61
 ip= 10 kprm=  8 dist_from_mean=  11.356 devia=   1.183 wtpos=  0.67415     274.54   274.54    85.46    21.64
 ip= 11 kprm=  9 dist_from_mean=   7.497 devia=   0.781 wtpos=  0.77081     274.57   274.57    85.43    21.61
  
At end of fixcenter:  10L   fhr=   12:00   Fix position=   274.62E  (0-360) fixlon=  274.62  ( 85.38W)    21.61
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.616119487002     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.569987406283     
        (0-360E clon(ist,ifh,9))=    274.569987406283     
      clat(ist,ifh,9)=    21.6143878182398     
      xval(9)=    99432.1745721915     
  
  After get_ij B, ibeg jbeg =          628         967
  After get_ij B, iend jend =          842        1243
  
 In is_it_a_storm, ilonfix=          735  jlatfix=         1105
 ibeg jbeg iend jend =          628         967         842        1243
 cparm= slp  parmlon parmlat =    274.569987406283        21.6143878182398     
     (0-360E parmlon) =    274.569987406283     
 parmval=    99432.1745721915     
  
 i=  713 j= 1042 glon=  273.73 (0-360E) glon=  273.73 glat=  24.16 dist=   295.98 slp=  100497.65 pgradient=  3.59984
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.59984
 mslp center =    274.569987406283        21.6143878182398     
   99432.1745721915     
   (0-360E) lon of mslp center =    274.569987406283     
 pgrad loc   =    273.729288000000        273.729288000000     
   86.2707120000000        24.1610440000000        100497.650000000     
  ttest at location C IF....
      xinp_fixlat=    21.6143878182398     
      xinp_fixlon=    274.569987406283       (0-360E) xinp_fixlon= 
   274.569987406283     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98422.4500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          735  jfix=         1105
 longitude=    274.569987406283      E   (   85.4300125937168      
 W)  (0-360E) xinp_fixlon=    274.569987406283     
 latitude=    21.6143878182398     
 mean mslp value (xval(9))=    99432.1745721915     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          735  jfix=         1105
 longitude=    274.569987406283      E   (   85.4300125937168      
 W)  (0-360E) xinp_fixlon=    274.569987406283     
 latitude=    21.6143878182398     
 mean mslp value (xval(9))=    99432.1745721915     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          735  jx=         1105
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98422.4500000000       xcentval=    98422.4500000000     
 At A, num_found_contours=            0
 At A, contlo=    98422.4500000000       conthi=    98822.4500000000     
  
 num_found_contours=            0
 contlo=    98422.4500000000       conthi=    98822.4500000000     
 xcentval=    98422.4500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98822.4500000000       conthi=    99222.4500000000     
  
 num_found_contours=            1
 contlo=    98822.4500000000       conthi=    99222.4500000000     
 xcentval=    98422.4500000000     
 At A, num_found_contours=            2
 At A, contlo=    99222.4500000000       conthi=    99622.4500000000     
  
 num_found_contours=            2
 contlo=    99222.4500000000       conthi=    99622.4500000000     
 xcentval=    98422.4500000000     
 At A, num_found_contours=            3
 At A, contlo=    99622.4500000000       conthi=    100022.450000000     
  
 num_found_contours=            3
 contlo=    99622.4500000000       conthi=    100022.450000000     
 xcentval=    98422.4500000000     
 At A, num_found_contours=            4
 At A, contlo=    100022.450000000       conthi=    100422.450000000     
  
 num_found_contours=            4
 contlo=    100022.450000000       conthi=    100422.450000000     
 xcentval=    98422.4500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         751 ,        1131 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98422.4500000000     
 !!! (i,j) of central value = (         735 ,        1105 )
 !!!  
 !!! Flagged value found    =    100007.890000000     
 !!! (i,j) of flagged value = (         751 ,        1132 )
 !!!   
 !!! Lower bound of contour interval =    100022.450000000     
 !!! Upper bound of contour interval =    100422.450000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          735  jfix=         1105
 longitude=    274.569987406283      E   (   85.4300125937168      W)  
 (0-360E) xinp_fixlon=    274.569987406283     
 latitude=    21.6143878182398     
 mean mslp value (xval(9))=    99432.1745721915     
 gridpoint mslp value=    98422.4500000000     
 ccflag= y
 prs of last closed isobar =    100022.450000000     
 radius of last closed isobar =    40.5904467053859       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   12:00
 !!! Boundary check xinp_fixlat is   21.61
 !!! Boundary check xinp_fixlon is   85.43W   ( 274.57E)  (0-360E) xinp_fixlon=  274.57
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.619077088101     
  850 mb wcirc fix lat=    21.6416598636944     
    (0-360) 850 mb wcirc fix lon=    274.619077088101     
  Multi-parm fix lon=      274.616119487002     
  Multi-parm fix lat=      21.6087135201283     
    (0-360) Multi-parm fix lon=      274.616119487002     
  
  
  After get_ij B, ibeg jbeg =          646        1000
  After get_ij B, iend jend =          826        1208
  
 In is_it_a_storm, ilonfix=          736  jlatfix=         1104
 ibeg jbeg iend jend =          646        1000         826        1208
 cparm= v850  parmlon parmlat =    274.619077088101        21.6416598636944     
     (0-360E parmlon) =    274.619077088101     
 parmval=    105414912.636243     
  
 i=  731 j= 1055 glon=  274.45 (0-360E) glon=  274.45 glat=  23.64 u= -12.0000 v=  12.5000 vr=  13.40254 vt=  10.98280
 i=  736 j= 1055 glon=  274.65 (0-360E) glon=  274.65 glat=  23.64 u= -11.1000 v=  12.3000 vr=  12.14359 vt=  11.27090
 i=  741 j= 1055 glon=  274.85 (0-360E) glon=  274.85 glat=  23.64 u= -11.6000 v=  13.4000 vr=  12.09450 vt=  12.95543
 i=  711 j= 1060 glon=  273.65 (0-360E) glon=  273.65 glat=  23.44 u= -11.8000 v=   6.6000 vr=  11.17883 vt=   7.60485
 i=  716 j= 1060 glon=  273.85 (0-360E) glon=  273.85 glat=  23.44 u= -11.3000 v=   8.1000 vr=  11.69519 vt=   7.51815
 i=  721 j= 1060 glon=  274.05 (0-360E) glon=  274.05 glat=  23.44 u= -12.3000 v=   7.9000 vr=  11.04396 vt=   9.57762
 i=  726 j= 1060 glon=  274.25 (0-360E) glon=  274.25 glat=  23.44 u= -14.3000 v=  12.0000 vr=  14.46331 vt=  11.80265
 i=  731 j= 1060 glon=  274.45 (0-360E) glon=  274.45 glat=  23.44 u= -14.8000 v=  11.7000 vr=  12.94468 vt=  13.72462
 i=  736 j= 1060 glon=  274.65 (0-360E) glon=  274.65 glat=  23.44 u= -13.4000 v=  12.1000 vr=  11.89027 vt=  13.58644
 i=  741 j= 1060 glon=  274.85 (0-360E) glon=  274.85 glat=  23.44 u= -12.3000 v=  10.8000 vr=   9.27716 vt=  13.48571
 i=  746 j= 1060 glon=  275.05 (0-360E) glon=  275.05 glat=  23.44 u= -12.7000 v=  15.4000 vr=  12.28854 vt=  15.73028
 i=  751 j= 1060 glon=  275.25 (0-360E) glon=  275.25 glat=  23.44 u= -14.4000 v=  14.0000 vr=   8.87030 vt=  18.01882
 i=  756 j= 1060 glon=  275.45 (0-360E) glon=  275.45 glat=  23.44 u= -13.2000 v=  17.3000 vr=  10.71524 vt=  18.93974
 i=  706 j= 1065 glon=  273.45 (0-360E) glon=  273.45 glat=  23.24 u= -11.7000 v=   1.7000 vr=   7.97755 vt=   8.72575
 i=  711 j= 1065 glon=  273.65 (0-360E) glon=  273.65 glat=  23.24 u= -12.1000 v=   7.0000 vr=  12.03321 vt=   7.11420
 i=  716 j= 1065 glon=  273.85 (0-360E) glon=  273.85 glat=  23.24 u= -13.2000 v=   6.2000 vr=  11.04184 vt=   9.52669
 i=  721 j= 1065 glon=  274.05 (0-360E) glon=  274.05 glat=  23.24 u= -14.5000 v=   5.5000 vr=   9.77023 vt=  12.04336
 i=  726 j= 1065 glon=  274.25 (0-360E) glon=  274.25 glat=  23.24 u= -14.3000 v=   9.5000 vr=  12.28591 vt=  11.99152
 i=  731 j= 1065 glon=  274.45 (0-360E) glon=  274.45 glat=  23.24 u= -16.2000 v=  10.2000 vr=  11.73750 vt=  15.12320
 i=  736 j= 1065 glon=  274.65 (0-360E) glon=  274.65 glat=  23.24 u= -16.8000 v=   8.9000 vr=   8.60478 vt=  16.95310
 i=  741 j= 1065 glon=  274.85 (0-360E) glon=  274.85 glat=  23.24 u= -14.3000 v=  11.6000 vr=   9.60728 vt=  15.70828
 i=  746 j= 1065 glon=  275.05 (0-360E) glon=  275.05 glat=  23.24 u= -13.1000 v=  14.3000 vr=  10.70595 vt=  16.17043
 i=  751 j= 1065 glon=  275.25 (0-360E) glon=  275.25 glat=  23.24 u= -15.4000 v=  10.8000 vr=   4.85980 vt=  18.17092
 i=  756 j= 1065 glon=  275.45 (0-360E) glon=  275.45 glat=  23.24 u= -14.6000 v=  16.3000 vr=   8.35388 vt=  20.22530
 i=  761 j= 1065 glon=  275.65 (0-360E) glon=  275.65 glat=  23.24 u= -12.9000 v=  18.3000 vr=   9.09140 vt=  20.46085
 i=  766 j= 1065 glon=  275.85 (0-360E) glon=  275.85 glat=  23.24 u= -11.8000 v=  19.2000 vr=   8.77012 vt=  20.75969
 i=  696 j= 1070 glon=  273.05 (0-360E) glon=  273.05 glat=  23.04 u=  -8.4000 v=  -0.9000 vr=   5.44015 vt=   6.46334
 i=  701 j= 1070 glon=  273.25 (0-360E) glon=  273.25 glat=  23.04 u= -10.8000 v=  -0.5000 vr=   6.89645 vt=   8.32640
 i=  706 j= 1070 glon=  273.45 (0-360E) glon=  273.45 glat=  23.04 u= -12.3000 v=   0.6000 vr=   8.01599 vt=   9.34847
 i=  711 j= 1070 glon=  273.65 (0-360E) glon=  273.65 glat=  23.04 u= -12.7000 v=   4.2000 vr=  10.40266 vt=   8.40920
 i=  716 j= 1070 glon=  273.85 (0-360E) glon=  273.85 glat=  23.04 u= -15.7000 v=   3.0000 vr=   9.80912 vt=  12.62027
 i=  721 j= 1070 glon=  274.05 (0-360E) glon=  274.05 glat=  23.04 u= -15.4000 v=   3.5000 vr=   8.71519 vt=  13.17025
 i=  726 j= 1070 glon=  274.25 (0-360E) glon=  274.25 glat=  23.04 u= -16.6000 v=   7.3000 vr=  11.04123 vt=  14.38546
 i=  731 j= 1070 glon=  274.45 (0-360E) glon=  274.45 glat=  23.04 u= -16.7000 v=   7.7000 vr=   9.51889 vt=  15.73438
 i=  736 j= 1070 glon=  274.65 (0-360E) glon=  274.65 glat=  23.04 u= -16.5000 v=  12.0000 vr=  11.66764 vt=  16.73667
 i=  741 j= 1070 glon=  274.85 (0-360E) glon=  274.85 glat=  23.04 u= -18.0000 v=  14.1000 vr=  11.22482 vt=  19.92017
 i=  746 j= 1070 glon=  275.05 (0-360E) glon=  275.05 glat=  23.04 u= -16.3000 v=  18.5000 vr=  13.32242 vt=  20.74736
 i=  751 j= 1070 glon=  275.25 (0-360E) glon=  275.25 glat=  23.04 u= -14.5000 v=  12.1000 vr=   5.57623 vt=  18.04344
 i=  756 j= 1070 glon=  275.45 (0-360E) glon=  275.45 glat=  23.04 u= -13.3000 v=  17.5000 vr=   8.91723 vt=  20.09037
 i=  761 j= 1070 glon=  275.65 (0-360E) glon=  275.65 glat=  23.04 u= -12.1000 v=  17.5000 vr=   7.62195 vt=  19.86368
 i=  766 j= 1070 glon=  275.85 (0-360E) glon=  275.85 glat=  23.04 u= -11.8000 v=  19.1000 vr=   7.33292 vt=  21.21976
 i=  771 j= 1070 glon=  276.05 (0-360E) glon=  276.05 glat=  23.04 u= -11.5000 v=  19.8000 vr=   6.43792 vt=  21.97369
 i=  696 j= 1075 glon=  273.05 (0-360E) glon=  273.05 glat=  22.84 u=  -9.2000 v=  -2.3000 vr=   5.65031 vt=   7.61603
 i=  701 j= 1075 glon=  273.25 (0-360E) glon=  273.25 glat=  22.84 u= -11.2000 v=  -2.5000 vr=   6.43937 vt=   9.49866
 i=  706 j= 1075 glon=  273.45 (0-360E) glon=  273.45 glat=  22.84 u= -11.9000 v=   0.6000 vr=   8.43543 vt=   8.41508
 i=  711 j= 1075 glon=  273.65 (0-360E) glon=  273.65 glat=  22.84 u= -14.0000 v=   0.8000 vr=   9.04588 vt=  10.71504
 i=  716 j= 1075 glon=  273.85 (0-360E) glon=  273.85 glat=  22.84 u= -17.2000 v=   1.6000 vr=  10.17764 vt=  13.95763
 i=  721 j= 1075 glon=  274.05 (0-360E) glon=  274.05 glat=  22.84 u= -18.1000 v=   1.7000 vr=   8.85651 vt=  15.87647
 i=  726 j= 1075 glon=  274.25 (0-360E) glon=  274.25 glat=  22.84 u= -20.3000 v=   8.3000 vr=  13.56247 vt=  17.23483
 i=  731 j= 1075 glon=  274.45 (0-360E) glon=  274.45 glat=  22.84 u= -18.2000 v=   7.9000 vr=  10.20245 vt=  17.01646
 i=  736 j= 1075 glon=  274.65 (0-360E) glon=  274.65 glat=  22.84 u= -18.1000 v=   9.5000 vr=   9.07498 vt=  18.31679
 i=  741 j= 1075 glon=  274.85 (0-360E) glon=  274.85 glat=  22.84 u= -18.6000 v=  13.0000 vr=   9.53889 vt=  20.59052
 i=  746 j= 1075 glon=  275.05 (0-360E) glon=  275.05 glat=  22.84 u= -17.3000 v=  15.3000 vr=   9.05535 vt=  21.24572
 i=  751 j= 1075 glon=  275.25 (0-360E) glon=  275.25 glat=  22.84 u= -16.2000 v=  18.0000 vr=   9.07955 vt=  22.44999
 i=  756 j= 1075 glon=  275.45 (0-360E) glon=  275.45 glat=  22.84 u= -13.3000 v=  19.5000 vr=   9.21560 vt=  21.73046
 i=  761 j= 1075 glon=  275.65 (0-360E) glon=  275.65 glat=  22.84 u= -10.7000 v=  20.8000 vr=   9.58746 vt=  21.33567
 i=  766 j= 1075 glon=  275.85 (0-360E) glon=  275.85 glat=  22.84 u=  -9.8000 v=  20.4000 vr=   8.00532 vt=  21.16872
 i=  771 j= 1075 glon=  276.05 (0-360E) glon=  276.05 glat=  22.84 u= -10.1000 v=  20.1000 vr=   5.96084 vt=  21.69074
 i=  776 j= 1075 glon=  276.25 (0-360E) glon=  276.25 glat=  22.84 u=  -9.7000 v=  21.2000 vr=   5.53839 vt=  22.64633
 i=  691 j= 1080 glon=  272.85 (0-360E) glon=  272.85 glat=  22.64 u=  -6.2000 v=  -2.1000 vr=   4.21507 vt=   5.00831
 i=  696 j= 1080 glon=  273.05 (0-360E) glon=  273.05 glat=  22.64 u=  -8.7000 v=  -4.6000 vr=   4.58635 vt=   8.70720
 i=  701 j= 1080 glon=  273.25 (0-360E) glon=  273.25 glat=  22.64 u= -10.1000 v=  -3.7000 vr=   5.66504 vt=   9.14370
 i=  706 j= 1080 glon=  273.45 (0-360E) glon=  273.45 glat=  22.64 u= -11.1000 v=  -1.4000 vr=   7.22622 vt=   8.54118
 i=  711 j= 1080 glon=  273.65 (0-360E) glon=  273.65 glat=  22.64 u= -13.3000 v=  -3.3000 vr=   6.45536 vt=  12.08753
 i=  716 j= 1080 glon=  273.85 (0-360E) glon=  273.85 glat=  22.64 u= -14.2000 v=  -2.6000 vr=   6.14687 vt=  13.06200
 i=  721 j= 1080 glon=  274.05 (0-360E) glon=  274.05 glat=  22.64 u= -18.4000 v=   2.0000 vr=  10.37497 vt=  15.32710
 i=  726 j= 1080 glon=  274.25 (0-360E) glon=  274.25 glat=  22.64 u= -19.6000 v=   4.1000 vr=  10.24348 vt=  17.20584
 i=  731 j= 1080 glon=  274.45 (0-360E) glon=  274.45 glat=  22.64 u= -20.9000 v=   9.3000 vr=  12.44137 vt=  19.19667
 i=  736 j= 1080 glon=  274.65 (0-360E) glon=  274.65 glat=  22.64 u= -20.7000 v=  10.9000 vr=  10.31579 vt=  20.99725
 i=  741 j= 1080 glon=  274.85 (0-360E) glon=  274.85 glat=  22.64 u= -20.3000 v=  11.1000 vr=   6.61213 vt=  22.17160
 i=  746 j= 1080 glon=  275.05 (0-360E) glon=  275.05 glat=  22.64 u= -18.4000 v=  18.1000 vr=   9.98223 vt=  23.80179
 i=  751 j= 1080 glon=  275.25 (0-360E) glon=  275.25 glat=  22.64 u= -15.6000 v=  20.1000 vr=   9.46499 vt=  23.61745
 i=  756 j= 1080 glon=  275.45 (0-360E) glon=  275.45 glat=  22.64 u= -12.8000 v=  21.5000 vr=   9.20335 vt=  23.26775
 i=  761 j= 1080 glon=  275.65 (0-360E) glon=  275.65 glat=  22.64 u= -12.6000 v=  20.5000 vr=   6.08730 vt=  23.27992
 i=  766 j= 1080 glon=  275.85 (0-360E) glon=  275.85 glat=  22.64 u= -11.5000 v=  21.9000 vr=   5.74715 vt=  24.05889
 i=  771 j= 1080 glon=  276.05 (0-360E) glon=  276.05 glat=  22.64 u=  -7.7000 v=  24.0000 vr=   8.25218 vt=  23.81578
 i=  776 j= 1080 glon=  276.25 (0-360E) glon=  276.25 glat=  22.64 u=  -7.3000 v=  21.6000 vr=   5.77586 vt=  22.05651
 i=  781 j= 1080 glon=  276.45 (0-360E) glon=  276.45 glat=  22.64 u=  -6.5000 v=  20.7000 vr=   4.85025 vt=  21.14746
 i=  686 j= 1085 glon=  272.65 (0-360E) glon=  272.65 glat=  22.44 u=  -4.9000 v=  -5.0000 vr=   2.50427 vt=   6.53748
 i=  691 j= 1085 glon=  272.85 (0-360E) glon=  272.85 glat=  22.44 u=  -5.8000 v=  -3.4000 vr=   3.74055 vt=   5.58643
 i=  696 j= 1085 glon=  273.05 (0-360E) glon=  273.05 glat=  22.44 u=  -6.4000 v=  -4.7000 vr=   3.36444 vt=   7.19240
 i=  701 j= 1085 glon=  273.25 (0-360E) glon=  273.25 glat=  22.44 u=  -8.0000 v=  -5.1000 vr=   4.07163 vt=   8.56924
 i=  706 j= 1085 glon=  273.45 (0-360E) glon=  273.45 glat=  22.44 u=  -9.9000 v=  -4.8000 vr=   5.13845 vt=   9.72863
 i=  711 j= 1085 glon=  273.65 (0-360E) glon=  273.65 glat=  22.44 u= -11.0000 v=  -5.8000 vr=   4.38368 vt=  11.63716
 i=  716 j= 1085 glon=  273.85 (0-360E) glon=  273.85 glat=  22.44 u= -10.8000 v=  -7.1000 vr=   1.91062 vt=  12.78278
 i=  721 j= 1085 glon=  274.05 (0-360E) glon=  274.05 glat=  22.44 u= -18.4000 v=  -3.4000 vr=   7.32169 vt=  17.21955
 i=  726 j= 1085 glon=  274.25 (0-360E) glon=  274.25 glat=  22.44 u= -21.8000 v=   1.8000 vr=  10.25679 vt=  19.32041
 i=  731 j= 1085 glon=  274.45 (0-360E) glon=  274.45 glat=  22.44 u= -24.0000 v=   6.6000 vr=  11.11807 vt=  22.26990
 i=  736 j= 1085 glon=  274.65 (0-360E) glon=  274.65 glat=  22.44 u= -23.7000 v=   8.9000 vr=   8.06434 vt=  23.99722
 i=  741 j= 1085 glon=  274.85 (0-360E) glon=  274.85 glat=  22.44 u= -20.8000 v=  14.9000 vr=   9.02360 vt=  23.94211
 i=  746 j= 1085 glon=  275.05 (0-360E) glon=  275.05 glat=  22.44 u= -15.7000 v=  19.7000 vr=  10.60537 vt=  22.84964
 i=  751 j= 1085 glon=  275.25 (0-360E) glon=  275.25 glat=  22.44 u= -14.5000 v=  20.2000 vr=   7.73147 vt=  23.63291
 i=  756 j= 1085 glon=  275.45 (0-360E) glon=  275.45 glat=  22.44 u= -14.0000 v=  22.0000 vr=   6.10723 vt=  25.35156
 i=  761 j= 1085 glon=  275.65 (0-360E) glon=  275.65 glat=  22.44 u= -10.2000 v=  25.6000 vr=   8.56876 vt=  26.19115
 i=  766 j= 1085 glon=  275.85 (0-360E) glon=  275.85 glat=  22.44 u=  -9.7000 v=  24.6000 vr=   6.12802 vt=  25.72348
 i=  771 j= 1085 glon=  276.05 (0-360E) glon=  276.05 glat=  22.44 u=  -8.2000 v=  22.7000 vr=   4.64548 vt=  23.68437
 i=  776 j= 1085 glon=  276.25 (0-360E) glon=  276.25 glat=  22.44 u=  -7.8000 v=  22.2000 vr=   3.42533 vt=  23.27976
 i=  781 j= 1085 glon=  276.45 (0-360E) glon=  276.45 glat=  22.44 u=  -5.3000 v=  22.2000 vr=   4.60237 vt=  22.35505
 i=  686 j= 1090 glon=  272.65 (0-360E) glon=  272.65 glat=  22.24 u=  -4.5000 v=  -4.6000 vr=   2.86042 vt=   5.76437
 i=  691 j= 1090 glon=  272.85 (0-360E) glon=  272.85 glat=  22.24 u=  -4.6000 v=  -4.5000 vr=   2.79421 vt=   5.79675
 i=  696 j= 1090 glon=  273.05 (0-360E) glon=  273.05 glat=  22.24 u=  -4.6000 v=  -5.2000 vr=   2.29091 vt=   6.55376
 i=  701 j= 1090 glon=  273.25 (0-360E) glon=  273.25 glat=  22.24 u=  -5.9000 v=  -6.0000 vr=   2.79359 vt=   7.93762
 i=  706 j= 1090 glon=  273.45 (0-360E) glon=  273.45 glat=  22.24 u=  -9.2000 v=  -7.9000 vr=   4.25434 vt=  11.35564
 i=  711 j= 1090 glon=  273.65 (0-360E) glon=  273.65 glat=  22.24 u=  -8.7000 v= -10.1000 vr=   1.65989 vt=  13.22667
 i=  716 j= 1090 glon=  273.85 (0-360E) glon=  273.85 glat=  22.24 u= -12.7000 v= -10.5000 vr=   2.99591 vt=  16.20384
 i=  721 j= 1090 glon=  274.05 (0-360E) glon=  274.05 glat=  22.24 u= -18.1000 v= -10.0000 vr=   4.48830 vt=  20.18577
 i=  726 j= 1090 glon=  274.25 (0-360E) glon=  274.25 glat=  22.24 u= -22.3000 v=  -7.1000 vr=   4.92696 vt=  22.87848
 i=  731 j= 1090 glon=  274.45 (0-360E) glon=  274.45 glat=  22.24 u= -26.7000 v=   0.0000 vr=   6.79247 vt=  25.82155
 i=  736 j= 1090 glon=  274.65 (0-360E) glon=  274.65 glat=  22.24 u= -26.2000 v=   6.5000 vr=   5.26908 vt=  26.47502
 i=  741 j= 1090 glon=  274.85 (0-360E) glon=  274.85 glat=  22.24 u= -20.0000 v=  13.9000 vr=   6.37467 vt=  23.50688
 i=  746 j= 1090 glon=  275.05 (0-360E) glon=  275.05 glat=  22.24 u= -15.9000 v=  20.5000 vr=   8.23731 vt=  24.60095
 i=  751 j= 1090 glon=  275.25 (0-360E) glon=  275.25 glat=  22.24 u= -12.5000 v=  24.7000 vr=   8.93038 vt=  26.20283
 i=  756 j= 1090 glon=  275.45 (0-360E) glon=  275.45 glat=  22.24 u= -11.9000 v=  22.0000 vr=   4.09044 vt=  24.67546
 i=  761 j= 1090 glon=  275.65 (0-360E) glon=  275.65 glat=  22.24 u= -10.3000 v=  25.6000 vr=   4.83337 vt=  27.16779
 i=  766 j= 1090 glon=  275.85 (0-360E) glon=  275.85 glat=  22.24 u=  -8.5000 v=  23.0000 vr=   3.12292 vt=  24.32072
 i=  771 j= 1090 glon=  276.05 (0-360E) glon=  276.05 glat=  22.24 u=  -7.8000 v=  22.6000 vr=   2.14270 vt=  23.81195
 i=  776 j= 1090 glon=  276.25 (0-360E) glon=  276.25 glat=  22.24 u=  -5.0000 v=  23.4000 vr=   3.91264 vt=  23.60617
 i=  781 j= 1090 glon=  276.45 (0-360E) glon=  276.45 glat=  22.24 u=  -5.2000 v=  20.1000 vr=   1.72726 vt=  20.68977
 i=  786 j= 1090 glon=  276.65 (0-360E) glon=  276.65 glat=  22.24 u=  -3.1000 v=  21.5000 vr=   3.49620 vt=  21.43914
 i=  686 j= 1095 glon=  272.65 (0-360E) glon=  272.65 glat=  22.04 u=  -4.4000 v=  -4.7000 vr=   3.31337 vt=   5.52011
 i=  691 j= 1095 glon=  272.85 (0-360E) glon=  272.85 glat=  22.04 u=  -3.8000 v=  -4.8000 vr=   2.57443 vt=   5.55449
 i=  696 j= 1095 glon=  273.05 (0-360E) glon=  273.05 glat=  22.04 u=  -4.5000 v=  -6.2000 vr=   2.71911 vt=   7.16215
 i=  701 j= 1095 glon=  273.25 (0-360E) glon=  273.25 glat=  22.04 u=  -3.6000 v=  -7.2000 vr=   1.29429 vt=   7.94511
 i=  706 j= 1095 glon=  273.45 (0-360E) glon=  273.45 glat=  22.04 u=  -7.1000 v=  -9.8000 vr=   3.30214 vt=  11.64242
 i=  711 j= 1095 glon=  273.65 (0-360E) glon=  273.65 glat=  22.04 u=  -8.0000 v= -13.6000 vr=   1.82100 vt=  15.67303
 i=  716 j= 1095 glon=  273.85 (0-360E) glon=  273.85 glat=  22.04 u= -13.0000 v= -15.9000 vr=   3.61415 vt=  20.21751
 i=  721 j= 1095 glon=  274.05 (0-360E) glon=  274.05 glat=  22.04 u= -16.3000 v= -16.7000 vr=   2.96409 vt=  23.14723
 i=  726 j= 1095 glon=  274.25 (0-360E) glon=  274.25 glat=  22.04 u= -21.3000 v= -14.0000 vr=   3.27952 vt=  25.27716
 i=  731 j= 1095 glon=  274.45 (0-360E) glon=  274.45 glat=  22.04 u= -24.9000 v=  -8.3000 vr=   1.42624 vt=  26.20813
 i=  736 j= 1095 glon=  274.65 (0-360E) glon=  274.65 glat=  22.04 u= -26.0000 v=   9.1000 vr=   7.25694 vt=  26.57342
 i=  741 j= 1095 glon=  274.85 (0-360E) glon=  274.85 glat=  22.04 u= -20.2000 v=  22.0000 vr=   9.86101 vt=  28.19221
 i=  746 j= 1095 glon=  275.05 (0-360E) glon=  275.05 glat=  22.04 u= -15.1000 v=  25.9000 vr=   7.62161 vt=  28.99536
 i=  751 j= 1095 glon=  275.25 (0-360E) glon=  275.25 glat=  22.04 u= -10.1000 v=  27.1000 vr=   6.91306 vt=  28.08255
 i=  756 j= 1095 glon=  275.45 (0-360E) glon=  275.45 glat=  22.04 u= -12.8000 v=  22.6000 vr=  -0.99825 vt=  25.95387
 i=  761 j= 1095 glon=  275.65 (0-360E) glon=  275.65 glat=  22.04 u= -11.7000 v=  24.5000 vr=  -1.39781 vt=  27.11432
 i=  766 j= 1095 glon=  275.85 (0-360E) glon=  275.85 glat=  22.04 u=  -6.2000 v=  24.4000 vr=   2.15427 vt=  25.08304
 i=  771 j= 1095 glon=  276.05 (0-360E) glon=  276.05 glat=  22.04 u=  -4.4000 v=  24.7000 vr=   2.84539 vt=  24.92697
 i=  776 j= 1095 glon=  276.25 (0-360E) glon=  276.25 glat=  22.04 u=  -3.6000 v=  22.4000 vr=   2.17636 vt=  22.58281
 i=  781 j= 1095 glon=  276.45 (0-360E) glon=  276.45 glat=  22.04 u=  -3.2000 v=  22.7000 vr=   2.01225 vt=  22.83595
 i=  786 j= 1095 glon=  276.65 (0-360E) glon=  276.65 glat=  22.04 u=  -3.5000 v=  22.4000 vr=   1.14538 vt=  22.64284
 i=  686 j= 1100 glon=  272.65 (0-360E) glon=  272.65 glat=  21.84 u=  -2.2000 v=  -4.0000 vr=   1.76740 vt=   4.20907
 i=  691 j= 1100 glon=  272.85 (0-360E) glon=  272.85 glat=  21.84 u=  -2.3000 v=  -4.1000 vr=   1.80217 vt=   4.34191
 i=  696 j= 1100 glon=  273.05 (0-360E) glon=  273.05 glat=  21.84 u=  -4.0000 v=  -6.4000 vr=   3.11354 vt=   6.87502
 i=  701 j= 1100 glon=  273.25 (0-360E) glon=  273.25 glat=  21.84 u=  -4.0000 v=  -9.0000 vr=   2.57932 vt=   9.50511
 i=  706 j= 1100 glon=  273.45 (0-360E) glon=  273.45 glat=  21.84 u=  -7.2000 v= -11.4000 vr=   5.04745 vt=  12.50293
 i=  711 j= 1100 glon=  273.65 (0-360E) glon=  273.65 glat=  21.84 u=  -7.0000 v= -16.0000 vr=   3.40277 vt=  17.12954
 i=  716 j= 1100 glon=  273.85 (0-360E) glon=  273.85 glat=  21.84 u= -10.0000 v= -20.3000 vr=   4.20604 vt=  22.23509
 i=  721 j= 1100 glon=  274.05 (0-360E) glon=  274.05 glat=  21.84 u= -12.4000 v= -23.4000 vr=   3.37632 vt=  26.26634
 i=  726 j= 1100 glon=  274.25 (0-360E) glon=  274.25 glat=  21.84 u= -14.7000 v= -20.5000 vr=   2.43402 vt=  25.10808
 i=  731 j= 1100 glon=  274.45 (0-360E) glon=  274.45 glat=  21.84 u= -17.4000 v= -11.5000 vr=   1.77890 vt=  20.78089
 i=  736 j= 1100 glon=  274.65 (0-360E) glon=  274.65 glat=  21.84 u= -19.4000 v=   4.0000 vr=   1.25911 vt=  19.76802
 i=  741 j= 1100 glon=  274.85 (0-360E) glon=  274.85 glat=  21.84 u= -16.4000 v=  25.6000 vr=   5.45850 vt=  29.90861
 i=  746 j= 1100 glon=  275.05 (0-360E) glon=  275.05 glat=  21.84 u= -10.6000 v=  30.9000 vr=   4.29299 vt=  32.38426
 i=  751 j= 1100 glon=  275.25 (0-360E) glon=  275.25 glat=  21.84 u=  -8.5000 v=  27.9000 vr=   0.92273 vt=  29.15148
 i=  756 j= 1100 glon=  275.45 (0-360E) glon=  275.45 glat=  21.84 u= -11.1000 v=  23.8000 vr=  -4.82159 vt=  25.81477
 i=  761 j= 1100 glon=  275.65 (0-360E) glon=  275.65 glat=  21.84 u=  -9.1000 v=  25.8000 vr=  -3.68966 vt=  27.10787
 i=  766 j= 1100 glon=  275.85 (0-360E) glon=  275.85 glat=  21.84 u=  -5.3000 v=  26.8000 vr=  -0.66783 vt=  27.31088
 i=  771 j= 1100 glon=  276.05 (0-360E) glon=  276.05 glat=  21.84 u=  -2.5000 v=  24.6000 vr=   1.12217 vt=  24.70123
 i=  776 j= 1100 glon=  276.25 (0-360E) glon=  276.25 glat=  21.84 u=  -2.4000 v=  23.9000 vr=   0.67711 vt=  24.01065
 i=  781 j= 1100 glon=  276.45 (0-360E) glon=  276.45 glat=  21.84 u=  -1.6000 v=  24.0000 vr=   1.13459 vt=  24.02650
 i=  786 j= 1100 glon=  276.65 (0-360E) glon=  276.65 glat=  21.84 u=  -3.5000 v=  24.3000 vr=  -1.00782 vt=  24.53007
 i=  681 j= 1105 glon=  272.45 (0-360E) glon=  272.45 glat=  21.64 u=   4.1000 v=  -7.9000 vr=  -4.09111 vt=   7.90461
 i=  686 j= 1105 glon=  272.65 (0-360E) glon=  272.65 glat=  21.64 u=   1.4000 v=  -5.8000 vr=  -1.39338 vt=   5.80159
 i=  691 j= 1105 glon=  272.85 (0-360E) glon=  272.85 glat=  21.64 u=   0.7000 v=  -5.2000 vr=  -0.69396 vt=   5.20081
 i=  696 j= 1105 glon=  273.05 (0-360E) glon=  273.05 glat=  21.64 u=  -1.9000 v=  -7.5000 vr=   1.90889 vt=   7.49774
 i=  701 j= 1105 glon=  273.25 (0-360E) glon=  273.25 glat=  21.64 u=  -2.1000 v= -11.1000 vr=   2.11353 vt=  11.09743
 i=  706 j= 1105 glon=  273.45 (0-360E) glon=  273.45 glat=  21.64 u=  -5.6000 v= -13.0000 vr=   5.61644 vt=  12.99291
 i=  711 j= 1105 glon=  273.65 (0-360E) glon=  273.65 glat=  21.64 u=  -2.1000 v= -16.2000 vr=   2.12158 vt=  16.19719
 i=  716 j= 1105 glon=  273.85 (0-360E) glon=  273.85 glat=  21.64 u=  -5.1000 v= -23.2000 vr=   5.13336 vt=  23.19264
 i=  721 j= 1105 glon=  274.05 (0-360E) glon=  274.05 glat=  21.64 u=  -5.0000 v= -25.8000 vr=   5.04207 vt=  25.79181
 i=  726 j= 1105 glon=  274.25 (0-360E) glon=  274.25 glat=  21.64 u=  -2.6000 v= -23.8000 vr=   2.64928 vt=  23.79457
 i=  731 j= 1105 glon=  274.45 (0-360E) glon=  274.45 glat=  21.64 u=  -1.1000 v= -15.6000 vr=   1.15861 vt=  15.59576
 i=  736 j= 1105 glon=  274.65 (0-360E) glon=  274.65 glat=  21.64 u=  -2.7000 v=   6.8000 vr=  -2.83376 vt=   6.74536
 i=  741 j= 1105 glon=  274.85 (0-360E) glon=  274.85 glat=  21.64 u=  -0.5000 v=  25.6000 vr=  -0.57456 vt=  25.59844
 i=  746 j= 1105 glon=  275.05 (0-360E) glon=  275.05 glat=  21.64 u=  -3.7000 v=  31.4000 vr=  -3.75932 vt=  31.39295
 i=  751 j= 1105 glon=  275.25 (0-360E) glon=  275.25 glat=  21.64 u=   1.6000 v=  29.1000 vr=   1.55466 vt=  29.10246
 i=  756 j= 1105 glon=  275.45 (0-360E) glon=  275.45 glat=  21.64 u=  -1.0000 v=  30.6000 vr=  -1.04284 vt=  30.59857
 i=  761 j= 1105 glon=  275.65 (0-360E) glon=  275.65 glat=  21.64 u=  -3.5000 v=  26.8000 vr=  -3.53507 vt=  26.79540
 i=  766 j= 1105 glon=  275.85 (0-360E) glon=  275.85 glat=  21.64 u=  -2.9000 v=  26.3000 vr=  -2.93286 vt=  26.29636
 i=  771 j= 1105 glon=  276.05 (0-360E) glon=  276.05 glat=  21.64 u=  -0.3000 v=  25.0000 vr=  -0.33020 vt=  24.99962
 i=  776 j= 1105 glon=  276.25 (0-360E) glon=  276.25 glat=  21.64 u=   0.0000 v=  23.4000 vr=  -0.02756 vt=  23.39998
 i=  781 j= 1105 glon=  276.45 (0-360E) glon=  276.45 glat=  21.64 u=  -0.6000 v=  23.5000 vr=  -0.62712 vt=  23.49929
 i=  786 j= 1105 glon=  276.65 (0-360E) glon=  276.65 glat=  21.64 u=  -0.9000 v=  24.3000 vr=  -0.92760 vt=  24.29896
 i=  686 j= 1110 glon=  272.65 (0-360E) glon=  272.65 glat=  21.44 u=   7.3000 v=  -9.0000 vr=  -6.24740 vt=   9.76012
 i=  691 j= 1110 glon=  272.85 (0-360E) glon=  272.85 glat=  21.44 u=   3.8000 v=  -7.9000 vr=  -2.79367 vt=   8.30936
 i=  696 j= 1110 glon=  273.05 (0-360E) glon=  273.05 glat=  21.44 u=   3.1000 v=  -8.0000 vr=  -1.96193 vt=   8.35229
 i=  701 j= 1110 glon=  273.25 (0-360E) glon=  273.25 glat=  21.44 u=   1.7000 v=  -9.8000 vr=  -0.13397 vt=   9.94545
 i=  706 j= 1110 glon=  273.45 (0-360E) glon=  273.45 glat=  21.44 u=   2.5000 v= -13.2000 vr=  -0.04098 vt=  13.43459
 i=  711 j= 1110 glon=  273.65 (0-360E) glon=  273.65 glat=  21.44 u=   3.7000 v= -15.7000 vr=  -0.17959 vt=  16.12910
 i=  716 j= 1110 glon=  273.85 (0-360E) glon=  273.85 glat=  21.44 u=   2.7000 v= -19.8000 vr=   2.76458 vt=  19.79109
 i=  721 j= 1110 glon=  274.05 (0-360E) glon=  274.05 glat=  21.44 u=   4.5000 v= -21.9000 vr=   3.56187 vt=  22.07200
 i=  726 j= 1110 glon=  274.25 (0-360E) glon=  274.25 glat=  21.44 u=  10.5000 v= -20.6000 vr=   1.31861 vt=  23.08400
 i=  731 j= 1110 glon=  274.45 (0-360E) glon=  274.45 glat=  21.44 u=  14.7000 v= -10.1000 vr=  -1.15577 vt=  17.79787
 i=  736 j= 1110 glon=  274.65 (0-360E) glon=  274.65 glat=  21.44 u=  19.1000 v=   7.4000 vr=  -4.68106 vt=  19.94136
 i=  741 j= 1110 glon=  274.85 (0-360E) glon=  274.85 glat=  21.44 u=  17.8000 v=  25.9000 vr=  -4.72621 vt=  31.06949
 i=  746 j= 1110 glon=  275.05 (0-360E) glon=  275.05 glat=  21.44 u=   9.1000 v=  28.5000 vr=  -4.65517 vt=  29.55316
 i=  751 j= 1110 glon=  275.25 (0-360E) glon=  275.25 glat=  21.44 u=   6.6000 v=  26.5000 vr=  -2.36132 vt=  27.20724
 i=  756 j= 1110 glon=  275.45 (0-360E) glon=  275.45 glat=  21.44 u=  10.0000 v=  24.9000 vr=   3.38436 vt=  26.61872
 i=  761 j= 1110 glon=  275.65 (0-360E) glon=  275.65 glat=  21.44 u=  -5.1000 v=  26.7000 vr= -10.50262 vt=  25.07179
 i=  766 j= 1110 glon=  275.85 (0-360E) glon=  275.85 glat=  21.44 u=  -0.7000 v=  26.8000 vr=  -5.36743 vt=  26.26634
 i=  771 j= 1110 glon=  276.05 (0-360E) glon=  276.05 glat=  21.44 u=   2.8000 v=  24.8000 vr=  -0.98470 vt=  24.93813
 i=  776 j= 1110 glon=  276.25 (0-360E) glon=  276.25 glat=  21.44 u=   1.9000 v=  23.3000 vr=  -1.23141 vt=  23.34488
 i=  781 j= 1110 glon=  276.45 (0-360E) glon=  276.45 glat=  21.44 u=   1.7000 v=  23.2000 vr=  -1.09269 vt=  23.23652
 i=  786 j= 1110 glon=  276.65 (0-360E) glon=  276.65 glat=  21.44 u=   1.4000 v=  23.3000 vr=  -1.14228 vt=  23.31406
 i=  686 j= 1115 glon=  272.65 (0-360E) glon=  272.65 glat=  21.24 u=   8.1000 v=  -9.9000 vr=  -5.76494 vt=  11.41865
 i=  691 j= 1115 glon=  272.85 (0-360E) glon=  272.85 glat=  21.24 u=   8.4000 v= -10.3000 vr=  -5.69501 vt=  12.00903
 i=  696 j= 1115 glon=  273.05 (0-360E) glon=  273.05 glat=  21.24 u=   5.6000 v=  -9.4000 vr=  -2.88934 vt=  10.55328
 i=  701 j= 1115 glon=  273.25 (0-360E) glon=  273.25 glat=  21.24 u=   6.2000 v= -10.1000 vr=  -2.86284 vt=  11.50018
 i=  706 j= 1115 glon=  273.45 (0-360E) glon=  273.45 glat=  21.24 u=   7.0000 v= -11.2000 vr=  -2.67872 vt=  12.93308
 i=  711 j= 1115 glon=  273.65 (0-360E) glon=  273.65 glat=  21.24 u=   9.1000 v= -12.9000 vr=  -3.06177 vt=  15.48695
 i=  716 j= 1115 glon=  273.85 (0-360E) glon=  273.85 glat=  21.24 u=  14.9000 v= -14.6000 vr=  -5.85714 vt=  20.02159
 i=  721 j= 1115 glon=  274.05 (0-360E) glon=  274.05 glat=  21.24 u=  18.4000 v= -15.6000 vr=  -5.26007 vt=  23.54255
 i=  726 j= 1115 glon=  274.25 (0-360E) glon=  274.25 glat=  21.24 u=  20.7000 v= -12.6000 vr=  -3.92105 vt=  23.91392
 i=  731 j= 1115 glon=  274.45 (0-360E) glon=  274.45 glat=  21.24 u=  25.8000 v=  -3.7000 vr=  -6.02146 vt=  25.35887
 i=  736 j= 1115 glon=  274.65 (0-360E) glon=  274.65 glat=  21.24 u=  29.7000 v=  10.5000 vr=  -8.39734 vt=  30.36157
 i=  741 j= 1115 glon=  274.85 (0-360E) glon=  274.85 glat=  21.24 u=  23.2000 v=  22.9000 vr=  -9.26156 vt=  31.25498
 i=  746 j= 1115 glon=  275.05 (0-360E) glon=  275.05 glat=  21.24 u=  14.7000 v=  22.2000 vr=  -5.32573 vt=  26.08767
 i=  751 j= 1115 glon=  275.25 (0-360E) glon=  275.25 glat=  21.24 u=   8.9000 v=  23.6000 vr=  -5.98357 vt=  24.50238
 i=  756 j= 1115 glon=  275.45 (0-360E) glon=  275.45 glat=  21.24 u=  10.7000 v=  23.7000 vr=  -1.44169 vt=  25.96347
 i=  761 j= 1115 glon=  275.65 (0-360E) glon=  275.65 glat=  21.24 u=   2.7000 v=  23.8000 vr=  -6.72004 vt=  22.99067
 i=  766 j= 1115 glon=  275.85 (0-360E) glon=  275.85 glat=  21.24 u=   1.7000 v=  25.9000 vr=  -6.99628 vt=  24.99504
 i=  771 j= 1115 glon=  276.05 (0-360E) glon=  276.05 glat=  21.24 u=   4.5000 v=  25.3000 vr=  -3.03858 vt=  25.51680
 i=  776 j= 1115 glon=  276.25 (0-360E) glon=  276.25 glat=  21.24 u=   2.9000 v=  22.5000 vr=  -2.99694 vt=  22.48729
 i=  781 j= 1115 glon=  276.45 (0-360E) glon=  276.45 glat=  21.24 u=   3.9000 v=  22.1000 vr=  -1.32680 vt=  22.40222
 i=  786 j= 1115 glon=  276.65 (0-360E) glon=  276.65 glat=  21.24 u=   3.0000 v=  22.6000 vr=  -1.82428 vt=  22.72514
 i=  686 j= 1120 glon=  272.65 (0-360E) glon=  272.65 glat=  21.04 u=   9.2000 v=  -9.3000 vr=  -5.81400 vt=  11.71868
 i=  691 j= 1120 glon=  272.85 (0-360E) glon=  272.85 glat=  21.04 u=   9.9000 v=  -9.7000 vr=  -5.94652 vt=  12.51954
 i=  696 j= 1120 glon=  273.05 (0-360E) glon=  273.05 glat=  21.04 u=  10.6000 v= -11.0000 vr=  -5.59055 vt=  14.21639
 i=  701 j= 1120 glon=  273.25 (0-360E) glon=  273.25 glat=  21.04 u=   9.3000 v= -10.4000 vr=  -3.95623 vt=  13.37902
 i=  706 j= 1120 glon=  273.45 (0-360E) glon=  273.45 glat=  21.04 u=  11.2000 v=  -9.8000 vr=  -5.05220 vt=  13.99840
 i=  711 j= 1120 glon=  273.65 (0-360E) glon=  273.65 glat=  21.04 u=  13.2000 v= -11.1000 vr=  -4.82131 vt=  16.55914
 i=  716 j= 1120 glon=  273.85 (0-360E) glon=  273.85 glat=  21.04 u=  17.5000 v=  -9.8000 vr=  -7.10034 vt=  18.75833
 i=  721 j= 1120 glon=  274.05 (0-360E) glon=  274.05 glat=  21.04 u=  21.9000 v=  -7.4000 vr=  -8.93803 vt=  21.31857
 i=  726 j= 1120 glon=  274.25 (0-360E) glon=  274.25 glat=  21.04 u=  26.1000 v=  -2.6000 vr= -10.71605 vt=  23.94026
 i=  731 j= 1120 glon=  274.45 (0-360E) glon=  274.45 glat=  21.04 u=  27.6000 v=   3.5000 vr= -10.40685 vt=  25.80131
 i=  736 j= 1120 glon=  274.65 (0-360E) glon=  274.65 glat=  21.04 u=  27.0000 v=  10.0000 vr=  -8.72760 vt=  27.43773
 i=  741 j= 1120 glon=  274.85 (0-360E) glon=  274.85 glat=  21.04 u=  22.1000 v=  16.1000 vr=  -7.74174 vt=  26.22376
 i=  746 j= 1120 glon=  275.05 (0-360E) glon=  275.05 glat=  21.04 u=  16.3000 v=  18.4000 vr=  -6.27567 vt=  23.76691
 i=  751 j= 1120 glon=  275.25 (0-360E) glon=  275.25 glat=  21.04 u=  11.5000 v=  18.8000 vr=  -5.42799 vt=  21.35947
 i=  756 j= 1120 glon=  275.45 (0-360E) glon=  275.45 glat=  21.04 u=   3.9000 v=  31.7000 vr= -16.40046 vt=  27.40666
 i=  761 j= 1120 glon=  275.65 (0-360E) glon=  275.65 glat=  21.04 u=   3.4000 v=  25.2000 vr= -10.52529 vt=  23.14775
 i=  766 j= 1120 glon=  275.85 (0-360E) glon=  275.85 glat=  21.04 u=   4.1000 v=  24.0000 vr=  -7.55519 vt=  23.14582
 i=  771 j= 1120 glon=  276.05 (0-360E) glon=  276.05 glat=  21.04 u=   7.1000 v=  26.2000 vr=  -4.35617 vt=  26.79317
 i=  776 j= 1120 glon=  276.25 (0-360E) glon=  276.25 glat=  21.04 u=   4.4000 v=  21.6000 vr=  -3.90882 vt=  21.69426
 i=  781 j= 1120 glon=  276.45 (0-360E) glon=  276.45 glat=  21.04 u=   6.4000 v=  20.2000 vr=  -0.73699 vt=  21.17680
 i=  786 j= 1120 glon=  276.65 (0-360E) glon=  276.65 glat=  21.04 u=   4.6000 v=  22.0000 vr=  -2.34667 vt=  22.35292
 i=  686 j= 1125 glon=  272.65 (0-360E) glon=  272.65 glat=  20.84 u=   9.9000 v=  -7.7000 vr=  -5.96290 vt=  11.03376
 i=  691 j= 1125 glon=  272.85 (0-360E) glon=  272.85 glat=  20.84 u=  10.5000 v=  -9.0000 vr=  -5.48132 vt=  12.69666
 i=  696 j= 1125 glon=  273.05 (0-360E) glon=  273.05 glat=  20.84 u=  12.0000 v=  -9.0000 vr=  -6.17337 vt=  13.67075
 i=  701 j= 1125 glon=  273.25 (0-360E) glon=  273.25 glat=  20.84 u=  12.8000 v=  -9.1000 vr=  -5.97872 vt=  14.52256
 i=  706 j= 1125 glon=  273.45 (0-360E) glon=  273.45 glat=  20.84 u=  14.5000 v=  -8.9000 vr=  -6.39129 vt=  15.76742
 i=  711 j= 1125 glon=  273.65 (0-360E) glon=  273.65 glat=  20.84 u=  16.1000 v=  -8.3000 vr=  -6.52368 vt=  16.89797
 i=  716 j= 1125 glon=  273.85 (0-360E) glon=  273.85 glat=  20.84 u=  19.7000 v=  -7.3000 vr=  -7.68824 vt=  19.55175
 i=  721 j= 1125 glon=  274.05 (0-360E) glon=  274.05 glat=  20.84 u=  22.5000 v=  -4.8000 vr=  -8.41922 vt=  21.41044
 i=  726 j= 1125 glon=  274.25 (0-360E) glon=  274.25 glat=  20.84 u=  24.0000 v=  -1.1000 vr=  -8.46748 vt=  22.48359
 i=  731 j= 1125 glon=  274.45 (0-360E) glon=  274.45 glat=  20.84 u=  25.2000 v=   4.2000 vr=  -9.00135 vt=  23.90932
 i=  736 j= 1125 glon=  274.65 (0-360E) glon=  274.65 glat=  20.84 u=  24.3000 v=   8.9000 vr=  -8.04213 vt=  24.59724
 i=  741 j= 1125 glon=  274.85 (0-360E) glon=  274.85 glat=  20.84 u=  21.3000 v=  11.8000 vr=  -5.89261 vt=  23.62641
 i=  746 j= 1125 glon=  275.05 (0-360E) glon=  275.05 glat=  20.84 u=  17.8000 v=  12.1000 vr=  -2.86222 vt=  21.33208
 i=  751 j= 1125 glon=  275.25 (0-360E) glon=  275.25 glat=  20.84 u=  13.3000 v=  22.7000 vr= -10.45861 vt=  24.14120
 i=  756 j= 1125 glon=  275.45 (0-360E) glon=  275.45 glat=  20.84 u=   8.5000 v=  28.2000 vr= -14.40312 vt=  25.69124
 i=  761 j= 1125 glon=  275.65 (0-360E) glon=  275.65 glat=  20.84 u=   8.7000 v=  29.4000 vr= -12.19072 vt=  28.13248
 i=  766 j= 1125 glon=  275.85 (0-360E) glon=  275.85 glat=  20.84 u=   6.8000 v=  25.8000 vr=  -9.24305 vt=  25.02890
 i=  771 j= 1125 glon=  276.05 (0-360E) glon=  276.05 glat=  20.84 u=   8.5000 v=  25.5000 vr=  -5.90116 vt=  26.22358
 i=  776 j= 1125 glon=  276.25 (0-360E) glon=  276.25 glat=  20.84 u=   5.0000 v=  21.7000 vr=  -5.74712 vt=  21.51420
 i=  781 j= 1125 glon=  276.45 (0-360E) glon=  276.45 glat=  20.84 u=   7.7000 v=  18.3000 vr=  -0.86147 vt=  19.83527
 i=  691 j= 1130 glon=  272.85 (0-360E) glon=  272.85 glat=  20.64 u=  11.4000 v=  -7.1000 vr=  -6.03504 vt=  11.99784
 i=  696 j= 1130 glon=  273.05 (0-360E) glon=  273.05 glat=  20.64 u=  12.2000 v=  -7.2000 vr=  -5.97849 vt=  12.84281
 i=  701 j= 1130 glon=  273.25 (0-360E) glon=  273.25 glat=  20.64 u=  13.4000 v=  -7.6000 vr=  -5.83295 vt=  14.25822
 i=  706 j= 1130 glon=  273.45 (0-360E) glon=  273.45 glat=  20.64 u=  14.9000 v=  -6.9000 vr=  -6.28990 vt=  15.16764
 i=  711 j= 1130 glon=  273.65 (0-360E) glon=  273.65 glat=  20.64 u=  17.0000 v=  -6.4000 vr=  -6.62687 vt=  16.91285
 i=  716 j= 1130 glon=  273.85 (0-360E) glon=  273.85 glat=  20.64 u=  18.9000 v=  -5.6000 vr=  -6.44648 vt=  18.62828
 i=  721 j= 1130 glon=  274.05 (0-360E) glon=  274.05 glat=  20.64 u=  21.1000 v=  -3.1000 vr=  -7.14192 vt=  20.09510
 i=  726 j= 1130 glon=  274.25 (0-360E) glon=  274.25 glat=  20.64 u=  22.3000 v=   0.5000 vr=  -7.72809 vt=  20.92407
 i=  731 j= 1130 glon=  274.45 (0-360E) glon=  274.45 glat=  20.64 u=  23.4000 v=   3.7000 vr=  -7.30691 vt=  22.53573
 i=  736 j= 1130 glon=  274.65 (0-360E) glon=  274.65 glat=  20.64 u=  22.3000 v=   6.5000 vr=  -5.87121 vt=  22.47374
 i=  741 j= 1130 glon=  274.85 (0-360E) glon=  274.85 glat=  20.64 u=  25.8000 v=  11.8000 vr=  -6.13471 vt=  27.69919
 i=  746 j= 1130 glon=  275.05 (0-360E) glon=  275.05 glat=  20.64 u=  22.1000 v=  19.7000 vr= -10.07810 vt=  27.83760
 i=  751 j= 1130 glon=  275.25 (0-360E) glon=  275.25 glat=  20.64 u=  15.6000 v=  13.9000 vr=  -4.10396 vt=  20.48725
 i=  756 j= 1130 glon=  275.45 (0-360E) glon=  275.45 glat=  20.64 u=  10.1000 v=  31.5000 vr= -18.76617 vt=  27.24134
 i=  761 j= 1130 glon=  275.65 (0-360E) glon=  275.65 glat=  20.64 u=   8.9000 v=  28.2000 vr= -14.21778 vt=  25.92884
 i=  766 j= 1130 glon=  275.85 (0-360E) glon=  275.85 glat=  20.64 u=   5.5000 v=  28.6000 vr= -14.70076 vt=  25.14155
 i=  771 j= 1130 glon=  276.05 (0-360E) glon=  276.05 glat=  20.64 u=  10.4000 v=  24.3000 vr=  -6.31954 vt=  25.66541
 i=  776 j= 1130 glon=  276.25 (0-360E) glon=  276.25 glat=  20.64 u=   5.5000 v=  21.1000 vr=  -7.05772 vt=  20.63125
 i=  781 j= 1130 glon=  276.45 (0-360E) glon=  276.45 glat=  20.64 u=   7.5000 v=  17.2000 vr=  -2.28119 vt=  18.62488
 i=  696 j= 1135 glon=  273.05 (0-360E) glon=  273.05 glat=  20.44 u=  12.4000 v=  -5.9000 vr=  -5.82094 vt=  12.43731
 i=  701 j= 1135 glon=  273.25 (0-360E) glon=  273.25 glat=  20.44 u=  13.3000 v=  -5.0000 vr=  -6.24493 vt=  12.76287
 i=  706 j= 1135 glon=  273.45 (0-360E) glon=  273.45 glat=  20.44 u=  15.0000 v=  -4.1000 vr=  -7.03311 vt=  13.86886
 i=  711 j= 1135 glon=  273.65 (0-360E) glon=  273.65 glat=  20.44 u=  17.2000 v=  -3.3000 vr=  -7.69535 vt=  15.73250
 i=  716 j= 1135 glon=  273.85 (0-360E) glon=  273.85 glat=  20.44 u=  18.4000 v=  -2.8000 vr=  -7.02509 vt=  17.23508
 i=  721 j= 1135 glon=  274.05 (0-360E) glon=  274.05 glat=  20.44 u=  20.1000 v=  -0.8000 vr=  -7.39241 vt=  18.70835
 i=  726 j= 1135 glon=  274.25 (0-360E) glon=  274.25 glat=  20.44 u=  21.4000 v=   3.4000 vr=  -9.16893 vt=  19.63290
 i=  731 j= 1135 glon=  274.45 (0-360E) glon=  274.45 glat=  20.44 u=  22.2000 v=   5.7000 vr=  -8.55068 vt=  21.26537
 i=  736 j= 1135 glon=  274.65 (0-360E) glon=  274.65 glat=  20.44 u=  23.9000 v=  10.3000 vr=  -9.73758 vt=  24.13461
 i=  741 j= 1135 glon=  274.85 (0-360E) glon=  274.85 glat=  20.44 u=  23.9000 v=  12.3000 vr=  -7.90706 vt=  25.69004
 i=  746 j= 1135 glon=  275.05 (0-360E) glon=  275.05 glat=  20.44 u=  23.0000 v=  10.5000 vr=  -2.68033 vt=  25.14092
 i=  751 j= 1135 glon=  275.25 (0-360E) glon=  275.25 glat=  20.44 u=  18.7000 v=  29.2000 vr= -18.02483 vt=  29.62154
 i=  756 j= 1135 glon=  275.45 (0-360E) glon=  275.45 glat=  20.44 u=  17.2000 v=  31.9000 vr= -17.51754 vt=  31.72674
 i=  761 j= 1135 glon=  275.65 (0-360E) glon=  275.65 glat=  20.44 u=   8.3000 v=  31.4000 vr= -19.36304 vt=  26.07532
 i=  766 j= 1135 glon=  275.85 (0-360E) glon=  275.85 glat=  20.44 u=   7.9000 v=  26.9000 vr= -14.02786 vt=  24.27425
 i=  771 j= 1135 glon=  276.05 (0-360E) glon=  276.05 glat=  20.44 u=  10.3000 v=  24.7000 vr=  -8.91643 vt=  25.23247
 i=  776 j= 1135 glon=  276.25 (0-360E) glon=  276.25 glat=  20.44 u=   5.7000 v=  20.1000 vr=  -8.02591 vt=  19.28950
 i=  701 j= 1140 glon=  273.25 (0-360E) glon=  273.25 glat=  20.24 u=  13.7000 v=  -3.8000 vr=  -6.40652 vt=  12.69199
 i=  706 j= 1140 glon=  273.45 (0-360E) glon=  273.45 glat=  20.24 u=  14.1000 v=  -3.6000 vr=  -5.80925 vt=  13.34251
 i=  711 j= 1140 glon=  273.65 (0-360E) glon=  273.65 glat=  20.24 u=  15.0000 v=  -1.5000 vr=  -6.86545 vt=  13.42071
 i=  716 j= 1140 glon=  273.85 (0-360E) glon=  273.85 glat=  20.24 u=  16.3000 v=   1.0000 vr=  -8.31637 vt=  14.05446
 i=  721 j= 1140 glon=  274.05 (0-360E) glon=  274.05 glat=  20.24 u=  18.1000 v=   3.2000 vr=  -9.40606 vt=  15.79165
 i=  726 j= 1140 glon=  274.25 (0-360E) glon=  274.25 glat=  20.24 u=  19.7000 v=   4.2000 vr=  -8.78396 vt=  18.12655
 i=  731 j= 1140 glon=  274.45 (0-360E) glon=  274.45 glat=  20.24 u=  18.2000 v=   3.9000 vr=  -5.91828 vt=  17.64721
 i=  736 j= 1140 glon=  274.65 (0-360E) glon=  274.65 glat=  20.24 u=  21.8000 v=  13.9000 vr= -13.45948 vt=  22.07470
 i=  741 j= 1140 glon=  274.85 (0-360E) glon=  274.85 glat=  20.24 u=  22.0000 v=  17.9000 vr= -14.36387 vt=  24.45586
 i=  746 j= 1140 glon=  275.05 (0-360E) glon=  275.05 glat=  20.24 u=  24.7000 v=   1.1000 vr=   5.73708 vt=  24.04966
 i=  751 j= 1140 glon=  275.25 (0-360E) glon=  275.25 glat=  20.24 u=  24.1000 v=  24.1000 vr= -12.91280 vt=  31.54171
 i=  756 j= 1140 glon=  275.45 (0-360E) glon=  275.45 glat=  20.24 u=  20.0000 v=  27.9000 vr= -14.76335 vt=  30.99118
 i=  761 j= 1140 glon=  275.65 (0-360E) glon=  275.65 glat=  20.24 u=  13.2000 v=  29.4000 vr= -16.80352 vt=  27.49985
 i=  766 j= 1140 glon=  275.85 (0-360E) glon=  275.85 glat=  20.24 u=   9.3000 v=  25.8000 vr= -14.09448 vt=  23.52606
 i=  771 j= 1140 glon=  276.05 (0-360E) glon=  276.05 glat=  20.24 u=  11.2000 v=  23.1000 vr=  -9.04113 vt=  24.02723
 i=  706 j= 1145 glon=  273.45 (0-360E) glon=  273.45 glat=  20.04 u=  14.0000 v=  -2.4000 vr=  -5.89074 vt=  12.92514
 i=  711 j= 1145 glon=  273.65 (0-360E) glon=  273.65 glat=  20.04 u=  14.4000 v=   0.1000 vr=  -7.16348 vt=  12.49218
 i=  716 j= 1145 glon=  273.85 (0-360E) glon=  273.85 glat=  20.04 u=  15.6000 v=   1.2000 vr=  -7.47342 vt=  13.74584
 i=  721 j= 1145 glon=  274.05 (0-360E) glon=  274.05 glat=  20.04 u=  18.7000 v=  -1.9000 vr=  -4.08411 vt=  18.34721
 i=  726 j= 1145 glon=  274.25 (0-360E) glon=  274.25 glat=  20.04 u=  21.5000 v=  -3.3000 vr=  -1.29955 vt=  21.71293
 i=  731 j= 1145 glon=  274.45 (0-360E) glon=  274.45 glat=  20.04 u=  21.5000 v=   4.7000 vr=  -6.79280 vt=  20.93318
 i=  736 j= 1145 glon=  274.65 (0-360E) glon=  274.65 glat=  20.04 u=  20.6000 v=  12.0000 vr= -11.63607 vt=  20.80773
 i=  741 j= 1145 glon=  274.85 (0-360E) glon=  274.85 glat=  20.04 u=  19.9000 v=  16.2000 vr= -13.41277 vt=  21.87573
 i=  746 j= 1145 glon=  275.05 (0-360E) glon=  275.05 glat=  20.04 u=  19.1000 v=  12.7000 vr=  -7.67901 vt=  21.61325
 i=  751 j= 1145 glon=  275.25 (0-360E) glon=  275.25 glat=  20.04 u=  19.2000 v=  18.5000 vr= -10.75598 vt=  24.39670
 i=  756 j= 1145 glon=  275.45 (0-360E) glon=  275.45 glat=  20.04 u=  14.8000 v=  23.5000 vr= -14.72173 vt=  23.54911
 i=  761 j= 1145 glon=  275.65 (0-360E) glon=  275.65 glat=  20.04 u=  14.2000 v=  24.5000 vr= -13.71536 vt=  24.77456
 i=  766 j= 1145 glon=  275.85 (0-360E) glon=  275.85 glat=  20.04 u=  11.2000 v=  20.6000 vr= -10.23802 vt=  21.09462
 i=  711 j= 1150 glon=  273.65 (0-360E) glon=  273.65 glat=  19.84 u=  14.4000 v=  -0.8000 vr=  -5.74320 vt=  13.22935
 i=  716 j= 1150 glon=  273.85 (0-360E) glon=  273.85 glat=  19.84 u=  16.3000 v=  -1.6000 vr=  -4.54660 vt=  15.73463
 i=  721 j= 1150 glon=  274.05 (0-360E) glon=  274.05 glat=  19.84 u=  20.7000 v=   0.9000 vr=  -6.71963 vt=  19.59966
 i=  726 j= 1150 glon=  274.25 (0-360E) glon=  274.25 glat=  19.84 u=  22.5000 v=   2.0000 vr=  -6.19545 vt=  21.72249
 i=  731 j= 1150 glon=  274.45 (0-360E) glon=  274.45 glat=  19.84 u=  19.3000 v=   8.8000 vr= -10.45663 vt=  18.45505
 i=  736 j= 1150 glon=  274.65 (0-360E) glon=  274.65 glat=  19.84 u=  19.5000 v=   9.9000 vr=  -9.59401 vt=  19.65235
 i=  741 j= 1150 glon=  274.85 (0-360E) glon=  274.85 glat=  19.84 u=  19.3000 v=  11.1000 vr=  -8.73787 vt=  20.47803
 i=  746 j= 1150 glon=  275.05 (0-360E) glon=  275.05 glat=  19.84 u=  16.3000 v=  14.1000 vr= -10.21933 vt=  18.97539
 i=  751 j= 1150 glon=  275.25 (0-360E) glon=  275.25 glat=  19.84 u=  16.5000 v=  18.0000 vr= -11.99553 vt=  21.26869
 i=  756 j= 1150 glon=  275.45 (0-360E) glon=  275.45 glat=  19.84 u=  14.0000 v=  18.0000 vr= -11.01190 vt=  19.96842
 i=  731 j= 1155 glon=  274.45 (0-360E) glon=  274.45 glat=  19.64 u=  18.7000 v=   7.8000 vr=  -9.25138 vt=  18.02615
 i=  736 j= 1155 glon=  274.65 (0-360E) glon=  274.65 glat=  19.64 u=  17.8000 v=   9.6000 vr=  -9.34857 vt=  17.93333
 i=  741 j= 1155 glon=  274.85 (0-360E) glon=  274.85 glat=  19.64 u=  14.8000 v=  12.4000 vr= -10.75016 vt=  16.03852
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.2088848976139       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     45.22 kts
    LL Wind Circ Vt mean quadmax value: SE     33.76 kts
    LL Wind Circ Vt mean quadmax value: SW     35.58 kts
    LL Wind Circ Vt mean quadmax value: NW     35.08 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   9.493536059494598E-005  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   6.52449344018563       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    21.6087135201283     
   xcenlon=    274.616119487002     
   imax=         2738  jmax=         2041
   jlatfix=         1105
   ilonfix (unadjusted) =          736
  
 In get_max_wind, ibeg=          662  iend=          809
                  jbeg=         1037  jend=         1174
         ilonfix=          736  jlatfix=         1105
 At end of get_max_wind, vmax=    30.6252999985306       rmax= 
   84.1054631160108     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.15 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.82 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.21 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.54 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.91 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.20 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   19.35 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   21.14 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   22.47 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   23.30 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   23.70 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   23.85 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   23.83 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   23.76 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   23.67 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   23.53 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   23.35 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   23.07 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   22.75 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   22.41 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   22.09 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.76 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   21.42 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   21.04 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.60 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.15 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   19.72 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.30 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   18.89 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   18.49 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.13 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   17.80 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   17.58 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   17.38 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.24 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.09 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.91 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.68 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.44 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.20 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.97 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.80 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    23.85 m/s   maxrmw_dist=    36.00  km   maxrmw_ix=   12
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    36.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    23.8460904300073      
  (m/s)   (in kts)=    46.3257998783753     
  rising_sum_dvdr=       17.6919029528781     
  declining_sum_dvdr=   -4.95979672016533     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    12 igrct=  1 Vmax (m/s)=   30.625   22:17:28
 TIMING: before call  getradii, fhr=    12 igrct=  1   22:17:28
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.70453666935517     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.70453666935517     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.4337555356825     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.4337555356825     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.1647249103256     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.1647249103256     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.8062240561116     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   13.81 good_quad_ct=   4 mean_vt_4quad=      3.45
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.15 mean_vt_4quad=    5.64
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.22 mean_vt_4quad=    5.70
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.24 mean_vt_4quad=    5.76
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.58 mean_vt_4quad=    5.83
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.84 mean_vt_4quad=    5.91
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.07 mean_vt_4quad=    5.99
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.14 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.23 mean_vt_4quad=    6.14
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.30 mean_vt_4quad=    6.20
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.38 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.37 mean_vt_4quad=    6.34
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.39 mean_vt_4quad=    6.40
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.45 mean_vt_4quad=    6.46
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.41 mean_vt_4quad=    6.52
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.53 mean_vt_4quad=    6.59
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.64 mean_vt_4quad=    6.66
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.64 mean_vt_4quad=    6.73
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.59 mean_vt_4quad=    6.80
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.54 mean_vt_4quad=    6.88
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.56 mean_vt_4quad=    6.96
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.63 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.71 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.80 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.83 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.80 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.61 mean_vt_4quad=    7.45
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.40 mean_vt_4quad=    7.49
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.37 mean_vt_4quad=    7.53
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.38 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.39 mean_vt_4quad=    7.63
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.49 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.62 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.72 mean_vt_4quad=    7.75
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.77 mean_vt_4quad=    7.79
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.78 mean_vt_4quad=    7.83
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.78 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.76 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   13.95 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   13.98 mean_vt_4quad=    8.10
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   13.92 mean_vt_4quad=    8.17
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   13.80 mean_vt_4quad=    8.24
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   13.64 mean_vt_4quad=    8.33
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   13.63 mean_vt_4quad=    8.44
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   13.88 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.43 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   15.05 mean_vt_4quad=    8.78
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.62 mean_vt_4quad=    8.89
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.82 mean_vt_4quad=    9.00
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.03 mean_vt_4quad=    9.11
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.19 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.29 mean_vt_4quad=    9.29
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.34 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.34 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.34 mean_vt_4quad=    9.48
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.35 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.38 mean_vt_4quad=    9.60
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.42 mean_vt_4quad=    9.67
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.47 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.62 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.74 mean_vt_4quad=    9.92
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   17.03 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   17.33 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   17.64 mean_vt_4quad=   10.27
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   10.27 .... 0.5*v_holland=    4.87
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   10.35 .... 0.5*v_holland=    4.87
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   10.44 .... 0.5*v_holland=    4.87
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   10.53 .... 0.5*v_holland=    4.87
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   10.65 .... 0.5*v_holland=    4.87
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    183.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   98.7468000000000     
 vradius(iwindix,iquad) =          99
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   17.64 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   17.91 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.10 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   18.21 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   18.31 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   18.44 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.59 mean_vt_4quad=   10.95
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.73 mean_vt_4quad=   11.14
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   18.87 mean_vt_4quad=   11.34
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   19.04 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   19.22 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   19.38 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   19.48 mean_vt_4quad=   12.30
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.51 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   19.49 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   19.57 mean_vt_4quad=   13.03
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   19.77 mean_vt_4quad=   13.26
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.11 mean_vt_4quad=   13.47
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   20.59 mean_vt_4quad=   13.67
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   21.11 mean_vt_4quad=   13.88
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   21.66 mean_vt_4quad=   14.11
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.23 mean_vt_4quad=   14.38
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   22.49 mean_vt_4quad=   14.65
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   22.96 mean_vt_4quad=   14.89
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   23.70 mean_vt_4quad=   15.11
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   23.98 mean_vt_4quad=   15.32
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   24.11 mean_vt_4quad=   15.53
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   23.82 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   23.54 mean_vt_4quad=   15.94
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   23.06 mean_vt_4quad=   16.18
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   23.19 mean_vt_4quad=   16.53
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   24.01 mean_vt_4quad=   16.99
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   24.98 mean_vt_4quad=   17.45
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   25.76 mean_vt_4quad=   17.88
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
  --- vmaxwind of    30.6252999985306       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.38 mean_vt_4quad=    5.64
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.35 mean_vt_4quad=    5.70
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.35 mean_vt_4quad=    5.76
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.59 mean_vt_4quad=    5.83
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.80 mean_vt_4quad=    5.91
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.96 mean_vt_4quad=    5.99
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.08 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.07 mean_vt_4quad=    6.14
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.15 mean_vt_4quad=    6.20
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.13 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.15 mean_vt_4quad=    6.34
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.23 mean_vt_4quad=    6.40
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.21 mean_vt_4quad=    6.46
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.24 mean_vt_4quad=    6.52
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.28 mean_vt_4quad=    6.59
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.37 mean_vt_4quad=    6.66
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.54 mean_vt_4quad=    6.73
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.72 mean_vt_4quad=    6.80
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.84 mean_vt_4quad=    6.88
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.94 mean_vt_4quad=    6.96
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.00 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.08 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.13 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.24 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.42 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.59 mean_vt_4quad=    7.45
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.96 mean_vt_4quad=    7.49
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.28 mean_vt_4quad=    7.53
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.60 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.87 mean_vt_4quad=    7.63
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.09 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.23 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.33 mean_vt_4quad=    7.75
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.44 mean_vt_4quad=    7.79
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   16.55 mean_vt_4quad=    7.83
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   16.62 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   16.68 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.76 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.81 mean_vt_4quad=    8.10
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.90 mean_vt_4quad=    8.17
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.14 mean_vt_4quad=    8.24
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.52 mean_vt_4quad=    8.33
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=    8.33 .... 0.5*v_holland=    3.66
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=    8.44 .... 0.5*v_holland=    3.66
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=    8.56 .... 0.5*v_holland=    3.66
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=    8.68 .... 0.5*v_holland=    3.66
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=    8.78 .... 0.5*v_holland=    3.66
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    246.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   132.741600000000     
 vradius(iwindix,iquad) =         133
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.52 mean_vt_4quad=    8.33
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.74 mean_vt_4quad=    8.44
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   17.87 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   17.88 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.98 mean_vt_4quad=    8.78
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.07 mean_vt_4quad=    8.89
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.25 mean_vt_4quad=    9.00
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.39 mean_vt_4quad=    9.11
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.59 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.74 mean_vt_4quad=    9.29
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   18.99 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.38 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.81 mean_vt_4quad=    9.48
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.28 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.58 mean_vt_4quad=    9.60
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.81 mean_vt_4quad=    9.67
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   21.04 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   21.35 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.83 mean_vt_4quad=    9.92
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   22.53 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   23.37 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   24.26 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   24.95 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   25.30 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   25.49 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   25.75 mean_vt_4quad=   10.65
  
 NO interp, exactdistkm=    171.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   92.2716000000000     
 vradius(iwindix,iquad) =          92
  
  --- vmaxwind of    30.6252999985306       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.67 mean_vt_4quad=    5.64
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   10.97 mean_vt_4quad=    5.70
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.26 mean_vt_4quad=    5.76
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.47 mean_vt_4quad=    5.83
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.65 mean_vt_4quad=    5.91
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.69 mean_vt_4quad=    5.99
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.72 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.74 mean_vt_4quad=    6.14
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.86 mean_vt_4quad=    6.20
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.97 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.08 mean_vt_4quad=    6.34
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.17 mean_vt_4quad=    6.40
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.28 mean_vt_4quad=    6.46
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.42 mean_vt_4quad=    6.52
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.47 mean_vt_4quad=    6.59
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.42 mean_vt_4quad=    6.66
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.34 mean_vt_4quad=    6.73
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.51 mean_vt_4quad=    6.80
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.73 mean_vt_4quad=    6.88
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.89 mean_vt_4quad=    6.96
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.02 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.15 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.30 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.43 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.63 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.79 mean_vt_4quad=    7.45
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.09 mean_vt_4quad=    7.49
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.33 mean_vt_4quad=    7.53
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.54 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.62 mean_vt_4quad=    7.63
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.75 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.96 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.07 mean_vt_4quad=    7.75
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.12 mean_vt_4quad=    7.79
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.15 mean_vt_4quad=    7.83
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.14 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.14 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.13 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.08 mean_vt_4quad=    8.10
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.05 mean_vt_4quad=    8.17
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.19 mean_vt_4quad=    8.24
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.18 mean_vt_4quad=    8.33
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.26 mean_vt_4quad=    8.44
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.31 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.29 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.27 mean_vt_4quad=    8.78
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.29 mean_vt_4quad=    8.89
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.31 mean_vt_4quad=    9.00
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.29 mean_vt_4quad=    9.11
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.36 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.47 mean_vt_4quad=    9.29
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.63 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.73 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.89 mean_vt_4quad=    9.48
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.20 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.62 mean_vt_4quad=    9.60
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   17.44 mean_vt_4quad=    9.67
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   18.29 mean_vt_4quad=    9.74
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=    9.74 .... 0.5*v_holland=    4.51
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=    9.82 .... 0.5*v_holland=    4.51
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=    9.92 .... 0.5*v_holland=    4.51
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   10.04 .... 0.5*v_holland=    4.51
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   10.16 .... 0.5*v_holland=    4.51
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    198.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   106.840800000000     
 vradius(iwindix,iquad) =         107
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   18.29 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   18.77 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   18.79 mean_vt_4quad=    9.92
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   18.41 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   18.21 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.99 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.94 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   17.55 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   17.20 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   16.91 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   16.79 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   16.66 mean_vt_4quad=   10.95
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   16.46 mean_vt_4quad=   11.14
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   16.31 mean_vt_4quad=   11.34
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   16.19 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   16.09 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.74 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.30 mean_vt_4quad=   12.30
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.77 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.58 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   14.68 mean_vt_4quad=   13.03
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.00 mean_vt_4quad=   13.26
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   15.37 mean_vt_4quad=   13.47
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   15.58 mean_vt_4quad=   13.67
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   15.66 mean_vt_4quad=   13.88
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   15.84 mean_vt_4quad=   14.11
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.05 mean_vt_4quad=   14.38
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   16.26 mean_vt_4quad=   14.65
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   16.48 mean_vt_4quad=   14.89
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   16.69 mean_vt_4quad=   15.11
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   16.88 mean_vt_4quad=   15.32
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.13 mean_vt_4quad=   15.53
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   17.34 mean_vt_4quad=   15.74
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   17.57 mean_vt_4quad=   15.94
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   17.83 mean_vt_4quad=   16.18
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   18.20 mean_vt_4quad=   16.53
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   18.62 mean_vt_4quad=   16.99
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   19.06 mean_vt_4quad=   17.45
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   19.68 mean_vt_4quad=   17.88
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   20.28 mean_vt_4quad=   18.30
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   20.86 mean_vt_4quad=   18.72
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   21.45 mean_vt_4quad=   19.15
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   21.99 mean_vt_4quad=   19.55
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   22.44 mean_vt_4quad=   19.91
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   22.89 mean_vt_4quad=   20.21
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   23.22 mean_vt_4quad=   20.46
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   23.54 mean_vt_4quad=   20.73
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   23.95 mean_vt_4quad=   21.05
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   24.49 mean_vt_4quad=   21.40
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   25.07 mean_vt_4quad=   21.68
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   25.74 mean_vt_4quad=   21.85
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
  
  --- vmaxwind of    30.6252999985306       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.36 mean_vt_4quad=    5.64
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.52 mean_vt_4quad=    5.70
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.72 mean_vt_4quad=    5.76
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.90 mean_vt_4quad=    5.83
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.06 mean_vt_4quad=    5.91
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.17 mean_vt_4quad=    5.99
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.27 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.30 mean_vt_4quad=    6.14
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.36 mean_vt_4quad=    6.20
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.49 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.56 mean_vt_4quad=    6.34
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.58 mean_vt_4quad=    6.40
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.62 mean_vt_4quad=    6.46
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.72 mean_vt_4quad=    6.52
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.72 mean_vt_4quad=    6.59
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.84 mean_vt_4quad=    6.66
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.87 mean_vt_4quad=    6.73
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.89 mean_vt_4quad=    6.80
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.01 mean_vt_4quad=    6.88
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.08 mean_vt_4quad=    6.96
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.15 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.27 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.39 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.45 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.54 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.78 mean_vt_4quad=    7.45
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.96 mean_vt_4quad=    7.49
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   11.13 mean_vt_4quad=    7.53
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   11.07 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   11.07 mean_vt_4quad=    7.63
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   11.12 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.05 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.12 mean_vt_4quad=    7.75
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.20 mean_vt_4quad=    7.79
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.17 mean_vt_4quad=    7.83
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.23 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.26 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.41 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.52 mean_vt_4quad=    8.10
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.61 mean_vt_4quad=    8.17
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.68 mean_vt_4quad=    8.24
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.77 mean_vt_4quad=    8.33
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.88 mean_vt_4quad=    8.44
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.01 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.14 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.29 mean_vt_4quad=    8.78
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.40 mean_vt_4quad=    8.89
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.47 mean_vt_4quad=    9.00
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.57 mean_vt_4quad=    9.11
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.62 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.64 mean_vt_4quad=    9.29
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.67 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.70 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.73 mean_vt_4quad=    9.48
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.86 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.06 mean_vt_4quad=    9.60
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.25 mean_vt_4quad=    9.67
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.42 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.57 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.74 mean_vt_4quad=    9.92
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.93 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.14 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.35 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.49 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.59 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.63 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   14.63 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   14.63 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   14.53 mean_vt_4quad=   10.95
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   14.21 mean_vt_4quad=   11.14
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.96 mean_vt_4quad=   11.34
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.80 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.73 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   13.79 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.01 mean_vt_4quad=   12.30
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.33 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.75 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.18 mean_vt_4quad=   13.03
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.57 mean_vt_4quad=   13.26
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.78 mean_vt_4quad=   13.47
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.87 mean_vt_4quad=   13.67
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   15.92 mean_vt_4quad=   13.88
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   16.09 mean_vt_4quad=   14.11
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.21 mean_vt_4quad=   14.38
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   16.52 mean_vt_4quad=   14.65
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   16.85 mean_vt_4quad=   14.89
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   17.18 mean_vt_4quad=   15.11
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   17.42 mean_vt_4quad=   15.32
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   17.60 mean_vt_4quad=   15.53
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.53 .... 0.5*v_holland=    8.16
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   15.74 .... 0.5*v_holland=    8.16
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   15.94 .... 0.5*v_holland=    8.16
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   16.18 .... 0.5*v_holland=    8.16
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   16.53 .... 0.5*v_holland=    8.16
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   17.60 mean_vt_4quad=   15.53
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   17.73 mean_vt_4quad=   15.74
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   17.79 mean_vt_4quad=   15.94
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   17.87 mean_vt_4quad=   16.18
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   18.00 mean_vt_4quad=   16.53
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   18.32 mean_vt_4quad=   16.99
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   18.77 mean_vt_4quad=   17.45
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   19.28 mean_vt_4quad=   17.88
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   19.95 mean_vt_4quad=   18.30
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   20.64 mean_vt_4quad=   18.72
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   21.32 mean_vt_4quad=   19.15
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   21.85 mean_vt_4quad=   19.55
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   22.33 mean_vt_4quad=   19.91
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   22.76 mean_vt_4quad=   20.21
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   23.27 mean_vt_4quad=   20.46
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   23.84 mean_vt_4quad=   20.73
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   24.48 mean_vt_4quad=   21.05
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   25.13 mean_vt_4quad=   21.40
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   25.62 mean_vt_4quad=   21.68
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   25.99 mean_vt_4quad=   21.85
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
  
  --- vmaxwind of    30.6252999985306       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    12 igrct=  1   22:17:28
 TIMING: after getrad_iter_loop, fhr=    12 igrct=  2 Vmax (m/s)=   30.625   22:17:28
 TIMING: Before get_phase ... 22:17:28
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           12 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   347.579
  
  
  In get_cps_paramb, lead time=           12 :           0   10L  IDALIA   
   right_ct=          859   left_ct=          853
   zthicksum(1)=    2929107.89778125     
   zthicksum(2)=    2913637.41871875     
   zthick_right_mean=    3409.90442116560     
   zthick_left_mean=     3415.75312862690     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -5.84870746130309     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           14.70
  Sum of y-diffs squared (ydiff2) =         4125.86
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   219.49   6.7452       34.28   0.1661    -2.29     5.23     1175.12
    2   209.28   6.6846       24.07   0.1055     0.85     0.73      579.46
    3   196.48   6.6201       11.27   0.0409     2.26     5.12      127.06
    4   180.11   6.5511       -5.10  -0.0281     1.08     1.18       25.97
    5   161.20   6.4770      -24.01  -0.1022    -1.51     2.29      576.38
    6   144.69   6.3969      -40.52  -0.1822    -0.40     0.16     1641.87
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   185.208     x:    6.58
  
  slope=    220.165         y-intercept =  -1263.292
  Regression equation:   Y = -1263.29 +   220.17X
  
  R2(r_squared) =  0.9964        r =  0.9982
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1019.55 zmin=  792.97 zdiff=  226.58
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1514.10 zmin= 1294.61 zdiff=  219.49
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -7.09 dlnp=     -0.057158  dzdlnp=      124.006
  
   +++ k=  3 press=    800.0 zmax= 2033.47 zmin= 1824.19 zdiff=  209.28
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.21 dlnp=     -0.060625  dzdlnp=      168.380
  
   +++ k=  4 press=    750.0 zmax= 2581.37 zmin= 2384.89 zdiff=  196.48
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -12.80 dlnp=     -0.064539  dzdlnp=      198.331
  
   +++ k=  5 press=    700.0 zmax= 3160.53 zmin= 2980.41 zdiff=  180.11
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -16.37 dlnp=     -0.068993  dzdlnp=      237.242
  
   +++ k=  6 press=    650.0 zmax= 3774.78 zmin= 3613.58 zdiff=  161.20
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -18.91 dlnp=     -0.074108  dzdlnp=      255.195
  
   +++ k=  7 press=    600.0 zmax= 4427.15 zmin= 4282.46 zdiff=  144.69
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.51 dlnp=     -0.080043  dzdlnp=      206.290
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          191.87
  Sum of y-diffs squared (ydiff2) =         2437.64
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   128.96   6.3099       34.70   0.2788     8.61    74.06     1204.37
    2   110.05   6.2146       15.79   0.1834    -1.38     1.91      249.39
    3    94.77   6.1092        0.51   0.0781    -6.80    46.22        0.26
    4    84.32   5.9915       -9.94  -0.0397    -6.22    38.68       98.72
    5    78.27   5.8579      -15.98  -0.1732     0.23     0.05      255.49
    6    69.17   5.7038      -25.09  -0.3274     5.56    30.93      629.41
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    94.256     x:    6.03
  
  slope=     93.622         y-intercept =   -470.394
  Regression equation:   Y =  -470.39 +    93.62X
  
  R2(r_squared) =  0.9213        r =  0.9598
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           12 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4427.15 zmin= 4282.46 zdiff=  144.69
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5128.27 zmin= 4999.31 zdiff=  128.96
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -15.73 dlnp=     -0.087011  dzdlnp=      180.758
  
   +++ k=  9 press=    500.0 zmax= 5882.29 zmin= 5772.24 zdiff=  110.05
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -18.91 dlnp=     -0.095310  dzdlnp=      198.426
  
   +++ k= 10 press=    450.0 zmax= 6701.92 zmin= 6607.15 zdiff=   94.77
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -15.28 dlnp=     -0.105361  dzdlnp=      145.026
  
   +++ k= 11 press=    400.0 zmax= 7604.70 zmin= 7520.39 zdiff=   84.32
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -10.45 dlnp=     -0.117783  dzdlnp=       88.705
  
   +++ k= 12 press=    350.0 zmax= 8607.89 zmin= 8529.62 zdiff=   78.27
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -6.05 dlnp=     -0.133531  dzdlnp=       45.293
  
   +++ k= 13 press=    300.0 zmax= 9735.53 zmin= 9666.36 zdiff=   69.17
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -9.10 dlnp=     -0.154151  dzdlnp=       59.059
  
cps_stats: 10L   lead time=  12: 0   paramb=    -5.85  vtl=    220.17  vtu=     93.62
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   12:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.616 (0-360) guesslon=  274.616E  (  85.384W)   guesslat=   21.609
 ilonfix=          736  jlatfix=         1105  npts=           33
 ibeg=          664  jbeg=         1037  imax=         2738
 iend=          808  jend=         1173  jmax=         2041
 TIMING: find_maxmin 1  22:17:29
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.496E  (0-360) ctlon=  274.496E  (  85.504W)  ctlat=   20.289 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:17:29
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.496E   (0-360) guesslon=  274.496E  (  85.504W)   guesslat=   20.289
 ilonfix=          733  jlatfix=         1138  npts=           16
 ibeg=          686  jbeg=         1094  imax=         2738
 iend=          780  jend=         1182  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.276E  (0-360) ctlon=  274.276  (  85.724W)  ctlat=   20.369 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        16758
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    12:00  mean_lon:  274.28E (  85.72W)    (0-360) mean_lon=  274.28E  mean_lat:   20.37  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    12:00  ifix:   703   jfix:  1113  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          703  jx=         1113
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         302 ,        1511 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         301 ,        1512 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    12:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:17:29
 TIMING: Before shear ... 22:17:29
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            3
  clon(ist,ifh,3)=    274.619077088101     
  clat(ist,ifh,3)=    21.6416598636944     
  fixlon(ist,ifh)=    274.616119487002     
  fixlat(ist,ifh)=    21.6087135201283     
  xcenlon=    274.619077088101     
  xcenlat=    21.6416598636944     
  
 xxshear
 In get_shear A, xcenlon=    274.619077088101       xcenlat= 
   21.6416598636944     
   In get_shear B, (0-360) xcenlon=    274.619077088101     
  
At start of get_shear:  10L   fhr=   12:00   Mean fix position=   274.62E  ( 85.38W)    21.61  (0-360) mean lon fix=  274.62
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   27.53 vr_mean(idist,ilev)=   -0.06
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   25.11 vr_mean(idist,ilev)=    0.05
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   22.17 vr_mean(idist,ilev)=   -0.20
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.39 vr_mean(idist,ilev)=   -1.00
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.30 vr_mean(idist,ilev)=   -0.66
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.41 vr_mean(idist,ilev)=   -0.79
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.20 vr_mean(idist,ilev)=   -0.46
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   14.85 vr_mean(idist,ilev)=    0.12
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.09 vr_mean(idist,ilev)=    0.26
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   12.94 vr_mean(idist,ilev)=    0.35
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.68 vr_mean(idist,ilev)=    0.35
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.13 vr_mean(idist,ilev)=    0.22
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.82 vr_mean(idist,ilev)=    0.29
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.63 vr_mean(idist,ilev)=    0.55
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.13 vr_mean(idist,ilev)=    0.72
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.28 vr_mean(idist,ilev)=    0.81
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.59 vr_mean(idist,ilev)=    0.90
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.00 vr_mean(idist,ilev)=    0.98
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.37 vr_mean(idist,ilev)=    1.22
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -11.67 vr_mean(idist,ilev)=   11.67
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -17.51 vr_mean(idist,ilev)=   17.51
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -23.35 vr_mean(idist,ilev)=   23.35
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -29.19 vr_mean(idist,ilev)=   29.19
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -35.03 vr_mean(idist,ilev)=   35.03
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -40.87 vr_mean(idist,ilev)=   40.87
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -46.71 vr_mean(idist,ilev)=   46.71
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -52.56 vr_mean(idist,ilev)=   52.56
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -58.41 vr_mean(idist,ilev)=   58.41
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -64.26 vr_mean(idist,ilev)=   64.26
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -70.12 vr_mean(idist,ilev)=   70.12
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -75.97 vr_mean(idist,ilev)=   75.97
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -81.84 vr_mean(idist,ilev)=   81.84
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -87.70 vr_mean(idist,ilev)=   87.70
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -93.57 vr_mean(idist,ilev)=   93.57
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=  -99.45 vr_mean(idist,ilev)=   99.45
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -105.33 vr_mean(idist,ilev)=  105.33
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -111.22 vr_mean(idist,ilev)=  111.22
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -117.11 vr_mean(idist,ilev)=  117.11
  
 At end of get_shear: 
     ist=    4 ifh=    3 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:17:29
  
 After call to fixcenter, fix positions at 
 forecast hour=   12:00 follow:
  
fixpos  10L   fhr=   12:00   Fix position=   274.62E  ( 85.38W)    21.61   Max Wind=  59 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.767045227433     
 xxxx get_next_ges, curr fix lon=    274.616119487002     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.616119487002        fixlat=    21.6087135201283     
        (0-360) fixlon=    274.616119487002     
      ilonfix=          736   jlatfix=         1105
      ibeg=          267   iend=         1205
      jbeg=          653   jend=         1557
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.30837528045278       vavg=    5.81872710254836     
      ubar=   0.327093820113194       vbar=    1.45468177563709     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.41440615340943       vavg=    4.60120303250078     
      ubar=    1.03429689681791       vbar=    3.75528329188748     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.741128641740152       vavg=    1.41320723313028     
      ubar=    1.21957905725295       vbar=    4.10858510017005     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.21957905725295       vbar=    4.10858510017005     
      wgttot=    1.00000000000000     
      fixlon=    274.616119487002        fixlat=    21.6087135201283     
      barnlon=    274.871646472240       barnlat=    22.4068206110441     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.927133064052782     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.871646472240     
     Raw (no conversion for GM wrap) extraplon=    274.464527567601     
  
 --- barnlon=    274.87E  (  85.13W)    barnlat=     22.41
 --- extraplon=  274.46E  (  85.54W)    extraplat=   22.25
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   21.61
 | Current fix lon is   85.38W   ( 274.62E)
 | Current fix lon (raw, unadjusted)=  274.62E
 | Updated guess lat for next fcst hour is   22.33
 | Updated guess lon (0-360) for next fcst hour is   85.33W   ( 274.67E)
 | Raw updated guess lon for next fcst hour is  274.67E)
 -------------------------------------------------
  
 iocheck, dist=    79.9713627865161        distm=    79971.3627865161     
 iocheck, stmspd=    3.70237790678315        istmspd=           72
 iocheck, xincr=   5.196753291846790E-002   yincr=   0.717582696081735     
 iocheck, stmdir=    4.14214451884392        istmdir=            4
 +++ RPT_STORM_MOTION: istmspd=    72 kts(*10)    istmdir=     4 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   3
     Fix location for this time:   274.62E  ( 85.38W)    21.61
     Fix lon (raw) for this time:  274.62E
     ilonfix=  736  jlatfix= 1105
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.616119487002       xcenlat=    21.6087135201283     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.616119487002       xcenlat=    21.6087135201283     
  ilonfix=          736  jlatfix=         1105
  ibeg=          616  iend=          856
  jbeg=          989  jend=         1221  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.616119487002        xcenlat=    21.6087135201283     
      ilonfix=          736   jlatfix=         1105
      ibeg=          616   iend=          856
      jbeg=          989   jend=         1221
 After call to barnes, xsmoothval=   2.886769645897932E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.886769645897932E-004
      xcenlon=    274.616119487002        xcenlat=    21.6087135201283     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000289  imeanzeta (*1e6)=      289
   --- mean zeta raw =   2.886769645897932E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002434  igrid zeta (*1e6)=     2434 ifilret=   0
   --- grid zeta raw=   2.434215443506346E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.616119487002       xcenlat=    21.6087135201283     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.616119487002       xcenlat=    21.6087135201283     
  ilonfix=          736  jlatfix=         1105
  ibeg=          616  iend=          856
  jbeg=          989  jend=         1221  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.616119487002        xcenlat=    21.6087135201283     
      ilonfix=          736   jlatfix=         1105
      ibeg=          616   iend=          856
      jbeg=          989   jend=         1221
 After call to barnes, xsmoothval=   2.728968364253545E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.728968364253545E-004
      xcenlon=    274.616119487002        xcenlat=    21.6087135201283     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000273  imeanzeta (*1e6)=      273
   --- mean zeta raw =   2.728968364253545E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002256  igrid zeta (*1e6)=     2256 ifilret=   0
   --- grid zeta raw=   2.256499470461914E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           12
  
 segx, outlon=    274.616119487002       outlat=    21.6087135201283     
   ist=            4  ifcsthour=           12
   vmaxwind=    30.6252999985306       xminmslp=    98422.4500000000     
   vradius=           99          45           0         133          92
           0         107          26           0          57          26
           0
   maxstorm=            6
   plastbar=    100022.450000000       rlastbar=    40.5904467053859     
   rmax=    84.1054631160108     
   cps_vals=   -5.84870746130309        220.165249276485     
   93.6221996055084     
   wcore_flag= n
   istmspd=           72  istmdir=            4
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    36.0000000000000     
   axisymet_rmw_val=     23.8460904300073     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   40.5904467053859       irlastbar=          41
 output: plastbar=   100022.450000000       iplastbar=        1000
 rmax=    84.1054631160108        irmax=           84
 TXX top of atcfunix_ext, ist=            4  ifh=           12
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   40.5904467053859       irlastbar=          41
 output: plastbar=   100022.450000000       iplastbar=        1000
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           12
 intlat=          216
 clatns= N
 intlon=          854
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           59
 int(xminmslp/mslp_outp_adj + 0.5)=          984
 XX,  34, NEQ
 vradius(1,1)=           99
 vradius(1,2)=          133
 vradius(1,3)=          107
 vradius(1,4)=           57
 iplastbar=         1000
 irlastbar=           41
 irmax=           84
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            4
 istmspd=           72
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -58
 icps_vals(2)=         2202
 icps_vals(3)=          936
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           19
 irmw_val=           46
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          289
 igridzeta(1)=         2434
 imeanzeta(2)=          273
 igridzeta(2)=         2256
  
 rmax=    84.1054631160108        irmax=           84
 +++ Top of output_atcf_parms, ist=            4  ifh=           12
  
 xxxx get_next_ges, prev fix lon=    274.767045227433     
 xxxx get_next_ges, curr fix lon=    274.616119487002     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.616119487002        fixlat=    21.6087135201283     
        (0-360) fixlon=    274.616119487002     
      ilonfix=          736   jlatfix=         1105
      ibeg=          267   iend=         1205
      jbeg=          653   jend=         1557
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.30837528045278       vavg=    5.81872710254836     
      ubar=   0.327093820113194       vbar=    1.45468177563709     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.41440615340943       vavg=    4.60120303250078     
      ubar=    1.03429689681791       vbar=    3.75528329188748     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.741128641740152       vavg=    1.41320723313028     
      ubar=    1.21957905725295       vbar=    4.10858510017005     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.21957905725295       vbar=    4.10858510017005     
      wgttot=    1.00000000000000     
      fixlon=    274.616119487002        fixlat=    21.6087135201283     
      barnlon=    274.871646472240       barnlat=    22.4068206110441     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.927133064052782     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.871646472240     
     Raw (no conversion for GM wrap) extraplon=    274.464527567601     
  
 --- barnlon=    274.87E  (  85.13W)    barnlat=     22.41
 --- extraplon=  274.46E  (  85.54W)    extraplat=   22.25
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    12.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   21.61
 | Current fix lon is   85.38W   ( 274.62E)
 | Current fix lon (raw, unadjusted)=  274.62E
 | Updated guess lat for next fcst hour is   22.33
 | Updated guess lon (0-360) for next fcst hour is   85.33W   ( 274.67E)
 | Raw updated guess lon for next fcst hour is  274.67E)
 -------------------------------------------------
  
 iocheck, dist=    79.9713627865161        distm=    79971.3627865161     
 iocheck, stmspd=    3.70237790678315        istmspd=           72
 iocheck, xincr=   5.196753291846790E-002   yincr=   0.717582696081735     
 iocheck, stmdir=    4.14214451884392        istmdir=            4
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 12
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 12 -le 12 ]]
++ 0 + printf %03d 12
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.f012
++ 0 + printf %03d 12
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.f012
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          203  = igcret =            0
 baclose return code for unit          603  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   18:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f01080                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f01080.ix                                                                                    
hafs.trak.storm.2023082812.f01080: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: cannot stat: 2
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: Not ready yet.  Size=97804359, age=0, min size=500, min age=10
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: Not ready yet.  Size=97804359, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: Not ready yet.  Size=97804359, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f01080: sleep 5
hafs.trak.storm.2023082812.f01080: ready.
hafs.trak.storm.2023082812.f01080.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f01080.ix: ready.
 in open_grib_files in multi else part....
   lugb=          204   lugi=          604
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01080                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01080.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f01080...  gopen_i_file= ...hafs.trak.storm.2023082812.f01080.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01080                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01080.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          204  is CLOSED
 TEST open_grib_files, unit lugi=          604  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f01080                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f01080.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          204  is CLOSED
 TEST b4 getgridinfo, unit lugi=          604  is CLOSED
 before getgb2 call, lugb=          204  lugi=          604
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   18   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    18h ... 22:18:14
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:14
 TIMING: after getgb2-122:18:15
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   18   5588258   0.000       0.000     -0.2595E-02  0.4925E-02
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:15
 TIMING: after getgb2-122:18:15
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   18   5588258   0.000       0.000     -0.2666E-02  0.4034E-02
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:15
 TIMING: after getgb2-122:18:15
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   18   5588258   0.000       0.000      -62.00       52.40    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:15
 TIMING: after getgb2-122:18:15
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   18   5588258   0.000       0.000      -40.20       60.00    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:15
 TIMING: after getgb2-122:18:15
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   18   5588258   0.000       0.000      -48.10       52.70    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:15
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   18   5588258   0.000       0.000      -41.39       56.29    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   18   5588258   0.000       0.000       1016.       1631.    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   18   5588258   0.000       0.000       2691.       3252.    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   18   5588258   0.000       0.000      0.9540E+05  0.1029E+06
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   18   5588258   0.000       0.000      -51.80       39.15    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   18   5588258   0.000       0.000      -38.82       48.17    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:16
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   18   5588258   0.000       0.000      -41.26       39.40    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   18   5588258   0.000       0.000      -38.16       47.89    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           18  hours
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   18   5588258   0.000       0.000       5420.       5975.    
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           18  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   18   5588258   0.000       0.000      0.1166E+05  0.1256E+05
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           18  hours
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           18  hours
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           18  hours
 TEST b4 getgb2 getdata, unit lugb=          204  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          604  is CLOSED

 TIMING: before getgb2-122:18:17
 TIMING: after getgb2-122:18:17
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           18  hours

 TIMING: before getgb2-phase22:18:17
 TIMING: after getgb2-222:18:17
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   18   5588258   0.000       0.000       515.0       1141.    

 TIMING: before getgb2-phase22:18:17
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   18   5588258   0.000       0.000       1016.       1631.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   18   5588258   0.000       0.000       1543.       2145.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   18   5588258   0.000       0.000       2100.       2684.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   18   5588258   0.000       0.000       2691.       3252.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   18   5588258   0.000       0.000       3322.       3855.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:18
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   18   5588258   0.000       0.000       3995.       4512.    

 TIMING: before getgb2-phase22:18:18
 TIMING: after getgb2-222:18:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   18   5588258   0.000       0.000       4719.       5215.    

 TIMING: before getgb2-phase22:18:19
 TIMING: after getgb2-222:18:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   18   5588258   0.000       0.000       5420.       5975.    

 TIMING: before getgb2-phase22:18:19
 TIMING: after getgb2-222:18:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   18   5588258   0.000       0.000       6180.       6798.    

 TIMING: before getgb2-phase22:18:19
 TIMING: after getgb2-222:18:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   18   5588258   0.000       0.000       7010.       7695.    

 TIMING: before getgb2-phase22:18:19
 TIMING: after getgb2-222:18:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   18   5588258   0.000       0.000       7929.       8682.    

 TIMING: before getgb2-phase22:18:19
 TIMING: after getgb2-222:18:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           18 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   18   5588258   0.000       0.000       8963.       9794.    
 TIMING: after getdata ... 22:18:20
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   18:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.314898702052781E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.903E  (0-360) ctlon=  299.903E  (  60.097W)  ctlat=   23.061 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.231E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.903E   (0-360) guesslon=  299.903E  (  60.097W)   guesslat=   23.061
 ilonfix=         1368  jlatfix=         1069  npts=           16
 ibeg=         1320  jbeg=         1025  imax=         2738
 iend=         1416  jend=         1113  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.083E  (0-360) ctlon=  300.083  (  59.917W)  ctlat=   23.041 fmax (x10e5) =        0.214E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.220853533825119E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.903E  (0-360) ctlon=  299.903E  (  60.097W)  ctlat=   23.061 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.222E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.903E   (0-360) guesslon=  299.903E  (  60.097W)   guesslat=   23.061
 ilonfix=         1368  jlatfix=         1069  npts=           16
 ibeg=         1320  jbeg=         1025  imax=         2738
 iend=         1416  jend=         1113  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.883E  (0-360) ctlon=  299.883  (  60.117W)  ctlat=   22.841 fmax (x10e5) =        0.135E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.303E  (0-360) ctlon=  300.303E  (  59.697W)  ctlat=   23.061 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.154E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.303E   (0-360) guesslon=  300.303E  (  59.697W)   guesslat=   23.061
 ilonfix=         1378  jlatfix=         1069  npts=           16
 ibeg=         1330  jbeg=         1025  imax=         2738
 iend=         1426  jend=         1113  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.083E  (0-360) ctlon=  300.083  (  59.917W)  ctlat=   22.841 fmax =       -0.100E+16 fmin =        0.154E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.303E  (0-360) ctlon=  300.303E  (  59.697W)  ctlat=   22.661 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.318E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.303E   (0-360) guesslon=  300.303E  (  59.697W)   guesslat=   22.661
 ilonfix=         1378  jlatfix=         1079  npts=           16
 ibeg=         1330  jbeg=         1035  imax=         2738
 iend=         1426  jend=         1123  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.383E  (0-360) ctlon=  300.383  (  59.617W)  ctlat=   22.541 fmax =       -0.100E+16 fmin =        0.318E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.903E  (0-360) ctlon=  299.903E  (  60.097W)  ctlat=   22.661 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  299.903E   (0-360) guesslon=  299.903E  (  60.097W)   guesslat=   22.661
 ilonfix=         1368  jlatfix=         1079  npts=           16
 ibeg=         1320  jbeg=         1035  imax=         2738
 iend=         1416  jend=         1123  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.083E  (0-360) ctlon=  300.083  (  59.917W)  ctlat=   22.841 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.823 (0-360) guesslon=  300.823E  (  59.177W)   guesslat=   22.381
 ilonfix=         1391  jlatfix=         1086  npts=           33
 ibeg=         1319  jbeg=         1018  imax=         2738
 iend=         1463  jend=         1154  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.031867154923407E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.303E  (0-360) ctlon=  300.303E  (  59.697W)  ctlat=   23.061 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.103E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.303E   (0-360) guesslon=  300.303E  (  59.697W)   guesslat=   23.061
 ilonfix=         1378  jlatfix=         1069  npts=           16
 ibeg=         1330  jbeg=         1025  imax=         2738
 iend=         1426  jend=         1113  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.183E  (0-360) ctlon=  300.183  (  59.817W)  ctlat=   22.941 fmax (x10e5) =        0.197E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    300.226839988456        uvgeslat=    22.7850727157891     
    (0-360 uvgeslon)=    300.226839988456     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:18:20
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.226839988456        uvgeslat=    22.7850727157891     
    (0-360 uvgeslon)=    300.226839988456     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.226839988456     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.227E  (0-360E lon):  300.227E    59.773W  ctlat=   22.785  xmax_circul_disk =      32379214.3
 TIMING: get_wind_circ kloop, k=  1   22:18:20
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.227E  (0-360E)=  300.227E  (  59.773W)   guesslat=   22.785
 ilonfix=         1376  jlatfix=         1076  npts=           56
 ibeg=         1308  jbeg=         1012  imax=         2738
 iend=         1444  jend=         1140  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    32426128.2280996     
 nhalf get_wind_circ, k=  1 ctlon=  300.127E  (0-360E)=  300.127E  ctlon=   59.873W   ctlat=   22.805 Wind Circulation (NHEM: Max) =      32426128.2
 TIMING: After GWC 850 ... 22:18:20
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:18:20
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.226839988456        uvgeslat=    22.7850727157891     
    (0-360 uvgeslon)=    300.226839988456     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.226839988456     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.547E  (0-360E lon):  300.547E    59.453W  ctlat=   22.145  xmax_circul_disk =      33810872.5
 TIMING: get_wind_circ kloop, k=  1   22:18:20
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.547E  (0-360E)=  300.547E  (  59.453W)   guesslat=   22.145
 ilonfix=         1384  jlatfix=         1092  npts=           56
 ibeg=         1316  jbeg=         1028  imax=         2738
 iend=         1452  jend=         1156  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    34002667.5281262     
 nhalf get_wind_circ, k=  1 ctlon=  300.507E  (0-360E)=  300.507E  ctlon=   59.493W   ctlat=   22.225 Wind Circulation (NHEM: Max) =      34002667.5
 TIMING: After GWC 700 ... 22:18:20
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:18:20
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    300.226839988456        uvgeslat=    22.7850727157891     
    (0-360 uvgeslon)=    300.226839988456     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    300.226839988456     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.907E  (0-360E lon):  299.907E    60.093W  ctlat=   23.105  xmax_circul_disk =      25811737.8
 TIMING: get_wind_circ kloop, k=  1   22:18:20
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.907E  (0-360E)=  299.907E  (  60.093W)   guesslat=   23.105
 ilonfix=         1368  jlatfix=         1068  npts=           56
 ibeg=         1300  jbeg=         1004  imax=         2738
 iend=         1436  jend=         1132  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    26075485.3413595     
 nhalf get_wind_circ, k=  1 ctlon=  299.867E  (0-360E)=  299.867E  ctlon=   60.133W   ctlat=   22.945 Wind Circulation (NHEM: Max) =      26075485.3
 TIMING: After GWC Sfc ... 22:18:20
  
 At beg of fixcenter, stderr(ist,ifh-1) =    31.23  xavg_stderr=    22.88
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            4  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    18:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  300.82E   (0-360) guesslon=  300.82E  ( 59.18W)    22.38
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       300.08       59.92      23.04           21.45       T        105.58
   2    zeta 700    Max       299.88       60.12      22.84           13.49       T        109.20
   3    circ 850    Max       300.13       59.87      22.81           32.43       T         85.61
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       300.51       59.49      22.23           34.00       T         36.90
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.08       59.92      22.84         1539.38       T         91.57
   8     gph 700    Min       300.38       59.62      22.54         3183.43       T         48.59
   9        MSLP    Min       300.08       59.92      22.84       101434.81       T         91.57
  10    circ sfc    Max       299.87       60.13      22.95           26.08       T        116.43
  11    zeta sfc    Max       300.18       59.82      22.94           19.67       T         90.50
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    26.3271935567665       stderr_close= 
   19.8963985870084       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  29.472 devia=   1.481 wtpos=  0.61032     300.08   300.08    59.92    23.04
 ip=  2 kprm=  2 dist_from_mean=  26.517 devia=   1.333 wtpos=  0.64131     299.88   299.88    60.12    22.84
 ip=  3 kprm=  3 dist_from_mean=   2.819 devia=   0.142 wtpos=  0.95386     300.13   300.13    59.87    22.81
 ip=  5 kprm=  4 dist_from_mean=  72.702 devia=   3.654 wtpos=  0.29582     300.51   300.51    59.49    22.23
 ip=  7 kprm=  5 dist_from_mean=   8.508 devia=   0.428 wtpos=  0.86715     300.08   300.08    59.92    22.84
 ip=  8 kprm=  6 dist_from_mean=  36.928 devia=   1.856 wtpos=  0.53866     300.38   300.38    59.62    22.54
 ip=  9 kprm=  7 dist_from_mean=   8.508 devia=   0.428 wtpos=  0.86715     300.08   300.08    59.92    22.84
 ip= 10 kprm=  8 dist_from_mean=  32.871 devia=   1.652 wtpos=  0.57654     299.87   299.87    60.13    22.95
 ip= 11 kprm=  9 dist_from_mean=  18.619 devia=   0.936 wtpos=  0.73203     300.18   300.18    59.82    22.94
  
At end of fixcenter:  00L   fhr=   18:00   Fix position=   300.11E  (0-360) fixlon=  300.11  ( 59.89W)    22.82
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    300.107658963261     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    300.083207215729     
        (0-360E clon(ist,ifh,9))=    300.083207215729     
      clat(ist,ifh,9)=    22.8414349430618     
      xval(9)=    101434.806124041     
  
  After get_ij B, ibeg jbeg =         1265         936
  After get_ij B, iend jend =         1479        1212
  
 In is_it_a_storm, ilonfix=         1372  jlatfix=         1074
 ibeg jbeg iend jend =         1265         936        1479        1212
 cparm= slp  parmlon parmlat =    300.083207215729        22.8414349430618     
     (0-360E parmlon) =    300.083207215729     
 parmval=    101434.806124041     
  
 i= 1350 j= 1011 glon=  299.21 (0-360E) glon=  299.21 glat=  25.40 dist=   298.13 slp=  101655.20 pgradient=  0.73926
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.73926
 mslp center =    300.083207215729        22.8414349430618     
   101434.806124041     
   (0-360E) lon of mslp center =    300.083207215729     
 pgrad loc   =    299.208651000000        299.208651000000     
   60.7913490000000        25.4010130000000        101655.200000000     
  ttest at location C IF....
      xinp_fixlat=    22.8414349430618     
      xinp_fixlon=    300.083207215729       (0-360E) xinp_fixlon= 
   300.083207215729     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101239.680000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1372  jfix=         1070
 longitude=    300.083207215729      E   (   59.9167927842715      
 W)  (0-360E) xinp_fixlon=    300.083207215729     
 latitude=    22.8414349430618     
 mean mslp value (xval(9))=    101434.806124041     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1372  jfix=         1070
 longitude=    300.083207215729      E   (   59.9167927842715      
 W)  (0-360E) xinp_fixlon=    300.083207215729     
 latitude=    22.8414349430618     
 mean mslp value (xval(9))=    101434.806124041     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1372  jx=         1070
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101239.680000000       xcentval=    101239.680000000     
 At A, num_found_contours=            0
 At A, contlo=    101239.680000000       conthi=    101639.680000000     
  
 num_found_contours=            0
 contlo=    101239.680000000       conthi=    101639.680000000     
 xcentval=    101239.680000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1176 ,         903 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101239.680000000     
 !!! (i,j) of central value = (        1372 ,        1070 )
 !!!  
 !!! Flagged value found    =    101239.200000000     
 !!! (i,j) of flagged value = (        1175 ,         902 )
 !!!   
 !!! Lower bound of contour interval =    101239.680000000     
 !!! Upper bound of contour interval =    101639.680000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = n
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1372  jfix=         1070
 longitude=    300.083207215729      E   (   59.9167927842715      W)  
 (0-360E) xinp_fixlon=    300.083207215729     
 latitude=    22.8414349430618     
 mean mslp value (xval(9))=    101434.806124041     
 gridpoint mslp value=    101239.680000000     
 ccflag= n
 prs of last closed isobar =   -999.000000000000     
 radius of last closed isobar =   -999.000000000000       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   18:00
 !!! Boundary check xinp_fixlat is   22.84
 !!! Boundary check xinp_fixlon is   59.92W   ( 300.08E)  (0-360E) xinp_fixlon=  300.08
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    300.126842488456     
  850 mb wcirc fix lat=    22.8050722157891     
    (0-360) 850 mb wcirc fix lon=    300.126842488456     
  Multi-parm fix lon=      300.107658963261     
  Multi-parm fix lat=      22.8211164913860     
    (0-360) Multi-parm fix lon=      300.107658963261     
  
  
  After get_ij B, ibeg jbeg =         1283         971
  After get_ij B, iend jend =         1463        1179
  
 In is_it_a_storm, ilonfix=         1373  jlatfix=         1075
 ibeg jbeg iend jend =         1283         971        1463        1179
 cparm= v850  parmlon parmlat =    300.126842488456        22.8050722157891     
     (0-360E parmlon) =    300.126842488456     
 parmval=    32426128.2280996     
  
 i= 1368 j= 1026 glon=  299.93 (0-360E) glon=  299.93 glat=  24.80 u=  -6.8000 v=   3.8000 vr=   4.40189 vt=   6.42677
 i= 1373 j= 1026 glon=  300.13 (0-360E) glon=  300.13 glat=  24.80 u=  -6.6000 v=   4.1000 vr=   4.09458 vt=   6.60337
 i= 1378 j= 1026 glon=  300.33 (0-360E) glon=  300.33 glat=  24.80 u=  -6.8000 v=   4.4000 vr=   3.75253 vt=   7.17764
 i= 1348 j= 1031 glon=  299.13 (0-360E) glon=  299.13 glat=  24.60 u=  -6.2000 v=   3.3000 vr=   5.75998 vt=   4.01903
 i= 1353 j= 1031 glon=  299.33 (0-360E) glon=  299.33 glat=  24.60 u=  -6.7000 v=   2.8000 vr=   5.12594 vt=   5.14342
 i= 1358 j= 1031 glon=  299.53 (0-360E) glon=  299.53 glat=  24.60 u=  -6.9000 v=   2.3000 vr=   4.21887 vt=   5.92462
 i= 1363 j= 1031 glon=  299.73 (0-360E) glon=  299.73 glat=  24.60 u=  -7.6000 v=   2.6000 vr=   4.06482 vt=   6.92800
 i= 1368 j= 1031 glon=  299.93 (0-360E) glon=  299.93 glat=  24.60 u=  -7.9000 v=   2.5000 vr=   3.28419 vt=   7.60750
 i= 1373 j= 1031 glon=  300.13 (0-360E) glon=  300.13 glat=  24.60 u=  -7.7000 v=   3.0000 vr=   2.99297 vt=   7.70274
 i= 1378 j= 1031 glon=  300.33 (0-360E) glon=  300.33 glat=  24.60 u=  -8.4000 v=   5.3000 vr=   4.40950 vt=   8.89979
 i= 1383 j= 1031 glon=  300.53 (0-360E) glon=  300.53 glat=  24.60 u=  -7.1000 v=   5.8000 vr=   4.25168 vt=   8.12239
 i= 1388 j= 1031 glon=  300.73 (0-360E) glon=  300.73 glat=  24.60 u=  -7.5000 v=   4.6000 vr=   2.18910 vt=   8.52161
 i= 1393 j= 1031 glon=  300.93 (0-360E) glon=  300.93 glat=  24.60 u=  -8.3000 v=   3.4000 vr=  -0.00561 vt=   8.96939
 i= 1398 j= 1031 glon=  301.13 (0-360E) glon=  301.13 glat=  24.60 u=  -8.5000 v=   3.3000 vr=  -0.94285 vt=   9.06924
 i= 1343 j= 1036 glon=  298.93 (0-360E) glon=  298.93 glat=  24.40 u=  -6.7000 v=   3.4000 vr=   6.60596 vt=   3.57929
 i= 1348 j= 1036 glon=  299.13 (0-360E) glon=  299.13 glat=  24.40 u=  -7.1000 v=   3.0000 vr=   6.14125 vt=   4.65780
 i= 1353 j= 1036 glon=  299.33 (0-360E) glon=  299.33 glat=  24.40 u=  -7.7000 v=   2.6000 vr=   5.57968 vt=   5.90908
 i= 1358 j= 1036 glon=  299.53 (0-360E) glon=  299.53 glat=  24.40 u=  -8.0000 v=   2.3000 vr=   4.78093 vt=   6.81415
 i= 1363 j= 1036 glon=  299.73 (0-360E) glon=  299.73 glat=  24.40 u=  -8.9000 v=   1.6000 vr=   3.54906 vt=   8.31710
 i= 1368 j= 1036 glon=  299.93 (0-360E) glon=  299.93 glat=  24.40 u=  -9.9000 v=   1.7000 vr=   2.81179 vt=   9.64333
 i= 1373 j= 1036 glon=  300.13 (0-360E) glon=  300.13 glat=  24.40 u= -11.2000 v=   2.7000 vr=   2.68848 vt=  11.20277
 i= 1378 j= 1036 glon=  300.33 (0-360E) glon=  300.33 glat=  24.40 u= -10.8000 v=   3.7000 vr=   2.42866 vt=  11.15489
 i= 1383 j= 1036 glon=  300.53 (0-360E) glon=  300.53 glat=  24.40 u= -10.3000 v=   3.9000 vr=   1.47748 vt=  10.91408
 i= 1388 j= 1036 glon=  300.73 (0-360E) glon=  300.73 glat=  24.40 u= -10.2000 v=   2.9000 vr=  -0.60089 vt=  10.58721
 i= 1393 j= 1036 glon=  300.93 (0-360E) glon=  300.93 glat=  24.40 u=  -9.7000 v=   2.3000 vr=  -1.98032 vt=   9.77028
 i= 1398 j= 1036 glon=  301.13 (0-360E) glon=  301.13 glat=  24.40 u=  -9.4000 v=   2.0000 vr=  -2.96868 vt=   9.14040
 i= 1403 j= 1036 glon=  301.33 (0-360E) glon=  301.33 glat=  24.40 u=  -8.8000 v=   2.1000 vr=  -3.28666 vt=   8.42899
 i= 1338 j= 1041 glon=  298.73 (0-360E) glon=  298.73 glat=  24.20 u=  -6.8000 v=   2.6000 vr=   6.52253 vt=   3.23367
 i= 1343 j= 1041 glon=  298.93 (0-360E) glon=  298.93 glat=  24.20 u=  -7.5000 v=   3.1000 vr=   7.08283 vt=   3.96150
 i= 1348 j= 1041 glon=  299.13 (0-360E) glon=  299.13 glat=  24.20 u=  -8.2000 v=   3.2000 vr=   7.18119 vt=   5.09024
 i= 1353 j= 1041 glon=  299.33 (0-360E) glon=  299.33 glat=  24.20 u=  -8.5000 v=   2.9000 vr=   6.52401 vt=   6.17230
 i= 1358 j= 1041 glon=  299.53 (0-360E) glon=  299.53 glat=  24.20 u=  -9.1000 v=   2.2000 vr=   5.38365 vt=   7.65939
 i= 1363 j= 1041 glon=  299.73 (0-360E) glon=  299.73 glat=  24.20 u= -10.8000 v=   1.9000 vr=   4.57810 vt=   9.96449
 i= 1368 j= 1041 glon=  299.93 (0-360E) glon=  299.93 glat=  24.20 u= -12.6000 v=   2.2000 vr=   3.81259 vt=  12.20918
 i= 1373 j= 1041 glon=  300.13 (0-360E) glon=  300.13 glat=  24.20 u= -12.5000 v=   2.3000 vr=   2.28530 vt=  12.50270
 i= 1378 j= 1041 glon=  300.33 (0-360E) glon=  300.33 glat=  24.20 u= -12.5000 v=   2.7000 vr=   1.02966 vt=  12.74676
 i= 1383 j= 1041 glon=  300.53 (0-360E) glon=  300.53 glat=  24.20 u= -12.1000 v=   2.3000 vr=  -0.87243 vt=  12.28572
 i= 1388 j= 1041 glon=  300.73 (0-360E) glon=  300.73 glat=  24.20 u= -11.7000 v=   1.9000 vr=  -2.54623 vt=  11.57656
 i= 1393 j= 1041 glon=  300.93 (0-360E) glon=  300.93 glat=  24.20 u= -10.7000 v=   1.8000 vr=  -3.40781 vt=  10.30130
 i= 1398 j= 1041 glon=  301.13 (0-360E) glon=  301.13 glat=  24.20 u=  -9.9000 v=   2.0000 vr=  -3.78761 vt=   9.36291
 i= 1403 j= 1041 glon=  301.33 (0-360E) glon=  301.33 glat=  24.20 u=  -9.2000 v=   2.1000 vr=  -4.06993 vt=   8.51385
 i= 1408 j= 1041 glon=  301.53 (0-360E) glon=  301.53 glat=  24.20 u=  -8.5000 v=   2.2000 vr=  -4.15806 vt=   7.73308
 i= 1333 j= 1046 glon=  298.53 (0-360E) glon=  298.53 glat=  24.00 u=  -6.2000 v=   1.7000 vr=   5.88648 vt=   2.58445
 i= 1338 j= 1046 glon=  298.73 (0-360E) glon=  298.73 glat=  24.00 u=  -6.9000 v=   2.8000 vr=   6.96294 vt=   2.63960
 i= 1343 j= 1046 glon=  298.93 (0-360E) glon=  298.93 glat=  24.00 u=  -8.2000 v=   3.0000 vr=   7.76662 vt=   3.98993
 i= 1348 j= 1046 glon=  299.13 (0-360E) glon=  299.13 glat=  24.00 u=  -9.2000 v=   2.5000 vr=   7.58888 vt=   5.77052
 i= 1353 j= 1046 glon=  299.33 (0-360E) glon=  299.33 glat=  24.00 u=  -9.5000 v=   2.0000 vr=   6.67706 vt=   7.04747
 i= 1358 j= 1046 glon=  299.53 (0-360E) glon=  299.53 glat=  24.00 u= -10.3000 v=   1.8000 vr=   5.94159 vt=   8.60392
 i= 1363 j= 1046 glon=  299.73 (0-360E) glon=  299.73 glat=  24.00 u= -12.1000 v=   1.8000 vr=   5.26484 vt=  11.04226
 i= 1368 j= 1046 glon=  299.93 (0-360E) glon=  299.93 glat=  24.00 u= -12.8000 v=   1.8000 vr=   3.70841 vt=  12.38256
 i= 1373 j= 1046 glon=  300.13 (0-360E) glon=  300.13 glat=  24.00 u= -13.5000 v=   2.2000 vr=   2.18146 vt=  13.50301
 i= 1378 j= 1046 glon=  300.33 (0-360E) glon=  300.33 glat=  24.00 u= -13.4000 v=   2.0000 vr=  -0.07858 vt=  13.54820
 i= 1383 j= 1046 glon=  300.53 (0-360E) glon=  300.53 glat=  24.00 u= -12.9000 v=   1.9000 vr=  -1.99373 vt=  12.88585
 i= 1388 j= 1046 glon=  300.73 (0-360E) glon=  300.73 glat=  24.00 u= -12.3000 v=   2.1000 vr=  -3.26236 vt=  12.04396
 i= 1393 j= 1046 glon=  300.93 (0-360E) glon=  300.93 glat=  24.00 u= -11.3000 v=   2.6000 vr=  -3.72184 vt=  10.98171
 i= 1398 j= 1046 glon=  301.13 (0-360E) glon=  301.13 glat=  24.00 u= -10.3000 v=   3.2000 vr=  -3.75759 vt=  10.10992
 i= 1403 j= 1046 glon=  301.33 (0-360E) glon=  301.33 glat=  24.00 u=  -9.4000 v=   3.2000 vr=  -4.03869 vt=   9.07133
 i= 1408 j= 1046 glon=  301.53 (0-360E) glon=  301.53 glat=  24.00 u=  -8.6000 v=   3.4000 vr=  -4.00357 vt=   8.33615
 i= 1413 j= 1046 glon=  301.73 (0-360E) glon=  301.73 glat=  24.00 u=  -7.6000 v=   3.4000 vr=  -3.76997 vt=   7.42343
 i= 1328 j= 1051 glon=  298.33 (0-360E) glon=  298.33 glat=  23.80 u=  -5.5000 v=   0.3000 vr=   4.87269 vt=   2.56843
 i= 1333 j= 1051 glon=  298.53 (0-360E) glon=  298.53 glat=  23.80 u=  -6.0000 v=   1.4000 vr=   5.75703 vt=   2.19467
 i= 1338 j= 1051 glon=  298.73 (0-360E) glon=  298.73 glat=  23.80 u=  -7.5000 v=   2.2000 vr=   7.28151 vt=   2.84070
 i= 1343 j= 1051 glon=  298.93 (0-360E) glon=  298.93 glat=  23.80 u=  -8.1000 v=   2.2000 vr=   7.48959 vt=   3.78894
 i= 1348 j= 1051 glon=  299.13 (0-360E) glon=  299.13 glat=  23.80 u=  -9.6000 v=   1.2000 vr=   7.39508 vt=   6.23801
 i= 1353 j= 1051 glon=  299.33 (0-360E) glon=  299.33 glat=  23.80 u= -10.4000 v=   0.3000 vr=   6.41769 vt=   8.18922
 i= 1358 j= 1051 glon=  299.53 (0-360E) glon=  299.53 glat=  23.80 u= -11.9000 v=  -0.2000 vr=   5.58337 vt=  10.51075
 i= 1363 j= 1051 glon=  299.73 (0-360E) glon=  299.73 glat=  23.80 u= -13.1000 v=  -0.2000 vr=   4.33612 vt=  12.36317
 i= 1368 j= 1051 glon=  299.93 (0-360E) glon=  299.93 glat=  23.80 u= -13.8000 v=   0.0000 vr=   2.48577 vt=  13.57428
 i= 1373 j= 1051 glon=  300.13 (0-360E) glon=  300.13 glat=  23.80 u= -14.2000 v=   0.5000 vr=   0.47658 vt=  14.20081
 i= 1378 j= 1051 glon=  300.33 (0-360E) glon=  300.33 glat=  23.80 u= -14.2000 v=   1.2000 vr=  -1.42270 vt=  14.17942
 i= 1383 j= 1051 glon=  300.53 (0-360E) glon=  300.53 glat=  23.80 u= -13.3000 v=   1.7000 vr=  -3.03541 vt=  13.06010
 i= 1388 j= 1051 glon=  300.73 (0-360E) glon=  300.73 glat=  23.80 u= -12.6000 v=   1.8000 vr=  -4.55196 vt=  11.88611
 i= 1393 j= 1051 glon=  300.93 (0-360E) glon=  300.93 glat=  23.80 u= -11.9000 v=   2.3000 vr=  -5.24005 vt=  10.92895
 i= 1398 j= 1051 glon=  301.13 (0-360E) glon=  301.13 glat=  23.80 u= -10.8000 v=   3.0000 vr=  -5.14173 vt=   9.96005
 i= 1403 j= 1051 glon=  301.33 (0-360E) glon=  301.33 glat=  23.80 u=  -9.4000 v=   3.7000 vr=  -4.51851 vt=   9.03510
 i= 1408 j= 1051 glon=  301.53 (0-360E) glon=  301.53 glat=  23.80 u=  -8.5000 v=   4.3000 vr=  -4.11248 vt=   8.59229
 i= 1413 j= 1051 glon=  301.73 (0-360E) glon=  301.73 glat=  23.80 u=  -7.7000 v=   4.5000 vr=  -3.87537 vt=   8.03253
 i= 1418 j= 1051 glon=  301.93 (0-360E) glon=  301.93 glat=  23.80 u=  -6.7000 v=   4.5000 vr=  -3.44248 vt=   7.29995
 i= 1323 j= 1056 glon=  298.13 (0-360E) glon=  298.13 glat=  23.60 u=  -4.2000 v=  -2.1000 vr=   3.03087 vt=   3.58662
 i= 1328 j= 1056 glon=  298.33 (0-360E) glon=  298.33 glat=  23.60 u=  -4.9000 v=  -0.7000 vr=   4.11943 vt=   2.74414
 i= 1333 j= 1056 glon=  298.53 (0-360E) glon=  298.53 glat=  23.60 u=  -5.6000 v=   0.7000 vr=   5.26269 vt=   2.03816
 i= 1338 j= 1056 glon=  298.73 (0-360E) glon=  298.73 glat=  23.60 u=  -6.9000 v=   1.4000 vr=   6.60894 vt=   2.42734
 i= 1343 j= 1056 glon=  298.93 (0-360E) glon=  298.93 glat=  23.60 u=  -8.2000 v=   1.2000 vr=   7.35657 vt=   3.81587
 i= 1348 j= 1056 glon=  299.13 (0-360E) glon=  299.13 glat=  23.60 u=  -9.9000 v=  -0.5000 vr=   7.16187 vt=   6.85329
 i= 1353 j= 1056 glon=  299.33 (0-360E) glon=  299.33 glat=  23.60 u= -10.5000 v=  -2.1000 vr=   5.58432 vt=   9.13648
 i= 1358 j= 1056 glon=  299.53 (0-360E) glon=  299.53 glat=  23.60 u= -13.1000 v=  -2.8000 vr=   5.15394 vt=  12.36474
 i= 1363 j= 1056 glon=  299.73 (0-360E) glon=  299.73 glat=  23.60 u= -14.6000 v=  -2.5000 vr=   3.83754 vt=  14.30676
 i= 1368 j= 1056 glon=  299.93 (0-360E) glon=  299.93 glat=  23.60 u= -14.9000 v=  -1.2000 vr=   2.15944 vt=  14.79144
 i= 1373 j= 1056 glon=  300.13 (0-360E) glon=  300.13 glat=  23.60 u= -14.2000 v=   0.5000 vr=   0.47068 vt=  14.20100
 i= 1378 j= 1056 glon=  300.33 (0-360E) glon=  300.33 glat=  23.60 u= -13.9000 v=   1.5000 vr=  -1.69801 vt=  13.87720
 i= 1383 j= 1056 glon=  300.53 (0-360E) glon=  300.53 glat=  23.60 u= -12.8000 v=   2.5000 vr=  -3.12760 vt=  12.66129
 i= 1388 j= 1056 glon=  300.73 (0-360E) glon=  300.73 glat=  23.60 u= -11.2000 v=   3.5000 vr=  -3.52822 vt=  11.19114
 i= 1393 j= 1056 glon=  300.93 (0-360E) glon=  300.93 glat=  23.60 u= -11.7000 v=   3.1000 vr=  -5.68824 vt=  10.68382
 i= 1398 j= 1056 glon=  301.13 (0-360E) glon=  301.13 glat=  23.60 u= -10.7000 v=   3.8000 vr=  -5.62618 vt=   9.86286
 i= 1403 j= 1056 glon=  301.33 (0-360E) glon=  301.33 glat=  23.60 u=  -9.5000 v=   4.4000 vr=  -5.15353 vt=   9.11324
 i= 1408 j= 1056 glon=  301.53 (0-360E) glon=  301.53 glat=  23.60 u=  -8.4000 v=   4.9000 vr=  -4.59130 vt=   8.57263
 i= 1413 j= 1056 glon=  301.73 (0-360E) glon=  301.73 glat=  23.60 u=  -7.4000 v=   5.2000 vr=  -4.05849 vt=   8.08261
 i= 1418 j= 1056 glon=  301.93 (0-360E) glon=  301.93 glat=  23.60 u=  -6.4000 v=   5.4000 vr=  -3.45252 vt=   7.62890
 i= 1423 j= 1056 glon=  302.13 (0-360E) glon=  302.13 glat=  23.60 u=  -5.8000 v=   5.5000 vr=  -3.16459 vt=   7.33999
 i= 1323 j= 1061 glon=  298.13 (0-360E) glon=  298.13 glat=  23.40 u=  -3.8000 v=  -3.1000 vr=   2.67264 vt=   4.11181
 i= 1328 j= 1061 glon=  298.33 (0-360E) glon=  298.33 glat=  23.40 u=  -4.4000 v=  -1.9000 vr=   3.50547 vt=   3.26829
 i= 1333 j= 1061 glon=  298.53 (0-360E) glon=  298.53 glat=  23.40 u=  -5.3000 v=  -0.7000 vr=   4.65588 vt=   2.62731
 i= 1338 j= 1061 glon=  298.73 (0-360E) glon=  298.73 glat=  23.40 u=  -6.3000 v=  -0.3000 vr=   5.59687 vt=   2.90777
 i= 1343 j= 1061 glon=  298.93 (0-360E) glon=  298.93 glat=  23.40 u=  -7.4000 v=  -0.3000 vr=   6.37421 vt=   3.77087
 i= 1348 j= 1061 glon=  299.13 (0-360E) glon=  299.13 glat=  23.40 u=  -8.8000 v=  -1.9000 vr=   6.35760 vt=   6.37424
 i= 1353 j= 1061 glon=  299.33 (0-360E) glon=  299.33 glat=  23.40 u= -10.0000 v=  -3.5000 vr=   5.57026 vt=   9.01234
 i= 1358 j= 1061 glon=  299.53 (0-360E) glon=  299.53 glat=  23.40 u= -13.4000 v=  -4.7000 vr=   5.64958 vt=  13.02813
 i= 1363 j= 1061 glon=  299.73 (0-360E) glon=  299.73 glat=  23.40 u= -14.0000 v=  -4.2000 vr=   3.76145 vt=  14.12415
 i= 1368 j= 1061 glon=  299.93 (0-360E) glon=  299.93 glat=  23.40 u= -14.6000 v=  -1.7000 vr=   2.65000 vt=  14.45778
 i= 1373 j= 1061 glon=  300.13 (0-360E) glon=  300.13 glat=  23.40 u= -15.1000 v=   0.8000 vr=   0.75834 vt=  15.10215
 i= 1378 j= 1061 glon=  300.33 (0-360E) glon=  300.33 glat=  23.40 u= -13.3000 v=   3.5000 vr=  -0.61744 vt=  13.73895
 i= 1383 j= 1061 glon=  300.53 (0-360E) glon=  300.53 glat=  23.40 u= -10.8000 v=   4.1000 vr=  -2.21463 vt=  11.33779
 i= 1388 j= 1061 glon=  300.73 (0-360E) glon=  300.73 glat=  23.40 u=  -9.2000 v=   3.4000 vr=  -3.77865 vt=   9.05107
 i= 1393 j= 1061 glon=  300.93 (0-360E) glon=  300.93 glat=  23.40 u=  -9.4000 v=   3.5000 vr=  -5.12281 vt=   8.62362
 i= 1398 j= 1061 glon=  301.13 (0-360E) glon=  301.13 glat=  23.40 u=  -9.5000 v=   4.6000 vr=  -5.49392 vt=   9.01259
 i= 1403 j= 1061 glon=  301.33 (0-360E) glon=  301.33 glat=  23.40 u=  -9.4000 v=   5.7000 vr=  -5.58829 vt=   9.46684
 i= 1408 j= 1061 glon=  301.53 (0-360E) glon=  301.53 glat=  23.40 u=  -8.6000 v=   6.0000 vr=  -5.31053 vt=   9.04203
 i= 1413 j= 1061 glon=  301.73 (0-360E) glon=  301.73 glat=  23.40 u=  -7.3000 v=   6.2000 vr=  -4.46550 vt=   8.47285
 i= 1418 j= 1061 glon=  301.93 (0-360E) glon=  301.93 glat=  23.40 u=  -5.7000 v=   6.5000 vr=  -3.18894 vt=   8.03559
 i= 1423 j= 1061 glon=  302.13 (0-360E) glon=  302.13 glat=  23.40 u=  -4.9000 v=   6.1000 vr=  -2.80847 vt=   7.30291
 i= 1323 j= 1066 glon=  298.13 (0-360E) glon=  298.13 glat=  23.20 u=  -2.8000 v=  -3.9000 vr=   1.93161 vt=   4.39532
 i= 1328 j= 1066 glon=  298.33 (0-360E) glon=  298.33 glat=  23.20 u=  -3.6000 v=  -3.0000 vr=   2.81478 vt=   3.74660
 i= 1333 j= 1066 glon=  298.53 (0-360E) glon=  298.53 glat=  23.20 u=  -4.0000 v=  -1.7000 vr=   3.42797 vt=   2.67189
 i= 1338 j= 1066 glon=  298.73 (0-360E) glon=  298.73 glat=  23.20 u=  -5.0000 v=  -1.2000 vr=   4.43226 vt=   2.60674
 i= 1343 j= 1066 glon=  298.93 (0-360E) glon=  298.93 glat=  23.20 u=  -6.4000 v=  -1.6000 vr=   5.49033 vt=   3.65735
 i= 1348 j= 1066 glon=  299.13 (0-360E) glon=  299.13 glat=  23.20 u=  -7.2000 v=  -2.8000 vr=   5.51307 vt=   5.41166
 i= 1353 j= 1066 glon=  299.33 (0-360E) glon=  299.33 glat=  23.20 u=  -8.8000 v=  -4.8000 vr=   5.48057 vt=   8.39306
 i= 1358 j= 1066 glon=  299.53 (0-360E) glon=  299.53 glat=  23.20 u=  -9.9000 v=  -5.1000 vr=   5.06979 vt=   9.91550
 i= 1363 j= 1066 glon=  299.73 (0-360E) glon=  299.73 glat=  23.20 u=  -9.9000 v=  -5.7000 vr=   2.54939 vt=  11.13556
 i= 1368 j= 1066 glon=  299.93 (0-360E) glon=  299.93 glat=  23.20 u= -10.6000 v=  -3.1000 vr=   1.62377 vt=  10.92398
 i= 1373 j= 1066 glon=  300.13 (0-360E) glon=  300.13 glat=  23.20 u= -11.5000 v=   3.9000 vr=   3.85220 vt=  11.51610
 i= 1378 j= 1066 glon=  300.33 (0-360E) glon=  300.33 glat=  23.20 u=  -8.8000 v=   7.0000 vr=   2.59690 vt=  10.94057
 i= 1383 j= 1066 glon=  300.53 (0-360E) glon=  300.53 glat=  23.20 u=  -6.8000 v=   5.3000 vr=  -0.77372 vt=   8.58670
 i= 1388 j= 1066 glon=  300.73 (0-360E) glon=  300.73 glat=  23.20 u=  -4.9000 v=   4.0000 vr=  -1.66612 vt=   6.10197
 i= 1393 j= 1066 glon=  300.93 (0-360E) glon=  300.93 glat=  23.20 u=  -6.6000 v=   3.9000 vr=  -3.98070 vt=   6.55164
 i= 1398 j= 1066 glon=  301.13 (0-360E) glon=  301.13 glat=  23.20 u=  -6.4000 v=   4.1000 vr=  -4.27356 vt=   6.28544
 i= 1403 j= 1066 glon=  301.33 (0-360E) glon=  301.33 glat=  23.20 u=  -6.3000 v=   5.7000 vr=  -4.02568 vt=   7.48157
 i= 1408 j= 1066 glon=  301.53 (0-360E) glon=  301.53 glat=  23.20 u=  -7.6000 v=   7.3000 vr=  -5.14583 vt=   9.19622
 i= 1413 j= 1066 glon=  301.73 (0-360E) glon=  301.73 glat=  23.20 u=  -7.1000 v=   8.3000 vr=  -4.73115 vt=   9.84461
 i= 1418 j= 1066 glon=  301.93 (0-360E) glon=  301.93 glat=  23.20 u=  -5.5000 v=   8.2000 vr=  -3.47394 vt=   9.24239
 i= 1423 j= 1066 glon=  302.13 (0-360E) glon=  302.13 glat=  23.20 u=  -4.0000 v=   7.2000 vr=  -2.42511 vt=   7.87139
 i= 1323 j= 1071 glon=  298.13 (0-360E) glon=  298.13 glat=  23.00 u=  -1.9000 v=  -4.2000 vr=   1.45993 vt=   4.37248
 i= 1328 j= 1071 glon=  298.33 (0-360E) glon=  298.33 glat=  23.00 u=  -2.5000 v=  -4.1000 vr=   2.01456 vt=   4.35908
 i= 1333 j= 1071 glon=  298.53 (0-360E) glon=  298.53 glat=  23.00 u=  -2.6000 v=  -3.2000 vr=   2.16467 vt=   3.50916
 i= 1338 j= 1071 glon=  298.73 (0-360E) glon=  298.73 glat=  23.00 u=  -3.1000 v=  -2.6000 vr=   2.68086 vt=   3.03034
 i= 1343 j= 1071 glon=  298.93 (0-360E) glon=  298.93 glat=  23.00 u=  -4.4000 v=  -2.5000 vr=   3.90174 vt=   3.22280
 i= 1348 j= 1071 glon=  299.13 (0-360E) glon=  299.13 glat=  23.00 u=  -5.5000 v=  -3.5000 vr=   4.65727 vt=   4.56178
 i= 1353 j= 1071 glon=  299.33 (0-360E) glon=  299.33 glat=  23.00 u=  -5.6000 v=  -5.2000 vr=   4.08045 vt=   6.46142
 i= 1358 j= 1071 glon=  299.53 (0-360E) glon=  299.53 glat=  23.00 u=  -5.4000 v=  -4.8000 vr=   3.48558 vt=   6.32856
 i= 1363 j= 1071 glon=  299.73 (0-360E) glon=  299.73 glat=  23.00 u=  -3.8000 v=  -5.4000 vr=   0.81108 vt=   6.55303
 i= 1368 j= 1071 glon=  299.93 (0-360E) glon=  299.93 glat=  23.00 u=  -1.3000 v=  -4.7000 vr=  -2.55153 vt=   4.15568
 i= 1373 j= 1071 glon=  300.13 (0-360E) glon=  300.13 glat=  23.00 u=  -1.6000 v=   3.0000 vr=   2.98646 vt=   1.62513
 i= 1378 j= 1071 glon=  300.33 (0-360E) glon=  300.33 glat=  23.00 u=  -3.3000 v=   8.2000 vr=   3.67644 vt=   8.03827
 i= 1383 j= 1071 glon=  300.53 (0-360E) glon=  300.53 glat=  23.00 u=  -2.1000 v=   8.0000 vr=   1.88276 vt=   8.05390
 i= 1388 j= 1071 glon=  300.73 (0-360E) glon=  300.73 glat=  23.00 u=  -2.7000 v=   5.1000 vr=  -0.85128 vt=   5.70748
 i= 1393 j= 1071 glon=  300.93 (0-360E) glon=  300.93 glat=  23.00 u=  -1.4000 v=   4.7000 vr=  -0.15429 vt=   4.90165
 i= 1398 j= 1071 glon=  301.13 (0-360E) glon=  301.13 glat=  23.00 u=  -1.3000 v=   7.5000 vr=   0.27359 vt=   7.60691
 i= 1403 j= 1071 glon=  301.33 (0-360E) glon=  301.33 glat=  23.00 u=  -3.6000 v=   5.4000 vr=  -2.61567 vt=   5.93955
 i= 1408 j= 1071 glon=  301.53 (0-360E) glon=  301.53 glat=  23.00 u=  -4.5000 v=   6.5000 vr=  -3.49071 vt=   7.09330
 i= 1413 j= 1071 glon=  301.73 (0-360E) glon=  301.73 glat=  23.00 u=  -5.2000 v=   8.9000 vr=  -4.00911 vt=   9.49616
 i= 1418 j= 1071 glon=  301.93 (0-360E) glon=  301.93 glat=  23.00 u=  -5.1000 v=  10.2000 vr=  -3.90222 vt=  10.71554
 i= 1423 j= 1071 glon=  302.13 (0-360E) glon=  302.13 glat=  23.00 u=  -3.7000 v=   8.8000 vr=  -2.78120 vt=   9.13208
 i= 1323 j= 1076 glon=  298.13 (0-360E) glon=  298.13 glat=  22.80 u=  -1.1000 v=  -4.4000 vr=   1.11759 vt=   4.39556
 i= 1328 j= 1076 glon=  298.33 (0-360E) glon=  298.33 glat=  22.80 u=  -1.3000 v=  -4.5000 vr=   1.31874 vt=   4.49454
 i= 1333 j= 1076 glon=  298.53 (0-360E) glon=  298.53 glat=  22.80 u=  -1.0000 v=  -4.2000 vr=   1.01840 vt=   4.19558
 i= 1338 j= 1076 glon=  298.73 (0-360E) glon=  298.73 glat=  22.80 u=  -1.1000 v=  -3.6000 vr=   1.11679 vt=   3.59483
 i= 1343 j= 1076 glon=  298.93 (0-360E) glon=  298.93 glat=  22.80 u=  -1.8000 v=  -3.5000 vr=   1.81770 vt=   3.49084
 i= 1348 j= 1076 glon=  299.13 (0-360E) glon=  299.13 glat=  22.80 u=  -3.3000 v=  -3.3000 vr=   3.31856 vt=   3.28134
 i= 1353 j= 1076 glon=  299.33 (0-360E) glon=  299.33 glat=  22.80 u=  -2.7000 v=  -4.4000 vr=   2.72875 vt=   4.38223
 i= 1358 j= 1076 glon=  299.53 (0-360E) glon=  299.53 glat=  22.80 u=  -1.2000 v=  -4.9000 vr=   1.23986 vt=   4.89007
 i= 1363 j= 1076 glon=  299.73 (0-360E) glon=  299.73 glat=  22.80 u=   0.5000 v=  -3.9000 vr=  -0.45505 vt=   3.90550
 i= 1368 j= 1076 glon=  299.93 (0-360E) glon=  299.93 glat=  22.80 u=   3.7000 v=  -2.3000 vr=  -3.64806 vt=   2.38152
 i= 1373 j= 1076 glon=  300.13 (0-360E) glon=  300.13 glat=  22.80 u=   5.0000 v=   1.9000 vr=   0.14831 vt=   5.34678
 i= 1378 j= 1076 glon=  300.33 (0-360E) glon=  300.33 glat=  22.80 u=   1.8000 v=   5.9000 vr=   1.67093 vt=   5.93784
 i= 1383 j= 1076 glon=  300.53 (0-360E) glon=  300.53 glat=  22.80 u=   0.1000 v=   6.7000 vr=   0.02345 vt=   6.70071
 i= 1388 j= 1076 glon=  300.73 (0-360E) glon=  300.73 glat=  22.80 u=   0.8000 v=   6.0000 vr=   0.75135 vt=   6.00629
 i= 1393 j= 1076 glon=  300.93 (0-360E) glon=  300.93 glat=  22.80 u=  -0.7000 v=   4.3000 vr=  -0.72805 vt=   4.29534
 i= 1398 j= 1076 glon=  301.13 (0-360E) glon=  301.13 glat=  22.80 u=  -0.4000 v=   4.7000 vr=  -0.42644 vt=   4.69767
 i= 1403 j= 1076 glon=  301.33 (0-360E) glon=  301.33 glat=  22.80 u=  -0.1000 v=   3.7000 vr=  -0.11870 vt=   3.69945
 i= 1408 j= 1076 glon=  301.53 (0-360E) glon=  301.53 glat=  22.80 u=  -1.0000 v=   4.6000 vr=  -1.02144 vt=   4.59529
 i= 1413 j= 1076 glon=  301.73 (0-360E) glon=  301.73 glat=  22.80 u=  -2.9000 v=   7.6000 vr=  -2.93325 vt=   7.58723
 i= 1418 j= 1076 glon=  301.93 (0-360E) glon=  301.93 glat=  22.80 u=  -3.4000 v=   9.7000 vr=  -3.44037 vt=   9.68576
 i= 1423 j= 1076 glon=  302.13 (0-360E) glon=  302.13 glat=  22.80 u=  -3.1000 v=   9.6000 vr=  -3.13835 vt=   9.58753
 i= 1323 j= 1081 glon=  298.13 (0-360E) glon=  298.13 glat=  22.60 u=  -0.6000 v=  -3.9000 vr=   1.03779 vt=   3.80697
 i= 1328 j= 1081 glon=  298.33 (0-360E) glon=  298.33 glat=  22.60 u=  -0.3000 v=  -4.4000 vr=   0.84760 vt=   4.32800
 i= 1333 j= 1081 glon=  298.53 (0-360E) glon=  298.53 glat=  22.60 u=   0.2000 v=  -4.6000 vr=   0.44446 vt=   4.58284
 i= 1338 j= 1081 glon=  298.73 (0-360E) glon=  298.73 glat=  22.60 u=   0.9000 v=  -4.1000 vr=  -0.23876 vt=   4.19082
 i= 1343 j= 1081 glon=  298.93 (0-360E) glon=  298.93 glat=  22.60 u=   1.1000 v=  -3.7000 vr=  -0.40257 vt=   3.83900
 i= 1348 j= 1081 glon=  299.13 (0-360E) glon=  299.13 glat=  22.60 u=   0.2000 v=  -3.8000 vr=   0.63287 vt=   3.75226
 i= 1353 j= 1081 glon=  299.33 (0-360E) glon=  299.33 glat=  22.60 u=  -0.2000 v=  -3.4000 vr=   1.10477 vt=   3.22172
 i= 1358 j= 1081 glon=  299.53 (0-360E) glon=  299.53 glat=  22.60 u=   0.5000 v=  -3.4000 vr=   0.71324 vt=   3.36174
 i= 1363 j= 1081 glon=  299.73 (0-360E) glon=  299.73 glat=  22.60 u=   2.2000 v=  -3.0000 vr=  -0.46447 vt=   3.69111
 i= 1368 j= 1081 glon=  299.93 (0-360E) glon=  299.93 glat=  22.60 u=   4.1000 v=  -1.1000 vr=  -1.91628 vt=   3.78786
 i= 1373 j= 1081 glon=  300.13 (0-360E) glon=  300.13 glat=  22.60 u=   4.6000 v=   1.9000 vr=  -1.86281 vt=   4.61519
 i= 1378 j= 1081 glon=  300.33 (0-360E) glon=  300.33 glat=  22.60 u=   2.1000 v=   3.9000 vr=  -1.46672 vt=   4.17956
 i= 1383 j= 1081 glon=  300.53 (0-360E) glon=  300.53 glat=  22.60 u=  -1.6000 v=   5.5000 vr=  -4.05637 vt=   4.04424
 i= 1388 j= 1081 glon=  300.73 (0-360E) glon=  300.73 glat=  22.60 u=   0.6000 v=   5.2000 vr=  -1.23547 vt=   5.08661
 i= 1393 j= 1081 glon=  300.93 (0-360E) glon=  300.93 glat=  22.60 u=   0.7000 v=   4.0000 vr=  -0.39411 vt=   4.04162
 i= 1398 j= 1081 glon=  301.13 (0-360E) glon=  301.13 glat=  22.60 u=   0.3000 v=   3.2000 vr=  -0.40214 vt=   3.18877
 i= 1403 j= 1081 glon=  301.33 (0-360E) glon=  301.33 glat=  22.60 u=  -0.8000 v=   2.9000 vr=  -1.31701 vt=   2.70472
 i= 1408 j= 1081 glon=  301.53 (0-360E) glon=  301.53 glat=  22.60 u=  -0.2000 v=   3.5000 vr=  -0.75091 vt=   3.42434
 i= 1413 j= 1081 glon=  301.73 (0-360E) glon=  301.73 glat=  22.60 u=   0.3000 v=   5.2000 vr=  -0.42770 vt=   5.19106
 i= 1418 j= 1081 glon=  301.93 (0-360E) glon=  301.93 glat=  22.60 u=  -1.8000 v=   8.2000 vr=  -2.80895 vt=   7.91137
 i= 1423 j= 1081 glon=  302.13 (0-360E) glon=  302.13 glat=  22.60 u=  -2.1000 v=   9.6000 vr=  -3.17187 vt=   9.30103
 i= 1323 j= 1086 glon=  298.13 (0-360E) glon=  298.13 glat=  22.40 u=  -0.1000 v=  -3.6000 vr=   0.87940 vt=   3.49237
 i= 1328 j= 1086 glon=  298.33 (0-360E) glon=  298.33 glat=  22.40 u=   0.4000 v=  -4.0000 vr=   0.56906 vt=   3.97947
 i= 1333 j= 1086 glon=  298.53 (0-360E) glon=  298.53 glat=  22.40 u=   0.7000 v=  -4.3000 vr=   0.47197 vt=   4.33096
 i= 1338 j= 1086 glon=  298.73 (0-360E) glon=  298.73 glat=  22.40 u=   1.8000 v=  -4.3000 vr=  -0.42263 vt=   4.64235
 i= 1343 j= 1086 glon=  298.93 (0-360E) glon=  298.93 glat=  22.40 u=   2.8000 v=  -4.0000 vr=  -1.24841 vt=   4.72032
 i= 1348 j= 1086 glon=  299.13 (0-360E) glon=  299.13 glat=  22.40 u=   3.5000 v=  -3.7000 vr=  -1.71192 vt=   4.79680
 i= 1353 j= 1086 glon=  299.33 (0-360E) glon=  299.33 glat=  22.40 u=   2.7000 v=  -3.8000 vr=  -0.53458 vt=   4.63079
 i= 1358 j= 1086 glon=  299.53 (0-360E) glon=  299.53 glat=  22.40 u=   3.1000 v=  -2.9000 vr=  -0.78562 vt=   4.17167
 i= 1363 j= 1086 glon=  299.73 (0-360E) glon=  299.73 glat=  22.40 u=   3.8000 v=  -1.7000 vr=  -1.29753 vt=   3.95555
 i= 1368 j= 1086 glon=  299.93 (0-360E) glon=  299.93 glat=  22.40 u=   4.0000 v=  -0.6000 vr=  -1.10255 vt=   3.89158
 i= 1373 j= 1086 glon=  300.13 (0-360E) glon=  300.13 glat=  22.40 u=   4.4000 v=   0.6000 vr=  -0.58206 vt=   4.40241
 i= 1378 j= 1086 glon=  300.33 (0-360E) glon=  300.33 glat=  22.40 u=   3.8000 v=   1.0000 vr=   0.68178 vt=   3.86978
 i= 1383 j= 1086 glon=  300.53 (0-360E) glon=  300.53 glat=  22.40 u=   1.6000 v=   2.2000 vr=  -0.54025 vt=   2.66611
 i= 1388 j= 1086 glon=  300.73 (0-360E) glon=  300.73 glat=  22.40 u=   1.6000 v=   3.3000 vr=  -0.65042 vt=   3.60929
 i= 1393 j= 1086 glon=  300.93 (0-360E) glon=  300.93 glat=  22.40 u=  -2.4000 v=   4.7000 vr=  -4.36233 vt=   2.96987
 i= 1398 j= 1086 glon=  301.13 (0-360E) glon=  301.13 glat=  22.40 u=  -1.6000 v=   5.2000 vr=  -3.55470 vt=   4.11875
 i= 1403 j= 1086 glon=  301.33 (0-360E) glon=  301.33 glat=  22.40 u=   0.8000 v=   3.8000 vr=  -0.55620 vt=   3.84326
 i= 1408 j= 1086 glon=  301.53 (0-360E) glon=  301.53 glat=  22.40 u=  -0.9000 v=   3.7000 vr=  -1.96933 vt=   3.25910
 i= 1413 j= 1086 glon=  301.73 (0-360E) glon=  301.73 glat=  22.40 u=  -0.2000 v=   4.9000 vr=  -1.49675 vt=   4.67009
 i= 1418 j= 1086 glon=  301.93 (0-360E) glon=  301.93 glat=  22.40 u=  -1.1000 v=   6.9000 vr=  -2.71670 vt=   6.43736
 i= 1423 j= 1086 glon=  302.13 (0-360E) glon=  302.13 glat=  22.40 u=  -1.1000 v=   9.6000 vr=  -3.15515 vt=   9.13318
 i= 1323 j= 1091 glon=  298.13 (0-360E) glon=  298.13 glat=  22.20 u=   0.5000 v=  -3.4000 vr=   0.59328 vt=   3.38497
 i= 1328 j= 1091 glon=  298.33 (0-360E) glon=  298.33 glat=  22.20 u=   1.3000 v=  -3.8000 vr=   0.08866 vt=   4.01524
 i= 1333 j= 1091 glon=  298.53 (0-360E) glon=  298.53 glat=  22.20 u=   1.4000 v=  -4.2000 vr=   0.30616 vt=   4.41659
 i= 1338 j= 1091 glon=  298.73 (0-360E) glon=  298.73 glat=  22.20 u=   1.8000 v=  -3.9000 vr=   0.03136 vt=   4.29523
 i= 1343 j= 1091 glon=  298.93 (0-360E) glon=  298.93 glat=  22.20 u=   3.1000 v=  -3.9000 vr=  -0.84348 vt=   4.91005
 i= 1348 j= 1091 glon=  299.13 (0-360E) glon=  299.13 glat=  22.20 u=   4.0000 v=  -3.6000 vr=  -1.36508 vt=   5.20543
 i= 1353 j= 1091 glon=  299.33 (0-360E) glon=  299.33 glat=  22.20 u=   4.4000 v=  -3.1000 vr=  -1.43275 vt=   5.18818
 i= 1358 j= 1091 glon=  299.53 (0-360E) glon=  299.53 glat=  22.20 u=   5.0000 v=  -2.8000 vr=  -1.30398 vt=   5.58029
 i= 1363 j= 1091 glon=  299.73 (0-360E) glon=  299.73 glat=  22.20 u=   5.3000 v=  -2.3000 vr=  -0.78892 vt=   5.72343
 i= 1368 j= 1091 glon=  299.93 (0-360E) glon=  299.93 glat=  22.20 u=   5.6000 v=  -1.4000 vr=  -0.28310 vt=   5.76540
 i= 1373 j= 1091 glon=  300.13 (0-360E) glon=  300.13 glat=  22.20 u=   5.8000 v=  -0.3000 vr=   0.31582 vt=   5.79916
 i= 1378 j= 1091 glon=  300.33 (0-360E) glon=  300.33 glat=  22.20 u=   4.8000 v=   0.4000 vr=   1.03181 vt=   4.70482
 i= 1383 j= 1091 glon=  300.53 (0-360E) glon=  300.53 glat=  22.20 u=   3.3000 v=   1.1000 vr=   0.78839 vt=   3.38798
 i= 1388 j= 1091 glon=  300.73 (0-360E) glon=  300.73 glat=  22.20 u=   2.0000 v=   1.8000 vr=   0.02742 vt=   2.69059
 i= 1393 j= 1091 glon=  300.93 (0-360E) glon=  300.93 glat=  22.20 u=  -0.8000 v=   3.1000 vr=  -2.58159 vt=   1.89352
 i= 1398 j= 1091 glon=  301.13 (0-360E) glon=  301.13 glat=  22.20 u=  -1.2000 v=   3.5000 vr=  -2.92158 vt=   2.27033
 i= 1403 j= 1091 glon=  301.33 (0-360E) glon=  301.33 glat=  22.20 u=  -2.2000 v=   1.9000 vr=  -2.84173 vt=   0.61200
 i= 1408 j= 1091 glon=  301.53 (0-360E) glon=  301.53 glat=  22.20 u=  -1.2000 v=   3.7000 vr=  -2.65809 vt=   2.83981
 i= 1413 j= 1091 glon=  301.73 (0-360E) glon=  301.73 glat=  22.20 u=  -0.6000 v=   3.9000 vr=  -2.03831 vt=   3.37866
 i= 1418 j= 1091 glon=  301.93 (0-360E) glon=  301.93 glat=  22.20 u=  -0.7000 v=   6.8000 vr=  -2.99586 vt=   6.14450
 i= 1423 j= 1091 glon=  302.13 (0-360E) glon=  302.13 glat=  22.20 u=  -0.8000 v=   9.1000 vr=  -3.61354 vt=   8.39001
 i= 1323 j= 1096 glon=  298.13 (0-360E) glon=  298.13 glat=  22.00 u=   0.6000 v=  -3.4000 vr=   0.81775 vt=   3.35429
 i= 1328 j= 1096 glon=  298.33 (0-360E) glon=  298.33 glat=  22.00 u=   1.5000 v=  -3.5000 vr=   0.18479 vt=   3.80340
 i= 1333 j= 1096 glon=  298.53 (0-360E) glon=  298.53 glat=  22.00 u=   2.3000 v=  -3.5000 vr=  -0.33634 vt=   4.17455
 i= 1338 j= 1096 glon=  298.73 (0-360E) glon=  298.73 glat=  22.00 u=   2.5000 v=  -3.8000 vr=  -0.10535 vt=   4.54741
 i= 1343 j= 1096 glon=  298.93 (0-360E) glon=  298.93 glat=  22.00 u=   3.5000 v=  -3.7000 vr=  -0.64919 vt=   5.05159
 i= 1348 j= 1096 glon=  299.13 (0-360E) glon=  299.13 glat=  22.00 u=   4.0000 v=  -3.6000 vr=  -0.64233 vt=   5.34298
 i= 1353 j= 1096 glon=  299.33 (0-360E) glon=  299.33 glat=  22.00 u=   4.5000 v=  -3.2000 vr=  -0.67814 vt=   5.47997
 i= 1358 j= 1096 glon=  299.53 (0-360E) glon=  299.53 glat=  22.00 u=   5.1000 v=  -2.7000 vr=  -0.66017 vt=   5.73273
 i= 1363 j= 1096 glon=  299.73 (0-360E) glon=  299.73 glat=  22.00 u=   5.6000 v=  -1.8000 vr=  -0.69101 vt=   5.84145
 i= 1368 j= 1096 glon=  299.93 (0-360E) glon=  299.93 glat=  22.00 u=   6.2000 v=  -1.2000 vr=  -0.20573 vt=   6.31171
 i= 1373 j= 1096 glon=  300.13 (0-360E) glon=  300.13 glat=  22.00 u=   6.6000 v=  -0.9000 vr=   0.91353 vt=   6.59814
 i= 1378 j= 1096 glon=  300.33 (0-360E) glon=  300.33 glat=  22.00 u=   5.2000 v=  -0.4000 vr=   1.56332 vt=   4.97554
 i= 1383 j= 1096 glon=  300.53 (0-360E) glon=  300.53 glat=  22.00 u=   4.4000 v=   0.1000 vr=   1.75193 vt=   4.03742
 i= 1388 j= 1096 glon=  300.73 (0-360E) glon=  300.73 glat=  22.00 u=   2.1000 v=   1.3000 vr=   0.12349 vt=   2.46673
 i= 1393 j= 1096 glon=  300.93 (0-360E) glon=  300.93 glat=  22.00 u=  -0.1000 v=   2.7000 vr=  -2.05519 vt=   1.75391
 i= 1398 j= 1096 glon=  301.13 (0-360E) glon=  301.13 glat=  22.00 u=  -0.8000 v=   2.5000 vr=  -2.24526 vt=   1.35971
 i= 1403 j= 1096 glon=  301.33 (0-360E) glon=  301.33 glat=  22.00 u=  -0.6000 v=   3.3000 vr=  -2.42531 vt=   2.31687
 i= 1408 j= 1096 glon=  301.53 (0-360E) glon=  301.53 glat=  22.00 u=  -1.5000 v=   3.3000 vr=  -3.01900 vt=   2.00640
 i= 1413 j= 1096 glon=  301.73 (0-360E) glon=  301.73 glat=  22.00 u=  -0.8000 v=   2.6000 vr=  -1.94868 vt=   1.89807
 i= 1418 j= 1096 glon=  301.93 (0-360E) glon=  301.93 glat=  22.00 u=  -0.3000 v=   7.7000 vr=  -3.63751 vt=   6.79327
 i= 1423 j= 1096 glon=  302.13 (0-360E) glon=  302.13 glat=  22.00 u=  -0.9000 v=   8.9000 vr=  -4.39761 vt=   7.78980
 i= 1328 j= 1101 glon=  298.33 (0-360E) glon=  298.33 glat=  21.80 u=   1.5000 v=  -3.6000 vr=   0.58732 vt=   3.85552
 i= 1333 j= 1101 glon=  298.53 (0-360E) glon=  298.53 glat=  21.80 u=   2.3000 v=  -3.7000 vr=   0.18720 vt=   4.35258
 i= 1338 j= 1101 glon=  298.73 (0-360E) glon=  298.73 glat=  21.80 u=   3.1000 v=  -3.8000 vr=  -0.10766 vt=   4.90290
 i= 1343 j= 1101 glon=  298.93 (0-360E) glon=  298.93 glat=  21.80 u=   3.5000 v=  -3.6000 vr=  -0.16756 vt=   5.01816
 i= 1348 j= 1101 glon=  299.13 (0-360E) glon=  299.13 glat=  21.80 u=   4.3000 v=  -2.9000 vr=  -0.76820 vt=   5.12931
 i= 1353 j= 1101 glon=  299.33 (0-360E) glon=  299.33 glat=  21.80 u=   4.6000 v=  -2.5000 vr=  -0.70483 vt=   5.18779
 i= 1358 j= 1101 glon=  299.53 (0-360E) glon=  299.53 glat=  21.80 u=   5.0000 v=  -2.0000 vr=  -0.65696 vt=   5.34494
 i= 1363 j= 1101 glon=  299.73 (0-360E) glon=  299.73 glat=  21.80 u=   5.8000 v=  -1.5000 vr=  -0.58590 vt=   5.96211
 i= 1368 j= 1101 glon=  299.93 (0-360E) glon=  299.93 glat=  21.80 u=   6.6000 v=  -1.1000 vr=  -0.10158 vt=   6.69027
 i= 1373 j= 1101 glon=  300.13 (0-360E) glon=  300.13 glat=  21.80 u=   6.1000 v=  -1.1000 vr=   1.11002 vt=   6.09819
 i= 1378 j= 1101 glon=  300.33 (0-360E) glon=  300.33 glat=  21.80 u=   5.0000 v=  -0.7000 vr=   1.60065 vt=   4.78831
 i= 1383 j= 1101 glon=  300.53 (0-360E) glon=  300.53 glat=  21.80 u=   3.4000 v=   0.0000 vr=   1.17838 vt=   3.18927
 i= 1388 j= 1101 glon=  300.73 (0-360E) glon=  300.73 glat=  21.80 u=   1.2000 v=   1.0000 vr=  -0.29411 vt=   1.53411
 i= 1393 j= 1101 glon=  300.93 (0-360E) glon=  300.93 glat=  21.80 u=  -0.1000 v=   1.4000 vr=  -1.18643 vt=   0.74992
 i= 1398 j= 1101 glon=  301.13 (0-360E) glon=  301.13 glat=  21.80 u=  -0.7000 v=   1.8000 vr=  -1.79859 vt=   0.70360
 i= 1403 j= 1101 glon=  301.33 (0-360E) glon=  301.33 glat=  21.80 u=  -1.8000 v=   1.4000 vr=  -2.27387 vt=  -0.17182
 i= 1408 j= 1101 glon=  301.53 (0-360E) glon=  301.53 glat=  21.80 u=  -1.5000 v=   2.1000 vr=  -2.47335 vt=   0.73656
 i= 1413 j= 1101 glon=  301.73 (0-360E) glon=  301.73 glat=  21.80 u=  -0.4000 v=   3.7000 vr=  -2.41399 vt=   2.83243
 i= 1418 j= 1101 glon=  301.93 (0-360E) glon=  301.93 glat=  21.80 u=  -0.5000 v=   8.2000 vr=  -4.67920 vt=   6.75242
 i= 1333 j= 1106 glon=  298.53 (0-360E) glon=  298.53 glat=  21.60 u=   2.1000 v=  -3.1000 vr=   0.33754 vt=   3.72908
 i= 1338 j= 1106 glon=  298.73 (0-360E) glon=  298.73 glat=  21.60 u=   2.9000 v=  -2.8000 vr=  -0.20725 vt=   4.02580
 i= 1343 j= 1106 glon=  298.93 (0-360E) glon=  298.93 glat=  21.60 u=   3.5000 v=  -2.5000 vr=  -0.52458 vt=   4.26905
 i= 1348 j= 1106 glon=  299.13 (0-360E) glon=  299.13 glat=  21.60 u=   4.0000 v=  -2.1000 vr=  -0.76237 vt=   4.45295
 i= 1353 j= 1106 glon=  299.33 (0-360E) glon=  299.33 glat=  21.60 u=   4.7000 v=  -1.7000 vr=  -1.00331 vt=   4.89626
 i= 1358 j= 1106 glon=  299.53 (0-360E) glon=  299.53 glat=  21.60 u=   5.3000 v=  -1.4000 vr=  -0.93767 vt=   5.40100
 i= 1363 j= 1106 glon=  299.73 (0-360E) glon=  299.73 glat=  21.60 u=   5.6000 v=  -1.2000 vr=  -0.48845 vt=   5.70626
 i= 1368 j= 1106 glon=  299.93 (0-360E) glon=  299.93 glat=  21.60 u=   6.1000 v=  -1.2000 vr=   0.26920 vt=   6.21108
 i= 1373 j= 1106 glon=  300.13 (0-360E) glon=  300.13 glat=  21.60 u=   5.3000 v=  -1.1000 vr=   1.10726 vt=   5.29849
 i= 1378 j= 1106 glon=  300.33 (0-360E) glon=  300.33 glat=  21.60 u=   4.3000 v=  -0.3000 vr=   0.95437 vt=   4.20347
 i= 1383 j= 1106 glon=  300.53 (0-360E) glon=  300.53 glat=  21.60 u=   3.0000 v=  -0.3000 vr=   1.17035 vt=   2.77854
 i= 1388 j= 1106 glon=  300.73 (0-360E) glon=  300.73 glat=  21.60 u=   0.8000 v=   0.0000 vr=   0.33525 vt=   0.72637
 i= 1393 j= 1106 glon=  300.93 (0-360E) glon=  300.93 glat=  21.60 u=  -0.5000 v=   0.6000 vr=  -0.77299 vt=  -0.11175
 i= 1398 j= 1106 glon=  301.13 (0-360E) glon=  301.13 glat=  21.60 u=  -1.6000 v=   0.6000 vr=  -1.45024 vt=  -0.90378
 i= 1403 j= 1106 glon=  301.33 (0-360E) glon=  301.33 glat=  21.60 u=  -1.2000 v=   1.7000 vr=  -2.06349 vt=   0.26837
 i= 1408 j= 1106 glon=  301.53 (0-360E) glon=  301.53 glat=  21.60 u=  -0.5000 v=   2.3000 vr=  -1.93394 vt=   1.34160
 i= 1413 j= 1106 glon=  301.73 (0-360E) glon=  301.73 glat=  21.60 u=  -0.3000 v=   4.5000 vr=  -3.07802 vt=   3.29633
 i= 1338 j= 1111 glon=  298.73 (0-360E) glon=  298.73 glat=  21.40 u=   2.6000 v=  -2.0000 vr=  -0.28564 vt=   3.26778
 i= 1343 j= 1111 glon=  298.93 (0-360E) glon=  298.93 glat=  21.40 u=   3.4000 v=  -1.4000 vr=  -1.00358 vt=   3.53735
 i= 1348 j= 1111 glon=  299.13 (0-360E) glon=  299.13 glat=  21.40 u=   3.8000 v=  -1.1000 vr=  -1.16549 vt=   3.78043
 i= 1353 j= 1111 glon=  299.33 (0-360E) glon=  299.33 glat=  21.40 u=   4.7000 v=  -1.1000 vr=  -1.21094 vt=   4.67265
 i= 1358 j= 1111 glon=  299.53 (0-360E) glon=  299.53 glat=  21.40 u=   5.5000 v=  -1.2000 vr=  -0.89781 vt=   5.55733
 i= 1363 j= 1111 glon=  299.73 (0-360E) glon=  299.73 glat=  21.40 u=   5.5000 v=  -1.2000 vr=  -0.23351 vt=   5.62454
 i= 1368 j= 1111 glon=  299.93 (0-360E) glon=  299.93 glat=  21.40 u=   6.1000 v=  -1.4000 vr=   0.59909 vt=   6.22986
 i= 1373 j= 1111 glon=  300.13 (0-360E) glon=  300.13 glat=  21.40 u=   4.6000 v=  -0.3000 vr=   0.30541 vt=   4.59964
 i= 1378 j= 1111 glon=  300.33 (0-360E) glon=  300.33 glat=  21.40 u=   3.9000 v=  -0.2000 vr=   0.71173 vt=   3.83972
 i= 1383 j= 1111 glon=  300.53 (0-360E) glon=  300.53 glat=  21.40 u=   2.9000 v=  -0.6000 vr=   1.32141 vt=   2.65026
 i= 1388 j= 1111 glon=  300.73 (0-360E) glon=  300.73 glat=  21.40 u=   0.8000 v=  -0.7000 vr=   0.94536 vt=   0.48611
 i= 1393 j= 1111 glon=  300.93 (0-360E) glon=  300.93 glat=  21.40 u=  -0.3000 v=  -0.2000 vr=   0.03696 vt=  -0.35866
 i= 1398 j= 1111 glon=  301.13 (0-360E) glon=  301.13 glat=  21.40 u=  -0.6000 v=   0.7000 vr=  -0.91463 vt=  -0.11601
 i= 1403 j= 1111 glon=  301.33 (0-360E) glon=  301.33 glat=  21.40 u=  -0.6000 v=   1.4000 vr=  -1.47054 vt=   0.39688
 i= 1408 j= 1111 glon=  301.53 (0-360E) glon=  301.53 glat=  21.40 u=  -0.2000 v=   1.5000 vr=  -1.23897 vt=   0.86889
 i= 1343 j= 1116 glon=  298.93 (0-360E) glon=  298.93 glat=  21.20 u=   2.9000 v=  -1.2000 vr=  -0.65858 vt=   3.06860
 i= 1348 j= 1116 glon=  299.13 (0-360E) glon=  299.13 glat=  21.20 u=   3.6000 v=  -1.0000 vr=  -0.92700 vt=   3.61948
 i= 1353 j= 1116 glon=  299.33 (0-360E) glon=  299.33 glat=  21.20 u=   4.5000 v=  -1.1000 vr=  -0.88040 vt=   4.54806
 i= 1358 j= 1116 glon=  299.53 (0-360E) glon=  299.53 glat=  21.20 u=   5.3000 v=  -1.0000 vr=  -0.78162 vt=   5.33658
 i= 1363 j= 1116 glon=  299.73 (0-360E) glon=  299.73 glat=  21.20 u=   5.7000 v=  -1.0000 vr=  -0.30023 vt=   5.77926
 i= 1368 j= 1116 glon=  299.93 (0-360E) glon=  299.93 glat=  21.20 u=   4.9000 v=  -0.4000 vr=  -0.15873 vt=   4.91374
 i= 1373 j= 1116 glon=  300.13 (0-360E) glon=  300.13 glat=  21.20 u=   3.7000 v=  -0.2000 vr=   0.20381 vt=   3.69979
 i= 1378 j= 1116 glon=  300.33 (0-360E) glon=  300.33 glat=  21.20 u=   3.2000 v=  -0.7000 vr=   1.06497 vt=   3.09772
 i= 1383 j= 1116 glon=  300.53 (0-360E) glon=  300.53 glat=  21.20 u=   2.5000 v=  -1.0000 vr=   1.53815 vt=   2.21000
 i= 1388 j= 1116 glon=  300.73 (0-360E) glon=  300.73 glat=  21.20 u=   0.9000 v=  -0.7000 vr=   0.95621 vt=   0.62102
 i= 1393 j= 1116 glon=  300.93 (0-360E) glon=  300.93 glat=  21.20 u=  -0.2000 v=  -0.8000 vr=   0.64243 vt=  -0.51699
 i= 1398 j= 1116 glon=  301.13 (0-360E) glon=  301.13 glat=  21.20 u=   0.3000 v=   0.0000 vr=   0.14990 vt=   0.25987
 i= 1403 j= 1116 glon=  301.33 (0-360E) glon=  301.33 glat=  21.20 u=   0.2000 v=  -0.1000 vr=   0.19602 vt=   0.10760
 i= 1353 j= 1121 glon=  299.33 (0-360E) glon=  299.33 glat=  21.00 u=   4.2000 v=  -0.7000 vr=  -0.94196 vt=   4.15243
 i= 1358 j= 1121 glon=  299.53 (0-360E) glon=  299.53 glat=  21.00 u=   4.8000 v=  -0.4000 vr=  -1.02449 vt=   4.70642
 i= 1363 j= 1121 glon=  299.73 (0-360E) glon=  299.73 glat=  21.00 u=   5.1000 v=  -0.4000 vr=  -0.62802 vt=   5.07697
 i= 1368 j= 1121 glon=  299.93 (0-360E) glon=  299.93 glat=  21.00 u=   4.3000 v=   0.0000 vr=  -0.43468 vt=   4.27797
 i= 1373 j= 1121 glon=  300.13 (0-360E) glon=  300.13 glat=  21.00 u=   4.2000 v=  -0.1000 vr=   0.10384 vt=   4.19991
 i= 1378 j= 1121 glon=  300.33 (0-360E) glon=  300.33 glat=  21.00 u=   3.8000 v=  -0.4000 vr=   0.78886 vt=   3.73868
 i= 1383 j= 1121 glon=  300.53 (0-360E) glon=  300.53 glat=  21.00 u=   3.0000 v=  -1.1000 vr=   1.68252 vt=   2.71646
 i= 1388 j= 1121 glon=  300.73 (0-360E) glon=  300.73 glat=  21.00 u=   1.2000 v=  -1.7000 vr=   1.97815 vt=   0.64570
 i= 1393 j= 1121 glon=  300.93 (0-360E) glon=  300.93 glat=  21.00 u=   0.2000 v=  -1.1000 vr=   1.09349 vt=  -0.23299
 i= 1368 j= 1126 glon=  299.93 (0-360E) glon=  299.93 glat=  20.80 u=   4.3000 v=   0.1000 vr=  -0.49140 vt=   4.27300
 i= 1373 j= 1126 glon=  300.13 (0-360E) glon=  300.13 glat=  20.80 u=   4.4000 v=  -0.5000 vr=   0.50363 vt=   4.39959
 i= 1378 j= 1126 glon=  300.33 (0-360E) glon=  300.33 glat=  20.80 u=   3.4000 v=  -1.1000 vr=   1.41060 vt=   3.28332
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    5.95025077609080       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     17.50 kts
    LL Wind Circ Vt mean quadmax value: SE     14.51 kts
    LL Wind Circ Vt mean quadmax value: SW      7.49 kts
    LL Wind Circ Vt mean quadmax value: NW     13.74 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    22.2384440251671       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   6.95830835088623       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    22.8211164913860     
   xcenlon=    300.107658963261     
   imax=         2738  jmax=         2041
   jlatfix=         1075
   ilonfix (unadjusted) =         1373
  
 In get_max_wind, ibeg=         1298  iend=         1447
                  jbeg=         1007  jend=         1144
         ilonfix=         1373  jlatfix=         1075
 At end of get_max_wind, vmax=    14.1405410080378       rmax= 
   20.4317253978859     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.33 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    3.46 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    3.65 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    3.90 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    4.18 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    4.53 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    4.96 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    5.42 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    5.86 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    6.26 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    6.62 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    6.91 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    7.09 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    7.17 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    7.19 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    7.20 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    7.23 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    7.33 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    7.45 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    7.60 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    7.75 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    7.88 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    7.99 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    7.96 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    7.89 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    7.81 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    7.72 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    7.61 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    7.50 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    7.40 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    7.33 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    7.28 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    7.23 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    7.17 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    7.09 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    7.00 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    6.91 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    6.81 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    6.72 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    6.63 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    6.54 (m/s)
  After ARMW loop#   1  maxrmw_wmag=     7.99 m/s   maxrmw_dist=    72.00  km   maxrmw_ix=   24
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    72.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    7.99348687547132      
  (m/s)   (in kts)=    15.5289469529781     
  rising_sum_dvdr=       3.03647821694432     
  declining_sum_dvdr=   -1.36186364334424     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:18:20
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           18 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   299.100
  
  
  In get_cps_paramb, lead time=           18 :           0   00L  NATL     
   right_ct=          874   left_ct=          847
   zthicksum(1)=    2965602.60750000     
   zthicksum(2)=    2877189.24325000     
   zthick_right_mean=    3393.13799485126     
   zthick_left_mean=     3396.91764256199     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -3.77964771072857     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.72
  Sum of y-diffs squared (ydiff2) =          399.43
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    43.23   6.7452       10.98   0.1661    -0.39     0.15      120.62
    2    40.24   6.6846        7.99   0.1055     0.77     0.59       63.85
    3    35.23   6.6201        2.98   0.0409     0.18     0.03        8.90
    4    29.84   6.5511       -2.41  -0.0281    -0.49     0.24        5.80
    5    24.62   6.4770       -7.63  -0.1022    -0.63     0.39       58.15
    6    20.33   6.3969      -11.92  -0.1822     0.56     0.31      142.12
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    32.249     x:    6.58
  
  slope=     68.478         y-intercept =   -418.280
  Regression equation:   Y =  -418.28 +    68.48X
  
  R2(r_squared) =  0.9957        r =  0.9978
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1078.90 zmin= 1033.19 zdiff=   45.71
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1570.93 zmin= 1527.70 zdiff=   43.23
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -2.48 dlnp=     -0.057158  dzdlnp=       43.388
  
   +++ k=  3 press=    800.0 zmax= 2087.72 zmin= 2047.48 zdiff=   40.24
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -2.99 dlnp=     -0.060625  dzdlnp=       49.353
  
   +++ k=  4 press=    750.0 zmax= 2632.31 zmin= 2597.07 zdiff=   35.23
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -5.01 dlnp=     -0.064539  dzdlnp=       77.597
  
   +++ k=  5 press=    700.0 zmax= 3208.10 zmin= 3178.26 zdiff=   29.84
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -5.39 dlnp=     -0.068993  dzdlnp=       78.153
  
   +++ k=  6 press=    650.0 zmax= 3818.70 zmin= 3794.07 zdiff=   24.62
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -5.22 dlnp=     -0.074108  dzdlnp=       70.384
  
   +++ k=  7 press=    600.0 zmax= 4469.53 zmin= 4449.20 zdiff=   20.33
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -4.30 dlnp=     -0.080043  dzdlnp=       53.671
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           56.16
  Sum of y-diffs squared (ydiff2) =          319.90
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    17.18   6.3099       -4.57   0.2788     4.38    19.17       20.84
    2    15.62   6.2146       -6.13   0.1834    -0.25     0.06       37.62
    3    15.66   6.1092       -6.09   0.0781    -3.58    12.82       37.03
    4    19.63   5.9915       -2.12  -0.0397    -3.39    11.50        4.48
    5    26.66   5.8579        4.91  -0.1732    -0.65     0.42       24.08
    6    35.74   5.7038       13.99  -0.3274     3.49    12.19      195.85
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    21.749     x:    6.03
  
  slope=    -32.084         y-intercept =    215.252
  Regression equation:   Y =   215.25 -    32.08X
  
  R2(r_squared) =  0.8245        r =  0.9080
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4469.53 zmin= 4449.20 zdiff=   20.33
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5166.15 zmin= 5148.97 zdiff=   17.18
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -3.14 dlnp=     -0.087011  dzdlnp=       36.133
  
   +++ k=  9 press=    500.0 zmax= 5917.78 zmin= 5902.17 zdiff=   15.62
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -1.57 dlnp=     -0.095310  dzdlnp=       16.452
  
   +++ k= 10 press=    450.0 zmax= 6737.93 zmin= 6722.26 zdiff=   15.66
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=       0.05 dlnp=     -0.105361  dzdlnp=       -0.456
  
   +++ k= 11 press=    400.0 zmax= 7639.69 zmin= 7620.06 zdiff=   19.63
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=       3.97 dlnp=     -0.117783  dzdlnp=      -33.689
  
   +++ k= 12 press=    350.0 zmax= 8638.87 zmin= 8612.21 zdiff=   26.66
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       7.02 dlnp=     -0.133531  dzdlnp=      -52.602
  
   +++ k= 13 press=    300.0 zmax= 9759.28 zmin= 9723.54 zdiff=   35.74
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       9.09 dlnp=     -0.154151  dzdlnp=      -58.955
  
cps_stats: 00L   lead time=  18: 0   paramb=    -3.78  vtl=     68.48  vtu=    -32.08
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   18:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  300.108 (0-360) guesslon=  300.108E  (  59.892W)   guesslat=   22.821
 ilonfix=         1373  jlatfix=         1075  npts=           33
 ibeg=         1301  jbeg=         1007  imax=         2738
 iend=         1445  jend=         1143  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.788E  (0-360) ctlon=  298.788E  (  61.212W)  ctlat=   22.701 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.788E   (0-360) guesslon=  298.788E  (  61.212W)   guesslat=   22.701
 ilonfix=         1340  jlatfix=         1078  npts=           16
 ibeg=         1292  jbeg=         1034  imax=         2738
 iend=         1388  jend=         1122  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.568E  (0-360) ctlon=  298.568  (  61.432W)  ctlat=   22.381 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    18:00  mean_lon:  298.57E (  61.43W)    (0-360) mean_lon=  298.57E  mean_lat:   22.38  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    18:00  ifix:  1310   jfix:  1074  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1310  jx=         1074
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1465 ,        1829 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1464 ,        1830 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    18:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:18:20
 TIMING: Before shear ... 22:18:20
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            4
  clon(ist,ifh,3)=    300.126842488456     
  clat(ist,ifh,3)=    22.8050722157891     
  fixlon(ist,ifh)=    300.107658963261     
  fixlat(ist,ifh)=    22.8211164913860     
  xcenlon=    300.126842488456     
  xcenlat=    22.8050722157891     
  
 xxshear
 In get_shear A, xcenlon=    300.126842488456       xcenlat= 
   22.8050722157891     
   In get_shear B, (0-360) xcenlon=    300.126842488456     
  
At start of get_shear:  00L   fhr=   18:00   Mean fix position=   300.11E  ( 59.89W)    22.82  (0-360) mean lon fix=  300.11
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    6.79 vr_mean(idist,ilev)=    0.40
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    7.14 vr_mean(idist,ilev)=    0.57
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    7.16 vr_mean(idist,ilev)=    0.28
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    6.56 vr_mean(idist,ilev)=   -0.03
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    5.98 vr_mean(idist,ilev)=    0.10
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    5.58 vr_mean(idist,ilev)=    0.24
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    5.25 vr_mean(idist,ilev)=    0.30
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    4.83 vr_mean(idist,ilev)=    0.41
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    4.47 vr_mean(idist,ilev)=    0.43
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    3.78 vr_mean(idist,ilev)=    0.34
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    3.25 vr_mean(idist,ilev)=    0.37
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    2.21 vr_mean(idist,ilev)=    0.53
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    1.21 vr_mean(idist,ilev)=    0.56
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    0.56 vr_mean(idist,ilev)=    0.32
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   -0.16 vr_mean(idist,ilev)=    0.21
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   -0.74 vr_mean(idist,ilev)=    0.04
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   -1.25 vr_mean(idist,ilev)=   -0.07
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -1.70 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -2.02 vr_mean(idist,ilev)=   -0.11
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.37 vr_mean(idist,ilev)=   12.37
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -18.56 vr_mean(idist,ilev)=   18.56
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -24.74 vr_mean(idist,ilev)=   24.74
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -30.93 vr_mean(idist,ilev)=   30.93
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -37.12 vr_mean(idist,ilev)=   37.12
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -43.31 vr_mean(idist,ilev)=   43.31
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -49.51 vr_mean(idist,ilev)=   49.51
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -55.70 vr_mean(idist,ilev)=   55.70
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -61.90 vr_mean(idist,ilev)=   61.90
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -68.10 vr_mean(idist,ilev)=   68.10
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -74.31 vr_mean(idist,ilev)=   74.31
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -80.52 vr_mean(idist,ilev)=   80.52
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -86.74 vr_mean(idist,ilev)=   86.74
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -92.95 vr_mean(idist,ilev)=   92.95
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -99.18 vr_mean(idist,ilev)=   99.18
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -105.41 vr_mean(idist,ilev)=  105.41
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -111.65 vr_mean(idist,ilev)=  111.65
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -117.89 vr_mean(idist,ilev)=  117.89
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -124.14 vr_mean(idist,ilev)=  124.14
  
 At end of get_shear: 
     ist=    1 ifh=    4 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:18:20
  
 After call to fixcenter, fix positions at 
 forecast hour=   18:00 follow:
  
fixpos  00L   fhr=   18:00   Fix position=   300.11E  ( 59.89W)    22.82   Max Wind=  27 kts
  
  
 xxxx get_next_ges, prev fix lon=    300.767232722826     
 xxxx get_next_ges, curr fix lon=    300.107658963261     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.107658963261        fixlat=    22.8211164913860     
        (0-360) fixlon=    300.107658963261     
      ilonfix=         1373   jlatfix=         1075
      ibeg=          902   iend=         1844
      jbeg=          623   jend=         1527
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.94851357763435       vavg=    1.61447400858796     
      ubar=  -0.737128394408587       vbar=   0.403618502146991     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.709629544370605       vavg=   0.829690792402374     
      ubar=   -1.09194316659389       vbar=   0.818463898348178     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.487962091741014       vavg=  -8.715252211554572E-003
      ubar=   -1.21393368952914       vbar=   0.816285085295289     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.21393368952914       vbar=   0.816285085295289     
      wgttot=    1.00000000000000     
      fixlon=    300.107658963261        fixlat=    22.8211164913860     
      barnlon=    299.851671864919       barnlat=    22.9796827371615     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.921182691565322     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.851671864919     
     Raw (no conversion for GM wrap) extraplon=    299.446450533685     
  
 --- barnlon=    299.85E  (  60.15W)    barnlat=     22.98
 --- extraplon=  299.45E  (  60.55W)    extraplat=   23.16
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.82
 | Current fix lon is   59.89W   ( 300.11E)
 | Current fix lon (raw, unadjusted)=  300.11E
 | Updated guess lat for next fcst hour is   23.07
 | Updated guess lon (0-360) for next fcst hour is   60.35W   ( 299.65E)
 | Raw updated guess lon for next fcst hour is  299.65E)
 -------------------------------------------------
  
 iocheck, dist=    54.4462695721104        distm=    54446.2695721104     
 iocheck, stmspd=    2.52066062833845        istmspd=           49
 iocheck, xincr=  -0.458597763959006        yincr=   0.247802429153690     
 iocheck, stmdir=    298.384485748239        istmdir=          298
 +++ RPT_STORM_MOTION: istmspd=    49 kts(*10)    istmdir=   298 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   4
     Fix location for this time:   300.11E  ( 59.89W)    22.82
     Fix lon (raw) for this time:  300.11E
     ilonfix= 1373  jlatfix= 1075
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.107658963261       xcenlat=    22.8211164913860     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.107658963261       xcenlat=    22.8211164913860     
  ilonfix=         1373  jlatfix=         1075
  ibeg=         1253  iend=         1493
  jbeg=          959  jend=         1191  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.107658963261        xcenlat=    22.8211164913860     
      ilonfix=         1373   jlatfix=         1075
      ibeg=         1253   iend=         1493
      jbeg=          959   jend=         1191
 After call to barnes, xsmoothval=   8.825928554422762E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   8.825928554422762E-005
      xcenlon=    300.107658963261        xcenlat=    22.8211164913860     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000088  imeanzeta (*1e6)=       88
   --- mean zeta raw =   8.825928554422762E-005
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001285  igrid zeta (*1e6)=     1285 ifilret=   0
   --- grid zeta raw=   1.284919553442181E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.107658963261       xcenlat=    22.8211164913860     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    300.107658963261       xcenlat=    22.8211164913860     
  ilonfix=         1373  jlatfix=         1075
  ibeg=         1253  iend=         1493
  jbeg=          959  jend=         1191  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    300.107658963261        xcenlat=    22.8211164913860     
      ilonfix=         1373   jlatfix=         1075
      ibeg=         1253   iend=         1493
      jbeg=          959   jend=         1191
 After call to barnes, xsmoothval=   8.248706864342972E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   8.248706864342972E-005
      xcenlon=    300.107658963261        xcenlat=    22.8211164913860     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000082  imeanzeta (*1e6)=       82
   --- mean zeta raw =   8.248706864342972E-005
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001252  igrid zeta (*1e6)=     1252 ifilret=   0
   --- grid zeta raw=   1.252200750830317E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           18
  
 segx, outlon=    300.107658963261       outlat=    22.8211164913860     
   ist=            1  ifcsthour=           18
   vmaxwind=    14.1405410080378       xminmslp=    101239.680000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=   -999.000000000000       rlastbar=   -999.000000000000     
   rmax=    20.4317253978859     
   cps_vals=   -3.77964771072857        68.4783017861859     
  -32.0838950083263     
   wcore_flag= n
   istmspd=           49  istmdir=          298
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    72.0000000000000     
   axisymet_rmw_val=     7.99348687547132     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
 rmax=    20.4317253978859        irmax=           20
 TXX top of atcfunix_ext, ist=            1  ifh=           18
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           18
 intlat=          228
 clatns= N
 intlon=          599
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           27
 int(xminmslp/mslp_outp_adj + 0.5)=         1012
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=          -99
 irlastbar=          -99
 irmax=           20
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          298
 istmspd=           49
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -38
 icps_vals(2)=          685
 icps_vals(3)=         -321
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           39
 irmw_val=           16
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=           88
 igridzeta(1)=         1285
 imeanzeta(2)=           82
 igridzeta(2)=         1252
  
 rmax=    20.4317253978859        irmax=           20
 +++ Top of output_atcf_parms, ist=            1  ifh=           18
  
 xxxx get_next_ges, prev fix lon=    300.767232722826     
 xxxx get_next_ges, curr fix lon=    300.107658963261     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    300.107658963261        fixlat=    22.8211164913860     
        (0-360) fixlon=    300.107658963261     
      ilonfix=         1373   jlatfix=         1075
      ibeg=          902   iend=         1844
      jbeg=          623   jend=         1527
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.94851357763435       vavg=    1.61447400858796     
      ubar=  -0.737128394408587       vbar=   0.403618502146991     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.709629544370605       vavg=   0.829690792402374     
      ubar=   -1.09194316659389       vbar=   0.818463898348178     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.487962091741014       vavg=  -8.715252211554572E-003
      ubar=   -1.21393368952914       vbar=   0.816285085295289     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.21393368952914       vbar=   0.816285085295289     
      wgttot=    1.00000000000000     
      fixlon=    300.107658963261        fixlat=    22.8211164913860     
      barnlon=    299.851671864919       barnlat=    22.9796827371615     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.921182691565322     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.851671864919     
     Raw (no conversion for GM wrap) extraplon=    299.446450533685     
  
 --- barnlon=    299.85E  (  60.15W)    barnlat=     22.98
 --- extraplon=  299.45E  (  60.55W)    extraplat=   23.16
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   22.82
 | Current fix lon is   59.89W   ( 300.11E)
 | Current fix lon (raw, unadjusted)=  300.11E
 | Updated guess lat for next fcst hour is   23.07
 | Updated guess lon (0-360) for next fcst hour is   60.35W   ( 299.65E)
 | Raw updated guess lon for next fcst hour is  299.65E)
 -------------------------------------------------
  
 iocheck, dist=    54.4462695721104        distm=    54446.2695721104     
 iocheck, stmspd=    2.52066062833845        istmspd=           49
 iocheck, xincr=  -0.458597763959006        yincr=   0.247802429153690     
 iocheck, stmdir=    298.384485748239        istmdir=          298
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   18:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.153063024639059E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.115E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.778 fmax (x10e5) =        0.124E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.104717343491266E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.110E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.778 fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.125E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.678 fmax =       -0.100E+16 fmin =        0.124E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.291E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.778 fmax =       -0.100E+16 fmin =        0.291E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.981E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.678 fmax =       -0.100E+16 fmin =        0.980E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.690 (0-360) guesslon=  288.690E  (  71.310W)   guesslat=   29.718
 ilonfix=         1088  jlatfix=          903  npts=           33
 ibeg=         1014  jbeg=          835  imax=         2738
 iend=         1162  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:20
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   6.866487510818434E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.570E  (0-360) ctlon=  288.570E  (  71.430W)  ctlat=   29.598 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.687E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:20
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.570E   (0-360) guesslon=  288.570E  (  71.430W)   guesslat=   29.598
 ilonfix=         1085  jlatfix=          906  npts=           16
 ibeg=         1035  jbeg=          862  imax=         2738
 iend=         1135  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.650E  (0-360) ctlon=  288.650  (  71.350W)  ctlat=   29.678 fmax (x10e5) =        0.789E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.657067917026        uvgeslat=    29.7306244580956     
    (0-360 uvgeslon)=    288.657067917026     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:18:20
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.657067917026        uvgeslat=    29.7306244580956     
    (0-360 uvgeslon)=    288.657067917026     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.657067917026     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.657E  (0-360E lon):  288.657E    71.343W  ctlat=   29.731  xmax_circul_disk =     154570233.0
 TIMING: get_wind_circ kloop, k=  1   22:18:20
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.657E  (0-360E)=  288.657E  (  71.343W)   guesslat=   29.731
 ilonfix=         1087  jlatfix=          902  npts=           56
 ibeg=         1017  jbeg=          838  imax=         2738
 iend=         1157  jend=          966  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    155126600.793965     
 nhalf get_wind_circ, k=  1 ctlon=  288.617E  (0-360E)=  288.617E  ctlon=   71.383W   ctlat=   29.691 Wind Circulation (NHEM: Max) =     155126600.8
 TIMING: After GWC 850 ... 22:18:21
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:18:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.657067917026        uvgeslat=    29.7306244580956     
    (0-360 uvgeslon)=    288.657067917026     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.657067917026     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.657E  (0-360E lon):  288.657E    71.343W  ctlat=   29.731  xmax_circul_disk =     151209122.3
 TIMING: get_wind_circ kloop, k=  1   22:18:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.657E  (0-360E)=  288.657E  (  71.343W)   guesslat=   29.731
 ilonfix=         1087  jlatfix=          902  npts=           56
 ibeg=         1017  jbeg=          838  imax=         2738
 iend=         1157  jend=          966  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    151209326.376861     
 nhalf get_wind_circ, k=  1 ctlon=  288.677E  (0-360E)=  288.677E  ctlon=   71.323W   ctlat=   29.751 Wind Circulation (NHEM: Max) =     151209326.4
 TIMING: After GWC 700 ... 22:18:21
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:18:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.657067917026        uvgeslat=    29.7306244580956     
    (0-360 uvgeslon)=    288.657067917026     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.657067917026     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.657E  (0-360E lon):  288.657E    71.343W  ctlat=   29.731  xmax_circul_disk =      98972246.8
 TIMING: get_wind_circ kloop, k=  1   22:18:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.657E  (0-360E)=  288.657E  (  71.343W)   guesslat=   29.731
 ilonfix=         1087  jlatfix=          902  npts=           56
 ibeg=         1017  jbeg=          838  imax=         2738
 iend=         1157  jend=          966  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    99930911.7206289     
 nhalf get_wind_circ, k=  1 ctlon=  288.617E  (0-360E)=  288.617E  ctlon=   71.383W   ctlat=   29.631 Wind Circulation (NHEM: Max) =      99930911.7
 TIMING: After GWC Sfc ... 22:18:21
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.30  xavg_stderr=     3.58
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            4  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    18:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.69E   (0-360) guesslon=  288.69E  ( 71.31W)    29.72
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.65       71.35      29.78          123.55       T          7.71
   2    zeta 700    Max       288.65       71.35      29.78          114.17       T          7.71
   3    circ 850    Max       288.62       71.38      29.69          155.13       T          7.65
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.68       71.32      29.75          151.21       T          3.84
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.65       71.35      29.68         1244.42       T          5.89
   8     gph 700    Min       288.65       71.35      29.78         2907.15       T          7.71
   9        MSLP    Min       288.65       71.35      29.68        98010.53       T          5.89
  10    circ sfc    Max       288.62       71.38      29.63           99.93       T         11.98
  11    zeta sfc    Max       288.65       71.35      29.68           78.88       T          5.89
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.79268142005964       stderr_close= 
   1.89263843413748       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   6.953 devia=   1.391 wtpos=  0.62905     288.65   288.65    71.35    29.78
 ip=  2 kprm=  2 dist_from_mean=   6.953 devia=   1.391 wtpos=  0.62905     288.65   288.65    71.35    29.78
 ip=  3 kprm=  3 dist_from_mean=   3.899 devia=   0.780 wtpos=  0.77110     288.62   288.62    71.38    29.69
 ip=  5 kprm=  4 dist_from_mean=   4.953 devia=   0.991 wtpos=  0.71876     288.68   288.68    71.32    29.75
 ip=  7 kprm=  5 dist_from_mean=   4.198 devia=   0.840 wtpos=  0.75588     288.65   288.65    71.35    29.68
 ip=  8 kprm=  6 dist_from_mean=   6.953 devia=   1.391 wtpos=  0.62905     288.65   288.65    71.35    29.78
 ip=  9 kprm=  7 dist_from_mean=   4.198 devia=   0.840 wtpos=  0.75588     288.65   288.65    71.35    29.68
 ip= 10 kprm=  8 dist_from_mean=   9.828 devia=   1.966 wtpos=  0.51935     288.62   288.62    71.38    29.63
 ip= 11 kprm=  9 dist_from_mean=   4.198 devia=   0.840 wtpos=  0.75588     288.65   288.65    71.35    29.68
  
At end of fixcenter:  08L   fhr=   18:00   Fix position=   288.65E  (0-360) fixlon=  288.65  ( 71.35W)    29.71
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.646124083462     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.649795371572     
        (0-360E clon(ist,ifh,9))=    288.649795371572     
      clat(ist,ifh,9)=    29.6778985035502     
      xval(9)=    98010.5332457130     
  
  After get_ij B, ibeg jbeg =          978         766
  After get_ij B, iend jend =         1196        1042
  
 In is_it_a_storm, ilonfix=         1087  jlatfix=          904
 ibeg jbeg iend jend =          978         766        1196        1042
 cparm= slp  parmlon parmlat =    288.649795371572        29.6778985035502     
     (0-360E parmlon) =    288.649795371572     
 parmval=    98010.5332457130     
  
 i= 1063 j=  841 glon=  287.73 (0-360E) glon=  287.73 glat=  32.20 dist=   293.96 slp=  100904.00 pgradient=  9.84305
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  9.84305
 mslp center =    288.649795371572        29.6778985035502     
   98010.5332457130     
   (0-360E) lon of mslp center =    288.649795371572     
 pgrad loc   =    287.728938000000        287.728938000000     
   72.2710620000000        32.2008430000000        100904.000000000     
  ttest at location C IF....
      xinp_fixlat=    29.6778985035502     
      xinp_fixlon=    288.649795371572       (0-360E) xinp_fixlon= 
   288.649795371572     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95396.1600000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1087  jfix=          903
 longitude=    288.649795371572      E   (   71.3502046284281      
 W)  (0-360E) xinp_fixlon=    288.649795371572     
 latitude=    29.6778985035502     
 mean mslp value (xval(9))=    98010.5332457130     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1087  jfix=          903
 longitude=    288.649795371572      E   (   71.3502046284281      
 W)  (0-360E) xinp_fixlon=    288.649795371572     
 latitude=    29.6778985035502     
 mean mslp value (xval(9))=    98010.5332457130     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1087  jx=          903
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95396.1600000000       xcentval=    95396.1600000000     
 At A, num_found_contours=            0
 At A, contlo=    95396.1600000000       conthi=    95796.1600000000     
  
 num_found_contours=            0
 contlo=    95396.1600000000       conthi=    95796.1600000000     
 xcentval=    95396.1600000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    95796.1600000000       conthi=    96196.1600000000     
  
 num_found_contours=            1
 contlo=    95796.1600000000       conthi=    96196.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            2
 At A, contlo=    96196.1600000000       conthi=    96596.1600000000     
  
 num_found_contours=            2
 contlo=    96196.1600000000       conthi=    96596.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            3
 At A, contlo=    96596.1600000000       conthi=    96996.1600000000     
  
 num_found_contours=            3
 contlo=    96596.1600000000       conthi=    96996.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            4
 At A, contlo=    96996.1600000000       conthi=    97396.1600000000     
  
 num_found_contours=            4
 contlo=    96996.1600000000       conthi=    97396.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            5
 At A, contlo=    97396.1600000000       conthi=    97796.1600000000     
  
 num_found_contours=            5
 contlo=    97396.1600000000       conthi=    97796.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            6
 At A, contlo=    97796.1600000000       conthi=    98196.1600000000     
  
 num_found_contours=            6
 contlo=    97796.1600000000       conthi=    98196.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            7
 At A, contlo=    98196.1600000000       conthi=    98596.1600000000     
  
 num_found_contours=            7
 contlo=    98196.1600000000       conthi=    98596.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            8
 At A, contlo=    98596.1600000000       conthi=    98996.1600000000     
  
 num_found_contours=            8
 contlo=    98596.1600000000       conthi=    98996.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=            9
 At A, contlo=    98996.1600000000       conthi=    99396.1600000000     
  
 num_found_contours=            9
 contlo=    98996.1600000000       conthi=    99396.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=           10
 At A, contlo=    99396.1600000000       conthi=    99796.1600000000     
  
 num_found_contours=           10
 contlo=    99396.1600000000       conthi=    99796.1600000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=           11
 At A, contlo=    99796.1600000000       conthi=    100196.160000000     
  
 num_found_contours=           11
 contlo=    99796.1600000000       conthi=    100196.160000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=           12
 At A, contlo=    100196.160000000       conthi=    100596.160000000     
  
 num_found_contours=           12
 contlo=    100196.160000000       conthi=    100596.160000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=           13
 At A, contlo=    100596.160000000       conthi=    100996.160000000     
  
 num_found_contours=           13
 contlo=    100596.160000000       conthi=    100996.160000000     
 xcentval=    95396.1600000000     
 At A, num_found_contours=           14
 At A, contlo=    100996.160000000       conthi=    101396.160000000     
  
 num_found_contours=           14
 contlo=    100996.160000000       conthi=    101396.160000000     
 xcentval=    95396.1600000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         877 ,         924 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95396.1600000000     
 !!! (i,j) of central value = (        1087 ,         903 )
 !!!  
 !!! Flagged value found    =    100995.680000000     
 !!! (i,j) of flagged value = (         876 ,         925 )
 !!!   
 !!! Lower bound of contour interval =    100996.160000000     
 !!! Upper bound of contour interval =    101396.160000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1087  jfix=          903
 longitude=    288.649795371572      E   (   71.3502046284281      W)  
 (0-360E) xinp_fixlon=    288.649795371572     
 latitude=    29.6778985035502     
 mean mslp value (xval(9))=    98010.5332457130     
 gridpoint mslp value=    95396.1600000000     
 ccflag= y
 prs of last closed isobar =    100996.160000000     
 radius of last closed isobar =    145.963140341807       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   18:00
 !!! Boundary check xinp_fixlat is   29.68
 !!! Boundary check xinp_fixlon is   71.35W   ( 288.65E)  (0-360E) xinp_fixlon=  288.65
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.617068917026     
  850 mb wcirc fix lat=    29.6906254580956     
    (0-360) 850 mb wcirc fix lon=    288.617068917026     
  Multi-parm fix lon=      288.646124083462     
  Multi-parm fix lat=      29.7146029589967     
    (0-360) Multi-parm fix lon=      288.646124083462     
  
  
  After get_ij B, ibeg jbeg =          994         799
  After get_ij B, iend jend =         1178        1007
  
 In is_it_a_storm, ilonfix=         1086  jlatfix=          903
 ibeg jbeg iend jend =          994         799        1178        1007
 cparm= v850  parmlon parmlat =    288.617068917026        29.6906254580956     
     (0-360E parmlon) =    288.617068917026     
 parmval=    155126600.793965     
  
 i= 1079 j=  854 glon=  288.37 (0-360E) glon=  288.37 glat=  31.68 u= -19.7000 v=   8.1000 vr=  10.16421 vt=  18.71868
 i= 1084 j=  854 glon=  288.57 (0-360E) glon=  288.57 glat=  31.68 u= -19.9000 v=  10.1000 vr=  10.51383 vt=  19.68449
 i= 1089 j=  854 glon=  288.77 (0-360E) glon=  288.77 glat=  31.68 u= -19.4000 v=  12.0000 vr=  10.69748 vt=  20.14755
 i= 1094 j=  854 glon=  288.97 (0-360E) glon=  288.97 glat=  31.68 u= -18.9000 v=  13.6000 vr=  10.58894 vt=  20.73751
 i= 1059 j=  859 glon=  287.57 (0-360E) glon=  287.57 glat=  31.48 u= -17.7000 v=   0.8000 vr=   8.71603 vt=  15.42598
 i= 1064 j=  859 glon=  287.77 (0-360E) glon=  287.77 glat=  31.48 u= -19.2000 v=   2.7000 vr=   9.78170 vt=  16.74062
 i= 1069 j=  859 glon=  287.97 (0-360E) glon=  287.97 glat=  31.48 u= -20.5000 v=   4.4000 vr=  10.32625 vt=  18.24770
 i= 1074 j=  859 glon=  288.17 (0-360E) glon=  288.17 glat=  31.48 u= -21.6000 v=   6.3000 vr=  10.72817 vt=  19.77767
 i= 1079 j=  859 glon=  288.37 (0-360E) glon=  288.37 glat=  31.48 u= -22.1000 v=   7.5000 vr=  10.07704 vt=  21.05025
 i= 1084 j=  859 glon=  288.57 (0-360E) glon=  288.57 glat=  31.48 u= -21.8000 v=   9.6000 vr=  10.10432 vt=  21.57088
 i= 1089 j=  859 glon=  288.77 (0-360E) glon=  288.77 glat=  31.48 u= -21.7000 v=  12.0000 vr=  10.38046 vt=  22.51968
 i= 1094 j=  859 glon=  288.97 (0-360E) glon=  288.97 glat=  31.48 u= -21.1000 v=  14.3000 vr=  10.56206 vt=  23.19791
 i= 1099 j=  859 glon=  289.17 (0-360E) glon=  289.17 glat=  31.48 u= -19.7000 v=  16.4000 vr=  10.77080 vt=  23.26027
 i= 1104 j=  859 glon=  289.37 (0-360E) glon=  289.37 glat=  31.48 u= -17.8000 v=  18.1000 vr=  10.93239 vt=  22.91141
 i= 1109 j=  859 glon=  289.57 (0-360E) glon=  289.57 glat=  31.48 u= -15.9000 v=  19.5000 vr=  11.06690 vt=  22.59610
 i= 1049 j=  864 glon=  287.17 (0-360E) glon=  287.17 glat=  31.28 u= -15.7000 v=  -3.1000 vr=   7.29873 vt=  14.24179
 i= 1054 j=  864 glon=  287.37 (0-360E) glon=  287.37 glat=  31.28 u= -17.7000 v=  -1.8000 vr=   8.46805 vt=  15.64679
 i= 1059 j=  864 glon=  287.57 (0-360E) glon=  287.57 glat=  31.28 u= -19.3000 v=   0.1000 vr=   9.65701 vt=  16.71054
 i= 1064 j=  864 glon=  287.77 (0-360E) glon=  287.77 glat=  31.28 u= -22.0000 v=   2.2000 vr=  11.22157 vt=  19.05036
 i= 1069 j=  864 glon=  287.97 (0-360E) glon=  287.97 glat=  31.28 u= -22.6000 v=   3.9000 vr=  11.19708 vt=  20.01488
 i= 1074 j=  864 glon=  288.17 (0-360E) glon=  288.17 glat=  31.28 u= -24.3000 v=   5.7000 vr=  11.29523 vt=  22.25753
 i= 1079 j=  864 glon=  288.37 (0-360E) glon=  288.37 glat=  31.28 u= -25.2000 v=   8.3000 vr=  11.59727 vt=  23.86280
 i= 1084 j=  864 glon=  288.57 (0-360E) glon=  288.57 glat=  31.28 u= -24.8000 v=  10.2000 vr=  10.84599 vt=  24.52436
 i= 1089 j=  864 glon=  288.77 (0-360E) glon=  288.77 glat=  31.28 u= -24.6000 v=  11.6000 vr=   9.53516 vt=  25.47157
 i= 1094 j=  864 glon=  288.97 (0-360E) glon=  288.97 glat=  31.28 u= -23.5000 v=  13.1000 vr=   8.44741 vt=  25.54410
 i= 1099 j=  864 glon=  289.17 (0-360E) glon=  289.17 glat=  31.28 u= -22.0000 v=  14.8000 vr=   7.84612 vt=  25.32742
 i= 1104 j=  864 glon=  289.37 (0-360E) glon=  289.37 glat=  31.28 u= -20.3000 v=  16.6000 vr=   7.67279 vt=  25.07545
 i= 1109 j=  864 glon=  289.57 (0-360E) glon=  289.57 glat=  31.28 u= -18.5000 v=  18.2000 vr=   7.64313 vt=  24.80066
 i= 1114 j=  864 glon=  289.77 (0-360E) glon=  289.77 glat=  31.28 u= -15.8000 v=  20.6000 vr=   9.04813 vt=  24.33375
 i= 1119 j=  864 glon=  289.97 (0-360E) glon=  289.97 glat=  31.28 u= -13.6000 v=  22.2000 vr=   9.80071 vt=  24.11941
 i= 1044 j=  869 glon=  286.97 (0-360E) glon=  286.97 glat=  31.08 u= -14.8000 v=  -5.6000 vr=   6.71822 vt=  14.32709
 i= 1049 j=  869 glon=  287.17 (0-360E) glon=  287.17 glat=  31.08 u= -16.2000 v=  -4.0000 vr=   7.89882 vt=  14.69859
 i= 1054 j=  869 glon=  287.37 (0-360E) glon=  287.37 glat=  31.08 u= -18.7000 v=  -2.3000 vr=   9.67568 vt=  16.16667
 i= 1059 j=  869 glon=  287.57 (0-360E) glon=  287.57 glat=  31.08 u= -21.9000 v=   0.1000 vr=  12.06547 vt=  18.27688
 i= 1064 j=  869 glon=  287.77 (0-360E) glon=  287.77 glat=  31.08 u= -25.1000 v=   1.0000 vr=  12.61434 vt=  21.72299
 i= 1069 j=  869 glon=  287.97 (0-360E) glon=  287.97 glat=  31.08 u= -26.9000 v=   3.7000 vr=  13.50297 vt=  23.55779
 i= 1074 j=  869 glon=  288.17 (0-360E) glon=  288.17 glat=  31.08 u= -27.7000 v=   5.0000 vr=  12.26285 vt=  25.33599
 i= 1079 j=  869 glon=  288.37 (0-360E) glon=  288.37 glat=  31.08 u= -27.9000 v=   5.9000 vr=  10.09147 vt=  26.67175
 i= 1084 j=  869 glon=  288.57 (0-360E) glon=  288.57 glat=  31.08 u= -28.3000 v=   9.7000 vr=  10.54377 vt=  27.99659
 i= 1089 j=  869 glon=  288.77 (0-360E) glon=  288.77 glat=  31.08 u= -27.6000 v=  13.2000 vr=  10.54340 vt=  28.71997
 i= 1094 j=  869 glon=  288.97 (0-360E) glon=  288.97 glat=  31.08 u= -26.2000 v=  16.5000 vr=  10.50989 vt=  29.12443
 i= 1099 j=  869 glon=  289.17 (0-360E) glon=  289.17 glat=  31.08 u= -24.8000 v=  19.0000 vr=   9.90609 vt=  29.62954
 i= 1104 j=  869 glon=  289.37 (0-360E) glon=  289.37 glat=  31.08 u= -22.5000 v=  20.5000 vr=   9.01816 vt=  29.07186
 i= 1109 j=  869 glon=  289.57 (0-360E) glon=  289.57 glat=  31.08 u= -19.9000 v=  21.2000 vr=   8.07642 vt=  27.93245
 i= 1114 j=  869 glon=  289.77 (0-360E) glon=  289.77 glat=  31.08 u= -17.7000 v=  21.4000 vr=   7.05121 vt=  26.86132
 i= 1119 j=  869 glon=  289.97 (0-360E) glon=  289.97 glat=  31.08 u= -15.3000 v=  21.9000 vr=   6.87015 vt=  25.81668
 i= 1124 j=  869 glon=  290.17 (0-360E) glon=  290.17 glat=  31.08 u= -12.2000 v=  23.5000 vr=   8.38082 vt=  25.11676
 i= 1039 j=  874 glon=  286.77 (0-360E) glon=  286.77 glat=  30.88 u= -12.8000 v=  -7.4000 vr=   5.89140 vt=  13.56066
 i= 1044 j=  874 glon=  286.97 (0-360E) glon=  286.97 glat=  30.88 u= -14.1000 v=  -6.8000 vr=   6.50491 vt=  14.23854
 i= 1049 j=  874 glon=  287.17 (0-360E) glon=  287.17 glat=  30.88 u= -17.8000 v=  -6.3000 vr=   8.60291 vt=  16.80833
 i= 1054 j=  874 glon=  287.37 (0-360E) glon=  287.37 glat=  30.88 u= -17.9000 v=  -4.6000 vr=   8.64951 vt=  16.33266
 i= 1059 j=  874 glon=  287.57 (0-360E) glon=  287.57 glat=  30.88 u= -23.0000 v=  -3.5000 vr=  11.18230 vt=  20.40113
 i= 1064 j=  874 glon=  287.77 (0-360E) glon=  287.77 glat=  30.88 u= -26.3000 v=  -3.0000 vr=  11.27181 vt=  23.95070
 i= 1069 j=  874 glon=  287.97 (0-360E) glon=  287.97 glat=  30.88 u= -28.1000 v=  -2.7000 vr=   9.55130 vt=  26.56450
 i= 1074 j=  874 glon=  288.17 (0-360E) glon=  288.17 glat=  30.88 u= -31.3000 v=   1.0000 vr=  10.65740 vt=  29.44673
 i= 1079 j=  874 glon=  288.37 (0-360E) glon=  288.37 glat=  30.88 u= -32.4000 v=   4.8000 vr=  10.48142 vt=  31.03127
 i= 1084 j=  874 glon=  288.57 (0-360E) glon=  288.57 glat=  30.88 u= -32.6000 v=   8.4000 vr=   9.53640 vt=  32.28586
 i= 1089 j=  874 glon=  288.77 (0-360E) glon=  288.77 glat=  30.88 u= -32.0000 v=  12.4000 vr=   8.81055 vt=  33.16827
 i= 1094 j=  874 glon=  288.97 (0-360E) glon=  288.97 glat=  30.88 u= -30.1000 v=  15.8000 vr=   7.83935 vt=  33.07861
 i= 1099 j=  874 glon=  289.17 (0-360E) glon=  289.17 glat=  30.88 u= -27.8000 v=  18.6000 vr=   6.89585 vt=  32.72991
 i= 1104 j=  874 glon=  289.37 (0-360E) glon=  289.37 glat=  30.88 u= -25.3000 v=  21.2000 vr=   6.44368 vt=  32.37297
 i= 1109 j=  874 glon=  289.57 (0-360E) glon=  289.57 glat=  30.88 u= -21.7000 v=  24.0000 vr=   7.35306 vt=  31.50909
 i= 1114 j=  874 glon=  289.77 (0-360E) glon=  289.77 glat=  30.88 u= -18.4000 v=  24.5000 vr=   6.92653 vt=  29.84683
 i= 1119 j=  874 glon=  289.97 (0-360E) glon=  289.97 glat=  30.88 u= -16.0000 v=  24.2000 vr=   5.99066 vt=  28.38577
 i= 1124 j=  874 glon=  290.17 (0-360E) glon=  290.17 glat=  30.88 u= -13.3000 v=  24.1000 vr=   5.96958 vt=  26.87125
 i= 1129 j=  874 glon=  290.37 (0-360E) glon=  290.37 glat=  30.88 u= -10.5000 v=  24.5000 vr=   6.79909 vt=  25.77348
 i= 1039 j=  879 glon=  286.77 (0-360E) glon=  286.77 glat=  30.68 u= -12.2000 v=  -9.3000 vr=   5.52763 vt=  14.30997
 i= 1044 j=  879 glon=  286.97 (0-360E) glon=  286.97 glat=  30.68 u= -14.6000 v=  -8.4000 vr=   7.24890 vt=  15.20439
 i= 1049 j=  879 glon=  287.17 (0-360E) glon=  287.17 glat=  30.68 u= -15.4000 v=  -8.9000 vr=   6.60818 vt=  16.51369
 i= 1054 j=  879 glon=  287.37 (0-360E) glon=  287.37 glat=  30.68 u= -19.9000 v=  -8.4000 vr=   9.03407 vt=  19.62029
 i= 1059 j=  879 glon=  287.57 (0-360E) glon=  287.57 glat=  30.68 u= -23.1000 v=  -7.1000 vr=  10.40452 vt=  21.81206
 i= 1064 j=  879 glon=  287.77 (0-360E) glon=  287.77 glat=  30.68 u= -27.0000 v=  -7.3000 vr=  10.24647 vt=  26.02498
 i= 1069 j=  879 glon=  287.97 (0-360E) glon=  287.97 glat=  30.68 u= -30.6000 v=  -6.0000 vr=   9.88745 vt=  29.57361
 i= 1074 j=  879 glon=  288.17 (0-360E) glon=  288.17 glat=  30.68 u= -34.5000 v=  -2.7000 vr=  10.08621 vt=  33.10300
 i= 1079 j=  879 glon=  288.37 (0-360E) glon=  288.37 glat=  30.68 u= -36.7000 v=   1.2000 vr=   8.96133 vt=  35.60933
 i= 1084 j=  879 glon=  288.57 (0-360E) glon=  288.57 glat=  30.68 u= -38.4000 v=   8.6000 vr=  10.20899 vt=  38.00390
 i= 1089 j=  879 glon=  288.77 (0-360E) glon=  288.77 glat=  30.68 u= -35.4000 v=  14.7000 vr=   9.90897 vt=  37.02786
 i= 1094 j=  879 glon=  288.97 (0-360E) glon=  288.97 glat=  30.68 u= -32.8000 v=  19.2000 vr=   8.69601 vt=  36.99810
 i= 1099 j=  879 glon=  289.17 (0-360E) glon=  289.17 glat=  30.68 u= -30.0000 v=  21.7000 vr=   6.48718 vt=  36.45280
 i= 1104 j=  879 glon=  289.37 (0-360E) glon=  289.37 glat=  30.68 u= -27.1000 v=  24.0000 vr=   5.13736 vt=  35.83319
 i= 1109 j=  879 glon=  289.57 (0-360E) glon=  289.57 glat=  30.68 u= -23.9000 v=  24.9000 vr=   3.80749 vt=  34.30340
 i= 1114 j=  879 glon=  289.77 (0-360E) glon=  289.77 glat=  30.68 u= -19.8000 v=  26.3000 vr=   4.42599 vt=  32.62117
 i= 1119 j=  879 glon=  289.97 (0-360E) glon=  289.97 glat=  30.68 u= -15.9000 v=  26.4000 vr=   4.84819 vt=  30.43460
 i= 1124 j=  879 glon=  290.17 (0-360E) glon=  290.17 glat=  30.68 u= -13.6000 v=  25.6000 vr=   4.16559 vt=  28.68742
 i= 1129 j=  879 glon=  290.37 (0-360E) glon=  290.37 glat=  30.68 u= -10.7000 v=  25.3000 vr=   4.78802 vt=  27.04912
 i= 1134 j=  879 glon=  290.57 (0-360E) glon=  290.57 glat=  30.68 u=  -8.1000 v=  25.1000 vr=   5.60942 vt=  25.77119
 i= 1034 j=  884 glon=  286.57 (0-360E) glon=  286.57 glat=  30.48 u=  -8.2000 v= -10.7000 vr=   3.19040 vt=  13.09776
 i= 1039 j=  884 glon=  286.77 (0-360E) glon=  286.77 glat=  30.48 u= -10.1000 v= -10.5000 vr=   4.45910 vt=  13.86998
 i= 1044 j=  884 glon=  286.97 (0-360E) glon=  286.97 glat=  30.48 u= -16.2000 v= -13.2000 vr=   7.84168 vt=  19.36977
 i= 1049 j=  884 glon=  287.17 (0-360E) glon=  287.17 glat=  30.48 u= -14.1000 v= -10.5000 vr=   6.37688 vt=  16.38278
 i= 1054 j=  884 glon=  287.37 (0-360E) glon=  287.37 glat=  30.48 u= -19.8000 v= -10.4000 vr=   9.89213 vt=  20.05856
 i= 1059 j=  884 glon=  287.57 (0-360E) glon=  287.57 glat=  30.48 u= -21.8000 v= -11.9000 vr=   8.67118 vt=  23.27361
 i= 1064 j=  884 glon=  287.77 (0-360E) glon=  287.77 glat=  30.48 u= -26.6000 v= -11.8000 vr=   9.50484 vt=  27.50378
 i= 1069 j=  884 glon=  287.97 (0-360E) glon=  287.97 glat=  30.48 u= -30.9000 v= -10.9000 vr=   9.03828 vt=  31.49491
 i= 1074 j=  884 glon=  288.17 (0-360E) glon=  288.17 glat=  30.48 u= -39.7000 v=  -6.5000 vr=  11.69026 vt=  38.49257
 i= 1079 j=  884 glon=  288.37 (0-360E) glon=  288.37 glat=  30.48 u= -44.1000 v=   2.8000 vr=  14.28740 vt=  41.81531
 i= 1084 j=  884 glon=  288.57 (0-360E) glon=  288.57 glat=  30.48 u= -41.0000 v=   9.0000 vr=  11.15037 vt=  40.46813
 i= 1089 j=  884 glon=  288.77 (0-360E) glon=  288.77 glat=  30.48 u= -44.4000 v=  16.8000 vr=   9.27536 vt=  46.55714
 i= 1094 j=  884 glon=  288.97 (0-360E) glon=  288.97 glat=  30.48 u= -39.2000 v=  21.6000 vr=   6.03048 vt=  44.34900
 i= 1099 j=  884 glon=  289.17 (0-360E) glon=  289.17 glat=  30.48 u= -35.2000 v=  27.4000 vr=   5.19494 vt=  44.30364
 i= 1104 j=  884 glon=  289.37 (0-360E) glon=  289.37 glat=  30.48 u= -28.7000 v=  27.4000 vr=   2.84927 vt=  39.57691
 i= 1109 j=  884 glon=  289.57 (0-360E) glon=  289.57 glat=  30.48 u= -23.1000 v=  29.6000 vr=   3.74836 vt=  37.35933
 i= 1114 j=  884 glon=  289.77 (0-360E) glon=  289.77 glat=  30.48 u= -19.4000 v=  28.4000 vr=   2.35777 vt=  34.31269
 i= 1119 j=  884 glon=  289.97 (0-360E) glon=  289.97 glat=  30.48 u= -15.9000 v=  28.1000 vr=   2.46099 vt=  32.19260
 i= 1124 j=  884 glon=  290.17 (0-360E) glon=  290.17 glat=  30.48 u= -12.8000 v=  27.5000 vr=   2.81459 vt=  30.20212
 i= 1129 j=  884 glon=  290.37 (0-360E) glon=  290.37 glat=  30.48 u=  -9.7000 v=  26.4000 vr=   3.49616 vt=  27.90747
 i= 1134 j=  884 glon=  290.57 (0-360E) glon=  290.57 glat=  30.48 u=  -7.9000 v=  25.6000 vr=   3.58067 vt=  26.55087
 i= 1139 j=  884 glon=  290.77 (0-360E) glon=  290.77 glat=  30.48 u=  -5.8000 v=  25.0000 vr=   4.30871 vt=  25.29970
 i= 1034 j=  889 glon=  286.57 (0-360E) glon=  286.57 glat=  30.28 u=  -6.9000 v= -11.1000 vr=   3.09995 vt=  12.69686
 i= 1039 j=  889 glon=  286.77 (0-360E) glon=  286.77 glat=  30.28 u=  -9.1000 v= -10.9000 vr=   4.82121 vt=  13.35575
 i= 1044 j=  889 glon=  286.97 (0-360E) glon=  286.97 glat=  30.28 u= -10.7000 v= -13.9000 vr=   4.63781 vt=  16.91717
 i= 1049 j=  889 glon=  287.17 (0-360E) glon=  287.17 glat=  30.28 u= -13.1000 v= -12.8000 vr=   6.45712 vt=  17.13930
 i= 1054 j=  889 glon=  287.37 (0-360E) glon=  287.37 glat=  30.28 u= -16.5000 v= -14.1000 vr=   7.78010 vt=  20.26154
 i= 1059 j=  889 glon=  287.57 (0-360E) glon=  287.57 glat=  30.28 u= -19.8000 v= -16.0000 vr=   7.93341 vt=  24.18886
 i= 1064 j=  889 glon=  287.77 (0-360E) glon=  287.77 glat=  30.28 u= -23.8000 v= -15.6000 vr=   8.83157 vt=  27.05186
 i= 1069 j=  889 glon=  287.97 (0-360E) glon=  287.97 glat=  30.28 u= -29.7000 v= -14.5000 vr=  10.00544 vt=  31.49970
 i= 1074 j=  889 glon=  288.17 (0-360E) glon=  288.17 glat=  30.28 u= -34.2000 v= -18.8000 vr=   3.12083 vt=  38.90168
 i= 1079 j=  889 glon=  288.37 (0-360E) glon=  288.37 glat=  30.28 u= -49.9000 v=  -8.7000 vr=   8.92524 vt=  49.86021
 i= 1084 j=  889 glon=  288.57 (0-360E) glon=  288.57 glat=  30.28 u= -51.8000 v=   7.9000 vr=  11.53664 vt=  51.11317
 i= 1089 j=  889 glon=  288.77 (0-360E) glon=  288.77 glat=  30.28 u= -50.8000 v=  16.5000 vr=   5.03961 vt=  53.17417
 i= 1094 j=  889 glon=  288.97 (0-360E) glon=  288.97 glat=  30.28 u= -45.0000 v=  21.4000 vr=  -1.66651 vt=  49.80143
 i= 1099 j=  889 glon=  289.17 (0-360E) glon=  289.17 glat=  30.28 u= -35.7000 v=  27.6000 vr=  -1.07074 vt=  45.11212
 i= 1104 j=  889 glon=  289.37 (0-360E) glon=  289.37 glat=  30.28 u= -28.7000 v=  32.9000 vr=   0.75970 vt=  43.65229
 i= 1109 j=  889 glon=  289.57 (0-360E) glon=  289.57 glat=  30.28 u= -23.7000 v=  32.0000 vr=  -0.72388 vt=  39.81414
 i= 1114 j=  889 glon=  289.77 (0-360E) glon=  289.77 glat=  30.28 u= -18.1000 v=  31.8000 vr=   0.52317 vt=  36.58656
 i= 1119 j=  889 glon=  289.97 (0-360E) glon=  289.97 glat=  30.28 u= -14.4000 v=  30.3000 vr=   0.68219 vt=  33.54079
 i= 1124 j=  889 glon=  290.17 (0-360E) glon=  290.17 glat=  30.28 u= -11.7000 v=  29.2000 vr=   0.92160 vt=  31.44329
 i= 1129 j=  889 glon=  290.37 (0-360E) glon=  290.37 glat=  30.28 u=  -9.1000 v=  27.6000 vr=   1.41387 vt=  29.02707
 i= 1134 j=  889 glon=  290.57 (0-360E) glon=  290.57 glat=  30.28 u=  -6.1000 v=  26.6000 vr=   2.89281 vt=  27.13672
 i= 1139 j=  889 glon=  290.77 (0-360E) glon=  290.77 glat=  30.28 u=  -5.2000 v=  25.4000 vr=   2.58903 vt=  25.79723
 i= 1029 j=  894 glon=  286.37 (0-360E) glon=  286.37 glat=  30.08 u=  -3.6000 v= -10.9000 vr=   1.44695 vt=  11.38755
 i= 1034 j=  894 glon=  286.57 (0-360E) glon=  286.57 glat=  30.08 u=  -5.9000 v= -12.1000 vr=   3.22450 vt=  13.06991
 i= 1039 j=  894 glon=  286.77 (0-360E) glon=  286.77 glat=  30.08 u=  -7.9000 v= -12.4000 vr=   4.79796 vt=  13.89783
 i= 1044 j=  894 glon=  286.97 (0-360E) glon=  286.97 glat=  30.08 u=  -8.1000 v= -16.1000 vr=   3.63599 vt=  17.65218
 i= 1049 j=  894 glon=  287.17 (0-360E) glon=  287.17 glat=  30.08 u=  -9.9000 v= -15.4000 vr=   4.93866 vt=  17.62894
 i= 1054 j=  894 glon=  287.37 (0-360E) glon=  287.37 glat=  30.08 u= -12.5000 v= -17.2000 vr=   5.97917 vt=  20.40440
 i= 1059 j=  894 glon=  287.57 (0-360E) glon=  287.57 glat=  30.08 u= -15.5000 v= -21.8000 vr=   5.69945 vt=  26.13439
 i= 1064 j=  894 glon=  287.77 (0-360E) glon=  287.77 glat=  30.08 u= -19.6000 v= -21.3000 vr=   7.37912 vt=  27.98926
 i= 1069 j=  894 glon=  287.97 (0-360E) glon=  287.97 glat=  30.08 u= -27.7000 v= -26.0000 vr=   7.97269 vt=  37.14467
 i= 1074 j=  894 glon=  288.17 (0-360E) glon=  288.17 glat=  30.08 u= -34.5000 v= -26.4000 vr=   5.67419 vt=  43.06987
 i= 1079 j=  894 glon=  288.37 (0-360E) glon=  288.37 glat=  30.08 u= -51.5000 v= -14.0000 vr=  12.63062 vt=  51.85284
 i= 1084 j=  894 glon=  288.57 (0-360E) glon=  288.57 glat=  30.08 u= -58.6000 v=  -4.2000 vr=   2.06304 vt=  58.71409
 i= 1089 j=  894 glon=  288.77 (0-360E) glon=  288.77 glat=  30.08 u= -60.6000 v=  16.0000 vr=  -4.22988 vt=  62.53374
 i= 1094 j=  894 glon=  288.97 (0-360E) glon=  288.97 glat=  30.08 u= -52.6000 v=  29.5000 vr=  -9.19603 vt=  59.60237
 i= 1099 j=  894 glon=  289.17 (0-360E) glon=  289.17 glat=  30.08 u= -39.8000 v=  37.8000 vr=  -7.01350 vt=  54.43979
 i= 1104 j=  894 glon=  289.37 (0-360E) glon=  289.37 glat=  30.08 u= -30.7000 v=  37.1000 vr=  -7.36017 vt=  47.58916
 i= 1109 j=  894 glon=  289.57 (0-360E) glon=  289.57 glat=  30.08 u= -21.8000 v=  35.8000 vr=  -4.48874 vt=  41.67411
 i= 1114 j=  894 glon=  289.77 (0-360E) glon=  289.77 glat=  30.08 u= -17.1000 v=  33.8000 vr=  -3.71894 vt=  37.69641
 i= 1119 j=  894 glon=  289.97 (0-360E) glon=  289.97 glat=  30.08 u= -12.5000 v=  32.8000 vr=  -1.60117 vt=  35.06460
 i= 1124 j=  894 glon=  290.17 (0-360E) glon=  290.17 glat=  30.08 u= -10.3000 v=  30.9000 vr=  -1.39490 vt=  32.54158
 i= 1129 j=  894 glon=  290.37 (0-360E) glon=  290.37 glat=  30.08 u=  -7.3000 v=  29.1000 vr=   0.05591 vt=  30.00161
 i= 1134 j=  894 glon=  290.57 (0-360E) glon=  290.57 glat=  30.08 u=  -5.0000 v=  27.4000 vr=   1.16519 vt=  27.82809
 i= 1139 j=  894 glon=  290.77 (0-360E) glon=  290.77 glat=  30.08 u=  -3.3000 v=  26.5000 vr=   2.06871 vt=  26.62443
 i= 1029 j=  899 glon=  286.37 (0-360E) glon=  286.37 glat=  29.88 u=  -0.6000 v= -11.2000 vr=  -0.43232 vt=  11.20773
 i= 1034 j=  899 glon=  286.57 (0-360E) glon=  286.57 glat=  29.88 u=  -2.7000 v= -12.4000 vr=   1.42333 vt=  12.61048
 i= 1039 j=  899 glon=  286.77 (0-360E) glon=  286.77 glat=  29.88 u=  -4.7000 v= -14.7000 vr=   2.99839 vt=  15.13901
 i= 1044 j=  899 glon=  286.97 (0-360E) glon=  286.97 glat=  29.88 u=  -3.9000 v= -16.8000 vr=   1.71365 vt=  17.16139
 i= 1049 j=  899 glon=  287.17 (0-360E) glon=  287.17 glat=  29.88 u=  -5.2000 v= -17.1000 vr=   2.63836 vt=  17.67736
 i= 1054 j=  899 glon=  287.37 (0-360E) glon=  287.37 glat=  29.88 u=  -6.6000 v= -22.8000 vr=   2.62071 vt=  23.59093
 i= 1059 j=  899 glon=  287.57 (0-360E) glon=  287.57 glat=  29.88 u=  -7.5000 v= -25.1000 vr=   2.26201 vt=  26.09872
 i= 1064 j=  899 glon=  287.77 (0-360E) glon=  287.77 glat=  29.88 u= -12.3000 v= -29.9000 vr=   4.48472 vt=  32.01855
 i= 1069 j=  899 glon=  287.97 (0-360E) glon=  287.97 glat=  29.88 u= -21.8000 v= -33.1000 vr=  10.09850 vt=  38.32584
 i= 1074 j=  899 glon=  288.17 (0-360E) glon=  288.17 glat=  29.88 u= -26.0000 v= -32.8000 vr=   8.98076 vt=  40.88014
 i= 1079 j=  899 glon=  288.37 (0-360E) glon=  288.37 glat=  29.88 u= -36.5000 v= -33.7000 vr=   5.06694 vt=  49.41929
 i= 1084 j=  899 glon=  288.57 (0-360E) glon=  288.57 glat=  29.88 u= -27.2000 v= -11.1000 vr=  -5.00367 vt=  28.94846
 i= 1089 j=  899 glon=  288.77 (0-360E) glon=  288.77 glat=  29.88 u= -28.4000 v=  19.9000 vr=   0.17805 vt=  34.67763
 i= 1094 j=  899 glon=  288.97 (0-360E) glon=  288.97 glat=  29.88 u= -35.4000 v=  52.8000 vr=  -2.16933 vt=  63.53183
 i= 1099 j=  899 glon=  289.17 (0-360E) glon=  289.17 glat=  29.88 u= -31.2000 v=  53.8000 vr=  -9.20509 vt=  61.50729
 i= 1104 j=  899 glon=  289.37 (0-360E) glon=  289.37 glat=  29.88 u= -18.2000 v=  49.9000 vr=  -3.58961 vt=  52.99401
 i= 1109 j=  899 glon=  289.57 (0-360E) glon=  289.57 glat=  29.88 u= -18.3000 v=  43.0000 vr=  -8.27700 vt=  45.99327
 i= 1114 j=  899 glon=  289.77 (0-360E) glon=  289.77 glat=  29.88 u= -13.3000 v=  38.0000 vr=  -6.06063 vt=  39.80149
 i= 1119 j=  899 glon=  289.97 (0-360E) glon=  289.97 glat=  29.88 u= -10.1000 v=  35.0000 vr=  -4.47443 vt=  36.15231
 i= 1124 j=  899 glon=  290.17 (0-360E) glon=  290.17 glat=  29.88 u=  -7.6000 v=  32.6000 vr=  -3.07967 vt=  33.33220
 i= 1129 j=  899 glon=  290.37 (0-360E) glon=  290.37 glat=  29.88 u=  -5.7000 v=  30.2000 vr=  -2.02571 vt=  30.66637
 i= 1134 j=  899 glon=  290.57 (0-360E) glon=  290.57 glat=  29.88 u=  -4.0000 v=  28.1000 vr=  -0.96316 vt=  28.36692
 i= 1139 j=  899 glon=  290.77 (0-360E) glon=  290.77 glat=  29.88 u=  -1.2000 v=  27.2000 vr=   1.43013 vt=  27.18887
 i= 1029 j=  904 glon=  286.37 (0-360E) glon=  286.37 glat=  29.68 u=   1.4000 v= -11.8000 vr=  -1.30557 vt=  11.81082
 i= 1034 j=  904 glon=  286.57 (0-360E) glon=  286.57 glat=  29.68 u=   1.9000 v= -12.8000 vr=  -1.79298 vt=  12.81543
 i= 1039 j=  904 glon=  286.77 (0-360E) glon=  286.77 glat=  29.68 u=  -0.5000 v= -14.1000 vr=   0.62407 vt=  14.09505
 i= 1044 j=  904 glon=  286.97 (0-360E) glon=  286.97 glat=  29.68 u=  -0.6000 v= -16.8000 vr=   0.75737 vt=  16.79364
 i= 1049 j=  904 glon=  287.17 (0-360E) glon=  287.17 glat=  29.68 u=  -0.6000 v= -18.3000 vr=   0.78508 vt=  18.29299
 i= 1054 j=  904 glon=  287.37 (0-360E) glon=  287.37 glat=  29.68 u=  -3.9000 v= -22.1000 vr=   4.14583 vt=  22.05521
 i= 1059 j=  904 glon=  287.57 (0-360E) glon=  287.57 glat=  29.68 u=   0.5000 v= -24.0000 vr=  -0.19773 vt=  24.00439
 i= 1064 j=  904 glon=  287.77 (0-360E) glon=  287.77 glat=  29.68 u=   0.9000 v= -32.9000 vr=  -0.41229 vt=  32.90973
 i= 1069 j=  904 glon=  287.97 (0-360E) glon=  287.97 glat=  29.68 u=  -4.7000 v= -37.9000 vr=   5.40266 vt=  37.80623
 i= 1074 j=  904 glon=  288.17 (0-360E) glon=  288.17 glat=  29.68 u=  -6.3000 v= -37.2000 vr=   7.26101 vt=  37.02442
 i= 1079 j=  904 glon=  288.37 (0-360E) glon=  288.37 glat=  29.68 u=   6.7000 v= -37.8000 vr=  -4.97053 vt=  38.06605
 i= 1084 j=  904 glon=  288.57 (0-360E) glon=  288.57 glat=  29.68 u=   8.8000 v= -12.3000 vr=  -5.78654 vt=  13.97304
 i= 1089 j=  904 glon=  288.77 (0-360E) glon=  288.77 glat=  29.68 u=   9.8000 v=  15.5000 vr=   8.62927 vt=  16.18103
 i= 1094 j=  904 glon=  288.97 (0-360E) glon=  288.97 glat=  29.68 u=   7.0000 v=  55.2000 vr=   5.20093 vt=  55.39847
 i= 1099 j=  904 glon=  289.17 (0-360E) glon=  289.17 glat=  29.68 u=  -4.0000 v=  53.2000 vr=  -5.13751 vt=  53.10222
 i= 1104 j=  904 glon=  289.37 (0-360E) glon=  289.37 glat=  29.68 u= -10.8000 v=  54.9000 vr= -11.69655 vt=  54.71600
 i= 1109 j=  904 glon=  289.57 (0-360E) glon=  289.57 glat=  29.68 u=  -9.9000 v=  48.4000 vr= -10.55437 vt=  48.26153
 i= 1114 j=  904 glon=  289.77 (0-360E) glon=  289.77 glat=  29.68 u=  -6.0000 v=  42.0000 vr=  -6.49381 vt=  41.92649
 i= 1119 j=  904 glon=  289.97 (0-360E) glon=  289.97 glat=  29.68 u=  -5.9000 v=  36.4000 vr=  -6.28421 vt=  36.33564
 i= 1124 j=  904 glon=  290.17 (0-360E) glon=  290.17 glat=  29.68 u=  -4.9000 v=  33.2000 vr=  -5.22186 vt=  33.15090
 i= 1129 j=  904 glon=  290.37 (0-360E) glon=  290.37 glat=  29.68 u=  -3.4000 v=  31.0000 vr=  -3.68060 vt=  30.96794
 i= 1134 j=  904 glon=  290.57 (0-360E) glon=  290.57 glat=  29.68 u=  -2.2000 v=  28.2000 vr=  -2.44124 vt=  28.18014
 i= 1139 j=  904 glon=  290.77 (0-360E) glon=  290.77 glat=  29.68 u=   0.1000 v=  27.0000 vr=  -0.12037 vt=  26.99992
 i= 1029 j=  909 glon=  286.37 (0-360E) glon=  286.37 glat=  29.48 u=   5.6000 v= -13.2000 vr=  -4.09634 vt=  13.74118
 i= 1034 j=  909 glon=  286.57 (0-360E) glon=  286.57 glat=  29.48 u=   4.5000 v= -13.2000 vr=  -2.86739 vt=  13.64801
 i= 1039 j=  909 glon=  286.77 (0-360E) glon=  286.77 glat=  29.48 u=   1.6000 v= -15.6000 vr=   0.49263 vt=  15.67410
 i= 1044 j=  909 glon=  286.97 (0-360E) glon=  286.97 glat=  29.48 u=   1.4000 v= -16.6000 vr=   1.07585 vt=  16.62416
 i= 1049 j=  909 glon=  287.17 (0-360E) glon=  287.17 glat=  29.48 u=   3.6000 v= -18.0000 vr=  -0.53799 vt=  18.34858
 i= 1054 j=  909 glon=  287.37 (0-360E) glon=  287.37 glat=  29.48 u=   5.3000 v= -20.6000 vr=  -1.23941 vt=  21.23473
 i= 1059 j=  909 glon=  287.57 (0-360E) glon=  287.57 glat=  29.48 u=   7.5000 v= -21.5000 vr=  -2.43751 vt=  22.63976
 i= 1064 j=  909 glon=  287.77 (0-360E) glon=  287.77 glat=  29.48 u=   6.8000 v= -29.8000 vr=   1.66498 vt=  30.52061
 i= 1069 j=  909 glon=  287.97 (0-360E) glon=  287.97 glat=  29.48 u=  11.5000 v= -36.0000 vr=   1.82842 vt=  37.74794
 i= 1074 j=  909 glon=  288.17 (0-360E) glon=  288.17 glat=  29.48 u=  14.2000 v= -34.6000 vr=   3.92740 vt=  37.19376
 i= 1079 j=  909 glon=  288.37 (0-360E) glon=  288.37 glat=  29.48 u=  34.6000 v= -25.9000 vr=  -6.73941 vt=  42.69134
 i= 1084 j=  909 glon=  288.57 (0-360E) glon=  288.57 glat=  29.48 u=  45.7000 v= -10.0000 vr=   0.86299 vt=  46.77334
 i= 1089 j=  909 glon=  288.77 (0-360E) glon=  288.77 glat=  29.48 u=  48.5000 v=  17.4000 vr=  11.10101 vt=  50.31677
 i= 1094 j=  909 glon=  288.97 (0-360E) glon=  288.97 glat=  29.48 u=  32.6000 v=  41.2000 vr=   3.55712 vt=  52.41705
 i= 1099 j=  909 glon=  289.17 (0-360E) glon=  289.17 glat=  29.48 u=  18.4000 v=  44.2000 vr=  -0.89607 vt=  47.86854
 i= 1104 j=  909 glon=  289.37 (0-360E) glon=  289.37 glat=  29.48 u=   8.5000 v=  47.7000 vr=  -6.55279 vt=  48.00626
 i= 1109 j=  909 glon=  289.57 (0-360E) glon=  289.57 glat=  29.48 u=   7.1000 v=  46.2000 vr=  -4.55906 vt=  46.51951
 i= 1114 j=  909 glon=  289.77 (0-360E) glon=  289.77 glat=  29.48 u=   1.4000 v=  40.4000 vr=  -7.00654 vt=  39.81241
 i= 1119 j=  909 glon=  289.97 (0-360E) glon=  289.97 glat=  29.48 u=  -0.4000 v=  36.8000 vr=  -6.96040 vt=  36.13797
 i= 1124 j=  909 glon=  290.17 (0-360E) glon=  290.17 glat=  29.48 u=  -2.0000 v=  33.3000 vr=  -7.19665 vt=  32.57450
 i= 1129 j=  909 glon=  290.37 (0-360E) glon=  290.37 glat=  29.48 u=  -0.9000 v=  30.8000 vr=  -5.20375 vt=  30.37056
 i= 1134 j=  909 glon=  290.57 (0-360E) glon=  290.57 glat=  29.48 u=   0.2000 v=  27.9000 vr=  -3.33561 vt=  27.70061
 i= 1139 j=  909 glon=  290.77 (0-360E) glon=  290.77 glat=  29.48 u=   1.1000 v=  26.4000 vr=  -1.96476 vt=  26.34976
 i= 1029 j=  914 glon=  286.37 (0-360E) glon=  286.37 glat=  29.28 u=   7.9000 v= -13.4000 vr=  -4.91663 vt=  14.75794
 i= 1034 j=  914 glon=  286.57 (0-360E) glon=  286.57 glat=  29.28 u=   8.0000 v= -13.8000 vr=  -4.63999 vt=  15.26141
 i= 1039 j=  914 glon=  286.77 (0-360E) glon=  286.77 glat=  29.28 u=   8.2000 v= -14.9000 vr=  -4.20451 vt=  16.47944
 i= 1044 j=  914 glon=  286.97 (0-360E) glon=  286.97 glat=  29.28 u=   8.3000 v= -12.8000 vr=  -4.41486 vt=  14.60271
 i= 1049 j=  914 glon=  287.17 (0-360E) glon=  287.17 glat=  29.28 u=   7.1000 v= -15.8000 vr=  -1.81524 vt=  17.22658
 i= 1054 j=  914 glon=  287.37 (0-360E) glon=  287.37 glat=  29.28 u=   7.1000 v= -18.7000 vr=   0.00830 vt=  20.00250
 i= 1059 j=  914 glon=  287.57 (0-360E) glon=  287.57 glat=  29.28 u=   9.6000 v= -20.4000 vr=  -0.35002 vt=  22.54324
 i= 1064 j=  914 glon=  287.77 (0-360E) glon=  287.77 glat=  29.28 u=  13.2000 v= -22.9000 vr=  -0.38175 vt=  26.42923
 i= 1069 j=  914 glon=  287.97 (0-360E) glon=  287.97 glat=  29.28 u=  17.5000 v= -23.8000 vr=  -0.13412 vt=  29.54102
 i= 1074 j=  914 glon=  288.17 (0-360E) glon=  288.17 glat=  29.28 u=  27.4000 v= -27.2000 vr=   0.84228 vt=  38.59910
 i= 1079 j=  914 glon=  288.37 (0-360E) glon=  288.37 glat=  29.28 u=  34.2000 v= -20.6000 vr=   2.29395 vt=  39.85897
 i= 1084 j=  914 glon=  288.57 (0-360E) glon=  288.57 glat=  29.28 u=  44.1000 v=  -1.0000 vr=  -3.48883 vt=  43.97315
 i= 1089 j=  914 glon=  288.77 (0-360E) glon=  288.77 glat=  29.28 u=  45.1000 v=  14.7000 vr=  -0.15861 vt=  47.43495
 i= 1094 j=  914 glon=  288.97 (0-360E) glon=  288.97 glat=  29.28 u=  36.0000 v=  25.1000 vr=   1.41713 vt=  43.86344
 i= 1099 j=  914 glon=  289.17 (0-360E) glon=  289.17 glat=  29.28 u=  31.1000 v=  32.8000 vr=   2.32333 vt=  45.14036
 i= 1104 j=  914 glon=  289.37 (0-360E) glon=  289.37 glat=  29.28 u=   9.9000 v=  43.5000 vr= -14.75917 vt=  42.10020
 i= 1109 j=  914 glon=  289.57 (0-360E) glon=  289.57 glat=  29.28 u=   8.6000 v=  43.0000 vr= -11.43769 vt=  42.33366
 i= 1114 j=  914 glon=  289.77 (0-360E) glon=  289.77 glat=  29.28 u=   5.6000 v=  38.2000 vr=  -9.35838 vt=  37.45692
 i= 1119 j=  914 glon=  289.97 (0-360E) glon=  289.97 glat=  29.28 u=   3.5000 v=  35.5000 vr=  -8.46767 vt=  34.65254
 i= 1124 j=  914 glon=  290.17 (0-360E) glon=  290.17 glat=  29.28 u=   2.1000 v=  33.1000 vr=  -7.70425 vt=  32.25933
 i= 1129 j=  914 glon=  290.37 (0-360E) glon=  290.37 glat=  29.28 u=   1.8000 v=  29.8000 vr=  -6.10276 vt=  29.22390
 i= 1134 j=  914 glon=  290.57 (0-360E) glon=  290.57 glat=  29.28 u=   2.5000 v=  27.2000 vr=  -4.05769 vt=  27.01157
 i= 1139 j=  914 glon=  290.77 (0-360E) glon=  290.77 glat=  29.28 u=   2.4000 v=  25.8000 vr=  -3.28508 vt=  25.70230
 i= 1034 j=  919 glon=  286.57 (0-360E) glon=  286.57 glat=  29.08 u=  10.0000 v= -13.5000 vr=  -5.02878 vt=  16.03001
 i= 1039 j=  919 glon=  286.77 (0-360E) glon=  286.77 glat=  29.08 u=  10.8000 v= -13.1000 vr=  -5.39846 vt=  16.09679
 i= 1044 j=  919 glon=  286.97 (0-360E) glon=  286.97 glat=  29.08 u=  13.9000 v= -12.9000 vr=  -7.69239 vt=  17.33341
 i= 1049 j=  919 glon=  287.17 (0-360E) glon=  287.17 glat=  29.08 u=  15.4000 v= -15.0000 vr=  -7.27745 vt=  20.22866
 i= 1054 j=  919 glon=  287.37 (0-360E) glon=  287.37 glat=  29.08 u=   8.4000 v= -18.8000 vr=   1.92128 vt=  20.50143
 i= 1059 j=  919 glon=  287.57 (0-360E) glon=  287.57 glat=  29.08 u=  12.2000 v= -16.7000 vr=  -0.82768 vt=  20.66507
 i= 1064 j=  919 glon=  287.77 (0-360E) glon=  287.77 glat=  29.08 u=  14.8000 v= -16.0000 vr=  -1.19417 vt=  21.76267
 i= 1069 j=  919 glon=  287.97 (0-360E) glon=  287.97 glat=  29.08 u=  19.6000 v= -16.7000 vr=  -1.03137 vt=  25.72909
 i= 1074 j=  919 glon=  288.17 (0-360E) glon=  288.17 glat=  29.08 u=  25.5000 v= -15.1000 vr=  -1.00834 vt=  29.61829
 i= 1079 j=  919 glon=  288.37 (0-360E) glon=  288.37 glat=  29.08 u=  30.8000 v= -11.8000 vr=   0.84459 vt=  32.97221
 i= 1084 j=  919 glon=  288.57 (0-360E) glon=  288.57 glat=  29.08 u=  35.8000 v=  -3.5000 vr=   1.03773 vt=  35.95571
 i= 1089 j=  919 glon=  288.77 (0-360E) glon=  288.77 glat=  29.08 u=  36.4000 v=   6.5000 vr=   1.35491 vt=  36.95097
 i= 1094 j=  919 glon=  288.97 (0-360E) glon=  288.97 glat=  29.08 u=  33.7000 v=  15.6000 vr=   1.17342 vt=  37.11702
 i= 1099 j=  919 glon=  289.17 (0-360E) glon=  289.17 glat=  29.08 u=  33.4000 v=  26.1000 vr=   0.13834 vt=  42.38810
 i= 1104 j=  919 glon=  289.37 (0-360E) glon=  289.37 glat=  29.08 u=  24.1000 v=  39.9000 vr=  -9.61575 vt=  45.61094
 i= 1109 j=  919 glon=  289.57 (0-360E) glon=  289.57 glat=  29.08 u=  13.6000 v=  40.4000 vr= -13.05486 vt=  40.57944
 i= 1114 j=  919 glon=  289.77 (0-360E) glon=  289.77 glat=  29.08 u=   9.6000 v=  35.2000 vr= -10.15780 vt=  35.04310
 i= 1119 j=  919 glon=  289.97 (0-360E) glon=  289.97 glat=  29.08 u=   7.1000 v=  33.3000 vr=  -9.09727 vt=  32.81066
 i= 1124 j=  919 glon=  290.17 (0-360E) glon=  290.17 glat=  29.08 u=   5.5000 v=  31.0000 vr=  -7.82997 vt=  30.49494
 i= 1129 j=  919 glon=  290.37 (0-360E) glon=  290.37 glat=  29.08 u=   4.4000 v=  28.2000 vr=  -6.47811 vt=  27.79630
 i= 1134 j=  919 glon=  290.57 (0-360E) glon=  290.57 glat=  29.08 u=   4.8000 v=  26.1000 vr=  -4.39823 vt=  26.17070
 i= 1139 j=  919 glon=  290.77 (0-360E) glon=  290.77 glat=  29.08 u=   4.5000 v=  24.7000 vr=  -3.47236 vt=  24.86529
 i= 1034 j=  924 glon=  286.57 (0-360E) glon=  286.57 glat=  28.88 u=  12.3000 v= -12.3000 vr=  -6.05401 vt=  16.30733
 i= 1039 j=  924 glon=  286.77 (0-360E) glon=  286.77 glat=  28.88 u=  13.1000 v= -13.1000 vr=  -5.75660 vt=  17.60913
 i= 1044 j=  924 glon=  286.97 (0-360E) glon=  286.97 glat=  28.88 u=  14.9000 v= -11.8000 vr=  -7.12908 vt=  17.61892
 i= 1049 j=  924 glon=  287.17 (0-360E) glon=  287.17 glat=  28.88 u=  17.6000 v=  -9.4000 vr=  -9.68970 vt=  17.44218
 i= 1054 j=  924 glon=  287.37 (0-360E) glon=  287.37 glat=  28.88 u=  19.1000 v=  -8.1000 vr= -10.44350 vt=  17.92633
 i= 1059 j=  924 glon=  287.57 (0-360E) glon=  287.57 glat=  28.88 u=  22.1000 v= -14.0000 vr=  -7.20469 vt=  25.14960
 i= 1064 j=  924 glon=  287.77 (0-360E) glon=  287.77 glat=  28.88 u=  18.7000 v= -12.4000 vr=  -3.41785 vt=  22.17585
 i= 1069 j=  924 glon=  287.97 (0-360E) glon=  287.97 glat=  28.88 u=  21.4000 v=  -8.3000 vr=  -5.41383 vt=  22.30562
 i= 1074 j=  924 glon=  288.17 (0-360E) glon=  288.17 glat=  28.88 u=  25.1000 v=  -6.5000 vr=  -5.03346 vt=  25.43471
 i= 1079 j=  924 glon=  288.37 (0-360E) glon=  288.37 glat=  28.88 u=  28.6000 v=  -3.3000 vr=  -4.18214 vt=  28.48438
 i= 1084 j=  924 glon=  288.57 (0-360E) glon=  288.57 glat=  28.88 u=  30.7000 v=   0.0000 vr=  -1.58703 vt=  30.65895
 i= 1089 j=  924 glon=  288.77 (0-360E) glon=  288.77 glat=  28.88 u=  36.5000 v=   9.4000 vr=  -3.39729 vt=  37.53756
 i= 1094 j=  924 glon=  288.97 (0-360E) glon=  288.97 glat=  28.88 u=  34.6000 v=  18.1000 vr=  -4.69258 vt=  38.76532
 i= 1099 j=  924 glon=  289.17 (0-360E) glon=  289.17 glat=  28.88 u=  30.4000 v=  25.2000 vr=  -6.17487 vt=  39.00091
 i= 1104 j=  924 glon=  289.37 (0-360E) glon=  289.37 glat=  28.88 u=  24.3000 v=  34.9000 vr= -11.89416 vt=  40.82927
 i= 1109 j=  924 glon=  289.57 (0-360E) glon=  289.57 glat=  28.88 u=  19.6000 v=  32.7000 vr=  -8.87644 vt=  37.07639
 i= 1114 j=  924 glon=  289.77 (0-360E) glon=  289.77 glat=  28.88 u=  12.1000 v=  31.9000 vr= -10.67734 vt=  32.40393
 i= 1119 j=  924 glon=  289.97 (0-360E) glon=  289.97 glat=  28.88 u=  10.7000 v=  30.0000 vr=  -8.25177 vt=  30.76359
 i= 1124 j=  924 glon=  290.17 (0-360E) glon=  290.17 glat=  28.88 u=   7.9000 v=  28.5000 vr=  -7.94637 vt=  28.48711
 i= 1129 j=  924 glon=  290.37 (0-360E) glon=  290.37 glat=  28.88 u=   7.2000 v=  26.1000 vr=  -5.95812 vt=  26.41119
 i= 1134 j=  924 glon=  290.57 (0-360E) glon=  290.57 glat=  28.88 u=   6.8000 v=  24.5000 vr=  -4.48657 vt=  25.02720
 i= 1039 j=  929 glon=  286.77 (0-360E) glon=  286.77 glat=  28.68 u=  15.2000 v= -10.4000 vr=  -7.30155 vt=  16.90820
 i= 1044 j=  929 glon=  286.97 (0-360E) glon=  286.97 glat=  28.68 u=  16.1000 v= -11.0000 vr=  -6.79623 vt=  18.27625
 i= 1049 j=  929 glon=  287.17 (0-360E) glon=  287.17 glat=  28.68 u=  17.1000 v= -10.9000 vr=  -6.50023 vt=  19.20852
 i= 1054 j=  929 glon=  287.37 (0-360E) glon=  287.37 glat=  28.68 u=  19.5000 v=  -9.7000 vr=  -7.65615 vt=  20.38930
 i= 1059 j=  929 glon=  287.57 (0-360E) glon=  287.57 glat=  28.68 u=  21.5000 v=  -6.9000 vr=  -9.27892 vt=  20.58547
 i= 1064 j=  929 glon=  287.77 (0-360E) glon=  287.77 glat=  28.68 u=  21.4000 v=  -5.0000 vr=  -8.58652 vt=  20.22948
 i= 1069 j=  929 glon=  287.97 (0-360E) glon=  287.97 glat=  28.68 u=  21.8000 v=  -5.8000 vr=  -5.56753 vt=  21.86053
 i= 1074 j=  929 glon=  288.17 (0-360E) glon=  288.17 glat=  28.68 u=  24.5000 v=  -3.7000 vr=  -5.37881 vt=  24.18695
 i= 1079 j=  929 glon=  288.37 (0-360E) glon=  288.37 glat=  28.68 u=  28.1000 v=   0.3000 vr=  -6.17372 vt=  27.41505
 i= 1084 j=  929 glon=  288.57 (0-360E) glon=  288.57 glat=  28.68 u=  30.3000 v=   8.6000 vr=  -9.84990 vt=  29.91704
 i= 1089 j=  929 glon=  288.77 (0-360E) glon=  288.77 glat=  28.68 u=  31.6000 v=  12.0000 vr=  -7.79511 vt=  32.89067
 i= 1094 j=  929 glon=  288.97 (0-360E) glon=  288.97 glat=  28.68 u=  32.0000 v=  15.0000 vr=  -5.06351 vt=  34.97658
 i= 1099 j=  929 glon=  289.17 (0-360E) glon=  289.17 glat=  28.68 u=  24.9000 v=  25.2000 vr= -12.06027 vt=  33.31066
 i= 1104 j=  929 glon=  289.37 (0-360E) glon=  289.37 glat=  28.68 u=  25.5000 v=  24.5000 vr=  -6.69888 vt=  34.72211
 i= 1109 j=  929 glon=  289.57 (0-360E) glon=  289.57 glat=  28.68 u=  20.2000 v=  27.2000 vr=  -8.23261 vt=  32.86494
 i= 1114 j=  929 glon=  289.77 (0-360E) glon=  289.77 glat=  28.68 u=  14.4000 v=  27.8000 vr=  -9.60955 vt=  29.79692
 i= 1119 j=  929 glon=  289.97 (0-360E) glon=  289.97 glat=  28.68 u=  12.9000 v=  26.9000 vr=  -7.76841 vt=  28.80402
 i= 1124 j=  929 glon=  290.17 (0-360E) glon=  290.17 glat=  28.68 u=  10.1000 v=  25.1000 vr=  -6.98734 vt=  26.13804
 i= 1129 j=  929 glon=  290.37 (0-360E) glon=  290.37 glat=  28.68 u=   9.5000 v=  23.4000 vr=  -5.05659 vt=  24.74350
 i= 1134 j=  929 glon=  290.57 (0-360E) glon=  290.57 glat=  28.68 u=   8.6000 v=  22.7000 vr=  -4.27237 vt=  23.89554
 i= 1039 j=  934 glon=  286.77 (0-360E) glon=  286.77 glat=  28.48 u=  15.4000 v=  -8.9000 vr=  -6.92594 vt=  16.38296
 i= 1044 j=  934 glon=  286.97 (0-360E) glon=  286.97 glat=  28.48 u=  16.7000 v=  -8.1000 vr=  -7.51878 vt=  16.96962
 i= 1049 j=  934 glon=  287.17 (0-360E) glon=  287.17 glat=  28.48 u=  18.4000 v=  -6.4000 vr=  -8.82474 vt=  17.36790
 i= 1054 j=  934 glon=  287.37 (0-360E) glon=  287.37 glat=  28.48 u=  19.9000 v=  -5.4000 vr=  -9.26629 vt=  18.42026
 i= 1059 j=  934 glon=  287.57 (0-360E) glon=  287.57 glat=  28.48 u=  22.3000 v=  -4.9000 vr=  -9.50844 vt=  20.75788
 i= 1064 j=  934 glon=  287.77 (0-360E) glon=  287.77 glat=  28.48 u=  23.3000 v=  -3.8000 vr=  -8.89279 vt=  21.86889
 i= 1069 j=  934 glon=  287.97 (0-360E) glon=  287.97 glat=  28.48 u=  23.7000 v=  -2.2000 vr=  -8.02616 vt=  22.40783
 i= 1074 j=  934 glon=  288.17 (0-360E) glon=  288.17 glat=  28.48 u=  24.0000 v=   0.3000 vr=  -7.65558 vt=  22.74823
 i= 1079 j=  934 glon=  288.37 (0-360E) glon=  288.37 glat=  28.48 u=  25.7000 v=   4.7000 vr=  -9.14798 vt=  24.47232
 i= 1084 j=  934 glon=  288.57 (0-360E) glon=  288.57 glat=  28.48 u=  27.1000 v=   8.0000 vr=  -8.93450 vt=  26.80643
 i= 1089 j=  934 glon=  288.77 (0-360E) glon=  288.77 glat=  28.48 u=  29.1000 v=  11.0000 vr=  -7.77123 vt=  30.12338
 i= 1094 j=  934 glon=  288.97 (0-360E) glon=  288.97 glat=  28.48 u=  27.1000 v=  16.0000 vr=  -8.85402 vt=  30.19961
 i= 1099 j=  934 glon=  289.17 (0-360E) glon=  289.17 glat=  28.48 u=  25.4000 v=  18.9000 vr=  -8.18680 vt=  30.58343
 i= 1104 j=  934 glon=  289.37 (0-360E) glon=  289.37 glat=  28.48 u=  23.9000 v=  22.5000 vr=  -8.41628 vt=  31.72737
 i= 1109 j=  934 glon=  289.57 (0-360E) glon=  289.57 glat=  28.48 u=  19.8000 v=  22.8000 vr=  -7.62840 vt=  29.21793
 i= 1114 j=  934 glon=  289.77 (0-360E) glon=  289.77 glat=  28.48 u=  16.0000 v=  24.2000 vr=  -8.43694 vt=  27.75713
 i= 1119 j=  934 glon=  289.97 (0-360E) glon=  289.97 glat=  28.48 u=  14.8000 v=  22.9000 vr=  -6.12002 vt=  26.57057
 i= 1124 j=  934 glon=  290.17 (0-360E) glon=  290.17 glat=  28.48 u=  12.1000 v=  22.2000 vr=  -5.82983 vt=  24.60209
 i= 1129 j=  934 glon=  290.37 (0-360E) glon=  290.37 glat=  28.48 u=  10.9000 v=  21.7000 vr=  -4.99027 vt=  23.76546
 i= 1044 j=  939 glon=  286.97 (0-360E) glon=  286.97 glat=  28.28 u=  16.6000 v=  -7.2000 vr=  -6.77623 vt=  16.77745
 i= 1049 j=  939 glon=  287.17 (0-360E) glon=  287.17 glat=  28.28 u=  18.8000 v=  -6.4000 vr=  -7.74868 vt=  18.28546
 i= 1054 j=  939 glon=  287.37 (0-360E) glon=  287.37 glat=  28.28 u=  20.3000 v=  -3.4000 vr=  -9.69354 vt=  18.15724
 i= 1059 j=  939 glon=  287.57 (0-360E) glon=  287.57 glat=  28.28 u=  22.6000 v=  -1.2000 vr= -11.27188 vt=  19.62511
 i= 1064 j=  939 glon=  287.77 (0-360E) glon=  287.77 glat=  28.28 u=  24.8000 v=  -1.4000 vr= -10.26993 vt=  22.61700
 i= 1069 j=  939 glon=  287.97 (0-360E) glon=  287.97 glat=  28.28 u=  24.3000 v=   0.1000 vr=  -9.12864 vt=  22.52039
 i= 1074 j=  939 glon=  288.17 (0-360E) glon=  288.17 glat=  28.28 u=  24.2000 v=   2.2000 vr=  -8.58123 vt=  22.73417
 i= 1079 j=  939 glon=  288.37 (0-360E) glon=  288.37 glat=  28.28 u=  27.1000 v=   5.8000 vr=  -9.84287 vt=  25.90691
 i= 1084 j=  939 glon=  288.57 (0-360E) glon=  288.57 glat=  28.28 u=  28.2000 v=   8.2000 vr=  -9.03567 vt=  27.94346
 i= 1089 j=  939 glon=  288.77 (0-360E) glon=  288.77 glat=  28.28 u=  27.9000 v=   9.8000 vr=  -7.14897 vt=  28.69394
 i= 1094 j=  939 glon=  288.97 (0-360E) glon=  288.97 glat=  28.28 u=  26.8000 v=  13.1000 vr=  -7.10405 vt=  28.97210
 i= 1099 j=  939 glon=  289.17 (0-360E) glon=  289.17 glat=  28.28 u=  25.9000 v=  16.5000 vr=  -7.25506 vt=  29.83997
 i= 1104 j=  939 glon=  289.37 (0-360E) glon=  289.37 glat=  28.28 u=  22.6000 v=  18.9000 vr=  -7.61889 vt=  28.45914
 i= 1109 j=  939 glon=  289.57 (0-360E) glon=  289.57 glat=  28.28 u=  19.0000 v=  20.8000 vr=  -8.30200 vt=  26.92056
 i= 1114 j=  939 glon=  289.77 (0-360E) glon=  289.77 glat=  28.28 u=  17.3000 v=  20.2000 vr=  -6.43808 vt=  25.80467
 i= 1119 j=  939 glon=  289.97 (0-360E) glon=  289.97 glat=  28.28 u=  15.4000 v=  20.6000 vr=  -5.95788 vt=  25.02047
 i= 1124 j=  939 glon=  290.17 (0-360E) glon=  290.17 glat=  28.28 u=  13.5000 v=  20.0000 vr=  -5.12076 vt=  23.58024
 i= 1054 j=  944 glon=  287.37 (0-360E) glon=  287.37 glat=  28.08 u=  20.1000 v=  -4.4000 vr=  -7.59876 vt=  19.12142
 i= 1059 j=  944 glon=  287.57 (0-360E) glon=  287.57 glat=  28.08 u=  21.5000 v=  -2.8000 vr=  -8.17116 vt=  20.08288
 i= 1064 j=  944 glon=  287.77 (0-360E) glon=  287.77 glat=  28.08 u=  22.9000 v=  -2.8000 vr=  -7.01060 vt=  21.97957
 i= 1069 j=  944 glon=  287.97 (0-360E) glon=  287.97 glat=  28.08 u=  25.0000 v=  -0.8000 vr=  -7.52470 vt=  23.85412
 i= 1074 j=  944 glon=  288.17 (0-360E) glon=  288.17 glat=  28.08 u=  25.6000 v=   3.2000 vr=  -9.14862 vt=  24.12266
 i= 1079 j=  944 glon=  288.37 (0-360E) glon=  288.37 glat=  28.08 u=  25.0000 v=   6.5000 vr=  -9.77298 vt=  23.91106
 i= 1084 j=  944 glon=  288.57 (0-360E) glon=  288.57 glat=  28.08 u=  25.2000 v=   8.1000 vr=  -8.75445 vt=  24.98018
 i= 1089 j=  944 glon=  288.77 (0-360E) glon=  288.77 glat=  28.08 u=  24.3000 v=  10.4000 vr=  -8.37265 vt=  25.07087
 i= 1094 j=  944 glon=  288.97 (0-360E) glon=  288.97 glat=  28.08 u=  23.7000 v=  11.6000 vr=  -6.95758 vt=  25.45274
 i= 1099 j=  944 glon=  289.17 (0-360E) glon=  289.17 glat=  28.08 u=  23.4000 v=  13.5000 vr=  -6.23380 vt=  26.28592
 i= 1104 j=  944 glon=  289.37 (0-360E) glon=  289.37 glat=  28.08 u=  21.2000 v=  16.1000 vr=  -6.91874 vt=  25.70566
 i= 1109 j=  944 glon=  289.57 (0-360E) glon=  289.57 glat=  28.08 u=  19.2000 v=  16.9000 vr=  -6.23075 vt=  24.80782
 i= 1114 j=  944 glon=  289.77 (0-360E) glon=  289.77 glat=  28.08 u=  18.0000 v=  17.1000 vr=  -4.99400 vt=  24.32016
 i= 1119 j=  944 glon=  289.97 (0-360E) glon=  289.97 glat=  28.08 u=  15.5000 v=  17.9000 vr=  -5.30543 vt=  23.07623
 i= 1064 j=  949 glon=  287.77 (0-360E) glon=  287.77 glat=  27.88 u=  20.6000 v=  -1.4000 vr=  -6.49628 vt=  19.59894
 i= 1069 j=  949 glon=  287.97 (0-360E) glon=  287.97 glat=  27.88 u=  21.9000 v=   0.1000 vr=  -6.62511 vt=  20.87410
 i= 1074 j=  949 glon=  288.17 (0-360E) glon=  288.17 glat=  27.88 u=  22.5000 v=   3.5000 vr=  -8.17210 vt=  21.25363
 i= 1079 j=  949 glon=  288.37 (0-360E) glon=  288.37 glat=  27.88 u=  22.3000 v=   5.3000 vr=  -7.91148 vt=  21.51252
 i= 1084 j=  949 glon=  288.57 (0-360E) glon=  288.57 glat=  27.88 u=  21.8000 v=   6.9000 vr=  -7.40412 vt=  21.63398
 i= 1089 j=  949 glon=  288.77 (0-360E) glon=  288.77 glat=  27.88 u=  21.8000 v=   8.0000 vr=  -6.38694 vt=  22.32593
 i= 1094 j=  949 glon=  288.97 (0-360E) glon=  288.97 glat=  27.88 u=  22.5000 v=   9.5000 vr=  -5.60357 vt=  23.77183
 i= 1099 j=  949 glon=  289.17 (0-360E) glon=  289.17 glat=  27.88 u=  21.9000 v=  11.7000 vr=  -5.67755 vt=  24.17158
 i= 1104 j=  949 glon=  289.37 (0-360E) glon=  289.37 glat=  27.88 u=  20.1000 v=  13.3000 vr=  -5.65820 vt=  23.42829
 i= 1109 j=  949 glon=  289.57 (0-360E) glon=  289.57 glat=  27.88 u=  19.2000 v=  14.3000 vr=  -4.99668 vt=  23.41289
 i= 1079 j=  954 glon=  288.37 (0-360E) glon=  288.37 glat=  27.68 u=  21.5000 v=   2.8000 vr=  -5.08785 vt=  21.07614
 i= 1084 j=  954 glon=  288.57 (0-360E) glon=  288.57 glat=  27.68 u=  21.2000 v=   4.9000 vr=  -5.34225 vt=  21.09290
 i= 1089 j=  954 glon=  288.77 (0-360E) glon=  288.77 glat=  27.68 u=  21.1000 v=   6.4000 vr=  -4.99749 vt=  21.47545
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    28.2230319221367       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     56.30 kts
    LL Wind Circ Vt mean quadmax value: SE     48.75 kts
    LL Wind Circ Vt mean quadmax value: SW     46.27 kts
    LL Wind Circ Vt mean quadmax value: NW     53.28 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220123304       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.32508685374435       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    29.7146029589967     
   xcenlon=    288.646124083462     
   imax=         2738  jmax=         2041
   jlatfix=          903
   ilonfix (unadjusted) =         1086
  
 In get_max_wind, ibeg=         1007  iend=         1164
                  jbeg=          835  jend=          972
         ilonfix=         1086  jlatfix=          903
 At end of get_max_wind, vmax=    52.7439114969681       rmax= 
   16.2693437330150     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    5.21 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.14 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   13.01 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   16.93 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   21.13 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   26.29 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   32.17 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   37.93 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   41.72 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   43.14 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   42.78 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   41.86 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   40.79 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   39.62 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   38.51 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   37.48 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   36.55 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   35.69 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   34.92 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.17 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.45 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   32.68 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   31.86 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   30.92 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   29.96 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   29.03 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   28.22 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   27.52 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   26.92 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   26.37 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   25.84 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   25.32 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   24.81 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   24.30 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   23.81 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   23.32 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   22.86 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   22.39 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.94 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.48 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   21.04 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.63 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    43.14 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    43.1380684713719      
  (m/s)   (in kts)=    83.8043256193342     
  rising_sum_dvdr=       37.9266974071675     
  declining_sum_dvdr=   -14.9168684307717     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    18 igrct=  1 Vmax (m/s)=   52.744   22:18:21
 TIMING: before call  getradii, fhr=    18 igrct=  1   22:18:21
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.67279438558324     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.67279438558324     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.66507023864812     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.66507023864812     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.8431022398778     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.8431022398778     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.6114252485196     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   17.61 good_quad_ct=   4 mean_vt_4quad=      4.40
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.03 mean_vt_4quad=    8.88
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.10 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.17 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.24 mean_vt_4quad=    9.07
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.29 mean_vt_4quad=    9.14
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.39 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.51 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.62 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.73 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.79 mean_vt_4quad=    9.48
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.86 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.91 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.98 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.05 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.13 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.20 mean_vt_4quad=    9.91
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.28 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.36 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.45 mean_vt_4quad=   10.15
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.52 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.59 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.67 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.76 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.84 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.93 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.01 mean_vt_4quad=   10.70
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.10 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.23 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.34 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.47 mean_vt_4quad=   11.05
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.57 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.66 mean_vt_4quad=   11.24
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.72 mean_vt_4quad=   11.33
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.77 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.83 mean_vt_4quad=   11.51
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.88 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.95 mean_vt_4quad=   11.70
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.03 mean_vt_4quad=   11.80
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.11 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.17 mean_vt_4quad=   12.01
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.24 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.30 mean_vt_4quad=   12.22
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.36 mean_vt_4quad=   12.33
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.44 mean_vt_4quad=   12.44
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.52 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   15.60 mean_vt_4quad=   12.66
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.75 mean_vt_4quad=   12.77
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.91 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.05 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.19 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.32 mean_vt_4quad=   13.22
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.44 mean_vt_4quad=   13.33
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.55 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.68 mean_vt_4quad=   13.57
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.80 mean_vt_4quad=   13.69
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.98 mean_vt_4quad=   13.83
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.23 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.55 mean_vt_4quad=   14.12
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    6.51
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.25 .... 0.5*v_holland=    6.51
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   14.37 .... 0.5*v_holland=    6.51
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.50 .... 0.5*v_holland=    6.51
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.62 .... 0.5*v_holland=    6.51
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    198.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   106.840800000000     
 vradius(iwindix,iquad) =         107
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.55 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   17.85 mean_vt_4quad=   14.25
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.13 mean_vt_4quad=   14.37
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.38 mean_vt_4quad=   14.50
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.60 mean_vt_4quad=   14.62
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.79 mean_vt_4quad=   14.75
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.96 mean_vt_4quad=   14.90
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.09 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.20 mean_vt_4quad=   15.20
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.34 mean_vt_4quad=   15.34
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.62 mean_vt_4quad=   15.49
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.96 mean_vt_4quad=   15.64
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.32 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.66 mean_vt_4quad=   15.96
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.94 mean_vt_4quad=   16.14
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.19 mean_vt_4quad=   16.33
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.40 mean_vt_4quad=   16.53
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.56 mean_vt_4quad=   16.74
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.69 mean_vt_4quad=   16.95
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.95 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   22.23 mean_vt_4quad=   17.38
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.57 mean_vt_4quad=   17.59
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.01 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.56 mean_vt_4quad=   18.09
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.15 mean_vt_4quad=   18.39
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.78 mean_vt_4quad=   18.72
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.43 mean_vt_4quad=   19.08
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.06 mean_vt_4quad=   19.46
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.06 mean_vt_4quad=   19.46
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   26.65 mean_vt_4quad=   19.85
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   27.20 mean_vt_4quad=   20.25
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   27.73 mean_vt_4quad=   20.66
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   28.24 mean_vt_4quad=   21.07
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   28.83 mean_vt_4quad=   21.49
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   29.45 mean_vt_4quad=   21.92
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.11 mean_vt_4quad=   22.35
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   30.89 mean_vt_4quad=   22.78
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.61 mean_vt_4quad=   23.23
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   32.36 mean_vt_4quad=   23.72
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   33.17 mean_vt_4quad=   24.27
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.25 mean_vt_4quad=    8.88
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.29 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.32 mean_vt_4quad=    9.01
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.33 mean_vt_4quad=    9.07
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.33 mean_vt_4quad=    9.14
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.33 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.32 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.31 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.32 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.35 mean_vt_4quad=    9.48
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.39 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.47 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.55 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.63 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.71 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   12.78 mean_vt_4quad=    9.91
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   12.88 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   12.96 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.02 mean_vt_4quad=   10.15
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.09 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.18 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.26 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.36 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.44 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.49 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.53 mean_vt_4quad=   10.70
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   13.63 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   13.78 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   13.92 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.04 mean_vt_4quad=   11.05
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.18 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.30 mean_vt_4quad=   11.24
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.40 mean_vt_4quad=   11.33
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.47 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.55 mean_vt_4quad=   11.51
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.68 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.82 mean_vt_4quad=   11.70
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.96 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.09 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.22 mean_vt_4quad=   12.01
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.34 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.49 mean_vt_4quad=   12.22
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.62 mean_vt_4quad=   12.33
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.75 mean_vt_4quad=   12.44
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.90 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.01 mean_vt_4quad=   12.66
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.16 mean_vt_4quad=   12.77
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.33 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.53 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.69 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.87 mean_vt_4quad=   13.22
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.05 mean_vt_4quad=   13.33
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.20 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.34 mean_vt_4quad=   13.57
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.47 mean_vt_4quad=   13.69
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.64 mean_vt_4quad=   13.83
  
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.64 mean_vt_4quad=   13.83
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.85 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.07 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.32 mean_vt_4quad=   14.25
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.61 mean_vt_4quad=   14.37
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.88 mean_vt_4quad=   14.50
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.13 mean_vt_4quad=   14.62
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.41 mean_vt_4quad=   14.75
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.67 mean_vt_4quad=   14.90
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.94 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.15 mean_vt_4quad=   15.20
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.34 mean_vt_4quad=   15.34
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   20.56 mean_vt_4quad=   15.49
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.83 mean_vt_4quad=   15.64
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.12 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.43 mean_vt_4quad=   15.96
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.77 mean_vt_4quad=   16.14
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.15 mean_vt_4quad=   16.33
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.62 mean_vt_4quad=   16.53
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.03 mean_vt_4quad=   16.74
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   23.44 mean_vt_4quad=   16.95
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.80 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   24.14 mean_vt_4quad=   17.38
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   24.47 mean_vt_4quad=   17.59
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   24.79 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   25.10 mean_vt_4quad=   18.09
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   25.38 mean_vt_4quad=   18.39
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   25.70 mean_vt_4quad=   18.72
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   26.11 mean_vt_4quad=   19.08
  
 NO interp, exactdistkm=    120.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   64.7520000000000     
 vradius(iwindix,iquad) =          65
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   26.11 mean_vt_4quad=   19.08
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   26.57 mean_vt_4quad=   19.46
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   27.16 mean_vt_4quad=   19.85
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   28.06 mean_vt_4quad=   20.25
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   29.10 mean_vt_4quad=   20.66
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   30.22 mean_vt_4quad=   21.07
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   31.32 mean_vt_4quad=   21.49
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   32.09 mean_vt_4quad=   21.92
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   31.90 mean_vt_4quad=   22.35
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   32.10 mean_vt_4quad=   22.78
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   33.13 mean_vt_4quad=   23.23
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.95 mean_vt_4quad=    8.88
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.01 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.07 mean_vt_4quad=    9.01
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.19 mean_vt_4quad=    9.07
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.30 mean_vt_4quad=    9.14
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.49 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.64 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.76 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.85 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.96 mean_vt_4quad=    9.48
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.08 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.18 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.29 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.36 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.42 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.47 mean_vt_4quad=    9.91
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.51 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.67 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.82 mean_vt_4quad=   10.15
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.98 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.10 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.16 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.17 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.19 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.35 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.49 mean_vt_4quad=   10.70
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.60 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.70 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.82 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.94 mean_vt_4quad=   11.05
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.07 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.18 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.27 mean_vt_4quad=   11.33
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.28 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.25 mean_vt_4quad=   11.51
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   14.22 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.19 mean_vt_4quad=   11.70
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.20 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   14.22 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   14.32 mean_vt_4quad=   12.01
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.45 mean_vt_4quad=   12.12
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   14.62 mean_vt_4quad=   12.22
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.81 mean_vt_4quad=   12.33
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.00 mean_vt_4quad=   12.44
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.18 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.33 mean_vt_4quad=   12.66
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.41 mean_vt_4quad=   12.77
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.44 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.41 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.37 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.39 mean_vt_4quad=   13.22
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.38 mean_vt_4quad=   13.33
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.41 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.46 mean_vt_4quad=   13.57
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.60 mean_vt_4quad=   13.69
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   15.81 mean_vt_4quad=   13.83
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.11 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.25 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.34 mean_vt_4quad=   14.25
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.32 mean_vt_4quad=   14.37
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.57 mean_vt_4quad=   14.50
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.69 mean_vt_4quad=   14.62
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.94 mean_vt_4quad=   14.75
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.31 mean_vt_4quad=   14.90
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   17.65 mean_vt_4quad=   15.05
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   15.05 .... 0.5*v_holland=    7.26
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.20 .... 0.5*v_holland=    7.26
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   15.34 .... 0.5*v_holland=    7.26
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.49 .... 0.5*v_holland=    7.26
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   15.64 .... 0.5*v_holland=    7.26
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    177.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   95.5092000000000     
 vradius(iwindix,iquad) =          96
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   17.65 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   17.85 mean_vt_4quad=   15.20
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   18.02 mean_vt_4quad=   15.34
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   18.28 mean_vt_4quad=   15.49
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   18.51 mean_vt_4quad=   15.64
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.78 mean_vt_4quad=   15.79
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.90 mean_vt_4quad=   15.96
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   19.00 mean_vt_4quad=   16.14
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.05 mean_vt_4quad=   16.33
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   19.14 mean_vt_4quad=   16.53
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   19.29 mean_vt_4quad=   16.74
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   19.94 mean_vt_4quad=   16.95
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   20.60 mean_vt_4quad=   17.17
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   20.68 mean_vt_4quad=   17.38
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   20.66 mean_vt_4quad=   17.59
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   20.75 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.99 mean_vt_4quad=   18.09
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   21.26 mean_vt_4quad=   18.39
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.53 mean_vt_4quad=   18.72
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   21.82 mean_vt_4quad=   19.08
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.09 mean_vt_4quad=   19.46
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   22.36 mean_vt_4quad=   19.85
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.63 mean_vt_4quad=   20.25
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   22.94 mean_vt_4quad=   20.66
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   23.24 mean_vt_4quad=   21.07
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.52 mean_vt_4quad=   21.49
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   23.73 mean_vt_4quad=   21.92
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   23.98 mean_vt_4quad=   22.35
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   24.29 mean_vt_4quad=   22.78
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   24.83 mean_vt_4quad=   23.23
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   25.41 mean_vt_4quad=   23.72
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   26.01 mean_vt_4quad=   24.27
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   26.01 mean_vt_4quad=   24.27
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   26.53 mean_vt_4quad=   24.89
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   27.10 mean_vt_4quad=   25.58
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   27.72 mean_vt_4quad=   26.35
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   28.55 mean_vt_4quad=   27.18
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   29.46 mean_vt_4quad=   28.03
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   30.42 mean_vt_4quad=   28.88
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   31.35 mean_vt_4quad=   29.74
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   32.40 mean_vt_4quad=   30.57
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   33.56 mean_vt_4quad=   31.38
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.37 mean_vt_4quad=    8.88
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.47 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.56 mean_vt_4quad=    9.01
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.66 mean_vt_4quad=    9.07
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.80 mean_vt_4quad=    9.14
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.01 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.18 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.32 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.42 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.49 mean_vt_4quad=    9.48
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.55 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.62 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.72 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.78 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.83 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.87 mean_vt_4quad=    9.91
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.93 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.97 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.00 mean_vt_4quad=   10.15
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.02 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.05 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.08 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.12 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.19 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.27 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.35 mean_vt_4quad=   10.70
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.44 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.52 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.60 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.69 mean_vt_4quad=   11.05
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.77 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.83 mean_vt_4quad=   11.24
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.94 mean_vt_4quad=   11.33
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.09 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.24 mean_vt_4quad=   11.51
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.39 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.53 mean_vt_4quad=   11.70
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.66 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.79 mean_vt_4quad=   11.91
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.90 mean_vt_4quad=   12.01
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.02 mean_vt_4quad=   12.12
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.15 mean_vt_4quad=   12.22
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.30 mean_vt_4quad=   12.33
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.44 mean_vt_4quad=   12.44
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.57 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.67 mean_vt_4quad=   12.66
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.78 mean_vt_4quad=   12.77
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.90 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.05 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.22 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.39 mean_vt_4quad=   13.22
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.58 mean_vt_4quad=   13.33
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.81 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.04 mean_vt_4quad=   13.57
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   14.19 mean_vt_4quad=   13.69
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   14.42 mean_vt_4quad=   13.83
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.70 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   14.96 mean_vt_4quad=   14.12
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   15.11 mean_vt_4quad=   14.25
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.27 mean_vt_4quad=   14.37
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.32 mean_vt_4quad=   14.50
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.40 mean_vt_4quad=   14.62
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.50 mean_vt_4quad=   14.75
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.58 mean_vt_4quad=   14.90
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.63 mean_vt_4quad=   15.05
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.75 mean_vt_4quad=   15.20
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.90 mean_vt_4quad=   15.34
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.11 mean_vt_4quad=   15.49
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.25 mean_vt_4quad=   15.64
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.41 mean_vt_4quad=   15.79
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.52 mean_vt_4quad=   15.96
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.70 mean_vt_4quad=   16.14
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   16.95 mean_vt_4quad=   16.33
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.24 mean_vt_4quad=   16.53
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.55 mean_vt_4quad=   16.74
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   16.74 .... 0.5*v_holland=    8.69
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   16.95 .... 0.5*v_holland=    8.69
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   17.17 .... 0.5*v_holland=    8.69
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   17.38 .... 0.5*v_holland=    8.69
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   17.59 .... 0.5*v_holland=    8.69
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.55 mean_vt_4quad=   16.74
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.85 mean_vt_4quad=   16.95
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.12 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   18.40 mean_vt_4quad=   17.38
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   18.71 mean_vt_4quad=   17.59
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   19.07 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   19.45 mean_vt_4quad=   18.09
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   19.90 mean_vt_4quad=   18.39
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   20.48 mean_vt_4quad=   18.72
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   21.10 mean_vt_4quad=   19.08
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   21.79 mean_vt_4quad=   19.46
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.43 mean_vt_4quad=   19.85
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.04 mean_vt_4quad=   20.25
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.56 mean_vt_4quad=   20.66
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   24.12 mean_vt_4quad=   21.07
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.78 mean_vt_4quad=   21.49
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.51 mean_vt_4quad=   21.92
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   26.24 mean_vt_4quad=   22.35
  
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   26.24 mean_vt_4quad=   22.35
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   27.00 mean_vt_4quad=   22.78
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   27.76 mean_vt_4quad=   23.23
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   28.45 mean_vt_4quad=   23.72
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   29.21 mean_vt_4quad=   24.27
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   30.00 mean_vt_4quad=   24.89
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   31.03 mean_vt_4quad=   25.58
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   32.13 mean_vt_4quad=   26.35
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   33.31 mean_vt_4quad=   27.18
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 TIMING: after call  getradii, fhr=    18 igrct=  1   22:18:21
 TIMING: after getrad_iter_loop, fhr=    18 igrct=  2 Vmax (m/s)=   52.744   22:18:21
 TIMING: Before get_phase ... 22:18:21
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           18 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =   359.906
  
  
  In get_cps_paramb, lead time=           18 :           0   08L  FRANKLIN 
   right_ct=          917   left_ct=          903
   zthicksum(1)=    3120019.23175000     
   zthicksum(2)=    3075765.90124999     
   zthick_right_mean=    3402.42010005452     
   zthick_left_mean=     3406.16378875968     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -3.74368870515991     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           63.25
  Sum of y-diffs squared (ydiff2) =         3774.45
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   530.85   6.7452       30.26   0.1661    -4.49    20.13      915.43
    2   523.14   6.6846       22.54   0.1055     0.48     0.23      508.23
    3   512.70   6.6201       12.11   0.0409     3.55    12.61      146.70
    4   498.43   6.5511       -2.16  -0.0281     3.71    13.78        4.67
    5   479.95   6.4770      -20.64  -0.1022     0.73     0.54      426.01
    6   458.48   6.3969      -42.11  -0.1822    -3.99    15.96     1773.42
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   500.592     x:    6.58
  
  slope=    209.182         y-intercept =   -875.646
  Regression equation:   Y =  -875.65 +   209.18X
  
  R2(r_squared) =  0.9832        r =  0.9916
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1051.92 zmin=  515.04 zdiff=  536.88
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1546.52 zmin= 1015.67 zdiff=  530.85
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.03 dlnp=     -0.057158  dzdlnp=      105.531
  
   +++ k=  3 press=    800.0 zmax= 2065.98 zmin= 1542.84 zdiff=  523.14
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.71 dlnp=     -0.060625  dzdlnp=      127.209
  
   +++ k=  4 press=    750.0 zmax= 2612.48 zmin= 2099.78 zdiff=  512.70
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.43 dlnp=     -0.064539  dzdlnp=      161.640
  
   +++ k=  5 press=    700.0 zmax= 3189.83 zmin= 2691.40 zdiff=  498.43
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -14.27 dlnp=     -0.068993  dzdlnp=      206.862
  
   +++ k=  6 press=    650.0 zmax= 3801.48 zmin= 3321.53 zdiff=  479.95
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -18.48 dlnp=     -0.074108  dzdlnp=      249.366
  
   +++ k=  7 press=    600.0 zmax= 4453.63 zmin= 3995.15 zdiff=  458.48
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.47 dlnp=     -0.080043  dzdlnp=      268.257
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           43.13
  Sum of y-diffs squared (ydiff2) =        22650.74
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   432.59   6.3099       81.39   0.2788    -1.42     2.00     6624.22
    2   403.74   6.2146       52.54   0.1834    -1.95     3.81     2760.59
    3   375.47   6.1092       24.27   0.0781     1.07     1.15      589.00
    4   342.75   5.9915       -8.45  -0.0397     3.34    11.16       71.41
    5   302.72   5.8579      -48.48  -0.1732     2.97     8.84     2350.57
    6   249.94   5.7038     -101.27  -0.3274    -4.02    16.17    10254.94
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   351.203     x:    6.03
  
  slope=    297.046         y-intercept =  -1440.330
  Regression equation:   Y = -1440.33 +   297.05X
  
  R2(r_squared) =  0.9981        r =  0.9990
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4453.63 zmin= 3995.15 zdiff=  458.48
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5151.85 zmin= 4719.26 zdiff=  432.59
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -25.89 dlnp=     -0.087011  dzdlnp=      297.524
  
   +++ k=  9 press=    500.0 zmax= 5905.53 zmin= 5501.78 zdiff=  403.74
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -28.85 dlnp=     -0.095310  dzdlnp=      302.675
  
   +++ k= 10 press=    450.0 zmax= 6727.74 zmin= 6352.26 zdiff=  375.47
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -28.27 dlnp=     -0.105361  dzdlnp=      268.336
  
   +++ k= 11 press=    400.0 zmax= 7629.85 zmin= 7287.10 zdiff=  342.75
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -32.72 dlnp=     -0.117783  dzdlnp=      277.799
  
   +++ k= 12 press=    350.0 zmax= 8629.52 zmin= 8326.80 zdiff=  302.72
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -40.03 dlnp=     -0.133531  dzdlnp=      299.795
  
   +++ k= 13 press=    300.0 zmax= 9749.15 zmin= 9499.22 zdiff=  249.94
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -52.78 dlnp=     -0.154151  dzdlnp=      342.418
  
cps_stats: 08L   lead time=  18: 0   paramb=    -3.74  vtl=    209.18  vtu=    297.05
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   18:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.646 (0-360) guesslon=  288.646E  (  71.354W)   guesslat=   29.715
 ilonfix=         1086  jlatfix=          903  npts=           33
 ibeg=         1012  jbeg=          835  imax=         2738
 iend=         1160  jend=          971  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  287.326E  (0-360) ctlon=  287.326E  (  72.674W)  ctlat=   29.195 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.326E   (0-360) guesslon=  287.326E  (  72.674W)   guesslat=   29.195
 ilonfix=         1053  jlatfix=          916  npts=           16
 ibeg=         1003  jbeg=          872  imax=         2738
 iend=         1103  jend=          960  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.006E  (0-360) ctlon=  287.006  (  72.994W)  ctlat=   29.375 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    18:00  mean_lon:  287.01E (  72.99W)    (0-360) mean_lon=  287.01E  mean_lat:   29.37  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    18:00  ifix:  1021   jfix:   888  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1021  jx=          888
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         454 ,         321 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         453 ,         320 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    18:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:18:21
 TIMING: Before shear ... 22:18:21
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            4
  clon(ist,ifh,3)=    288.617068917026     
  clat(ist,ifh,3)=    29.6906254580956     
  fixlon(ist,ifh)=    288.646124083462     
  fixlat(ist,ifh)=    29.7146029589967     
  xcenlon=    288.617068917026     
  xcenlat=    29.6906254580956     
  
 xxshear
 In get_shear A, xcenlon=    288.617068917026       xcenlat= 
   29.6906254580956     
   In get_shear B, (0-360) xcenlon=    288.617068917026     
  
At start of get_shear:  08L   fhr=   18:00   Mean fix position=   288.65E  ( 71.35W)    29.71  (0-360) mean lon fix=  288.65
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   48.71 vr_mean(idist,ilev)=    1.56
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   42.04 vr_mean(idist,ilev)=    0.90
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   35.35 vr_mean(idist,ilev)=   -0.73
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   30.40 vr_mean(idist,ilev)=   -0.49
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.58 vr_mean(idist,ilev)=   -0.53
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.95 vr_mean(idist,ilev)=   -0.30
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.33 vr_mean(idist,ilev)=    0.25
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.72 vr_mean(idist,ilev)=    0.78
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.18 vr_mean(idist,ilev)=    0.48
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.78 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.25 vr_mean(idist,ilev)=   -0.17
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.70 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.45 vr_mean(idist,ilev)=   -0.22
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.55 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.65 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.82 vr_mean(idist,ilev)=   -0.28
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.00 vr_mean(idist,ilev)=   -0.34
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.20 vr_mean(idist,ilev)=   -0.57
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.52 vr_mean(idist,ilev)=   -0.55
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -16.77 vr_mean(idist,ilev)=   16.77
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -25.16 vr_mean(idist,ilev)=   25.16
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -33.55 vr_mean(idist,ilev)=   33.55
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -41.95 vr_mean(idist,ilev)=   41.95
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -50.35 vr_mean(idist,ilev)=   50.35
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -58.75 vr_mean(idist,ilev)=   58.75
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -67.15 vr_mean(idist,ilev)=   67.15
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -75.56 vr_mean(idist,ilev)=   75.56
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -83.98 vr_mean(idist,ilev)=   83.98
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -92.41 vr_mean(idist,ilev)=   92.41
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -100.84 vr_mean(idist,ilev)=  100.84
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -109.28 vr_mean(idist,ilev)=  109.28
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -117.73 vr_mean(idist,ilev)=  117.73
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -126.20 vr_mean(idist,ilev)=  126.20
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -134.67 vr_mean(idist,ilev)=  134.67
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -143.16 vr_mean(idist,ilev)=  143.16
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -151.66 vr_mean(idist,ilev)=  151.66
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -160.18 vr_mean(idist,ilev)=  160.18
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -168.72 vr_mean(idist,ilev)=  168.72
  
 At end of get_shear: 
     ist=    2 ifh=    4 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:18:21
  
 After call to fixcenter, fix positions at 
 forecast hour=   18:00 follow:
  
fixpos  08L   fhr=   18:00   Fix position=   288.65E  ( 71.35W)    29.71   Max Wind= 102 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.647688213407     
 xxxx get_next_ges, curr fix lon=    288.646124083462     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.646124083462        fixlat=    29.7146029589967     
        (0-360) fixlon=    288.646124083462     
      ilonfix=         1086   jlatfix=          903
      ibeg=          600   iend=         1572
      jbeg=          451   jend=         1355
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.681957729106790       vavg=    5.96388232544292     
      ubar=   0.170489432276697       vbar=    1.49097058136073     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.01199460696929       vavg=    5.61499240963332     
      ubar=   0.676486735761342       vbar=    4.29846678617739     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.366779639717061       vavg=    3.61704462918669     
      ubar=   0.768181645690607       vbar=    5.20272794347406     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.768181645690607       vbar=    5.20272794347406     
      wgttot=    1.00000000000000     
      fixlon=    288.646124083462        fixlat=    29.7146029589967     
      barnlon=    288.818814764674       barnlat=    30.7252511414137     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.864099803052668     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.818814764674     
     Raw (no conversion for GM wrap) extraplon=    288.644546929563     
  
 --- barnlon=    288.82E  (  71.18W)    barnlat=     30.73
 --- extraplon=  288.64E  (  71.36W)    extraplat=   30.55
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   29.71
 | Current fix lon is   71.35W   ( 288.65E)
 | Current fix lon (raw, unadjusted)=  288.65E
 | Updated guess lat for next fcst hour is   30.64
 | Updated guess lon (0-360) for next fcst hour is   71.27W   ( 288.73E)
 | Raw updated guess lon for next fcst hour is  288.73E)
 -------------------------------------------------
  
 iocheck, dist=    102.800456422824        distm=    102800.456422824     
 iocheck, stmspd=    4.75928038994555        istmspd=           92
 iocheck, xincr=   8.555676365665477E-002   yincr=   0.921542861296992     
 iocheck, stmdir=    5.30418044262998        istmdir=            5
 +++ RPT_STORM_MOTION: istmspd=    92 kts(*10)    istmdir=     5 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   4
     Fix location for this time:   288.65E  ( 71.35W)    29.71
     Fix lon (raw) for this time:  288.65E
     ilonfix= 1086  jlatfix=  903
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.646124083462       xcenlat=    29.7146029589967     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.646124083462       xcenlat=    29.7146029589967     
  ilonfix=         1086  jlatfix=          903
  ibeg=          962  iend=         1210
  jbeg=          787  jend=         1019  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.646124083462        xcenlat=    29.7146029589967     
      ilonfix=         1086   jlatfix=          903
      ibeg=          962   iend=         1210
      jbeg=          787   jend=         1019
 After call to barnes, xsmoothval=   4.341099318976809E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.341099318976809E-004
      xcenlon=    288.646124083462        xcenlat=    29.7146029589967     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000434  imeanzeta (*1e6)=      434
   --- mean zeta raw =   4.341099318976809E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004852  igrid zeta (*1e6)=     4852 ifilret=   0
   --- grid zeta raw=   4.852342695710877E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.646124083462       xcenlat=    29.7146029589967     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.646124083462       xcenlat=    29.7146029589967     
  ilonfix=         1086  jlatfix=          903
  ibeg=          962  iend=         1210
  jbeg=          787  jend=         1019  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.646124083462        xcenlat=    29.7146029589967     
      ilonfix=         1086   jlatfix=          903
      ibeg=          962   iend=         1210
      jbeg=          787   jend=         1019
 After call to barnes, xsmoothval=   4.162103331131528E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.162103331131528E-004
      xcenlon=    288.646124083462        xcenlat=    29.7146029589967     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000416  imeanzeta (*1e6)=      416
   --- mean zeta raw =   4.162103331131528E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003706  igrid zeta (*1e6)=     3706 ifilret=   0
   --- grid zeta raw=   3.705607689632349E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           18
  
 segx, outlon=    288.646124083462       outlat=    29.7146029589967     
   ist=            2  ifcsthour=           18
   vmaxwind=    52.7439114969681       xminmslp=    95396.1600000000     
   vradius=          107          63          45         110          65
          49          96          45          31          79          52
          39
   maxstorm=            6
   plastbar=    100996.160000000       rlastbar=    145.963140341807     
   rmax=    16.2693437330150     
   cps_vals=   -3.74368870515991        209.181760278313     
   297.046109947887     
   wcore_flag= n
   istmspd=           92  istmdir=            5
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     43.1380684713719     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   145.963140341807       irlastbar=         146
 output: plastbar=   100996.160000000       iplastbar=        1010
 rmax=    16.2693437330150        irmax=           16
 TXX top of atcfunix_ext, ist=            2  ifh=           18
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   145.963140341807       irlastbar=         146
 output: plastbar=   100996.160000000       iplastbar=        1010
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           18
 intlat=          297
 clatns= N
 intlon=          714
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=          102
 int(xminmslp/mslp_outp_adj + 0.5)=          954
 XX,  34, NEQ
 vradius(1,1)=          107
 vradius(1,2)=          110
 vradius(1,3)=           96
 vradius(1,4)=           79
 iplastbar=         1010
 irlastbar=          146
 irmax=           16
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            5
 istmspd=           92
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -37
 icps_vals(2)=         2092
 icps_vals(3)=         2970
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           84
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          434
 igridzeta(1)=         4852
 imeanzeta(2)=          416
 igridzeta(2)=         3706
  
 rmax=    16.2693437330150        irmax=           16
 +++ Top of output_atcf_parms, ist=            2  ifh=           18
  
 xxxx get_next_ges, prev fix lon=    288.647688213407     
 xxxx get_next_ges, curr fix lon=    288.646124083462     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.646124083462        fixlat=    29.7146029589967     
        (0-360) fixlon=    288.646124083462     
      ilonfix=         1086   jlatfix=          903
      ibeg=          600   iend=         1572
      jbeg=          451   jend=         1355
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.681957729106790       vavg=    5.96388232544292     
      ubar=   0.170489432276697       vbar=    1.49097058136073     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.01199460696929       vavg=    5.61499240963332     
      ubar=   0.676486735761342       vbar=    4.29846678617739     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.366779639717061       vavg=    3.61704462918669     
      ubar=   0.768181645690607       vbar=    5.20272794347406     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.768181645690607       vbar=    5.20272794347406     
      wgttot=    1.00000000000000     
      fixlon=    288.646124083462        fixlat=    29.7146029589967     
      barnlon=    288.818814764674       barnlat=    30.7252511414137     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.864099803052668     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.818814764674     
     Raw (no conversion for GM wrap) extraplon=    288.644546929563     
  
 --- barnlon=    288.82E  (  71.18W)    barnlat=     30.73
 --- extraplon=  288.64E  (  71.36W)    extraplat=   30.55
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   29.71
 | Current fix lon is   71.35W   ( 288.65E)
 | Current fix lon (raw, unadjusted)=  288.65E
 | Updated guess lat for next fcst hour is   30.64
 | Updated guess lon (0-360) for next fcst hour is   71.27W   ( 288.73E)
 | Raw updated guess lon for next fcst hour is  288.73E)
 -------------------------------------------------
  
 iocheck, dist=    102.800456422824        distm=    102800.456422824     
 iocheck, stmspd=    4.75928038994555        istmspd=           92
 iocheck, xincr=   8.555676365665477E-002   yincr=   0.921542861296992     
 iocheck, stmdir=    5.30418044262998        istmdir=            5
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   18:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   6.274504636822610E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.627E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.928E  (0-360) ctlon=  274.928  (  85.072W)  ctlat=   22.586 fmax (x10e5) =        0.704E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   4.230642421367314E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.423E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.928E  (0-360) ctlon=  274.928  (  85.072W)  ctlat=   22.486 fmax (x10e5) =        0.619E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.928E  (0-360) ctlon=  274.928  (  85.072W)  ctlat=   22.586 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.303E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.928E  (0-360) ctlon=  274.928  (  85.072W)  ctlat=   22.486 fmax =       -0.100E+16 fmin =        0.303E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.995E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.928E  (0-360) ctlon=  274.928  (  85.072W)  ctlat=   22.586 fmax =       -0.100E+16 fmin =        0.995E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.668 (0-360) guesslon=  274.668E  (  85.332W)   guesslat=   22.326
 ilonfix=          737  jlatfix=         1087  npts=           33
 ibeg=          665  jbeg=         1019  imax=         2738
 iend=          809  jend=         1155  jmax=         2041
 TIMING: find_maxmin 1  22:18:21
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.047584682510609E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.948E  (0-360) ctlon=  274.948E  (  85.052W)  ctlat=   22.606 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.505E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.948E   (0-360) guesslon=  274.948E  (  85.052W)   guesslat=   22.606
 ilonfix=          744  jlatfix=         1080  npts=           16
 ibeg=          696  jbeg=         1036  imax=         2738
 iend=          792  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.828E  (0-360) ctlon=  274.828  (  85.172W)  ctlat=   22.486 fmax (x10e5) =        0.557E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.862627610830        uvgeslat=    22.4935647616646     
    (0-360 uvgeslon)=    274.862627610830     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:18:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.862627610830        uvgeslat=    22.4935647616646     
    (0-360 uvgeslon)=    274.862627610830     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.862627610830     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.863E  (0-360E lon):  274.863E    85.137W  ctlat=   22.494  xmax_circul_disk =     105209247.4
 TIMING: get_wind_circ kloop, k=  1   22:18:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.863E  (0-360E)=  274.863E  (  85.137W)   guesslat=   22.494
 ilonfix=          742  jlatfix=         1083  npts=           56
 ibeg=          674  jbeg=         1019  imax=         2738
 iend=          810  jend=         1147  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105994136.658279     
 nhalf get_wind_circ, k=  1 ctlon=  274.883E  (0-360E)=  274.883E  ctlon=   85.117W   ctlat=   22.634 Wind Circulation (NHEM: Max) =     105994136.7
 TIMING: After GWC 850 ... 22:18:21
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:18:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.862627610830        uvgeslat=    22.4935647616646     
    (0-360 uvgeslon)=    274.862627610830     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.862627610830     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.863E  (0-360E lon):  274.863E    85.137W  ctlat=   22.814  xmax_circul_disk =      97111571.8
 TIMING: get_wind_circ kloop, k=  1   22:18:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.863E  (0-360E)=  274.863E  (  85.137W)   guesslat=   22.814
 ilonfix=          742  jlatfix=         1075  npts=           56
 ibeg=          674  jbeg=         1011  imax=         2738
 iend=          810  jend=         1139  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    98636249.9428308     
 nhalf get_wind_circ, k=  1 ctlon=  274.823E  (0-360E)=  274.823E  ctlon=   85.177W   ctlat=   22.654 Wind Circulation (NHEM: Max) =      98636249.9
 TIMING: After GWC 700 ... 22:18:21
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:18:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.862627610830        uvgeslat=    22.4935647616646     
    (0-360 uvgeslon)=    274.862627610830     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.862627610830     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.863E  (0-360E lon):  274.863E    85.137W  ctlat=   22.494  xmax_circul_disk =      65732860.6
 TIMING: get_wind_circ kloop, k=  1   22:18:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.863E  (0-360E)=  274.863E  (  85.137W)   guesslat=   22.494
 ilonfix=          742  jlatfix=         1083  npts=           56
 ibeg=          674  jbeg=         1019  imax=         2738
 iend=          810  jend=         1147  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    65861470.7248595     
 nhalf get_wind_circ, k=  1 ctlon=  274.823E  (0-360E)=  274.823E  ctlon=   85.177W   ctlat=   22.454 Wind Circulation (NHEM: Max) =      65861470.7
 TIMING: After GWC Sfc ... 22:18:21
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.81  xavg_stderr=     9.10
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            4  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    18:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.67E   (0-360) guesslon=  274.67E  ( 85.33W)    22.33
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.93       85.07      22.59           70.37       T         39.37
   2    zeta 700    Max       274.93       85.07      22.49           61.90       T         32.11
   3    circ 850    Max       274.88       85.12      22.63          105.99       T         40.66
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       274.82       85.18      22.65           98.64       T         39.70
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.93       85.07      22.59         1370.34       T         39.37
   8     gph 700    Min       274.93       85.07      22.49         3029.37       T         32.11
   9        MSLP    Min       274.93       85.07      22.59        99454.49       T         39.37
  10    circ sfc    Max       274.82       85.18      22.45           65.86       T         21.28
  11    zeta sfc    Max       274.83       85.17      22.49           55.73       T         24.23
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    8.69077988532459       stderr_close= 
   2.71735731128037       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   5.655 devia=   1.131 wtpos=  0.68590     274.93   274.93    85.07    22.59
 ip=  2 kprm=  2 dist_from_mean=   8.259 devia=   1.652 wtpos=  0.57660     274.93   274.93    85.07    22.49
 ip=  3 kprm=  3 dist_from_mean=   9.207 devia=   1.841 wtpos=  0.54129     274.88   274.88    85.12    22.63
 ip=  5 kprm=  4 dist_from_mean=  13.264 devia=   2.653 wtpos=  0.41303     274.82   274.82    85.18    22.65
 ip=  7 kprm=  5 dist_from_mean=   5.655 devia=   1.131 wtpos=  0.68590     274.93   274.93    85.07    22.59
 ip=  8 kprm=  6 dist_from_mean=   8.259 devia=   1.652 wtpos=  0.57660     274.93   274.93    85.07    22.49
 ip=  9 kprm=  7 dist_from_mean=   5.655 devia=   1.131 wtpos=  0.68590     274.93   274.93    85.07    22.59
 ip= 10 kprm=  8 dist_from_mean=  12.767 devia=   2.553 wtpos=  0.42693     274.82   274.82    85.18    22.45
 ip= 11 kprm=  9 dist_from_mean=   9.495 devia=   1.899 wtpos=  0.53098     274.83   274.83    85.17    22.49
  
At end of fixcenter:  10L   fhr=   18:00   Fix position=   274.90E  (0-360) fixlon=  274.90  ( 85.10W)    22.55
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.895624829600     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.928080519921     
        (0-360E clon(ist,ifh,9))=    274.928080519921     
      clat(ist,ifh,9)=    22.5862897162100     
      xval(9)=    99454.4890553198     
  
  After get_ij B, ibeg jbeg =          636         943
  After get_ij B, iend jend =          850        1219
  
 In is_it_a_storm, ilonfix=          743  jlatfix=         1081
 ibeg jbeg iend jend =          636         943         850        1219
 cparm= slp  parmlon parmlat =    274.928080519921        22.5862897162100     
     (0-360E parmlon) =    274.928080519921     
 parmval=    99454.4890553198     
  
 i=  721 j= 1018 glon=  274.05 (0-360E) glon=  274.05 glat=  25.12 dist=   295.68 slp=  100580.32 pgradient=  3.80765
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.80765
 mslp center =    274.928080519921        22.5862897162100     
   99454.4890553198     
   (0-360E) lon of mslp center =    274.928080519921     
 pgrad loc   =    274.049280000000        274.049280000000     
   85.9507200000000        25.1210200000000        100580.320000000     
  ttest at location C IF....
      xinp_fixlat=    22.5862897162100     
      xinp_fixlon=    274.928080519921       (0-360E) xinp_fixlon= 
   274.928080519921     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98131.3600000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          743  jfix=         1084
 longitude=    274.928080519921      E   (   85.0719194800794      
 W)  (0-360E) xinp_fixlon=    274.928080519921     
 latitude=    22.5862897162100     
 mean mslp value (xval(9))=    99454.4890553198     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          743  jfix=         1084
 longitude=    274.928080519921      E   (   85.0719194800794      
 W)  (0-360E) xinp_fixlon=    274.928080519921     
 latitude=    22.5862897162100     
 mean mslp value (xval(9))=    99454.4890553198     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          743  jx=         1084
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98131.3600000000       xcentval=    98131.3600000000     
 At A, num_found_contours=            0
 At A, contlo=    98131.3600000000       conthi=    98531.3600000000     
  
 num_found_contours=            0
 contlo=    98131.3600000000       conthi=    98531.3600000000     
 xcentval=    98131.3600000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98531.3600000000       conthi=    98931.3600000000     
  
 num_found_contours=            1
 contlo=    98531.3600000000       conthi=    98931.3600000000     
 xcentval=    98131.3600000000     
 At A, num_found_contours=            2
 At A, contlo=    98931.3600000000       conthi=    99331.3600000000     
  
 num_found_contours=            2
 contlo=    98931.3600000000       conthi=    99331.3600000000     
 xcentval=    98131.3600000000     
 At A, num_found_contours=            3
 At A, contlo=    99331.3600000000       conthi=    99731.3600000000     
  
 num_found_contours=            3
 contlo=    99331.3600000000       conthi=    99731.3600000000     
 xcentval=    98131.3600000000     
 At A, num_found_contours=            4
 At A, contlo=    99731.3600000000       conthi=    100131.360000000     
  
 num_found_contours=            4
 contlo=    99731.3600000000       conthi=    100131.360000000     
 xcentval=    98131.3600000000     
 At A, num_found_contours=            5
 At A, contlo=    100131.360000000       conthi=    100531.360000000     
  
 num_found_contours=            5
 contlo=    100131.360000000       conthi=    100531.360000000     
 xcentval=    98131.3600000000     
 At A, num_found_contours=            6
 At A, contlo=    100531.360000000       conthi=    100931.360000000     
  
 num_found_contours=            6
 contlo=    100531.360000000       conthi=    100931.360000000     
 xcentval=    98131.3600000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         761 ,        1120 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98131.3600000000     
 !!! (i,j) of central value = (         743 ,        1084 )
 !!!  
 !!! Flagged value found    =    100519.680000000     
 !!! (i,j) of flagged value = (         761 ,        1121 )
 !!!   
 !!! Lower bound of contour interval =    100531.360000000     
 !!! Upper bound of contour interval =    100931.360000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          743  jfix=         1084
 longitude=    274.928080519921      E   (   85.0719194800794      W)  
 (0-360E) xinp_fixlon=    274.928080519921     
 latitude=    22.5862897162100     
 mean mslp value (xval(9))=    99454.4890553198     
 gridpoint mslp value=    98131.3600000000     
 ccflag= y
 prs of last closed isobar =    100531.360000000     
 radius of last closed isobar =    109.261186444178       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   18:00
 !!! Boundary check xinp_fixlat is   22.59
 !!! Boundary check xinp_fixlon is   85.07W   ( 274.93E)  (0-360E) xinp_fixlon=  274.93
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.882627110830     
  850 mb wcirc fix lat=    22.6335612616646     
    (0-360) 850 mb wcirc fix lon=    274.882627110830     
  Multi-parm fix lon=      274.895624829600     
  Multi-parm fix lat=      22.5527740512868     
    (0-360) Multi-parm fix lon=      274.895624829600     
  
  
  After get_ij B, ibeg jbeg =          652         976
  After get_ij B, iend jend =          832        1184
  
 In is_it_a_storm, ilonfix=          742  jlatfix=         1080
 ibeg jbeg iend jend =          652         976         832        1184
 cparm= v850  parmlon parmlat =    274.882627110830        22.6335612616646     
     (0-360E parmlon) =    274.882627110830     
 parmval=    105994136.658279     
  
 i=  732 j= 1031 glon=  274.49 (0-360E) glon=  274.49 glat=  24.60 u= -13.6000 v=   6.7000 vr=   9.04900 vt=  12.16411
 i=  737 j= 1031 glon=  274.69 (0-360E) glon=  274.69 glat=  24.60 u= -13.6000 v=   7.6000 vr=   8.79331 vt=  12.86070
 i=  742 j= 1031 glon=  274.89 (0-360E) glon=  274.89 glat=  24.60 u= -12.5000 v=   8.3000 vr=   8.26121 vt=  12.52567
 i=  747 j= 1031 glon=  275.09 (0-360E) glon=  275.09 glat=  24.60 u= -12.8000 v=   8.5000 vr=   7.23015 vt=  13.55784
 i=  752 j= 1031 glon=  275.29 (0-360E) glon=  275.29 glat=  24.60 u= -13.3000 v=   9.0000 vr=   6.35814 vt=  14.74666
 i=  717 j= 1036 glon=  273.89 (0-360E) glon=  273.89 glat=  24.40 u= -12.4000 v=   0.6000 vr=   6.23173 vt=  10.73711
 i=  722 j= 1036 glon=  274.09 (0-360E) glon=  274.09 glat=  24.40 u= -13.7000 v=   2.6000 vr=   7.63430 vt=  11.66908
 i=  727 j= 1036 glon=  274.29 (0-360E) glon=  274.29 glat=  24.40 u= -14.0000 v=   5.3000 vr=   9.19613 vt=  11.81191
 i=  732 j= 1036 glon=  274.49 (0-360E) glon=  274.49 glat=  24.40 u= -14.5000 v=   6.6000 vr=   9.37455 vt=  12.88130
 i=  737 j= 1036 glon=  274.69 (0-360E) glon=  274.69 glat=  24.40 u= -13.7000 v=   8.6000 vr=   9.92867 vt=  12.76994
 i=  742 j= 1036 glon=  274.89 (0-360E) glon=  274.89 glat=  24.40 u= -13.7000 v=  11.1000 vr=  11.05265 vt=  13.73823
 i=  747 j= 1036 glon=  275.09 (0-360E) glon=  275.09 glat=  24.40 u= -13.3000 v=  11.7000 vr=  10.21072 vt=  14.47485
 i=  752 j= 1036 glon=  275.29 (0-360E) glon=  275.29 glat=  24.40 u= -13.8000 v=  10.7000 vr=   7.61034 vt=  15.71664
 i=  757 j= 1036 glon=  275.49 (0-360E) glon=  275.49 glat=  24.40 u= -11.9000 v=  10.6000 vr=   6.52391 vt=  14.53990
 i=  762 j= 1036 glon=  275.69 (0-360E) glon=  275.69 glat=  24.40 u= -11.5000 v=  11.6000 vr=   6.24093 vt=  15.09506
 i=  767 j= 1036 glon=  275.89 (0-360E) glon=  275.89 glat=  24.40 u= -11.5000 v=  12.6000 vr=   5.81804 vt=  16.03622
 i=  707 j= 1041 glon=  273.49 (0-360E) glon=  273.49 glat=  24.20 u= -12.0000 v=  -4.0000 vr=   4.51341 vt=  11.81648
 i=  712 j= 1041 glon=  273.69 (0-360E) glon=  273.69 glat=  24.20 u= -14.0000 v=  -1.7000 vr=   6.64940 vt=  12.43686
 i=  717 j= 1041 glon=  273.89 (0-360E) glon=  273.89 glat=  24.20 u= -14.1000 v=   1.5000 vr=   8.40410 vt=  11.42064
 i=  722 j= 1041 glon=  274.09 (0-360E) glon=  274.09 glat=  24.20 u= -14.5000 v=   3.0000 vr=   8.84467 vt=  11.87526
 i=  727 j= 1041 glon=  274.29 (0-360E) glon=  274.29 glat=  24.20 u= -15.0000 v=   3.9000 vr=   8.61896 vt=  12.88113
 i=  732 j= 1041 glon=  274.49 (0-360E) glon=  274.49 glat=  24.20 u= -15.6000 v=   8.3000 vr=  11.59794 vt=  13.33183
 i=  737 j= 1041 glon=  274.69 (0-360E) glon=  274.69 glat=  24.20 u= -16.1000 v=  11.5000 vr=  13.24276 vt=  14.69997
 i=  742 j= 1041 glon=  274.89 (0-360E) glon=  274.89 glat=  24.20 u= -16.7000 v=  12.0000 vr=  11.93489 vt=  16.74660
 i=  747 j= 1041 glon=  275.09 (0-360E) glon=  275.09 glat=  24.20 u= -16.0000 v=  10.2000 vr=   8.19879 vt=  17.11198
 i=  752 j= 1041 glon=  275.29 (0-360E) glon=  275.29 glat=  24.20 u= -14.0000 v=  10.4000 vr=   6.86423 vt=  16.03254
 i=  757 j= 1041 glon=  275.49 (0-360E) glon=  275.49 glat=  24.20 u= -12.7000 v=  12.1000 vr=   7.13581 vt=  16.02436
 i=  762 j= 1041 glon=  275.69 (0-360E) glon=  275.69 glat=  24.20 u= -12.0000 v=  11.7000 vr=   5.43413 vt=  15.85435
 i=  767 j= 1041 glon=  275.89 (0-360E) glon=  275.89 glat=  24.20 u= -11.1000 v=  12.9000 vr=   5.45085 vt=  16.12167
 i=  772 j= 1041 glon=  276.09 (0-360E) glon=  276.09 glat=  24.20 u= -10.5000 v=  14.1000 vr=   5.42430 vt=  16.72235
 i=  702 j= 1046 glon=  273.29 (0-360E) glon=  273.29 glat=  24.00 u=  -8.9000 v=  -3.9000 vr=   3.86364 vt=   8.91585
 i=  707 j= 1046 glon=  273.49 (0-360E) glon=  273.49 glat=  24.00 u=  -9.2000 v=  -2.7000 vr=   4.33455 vt=   8.55229
 i=  712 j= 1046 glon=  273.69 (0-360E) glon=  273.69 glat=  24.00 u= -13.3000 v=  -2.7000 vr=   6.23474 vt=  12.05438
 i=  717 j= 1046 glon=  273.89 (0-360E) glon=  273.89 glat=  24.00 u= -13.8000 v=   1.6000 vr=   9.00699 vt=  10.57705
 i=  722 j= 1046 glon=  274.09 (0-360E) glon=  274.09 glat=  24.00 u= -15.6000 v=   3.0000 vr=   9.99942 vt=  12.34389
 i=  727 j= 1046 glon=  274.29 (0-360E) glon=  274.29 glat=  24.00 u= -17.1000 v=   4.9000 vr=  10.89581 vt=  14.06063
 i=  732 j= 1046 glon=  274.49 (0-360E) glon=  274.49 glat=  24.00 u= -16.0000 v=   7.7000 vr=  11.53997 vt=  13.49515
 i=  737 j= 1046 glon=  274.69 (0-360E) glon=  274.69 glat=  24.00 u= -17.0000 v=   7.5000 vr=   9.63186 vt=  15.88954
 i=  742 j= 1046 glon=  274.89 (0-360E) glon=  274.89 glat=  24.00 u= -16.7000 v=   6.3000 vr=   6.22538 vt=  16.72796
 i=  747 j= 1046 glon=  275.09 (0-360E) glon=  275.09 glat=  24.00 u= -17.1000 v=   9.7000 vr=   7.25130 vt=  18.27344
 i=  752 j= 1046 glon=  275.29 (0-360E) glon=  275.29 glat=  24.00 u= -16.7000 v=  12.5000 vr=   7.64605 vt=  19.40819
 i=  757 j= 1046 glon=  275.49 (0-360E) glon=  275.49 glat=  24.00 u= -16.0000 v=  14.2000 vr=   7.09367 vt=  20.18217
 i=  762 j= 1046 glon=  275.69 (0-360E) glon=  275.69 glat=  24.00 u= -14.6000 v=  13.9000 vr=   5.24166 vt=  19.46523
 i=  767 j= 1046 glon=  275.89 (0-360E) glon=  275.89 glat=  24.00 u= -13.1000 v=  15.8000 vr=   5.71974 vt=  19.71128
 i=  772 j= 1046 glon=  276.09 (0-360E) glon=  276.09 glat=  24.00 u= -10.4000 v=  14.9000 vr=   4.99338 vt=  17.47101
 i=  777 j= 1046 glon=  276.29 (0-360E) glon=  276.29 glat=  24.00 u=  -8.8000 v=  16.7000 vr=   6.05459 vt=  17.87937
 i=  782 j= 1046 glon=  276.49 (0-360E) glon=  276.49 glat=  24.00 u=  -8.4000 v=  18.4000 vr=   6.29459 vt=  19.22233
 i=  697 j= 1051 glon=  273.09 (0-360E) glon=  273.09 glat=  23.80 u=  -7.7000 v=  -4.5000 vr=   3.70689 vt=   8.11166
 i=  702 j= 1051 glon=  273.29 (0-360E) glon=  273.29 glat=  23.80 u= -10.2000 v=  -4.1000 vr=   5.44533 vt=   9.54978
 i=  707 j= 1051 glon=  273.49 (0-360E) glon=  273.49 glat=  23.80 u= -11.4000 v=  -3.6000 vr=   6.02320 vt=  10.32672
 i=  712 j= 1051 glon=  273.69 (0-360E) glon=  273.69 glat=  23.80 u= -11.9000 v=  -3.0000 vr=   5.98268 vt=  10.71530
 i=  717 j= 1051 glon=  273.89 (0-360E) glon=  273.89 glat=  23.80 u= -12.3000 v=  -1.3000 vr=   6.57012 vt=  10.47920
 i=  722 j= 1051 glon=  274.09 (0-360E) glon=  274.09 glat=  23.80 u= -15.4000 v=   0.2000 vr=   8.34436 vt=  12.94495
 i=  727 j= 1051 glon=  274.29 (0-360E) glon=  274.29 glat=  23.80 u= -16.8000 v=   3.5000 vr=  10.29448 vt=  13.73003
 i=  732 j= 1051 glon=  274.49 (0-360E) glon=  274.49 glat=  23.80 u= -17.9000 v=   6.7000 vr=  11.70481 vt=  15.10951
 i=  737 j= 1051 glon=  274.69 (0-360E) glon=  274.69 glat=  23.80 u= -17.8000 v=   8.6000 vr=  11.18589 vt=  16.29957
 i=  742 j= 1051 glon=  274.89 (0-360E) glon=  274.89 glat=  23.80 u= -17.7000 v=   9.0000 vr=   8.90728 vt=  17.74684
 i=  747 j= 1051 glon=  275.09 (0-360E) glon=  275.09 glat=  23.80 u= -18.3000 v=  11.8000 vr=   8.70207 vt=  19.96006
 i=  752 j= 1051 glon=  275.29 (0-360E) glon=  275.29 glat=  23.80 u= -18.1000 v=  14.3000 vr=   8.08678 vt=  21.60333
 i=  757 j= 1051 glon=  275.49 (0-360E) glon=  275.49 glat=  23.80 u= -17.3000 v=  17.3000 vr=   8.13311 vt=  23.07450
 i=  762 j= 1051 glon=  275.69 (0-360E) glon=  275.69 glat=  23.80 u= -15.9000 v=  19.1000 vr=   7.56920 vt=  23.67123
 i=  767 j= 1051 glon=  275.89 (0-360E) glon=  275.89 glat=  23.80 u= -14.2000 v=  19.3000 vr=   6.26855 vt=  23.12651
 i=  772 j= 1051 glon=  276.09 (0-360E) glon=  276.09 glat=  23.80 u= -12.4000 v=  19.3000 vr=   5.40855 vt=  22.29344
 i=  777 j= 1051 glon=  276.29 (0-360E) glon=  276.29 glat=  23.80 u=  -9.7000 v=  20.6000 vr=   6.55637 vt=  21.80514
 i=  782 j= 1051 glon=  276.49 (0-360E) glon=  276.49 glat=  23.80 u=  -8.2000 v=  21.3000 vr=   6.71938 vt=  21.81238
 i=  697 j= 1056 glon=  273.09 (0-360E) glon=  273.09 glat=  23.60 u=  -8.3000 v=  -6.4000 vr=   3.95069 vt=   9.70784
 i=  702 j= 1056 glon=  273.29 (0-360E) glon=  273.29 glat=  23.60 u= -10.3000 v=  -5.3000 vr=   5.70280 vt=  10.08256
 i=  707 j= 1056 glon=  273.49 (0-360E) glon=  273.49 glat=  23.60 u= -10.1000 v=  -6.2000 vr=   4.35096 vt=  11.02357
 i=  712 j= 1056 glon=  273.69 (0-360E) glon=  273.69 glat=  23.60 u= -11.2000 v=  -2.8000 vr=   6.56930 vt=   9.49338
 i=  717 j= 1056 glon=  273.89 (0-360E) glon=  273.89 glat=  23.60 u= -12.3000 v=  -2.3000 vr=   6.79012 vt=  10.51068
 i=  722 j= 1056 glon=  274.09 (0-360E) glon=  274.09 glat=  23.60 u= -13.9000 v=  -0.6000 vr=   7.90585 vt=  11.44847
 i=  727 j= 1056 glon=  274.29 (0-360E) glon=  274.29 glat=  23.60 u= -17.4000 v=   2.0000 vr=  10.30452 vt=  14.16252
 i=  732 j= 1056 glon=  274.49 (0-360E) glon=  274.49 glat=  23.60 u= -19.3000 v=   5.3000 vr=  11.73474 vt=  16.21345
 i=  737 j= 1056 glon=  274.69 (0-360E) glon=  274.69 glat=  23.60 u= -22.2000 v=   7.1000 vr=  11.00309 vt=  20.54707
 i=  742 j= 1056 glon=  274.89 (0-360E) glon=  274.89 glat=  23.60 u= -22.2000 v=   8.2000 vr=   8.05964 vt=  22.25134
 i=  747 j= 1056 glon=  275.09 (0-360E) glon=  275.09 glat=  23.60 u= -21.0000 v=  12.4000 vr=   8.11201 vt=  22.99903
 i=  752 j= 1056 glon=  275.29 (0-360E) glon=  275.29 glat=  23.60 u= -19.4000 v=  17.2000 vr=   9.03206 vt=  24.30271
 i=  757 j= 1056 glon=  275.49 (0-360E) glon=  275.49 glat=  23.60 u= -17.4000 v=  20.2000 vr=   8.78109 vt=  25.17325
 i=  762 j= 1056 glon=  275.69 (0-360E) glon=  275.69 glat=  23.60 u= -15.8000 v=  21.0000 vr=   7.01632 vt=  25.32610
 i=  767 j= 1056 glon=  275.89 (0-360E) glon=  275.89 glat=  23.60 u= -14.4000 v=  21.4000 vr=   5.46313 vt=  25.20861
 i=  772 j= 1056 glon=  276.09 (0-360E) glon=  276.09 glat=  23.60 u= -12.1000 v=  22.2000 vr=   5.41776 vt=  24.69611
 i=  777 j= 1056 glon=  276.29 (0-360E) glon=  276.29 glat=  23.60 u=  -9.8000 v=  22.1000 vr=   5.33154 vt=  23.58018
 i=  782 j= 1056 glon=  276.49 (0-360E) glon=  276.49 glat=  23.60 u=  -8.0000 v=  21.4000 vr=   4.96889 vt=  22.29955
 i=  787 j= 1056 glon=  276.69 (0-360E) glon=  276.69 glat=  23.60 u=  -6.1000 v=  21.5000 vr=   5.48056 vt=  21.66618
 i=  692 j= 1061 glon=  272.89 (0-360E) glon=  272.89 glat=  23.40 u=  -5.9000 v=  -7.4000 vr=   2.61803 vt=   9.09483
 i=  697 j= 1061 glon=  273.09 (0-360E) glon=  273.09 glat=  23.40 u=  -7.2000 v=  -7.8000 vr=   3.27081 vt=  10.09860
 i=  702 j= 1061 glon=  273.29 (0-360E) glon=  273.29 glat=  23.40 u=  -9.3000 v=  -6.8000 vr=   5.11465 vt=  10.32329
 i=  707 j= 1061 glon=  273.49 (0-360E) glon=  273.49 glat=  23.40 u= -10.0000 v=  -5.6000 vr=   5.72838 vt=   9.92702
 i=  712 j= 1061 glon=  273.69 (0-360E) glon=  273.69 glat=  23.40 u= -10.3000 v=  -1.9000 vr=   7.36969 vt=   7.44229
 i=  717 j= 1061 glon=  273.89 (0-360E) glon=  273.89 glat=  23.40 u= -12.6000 v=  -2.3000 vr=   8.18816 vt=   9.84906
 i=  722 j= 1061 glon=  274.09 (0-360E) glon=  274.09 glat=  23.40 u= -14.8000 v=  -3.0000 vr=   8.04496 vt=  12.77962
 i=  727 j= 1061 glon=  274.29 (0-360E) glon=  274.29 glat=  23.40 u= -14.4000 v=  -4.1000 vr=   5.02207 vt=  14.10492
 i=  732 j= 1061 glon=  274.49 (0-360E) glon=  274.49 glat=  23.40 u= -17.4000 v=   1.6000 vr=   8.88045 vt=  15.04851
 i=  737 j= 1061 glon=  274.69 (0-360E) glon=  274.69 glat=  23.40 u= -21.3000 v=   6.0000 vr=  10.66265 vt=  19.39067
 i=  742 j= 1061 glon=  274.89 (0-360E) glon=  274.89 glat=  23.40 u= -21.6000 v=   9.9000 vr=   9.72767 vt=  21.67816
 i=  747 j= 1061 glon=  275.09 (0-360E) glon=  275.09 glat=  23.40 u= -20.4000 v=  14.0000 vr=   8.67450 vt=  23.17138
 i=  752 j= 1061 glon=  275.29 (0-360E) glon=  275.29 glat=  23.40 u= -17.7000 v=  17.5000 vr=   7.95567 vt=  23.58489
 i=  757 j= 1061 glon=  275.49 (0-360E) glon=  275.49 glat=  23.40 u= -15.7000 v=  20.9000 vr=   7.63968 vt=  24.99870
 i=  762 j= 1061 glon=  275.69 (0-360E) glon=  275.69 glat=  23.40 u= -15.9000 v=  22.8000 vr=   5.29605 vt=  27.28739
 i=  767 j= 1061 glon=  275.89 (0-360E) glon=  275.89 glat=  23.40 u= -13.7000 v=  22.7000 vr=   3.88653 vt=  26.22737
 i=  772 j= 1061 glon=  276.09 (0-360E) glon=  276.09 glat=  23.40 u= -11.3000 v=  22.8000 vr=   3.61513 vt=  25.18851
 i=  777 j= 1061 glon=  276.29 (0-360E) glon=  276.29 glat=  23.40 u=  -8.7000 v=  22.5000 vr=   3.93346 vt=  23.80059
 i=  782 j= 1061 glon=  276.49 (0-360E) glon=  276.49 glat=  23.40 u=  -5.9000 v=  24.3000 vr=   5.89147 vt=  24.30207
 i=  787 j= 1061 glon=  276.69 (0-360E) glon=  276.69 glat=  23.40 u=  -4.4000 v=  24.7000 vr=   6.28172 vt=  24.28971
 i=  792 j= 1061 glon=  276.89 (0-360E) glon=  276.89 glat=  23.40 u=  -4.6000 v=  24.0000 vr=   4.88025 vt=  23.94458
 i=  692 j= 1066 glon=  272.89 (0-360E) glon=  272.89 glat=  23.20 u=  -4.2000 v=  -8.2000 vr=   1.62203 vt=   9.06912
 i=  697 j= 1066 glon=  273.09 (0-360E) glon=  273.09 glat=  23.20 u=  -5.7000 v=  -8.1000 vr=   2.78788 vt=   9.50409
 i=  702 j= 1066 glon=  273.29 (0-360E) glon=  273.29 glat=  23.20 u=  -7.5000 v=  -7.8000 vr=   4.20903 vt=   9.96865
 i=  707 j= 1066 glon=  273.49 (0-360E) glon=  273.49 glat=  23.20 u=  -9.0000 v=  -5.5000 vr=   6.02730 vt=   8.65573
 i=  712 j= 1066 glon=  273.69 (0-360E) glon=  273.69 glat=  23.20 u= -12.6000 v=  -3.3000 vr=   9.69944 vt=   8.69315
 i=  717 j= 1066 glon=  273.89 (0-360E) glon=  273.89 glat=  23.20 u= -14.2000 v=  -5.2000 vr=   9.34625 vt=  11.88813
 i=  722 j= 1066 glon=  274.09 (0-360E) glon=  274.09 glat=  23.20 u= -13.2000 v=  -7.0000 vr=   6.14988 vt=  13.61686
 i=  727 j= 1066 glon=  274.29 (0-360E) glon=  274.29 glat=  23.20 u= -16.0000 v=  -5.7000 vr=   7.00839 vt=  15.47167
 i=  732 j= 1066 glon=  274.49 (0-360E) glon=  274.49 glat=  23.20 u= -19.0000 v=  -1.8000 vr=   8.71820 vt=  16.97743
 i=  737 j= 1066 glon=  274.69 (0-360E) glon=  274.69 glat=  23.20 u= -20.8000 v=   0.8000 vr=   6.99784 vt=  19.60383
 i=  742 j= 1066 glon=  274.89 (0-360E) glon=  274.89 glat=  23.20 u= -24.6000 v=   7.7000 vr=   7.43451 vt=  24.68153
 i=  747 j= 1066 glon=  275.09 (0-360E) glon=  275.09 glat=  23.20 u= -23.9000 v=  16.5000 vr=   8.03493 vt=  27.90878
 i=  752 j= 1066 glon=  275.29 (0-360E) glon=  275.29 glat=  23.20 u= -19.9000 v=  20.6000 vr=   6.21297 vt=  27.96013
 i=  757 j= 1066 glon=  275.49 (0-360E) glon=  275.49 glat=  23.20 u= -15.7000 v=  24.6000 vr=   6.48582 vt=  28.45319
 i=  762 j= 1066 glon=  275.69 (0-360E) glon=  275.69 glat=  23.20 u= -12.4000 v=  24.1000 vr=   4.73886 vt=  26.68545
 i=  767 j= 1066 glon=  275.89 (0-360E) glon=  275.89 glat=  23.20 u= -11.7000 v=  25.8000 vr=   3.44218 vt=  28.11906
 i=  772 j= 1066 glon=  276.09 (0-360E) glon=  276.09 glat=  23.20 u= -12.5000 v=  27.4000 vr=   1.26674 vt=  30.08995
 i=  777 j= 1066 glon=  276.29 (0-360E) glon=  276.29 glat=  23.20 u=  -9.0000 v=  24.5000 vr=   1.52403 vt=  26.05623
 i=  782 j= 1066 glon=  276.49 (0-360E) glon=  276.49 glat=  23.20 u=  -7.0000 v=  23.6000 vr=   1.84759 vt=  24.54682
 i=  787 j= 1066 glon=  276.69 (0-360E) glon=  276.69 glat=  23.20 u=  -4.1000 v=  24.9000 vr=   4.08027 vt=  24.90324
 i=  792 j= 1066 glon=  276.89 (0-360E) glon=  276.89 glat=  23.20 u=  -1.8000 v=  24.8000 vr=   5.47565 vt=  24.25484
 i=  692 j= 1071 glon=  272.89 (0-360E) glon=  272.89 glat=  23.00 u=  -2.9000 v=  -8.1000 vr=   1.28407 vt=   8.50712
 i=  697 j= 1071 glon=  273.09 (0-360E) glon=  273.09 glat=  23.00 u=  -3.0000 v=  -7.8000 vr=   1.26101 vt=   8.26135
 i=  702 j= 1071 glon=  273.29 (0-360E) glon=  273.29 glat=  23.00 u=  -3.6000 v=  -8.9000 vr=   1.35765 vt=   9.50404
 i=  707 j= 1071 glon=  273.49 (0-360E) glon=  273.49 glat=  23.00 u=  -5.5000 v=  -7.6000 vr=   3.21779 vt=   8.81225
 i=  712 j= 1071 glon=  273.69 (0-360E) glon=  273.69 glat=  23.00 u=  -7.8000 v=  -7.6000 vr=   5.00919 vt=   9.66995
 i=  717 j= 1071 glon=  273.89 (0-360E) glon=  273.89 glat=  23.00 u=  -9.9000 v=  -6.4000 vr=   6.81973 vt=   9.61568
 i=  722 j= 1071 glon=  274.09 (0-360E) glon=  274.09 glat=  23.00 u=  -9.4000 v=  -8.3000 vr=   4.68747 vt=  11.63089
 i=  727 j= 1071 glon=  274.29 (0-360E) glon=  274.29 glat=  23.00 u= -13.8000 v=  -9.1000 vr=   6.39404 vt=  15.24356
 i=  732 j= 1071 glon=  274.49 (0-360E) glon=  274.49 glat=  23.00 u= -19.0000 v=  -7.4000 vr=   8.08848 vt=  18.71728
 i=  737 j= 1071 glon=  274.69 (0-360E) glon=  274.69 glat=  23.00 u= -32.2000 v=   0.9000 vr=  14.86992 vt=  28.57508
 i=  742 j= 1071 glon=  274.89 (0-360E) glon=  274.89 glat=  23.00 u= -27.3000 v=  16.0000 vr=  15.54345 vt=  27.56249
 i=  747 j= 1071 glon=  275.09 (0-360E) glon=  275.09 glat=  23.00 u= -20.9000 v=  25.7000 vr=  13.19088 vt=  30.38586
 i=  752 j= 1071 glon=  275.29 (0-360E) glon=  275.29 glat=  23.00 u= -16.0000 v=  30.5000 vr=   9.90703 vt=  32.98637
 i=  757 j= 1071 glon=  275.49 (0-360E) glon=  275.49 glat=  23.00 u= -14.1000 v=  30.9000 vr=   5.15479 vt=  33.57154
 i=  762 j= 1071 glon=  275.69 (0-360E) glon=  275.69 glat=  23.00 u= -11.0000 v=  30.6000 vr=   3.65448 vt=  32.31106
 i=  767 j= 1071 glon=  275.89 (0-360E) glon=  275.89 glat=  23.00 u=  -9.8000 v=  28.0000 vr=   1.14941 vt=  29.64319
 i=  772 j= 1071 glon=  276.09 (0-360E) glon=  276.09 glat=  23.00 u=  -9.1000 v=  27.9000 vr=   0.05319 vt=  29.34650
 i=  777 j= 1071 glon=  276.29 (0-360E) glon=  276.29 glat=  23.00 u=  -9.5000 v=  30.1000 vr=  -1.00673 vt=  31.54753
 i=  782 j= 1071 glon=  276.49 (0-360E) glon=  276.49 glat=  23.00 u=  -7.7000 v=  28.1000 vr=  -0.78482 vt=  29.12532
 i=  787 j= 1071 glon=  276.69 (0-360E) glon=  276.69 glat=  23.00 u=  -5.7000 v=  27.1000 vr=   0.18870 vt=  27.69232
 i=  792 j= 1071 glon=  276.89 (0-360E) glon=  276.89 glat=  23.00 u=   0.3000 v=  24.9000 vr=   5.06305 vt=  24.38166
 i=  692 j= 1076 glon=  272.89 (0-360E) glon=  272.89 glat=  22.80 u=  -1.3000 v=  -8.5000 vr=   0.55337 vt=   8.58101
 i=  697 j= 1076 glon=  273.09 (0-360E) glon=  273.09 glat=  22.80 u=  -2.4000 v=  -7.7000 vr=   1.63660 vt=   7.89757
 i=  702 j= 1076 glon=  273.29 (0-360E) glon=  273.29 glat=  22.80 u=  -2.0000 v=  -8.7000 vr=   1.02627 vt=   8.86774
 i=  707 j= 1076 glon=  273.49 (0-360E) glon=  273.49 glat=  22.80 u=  -1.9000 v=  -9.6000 vr=   0.66663 vt=   9.76348
 i=  712 j= 1076 glon=  273.69 (0-360E) glon=  273.69 glat=  22.80 u=  -2.7000 v= -10.1000 vr=   1.17087 vt=  10.38889
 i=  717 j= 1076 glon=  273.89 (0-360E) glon=  273.89 glat=  22.80 u=  -6.3000 v=  -8.7000 vr=   4.64901 vt=   9.68332
 i=  722 j= 1076 glon=  274.09 (0-360E) glon=  274.09 glat=  22.80 u=  -6.5000 v= -10.7000 vr=   3.96449 vt=  11.87530
 i=  727 j= 1076 glon=  274.29 (0-360E) glon=  274.29 glat=  22.80 u=  -9.1000 v= -14.6000 vr=   4.44530 vt=  16.61955
 i=  732 j= 1076 glon=  274.49 (0-360E) glon=  274.49 glat=  22.80 u= -23.7000 v= -11.4000 vr=  16.75246 vt=  20.27326
 i=  737 j= 1076 glon=  274.69 (0-360E) glon=  274.69 glat=  22.80 u= -18.7000 v=  -9.8000 vr=   6.92825 vt=  19.94315
 i=  742 j= 1076 glon=  274.89 (0-360E) glon=  274.89 glat=  22.80 u= -26.2000 v=   3.4000 vr=   2.44130 vt=  26.30665
 i=  747 j= 1076 glon=  275.09 (0-360E) glon=  275.09 glat=  22.80 u= -17.7000 v=  23.2000 vr=   2.01084 vt=  29.11162
 i=  752 j= 1076 glon=  275.29 (0-360E) glon=  275.29 glat=  22.80 u= -10.8000 v=  35.7000 vr=   4.67179 vt=  37.00411
 i=  757 j= 1076 glon=  275.49 (0-360E) glon=  275.49 glat=  22.80 u=  -4.8000 v=  36.7000 vr=   5.88969 vt=  36.54096
 i=  762 j= 1076 glon=  275.69 (0-360E) glon=  275.69 glat=  22.80 u=  -4.9000 v=  31.4000 vr=   2.07329 vt=  31.71232
 i=  767 j= 1076 glon=  275.89 (0-360E) glon=  275.89 glat=  22.80 u=  -7.3000 v=  31.1000 vr=  -1.71687 vt=  31.89910
 i=  772 j= 1076 glon=  276.09 (0-360E) glon=  276.09 glat=  22.80 u=  -6.0000 v=  32.3000 vr=  -1.19346 vt=  32.83086
 i=  777 j= 1076 glon=  276.29 (0-360E) glon=  276.29 glat=  22.80 u=  -4.2000 v=  32.5000 vr=  -0.08297 vt=  32.77016
 i=  782 j= 1076 glon=  276.49 (0-360E) glon=  276.49 glat=  22.80 u=  -6.5000 v=  31.3000 vr=  -3.03142 vt=  31.82374
 i=  787 j= 1076 glon=  276.69 (0-360E) glon=  276.69 glat=  22.80 u=  -0.7000 v=  30.3000 vr=   2.23924 vt=  30.22525
 i=  792 j= 1076 glon=  276.89 (0-360E) glon=  276.89 glat=  22.80 u=   2.5000 v=  26.7000 vr=   4.80378 vt=  26.38302
 i=  692 j= 1081 glon=  272.89 (0-360E) glon=  272.89 glat=  22.60 u=   1.0000 v=  -8.9000 vr=  -0.81712 vt=   8.91865
 i=  697 j= 1081 glon=  273.09 (0-360E) glon=  273.09 glat=  22.60 u=  -2.1000 v=  -9.1000 vr=   2.30211 vt=   9.05098
 i=  702 j= 1081 glon=  273.29 (0-360E) glon=  273.29 glat=  22.60 u=  -1.0000 v=  -9.0000 vr=   1.22009 vt=   8.97281
 i=  707 j= 1081 glon=  273.49 (0-360E) glon=  273.49 glat=  22.60 u=  -0.3000 v= -10.4000 vr=   0.58482 vt=  10.38788
 i=  712 j= 1081 glon=  273.69 (0-360E) glon=  273.69 glat=  22.60 u=  -0.4000 v= -11.6000 vr=   0.76350 vt=  11.58176
 i=  717 j= 1081 glon=  273.89 (0-360E) glon=  273.89 glat=  22.60 u=  -3.0000 v= -11.6000 vr=   3.42705 vt=  11.48108
 i=  722 j= 1081 glon=  274.09 (0-360E) glon=  274.09 glat=  22.60 u=  -3.0000 v= -13.4000 vr=   3.60789 vt=  13.24927
 i=  727 j= 1081 glon=  274.29 (0-360E) glon=  274.29 glat=  22.60 u=  -4.3000 v= -17.8000 vr=   5.36325 vt=  17.50901
 i=  732 j= 1081 glon=  274.49 (0-360E) glon=  274.49 glat=  22.60 u=  -2.3000 v= -16.9000 vr=   3.80737 vt=  16.62540
 i=  737 j= 1081 glon=  274.69 (0-360E) glon=  274.69 glat=  22.60 u=  -8.4000 v= -14.1000 vr=  10.79248 vt=  12.36496
 i=  742 j= 1081 glon=  274.89 (0-360E) glon=  274.89 glat=  22.60 u= -11.4000 v=   2.8000 vr=  -4.86304 vt= -10.68414
 i=  747 j= 1081 glon=  275.09 (0-360E) glon=  275.09 glat=  22.60 u=  -6.7000 v=  23.8000 vr= -10.60779 vt=  22.33394
 i=  752 j= 1081 glon=  275.29 (0-360E) glon=  275.29 glat=  22.60 u=   4.7000 v=  35.8000 vr=   1.57191 vt=  36.07297
 i=  757 j= 1081 glon=  275.49 (0-360E) glon=  275.49 glat=  22.60 u=   2.3000 v=  35.8000 vr=   0.18730 vt=  35.87332
 i=  762 j= 1081 glon=  275.69 (0-360E) glon=  275.69 glat=  22.60 u=  -1.1000 v=  36.5000 vr=  -2.73742 vt=  36.41382
 i=  767 j= 1081 glon=  275.89 (0-360E) glon=  275.89 glat=  22.60 u=   0.4000 v=  32.5000 vr=  -0.78800 vt=  32.49291
 i=  772 j= 1081 glon=  276.09 (0-360E) glon=  276.09 glat=  22.60 u=  -4.0000 v=  31.4000 vr=  -4.97297 vt=  31.26067
 i=  777 j= 1081 glon=  276.29 (0-360E) glon=  276.29 glat=  22.60 u=  -3.1000 v=  32.4000 vr=  -3.97940 vt=  32.30378
 i=  782 j= 1081 glon=  276.49 (0-360E) glon=  276.49 glat=  22.60 u=  -2.7000 v=  26.1000 vr=  -3.33399 vt=  26.02661
 i=  787 j= 1081 glon=  276.69 (0-360E) glon=  276.69 glat=  22.60 u=   1.4000 v=  28.1000 vr=   0.77757 vt=  28.12411
 i=  792 j= 1081 glon=  276.89 (0-360E) glon=  276.89 glat=  22.60 u=   5.1000 v=  29.6000 vr=   4.49443 vt=  29.69798
 i=  692 j= 1086 glon=  272.89 (0-360E) glon=  272.89 glat=  22.40 u=   3.1000 v=  -8.8000 vr=  -1.94366 vt=   9.12536
 i=  697 j= 1086 glon=  273.09 (0-360E) glon=  273.09 glat=  22.40 u=   0.7000 v= -10.2000 vr=   0.75426 vt=  10.19613
 i=  702 j= 1086 glon=  273.29 (0-360E) glon=  273.29 glat=  22.40 u=  -0.4000 v=  -8.1000 vr=   1.67961 vt=   7.93403
 i=  707 j= 1086 glon=  273.49 (0-360E) glon=  273.49 glat=  22.40 u=   1.0000 v=  -8.9000 vr=   0.61839 vt=   8.93463
 i=  712 j= 1086 glon=  273.69 (0-360E) glon=  273.69 glat=  22.40 u=   2.3000 v= -10.9000 vr=   0.02073 vt=  11.14000
 i=  717 j= 1086 glon=  273.89 (0-360E) glon=  273.89 glat=  22.40 u=   4.5000 v= -13.0000 vr=  -1.14692 vt=  13.70892
 i=  722 j= 1086 glon=  274.09 (0-360E) glon=  274.09 glat=  22.40 u=   1.7000 v= -12.2000 vr=   2.08446 vt=  12.14022
 i=  727 j= 1086 glon=  274.29 (0-360E) glon=  274.29 glat=  22.40 u=   6.0000 v= -15.4000 vr=   0.50577 vt=  16.51981
 i=  732 j= 1086 glon=  274.49 (0-360E) glon=  274.49 glat=  22.40 u=  15.6000 v= -16.6000 vr=  -4.18006 vt=  22.39301
 i=  737 j= 1086 glon=  274.69 (0-360E) glon=  274.69 glat=  22.40 u=  17.6000 v= -12.7000 vr=  -0.64561 vt=  21.69408
 i=  742 j= 1086 glon=  274.89 (0-360E) glon=  274.89 glat=  22.40 u=  24.3000 v=   7.6000 vr=  -6.95749 vt=  24.49170
 i=  747 j= 1086 glon=  275.09 (0-360E) glon=  275.09 glat=  22.40 u=  23.9000 v=  25.7000 vr=  -4.70849 vt=  34.77830
 i=  752 j= 1086 glon=  275.29 (0-360E) glon=  275.29 glat=  22.40 u=  15.3000 v=  34.0000 vr=  -4.90823 vt=  36.95943
 i=  757 j= 1086 glon=  275.49 (0-360E) glon=  275.49 glat=  22.40 u=  11.6000 v=  31.1000 vr=  -1.23625 vt=  33.16989
 i=  762 j= 1086 glon=  275.69 (0-360E) glon=  275.69 glat=  22.40 u=   8.5000 v=  34.1000 vr=  -2.08911 vt=  35.08127
 i=  767 j= 1086 glon=  275.89 (0-360E) glon=  275.89 glat=  22.40 u=   2.6000 v=  34.4000 vr=  -5.87798 vt=  33.99367
 i=  772 j= 1086 glon=  276.09 (0-360E) glon=  276.09 glat=  22.40 u=   1.8000 v=  31.0000 vr=  -4.62876 vt=  30.70529
 i=  777 j= 1086 glon=  276.29 (0-360E) glon=  276.29 glat=  22.40 u=  -0.7000 v=  27.9000 vr=  -5.66624 vt=  27.32753
 i=  782 j= 1086 glon=  276.49 (0-360E) glon=  276.49 glat=  22.40 u=  -0.1000 v=  22.6000 vr=  -3.65523 vt=  22.30267
 i=  787 j= 1086 glon=  276.69 (0-360E) glon=  276.69 glat=  22.40 u=   3.2000 v=  25.1000 vr=  -0.36852 vt=  25.30048
 i=  792 j= 1086 glon=  276.89 (0-360E) glon=  276.89 glat=  22.40 u=   5.1000 v=  27.8000 vr=   1.50851 vt=  28.22365
 i=  692 j= 1091 glon=  272.89 (0-360E) glon=  272.89 glat=  22.20 u=   4.3000 v=  -8.8000 vr=  -2.14423 vt=   9.55679
 i=  697 j= 1091 glon=  273.09 (0-360E) glon=  273.09 glat=  22.20 u=   5.9000 v=  -8.6000 vr=  -3.50907 vt=   9.82122
 i=  702 j= 1091 glon=  273.29 (0-360E) glon=  273.29 glat=  22.20 u=   5.0000 v=  -7.2000 vr=  -2.74716 vt=   8.32425
 i=  707 j= 1091 glon=  273.49 (0-360E) glon=  273.49 glat=  22.20 u=   4.9000 v=  -7.5000 vr=  -2.23792 vt=   8.67478
 i=  712 j= 1091 glon=  273.69 (0-360E) glon=  273.69 glat=  22.20 u=   5.2000 v=  -8.2000 vr=  -1.82951 vt=   9.53587
 i=  717 j= 1091 glon=  273.89 (0-360E) glon=  273.89 glat=  22.20 u=   7.2000 v=  -8.8000 vr=  -2.74612 vt=  11.03353
 i=  722 j= 1091 glon=  274.09 (0-360E) glon=  274.09 glat=  22.20 u=  11.6000 v= -11.5000 vr=  -4.12988 vt=  15.80361
 i=  727 j= 1091 glon=  274.29 (0-360E) glon=  274.29 glat=  22.20 u=  11.7000 v=  -9.5000 vr=  -3.29135 vt=  14.70738
 i=  732 j= 1091 glon=  274.49 (0-360E) glon=  274.49 glat=  22.20 u=  18.5000 v=  -7.8000 vr=  -5.92327 vt=  19.18345
 i=  737 j= 1091 glon=  274.69 (0-360E) glon=  274.69 glat=  22.20 u=  27.0000 v=  -1.6000 vr=  -8.82662 vt=  25.56659
 i=  742 j= 1091 glon=  274.89 (0-360E) glon=  274.89 glat=  22.20 u=  32.1000 v=   9.6000 vr=  -9.14439 vt=  32.23275
 i=  747 j= 1091 glon=  275.09 (0-360E) glon=  275.09 glat=  22.20 u=  25.7000 v=  23.4000 vr= -11.03306 vt=  32.95939
 i=  752 j= 1091 glon=  275.29 (0-360E) glon=  275.29 glat=  22.20 u=  20.2000 v=  27.2000 vr=  -7.30016 vt=  33.08455
 i=  757 j= 1091 glon=  275.49 (0-360E) glon=  275.49 glat=  22.20 u=  17.1000 v=  28.3000 vr=  -3.77475 vt=  32.84892
 i=  762 j= 1091 glon=  275.69 (0-360E) glon=  275.69 glat=  22.20 u=  13.9000 v=  30.6000 vr=  -3.37317 vt=  33.43937
 i=  767 j= 1091 glon=  275.89 (0-360E) glon=  275.89 glat=  22.20 u=   1.2000 v=  22.0000 vr=  -8.21811 vt=  20.44267
 i=  772 j= 1091 glon=  276.09 (0-360E) glon=  276.09 glat=  22.20 u=   1.6000 v=  33.9000 vr= -10.82746 vt=  32.16421
 i=  777 j= 1091 glon=  276.29 (0-360E) glon=  276.29 glat=  22.20 u=   2.5000 v=  32.8000 vr=  -8.05362 vt=  31.89403
 i=  782 j= 1091 glon=  276.49 (0-360E) glon=  276.49 glat=  22.20 u=   8.4000 v=  26.7000 vr=   0.52596 vt=  27.98523
 i=  787 j= 1091 glon=  276.69 (0-360E) glon=  276.69 glat=  22.20 u=   3.3000 v=  24.7000 vr=  -3.07101 vt=  24.72951
 i=  792 j= 1091 glon=  276.89 (0-360E) glon=  276.89 glat=  22.20 u=   5.0000 v=  25.5000 vr=  -1.00623 vt=  25.96608
 i=  692 j= 1096 glon=  272.89 (0-360E) glon=  272.89 glat=  22.00 u=   5.4000 v=  -8.9000 vr=  -2.18703 vt=  10.17776
 i=  697 j= 1096 glon=  273.09 (0-360E) glon=  273.09 glat=  22.00 u=   6.8000 v=  -8.5000 vr=  -3.29529 vt=  10.37454
 i=  702 j= 1096 glon=  273.29 (0-360E) glon=  273.29 glat=  22.00 u=   7.6000 v=  -7.9000 vr=  -3.84202 vt=  10.26688
 i=  707 j= 1096 glon=  273.49 (0-360E) glon=  273.49 glat=  22.00 u=   7.9000 v=  -8.0000 vr=  -3.54356 vt=  10.67020
 i=  712 j= 1096 glon=  273.69 (0-360E) glon=  273.69 glat=  22.00 u=   9.8000 v=  -7.6000 vr=  -4.70261 vt=  11.47543
 i=  717 j= 1096 glon=  273.89 (0-360E) glon=  273.89 glat=  22.00 u=  12.6000 v=  -7.3000 vr=  -6.21878 vt=  13.16726
 i=  722 j= 1096 glon=  274.09 (0-360E) glon=  274.09 glat=  22.00 u=  14.8000 v=  -6.6000 vr=  -6.88351 vt=  14.67029
 i=  727 j= 1096 glon=  274.29 (0-360E) glon=  274.29 glat=  22.00 u=  18.1000 v=  -5.3000 vr=  -7.84408 vt=  17.15140
 i=  732 j= 1096 glon=  274.49 (0-360E) glon=  274.49 glat=  22.00 u=  18.5000 v=  -0.8000 vr=  -8.52183 vt=  16.43984
 i=  737 j= 1096 glon=  274.69 (0-360E) glon=  274.69 glat=  22.00 u=  22.8000 v=   5.1000 vr= -11.10595 vt=  20.55500
 i=  742 j= 1096 glon=  274.89 (0-360E) glon=  274.89 glat=  22.00 u=  23.1000 v=  11.8000 vr= -11.57563 vt=  23.21324
 i=  747 j= 1096 glon=  275.09 (0-360E) glon=  275.09 glat=  22.00 u=  23.9000 v=  18.5000 vr= -10.80423 vt=  28.22638
 i=  752 j= 1096 glon=  275.29 (0-360E) glon=  275.29 glat=  22.00 u=  23.3000 v=  23.7000 vr=  -8.48085 vt=  32.13495
 i=  757 j= 1096 glon=  275.49 (0-360E) glon=  275.49 glat=  22.00 u=  19.0000 v=  28.5000 vr=  -8.74138 vt=  33.11855
 i=  762 j= 1096 glon=  275.69 (0-360E) glon=  275.69 glat=  22.00 u=  15.8000 v=  27.9000 vr=  -6.02889 vt=  31.49131
 i=  767 j= 1096 glon=  275.89 (0-360E) glon=  275.89 glat=  22.00 u=   6.1000 v=  28.0000 vr= -10.73013 vt=  26.57206
 i=  772 j= 1096 glon=  276.09 (0-360E) glon=  276.09 glat=  22.00 u=  11.4000 v=  39.9000 vr=  -9.83203 vt=  40.31502
 i=  777 j= 1096 glon=  276.29 (0-360E) glon=  276.29 glat=  22.00 u=  15.2000 v=  33.9000 vr=  -1.23514 vt=  37.13118
 i=  782 j= 1096 glon=  276.49 (0-360E) glon=  276.49 glat=  22.00 u=   8.3000 v=  25.7000 vr=  -2.49745 vt=  26.89131
 i=  787 j= 1096 glon=  276.69 (0-360E) glon=  276.69 glat=  22.00 u=   3.8000 v=  24.6000 vr=  -5.22550 vt=  24.33709
 i=  792 j= 1096 glon=  276.89 (0-360E) glon=  276.89 glat=  22.00 u=   5.6000 v=  24.9000 vr=  -2.81367 vt=  25.36638
 i=  697 j= 1101 glon=  273.09 (0-360E) glon=  273.09 glat=  21.80 u=   7.2000 v=  -8.2000 vr=  -2.72940 vt=  10.56553
 i=  702 j= 1101 glon=  273.29 (0-360E) glon=  273.29 glat=  21.80 u=   8.6000 v=  -7.3000 vr=  -3.87374 vt=  10.59453
 i=  707 j= 1101 glon=  273.49 (0-360E) glon=  273.49 glat=  21.80 u=  11.0000 v=  -6.9000 vr=  -5.47366 vt=  11.77493
 i=  712 j= 1101 glon=  273.69 (0-360E) glon=  273.69 glat=  21.80 u=  12.5000 v=  -6.1000 vr=  -6.28748 vt=  12.40675
 i=  717 j= 1101 glon=  273.89 (0-360E) glon=  273.89 glat=  21.80 u=  13.5000 v=  -5.1000 vr=  -6.56445 vt=  12.85177
 i=  722 j= 1101 glon=  274.09 (0-360E) glon=  274.09 glat=  21.80 u=  16.8000 v=  -3.5000 vr=  -8.47036 vt=  14.92458
 i=  727 j= 1101 glon=  274.29 (0-360E) glon=  274.29 glat=  21.80 u=  20.3000 v=  -2.4000 vr=  -9.15910 vt=  18.27460
 i=  732 j= 1101 glon=  274.49 (0-360E) glon=  274.49 glat=  21.80 u=  22.5000 v=  -0.1000 vr=  -8.91227 vt=  20.65990
 i=  737 j= 1101 glon=  274.69 (0-360E) glon=  274.69 glat=  21.80 u=  23.1000 v=   4.5000 vr=  -9.24873 vt=  21.64073
 i=  742 j= 1101 glon=  274.89 (0-360E) glon=  274.89 glat=  21.80 u=  23.2000 v=  10.6000 vr= -10.42887 vt=  23.27743
 i=  747 j= 1101 glon=  275.09 (0-360E) glon=  275.09 glat=  21.80 u=  23.9000 v=  17.8000 vr= -12.00495 vt=  27.27510
 i=  752 j= 1101 glon=  275.29 (0-360E) glon=  275.29 glat=  21.80 u=  21.7000 v=  23.0000 vr= -12.03582 vt=  29.24088
 i=  757 j= 1101 glon=  275.49 (0-360E) glon=  275.49 glat=  21.80 u=  18.2000 v=  24.8000 vr= -10.41020 vt=  28.94664
 i=  762 j= 1101 glon=  275.69 (0-360E) glon=  275.69 glat=  21.80 u=  15.4000 v=  27.4000 vr= -10.15334 vt=  29.74609
 i=  767 j= 1101 glon=  275.89 (0-360E) glon=  275.89 glat=  21.80 u=  16.1000 v=  28.1000 vr=  -6.76654 vt=  31.67071
 i=  772 j= 1101 glon=  276.09 (0-360E) glon=  276.09 glat=  21.80 u=  15.8000 v=  31.8000 vr=  -6.40350 vt=  34.92671
 i=  777 j= 1101 glon=  276.29 (0-360E) glon=  276.29 glat=  21.80 u=  13.8000 v=  27.6000 vr=  -3.31052 vt=  30.67964
 i=  782 j= 1101 glon=  276.49 (0-360E) glon=  276.49 glat=  21.80 u=  11.0000 v=  25.2000 vr=  -2.78183 vt=  27.35510
 i=  787 j= 1101 glon=  276.69 (0-360E) glon=  276.69 glat=  21.80 u=   8.6000 v=  23.3000 vr=  -2.75709 vt=  24.68296
 i=  697 j= 1106 glon=  273.09 (0-360E) glon=  273.09 glat=  21.60 u=   7.4000 v=  -6.7000 vr=  -2.72032 vt=   9.60468
 i=  702 j= 1106 glon=  273.29 (0-360E) glon=  273.29 glat=  21.60 u=   9.1000 v=  -6.2000 vr=  -3.87618 vt=  10.30656
 i=  707 j= 1106 glon=  273.49 (0-360E) glon=  273.49 glat=  21.60 u=  11.8000 v=  -5.4000 vr=  -5.81519 vt=  11.60101
 i=  712 j= 1106 glon=  273.69 (0-360E) glon=  273.69 glat=  21.60 u=  13.2000 v=  -4.3000 vr=  -6.68821 vt=  12.16544
 i=  717 j= 1106 glon=  273.89 (0-360E) glon=  273.89 glat=  21.60 u=  14.2000 v=  -3.1000 vr=  -7.11329 vt=  12.67482
 i=  722 j= 1106 glon=  274.09 (0-360E) glon=  274.09 glat=  21.60 u=  15.2000 v=  -1.9000 vr=  -7.24932 vt=  13.49435
 i=  727 j= 1106 glon=  274.29 (0-360E) glon=  274.29 glat=  21.60 u=  18.6000 v=  -0.8000 vr=  -8.01842 vt=  16.80193
 i=  732 j= 1106 glon=  274.49 (0-360E) glon=  274.49 glat=  21.60 u=  21.3000 v=   2.5000 vr=  -9.43420 vt=  19.25970
 i=  737 j= 1106 glon=  274.69 (0-360E) glon=  274.69 glat=  21.60 u=  22.9000 v=   9.2000 vr= -12.97254 vt=  20.99436
 i=  742 j= 1106 glon=  274.89 (0-360E) glon=  274.89 glat=  21.60 u=  23.1000 v=  14.2000 vr= -14.06255 vt=  23.18393
 i=  747 j= 1106 glon=  275.09 (0-360E) glon=  275.09 glat=  21.60 u=  21.1000 v=  17.2000 vr= -13.07352 vt=  23.87746
 i=  752 j= 1106 glon=  275.29 (0-360E) glon=  275.29 glat=  21.60 u=  18.7000 v=  22.0000 vr= -14.27478 vt=  25.09822
 i=  757 j= 1106 glon=  275.49 (0-360E) glon=  275.49 glat=  21.60 u=  17.1000 v=  25.3000 vr= -14.07362 vt=  27.10043
 i=  762 j= 1106 glon=  275.69 (0-360E) glon=  275.69 glat=  21.60 u=  22.7000 v=  24.7000 vr=  -6.74385 vt=  32.86184
 i=  767 j= 1106 glon=  275.89 (0-360E) glon=  275.89 glat=  21.60 u=  14.9000 v=  28.7000 vr= -11.36175 vt=  30.27558
 i=  772 j= 1106 glon=  276.09 (0-360E) glon=  276.09 glat=  21.60 u=  14.0000 v=  30.3000 vr= -10.33773 vt=  31.73675
 i=  777 j= 1106 glon=  276.29 (0-360E) glon=  276.29 glat=  21.60 u=  12.6000 v=  22.7000 vr=  -4.28075 vt=  25.60713
 i=  782 j= 1106 glon=  276.49 (0-360E) glon=  276.49 glat=  21.60 u=   9.0000 v=  22.4000 vr=  -5.43488 vt=  23.52067
 i=  787 j= 1106 glon=  276.69 (0-360E) glon=  276.69 glat=  21.60 u=   9.9000 v=  21.4000 vr=  -2.87957 vt=  23.40252
 i=  702 j= 1111 glon=  273.29 (0-360E) glon=  273.29 glat=  21.40 u=   8.8000 v=  -5.0000 vr=  -3.52876 vt=   9.48619
 i=  707 j= 1111 glon=  273.49 (0-360E) glon=  273.49 glat=  21.40 u=  10.8000 v=  -4.2000 vr=  -4.89040 vt=  10.50543
 i=  712 j= 1111 glon=  273.69 (0-360E) glon=  273.69 glat=  21.40 u=  13.5000 v=  -2.3000 vr=  -7.28349 vt=  11.59702
 i=  717 j= 1111 glon=  273.89 (0-360E) glon=  273.89 glat=  21.40 u=  15.6000 v=  -0.4000 vr=  -8.99625 vt=  12.75098
 i=  722 j= 1111 glon=  274.09 (0-360E) glon=  274.09 glat=  21.40 u=  17.4000 v=   1.2000 vr=  -9.92829 vt=  14.33978
 i=  727 j= 1111 glon=  274.29 (0-360E) glon=  274.29 glat=  21.40 u=  19.2000 v=   3.5000 vr= -11.00566 vt=  16.11724
 i=  732 j= 1111 glon=  274.49 (0-360E) glon=  274.49 glat=  21.40 u=  20.6000 v=   6.3000 vr= -11.87418 vt=  17.97370
 i=  737 j= 1111 glon=  274.69 (0-360E) glon=  274.69 glat=  21.40 u=  20.0000 v=   9.4000 vr= -12.17490 vt=  18.44266
 i=  742 j= 1111 glon=  274.89 (0-360E) glon=  274.89 glat=  21.40 u=  19.8000 v=  14.0000 vr= -13.90127 vt=  19.86944
 i=  747 j= 1111 glon=  275.09 (0-360E) glon=  275.09 glat=  21.40 u=  18.2000 v=  18.7000 vr= -15.69008 vt=  20.85069
 i=  752 j= 1111 glon=  275.29 (0-360E) glon=  275.29 glat=  21.40 u=  16.5000 v=  21.1000 vr= -15.36600 vt=  21.93960
 i=  757 j= 1111 glon=  275.49 (0-360E) glon=  275.49 glat=  21.40 u=  18.7000 v=  20.6000 vr= -11.00392 vt=  25.55315
 i=  762 j= 1111 glon=  275.69 (0-360E) glon=  275.69 glat=  21.40 u=  16.9000 v=  20.5000 vr=  -8.79326 vt=  25.07067
 i=  767 j= 1111 glon=  275.89 (0-360E) glon=  275.89 glat=  21.40 u=  13.4000 v=  22.3000 vr=  -9.72972 vt=  24.12846
 i=  772 j= 1111 glon=  276.09 (0-360E) glon=  276.09 glat=  21.40 u=  12.2000 v=  26.3000 vr= -11.32859 vt=  26.68694
 i=  777 j= 1111 glon=  276.29 (0-360E) glon=  276.29 glat=  21.40 u=   6.5000 v=  25.2000 vr= -12.63841 vt=  22.74996
 i=  782 j= 1111 glon=  276.49 (0-360E) glon=  276.49 glat=  21.40 u=   6.2000 v=  24.3000 vr= -10.77497 vt=  22.64575
 i=  707 j= 1116 glon=  273.49 (0-360E) glon=  273.49 glat=  21.20 u=   9.9000 v=  -2.0000 vr=  -5.12762 vt=   8.70158
 i=  712 j= 1116 glon=  273.69 (0-360E) glon=  273.69 glat=  21.20 u=  12.2000 v=  -0.8000 vr=  -6.80746 vt=  10.15571
 i=  717 j= 1116 glon=  273.89 (0-360E) glon=  273.89 glat=  21.20 u=  14.1000 v=   0.4000 vr=  -7.94594 vt=  11.65470
 i=  722 j= 1116 glon=  274.09 (0-360E) glon=  274.09 glat=  21.20 u=  15.8000 v=   2.6000 vr=  -9.51648 vt=  12.87776
 i=  727 j= 1116 glon=  274.29 (0-360E) glon=  274.29 glat=  21.20 u=  16.8000 v=   5.0000 vr= -10.67988 vt=  13.89893
 i=  732 j= 1116 glon=  274.49 (0-360E) glon=  274.49 glat=  21.20 u=  18.5000 v=   8.3000 vr= -12.59985 vt=  15.88659
 i=  737 j= 1116 glon=  274.69 (0-360E) glon=  274.69 glat=  21.20 u=  18.9000 v=  11.0000 vr= -13.25768 vt=  17.39091
 i=  742 j= 1116 glon=  274.89 (0-360E) glon=  274.89 glat=  21.20 u=  18.0000 v=  13.2000 vr= -13.12277 vt=  18.05638
 i=  747 j= 1116 glon=  275.09 (0-360E) glon=  275.09 glat=  21.20 u=  17.6000 v=  14.8000 vr= -12.34145 vt=  19.40331
 i=  752 j= 1116 glon=  275.29 (0-360E) glon=  275.29 glat=  21.20 u=  16.9000 v=  16.3000 vr= -11.47258 vt=  20.48609
 i=  757 j= 1116 glon=  275.49 (0-360E) glon=  275.49 glat=  21.20 u=  19.0000 v=  16.4000 vr=  -8.34043 vt=  23.67271
 i=  762 j= 1116 glon=  275.69 (0-360E) glon=  275.69 glat=  21.20 u=  13.9000 v=  16.1000 vr=  -7.86051 vt=  19.76442
 i=  767 j= 1116 glon=  275.89 (0-360E) glon=  275.89 glat=  21.20 u=   9.8000 v=  18.5000 vr= -10.17606 vt=  18.29584
 i=  772 j= 1116 glon=  276.09 (0-360E) glon=  276.09 glat=  21.20 u=   9.5000 v=  28.3000 vr= -16.49900 vt=  24.87816
 i=  777 j= 1116 glon=  276.29 (0-360E) glon=  276.29 glat=  21.20 u=   8.0000 v=  23.5000 vr= -12.03522 vt=  21.71183
 i=  712 j= 1121 glon=  273.69 (0-360E) glon=  273.69 glat=  21.00 u=  14.0000 v=   3.0000 vr= -10.32445 vt=   9.91996
 i=  717 j= 1121 glon=  273.89 (0-360E) glon=  273.89 glat=  21.00 u=  14.9000 v=   4.3000 vr= -11.05472 vt=  10.87627
 i=  722 j= 1121 glon=  274.09 (0-360E) glon=  274.09 glat=  21.00 u=  16.0000 v=   5.6000 vr= -11.66847 vt=  12.29662
 i=  727 j= 1121 glon=  274.29 (0-360E) glon=  274.29 glat=  21.00 u=  16.9000 v=   7.0000 vr= -12.02240 vt=  13.78666
 i=  732 j= 1121 glon=  274.49 (0-360E) glon=  274.49 glat=  21.00 u=  17.1000 v=   8.6000 vr= -12.11595 vt=  14.81802
 i=  737 j= 1121 glon=  274.69 (0-360E) glon=  274.69 glat=  21.00 u=  17.1000 v=  10.7000 vr= -12.49995 vt=  15.83197
 i=  742 j= 1121 glon=  274.89 (0-360E) glon=  274.89 glat=  21.00 u=  17.3000 v=  11.9000 vr= -11.83486 vt=  17.34463
 i=  747 j= 1121 glon=  275.09 (0-360E) glon=  275.09 glat=  21.00 u=  16.7000 v=  12.3000 vr= -10.27315 vt=  18.01784
 i=  752 j= 1121 glon=  275.29 (0-360E) glon=  275.29 glat=  21.00 u=  16.1000 v=  13.1000 vr=  -9.14843 vt=  18.63132
 i=  757 j= 1121 glon=  275.49 (0-360E) glon=  275.49 glat=  21.00 u=  15.8000 v=  15.1000 vr=  -9.14169 vt=  19.85143
 i=  762 j= 1121 glon=  275.69 (0-360E) glon=  275.69 glat=  21.00 u=   5.0000 v=  20.3000 vr= -16.38395 vt=  12.98677
 i=  767 j= 1121 glon=  275.89 (0-360E) glon=  275.89 glat=  21.00 u=   6.6000 v=  24.6000 vr= -18.10022 vt=  17.91932
 i=  772 j= 1121 glon=  276.09 (0-360E) glon=  276.09 glat=  21.00 u=   5.2000 v=  22.8000 vr= -15.89169 vt=  17.15617
 i=  722 j= 1126 glon=  274.09 (0-360E) glon=  274.09 glat=  20.80 u=  15.0000 v=   5.3000 vr= -10.49890 vt=  11.95254
 i=  727 j= 1126 glon=  274.29 (0-360E) glon=  274.29 glat=  20.80 u=  15.7000 v=   7.1000 vr= -11.30893 vt=  13.00031
 i=  732 j= 1126 glon=  274.49 (0-360E) glon=  274.49 glat=  20.80 u=  16.2000 v=   8.5000 vr= -11.49489 vt=  14.23227
 i=  737 j= 1126 glon=  274.69 (0-360E) glon=  274.69 glat=  20.80 u=  15.7000 v=   9.3000 vr= -10.78267 vt=  14.72121
 i=  742 j= 1126 glon=  274.89 (0-360E) glon=  274.89 glat=  20.80 u=  17.0000 v=   9.4000 vr=  -9.34298 vt=  17.03141
 i=  747 j= 1126 glon=  275.09 (0-360E) glon=  275.09 glat=  20.80 u=  15.7000 v=  10.3000 vr=  -8.61394 vt=  16.68473
 i=  752 j= 1126 glon=  275.29 (0-360E) glon=  275.29 glat=  20.80 u=  14.6000 v=  10.2000 vr=  -7.05315 vt=  16.35399
 i=  757 j= 1126 glon=  275.49 (0-360E) glon=  275.49 glat=  20.80 u=  14.4000 v=  22.2000 vr= -17.00657 vt=  20.27256
 i=  762 j= 1126 glon=  275.69 (0-360E) glon=  275.69 glat=  20.80 u=  14.1000 v=  20.8000 vr= -13.94329 vt=  20.90537
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.2267151618472       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     41.89 kts
    LL Wind Circ Vt mean quadmax value: SE     29.26 kts
    LL Wind Circ Vt mean quadmax value: SW     24.19 kts
    LL Wind Circ Vt mean quadmax value: NW     32.83 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   9.79026480266131       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    22.5527740512868     
   xcenlon=    274.895624829600     
   imax=         2738  jmax=         2041
   jlatfix=         1082
   ilonfix (unadjusted) =          743
  
 In get_max_wind, ibeg=          668  iend=          817
                  jbeg=         1014  jend=         1151
         ilonfix=          743  jlatfix=         1082
 At end of get_max_wind, vmax=    32.0057651056806       rmax= 
   12.4662010706304     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.30 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.39 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.13 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   16.19 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   19.59 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   21.90 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   23.28 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   24.00 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   24.47 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   24.65 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   24.61 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   24.31 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   23.85 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   23.34 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   22.81 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   22.29 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   21.81 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   21.35 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   20.92 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   20.53 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.16 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   19.83 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   19.50 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   19.16 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   18.74 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   18.21 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   17.60 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   17.18 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   16.87 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.56 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.17 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   15.76 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.37 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.02 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   14.70 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   14.52 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   14.48 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.45 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.48 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.54 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.64 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.69 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    24.65 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    24.6500405025471      
  (m/s)   (in kts)=    47.8876336842982     
  rising_sum_dvdr=       18.3541340051582     
  declining_sum_dvdr=   -7.05003555344211     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    18 igrct=  1 Vmax (m/s)=   32.006   22:18:21
 TIMING: before call  getradii, fhr=    18 igrct=  1   22:18:21
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.87516884680658     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.87516884680658     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.4205601922018     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.4205601922018     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.38599645560319     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.38599645560319     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.9041218959661     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   12.90 good_quad_ct=   4 mean_vt_4quad=      3.23
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   10.83 mean_vt_4quad=    5.78
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   10.95 mean_vt_4quad=    5.82
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.07 mean_vt_4quad=    5.86
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   11.20 mean_vt_4quad=    5.90
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   11.35 mean_vt_4quad=    5.96
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   11.53 mean_vt_4quad=    6.03
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   11.70 mean_vt_4quad=    6.09
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   11.90 mean_vt_4quad=    6.14
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.06 mean_vt_4quad=    6.19
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.27 mean_vt_4quad=    6.23
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.55 mean_vt_4quad=    6.28
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.82 mean_vt_4quad=    6.33
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.13 mean_vt_4quad=    6.39
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.35 mean_vt_4quad=    6.45
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.60 mean_vt_4quad=    6.49
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.83 mean_vt_4quad=    6.53
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.89 mean_vt_4quad=    6.55
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.77 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.68 mean_vt_4quad=    6.61
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.55 mean_vt_4quad=    6.66
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.31 mean_vt_4quad=    6.72
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.33 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.16 mean_vt_4quad=    6.85
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.05 mean_vt_4quad=    6.92
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   12.89 mean_vt_4quad=    6.98
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   12.92 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.03 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   12.85 mean_vt_4quad=    7.17
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   12.60 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   12.70 mean_vt_4quad=    7.28
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   12.82 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   12.88 mean_vt_4quad=    7.38
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   12.98 mean_vt_4quad=    7.43
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.07 mean_vt_4quad=    7.48
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.16 mean_vt_4quad=    7.54
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.27 mean_vt_4quad=    7.59
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.39 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   13.53 mean_vt_4quad=    7.69
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   13.68 mean_vt_4quad=    7.74
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   13.81 mean_vt_4quad=    7.80
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   13.95 mean_vt_4quad=    7.86
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   13.99 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.10 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.18 mean_vt_4quad=    8.10
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.26 mean_vt_4quad=    8.17
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.30 mean_vt_4quad=    8.23
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.37 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   14.43 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   14.49 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   14.57 mean_vt_4quad=    8.62
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   14.65 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   14.74 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   14.85 mean_vt_4quad=    8.92
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   14.91 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   14.96 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   14.97 mean_vt_4quad=    9.14
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.02 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.00 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   14.97 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   14.93 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   15.02 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   15.12 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   15.37 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   15.59 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   15.82 mean_vt_4quad=   10.18
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   15.93 mean_vt_4quad=   10.30
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   16.18 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   16.46 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   16.67 mean_vt_4quad=   10.71
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   16.81 mean_vt_4quad=   10.86
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   16.90 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   16.92 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   16.94 mean_vt_4quad=   11.33
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.08 mean_vt_4quad=   11.51
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   17.34 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   17.54 mean_vt_4quad=   11.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    5.38
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   12.06 .... 0.5*v_holland=    5.38
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   12.25 .... 0.5*v_holland=    5.38
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   12.40 .... 0.5*v_holland=    5.38
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    5.38
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    144.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   77.7024000000000     
 vradius(iwindix,iquad) =          78
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   17.54 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.69 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   17.94 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   18.20 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   18.42 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   18.57 mean_vt_4quad=   12.61
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   18.64 mean_vt_4quad=   12.71
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   18.74 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   18.93 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   19.24 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   19.55 mean_vt_4quad=   13.09
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   19.91 mean_vt_4quad=   13.15
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.16 mean_vt_4quad=   13.23
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.22 mean_vt_4quad=   13.40
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.52 mean_vt_4quad=   13.67
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   20.91 mean_vt_4quad=   14.01
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.28 mean_vt_4quad=   14.35
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.64 mean_vt_4quad=   14.70
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   22.04 mean_vt_4quad=   15.00
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   22.61 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   23.34 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   24.11 mean_vt_4quad=   15.78
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   24.60 mean_vt_4quad=   16.28
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   25.01 mean_vt_4quad=   16.86
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.29 mean_vt_4quad=   17.39
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.36 mean_vt_4quad=   17.86
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   25.37 mean_vt_4quad=   18.30
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   25.56 mean_vt_4quad=   18.76
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   25.94 mean_vt_4quad=   19.23
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
  
  --- vmaxwind of    32.0057651056806       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.89 mean_vt_4quad=    5.78
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.88 mean_vt_4quad=    5.82
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.83 mean_vt_4quad=    5.86
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.90 mean_vt_4quad=    5.90
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   11.02 mean_vt_4quad=    5.96
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   11.17 mean_vt_4quad=    6.03
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   11.31 mean_vt_4quad=    6.09
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   11.44 mean_vt_4quad=    6.14
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   11.54 mean_vt_4quad=    6.19
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   11.65 mean_vt_4quad=    6.23
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   11.75 mean_vt_4quad=    6.28
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   11.83 mean_vt_4quad=    6.33
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   11.92 mean_vt_4quad=    6.39
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   11.99 mean_vt_4quad=    6.45
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.09 mean_vt_4quad=    6.49
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   12.21 mean_vt_4quad=    6.53
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   12.33 mean_vt_4quad=    6.55
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   12.39 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   12.42 mean_vt_4quad=    6.61
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   12.40 mean_vt_4quad=    6.66
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   12.31 mean_vt_4quad=    6.72
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   12.33 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   12.36 mean_vt_4quad=    6.85
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   12.43 mean_vt_4quad=    6.92
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   12.51 mean_vt_4quad=    6.98
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   12.59 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   12.63 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   12.70 mean_vt_4quad=    7.17
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   12.79 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   12.93 mean_vt_4quad=    7.28
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   13.09 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   13.25 mean_vt_4quad=    7.38
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   13.47 mean_vt_4quad=    7.43
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   13.74 mean_vt_4quad=    7.48
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   13.99 mean_vt_4quad=    7.54
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.35 mean_vt_4quad=    7.59
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.63 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.80 mean_vt_4quad=    7.69
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   14.89 mean_vt_4quad=    7.74
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   14.86 mean_vt_4quad=    7.80
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   14.84 mean_vt_4quad=    7.86
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.00 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.10 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.27 mean_vt_4quad=    8.10
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.19 mean_vt_4quad=    8.17
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.14 mean_vt_4quad=    8.23
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.06 mean_vt_4quad=    8.31
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   15.19 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   15.98 mean_vt_4quad=    8.50
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.25 mean_vt_4quad=    8.62
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.71 mean_vt_4quad=    8.73
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=    8.73 .... 0.5*v_holland=    3.58
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=    8.83 .... 0.5*v_holland=    3.58
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=    8.92 .... 0.5*v_holland=    3.58
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=    9.01 .... 0.5*v_holland=    3.58
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=    9.08 .... 0.5*v_holland=    3.58
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    219.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   118.172400000000     
 vradius(iwindix,iquad) =         118
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.71 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.50 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.76 mean_vt_4quad=    8.92
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   16.01 mean_vt_4quad=    9.01
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   16.23 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.51 mean_vt_4quad=    9.14
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   16.89 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.30 mean_vt_4quad=    9.30
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.73 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.97 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.07 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.19 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.25 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.63 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.94 mean_vt_4quad=   10.18
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.22 mean_vt_4quad=   10.30
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.42 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.61 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.89 mean_vt_4quad=   10.71
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.32 mean_vt_4quad=   10.86
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.27 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   22.34 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   23.31 mean_vt_4quad=   11.33
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   24.03 mean_vt_4quad=   11.51
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   24.51 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   25.05 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   25.74 mean_vt_4quad=   12.06
  
 NO interp, exactdistkm=    141.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   76.0836000000000     
 vradius(iwindix,iquad) =          76
  
  --- vmaxwind of    32.0057651056806       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.69 mean_vt_4quad=    5.78
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.71 mean_vt_4quad=    5.82
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.78 mean_vt_4quad=    5.86
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.77 mean_vt_4quad=    5.90
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.74 mean_vt_4quad=    5.96
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.69 mean_vt_4quad=    6.03
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.72 mean_vt_4quad=    6.09
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.76 mean_vt_4quad=    6.14
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.78 mean_vt_4quad=    6.19
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.79 mean_vt_4quad=    6.23
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   11.81 mean_vt_4quad=    6.28
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.81 mean_vt_4quad=    6.33
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.80 mean_vt_4quad=    6.39
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.78 mean_vt_4quad=    6.45
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.72 mean_vt_4quad=    6.49
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.64 mean_vt_4quad=    6.53
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.55 mean_vt_4quad=    6.55
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.51 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.52 mean_vt_4quad=    6.61
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   11.52 mean_vt_4quad=    6.66
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   11.51 mean_vt_4quad=    6.72
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.52 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.55 mean_vt_4quad=    6.85
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.65 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.76 mean_vt_4quad=    6.98
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.88 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   12.03 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.16 mean_vt_4quad=    7.17
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   12.30 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   12.45 mean_vt_4quad=    7.28
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   12.58 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.68 mean_vt_4quad=    7.38
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   12.73 mean_vt_4quad=    7.43
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.82 mean_vt_4quad=    7.48
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.96 mean_vt_4quad=    7.54
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.09 mean_vt_4quad=    7.59
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.19 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.35 mean_vt_4quad=    7.69
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.45 mean_vt_4quad=    7.74
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.46 mean_vt_4quad=    7.80
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.49 mean_vt_4quad=    7.86
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.44 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.37 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.33 mean_vt_4quad=    8.10
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.31 mean_vt_4quad=    8.17
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.29 mean_vt_4quad=    8.23
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.36 mean_vt_4quad=    8.31
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.49 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.68 mean_vt_4quad=    8.50
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   13.84 mean_vt_4quad=    8.62
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   13.92 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.90 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.83 mean_vt_4quad=    8.92
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   13.71 mean_vt_4quad=    9.01
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.57 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   13.45 mean_vt_4quad=    9.14
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   13.38 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.38 mean_vt_4quad=    9.30
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   13.42 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.47 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.49 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   13.49 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.47 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   13.49 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   13.54 mean_vt_4quad=   10.18
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   13.65 mean_vt_4quad=   10.30
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   13.77 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.89 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.99 mean_vt_4quad=   10.71
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   14.05 mean_vt_4quad=   10.86
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.10 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.15 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.24 mean_vt_4quad=   11.33
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.36 mean_vt_4quad=   11.51
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.54 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.79 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.08 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.38 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.66 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   15.90 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   16.09 mean_vt_4quad=   12.61
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   16.28 mean_vt_4quad=   12.71
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   16.49 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.72 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   16.94 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   17.20 mean_vt_4quad=   13.09
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   17.44 mean_vt_4quad=   13.15
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.64 mean_vt_4quad=   13.23
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   13.23 .... 0.5*v_holland=    7.05
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   13.40 .... 0.5*v_holland=    7.05
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   13.67 .... 0.5*v_holland=    7.05
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   14.01 .... 0.5*v_holland=    7.05
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   14.35 .... 0.5*v_holland=    7.05
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.64 mean_vt_4quad=   13.23
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.82 mean_vt_4quad=   13.40
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   18.00 mean_vt_4quad=   13.67
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   18.26 mean_vt_4quad=   14.01
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   18.51 mean_vt_4quad=   14.35
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   18.73 mean_vt_4quad=   14.70
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   18.80 mean_vt_4quad=   15.00
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   18.76 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   18.61 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   18.40 mean_vt_4quad=   15.78
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   18.33 mean_vt_4quad=   16.28
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   18.39 mean_vt_4quad=   16.86
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   18.67 mean_vt_4quad=   17.39
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   18.77 mean_vt_4quad=   17.86
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   18.72 mean_vt_4quad=   18.30
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   18.45 mean_vt_4quad=   18.76
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   18.49 mean_vt_4quad=   19.23
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   18.80 mean_vt_4quad=   19.74
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   19.57 mean_vt_4quad=   20.26
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   20.33 mean_vt_4quad=   20.77
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   21.10 mean_vt_4quad=   21.28
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   21.80 mean_vt_4quad=   21.80
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   22.56 mean_vt_4quad=   22.33
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   23.39 mean_vt_4quad=   22.82
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   24.29 mean_vt_4quad=   23.21
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   25.14 mean_vt_4quad=   23.41
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   25.87 mean_vt_4quad=   23.36
  
 NO interp, exactdistkm=    30.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   16.1880000000000     
 vradius(iwindix,iquad) =          16
  
  --- vmaxwind of    32.0057651056806       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.16 mean_vt_4quad=    5.78
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.60 mean_vt_4quad=    5.82
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.68 mean_vt_4quad=    5.86
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   10.38 mean_vt_4quad=    5.90
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   12.14 mean_vt_4quad=    5.96
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   12.83 mean_vt_4quad=    6.03
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   12.22 mean_vt_4quad=    6.09
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   11.03 mean_vt_4quad=    6.14
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.25 mean_vt_4quad=    6.19
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.03 mean_vt_4quad=    6.23
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.17 mean_vt_4quad=    6.28
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.89 mean_vt_4quad=    6.33
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.05 mean_vt_4quad=    6.39
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.65 mean_vt_4quad=    6.45
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.67 mean_vt_4quad=    6.49
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.38 mean_vt_4quad=    6.53
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.08 mean_vt_4quad=    6.55
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.21 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    8.37 mean_vt_4quad=    6.61
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    8.89 mean_vt_4quad=    6.66
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.08 mean_vt_4quad=    6.72
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.15 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.23 mean_vt_4quad=    6.85
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.34 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.26 mean_vt_4quad=    6.98
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.14 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.07 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.92 mean_vt_4quad=    7.17
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.97 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    9.35 mean_vt_4quad=    7.28
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    9.75 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    9.96 mean_vt_4quad=    7.38
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.00 mean_vt_4quad=    7.43
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.04 mean_vt_4quad=    7.48
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.12 mean_vt_4quad=    7.54
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.25 mean_vt_4quad=    7.59
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   10.45 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   10.73 mean_vt_4quad=    7.69
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.07 mean_vt_4quad=    7.74
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.23 mean_vt_4quad=    7.80
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.25 mean_vt_4quad=    7.86
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.19 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.18 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.30 mean_vt_4quad=    8.10
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.32 mean_vt_4quad=    8.17
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.44 mean_vt_4quad=    8.23
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.56 mean_vt_4quad=    8.31
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.73 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.90 mean_vt_4quad=    8.50
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.91 mean_vt_4quad=    8.62
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   11.92 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   11.86 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   11.75 mean_vt_4quad=    8.92
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   11.64 mean_vt_4quad=    9.01
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   11.55 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   11.55 mean_vt_4quad=    9.14
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.57 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   11.63 mean_vt_4quad=    9.30
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   11.66 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   11.63 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   11.71 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   11.73 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   11.78 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   11.92 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.09 mean_vt_4quad=   10.18
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   12.31 mean_vt_4quad=   10.30
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   12.52 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   12.69 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   12.76 mean_vt_4quad=   10.71
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   12.69 mean_vt_4quad=   10.86
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   12.61 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   12.78 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.18 mean_vt_4quad=   11.33
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   13.50 mean_vt_4quad=   11.51
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   13.79 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.02 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.24 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   14.49 mean_vt_4quad=   12.25
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   14.75 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   14.95 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.08 mean_vt_4quad=   12.61
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   15.20 mean_vt_4quad=   12.71
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   15.29 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   15.35 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   15.35 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   15.45 mean_vt_4quad=   13.09
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   15.58 mean_vt_4quad=   13.15
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   15.77 mean_vt_4quad=   13.23
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   15.94 mean_vt_4quad=   13.40
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   16.06 mean_vt_4quad=   13.67
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   16.14 mean_vt_4quad=   14.01
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   16.35 mean_vt_4quad=   14.35
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   16.54 mean_vt_4quad=   14.70
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   16.73 mean_vt_4quad=   15.00
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   16.87 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   17.07 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   17.34 mean_vt_4quad=   15.78
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   17.76 mean_vt_4quad=   16.28
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   16.28 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   16.86 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   17.39 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   17.86 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   18.30 .... 0.5*v_holland=    9.42
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   17.76 mean_vt_4quad=   16.28
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   18.25 mean_vt_4quad=   16.86
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   18.81 mean_vt_4quad=   17.39
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   19.44 mean_vt_4quad=   17.86
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   20.05 mean_vt_4quad=   18.30
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   20.63 mean_vt_4quad=   18.76
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   21.09 mean_vt_4quad=   19.23
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   21.49 mean_vt_4quad=   19.74
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   21.85 mean_vt_4quad=   20.26
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   22.22 mean_vt_4quad=   20.77
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   22.81 mean_vt_4quad=   21.28
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   23.57 mean_vt_4quad=   21.80
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   24.62 mean_vt_4quad=   22.33
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   25.50 mean_vt_4quad=   22.82
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   26.07 mean_vt_4quad=   23.21
  
 NO interp, exactdistkm=    36.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   19.4256000000000     
 vradius(iwindix,iquad) =          19
  
  --- vmaxwind of    32.0057651056806       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    18 igrct=  1   22:18:21
 TIMING: after getrad_iter_loop, fhr=    18 igrct=  2 Vmax (m/s)=   32.006   22:18:21
 TIMING: Before get_phase ... 22:18:21
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           18 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    15.289
  
  
  In get_cps_paramb, lead time=           18 :           0   10L  IDALIA   
   right_ct=          857   left_ct=          863
   zthicksum(1)=    2919434.90675000     
   zthicksum(2)=    2946743.61525000     
   zthick_right_mean=    3406.57515373396     
   zthick_left_mean=     3414.53489600232     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -7.95974226836006     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           34.01
  Sum of y-diffs squared (ydiff2) =         2138.75
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   248.67   6.7452       22.83   0.1661    -3.33    11.11      521.24
    2   242.78   6.6846       16.94   0.1055     0.33     0.11      287.05
    3   235.26   6.6201        9.42   0.0409     2.98     8.86       88.79
    4   223.70   6.5511       -2.15  -0.0281     2.28     5.18        4.60
    5   210.38   6.4770      -15.46  -0.1022     0.64     0.41      238.93
    6   194.25   6.3969      -31.59  -0.1822    -2.89     8.34      998.14
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   225.841     x:    6.58
  
  slope=    157.531         y-intercept =   -810.579
  Regression equation:   Y =  -810.58 +   157.53X
  
  R2(r_squared) =  0.9841        r =  0.9920
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1021.67 zmin=  766.34 zdiff=  255.33
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1516.02 zmin= 1267.35 zdiff=  248.67
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.66 dlnp=     -0.057158  dzdlnp=      116.448
  
   +++ k=  3 press=    800.0 zmax= 2037.21 zmin= 1794.43 zdiff=  242.78
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.89 dlnp=     -0.060625  dzdlnp=       97.122
  
   +++ k=  4 press=    750.0 zmax= 2586.15 zmin= 2350.88 zdiff=  235.26
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.52 dlnp=     -0.064539  dzdlnp=      116.520
  
   +++ k=  5 press=    700.0 zmax= 3164.90 zmin= 2941.21 zdiff=  223.70
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -11.57 dlnp=     -0.068993  dzdlnp=      167.669
  
   +++ k=  6 press=    650.0 zmax= 3778.06 zmin= 3567.67 zdiff=  210.38
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.31 dlnp=     -0.074108  dzdlnp=      179.630
  
   +++ k=  7 press=    600.0 zmax= 4431.41 zmin= 4237.16 zdiff=  194.25
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.14 dlnp=     -0.080043  dzdlnp=      201.592
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           53.29
  Sum of y-diffs squared (ydiff2) =         6352.94
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   174.67   6.3099       46.05   0.2788     2.34     5.46     2120.42
    2   158.56   6.2146       29.94   0.1834     1.17     1.37      896.16
    3   140.19   6.1092       11.57   0.0781    -0.68     0.46      133.82
    4   117.42   5.9915      -11.20  -0.0397    -4.98    24.76      125.44
    5    99.46   5.8579      -29.17  -0.1732    -2.01     4.02      850.77
    6    81.44   5.7038      -47.18  -0.3274     4.15    17.22     2226.33
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   128.624     x:    6.03
  
  slope=    156.803         y-intercept =   -817.081
  Regression equation:   Y =  -817.08 +   156.80X
  
  R2(r_squared) =  0.9916        r =  0.9958
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           18 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4431.41 zmin= 4237.16 zdiff=  194.25
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5131.23 zmin= 4956.56 zdiff=  174.67
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -19.58 dlnp=     -0.087011  dzdlnp=      224.982
  
   +++ k=  9 press=    500.0 zmax= 5887.81 zmin= 5729.25 zdiff=  158.56
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -16.11 dlnp=     -0.095310  dzdlnp=      169.048
  
   +++ k= 10 press=    450.0 zmax= 6710.55 zmin= 6570.36 zdiff=  140.19
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -18.37 dlnp=     -0.105361  dzdlnp=      174.335
  
   +++ k= 11 press=    400.0 zmax= 7611.47 zmin= 7494.04 zdiff=  117.42
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -22.77 dlnp=     -0.117783  dzdlnp=      193.305
  
   +++ k= 12 press=    350.0 zmax= 8615.14 zmin= 8515.68 zdiff=   99.46
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -17.97 dlnp=     -0.133531  dzdlnp=      134.560
  
   +++ k= 13 press=    300.0 zmax= 9742.40 zmin= 9660.96 zdiff=   81.44
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -18.02 dlnp=     -0.154151  dzdlnp=      116.873
  
cps_stats: 10L   lead time=  18: 0   paramb=    -7.96  vtl=    157.53  vtu=    156.80
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   18:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.896 (0-360) guesslon=  274.896E  (  85.104W)   guesslat=   22.553
 ilonfix=          743  jlatfix=         1082  npts=           33
 ibeg=          671  jbeg=         1014  imax=         2738
 iend=          815  jend=         1150  jmax=         2041
 TIMING: find_maxmin 1  22:18:22
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.776E  (0-360) ctlon=  274.776E  (  85.224W)  ctlat=   21.233 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:18:22
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.776E   (0-360) guesslon=  274.776E  (  85.224W)   guesslat=   21.233
 ilonfix=          740  jlatfix=         1115  npts=           16
 ibeg=          692  jbeg=         1071  imax=         2738
 iend=          788  jend=         1159  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.556E  (0-360) ctlon=  274.556  (  85.444W)  ctlat=   21.413 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    18:00  mean_lon:  274.56E (  85.44W)    (0-360) mean_lon=  274.56E  mean_lat:   21.41  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    18:00  ifix:   710   jfix:  1087  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          710  jx=         1087
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         299 ,        1495 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         298 ,        1496 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    18:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:18:22
 TIMING: Before shear ... 22:18:22
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            4
  clon(ist,ifh,3)=    274.882627110830     
  clat(ist,ifh,3)=    22.6335612616646     
  fixlon(ist,ifh)=    274.895624829600     
  fixlat(ist,ifh)=    22.5527740512868     
  xcenlon=    274.882627110830     
  xcenlat=    22.6335612616646     
  
 xxshear
 In get_shear A, xcenlon=    274.882627110830       xcenlat= 
   22.6335612616646     
   In get_shear B, (0-360) xcenlon=    274.882627110830     
  
At start of get_shear:  10L   fhr=   18:00   Mean fix position=   274.90E  ( 85.10W)    22.55  (0-360) mean lon fix=  274.90
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   29.12 vr_mean(idist,ilev)=    2.46
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   23.87 vr_mean(idist,ilev)=    0.54
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   22.11 vr_mean(idist,ilev)=   -0.26
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.45 vr_mean(idist,ilev)=   -1.31
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.67 vr_mean(idist,ilev)=   -1.01
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.78 vr_mean(idist,ilev)=   -0.39
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.03 vr_mean(idist,ilev)=   -0.73
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.64 vr_mean(idist,ilev)=   -0.63
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.20 vr_mean(idist,ilev)=   -1.18
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.26 vr_mean(idist,ilev)=   -0.78
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.45 vr_mean(idist,ilev)=   -0.73
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   11.68 vr_mean(idist,ilev)=   -1.10
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.83 vr_mean(idist,ilev)=   -1.16
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.16 vr_mean(idist,ilev)=   -1.16
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.40 vr_mean(idist,ilev)=   -1.20
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    8.87 vr_mean(idist,ilev)=   -1.05
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.32 vr_mean(idist,ilev)=   -1.03
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.69 vr_mean(idist,ilev)=   -1.15
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.08 vr_mean(idist,ilev)=   -1.19
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.27 vr_mean(idist,ilev)=   12.27
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -18.40 vr_mean(idist,ilev)=   18.40
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -24.54 vr_mean(idist,ilev)=   24.54
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -30.67 vr_mean(idist,ilev)=   30.67
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -36.81 vr_mean(idist,ilev)=   36.81
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -42.95 vr_mean(idist,ilev)=   42.95
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -49.09 vr_mean(idist,ilev)=   49.09
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -55.24 vr_mean(idist,ilev)=   55.24
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -61.38 vr_mean(idist,ilev)=   61.38
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -67.53 vr_mean(idist,ilev)=   67.53
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -73.69 vr_mean(idist,ilev)=   73.69
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -79.85 vr_mean(idist,ilev)=   79.85
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -86.01 vr_mean(idist,ilev)=   86.01
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -92.17 vr_mean(idist,ilev)=   92.17
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=  -98.35 vr_mean(idist,ilev)=   98.35
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -104.52 vr_mean(idist,ilev)=  104.52
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -110.71 vr_mean(idist,ilev)=  110.71
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -116.90 vr_mean(idist,ilev)=  116.90
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -123.09 vr_mean(idist,ilev)=  123.09
  
 At end of get_shear: 
     ist=    4 ifh=    4 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:18:22
  
 After call to fixcenter, fix positions at 
 forecast hour=   18:00 follow:
  
fixpos  10L   fhr=   18:00   Fix position=   274.90E  ( 85.10W)    22.55   Max Wind=  62 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.616119487002     
 xxxx get_next_ges, curr fix lon=    274.895624829600     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.895624829600        fixlat=    22.5527740512868     
        (0-360) fixlon=    274.895624829600     
      ilonfix=          743   jlatfix=         1082
      ibeg=          272   iend=         1214
      jbeg=          630   jend=         1534
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.898976418523075       vavg=    5.63470464847339     
      ubar=   0.224744104630769       vbar=    1.40867616211835     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.07611837903278       vavg=    5.59080691568819     
      ubar=   0.762803294147157       vbar=    4.20407961996244     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.558435767269902       vavg=    3.63026610513093     
      ubar=   0.902412235964633       vbar=    5.11164614624517     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.902412235964633       vbar=    5.11164614624517     
      wgttot=    1.00000000000000     
      fixlon=    274.895624829600        fixlat=    22.5527740512868     
      barnlon=    275.086129852127       barnlat=    23.5457292745830     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.920168639488743     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.086129852127     
     Raw (no conversion for GM wrap) extraplon=    275.177049372578     
  
 --- barnlon=    275.09E  (  84.91W)    barnlat=     23.55
 --- extraplon=  275.18E  (  84.82W)    extraplat=   23.50
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   22.55
 | Current fix lon is   85.10W   ( 274.90E)
 | Current fix lon (raw, unadjusted)=  274.90E
 | Updated guess lat for next fcst hour is   23.52
 | Updated guess lon (0-360) for next fcst hour is   84.87W   ( 275.13E)
 | Raw updated guess lon for next fcst hour is  275.13E)
 -------------------------------------------------
  
 iocheck, dist=    110.366772343878        distm=    110366.772343878     
 iocheck, stmspd=    5.10957279369804        istmspd=           99
 iocheck, xincr=   0.235964782752546        yincr=   0.968507877227335     
 iocheck, stmdir=    13.6926294846325        istmdir=           14
 +++ RPT_STORM_MOTION: istmspd=    99 kts(*10)    istmdir=    14 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   4
     Fix location for this time:   274.90E  ( 85.10W)    22.55
     Fix lon (raw) for this time:  274.90E
     ilonfix=  743  jlatfix= 1082
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.895624829600       xcenlat=    22.5527740512868     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.895624829600       xcenlat=    22.5527740512868     
  ilonfix=          743  jlatfix=         1082
  ibeg=          623  iend=          863
  jbeg=          966  jend=         1198  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.895624829600        xcenlat=    22.5527740512868     
      ilonfix=          743   jlatfix=         1082
      ibeg=          623   iend=          863
      jbeg=          966   jend=         1198
 After call to barnes, xsmoothval=   2.901027709087488E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.901027709087488E-004
      xcenlon=    274.895624829600        xcenlat=    22.5527740512868     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000290  imeanzeta (*1e6)=      290
   --- mean zeta raw =   2.901027709087488E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003729  igrid zeta (*1e6)=     3729 ifilret=   0
   --- grid zeta raw=   3.729328019400806E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.895624829600       xcenlat=    22.5527740512868     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.895624829600       xcenlat=    22.5527740512868     
  ilonfix=          743  jlatfix=         1082
  ibeg=          623  iend=          863
  jbeg=          966  jend=         1198  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.895624829600        xcenlat=    22.5527740512868     
      ilonfix=          743   jlatfix=         1082
      ibeg=          623   iend=          863
      jbeg=          966   jend=         1198
 After call to barnes, xsmoothval=   2.614832297121848E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.614832297121848E-004
      xcenlon=    274.895624829600        xcenlat=    22.5527740512868     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000261  imeanzeta (*1e6)=      261
   --- mean zeta raw =   2.614832297121848E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003978  igrid zeta (*1e6)=     3978 ifilret=   0
   --- grid zeta raw=   3.978328019400805E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           18
  
 segx, outlon=    274.895624829600       outlat=    22.5527740512868     
   ist=            4  ifcsthour=           18
   vmaxwind=    32.0057651056806       xminmslp=    98131.3600000000     
   vradius=           78          32           0         118          76
           0          58          16           0          42          19
           0
   maxstorm=            6
   plastbar=    100531.360000000       rlastbar=    109.261186444178     
   rmax=    12.4662010706304     
   cps_vals=   -7.95974226836006        157.530985085461     
   156.803142937710     
   wcore_flag= n
   istmspd=           99  istmdir=           14
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     24.6500405025471     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   109.261186444178       irlastbar=         109
 output: plastbar=   100531.360000000       iplastbar=        1005
 rmax=    12.4662010706304        irmax=           12
 TXX top of atcfunix_ext, ist=            4  ifh=           18
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   109.261186444178       irlastbar=         109
 output: plastbar=   100531.360000000       iplastbar=        1005
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           18
 intlat=          226
 clatns= N
 intlon=          851
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           62
 int(xminmslp/mslp_outp_adj + 0.5)=          981
 XX,  34, NEQ
 vradius(1,1)=           78
 vradius(1,2)=          118
 vradius(1,3)=           58
 vradius(1,4)=           42
 iplastbar=         1005
 irlastbar=          109
 irmax=           12
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           14
 istmspd=           99
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -80
 icps_vals(2)=         1575
 icps_vals(3)=         1568
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           48
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          290
 igridzeta(1)=         3729
 imeanzeta(2)=          261
 igridzeta(2)=         3978
  
 rmax=    12.4662010706304        irmax=           12
 +++ Top of output_atcf_parms, ist=            4  ifh=           18
  
 xxxx get_next_ges, prev fix lon=    274.616119487002     
 xxxx get_next_ges, curr fix lon=    274.895624829600     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.895624829600        fixlat=    22.5527740512868     
        (0-360) fixlon=    274.895624829600     
      ilonfix=          743   jlatfix=         1082
      ibeg=          272   iend=         1214
      jbeg=          630   jend=         1534
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.898976418523075       vavg=    5.63470464847339     
      ubar=   0.224744104630769       vbar=    1.40867616211835     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.07611837903278       vavg=    5.59080691568819     
      ubar=   0.762803294147157       vbar=    4.20407961996244     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.558435767269902       vavg=    3.63026610513093     
      ubar=   0.902412235964633       vbar=    5.11164614624517     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.902412235964633       vbar=    5.11164614624517     
      wgttot=    1.00000000000000     
      fixlon=    274.895624829600        fixlat=    22.5527740512868     
      barnlon=    275.086129852127       barnlat=    23.5457292745830     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.920168639488743     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.086129852127     
     Raw (no conversion for GM wrap) extraplon=    275.177049372578     
  
 --- barnlon=    275.09E  (  84.91W)    barnlat=     23.55
 --- extraplon=  275.18E  (  84.82W)    extraplat=   23.50
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    18.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   22.55
 | Current fix lon is   85.10W   ( 274.90E)
 | Current fix lon (raw, unadjusted)=  274.90E
 | Updated guess lat for next fcst hour is   23.52
 | Updated guess lon (0-360) for next fcst hour is   84.87W   ( 275.13E)
 | Raw updated guess lon for next fcst hour is  275.13E)
 -------------------------------------------------
  
 iocheck, dist=    110.366772343878        distm=    110366.772343878     
 iocheck, stmspd=    5.10957279369804        istmspd=           99
 iocheck, xincr=   0.235964782752546        yincr=   0.968507877227335     
 iocheck, stmdir=    13.6926294846325        istmdir=           14
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 18
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 18 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          204  = igcret =            0
 baclose return code for unit          604  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   24:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f01440                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f01440.ix                                                                                    
hafs.trak.storm.2023082812.f01440: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: cannot stat: 2
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: Not ready yet.  Size=97168701, age=2, min size=500, min age=10
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: Not ready yet.  Size=97168701, age=7, min size=500, min age=10
hafs.trak.storm.2023082812.f01440: sleep 5
hafs.trak.storm.2023082812.f01440: ready.
hafs.trak.storm.2023082812.f01440.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f01440.ix: ready.
 in open_grib_files in multi else part....
   lugb=          205   lugi=          605
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01440                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01440.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f01440...  gopen_i_file= ...hafs.trak.storm.2023082812.f01440.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01440                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01440.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          205  is CLOSED
 TEST open_grib_files, unit lugi=          605  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f01440                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f01440.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          205  is CLOSED
 TEST b4 getgridinfo, unit lugi=          605  is CLOSED
 before getgb2 call, lugb=          205  lugi=          605
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   24   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    24h ... 22:19:03
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:03
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   24   5588258   0.000       0.000     -0.2572E-02  0.4616E-02
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:03
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   24   5588258   0.000       0.000     -0.2654E-02  0.4853E-02
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:03
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   24   5588258   0.000       0.000      -59.60       47.00    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:03
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   24   5588258   0.000       0.000      -50.60       53.80    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:03
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   24   5588258   0.000       0.000      -47.20       37.89    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:03
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   24   5588258   0.000       0.000      -41.66       55.35    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   24   5588258   0.000       0.000       1033.       1628.    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   24   5588258   0.000       0.000       2706.       3255.    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   24   5588258   0.000       0.000      0.9559E+05  0.1028E+06
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   24   5588258   0.000       0.000      -46.33       33.91    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:04
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   24   5588258   0.000       0.000      -38.85       40.78    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:04
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   24   5588258   0.000       0.000      -41.47       38.74    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   24   5588258   0.000       0.000      -35.68       45.13    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           24  hours
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   24   5588258   0.000       0.000       5416.       5968.    
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           24  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   24   5588258   0.000       0.000      0.1164E+05  0.1254E+05
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           24  hours
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           24  hours
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           24  hours
 TEST b4 getgb2 getdata, unit lugb=          205  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          605  is CLOSED

 TIMING: before getgb2-122:19:05
 TIMING: after getgb2-122:19:05
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           24  hours

 TIMING: before getgb2-phase22:19:05
 TIMING: after getgb2-222:19:05
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   24   5588258   0.000       0.000       532.4       1136.    

 TIMING: before getgb2-phase22:19:05
 TIMING: after getgb2-222:19:06
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   24   5588258   0.000       0.000       1033.       1628.    

 TIMING: before getgb2-phase22:19:06
 TIMING: after getgb2-222:19:06
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   24   5588258   0.000       0.000       1559.       2142.    

 TIMING: before getgb2-phase22:19:06
 TIMING: after getgb2-222:19:06
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   24   5588258   0.000       0.000       2115.       2683.    

 TIMING: before getgb2-phase22:19:06
 TIMING: after getgb2-222:19:06
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   24   5588258   0.000       0.000       2706.       3255.    

 TIMING: before getgb2-phase22:19:06
 TIMING: after getgb2-222:19:06
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   24   5588258   0.000       0.000       3334.       3864.    

 TIMING: before getgb2-phase22:19:06
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   24   5588258   0.000       0.000       4006.       4518.    

 TIMING: before getgb2-phase22:19:07
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   24   5588258   0.000       0.000       4713.       5215.    

 TIMING: before getgb2-phase22:19:07
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   24   5588258   0.000       0.000       5416.       5968.    

 TIMING: before getgb2-phase22:19:07
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   24   5588258   0.000       0.000       6180.       6792.    

 TIMING: before getgb2-phase22:19:07
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   24   5588258   0.000       0.000       7013.       7688.    

 TIMING: before getgb2-phase22:19:07
 TIMING: after getgb2-222:19:07
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   24   5588258   0.000       0.000       7924.       8675.    

 TIMING: before getgb2-phase22:19:08
 TIMING: after getgb2-222:19:08
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           24 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   24   5588258   0.000       0.000       8948.       9783.    
 TIMING: after getdata ... 22:19:08
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   24:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.493414185065735E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.729E  (0-360) ctlon=  300.729E  (  59.271W)  ctlat=   23.749 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.149E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.729E   (0-360) guesslon=  300.729E  (  59.271W)   guesslat=   23.749
 ilonfix=         1389  jlatfix=         1052  npts=           16
 ibeg=         1341  jbeg=         1008  imax=         2738
 iend=         1437  jend=         1096  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.409E  (0-360) ctlon=  300.409  (  59.591W)  ctlat=   24.029 fmax (x10e5) =        0.104E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.494588113771273E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.329E  (0-360) ctlon=  300.329E  (  59.671W)  ctlat=   22.549 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.249E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.329E   (0-360) guesslon=  300.329E  (  59.671W)   guesslat=   22.549
 ilonfix=         1379  jlatfix=         1082  npts=           16
 ibeg=         1331  jbeg=         1038  imax=         2738
 iend=         1427  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.009E  (0-360) ctlon=  300.009  (  59.991W)  ctlat=   22.729 fmax (x10e5) =        0.181E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.329E  (0-360) ctlon=  300.329E  (  59.671W)  ctlat=   22.549 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.155E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.329E   (0-360) guesslon=  300.329E  (  59.671W)   guesslat=   22.549
 ilonfix=         1379  jlatfix=         1082  npts=           16
 ibeg=         1331  jbeg=         1038  imax=         2738
 iend=         1427  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.109E  (0-360) ctlon=  300.109  (  59.891W)  ctlat=   22.629 fmax =       -0.100E+16 fmin =        0.155E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.329E  (0-360) ctlon=  300.329E  (  59.671W)  ctlat=   22.549 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.319E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.329E   (0-360) guesslon=  300.329E  (  59.671W)   guesslat=   22.549
 ilonfix=         1379  jlatfix=         1082  npts=           16
 ibeg=         1331  jbeg=         1038  imax=         2738
 iend=         1427  jend=         1126  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.309E  (0-360) ctlon=  300.309  (  59.691W)  ctlat=   22.329 fmax =       -0.100E+16 fmin =        0.319E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.529E  (0-360) ctlon=  299.529E  (  60.471W)  ctlat=   22.949 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.102E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  299.529E   (0-360) guesslon=  299.529E  (  60.471W)   guesslat=   22.949
 ilonfix=         1359  jlatfix=         1072  npts=           16
 ibeg=         1311  jbeg=         1028  imax=         2738
 iend=         1407  jend=         1116  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.509E  (0-360) ctlon=  299.509  (  60.491W)  ctlat=   23.129 fmax =       -0.100E+16 fmin =        0.102E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.649 (0-360) guesslon=  299.649E  (  60.351W)   guesslat=   23.069
 ilonfix=         1362  jlatfix=         1069  npts=           33
 ibeg=         1290  jbeg=         1001  imax=         2738
 iend=         1434  jend=         1137  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.765002863472104E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.529E  (0-360) ctlon=  299.529E  (  60.471W)  ctlat=   22.949 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.177E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.529E   (0-360) guesslon=  299.529E  (  60.471W)   guesslat=   22.949
 ilonfix=         1359  jlatfix=         1072  npts=           16
 ibeg=         1311  jbeg=         1028  imax=         2738
 iend=         1407  jend=         1116  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.509E  (0-360) ctlon=  299.509  (  60.491W)  ctlat=   23.129 fmax (x10e5) =        0.194E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.916327244757        uvgeslat=    23.0907365569033     
    (0-360 uvgeslon)=    299.916327244757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:19:08
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.916327244757        uvgeslat=    23.0907365569033     
    (0-360 uvgeslon)=    299.916327244757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.916327244757     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.596E  (0-360E lon):  299.596E    60.404W  ctlat=   23.091  xmax_circul_disk =      38316456.4
 TIMING: get_wind_circ kloop, k=  1   22:19:08
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.596E  (0-360E)=  299.596E  (  60.404W)   guesslat=   23.091
 ilonfix=         1360  jlatfix=         1068  npts=           56
 ibeg=         1292  jbeg=         1004  imax=         2738
 iend=         1428  jend=         1132  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    38556665.0319532     
 nhalf get_wind_circ, k=  1 ctlon=  299.616E  (0-360E)=  299.616E  ctlon=   60.384W   ctlat=   23.231 Wind Circulation (NHEM: Max) =      38556665.0
 TIMING: After GWC 850 ... 22:19:08
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:19:08
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.916327244757        uvgeslat=    23.0907365569033     
    (0-360 uvgeslon)=    299.916327244757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.916327244757     
  
 After first run, Wind Circulation (NHEM) ctlon=  300.236E  (0-360E lon):  300.236E    59.764W  ctlat=   23.091  xmax_circul_disk =      35992603.7
 TIMING: get_wind_circ kloop, k=  1   22:19:08
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  300.236E  (0-360E)=  300.236E  (  59.764W)   guesslat=   23.091
 ilonfix=         1376  jlatfix=         1068  npts=           56
 ibeg=         1308  jbeg=         1004  imax=         2738
 iend=         1444  jend=         1132  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    37033491.8113165     
 nhalf get_wind_circ, k=  1 ctlon=  300.076E  (0-360E)=  300.076E  ctlon=   59.924W   ctlat=   22.871 Wind Circulation (NHEM: Max) =      37033491.8
 TIMING: After GWC 700 ... 22:19:08
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:19:08
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.916327244757        uvgeslat=    23.0907365569033     
    (0-360 uvgeslon)=    299.916327244757     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.916327244757     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.596E  (0-360E lon):  299.596E    60.404W  ctlat=   23.411  xmax_circul_disk =      29079903.5
 TIMING: get_wind_circ kloop, k=  1   22:19:08
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.596E  (0-360E)=  299.596E  (  60.404W)   guesslat=   23.411
 ilonfix=         1360  jlatfix=         1060  npts=           56
 ibeg=         1292  jbeg=          996  imax=         2738
 iend=         1428  jend=         1124  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    29096127.0364489     
 nhalf get_wind_circ, k=  1 ctlon=  299.556E  (0-360E)=  299.556E  ctlon=   60.444W   ctlat=   23.371 Wind Circulation (NHEM: Max) =      29096127.0
 TIMING: After GWC Sfc ... 22:19:08
  
 At beg of fixcenter, stderr(ist,ifh-1) =    25.26  xavg_stderr=    28.32
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            5  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    24:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.65E   (0-360) guesslon=  299.65E  ( 60.35W)    23.07
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       300.41       59.59      24.03           10.44       T        131.89
   2    zeta 700    Max       300.01       59.99      22.73           18.12       T         52.81
   3    circ 850    Max       299.62       60.38      23.23           38.56       T         18.30
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       300.08       59.92      22.87           37.03       T         48.98
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.11       59.89      22.63         1552.66       T         67.94
   8     gph 700    Min       300.31       59.69      22.33         3188.78       T        106.55
   9        MSLP    Min       299.51       60.49      23.13       101576.04       T         15.80
  10    circ sfc    Max       299.56       60.44      23.37           29.10       T         34.87
  11    zeta sfc    Max       299.51       60.49      23.13           19.38       T         15.80
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    54.8987521729816       stderr_close= 
   28.8321313854747       isret=            0
 ip=  1 kprm=  1 dist_from_mean= 120.616 devia=   4.183 wtpos=  0.24797     300.41   300.41    59.59    24.03
 ip=  2 kprm=  2 dist_from_mean=  37.347 devia=   1.295 wtpos=  0.64936     300.01   300.01    59.99    22.73
 ip=  3 kprm=  3 dist_from_mean=  35.347 devia=   1.226 wtpos=  0.66454     299.62   299.62    60.38    23.23
 ip=  5 kprm=  4 dist_from_mean=  26.828 devia=   0.931 wtpos=  0.73332     300.08   300.08    59.92    22.87
 ip=  7 kprm=  5 dist_from_mean=  51.425 devia=   1.784 wtpos=  0.55182     300.11   300.11    59.89    22.63
 ip=  8 kprm=  6 dist_from_mean=  90.432 devia=   3.136 wtpos=  0.35152     300.31   300.31    59.69    22.33
 ip=  9 kprm=  7 dist_from_mean=  40.988 devia=   1.422 wtpos=  0.62259     299.51   299.51    60.49    23.13
 ip= 10 kprm=  8 dist_from_mean=  50.118 devia=   1.738 wtpos=  0.56022     299.56   299.56    60.44    23.37
 ip= 11 kprm=  9 dist_from_mean=  40.988 devia=   1.422 wtpos=  0.62259     299.51   299.51    60.49    23.13
  
At end of fixcenter:  00L   fhr=   24:00   Fix position=   299.84E  (0-360) fixlon=  299.84  ( 60.16W)    23.01
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.843576625581     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    299.509064699302     
        (0-360E clon(ist,ifh,9))=    299.509064699302     
      clat(ist,ifh,9)=    23.1289174205397     
      xval(9)=    101576.036048103     
  
  After get_ij B, ibeg jbeg =         1251         929
  After get_ij B, iend jend =         1465        1205
  
 In is_it_a_storm, ilonfix=         1358  jlatfix=         1067
 ibeg jbeg iend jend =         1251         929        1465        1205
 cparm= slp  parmlon parmlat =    299.509064699302        23.1289174205397     
     (0-360E parmlon) =    299.509064699302     
 parmval=    101576.036048103     
  
 i= 1336 j= 1004 glon=  298.65 (0-360E) glon=  298.65 glat=  25.68 dist=   296.85 slp=  101830.20 pgradient=  0.85621
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.85621
 mslp center =    299.509064699302        23.1289174205397     
   101576.036048103     
   (0-360E) lon of mslp center =    299.509064699302     
 pgrad loc   =    298.648665000000        298.648665000000     
   61.3513350000000        25.6810060000000        101830.200000000     
  ttest at location C IF....
      xinp_fixlat=    23.1289174205397     
      xinp_fixlon=    299.509064699302       (0-360E) xinp_fixlon= 
   299.509064699302     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101435.480000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1357  jfix=         1067
 longitude=    299.509064699302      E   (   60.4909353006978      
 W)  (0-360E) xinp_fixlon=    299.509064699302     
 latitude=    23.1289174205397     
 mean mslp value (xval(9))=    101576.036048103     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1357  jfix=         1067
 longitude=    299.509064699302      E   (   60.4909353006978      
 W)  (0-360E) xinp_fixlon=    299.509064699302     
 latitude=    23.1289174205397     
 mean mslp value (xval(9))=    101576.036048103     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1357  jx=         1067
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101435.480000000       xcentval=    101435.480000000     
 At A, num_found_contours=            0
 At A, contlo=    101435.480000000       conthi=    101835.480000000     
  
 num_found_contours=            0
 contlo=    101435.480000000       conthi=    101835.480000000     
 xcentval=    101435.480000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1380 ,        1086 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101435.480000000     
 !!! (i,j) of central value = (        1357 ,        1067 )
 !!!  
 !!! Flagged value found    =    101435.320000000     
 !!! (i,j) of flagged value = (        1381 ,        1087 )
 !!!   
 !!! Lower bound of contour interval =    101435.480000000     
 !!! Upper bound of contour interval =    101835.480000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = n
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1357  jfix=         1067
 longitude=    299.509064699302      E   (   60.4909353006978      W)  
 (0-360E) xinp_fixlon=    299.509064699302     
 latitude=    23.1289174205397     
 mean mslp value (xval(9))=    101576.036048103     
 gridpoint mslp value=    101435.480000000     
 ccflag= n
 prs of last closed isobar =   -999.000000000000     
 radius of last closed isobar =   -999.000000000000       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   24:00
 !!! Boundary check xinp_fixlat is   23.13
 !!! Boundary check xinp_fixlon is   60.49W   ( 299.51E)  (0-360E) xinp_fixlon=  299.51
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    299.616334744757     
  850 mb wcirc fix lat=    23.2307330569033     
    (0-360) 850 mb wcirc fix lon=    299.616334744757     
  Multi-parm fix lon=      299.843576625581     
  Multi-parm fix lat=      23.0130330456431     
    (0-360) Multi-parm fix lon=      299.843576625581     
  
  
  After get_ij B, ibeg jbeg =         1271         961
  After get_ij B, iend jend =         1451        1169
  
 In is_it_a_storm, ilonfix=         1361  jlatfix=         1065
 ibeg jbeg iend jend =         1271         961        1451        1169
 cparm= v850  parmlon parmlat =    299.616334744757        23.2307330569033     
     (0-360E parmlon) =    299.616334744757     
 parmval=    38556665.0319532     
  
 i= 1351 j= 1016 glon=  299.25 (0-360E) glon=  299.25 glat=  25.20 u=  -7.3000 v=   3.9000 vr=   5.07370 vt=   6.53893
 i= 1356 j= 1016 glon=  299.45 (0-360E) glon=  299.45 glat=  25.20 u=  -8.6000 v=   3.6000 vr=   4.25715 vt=   8.29437
 i= 1361 j= 1016 glon=  299.65 (0-360E) glon=  299.65 glat=  25.20 u=  -8.5000 v=   2.6000 vr=   2.47214 vt=   8.53806
 i= 1366 j= 1016 glon=  299.85 (0-360E) glon=  299.85 glat=  25.20 u=  -8.7000 v=   2.8000 vr=   1.85021 vt=   8.95024
 i= 1371 j= 1016 glon=  300.05 (0-360E) glon=  300.05 glat=  25.20 u=  -8.5000 v=   3.3000 vr=   1.56130 vt=   8.98345
 i= 1336 j= 1021 glon=  298.65 (0-360E) glon=  298.65 glat=  25.00 u=  -6.0000 v=   2.2000 vr=   4.65458 vt=   4.37891
 i= 1341 j= 1021 glon=  298.85 (0-360E) glon=  298.85 glat=  25.00 u=  -6.8000 v=   2.3000 vr=   4.64842 vt=   5.47012
 i= 1346 j= 1021 glon=  299.05 (0-360E) glon=  299.05 glat=  25.00 u=  -7.7000 v=   2.3000 vr=   4.37697 vt=   6.73960
 i= 1351 j= 1021 glon=  299.25 (0-360E) glon=  299.25 glat=  25.00 u=  -8.5000 v=   2.1000 vr=   3.65148 vt=   7.95781
 i= 1356 j= 1021 glon=  299.45 (0-360E) glon=  299.45 glat=  25.00 u=  -8.6000 v=   2.1000 vr=   2.83540 vt=   8.38633
 i= 1361 j= 1021 glon=  299.65 (0-360E) glon=  299.65 glat=  25.00 u=  -9.4000 v=   2.4000 vr=   2.24259 vt=   9.43879
 i= 1366 j= 1021 glon=  299.85 (0-360E) glon=  299.85 glat=  25.00 u=  -9.5000 v=   2.5000 vr=   1.34861 vt=   9.73043
 i= 1371 j= 1021 glon=  300.05 (0-360E) glon=  300.05 glat=  25.00 u=  -9.0000 v=   2.4000 vr=   0.37764 vt=   9.30685
 i= 1376 j= 1021 glon=  300.25 (0-360E) glon=  300.25 glat=  25.00 u=  -8.9000 v=   3.1000 vr=   0.17851 vt=   9.42275
 i= 1381 j= 1021 glon=  300.45 (0-360E) glon=  300.45 glat=  25.00 u=  -8.7000 v=   3.8000 vr=   0.04760 vt=   9.49356
 i= 1386 j= 1021 glon=  300.65 (0-360E) glon=  300.65 glat=  25.00 u=  -8.0000 v=   4.0000 vr=  -0.24363 vt=   8.94095
 i= 1326 j= 1026 glon=  298.25 (0-360E) glon=  298.25 glat=  24.80 u=  -5.2000 v=   2.0000 vr=   4.80924 vt=   2.81268
 i= 1331 j= 1026 glon=  298.45 (0-360E) glon=  298.45 glat=  24.80 u=  -6.3000 v=   1.8000 vr=   5.03734 vt=   4.18989
 i= 1336 j= 1026 glon=  298.65 (0-360E) glon=  298.65 glat=  24.80 u=  -7.3000 v=   1.5000 vr=   4.89741 vt=   5.61742
 i= 1341 j= 1026 glon=  298.85 (0-360E) glon=  298.85 glat=  24.80 u=  -8.0000 v=   1.1000 vr=   4.27552 vt=   6.85054
 i= 1346 j= 1026 glon=  299.05 (0-360E) glon=  299.05 glat=  24.80 u=  -8.7000 v=   1.2000 vr=   3.87525 vt=   7.88114
 i= 1351 j= 1026 glon=  299.25 (0-360E) glon=  299.25 glat=  24.80 u=  -9.4000 v=   1.6000 vr=   3.53628 vt=   8.85521
 i= 1356 j= 1026 glon=  299.45 (0-360E) glon=  299.45 glat=  24.80 u=  -9.9000 v=   2.2000 vr=   3.15354 vt=   9.63873
 i= 1361 j= 1026 glon=  299.65 (0-360E) glon=  299.65 glat=  24.80 u=  -9.9000 v=   2.2000 vr=   2.01305 vt=   9.93970
 i= 1366 j= 1026 glon=  299.85 (0-360E) glon=  299.85 glat=  24.80 u=  -9.8000 v=   2.4000 vr=   1.06202 vt=  10.03355
 i= 1371 j= 1026 glon=  300.05 (0-360E) glon=  300.05 glat=  24.80 u=  -9.8000 v=   3.2000 vr=   0.70572 vt=  10.28504
 i= 1376 j= 1026 glon=  300.25 (0-360E) glon=  300.25 glat=  24.80 u=  -9.7000 v=   3.6000 vr=   0.01898 vt=  10.34648
 i= 1381 j= 1026 glon=  300.45 (0-360E) glon=  300.45 glat=  24.80 u=  -9.1000 v=   3.7000 vr=  -0.64932 vt=   9.80196
 i= 1386 j= 1026 glon=  300.65 (0-360E) glon=  300.65 glat=  24.80 u=  -8.4000 v=   4.3000 vr=  -0.65475 vt=   9.41389
 i= 1391 j= 1026 glon=  300.85 (0-360E) glon=  300.85 glat=  24.80 u=  -7.9000 v=   4.8000 vr=  -0.72106 vt=   9.21575
 i= 1321 j= 1031 glon=  298.05 (0-360E) glon=  298.05 glat=  24.60 u=  -4.3000 v=   1.3000 vr=   4.01184 vt=   2.02117
 i= 1326 j= 1031 glon=  298.25 (0-360E) glon=  298.25 glat=  24.60 u=  -5.9000 v=   1.3000 vr=   4.94526 vt=   3.47050
 i= 1331 j= 1031 glon=  298.45 (0-360E) glon=  298.45 glat=  24.60 u=  -7.3000 v=   0.9000 vr=   5.20661 vt=   5.19531
 i= 1336 j= 1031 glon=  298.65 (0-360E) glon=  298.65 glat=  24.60 u=  -8.1000 v=   0.5000 vr=   4.82414 vt=   6.52593
 i= 1341 j= 1031 glon=  298.85 (0-360E) glon=  298.85 glat=  24.60 u=  -8.7000 v=   0.7000 vr=   4.59863 vt=   7.41839
 i= 1346 j= 1031 glon=  299.05 (0-360E) glon=  299.05 glat=  24.60 u=  -9.5000 v=   0.9000 vr=   4.21462 vt=   8.56137
 i= 1351 j= 1031 glon=  299.25 (0-360E) glon=  299.25 glat=  24.60 u=  -9.9000 v=   1.4000 vr=   3.72403 vt=   9.27909
 i= 1356 j= 1031 glon=  299.45 (0-360E) glon=  299.45 glat=  24.60 u=  -9.9000 v=   1.4000 vr=   2.49476 vt=   9.68226
 i= 1361 j= 1031 glon=  299.65 (0-360E) glon=  299.65 glat=  24.60 u= -10.2000 v=   1.8000 vr=   1.57924 vt=  10.23650
 i= 1366 j= 1031 glon=  299.85 (0-360E) glon=  299.85 glat=  24.60 u= -10.4000 v=   2.4000 vr=   0.77473 vt=  10.64518
 i= 1371 j= 1031 glon=  300.05 (0-360E) glon=  300.05 glat=  24.60 u= -10.3000 v=   2.9000 vr=  -0.07567 vt=  10.70020
 i= 1376 j= 1031 glon=  300.25 (0-360E) glon=  300.25 glat=  24.60 u=  -9.9000 v=   3.7000 vr=  -0.45008 vt=  10.55923
 i= 1381 j= 1031 glon=  300.45 (0-360E) glon=  300.45 glat=  24.60 u=  -9.9000 v=   4.7000 vr=  -0.71240 vt=  10.93583
 i= 1386 j= 1031 glon=  300.65 (0-360E) glon=  300.65 glat=  24.60 u=  -9.3000 v=   5.6000 vr=  -0.68199 vt=  10.83443
 i= 1391 j= 1031 glon=  300.85 (0-360E) glon=  300.85 glat=  24.60 u=  -8.5000 v=   6.3000 vr=  -0.55383 vt=  10.56566
 i= 1396 j= 1031 glon=  301.05 (0-360E) glon=  301.05 glat=  24.60 u=  -7.7000 v=   6.4000 vr=  -0.71708 vt=   9.98678
 i= 1316 j= 1036 glon=  297.85 (0-360E) glon=  297.85 glat=  24.40 u=  -3.8000 v=   0.7000 vr=   3.49395 vt=   1.64995
 i= 1321 j= 1036 glon=  298.05 (0-360E) glon=  298.05 glat=  24.40 u=  -4.3000 v=   0.5000 vr=   3.65404 vt=   2.32121
 i= 1326 j= 1036 glon=  298.25 (0-360E) glon=  298.25 glat=  24.40 u=  -6.0000 v=   0.3000 vr=   4.59611 vt=   3.86856
 i= 1331 j= 1036 glon=  298.45 (0-360E) glon=  298.45 glat=  24.40 u=  -7.0000 v=   0.2000 vr=   4.87711 vt=   5.02532
 i= 1336 j= 1036 glon=  298.65 (0-360E) glon=  298.65 glat=  24.40 u=  -8.1000 v=   0.1000 vr=   4.97712 vt=   6.39126
 i= 1341 j= 1036 glon=  298.85 (0-360E) glon=  298.85 glat=  24.40 u=  -8.8000 v=  -0.1000 vr=   4.45253 vt=   7.59111
 i= 1346 j= 1036 glon=  299.05 (0-360E) glon=  299.05 glat=  24.40 u=  -9.9000 v=   0.3000 vr=   4.29864 vt=   8.92310
 i= 1351 j= 1036 glon=  299.25 (0-360E) glon=  299.25 glat=  24.40 u=  -9.8000 v=   0.7000 vr=   3.38580 vt=   9.22314
 i= 1356 j= 1036 glon=  299.45 (0-360E) glon=  299.45 glat=  24.40 u= -10.3000 v=   1.0000 vr=   2.33318 vt=  10.08198
 i= 1361 j= 1036 glon=  299.65 (0-360E) glon=  299.65 glat=  24.40 u= -10.6000 v=   1.6000 vr=   1.33129 vt=  10.63709
 i= 1366 j= 1036 glon=  299.85 (0-360E) glon=  299.85 glat=  24.40 u= -10.9000 v=   1.8000 vr=  -0.18092 vt=  11.04614
 i= 1371 j= 1036 glon=  300.05 (0-360E) glon=  300.05 glat=  24.40 u= -10.9000 v=   2.5000 vr=  -1.12951 vt=  11.12583
 i= 1376 j= 1036 glon=  300.25 (0-360E) glon=  300.25 glat=  24.40 u= -11.0000 v=   4.3000 vr=  -1.03219 vt=  11.76540
 i= 1381 j= 1036 glon=  300.45 (0-360E) glon=  300.45 glat=  24.40 u= -10.4000 v=   6.4000 vr=  -0.32475 vt=  12.20715
 i= 1386 j= 1036 glon=  300.65 (0-360E) glon=  300.65 glat=  24.40 u= -10.0000 v=   7.0000 vr=  -0.85420 vt=  12.17663
 i= 1391 j= 1036 glon=  300.85 (0-360E) glon=  300.85 glat=  24.40 u=  -9.3000 v=   7.4000 vr=  -1.14793 vt=  11.82930
 i= 1396 j= 1036 glon=  301.05 (0-360E) glon=  301.05 glat=  24.40 u=  -8.2000 v=   8.0000 vr=  -0.81527 vt=  11.42696
 i= 1401 j= 1036 glon=  301.25 (0-360E) glon=  301.25 glat=  24.40 u=  -6.8000 v=   8.0000 vr=  -0.44731 vt=  10.48999
 i= 1316 j= 1041 glon=  297.85 (0-360E) glon=  297.85 glat=  24.20 u=  -3.8000 v=   0.6000 vr=   3.57207 vt=   1.42839
 i= 1321 j= 1041 glon=  298.05 (0-360E) glon=  298.05 glat=  24.20 u=  -4.5000 v=   0.0000 vr=   3.73490 vt=   2.51009
 i= 1326 j= 1041 glon=  298.25 (0-360E) glon=  298.25 glat=  24.20 u=  -5.7000 v=  -0.4000 vr=   4.26963 vt=   3.79740
 i= 1331 j= 1041 glon=  298.45 (0-360E) glon=  298.45 glat=  24.20 u=  -7.0000 v=  -0.8000 vr=   4.65644 vt=   5.28749
 i= 1336 j= 1041 glon=  298.65 (0-360E) glon=  298.65 glat=  24.20 u=  -7.9000 v=  -1.1000 vr=   4.52551 vt=   6.56809
 i= 1341 j= 1041 glon=  298.85 (0-360E) glon=  298.85 glat=  24.20 u=  -9.1000 v=  -1.3000 vr=   4.29629 vt=   8.12662
 i= 1346 j= 1041 glon=  299.05 (0-360E) glon=  299.05 glat=  24.20 u=  -9.8000 v=  -0.4000 vr=   4.28337 vt=   8.82342
 i= 1351 j= 1041 glon=  299.25 (0-360E) glon=  299.25 glat=  24.20 u=  -9.5000 v=  -0.1000 vr=   3.02507 vt=   9.00605
 i= 1356 j= 1041 glon=  299.45 (0-360E) glon=  299.45 glat=  24.20 u= -10.6000 v=   0.2000 vr=   1.85716 vt=  10.43796
 i= 1361 j= 1041 glon=  299.65 (0-360E) glon=  299.65 glat=  24.20 u= -10.2000 v=   0.4000 vr=   0.08847 vt=  10.20746
 i= 1366 j= 1041 glon=  299.85 (0-360E) glon=  299.85 glat=  24.20 u=  -8.8000 v=   1.7000 vr=  -0.22717 vt=   8.95982
 i= 1371 j= 1041 glon=  300.05 (0-360E) glon=  300.05 glat=  24.20 u=  -7.2000 v=   3.5000 vr=   0.51544 vt=   7.98901
 i= 1376 j= 1041 glon=  300.25 (0-360E) glon=  300.25 glat=  24.20 u=  -6.8000 v=   6.0000 vr=   1.65889 vt=   8.91561
 i= 1381 j= 1041 glon=  300.45 (0-360E) glon=  300.45 glat=  24.20 u=  -7.2000 v=   6.0000 vr=   0.25836 vt=   9.36874
 i= 1386 j= 1041 glon=  300.65 (0-360E) glon=  300.65 glat=  24.20 u=  -7.3000 v=   5.9000 vr=  -0.88384 vt=   9.34445
 i= 1391 j= 1041 glon=  300.85 (0-360E) glon=  300.85 glat=  24.20 u=  -8.9000 v=   8.4000 vr=  -1.29655 vt=  12.16918
 i= 1396 j= 1041 glon=  301.05 (0-360E) glon=  301.05 glat=  24.20 u=  -8.7000 v=  10.2000 vr=  -0.95988 vt=  13.37193
 i= 1401 j= 1041 glon=  301.25 (0-360E) glon=  301.25 glat=  24.20 u=  -7.2000 v=   9.8000 vr=  -0.73662 vt=  12.13826
 i= 1406 j= 1041 glon=  301.45 (0-360E) glon=  301.45 glat=  24.20 u=  -6.0000 v=   8.9000 vr=  -0.77194 vt=  10.70580
 i= 1311 j= 1046 glon=  297.65 (0-360E) glon=  297.65 glat=  24.00 u=  -2.9000 v=  -0.4000 vr=   2.51479 vt=   1.49861
 i= 1316 j= 1046 glon=  297.85 (0-360E) glon=  297.85 glat=  24.00 u=  -3.6000 v=   0.1000 vr=   3.29846 vt=   1.44574
 i= 1321 j= 1046 glon=  298.05 (0-360E) glon=  298.05 glat=  24.00 u=  -4.2000 v=  -0.6000 vr=   3.42462 vt=   2.50439
 i= 1326 j= 1046 glon=  298.25 (0-360E) glon=  298.25 glat=  24.00 u=  -5.6000 v=  -1.3000 vr=   4.09954 vt=   4.03036
 i= 1331 j= 1046 glon=  298.45 (0-360E) glon=  298.45 glat=  24.00 u=  -6.7000 v=  -1.8000 vr=   4.39643 vt=   5.36669
 i= 1336 j= 1046 glon=  298.65 (0-360E) glon=  298.65 glat=  24.00 u=  -7.1000 v=  -2.6000 vr=   3.66560 vt=   6.61312
 i= 1341 j= 1046 glon=  298.85 (0-360E) glon=  298.85 glat=  24.00 u=  -9.0000 v=  -2.4000 vr=   4.30737 vt=   8.25873
 i= 1346 j= 1046 glon=  299.05 (0-360E) glon=  299.05 glat=  24.00 u=  -9.0000 v=  -1.5000 vr=   3.80144 vt=   8.29452
 i= 1351 j= 1046 glon=  299.25 (0-360E) glon=  299.25 glat=  24.00 u=  -8.0000 v=  -0.1000 vr=   3.11865 vt=   7.36777
 i= 1356 j= 1046 glon=  299.45 (0-360E) glon=  299.45 glat=  24.00 u=  -6.7000 v=   0.8000 vr=   2.09696 vt=   6.41348
 i= 1361 j= 1046 glon=  299.65 (0-360E) glon=  299.65 glat=  24.00 u=  -5.6000 v=   2.0000 vr=   1.78318 vt=   5.67276
 i= 1366 j= 1046 glon=  299.85 (0-360E) glon=  299.85 glat=  24.00 u=  -4.5000 v=   3.5000 vr=   2.17299 vt=   5.27050
 i= 1371 j= 1046 glon=  300.05 (0-360E) glon=  300.05 glat=  24.00 u=  -4.4000 v=   5.5000 vr=   2.87441 vt=   6.43022
 i= 1376 j= 1046 glon=  300.25 (0-360E) glon=  300.25 glat=  24.00 u=  -3.7000 v=   6.4000 vr=   2.88350 vt=   6.80701
 i= 1381 j= 1046 glon=  300.45 (0-360E) glon=  300.45 glat=  24.00 u=  -2.3000 v=   6.2000 vr=   2.77933 vt=   6.00044
 i= 1386 j= 1046 glon=  300.65 (0-360E) glon=  300.65 glat=  24.00 u=  -2.7000 v=   7.1000 vr=   2.37715 vt=   7.21451
 i= 1391 j= 1046 glon=  300.85 (0-360E) glon=  300.85 glat=  24.00 u=  -8.2000 v=   8.3000 vr=  -2.12058 vt=  11.47315
 i= 1396 j= 1046 glon=  301.05 (0-360E) glon=  301.05 glat=  24.00 u=  -6.4000 v=   9.7000 vr=  -0.63804 vt=  11.60357
 i= 1401 j= 1046 glon=  301.25 (0-360E) glon=  301.25 glat=  24.00 u=  -6.6000 v=  11.4000 vr=  -0.68493 vt=  13.15488
 i= 1406 j= 1046 glon=  301.45 (0-360E) glon=  301.45 glat=  24.00 u=  -5.7000 v=  10.5000 vr=  -0.83997 vt=  11.91782
 i= 1411 j= 1046 glon=  301.65 (0-360E) glon=  301.65 glat=  24.00 u=  -5.2000 v=   9.1000 vr=  -1.36344 vt=  10.39187
 i= 1311 j= 1051 glon=  297.65 (0-360E) glon=  297.65 glat=  23.80 u=  -2.4000 v=  -1.0000 vr=   1.99277 vt=   1.67000
 i= 1316 j= 1051 glon=  297.85 (0-360E) glon=  297.85 glat=  23.80 u=  -3.4000 v=  -0.5000 vr=   3.04622 vt=   1.59076
 i= 1321 j= 1051 glon=  298.05 (0-360E) glon=  298.05 glat=  23.80 u=  -3.6000 v=  -1.3000 vr=   2.87375 vt=   2.52815
 i= 1326 j= 1051 glon=  298.25 (0-360E) glon=  298.25 glat=  23.80 u=  -4.6000 v=  -2.2000 vr=   3.28588 vt=   3.89910
 i= 1331 j= 1051 glon=  298.45 (0-360E) glon=  298.45 glat=  23.80 u=  -5.7000 v=  -3.0000 vr=   3.63123 vt=   5.32017
 i= 1336 j= 1051 glon=  298.65 (0-360E) glon=  298.65 glat=  23.80 u=  -6.3000 v=  -3.6000 vr=   3.36397 vt=   6.42913
 i= 1341 j= 1051 glon=  298.85 (0-360E) glon=  298.85 glat=  23.80 u=  -7.4000 v=  -3.3000 vr=   3.68189 vt=   7.21760
 i= 1346 j= 1051 glon=  299.05 (0-360E) glon=  299.05 glat=  23.80 u=  -7.0000 v=  -1.8000 vr=   3.39570 vt=   6.38038
 i= 1351 j= 1051 glon=  299.25 (0-360E) glon=  299.25 glat=  23.80 u=  -6.0000 v=  -0.3000 vr=   2.79845 vt=   5.31589
 i= 1356 j= 1051 glon=  299.45 (0-360E) glon=  299.45 glat=  23.80 u=  -6.5000 v=   0.7000 vr=   2.36967 vt=   6.09300
 i= 1361 j= 1051 glon=  299.65 (0-360E) glon=  299.65 glat=  23.80 u=  -6.1000 v=   2.1000 vr=   1.78042 vt=   6.20081
 i= 1366 j= 1051 glon=  299.85 (0-360E) glon=  299.85 glat=  23.80 u=  -5.4000 v=   3.9000 vr=   1.76156 vt=   6.42393
 i= 1371 j= 1051 glon=  300.05 (0-360E) glon=  300.05 glat=  23.80 u=  -4.8000 v=   5.5000 vr=   1.77152 vt=   7.08179
 i= 1376 j= 1051 glon=  300.25 (0-360E) glon=  300.25 glat=  23.80 u=  -4.1000 v=   6.8000 vr=   1.83728 vt=   7.72492
 i= 1381 j= 1051 glon=  300.45 (0-360E) glon=  300.45 glat=  23.80 u=  -3.3000 v=   7.5000 vr=   1.83471 vt=   7.98585
 i= 1386 j= 1051 glon=  300.65 (0-360E) glon=  300.65 glat=  23.80 u=  -2.3000 v=   8.1000 vr=   2.19568 vt=   8.12890
 i= 1391 j= 1051 glon=  300.85 (0-360E) glon=  300.85 glat=  23.80 u=  -3.4000 v=  11.8000 vr=   2.25584 vt=  12.07109
 i= 1396 j= 1051 glon=  301.05 (0-360E) glon=  301.05 glat=  23.80 u=  -4.9000 v=   9.4000 vr=  -0.77669 vt=  10.57198
 i= 1401 j= 1051 glon=  301.25 (0-360E) glon=  301.25 glat=  23.80 u=  -5.1000 v=  11.1000 vr=  -0.84805 vt=  12.18609
 i= 1406 j= 1051 glon=  301.45 (0-360E) glon=  301.45 glat=  23.80 u=  -5.6000 v=  11.8000 vr=  -1.55139 vt=  12.96893
 i= 1411 j= 1051 glon=  301.65 (0-360E) glon=  301.65 glat=  23.80 u=  -4.6000 v=  10.2000 vr=  -1.45313 vt=  11.09452
 i= 1306 j= 1056 glon=  297.45 (0-360E) glon=  297.45 glat=  23.60 u=  -1.4000 v=  -2.9000 vr=   0.85745 vt=   3.10399
 i= 1311 j= 1056 glon=  297.65 (0-360E) glon=  297.65 glat=  23.60 u=  -1.6000 v=  -1.9000 vr=   1.19318 vt=   2.17860
 i= 1316 j= 1056 glon=  297.85 (0-360E) glon=  297.85 glat=  23.60 u=  -3.1000 v=  -1.2000 vr=   2.76090 vt=   1.85134
 i= 1321 j= 1056 glon=  298.05 (0-360E) glon=  298.05 glat=  23.60 u=  -2.8000 v=  -1.7000 vr=   2.29420 vt=   2.33809
 i= 1326 j= 1056 glon=  298.25 (0-360E) glon=  298.25 glat=  23.60 u=  -3.6000 v=  -3.1000 vr=   2.58500 vt=   3.98595
 i= 1331 j= 1056 glon=  298.45 (0-360E) glon=  298.45 glat=  23.60 u=  -4.1000 v=  -4.0000 vr=   2.57887 vt=   5.11463
 i= 1336 j= 1056 glon=  298.65 (0-360E) glon=  298.65 glat=  23.60 u=  -4.9000 v=  -4.1000 vr=   2.95386 vt=   5.66522
 i= 1341 j= 1056 glon=  298.85 (0-360E) glon=  298.85 glat=  23.60 u=  -4.6000 v=  -3.5000 vr=   2.45004 vt=   5.23520
 i= 1346 j= 1056 glon=  299.05 (0-360E) glon=  299.05 glat=  23.60 u=  -5.3000 v=  -2.5000 vr=   2.87621 vt=   5.10563
 i= 1351 j= 1056 glon=  299.25 (0-360E) glon=  299.25 glat=  23.60 u=  -6.1000 v=  -1.7000 vr=   2.85522 vt=   5.65223
 i= 1356 j= 1056 glon=  299.45 (0-360E) glon=  299.45 glat=  23.60 u=  -5.7000 v=   0.1000 vr=   2.28105 vt=   5.22464
 i= 1361 j= 1056 glon=  299.65 (0-360E) glon=  299.65 glat=  23.60 u=  -4.9000 v=   2.4000 vr=   2.00107 vt=   5.07600
 i= 1366 j= 1056 glon=  299.85 (0-360E) glon=  299.85 glat=  23.60 u=  -4.1000 v=   4.6000 vr=   1.93894 vt=   5.84898
 i= 1371 j= 1056 glon=  300.05 (0-360E) glon=  300.05 glat=  23.60 u=  -4.0000 v=   6.0000 vr=   1.16512 vt=   7.11635
 i= 1376 j= 1056 glon=  300.25 (0-360E) glon=  300.25 glat=  23.60 u=  -3.8000 v=   7.2000 vr=   0.66160 vt=   8.11433
 i= 1381 j= 1056 glon=  300.45 (0-360E) glon=  300.45 glat=  23.60 u=  -3.1000 v=   8.2000 vr=   0.77566 vt=   8.73203
 i= 1386 j= 1056 glon=  300.65 (0-360E) glon=  300.65 glat=  23.60 u=  -2.5000 v=   8.8000 vr=   0.85940 vt=   9.10777
 i= 1391 j= 1056 glon=  300.85 (0-360E) glon=  300.85 glat=  23.60 u=  -2.3000 v=   9.2000 vr=   0.65723 vt=   9.46034
 i= 1396 j= 1056 glon=  301.05 (0-360E) glon=  301.05 glat=  23.60 u=  -3.3000 v=   9.6000 vr=  -0.59811 vt=  10.13372
 i= 1401 j= 1056 glon=  301.25 (0-360E) glon=  301.25 glat=  23.60 u=  -3.6000 v=   9.8000 vr=  -1.17229 vt=  10.37428
 i= 1406 j= 1056 glon=  301.45 (0-360E) glon=  301.45 glat=  23.60 u=  -5.2000 v=  12.3000 vr=  -2.47481 vt=  13.12270
 i= 1411 j= 1056 glon=  301.65 (0-360E) glon=  301.65 glat=  23.60 u=  -4.0000 v=  11.4000 vr=  -1.74578 vt=  11.95459
 i= 1306 j= 1061 glon=  297.45 (0-360E) glon=  297.45 glat=  23.40 u=  -0.7000 v=  -3.5000 vr=   0.41296 vt=   3.54534
 i= 1311 j= 1061 glon=  297.65 (0-360E) glon=  297.65 glat=  23.40 u=  -1.5000 v=  -2.4000 vr=   1.27706 vt=   2.52569
 i= 1316 j= 1061 glon=  297.85 (0-360E) glon=  297.85 glat=  23.40 u=  -2.6000 v=  -2.0000 vr=   2.38419 vt=   2.25292
 i= 1321 j= 1061 glon=  298.05 (0-360E) glon=  298.05 glat=  23.40 u=  -2.3000 v=  -2.0000 vr=   2.05532 vt=   2.25070
 i= 1326 j= 1061 glon=  298.25 (0-360E) glon=  298.25 glat=  23.40 u=  -2.6000 v=  -3.6000 vr=   2.10203 vt=   3.91171
 i= 1331 j= 1061 glon=  298.45 (0-360E) glon=  298.45 glat=  23.40 u=  -2.6000 v=  -4.9000 vr=   1.80981 vt=   5.24353
 i= 1336 j= 1061 glon=  298.65 (0-360E) glon=  298.65 glat=  23.40 u=  -3.0000 v=  -4.5000 vr=   2.10765 vt=   4.98075
 i= 1341 j= 1061 glon=  298.85 (0-360E) glon=  298.85 glat=  23.40 u=  -3.5000 v=  -4.1000 vr=   2.44562 vt=   4.80405
 i= 1346 j= 1061 glon=  299.05 (0-360E) glon=  299.05 glat=  23.40 u=  -4.0000 v=  -4.0000 vr=   2.56487 vt=   5.04197
 i= 1351 j= 1061 glon=  299.25 (0-360E) glon=  299.25 glat=  23.40 u=  -5.0000 v=  -3.0000 vr=   3.11614 vt=   4.92845
 i= 1356 j= 1061 glon=  299.45 (0-360E) glon=  299.45 glat=  23.40 u=  -5.9000 v=   0.1000 vr=   4.03222 vt=   4.30827
 i= 1361 j= 1061 glon=  299.65 (0-360E) glon=  299.65 glat=  23.40 u=  -4.9000 v=   3.9000 vr=   3.00105 vt=   5.49670
 i= 1366 j= 1061 glon=  299.85 (0-360E) glon=  299.85 glat=  23.40 u=  -2.6000 v=   5.1000 vr=   1.14808 vt=   5.60820
 i= 1371 j= 1061 glon=  300.05 (0-360E) glon=  300.05 glat=  23.40 u=  -1.9000 v=   5.9000 vr=   0.57564 vt=   6.17160
 i= 1376 j= 1061 glon=  300.25 (0-360E) glon=  300.25 glat=  23.40 u=  -2.1000 v=   7.1000 vr=  -0.02469 vt=   7.40401
 i= 1381 j= 1061 glon=  300.45 (0-360E) glon=  300.45 glat=  23.40 u=  -2.3000 v=   7.8000 vr=  -0.56003 vt=   8.11273
 i= 1386 j= 1061 glon=  300.65 (0-360E) glon=  300.65 glat=  23.40 u=  -1.5000 v=   9.0000 vr=   0.09883 vt=   9.12361
 i= 1391 j= 1061 glon=  300.85 (0-360E) glon=  300.85 glat=  23.40 u=  -1.9000 v=   8.9000 vr=  -0.57376 vt=   9.08244
 i= 1396 j= 1061 glon=  301.05 (0-360E) glon=  301.05 glat=  23.40 u=  -2.2000 v=   9.0000 vr=  -1.04915 vt=   9.20539
 i= 1401 j= 1061 glon=  301.25 (0-360E) glon=  301.25 glat=  23.40 u=  -3.1000 v=   8.9000 vr=  -2.10188 vt=   9.18706
 i= 1406 j= 1061 glon=  301.45 (0-360E) glon=  301.45 glat=  23.40 u=  -4.0000 v=  11.9000 vr=  -2.82115 vt=  12.23320
 i= 1411 j= 1061 glon=  301.65 (0-360E) glon=  301.65 glat=  23.40 u=  -3.7000 v=  12.1000 vr=  -2.63016 vt=  12.37668
 i= 1306 j= 1066 glon=  297.45 (0-360E) glon=  297.45 glat=  23.20 u=   0.0000 v=  -3.5000 vr=   0.06292 vt=   3.49943
 i= 1311 j= 1066 glon=  297.65 (0-360E) glon=  297.65 glat=  23.20 u=  -0.8000 v=  -2.9000 vr=   0.85577 vt=   2.88404
 i= 1316 j= 1066 glon=  297.85 (0-360E) glon=  297.85 glat=  23.20 u=  -1.9000 v=  -2.5000 vr=   1.95187 vt=   2.45972
 i= 1321 j= 1066 glon=  298.05 (0-360E) glon=  298.05 glat=  23.20 u=  -2.1000 v=  -2.4000 vr=   2.15464 vt=   2.35107
 i= 1326 j= 1066 glon=  298.25 (0-360E) glon=  298.25 glat=  23.20 u=  -1.4000 v=  -3.5000 vr=   1.48966 vt=   3.46279
 i= 1331 j= 1066 glon=  298.45 (0-360E) glon=  298.45 glat=  23.20 u=  -0.9000 v=  -4.8000 vr=   1.04127 vt=   4.77135
 i= 1336 j= 1066 glon=  298.65 (0-360E) glon=  298.65 glat=  23.20 u=  -1.3000 v=  -5.1000 vr=   1.47733 vt=   5.05148
 i= 1341 j= 1066 glon=  298.85 (0-360E) glon=  298.85 glat=  23.20 u=  -1.5000 v=  -5.0000 vr=   1.71505 vt=   4.93038
 i= 1346 j= 1066 glon=  299.05 (0-360E) glon=  299.05 glat=  23.20 u=  -1.4000 v=  -4.8000 vr=   1.67476 vt=   4.71118
 i= 1351 j= 1066 glon=  299.25 (0-360E) glon=  299.25 glat=  23.20 u=  -1.2000 v=  -5.5000 vr=   1.67977 vt=   5.37293
 i= 1356 j= 1066 glon=  299.45 (0-360E) glon=  299.45 glat=  23.20 u=  -2.6000 v=  -1.2000 vr=   2.78015 vt=   0.68611
 i= 1361 j= 1066 glon=  299.65 (0-360E) glon=  299.65 glat=  23.20 u=  -1.4000 v=   5.5000 vr=  -4.87801 vt=   2.90086
 i= 1366 j= 1066 glon=  299.85 (0-360E) glon=  299.85 glat=  23.20 u=   0.5000 v=   6.5000 vr=  -0.40195 vt=   6.50680
 i= 1371 j= 1066 glon=  300.05 (0-360E) glon=  300.05 glat=  23.20 u=   0.7000 v=   6.0000 vr=   0.24685 vt=   6.03565
 i= 1376 j= 1066 glon=  300.25 (0-360E) glon=  300.25 glat=  23.20 u=   0.5000 v=   6.8000 vr=   0.14539 vt=   6.81681
 i= 1381 j= 1066 glon=  300.45 (0-360E) glon=  300.45 glat=  23.20 u=  -0.8000 v=   7.0000 vr=  -1.08031 vt=   6.96225
 i= 1386 j= 1066 glon=  300.65 (0-360E) glon=  300.65 glat=  23.20 u=  -1.4000 v=   8.2000 vr=  -1.66933 vt=   8.14944
 i= 1391 j= 1066 glon=  300.85 (0-360E) glon=  300.85 glat=  23.20 u=  -1.8000 v=   8.3000 vr=  -2.03298 vt=   8.24603
 i= 1396 j= 1066 glon=  301.05 (0-360E) glon=  301.05 glat=  23.20 u=  -2.4000 v=   8.4000 vr=  -2.60735 vt=   8.33797
 i= 1401 j= 1066 glon=  301.25 (0-360E) glon=  301.25 glat=  23.20 u=  -2.8000 v=   7.7000 vr=  -2.97074 vt=   7.63575
 i= 1406 j= 1066 glon=  301.45 (0-360E) glon=  301.45 glat=  23.20 u=  -3.2000 v=  11.2000 vr=  -3.42718 vt=  11.13258
 i= 1411 j= 1066 glon=  301.65 (0-360E) glon=  301.65 glat=  23.20 u=  -3.6000 v=  12.8000 vr=  -3.84038 vt=  12.72994
 i= 1306 j= 1071 glon=  297.45 (0-360E) glon=  297.45 glat=  23.00 u=   0.8000 v=  -3.6000 vr=  -0.36953 vt=   3.66926
 i= 1311 j= 1071 glon=  297.65 (0-360E) glon=  297.65 glat=  23.00 u=  -0.1000 v=  -3.7000 vr=   0.57706 vt=   3.65609
 i= 1316 j= 1071 glon=  297.85 (0-360E) glon=  297.85 glat=  23.00 u=  -0.7000 v=  -3.6000 vr=   1.20697 vt=   3.46312
 i= 1321 j= 1071 glon=  298.05 (0-360E) glon=  298.05 glat=  23.00 u=  -1.5000 v=  -2.9000 vr=   1.94445 vt=   2.62280
 i= 1326 j= 1071 glon=  298.25 (0-360E) glon=  298.25 glat=  23.00 u=  -1.2000 v=  -3.4000 vr=   1.79841 vt=   3.12502
 i= 1331 j= 1071 glon=  298.45 (0-360E) glon=  298.45 glat=  23.00 u=   0.5000 v=  -4.3000 vr=   0.41884 vt=   4.30866
 i= 1336 j= 1071 glon=  298.65 (0-360E) glon=  298.65 glat=  23.00 u=   1.0000 v=  -4.3000 vr=   0.11342 vt=   4.41329
 i= 1341 j= 1071 glon=  298.85 (0-360E) glon=  298.85 glat=  23.00 u=   0.8000 v=  -4.7000 vr=   0.69926 vt=   4.71604
 i= 1346 j= 1071 glon=  299.05 (0-360E) glon=  299.05 glat=  23.00 u=   1.8000 v=  -4.5000 vr=   0.16896 vt=   4.84370
 i= 1351 j= 1071 glon=  299.25 (0-360E) glon=  299.25 glat=  23.00 u=   4.8000 v=  -4.4000 vr=  -1.49483 vt=   6.33763
 i= 1356 j= 1071 glon=  299.45 (0-360E) glon=  299.45 glat=  23.00 u=   6.8000 v=  -0.7000 vr=  -3.20813 vt=   6.03638
 i= 1361 j= 1071 glon=  299.65 (0-360E) glon=  299.65 glat=  23.00 u=   6.1000 v=   3.0000 vr=  -2.19292 vt=   6.43437
 i= 1366 j= 1071 glon=  299.85 (0-360E) glon=  299.85 glat=  23.00 u=   3.8000 v=   5.4000 vr=  -1.36801 vt=   6.45976
 i= 1371 j= 1071 glon=  300.05 (0-360E) glon=  300.05 glat=  23.00 u=   3.6000 v=   6.1000 vr=   0.06093 vt=   7.08282
 i= 1376 j= 1071 glon=  300.25 (0-360E) glon=  300.25 glat=  23.00 u=   4.1000 v=   6.4000 vr=   1.45447 vt=   7.46020
 i= 1381 j= 1071 glon=  300.45 (0-360E) glon=  300.45 glat=  23.00 u=   2.6000 v=   5.4000 vr=   0.93011 vt=   5.92072
 i= 1386 j= 1071 glon=  300.65 (0-360E) glon=  300.65 glat=  23.00 u=  -1.5000 v=   7.4000 vr=  -3.20985 vt=   6.83424
 i= 1391 j= 1071 glon=  300.85 (0-360E) glon=  300.85 glat=  23.00 u=  -2.4000 v=   8.2000 vr=  -3.99655 vt=   7.55166
 i= 1396 j= 1071 glon=  301.05 (0-360E) glon=  301.05 glat=  23.00 u=  -2.3000 v=   8.1000 vr=  -3.67540 vt=   7.57571
 i= 1401 j= 1071 glon=  301.25 (0-360E) glon=  301.25 glat=  23.00 u=  -2.3000 v=   8.0000 vr=  -3.50412 vt=   7.55057
 i= 1406 j= 1071 glon=  301.45 (0-360E) glon=  301.45 glat=  23.00 u=  -2.8000 v=  10.9000 vr=  -4.27827 vt=  10.40896
 i= 1411 j= 1071 glon=  301.65 (0-360E) glon=  301.65 glat=  23.00 u=  -3.4000 v=  13.4000 vr=  -5.05251 vt=  12.86826
 i= 1311 j= 1076 glon=  297.65 (0-360E) glon=  297.65 glat=  22.80 u=   1.1000 v=  -3.8000 vr=  -0.17999 vt=   3.95191
 i= 1316 j= 1076 glon=  297.85 (0-360E) glon=  297.85 glat=  22.80 u=   0.9000 v=  -3.9000 vr=   0.13760 vt=   4.00013
 i= 1321 j= 1076 glon=  298.05 (0-360E) glon=  298.05 glat=  22.80 u=   0.0000 v=  -3.7000 vr=   1.06539 vt=   3.54330
 i= 1326 j= 1076 glon=  298.25 (0-360E) glon=  298.25 glat=  22.80 u=  -0.6000 v=  -3.5000 vr=   1.70567 vt=   3.11459
 i= 1331 j= 1076 glon=  298.45 (0-360E) glon=  298.45 glat=  22.80 u=   0.8000 v=  -4.1000 vr=   0.78732 vt=   4.10245
 i= 1336 j= 1076 glon=  298.65 (0-360E) glon=  298.65 glat=  22.80 u=   2.6000 v=  -4.3000 vr=  -0.46516 vt=   5.00336
 i= 1341 j= 1076 glon=  298.85 (0-360E) glon=  298.85 glat=  22.80 u=   3.2000 v=  -3.8000 vr=  -0.75337 vt=   4.91044
 i= 1346 j= 1076 glon=  299.05 (0-360E) glon=  299.05 glat=  22.80 u=   4.5000 v=  -3.8000 vr=  -1.05654 vt=   5.79428
 i= 1351 j= 1076 glon=  299.25 (0-360E) glon=  299.25 glat=  22.80 u=   6.0000 v=  -3.0000 vr=  -1.35167 vt=   6.57062
 i= 1356 j= 1076 glon=  299.45 (0-360E) glon=  299.45 glat=  22.80 u=   7.7000 v=   0.2000 vr=  -2.78930 vt=   7.17982
 i= 1361 j= 1076 glon=  299.65 (0-360E) glon=  299.65 glat=  22.80 u=   7.9000 v=   3.3000 vr=  -2.74717 vt=   8.10882
 i= 1366 j= 1076 glon=  299.85 (0-360E) glon=  299.85 glat=  22.80 u=   6.4000 v=   5.6000 vr=  -2.16553 vt=   8.22378
 i= 1371 j= 1076 glon=  300.05 (0-360E) glon=  300.05 glat=  22.80 u=   6.5000 v=   5.3000 vr=   0.52159 vt=   8.37066
 i= 1376 j= 1076 glon=  300.25 (0-360E) glon=  300.25 glat=  22.80 u=   6.3000 v=   6.4000 vr=   1.25741 vt=   8.89207
 i= 1381 j= 1076 glon=  300.45 (0-360E) glon=  300.45 glat=  22.80 u=   7.0000 v=   5.4000 vr=   3.45205 vt=   8.13900
 i= 1386 j= 1076 glon=  300.65 (0-360E) glon=  300.65 glat=  22.80 u=  -3.4000 v=   6.9000 vr=  -5.94965 vt=   4.87561
 i= 1391 j= 1076 glon=  300.85 (0-360E) glon=  300.85 glat=  22.80 u=  -3.2000 v=   8.3000 vr=  -5.94669 vt=   6.61565
 i= 1396 j= 1076 glon=  301.05 (0-360E) glon=  301.05 glat=  22.80 u=  -2.1000 v=   7.8000 vr=  -4.43016 vt=   6.75453
 i= 1401 j= 1076 glon=  301.25 (0-360E) glon=  301.25 glat=  22.80 u=  -1.6000 v=   8.0000 vr=  -3.75812 vt=   7.24131
 i= 1406 j= 1076 glon=  301.45 (0-360E) glon=  301.45 glat=  22.80 u=  -2.1000 v=   9.8000 vr=  -4.48229 vt=   8.96432
 i= 1411 j= 1076 glon=  301.65 (0-360E) glon=  301.65 glat=  22.80 u=  -3.0000 v=  13.0000 vr=  -5.87528 vt=  11.97836
 i= 1311 j= 1081 glon=  297.65 (0-360E) glon=  297.65 glat=  22.60 u=   1.8000 v=  -3.4000 vr=  -0.57184 vt=   3.80434
 i= 1316 j= 1081 glon=  297.85 (0-360E) glon=  297.85 glat=  22.60 u=   2.1000 v=  -3.4000 vr=  -0.72050 vt=   3.93076
 i= 1321 j= 1081 glon=  298.05 (0-360E) glon=  298.05 glat=  22.60 u=   2.2000 v=  -3.5000 vr=  -0.60672 vt=   4.08924
 i= 1326 j= 1081 glon=  298.25 (0-360E) glon=  298.25 glat=  22.60 u=   1.8000 v=  -3.6000 vr=   0.00882 vt=   4.02491
 i= 1331 j= 1081 glon=  298.45 (0-360E) glon=  298.45 glat=  22.60 u=   1.5000 v=  -3.3000 vr=   0.37995 vt=   3.60495
 i= 1336 j= 1081 glon=  298.65 (0-360E) glon=  298.65 glat=  22.60 u=   2.6000 v=  -3.2000 vr=  -0.27041 vt=   4.11423
 i= 1341 j= 1081 glon=  298.85 (0-360E) glon=  298.85 glat=  22.60 u=   4.6000 v=  -2.6000 vr=  -1.69973 vt=   5.00309
 i= 1346 j= 1081 glon=  299.05 (0-360E) glon=  299.05 glat=  22.60 u=   5.9000 v=  -2.2000 vr=  -2.07101 vt=   5.94650
 i= 1351 j= 1081 glon=  299.25 (0-360E) glon=  299.25 glat=  22.60 u=   7.4000 v=  -1.1000 vr=  -2.53213 vt=   7.03977
 i= 1356 j= 1081 glon=  299.45 (0-360E) glon=  299.45 glat=  22.60 u=   8.5000 v=   0.8000 vr=  -2.79969 vt=   8.06547
 i= 1361 j= 1081 glon=  299.65 (0-360E) glon=  299.65 glat=  22.60 u=   8.9000 v=   3.1000 vr=  -2.67692 vt=   9.03626
 i= 1366 j= 1081 glon=  299.85 (0-360E) glon=  299.85 glat=  22.60 u=   8.7000 v=   4.9000 vr=  -1.84414 vt=   9.81321
 i= 1371 j= 1081 glon=  300.05 (0-360E) glon=  300.05 glat=  22.60 u=   8.4000 v=   5.6000 vr=  -0.25090 vt=  10.09243
 i= 1376 j= 1081 glon=  300.25 (0-360E) glon=  300.25 glat=  22.60 u=  10.6000 v=   5.4000 vr=   3.22096 vt=  11.45187
 i= 1381 j= 1081 glon=  300.45 (0-360E) glon=  300.45 glat=  22.60 u=   1.2000 v=   7.3000 vr=  -3.71514 vt=   6.39748
 i= 1386 j= 1081 glon=  300.65 (0-360E) glon=  300.65 glat=  22.60 u=  -3.5000 v=   9.7000 vr=  -8.28466 vt=   6.14040
 i= 1391 j= 1081 glon=  300.85 (0-360E) glon=  300.85 glat=  22.60 u=  -2.8000 v=   9.2000 vr=  -6.92543 vt=   6.67221
 i= 1396 j= 1081 glon=  301.05 (0-360E) glon=  301.05 glat=  22.60 u=  -2.3000 v=   7.9000 vr=  -5.49346 vt=   6.12552
 i= 1401 j= 1081 glon=  301.25 (0-360E) glon=  301.25 glat=  22.60 u=  -1.6000 v=   8.5000 vr=  -4.77929 vt=   7.20891
 i= 1406 j= 1081 glon=  301.45 (0-360E) glon=  301.45 glat=  22.60 u=  -1.3000 v=   9.2000 vr=  -4.45921 vt=   8.15141
 i= 1411 j= 1081 glon=  301.65 (0-360E) glon=  301.65 glat=  22.60 u=  -2.1000 v=  12.3000 vr=  -5.94962 vt=  10.96823
 i= 1311 j= 1086 glon=  297.65 (0-360E) glon=  297.65 glat=  22.40 u=   2.4000 v=  -3.1000 vr=  -0.88025 vt=   3.82036
 i= 1316 j= 1086 glon=  297.85 (0-360E) glon=  297.85 glat=  22.40 u=   2.4000 v=  -3.4000 vr=  -0.58361 vt=   4.12061
 i= 1321 j= 1086 glon=  298.05 (0-360E) glon=  298.05 glat=  22.40 u=   3.2000 v=  -3.2000 vr=  -1.17016 vt=   4.37158
 i= 1326 j= 1086 glon=  298.25 (0-360E) glon=  298.25 glat=  22.40 u=   3.7000 v=  -3.2000 vr=  -1.32062 vt=   4.71020
 i= 1331 j= 1086 glon=  298.45 (0-360E) glon=  298.45 glat=  22.40 u=   4.0000 v=  -3.2000 vr=  -1.20454 vt=   4.97886
 i= 1336 j= 1086 glon=  298.65 (0-360E) glon=  298.65 glat=  22.40 u=   4.1000 v=  -2.9000 vr=  -1.01890 vt=   4.91750
 i= 1341 j= 1086 glon=  298.85 (0-360E) glon=  298.85 glat=  22.40 u=   4.8000 v=  -1.9000 vr=  -1.66286 vt=   4.88722
 i= 1346 j= 1086 glon=  299.05 (0-360E) glon=  299.05 glat=  22.40 u=   6.4000 v=  -0.2000 vr=  -3.23965 vt=   5.52310
 i= 1351 j= 1086 glon=  299.25 (0-360E) glon=  299.25 glat=  22.40 u=   8.3000 v=   1.4000 vr=  -4.43033 vt=   7.15696
 i= 1356 j= 1086 glon=  299.45 (0-360E) glon=  299.45 glat=  22.40 u=   9.5000 v=   2.6000 vr=  -4.29345 vt=   8.86433
 i= 1361 j= 1086 glon=  299.65 (0-360E) glon=  299.65 glat=  22.40 u=   9.4000 v=   3.9000 vr=  -3.56085 vt=   9.53364
 i= 1366 j= 1086 glon=  299.85 (0-360E) glon=  299.85 glat=  22.40 u=   9.5000 v=   5.0000 vr=  -2.47144 vt=  10.44710
 i= 1371 j= 1086 glon=  300.05 (0-360E) glon=  300.05 glat=  22.40 u=  10.5000 v=   4.8000 vr=   0.21055 vt=  11.54321
 i= 1376 j= 1086 glon=  300.25 (0-360E) glon=  300.25 glat=  22.40 u=  11.7000 v=   3.4000 vr=   3.93091 vt=  11.53247
 i= 1381 j= 1086 glon=  300.45 (0-360E) glon=  300.45 glat=  22.40 u=   5.0000 v=  10.0000 vr=  -3.96238 vt=  10.45464
 i= 1386 j= 1086 glon=  300.65 (0-360E) glon=  300.65 glat=  22.40 u=  -2.6000 v=   9.9000 vr=  -8.47597 vt=   5.73828
 i= 1391 j= 1086 glon=  300.85 (0-360E) glon=  300.85 glat=  22.40 u=  -1.9000 v=   9.2000 vr=  -6.97394 vt=   6.29398
 i= 1396 j= 1086 glon=  301.05 (0-360E) glon=  301.05 glat=  22.40 u=  -2.3000 v=   8.4000 vr=  -6.43118 vt=   5.87281
 i= 1401 j= 1086 glon=  301.25 (0-360E) glon=  301.25 glat=  22.40 u=  -1.5000 v=   8.4000 vr=  -5.38802 vt=   6.61659
 i= 1406 j= 1086 glon=  301.45 (0-360E) glon=  301.45 glat=  22.40 u=  -1.1000 v=   8.7000 vr=  -4.84591 vt=   7.30871
 i= 1316 j= 1091 glon=  297.85 (0-360E) glon=  297.85 glat=  22.20 u=   3.1000 v=  -2.5000 vr=  -1.27503 vt=   3.77284
 i= 1321 j= 1091 glon=  298.05 (0-360E) glon=  298.05 glat=  22.20 u=   3.4000 v=  -2.5000 vr=  -1.30892 vt=   4.01207
 i= 1326 j= 1091 glon=  298.25 (0-360E) glon=  298.25 glat=  22.20 u=   4.3000 v=  -1.9000 vr=  -2.12022 vt=   4.19579
 i= 1331 j= 1091 glon=  298.45 (0-360E) glon=  298.45 glat=  22.20 u=   4.7000 v=  -1.6000 vr=  -2.28304 vt=   4.40883
 i= 1336 j= 1091 glon=  298.65 (0-360E) glon=  298.65 glat=  22.20 u=   5.2000 v=  -1.3000 vr=  -2.41603 vt=   4.78464
 i= 1341 j= 1091 glon=  298.85 (0-360E) glon=  298.85 glat=  22.20 u=   6.1000 v=  -0.6000 vr=  -2.95525 vt=   5.36996
 i= 1346 j= 1091 glon=  299.05 (0-360E) glon=  299.05 glat=  22.20 u=   7.4000 v=   0.1000 vr=  -3.43731 vt=   6.55400
 i= 1351 j= 1091 glon=  299.25 (0-360E) glon=  299.25 glat=  22.20 u=   8.7000 v=   1.2000 vr=  -3.85671 vt=   7.89023
 i= 1356 j= 1091 glon=  299.45 (0-360E) glon=  299.45 glat=  22.20 u=   9.8000 v=   2.8000 vr=  -4.22218 vt=   9.27649
 i= 1361 j= 1091 glon=  299.65 (0-360E) glon=  299.65 glat=  22.20 u=  10.0000 v=   4.3000 vr=  -4.00947 vt=  10.11999
 i= 1366 j= 1091 glon=  299.85 (0-360E) glon=  299.85 glat=  22.20 u=  10.6000 v=   5.9000 vr=  -3.62112 vt=  11.57832
 i= 1371 j= 1091 glon=  300.05 (0-360E) glon=  300.05 glat=  22.20 u=  10.5000 v=   5.6000 vr=  -1.43876 vt=  11.81270
 i= 1376 j= 1091 glon=  300.25 (0-360E) glon=  300.25 glat=  22.20 u=  12.2000 v=   5.9000 vr=   0.86485 vt=  13.52413
 i= 1381 j= 1091 glon=  300.45 (0-360E) glon=  300.45 glat=  22.20 u=   3.1000 v=  10.5000 vr=  -6.57703 vt=   8.75229
 i= 1386 j= 1091 glon=  300.65 (0-360E) glon=  300.65 glat=  22.20 u=  -1.2000 v=  11.2000 vr=  -9.04930 vt=   6.70747
 i= 1391 j= 1091 glon=  300.85 (0-360E) glon=  300.85 glat=  22.20 u=  -1.1000 v=   9.1000 vr=  -6.93707 vt=   5.99142
 i= 1396 j= 1091 glon=  301.05 (0-360E) glon=  301.05 glat=  22.20 u=  -1.6000 v=   8.1000 vr=  -6.25426 vt=   5.39020
 i= 1401 j= 1091 glon=  301.25 (0-360E) glon=  301.25 glat=  22.20 u=  -0.9000 v=   7.6000 vr=  -5.04888 vt=   5.75141
 i= 1406 j= 1091 glon=  301.45 (0-360E) glon=  301.45 glat=  22.20 u=  -0.9000 v=   8.3000 vr=  -5.10730 vt=   6.60420
 i= 1321 j= 1096 glon=  298.05 (0-360E) glon=  298.05 glat=  22.00 u=   3.9000 v=  -1.5000 vr=  -1.99094 vt=   3.67371
 i= 1326 j= 1096 glon=  298.25 (0-360E) glon=  298.25 glat=  22.00 u=   4.2000 v=  -1.2000 vr=  -2.16267 vt=   3.79511
 i= 1331 j= 1096 glon=  298.45 (0-360E) glon=  298.45 glat=  22.00 u=   4.9000 v=  -0.8000 vr=  -2.62002 vt=   4.21729
 i= 1336 j= 1096 glon=  298.65 (0-360E) glon=  298.65 glat=  22.00 u=   5.6000 v=  -0.4000 vr=  -2.95983 vt=   4.77068
 i= 1341 j= 1096 glon=  298.85 (0-360E) glon=  298.85 glat=  22.00 u=   6.3000 v=   0.5000 vr=  -3.57211 vt=   5.21345
 i= 1346 j= 1096 glon=  299.05 (0-360E) glon=  299.05 glat=  22.00 u=   7.5000 v=   1.5000 vr=  -4.31416 vt=   6.31570
 i= 1351 j= 1096 glon=  299.25 (0-360E) glon=  299.25 glat=  22.00 u=   8.5000 v=   2.6000 vr=  -4.76320 vt=   7.50479
 i= 1356 j= 1096 glon=  299.45 (0-360E) glon=  299.45 glat=  22.00 u=   9.4000 v=   3.6000 vr=  -4.74333 vt=   8.87811
 i= 1361 j= 1096 glon=  299.65 (0-360E) glon=  299.65 glat=  22.00 u=   9.8000 v=   4.7000 vr=  -4.46157 vt=   9.91082
 i= 1366 j= 1096 glon=  299.85 (0-360E) glon=  299.85 glat=  22.00 u=   9.6000 v=   5.3000 vr=  -3.57606 vt=  10.36638
 i= 1371 j= 1096 glon=  300.05 (0-360E) glon=  300.05 glat=  22.00 u=  10.3000 v=   4.9000 vr=  -1.48964 vt=  11.30845
 i= 1376 j= 1096 glon=  300.25 (0-360E) glon=  300.25 glat=  22.00 u=   9.9000 v=   7.5000 vr=  -2.54332 vt=  12.15695
 i= 1381 j= 1096 glon=  300.45 (0-360E) glon=  300.45 glat=  22.00 u=   3.0000 v=  10.0000 vr=  -6.90218 vt=   7.83325
 i= 1386 j= 1096 glon=  300.65 (0-360E) glon=  300.65 glat=  22.00 u=   0.8000 v=  10.2000 vr=  -7.58448 vt=   6.86700
 i= 1391 j= 1096 glon=  300.85 (0-360E) glon=  300.85 glat=  22.00 u=  -0.5000 v=   9.1000 vr=  -7.03171 vt=   5.79785
 i= 1396 j= 1096 glon=  301.05 (0-360E) glon=  301.05 glat=  22.00 u=  -0.4000 v=   7.4000 vr=  -5.34499 vt=   5.13333
 i= 1401 j= 1096 glon=  301.25 (0-360E) glon=  301.25 glat=  22.00 u=  -0.5000 v=   6.8000 vr=  -4.70044 vt=   4.93922
 i= 1326 j= 1101 glon=  298.25 (0-360E) glon=  298.25 glat=  21.80 u=   4.3000 v=   0.1000 vr=  -2.91507 vt=   3.16265
 i= 1331 j= 1101 glon=  298.45 (0-360E) glon=  298.45 glat=  21.80 u=   4.9000 v=   0.9000 vr=  -3.66301 vt=   3.37674
 i= 1336 j= 1101 glon=  298.65 (0-360E) glon=  298.65 glat=  21.80 u=   5.5000 v=   1.9000 vr=  -4.52088 vt=   3.66355
 i= 1341 j= 1101 glon=  298.85 (0-360E) glon=  298.85 glat=  21.80 u=   6.2000 v=   2.3000 vr=  -4.80963 vt=   4.53844
 i= 1346 j= 1101 glon=  299.05 (0-360E) glon=  299.05 glat=  21.80 u=   7.1000 v=   2.7000 vr=  -4.97436 vt=   5.74071
 i= 1351 j= 1101 glon=  299.25 (0-360E) glon=  299.25 glat=  21.80 u=   8.3000 v=   2.8000 vr=  -4.63805 vt=   7.43091
 i= 1356 j= 1101 glon=  299.45 (0-360E) glon=  299.45 glat=  21.80 u=   9.1000 v=   3.4000 vr=  -4.35802 vt=   8.68203
 i= 1361 j= 1101 glon=  299.65 (0-360E) glon=  299.65 glat=  21.80 u=   9.0000 v=   4.1000 vr=  -3.91178 vt=   9.08339
 i= 1366 j= 1101 glon=  299.85 (0-360E) glon=  299.85 glat=  21.80 u=   9.5000 v=   3.5000 vr=  -2.05497 vt=   9.91348
 i= 1371 j= 1101 glon=  300.05 (0-360E) glon=  300.05 glat=  21.80 u=   8.7000 v=   4.5000 vr=  -2.00057 vt=   9.58842
 i= 1376 j= 1101 glon=  300.25 (0-360E) glon=  300.25 glat=  21.80 u=   5.8000 v=   6.0000 vr=  -3.36890 vt=   7.63482
 i= 1381 j= 1101 glon=  300.45 (0-360E) glon=  300.45 glat=  21.80 u=   3.0000 v=   8.6000 vr=  -6.16275 vt=   6.70675
 i= 1386 j= 1101 glon=  300.65 (0-360E) glon=  300.65 glat=  21.80 u=   1.6000 v=   9.4000 vr=  -6.94363 vt=   6.53499
 i= 1391 j= 1101 glon=  300.85 (0-360E) glon=  300.85 glat=  21.80 u=   1.2000 v=   8.2000 vr=  -5.67999 vt=   6.03471
 i= 1396 j= 1101 glon=  301.05 (0-360E) glon=  301.05 glat=  21.80 u=   0.1000 v=   6.3000 vr=  -4.56635 vt=   4.34148
 i= 1331 j= 1106 glon=  298.45 (0-360E) glon=  298.45 glat=  21.60 u=   4.5000 v=   1.1000 vr=  -3.39584 vt=   3.15091
 i= 1336 j= 1106 glon=  298.65 (0-360E) glon=  298.65 glat=  21.60 u=   5.1000 v=   1.3000 vr=  -3.58738 vt=   3.85106
 i= 1341 j= 1106 glon=  298.85 (0-360E) glon=  298.85 glat=  21.60 u=   5.9000 v=   1.9000 vr=  -4.09157 vt=   4.65608
 i= 1346 j= 1106 glon=  299.05 (0-360E) glon=  299.05 glat=  21.60 u=   6.9000 v=   2.3000 vr=  -4.29864 vt=   5.86700
 i= 1351 j= 1106 glon=  299.25 (0-360E) glon=  299.25 glat=  21.60 u=   7.4000 v=   2.8000 vr=  -4.24778 vt=   6.67506
 i= 1356 j= 1106 glon=  299.45 (0-360E) glon=  299.45 glat=  21.60 u=   7.3000 v=   3.8000 vr=  -4.47224 vt=   6.90862
 i= 1361 j= 1106 glon=  299.65 (0-360E) glon=  299.65 glat=  21.60 u=   8.5000 v=   3.4000 vr=  -3.24416 vt=   8.56069
 i= 1366 j= 1106 glon=  299.85 (0-360E) glon=  299.85 glat=  21.60 u=   8.4000 v=   3.2000 vr=  -2.07860 vt=   8.74525
 i= 1371 j= 1106 glon=  300.05 (0-360E) glon=  300.05 glat=  21.60 u=   6.9000 v=   4.4000 vr=  -2.63571 vt=   7.74745
 i= 1376 j= 1106 glon=  300.25 (0-360E) glon=  300.25 glat=  21.60 u=   4.0000 v=   5.8000 vr=  -4.11512 vt=   5.71890
 i= 1381 j= 1106 glon=  300.45 (0-360E) glon=  300.45 glat=  21.60 u=   2.7000 v=   7.4000 vr=  -5.54686 vt=   5.59306
 i= 1386 j= 1106 glon=  300.65 (0-360E) glon=  300.65 glat=  21.60 u=   2.5000 v=   7.1000 vr=  -4.87359 vt=   5.73656
 i= 1391 j= 1106 glon=  300.85 (0-360E) glon=  300.85 glat=  21.60 u=   1.6000 v=   6.2000 vr=  -4.17501 vt=   4.85482
 i= 1341 j= 1111 glon=  298.85 (0-360E) glon=  298.85 glat=  21.40 u=   5.4000 v=   2.0000 vr=  -3.81285 vt=   4.31534
 i= 1346 j= 1111 glon=  299.05 (0-360E) glon=  299.05 glat=  21.40 u=   6.0000 v=   2.9000 vr=  -4.43800 vt=   4.97133
 i= 1351 j= 1111 glon=  299.25 (0-360E) glon=  299.25 glat=  21.40 u=   6.6000 v=   3.3000 vr=  -4.44706 vt=   5.88843
 i= 1356 j= 1111 glon=  299.45 (0-360E) glon=  299.45 glat=  21.40 u=   6.4000 v=   3.6000 vr=  -4.12610 vt=   6.07415
 i= 1361 j= 1111 glon=  299.65 (0-360E) glon=  299.65 glat=  21.40 u=   7.7000 v=   2.4000 vr=  -2.27435 vt=   7.73805
 i= 1366 j= 1111 glon=  299.85 (0-360E) glon=  299.85 glat=  21.40 u=   6.1000 v=   2.4000 vr=  -1.67453 vt=   6.33766
 i= 1371 j= 1111 glon=  300.05 (0-360E) glon=  300.05 glat=  21.40 u=   3.4000 v=   3.4000 vr=  -2.59853 vt=   4.04570
 i= 1376 j= 1111 glon=  300.25 (0-360E) glon=  300.25 glat=  21.40 u=   3.5000 v=   6.7000 vr=  -5.32176 vt=   5.36832
 i= 1381 j= 1111 glon=  300.45 (0-360E) glon=  300.45 glat=  21.40 u=   3.0000 v=   5.8000 vr=  -4.18937 vt=   5.00891
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    6.99143481320394       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     16.29 kts
    LL Wind Circ Vt mean quadmax value: SE     16.82 kts
    LL Wind Circ Vt mean quadmax value: SW      9.69 kts
    LL Wind Circ Vt mean quadmax value: NW     12.58 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    135.744172508391       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   3.09859351305160       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    23.0130330456431     
   xcenlon=    299.843576625581     
   imax=         2738  jmax=         2041
   jlatfix=         1070
   ilonfix (unadjusted) =         1366
  
 In get_max_wind, ibeg=         1291  iend=         1440
                  jbeg=         1002  jend=         1139
         ilonfix=         1366  jlatfix=         1070
 At end of get_max_wind, vmax=    12.3831659925885       rmax= 
   50.6860431182805     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    8.30 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.27 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.25 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    8.23 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.19 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    8.13 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    8.05 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    7.95 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    7.86 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    7.78 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    7.71 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    7.63 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    7.54 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    7.48 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    7.55 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    7.70 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    7.84 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    7.95 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    8.01 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    8.01 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    8.00 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    7.98 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    7.98 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    8.01 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    8.04 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    8.08 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    8.09 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    8.09 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    8.05 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    8.02 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    8.02 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    8.01 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    8.01 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    7.99 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    7.96 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    7.91 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    7.85 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    7.77 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    7.67 (m/s)
  After ARMW loop#   1  maxrmw_wmag=     8.30 m/s   maxrmw_dist=     3.00  km   maxrmw_ix=    1
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    3.00000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    8.29515731051163      
  (m/s)   (in kts)=    16.1150021071309     
  rising_sum_dvdr=      0.100000000000000     
  declining_sum_dvdr=  -0.344876436580906     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:19:08
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           24 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   308.325
  
  
  In get_cps_paramb, lead time=           24 :           0   00L  NATL     
   right_ct=          871   left_ct=          856
   zthicksum(1)=    2952097.72306250     
   zthicksum(2)=    2904527.61450000     
   zthick_right_mean=    3389.32000351607     
   zthick_left_mean=     3393.13973656542     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -3.81973304934900     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           11.40
  Sum of y-diffs squared (ydiff2) =           13.26
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    53.15   6.7452       -2.86   0.1661    -2.08     4.33        8.16
    2    56.05   6.6846        0.04   0.1055     0.53     0.28        0.00
    3    57.33   6.6201        1.32   0.0409     1.51     2.28        1.74
    4    57.62   6.5511        1.61  -0.0281     1.48     2.18        2.58
    5    56.58   6.4770        0.57  -0.1022     0.09     0.01        0.32
    6    55.34   6.3969       -0.67  -0.1822    -1.53     2.33        0.45
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    56.009     x:    6.58
  
  slope=     -4.679         y-intercept =     86.792
  Regression equation:   Y =    86.79 -     4.68X
  
  R2(r_squared) =  0.1400        r =  0.3742
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1087.66 zmin= 1038.08 zdiff=   49.58
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1580.30 zmin= 1527.15 zdiff=   53.15
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=       3.57 dlnp=     -0.057158  dzdlnp=      -62.423
  
   +++ k=  3 press=    800.0 zmax= 2098.10 zmin= 2042.05 zdiff=   56.05
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=       2.90 dlnp=     -0.060625  dzdlnp=      -47.769
  
   +++ k=  4 press=    750.0 zmax= 2643.05 zmin= 2585.72 zdiff=   57.33
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=       1.28 dlnp=     -0.064539  dzdlnp=      -19.833
  
   +++ k=  5 press=    700.0 zmax= 3219.21 zmin= 3161.59 zdiff=   57.62
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       0.29 dlnp=     -0.068993  dzdlnp=       -4.174
  
   +++ k=  6 press=    650.0 zmax= 3829.75 zmin= 3773.18 zdiff=   56.58
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -1.04 dlnp=     -0.074108  dzdlnp=       14.034
  
   +++ k=  7 press=    600.0 zmax= 4480.32 zmin= 4424.98 zdiff=   55.34
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -1.24 dlnp=     -0.080043  dzdlnp=       15.492
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          104.83
  Sum of y-diffs squared (ydiff2) =          198.47
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    53.15   6.3099        9.82   0.2788     4.49    20.20       96.51
    2    47.86   6.2146        4.53   0.1834     1.02     1.04       20.50
    3    41.39   6.1092       -1.94   0.0781    -3.43    11.76        3.75
    4    38.18   5.9915       -5.15  -0.0397    -4.39    19.30       26.54
    5    36.18   5.8579       -7.15  -0.1732    -3.84    14.75       51.15
    6    43.22   5.7038       -0.11  -0.3274     6.15    37.78        0.01
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    43.328     x:    6.03
  
  slope=     19.117         y-intercept =    -71.970
  Regression equation:   Y =   -71.97 +    19.12X
  
  R2(r_squared) =  0.4718        r =  0.6869
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4480.32 zmin= 4424.98 zdiff=   55.34
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5176.47 zmin= 5123.32 zdiff=   53.15
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -2.18 dlnp=     -0.087011  dzdlnp=       25.100
  
   +++ k=  9 press=    500.0 zmax= 5926.56 zmin= 5878.70 zdiff=   47.86
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -5.30 dlnp=     -0.095310  dzdlnp=       55.566
  
   +++ k= 10 press=    450.0 zmax= 6742.95 zmin= 6701.56 zdiff=   41.39
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -6.46 dlnp=     -0.105361  dzdlnp=       61.351
  
   +++ k= 11 press=    400.0 zmax= 7642.99 zmin= 7604.81 zdiff=   38.18
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -3.22 dlnp=     -0.117783  dzdlnp=       27.304
  
   +++ k= 12 press=    350.0 zmax= 8640.72 zmin= 8604.54 zdiff=   36.18
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -2.00 dlnp=     -0.133531  dzdlnp=       14.978
  
   +++ k= 13 press=    300.0 zmax= 9759.74 zmin= 9716.52 zdiff=   43.22
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       7.04 dlnp=     -0.154151  dzdlnp=      -45.670
  
cps_stats: 00L   lead time=  24: 0   paramb=    -3.82  vtl=     -4.68  vtu=     19.12
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   24:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.844 (0-360) guesslon=  299.844E  (  60.156W)   guesslat=   23.013
 ilonfix=         1366  jlatfix=         1070  npts=           33
 ibeg=         1294  jbeg=         1002  imax=         2738
 iend=         1438  jend=         1138  jmax=         2041
 TIMING: find_maxmin 1  22:19:08
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.724E  (0-360) ctlon=  299.724E  (  60.276W)  ctlat=   21.693 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:08
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  299.724E   (0-360) guesslon=  299.724E  (  60.276W)   guesslat=   21.693
 ilonfix=         1363  jlatfix=         1103  npts=           16
 ibeg=         1315  jbeg=         1059  imax=         2738
 iend=         1411  jend=         1147  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.404E  (0-360) ctlon=  299.404  (  60.596W)  ctlat=   21.573 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    24:00  mean_lon:  299.40E (  60.60W)    (0-360) mean_lon=  299.40E  mean_lat:   21.57  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    24:00  ifix:  1331   jfix:  1083  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1331  jx=         1083
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1465 ,        1829 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1464 ,        1830 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    24:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:19:09
 TIMING: Before shear ... 22:19:09
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            5
  clon(ist,ifh,3)=    299.616334744757     
  clat(ist,ifh,3)=    23.2307330569033     
  fixlon(ist,ifh)=    299.843576625581     
  fixlat(ist,ifh)=    23.0130330456431     
  xcenlon=    299.616334744757     
  xcenlat=    23.2307330569033     
  
 xxshear
 In get_shear A, xcenlon=    299.616334744757       xcenlat= 
   23.2307330569033     
   In get_shear B, (0-360) xcenlon=    299.616334744757     
  
At start of get_shear:  00L   fhr=   24:00   Mean fix position=   299.84E  ( 60.16W)    23.01  (0-360) mean lon fix=  299.84
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    6.28 vr_mean(idist,ilev)=    0.25
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    6.81 vr_mean(idist,ilev)=    0.58
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    7.64 vr_mean(idist,ilev)=    0.50
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    7.82 vr_mean(idist,ilev)=   -0.34
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    7.54 vr_mean(idist,ilev)=   -0.90
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    7.13 vr_mean(idist,ilev)=   -0.97
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    6.75 vr_mean(idist,ilev)=   -0.97
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    5.82 vr_mean(idist,ilev)=   -0.97
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.10 vr_mean(idist,ilev)=   -1.12
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.30 vr_mean(idist,ilev)=   -1.24
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    3.31 vr_mean(idist,ilev)=   -1.06
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    2.34 vr_mean(idist,ilev)=   -1.11
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    1.77 vr_mean(idist,ilev)=   -1.04
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    1.13 vr_mean(idist,ilev)=   -1.15
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    0.39 vr_mean(idist,ilev)=   -1.06
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   -0.18 vr_mean(idist,ilev)=   -1.09
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   -0.65 vr_mean(idist,ilev)=   -1.22
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -1.14 vr_mean(idist,ilev)=   -1.20
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -1.63 vr_mean(idist,ilev)=   -1.21
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.63 vr_mean(idist,ilev)=   12.63
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -18.94 vr_mean(idist,ilev)=   18.94
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -25.26 vr_mean(idist,ilev)=   25.26
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -31.58 vr_mean(idist,ilev)=   31.58
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -37.89 vr_mean(idist,ilev)=   37.89
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -44.22 vr_mean(idist,ilev)=   44.22
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -50.54 vr_mean(idist,ilev)=   50.54
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -56.87 vr_mean(idist,ilev)=   56.87
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -63.19 vr_mean(idist,ilev)=   63.19
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -69.53 vr_mean(idist,ilev)=   69.53
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -75.86 vr_mean(idist,ilev)=   75.86
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -82.20 vr_mean(idist,ilev)=   82.20
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -88.55 vr_mean(idist,ilev)=   88.55
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -94.90 vr_mean(idist,ilev)=   94.90
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -101.25 vr_mean(idist,ilev)=  101.25
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -107.62 vr_mean(idist,ilev)=  107.62
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -113.98 vr_mean(idist,ilev)=  113.98
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -120.36 vr_mean(idist,ilev)=  120.36
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -126.74 vr_mean(idist,ilev)=  126.74
  
 At end of get_shear: 
     ist=    1 ifh=    5 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:19:09
  
 After call to fixcenter, fix positions at 
 forecast hour=   24:00 follow:
  
fixpos  00L   fhr=   24:00   Fix position=   299.84E  ( 60.16W)    23.01   Max Wind=  24 kts
  
  
 xxxx get_next_ges, prev fix lon=    300.107658963261     
 xxxx get_next_ges, curr fix lon=    299.843576625581     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.843576625581        fixlat=    23.0130330456431     
        (0-360) fixlon=    299.843576625581     
      ilonfix=         1366   jlatfix=         1070
      ibeg=          894   iend=         1838
      jbeg=          618   jend=         1522
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.16023243651188       vavg=    2.90369910492558     
      ubar=  -0.540058109127970       vbar=   0.725924776231394     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.534456907651696       vavg=    1.00353278508740     
      ubar=  -0.807286562953818       vbar=    1.22769116877510     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.527141383980097       vavg=   0.815010393638905     
      ubar=  -0.939071908948842       vbar=    1.43144376718482     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.939071908948842       vbar=    1.43144376718482     
      wgttot=    1.00000000000000     
      fixlon=    299.843576625581        fixlat=    23.0130330456431     
      barnlon=    299.645180714187       barnlat=    23.2910960266898     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.919464601819876     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.645180714187     
     Raw (no conversion for GM wrap) extraplon=    299.579118307551     
  
 --- barnlon=    299.65E  (  60.35W)    barnlat=     23.29
 --- extraplon=  299.58E  (  60.42W)    extraplat=   23.20
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.01
 | Current fix lon is   60.16W   ( 299.84E)
 | Current fix lon (raw, unadjusted)=  299.84E
 | Updated guess lat for next fcst hour is   23.25
 | Updated guess lon (0-360) for next fcst hour is   60.39W   ( 299.61E)
 | Raw updated guess lon for next fcst hour is  299.61E)
 -------------------------------------------------
  
 iocheck, dist=    35.2531659052077        distm=    35253.1659052077     
 iocheck, stmspd=    1.63209101412998        istmspd=           32
 iocheck, xincr=  -0.231427114712289        yincr=   0.234989767651882     
 iocheck, stmdir=    315.437636404946        istmdir=          315
 +++ RPT_STORM_MOTION: istmspd=    32 kts(*10)    istmdir=   315 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   5
     Fix location for this time:   299.84E  ( 60.16W)    23.01
     Fix lon (raw) for this time:  299.84E
     ilonfix= 1366  jlatfix= 1070
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.843576625581       xcenlat=    23.0130330456431     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.843576625581       xcenlat=    23.0130330456431     
  ilonfix=         1366  jlatfix=         1070
  ibeg=         1245  iend=         1487
  jbeg=          954  jend=         1186  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.843576625581        xcenlat=    23.0130330456431     
      ilonfix=         1366   jlatfix=         1070
      ibeg=         1245   iend=         1487
      jbeg=          954   jend=         1186
 After call to barnes, xsmoothval=   9.684459534516753E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   9.684459534516753E-005
      xcenlon=    299.843576625581        xcenlat=    23.0130330456431     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000097  imeanzeta (*1e6)=       97
   --- mean zeta raw =   9.684459534516753E-005
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001044  igrid zeta (*1e6)=     1044 ifilret=   0
   --- grid zeta raw=   1.043732227535247E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.843576625581       xcenlat=    23.0130330456431     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.843576625581       xcenlat=    23.0130330456431     
  ilonfix=         1366  jlatfix=         1070
  ibeg=         1245  iend=         1487
  jbeg=          954  jend=         1186  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.843576625581        xcenlat=    23.0130330456431     
      ilonfix=         1366   jlatfix=         1070
      ibeg=         1245   iend=         1487
      jbeg=          954   jend=         1186
 After call to barnes, xsmoothval=   8.889333194074027E-005
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   8.889333194074027E-005
      xcenlon=    299.843576625581        xcenlat=    23.0130330456431     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000089  imeanzeta (*1e6)=       89
   --- mean zeta raw =   8.889333194074027E-005
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.000651  igrid zeta (*1e6)=      651 ifilret=   0
   --- grid zeta raw=   6.512007508303173E-004
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           24
  
 segx, outlon=    299.843576625581       outlat=    23.0130330456431     
   ist=            1  ifcsthour=           24
   vmaxwind=    12.3831659925885       xminmslp=    101435.480000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=   -999.000000000000       rlastbar=   -999.000000000000     
   rmax=    50.6860431182805     
   cps_vals=   -3.81973304934900       -4.67878429893079     
   19.1170161509334     
   wcore_flag= n
   istmspd=           32  istmdir=          315
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    3.00000000000000     
   axisymet_rmw_val=     8.29515731051163     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
 rmax=    50.6860431182805        irmax=           51
 TXX top of atcfunix_ext, ist=            1  ifh=           24
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           24
 intlat=          230
 clatns= N
 intlon=          602
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           24
 int(xminmslp/mslp_outp_adj + 0.5)=         1014
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=          -99
 irlastbar=          -99
 irmax=           51
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          315
 istmspd=           32
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -38
 icps_vals(2)=          -47
 icps_vals(3)=          191
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=            2
 irmw_val=           16
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=           97
 igridzeta(1)=         1044
 imeanzeta(2)=           89
 igridzeta(2)=          651
  
 rmax=    50.6860431182805        irmax=           51
 +++ Top of output_atcf_parms, ist=            1  ifh=           24
  
 xxxx get_next_ges, prev fix lon=    300.107658963261     
 xxxx get_next_ges, curr fix lon=    299.843576625581     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.843576625581        fixlat=    23.0130330456431     
        (0-360) fixlon=    299.843576625581     
      ilonfix=         1366   jlatfix=         1070
      ibeg=          894   iend=         1838
      jbeg=          618   jend=         1522
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.16023243651188       vavg=    2.90369910492558     
      ubar=  -0.540058109127970       vbar=   0.725924776231394     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.534456907651696       vavg=    1.00353278508740     
      ubar=  -0.807286562953818       vbar=    1.22769116877510     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.527141383980097       vavg=   0.815010393638905     
      ubar=  -0.939071908948842       vbar=    1.43144376718482     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.939071908948842       vbar=    1.43144376718482     
      wgttot=    1.00000000000000     
      fixlon=    299.843576625581        fixlat=    23.0130330456431     
      barnlon=    299.645180714187       barnlat=    23.2910960266898     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.919464601819876     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.645180714187     
     Raw (no conversion for GM wrap) extraplon=    299.579118307551     
  
 --- barnlon=    299.65E  (  60.35W)    barnlat=     23.29
 --- extraplon=  299.58E  (  60.42W)    extraplat=   23.20
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.01
 | Current fix lon is   60.16W   ( 299.84E)
 | Current fix lon (raw, unadjusted)=  299.84E
 | Updated guess lat for next fcst hour is   23.25
 | Updated guess lon (0-360) for next fcst hour is   60.39W   ( 299.61E)
 | Raw updated guess lon for next fcst hour is  299.61E)
 -------------------------------------------------
  
 iocheck, dist=    35.2531659052077        distm=    35253.1659052077     
 iocheck, stmspd=    1.63209101412998        istmspd=           32
 iocheck, xincr=  -0.231427114712289        yincr=   0.234989767651882     
 iocheck, stmdir=    315.437636404946        istmdir=          315
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   24:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.139211245209830E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.012E  (0-360) ctlon=  289.012E  (  70.988W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.012E   (0-360) guesslon=  289.012E  (  70.988W)   guesslat=   30.516
 ilonfix=         1096  jlatfix=          883  npts=           16
 ibeg=         1045  jbeg=          839  imax=         2738
 iend=         1147  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.496 fmax (x10e5) =        0.128E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.081834831494967E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.612E  (0-360) ctlon=  288.612E  (  71.388W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.108E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.612E   (0-360) guesslon=  288.612E  (  71.388W)   guesslat=   30.516
 ilonfix=         1086  jlatfix=          883  npts=           16
 ibeg=         1035  jbeg=          839  imax=         2738
 iend=         1137  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.596 fmax (x10e5) =        0.110E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.012E  (0-360) ctlon=  289.012E  (  70.988W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.125E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.012E   (0-360) guesslon=  289.012E  (  70.988W)   guesslat=   30.516
 ilonfix=         1096  jlatfix=          883  npts=           16
 ibeg=         1045  jbeg=          839  imax=         2738
 iend=         1147  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.496 fmax =       -0.100E+16 fmin =        0.124E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.012E  (0-360) ctlon=  289.012E  (  70.988W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.291E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.012E   (0-360) guesslon=  289.012E  (  70.988W)   guesslat=   30.516
 ilonfix=         1096  jlatfix=          883  npts=           16
 ibeg=         1045  jbeg=          839  imax=         2738
 iend=         1147  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.496 fmax =       -0.100E+16 fmin =        0.290E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.012E  (0-360) ctlon=  289.012E  (  70.988W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.981E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  289.012E   (0-360) guesslon=  289.012E  (  70.988W)   guesslat=   30.516
 ilonfix=         1096  jlatfix=          883  npts=           16
 ibeg=         1045  jbeg=          839  imax=         2738
 iend=         1147  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.496 fmax =       -0.100E+16 fmin =        0.980E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.732 (0-360) guesslon=  288.732E  (  71.268W)   guesslat=   30.636
 ilonfix=         1089  jlatfix=          880  npts=           33
 ibeg=         1014  jbeg=          812  imax=         2738
 iend=         1164  jend=          948  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.315404327458157E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.612E  (0-360) ctlon=  288.612E  (  71.388W)  ctlat=   30.516 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.832E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.612E   (0-360) guesslon=  288.612E  (  71.388W)   guesslat=   30.516
 ilonfix=         1086  jlatfix=          883  npts=           16
 ibeg=         1035  jbeg=          839  imax=         2738
 iend=         1137  jend=          927  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.792E  (0-360) ctlon=  288.792  (  71.208W)  ctlat=   30.496 fmax (x10e5) =        0.844E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.780770528937        uvgeslat=    30.5397845930210     
    (0-360 uvgeslon)=    288.780770528937     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.780770528937        uvgeslat=    30.5397845930210     
    (0-360 uvgeslon)=    288.780770528937     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.780770528937     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.781E  (0-360E lon):  288.781E    71.219W  ctlat=   30.540  xmax_circul_disk =     164438692.0
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.781E  (0-360E)=  288.781E  (  71.219W)   guesslat=   30.540
 ilonfix=         1090  jlatfix=          882  npts=           56
 ibeg=         1019  jbeg=          818  imax=         2738
 iend=         1161  jend=          946  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    165479177.612202     
 nhalf get_wind_circ, k=  1 ctlon=  288.861E  (0-360E)=  288.861E  ctlon=   71.139W   ctlat=   30.500 Wind Circulation (NHEM: Max) =     165479177.6
 TIMING: After GWC 850 ... 22:19:09
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.780770528937        uvgeslat=    30.5397845930210     
    (0-360 uvgeslon)=    288.780770528937     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.780770528937     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.781E  (0-360E lon):  288.781E    71.219W  ctlat=   30.540  xmax_circul_disk =     156001065.2
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.781E  (0-360E)=  288.781E  (  71.219W)   guesslat=   30.540
 ilonfix=         1090  jlatfix=          882  npts=           56
 ibeg=         1019  jbeg=          818  imax=         2738
 iend=         1161  jend=          946  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    155891641.164803     
 nhalf get_wind_circ, k=  1 ctlon=  288.801E  (0-360E)=  288.801E  ctlon=   71.199W   ctlat=   30.560 Wind Circulation (NHEM: Max) =     155891641.2
 TIMING: After GWC 700 ... 22:19:09
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.780770528937        uvgeslat=    30.5397845930210     
    (0-360 uvgeslon)=    288.780770528937     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.780770528937     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.781E  (0-360E lon):  288.781E    71.219W  ctlat=   30.540  xmax_circul_disk =      99127239.9
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.781E  (0-360E)=  288.781E  (  71.219W)   guesslat=   30.540
 ilonfix=         1090  jlatfix=          882  npts=           56
 ibeg=         1019  jbeg=          818  imax=         2738
 iend=         1161  jend=          946  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    99625811.2909404     
 nhalf get_wind_circ, k=  1 ctlon=  288.801E  (0-360E)=  288.801E  ctlon=   71.199W   ctlat=   30.440 Wind Circulation (NHEM: Max) =      99625811.3
 TIMING: After GWC Sfc ... 22:19:09
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.11  xavg_stderr=     3.79
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            5  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    24:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.73E   (0-360) guesslon=  288.73E  ( 71.27W)    30.64
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.79       71.21      30.50          127.80       T         16.59
   2    zeta 700    Max       288.79       71.21      30.60          110.17       T          7.26
   3    circ 850    Max       288.86       71.14      30.50          165.48       T         19.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.80       71.20      30.56          155.89       T         10.76
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.79       71.21      30.50         1242.26       T         16.59
   8     gph 700    Min       288.79       71.21      30.50         2903.85       T         16.59
   9        MSLP    Min       288.79       71.21      30.50        97998.32       T         16.59
  10    circ sfc    Max       288.80       71.20      30.44           99.63       T         22.81
  11    zeta sfc    Max       288.79       71.21      30.50           84.42       T         16.59
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.13173280709998       stderr_close= 
   2.98455955499408       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.655 devia=   0.331 wtpos=  0.89551     288.79   288.79    71.21    30.50
 ip=  2 kprm=  2 dist_from_mean=   9.793 devia=   1.959 wtpos=  0.52055     288.79   288.79    71.21    30.60
 ip=  3 kprm=  3 dist_from_mean=   5.771 devia=   1.154 wtpos=  0.68061     288.86   288.86    71.14    30.50
 ip=  5 kprm=  4 dist_from_mean=   5.706 devia=   1.141 wtpos=  0.68359     288.80   288.80    71.20    30.56
 ip=  7 kprm=  5 dist_from_mean=   1.655 devia=   0.331 wtpos=  0.89551     288.79   288.79    71.21    30.50
 ip=  8 kprm=  6 dist_from_mean=   1.655 devia=   0.331 wtpos=  0.89551     288.79   288.79    71.21    30.50
 ip=  9 kprm=  7 dist_from_mean=   1.655 devia=   0.331 wtpos=  0.89551     288.79   288.79    71.21    30.50
 ip= 10 kprm=  8 dist_from_mean=   7.638 devia=   1.528 wtpos=  0.60099     288.80   288.80    71.20    30.44
 ip= 11 kprm=  9 dist_from_mean=   1.655 devia=   0.331 wtpos=  0.89551     288.79   288.79    71.21    30.50
  
At end of fixcenter:  08L   fhr=   24:00   Fix position=   288.80E  (0-360) fixlon=  288.80  ( 71.20W)    30.51
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.800109367091     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.791679347119     
        (0-360E clon(ist,ifh,9))=    288.791679347119     
      clat(ist,ifh,9)=    30.4961493202937     
      xval(9)=    97998.3239946620     
  
  After get_ij B, ibeg jbeg =          980         745
  After get_ij B, iend jend =         1200        1021
  
 In is_it_a_storm, ilonfix=         1090  jlatfix=          883
 ibeg jbeg iend jend =          980         745        1200        1021
 cparm= slp  parmlon parmlat =    288.791679347119        30.4961493202937     
     (0-360E parmlon) =    288.791679347119     
 parmval=    97998.3239946620     
  
 i= 1065 j=  820 glon=  287.81 (0-360E) glon=  287.81 glat=  33.04 dist=   297.81 slp=  101007.16 pgradient= 10.10316
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     = 10.10316
 mslp center =    288.791679347119        30.4961493202937     
   97998.3239946620     
   (0-360E) lon of mslp center =    288.791679347119     
 pgrad loc   =    287.808936000000        287.808936000000     
   72.1910640000000        33.0408220000000        101007.160000000     
  ttest at location C IF....
      xinp_fixlat=    30.4961493202937     
      xinp_fixlon=    288.791679347119       (0-360E) xinp_fixlon= 
   288.791679347119     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95594.6800000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1090  jfix=          880
 longitude=    288.791679347119      E   (   71.2083206528815      
 W)  (0-360E) xinp_fixlon=    288.791679347119     
 latitude=    30.4961493202937     
 mean mslp value (xval(9))=    97998.3239946620     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1090  jfix=          880
 longitude=    288.791679347119      E   (   71.2083206528815      
 W)  (0-360E) xinp_fixlon=    288.791679347119     
 latitude=    30.4961493202937     
 mean mslp value (xval(9))=    97998.3239946620     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1090  jx=          880
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95594.6800000000       xcentval=    95594.6800000000     
 At A, num_found_contours=            0
 At A, contlo=    95594.6800000000       conthi=    95994.6800000000     
  
 num_found_contours=            0
 contlo=    95594.6800000000       conthi=    95994.6800000000     
 xcentval=    95594.6800000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    95994.6800000000       conthi=    96394.6800000000     
  
 num_found_contours=            1
 contlo=    95994.6800000000       conthi=    96394.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            2
 At A, contlo=    96394.6800000000       conthi=    96794.6800000000     
  
 num_found_contours=            2
 contlo=    96394.6800000000       conthi=    96794.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            3
 At A, contlo=    96794.6800000000       conthi=    97194.6800000000     
  
 num_found_contours=            3
 contlo=    96794.6800000000       conthi=    97194.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            4
 At A, contlo=    97194.6800000000       conthi=    97594.6800000000     
  
 num_found_contours=            4
 contlo=    97194.6800000000       conthi=    97594.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            5
 At A, contlo=    97594.6800000000       conthi=    97994.6800000000     
  
 num_found_contours=            5
 contlo=    97594.6800000000       conthi=    97994.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            6
 At A, contlo=    97994.6800000000       conthi=    98394.6800000000     
  
 num_found_contours=            6
 contlo=    97994.6800000000       conthi=    98394.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            7
 At A, contlo=    98394.6800000000       conthi=    98794.6800000000     
  
 num_found_contours=            7
 contlo=    98394.6800000000       conthi=    98794.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            8
 At A, contlo=    98794.6800000000       conthi=    99194.6800000000     
  
 num_found_contours=            8
 contlo=    98794.6800000000       conthi=    99194.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=            9
 At A, contlo=    99194.6800000000       conthi=    99594.6800000000     
  
 num_found_contours=            9
 contlo=    99194.6800000000       conthi=    99594.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=           10
 At A, contlo=    99594.6800000000       conthi=    99994.6800000000     
  
 num_found_contours=           10
 contlo=    99594.6800000000       conthi=    99994.6800000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=           11
 At A, contlo=    99994.6800000000       conthi=    100394.680000000     
  
 num_found_contours=           11
 contlo=    99994.6800000000       conthi=    100394.680000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=           12
 At A, contlo=    100394.680000000       conthi=    100794.680000000     
  
 num_found_contours=           12
 contlo=    100394.680000000       conthi=    100794.680000000     
 xcentval=    95594.6800000000     
 At A, num_found_contours=           13
 At A, contlo=    100794.680000000       conthi=    101194.680000000     
  
 num_found_contours=           13
 contlo=    100794.680000000       conthi=    101194.680000000     
 xcentval=    95594.6800000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         807 ,        1043 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95594.6800000000     
 !!! (i,j) of central value = (        1090 ,         880 )
 !!!  
 !!! Flagged value found    =    100793.080000000     
 !!! (i,j) of flagged value = (         806 ,        1044 )
 !!!   
 !!! Lower bound of contour interval =    100794.680000000     
 !!! Upper bound of contour interval =    101194.680000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1090  jfix=          880
 longitude=    288.791679347119      E   (   71.2083206528815      W)  
 (0-360E) xinp_fixlon=    288.791679347119     
 latitude=    30.4961493202937     
 mean mslp value (xval(9))=    97998.3239946620     
 gridpoint mslp value=    95594.6800000000     
 ccflag= y
 prs of last closed isobar =    100794.680000000     
 radius of last closed isobar =    105.734796223345       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   24:00
 !!! Boundary check xinp_fixlat is   30.50
 !!! Boundary check xinp_fixlon is   71.21W   ( 288.79E)  (0-360E) xinp_fixlon=  288.79
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.860768528937     
  850 mb wcirc fix lat=    30.4997855930210     
    (0-360) 850 mb wcirc fix lon=    288.860768528937     
  Multi-parm fix lon=      288.800109367091     
  Multi-parm fix lat=      30.5053627323104     
    (0-360) Multi-parm fix lon=      288.800109367091     
  
  
  After get_ij B, ibeg jbeg =          999         779
  After get_ij B, iend jend =         1185         987
  
 In is_it_a_storm, ilonfix=         1092  jlatfix=          883
 ibeg jbeg iend jend =          999         779        1185         987
 cparm= v850  parmlon parmlat =    288.860768528937        30.4997855930210     
     (0-360E parmlon) =    288.860768528937     
 parmval=    165479177.612202     
  
 i= 1084 j=  834 glon=  288.57 (0-360E) glon=  288.57 glat=  32.48 u= -19.4000 v=   4.1000 vr=   6.49832 vt=  18.73344
 i= 1089 j=  834 glon=  288.77 (0-360E) glon=  288.77 glat=  32.48 u= -19.5000 v=   6.4000 vr=   7.16934 vt=  19.23046
 i= 1094 j=  834 glon=  288.97 (0-360E) glon=  288.97 glat=  32.48 u= -19.3000 v=   8.3000 vr=   7.38890 vt=  19.66683
 i= 1099 j=  834 glon=  289.17 (0-360E) glon=  289.17 glat=  32.48 u= -19.5000 v=  10.0000 vr=   7.33512 vt=  20.65057
 i= 1064 j=  839 glon=  287.77 (0-360E) glon=  287.77 glat=  32.28 u= -16.5000 v=  -3.2000 vr=   4.85429 vt=  16.09117
 i= 1069 j=  839 glon=  287.97 (0-360E) glon=  287.97 glat=  32.28 u= -18.6000 v=  -2.4000 vr=   5.13969 vt=  18.03618
 i= 1074 j=  839 glon=  288.17 (0-360E) glon=  288.17 glat=  32.28 u= -20.0000 v=  -0.5000 vr=   5.84969 vt=  19.13194
 i= 1079 j=  839 glon=  288.37 (0-360E) glon=  288.37 glat=  32.28 u= -21.4000 v=   2.8000 vr=   7.65756 vt=  20.17825
 i= 1084 j=  839 glon=  288.57 (0-360E) glon=  288.57 glat=  32.28 u= -22.5000 v=   5.2000 vr=   8.28083 vt=  21.55731
 i= 1089 j=  839 glon=  288.77 (0-360E) glon=  288.77 glat=  32.28 u= -21.9000 v=   7.2000 vr=   8.16067 vt=  21.56046
 i= 1094 j=  839 glon=  288.97 (0-360E) glon=  288.97 glat=  32.28 u= -21.9000 v=  10.3000 vr=   9.14726 vt=  22.40597
 i= 1099 j=  839 glon=  289.17 (0-360E) glon=  289.17 glat=  32.28 u= -21.3000 v=  12.3000 vr=   9.04041 vt=  22.87468
 i= 1104 j=  839 glon=  289.37 (0-360E) glon=  289.37 glat=  32.28 u= -20.5000 v=  15.1000 vr=   9.79382 vt=  23.50194
 i= 1109 j=  839 glon=  289.57 (0-360E) glon=  289.57 glat=  32.28 u= -19.4000 v=  16.6000 vr=   9.44696 vt=  23.72077
 i= 1114 j=  839 glon=  289.77 (0-360E) glon=  289.77 glat=  32.28 u= -18.7000 v=  17.4000 vr=   8.44255 vt=  24.10754
 i= 1119 j=  839 glon=  289.97 (0-360E) glon=  289.97 glat=  32.28 u= -18.1000 v=  18.1000 vr=   7.43483 vt=  24.49374
 i= 1059 j=  844 glon=  287.57 (0-360E) glon=  287.57 glat=  32.08 u= -15.3000 v=  -5.9000 vr=   3.96745 vt=  15.91098
 i= 1064 j=  844 glon=  287.77 (0-360E) glon=  287.77 glat=  32.08 u= -18.1000 v=  -5.6000 vr=   4.42101 vt=  18.42348
 i= 1069 j=  844 glon=  287.97 (0-360E) glon=  287.97 glat=  32.08 u= -20.6000 v=  -3.5000 vr=   5.83193 vt=  20.06486
 i= 1074 j=  844 glon=  288.17 (0-360E) glon=  288.17 glat=  32.08 u= -24.4000 v=   0.3000 vr=   8.86207 vt=  22.73574
 i= 1079 j=  844 glon=  288.37 (0-360E) glon=  288.37 glat=  32.08 u= -23.6000 v=   1.2000 vr=   7.24753 vt=  22.49163
 i= 1084 j=  844 glon=  288.57 (0-360E) glon=  288.57 glat=  32.08 u= -26.0000 v=   5.1000 vr=   9.10507 vt=  24.88187
 i= 1089 j=  844 glon=  288.77 (0-360E) glon=  288.77 glat=  32.08 u= -26.6000 v=   8.8000 vr=  10.11351 vt=  26.12885
 i= 1094 j=  844 glon=  288.97 (0-360E) glon=  288.97 glat=  32.08 u= -26.2000 v=  12.0000 vr=  10.44438 vt=  26.85805
 i= 1099 j=  844 glon=  289.17 (0-360E) glon=  289.17 glat=  32.08 u= -25.5000 v=  15.2000 vr=  10.78540 vt=  27.65800
 i= 1104 j=  844 glon=  289.37 (0-360E) glon=  289.37 glat=  32.08 u= -23.4000 v=  17.5000 vr=  10.64733 vt=  27.21111
 i= 1109 j=  844 glon=  289.57 (0-360E) glon=  289.57 glat=  32.08 u= -21.8000 v=  19.3000 vr=  10.18955 vt=  27.27459
 i= 1114 j=  844 glon=  289.77 (0-360E) glon=  289.77 glat=  32.08 u= -19.9000 v=  20.5000 vr=   9.58004 vt=  26.91622
 i= 1119 j=  844 glon=  289.97 (0-360E) glon=  289.97 glat=  32.08 u= -18.0000 v=  21.9000 vr=   9.47321 vt=  26.71831
 i= 1124 j=  844 glon=  290.17 (0-360E) glon=  290.17 glat=  32.08 u= -16.8000 v=  22.0000 vr=   8.18764 vt=  26.44244
 i= 1049 j=  849 glon=  287.17 (0-360E) glon=  287.17 glat=  31.88 u= -12.3000 v=  -9.0000 vr=   2.74220 vt=  14.99234
 i= 1054 j=  849 glon=  287.37 (0-360E) glon=  287.37 glat=  31.88 u= -14.6000 v=  -8.2000 vr=   3.94053 vt=  16.27490
 i= 1059 j=  849 glon=  287.57 (0-360E) glon=  287.57 glat=  31.88 u= -16.2000 v=  -9.0000 vr=   3.14699 vt=  18.26298
 i= 1064 j=  849 glon=  287.77 (0-360E) glon=  287.77 glat=  31.88 u= -20.6000 v=  -5.9000 vr=   6.70271 vt=  20.35298
 i= 1069 j=  849 glon=  287.97 (0-360E) glon=  287.97 glat=  31.88 u= -23.6000 v=  -4.0000 vr=   7.95522 vt=  22.57597
 i= 1074 j=  849 glon=  288.17 (0-360E) glon=  288.17 glat=  31.88 u= -26.3000 v=  -2.9000 vr=   7.73281 vt=  25.30422
 i= 1079 j=  849 glon=  288.37 (0-360E) glon=  288.37 glat=  31.88 u= -27.3000 v=  -0.2000 vr=   7.79341 vt=  26.16472
 i= 1084 j=  849 glon=  288.57 (0-360E) glon=  288.57 glat=  31.88 u= -28.2000 v=   0.8000 vr=   5.82175 vt=  27.60412
 i= 1089 j=  849 glon=  288.77 (0-360E) glon=  288.77 glat=  31.88 u= -30.2000 v=   4.8000 vr=   6.51387 vt=  29.87724
 i= 1094 j=  849 glon=  288.97 (0-360E) glon=  288.97 glat=  31.88 u= -30.1000 v=   8.6000 vr=   6.56175 vt=  30.60904
 i= 1099 j=  849 glon=  289.17 (0-360E) glon=  289.17 glat=  31.88 u= -29.2000 v=  12.9000 vr=   7.17561 vt=  31.10564
 i= 1104 j=  849 glon=  289.37 (0-360E) glon=  289.37 glat=  31.88 u= -27.6000 v=  16.0000 vr=   6.94056 vt=  31.13822
 i= 1109 j=  849 glon=  289.57 (0-360E) glon=  289.57 glat=  31.88 u= -25.1000 v=  18.2000 vr=   6.53721 vt=  30.30701
 i= 1114 j=  849 glon=  289.77 (0-360E) glon=  289.77 glat=  31.88 u= -22.0000 v=  20.3000 vr=   6.84819 vt=  29.14090
 i= 1119 j=  849 glon=  289.97 (0-360E) glon=  289.97 glat=  31.88 u= -19.5000 v=  21.6000 vr=   6.70343 vt=  28.31738
 i= 1124 j=  849 glon=  290.17 (0-360E) glon=  290.17 glat=  31.88 u= -18.0000 v=  22.6000 vr=   6.14501 vt=  28.23117
 i= 1129 j=  849 glon=  290.37 (0-360E) glon=  290.37 glat=  31.88 u= -15.7000 v=  22.9000 vr=   5.92544 vt=  27.12543
 i= 1134 j=  849 glon=  290.57 (0-360E) glon=  290.57 glat=  31.88 u= -13.5000 v=  22.2000 vr=   5.34054 vt=  25.42771
 i= 1044 j=  854 glon=  286.97 (0-360E) glon=  286.97 glat=  31.68 u= -10.6000 v= -10.4000 vr=   2.50110 vt=  14.63778
 i= 1049 j=  854 glon=  287.17 (0-360E) glon=  287.17 glat=  31.68 u= -11.9000 v= -11.3000 vr=   2.14533 vt=  16.26953
 i= 1054 j=  854 glon=  287.37 (0-360E) glon=  287.37 glat=  31.68 u= -14.8000 v= -11.1000 vr=   3.39305 vt=  18.18618
 i= 1059 j=  854 glon=  287.57 (0-360E) glon=  287.57 glat=  31.68 u= -18.4000 v=  -9.7000 vr=   5.55698 vt=  20.04420
 i= 1064 j=  854 glon=  287.77 (0-360E) glon=  287.77 glat=  31.68 u= -22.6000 v=  -9.0000 vr=   7.02805 vt=  23.28876
 i= 1069 j=  854 glon=  287.97 (0-360E) glon=  287.97 glat=  31.68 u= -25.7000 v=  -7.6000 vr=   7.62436 vt=  25.69278
 i= 1074 j=  854 glon=  288.17 (0-360E) glon=  288.17 glat=  31.68 u= -27.3000 v=  -7.0000 vr=   6.02628 vt=  27.53133
 i= 1079 j=  854 glon=  288.37 (0-360E) glon=  288.37 glat=  31.68 u= -32.0000 v=  -3.3000 vr=   7.67474 vt=  31.24081
 i= 1084 j=  854 glon=  288.57 (0-360E) glon=  288.57 glat=  31.68 u= -34.7000 v=   1.6000 vr=   8.77098 vt=  33.61131
 i= 1089 j=  854 glon=  288.77 (0-360E) glon=  288.77 glat=  31.68 u= -35.5000 v=   4.9000 vr=   7.25547 vt=  35.09442
 i= 1094 j=  854 glon=  288.97 (0-360E) glon=  288.97 glat=  31.68 u= -34.2000 v=   7.3000 vr=   4.59601 vt=  34.66708
 i= 1099 j=  854 glon=  289.17 (0-360E) glon=  289.17 glat=  31.68 u= -32.1000 v=  11.6000 vr=   4.29858 vt=  33.85989
 i= 1104 j=  854 glon=  289.37 (0-360E) glon=  289.37 glat=  31.68 u= -30.1000 v=  16.6000 vr=   5.13218 vt=  33.98868
 i= 1109 j=  854 glon=  289.57 (0-360E) glon=  289.57 glat=  31.68 u= -27.5000 v=  19.3000 vr=   4.55606 vt=  33.28637
 i= 1114 j=  854 glon=  289.77 (0-360E) glon=  289.77 glat=  31.68 u= -25.4000 v=  21.2000 vr=   3.67135 vt=  32.88041
 i= 1119 j=  854 glon=  289.97 (0-360E) glon=  289.97 glat=  31.68 u= -22.3000 v=  22.7000 vr=   3.65032 vt=  31.61100
 i= 1124 j=  854 glon=  290.17 (0-360E) glon=  290.17 glat=  31.68 u= -19.2000 v=  23.4000 vr=   3.67733 vt=  30.04459
 i= 1129 j=  854 glon=  290.37 (0-360E) glon=  290.37 glat=  31.68 u= -17.1000 v=  23.7000 vr=   3.27724 vt=  29.04066
 i= 1134 j=  854 glon=  290.57 (0-360E) glon=  290.57 glat=  31.68 u= -14.5000 v=  23.7000 vr=   3.50155 vt=  27.56228
 i= 1139 j=  854 glon=  290.77 (0-360E) glon=  290.77 glat=  31.68 u= -11.6000 v=  22.7000 vr=   3.78832 vt=  25.20910
 i= 1044 j=  859 glon=  286.97 (0-360E) glon=  286.97 glat=  31.48 u=  -9.8000 v= -12.7000 vr=   1.87933 vt=  15.93104
 i= 1049 j=  859 glon=  287.17 (0-360E) glon=  287.17 glat=  31.48 u= -11.1000 v= -14.3000 vr=   1.25030 vt=  18.05926
 i= 1054 j=  859 glon=  287.37 (0-360E) glon=  287.37 glat=  31.48 u= -16.2000 v= -14.3000 vr=   4.22038 vt=  21.19241
 i= 1059 j=  859 glon=  287.57 (0-360E) glon=  287.57 glat=  31.48 u= -19.7000 v= -13.4000 vr=   5.92673 vt=  23.07648
 i= 1064 j=  859 glon=  287.77 (0-360E) glon=  287.77 glat=  31.48 u= -25.2000 v= -13.0000 vr=   8.05538 vt=  27.18733
 i= 1069 j=  859 glon=  287.97 (0-360E) glon=  287.97 glat=  31.48 u= -26.8000 v= -13.9000 vr=   5.56837 vt=  29.67226
 i= 1074 j=  859 glon=  288.17 (0-360E) glon=  288.17 glat=  31.48 u= -30.8000 v=  -9.8000 vr=   7.59583 vt=  31.41629
 i= 1079 j=  859 glon=  288.37 (0-360E) glon=  288.37 glat=  31.48 u= -35.5000 v=  -8.0000 vr=   6.70633 vt=  35.76696
 i= 1084 j=  859 glon=  288.57 (0-360E) glon=  288.57 glat=  31.48 u= -39.1000 v=  -6.4000 vr=   3.48600 vt=  39.46667
 i= 1089 j=  859 glon=  288.77 (0-360E) glon=  288.77 glat=  31.48 u= -39.7000 v=   2.8000 vr=   5.97529 vt=  39.34750
 i= 1094 j=  859 glon=  288.97 (0-360E) glon=  288.97 glat=  31.48 u= -38.0000 v=  11.4000 vr=   7.76540 vt=  38.90577
 i= 1099 j=  859 glon=  289.17 (0-360E) glon=  289.17 glat=  31.48 u= -34.4000 v=  14.0000 vr=   4.54985 vt=  36.85999
 i= 1104 j=  859 glon=  289.37 (0-360E) glon=  289.37 glat=  31.48 u= -35.6000 v=  16.3000 vr=   0.40697 vt=  39.15207
 i= 1109 j=  859 glon=  289.57 (0-360E) glon=  289.57 glat=  31.48 u= -31.7000 v=  21.1000 vr=   1.20329 vt=  38.06116
 i= 1114 j=  859 glon=  289.77 (0-360E) glon=  289.77 glat=  31.48 u= -28.2000 v=  23.3000 vr=   0.64907 vt=  36.57470
 i= 1119 j=  859 glon=  289.97 (0-360E) glon=  289.97 glat=  31.48 u= -24.7000 v=  24.9000 vr=   0.62012 vt=  35.06730
 i= 1124 j=  859 glon=  290.17 (0-360E) glon=  290.17 glat=  31.48 u= -21.0000 v=  26.0000 vr=   1.21701 vt=  33.39938
 i= 1129 j=  859 glon=  290.37 (0-360E) glon=  290.37 glat=  31.48 u= -18.2000 v=  25.8000 vr=   0.99152 vt=  31.55783
 i= 1134 j=  859 glon=  290.57 (0-360E) glon=  290.57 glat=  31.48 u= -15.1000 v=  26.3000 vr=   1.97849 vt=  30.26195
 i= 1139 j=  859 glon=  290.77 (0-360E) glon=  290.77 glat=  31.48 u= -12.1000 v=  24.3000 vr=   2.00606 vt=  27.07168
 i= 1039 j=  864 glon=  286.77 (0-360E) glon=  286.77 glat=  31.28 u=  -7.5000 v= -13.8000 vr=   1.44496 vt=  15.63976
 i= 1044 j=  864 glon=  286.97 (0-360E) glon=  286.97 glat=  31.28 u=  -8.8000 v= -15.3000 vr=   1.37153 vt=  17.59684
 i= 1049 j=  864 glon=  287.17 (0-360E) glon=  287.17 glat=  31.28 u= -12.7000 v= -16.9000 vr=   3.25664 vt=  20.88766
 i= 1054 j=  864 glon=  287.37 (0-360E) glon=  287.37 glat=  31.28 u= -16.6000 v= -17.0000 vr=   5.39397 vt=  23.14012
 i= 1059 j=  864 glon=  287.57 (0-360E) glon=  287.57 glat=  31.28 u= -20.6000 v= -17.0000 vr=   7.12285 vt=  25.74150
 i= 1064 j=  864 glon=  287.77 (0-360E) glon=  287.77 glat=  31.28 u= -24.6000 v= -17.5000 vr=   7.76099 vt=  29.17494
 i= 1069 j=  864 glon=  287.97 (0-360E) glon=  287.97 glat=  31.28 u= -27.4000 v= -18.3000 vr=   6.16963 vt=  32.36643
 i= 1074 j=  864 glon=  288.17 (0-360E) glon=  288.17 glat=  31.28 u= -32.7000 v= -14.8000 vr=   8.05929 vt=  34.97682
 i= 1079 j=  864 glon=  288.37 (0-360E) glon=  288.37 glat=  31.28 u= -39.6000 v=  -8.9000 vr=  11.03889 vt=  39.05781
 i= 1084 j=  864 glon=  288.57 (0-360E) glon=  288.57 glat=  31.28 u= -44.6000 v=  -6.6000 vr=   7.36202 vt=  44.48057
 i= 1089 j=  864 glon=  288.77 (0-360E) glon=  288.77 glat=  31.28 u= -44.5000 v=   0.9000 vr=   5.37271 vt=  44.18364
 i= 1094 j=  864 glon=  288.97 (0-360E) glon=  288.97 glat=  31.28 u= -44.5000 v=   8.9000 vr=   3.57692 vt=  45.24009
 i= 1099 j=  864 glon=  289.17 (0-360E) glon=  289.17 glat=  31.28 u= -40.3000 v=  19.4000 vr=   5.42255 vt=  44.39646
 i= 1104 j=  864 glon=  289.37 (0-360E) glon=  289.37 glat=  31.28 u= -34.8000 v=  24.8000 vr=   4.64285 vt=  42.47969
 i= 1109 j=  864 glon=  289.57 (0-360E) glon=  289.57 glat=  31.28 u= -32.1000 v=  25.7000 vr=   0.50844 vt=  41.11741
 i= 1114 j=  864 glon=  289.77 (0-360E) glon=  289.77 glat=  31.28 u= -28.8000 v=  26.6000 vr=  -1.59036 vt=  39.17232
 i= 1119 j=  864 glon=  289.97 (0-360E) glon=  289.97 glat=  31.28 u= -25.1000 v=  26.4000 vr=  -2.72916 vt=  36.32522
 i= 1124 j=  864 glon=  290.17 (0-360E) glon=  290.17 glat=  31.28 u= -22.4000 v=  26.8000 vr=  -3.18199 vt=  34.78326
 i= 1129 j=  864 glon=  290.37 (0-360E) glon=  290.37 glat=  31.28 u= -19.7000 v=  27.5000 vr=  -2.77054 vt=  33.71445
 i= 1134 j=  864 glon=  290.57 (0-360E) glon=  290.57 glat=  31.28 u= -16.4000 v=  27.6000 vr=  -1.61704 vt=  32.06408
 i= 1139 j=  864 glon=  290.77 (0-360E) glon=  290.77 glat=  31.28 u= -11.6000 v=  27.9000 vr=   1.41262 vt=  30.18235
 i= 1144 j=  864 glon=  290.97 (0-360E) glon=  290.97 glat=  31.28 u=  -8.8000 v=  24.7000 vr=   1.58730 vt=  26.17271
 i= 1039 j=  869 glon=  286.77 (0-360E) glon=  286.77 glat=  31.08 u=  -5.8000 v= -15.7000 vr=   0.76706 vt=  16.71950
 i= 1044 j=  869 glon=  286.97 (0-360E) glon=  286.97 glat=  31.08 u=  -6.7000 v= -17.6000 vr=   0.46352 vt=  18.82645
 i= 1049 j=  869 glon=  287.17 (0-360E) glon=  287.17 glat=  31.08 u= -11.3000 v= -19.4000 vr=   3.37461 vt=  22.19599
 i= 1054 j=  869 glon=  287.37 (0-360E) glon=  287.37 glat=  31.08 u= -15.7000 v= -19.7000 vr=   6.24521 vt=  24.40445
 i= 1059 j=  869 glon=  287.57 (0-360E) glon=  287.57 glat=  31.08 u= -18.2000 v= -21.5000 vr=   6.22946 vt=  27.47151
 i= 1064 j=  869 glon=  287.77 (0-360E) glon=  287.77 glat=  31.08 u= -20.2000 v= -23.0000 vr=   5.13214 vt=  30.17783
 i= 1069 j=  869 glon=  287.97 (0-360E) glon=  287.97 glat=  31.08 u= -25.9000 v= -24.0000 vr=   6.20152 vt=  34.76135
 i= 1074 j=  869 glon=  288.17 (0-360E) glon=  288.17 glat=  31.08 u= -35.9000 v= -18.8000 vr=  12.58572 vt=  38.52077
 i= 1079 j=  869 glon=  288.37 (0-360E) glon=  288.37 glat=  31.08 u= -38.4000 v= -20.5000 vr=   6.04954 vt=  43.10700
 i= 1084 j=  869 glon=  288.57 (0-360E) glon=  288.57 glat=  31.08 u= -44.2000 v= -20.5000 vr=  -1.28104 vt=  48.70574
 i= 1089 j=  869 glon=  288.77 (0-360E) glon=  288.77 glat=  31.08 u= -53.2000 v=  -6.7000 vr=   0.53050 vt=  53.61761
 i= 1094 j=  869 glon=  288.97 (0-360E) glon=  288.97 glat=  31.08 u= -53.5000 v=   9.9000 vr=   1.31722 vt=  54.39232
 i= 1099 j=  869 glon=  289.17 (0-360E) glon=  289.17 glat=  31.08 u= -47.9000 v=  23.3000 vr=   1.31059 vt=  53.25019
 i= 1104 j=  869 glon=  289.37 (0-360E) glon=  289.37 glat=  31.08 u= -36.9000 v=  29.9000 vr=   1.69024 vt=  47.46328
 i= 1109 j=  869 glon=  289.57 (0-360E) glon=  289.57 glat=  31.08 u= -25.8000 v=  31.4000 vr=   2.96927 vt=  40.53127
 i= 1114 j=  869 glon=  289.77 (0-360E) glon=  289.77 glat=  31.08 u= -24.4000 v=  26.9000 vr=  -3.57220 vt=  36.14152
 i= 1119 j=  869 glon=  289.97 (0-360E) glon=  289.97 glat=  31.08 u= -25.3000 v=  29.2000 vr=  -6.47480 vt=  38.08946
 i= 1124 j=  869 glon=  290.17 (0-360E) glon=  290.17 glat=  31.08 u= -21.3000 v=  29.9000 vr=  -5.29259 vt=  36.32752
 i= 1129 j=  869 glon=  290.37 (0-360E) glon=  290.37 glat=  31.08 u= -18.8000 v=  29.2000 vr=  -5.31961 vt=  34.31883
 i= 1134 j=  869 glon=  290.57 (0-360E) glon=  290.57 glat=  31.08 u= -17.1000 v=  28.3000 vr=  -5.60405 vt=  32.58672
 i= 1139 j=  869 glon=  290.77 (0-360E) glon=  290.77 glat=  31.08 u= -12.5000 v=  27.6000 vr=  -2.68942 vt=  30.17908
 i= 1144 j=  869 glon=  290.97 (0-360E) glon=  290.97 glat=  31.08 u=  -7.4000 v=  27.0000 vr=   1.06983 vt=  27.97527
 i= 1034 j=  874 glon=  286.57 (0-360E) glon=  286.57 glat=  30.88 u=  -3.0000 v= -15.0000 vr=   0.17780 vt=  15.29603
 i= 1039 j=  874 glon=  286.77 (0-360E) glon=  286.77 glat=  30.88 u=  -4.0000 v= -17.0000 vr=   0.47288 vt=  17.45785
 i= 1044 j=  874 glon=  286.97 (0-360E) glon=  286.97 glat=  30.88 u=  -4.0000 v= -19.3000 vr=  -0.42290 vt=  19.70561
 i= 1049 j=  874 glon=  287.17 (0-360E) glon=  287.17 glat=  30.88 u=  -8.2000 v= -21.3000 vr=   2.62164 vt=  22.67283
 i= 1054 j=  874 glon=  287.37 (0-360E) glon=  287.37 glat=  30.88 u= -12.9000 v= -22.1000 vr=   6.15605 vt=  24.83793
 i= 1059 j=  874 glon=  287.57 (0-360E) glon=  287.57 glat=  30.88 u= -14.4000 v= -25.6000 vr=   5.39759 vt=  28.87189
 i= 1064 j=  874 glon=  287.77 (0-360E) glon=  287.77 glat=  30.88 u= -16.6000 v= -28.7000 vr=   4.66771 vt=  32.82472
 i= 1069 j=  874 glon=  287.97 (0-360E) glon=  287.97 glat=  30.88 u= -25.3000 v= -29.8000 vr=   9.47156 vt=  37.92650
 i= 1074 j=  874 glon=  288.17 (0-360E) glon=  288.17 glat=  30.88 u= -22.2000 v= -33.6000 vr=   0.63251 vt=  40.26661
 i= 1079 j=  874 glon=  288.37 (0-360E) glon=  288.37 glat=  30.88 u= -39.9000 v= -37.5000 vr=   4.60040 vt=  54.56277
 i= 1084 j=  874 glon=  288.57 (0-360E) glon=  288.57 glat=  30.88 u= -48.1000 v= -22.7000 vr=   7.53147 vt=  52.65147
 i= 1089 j=  874 glon=  288.77 (0-360E) glon=  288.77 glat=  30.88 u= -58.4000 v=  -2.9000 vr=   9.02511 vt=  57.77125
 i= 1094 j=  874 glon=  288.97 (0-360E) glon=  288.97 glat=  30.88 u= -56.2000 v=  23.9000 vr=   9.88145 vt=  60.26613
 i= 1099 j=  874 glon=  289.17 (0-360E) glon=  289.17 glat=  30.88 u= -48.6000 v=  35.4000 vr=   1.27907 vt=  60.11226
 i= 1104 j=  874 glon=  289.37 (0-360E) glon=  289.37 glat=  30.88 u= -38.3000 v=  41.3000 vr=  -1.78232 vt=  56.29745
 i= 1109 j=  874 glon=  289.57 (0-360E) glon=  289.57 glat=  30.88 u= -40.1000 v=  35.9000 vr= -15.02870 vt=  51.68131
 i= 1114 j=  874 glon=  289.77 (0-360E) glon=  289.77 glat=  30.88 u= -27.6000 v=  42.1000 vr=  -6.44177 vt=  49.92668
 i= 1119 j=  874 glon=  289.97 (0-360E) glon=  289.97 glat=  30.88 u= -22.5000 v=  39.0000 vr=  -6.51988 vt=  44.55043
 i= 1124 j=  874 glon=  290.17 (0-360E) glon=  290.17 glat=  30.88 u= -18.9000 v=  35.6000 vr=  -6.59448 vt=  39.76283
 i= 1129 j=  874 glon=  290.37 (0-360E) glon=  290.37 glat=  30.88 u= -16.4000 v=  32.4000 vr=  -6.72120 vt=  35.68677
 i= 1134 j=  874 glon=  290.57 (0-360E) glon=  290.57 glat=  30.88 u= -15.1000 v=  30.2000 vr=  -7.15916 vt=  32.99692
 i= 1139 j=  874 glon=  290.77 (0-360E) glon=  290.77 glat=  30.88 u= -13.1000 v=  29.1000 vr=  -6.31232 vt=  31.28218
 i= 1144 j=  874 glon=  290.97 (0-360E) glon=  290.97 glat=  30.88 u=  -7.7000 v=  27.5000 vr=  -2.01460 vt=  28.48651
 i= 1149 j=  874 glon=  291.17 (0-360E) glon=  291.17 glat=  30.88 u=  -4.0000 v=  25.8000 vr=   0.79887 vt=  26.09601
 i= 1034 j=  879 glon=  286.57 (0-360E) glon=  286.57 glat=  30.68 u=  -0.9000 v= -15.6000 vr=  -0.44536 vt=  15.61959
 i= 1039 j=  879 glon=  286.77 (0-360E) glon=  286.77 glat=  30.68 u=  -1.3000 v= -17.8000 vr=  -0.40065 vt=  17.84291
 i= 1044 j=  879 glon=  286.97 (0-360E) glon=  286.97 glat=  30.68 u=  -2.3000 v= -21.2000 vr=   0.03605 vt=  21.32437
 i= 1049 j=  879 glon=  287.17 (0-360E) glon=  287.17 glat=  30.68 u=  -4.5000 v= -22.3000 vr=   1.80173 vt=  22.67805
 i= 1054 j=  879 glon=  287.37 (0-360E) glon=  287.37 glat=  30.68 u=  -8.0000 v= -24.6000 vr=   4.57295 vt=  25.46072
 i= 1059 j=  879 glon=  287.57 (0-360E) glon=  287.57 glat=  30.68 u= -10.3000 v= -28.0000 vr=   5.75104 vt=  29.27483
 i= 1064 j=  879 glon=  287.77 (0-360E) glon=  287.77 glat=  30.68 u= -13.4000 v= -32.9000 vr=   7.01879 vt=  34.82394
 i= 1069 j=  879 glon=  287.97 (0-360E) glon=  287.97 glat=  30.68 u= -14.7000 v= -37.4000 vr=   5.80015 vt=  39.76441
 i= 1074 j=  879 glon=  288.17 (0-360E) glon=  288.17 glat=  30.68 u= -17.6000 v= -48.3000 vr=   2.86624 vt=  51.32674
 i= 1079 j=  879 glon=  288.37 (0-360E) glon=  288.37 glat=  30.68 u= -28.2000 v= -39.3000 vr=  10.52442 vt=  47.21193
 i= 1084 j=  879 glon=  288.57 (0-360E) glon=  288.57 glat=  30.68 u= -27.5000 v= -32.9000 vr=   3.09808 vt=  42.76753
 i= 1089 j=  879 glon=  288.77 (0-360E) glon=  288.77 glat=  30.68 u= -17.5000 v=  -3.3000 vr=   3.98194 vt=  17.35754
 i= 1094 j=  879 glon=  288.97 (0-360E) glon=  288.97 glat=  30.68 u= -22.4000 v=  28.2000 vr=  14.83207 vt=  32.81783
 i= 1099 j=  879 glon=  289.17 (0-360E) glon=  289.17 glat=  30.68 u= -20.8000 v=  49.1000 vr=  10.47126 vt=  52.28578
 i= 1104 j=  879 glon=  289.37 (0-360E) glon=  289.37 glat=  30.68 u= -23.6000 v=  50.6000 vr=  -2.51221 vt=  55.77642
 i= 1109 j=  879 glon=  289.57 (0-360E) glon=  289.57 glat=  30.68 u= -15.7000 v=  48.6000 vr=  -1.29002 vt=  51.05669
 i= 1114 j=  879 glon=  289.77 (0-360E) glon=  289.77 glat=  30.68 u= -19.7000 v=  39.9000 vr= -10.27507 vt=  43.29576
 i= 1119 j=  879 glon=  289.97 (0-360E) glon=  289.97 glat=  30.68 u= -12.9000 v=  37.4000 vr=  -5.79542 vt=  39.13545
 i= 1124 j=  879 glon=  290.17 (0-360E) glon=  290.17 glat=  30.68 u= -12.1000 v=  39.9000 vr=  -5.73321 vt=  41.29831
 i= 1129 j=  879 glon=  290.37 (0-360E) glon=  290.37 glat=  30.68 u= -11.5000 v=  35.6000 vr=  -6.59768 vt=  36.82500
 i= 1134 j=  879 glon=  290.57 (0-360E) glon=  290.57 glat=  30.68 u= -11.7000 v=  32.3000 vr=  -7.79498 vt=  33.45771
 i= 1139 j=  879 glon=  290.77 (0-360E) glon=  290.77 glat=  30.68 u= -11.0000 v=  29.7000 vr=  -7.81439 vt=  30.69243
 i= 1144 j=  879 glon=  290.97 (0-360E) glon=  290.97 glat=  30.68 u=  -7.5000 v=  27.7000 vr=  -4.85155 vt=  28.28432
 i= 1149 j=  879 glon=  291.17 (0-360E) glon=  291.17 glat=  30.68 u=  -3.3000 v=  26.0000 vr=  -1.06902 vt=  26.18678
 i= 1034 j=  884 glon=  286.57 (0-360E) glon=  286.57 glat=  30.48 u=   1.0000 v= -15.9000 vr=  -0.78943 vt=  15.91184
 i= 1039 j=  884 glon=  286.77 (0-360E) glon=  286.77 glat=  30.48 u=   2.0000 v= -17.5000 vr=  -1.75547 vt=  17.52622
 i= 1044 j=  884 glon=  286.97 (0-360E) glon=  286.97 glat=  30.48 u=   3.1000 v= -20.4000 vr=  -2.79651 vt=  20.44381
 i= 1049 j=  884 glon=  287.17 (0-360E) glon=  287.17 glat=  30.48 u=  -0.9000 v= -22.6000 vr=   1.26144 vt=  22.58271
 i= 1054 j=  884 glon=  287.37 (0-360E) glon=  287.37 glat=  30.48 u=  -1.8000 v= -25.6000 vr=   2.24716 vt=  25.56463
 i= 1059 j=  884 glon=  287.57 (0-360E) glon=  287.57 glat=  30.48 u=  -5.3000 v= -29.8000 vr=   5.87917 vt=  29.69117
 i= 1064 j=  884 glon=  287.77 (0-360E) glon=  287.77 glat=  30.48 u= -10.7000 v= -33.2000 vr=  11.43651 vt=  32.95355
 i= 1069 j=  884 glon=  287.97 (0-360E) glon=  287.97 glat=  30.48 u=  -4.3000 v= -38.2000 vr=   5.30782 vt=  38.07305
 i= 1074 j=  884 glon=  288.17 (0-360E) glon=  288.17 glat=  30.48 u=  -2.9000 v= -47.9000 vr=   4.48625 vt=  47.77754
 i= 1079 j=  884 glon=  288.37 (0-360E) glon=  288.37 glat=  30.48 u=  -1.3000 v= -35.4000 vr=   2.91326 vt=  35.30387
 i= 1084 j=  884 glon=  288.57 (0-360E) glon=  288.57 glat=  30.48 u=   7.4000 v= -36.2000 vr=  -4.64294 vt=  36.65574
 i= 1089 j=  884 glon=  288.77 (0-360E) glon=  288.77 glat=  30.48 u=  12.2000 v=  -7.2000 vr= -10.19230 vt=   9.83855
 i= 1094 j=  884 glon=  288.97 (0-360E) glon=  288.97 glat=  30.48 u=  11.4000 v=  26.4000 vr=   5.91821 vt=  28.14062
 i= 1099 j=  884 glon=  289.17 (0-360E) glon=  289.17 glat=  30.48 u=   9.1000 v=  47.2000 vr=   5.69362 vt=  47.73084
 i= 1104 j=  884 glon=  289.37 (0-360E) glon=  289.37 glat=  30.48 u=   0.9000 v=  52.5000 vr=  -1.42240 vt=  52.48844
 i= 1109 j=  884 glon=  289.57 (0-360E) glon=  289.57 glat=  30.48 u=   0.0000 v=  47.8000 vr=  -1.55124 vt=  47.77482
 i= 1114 j=  884 glon=  289.77 (0-360E) glon=  289.77 glat=  30.48 u=  -5.9000 v=  44.3000 vr=  -7.05027 vt=  44.13155
 i= 1119 j=  884 glon=  289.97 (0-360E) glon=  289.97 glat=  30.48 u=  -2.1000 v=  49.2000 vr=  -3.18168 vt=  49.14191
 i= 1124 j=  884 glon=  290.17 (0-360E) glon=  290.17 glat=  30.48 u=  -6.9000 v=  42.2000 vr=  -7.71242 vt=  42.05911
 i= 1129 j=  884 glon=  290.37 (0-360E) glon=  290.37 glat=  30.48 u=  -3.6000 v=  37.0000 vr=  -4.24109 vt=  36.93201
 i= 1134 j=  884 glon=  290.57 (0-360E) glon=  290.57 glat=  30.48 u=  -6.1000 v=  34.3000 vr=  -6.64440 vt=  34.19871
 i= 1139 j=  884 glon=  290.77 (0-360E) glon=  290.77 glat=  30.48 u=  -7.5000 v=  30.4000 vr=  -7.94847 vt=  30.28584
 i= 1144 j=  884 glon=  290.97 (0-360E) glon=  290.97 glat=  30.48 u=  -5.9000 v=  28.7000 vr=  -6.29829 vt=  28.61523
 i= 1149 j=  884 glon=  291.17 (0-360E) glon=  291.17 glat=  30.48 u=  -2.1000 v=  25.8000 vr=  -2.43999 vt=  25.77007
 i= 1034 j=  889 glon=  286.57 (0-360E) glon=  286.57 glat=  30.28 u=   2.6000 v= -16.0000 vr=  -0.74480 vt=  16.19275
 i= 1039 j=  889 glon=  286.77 (0-360E) glon=  286.77 glat=  30.28 u=   4.0000 v= -17.6000 vr=  -1.77127 vt=  17.96170
 i= 1044 j=  889 glon=  286.97 (0-360E) glon=  286.97 glat=  30.28 u=   5.2000 v= -19.1000 vr=  -2.53493 vt=  19.63222
 i= 1049 j=  889 glon=  287.17 (0-360E) glon=  287.17 glat=  30.28 u=   4.6000 v= -22.0000 vr=  -1.20386 vt=  22.44350
 i= 1054 j=  889 glon=  287.37 (0-360E) glon=  287.37 glat=  30.28 u=   6.3000 v= -22.6000 vr=  -2.34542 vt=  23.34414
 i= 1059 j=  889 glon=  287.57 (0-360E) glon=  287.57 glat=  30.28 u=   4.3000 v= -29.1000 vr=   1.47242 vt=  29.37911
 i= 1064 j=  889 glon=  287.77 (0-360E) glon=  287.77 glat=  30.28 u=   4.1000 v= -33.5000 vr=   3.67045 vt=  33.54978
 i= 1069 j=  889 glon=  287.97 (0-360E) glon=  287.97 glat=  30.28 u=   8.6000 v= -37.6000 vr=   2.09391 vt=  38.51410
 i= 1074 j=  889 glon=  288.17 (0-360E) glon=  288.17 glat=  30.28 u=  19.5000 v= -41.3000 vr=  -4.01610 vt=  45.49518
 i= 1079 j=  889 glon=  288.37 (0-360E) glon=  288.37 glat=  30.28 u=  14.5000 v= -32.7000 vr=   2.14594 vt=  35.70623
 i= 1084 j=  889 glon=  288.57 (0-360E) glon=  288.57 glat=  30.28 u=  27.7000 v= -19.3000 vr=  -8.21863 vt=  32.74499
 i= 1089 j=  889 glon=  288.77 (0-360E) glon=  288.77 glat=  30.28 u=  34.7000 v=  -2.2000 vr=  -9.73530 vt=  33.37895
 i= 1094 j=  889 glon=  288.97 (0-360E) glon=  288.97 glat=  30.28 u=  37.5000 v=  23.5000 vr=  -6.92821 vt=  43.70927
 i= 1099 j=  889 glon=  289.17 (0-360E) glon=  289.17 glat=  30.28 u=  27.6000 v=  38.8000 vr=  -3.39293 vt=  47.49408
 i= 1104 j=  889 glon=  289.37 (0-360E) glon=  289.37 glat=  30.28 u=  21.1000 v=  43.6000 vr=  -0.65730 vt=  48.43282
 i= 1109 j=  889 glon=  289.57 (0-360E) glon=  289.57 glat=  30.28 u=  11.6000 v=  46.3000 vr=  -4.77334 vt=  47.49174
 i= 1114 j=  889 glon=  289.77 (0-360E) glon=  289.77 glat=  30.28 u=   6.4000 v=  41.0000 vr=  -4.95243 vt=  41.19992
 i= 1119 j=  889 glon=  289.97 (0-360E) glon=  289.97 glat=  30.28 u=   2.8000 v=  41.5000 vr=  -6.63399 vt=  41.06191
 i= 1124 j=  889 glon=  290.17 (0-360E) glon=  290.17 glat=  30.28 u=  -1.4000 v=  39.9000 vr=  -9.08376 vt=  38.87744
 i= 1129 j=  889 glon=  290.37 (0-360E) glon=  290.37 glat=  30.28 u=   1.4000 v=  36.1000 vr=  -4.72668 vt=  35.81659
 i= 1134 j=  889 glon=  290.57 (0-360E) glon=  290.57 glat=  30.28 u=  -2.8000 v=  32.6000 vr=  -7.67740 vt=  31.80656
 i= 1139 j=  889 glon=  290.77 (0-360E) glon=  290.77 glat=  30.28 u=  -3.2000 v=  31.1000 vr=  -7.39634 vt=  30.37670
 i= 1144 j=  889 glon=  290.97 (0-360E) glon=  290.97 glat=  30.28 u=  -4.0000 v=  28.6000 vr=  -7.51468 vt=  27.88350
 i= 1149 j=  889 glon=  291.17 (0-360E) glon=  291.17 glat=  30.28 u=  -0.1000 v=  26.6000 vr=  -3.13544 vt=  26.41475
 i= 1034 j=  894 glon=  286.57 (0-360E) glon=  286.57 glat=  30.08 u=   4.9000 v= -15.3000 vr=  -1.54640 vt=  15.99089
 i= 1039 j=  894 glon=  286.77 (0-360E) glon=  286.77 glat=  30.08 u=   5.8000 v= -17.0000 vr=  -1.72858 vt=  17.87882
 i= 1044 j=  894 glon=  286.97 (0-360E) glon=  286.97 glat=  30.08 u=   9.1000 v= -17.6000 vr=  -4.36375 vt=  19.32686
 i= 1049 j=  894 glon=  287.17 (0-360E) glon=  287.17 glat=  30.08 u=  13.7000 v= -18.6000 vr=  -7.96264 vt=  21.68517
 i= 1054 j=  894 glon=  287.37 (0-360E) glon=  287.37 glat=  30.08 u=   7.5000 v= -23.1000 vr=   0.09031 vt=  24.28687
 i= 1059 j=  894 glon=  287.57 (0-360E) glon=  287.57 glat=  30.08 u=  13.2000 v= -21.9000 vr=  -4.58717 vt=  25.15567
 i= 1064 j=  894 glon=  287.77 (0-360E) glon=  287.77 glat=  30.08 u=  14.7000 v= -26.4000 vr=  -2.64212 vt=  30.10098
 i= 1069 j=  894 glon=  287.97 (0-360E) glon=  287.97 glat=  30.08 u=  19.7000 v= -30.8000 vr=  -2.51661 vt=  36.47460
 i= 1074 j=  894 glon=  288.17 (0-360E) glon=  288.17 glat=  30.08 u=  27.7000 v= -33.0000 vr=  -3.66859 vt=  42.92821
 i= 1079 j=  894 glon=  288.37 (0-360E) glon=  288.37 glat=  30.08 u=  36.7000 v= -29.1000 vr=  -5.64390 vt=  46.49566
 i= 1084 j=  894 glon=  288.57 (0-360E) glon=  288.57 glat=  30.08 u=  35.2000 v= -18.4000 vr=  -2.35372 vt=  39.64921
 i= 1089 j=  894 glon=  288.77 (0-360E) glon=  288.77 glat=  30.08 u=  37.6000 v=   1.4000 vr=  -8.36333 vt=  36.68480
 i= 1094 j=  894 glon=  288.97 (0-360E) glon=  288.97 glat=  30.08 u=  42.6000 v=  14.4000 vr=  -4.79717 vt=  44.71138
 i= 1099 j=  894 glon=  289.17 (0-360E) glon=  289.17 glat=  30.08 u=  36.8000 v=  27.8000 vr=  -3.76705 vt=  45.96618
 i= 1104 j=  894 glon=  289.37 (0-360E) glon=  289.37 glat=  30.08 u=  28.7000 v=  34.6000 vr=  -3.18438 vt=  44.84094
 i= 1109 j=  894 glon=  289.57 (0-360E) glon=  289.57 glat=  30.08 u=  19.6000 v=  39.9000 vr=  -6.44935 vt=  43.98381
 i= 1114 j=  894 glon=  289.77 (0-360E) glon=  289.77 glat=  30.08 u=  12.8000 v=  36.3000 vr=  -5.88986 vt=  38.03734
 i= 1119 j=  894 glon=  289.97 (0-360E) glon=  289.97 glat=  30.08 u=   6.1000 v=  37.6000 vr=  -9.58076 vt=  36.86705
 i= 1124 j=  894 glon=  290.17 (0-360E) glon=  290.17 glat=  30.08 u=   4.0000 v=  36.8000 vr=  -9.14818 vt=  35.86852
 i= 1129 j=  894 glon=  290.37 (0-360E) glon=  290.37 glat=  30.08 u=   4.8000 v=  34.1000 vr=  -5.98440 vt=  33.91219
 i= 1134 j=  894 glon=  290.57 (0-360E) glon=  290.57 glat=  30.08 u=   2.1000 v=  32.3000 vr=  -6.92204 vt=  31.61938
 i= 1139 j=  894 glon=  290.77 (0-360E) glon=  290.77 glat=  30.08 u=  -0.2000 v=  30.0000 vr=  -7.70604 vt=  28.99408
 i= 1144 j=  894 glon=  290.97 (0-360E) glon=  290.97 glat=  30.08 u=  -1.7000 v=  27.9000 vr=  -8.03569 vt=  26.77177
 i= 1039 j=  899 glon=  286.77 (0-360E) glon=  286.77 glat=  29.88 u=   7.8000 v= -16.2000 vr=  -2.05224 vt=  17.86248
 i= 1044 j=  899 glon=  286.97 (0-360E) glon=  286.97 glat=  29.88 u=   9.2000 v= -17.0000 vr=  -2.50790 vt=  19.16639
 i= 1049 j=  899 glon=  287.17 (0-360E) glon=  287.17 glat=  29.88 u=  13.3000 v= -16.5000 vr=  -5.74211 vt=  20.40020
 i= 1054 j=  899 glon=  287.37 (0-360E) glon=  287.37 glat=  29.88 u=  17.9000 v= -17.6000 vr=  -8.44501 vt=  23.64005
 i= 1059 j=  899 glon=  287.57 (0-360E) glon=  287.57 glat=  29.88 u=  19.2000 v= -17.6000 vr=  -8.19108 vt=  24.72461
 i= 1064 j=  899 glon=  287.77 (0-360E) glon=  287.77 glat=  29.88 u=  18.8000 v= -18.2000 vr=  -5.67930 vt=  25.54262
 i= 1069 j=  899 glon=  287.97 (0-360E) glon=  287.97 glat=  29.88 u=  22.7000 v= -19.0000 vr=  -5.74936 vt=  29.03851
 i= 1074 j=  899 glon=  288.17 (0-360E) glon=  288.17 glat=  29.88 u=  28.7000 v= -17.3000 vr=  -7.45189 vt=  32.67184
 i= 1079 j=  899 glon=  288.37 (0-360E) glon=  288.37 glat=  29.88 u=  34.3000 v= -14.4000 vr=  -7.51218 vt=  36.43374
 i= 1084 j=  899 glon=  288.57 (0-360E) glon=  288.57 glat=  29.88 u=  41.9000 v= -12.3000 vr=  -4.39741 vt=  43.44609
 i= 1089 j=  899 glon=  288.77 (0-360E) glon=  288.77 glat=  29.88 u=  43.9000 v=   0.8000 vr=  -6.37085 vt=  43.44263
 i= 1094 j=  899 glon=  288.97 (0-360E) glon=  288.97 glat=  29.88 u=  39.9000 v=  14.5000 vr=  -8.38881 vt=  41.61596
 i= 1099 j=  899 glon=  289.17 (0-360E) glon=  289.17 glat=  29.88 u=  36.5000 v=  18.8000 vr=  -2.86818 vt=  40.95685
 i= 1104 j=  899 glon=  289.37 (0-360E) glon=  289.37 glat=  29.88 u=  27.1000 v=  25.0000 vr=  -4.74472 vt=  36.56361
 i= 1109 j=  899 glon=  289.57 (0-360E) glon=  289.57 glat=  29.88 u=  20.0000 v=  36.5000 vr= -11.95033 vt=  39.86778
 i= 1114 j=  899 glon=  289.77 (0-360E) glon=  289.77 glat=  29.88 u=  15.0000 v=  37.1000 vr= -11.26795 vt=  38.39848
 i= 1119 j=  899 glon=  289.97 (0-360E) glon=  289.97 glat=  29.88 u=   8.5000 v=  34.1000 vr= -11.44798 vt=  33.22655
 i= 1124 j=  899 glon=  290.17 (0-360E) glon=  290.17 glat=  29.88 u=   8.1000 v=  33.1000 vr=  -8.88165 vt=  32.89888
 i= 1129 j=  899 glon=  290.37 (0-360E) glon=  290.37 glat=  29.88 u=   8.0000 v=  32.5000 vr=  -6.82010 vt=  32.76791
 i= 1134 j=  899 glon=  290.57 (0-360E) glon=  290.57 glat=  29.88 u=   5.5000 v=  30.6000 vr=  -6.87037 vt=  30.32174
 i= 1139 j=  899 glon=  290.77 (0-360E) glon=  290.77 glat=  29.88 u=   3.1000 v=  28.5000 vr=  -7.22570 vt=  27.74255
 i= 1144 j=  899 glon=  290.97 (0-360E) glon=  290.97 glat=  29.88 u=   0.8000 v=  26.7000 vr=  -7.94613 vt=  25.50272
 i= 1039 j=  904 glon=  286.77 (0-360E) glon=  286.77 glat=  29.68 u=  10.0000 v= -13.8000 vr=  -3.34627 vt=  16.71055
 i= 1044 j=  904 glon=  286.97 (0-360E) glon=  286.97 glat=  29.68 u=  11.0000 v= -15.3000 vr=  -2.91549 vt=  18.61693
 i= 1049 j=  904 glon=  287.17 (0-360E) glon=  287.17 glat=  29.68 u=  13.8000 v= -15.0000 vr=  -4.64709 vt=  19.84552
 i= 1054 j=  904 glon=  287.37 (0-360E) glon=  287.37 glat=  29.68 u=  15.3000 v= -14.2000 vr=  -5.24659 vt=  20.20404
 i= 1059 j=  904 glon=  287.57 (0-360E) glon=  287.57 glat=  29.68 u=  18.6000 v= -15.3000 vr=  -5.89593 vt=  23.35140
 i= 1064 j=  904 glon=  287.77 (0-360E) glon=  287.77 glat=  29.68 u=  19.1000 v= -17.5000 vr=  -2.90840 vt=  25.74104
 i= 1069 j=  904 glon=  287.97 (0-360E) glon=  287.97 glat=  29.68 u=  23.4000 v= -16.7000 vr=  -3.83803 vt=  28.49069
 i= 1074 j=  904 glon=  288.17 (0-360E) glon=  288.17 glat=  29.68 u=  26.9000 v= -15.2000 vr=  -3.55708 vt=  30.69197
 i= 1079 j=  904 glon=  288.37 (0-360E) glon=  288.37 glat=  29.68 u=  31.5000 v= -11.7000 vr=  -4.10785 vt=  33.35065
 i= 1084 j=  904 glon=  288.57 (0-360E) glon=  288.57 glat=  29.68 u=  34.8000 v=  -7.0000 vr=  -3.54293 vt=  35.31979
 i= 1089 j=  904 glon=  288.77 (0-360E) glon=  288.77 glat=  29.68 u=  35.4000 v=   1.0000 vr=  -4.40792 vt=  35.13873
 i= 1094 j=  904 glon=  288.97 (0-360E) glon=  288.97 glat=  29.68 u=  34.3000 v=   7.6000 vr=  -3.66543 vt=  34.94016
 i= 1099 j=  904 glon=  289.17 (0-360E) glon=  289.17 glat=  29.68 u=  31.2000 v=  16.8000 vr=  -6.33943 vt=  34.86390
 i= 1104 j=  904 glon=  289.37 (0-360E) glon=  289.37 glat=  29.68 u=  25.2000 v=  20.4000 vr=  -6.08874 vt=  31.84536
 i= 1109 j=  904 glon=  289.57 (0-360E) glon=  289.57 glat=  29.68 u=  25.3000 v=  33.9000 vr= -12.04977 vt=  40.54754
 i= 1114 j=  904 glon=  289.77 (0-360E) glon=  289.77 glat=  29.68 u=  17.9000 v=  31.7000 vr= -10.54984 vt=  34.84251
 i= 1119 j=  904 glon=  289.97 (0-360E) glon=  289.97 glat=  29.68 u=  11.7000 v=  30.4000 vr= -10.92124 vt=  30.68838
 i= 1124 j=  904 glon=  290.17 (0-360E) glon=  290.17 glat=  29.68 u=  10.0000 v=  30.9000 vr= -10.09945 vt=  30.86764
 i= 1129 j=  904 glon=  290.37 (0-360E) glon=  290.37 glat=  29.68 u=  10.1000 v=  29.6000 vr=  -7.27955 vt=  30.41674
 i= 1134 j=  904 glon=  290.57 (0-360E) glon=  290.57 glat=  29.68 u=   8.1000 v=  28.4000 vr=  -6.78641 vt=  28.74221
 i= 1139 j=  904 glon=  290.77 (0-360E) glon=  290.77 glat=  29.68 u=   5.8000 v=  27.0000 vr=  -6.91272 vt=  26.73676
 i= 1144 j=  904 glon=  290.97 (0-360E) glon=  290.97 glat=  29.68 u=   3.4000 v=  25.4000 vr=  -7.41384 vt=  24.53070
 i= 1044 j=  909 glon=  286.97 (0-360E) glon=  286.97 glat=  29.48 u=  12.8000 v= -12.5000 vr=  -4.19736 vt=  17.39173
 i= 1049 j=  909 glon=  287.17 (0-360E) glon=  287.17 glat=  29.48 u=  14.3000 v= -12.9000 vr=  -4.30685 vt=  18.77102
 i= 1054 j=  909 glon=  287.37 (0-360E) glon=  287.37 glat=  29.48 u=  16.8000 v= -11.9000 vr=  -5.75896 vt=  19.76574
 i= 1059 j=  909 glon=  287.57 (0-360E) glon=  287.57 glat=  29.48 u=  18.8000 v= -11.4000 vr=  -6.16487 vt=  21.10437
 i= 1064 j=  909 glon=  287.77 (0-360E) glon=  287.77 glat=  29.48 u=  21.7000 v=  -9.9000 vr=  -7.45144 vt=  22.65780
 i= 1069 j=  909 glon=  287.97 (0-360E) glon=  287.97 glat=  29.48 u=  23.5000 v=  -8.4000 vr=  -7.45660 vt=  23.81615
 i= 1074 j=  909 glon=  288.17 (0-360E) glon=  288.17 glat=  29.48 u=  25.0000 v=  -7.4000 vr=  -6.25628 vt=  25.31045
 i= 1079 j=  909 glon=  288.37 (0-360E) glon=  288.37 glat=  29.48 u=  27.9000 v=  -8.2000 vr=  -3.16551 vt=  28.90726
 i= 1084 j=  909 glon=  288.57 (0-360E) glon=  288.57 glat=  29.48 u=  30.0000 v=  -3.8000 vr=  -3.51625 vt=  30.03458
 i= 1089 j=  909 glon=  288.77 (0-360E) glon=  288.77 glat=  29.48 u=  35.7000 v=   2.8000 vr=  -5.56347 vt=  35.37482
 i= 1094 j=  909 glon=  288.97 (0-360E) glon=  288.97 glat=  29.48 u=  29.3000 v=  10.9000 vr=  -8.17936 vt=  30.17280
 i= 1099 j=  909 glon=  289.17 (0-360E) glon=  289.17 glat=  29.48 u=  29.6000 v=  20.3000 vr= -12.16028 vt=  33.76948
 i= 1104 j=  909 glon=  289.37 (0-360E) glon=  289.37 glat=  29.48 u=  25.6000 v=  22.3000 vr= -10.35688 vt=  32.33241
 i= 1109 j=  909 glon=  289.57 (0-360E) glon=  289.57 glat=  29.48 u=  24.9000 v=  24.6000 vr=  -8.28767 vt=  34.00713
 i= 1114 j=  909 glon=  289.77 (0-360E) glon=  289.77 glat=  29.48 u=  18.8000 v=  26.9000 vr=  -9.86793 vt=  31.29974
 i= 1119 j=  909 glon=  289.97 (0-360E) glon=  289.97 glat=  29.48 u=  13.1000 v=  28.8000 vr= -12.05279 vt=  29.25372
 i= 1124 j=  909 glon=  290.17 (0-360E) glon=  290.17 glat=  29.48 u=  12.7000 v=  28.3000 vr=  -9.56507 vt=  29.50745
 i= 1129 j=  909 glon=  290.37 (0-360E) glon=  290.37 glat=  29.48 u=  12.1000 v=  26.6000 vr=  -6.91341 vt=  28.39322
 i= 1134 j=  909 glon=  290.57 (0-360E) glon=  290.57 glat=  29.48 u=   9.8000 v=  26.3000 vr=  -6.94793 vt=  27.19294
 i= 1139 j=  909 glon=  290.77 (0-360E) glon=  290.77 glat=  29.48 u=   7.3000 v=  25.4000 vr=  -7.22181 vt=  25.42234
 i= 1049 j=  914 glon=  287.17 (0-360E) glon=  287.17 glat=  29.28 u=  15.0000 v= -11.4000 vr=  -4.18277 vt=  18.37020
 i= 1054 j=  914 glon=  287.37 (0-360E) glon=  287.37 glat=  29.28 u=  16.6000 v= -10.5000 vr=  -4.81740 vt=  19.04213
 i= 1059 j=  914 glon=  287.57 (0-360E) glon=  287.57 glat=  29.28 u=  18.8000 v=  -9.6000 vr=  -5.59371 vt=  20.35462
 i= 1064 j=  914 glon=  287.77 (0-360E) glon=  287.77 glat=  29.28 u=  21.3000 v=  -8.0000 vr=  -6.69431 vt=  21.74572
 i= 1069 j=  914 glon=  287.97 (0-360E) glon=  287.97 glat=  29.28 u=  24.3000 v=  -6.1000 vr=  -7.81917 vt=  23.80253
 i= 1074 j=  914 glon=  288.17 (0-360E) glon=  288.17 glat=  29.28 u=  26.9000 v=  -3.5000 vr=  -8.69790 vt=  25.69448
 i= 1079 j=  914 glon=  288.37 (0-360E) glon=  288.37 glat=  29.28 u=  29.1000 v=  -0.4000 vr=  -9.20203 vt=  27.60965
 i= 1084 j=  914 glon=  288.57 (0-360E) glon=  288.57 glat=  29.28 u=  30.9000 v=   0.5000 vr=  -6.75088 vt=  30.15768
 i= 1089 j=  914 glon=  288.77 (0-360E) glon=  288.77 glat=  29.28 u=  31.8000 v=   8.5000 vr= -10.54890 vt=  31.18029
 i= 1094 j=  914 glon=  288.97 (0-360E) glon=  288.97 glat=  29.28 u=  31.7000 v=  10.1000 vr=  -7.64684 vt=  32.37940
 i= 1099 j=  914 glon=  289.17 (0-360E) glon=  289.17 glat=  29.28 u=  28.1000 v=  15.9000 vr=  -9.53629 vt=  30.84606
 i= 1104 j=  914 glon=  289.37 (0-360E) glon=  289.37 glat=  29.28 u=  25.3000 v=  17.8000 vr=  -8.17383 vt=  29.83485
 i= 1109 j=  914 glon=  289.57 (0-360E) glon=  289.57 glat=  29.28 u=  23.1000 v=  21.2000 vr=  -8.58942 vt=  30.15414
 i= 1114 j=  914 glon=  289.77 (0-360E) glon=  289.77 glat=  29.28 u=  17.3000 v=  24.9000 vr= -11.58507 vt=  28.01939
 i= 1119 j=  914 glon=  289.97 (0-360E) glon=  289.97 glat=  29.28 u=  15.3000 v=  25.0000 vr= -10.22995 vt=  27.46704
 i= 1124 j=  914 glon=  290.17 (0-360E) glon=  290.17 glat=  29.28 u=  14.3000 v=  24.3000 vr=  -8.12656 vt=  26.99887
 i= 1129 j=  914 glon=  290.37 (0-360E) glon=  290.37 glat=  29.28 u=  13.4000 v=  23.9000 vr=  -6.58318 vt=  26.59759
 i= 1134 j=  914 glon=  290.57 (0-360E) glon=  290.57 glat=  29.28 u=  10.9000 v=  24.2000 vr=  -7.05855 vt=  25.58568
 i= 1054 j=  919 glon=  287.37 (0-360E) glon=  287.37 glat=  29.08 u=  16.6000 v= -10.7000 vr=  -3.22142 vt=  19.48519
 i= 1059 j=  919 glon=  287.57 (0-360E) glon=  287.57 glat=  29.08 u=  18.5000 v=  -9.3000 vr=  -4.11496 vt=  20.29303
 i= 1064 j=  919 glon=  287.77 (0-360E) glon=  287.77 glat=  29.08 u=  20.5000 v=  -7.7000 vr=  -4.93045 vt=  21.33614
 i= 1069 j=  919 glon=  287.97 (0-360E) glon=  287.97 glat=  29.08 u=  22.5000 v=  -6.2000 vr=  -5.28732 vt=  22.73179
 i= 1074 j=  919 glon=  288.17 (0-360E) glon=  288.17 glat=  29.08 u=  24.1000 v=  -4.4000 vr=  -5.30344 vt=  23.91743
 i= 1079 j=  919 glon=  288.37 (0-360E) glon=  288.37 glat=  29.08 u=  25.7000 v=  -1.9000 vr=  -5.55704 vt=  25.16385
 i= 1084 j=  919 glon=  288.57 (0-360E) glon=  288.57 glat=  29.08 u=  27.7000 v=   0.8000 vr=  -5.63789 vt=  27.13198
 i= 1089 j=  919 glon=  288.77 (0-360E) glon=  288.77 glat=  29.08 u=  28.8000 v=   4.4000 vr=  -6.00285 vt=  28.50905
 i= 1094 j=  919 glon=  288.97 (0-360E) glon=  288.97 glat=  29.08 u=  28.8000 v=   8.8000 vr=  -6.88705 vt=  29.31635
 i= 1099 j=  919 glon=  289.17 (0-360E) glon=  289.17 glat=  29.08 u=  26.1000 v=  13.9000 vr=  -8.84473 vt=  28.21685
 i= 1104 j=  919 glon=  289.37 (0-360E) glon=  289.37 glat=  29.08 u=  23.5000 v=  17.0000 vr=  -9.29015 vt=  27.47623
 i= 1109 j=  919 glon=  289.57 (0-360E) glon=  289.57 glat=  29.08 u=  20.1000 v=  20.0000 vr= -10.40498 vt=  26.37700
 i= 1114 j=  919 glon=  289.77 (0-360E) glon=  289.77 glat=  29.08 u=  17.4000 v=  20.8000 vr=  -9.78481 vt=  25.29145
 i= 1119 j=  919 glon=  289.97 (0-360E) glon=  289.97 glat=  29.08 u=  16.2000 v=  21.6000 vr=  -8.85310 vt=  25.50731
 i= 1124 j=  919 glon=  290.17 (0-360E) glon=  290.17 glat=  29.08 u=  15.6000 v=  21.4000 vr=  -7.03694 vt=  25.53040
 i= 1129 j=  919 glon=  290.37 (0-360E) glon=  290.37 glat=  29.08 u=  13.4000 v=  22.0000 vr=  -7.16704 vt=  24.74254
 i= 1059 j=  924 glon=  287.57 (0-360E) glon=  287.57 glat=  28.88 u=  17.7000 v=  -8.0000 vr=  -3.45517 vt=  19.11418
 i= 1064 j=  924 glon=  287.77 (0-360E) glon=  287.77 glat=  28.88 u=  19.5000 v=  -7.3000 vr=  -3.50998 vt=  20.52365
 i= 1069 j=  924 glon=  287.97 (0-360E) glon=  287.97 glat=  28.88 u=  21.3000 v=  -6.2000 vr=  -3.55951 vt=  21.89657
 i= 1074 j=  924 glon=  288.17 (0-360E) glon=  288.17 glat=  28.88 u=  23.2000 v=  -4.7000 vr=  -3.63289 vt=  23.39085
 i= 1079 j=  924 glon=  288.37 (0-360E) glon=  288.37 glat=  28.88 u=  24.7000 v=  -2.2000 vr=  -4.14970 vt=  24.44811
 i= 1084 j=  924 glon=  288.57 (0-360E) glon=  288.57 glat=  28.88 u=  25.2000 v=   0.9000 vr=  -4.77237 vt=  24.76034
 i= 1089 j=  924 glon=  288.77 (0-360E) glon=  288.77 glat=  28.88 u=  25.1000 v=   4.9000 vr=  -6.12476 vt=  24.82956
 i= 1094 j=  924 glon=  288.97 (0-360E) glon=  288.97 glat=  28.88 u=  24.8000 v=   9.0000 vr=  -7.55420 vt=  25.27794
 i= 1099 j=  924 glon=  289.17 (0-360E) glon=  289.17 glat=  28.88 u=  23.3000 v=  12.0000 vr=  -8.05512 vt=  24.94003
 i= 1104 j=  924 glon=  289.37 (0-360E) glon=  289.37 glat=  28.88 u=  21.4000 v=  14.4000 vr=  -8.29047 vt=  24.42515
 i= 1109 j=  924 glon=  289.57 (0-360E) glon=  289.57 glat=  28.88 u=  19.3000 v=  16.3000 vr=  -8.41851 vt=  23.81824
 i= 1114 j=  924 glon=  289.77 (0-360E) glon=  289.77 glat=  28.88 u=  17.5000 v=  18.1000 vr=  -8.65185 vt=  23.64330
 i= 1119 j=  924 glon=  289.97 (0-360E) glon=  289.97 glat=  28.88 u=  16.8000 v=  18.7000 vr=  -7.54484 vt=  23.97927
 i= 1124 j=  924 glon=  290.17 (0-360E) glon=  290.17 glat=  28.88 u=  15.4000 v=  19.6000 vr=  -7.26267 vt=  23.84478
 i= 1069 j=  929 glon=  287.97 (0-360E) glon=  287.97 glat=  28.68 u=  20.0000 v=  -3.7000 vr=  -4.40186 vt=  19.85733
 i= 1074 j=  929 glon=  288.17 (0-360E) glon=  288.17 glat=  28.68 u=  21.4000 v=  -1.8000 vr=  -4.97953 vt=  20.89029
 i= 1079 j=  929 glon=  288.37 (0-360E) glon=  288.37 glat=  28.68 u=  22.4000 v=   0.3000 vr=  -5.39594 vt=  21.74244
 i= 1084 j=  929 glon=  288.57 (0-360E) glon=  288.57 glat=  28.68 u=  22.6000 v=   2.6000 vr=  -5.68405 vt=  22.02752
 i= 1089 j=  929 glon=  288.77 (0-360E) glon=  288.77 glat=  28.68 u=  22.6000 v=   4.9000 vr=  -5.88229 vt=  22.36445
 i= 1094 j=  929 glon=  288.97 (0-360E) glon=  288.97 glat=  28.68 u=  21.8000 v=   7.3000 vr=  -6.16999 vt=  22.14636
 i= 1099 j=  929 glon=  289.17 (0-360E) glon=  289.17 glat=  28.68 u=  20.5000 v=   9.7000 vr=  -6.62343 vt=  21.69033
 i= 1104 j=  929 glon=  289.37 (0-360E) glon=  289.37 glat=  28.68 u=  19.7000 v=  11.7000 vr=  -6.74333 vt=  21.89766
 i= 1109 j=  929 glon=  289.57 (0-360E) glon=  289.57 glat=  28.68 u=  18.4000 v=  14.0000 vr=  -7.39450 vt=  21.90620
 i= 1114 j=  929 glon=  289.77 (0-360E) glon=  289.77 glat=  28.68 u=  17.0000 v=  15.6000 vr=  -7.58281 vt=  21.79131
 i= 1089 j=  934 glon=  288.77 (0-360E) glon=  288.77 glat=  28.48 u=  20.4000 v=   4.7000 vr=  -5.49953 vt=  20.19914
 i= 1094 j=  934 glon=  288.97 (0-360E) glon=  288.97 glat=  28.48 u=  20.2000 v=   7.3000 vr=  -6.35617 vt=  20.51656
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.1924732070459       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     45.73 kts
    LL Wind Circ Vt mean quadmax value: SE     50.04 kts
    LL Wind Circ Vt mean quadmax value: SW     57.50 kts
    LL Wind Circ Vt mean quadmax value: NW     52.74 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.01968069712517       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    30.5053627323104     
   xcenlon=    288.800109367091     
   imax=         2738  jmax=         2041
   jlatfix=          883
   ilonfix (unadjusted) =         1090
  
 In get_max_wind, ibeg=         1010  iend=         1169
                  jbeg=          815  jend=          952
         ilonfix=         1090  jlatfix=          883
 At end of get_max_wind, vmax=    47.2494021126194       rmax= 
   17.7382273453277     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.15 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.78 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   13.88 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   17.35 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   20.69 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   24.18 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   27.65 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   31.02 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   33.57 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   35.30 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   36.25 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   36.81 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   37.15 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   37.40 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   37.56 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   37.61 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   37.35 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   36.92 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   36.31 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   35.54 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   34.63 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.60 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   32.54 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   31.49 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   30.54 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   29.72 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   29.01 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   28.37 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   27.76 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   27.17 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   26.65 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   26.20 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   25.79 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   25.39 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   25.01 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   24.64 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   24.27 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   23.89 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   23.49 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.06 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   22.62 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   22.20 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    37.61 m/s   maxrmw_dist=    48.00  km   maxrmw_ix=   16
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    48.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    37.6051525575693      
  (m/s)   (in kts)=    73.0555298735899     
  rising_sum_dvdr=       28.4528647411640     
  declining_sum_dvdr=   -11.8175673642067     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    24 igrct=  1 Vmax (m/s)=   47.249   22:19:09
 TIMING: before call  getradii, fhr=    24 igrct=  1   22:19:09
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -2.09726401893622     
 mr4qs before add, mean_radii_vt_4quad_sum=   -2.09726401893622     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.58553429816234     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.58553429816234     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.7191350169784     
 mr4qs before add, mean_radii_vt_4quad_sum=    16.7191350169784     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.7711272729847     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   15.77 good_quad_ct=   4 mean_vt_4quad=      3.94
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   11.79 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   11.83 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.90 mean_vt_4quad=    9.00
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   11.97 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.04 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.12 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.19 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.26 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.33 mean_vt_4quad=    9.37
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.37 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.43 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.50 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.58 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.66 mean_vt_4quad=    9.73
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.75 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.83 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.91 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.00 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.08 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.15 mean_vt_4quad=   10.18
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.23 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.31 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.39 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.48 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.57 mean_vt_4quad=   10.54
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.66 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.74 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.83 mean_vt_4quad=   10.77
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.96 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.11 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.24 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.39 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.54 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.69 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.83 mean_vt_4quad=   11.34
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.96 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.08 mean_vt_4quad=   11.51
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.19 mean_vt_4quad=   11.59
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.36 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.51 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.67 mean_vt_4quad=   11.86
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.82 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.94 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.99 mean_vt_4quad=   12.14
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.04 mean_vt_4quad=   12.24
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.08 mean_vt_4quad=   12.34
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.20 mean_vt_4quad=   12.44
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.32 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.43 mean_vt_4quad=   12.65
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.53 mean_vt_4quad=   12.76
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.65 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.78 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.89 mean_vt_4quad=   13.13
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.00 mean_vt_4quad=   13.27
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.13 mean_vt_4quad=   13.41
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.24 mean_vt_4quad=   13.55
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.43 mean_vt_4quad=   13.69
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.67 mean_vt_4quad=   13.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.84 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   14.15 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.33 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.51 .... 0.5*v_holland=    9.17
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    198.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   106.840800000000     
 vradius(iwindix,iquad) =         107
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.67 mean_vt_4quad=   13.84
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   17.92 mean_vt_4quad=   13.99
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.19 mean_vt_4quad=   14.15
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.45 mean_vt_4quad=   14.33
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.88 mean_vt_4quad=   14.51
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.31 mean_vt_4quad=   14.69
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.68 mean_vt_4quad=   14.86
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   20.04 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.46 mean_vt_4quad=   15.24
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.88 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   21.26 mean_vt_4quad=   15.65
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   21.59 mean_vt_4quad=   15.85
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.85 mean_vt_4quad=   16.06
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   22.11 mean_vt_4quad=   16.26
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   22.38 mean_vt_4quad=   16.47
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   22.72 mean_vt_4quad=   16.69
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   23.11 mean_vt_4quad=   16.93
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   23.54 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   24.02 mean_vt_4quad=   17.43
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   24.54 mean_vt_4quad=   17.70
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   25.05 mean_vt_4quad=   18.01
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   25.56 mean_vt_4quad=   18.34
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   26.03 mean_vt_4quad=   18.68
  
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   26.03 mean_vt_4quad=   18.68
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   26.45 mean_vt_4quad=   19.02
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   26.87 mean_vt_4quad=   19.35
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   27.35 mean_vt_4quad=   19.67
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   27.95 mean_vt_4quad=   20.00
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   28.66 mean_vt_4quad=   20.35
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   29.34 mean_vt_4quad=   20.71
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   29.88 mean_vt_4quad=   21.07
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   30.22 mean_vt_4quad=   21.41
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   30.42 mean_vt_4quad=   21.75
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   30.46 mean_vt_4quad=   22.11
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   30.52 mean_vt_4quad=   22.49
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.76 mean_vt_4quad=   22.89
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   31.08 mean_vt_4quad=   23.30
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.49 mean_vt_4quad=   23.74
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   31.82 mean_vt_4quad=   24.21
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   32.41 mean_vt_4quad=   24.72
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   33.23 mean_vt_4quad=   25.29
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.19 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.30 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.39 mean_vt_4quad=    9.00
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.48 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.56 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.60 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.65 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.70 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.75 mean_vt_4quad=    9.37
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.81 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.87 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.95 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.02 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.10 mean_vt_4quad=    9.73
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.17 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.25 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.32 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.38 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.47 mean_vt_4quad=   10.11
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.59 mean_vt_4quad=   10.18
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.72 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.80 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.91 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.03 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.10 mean_vt_4quad=   10.54
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.21 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.33 mean_vt_4quad=   10.69
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.45 mean_vt_4quad=   10.77
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.60 mean_vt_4quad=   10.85
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.75 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.90 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.09 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.26 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.40 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.52 mean_vt_4quad=   11.34
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.59 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.66 mean_vt_4quad=   11.51
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.73 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.81 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.91 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.99 mean_vt_4quad=   11.86
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.12 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.35 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.57 mean_vt_4quad=   12.14
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.79 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.00 mean_vt_4quad=   12.34
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.20 mean_vt_4quad=   12.44
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.25 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.41 mean_vt_4quad=   12.65
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.58 mean_vt_4quad=   12.76
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   12.76 .... 0.5*v_holland=    8.23
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    8.23
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    8.23
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.13 .... 0.5*v_holland=    8.23
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.27 .... 0.5*v_holland=    8.23
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    222.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   119.791200000000     
 vradius(iwindix,iquad) =         120
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.58 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.80 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   18.01 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   18.20 mean_vt_4quad=   13.13
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.37 mean_vt_4quad=   13.27
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.52 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.68 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.90 mean_vt_4quad=   13.69
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.10 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.26 mean_vt_4quad=   13.99
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.45 mean_vt_4quad=   14.15
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.73 mean_vt_4quad=   14.33
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.99 mean_vt_4quad=   14.51
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.19 mean_vt_4quad=   14.69
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.38 mean_vt_4quad=   14.86
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.56 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.81 mean_vt_4quad=   15.24
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   21.12 mean_vt_4quad=   15.44
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.34 mean_vt_4quad=   15.65
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.56 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.79 mean_vt_4quad=   16.06
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   22.07 mean_vt_4quad=   16.26
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   22.38 mean_vt_4quad=   16.47
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.76 mean_vt_4quad=   16.69
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   23.21 mean_vt_4quad=   16.93
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.68 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   24.22 mean_vt_4quad=   17.43
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   24.82 mean_vt_4quad=   17.70
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   25.40 mean_vt_4quad=   18.01
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   25.97 mean_vt_4quad=   18.34
  
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   25.97 mean_vt_4quad=   18.34
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   26.52 mean_vt_4quad=   18.68
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   27.08 mean_vt_4quad=   19.02
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   27.74 mean_vt_4quad=   19.35
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   28.48 mean_vt_4quad=   19.67
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   29.20 mean_vt_4quad=   20.00
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   29.92 mean_vt_4quad=   20.35
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   30.48 mean_vt_4quad=   20.71
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   30.88 mean_vt_4quad=   21.07
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   31.09 mean_vt_4quad=   21.41
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   31.17 mean_vt_4quad=   21.75
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   31.11 mean_vt_4quad=   22.11
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   30.83 mean_vt_4quad=   22.49
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   30.50 mean_vt_4quad=   22.89
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   30.58 mean_vt_4quad=   23.30
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   31.11 mean_vt_4quad=   23.74
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   31.85 mean_vt_4quad=   24.21
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   32.66 mean_vt_4quad=   24.72
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   33.56 mean_vt_4quad=   25.29
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.33 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   10.39 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   10.48 mean_vt_4quad=    9.00
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   10.60 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   10.72 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   10.86 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.00 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.13 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.28 mean_vt_4quad=    9.37
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.41 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   11.53 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.62 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.69 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.73 mean_vt_4quad=    9.73
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.76 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.78 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.82 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.90 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.01 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.15 mean_vt_4quad=   10.18
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.28 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.40 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.50 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.65 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   12.82 mean_vt_4quad=   10.54
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   12.97 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.07 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.13 mean_vt_4quad=   10.77
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.18 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.21 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.22 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.21 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.18 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.18 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.21 mean_vt_4quad=   11.34
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.24 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.31 mean_vt_4quad=   11.51
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.36 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.39 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.44 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.46 mean_vt_4quad=   11.86
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.54 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.63 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.70 mean_vt_4quad=   12.14
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.79 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.88 mean_vt_4quad=   12.34
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.98 mean_vt_4quad=   12.44
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.08 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.18 mean_vt_4quad=   12.65
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.27 mean_vt_4quad=   12.76
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.35 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.43 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.52 mean_vt_4quad=   13.13
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.62 mean_vt_4quad=   13.27
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.76 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.94 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   15.16 mean_vt_4quad=   13.69
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.36 mean_vt_4quad=   13.84
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.55 mean_vt_4quad=   13.99
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.69 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   15.84 mean_vt_4quad=   14.33
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.00 mean_vt_4quad=   14.51
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.16 mean_vt_4quad=   14.69
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.34 mean_vt_4quad=   14.86
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.52 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.82 mean_vt_4quad=   15.24
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.13 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.45 mean_vt_4quad=   15.65
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.74 mean_vt_4quad=   15.85
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   15.85 .... 0.5*v_holland=   10.86
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   16.06 .... 0.5*v_holland=   10.86
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   16.26 .... 0.5*v_holland=   10.86
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   16.47 .... 0.5*v_holland=   10.86
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   16.69 .... 0.5*v_holland=   10.86
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.74 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.10 mean_vt_4quad=   16.06
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.58 mean_vt_4quad=   16.26
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   19.08 mean_vt_4quad=   16.47
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.62 mean_vt_4quad=   16.69
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   20.25 mean_vt_4quad=   16.93
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   20.54 mean_vt_4quad=   17.17
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   20.31 mean_vt_4quad=   17.43
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   19.93 mean_vt_4quad=   17.70
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   19.69 mean_vt_4quad=   18.01
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.87 mean_vt_4quad=   18.34
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   20.19 mean_vt_4quad=   18.68
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.73 mean_vt_4quad=   19.02
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   21.34 mean_vt_4quad=   19.35
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.97 mean_vt_4quad=   19.67
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.54 mean_vt_4quad=   20.00
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.87 mean_vt_4quad=   20.35
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.01 mean_vt_4quad=   20.71
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.38 mean_vt_4quad=   21.07
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   22.44 mean_vt_4quad=   21.41
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   22.90 mean_vt_4quad=   21.75
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.43 mean_vt_4quad=   22.11
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   23.90 mean_vt_4quad=   22.49
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   24.28 mean_vt_4quad=   22.89
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   24.66 mean_vt_4quad=   23.30
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   25.06 mean_vt_4quad=   23.74
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   25.57 mean_vt_4quad=   24.21
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   26.25 mean_vt_4quad=   24.72
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   26.25 mean_vt_4quad=   24.72
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   27.09 mean_vt_4quad=   25.29
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   28.30 mean_vt_4quad=   25.95
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   30.05 mean_vt_4quad=   26.71
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   32.08 mean_vt_4quad=   27.55
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   33.84 mean_vt_4quad=   28.47
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.51 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.58 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.65 mean_vt_4quad=    9.00
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.70 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.74 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.78 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.82 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.88 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    8.94 mean_vt_4quad=    9.37
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.01 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.09 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.16 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.21 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.22 mean_vt_4quad=    9.73
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.24 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.30 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.38 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.49 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.59 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.68 mean_vt_4quad=   10.18
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.74 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.81 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.88 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.97 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.06 mean_vt_4quad=   10.54
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.18 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.30 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.44 mean_vt_4quad=   10.77
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.59 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.75 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.88 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.98 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.05 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.16 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.29 mean_vt_4quad=   11.34
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.37 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.45 mean_vt_4quad=   11.51
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.60 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.78 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.98 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.17 mean_vt_4quad=   11.86
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.35 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.51 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.65 mean_vt_4quad=   12.14
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.78 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.90 mean_vt_4quad=   12.34
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   13.02 mean_vt_4quad=   12.44
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.14 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.26 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.39 mean_vt_4quad=   12.76
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.54 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.71 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.90 mean_vt_4quad=   13.13
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.07 mean_vt_4quad=   13.27
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   14.22 mean_vt_4quad=   13.41
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   14.30 mean_vt_4quad=   13.55
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.44 mean_vt_4quad=   13.69
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   14.63 mean_vt_4quad=   13.84
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   14.83 mean_vt_4quad=   13.99
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.07 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.32 mean_vt_4quad=   14.33
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.57 mean_vt_4quad=   14.51
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.79 mean_vt_4quad=   14.69
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.94 mean_vt_4quad=   14.86
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   16.06 mean_vt_4quad=   15.05
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   16.21 mean_vt_4quad=   15.24
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.42 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.55 mean_vt_4quad=   15.65
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.80 mean_vt_4quad=   15.85
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   17.06 mean_vt_4quad=   16.06
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.29 mean_vt_4quad=   16.26
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   17.47 mean_vt_4quad=   16.47
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.65 mean_vt_4quad=   16.69
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   16.69 .... 0.5*v_holland=   11.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   16.93 .... 0.5*v_holland=   11.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   17.17 .... 0.5*v_holland=   11.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   17.43 .... 0.5*v_holland=   11.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   17.70 .... 0.5*v_holland=   11.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.65 mean_vt_4quad=   16.69
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.86 mean_vt_4quad=   16.93
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.04 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   18.53 mean_vt_4quad=   17.43
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   19.16 mean_vt_4quad=   17.70
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.73 mean_vt_4quad=   18.01
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   20.27 mean_vt_4quad=   18.34
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.80 mean_vt_4quad=   18.68
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   21.30 mean_vt_4quad=   19.02
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.79 mean_vt_4quad=   19.35
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   22.26 mean_vt_4quad=   19.67
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.74 mean_vt_4quad=   20.00
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   23.25 mean_vt_4quad=   20.35
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   23.79 mean_vt_4quad=   20.71
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.38 mean_vt_4quad=   21.07
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   25.03 mean_vt_4quad=   21.41
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.77 mean_vt_4quad=   21.75
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.77 mean_vt_4quad=   21.75
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   26.58 mean_vt_4quad=   22.11
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   27.39 mean_vt_4quad=   22.49
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   28.26 mean_vt_4quad=   22.89
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   29.11 mean_vt_4quad=   23.30
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   29.93 mean_vt_4quad=   23.74
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   30.66 mean_vt_4quad=   24.21
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   31.04 mean_vt_4quad=   24.72
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   31.37 mean_vt_4quad=   25.29
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   31.80 mean_vt_4quad=   25.95
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   32.79 mean_vt_4quad=   26.71
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   33.93 mean_vt_4quad=   27.55
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 TIMING: after call  getradii, fhr=    24 igrct=  1   22:19:09
 TIMING: after getrad_iter_loop, fhr=    24 igrct=  2 Vmax (m/s)=   47.249   22:19:09
 TIMING: Before get_phase ... 22:19:09
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           24 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =     9.523
  
  
  In get_cps_paramb, lead time=           24 :           0   08L  FRANKLIN 
   right_ct=          922   left_ct=          919
   zthicksum(1)=    3136706.59137500     
   zthicksum(2)=    3130081.49606250     
   zthick_right_mean=    3402.06788652386     
   zthick_left_mean=     3405.96463118879     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -3.89674466493216     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           63.23
  Sum of y-diffs squared (ydiff2) =         3699.02
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   523.79   6.7452       29.98   0.1661    -4.41    19.42      898.80
    2   516.14   6.6846       22.33   0.1055     0.50     0.25      498.72
    3   505.50   6.6201       11.69   0.0409     3.22    10.36      136.70
    4   491.84   6.5511       -1.97  -0.0281     3.84    14.74        3.89
    5   473.68   6.4770      -20.13  -0.1022     1.02     1.05      405.30
    6   451.91   6.3969      -41.90  -0.1822    -4.17    17.41     1755.61
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   493.812     x:    6.58
  
  slope=    207.045         y-intercept =   -868.370
  Regression equation:   Y =  -868.37 +   207.05X
  
  R2(r_squared) =  0.9829        r =  0.9914
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1062.56 zmin=  532.41 zdiff=  530.14
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1556.59 zmin= 1032.80 zdiff=  523.79
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.35 dlnp=     -0.057158  dzdlnp=      111.130
  
   +++ k=  3 press=    800.0 zmax= 2075.30 zmin= 1559.16 zdiff=  516.14
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.65 dlnp=     -0.060625  dzdlnp=      126.153
  
   +++ k=  4 press=    750.0 zmax= 2621.00 zmin= 2115.49 zdiff=  505.50
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.64 dlnp=     -0.064539  dzdlnp=      164.863
  
   +++ k=  5 press=    700.0 zmax= 3197.47 zmin= 2705.63 zdiff=  491.84
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -13.66 dlnp=     -0.068993  dzdlnp=      198.049
  
   +++ k=  6 press=    650.0 zmax= 3807.56 zmin= 3333.88 zdiff=  473.68
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -18.16 dlnp=     -0.074108  dzdlnp=      245.048
  
   +++ k=  7 press=    600.0 zmax= 4458.29 zmin= 4006.37 zdiff=  451.91
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.77 dlnp=     -0.080043  dzdlnp=      271.955
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            7.59
  Sum of y-diffs squared (ydiff2) =        21859.71
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   425.70   6.3099       80.63   0.2788    -0.78     0.60     6501.52
    2   398.02   6.2146       52.95   0.1834    -0.62     0.39     2803.91
    3   368.66   6.1092       23.59   0.0781     0.79     0.62      556.58
    4   334.29   5.9915      -10.78  -0.0397     0.82     0.67      116.12
    5   296.00   5.8579      -49.06  -0.1732     1.53     2.33     2407.28
    6   247.73   5.7038      -97.34  -0.3274    -1.73     2.99     9474.30
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   345.064     x:    6.03
  
  slope=    292.041         y-intercept =  -1416.280
  Regression equation:   Y = -1416.28 +   292.04X
  
  R2(r_squared) =  0.9997        r =  0.9998
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4458.29 zmin= 4006.37 zdiff=  451.91
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5155.93 zmin= 4730.24 zdiff=  425.70
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -26.22 dlnp=     -0.087011  dzdlnp=      301.294
  
   +++ k=  9 press=    500.0 zmax= 5910.03 zmin= 5512.01 zdiff=  398.02
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -27.68 dlnp=     -0.095310  dzdlnp=      290.420
  
   +++ k= 10 press=    450.0 zmax= 6730.60 zmin= 6361.94 zdiff=  368.66
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -29.36 dlnp=     -0.105361  dzdlnp=      278.662
  
   +++ k= 11 press=    400.0 zmax= 7631.26 zmin= 7296.97 zdiff=  334.29
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -34.37 dlnp=     -0.117783  dzdlnp=      291.791
  
   +++ k= 12 press=    350.0 zmax= 8629.64 zmin= 8333.64 zdiff=  296.00
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -38.29 dlnp=     -0.133531  dzdlnp=      286.734
  
   +++ k= 13 press=    300.0 zmax= 9748.54 zmin= 9500.81 zdiff=  247.73
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -48.27 dlnp=     -0.154151  dzdlnp=      313.148
  
cps_stats: 08L   lead time=  24: 0   paramb=    -3.90  vtl=    207.05  vtu=    292.04
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   24:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.800 (0-360) guesslon=  288.800E  (  71.200W)   guesslat=   30.505
 ilonfix=         1090  jlatfix=          883  npts=           33
 ibeg=         1015  jbeg=          815  imax=         2738
 iend=         1165  jend=          951  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.880E  (0-360) ctlon=  287.880E  (  72.120W)  ctlat=   29.585 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.880E   (0-360) guesslon=  287.880E  (  72.120W)   guesslat=   29.585
 ilonfix=         1067  jlatfix=          906  npts=           16
 ibeg=         1017  jbeg=          862  imax=         2738
 iend=         1117  jend=          950  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.660E  (0-360) ctlon=  287.660  (  72.340W)  ctlat=   29.365 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    24:00  mean_lon:  287.66E (  72.34W)    (0-360) mean_lon=  287.66E  mean_lat:   29.37  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    24:00  ifix:  1049   jfix:   888  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1049  jx=          888
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         476 ,         316 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         475 ,         315 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    24:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:19:09
 TIMING: Before shear ... 22:19:09
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            5
  clon(ist,ifh,3)=    288.860768528937     
  clat(ist,ifh,3)=    30.4997855930210     
  fixlon(ist,ifh)=    288.800109367091     
  fixlat(ist,ifh)=    30.5053627323104     
  xcenlon=    288.860768528937     
  xcenlat=    30.4997855930210     
  
 xxshear
 In get_shear A, xcenlon=    288.860768528937       xcenlat= 
   30.4997855930210     
   In get_shear B, (0-360) xcenlon=    288.860768528937     
  
At start of get_shear:  08L   fhr=   24:00   Mean fix position=   288.80E  ( 71.20W)    30.51  (0-360) mean lon fix=  288.80
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   47.61 vr_mean(idist,ilev)=    1.26
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   45.38 vr_mean(idist,ilev)=   -2.93
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   38.03 vr_mean(idist,ilev)=   -0.65
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   33.79 vr_mean(idist,ilev)=   -2.30
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   29.40 vr_mean(idist,ilev)=   -1.99
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.07 vr_mean(idist,ilev)=   -1.64
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   22.98 vr_mean(idist,ilev)=   -1.04
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   20.42 vr_mean(idist,ilev)=   -0.60
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.34 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.77 vr_mean(idist,ilev)=   -0.50
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.24 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.72 vr_mean(idist,ilev)=   -0.77
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.52 vr_mean(idist,ilev)=   -0.64
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.40 vr_mean(idist,ilev)=   -0.37
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.46 vr_mean(idist,ilev)=   -0.33
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.63 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.86 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.15 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.57 vr_mean(idist,ilev)=   -0.40
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -17.33 vr_mean(idist,ilev)=   17.33
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -26.00 vr_mean(idist,ilev)=   26.00
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -34.67 vr_mean(idist,ilev)=   34.67
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -43.34 vr_mean(idist,ilev)=   43.34
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -52.01 vr_mean(idist,ilev)=   52.01
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -60.69 vr_mean(idist,ilev)=   60.69
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -69.38 vr_mean(idist,ilev)=   69.38
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -78.07 vr_mean(idist,ilev)=   78.07
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -86.77 vr_mean(idist,ilev)=   86.77
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -95.47 vr_mean(idist,ilev)=   95.47
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -104.19 vr_mean(idist,ilev)=  104.19
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -112.91 vr_mean(idist,ilev)=  112.91
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -121.65 vr_mean(idist,ilev)=  121.65
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -130.40 vr_mean(idist,ilev)=  130.40
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -139.16 vr_mean(idist,ilev)=  139.16
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -147.93 vr_mean(idist,ilev)=  147.93
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -156.72 vr_mean(idist,ilev)=  156.72
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -165.53 vr_mean(idist,ilev)=  165.53
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -174.36 vr_mean(idist,ilev)=  174.36
  
 At end of get_shear: 
     ist=    2 ifh=    5 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:19:09
  
 After call to fixcenter, fix positions at 
 forecast hour=   24:00 follow:
  
fixpos  08L   fhr=   24:00   Fix position=   288.80E  ( 71.20W)    30.51   Max Wind=  92 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.646124083462     
 xxxx get_next_ges, curr fix lon=    288.800109367091     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.800109367091        fixlat=    30.5053627323104     
        (0-360) fixlon=    288.800109367091     
      ilonfix=         1090   jlatfix=          883
      ibeg=          602   iend=         1578
      jbeg=          431   jend=         1335
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.383454669145702       vavg=    4.79071393063415     
      ubar=   9.586366728642561E-002  vbar=    1.19767848265854     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.05212684782250       vavg=    4.86148939524828     
      ubar=   0.621927091197675       vbar=    3.62842318028268     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    2.16694830756527       vavg=    5.15533533511242     
      ubar=    1.16366416808899       vbar=    4.91725701406078     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.16366416808899       vbar=    4.91725701406078     
      wgttot=    1.00000000000000     
      fixlon=    288.800109367091        fixlat=    30.5053627323104     
      barnlon=    289.063774903550       barnlat=    31.4605571837080     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.857320437606718     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.063774903550     
     Raw (no conversion for GM wrap) extraplon=    288.955351892517     
  
 --- barnlon=    289.06E  (  70.94W)    barnlat=     31.46
 --- extraplon=  288.96E  (  71.04W)    extraplat=   31.30
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   30.51
 | Current fix lon is   71.20W   ( 288.80E)
 | Current fix lon (raw, unadjusted)=  288.80E
 | Updated guess lat for next fcst hour is   31.38
 | Updated guess lon (0-360) for next fcst hour is   70.99W   ( 289.01E)
 | Raw updated guess lon for next fcst hour is  289.01E)
 -------------------------------------------------
  
 iocheck, dist=    99.1046676500904        distm=    99104.6676500904     
 iocheck, stmspd=    4.58817905787456        istmspd=           89
 iocheck, xincr=   0.209454030942197        yincr=   0.872977112355645     
 iocheck, stmdir=    13.4919801959362        istmdir=           13
 +++ RPT_STORM_MOTION: istmspd=    89 kts(*10)    istmdir=    13 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   5
     Fix location for this time:   288.80E  ( 71.20W)    30.51
     Fix lon (raw) for this time:  288.80E
     ilonfix= 1090  jlatfix=  883
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.800109367091       xcenlat=    30.5053627323104     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.800109367091       xcenlat=    30.5053627323104     
  ilonfix=         1090  jlatfix=          883
  ibeg=          965  iend=         1215
  jbeg=          767  jend=          999  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.800109367091        xcenlat=    30.5053627323104     
      ilonfix=         1090   jlatfix=          883
      ibeg=          965   iend=         1215
      jbeg=          767   jend=          999
 After call to barnes, xsmoothval=   4.652871802479827E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.652871802479827E-004
      xcenlon=    288.800109367091        xcenlat=    30.5053627323104     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000465  imeanzeta (*1e6)=      465
   --- mean zeta raw =   4.652871802479827E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004541  igrid zeta (*1e6)=     4541 ifilret=   0
   --- grid zeta raw=   4.541496726621901E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.800109367091       xcenlat=    30.5053627323104     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.800109367091       xcenlat=    30.5053627323104     
  ilonfix=         1090  jlatfix=          883
  ibeg=          965  iend=         1215
  jbeg=          767  jend=          999  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.800109367091        xcenlat=    30.5053627323104     
      ilonfix=         1090   jlatfix=          883
      ibeg=          965   iend=         1215
      jbeg=          767   jend=          999
 After call to barnes, xsmoothval=   4.293066221196554E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.293066221196554E-004
      xcenlon=    288.800109367091        xcenlat=    30.5053627323104     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000429  imeanzeta (*1e6)=      429
   --- mean zeta raw =   4.293066221196554E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004778  igrid zeta (*1e6)=     4778 ifilret=   0
   --- grid zeta raw=   4.778496726621902E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           24
  
 segx, outlon=    288.800109367091       outlat=    30.5053627323104     
   ist=            2  ifcsthour=           24
   vmaxwind=    47.2494021126194       xminmslp=    95594.6800000000     
   vradius=          107          71          44         120          73
          44          89          45          37          83          57
          39
   maxstorm=            6
   plastbar=    100794.680000000       rlastbar=    105.734796223345     
   rmax=    17.7382273453277     
   cps_vals=   -3.89674466493216        207.045326003135     
   292.040682363864     
   wcore_flag= n
   istmspd=           89  istmdir=           13
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    48.0000000000000     
   axisymet_rmw_val=     37.6051525575693     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   105.734796223345       irlastbar=         106
 output: plastbar=   100794.680000000       iplastbar=        1008
 rmax=    17.7382273453277        irmax=           18
 TXX top of atcfunix_ext, ist=            2  ifh=           24
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   105.734796223345       irlastbar=         106
 output: plastbar=   100794.680000000       iplastbar=        1008
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           24
 intlat=          305
 clatns= N
 intlon=          712
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           92
 int(xminmslp/mslp_outp_adj + 0.5)=          956
 XX,  34, NEQ
 vradius(1,1)=          107
 vradius(1,2)=          120
 vradius(1,3)=           89
 vradius(1,4)=           83
 iplastbar=         1008
 irlastbar=          106
 irmax=           18
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           13
 istmspd=           89
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -39
 icps_vals(2)=         2070
 icps_vals(3)=         2920
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           26
 irmw_val=           73
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          465
 igridzeta(1)=         4541
 imeanzeta(2)=          429
 igridzeta(2)=         4778
  
 rmax=    17.7382273453277        irmax=           18
 +++ Top of output_atcf_parms, ist=            2  ifh=           24
  
 xxxx get_next_ges, prev fix lon=    288.646124083462     
 xxxx get_next_ges, curr fix lon=    288.800109367091     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.800109367091        fixlat=    30.5053627323104     
        (0-360) fixlon=    288.800109367091     
      ilonfix=         1090   jlatfix=          883
      ibeg=          602   iend=         1578
      jbeg=          431   jend=         1335
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.383454669145702       vavg=    4.79071393063415     
      ubar=   9.586366728642561E-002  vbar=    1.19767848265854     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.05212684782250       vavg=    4.86148939524828     
      ubar=   0.621927091197675       vbar=    3.62842318028268     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    2.16694830756527       vavg=    5.15533533511242     
      ubar=    1.16366416808899       vbar=    4.91725701406078     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.16366416808899       vbar=    4.91725701406078     
      wgttot=    1.00000000000000     
      fixlon=    288.800109367091        fixlat=    30.5053627323104     
      barnlon=    289.063774903550       barnlat=    31.4605571837080     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.857320437606718     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.063774903550     
     Raw (no conversion for GM wrap) extraplon=    288.955351892517     
  
 --- barnlon=    289.06E  (  70.94W)    barnlat=     31.46
 --- extraplon=  288.96E  (  71.04W)    extraplat=   31.30
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   30.51
 | Current fix lon is   71.20W   ( 288.80E)
 | Current fix lon (raw, unadjusted)=  288.80E
 | Updated guess lat for next fcst hour is   31.38
 | Updated guess lon (0-360) for next fcst hour is   70.99W   ( 289.01E)
 | Raw updated guess lon for next fcst hour is  289.01E)
 -------------------------------------------------
  
 iocheck, dist=    99.1046676500904        distm=    99104.6676500904     
 iocheck, stmspd=    4.58817905787456        istmspd=           89
 iocheck, xincr=   0.209454030942197        yincr=   0.872977112355645     
 iocheck, stmdir=    13.4919801959362        istmdir=           13
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   24:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.927655843349653E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.612E  (0-360) ctlon=  274.612E  (  85.388W)  ctlat=   23.401 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.593E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.612E   (0-360) guesslon=  274.612E  (  85.388W)   guesslat=   23.401
 ilonfix=          736  jlatfix=         1060  npts=           16
 ibeg=          688  jbeg=         1016  imax=         2738
 iend=          784  jend=         1104  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.692E  (0-360) ctlon=  274.692  (  85.308W)  ctlat=   23.681 fmax (x10e5) =        0.683E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.366946279804108E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.012E  (0-360) ctlon=  275.012E  (  84.988W)  ctlat=   23.801 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.537E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.012E   (0-360) guesslon=  275.012E  (  84.988W)   guesslat=   23.801
 ilonfix=          746  jlatfix=         1050  npts=           16
 ibeg=          698  jbeg=         1006  imax=         2738
 iend=          794  jend=         1094  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.692E  (0-360) ctlon=  274.692  (  85.308W)  ctlat=   23.681 fmax (x10e5) =        0.584E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.612E  (0-360) ctlon=  274.612E  (  85.388W)  ctlat=   23.801 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.138E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.612E   (0-360) guesslon=  274.612E  (  85.388W)   guesslat=   23.801
 ilonfix=          736  jlatfix=         1050  npts=           16
 ibeg=          688  jbeg=         1006  imax=         2738
 iend=          784  jend=         1094  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.692E  (0-360) ctlon=  274.692  (  85.308W)  ctlat=   23.681 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.612E  (0-360) ctlon=  274.612E  (  85.388W)  ctlat=   23.801 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.304E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.612E   (0-360) guesslon=  274.612E  (  85.388W)   guesslat=   23.801
 ilonfix=          736  jlatfix=         1050  npts=           16
 ibeg=          688  jbeg=         1006  imax=         2738
 iend=          784  jend=         1094  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.692E  (0-360) ctlon=  274.692  (  85.308W)  ctlat=   23.681 fmax =       -0.100E+16 fmin =        0.303E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.612E  (0-360) ctlon=  274.612E  (  85.388W)  ctlat=   23.801 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.995E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.612E   (0-360) guesslon=  274.612E  (  85.388W)   guesslat=   23.801
 ilonfix=          736  jlatfix=         1050  npts=           16
 ibeg=          688  jbeg=         1006  imax=         2738
 iend=          784  jend=         1094  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.692E  (0-360) ctlon=  274.692  (  85.308W)  ctlat=   23.681 fmax =       -0.100E+16 fmin =        0.995E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.132 (0-360) guesslon=  275.132E  (  84.868W)   guesslat=   23.521
 ilonfix=          749  jlatfix=         1057  npts=           33
 ibeg=          677  jbeg=          989  imax=         2738
 iend=          821  jend=         1125  jmax=         2041
 TIMING: find_maxmin 1  22:19:09
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.511544279445850E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.612E  (0-360) ctlon=  274.612E  (  85.388W)  ctlat=   23.801 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.551E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:09
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.612E   (0-360) guesslon=  274.612E  (  85.388W)   guesslat=   23.801
 ilonfix=          736  jlatfix=         1050  npts=           16
 ibeg=          688  jbeg=         1006  imax=         2738
 iend=          784  jend=         1094  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.592E  (0-360) ctlon=  274.592  (  85.408W)  ctlat=   23.681 fmax (x10e5) =        0.513E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.753417248716        uvgeslat=    23.6521877466960     
    (0-360 uvgeslon)=    274.753417248716     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.753417248716        uvgeslat=    23.6521877466960     
    (0-360 uvgeslon)=    274.753417248716     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.753417248716     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.753E  (0-360E lon):  274.753E    85.247W  ctlat=   23.652  xmax_circul_disk =      99387893.6
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.753E  (0-360E)=  274.753E  (  85.247W)   guesslat=   23.652
 ilonfix=          739  jlatfix=         1054  npts=           56
 ibeg=          671  jbeg=          990  imax=         2738
 iend=          807  jend=         1118  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    100358729.344943     
 nhalf get_wind_circ, k=  1 ctlon=  274.653E  (0-360E)=  274.653E  ctlon=   85.347W   ctlat=   23.612 Wind Circulation (NHEM: Max) =     100358729.3
 TIMING: After GWC 850 ... 22:19:09
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.753417248716        uvgeslat=    23.6521877466960     
    (0-360 uvgeslon)=    274.753417248716     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.753417248716     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.753E  (0-360E lon):  274.753E    85.247W  ctlat=   23.652  xmax_circul_disk =      92873691.4
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.753E  (0-360E)=  274.753E  (  85.247W)   guesslat=   23.652
 ilonfix=          739  jlatfix=         1054  npts=           56
 ibeg=          671  jbeg=          990  imax=         2738
 iend=          807  jend=         1118  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    93520741.0986844     
 nhalf get_wind_circ, k=  1 ctlon=  274.653E  (0-360E)=  274.653E  ctlon=   85.347W   ctlat=   23.552 Wind Circulation (NHEM: Max) =      93520741.1
 TIMING: After GWC 700 ... 22:19:09
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:19:09
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.753417248716        uvgeslat=    23.6521877466960     
    (0-360 uvgeslon)=    274.753417248716     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.753417248716     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.433E  (0-360E lon):  274.433E    85.567W  ctlat=   23.652  xmax_circul_disk =      71626709.2
 TIMING: get_wind_circ kloop, k=  1   22:19:09
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.433E  (0-360E)=  274.433E  (  85.567W)   guesslat=   23.652
 ilonfix=          731  jlatfix=         1054  npts=           56
 ibeg=          663  jbeg=          990  imax=         2738
 iend=          799  jend=         1118  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    71923092.6886352     
 nhalf get_wind_circ, k=  1 ctlon=  274.513E  (0-360E)=  274.513E  ctlon=   85.487W   ctlat=   23.672 Wind Circulation (NHEM: Max) =      71923092.7
 TIMING: After GWC Sfc ... 22:19:09
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.89  xavg_stderr=     5.42
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            5  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    24:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  275.13E   (0-360) guesslon=  275.13E  ( 84.87W)    23.52
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.69       85.31      23.68           68.33       T         48.23
   2    zeta 700    Max       274.69       85.31      23.68           58.40       T         48.23
   3    circ 850    Max       274.65       85.35      23.61          100.36       T         49.77
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       274.65       85.35      23.55           93.52       T         48.87
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.69       85.31      23.68         1374.46       T         48.23
   8     gph 700    Min       274.69       85.31      23.68         3034.19       T         48.23
   9        MSLP    Min       274.69       85.31      23.68        99458.05       T         48.23
  10    circ sfc    Max       274.51       85.49      23.67           71.92       T         65.19
  11    zeta sfc    Max       274.59       85.41      23.68           51.32       T         57.83
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.84614337738073       stderr_close= 
   3.39292208809219       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.759 devia=   0.952 wtpos=  0.72812     274.69   274.69    85.31    23.68
 ip=  2 kprm=  2 dist_from_mean=   4.759 devia=   0.952 wtpos=  0.72812     274.69   274.69    85.31    23.68
 ip=  3 kprm=  3 dist_from_mean=   5.123 devia=   1.025 wtpos=  0.71068     274.65   274.65    85.35    23.61
 ip=  5 kprm=  4 dist_from_mean=  11.794 devia=   2.359 wtpos=  0.45555     274.65   274.65    85.35    23.55
 ip=  7 kprm=  5 dist_from_mean=   4.759 devia=   0.952 wtpos=  0.72812     274.69   274.69    85.31    23.68
 ip=  8 kprm=  6 dist_from_mean=   4.759 devia=   0.952 wtpos=  0.72812     274.69   274.69    85.31    23.68
 ip=  9 kprm=  7 dist_from_mean=   4.759 devia=   0.952 wtpos=  0.72812     274.69   274.69    85.31    23.68
 ip= 10 kprm=  8 dist_from_mean=  14.219 devia=   2.844 wtpos=  0.38754     274.51   274.51    85.49    23.67
 ip= 11 kprm=  9 dist_from_mean=   6.682 devia=   1.336 wtpos=  0.64052     274.59   274.59    85.41    23.68
  
At end of fixcenter:  10L   fhr=   24:00   Fix position=   274.66E  (0-360) fixlon=  274.66  ( 85.34W)    23.66
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.661158018503     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.691600612352     
        (0-360E clon(ist,ifh,9))=    274.691600612352     
      clat(ist,ifh,9)=    23.6812779285141     
      xval(9)=    99458.0477910201     
  
  After get_ij B, ibeg jbeg =          631         915
  After get_ij B, iend jend =          845        1191
  
 In is_it_a_storm, ilonfix=          738  jlatfix=         1053
 ibeg jbeg iend jend =          631         915         845        1191
 cparm= slp  parmlon parmlat =    274.691600612352        23.6812779285141     
     (0-360E parmlon) =    274.691600612352     
 parmval=    99458.0477910201     
  
 i=  716 j=  990 glon=  273.85 (0-360E) glon=  273.85 glat=  26.24 dist=   297.02 slp=  100647.48 pgradient=  4.00455
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.00455
 mslp center =    274.691600612352        23.6812779285141     
   99458.0477910201     
   (0-360E) lon of mslp center =    274.691600612352     
 pgrad loc   =    273.849285000000        273.849285000000     
   86.1507150000000        26.2409920000000        100647.480000000     
  ttest at location C IF....
      xinp_fixlat=    23.6812779285141     
      xinp_fixlon=    274.691600612352       (0-360E) xinp_fixlon= 
   274.691600612352     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98500.6000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          736  jfix=         1054
 longitude=    274.691600612352      E   (   85.3083993876476      
 W)  (0-360E) xinp_fixlon=    274.691600612352     
 latitude=    23.6812779285141     
 mean mslp value (xval(9))=    99458.0477910201     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          736  jfix=         1054
 longitude=    274.691600612352      E   (   85.3083993876476      
 W)  (0-360E) xinp_fixlon=    274.691600612352     
 latitude=    23.6812779285141     
 mean mslp value (xval(9))=    99458.0477910201     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          736  jx=         1054
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98500.6000000000       xcentval=    98500.6000000000     
 At A, num_found_contours=            0
 At A, contlo=    98500.6000000000       conthi=    98900.6000000000     
  
 num_found_contours=            0
 contlo=    98500.6000000000       conthi=    98900.6000000000     
 xcentval=    98500.6000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98900.6000000000       conthi=    99300.6000000000     
  
 num_found_contours=            1
 contlo=    98900.6000000000       conthi=    99300.6000000000     
 xcentval=    98500.6000000000     
 At A, num_found_contours=            2
 At A, contlo=    99300.6000000000       conthi=    99700.6000000000     
  
 num_found_contours=            2
 contlo=    99300.6000000000       conthi=    99700.6000000000     
 xcentval=    98500.6000000000     
 At A, num_found_contours=            3
 At A, contlo=    99700.6000000000       conthi=    100100.600000000     
  
 num_found_contours=            3
 contlo=    99700.6000000000       conthi=    100100.600000000     
 xcentval=    98500.6000000000     
 At A, num_found_contours=            4
 At A, contlo=    100100.600000000       conthi=    100500.600000000     
  
 num_found_contours=            4
 contlo=    100100.600000000       conthi=    100500.600000000     
 xcentval=    98500.6000000000     
 At A, num_found_contours=            5
 At A, contlo=    100500.600000000       conthi=    100900.600000000     
  
 num_found_contours=            5
 contlo=    100500.600000000       conthi=    100900.600000000     
 xcentval=    98500.6000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         751 ,        1097 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98500.6000000000     
 !!! (i,j) of central value = (         736 ,        1054 )
 !!!  
 !!! Flagged value found    =    100499.800000000     
 !!! (i,j) of flagged value = (         750 ,        1098 )
 !!!   
 !!! Lower bound of contour interval =    100500.600000000     
 !!! Upper bound of contour interval =    100900.600000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          736  jfix=         1054
 longitude=    274.691600612352      E   (   85.3083993876476      W)  
 (0-360E) xinp_fixlon=    274.691600612352     
 latitude=    23.6812779285141     
 mean mslp value (xval(9))=    99458.0477910201     
 gridpoint mslp value=    98500.6000000000     
 ccflag= y
 prs of last closed isobar =    100500.600000000     
 radius of last closed isobar =    90.7199050346497       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   24:00
 !!! Boundary check xinp_fixlat is   23.68
 !!! Boundary check xinp_fixlon is   85.31W   ( 274.69E)  (0-360E) xinp_fixlon=  274.69
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.653419748716     
  850 mb wcirc fix lat=    23.6121887466959     
    (0-360) 850 mb wcirc fix lon=    274.653419748716     
  Multi-parm fix lon=      274.661158018503     
  Multi-parm fix lat=      23.6621808307123     
    (0-360) Multi-parm fix lon=      274.661158018503     
  
  
  After get_ij B, ibeg jbeg =          647         951
  After get_ij B, iend jend =          827        1159
  
 In is_it_a_storm, ilonfix=          737  jlatfix=         1055
 ibeg jbeg iend jend =          647         951         827        1159
 cparm= v850  parmlon parmlat =    274.653419748716        23.6121887466959     
     (0-360E parmlon) =    274.653419748716     
 parmval=    100358729.344943     
  
 i=  727 j= 1006 glon=  274.29 (0-360E) glon=  274.29 glat=  25.60 u= -14.3000 v=   8.9000 vr=  11.13550 vt=  12.63727
 i=  732 j= 1006 glon=  274.49 (0-360E) glon=  274.49 glat=  25.60 u= -16.8000 v=  10.0000 vr=  11.23376 vt=  16.00133
 i=  737 j= 1006 glon=  274.69 (0-360E) glon=  274.69 glat=  25.60 u= -14.6000 v=   8.3000 vr=   8.05875 vt=  14.73454
 i=  742 j= 1006 glon=  274.89 (0-360E) glon=  274.89 glat=  25.60 u= -13.7000 v=  10.2000 vr=   8.66657 vt=  14.71804
 i=  712 j= 1011 glon=  273.69 (0-360E) glon=  273.69 glat=  25.40 u= -13.2000 v=   2.7000 vr=   8.25456 vt=  10.64858
 i=  717 j= 1011 glon=  273.89 (0-360E) glon=  273.89 glat=  25.40 u= -14.8000 v=   4.8000 vr=   9.85201 vt=  12.04234
 i=  722 j= 1011 glon=  274.09 (0-360E) glon=  274.09 glat=  25.40 u= -18.0000 v=   6.2000 vr=  10.93989 vt=  15.58072
 i=  727 j= 1011 glon=  274.29 (0-360E) glon=  274.29 glat=  25.40 u= -17.6000 v=   5.5000 vr=   8.62397 vt=  16.29838
 i=  732 j= 1011 glon=  274.49 (0-360E) glon=  274.49 glat=  25.40 u= -17.9000 v=   8.4000 vr=   9.86526 vt=  17.13612
 i=  737 j= 1011 glon=  274.69 (0-360E) glon=  274.69 glat=  25.40 u= -16.4000 v=   9.7000 vr=   9.39837 vt=  16.57470
 i=  742 j= 1011 glon=  274.89 (0-360E) glon=  274.89 glat=  25.40 u= -14.9000 v=   7.9000 vr=   6.06249 vt=  15.73741
 i=  747 j= 1011 glon=  275.09 (0-360E) glon=  275.09 glat=  25.40 u= -13.9000 v=  14.3000 vr=  10.93972 vt=  16.67401
 i=  752 j= 1011 glon=  275.29 (0-360E) glon=  275.29 glat=  25.40 u= -11.9000 v=  15.2000 vr=  10.78245 vt=  16.01215
 i=  757 j= 1011 glon=  275.49 (0-360E) glon=  275.49 glat=  25.40 u= -10.1000 v=  16.5000 vr=  11.20959 vt=  15.76722
 i=  762 j= 1011 glon=  275.69 (0-360E) glon=  275.69 glat=  25.40 u=  -9.2000 v=  18.3000 vr=  11.87111 vt=  16.69151
 i=  702 j= 1016 glon=  273.29 (0-360E) glon=  273.29 glat=  25.20 u= -11.8000 v=  -1.5000 vr=   6.11105 vt=  10.20515
 i=  707 j= 1016 glon=  273.49 (0-360E) glon=  273.49 glat=  25.20 u= -13.5000 v=   0.2000 vr=   7.68201 vt=  11.10300
 i=  712 j= 1016 glon=  273.69 (0-360E) glon=  273.69 glat=  25.20 u= -14.3000 v=   0.9000 vr=   7.72464 vt=  12.06773
 i=  717 j= 1016 glon=  273.89 (0-360E) glon=  273.89 glat=  25.20 u= -15.8000 v=   4.1000 vr=  10.11147 vt=  12.81437
 i=  722 j= 1016 glon=  274.09 (0-360E) glon=  274.09 glat=  25.20 u= -16.6000 v=   5.8000 vr=  10.63969 vt=  13.99990
 i=  727 j= 1016 glon=  274.29 (0-360E) glon=  274.29 glat=  25.20 u= -17.0000 v=   5.8000 vr=   9.16080 vt=  15.45056
 i=  732 j= 1016 glon=  274.49 (0-360E) glon=  274.49 glat=  25.20 u= -18.4000 v=   8.6000 vr=  10.29076 vt=  17.51057
 i=  737 j= 1016 glon=  274.69 (0-360E) glon=  274.69 glat=  25.20 u= -19.6000 v=  11.8000 vr=  11.39368 vt=  19.83895
 i=  742 j= 1016 glon=  274.89 (0-360E) glon=  274.89 glat=  25.20 u= -19.6000 v=  12.6000 vr=   9.85220 vt=  21.11526
 i=  747 j= 1016 glon=  275.09 (0-360E) glon=  275.09 glat=  25.20 u= -16.6000 v=  15.2000 vr=  10.70863 vt=  19.79710
 i=  752 j= 1016 glon=  275.29 (0-360E) glon=  275.29 glat=  25.20 u= -15.8000 v=  17.3000 vr=  10.82112 vt=  20.78060
 i=  757 j= 1016 glon=  275.49 (0-360E) glon=  275.49 glat=  25.20 u= -12.1000 v=  20.9000 vr=  13.59170 vt=  19.96211
 i=  762 j= 1016 glon=  275.69 (0-360E) glon=  275.69 glat=  25.20 u= -10.6000 v=  18.2000 vr=  10.20487 vt=  18.42446
 i=  767 j= 1016 glon=  275.89 (0-360E) glon=  275.89 glat=  25.20 u=  -9.2000 v=  19.0000 vr=  10.14653 vt=  18.51183
 i=  697 j= 1021 glon=  273.09 (0-360E) glon=  273.09 glat=  25.00 u= -11.1000 v=  -3.7000 vr=   5.39721 vt=  10.38124
 i=  702 j= 1021 glon=  273.29 (0-360E) glon=  273.29 glat=  25.00 u= -12.2000 v=  -3.5000 vr=   5.55672 vt=  11.41109
 i=  707 j= 1021 glon=  273.49 (0-360E) glon=  273.49 glat=  25.00 u= -13.1000 v=  -0.9000 vr=   7.25968 vt=  10.94153
 i=  712 j= 1021 glon=  273.69 (0-360E) glon=  273.69 glat=  25.00 u= -13.9000 v=  -1.4000 vr=   6.26979 vt=  12.48438
 i=  717 j= 1021 glon=  273.89 (0-360E) glon=  273.89 glat=  25.00 u= -15.7000 v=   2.7000 vr=   9.46813 vt=  12.81150
 i=  722 j= 1021 glon=  274.09 (0-360E) glon=  274.09 glat=  25.00 u= -16.4000 v=   3.6000 vr=   9.08366 vt=  14.12116
 i=  727 j= 1021 glon=  274.29 (0-360E) glon=  274.29 glat=  25.00 u= -18.7000 v=   4.8000 vr=   9.02558 vt=  17.06660
 i=  732 j= 1021 glon=  274.49 (0-360E) glon=  274.49 glat=  25.00 u= -20.3000 v=   9.0000 vr=  11.12785 vt=  19.21617
 i=  737 j= 1021 glon=  274.69 (0-360E) glon=  274.69 glat=  25.00 u= -21.6000 v=   6.9000 vr=   6.38881 vt=  21.75668
 i=  742 j= 1021 glon=  274.89 (0-360E) glon=  274.89 glat=  25.00 u= -17.2000 v=  11.1000 vr=   8.33113 vt=  18.69872
 i=  747 j= 1021 glon=  275.09 (0-360E) glon=  275.09 glat=  25.00 u= -16.3000 v=  15.7000 vr=  10.59743 vt=  19.99686
 i=  752 j= 1021 glon=  275.29 (0-360E) glon=  275.29 glat=  25.00 u= -15.4000 v=  18.5000 vr=  11.11964 vt=  21.34862
 i=  757 j= 1021 glon=  275.49 (0-360E) glon=  275.49 glat=  25.00 u= -16.2000 v=  16.1000 vr=   6.29341 vt=  21.95548
 i=  762 j= 1021 glon=  275.69 (0-360E) glon=  275.69 glat=  25.00 u= -13.3000 v=  20.0000 vr=   9.02351 vt=  22.25907
 i=  767 j= 1021 glon=  275.89 (0-360E) glon=  275.89 glat=  25.00 u= -11.8000 v=  21.5000 vr=   9.21704 vt=  22.72743
 i=  772 j= 1021 glon=  276.09 (0-360E) glon=  276.09 glat=  25.00 u=  -9.9000 v=  22.1000 vr=   9.23922 vt=  22.38430
 i=  692 j= 1026 glon=  272.89 (0-360E) glon=  272.89 glat=  24.80 u= -10.0000 v=  -5.8000 vr=   4.62932 vt=  10.59289
 i=  697 j= 1026 glon=  273.09 (0-360E) glon=  273.09 glat=  24.80 u= -10.6000 v=  -5.5000 vr=   4.65261 vt=  10.99833
 i=  702 j= 1026 glon=  273.29 (0-360E) glon=  273.29 glat=  24.80 u= -11.7000 v=  -4.4000 vr=   5.44663 vt=  11.25097
 i=  707 j= 1026 glon=  273.49 (0-360E) glon=  273.49 glat=  24.80 u= -13.0000 v=  -5.4000 vr=   4.65940 vt=  13.28345
 i=  712 j= 1026 glon=  273.69 (0-360E) glon=  273.69 glat=  24.80 u= -13.4000 v=  -0.3000 vr=   7.74610 vt=  10.93837
 i=  717 j= 1026 glon=  273.89 (0-360E) glon=  273.89 glat=  24.80 u= -16.8000 v=   1.6000 vr=   9.89519 vt=  13.67059
 i=  722 j= 1026 glon=  274.09 (0-360E) glon=  274.09 glat=  24.80 u= -17.4000 v=   2.2000 vr=   8.94529 vt=  15.08581
 i=  727 j= 1026 glon=  274.29 (0-360E) glon=  274.29 glat=  24.80 u= -18.5000 v=   3.5000 vr=   8.35950 vt=  16.87065
 i=  732 j= 1026 glon=  274.49 (0-360E) glon=  274.49 glat=  24.80 u= -20.0000 v=   7.7000 vr=  10.14408 vt=  18.87823
 i=  737 j= 1026 glon=  274.69 (0-360E) glon=  274.69 glat=  24.80 u= -19.3000 v=  12.2000 vr=  11.66361 vt=  19.62881
 i=  742 j= 1026 glon=  274.89 (0-360E) glon=  274.89 glat=  24.80 u= -18.8000 v=  14.8000 vr=  11.20754 vt=  21.13932
 i=  747 j= 1026 glon=  275.09 (0-360E) glon=  275.09 glat=  24.80 u= -17.6000 v=  15.5000 vr=   9.10225 vt=  21.61386
 i=  752 j= 1026 glon=  275.29 (0-360E) glon=  275.29 glat=  24.80 u= -15.7000 v=  19.5000 vr=  10.61732 vt=  22.67184
 i=  757 j= 1026 glon=  275.49 (0-360E) glon=  275.49 glat=  24.80 u= -15.0000 v=  19.8000 vr=   8.53626 vt=  23.32750
 i=  762 j= 1026 glon=  275.69 (0-360E) glon=  275.69 glat=  24.80 u= -16.7000 v=  17.2000 vr=   3.03240 vt=  23.78097
 i=  767 j= 1026 glon=  275.89 (0-360E) glon=  275.89 glat=  24.80 u= -12.5000 v=  17.3000 vr=   3.90806 vt=  20.98254
 i=  772 j= 1026 glon=  276.09 (0-360E) glon=  276.09 glat=  24.80 u=  -7.7000 v=  20.7000 vr=   8.16023 vt=  20.52293
 i=  777 j= 1026 glon=  276.29 (0-360E) glon=  276.29 glat=  24.80 u=  -8.6000 v=  19.8000 vr=   5.55249 vt=  20.86072
 i=  692 j= 1031 glon=  272.89 (0-360E) glon=  272.89 glat=  24.60 u=  -9.4000 v=  -7.7000 vr=   4.01678 vt=  11.46802
 i=  697 j= 1031 glon=  273.09 (0-360E) glon=  273.09 glat=  24.60 u= -10.2000 v=  -8.7000 vr=   3.46752 vt=  12.95015
 i=  702 j= 1031 glon=  273.29 (0-360E) glon=  273.29 glat=  24.60 u= -10.8000 v=  -6.5000 vr=   4.44360 vt=  11.79595
 i=  707 j= 1031 glon=  273.49 (0-360E) glon=  273.49 glat=  24.60 u= -12.8000 v=  -7.2000 vr=   4.49415 vt=  13.98151
 i=  712 j= 1031 glon=  273.69 (0-360E) glon=  273.69 glat=  24.60 u= -17.3000 v=  -0.2000 vr=  11.37414 vt=  13.03683
 i=  717 j= 1031 glon=  273.89 (0-360E) glon=  273.89 glat=  24.60 u= -14.8000 v=  -1.7000 vr=   7.15913 vt=  13.06434
 i=  722 j= 1031 glon=  274.09 (0-360E) glon=  274.09 glat=  24.60 u= -17.3000 v=  -0.3000 vr=   7.73974 vt=  15.47502
 i=  727 j= 1031 glon=  274.29 (0-360E) glon=  274.29 glat=  24.60 u= -19.3000 v=   3.0000 vr=   9.00409 vt=  17.33252
 i=  732 j= 1031 glon=  274.49 (0-360E) glon=  274.49 glat=  24.60 u= -20.6000 v=   6.9000 vr=   9.91389 vt=  19.33093
 i=  737 j= 1031 glon=  274.69 (0-360E) glon=  274.69 glat=  24.60 u= -21.3000 v=  11.1000 vr=  10.38819 vt=  21.65607
 i=  742 j= 1031 glon=  274.89 (0-360E) glon=  274.89 glat=  24.60 u= -20.5000 v=  14.4000 vr=   9.70017 vt=  23.09798
 i=  747 j= 1031 glon=  275.09 (0-360E) glon=  275.09 glat=  24.60 u= -18.5000 v=  17.1000 vr=   8.94130 vt=  23.55235
 i=  752 j= 1031 glon=  275.29 (0-360E) glon=  275.29 glat=  24.60 u= -18.4000 v=  18.5000 vr=   6.61295 vt=  25.24042
 i=  757 j= 1031 glon=  275.49 (0-360E) glon=  275.49 glat=  24.60 u= -14.9000 v=  18.4000 vr=   5.43229 vt=  23.04474
 i=  762 j= 1031 glon=  275.69 (0-360E) glon=  275.69 glat=  24.60 u= -13.5000 v=  22.2000 vr=   6.67009 vt=  25.11175
 i=  767 j= 1031 glon=  275.89 (0-360E) glon=  275.89 glat=  24.60 u= -11.0000 v=  19.6000 vr=   4.60026 vt=  21.99995
 i=  772 j= 1031 glon=  276.09 (0-360E) glon=  276.09 glat=  24.60 u= -11.0000 v=  21.5000 vr=   4.10790 vt=  23.79864
 i=  777 j= 1031 glon=  276.29 (0-360E) glon=  276.29 glat=  24.60 u=  -6.9000 v=  21.1000 vr=   5.83544 vt=  21.41886
 i=  782 j= 1031 glon=  276.49 (0-360E) glon=  276.49 glat=  24.60 u=  -3.5000 v=  23.6000 vr=   8.90750 vt=  22.13293
 i=  687 j= 1036 glon=  272.69 (0-360E) glon=  272.69 glat=  24.40 u=  -7.0000 v=  -8.5000 vr=   3.02393 vt=  10.58801
 i=  692 j= 1036 glon=  272.89 (0-360E) glon=  272.89 glat=  24.40 u=  -7.9000 v=  -8.9000 vr=   3.21844 vt=  11.45695
 i=  697 j= 1036 glon=  273.09 (0-360E) glon=  273.09 glat=  24.40 u=  -8.0000 v= -11.6000 vr=   1.43577 vt=  14.01779
 i=  702 j= 1036 glon=  273.29 (0-360E) glon=  273.29 glat=  24.40 u=  -8.3000 v=  -9.2000 vr=   2.12153 vt=  12.20775
 i=  707 j= 1036 glon=  273.49 (0-360E) glon=  273.49 glat=  24.40 u= -10.0000 v=  -6.6000 vr=   4.12254 vt=  11.25010
 i=  712 j= 1036 glon=  273.69 (0-360E) glon=  273.69 glat=  24.40 u= -14.7000 v=  -4.2000 vr=   8.16977 vt=  12.92226
 i=  717 j= 1036 glon=  273.89 (0-360E) glon=  273.89 glat=  24.40 u= -13.0000 v=  -5.8000 vr=   4.28957 vt=  13.57349
 i=  722 j= 1036 glon=  274.09 (0-360E) glon=  274.09 glat=  24.40 u= -17.3000 v=  -4.2000 vr=   5.96217 vt=  16.77446
 i=  727 j= 1036 glon=  274.29 (0-360E) glon=  274.29 glat=  24.40 u= -19.8000 v=   1.0000 vr=   8.62619 vt=  17.85018
 i=  732 j= 1036 glon=  274.49 (0-360E) glon=  274.49 glat=  24.40 u= -23.9000 v=   7.5000 vr=  11.83763 vt=  22.07557
 i=  737 j= 1036 glon=  274.69 (0-360E) glon=  274.69 glat=  24.40 u= -24.1000 v=  13.0000 vr=  11.98778 vt=  24.61916
 i=  742 j= 1036 glon=  274.89 (0-360E) glon=  274.89 glat=  24.40 u= -22.6000 v=  16.4000 vr=   9.85567 vt=  26.12634
 i=  747 j= 1036 glon=  275.09 (0-360E) glon=  275.09 glat=  24.40 u= -19.4000 v=  19.2000 vr=   8.37971 vt=  25.97654
 i=  752 j= 1036 glon=  275.29 (0-360E) glon=  275.29 glat=  24.40 u= -16.7000 v=  20.3000 vr=   6.41665 vt=  25.49130
 i=  757 j= 1036 glon=  275.49 (0-360E) glon=  275.49 glat=  24.40 u= -13.1000 v=  21.7000 vr=   6.44558 vt=  24.51437
 i=  762 j= 1036 glon=  275.69 (0-360E) glon=  275.69 glat=  24.40 u= -11.9000 v=  23.4000 vr=   5.79698 vt=  25.60400
 i=  767 j= 1036 glon=  275.89 (0-360E) glon=  275.89 glat=  24.40 u= -12.1000 v=  23.2000 vr=   3.31344 vt=  25.95518
 i=  772 j= 1036 glon=  276.09 (0-360E) glon=  276.09 glat=  24.40 u=  -8.6000 v=  25.0000 vr=   5.44947 vt=  25.87012
 i=  777 j= 1036 glon=  276.29 (0-360E) glon=  276.29 glat=  24.40 u=  -5.5000 v=  23.8000 vr=   6.17851 vt=  23.63294
 i=  782 j= 1036 glon=  276.49 (0-360E) glon=  276.49 glat=  24.40 u=  -5.1000 v=  22.4000 vr=   4.84646 vt=  22.45622
 i=  787 j= 1036 glon=  276.69 (0-360E) glon=  276.69 glat=  24.40 u=  -2.4000 v=  25.3000 vr=   7.58241 vt=  24.25607
 i=  687 j= 1041 glon=  272.69 (0-360E) glon=  272.69 glat=  24.20 u=  -5.8000 v=  -9.6000 vr=   2.55791 vt=  10.92049
 i=  692 j= 1041 glon=  272.89 (0-360E) glon=  272.89 glat=  24.20 u=  -5.8000 v= -10.2000 vr=   1.98610 vt=  11.56440
 i=  697 j= 1041 glon=  273.09 (0-360E) glon=  273.09 glat=  24.20 u=  -7.4000 v=  -9.8000 vr=   3.14376 vt=  11.87084
 i=  702 j= 1041 glon=  273.29 (0-360E) glon=  273.29 glat=  24.20 u=  -5.3000 v= -11.2000 vr=   0.04035 vt=  12.39066
 i=  707 j= 1041 glon=  273.49 (0-360E) glon=  273.49 glat=  24.20 u=  -8.1000 v=  -8.6000 vr=   2.94740 vt=  11.44040
 i=  712 j= 1041 glon=  273.69 (0-360E) glon=  273.69 glat=  24.20 u= -12.8000 v=  -7.9000 vr=   6.27801 vt=  13.66882
 i=  717 j= 1041 glon=  273.89 (0-360E) glon=  273.89 glat=  24.20 u= -11.5000 v=  -9.1000 vr=   2.94723 vt=  14.36572
 i=  722 j= 1041 glon=  274.09 (0-360E) glon=  274.09 glat=  24.20 u= -16.4000 v=  -5.8000 vr=   6.45823 vt=  16.15213
 i=  727 j= 1041 glon=  274.29 (0-360E) glon=  274.29 glat=  24.20 u= -23.5000 v=   0.1000 vr=  11.66539 vt=  20.40046
 i=  732 j= 1041 glon=  274.49 (0-360E) glon=  274.49 glat=  24.20 u= -23.6000 v=   5.2000 vr=  10.87326 vt=  21.58176
 i=  737 j= 1041 glon=  274.69 (0-360E) glon=  274.69 glat=  24.20 u= -26.7000 v=  15.2000 vr=  13.69126 vt=  27.50417
 i=  742 j= 1041 glon=  274.89 (0-360E) glon=  274.89 glat=  24.20 u= -24.7000 v=  19.6000 vr=   9.90028 vt=  29.93718
 i=  747 j= 1041 glon=  275.09 (0-360E) glon=  275.09 glat=  24.20 u= -19.8000 v=  23.5000 vr=   8.34445 vt=  29.57466
 i=  752 j= 1041 glon=  275.29 (0-360E) glon=  275.29 glat=  24.20 u= -15.2000 v=  25.2000 vr=   7.22393 vt=  28.52884
 i=  757 j= 1041 glon=  275.49 (0-360E) glon=  275.49 glat=  24.20 u= -12.2000 v=  24.1000 vr=   5.00831 vt=  26.54368
 i=  762 j= 1041 glon=  275.69 (0-360E) glon=  275.69 glat=  24.20 u=  -8.3000 v=  24.5000 vr=   5.84325 vt=  25.19914
 i=  767 j= 1041 glon=  275.89 (0-360E) glon=  275.89 glat=  24.20 u=  -6.9000 v=  26.1000 vr=   5.88698 vt=  26.34698
 i=  772 j= 1041 glon=  276.09 (0-360E) glon=  276.09 glat=  24.20 u=  -8.0000 v=  24.9000 vr=   2.82650 vt=  26.00040
 i=  777 j= 1041 glon=  276.29 (0-360E) glon=  276.29 glat=  24.20 u=  -9.1000 v=  21.2000 vr=  -0.76689 vt=  23.05779
 i=  782 j= 1041 glon=  276.49 (0-360E) glon=  276.49 glat=  24.20 u=  -4.5000 v=  25.2000 vr=   4.01441 vt=  25.28190
 i=  787 j= 1041 glon=  276.69 (0-360E) glon=  276.69 glat=  24.20 u=  -0.7000 v=  25.1000 vr=   6.81656 vt=  24.16681
 i=  682 j= 1046 glon=  272.49 (0-360E) glon=  272.49 glat=  24.00 u=  -5.2000 v=  -9.0000 vr=   3.40621 vt=   9.82027
 i=  687 j= 1046 glon=  272.69 (0-360E) glon=  272.69 glat=  24.00 u=  -5.0000 v=  -9.4000 vr=   2.93471 vt=  10.23462
 i=  692 j= 1046 glon=  272.89 (0-360E) glon=  272.89 glat=  24.00 u=  -3.9000 v=  -9.6000 vr=   1.57512 vt=  10.24153
 i=  697 j= 1046 glon=  273.09 (0-360E) glon=  273.09 glat=  24.00 u=  -6.9000 v= -11.1000 vr=   3.78260 vt=  12.51047
 i=  702 j= 1046 glon=  273.29 (0-360E) glon=  273.29 glat=  24.00 u=  -3.6000 v= -12.5000 vr=  -0.24991 vt=  13.00567
 i=  707 j= 1046 glon=  273.49 (0-360E) glon=  273.49 glat=  24.00 u=  -5.8000 v= -10.6000 vr=   1.83745 vt=  11.94252
 i=  712 j= 1046 glon=  273.69 (0-360E) glon=  273.69 glat=  24.00 u=  -6.4000 v= -10.8000 vr=   1.52090 vt=  12.46141
 i=  717 j= 1046 glon=  273.89 (0-360E) glon=  273.89 glat=  24.00 u=  -8.7000 v= -12.0000 vr=   1.78984 vt=  14.71348
 i=  722 j= 1046 glon=  274.09 (0-360E) glon=  274.09 glat=  24.00 u= -15.1000 v=  -9.5000 vr=   6.36033 vt=  16.66752
 i=  727 j= 1046 glon=  274.29 (0-360E) glon=  274.29 glat=  24.00 u= -15.6000 v= -11.4000 vr=   1.50495 vt=  19.26279
 i=  732 j= 1046 glon=  274.49 (0-360E) glon=  274.49 glat=  24.00 u= -22.4000 v=  -8.2000 vr=   0.42779 vt=  23.84988
 i=  737 j= 1046 glon=  274.69 (0-360E) glon=  274.69 glat=  24.00 u= -24.8000 v=   6.3000 vr=   4.19203 vt=  25.24197
 i=  742 j= 1046 glon=  274.89 (0-360E) glon=  274.89 glat=  24.00 u= -22.0000 v=  24.1000 vr=  10.38610 vt=  30.93443
 i=  747 j= 1046 glon=  275.09 (0-360E) glon=  275.09 glat=  24.00 u= -18.4000 v=  32.1000 vr=   9.21077 vt=  35.83478
 i=  752 j= 1046 glon=  275.29 (0-360E) glon=  275.29 glat=  24.00 u= -12.0000 v=  30.3000 vr=   6.82661 vt=  31.86671
 i=  757 j= 1046 glon=  275.49 (0-360E) glon=  275.49 glat=  24.00 u=  -7.6000 v=  30.1000 vr=   6.82443 vt=  30.28526
 i=  762 j= 1046 glon=  275.69 (0-360E) glon=  275.69 glat=  24.00 u=  -6.5000 v=  27.0000 vr=   4.18589 vt=  27.45411
 i=  767 j= 1046 glon=  275.89 (0-360E) glon=  275.89 glat=  24.00 u=  -7.1000 v=  26.0000 vr=   1.68306 vt=  26.89939
 i=  772 j= 1046 glon=  276.09 (0-360E) glon=  276.09 glat=  24.00 u=  -5.8000 v=  25.5000 vr=   1.61011 vt=  26.10168
 i=  777 j= 1046 glon=  276.29 (0-360E) glon=  276.29 glat=  24.00 u=  -8.5000 v=  26.3000 vr=  -1.69323 vt=  27.58755
 i=  782 j= 1046 glon=  276.49 (0-360E) glon=  276.49 glat=  24.00 u=  -3.4000 v=  26.6000 vr=   2.60002 vt=  26.69007
 i=  787 j= 1046 glon=  276.69 (0-360E) glon=  276.69 glat=  24.00 u=  -1.6000 v=  25.1000 vr=   3.47276 vt=  24.91004
 i=  682 j= 1051 glon=  272.49 (0-360E) glon=  272.49 glat=  23.80 u=  -2.9000 v=  -8.6000 vr=   2.10586 vt=   8.82810
 i=  687 j= 1051 glon=  272.69 (0-360E) glon=  272.69 glat=  23.80 u=  -3.1000 v=  -9.2000 vr=   2.15589 vt=   9.46584
 i=  692 j= 1051 glon=  272.89 (0-360E) glon=  272.89 glat=  23.80 u=  -2.9000 v=  -9.7000 vr=   1.78555 vt=   9.96553
 i=  697 j= 1051 glon=  273.09 (0-360E) glon=  273.09 glat=  23.80 u=  -5.4000 v= -11.7000 vr=   3.85838 vt=  12.29483
 i=  702 j= 1051 glon=  273.29 (0-360E) glon=  273.29 glat=  23.80 u=  -1.6000 v= -14.9000 vr=  -0.60933 vt=  14.97327
 i=  707 j= 1051 glon=  273.49 (0-360E) glon=  273.49 glat=  23.80 u=  -2.0000 v= -12.6000 vr=  -0.20269 vt=  12.75613
 i=  712 j= 1051 glon=  273.69 (0-360E) glon=  273.69 glat=  23.80 u=  -1.4000 v= -11.9000 vr=  -1.10026 vt=  11.93145
 i=  717 j= 1051 glon=  273.89 (0-360E) glon=  273.89 glat=  23.80 u=  -4.1000 v= -14.5000 vr=   0.19973 vt=  15.06719
 i=  722 j= 1051 glon=  274.09 (0-360E) glon=  274.09 glat=  23.80 u=  -6.1000 v= -13.7000 vr=   1.03928 vt=  14.96061
 i=  727 j= 1051 glon=  274.29 (0-360E) glon=  274.29 glat=  23.80 u=  -6.7000 v= -19.1000 vr=  -3.57139 vt=  19.92348
 i=  732 j= 1051 glon=  274.49 (0-360E) glon=  274.49 glat=  23.80 u= -13.9000 v= -11.3000 vr=  -0.18132 vt=  17.91276
 i=  737 j= 1051 glon=  274.69 (0-360E) glon=  274.69 glat=  23.80 u= -14.8000 v=   8.0000 vr=   5.34701 vt=  15.95147
 i=  742 j= 1051 glon=  274.89 (0-360E) glon=  274.89 glat=  23.80 u=  -5.6000 v=  23.7000 vr=  11.37862 vt=  21.53084
 i=  747 j= 1051 glon=  275.09 (0-360E) glon=  275.09 glat=  23.80 u=  -6.2000 v=  33.5000 vr=   8.70157 vt=  32.93892
 i=  752 j= 1051 glon=  275.29 (0-360E) glon=  275.29 glat=  23.80 u=  -5.5000 v=  31.7000 vr=   4.51477 vt=  31.85525
 i=  757 j= 1051 glon=  275.49 (0-360E) glon=  275.49 glat=  23.80 u=  -6.3000 v=  30.7000 vr=   1.19303 vt=  31.31703
 i=  762 j= 1051 glon=  275.69 (0-360E) glon=  275.69 glat=  23.80 u=  -4.2000 v=  28.6000 vr=   1.41364 vt=  28.87216
 i=  767 j= 1051 glon=  275.89 (0-360E) glon=  275.89 glat=  23.80 u=  -0.1000 v=  25.7000 vr=   4.07676 vt=  25.37479
 i=  772 j= 1051 glon=  276.09 (0-360E) glon=  276.09 glat=  23.80 u=  -0.7000 v=  24.7000 vr=   2.75659 vt=  24.55568
 i=  777 j= 1051 glon=  276.29 (0-360E) glon=  276.29 glat=  23.80 u=  -1.6000 v=  26.1000 vr=   1.60125 vt=  26.09992
 i=  782 j= 1051 glon=  276.49 (0-360E) glon=  276.49 glat=  23.80 u=  -4.3000 v=  28.5000 vr=  -1.18635 vt=  28.79813
 i=  787 j= 1051 glon=  276.69 (0-360E) glon=  276.69 glat=  23.80 u=  -2.4000 v=  26.5000 vr=   0.18505 vt=  26.60781
 i=  682 j= 1056 glon=  272.49 (0-360E) glon=  272.49 glat=  23.60 u=  -2.0000 v=  -7.6000 vr=   2.06226 vt=   7.58334
 i=  687 j= 1056 glon=  272.69 (0-360E) glon=  272.69 glat=  23.60 u=  -1.3000 v= -10.1000 vr=   1.38723 vt=  10.08839
 i=  692 j= 1056 glon=  272.89 (0-360E) glon=  272.89 glat=  23.60 u=  -0.4000 v=  -9.6000 vr=   0.48825 vt=   9.59592
 i=  697 j= 1056 glon=  273.09 (0-360E) glon=  273.09 glat=  23.60 u=  -1.3000 v= -10.4000 vr=   1.40298 vt=  10.38661
 i=  702 j= 1056 glon=  273.29 (0-360E) glon=  273.29 glat=  23.60 u=  -0.5000 v= -14.1000 vr=   0.65308 vt=  14.09374
 i=  707 j= 1056 glon=  273.49 (0-360E) glon=  273.49 glat=  23.60 u=   1.2000 v= -11.6000 vr=  -1.05866 vt=  11.61375
 i=  712 j= 1056 glon=  273.69 (0-360E) glon=  273.69 glat=  23.60 u=   0.9000 v= -12.5000 vr=  -0.72362 vt=  12.51145
 i=  717 j= 1056 glon=  273.89 (0-360E) glon=  273.89 glat=  23.60 u=   1.8000 v= -14.6000 vr=  -1.54959 vt=  14.62870
 i=  722 j= 1056 glon=  274.09 (0-360E) glon=  274.09 glat=  23.60 u=   4.6000 v= -14.9000 vr=  -4.26401 vt=  14.99961
 i=  727 j= 1056 glon=  274.29 (0-360E) glon=  274.29 glat=  23.60 u=   7.1000 v= -17.3000 vr=  -6.50833 vt=  17.53116
 i=  732 j= 1056 glon=  274.49 (0-360E) glon=  274.49 glat=  23.60 u=   7.3000 v=  -8.1000 vr=  -6.67986 vt=   8.61855
 i=  737 j= 1056 glon=  274.69 (0-360E) glon=  274.69 glat=  23.60 u=  11.8000 v=  10.6000 vr=   7.77264 vt=  13.82700
 i=  742 j= 1056 glon=  274.89 (0-360E) glon=  274.89 glat=  23.60 u=  13.7000 v=  25.9000 vr=  12.33874 vt=  26.57547
 i=  747 j= 1056 glon=  275.09 (0-360E) glon=  275.09 glat=  23.60 u=   7.5000 v=  32.4000 vr=   6.57023 vt=  32.60126
 i=  752 j= 1056 glon=  275.29 (0-360E) glon=  275.29 glat=  23.60 u=   3.9000 v=  35.8000 vr=   3.17770 vt=  35.87133
 i=  757 j= 1056 glon=  275.49 (0-360E) glon=  275.49 glat=  23.60 u=   0.1000 v=  29.7000 vr=  -0.37132 vt=  29.69785
 i=  762 j= 1056 glon=  275.69 (0-360E) glon=  275.69 glat=  23.60 u=  -0.1000 v=  27.9000 vr=  -0.47161 vt=  27.89619
 i=  767 j= 1056 glon=  275.89 (0-360E) glon=  275.89 glat=  23.60 u=   0.3000 v=  27.8000 vr=  -0.02391 vt=  27.80161
 i=  772 j= 1056 glon=  276.09 (0-360E) glon=  276.09 glat=  23.60 u=  -0.4000 v=  29.6000 vr=  -0.71032 vt=  29.59418
 i=  777 j= 1056 glon=  276.29 (0-360E) glon=  276.29 glat=  23.60 u=   3.0000 v=  26.3000 vr=   2.74659 vt=  26.32767
 i=  782 j= 1056 glon=  276.49 (0-360E) glon=  276.49 glat=  23.60 u=  -0.8000 v=  26.8000 vr=  -1.04064 vt=  26.79173
 i=  787 j= 1056 glon=  276.69 (0-360E) glon=  276.69 glat=  23.60 u=  -0.7000 v=  27.5000 vr=  -0.93296 vt=  27.49308
 i=  682 j= 1061 glon=  272.49 (0-360E) glon=  272.49 glat=  23.40 u=  -0.6000 v=  -7.9000 vr=   1.46078 vt=   7.78692
 i=  687 j= 1061 glon=  272.69 (0-360E) glon=  272.69 glat=  23.40 u=   0.3000 v=  -7.5000 vr=   0.60012 vt=   7.48197
 i=  692 j= 1061 glon=  272.89 (0-360E) glon=  272.89 glat=  23.40 u=   1.2000 v=  -9.3000 vr=   0.04180 vt=   9.37701
 i=  697 j= 1061 glon=  273.09 (0-360E) glon=  273.09 glat=  23.40 u=   2.1000 v= -10.1000 vr=  -0.57921 vt=  10.29973
 i=  702 j= 1061 glon=  273.29 (0-360E) glon=  273.29 glat=  23.40 u=   4.4000 v= -10.0000 vr=  -2.64957 vt=  10.59905
 i=  707 j= 1061 glon=  273.49 (0-360E) glon=  273.49 glat=  23.40 u=   3.8000 v= -15.3000 vr=  -0.72775 vt=  15.74803
 i=  712 j= 1061 glon=  273.69 (0-360E) glon=  273.69 glat=  23.40 u=   5.8000 v= -12.1000 vr=  -2.80907 vt=  13.12094
 i=  717 j= 1061 glon=  273.89 (0-360E) glon=  273.89 glat=  23.40 u=   7.8000 v= -11.1000 vr=  -4.24909 vt=  12.88391
 i=  722 j= 1061 glon=  274.09 (0-360E) glon=  274.09 glat=  23.40 u=  10.5000 v= -12.5000 vr=  -4.98314 vt=  15.54568
 i=  727 j= 1061 glon=  274.29 (0-360E) glon=  274.29 glat=  23.40 u=  17.1000 v=  -9.5000 vr=  -9.36578 vt=  17.17388
 i=  732 j= 1061 glon=  274.49 (0-360E) glon=  274.49 glat=  23.40 u=  22.2000 v=  -3.0000 vr= -10.43948 vt=  19.82063
 i=  737 j= 1061 glon=  274.69 (0-360E) glon=  274.69 glat=  23.40 u=  26.0000 v=  12.0000 vr=  -7.85919 vt=  27.53603
 i=  742 j= 1061 glon=  274.89 (0-360E) glon=  274.89 glat=  23.40 u=  19.7000 v=  25.9000 vr=  -4.00911 vt=  32.29283
 i=  747 j= 1061 glon=  275.09 (0-360E) glon=  275.09 glat=  23.40 u=  13.9000 v=  28.5000 vr=  -1.04555 vt=  31.69175
 i=  752 j= 1061 glon=  275.29 (0-360E) glon=  275.29 glat=  23.40 u=  12.5000 v=  29.0000 vr=   1.84492 vt=  31.52533
 i=  757 j= 1061 glon=  275.49 (0-360E) glon=  275.49 glat=  23.40 u=   6.0000 v=  30.9000 vr=  -2.46685 vt=  31.38032
 i=  762 j= 1061 glon=  275.69 (0-360E) glon=  275.69 glat=  23.40 u=   3.8000 v=  28.9000 vr=  -2.61310 vt=  29.03139
 i=  767 j= 1061 glon=  275.89 (0-360E) glon=  275.89 glat=  23.40 u=   6.4000 v=  27.9000 vr=   1.12100 vt=  28.60268
 i=  772 j= 1061 glon=  276.09 (0-360E) glon=  276.09 glat=  23.40 u=   2.3000 v=  31.3000 vr=  -2.76171 vt=  31.26265
 i=  777 j= 1061 glon=  276.29 (0-360E) glon=  276.29 glat=  23.40 u=   0.7000 v=  28.6000 vr=  -3.37229 vt=  28.40911
 i=  782 j= 1061 glon=  276.49 (0-360E) glon=  276.49 glat=  23.40 u=  -3.0000 v=  27.0000 vr=  -6.41893 vt=  26.39692
 i=  787 j= 1061 glon=  276.69 (0-360E) glon=  276.69 glat=  23.40 u=  -0.4000 v=  25.8000 vr=  -3.38485 vt=  25.58012
 i=  687 j= 1066 glon=  272.69 (0-360E) glon=  272.69 glat=  23.20 u=   1.7000 v=  -7.8000 vr=   0.10395 vt=   7.98243
 i=  692 j= 1066 glon=  272.89 (0-360E) glon=  272.89 glat=  23.20 u=   2.7000 v=  -7.6000 vr=  -0.72199 vt=   8.03298
 i=  697 j= 1066 glon=  273.09 (0-360E) glon=  273.09 glat=  23.20 u=   4.6000 v=  -8.7000 vr=  -2.00075 vt=   9.63571
 i=  702 j= 1066 glon=  273.29 (0-360E) glon=  273.29 glat=  23.20 u=   6.0000 v=  -9.8000 vr=  -2.61642 vt=  11.18903
 i=  707 j= 1066 glon=  273.49 (0-360E) glon=  273.49 glat=  23.20 u=   9.0000 v=  -9.5000 vr=  -4.96322 vt=  12.10853
 i=  712 j= 1066 glon=  273.69 (0-360E) glon=  273.69 glat=  23.20 u=   8.2000 v= -13.9000 vr=  -1.55234 vt=  16.06363
 i=  717 j= 1066 glon=  273.89 (0-360E) glon=  273.89 glat=  23.20 u=  10.0000 v= -10.6000 vr=  -3.24690 vt=  14.20625
 i=  722 j= 1066 glon=  274.09 (0-360E) glon=  274.09 glat=  23.20 u=  13.6000 v=  -7.1000 vr=  -6.22132 vt=  14.02374
 i=  727 j= 1066 glon=  274.29 (0-360E) glon=  274.29 glat=  23.20 u=  17.8000 v=  -1.6000 vr=  -9.97650 vt=  14.82800
 i=  732 j= 1066 glon=  274.49 (0-360E) glon=  274.49 glat=  23.20 u=  20.4000 v=   6.7000 vr= -13.30477 vt=  16.85328
 i=  737 j= 1066 glon=  274.69 (0-360E) glon=  274.69 glat=  23.20 u=  19.7000 v=  13.2000 vr= -11.58803 vt=  20.68931
 i=  742 j= 1066 glon=  274.89 (0-360E) glon=  274.89 glat=  23.20 u=  20.7000 v=  20.7000 vr=  -8.68556 vt=  27.95606
 i=  747 j= 1066 glon=  275.09 (0-360E) glon=  275.09 glat=  23.20 u=  19.1000 v=  25.3000 vr=  -4.83903 vt=  31.32864
 i=  752 j= 1066 glon=  275.29 (0-360E) glon=  275.29 glat=  23.20 u=  13.3000 v=  27.0000 vr=  -4.71155 vt=  29.72695
 i=  757 j= 1066 glon=  275.49 (0-360E) glon=  275.49 glat=  23.20 u=   8.6000 v=  28.6000 vr=  -5.97330 vt=  29.26157
 i=  762 j= 1066 glon=  275.69 (0-360E) glon=  275.69 glat=  23.20 u=   6.9000 v=  26.9000 vr=  -4.39432 vt=  27.42098
 i=  767 j= 1066 glon=  275.89 (0-360E) glon=  275.89 glat=  23.20 u=   5.7000 v=  27.7000 vr=  -4.14120 vt=  27.97553
 i=  772 j= 1066 glon=  276.09 (0-360E) glon=  276.09 glat=  23.20 u=   5.5000 v=  29.6000 vr=  -3.63996 vt=  29.88579
 i=  777 j= 1066 glon=  276.29 (0-360E) glon=  276.29 glat=  23.20 u=  -1.0000 v=  26.4000 vr=  -8.00859 vt=  25.17583
 i=  782 j= 1066 glon=  276.49 (0-360E) glon=  276.49 glat=  23.20 u=   6.3000 v=  25.2000 vr=   0.06438 vt=  25.97549
 i=  787 j= 1066 glon=  276.69 (0-360E) glon=  276.69 glat=  23.20 u=   0.9000 v=  25.0000 vr=  -4.57955 vt=  24.59345
 i=  687 j= 1071 glon=  272.69 (0-360E) glon=  272.69 glat=  23.00 u=   3.7000 v=  -7.3000 vr=  -1.13466 vt=   8.10509
 i=  692 j= 1071 glon=  272.89 (0-360E) glon=  272.89 glat=  23.00 u=   3.1000 v=  -6.9000 vr=  -0.44244 vt=   7.55144
 i=  697 j= 1071 glon=  273.09 (0-360E) glon=  273.09 glat=  23.00 u=   5.2000 v=  -7.0000 vr=  -2.02183 vt=   8.48246
 i=  702 j= 1071 glon=  273.29 (0-360E) glon=  273.29 glat=  23.00 u=   8.2000 v=  -7.6000 vr=  -4.01339 vt=  10.43517
 i=  707 j= 1071 glon=  273.49 (0-360E) glon=  273.49 glat=  23.00 u=  10.9000 v=  -8.3000 vr=  -5.31887 vt=  12.62575
 i=  712 j= 1071 glon=  273.69 (0-360E) glon=  273.69 glat=  23.00 u=  14.1000 v=  -7.5000 vr=  -7.32068 vt=  14.19393
 i=  717 j= 1071 glon=  273.89 (0-360E) glon=  273.89 glat=  23.00 u=  16.4000 v=  -8.5000 vr=  -6.76312 vt=  17.18925
 i=  722 j= 1071 glon=  274.09 (0-360E) glon=  274.09 glat=  23.00 u=  17.9000 v=  -6.3000 vr=  -6.75271 vt=  17.73417
 i=  727 j= 1071 glon=  274.29 (0-360E) glon=  274.29 glat=  23.00 u=  19.4000 v=  -0.7000 vr=  -8.68818 vt=  17.35988
 i=  732 j= 1071 glon=  274.49 (0-360E) glon=  274.49 glat=  23.00 u=  21.8000 v=   6.2000 vr= -11.23523 vt=  19.68374
 i=  737 j= 1071 glon=  274.69 (0-360E) glon=  274.69 glat=  23.00 u=  21.8000 v=  14.1000 vr= -12.90838 vt=  22.52607
 i=  742 j= 1071 glon=  274.89 (0-360E) glon=  274.89 glat=  23.00 u=  20.3000 v=  16.2000 vr=  -8.49790 vt=  24.54212
 i=  747 j= 1071 glon=  275.09 (0-360E) glon=  275.09 glat=  23.00 u=  15.8000 v=  22.1000 vr=  -9.84952 vt=  25.31871
 i=  752 j= 1071 glon=  275.29 (0-360E) glon=  275.29 glat=  23.00 u=  11.8000 v=  23.8000 vr=  -9.08281 vt=  24.96362
 i=  757 j= 1071 glon=  275.49 (0-360E) glon=  275.49 glat=  23.00 u=   9.7000 v=  24.6000 vr=  -7.76972 vt=  25.27610
 i=  762 j= 1071 glon=  275.69 (0-360E) glon=  275.69 glat=  23.00 u=   7.7000 v=  22.1000 vr=  -5.50714 vt=  22.74580
 i=  767 j= 1071 glon=  275.89 (0-360E) glon=  275.89 glat=  23.00 u=   3.6000 v=  30.0000 vr= -11.11289 vt=  28.09740
 i=  772 j= 1071 glon=  276.09 (0-360E) glon=  276.09 glat=  23.00 u=   3.2000 v=  28.9000 vr=  -9.31679 vt=  27.54355
 i=  777 j= 1071 glon=  276.29 (0-360E) glon=  276.29 glat=  23.00 u=   6.0000 v=  27.6000 vr=  -4.92026 vt=  27.81279
 i=  782 j= 1071 glon=  276.49 (0-360E) glon=  276.49 glat=  23.00 u=   8.9000 v=  26.3000 vr=  -0.68256 vt=  27.75669
 i=  787 j= 1071 glon=  276.69 (0-360E) glon=  276.69 glat=  23.00 u=   0.8000 v=  27.8000 vr=  -7.96966 vt=  26.64516
 i=  687 j= 1076 glon=  272.69 (0-360E) glon=  272.69 glat=  22.80 u=   6.0000 v=  -6.3000 vr=  -2.86317 vt=   8.21537
 i=  692 j= 1076 glon=  272.89 (0-360E) glon=  272.89 glat=  22.80 u=   6.2000 v=  -6.3000 vr=  -2.70072 vt=   8.41642
 i=  697 j= 1076 glon=  273.09 (0-360E) glon=  273.09 glat=  22.80 u=   5.9000 v=  -5.6000 vr=  -2.36568 vt=   7.78290
 i=  702 j= 1076 glon=  273.29 (0-360E) glon=  273.29 glat=  22.80 u=   7.8000 v=  -5.2000 vr=  -3.70415 vt=   8.61158
 i=  707 j= 1076 glon=  273.49 (0-360E) glon=  273.49 glat=  22.80 u=  11.0000 v=  -5.4000 vr=  -5.48155 vt=  10.95959
 i=  712 j= 1076 glon=  273.69 (0-360E) glon=  273.69 glat=  22.80 u=  13.3000 v=  -4.8000 vr=  -6.54875 vt=  12.53172
 i=  717 j= 1076 glon=  273.89 (0-360E) glon=  273.89 glat=  22.80 u=  15.6000 v=  -3.2000 vr=  -7.77392 vt=  13.89842
 i=  722 j= 1076 glon=  274.09 (0-360E) glon=  274.09 glat=  22.80 u=  17.8000 v=   0.5000 vr=  -9.99394 vt=  14.73809
 i=  727 j= 1076 glon=  274.29 (0-360E) glon=  274.29 glat=  22.80 u=  18.9000 v=   4.5000 vr= -11.35880 vt=  15.76190
 i=  732 j= 1076 glon=  274.49 (0-360E) glon=  274.49 glat=  22.80 u=  19.3000 v=   5.6000 vr=  -9.02977 vt=  17.95308
 i=  737 j= 1076 glon=  274.69 (0-360E) glon=  274.69 glat=  22.80 u=  18.1000 v=  12.5000 vr= -11.75632 vt=  18.59164
 i=  742 j= 1076 glon=  274.89 (0-360E) glon=  274.89 glat=  22.80 u=  15.0000 v=  17.6000 vr= -13.13850 vt=  19.02997
 i=  747 j= 1076 glon=  275.09 (0-360E) glon=  275.09 glat=  22.80 u=  13.4000 v=  19.1000 vr= -11.20743 vt=  20.46371
 i=  752 j= 1076 glon=  275.29 (0-360E) glon=  275.29 glat=  22.80 u=  11.7000 v=  20.5000 vr=  -9.81708 vt=  21.46544
 i=  757 j= 1076 glon=  275.49 (0-360E) glon=  275.49 glat=  22.80 u=  10.6000 v=  21.2000 vr=  -8.13558 vt=  22.26235
 i=  762 j= 1076 glon=  275.69 (0-360E) glon=  275.69 glat=  22.80 u=   7.8000 v=  23.5000 vr=  -9.34430 vt=  22.92976
 i=  767 j= 1076 glon=  275.89 (0-360E) glon=  275.89 glat=  22.80 u=   7.3000 v=  30.6000 vr= -11.90455 vt=  29.11927
 i=  772 j= 1076 glon=  276.09 (0-360E) glon=  276.09 glat=  22.80 u=   3.6000 v=  28.2000 vr= -11.76383 vt=  25.88073
 i=  777 j= 1076 glon=  276.29 (0-360E) glon=  276.29 glat=  22.80 u=   7.0000 v=  25.3000 vr=  -5.92407 vt=  25.57333
 i=  782 j= 1076 glon=  276.49 (0-360E) glon=  276.49 glat=  22.80 u=   8.4000 v=  24.8000 vr=  -3.25627 vt=  25.98070
 i=  692 j= 1081 glon=  272.89 (0-360E) glon=  272.89 glat=  22.60 u=   8.0000 v=  -5.1000 vr=  -4.06645 vt=   8.57170
 i=  697 j= 1081 glon=  273.09 (0-360E) glon=  273.09 glat=  22.60 u=   9.6000 v=  -4.6000 vr=  -5.18412 vt=   9.29757
 i=  702 j= 1081 glon=  273.29 (0-360E) glon=  273.29 glat=  22.60 u=  10.9000 v=  -3.4000 vr=  -6.33139 vt=   9.50176
 i=  707 j= 1081 glon=  273.49 (0-360E) glon=  273.49 glat=  22.60 u=  11.6000 v=  -3.4000 vr=  -6.07858 vt=  10.44849
 i=  712 j= 1081 glon=  273.69 (0-360E) glon=  273.69 glat=  22.60 u=  12.0000 v=  -2.6000 vr=  -5.93986 vt=  10.74607
 i=  717 j= 1081 glon=  273.89 (0-360E) glon=  273.89 glat=  22.60 u=  13.5000 v=  -1.3000 vr=  -6.62224 vt=  11.83579
 i=  722 j= 1081 glon=  274.09 (0-360E) glon=  274.09 glat=  22.60 u=  14.9000 v=   1.4000 vr=  -8.03614 vt=  12.62499
 i=  727 j= 1081 glon=  274.29 (0-360E) glon=  274.29 glat=  22.60 u=  15.4000 v=   4.9000 vr=  -9.48570 vt=  13.08401
 i=  732 j= 1081 glon=  274.49 (0-360E) glon=  274.49 glat=  22.60 u=  15.2000 v=   9.9000 vr= -12.03239 vt=  13.57466
 i=  737 j= 1081 glon=  274.69 (0-360E) glon=  274.69 glat=  22.60 u=  14.9000 v=  12.2000 vr= -11.70889 vt=  15.28894
 i=  742 j= 1081 glon=  274.89 (0-360E) glon=  274.89 glat=  22.60 u=  14.7000 v=  14.8000 vr= -11.39437 vt=  17.47279
 i=  747 j= 1081 glon=  275.09 (0-360E) glon=  275.09 glat=  22.60 u=  14.3000 v=  16.7000 vr= -10.26875 vt=  19.44050
 i=  752 j= 1081 glon=  275.29 (0-360E) glon=  275.29 glat=  22.60 u=  12.2000 v=  17.1000 vr=  -8.71511 vt=  19.11274
 i=  757 j= 1081 glon=  275.49 (0-360E) glon=  275.49 glat=  22.60 u=  10.5000 v=  18.6000 vr=  -8.47955 vt=  19.60375
 i=  762 j= 1081 glon=  275.69 (0-360E) glon=  275.69 glat=  22.60 u=   6.6000 v=  29.8000 vr= -17.20767 vt=  25.20905
 i=  767 j= 1081 glon=  275.89 (0-360E) glon=  275.89 glat=  22.60 u=   6.7000 v=  27.8000 vr= -13.52450 vt=  25.19559
 i=  772 j= 1081 glon=  276.09 (0-360E) glon=  276.09 glat=  22.60 u=   6.1000 v=  24.1000 vr=  -9.86375 vt=  22.81943
 i=  777 j= 1081 glon=  276.29 (0-360E) glon=  276.29 glat=  22.60 u=   7.4000 v=  22.9000 vr=  -6.69616 vt=  23.11561
 i=  782 j= 1081 glon=  276.49 (0-360E) glon=  276.49 glat=  22.60 u=   6.8000 v=  21.7000 vr=  -5.38398 vt=  22.09395
 i=  697 j= 1086 glon=  273.09 (0-360E) glon=  273.09 glat=  22.40 u=   9.9000 v=  -3.9000 vr=  -5.04017 vt=   9.37106
 i=  702 j= 1086 glon=  273.29 (0-360E) glon=  273.29 glat=  22.40 u=  11.1000 v=  -2.4000 vr=  -6.30088 vt=   9.44822
 i=  707 j= 1086 glon=  273.49 (0-360E) glon=  273.49 glat=  22.40 u=  12.0000 v=  -1.3000 vr=  -6.95817 vt=   9.86275
 i=  712 j= 1086 glon=  273.69 (0-360E) glon=  273.69 glat=  22.40 u=  12.2000 v=  -0.5000 vr=  -6.79074 vt=  10.14770
 i=  717 j= 1086 glon=  273.89 (0-360E) glon=  273.89 glat=  22.40 u=  13.2000 v=   1.7000 vr=  -8.08524 vt=  10.57161
 i=  722 j= 1086 glon=  274.09 (0-360E) glon=  274.09 glat=  22.40 u=  14.2000 v=   3.9000 vr=  -9.16887 vt=  11.52310
 i=  727 j= 1086 glon=  274.29 (0-360E) glon=  274.29 glat=  22.40 u=  15.1000 v=   6.5000 vr= -10.28405 vt=  12.82569
 i=  732 j= 1086 glon=  274.49 (0-360E) glon=  274.49 glat=  22.40 u=  15.4000 v=   8.6000 vr= -10.43628 vt=  14.21985
 i=  737 j= 1086 glon=  274.69 (0-360E) glon=  274.69 glat=  22.40 u=  15.6000 v=  11.1000 vr= -10.67205 vt=  15.89583
 i=  742 j= 1086 glon=  274.89 (0-360E) glon=  274.89 glat=  22.40 u=  14.8000 v=  12.8000 vr=  -9.99493 vt=  16.82205
 i=  747 j= 1086 glon=  275.09 (0-360E) glon=  275.09 glat=  22.40 u=  14.2000 v=  13.3000 vr=  -8.17368 vt=  17.65562
 i=  752 j= 1086 glon=  275.29 (0-360E) glon=  275.29 glat=  22.40 u=  11.8000 v=  15.2000 vr=  -8.57057 vt=  17.22862
 i=  757 j= 1086 glon=  275.49 (0-360E) glon=  275.49 glat=  22.40 u=  10.3000 v=  18.8000 vr= -10.37316 vt=  18.75973
 i=  762 j= 1086 glon=  275.69 (0-360E) glon=  275.69 glat=  22.40 u=   9.1000 v=  24.5000 vr= -13.66147 vt=  22.28058
 i=  767 j= 1086 glon=  275.89 (0-360E) glon=  275.89 glat=  22.40 u=   8.3000 v=  22.7000 vr= -10.90979 vt=  21.56749
 i=  772 j= 1086 glon=  276.09 (0-360E) glon=  276.09 glat=  22.40 u=   7.9000 v=  21.8000 vr=  -8.95694 vt=  21.38745
 i=  777 j= 1086 glon=  276.29 (0-360E) glon=  276.29 glat=  22.40 u=   8.3000 v=  21.0000 vr=  -6.75511 vt=  21.54666
 i=  697 j= 1091 glon=  273.09 (0-360E) glon=  273.09 glat=  22.20 u=   9.0000 v=  -2.6000 vr=  -4.58863 vt=   8.16728
 i=  702 j= 1091 glon=  273.29 (0-360E) glon=  273.29 glat=  22.20 u=  10.6000 v=  -1.8000 vr=  -5.68357 vt=   9.12672
 i=  707 j= 1091 glon=  273.49 (0-360E) glon=  273.49 glat=  22.20 u=  11.6000 v=  -0.8000 vr=  -6.36203 vt=   9.73266
 i=  712 j= 1091 glon=  273.69 (0-360E) glon=  273.69 glat=  22.20 u=  12.0000 v=   0.1000 vr=  -6.45966 vt=  10.11350
 i=  717 j= 1091 glon=  273.89 (0-360E) glon=  273.89 glat=  22.20 u=  13.2000 v=   1.3000 vr=  -7.04047 vt=  11.24107
 i=  722 j= 1091 glon=  274.09 (0-360E) glon=  274.09 glat=  22.20 u=  14.9000 v=   2.9000 vr=  -7.85770 vt=  12.98756
 i=  727 j= 1091 glon=  274.29 (0-360E) glon=  274.29 glat=  22.20 u=  15.3000 v=   4.9000 vr=  -8.29682 vt=  13.75728
 i=  732 j= 1091 glon=  274.49 (0-360E) glon=  274.49 glat=  22.20 u=  15.6000 v=   6.7000 vr=  -8.31975 vt=  14.79972
 i=  737 j= 1091 glon=  274.69 (0-360E) glon=  274.69 glat=  22.20 u=  15.0000 v=   8.8000 vr=  -8.44766 vt=  15.20122
 i=  742 j= 1091 glon=  274.89 (0-360E) glon=  274.89 glat=  22.20 u=  14.9000 v=  10.3000 vr=  -7.91956 vt=  16.29051
 i=  747 j= 1091 glon=  275.09 (0-360E) glon=  275.09 glat=  22.20 u=  13.9000 v=  11.3000 vr=  -7.07744 vt=  16.45630
 i=  752 j= 1091 glon=  275.29 (0-360E) glon=  275.29 glat=  22.20 u=  10.6000 v=  13.1000 vr=  -8.05200 vt=  14.80322
 i=  757 j= 1091 glon=  275.49 (0-360E) glon=  275.49 glat=  22.20 u=  10.0000 v=  21.0000 vr= -13.67221 vt=  18.81677
 i=  762 j= 1091 glon=  275.69 (0-360E) glon=  275.69 glat=  22.20 u=   9.5000 v=  20.5000 vr= -11.69551 vt=  19.33171
 i=  767 j= 1091 glon=  275.89 (0-360E) glon=  275.89 glat=  22.20 u=   9.4000 v=  19.9000 vr=  -9.62852 vt=  19.79044
 i=  772 j= 1091 glon=  276.09 (0-360E) glon=  276.09 glat=  22.20 u=   8.0000 v=  20.6000 vr=  -9.60856 vt=  19.90064
 i=  707 j= 1096 glon=  273.49 (0-360E) glon=  273.49 glat=  22.00 u=  10.9000 v=   0.6000 vr=  -6.52435 vt=   8.75231
 i=  712 j= 1096 glon=  273.69 (0-360E) glon=  273.69 glat=  22.00 u=  11.7000 v=   1.5000 vr=  -6.94895 vt=   9.53164
 i=  717 j= 1096 glon=  273.89 (0-360E) glon=  273.89 glat=  22.00 u=  12.6000 v=   2.5000 vr=  -7.32426 vt=  10.55297
 i=  722 j= 1096 glon=  274.09 (0-360E) glon=  274.09 glat=  22.00 u=  13.9000 v=   3.6000 vr=  -7.68389 vt=  12.12963
 i=  727 j= 1096 glon=  274.29 (0-360E) glon=  274.29 glat=  22.00 u=  14.0000 v=   5.4000 vr=  -8.13414 vt=  12.60935
 i=  732 j= 1096 glon=  274.49 (0-360E) glon=  274.49 glat=  22.00 u=  14.7000 v=   7.3000 vr=  -8.63865 vt=  13.95542
 i=  737 j= 1096 glon=  274.69 (0-360E) glon=  274.69 glat=  22.00 u=  13.6000 v=   8.4000 vr=  -8.12023 vt=  13.76888
 i=  742 j= 1096 glon=  274.89 (0-360E) glon=  274.89 glat=  22.00 u=  13.6000 v=   9.4000 vr=  -7.50289 vt=  14.73182
 i=  747 j= 1096 glon=  275.09 (0-360E) glon=  275.09 glat=  22.00 u=  12.3000 v=  10.6000 vr=  -7.31985 vt=  14.49379
 i=  752 j= 1096 glon=  275.29 (0-360E) glon=  275.29 glat=  22.00 u=  10.0000 v=  15.5000 vr= -11.16337 vt=  14.68432
 i=  757 j= 1096 glon=  275.49 (0-360E) glon=  275.49 glat=  22.00 u=  10.9000 v=  18.5000 vr= -12.01273 vt=  17.79759
 i=  762 j= 1096 glon=  275.69 (0-360E) glon=  275.69 glat=  22.00 u=  10.2000 v=  19.0000 vr= -11.17755 vt=  18.44187
 i=  767 j= 1096 glon=  275.89 (0-360E) glon=  275.89 glat=  22.00 u=   9.5000 v=  19.1000 vr= -10.15036 vt=  18.76247
 i=  712 j= 1101 glon=  273.69 (0-360E) glon=  273.69 glat=  21.80 u=  11.3000 v=   2.1000 vr=  -6.85070 vt=   9.22864
 i=  717 j= 1101 glon=  273.89 (0-360E) glon=  273.89 glat=  21.80 u=  11.9000 v=   3.3000 vr=  -7.37850 vt=   9.90241
 i=  722 j= 1101 glon=  274.09 (0-360E) glon=  274.09 glat=  21.80 u=  12.5000 v=   4.8000 vr=  -8.05507 vt=  10.69607
 i=  727 j= 1101 glon=  274.29 (0-360E) glon=  274.29 glat=  21.80 u=  13.2000 v=   5.9000 vr=  -8.20084 vt=  11.90782
 i=  732 j= 1101 glon=  274.49 (0-360E) glon=  274.49 glat=  21.80 u=  13.4000 v=   6.8000 vr=  -7.88922 vt=  12.78907
 i=  737 j= 1101 glon=  274.69 (0-360E) glon=  274.69 glat=  21.80 u=  13.3000 v=   8.4000 vr=  -8.15665 vt=  13.45062
 i=  742 j= 1101 glon=  274.89 (0-360E) glon=  274.89 glat=  21.80 u=  13.0000 v=   9.1000 vr=  -7.49025 vt=  13.98950
 i=  747 j= 1101 glon=  275.09 (0-360E) glon=  275.09 glat=  21.80 u=  10.9000 v=  13.7000 vr= -11.02241 vt=  13.60170
 i=  752 j= 1101 glon=  275.29 (0-360E) glon=  275.29 glat=  21.80 u=  11.2000 v=  16.4000 vr= -12.16858 vt=  15.69476
 i=  757 j= 1101 glon=  275.49 (0-360E) glon=  275.49 glat=  21.80 u=  10.6000 v=  17.1000 vr= -11.60507 vt=  16.43449
 i=  732 j= 1106 glon=  274.49 (0-360E) glon=  274.49 glat=  21.60 u=  12.9000 v=   8.4000 vr=  -9.34207 vt=  12.23502
 i=  737 j= 1106 glon=  274.69 (0-360E) glon=  274.69 glat=  21.60 u=  12.2000 v=   9.4000 vr=  -9.19878 vt=  12.35242
 i=  742 j= 1106 glon=  274.89 (0-360E) glon=  274.89 glat=  21.60 u=  11.8000 v=  12.2000 vr= -10.86441 vt=  13.04012
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    18.2265430147723       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     41.35 kts
    LL Wind Circ Vt mean quadmax value: SE     36.81 kts
    LL Wind Circ Vt mean quadmax value: SW     24.83 kts
    LL Wind Circ Vt mean quadmax value: NW     33.50 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   11.3026695740189       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    23.6621808307123     
   xcenlon=    274.661158018503     
   imax=         2738  jmax=         2041
   jlatfix=         1054
   ilonfix (unadjusted) =          737
  
 In get_max_wind, ibeg=          662  iend=          811
                  jbeg=          986  jend=         1123
         ilonfix=          737  jlatfix=         1054
 At end of get_max_wind, vmax=    30.9934977051639       rmax= 
   21.4002978923765     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.82 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.32 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.66 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.87 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.97 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.08 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   19.12 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   20.83 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   21.92 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   22.45 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   22.60 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   22.65 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   22.73 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   22.83 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   22.83 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   22.63 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   22.22 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   21.69 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   21.21 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   20.85 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.61 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   20.40 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   20.13 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   19.82 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   19.49 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   19.16 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   18.86 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   18.57 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   18.32 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   18.06 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   17.88 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   17.72 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   17.59 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   17.43 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.28 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.14 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   17.00 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.83 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.64 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.44 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.24 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.04 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.83 m/s   maxrmw_dist=    45.00  km   maxrmw_ix=   15
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    45.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.8286235700894      
  (m/s)   (in kts)=    44.3491670096126     
  rising_sum_dvdr=       16.0057866497741     
  declining_sum_dvdr=   -5.10653207449358     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    24 igrct=  1 Vmax (m/s)=   30.993   22:19:09
 TIMING: before call  getradii, fhr=    24 igrct=  1   22:19:10
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.02176014668969     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.02176014668969     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.0689899619211     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.0689899619211     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.7557999151040     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.7557999151040     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.9725094172393     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   13.97 good_quad_ct=   4 mean_vt_4quad=      3.49
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   11.14 mean_vt_4quad=    7.12
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   11.26 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.37 mean_vt_4quad=    7.20
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   11.47 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   11.56 mean_vt_4quad=    7.29
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   11.64 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   11.73 mean_vt_4quad=    7.37
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   11.83 mean_vt_4quad=    7.42
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   11.92 mean_vt_4quad=    7.46
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   11.99 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.05 mean_vt_4quad=    7.56
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.13 mean_vt_4quad=    7.61
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.19 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.21 mean_vt_4quad=    7.74
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.13 mean_vt_4quad=    7.81
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.17 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.34 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   12.55 mean_vt_4quad=    8.04
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   12.81 mean_vt_4quad=    8.13
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.02 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.29 mean_vt_4quad=    8.30
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.49 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.69 mean_vt_4quad=    8.45
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.75 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.83 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.95 mean_vt_4quad=    8.66
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.01 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.06 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.11 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.15 mean_vt_4quad=    8.92
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.20 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.30 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.41 mean_vt_4quad=    9.11
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.53 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.57 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.59 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.65 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.77 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.84 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.86 mean_vt_4quad=    9.40
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.85 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.01 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.12 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.34 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.44 mean_vt_4quad=    9.62
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   15.30 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.13 mean_vt_4quad=    9.62
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.21 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.15 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.20 mean_vt_4quad=    9.60
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.19 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.15 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.12 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.18 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.38 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   15.41 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.33 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.50 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   15.61 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   15.74 mean_vt_4quad=   10.34
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   15.83 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   15.92 mean_vt_4quad=   10.54
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   15.93 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   15.91 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   15.81 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   15.77 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   16.12 mean_vt_4quad=   11.34
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   16.82 mean_vt_4quad=   11.59
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   16.95 mean_vt_4quad=   11.84
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   16.94 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   17.31 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.76 mean_vt_4quad=   12.57
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   12.57 .... 0.5*v_holland=    7.07
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   12.81 .... 0.5*v_holland=    7.07
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   13.02 .... 0.5*v_holland=    7.07
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   13.22 .... 0.5*v_holland=    7.07
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   13.39 .... 0.5*v_holland=    7.07
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    156.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   84.1776000000000     
 vradius(iwindix,iquad) =          84
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.76 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   18.06 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   18.22 mean_vt_4quad=   13.02
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.58 mean_vt_4quad=   13.22
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.16 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   19.62 mean_vt_4quad=   13.55
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.03 mean_vt_4quad=   13.70
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.25 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.25 mean_vt_4quad=   14.01
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   20.26 mean_vt_4quad=   14.17
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   20.31 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   20.50 mean_vt_4quad=   14.57
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   20.79 mean_vt_4quad=   14.76
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   21.16 mean_vt_4quad=   14.94
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   21.52 mean_vt_4quad=   15.10
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   21.85 mean_vt_4quad=   15.24
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   22.15 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   22.42 mean_vt_4quad=   15.52
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   22.57 mean_vt_4quad=   15.68
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   22.60 mean_vt_4quad=   15.85
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   22.53 mean_vt_4quad=   16.02
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   22.53 mean_vt_4quad=   16.19
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   22.51 mean_vt_4quad=   16.36
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   22.69 mean_vt_4quad=   16.55
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.78 mean_vt_4quad=   16.78
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   22.61 mean_vt_4quad=   17.05
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   22.37 mean_vt_4quad=   17.33
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   23.43 mean_vt_4quad=   17.65
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   24.42 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.04 mean_vt_4quad=   18.37
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   25.63 mean_vt_4quad=   18.74
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   26.29 mean_vt_4quad=   19.07
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
  
  --- vmaxwind of    30.9934977051639       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.71 mean_vt_4quad=    7.12
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.79 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.84 mean_vt_4quad=    7.20
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.83 mean_vt_4quad=    7.24
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.88 mean_vt_4quad=    7.29
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.87 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.94 mean_vt_4quad=    7.37
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.97 mean_vt_4quad=    7.42
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.09 mean_vt_4quad=    7.46
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.19 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.27 mean_vt_4quad=    7.56
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.33 mean_vt_4quad=    7.61
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.41 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.50 mean_vt_4quad=    7.74
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.58 mean_vt_4quad=    7.81
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.69 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.84 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.98 mean_vt_4quad=    8.04
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.09 mean_vt_4quad=    8.13
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.16 mean_vt_4quad=    8.21
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.22 mean_vt_4quad=    8.30
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.30 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.39 mean_vt_4quad=    8.45
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.42 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.46 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.52 mean_vt_4quad=    8.66
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.60 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.68 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.74 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.81 mean_vt_4quad=    8.92
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.85 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.90 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.93 mean_vt_4quad=    9.11
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.06 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.17 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.13 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.15 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.14 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.13 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.14 mean_vt_4quad=    9.40
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.19 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.26 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.32 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.25 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.30 mean_vt_4quad=    9.62
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.24 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   14.66 mean_vt_4quad=    9.62
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   14.64 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   14.71 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   14.79 mean_vt_4quad=    9.60
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   14.92 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   15.05 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   15.38 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   15.66 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   15.85 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.03 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   16.13 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   16.26 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   16.21 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   16.06 mean_vt_4quad=   10.34
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   16.19 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   16.54 mean_vt_4quad=   10.54
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   16.45 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   15.92 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   14.75 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   14.69 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.91 mean_vt_4quad=   11.34
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   15.40 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   16.21 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   17.03 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   17.70 mean_vt_4quad=   12.32
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   12.32 .... 0.5*v_holland=    6.95
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   12.57 .... 0.5*v_holland=    6.95
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   12.81 .... 0.5*v_holland=    6.95
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   13.02 .... 0.5*v_holland=    6.95
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   13.22 .... 0.5*v_holland=    6.95
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    159.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   85.7964000000000     
 vradius(iwindix,iquad) =          86
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   17.70 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   18.24 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   18.82 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   19.13 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   19.30 mean_vt_4quad=   13.22
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   19.27 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   19.37 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   19.74 mean_vt_4quad=   13.70
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   19.71 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   19.73 mean_vt_4quad=   14.01
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   19.88 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   20.22 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.82 mean_vt_4quad=   14.57
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   21.43 mean_vt_4quad=   14.76
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   21.98 mean_vt_4quad=   14.94
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.28 mean_vt_4quad=   15.10
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   22.37 mean_vt_4quad=   15.24
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   22.45 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   22.57 mean_vt_4quad=   15.52
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   22.77 mean_vt_4quad=   15.68
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   22.73 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   22.45 mean_vt_4quad=   16.02
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   21.91 mean_vt_4quad=   16.19
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   22.27 mean_vt_4quad=   16.36
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   22.86 mean_vt_4quad=   16.55
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   23.48 mean_vt_4quad=   16.78
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   24.17 mean_vt_4quad=   17.05
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   24.90 mean_vt_4quad=   17.33
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   25.51 mean_vt_4quad=   17.65
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   25.93 mean_vt_4quad=   18.00
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
  --- vmaxwind of    30.9934977051639       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    8.95 mean_vt_4quad=    7.12
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    9.02 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.11 mean_vt_4quad=    7.20
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    9.22 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    9.35 mean_vt_4quad=    7.29
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    9.49 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    9.62 mean_vt_4quad=    7.37
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    9.75 mean_vt_4quad=    7.42
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    9.87 mean_vt_4quad=    7.46
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    9.99 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.13 mean_vt_4quad=    7.56
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.26 mean_vt_4quad=    7.61
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.39 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.50 mean_vt_4quad=    7.74
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.60 mean_vt_4quad=    7.81
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   10.69 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   10.77 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.84 mean_vt_4quad=    8.04
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.89 mean_vt_4quad=    8.13
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   10.94 mean_vt_4quad=    8.21
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   10.99 mean_vt_4quad=    8.30
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.02 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.04 mean_vt_4quad=    8.45
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.09 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.14 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.23 mean_vt_4quad=    8.66
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.27 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.29 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.31 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.32 mean_vt_4quad=    8.92
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.26 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.18 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.11 mean_vt_4quad=    9.11
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   11.06 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   11.05 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   11.08 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   11.14 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.22 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   11.30 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   11.36 mean_vt_4quad=    9.40
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   11.38 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   11.36 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   11.31 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   11.23 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   11.25 mean_vt_4quad=    9.62
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   11.36 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   11.46 mean_vt_4quad=    9.62
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   11.55 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   11.62 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   11.76 mean_vt_4quad=    9.60
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   11.86 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   11.91 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   11.89 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   11.93 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   12.05 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   12.17 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   12.32 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   12.49 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   12.69 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   12.85 mean_vt_4quad=   10.34
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   12.96 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   12.91 mean_vt_4quad=   10.54
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   12.69 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   12.66 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   12.70 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   12.82 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   12.93 mean_vt_4quad=   11.34
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.07 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.14 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   13.26 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   13.30 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   13.32 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   13.39 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   13.50 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   13.67 mean_vt_4quad=   13.22
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   13.86 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.06 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   14.22 mean_vt_4quad=   13.70
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   14.42 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   14.63 mean_vt_4quad=   14.01
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   14.79 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   14.93 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   15.12 mean_vt_4quad=   14.57
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   15.35 mean_vt_4quad=   14.76
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   15.59 mean_vt_4quad=   14.94
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   15.85 mean_vt_4quad=   15.10
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   16.13 mean_vt_4quad=   15.24
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   16.17 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   16.23 mean_vt_4quad=   15.52
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   16.36 mean_vt_4quad=   15.68
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   16.55 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   16.78 mean_vt_4quad=   16.02
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   17.10 mean_vt_4quad=   16.19
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   17.37 mean_vt_4quad=   16.36
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   17.59 mean_vt_4quad=   16.55
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   16.55 .... 0.5*v_holland=   11.56
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   16.78 .... 0.5*v_holland=   11.56
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   17.05 .... 0.5*v_holland=   11.56
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   17.33 .... 0.5*v_holland=   11.56
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   17.65 .... 0.5*v_holland=   11.56
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   17.59 mean_vt_4quad=   16.55
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   17.60 mean_vt_4quad=   16.78
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   17.92 mean_vt_4quad=   17.05
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   18.42 mean_vt_4quad=   17.33
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   18.94 mean_vt_4quad=   17.65
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   19.47 mean_vt_4quad=   18.00
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   20.03 mean_vt_4quad=   18.37
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   20.73 mean_vt_4quad=   18.74
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   20.78 mean_vt_4quad=   19.07
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   20.22 mean_vt_4quad=   19.43
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   18.58 mean_vt_4quad=   19.88
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   17.44 mean_vt_4quad=   20.43
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   17.46 mean_vt_4quad=   20.99
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   17.76 mean_vt_4quad=   21.44
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   18.18 mean_vt_4quad=   21.69
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   19.09 mean_vt_4quad=   21.75
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   20.00 mean_vt_4quad=   21.71
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   20.74 mean_vt_4quad=   21.64
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   21.32 mean_vt_4quad=   21.61
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   21.50 mean_vt_4quad=   21.44
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   21.25 mean_vt_4quad=   20.92
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   20.72 mean_vt_4quad=   19.82
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   19.75 mean_vt_4quad=   18.12
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   18.55 mean_vt_4quad=   16.08
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   17.26 mean_vt_4quad=   13.96
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   15.92 mean_vt_4quad=   11.82
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   14.04 mean_vt_4quad=    9.46
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   11.76 mean_vt_4quad=    6.69
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    8.90 mean_vt_4quad=    3.49
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   10.00 mean_vt_4quad=    7.12
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   10.20 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   10.35 mean_vt_4quad=    7.20
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   10.63 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   10.91 mean_vt_4quad=    7.29
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   10.79 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.72 mean_vt_4quad=    7.37
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.71 mean_vt_4quad=    7.42
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.64 mean_vt_4quad=    7.46
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.60 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.59 mean_vt_4quad=    7.56
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   10.54 mean_vt_4quad=    7.61
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   10.70 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   10.83 mean_vt_4quad=    7.74
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   10.87 mean_vt_4quad=    7.81
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   10.69 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   10.58 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   10.75 mean_vt_4quad=    8.04
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.91 mean_vt_4quad=    8.13
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.01 mean_vt_4quad=    8.21
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.09 mean_vt_4quad=    8.30
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.07 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.99 mean_vt_4quad=    8.45
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   11.02 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   11.04 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   11.11 mean_vt_4quad=    8.66
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   11.22 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   11.33 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   11.44 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   11.54 mean_vt_4quad=    8.92
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   11.65 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.70 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.78 mean_vt_4quad=    9.11
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.92 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   12.13 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   12.39 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   12.32 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   12.48 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   12.60 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   12.69 mean_vt_4quad=    9.40
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.79 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.88 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.89 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   13.02 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   13.12 mean_vt_4quad=    9.62
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   13.21 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   13.21 mean_vt_4quad=    9.62
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.18 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.10 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.98 mean_vt_4quad=    9.60
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.92 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.88 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.14 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.65 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.94 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.98 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.04 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.83 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.71 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.67 mean_vt_4quad=   10.34
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.91 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.11 mean_vt_4quad=   10.54
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.23 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.29 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.35 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.49 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   14.69 mean_vt_4quad=   11.34
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   14.91 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.07 mean_vt_4quad=   11.84
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   15.26 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   15.31 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   15.31 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   15.26 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   15.80 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   16.45 mean_vt_4quad=   13.22
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.01 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   17.36 mean_vt_4quad=   13.55
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.54 mean_vt_4quad=   13.70
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   13.70 .... 0.5*v_holland=    7.90
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   13.85 .... 0.5*v_holland=    7.90
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   14.01 .... 0.5*v_holland=    7.90
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.17 .... 0.5*v_holland=    7.90
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   14.36 .... 0.5*v_holland=    7.90
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    138.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   74.4648000000000     
 vradius(iwindix,iquad) =          74
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.54 mean_vt_4quad=   13.70
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.81 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   18.02 mean_vt_4quad=   14.01
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   18.06 mean_vt_4quad=   14.17
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.07 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.13 mean_vt_4quad=   14.57
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   18.20 mean_vt_4quad=   14.76
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   18.24 mean_vt_4quad=   14.94
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   18.33 mean_vt_4quad=   15.10
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.44 mean_vt_4quad=   15.24
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.52 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   18.53 mean_vt_4quad=   15.52
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   18.52 mean_vt_4quad=   15.68
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   18.55 mean_vt_4quad=   15.85
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   18.59 mean_vt_4quad=   16.02
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   18.75 mean_vt_4quad=   16.19
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   18.98 mean_vt_4quad=   16.36
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   19.30 mean_vt_4quad=   16.55
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   19.71 mean_vt_4quad=   16.78
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   20.15 mean_vt_4quad=   17.05
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   20.61 mean_vt_4quad=   17.33
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   21.13 mean_vt_4quad=   17.65
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   21.66 mean_vt_4quad=   18.00
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   22.19 mean_vt_4quad=   18.37
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   22.63 mean_vt_4quad=   18.74
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   23.03 mean_vt_4quad=   19.07
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   23.39 mean_vt_4quad=   19.43
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   23.70 mean_vt_4quad=   19.88
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   23.93 mean_vt_4quad=   20.43
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   24.10 mean_vt_4quad=   20.99
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   24.18 mean_vt_4quad=   21.44
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   24.32 mean_vt_4quad=   21.69
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   24.51 mean_vt_4quad=   21.75
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   24.72 mean_vt_4quad=   21.71
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   24.62 mean_vt_4quad=   21.64
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   24.20 mean_vt_4quad=   21.61
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   22.97 mean_vt_4quad=   21.44
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   21.24 mean_vt_4quad=   20.92
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   19.10 mean_vt_4quad=   19.82
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   16.32 mean_vt_4quad=   18.12
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   13.53 mean_vt_4quad=   16.08
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   11.01 mean_vt_4quad=   13.96
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    8.91 mean_vt_4quad=   11.82
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    7.10 mean_vt_4quad=    9.46
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    5.60 mean_vt_4quad=    6.69
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    4.90 mean_vt_4quad=    3.49
  
 TIMING: after call  getradii, fhr=    24 igrct=  1   22:19:10
 TIMING: after getrad_iter_loop, fhr=    24 igrct=  2 Vmax (m/s)=   30.993   22:19:10
 TIMING: Before get_phase ... 22:19:10
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           24 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   349.045
  
  
  In get_cps_paramb, lead time=           24 :           0   10L  IDALIA   
   right_ct=          870   left_ct=          868
   zthicksum(1)=    2962331.04862500     
   zthicksum(2)=    2961527.60375000     
   zthick_right_mean=    3404.97821681035     
   zthick_left_mean=     3411.89816100231     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -6.91994419195862     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           22.88
  Sum of y-diffs squared (ydiff2) =         1565.42
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   214.94   6.7452       20.46   0.1661    -1.94     3.76      418.56
    2   207.65   6.6846       13.16   0.1055    -1.06     1.12      173.26
    3   202.69   6.6201        8.20   0.0409     2.68     7.20       67.28
    4   193.17   6.5511       -1.32  -0.0281     2.47     6.09        1.74
    5   180.72   6.4770      -13.77  -0.1022     0.01     0.00      189.48
    6   167.74   6.3969      -26.74  -0.1822    -2.17     4.70      715.10
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   194.485     x:    6.58
  
  slope=    134.860         y-intercept =   -692.781
  Regression equation:   Y =  -692.78 +   134.86X
  
  R2(r_squared) =  0.9854        r =  0.9927
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1024.38 zmin=  802.67 zdiff=  221.71
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1520.18 zmin= 1305.23 zdiff=  214.94
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.77 dlnp=     -0.057158  dzdlnp=      118.408
  
   +++ k=  3 press=    800.0 zmax= 2040.68 zmin= 1833.03 zdiff=  207.65
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.30 dlnp=     -0.060625  dzdlnp=      120.347
  
   +++ k=  4 press=    750.0 zmax= 2588.36 zmin= 2385.67 zdiff=  202.69
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -4.96 dlnp=     -0.064539  dzdlnp=       76.853
  
   +++ k=  5 press=    700.0 zmax= 3165.48 zmin= 2972.31 zdiff=  193.17
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -9.52 dlnp=     -0.068993  dzdlnp=      137.985
  
   +++ k=  6 press=    650.0 zmax= 3777.10 zmin= 3596.38 zdiff=  180.72
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -12.45 dlnp=     -0.074108  dzdlnp=      167.971
  
   +++ k=  7 press=    600.0 zmax= 4430.80 zmin= 4263.05 zdiff=  167.74
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -12.98 dlnp=     -0.080043  dzdlnp=      162.113
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           54.38
  Sum of y-diffs squared (ydiff2) =         3550.62
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   153.46   6.3099       35.91   0.2788     3.34    11.17     1289.19
    2   140.05   6.2146       22.49   0.1834     1.06     1.12      505.77
    3   123.76   6.1092        6.20   0.0781    -2.92     8.53       38.46
    4   108.35   5.9915       -9.21  -0.0397    -4.57    20.88       84.76
    5    96.88   5.8579      -20.68  -0.1732    -0.44     0.20      427.61
    6    82.85   5.7038      -34.71  -0.3274     3.53    12.47     1204.83
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   117.559     x:    6.03
  
  slope=    116.815         y-intercept =   -586.969
  Regression equation:   Y =  -586.97 +   116.81X
  
  R2(r_squared) =  0.9847        r =  0.9923
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           24 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4430.80 zmin= 4263.05 zdiff=  167.74
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5130.80 zmin= 4977.33 zdiff=  153.46
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -14.28 dlnp=     -0.087011  dzdlnp=      164.116
  
   +++ k=  9 press=    500.0 zmax= 5886.64 zmin= 5746.59 zdiff=  140.05
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -13.42 dlnp=     -0.095310  dzdlnp=      140.761
  
   +++ k= 10 press=    450.0 zmax= 6706.33 zmin= 6582.57 zdiff=  123.76
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -16.29 dlnp=     -0.105361  dzdlnp=      154.593
  
   +++ k= 11 press=    400.0 zmax= 7608.03 zmin= 7499.67 zdiff=  108.35
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -15.41 dlnp=     -0.117783  dzdlnp=      130.817
  
   +++ k= 12 press=    350.0 zmax= 8610.43 zmin= 8513.55 zdiff=   96.88
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -11.47 dlnp=     -0.133531  dzdlnp=       85.912
  
   +++ k= 13 press=    300.0 zmax= 9734.71 zmin= 9651.86 zdiff=   82.85
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -14.03 dlnp=     -0.154151  dzdlnp=       91.028
  
cps_stats: 10L   lead time=  24: 0   paramb=    -6.92  vtl=    134.86  vtu=    116.81
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   24:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.661 (0-360) guesslon=  274.661E  (  85.339W)   guesslat=   23.662
 ilonfix=          737  jlatfix=         1054  npts=           33
 ibeg=          665  jbeg=          986  imax=         2738
 iend=          809  jend=         1122  jmax=         2041
 TIMING: find_maxmin 1  22:19:10
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  274.541E  (0-360) ctlon=  274.541E  (  85.459W)  ctlat=   22.342 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:19:10
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.541E   (0-360) guesslon=  274.541E  (  85.459W)   guesslat=   22.342
 ilonfix=          734  jlatfix=         1087  npts=           16
 ibeg=          686  jbeg=         1043  imax=         2738
 iend=          782  jend=         1131  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.321E  (0-360) ctlon=  274.321  (  85.679W)  ctlat=   22.022 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    24:00  mean_lon:  274.32E (  85.68W)    (0-360) mean_lon=  274.32E  mean_lat:   22.02  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    24:00  ifix:   704   jfix:  1083  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          704  jx=         1083
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         298 ,        1489 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         297 ,        1490 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    24:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:19:10
 TIMING: Before shear ... 22:19:10
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            5
  clon(ist,ifh,3)=    274.653419748716     
  clat(ist,ifh,3)=    23.6121887466959     
  fixlon(ist,ifh)=    274.661158018503     
  fixlat(ist,ifh)=    23.6621808307123     
  xcenlon=    274.653419748716     
  xcenlat=    23.6121887466959     
  
 xxshear
 In get_shear A, xcenlon=    274.653419748716       xcenlat= 
   23.6121887466959     
   In get_shear B, (0-360) xcenlon=    274.653419748716     
  
At start of get_shear:  10L   fhr=   24:00   Mean fix position=   274.66E  ( 85.34W)    23.66  (0-360) mean lon fix=  274.66
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   24.04 vr_mean(idist,ilev)=   -1.30
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   22.96 vr_mean(idist,ilev)=    0.76
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   20.55 vr_mean(idist,ilev)=   -1.06
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   18.57 vr_mean(idist,ilev)=   -0.39
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   18.38 vr_mean(idist,ilev)=   -0.47
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.03 vr_mean(idist,ilev)=   -0.82
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   15.90 vr_mean(idist,ilev)=   -0.09
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   14.84 vr_mean(idist,ilev)=    0.20
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.10 vr_mean(idist,ilev)=    0.60
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.44 vr_mean(idist,ilev)=    0.24
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.59 vr_mean(idist,ilev)=    0.23
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.11 vr_mean(idist,ilev)=    0.01
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.69 vr_mean(idist,ilev)=    0.04
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.69 vr_mean(idist,ilev)=   -0.19
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.86 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.20 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.67 vr_mean(idist,ilev)=   -0.47
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.06 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.54 vr_mean(idist,ilev)=   -0.52
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.86 vr_mean(idist,ilev)=   12.86
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -19.29 vr_mean(idist,ilev)=   19.29
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -25.72 vr_mean(idist,ilev)=   25.72
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -32.16 vr_mean(idist,ilev)=   32.16
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -38.59 vr_mean(idist,ilev)=   38.59
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -45.03 vr_mean(idist,ilev)=   45.03
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -51.47 vr_mean(idist,ilev)=   51.47
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -57.91 vr_mean(idist,ilev)=   57.91
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -64.36 vr_mean(idist,ilev)=   64.36
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -70.81 vr_mean(idist,ilev)=   70.81
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -77.26 vr_mean(idist,ilev)=   77.26
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -83.72 vr_mean(idist,ilev)=   83.72
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -90.18 vr_mean(idist,ilev)=   90.18
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -96.65 vr_mean(idist,ilev)=   96.65
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -103.13 vr_mean(idist,ilev)=  103.13
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -109.61 vr_mean(idist,ilev)=  109.61
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -116.09 vr_mean(idist,ilev)=  116.09
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -122.59 vr_mean(idist,ilev)=  122.59
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -129.09 vr_mean(idist,ilev)=  129.09
  
 At end of get_shear: 
     ist=    4 ifh=    5 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:19:10
  
 After call to fixcenter, fix positions at 
 forecast hour=   24:00 follow:
  
fixpos  10L   fhr=   24:00   Fix position=   274.66E  ( 85.34W)    23.66   Max Wind=  60 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.895624829600     
 xxxx get_next_ges, curr fix lon=    274.661158018503     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.661158018503        fixlat=    23.6621808307123     
        (0-360) fixlon=    274.661158018503     
      ilonfix=          737   jlatfix=         1054
      ibeg=          264   iend=         1210
      jbeg=          602   jend=         1506
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   8.191885493077694E-002  vavg=    5.82832455673132     
      ubar=   2.047971373269424E-002  vbar=    1.45708113918283     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.572011899899421       vavg=    5.68027897430738     
      ubar=   0.306485663682405       vbar=    4.29722062633652     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    2.17177873607684       vavg=    3.87789314448228     
      ubar=   0.849430347701615       vbar=    5.26669391245709     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.849430347701615       vbar=    5.26669391245709     
      wgttot=    1.00000000000000     
      fixlon=    274.661158018503        fixlat=    23.6621808307123     
      barnlon=    274.842023273617       barnlat=    24.6852546273439     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.912308056884625     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.842023273617     
     Raw (no conversion for GM wrap) extraplon=    274.424693350930     
  
 --- barnlon=    274.84E  (  85.16W)    barnlat=     24.69
 --- extraplon=  274.42E  (  85.58W)    extraplat=   24.77
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   23.66
 | Current fix lon is   85.34W   ( 274.66E)
 | Current fix lon (raw, unadjusted)=  274.66E
 | Updated guess lat for next fcst hour is   24.73
 | Updated guess lon (0-360) for next fcst hour is   85.37W   ( 274.63E)
 | Raw updated guess lon for next fcst hour is  274.63E)
 -------------------------------------------------
  
 iocheck, dist=    118.594111230704        distm=    118594.111230704     
 iocheck, stmspd=    5.49046811253258        istmspd=          107
 iocheck, xincr=  -2.779970622924566E-002   yincr=    1.06624028802856     
 iocheck, stmdir=    358.506485749102        istmdir=          359
 +++ RPT_STORM_MOTION: istmspd=   107 kts(*10)    istmdir=   359 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   5
     Fix location for this time:   274.66E  ( 85.34W)    23.66
     Fix lon (raw) for this time:  274.66E
     ilonfix=  737  jlatfix= 1054
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.661158018503       xcenlat=    23.6621808307123     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.661158018503       xcenlat=    23.6621808307123     
  ilonfix=          737  jlatfix=         1054
  ibeg=          616  iend=          858
  jbeg=          938  jend=         1170  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.661158018503        xcenlat=    23.6621808307123     
      ilonfix=          737   jlatfix=         1054
      ibeg=          616   iend=          858
      jbeg=          938   jend=         1170
 After call to barnes, xsmoothval=   2.723726500118992E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.723726500118992E-004
      xcenlon=    274.661158018503        xcenlat=    23.6621808307123     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000272  imeanzeta (*1e6)=      272
   --- mean zeta raw =   2.723726500118992E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002375  igrid zeta (*1e6)=     2375 ifilret=   0
   --- grid zeta raw=   2.374517346684791E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.661158018503       xcenlat=    23.6621808307123     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.661158018503       xcenlat=    23.6621808307123     
  ilonfix=          737  jlatfix=         1054
  ibeg=          616  iend=          858
  jbeg=          938  jend=         1170  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.661158018503        xcenlat=    23.6621808307123     
      ilonfix=          737   jlatfix=         1054
      ibeg=          616   iend=          858
      jbeg=          938   jend=         1170
 After call to barnes, xsmoothval=   2.495579811817938E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.495579811817938E-004
      xcenlon=    274.661158018503        xcenlat=    23.6621808307123     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000250  imeanzeta (*1e6)=      250
   --- mean zeta raw =   2.495579811817938E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002395  igrid zeta (*1e6)=     2395 ifilret=   0
   --- grid zeta raw=   2.395330866970628E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           24
  
 segx, outlon=    274.661158018503       outlat=    23.6621808307123     
   ist=            4  ifcsthour=           24
   vmaxwind=    30.9934977051639       xminmslp=    98500.6000000000     
   vradius=           84          34           0          86          39
           0          47           0           0          74           0
           0
   maxstorm=            6
   plastbar=    100500.600000000       rlastbar=    90.7199050346497     
   rmax=    21.4002978923765     
   cps_vals=   -6.91994419195862        134.860340522281     
   116.814694814477     
   wcore_flag= n
   istmspd=          107  istmdir=          359
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    45.0000000000000     
   axisymet_rmw_val=     22.8286235700894     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   90.7199050346497       irlastbar=          91
 output: plastbar=   100500.600000000       iplastbar=        1005
 rmax=    21.4002978923765        irmax=           21
 TXX top of atcfunix_ext, ist=            4  ifh=           24
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   90.7199050346497       irlastbar=          91
 output: plastbar=   100500.600000000       iplastbar=        1005
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           24
 intlat=          237
 clatns= N
 intlon=          853
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           60
 int(xminmslp/mslp_outp_adj + 0.5)=          985
 XX,  34, NEQ
 vradius(1,1)=           84
 vradius(1,2)=           86
 vradius(1,3)=           47
 vradius(1,4)=           74
 iplastbar=         1005
 irlastbar=           91
 irmax=           21
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          359
 istmspd=          107
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -69
 icps_vals(2)=         1349
 icps_vals(3)=         1168
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           24
 irmw_val=           44
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          272
 igridzeta(1)=         2375
 imeanzeta(2)=          250
 igridzeta(2)=         2395
  
 rmax=    21.4002978923765        irmax=           21
 +++ Top of output_atcf_parms, ist=            4  ifh=           24
  
 xxxx get_next_ges, prev fix lon=    274.895624829600     
 xxxx get_next_ges, curr fix lon=    274.661158018503     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.661158018503        fixlat=    23.6621808307123     
        (0-360) fixlon=    274.661158018503     
      ilonfix=          737   jlatfix=         1054
      ibeg=          264   iend=         1210
      jbeg=          602   jend=         1506
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   8.191885493077694E-002  vavg=    5.82832455673132     
      ubar=   2.047971373269424E-002  vbar=    1.45708113918283     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.572011899899421       vavg=    5.68027897430738     
      ubar=   0.306485663682405       vbar=    4.29722062633652     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    2.17177873607684       vavg=    3.87789314448228     
      ubar=   0.849430347701615       vbar=    5.26669391245709     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.849430347701615       vbar=    5.26669391245709     
      wgttot=    1.00000000000000     
      fixlon=    274.661158018503        fixlat=    23.6621808307123     
      barnlon=    274.842023273617       barnlat=    24.6852546273439     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.912308056884625     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.842023273617     
     Raw (no conversion for GM wrap) extraplon=    274.424693350930     
  
 --- barnlon=    274.84E  (  85.16W)    barnlat=     24.69
 --- extraplon=  274.42E  (  85.58W)    extraplat=   24.77
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    24.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   23.66
 | Current fix lon is   85.34W   ( 274.66E)
 | Current fix lon (raw, unadjusted)=  274.66E
 | Updated guess lat for next fcst hour is   24.73
 | Updated guess lon (0-360) for next fcst hour is   85.37W   ( 274.63E)
 | Raw updated guess lon for next fcst hour is  274.63E)
 -------------------------------------------------
  
 iocheck, dist=    118.594111230704        distm=    118594.111230704     
 iocheck, stmspd=    5.49046811253258        istmspd=          107
 iocheck, xincr=  -2.779970622924566E-002   yincr=    1.06624028802856     
 iocheck, stmdir=    358.506485749102        istmdir=          359
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 24
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 24 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          205  = igcret =            0
 baclose return code for unit          605  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   30:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f01800                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f01800.ix                                                                                    
hafs.trak.storm.2023082812.f01800: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: cannot stat: 2
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: Not ready yet.  Size=98687721, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: Not ready yet.  Size=98687721, age=8, min size=500, min age=10
hafs.trak.storm.2023082812.f01800: sleep 5
hafs.trak.storm.2023082812.f01800: ready.
hafs.trak.storm.2023082812.f01800.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f01800.ix: ready.
 in open_grib_files in multi else part....
   lugb=          206   lugi=          606
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01800                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01800.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f01800...  gopen_i_file= ...hafs.trak.storm.2023082812.f01800.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f01800                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f01800.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          206  is CLOSED
 TEST open_grib_files, unit lugi=          606  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f01800                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f01800.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          206  is CLOSED
 TEST b4 getgridinfo, unit lugi=          606  is CLOSED
 before getgb2 call, lugb=          206  lugi=          606
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   30   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    30h ... 22:19:56
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:56
 TIMING: after getgb2-122:19:56
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   30   5588258   0.000       0.000     -0.2835E-02  0.5425E-02
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:56
 TIMING: after getgb2-122:19:56
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   30   5588258   0.000       0.000     -0.3368E-02  0.4280E-02
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:56
 TIMING: after getgb2-122:19:56
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   30   5588258   0.000       0.000      -62.90       45.20    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:56
 TIMING: after getgb2-122:19:56
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   30   5588258   0.000       0.000      -56.00       59.30    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:56
 TIMING: after getgb2-122:19:57
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   30   5588258   0.000       0.000      -61.50       49.50    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:57
 TIMING: after getgb2-122:19:57
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   30   5588258   0.000       0.000      -43.69       55.93    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:57
 TIMING: after getgb2-122:19:57
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   30   5588258   0.000       0.000       1043.       1608.    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:57
 TIMING: after getgb2-122:19:57
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   30   5588258   0.000       0.000       2718.       3244.    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:57
 TIMING: after getgb2-122:19:57
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   30   5588258   0.000       0.000      0.9569E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:57
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   30   5588258   0.000       0.000      -47.74       35.68    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   30   5588258   0.000       0.000      -47.25       44.27    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   30   5588258   0.000       0.000      -42.55       48.20    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   30   5588258   0.000       0.000      -42.80       49.78    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           30  hours
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   30   5588258   0.000       0.000       5413.       5981.    
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           30  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   30   5588258   0.000       0.000      0.1164E+05  0.1255E+05
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           30  hours
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           30  hours
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           30  hours
 TEST b4 getgb2 getdata, unit lugb=          206  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          606  is CLOSED

 TIMING: before getgb2-122:19:58
 TIMING: after getgb2-122:19:58
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           30  hours

 TIMING: before getgb2-phase22:19:58
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   30   5588258   0.000       0.000       542.2       1122.    

 TIMING: before getgb2-phase22:19:59
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   30   5588258   0.000       0.000       1043.       1608.    

 TIMING: before getgb2-phase22:19:59
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   30   5588258   0.000       0.000       1570.       2124.    

 TIMING: before getgb2-phase22:19:59
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   30   5588258   0.000       0.000       2127.       2668.    

 TIMING: before getgb2-phase22:19:59
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   30   5588258   0.000       0.000       2718.       3244.    

 TIMING: before getgb2-phase22:19:59
 TIMING: after getgb2-222:19:59
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   30   5588258   0.000       0.000       3348.       3865.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   30   5588258   0.000       0.000       4021.       4523.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   30   5588258   0.000       0.000       4717.       5223.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   30   5588258   0.000       0.000       5413.       5981.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   30   5588258   0.000       0.000       6167.       6805.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   30   5588258   0.000       0.000       6989.       7702.    

 TIMING: before getgb2-phase22:20:00
 TIMING: after getgb2-222:20:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   30   5588258   0.000       0.000       7897.       8690.    

 TIMING: before getgb2-phase22:20:01
 TIMING: after getgb2-222:20:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           30 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   30   5588258   0.000       0.000       8925.       9798.    
 TIMING: after getdata ... 22:20:01
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   30:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.256383266480288E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.226E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.972E  (0-360) ctlon=  299.972  (  60.028W)  ctlat=   23.308 fmax (x10e5) =        0.309E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   3.393191073450836E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.339E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.972E  (0-360) ctlon=  299.972  (  60.028W)  ctlat=   23.308 fmax (x10e5) =        0.246E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.154E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.072E  (0-360) ctlon=  300.072  (  59.928W)  ctlat=   23.208 fmax =       -0.100E+16 fmin =        0.154E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.318E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.072E  (0-360) ctlon=  300.072  (  59.928W)  ctlat=   23.208 fmax =       -0.100E+16 fmin =        0.318E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.972E  (0-360) ctlon=  299.972  (  60.028W)  ctlat=   23.208 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.612 (0-360) guesslon=  299.612E  (  60.388W)   guesslat=   23.248
 ilonfix=         1361  jlatfix=         1064  npts=           33
 ibeg=         1289  jbeg=          996  imax=         2738
 iend=         1433  jend=         1132  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.006987467235243E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.892E  (0-360) ctlon=  299.892E  (  60.108W)  ctlat=   23.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.201E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.892E   (0-360) guesslon=  299.892E  (  60.108W)   guesslat=   23.128
 ilonfix=         1368  jlatfix=         1067  npts=           16
 ibeg=         1320  jbeg=         1023  imax=         2738
 iend=         1416  jend=         1111  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.972E  (0-360) ctlon=  299.972  (  60.028W)  ctlat=   23.208 fmax (x10e5) =        0.258E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.924868965414        uvgeslat=    23.2516590860222     
    (0-360 uvgeslon)=    299.924868965414     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:01
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.924868965414        uvgeslat=    23.2516590860222     
    (0-360 uvgeslon)=    299.924868965414     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.924868965414     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.605E  (0-360E lon):  299.605E    60.395W  ctlat=   23.252  xmax_circul_disk =      45806352.5
 TIMING: get_wind_circ kloop, k=  1   22:20:01
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.605E  (0-360E)=  299.605E  (  60.395W)   guesslat=   23.252
 ilonfix=         1360  jlatfix=         1064  npts=           56
 ibeg=         1292  jbeg=         1000  imax=         2738
 iend=         1428  jend=         1128  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    46377530.3804425     
 nhalf get_wind_circ, k=  1 ctlon=  299.505E  (0-360E)=  299.505E  ctlon=   60.495W   ctlat=   23.392 Wind Circulation (NHEM: Max) =      46377530.4
 TIMING: After GWC 850 ... 22:20:01
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:01
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.924868965414        uvgeslat=    23.2516590860222     
    (0-360 uvgeslon)=    299.924868965414     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.924868965414     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.925E  (0-360E lon):  299.925E    60.075W  ctlat=   23.252  xmax_circul_disk =      45869007.9
 TIMING: get_wind_circ kloop, k=  1   22:20:01
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.925E  (0-360E)=  299.925E  (  60.075W)   guesslat=   23.252
 ilonfix=         1368  jlatfix=         1064  npts=           56
 ibeg=         1300  jbeg=         1000  imax=         2738
 iend=         1436  jend=         1128  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    46753174.2600638     
 nhalf get_wind_circ, k=  1 ctlon=  299.885E  (0-360E)=  299.885E  ctlon=   60.115W   ctlat=   23.392 Wind Circulation (NHEM: Max) =      46753174.3
 TIMING: After GWC 700 ... 22:20:01
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:01
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.924868965414        uvgeslat=    23.2516590860222     
    (0-360 uvgeslon)=    299.924868965414     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.924868965414     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.285E  (0-360E lon):  299.285E    60.715W  ctlat=   23.572  xmax_circul_disk =      31347609.3
 TIMING: get_wind_circ kloop, k=  1   22:20:01
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.285E  (0-360E)=  299.285E  (  60.715W)   guesslat=   23.572
 ilonfix=         1352  jlatfix=         1056  npts=           56
 ibeg=         1284  jbeg=          992  imax=         2738
 iend=         1420  jend=         1120  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    31727882.4868553     
 nhalf get_wind_circ, k=  1 ctlon=  299.185E  (0-360E)=  299.185E  ctlon=   60.815W   ctlat=   23.472 Wind Circulation (NHEM: Max) =      31727882.5
 TIMING: After GWC Sfc ... 22:20:01
  
 At beg of fixcenter, stderr(ist,ifh-1) =    38.88  xavg_stderr=    31.79
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            6  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    30:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.61E   (0-360) guesslon=  299.61E  ( 60.39W)    23.25
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       299.97       60.03      23.31           30.93       T         37.37
   2    zeta 700    Max       299.97       60.03      23.31           24.63       T         37.37
   3    circ 850    Max       299.50       60.50      23.39           46.38       T         19.37
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       299.88       60.12      23.39           46.75       T         32.10
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.07       59.93      23.21         1538.09       T         47.21
   8     gph 700    Min       300.07       59.93      23.21         3176.18       T         47.21
   9        MSLP    Min       299.97       60.03      23.21       101473.73       T         37.05
  10    circ sfc    Max       299.18       60.82      23.47           31.73       T         50.21
  11    zeta sfc    Max       299.97       60.03      23.21           25.79       T         37.05
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    25.2116290251951       stderr_close= 
   17.5880729607595       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  12.984 devia=   0.738 wtpos=  0.78186     299.97   299.97    60.03    23.31
 ip=  2 kprm=  2 dist_from_mean=  12.984 devia=   0.738 wtpos=  0.78186     299.97   299.97    60.03    23.31
 ip=  3 kprm=  3 dist_from_mean=  36.204 devia=   2.058 wtpos=  0.50351     299.50   299.50    60.50    23.39
 ip=  5 kprm=  4 dist_from_mean=  10.928 devia=   0.621 wtpos=  0.81292     299.88   299.88    60.12    23.39
 ip=  7 kprm=  5 dist_from_mean=  25.348 devia=   1.441 wtpos=  0.61853     300.07   300.07    59.93    23.21
 ip=  8 kprm=  6 dist_from_mean=  25.348 devia=   1.441 wtpos=  0.61853     300.07   300.07    59.93    23.21
 ip=  9 kprm=  7 dist_from_mean=  16.534 devia=   0.940 wtpos=  0.73099     299.97   299.97    60.03    23.21
 ip= 10 kprm=  8 dist_from_mean=  70.039 devia=   3.982 wtpos=  0.26516     299.18   299.18    60.82    23.47
 ip= 11 kprm=  9 dist_from_mean=  16.534 devia=   0.940 wtpos=  0.73099     299.97   299.97    60.03    23.21
  
At end of fixcenter:  00L   fhr=   30:00   Fix position=   299.91E  (0-360) fixlon=  299.91  ( 60.09W)    23.29
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.905193420325     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    299.972140510869     
        (0-360E clon(ist,ifh,9))=    299.972140510869     
      clat(ist,ifh,9)=    23.2080238132949     
      xval(9)=    101473.727991330     
  
  After get_ij B, ibeg jbeg =         1263         927
  After get_ij B, iend jend =         1477        1203
  
 In is_it_a_storm, ilonfix=         1370  jlatfix=         1065
 ibeg jbeg iend jend =         1263         927        1477        1203
 cparm= slp  parmlon parmlat =    299.972140510869        23.2080238132949     
     (0-360E parmlon) =    299.972140510869     
 parmval=    101473.727991330     
  
 i= 1348 j= 1002 glon=  299.13 (0-360E) glon=  299.13 glat=  25.76 dist=   296.43 slp=  101747.39 pgradient=  0.92319
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.92319
 mslp center =    299.972140510869        23.2080238132949     
   101473.727991330     
   (0-360E) lon of mslp center =    299.972140510869     
 pgrad loc   =    299.128653000000        299.128653000000     
   60.8713470000000        25.7610040000000        101747.390000000     
  ttest at location C IF....
      xinp_fixlat=    23.2080238132949     
      xinp_fixlon=    299.972140510869       (0-360E) xinp_fixlon= 
   299.972140510869     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   100810.750000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1371  jfix=         1063
 longitude=    299.972140510869      E   (   60.0278594891312      
 W)  (0-360E) xinp_fixlon=    299.972140510869     
 latitude=    23.2080238132949     
 mean mslp value (xval(9))=    101473.727991330     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1371  jfix=         1063
 longitude=    299.972140510869      E   (   60.0278594891312      
 W)  (0-360E) xinp_fixlon=    299.972140510869     
 latitude=    23.2080238132949     
 mean mslp value (xval(9))=    101473.727991330     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1371  jx=         1063
 *-----------------------------------------------*
  
 fxy(ix,jx)=    100810.750000000       xcentval=    100810.750000000     
 At A, num_found_contours=            0
 At A, contlo=    100810.750000000       conthi=    101210.750000000     
  
 num_found_contours=            0
 contlo=    100810.750000000       conthi=    101210.750000000     
 xcentval=    100810.750000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    101210.750000000       conthi=    101610.750000000     
  
 num_found_contours=            1
 contlo=    101210.750000000       conthi=    101610.750000000     
 xcentval=    100810.750000000     
 At A, num_found_contours=            2
 At A, contlo=    101610.750000000       conthi=    102010.750000000     
  
 num_found_contours=            2
 contlo=    101610.750000000       conthi=    102010.750000000     
 xcentval=    100810.750000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1355 ,        1040 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    100810.750000000     
 !!! (i,j) of central value = (        1371 ,        1063 )
 !!!  
 !!! Flagged value found    =    101597.150000000     
 !!! (i,j) of flagged value = (        1356 ,        1039 )
 !!!   
 !!! Lower bound of contour interval =    101610.750000000     
 !!! Upper bound of contour interval =    102010.750000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1371  jfix=         1063
 longitude=    299.972140510869      E   (   60.0278594891312      W)  
 (0-360E) xinp_fixlon=    299.972140510869     
 latitude=    23.2080238132949     
 mean mslp value (xval(9))=    101473.727991330     
 gridpoint mslp value=    100810.750000000     
 ccflag= y
 prs of last closed isobar =    101610.750000000     
 radius of last closed isobar =    46.8478989657340       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   30:00
 !!! Boundary check xinp_fixlat is   23.21
 !!! Boundary check xinp_fixlon is   60.03W   ( 299.97E)  (0-360E) xinp_fixlon=  299.97
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    299.504879465414     
  850 mb wcirc fix lat=    23.3916555860222     
    (0-360) 850 mb wcirc fix lon=    299.504879465414     
  Multi-parm fix lon=      299.905193420325     
  Multi-parm fix lat=      23.2881031099754     
    (0-360) Multi-parm fix lon=      299.905193420325     
  
  
  After get_ij B, ibeg jbeg =         1268         957
  After get_ij B, iend jend =         1448        1165
  
 In is_it_a_storm, ilonfix=         1358  jlatfix=         1061
 ibeg jbeg iend jend =         1268         957        1448        1165
 cparm= v850  parmlon parmlat =    299.504879465414        23.3916555860222     
     (0-360E parmlon) =    299.504879465414     
 parmval=    46377530.3804425     
  
 i= 1348 j= 1012 glon=  299.13 (0-360E) glon=  299.13 glat=  25.36 u=  -8.5000 v=   1.9000 vr=   3.33435 vt=   8.04625
 i= 1353 j= 1012 glon=  299.33 (0-360E) glon=  299.33 glat=  25.36 u=  -9.6000 v=   3.4000 vr=   4.17153 vt=   9.29077
 i= 1358 j= 1012 glon=  299.53 (0-360E) glon=  299.53 glat=  25.36 u=  -9.9000 v=   4.3000 vr=   4.19052 vt=   9.94683
 i= 1363 j= 1012 glon=  299.73 (0-360E) glon=  299.73 glat=  25.36 u=  -9.4000 v=   4.9000 vr=   3.90246 vt=   9.85600
 i= 1368 j= 1012 glon=  299.93 (0-360E) glon=  299.93 glat=  25.36 u=  -8.9000 v=   6.5000 vr=   4.65948 vt=   9.98745
 i= 1333 j= 1017 glon=  298.53 (0-360E) glon=  298.53 glat=  25.16 u=  -7.1000 v=  -0.4000 vr=   2.84395 vt=   6.51782
 i= 1338 j= 1017 glon=  298.73 (0-360E) glon=  298.73 glat=  25.16 u=  -7.8000 v=   0.0000 vr=   2.90610 vt=   7.23841
 i= 1343 j= 1017 glon=  298.93 (0-360E) glon=  298.93 glat=  25.16 u=  -9.2000 v=   1.2000 vr=   3.77717 vt=   8.47425
 i= 1348 j= 1017 glon=  299.13 (0-360E) glon=  299.13 glat=  25.16 u=  -9.8000 v=   1.8000 vr=   3.63805 vt=   9.27602
 i= 1353 j= 1017 glon=  299.33 (0-360E) glon=  299.33 glat=  25.16 u= -10.0000 v=   2.7000 vr=   3.59615 vt=   9.71379
 i= 1358 j= 1017 glon=  299.53 (0-360E) glon=  299.53 glat=  25.16 u=  -9.8000 v=   3.5000 vr=   3.37936 vt=   9.84225
 i= 1363 j= 1017 glon=  299.73 (0-360E) glon=  299.73 glat=  25.16 u=  -9.4000 v=   4.5000 vr=   3.39004 vt=   9.85483
 i= 1368 j= 1017 glon=  299.93 (0-360E) glon=  299.93 glat=  25.16 u=  -9.3000 v=   5.8000 vr=   3.67526 vt=  10.32582
 i= 1373 j= 1017 glon=  300.13 (0-360E) glon=  300.13 glat=  25.16 u=  -8.6000 v=   8.2000 vr=   5.16400 vt=  10.70202
 i= 1378 j= 1017 glon=  300.33 (0-360E) glon=  300.33 glat=  25.16 u=  -7.8000 v=   8.7000 vr=   4.94616 vt=  10.58610
 i= 1383 j= 1017 glon=  300.53 (0-360E) glon=  300.53 glat=  25.16 u=  -6.9000 v=   8.8000 vr=   4.54640 vt=  10.21667
 i= 1323 j= 1022 glon=  298.13 (0-360E) glon=  298.13 glat=  24.96 u=  -5.5000 v=  -1.5000 vr=   2.27717 vt=   5.22633
 i= 1328 j= 1022 glon=  298.33 (0-360E) glon=  298.33 glat=  24.96 u=  -6.5000 v=  -1.4000 vr=   2.52575 vt=   6.15066
 i= 1333 j= 1022 glon=  298.53 (0-360E) glon=  298.53 glat=  24.96 u=  -7.3000 v=  -1.1000 vr=   2.65801 vt=   6.88731
 i= 1338 j= 1022 glon=  298.73 (0-360E) glon=  298.73 glat=  24.96 u=  -9.1000 v=  -0.2000 vr=   3.57183 vt=   8.37210
 i= 1343 j= 1022 glon=  298.93 (0-360E) glon=  298.93 glat=  24.96 u=  -9.3000 v=   0.1000 vr=   3.05752 vt=   8.78360
 i= 1348 j= 1022 glon=  299.13 (0-360E) glon=  299.13 glat=  24.96 u=  -9.0000 v=   1.5000 vr=   3.39382 vt=   8.46947
 i= 1353 j= 1022 glon=  299.33 (0-360E) glon=  299.33 glat=  24.96 u=  -9.2000 v=   2.5000 vr=   3.42731 vt=   8.89627
 i= 1358 j= 1022 glon=  299.53 (0-360E) glon=  299.53 glat=  24.96 u=  -9.0000 v=   3.1000 vr=   2.97502 vt=   9.04208
 i= 1363 j= 1022 glon=  299.73 (0-360E) glon=  299.73 glat=  24.96 u=  -8.7000 v=   4.2000 vr=   3.03915 vt=   9.17025
 i= 1368 j= 1022 glon=  299.93 (0-360E) glon=  299.93 glat=  24.96 u=  -8.4000 v=   4.4000 vr=   2.25634 vt=   9.21026
 i= 1373 j= 1022 glon=  300.13 (0-360E) glon=  300.13 glat=  24.96 u=  -8.2000 v=   7.2000 vr=   3.96252 vt=  10.16752
 i= 1378 j= 1022 glon=  300.33 (0-360E) glon=  300.33 glat=  24.96 u=  -9.2000 v=  10.3000 vr=   5.29809 vt=  12.75383
 i= 1383 j= 1022 glon=  300.53 (0-360E) glon=  300.53 glat=  24.96 u=  -9.0000 v=  10.9000 vr=   4.74030 vt=  13.31689
 i= 1388 j= 1022 glon=  300.73 (0-360E) glon=  300.73 glat=  24.96 u=  -6.8000 v=  10.1000 vr=   4.26384 vt=  11.40481
 i= 1318 j= 1027 glon=  297.93 (0-360E) glon=  297.93 glat=  24.76 u=  -5.0000 v=  -1.6000 vr=   2.53198 vt=   4.59881
 i= 1323 j= 1027 glon=  298.13 (0-360E) glon=  298.13 glat=  24.76 u=  -5.9000 v=  -2.1000 vr=   2.45548 vt=   5.76113
 i= 1328 j= 1027 glon=  298.33 (0-360E) glon=  298.33 glat=  24.76 u=  -6.9000 v=  -2.1000 vr=   2.61933 vt=   6.72005
 i= 1333 j= 1027 glon=  298.53 (0-360E) glon=  298.53 glat=  24.76 u=  -7.8000 v=  -2.0000 vr=   2.59173 vt=   7.62384
 i= 1338 j= 1027 glon=  298.73 (0-360E) glon=  298.73 glat=  24.76 u=  -8.8000 v=  -1.8000 vr=   2.45781 vt=   8.63940
 i= 1343 j= 1027 glon=  298.93 (0-360E) glon=  298.93 glat=  24.76 u=  -9.3000 v=   0.1000 vr=   3.43729 vt=   8.64205
 i= 1348 j= 1027 glon=  299.13 (0-360E) glon=  299.13 glat=  24.76 u=  -9.3000 v=   0.7000 vr=   2.94750 vt=   8.84829
 i= 1353 j= 1027 glon=  299.33 (0-360E) glon=  299.33 glat=  24.76 u=  -8.6000 v=   1.2000 vr=   2.19797 vt=   8.40053
 i= 1358 j= 1027 glon=  299.53 (0-360E) glon=  299.53 glat=  24.76 u=  -7.7000 v=   3.1000 vr=   2.97731 vt=   7.74827
 i= 1363 j= 1027 glon=  299.73 (0-360E) glon=  299.73 glat=  24.76 u=  -8.0000 v=   4.1000 vr=   2.87137 vt=   8.51852
 i= 1368 j= 1027 glon=  299.93 (0-360E) glon=  299.93 glat=  24.76 u=  -7.9000 v=   3.7000 vr=   1.40635 vt=   8.60942
 i= 1373 j= 1027 glon=  300.13 (0-360E) glon=  300.13 glat=  24.76 u=  -7.1000 v=   6.0000 vr=   2.80403 vt=   8.86270
 i= 1378 j= 1027 glon=  300.33 (0-360E) glon=  300.33 glat=  24.76 u=  -7.6000 v=   8.8000 vr=   4.03898 vt=  10.90352
 i= 1383 j= 1027 glon=  300.53 (0-360E) glon=  300.53 glat=  24.76 u=  -8.5000 v=  10.3000 vr=   3.69228 vt=  12.83382
 i= 1388 j= 1027 glon=  300.73 (0-360E) glon=  300.73 glat=  24.76 u=  -7.5000 v=  11.2000 vr=   3.90898 vt=  12.90000
 i= 1393 j= 1027 glon=  300.93 (0-360E) glon=  300.93 glat=  24.76 u=  -5.8000 v=  10.0000 vr=   3.23189 vt=  11.09932
 i= 1398 j= 1027 glon=  301.13 (0-360E) glon=  301.13 glat=  24.76 u=  -4.8000 v=   9.7000 vr=   3.02613 vt=  10.39098
 i= 1313 j= 1032 glon=  297.73 (0-360E) glon=  297.73 glat=  24.56 u=  -3.8000 v=  -1.6000 vr=   2.15871 vt=   3.51283
 i= 1318 j= 1032 glon=  297.93 (0-360E) glon=  297.93 glat=  24.56 u=  -4.8000 v=  -2.4000 vr=   2.22706 vt=   4.88264
 i= 1323 j= 1032 glon=  298.13 (0-360E) glon=  298.13 glat=  24.56 u=  -5.7000 v=  -2.9000 vr=   2.21366 vt=   5.99998
 i= 1328 j= 1032 glon=  298.33 (0-360E) glon=  298.33 glat=  24.56 u=  -6.8000 v=  -3.0000 vr=   2.40708 vt=   7.03178
 i= 1333 j= 1032 glon=  298.53 (0-360E) glon=  298.53 glat=  24.56 u=  -7.8000 v=  -2.9000 vr=   2.43839 vt=   7.95640
 i= 1338 j= 1032 glon=  298.73 (0-360E) glon=  298.73 glat=  24.56 u=  -7.7000 v=  -2.5000 vr=   1.86621 vt=   7.87764
 i= 1343 j= 1032 glon=  298.93 (0-360E) glon=  298.93 glat=  24.56 u=  -6.2000 v=  -0.7000 vr=   1.91308 vt=   5.93887
 i= 1348 j= 1032 glon=  299.13 (0-360E) glon=  299.13 glat=  24.56 u=  -6.5000 v=  -0.2000 vr=   1.64549 vt=   6.29145
 i= 1353 j= 1032 glon=  299.33 (0-360E) glon=  299.33 glat=  24.56 u=  -7.6000 v=   0.0000 vr=   1.03906 vt=   7.52864
 i= 1358 j= 1032 glon=  299.53 (0-360E) glon=  299.53 glat=  24.56 u=  -8.6000 v=   1.2000 vr=   1.03978 vt=   8.62084
 i= 1363 j= 1032 glon=  299.73 (0-360E) glon=  299.73 glat=  24.56 u=  -9.3000 v=   2.6000 vr=   0.95571 vt=   9.60919
 i= 1368 j= 1032 glon=  299.93 (0-360E) glon=  299.93 glat=  24.56 u=  -7.8000 v=   3.5000 vr=   0.86458 vt=   8.50544
 i= 1373 j= 1032 glon=  300.13 (0-360E) glon=  300.13 glat=  24.56 u=  -6.7000 v=   5.7000 vr=   2.17921 vt=   8.52239
 i= 1378 j= 1032 glon=  300.33 (0-360E) glon=  300.33 glat=  24.56 u=  -7.1000 v=   8.3000 vr=   3.12149 vt=  10.46691
 i= 1383 j= 1032 glon=  300.53 (0-360E) glon=  300.53 glat=  24.56 u=  -7.4000 v=   9.5000 vr=   2.77511 vt=  11.71788
 i= 1388 j= 1032 glon=  300.73 (0-360E) glon=  300.73 glat=  24.56 u=  -6.8000 v=  11.7000 vr=   3.72896 vt=  13.00865
 i= 1393 j= 1032 glon=  300.93 (0-360E) glon=  300.93 glat=  24.56 u=  -6.0000 v=  11.3000 vr=   3.06101 vt=  12.42257
 i= 1398 j= 1032 glon=  301.13 (0-360E) glon=  301.13 glat=  24.56 u=  -5.5000 v=  10.3000 vr=   2.02356 vt=  11.49979
 i= 1313 j= 1037 glon=  297.73 (0-360E) glon=  297.73 glat=  24.36 u=  -3.5000 v=  -2.3000 vr=   1.83843 vt=   3.76300
 i= 1318 j= 1037 glon=  297.93 (0-360E) glon=  297.93 glat=  24.36 u=  -4.0000 v=  -2.8000 vr=   1.76910 vt=   4.55086
 i= 1323 j= 1037 glon=  298.13 (0-360E) glon=  298.13 glat=  24.36 u=  -5.2000 v=  -3.3000 vr=   2.11964 vt=   5.78248
 i= 1328 j= 1037 glon=  298.33 (0-360E) glon=  298.33 glat=  24.36 u=  -6.5000 v=  -4.0000 vr=   2.16542 vt=   7.31853
 i= 1333 j= 1037 glon=  298.53 (0-360E) glon=  298.53 glat=  24.36 u=  -6.8000 v=  -3.7000 vr=   1.89737 vt=   7.50533
 i= 1338 j= 1037 glon=  298.73 (0-360E) glon=  298.73 glat=  24.36 u=  -6.0000 v=  -1.9000 vr=   2.01973 vt=   5.96076
 i= 1343 j= 1037 glon=  298.93 (0-360E) glon=  298.93 glat=  24.36 u=  -5.7000 v=  -1.6000 vr=   1.32215 vt=   5.77078
 i= 1348 j= 1037 glon=  299.13 (0-360E) glon=  299.13 glat=  24.36 u=  -4.8000 v=  -1.4000 vr=   0.28929 vt=   4.99162
 i= 1353 j= 1037 glon=  299.33 (0-360E) glon=  299.33 glat=  24.36 u=  -7.7000 v=   5.9000 vr=   7.08487 vt=   6.62605
 i= 1358 j= 1037 glon=  299.53 (0-360E) glon=  299.53 glat=  24.36 u= -14.3000 v=   3.6000 vr=   3.27803 vt=  14.37722
 i= 1363 j= 1037 glon=  299.73 (0-360E) glon=  299.73 glat=  24.36 u=  -9.2000 v=   4.3000 vr=   2.30345 vt=   9.89061
 i= 1368 j= 1037 glon=  299.93 (0-360E) glon=  299.93 glat=  24.36 u=  -8.8000 v=   4.8000 vr=   1.18344 vt=   9.95387
 i= 1373 j= 1037 glon=  300.13 (0-360E) glon=  300.13 glat=  24.36 u=  -7.8000 v=   6.9000 vr=   1.98034 vt=  10.22391
 i= 1378 j= 1037 glon=  300.33 (0-360E) glon=  300.33 glat=  24.36 u=  -7.2000 v=   8.7000 vr=   2.43619 vt=  11.02701
 i= 1383 j= 1037 glon=  300.53 (0-360E) glon=  300.53 glat=  24.36 u=  -7.0000 v=   9.3000 vr=   1.80661 vt=  11.49896
 i= 1388 j= 1037 glon=  300.73 (0-360E) glon=  300.73 glat=  24.36 u=  -6.8000 v=  10.9000 vr=   1.97007 vt=  12.69523
 i= 1393 j= 1037 glon=  300.93 (0-360E) glon=  300.93 glat=  24.36 u=  -6.1000 v=  12.0000 vr=   2.24084 vt=  13.27361
 i= 1398 j= 1037 glon=  301.13 (0-360E) glon=  301.13 glat=  24.36 u=  -5.5000 v=  11.6000 vr=   1.69986 vt=  12.72480
 i= 1403 j= 1037 glon=  301.33 (0-360E) glon=  301.33 glat=  24.36 u=  -5.0000 v=  10.5000 vr=   0.91680 vt=  11.59351
 i= 1308 j= 1042 glon=  297.53 (0-360E) glon=  297.53 glat=  24.16 u=  -2.1000 v=  -2.4000 vr=   1.00339 vt=   3.02708
 i= 1313 j= 1042 glon=  297.73 (0-360E) glon=  297.73 glat=  24.16 u=  -2.7000 v=  -2.9000 vr=   1.21150 vt=   3.77257
 i= 1318 j= 1042 glon=  297.93 (0-360E) glon=  297.93 glat=  24.16 u=  -3.3000 v=  -3.4000 vr=   1.32413 vt=   4.54936
 i= 1323 j= 1042 glon=  298.13 (0-360E) glon=  298.13 glat=  24.16 u=  -4.2000 v=  -4.0000 vr=   1.51230 vt=   5.59937
 i= 1328 j= 1042 glon=  298.33 (0-360E) glon=  298.33 glat=  24.16 u=  -5.2000 v=  -4.9000 vr=   1.39543 vt=   7.00734
 i= 1333 j= 1042 glon=  298.53 (0-360E) glon=  298.53 glat=  24.16 u=  -5.2000 v=  -4.4000 vr=   1.08031 vt=   6.72554
 i= 1338 j= 1042 glon=  298.73 (0-360E) glon=  298.73 glat=  24.16 u=  -4.8000 v=  -2.8000 vr=   1.20615 vt=   5.42450
 i= 1343 j= 1042 glon=  298.93 (0-360E) glon=  298.93 glat=  24.16 u=  -4.9000 v=  -2.3000 vr=   0.87833 vt=   5.34121
 i= 1348 j= 1042 glon=  299.13 (0-360E) glon=  299.13 glat=  24.16 u=  -4.5000 v=  -1.2000 vr=   0.74575 vt=   4.59716
 i= 1353 j= 1042 glon=  299.33 (0-360E) glon=  299.33 glat=  24.16 u=  -7.5000 v=   4.3000 vr=   5.74918 vt=   6.45654
 i= 1358 j= 1042 glon=  299.53 (0-360E) glon=  299.53 glat=  24.16 u=  -8.7000 v=   3.1000 vr=   2.85259 vt=   8.78423
 i= 1363 j= 1042 glon=  299.73 (0-360E) glon=  299.73 glat=  24.16 u=  -8.6000 v=   3.7000 vr=   1.36009 vt=   9.26284
 i= 1368 j= 1042 glon=  299.93 (0-360E) glon=  299.93 glat=  24.16 u=  -8.8000 v=   6.1000 vr=   1.47865 vt=  10.60489
 i= 1373 j= 1042 glon=  300.13 (0-360E) glon=  300.13 glat=  24.16 u=  -9.1000 v=   8.7000 vr=   1.55144 vt=  12.49372
 i= 1378 j= 1042 glon=  300.33 (0-360E) glon=  300.33 glat=  24.16 u=  -7.7000 v=   9.9000 vr=   1.66478 vt=  12.43095
 i= 1383 j= 1042 glon=  300.53 (0-360E) glon=  300.53 glat=  24.16 u=  -6.9000 v=  10.3000 vr=   1.18259 vt=  12.34105
 i= 1388 j= 1042 glon=  300.73 (0-360E) glon=  300.73 glat=  24.16 u=  -6.3000 v=  11.0000 vr=   1.00925 vt=  12.63612
 i= 1393 j= 1042 glon=  300.93 (0-360E) glon=  300.93 glat=  24.16 u=  -6.1000 v=  12.6000 vr=   1.11948 vt=  13.95409
 i= 1398 j= 1042 glon=  301.13 (0-360E) glon=  301.13 glat=  24.16 u=  -5.6000 v=  12.5000 vr=   0.73563 vt=  13.67731
 i= 1403 j= 1042 glon=  301.33 (0-360E) glon=  301.33 glat=  24.16 u=  -4.7000 v=  11.5000 vr=   0.50644 vt=  12.41304
 i= 1408 j= 1042 glon=  301.53 (0-360E) glon=  301.53 glat=  24.16 u=  -4.3000 v=   9.9000 vr=  -0.21130 vt=  10.79145
 i= 1308 j= 1047 glon=  297.53 (0-360E) glon=  297.53 glat=  23.96 u=  -1.4000 v=  -3.0000 vr=   0.44659 vt=   3.28033
 i= 1313 j= 1047 glon=  297.73 (0-360E) glon=  297.73 glat=  23.96 u=  -1.9000 v=  -3.5000 vr=   0.64928 vt=   3.92918
 i= 1318 j= 1047 glon=  297.93 (0-360E) glon=  297.93 glat=  23.96 u=  -2.6000 v=  -4.0000 vr=   0.96386 vt=   4.67236
 i= 1323 j= 1047 glon=  298.13 (0-360E) glon=  298.13 glat=  23.96 u=  -3.0000 v=  -4.4000 vr=   0.93511 vt=   5.24267
 i= 1328 j= 1047 glon=  298.33 (0-360E) glon=  298.33 glat=  23.96 u=  -3.7000 v=  -5.6000 vr=   0.66792 vt=   6.67861
 i= 1333 j= 1047 glon=  298.53 (0-360E) glon=  298.53 glat=  23.96 u=  -3.4000 v=  -5.8000 vr=  -0.23641 vt=   6.71894
 i= 1338 j= 1047 glon=  298.73 (0-360E) glon=  298.73 glat=  23.96 u=  -3.4000 v=  -3.4000 vr=   0.53464 vt=   4.77851
 i= 1343 j= 1047 glon=  298.93 (0-360E) glon=  298.93 glat=  23.96 u=  -3.4000 v=  -2.9000 vr=   0.18869 vt=   4.46480
 i= 1348 j= 1047 glon=  299.13 (0-360E) glon=  299.13 glat=  23.96 u=  -5.4000 v=  -1.1000 vr=   1.85799 vt=   5.18824
 i= 1353 j= 1047 glon=  299.33 (0-360E) glon=  299.33 glat=  23.96 u=  -7.0000 v=   3.7000 vr=   5.47049 vt=   5.72396
 i= 1358 j= 1047 glon=  299.53 (0-360E) glon=  299.53 glat=  23.96 u= -10.8000 v=   0.5000 vr=   0.08669 vt=  10.81122
 i= 1363 j= 1047 glon=  299.73 (0-360E) glon=  299.73 glat=  23.96 u=  -8.7000 v=   5.6000 vr=   2.31909 vt=  10.08325
 i= 1368 j= 1047 glon=  299.93 (0-360E) glon=  299.93 glat=  23.96 u=  -9.8000 v=   5.3000 vr=  -1.14805 vt=  11.08206
 i= 1373 j= 1047 glon=  300.13 (0-360E) glon=  300.13 glat=  23.96 u=  -8.7000 v=   7.7000 vr=  -0.73856 vt=  11.59459
 i= 1378 j= 1047 glon=  300.33 (0-360E) glon=  300.33 glat=  23.96 u=  -8.2000 v=  10.2000 vr=  -0.41910 vt=  13.08069
 i= 1383 j= 1047 glon=  300.53 (0-360E) glon=  300.53 glat=  23.96 u=  -7.4000 v=  11.4000 vr=  -0.43176 vt=  13.58431
 i= 1388 j= 1047 glon=  300.73 (0-360E) glon=  300.73 glat=  23.96 u=  -6.4000 v=  11.9000 vr=  -0.34468 vt=  13.50745
 i= 1393 j= 1047 glon=  300.93 (0-360E) glon=  300.93 glat=  23.96 u=  -5.9000 v=  13.0000 vr=  -0.24008 vt=  14.27419
 i= 1398 j= 1047 glon=  301.13 (0-360E) glon=  301.13 glat=  23.96 u=  -4.9000 v=  13.4000 vr=   0.17488 vt=  14.26672
 i= 1403 j= 1047 glon=  301.33 (0-360E) glon=  301.33 glat=  23.96 u=  -4.5000 v=  12.3000 vr=  -0.33246 vt=  13.09311
 i= 1408 j= 1047 glon=  301.53 (0-360E) glon=  301.53 glat=  23.96 u=  -3.9000 v=  10.5000 vr=  -0.68443 vt=  11.17996
 i= 1308 j= 1052 glon=  297.53 (0-360E) glon=  297.53 glat=  23.76 u=  -1.0000 v=  -3.3000 vr=   0.33239 vt=   3.43213
 i= 1313 j= 1052 glon=  297.73 (0-360E) glon=  297.73 glat=  23.76 u=  -0.9000 v=  -3.8000 vr=   0.04904 vt=   3.90482
 i= 1318 j= 1052 glon=  297.93 (0-360E) glon=  297.93 glat=  23.76 u=  -1.6000 v=  -4.5000 vr=   0.44852 vt=   4.75487
 i= 1323 j= 1052 glon=  298.13 (0-360E) glon=  298.13 glat=  23.76 u=  -2.0000 v=  -5.1000 vr=   0.49916 vt=   5.45535
 i= 1328 j= 1052 glon=  298.33 (0-360E) glon=  298.33 glat=  23.76 u=  -2.1000 v=  -5.9000 vr=   0.08697 vt=   6.26198
 i= 1333 j= 1052 glon=  298.53 (0-360E) glon=  298.53 glat=  23.76 u=  -1.7000 v=  -6.9000 vr=  -1.04982 vt=   7.02836
 i= 1338 j= 1052 glon=  298.73 (0-360E) glon=  298.73 glat=  23.76 u=  -1.4000 v=  -4.7000 vr=  -0.91684 vt=   4.81761
 i= 1343 j= 1052 glon=  298.93 (0-360E) glon=  298.93 glat=  23.76 u=  -2.3000 v=  -3.6000 vr=  -0.17439 vt=   4.26844
 i= 1348 j= 1052 glon=  299.13 (0-360E) glon=  299.13 glat=  23.76 u=  -4.2000 v=  -2.9000 vr=   0.74935 vt=   5.04861
 i= 1353 j= 1052 glon=  299.33 (0-360E) glon=  299.33 glat=  23.76 u=  -7.1000 v=   1.3000 vr=   4.03742 vt=   5.98325
 i= 1358 j= 1052 glon=  299.53 (0-360E) glon=  299.53 glat=  23.76 u=  -9.9000 v=   1.2000 vr=   0.61481 vt=   9.95349
 i= 1363 j= 1052 glon=  299.73 (0-360E) glon=  299.73 glat=  23.76 u= -11.3000 v=   5.1000 vr=  -1.03078 vt=  12.35466
 i= 1368 j= 1052 glon=  299.93 (0-360E) glon=  299.93 glat=  23.76 u= -11.3000 v=   7.0000 vr=  -3.37315 vt=  12.85737
 i= 1373 j= 1052 glon=  300.13 (0-360E) glon=  300.13 glat=  23.76 u= -11.1000 v=   8.8000 vr=  -4.56170 vt=  13.41048
 i= 1378 j= 1052 glon=  300.33 (0-360E) glon=  300.33 glat=  23.76 u=  -8.8000 v=  11.2000 vr=  -3.00226 vt=  13.92359
 i= 1383 j= 1052 glon=  300.53 (0-360E) glon=  300.53 glat=  23.76 u=  -7.9000 v=  13.2000 vr=  -2.54247 vt=  15.17188
 i= 1388 j= 1052 glon=  300.73 (0-360E) glon=  300.73 glat=  23.76 u=  -6.9000 v=  12.9000 vr=  -2.54917 vt=  14.40562
 i= 1393 j= 1052 glon=  300.93 (0-360E) glon=  300.93 glat=  23.76 u=  -6.2000 v=  14.2000 vr=  -2.13609 vt=  15.34657
 i= 1398 j= 1052 glon=  301.13 (0-360E) glon=  301.13 glat=  23.76 u=  -4.5000 v=  13.8000 vr=  -1.08431 vt=  14.47461
 i= 1403 j= 1052 glon=  301.33 (0-360E) glon=  301.33 glat=  23.76 u=  -3.9000 v=  13.0000 vr=  -1.04642 vt=  13.53200
 i= 1408 j= 1052 glon=  301.53 (0-360E) glon=  301.53 glat=  23.76 u=  -3.5000 v=  11.1000 vr=  -1.30601 vt=  11.56522
 i= 1303 j= 1057 glon=  297.33 (0-360E) glon=  297.33 glat=  23.56 u=  -0.1000 v=  -2.9000 vr=  -0.13411 vt=   2.89862
 i= 1308 j= 1057 glon=  297.53 (0-360E) glon=  297.53 glat=  23.56 u=  -0.5000 v=  -3.3000 vr=   0.20264 vt=   3.33151
 i= 1313 j= 1057 glon=  297.73 (0-360E) glon=  297.73 glat=  23.56 u=  -0.4000 v=  -3.9000 vr=   0.00698 vt=   3.92045
 i= 1318 j= 1057 glon=  297.93 (0-360E) glon=  297.93 glat=  23.56 u=  -0.7000 v=  -4.7000 vr=   0.16158 vt=   4.74909
 i= 1323 j= 1057 glon=  298.13 (0-360E) glon=  298.13 glat=  23.56 u=  -0.8000 v=  -5.3000 vr=   0.10098 vt=   5.35909
 i= 1328 j= 1057 glon=  298.33 (0-360E) glon=  298.33 glat=  23.56 u=  -1.0000 v=  -6.1000 vr=   0.05444 vt=   6.18118
 i= 1333 j= 1057 glon=  298.53 (0-360E) glon=  298.53 glat=  23.56 u=  -0.1000 v=  -7.2000 vr=  -1.22805 vt=   7.09520
 i= 1338 j= 1057 glon=  298.73 (0-360E) glon=  298.73 glat=  23.56 u=   0.3000 v=  -5.6000 vr=  -1.58082 vt=   5.38061
 i= 1343 j= 1057 glon=  298.93 (0-360E) glon=  298.93 glat=  23.56 u=  -0.5000 v=  -4.5000 vr=  -0.89292 vt=   4.43877
 i= 1348 j= 1057 glon=  299.13 (0-360E) glon=  299.13 glat=  23.56 u=  -1.3000 v=  -4.5000 vr=  -0.81303 vt=   4.61291
 i= 1353 j= 1057 glon=  299.33 (0-360E) glon=  299.33 glat=  23.56 u=  -3.3000 v=  -3.3000 vr=  -0.10793 vt=   4.66566
 i= 1358 j= 1057 glon=  299.53 (0-360E) glon=  299.53 glat=  23.56 u=  -5.1000 v=  -0.9000 vr=  -1.54368 vt=   4.94339
 i= 1363 j= 1057 glon=  299.73 (0-360E) glon=  299.73 glat=  23.56 u=  -6.7000 v=   2.9000 vr=  -3.32365 vt=   6.50026
 i= 1368 j= 1057 glon=  299.93 (0-360E) glon=  299.93 glat=  23.56 u= -12.5000 v=   4.0000 vr=  -9.86711 vt=   8.65391
 i= 1373 j= 1057 glon=  300.13 (0-360E) glon=  300.13 glat=  23.56 u= -12.6000 v=   8.6000 vr=  -9.65269 vt=  11.81294
 i= 1378 j= 1057 glon=  300.33 (0-360E) glon=  300.33 glat=  23.56 u=  -9.3000 v=  11.9000 vr=  -6.49088 vt=  13.63703
 i= 1383 j= 1057 glon=  300.53 (0-360E) glon=  300.53 glat=  23.56 u=  -6.5000 v=  13.6000 vr=  -4.00825 vt=  14.53079
 i= 1388 j= 1057 glon=  300.73 (0-360E) glon=  300.73 glat=  23.56 u=  -6.2000 v=  14.7000 vr=  -3.97015 vt=  15.45212
 i= 1393 j= 1057 glon=  300.93 (0-360E) glon=  300.93 glat=  23.56 u=  -5.6000 v=  14.8000 vr=  -3.68832 vt=  15.38819
 i= 1398 j= 1057 glon=  301.13 (0-360E) glon=  301.13 glat=  23.56 u=  -3.8000 v=  14.6000 vr=  -2.16881 vt=  14.92971
 i= 1403 j= 1057 glon=  301.33 (0-360E) glon=  301.33 glat=  23.56 u=  -3.0000 v=  12.9000 vr=  -1.72796 vt=  13.13104
 i= 1408 j= 1057 glon=  301.53 (0-360E) glon=  301.53 glat=  23.56 u=  -3.0000 v=  11.2000 vr=  -2.01148 vt=  11.41902
 i= 1303 j= 1062 glon=  297.33 (0-360E) glon=  297.33 glat=  23.36 u=   0.7000 v=  -3.4000 vr=  -0.63718 vt=   3.41233
 i= 1308 j= 1062 glon=  297.53 (0-360E) glon=  297.53 glat=  23.36 u=   0.2000 v=  -3.2000 vr=  -0.13667 vt=   3.20333
 i= 1313 j= 1062 glon=  297.73 (0-360E) glon=  297.73 glat=  23.36 u=   0.3000 v=  -4.1000 vr=  -0.21199 vt=   4.10549
 i= 1318 j= 1062 glon=  297.93 (0-360E) glon=  297.93 glat=  23.36 u=   0.3000 v=  -4.6000 vr=  -0.19143 vt=   4.60580
 i= 1323 j= 1062 glon=  298.13 (0-360E) glon=  298.13 glat=  23.36 u=   0.4000 v=  -5.3000 vr=  -0.25997 vt=   5.30871
 i= 1328 j= 1062 glon=  298.33 (0-360E) glon=  298.33 glat=  23.36 u=   0.6000 v=  -6.2000 vr=  -0.41230 vt=   6.21530
 i= 1333 j= 1062 glon=  298.53 (0-360E) glon=  298.53 glat=  23.36 u=   1.4000 v=  -7.3000 vr=  -1.13826 vt=   7.34536
 i= 1338 j= 1062 glon=  298.73 (0-360E) glon=  298.73 glat=  23.36 u=   1.4000 v=  -6.2000 vr=  -1.12460 vt=   6.25582
 i= 1343 j= 1062 glon=  298.93 (0-360E) glon=  298.93 glat=  23.36 u=   1.7000 v=  -4.6000 vr=  -1.42695 vt=   4.69189
 i= 1348 j= 1062 glon=  299.13 (0-360E) glon=  299.13 glat=  23.36 u=   1.3000 v=  -5.3000 vr=  -0.82378 vt=   5.39457
 i= 1353 j= 1062 glon=  299.33 (0-360E) glon=  299.33 glat=  23.36 u=   1.5000 v=  -4.6000 vr=  -0.61766 vt=   4.79880
 i= 1358 j= 1062 glon=  299.53 (0-360E) glon=  299.53 glat=  23.36 u=   1.3000 v=  -4.3000 vr=   4.25591 vt=  -1.43778
 i= 1363 j= 1062 glon=  299.73 (0-360E) glon=  299.73 glat=  23.36 u=  -3.6000 v=  -1.6000 vr=  -3.32420 vt=  -2.11417
 i= 1368 j= 1062 glon=  299.93 (0-360E) glon=  299.93 glat=  23.36 u=  -9.2000 v=  -6.7000 vr=  -8.64098 vt=  -7.40699
 i= 1373 j= 1062 glon=  300.13 (0-360E) glon=  300.13 glat=  23.36 u=  -8.7000 v=  19.4000 vr=  -9.74270 vt=  18.89788
 i= 1378 j= 1062 glon=  300.33 (0-360E) glon=  300.33 glat=  23.36 u=  -8.7000 v=  14.2000 vr=  -9.28600 vt=  13.82390
 i= 1383 j= 1062 glon=  300.53 (0-360E) glon=  300.53 glat=  23.36 u=  -6.8000 v=  13.8000 vr=  -7.26828 vt=  13.55921
 i= 1388 j= 1062 glon=  300.73 (0-360E) glon=  300.73 glat=  23.36 u=  -4.5000 v=  14.5000 vr=  -4.92146 vt=  14.36242
 i= 1393 j= 1062 glon=  300.93 (0-360E) glon=  300.93 glat=  23.36 u=  -3.2000 v=  14.5000 vr=  -3.57088 vt=  14.41315
 i= 1398 j= 1062 glon=  301.13 (0-360E) glon=  301.13 glat=  23.36 u=  -3.0000 v=  14.5000 vr=  -3.33308 vt=  14.42708
 i= 1403 j= 1062 glon=  301.33 (0-360E) glon=  301.33 glat=  23.36 u=  -2.5000 v=  13.1000 vr=  -2.77476 vt=  13.04457
 i= 1408 j= 1062 glon=  301.53 (0-360E) glon=  301.53 glat=  23.36 u=  -2.6000 v=  11.2000 vr=  -2.81718 vt=  11.14735
 i= 1303 j= 1067 glon=  297.33 (0-360E) glon=  297.33 glat=  23.16 u=   1.5000 v=  -4.1000 vr=  -1.00484 vt=   4.24856
 i= 1308 j= 1067 glon=  297.53 (0-360E) glon=  297.53 glat=  23.16 u=   1.1000 v=  -3.7000 vr=  -0.61233 vt=   3.81117
 i= 1313 j= 1067 glon=  297.73 (0-360E) glon=  297.73 glat=  23.16 u=   0.9000 v=  -3.7000 vr=  -0.36201 vt=   3.79064
 i= 1318 j= 1067 glon=  297.93 (0-360E) glon=  297.93 glat=  23.16 u=   1.0000 v=  -4.5000 vr=  -0.26751 vt=   4.60200
 i= 1323 j= 1067 glon=  298.13 (0-360E) glon=  298.13 glat=  23.16 u=   1.7000 v=  -5.2000 vr=  -0.72661 vt=   5.42236
 i= 1328 j= 1067 glon=  298.33 (0-360E) glon=  298.33 glat=  23.16 u=   2.5000 v=  -6.2000 vr=  -1.13767 vt=   6.58754
 i= 1333 j= 1067 glon=  298.53 (0-360E) glon=  298.53 glat=  23.16 u=   2.9000 v=  -6.6000 vr=  -1.15310 vt=   7.11620
 i= 1338 j= 1067 glon=  298.73 (0-360E) glon=  298.73 glat=  23.16 u=   3.3000 v=  -6.2000 vr=  -1.22295 vt=   6.91624
 i= 1343 j= 1067 glon=  298.93 (0-360E) glon=  298.93 glat=  23.16 u=   3.3000 v=  -4.2000 vr=  -1.34288 vt=   5.16978
 i= 1348 j= 1067 glon=  299.13 (0-360E) glon=  299.13 glat=  23.16 u=   4.4000 v=  -4.3000 vr=  -1.26969 vt=   6.01979
 i= 1353 j= 1067 glon=  299.33 (0-360E) glon=  299.33 glat=  23.16 u=   3.6000 v=  -4.3000 vr=   1.45237 vt=   5.41670
 i= 1358 j= 1067 glon=  299.53 (0-360E) glon=  299.53 glat=  23.16 u=   5.2000 v=  -3.0000 vr=   3.47653 vt=   4.89425
 i= 1363 j= 1067 glon=  299.73 (0-360E) glon=  299.73 glat=  23.16 u=   6.8000 v=  -2.4000 vr=   6.31501 vt=   3.48148
 i= 1368 j= 1067 glon=  299.93 (0-360E) glon=  299.93 glat=  23.16 u=  13.2000 v=   0.8000 vr=  10.94383 vt=   7.42379
 i= 1373 j= 1067 glon=  300.13 (0-360E) glon=  300.13 glat=  23.16 u=  12.0000 v=  13.1000 vr=   6.22378 vt=  16.63955
 i= 1378 j= 1067 glon=  300.33 (0-360E) glon=  300.33 glat=  23.16 u=   1.4000 v=  20.7000 vr=  -4.72333 vt=  20.20248
 i= 1383 j= 1067 glon=  300.53 (0-360E) glon=  300.53 glat=  23.16 u=  -2.8000 v=  14.2000 vr=  -6.12409 vt=  13.11394
 i= 1388 j= 1067 glon=  300.73 (0-360E) glon=  300.73 glat=  23.16 u=  -2.2000 v=  13.0000 vr=  -4.79305 vt=  12.28278
 i= 1393 j= 1067 glon=  300.93 (0-360E) glon=  300.93 glat=  23.16 u=  -1.2000 v=  14.7000 vr=  -3.76875 vt=  14.25926
 i= 1398 j= 1067 glon=  301.13 (0-360E) glon=  301.13 glat=  23.16 u=  -2.1000 v=  13.9000 vr=  -4.23591 vt=  13.40437
 i= 1403 j= 1067 glon=  301.33 (0-360E) glon=  301.33 glat=  23.16 u=  -2.6000 v=  12.2000 vr=  -4.27536 vt=  11.71842
 i= 1408 j= 1067 glon=  301.53 (0-360E) glon=  301.53 glat=  23.16 u=  -2.0000 v=  10.8000 vr=  -3.34981 vt=  10.46034
 i= 1308 j= 1072 glon=  297.53 (0-360E) glon=  297.53 glat=  22.96 u=   2.2000 v=  -4.2000 vr=  -1.15665 vt=   4.59806
 i= 1313 j= 1072 glon=  297.73 (0-360E) glon=  297.73 glat=  22.96 u=   1.6000 v=  -3.9000 vr=  -0.54004 vt=   4.18071
 i= 1318 j= 1072 glon=  297.93 (0-360E) glon=  297.93 glat=  22.96 u=   1.7000 v=  -3.9000 vr=  -0.50730 vt=   4.22406
 i= 1323 j= 1072 glon=  298.13 (0-360E) glon=  298.13 glat=  22.96 u=   2.7000 v=  -5.0000 vr=  -0.93185 vt=   5.60550
 i= 1328 j= 1072 glon=  298.33 (0-360E) glon=  298.33 glat=  22.96 u=   3.6000 v=  -5.9000 vr=  -1.14807 vt=   6.81556
 i= 1333 j= 1072 glon=  298.53 (0-360E) glon=  298.53 glat=  22.96 u=   4.3000 v=  -6.0000 vr=  -1.26919 vt=   7.27181
 i= 1338 j= 1072 glon=  298.73 (0-360E) glon=  298.73 glat=  22.96 u=   5.2000 v=  -5.8000 vr=  -1.44549 vt=   7.65445
 i= 1343 j= 1072 glon=  298.93 (0-360E) glon=  298.93 glat=  22.96 u=   5.4000 v=  -4.2000 vr=  -1.53451 vt=   6.66673
 i= 1348 j= 1072 glon=  299.13 (0-360E) glon=  299.13 glat=  22.96 u=   5.9000 v=  -3.3000 vr=  -1.11769 vt=   6.66714
 i= 1353 j= 1072 glon=  299.33 (0-360E) glon=  299.33 glat=  22.96 u=   6.7000 v=  -2.5000 vr=  -0.01740 vt=   7.15120
 i= 1358 j= 1072 glon=  299.53 (0-360E) glon=  299.53 glat=  22.96 u=   7.4000 v=  -1.9000 vr=   2.27222 vt=   7.29431
 i= 1363 j= 1072 glon=  299.73 (0-360E) glon=  299.73 glat=  22.96 u=   8.8000 v=   0.0000 vr=   3.79029 vt=   7.94189
 i= 1368 j= 1072 glon=  299.93 (0-360E) glon=  299.93 glat=  22.96 u=  11.5000 v=   4.0000 vr=   4.74091 vt=  11.21489
 i= 1373 j= 1072 glon=  300.13 (0-360E) glon=  300.13 glat=  22.96 u=  14.2000 v=  11.0000 vr=   4.73127 vt=  17.32787
 i= 1378 j= 1072 glon=  300.33 (0-360E) glon=  300.33 glat=  22.96 u=  14.4000 v=  13.0000 vr=   6.06613 vt=  18.42721
 i= 1383 j= 1072 glon=  300.53 (0-360E) glon=  300.53 glat=  22.96 u=   3.7000 v=  10.6000 vr=  -1.06513 vt=  11.17656
 i= 1388 j= 1072 glon=  300.73 (0-360E) glon=  300.73 glat=  22.96 u=   0.1000 v=  11.1000 vr=  -3.89620 vt=  10.39421
 i= 1393 j= 1072 glon=  300.93 (0-360E) glon=  300.93 glat=  22.96 u=  -1.0000 v=  13.8000 vr=  -5.29362 vt=  12.78349
 i= 1398 j= 1072 glon=  301.13 (0-360E) glon=  301.13 glat=  22.96 u=  -1.9000 v=  12.6000 vr=  -5.34984 vt=  11.56500
 i= 1403 j= 1072 glon=  301.33 (0-360E) glon=  301.33 glat=  22.96 u=  -2.7000 v=  11.5000 vr=  -5.50827 vt=  10.44983
 i= 1408 j= 1072 glon=  301.53 (0-360E) glon=  301.53 glat=  22.96 u=  -1.8000 v=  10.0000 vr=  -4.04054 vt=   9.32277
 i= 1308 j= 1077 glon=  297.53 (0-360E) glon=  297.53 glat=  22.76 u=   2.8000 v=  -4.5000 vr=  -1.15340 vt=   5.17297
 i= 1313 j= 1077 glon=  297.73 (0-360E) glon=  297.73 glat=  22.76 u=   2.6000 v=  -4.3000 vr=  -0.86259 vt=   4.95035
 i= 1318 j= 1077 glon=  297.93 (0-360E) glon=  297.93 glat=  22.76 u=   2.4000 v=  -3.7000 vr=  -0.71369 vt=   4.35209
 i= 1323 j= 1077 glon=  298.13 (0-360E) glon=  298.13 glat=  22.76 u=   3.6000 v=  -3.7000 vr=  -1.56133 vt=   4.92059
 i= 1328 j= 1077 glon=  298.33 (0-360E) glon=  298.33 glat=  22.76 u=   4.1000 v=  -4.5000 vr=  -1.26471 vt=   5.95487
 i= 1333 j= 1077 glon=  298.53 (0-360E) glon=  298.53 glat=  22.76 u=   4.9000 v=  -4.8000 vr=  -1.24071 vt=   6.74616
 i= 1338 j= 1077 glon=  298.73 (0-360E) glon=  298.73 glat=  22.76 u=   5.8000 v=  -4.4000 vr=  -1.42569 vt=   7.13915
 i= 1343 j= 1077 glon=  298.93 (0-360E) glon=  298.93 glat=  22.76 u=   7.0000 v=  -3.7000 vr=  -1.66465 vt=   7.74073
 i= 1348 j= 1077 glon=  299.13 (0-360E) glon=  299.13 glat=  22.76 u=   7.6000 v=  -2.5000 vr=  -1.46028 vt=   7.86623
 i= 1353 j= 1077 glon=  299.33 (0-360E) glon=  299.33 glat=  22.76 u=   8.0000 v=  -1.1000 vr=  -0.92433 vt=   8.02220
 i= 1358 j= 1077 glon=  299.53 (0-360E) glon=  299.53 glat=  22.76 u=   8.8000 v=   0.9000 vr=  -0.59491 vt=   8.82588
 i= 1363 j= 1077 glon=  299.73 (0-360E) glon=  299.73 glat=  22.76 u=   9.9000 v=   2.9000 vr=   0.31152 vt=  10.31130
 i= 1368 j= 1077 glon=  299.93 (0-360E) glon=  299.93 glat=  22.76 u=  10.4000 v=   5.4000 vr=   0.86728 vt=  11.68622
 i= 1373 j= 1077 glon=  300.13 (0-360E) glon=  300.13 glat=  22.76 u=  13.8000 v=   7.4000 vr=   3.79876 vt=  15.19110
 i= 1378 j= 1077 glon=  300.33 (0-360E) glon=  300.33 glat=  22.76 u=  10.1000 v=   8.2000 vr=   2.50089 vt=  12.76697
 i= 1383 j= 1077 glon=  300.53 (0-360E) glon=  300.53 glat=  22.76 u=   1.5000 v=   7.9000 vr=  -3.16169 vt=   7.39349
 i= 1388 j= 1077 glon=  300.73 (0-360E) glon=  300.73 glat=  22.76 u=   1.7000 v=   8.7000 vr=  -2.78592 vt=   8.41538
 i= 1393 j= 1077 glon=  300.93 (0-360E) glon=  300.93 glat=  22.76 u=  -1.8000 v=  12.6000 vr=  -7.11314 vt=  10.55478
 i= 1398 j= 1077 glon=  301.13 (0-360E) glon=  301.13 glat=  22.76 u=  -2.3000 v=  12.9000 vr=  -7.16619 vt=  10.97022
 i= 1403 j= 1077 glon=  301.33 (0-360E) glon=  301.33 glat=  22.76 u=  -3.1000 v=  11.0000 vr=  -6.80032 vt=   9.18508
 i= 1408 j= 1077 glon=  301.53 (0-360E) glon=  301.53 glat=  22.76 u=  -1.6000 v=   9.6000 vr=  -4.62457 vt=   8.56349
 i= 1308 j= 1082 glon=  297.53 (0-360E) glon=  297.53 glat=  22.56 u=   3.0000 v=  -4.2000 vr=  -0.96785 vt=   5.06984
 i= 1313 j= 1082 glon=  297.73 (0-360E) glon=  297.73 glat=  22.56 u=   3.2000 v=  -4.0000 vr=  -1.02651 vt=   5.01859
 i= 1318 j= 1082 glon=  297.93 (0-360E) glon=  297.93 glat=  22.56 u=   3.5000 v=  -3.8000 vr=  -1.13645 vt=   5.03969
 i= 1323 j= 1082 glon=  298.13 (0-360E) glon=  298.13 glat=  22.56 u=   4.4000 v=  -3.8000 vr=  -1.58337 vt=   5.59401
 i= 1328 j= 1082 glon=  298.33 (0-360E) glon=  298.33 glat=  22.56 u=   4.6000 v=  -3.1000 vr=  -1.75277 vt=   5.26287
 i= 1333 j= 1082 glon=  298.53 (0-360E) glon=  298.53 glat=  22.56 u=   5.1000 v=  -3.0000 vr=  -1.69996 vt=   5.66746
 i= 1338 j= 1082 glon=  298.73 (0-360E) glon=  298.73 glat=  22.56 u=   5.8000 v=  -3.0000 vr=  -1.50031 vt=   6.35524
 i= 1343 j= 1082 glon=  298.93 (0-360E) glon=  298.93 glat=  22.56 u=   6.8000 v=  -2.3000 vr=  -1.71513 vt=   6.97053
 i= 1348 j= 1082 glon=  299.13 (0-360E) glon=  299.13 glat=  22.56 u=   8.2000 v=  -1.0000 vr=  -2.22812 vt=   7.95459
 i= 1353 j= 1082 glon=  299.33 (0-360E) glon=  299.33 glat=  22.56 u=   8.9000 v=   0.2000 vr=  -1.89999 vt=   8.69713
 i= 1358 j= 1082 glon=  299.53 (0-360E) glon=  299.53 glat=  22.56 u=   9.6000 v=   1.9000 vr=  -1.64695 vt=   9.64663
 i= 1363 j= 1082 glon=  299.73 (0-360E) glon=  299.73 glat=  22.56 u=  10.9000 v=   2.3000 vr=   0.38737 vt=  11.13328
 i= 1368 j= 1082 glon=  299.93 (0-360E) glon=  299.93 glat=  22.56 u=  11.7000 v=   3.0000 vr=   2.25027 vt=  11.86703
 i= 1373 j= 1082 glon=  300.13 (0-360E) glon=  300.13 glat=  22.56 u=   2.4000 v=   7.3000 vr=  -4.64619 vt=   6.12069
 i= 1378 j= 1082 glon=  300.33 (0-360E) glon=  300.33 glat=  22.56 u=  -0.5000 v=   5.8000 vr=  -4.62525 vt=   3.53512
 i= 1383 j= 1082 glon=  300.53 (0-360E) glon=  300.53 glat=  22.56 u=  -0.3000 v=   5.5000 vr=  -3.86826 vt=   3.92129
 i= 1388 j= 1082 glon=  300.73 (0-360E) glon=  300.73 glat=  22.56 u=   2.1000 v=   7.0000 vr=  -2.47780 vt=   6.87535
 i= 1393 j= 1082 glon=  300.93 (0-360E) glon=  300.93 glat=  22.56 u=  -0.2000 v=   9.7000 vr=  -5.38045 vt=   8.07346
 i= 1398 j= 1082 glon=  301.13 (0-360E) glon=  301.13 glat=  22.56 u=  -1.9000 v=  14.2000 vr=  -8.58924 vt=  11.46626
 i= 1403 j= 1082 glon=  301.33 (0-360E) glon=  301.33 glat=  22.56 u=  -2.9000 v=  11.2000 vr=  -7.59248 vt=   8.72951
 i= 1313 j= 1087 glon=  297.73 (0-360E) glon=  297.73 glat=  22.36 u=   3.7000 v=  -3.6000 vr=  -1.19733 vt=   5.02159
 i= 1318 j= 1087 glon=  297.93 (0-360E) glon=  297.93 glat=  22.36 u=   3.8000 v=  -3.4000 vr=  -1.11791 vt=   4.97497
 i= 1323 j= 1087 glon=  298.13 (0-360E) glon=  298.13 glat=  22.36 u=   5.2000 v=  -3.0000 vr=  -2.12989 vt=   5.61281
 i= 1328 j= 1087 glon=  298.33 (0-360E) glon=  298.33 glat=  22.36 u=   5.9000 v=  -2.5000 vr=  -2.54077 vt=   5.88256
 i= 1333 j= 1087 glon=  298.53 (0-360E) glon=  298.53 glat=  22.36 u=   6.4000 v=  -2.1000 vr=  -2.61573 vt=   6.20709
 i= 1338 j= 1087 glon=  298.73 (0-360E) glon=  298.73 glat=  22.36 u=   6.9000 v=  -1.4000 vr=  -2.77504 vt=   6.47064
 i= 1343 j= 1087 glon=  298.93 (0-360E) glon=  298.93 glat=  22.36 u=   7.4000 v=  -1.0000 vr=  -2.49294 vt=   7.03884
 i= 1348 j= 1087 glon=  299.13 (0-360E) glon=  299.13 glat=  22.36 u=   8.7000 v=  -0.1000 vr=  -2.67344 vt=   8.27966
 i= 1353 j= 1087 glon=  299.33 (0-360E) glon=  299.33 glat=  22.36 u=   9.7000 v=   1.4000 vr=  -2.88975 vt=   9.36479
 i= 1358 j= 1087 glon=  299.53 (0-360E) glon=  299.53 glat=  22.36 u=  10.7000 v=   2.3000 vr=  -2.07265 vt=  10.74635
 i= 1363 j= 1087 glon=  299.73 (0-360E) glon=  299.73 glat=  22.36 u=  12.4000 v=   2.9000 vr=  -0.41621 vt=  12.72780
 i= 1368 j= 1087 glon=  299.93 (0-360E) glon=  299.93 glat=  22.36 u=  12.7000 v=   5.4000 vr=  -0.56056 vt=  13.78897
 i= 1373 j= 1087 glon=  300.13 (0-360E) glon=  300.13 glat=  22.36 u=   1.3000 v=  12.7000 vr= -10.46665 vt=   7.30953
 i= 1378 j= 1087 glon=  300.33 (0-360E) glon=  300.33 glat=  22.36 u=  -0.1000 v=   8.0000 vr=  -6.50756 vt=   4.65421
 i= 1383 j= 1087 glon=  300.53 (0-360E) glon=  300.53 glat=  22.36 u=  -0.2000 v=   5.9000 vr=  -4.49405 vt=   3.82799
 i= 1388 j= 1087 glon=  300.73 (0-360E) glon=  300.73 glat=  22.36 u=   0.6000 v=   8.7000 vr=  -5.44105 vt=   6.81505
 i= 1393 j= 1087 glon=  300.93 (0-360E) glon=  300.93 glat=  22.36 u=   1.4000 v=  11.3000 vr=  -5.90382 vt=   9.73627
 i= 1398 j= 1087 glon=  301.13 (0-360E) glon=  301.13 glat=  22.36 u=  -0.1000 v=  12.3000 vr=  -7.08799 vt=  10.05288
 i= 1403 j= 1087 glon=  301.33 (0-360E) glon=  301.33 glat=  22.36 u=  -1.6000 v=  10.4000 vr=  -6.82622 vt=   8.00767
 i= 1318 j= 1092 glon=  297.93 (0-360E) glon=  297.93 glat=  22.16 u=   4.4000 v=  -2.9000 vr=  -1.47034 vt=   5.06045
 i= 1323 j= 1092 glon=  298.13 (0-360E) glon=  298.13 glat=  22.16 u=   5.5000 v=  -2.6000 vr=  -2.12480 vt=   5.70046
 i= 1328 j= 1092 glon=  298.33 (0-360E) glon=  298.33 glat=  22.16 u=   6.2000 v=  -1.8000 vr=  -2.73712 vt=   5.84707
 i= 1333 j= 1092 glon=  298.53 (0-360E) glon=  298.53 glat=  22.16 u=   6.8000 v=  -0.9000 vr=  -3.27804 vt=   6.02532
 i= 1338 j= 1092 glon=  298.73 (0-360E) glon=  298.73 glat=  22.16 u=   7.4000 v=   0.2000 vr=  -3.88485 vt=   6.30143
 i= 1343 j= 1092 glon=  298.93 (0-360E) glon=  298.93 glat=  22.16 u=   7.9000 v=   1.1000 vr=  -4.13454 vt=   6.82096
 i= 1348 j= 1092 glon=  299.13 (0-360E) glon=  299.13 glat=  22.16 u=   8.8000 v=   1.8000 vr=  -4.11494 vt=   7.98419
 i= 1353 j= 1092 glon=  299.33 (0-360E) glon=  299.33 glat=  22.16 u=   9.3000 v=   2.3000 vr=  -3.49495 vt=   8.91994
 i= 1358 j= 1092 glon=  299.53 (0-360E) glon=  299.53 glat=  22.16 u=  10.3000 v=   2.8000 vr=  -2.61661 vt=  10.34811
 i= 1363 j= 1092 glon=  299.73 (0-360E) glon=  299.73 glat=  22.16 u=  11.4000 v=   5.5000 vr=  -3.54401 vt=  12.15113
 i= 1368 j= 1092 glon=  299.93 (0-360E) glon=  299.93 glat=  22.16 u=  14.6000 v=   6.6000 vr=  -1.88390 vt=  15.91135
 i= 1373 j= 1092 glon=  300.13 (0-360E) glon=  300.13 glat=  22.16 u=   8.9000 v=  10.5000 vr=  -5.75756 vt=  12.50242
 i= 1378 j= 1092 glon=  300.33 (0-360E) glon=  300.33 glat=  22.16 u=   3.6000 v=   7.5000 vr=  -4.50133 vt=   6.99628
 i= 1383 j= 1092 glon=  300.53 (0-360E) glon=  300.53 glat=  22.16 u=   1.8000 v=   6.9000 vr=  -4.38918 vt=   5.62006
 i= 1388 j= 1092 glon=  300.73 (0-360E) glon=  300.73 glat=  22.16 u=   1.1000 v=   8.7000 vr=  -5.68306 vt=   6.67854
 i= 1393 j= 1092 glon=  300.93 (0-360E) glon=  300.93 glat=  22.16 u=   0.5000 v=  11.9000 vr=  -7.79566 vt=   9.00487
 i= 1398 j= 1092 glon=  301.13 (0-360E) glon=  301.13 glat=  22.16 u=  -0.1000 v=  10.7000 vr=  -6.89425 vt=   8.18348
 i= 1323 j= 1097 glon=  298.13 (0-360E) glon=  298.13 glat=  21.96 u=   5.2000 v=  -1.0000 vr=  -2.69340 vt=   4.55912
 i= 1328 j= 1097 glon=  298.33 (0-360E) glon=  298.33 glat=  21.96 u=   6.2000 v=  -0.2000 vr=  -3.57775 vt=   5.06751
 i= 1333 j= 1097 glon=  298.53 (0-360E) glon=  298.53 glat=  21.96 u=   7.0000 v=   0.4000 vr=  -4.05871 vt=   5.71724
 i= 1338 j= 1097 glon=  298.73 (0-360E) glon=  298.73 glat=  21.96 u=   7.5000 v=   0.8000 vr=  -4.06451 vt=   6.35372
 i= 1343 j= 1097 glon=  298.93 (0-360E) glon=  298.93 glat=  21.96 u=   8.2000 v=   1.4000 vr=  -4.16185 vt=   7.20271
 i= 1348 j= 1097 glon=  299.13 (0-360E) glon=  299.13 glat=  21.96 u=   8.9000 v=   2.1000 vr=  -4.13429 vt=   8.15645
 i= 1353 j= 1097 glon=  299.33 (0-360E) glon=  299.33 glat=  21.96 u=   9.7000 v=   1.8000 vr=  -2.88115 vt=   9.43552
 i= 1358 j= 1097 glon=  299.53 (0-360E) glon=  299.53 glat=  21.96 u=  11.5000 v=   2.7000 vr=  -2.52391 vt=  11.53993
 i= 1363 j= 1097 glon=  299.73 (0-360E) glon=  299.73 glat=  21.96 u=  12.6000 v=   3.2000 vr=  -1.37234 vt=  12.92736
 i= 1368 j= 1097 glon=  299.93 (0-360E) glon=  299.93 glat=  21.96 u=  10.1000 v=   2.7000 vr=   0.05075 vt=  10.45454
 i= 1373 j= 1097 glon=  300.13 (0-360E) glon=  300.13 glat=  21.96 u=   8.1000 v=   3.9000 vr=  -0.60453 vt=   8.96965
 i= 1378 j= 1097 glon=  300.33 (0-360E) glon=  300.33 glat=  21.96 u=   5.6000 v=   5.4000 vr=  -2.15178 vt=   7.47595
 i= 1383 j= 1097 glon=  300.53 (0-360E) glon=  300.53 glat=  21.96 u=   2.2000 v=   6.3000 vr=  -4.05436 vt=   5.30021
 i= 1388 j= 1097 glon=  300.73 (0-360E) glon=  300.73 glat=  21.96 u=   1.3000 v=   8.6000 vr=  -5.95840 vt=   6.33620
 i= 1393 j= 1097 glon=  300.93 (0-360E) glon=  300.93 glat=  21.96 u=   1.0000 v=  11.9000 vr=  -8.10997 vt=   8.76575
 i= 1328 j= 1102 glon=  298.33 (0-360E) glon=  298.33 glat=  21.76 u=   6.0000 v=   0.4000 vr=  -3.64948 vt=   4.77926
 i= 1333 j= 1102 glon=  298.53 (0-360E) glon=  298.53 glat=  21.76 u=   6.9000 v=   1.0000 vr=  -4.20420 vt=   5.56190
 i= 1338 j= 1102 glon=  298.73 (0-360E) glon=  298.73 glat=  21.76 u=   7.5000 v=   1.4000 vr=  -4.29130 vt=   6.30831
 i= 1343 j= 1102 glon=  298.93 (0-360E) glon=  298.93 glat=  21.76 u=   8.2000 v=   1.5000 vr=  -3.96249 vt=   7.33407
 i= 1348 j= 1102 glon=  299.13 (0-360E) glon=  299.13 glat=  21.76 u=   9.0000 v=   1.7000 vr=  -3.53262 vt=   8.45048
 i= 1353 j= 1102 glon=  299.33 (0-360E) glon=  299.33 glat=  21.76 u=   9.6000 v=   2.3000 vr=  -3.23914 vt=   9.32513
 i= 1358 j= 1102 glon=  299.53 (0-360E) glon=  299.53 glat=  21.76 u=  10.3000 v=   2.0000 vr=  -1.86164 vt=  10.32590
 i= 1363 j= 1102 glon=  299.73 (0-360E) glon=  299.73 glat=  21.76 u=   9.9000 v=   1.4000 vr=  -0.14823 vt=   9.99740
 i= 1368 j= 1102 glon=  299.93 (0-360E) glon=  299.93 glat=  21.76 u=   9.1000 v=   1.7000 vr=   0.46363 vt=   9.24581
 i= 1373 j= 1102 glon=  300.13 (0-360E) glon=  300.13 glat=  21.76 u=   7.8000 v=   2.9000 vr=  -0.14548 vt=   8.32039
 i= 1378 j= 1102 glon=  300.33 (0-360E) glon=  300.33 glat=  21.76 u=   4.1000 v=   3.6000 vr=  -1.53662 vt=   5.23534
 i= 1383 j= 1102 glon=  300.53 (0-360E) glon=  300.53 glat=  21.76 u=   1.5000 v=   4.8000 vr=  -3.40679 vt=   3.69916
 i= 1388 j= 1102 glon=  300.73 (0-360E) glon=  300.73 glat=  21.76 u=   1.4000 v=   9.2000 vr=  -6.77766 vt=   6.37678
 i= 1338 j= 1107 glon=  298.73 (0-360E) glon=  298.73 glat=  21.56 u=   7.7000 v=   1.8000 vr=  -4.47639 vt=   6.51858
 i= 1343 j= 1107 glon=  298.93 (0-360E) glon=  298.93 glat=  21.56 u=   8.4000 v=   1.6000 vr=  -3.87488 vt=   7.62269
 i= 1348 j= 1107 glon=  299.13 (0-360E) glon=  299.13 glat=  21.56 u=   8.8000 v=   1.5000 vr=  -3.11016 vt=   8.36761
 i= 1353 j= 1107 glon=  299.33 (0-360E) glon=  299.33 glat=  21.56 u=   8.7000 v=   1.6000 vr=  -2.36203 vt=   8.52472
 i= 1358 j= 1107 glon=  299.53 (0-360E) glon=  299.53 glat=  21.56 u=   9.0000 v=   1.8000 vr=  -1.69229 vt=   9.02087
 i= 1363 j= 1107 glon=  299.73 (0-360E) glon=  299.73 glat=  21.56 u=   8.8000 v=   0.8000 vr=   0.18935 vt=   8.83426
 i= 1368 j= 1107 glon=  299.93 (0-360E) glon=  299.93 glat=  21.56 u=   7.7000 v=   0.9000 vr=   0.72494 vt=   7.71845
 i= 1373 j= 1107 glon=  300.13 (0-360E) glon=  300.13 glat=  21.56 u=   6.1000 v=   2.3000 vr=  -0.36879 vt=   6.50876
 i= 1378 j= 1107 glon=  300.33 (0-360E) glon=  300.33 glat=  21.56 u=   2.5000 v=   3.1000 vr=  -1.90747 vt=   3.49594
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    8.39012446353608       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     18.14 kts
    LL Wind Circ Vt mean quadmax value: SE     13.06 kts
    LL Wind Circ Vt mean quadmax value: SW      7.62 kts
    LL Wind Circ Vt mean quadmax value: NW      9.47 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220119251       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   2.80867586549406       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    23.2881031099754     
   xcenlon=    299.905193420325     
   imax=         2738  jmax=         2041
   jlatfix=         1063
   ilonfix (unadjusted) =         1368
  
 In get_max_wind, ibeg=         1293  iend=         1442
                  jbeg=          995  jend=         1132
         ilonfix=         1368  jlatfix=         1063
 At end of get_max_wind, vmax=    19.4289526223109       rmax= 
   11.0149498953498     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   11.25 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.17 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.63 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.22 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   10.71 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   10.86 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   10.62 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   10.18 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    9.83 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    9.76 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    9.96 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   10.18 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   10.28 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   10.25 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   10.20 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   10.14 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   10.11 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   10.02 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    9.90 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    9.75 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    9.57 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    9.42 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    9.31 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    9.26 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    9.21 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    9.12 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    9.02 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    8.96 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    8.88 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    8.82 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    8.77 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    8.71 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    8.65 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    8.61 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    8.59 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    8.62 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    8.65 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    8.68 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    8.67 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    8.63 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    8.59 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    8.54 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    11.25 m/s   maxrmw_dist=     3.00  km   maxrmw_ix=    1
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    3.00000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    11.2544952887994      
  (m/s)   (in kts)=    21.8641079975506     
  rising_sum_dvdr=      0.100000000000000     
  declining_sum_dvdr=   -1.23142531373510     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    30 igrct=  1 Vmax (m/s)=   19.429   22:20:01
 TIMING: before call  getradii, fhr=    30 igrct=  1   22:20:01
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -5.74777368374842     
 mr4qs before add, mean_radii_vt_4quad_sum=   -5.74777368374842     
 mr4qs after add, mean_radii_vt_4quad_sum=   -12.4992160991770     
 mr4qs before add, mean_radii_vt_4quad_sum=   -12.4992160991770     
 mr4qs after add, mean_radii_vt_4quad_sum=   -6.76653207450580     
 mr4qs before add, mean_radii_vt_4quad_sum=   -6.76653207450580     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.04632296265633     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    2.05 good_quad_ct=   4 mean_vt_4quad=      0.51
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    5.35 mean_vt_4quad=    1.05
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    5.34 mean_vt_4quad=    1.11
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    5.34 mean_vt_4quad=    1.17
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    5.35 mean_vt_4quad=    1.23
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    5.41 mean_vt_4quad=    1.30
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    5.42 mean_vt_4quad=    1.37
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    5.44 mean_vt_4quad=    1.44
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    5.47 mean_vt_4quad=    1.52
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    5.52 mean_vt_4quad=    1.60
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    5.51 mean_vt_4quad=    1.67
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    5.56 mean_vt_4quad=    1.74
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    5.59 mean_vt_4quad=    1.82
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    5.60 mean_vt_4quad=    1.88
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    5.64 mean_vt_4quad=    1.94
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    5.70 mean_vt_4quad=    1.98
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    5.77 mean_vt_4quad=    2.02
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    5.84 mean_vt_4quad=    2.05
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    5.93 mean_vt_4quad=    2.09
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    6.00 mean_vt_4quad=    2.12
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    6.07 mean_vt_4quad=    2.16
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    6.10 mean_vt_4quad=    2.21
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    6.12 mean_vt_4quad=    2.25
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    6.13 mean_vt_4quad=    2.30
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    6.16 mean_vt_4quad=    2.34
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    6.24 mean_vt_4quad=    2.38
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    6.32 mean_vt_4quad=    2.43
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    6.39 mean_vt_4quad=    2.48
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    6.44 mean_vt_4quad=    2.54
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    6.50 mean_vt_4quad=    2.60
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    6.56 mean_vt_4quad=    2.67
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    6.59 mean_vt_4quad=    2.74
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    6.66 mean_vt_4quad=    2.80
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    6.71 mean_vt_4quad=    2.86
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    6.76 mean_vt_4quad=    2.92
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    6.83 mean_vt_4quad=    2.98
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    6.89 mean_vt_4quad=    3.05
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    6.93 mean_vt_4quad=    3.11
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    6.99 mean_vt_4quad=    3.17
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    7.04 mean_vt_4quad=    3.22
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    7.05 mean_vt_4quad=    3.28
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    7.08 mean_vt_4quad=    3.34
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    7.21 mean_vt_4quad=    3.39
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    7.33 mean_vt_4quad=    3.45
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    7.38 mean_vt_4quad=    3.51
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    7.38 mean_vt_4quad=    3.58
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    7.38 mean_vt_4quad=    3.65
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    7.50 mean_vt_4quad=    3.72
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    7.64 mean_vt_4quad=    3.80
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    7.80 mean_vt_4quad=    3.87
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    8.04 mean_vt_4quad=    3.94
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    8.18 mean_vt_4quad=    3.99
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    8.27 mean_vt_4quad=    4.03
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    8.24 mean_vt_4quad=    4.08
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    8.23 mean_vt_4quad=    4.13
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    8.29 mean_vt_4quad=    4.19
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    8.36 mean_vt_4quad=    4.25
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    8.45 mean_vt_4quad=    4.31
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    8.47 mean_vt_4quad=    4.37
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=    8.49 mean_vt_4quad=    4.43
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=    8.53 mean_vt_4quad=    4.49
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=    8.61 mean_vt_4quad=    4.55
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=    8.70 mean_vt_4quad=    4.61
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=    8.76 mean_vt_4quad=    4.67
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=    8.78 mean_vt_4quad=    4.72
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=    8.76 mean_vt_4quad=    4.77
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=    8.70 mean_vt_4quad=    4.82
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=    8.64 mean_vt_4quad=    4.84
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=    8.59 mean_vt_4quad=    4.85
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=    8.60 mean_vt_4quad=    4.85
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=    8.62 mean_vt_4quad=    4.87
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=    8.70 mean_vt_4quad=    4.90
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=    8.77 mean_vt_4quad=    4.95
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=    8.86 mean_vt_4quad=    4.99
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=    8.92 mean_vt_4quad=    5.03
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=    8.95 mean_vt_4quad=    5.06
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=    9.04 mean_vt_4quad=    5.11
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=    9.16 mean_vt_4quad=    5.15
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=    9.30 mean_vt_4quad=    5.20
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=    9.45 mean_vt_4quad=    5.26
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=    9.61 mean_vt_4quad=    5.31
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=    9.73 mean_vt_4quad=    5.37
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=    9.82 mean_vt_4quad=    5.42
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=    9.89 mean_vt_4quad=    5.47
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=    9.96 mean_vt_4quad=    5.51
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   10.01 mean_vt_4quad=    5.56
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   10.11 mean_vt_4quad=    5.60
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   10.23 mean_vt_4quad=    5.63
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   10.34 mean_vt_4quad=    5.65
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   10.43 mean_vt_4quad=    5.66
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   10.54 mean_vt_4quad=    5.68
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   10.68 mean_vt_4quad=    5.70
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   10.89 mean_vt_4quad=    5.74
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   11.24 mean_vt_4quad=    5.78
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   11.72 mean_vt_4quad=    5.83
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   12.17 mean_vt_4quad=    5.87
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   12.53 mean_vt_4quad=    5.91
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   12.71 mean_vt_4quad=    5.95
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   12.86 mean_vt_4quad=    6.00
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   13.03 mean_vt_4quad=    6.06
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   13.26 mean_vt_4quad=    6.15
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   13.36 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   13.38 mean_vt_4quad=    6.40
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   13.29 mean_vt_4quad=    6.55
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   13.06 mean_vt_4quad=    6.70
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   12.90 mean_vt_4quad=    6.87
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   12.88 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   13.00 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   13.27 mean_vt_4quad=    7.44
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   13.66 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   14.21 mean_vt_4quad=    7.87
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   14.96 mean_vt_4quad=    8.08
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   15.83 mean_vt_4quad=    8.22
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   16.69 mean_vt_4quad=    8.17
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   17.43 mean_vt_4quad=    7.99
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   18.12 mean_vt_4quad=    7.88
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=   9
  ++++ rdist(ihc)=   27.00  mean_radii_vt_4quad(ihc)=    7.88 .... 0.5*v_holland=    1.77
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=   8
  ++++ rdist(ihc)=   24.00  mean_radii_vt_4quad(ihc)=    7.98 .... 0.5*v_holland=    1.77
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=   7
  ++++ rdist(ihc)=   21.00  mean_radii_vt_4quad(ihc)=    8.11 .... 0.5*v_holland=    1.77
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=   6
  ++++ rdist(ihc)=   18.00  mean_radii_vt_4quad(ihc)=    7.88 .... 0.5*v_holland=    1.77
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=   5
  ++++ rdist(ihc)=   15.00  mean_radii_vt_4quad(ihc)=    6.92 .... 0.5*v_holland=    1.77
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    27.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   14.5692000000000     
 vradius(iwindix,iquad) =          15
  
  --- vmaxwind of    19.4289526223109       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    19.4289526223109       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    5.03 mean_vt_4quad=    1.05
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    5.17 mean_vt_4quad=    1.11
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    5.30 mean_vt_4quad=    1.17
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    5.41 mean_vt_4quad=    1.23
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    5.49 mean_vt_4quad=    1.30
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    5.51 mean_vt_4quad=    1.37
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    5.47 mean_vt_4quad=    1.44
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    5.38 mean_vt_4quad=    1.52
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    5.30 mean_vt_4quad=    1.60
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    5.21 mean_vt_4quad=    1.67
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    5.13 mean_vt_4quad=    1.74
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    5.07 mean_vt_4quad=    1.82
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    5.02 mean_vt_4quad=    1.88
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    5.00 mean_vt_4quad=    1.94
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    5.03 mean_vt_4quad=    1.98
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    5.11 mean_vt_4quad=    2.02
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    5.21 mean_vt_4quad=    2.05
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    5.27 mean_vt_4quad=    2.09
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    5.37 mean_vt_4quad=    2.12
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    5.43 mean_vt_4quad=    2.16
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    5.51 mean_vt_4quad=    2.21
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    5.50 mean_vt_4quad=    2.25
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    5.58 mean_vt_4quad=    2.30
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    5.62 mean_vt_4quad=    2.34
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    5.68 mean_vt_4quad=    2.38
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    5.73 mean_vt_4quad=    2.43
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    5.71 mean_vt_4quad=    2.48
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    5.65 mean_vt_4quad=    2.54
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    5.58 mean_vt_4quad=    2.60
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    5.56 mean_vt_4quad=    2.67
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    5.63 mean_vt_4quad=    2.74
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    5.72 mean_vt_4quad=    2.80
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    5.85 mean_vt_4quad=    2.86
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    5.97 mean_vt_4quad=    2.92
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    6.07 mean_vt_4quad=    2.98
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    6.12 mean_vt_4quad=    3.05
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    6.06 mean_vt_4quad=    3.11
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    5.97 mean_vt_4quad=    3.17
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    5.94 mean_vt_4quad=    3.22
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    5.92 mean_vt_4quad=    3.28
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    5.90 mean_vt_4quad=    3.34
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    5.92 mean_vt_4quad=    3.39
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    5.97 mean_vt_4quad=    3.45
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=    6.00 mean_vt_4quad=    3.51
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=    6.00 mean_vt_4quad=    3.58
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=    6.20 mean_vt_4quad=    3.65
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=    6.56 mean_vt_4quad=    3.72
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=    6.88 mean_vt_4quad=    3.80
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=    7.08 mean_vt_4quad=    3.87
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=    7.27 mean_vt_4quad=    3.94
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=    7.45 mean_vt_4quad=    3.99
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=    7.66 mean_vt_4quad=    4.03
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=    8.05 mean_vt_4quad=    4.08
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=    8.44 mean_vt_4quad=    4.13
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=    8.79 mean_vt_4quad=    4.19
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=    9.02 mean_vt_4quad=    4.25
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=    9.08 mean_vt_4quad=    4.31
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=    9.12 mean_vt_4quad=    4.37
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=    9.22 mean_vt_4quad=    4.43
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=    9.39 mean_vt_4quad=    4.49
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=    9.56 mean_vt_4quad=    4.55
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=    9.63 mean_vt_4quad=    4.61
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=    9.67 mean_vt_4quad=    4.67
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=    9.71 mean_vt_4quad=    4.72
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=    9.78 mean_vt_4quad=    4.77
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=    9.87 mean_vt_4quad=    4.82
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   10.02 mean_vt_4quad=    4.84
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   10.20 mean_vt_4quad=    4.85
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   10.37 mean_vt_4quad=    4.85
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   10.64 mean_vt_4quad=    4.87
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   10.96 mean_vt_4quad=    4.90
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   11.31 mean_vt_4quad=    4.95
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   11.69 mean_vt_4quad=    4.99
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   12.06 mean_vt_4quad=    5.03
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   12.42 mean_vt_4quad=    5.06
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   12.68 mean_vt_4quad=    5.11
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   12.89 mean_vt_4quad=    5.15
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   13.09 mean_vt_4quad=    5.20
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   13.36 mean_vt_4quad=    5.26
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   13.75 mean_vt_4quad=    5.31
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   14.21 mean_vt_4quad=    5.37
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   14.71 mean_vt_4quad=    5.42
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.23 mean_vt_4quad=    5.47
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   15.45 mean_vt_4quad=    5.51
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   15.25 mean_vt_4quad=    5.56
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   14.32 mean_vt_4quad=    5.60
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   12.72 mean_vt_4quad=    5.63
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   11.34 mean_vt_4quad=    5.65
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   11.29 mean_vt_4quad=    5.66
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   11.43 mean_vt_4quad=    5.68
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   11.66 mean_vt_4quad=    5.70
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   11.64 mean_vt_4quad=    5.74
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   11.83 mean_vt_4quad=    5.78
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   12.04 mean_vt_4quad=    5.83
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   12.25 mean_vt_4quad=    5.87
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   12.43 mean_vt_4quad=    5.91
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   12.67 mean_vt_4quad=    5.95
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   13.14 mean_vt_4quad=    6.00
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   13.69 mean_vt_4quad=    6.06
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   14.40 mean_vt_4quad=    6.15
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   15.15 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   15.91 mean_vt_4quad=    6.40
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   16.59 mean_vt_4quad=    6.55
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   17.16 mean_vt_4quad=    6.70
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   17.65 mean_vt_4quad=    6.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=    6.87 .... 0.5*v_holland=    0.84
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=    7.05 .... 0.5*v_holland=    0.84
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=    7.24 .... 0.5*v_holland=    0.84
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  16
  ++++ rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=    7.44 .... 0.5*v_holland=    0.84
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  15
  ++++ rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=    7.64 .... 0.5*v_holland=    0.84
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
  --- vmaxwind of    19.4289526223109       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    19.4289526223109       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.84 mean_vt_4quad=    1.05
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.95 mean_vt_4quad=    1.11
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    7.08 mean_vt_4quad=    1.17
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.99 mean_vt_4quad=    1.23
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.91 mean_vt_4quad=    1.30
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.81 mean_vt_4quad=    1.37
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    6.88 mean_vt_4quad=    1.44
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    6.74 mean_vt_4quad=    1.52
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    6.62 mean_vt_4quad=    1.60
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    6.71 mean_vt_4quad=    1.67
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    6.79 mean_vt_4quad=    1.74
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    6.75 mean_vt_4quad=    1.82
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    6.73 mean_vt_4quad=    1.88
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    6.74 mean_vt_4quad=    1.94
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    6.76 mean_vt_4quad=    1.98
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    6.72 mean_vt_4quad=    2.02
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    6.69 mean_vt_4quad=    2.05
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.64 mean_vt_4quad=    2.09
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.54 mean_vt_4quad=    2.12
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.42 mean_vt_4quad=    2.16
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.35 mean_vt_4quad=    2.21
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.24 mean_vt_4quad=    2.25
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.22 mean_vt_4quad=    2.30
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    6.16 mean_vt_4quad=    2.34
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    6.18 mean_vt_4quad=    2.38
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    6.28 mean_vt_4quad=    2.43
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    6.41 mean_vt_4quad=    2.48
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    6.48 mean_vt_4quad=    2.54
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    6.58 mean_vt_4quad=    2.60
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    6.78 mean_vt_4quad=    2.67
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    6.89 mean_vt_4quad=    2.74
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    7.00 mean_vt_4quad=    2.80
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    7.17 mean_vt_4quad=    2.86
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    7.38 mean_vt_4quad=    2.92
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    7.56 mean_vt_4quad=    2.98
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    7.77 mean_vt_4quad=    3.05
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.92 mean_vt_4quad=    3.11
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    8.03 mean_vt_4quad=    3.17
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    8.10 mean_vt_4quad=    3.22
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    8.13 mean_vt_4quad=    3.28
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    8.14 mean_vt_4quad=    3.34
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    8.12 mean_vt_4quad=    3.39
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    8.14 mean_vt_4quad=    3.45
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    8.17 mean_vt_4quad=    3.51
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    8.20 mean_vt_4quad=    3.58
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    8.28 mean_vt_4quad=    3.65
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    8.38 mean_vt_4quad=    3.72
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    8.42 mean_vt_4quad=    3.80
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    8.47 mean_vt_4quad=    3.87
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    8.51 mean_vt_4quad=    3.94
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    8.55 mean_vt_4quad=    3.99
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    8.59 mean_vt_4quad=    4.03
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    8.65 mean_vt_4quad=    4.08
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    8.71 mean_vt_4quad=    4.13
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    8.79 mean_vt_4quad=    4.19
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    8.88 mean_vt_4quad=    4.25
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    8.97 mean_vt_4quad=    4.31
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    9.06 mean_vt_4quad=    4.37
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    9.15 mean_vt_4quad=    4.43
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    9.24 mean_vt_4quad=    4.49
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    9.33 mean_vt_4quad=    4.55
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    9.39 mean_vt_4quad=    4.61
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    9.48 mean_vt_4quad=    4.67
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    9.57 mean_vt_4quad=    4.72
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    9.65 mean_vt_4quad=    4.77
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    9.75 mean_vt_4quad=    4.82
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    9.87 mean_vt_4quad=    4.84
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   10.05 mean_vt_4quad=    4.85
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   10.30 mean_vt_4quad=    4.85
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   10.61 mean_vt_4quad=    4.87
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   10.96 mean_vt_4quad=    4.90
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   11.29 mean_vt_4quad=    4.95
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   11.64 mean_vt_4quad=    4.99
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   11.92 mean_vt_4quad=    5.03
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   12.11 mean_vt_4quad=    5.06
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   12.17 mean_vt_4quad=    5.11
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   12.00 mean_vt_4quad=    5.15
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   11.74 mean_vt_4quad=    5.20
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   11.41 mean_vt_4quad=    5.26
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   11.06 mean_vt_4quad=    5.31
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   10.84 mean_vt_4quad=    5.37
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   10.77 mean_vt_4quad=    5.42
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   10.95 mean_vt_4quad=    5.47
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   11.20 mean_vt_4quad=    5.51
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   11.51 mean_vt_4quad=    5.56
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   11.74 mean_vt_4quad=    5.60
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   11.89 mean_vt_4quad=    5.63
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   11.88 mean_vt_4quad=    5.65
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   11.67 mean_vt_4quad=    5.66
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   11.52 mean_vt_4quad=    5.68
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   11.35 mean_vt_4quad=    5.70
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   11.16 mean_vt_4quad=    5.74
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   10.90 mean_vt_4quad=    5.78
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   10.57 mean_vt_4quad=    5.83
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   10.30 mean_vt_4quad=    5.87
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   10.19 mean_vt_4quad=    5.91
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   10.15 mean_vt_4quad=    5.95
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   10.12 mean_vt_4quad=    6.00
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   10.11 mean_vt_4quad=    6.06
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   10.10 mean_vt_4quad=    6.15
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   10.12 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   10.16 mean_vt_4quad=    6.40
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   10.27 mean_vt_4quad=    6.55
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   10.38 mean_vt_4quad=    6.70
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   10.44 mean_vt_4quad=    6.87
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   10.50 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   10.61 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   10.71 mean_vt_4quad=    7.44
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   10.80 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   10.90 mean_vt_4quad=    7.87
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   10.50 mean_vt_4quad=    8.08
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=    9.66 mean_vt_4quad=    8.22
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=    7.47 mean_vt_4quad=    8.17
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=    5.54 mean_vt_4quad=    7.99
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=    5.88 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=    6.80 mean_vt_4quad=    7.98
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=    7.79 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=    8.78 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=    9.51 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=    9.91 mean_vt_4quad=    5.03
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   10.01 mean_vt_4quad=    3.06
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   10.42 mean_vt_4quad=    1.44
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   10.87 mean_vt_4quad=    0.51
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    4.54 mean_vt_4quad=    1.05
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    4.59 mean_vt_4quad=    1.11
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    4.61 mean_vt_4quad=    1.17
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    4.66 mean_vt_4quad=    1.23
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    4.63 mean_vt_4quad=    1.30
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    4.72 mean_vt_4quad=    1.37
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    4.83 mean_vt_4quad=    1.44
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    4.88 mean_vt_4quad=    1.52
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    4.93 mean_vt_4quad=    1.60
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    4.92 mean_vt_4quad=    1.67
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    4.93 mean_vt_4quad=    1.74
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    4.98 mean_vt_4quad=    1.82
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.05 mean_vt_4quad=    1.88
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.03 mean_vt_4quad=    1.94
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.00 mean_vt_4quad=    1.98
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    5.11 mean_vt_4quad=    2.02
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    5.28 mean_vt_4quad=    2.05
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    5.38 mean_vt_4quad=    2.09
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    5.50 mean_vt_4quad=    2.12
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    5.53 mean_vt_4quad=    2.16
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    5.60 mean_vt_4quad=    2.21
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    5.66 mean_vt_4quad=    2.25
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    5.75 mean_vt_4quad=    2.30
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    5.84 mean_vt_4quad=    2.34
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    5.91 mean_vt_4quad=    2.38
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    5.92 mean_vt_4quad=    2.43
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    5.94 mean_vt_4quad=    2.48
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    5.99 mean_vt_4quad=    2.54
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    6.18 mean_vt_4quad=    2.60
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    6.34 mean_vt_4quad=    2.67
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    6.48 mean_vt_4quad=    2.74
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    6.56 mean_vt_4quad=    2.80
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    6.62 mean_vt_4quad=    2.86
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.70 mean_vt_4quad=    2.92
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.77 mean_vt_4quad=    2.98
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.85 mean_vt_4quad=    3.05
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.92 mean_vt_4quad=    3.11
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.95 mean_vt_4quad=    3.17
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.97 mean_vt_4quad=    3.22
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.00 mean_vt_4quad=    3.28
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    7.01 mean_vt_4quad=    3.34
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    7.03 mean_vt_4quad=    3.39
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    7.06 mean_vt_4quad=    3.45
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    7.11 mean_vt_4quad=    3.51
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    7.16 mean_vt_4quad=    3.58
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    7.24 mean_vt_4quad=    3.65
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    7.31 mean_vt_4quad=    3.72
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    7.38 mean_vt_4quad=    3.80
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    7.45 mean_vt_4quad=    3.87
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    7.54 mean_vt_4quad=    3.94
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    7.63 mean_vt_4quad=    3.99
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    7.83 mean_vt_4quad=    4.03
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.23 mean_vt_4quad=    4.08
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    8.29 mean_vt_4quad=    4.13
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    8.23 mean_vt_4quad=    4.19
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    8.18 mean_vt_4quad=    4.25
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    8.17 mean_vt_4quad=    4.31
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    8.22 mean_vt_4quad=    4.37
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    8.28 mean_vt_4quad=    4.43
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    8.35 mean_vt_4quad=    4.49
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    8.39 mean_vt_4quad=    4.55
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    8.40 mean_vt_4quad=    4.61
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    8.34 mean_vt_4quad=    4.67
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    8.40 mean_vt_4quad=    4.72
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    8.62 mean_vt_4quad=    4.77
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    8.94 mean_vt_4quad=    4.82
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    9.36 mean_vt_4quad=    4.84
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    9.81 mean_vt_4quad=    4.85
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   10.21 mean_vt_4quad=    4.85
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   10.53 mean_vt_4quad=    4.87
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   10.69 mean_vt_4quad=    4.90
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   10.85 mean_vt_4quad=    4.95
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   10.94 mean_vt_4quad=    4.99
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   10.99 mean_vt_4quad=    5.03
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   10.92 mean_vt_4quad=    5.06
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   10.78 mean_vt_4quad=    5.11
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   10.60 mean_vt_4quad=    5.15
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   10.33 mean_vt_4quad=    5.20
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   10.13 mean_vt_4quad=    5.26
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    9.84 mean_vt_4quad=    5.31
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    9.66 mean_vt_4quad=    5.37
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    9.50 mean_vt_4quad=    5.42
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    9.38 mean_vt_4quad=    5.47
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    9.34 mean_vt_4quad=    5.51
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=    9.28 mean_vt_4quad=    5.56
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=    9.27 mean_vt_4quad=    5.60
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=    9.31 mean_vt_4quad=    5.63
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=    9.42 mean_vt_4quad=    5.65
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=    9.59 mean_vt_4quad=    5.66
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=    9.78 mean_vt_4quad=    5.68
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=    9.95 mean_vt_4quad=    5.70
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   10.02 mean_vt_4quad=    5.74
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=    9.92 mean_vt_4quad=    5.78
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=    9.67 mean_vt_4quad=    5.83
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=    9.29 mean_vt_4quad=    5.87
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=    8.94 mean_vt_4quad=    5.91
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=    8.67 mean_vt_4quad=    5.95
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=    8.54 mean_vt_4quad=    6.00
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=    8.53 mean_vt_4quad=    6.06
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=    8.58 mean_vt_4quad=    6.15
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=    8.69 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=    8.78 mean_vt_4quad=    6.40
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=    8.90 mean_vt_4quad=    6.55
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=    9.19 mean_vt_4quad=    6.70
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=    9.48 mean_vt_4quad=    6.87
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=    9.70 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=    9.93 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   10.15 mean_vt_4quad=    7.44
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   10.36 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   10.55 mean_vt_4quad=    7.87
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   10.73 mean_vt_4quad=    8.08
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   10.89 mean_vt_4quad=    8.22
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   11.04 mean_vt_4quad=    8.17
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   11.18 mean_vt_4quad=    7.99
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   11.35 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   11.61 mean_vt_4quad=    7.98
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   11.89 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   12.05 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   11.84 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   11.64 mean_vt_4quad=    5.03
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   11.40 mean_vt_4quad=    3.06
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   11.21 mean_vt_4quad=    1.44
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   11.26 mean_vt_4quad=    0.51
  
 TIMING: after call  getradii, fhr=    30 igrct=  1   22:20:01
 TIMING: after getrad_iter_loop, fhr=    30 igrct=  2 Vmax (m/s)=   19.429   22:20:01
 TIMING: Before get_phase ... 22:20:01
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           30 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =    11.626
  
  
  In get_cps_paramb, lead time=           30 :           0   00L  NATL     
   right_ct=          865   left_ct=          868
   zthicksum(1)=    2931026.04043750     
   zthicksum(2)=    2943602.33975000     
   zthick_right_mean=    3388.46941091040     
   zthick_left_mean=     3391.24693519585     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.77752428544682     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            8.11
  Sum of y-diffs squared (ydiff2) =          131.68
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    89.60   6.7452        4.90   0.1661    -1.44     2.07       24.02
    2    88.61   6.6846        3.91   0.1055    -0.12     0.01       15.28
    3    87.54   6.6201        2.84   0.0409     1.28     1.63        8.05
    4    85.17   6.5511        0.47  -0.0281     1.54     2.37        0.22
    5    80.95   6.4770       -3.75  -0.1022     0.15     0.02       14.04
    6    76.33   6.3969       -8.37  -0.1822    -1.42     2.00       70.07
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    84.699     x:    6.58
  
  slope=     38.171         y-intercept =   -166.431
  Regression equation:   Y =  -166.43 +    38.17X
  
  R2(r_squared) =  0.9384        r =  0.9687
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1083.78 zmin=  993.22 zdiff=   90.56
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1575.98 zmin= 1486.38 zdiff=   89.60
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -0.96 dlnp=     -0.057158  dzdlnp=       16.795
  
   +++ k=  3 press=    800.0 zmax= 2093.16 zmin= 2004.55 zdiff=   88.61
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -0.99 dlnp=     -0.060625  dzdlnp=       16.363
  
   +++ k=  4 press=    750.0 zmax= 2638.44 zmin= 2550.90 zdiff=   87.54
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -1.07 dlnp=     -0.064539  dzdlnp=       16.610
  
   +++ k=  5 press=    700.0 zmax= 3214.97 zmin= 3129.80 zdiff=   85.17
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -2.37 dlnp=     -0.068993  dzdlnp=       34.322
  
   +++ k=  6 press=    650.0 zmax= 3826.02 zmin= 3745.07 zdiff=   80.95
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -4.22 dlnp=     -0.074108  dzdlnp=       56.890
  
   +++ k=  7 press=    600.0 zmax= 4477.17 zmin= 4400.84 zdiff=   76.33
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -4.62 dlnp=     -0.080043  dzdlnp=       57.769
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            4.93
  Sum of y-diffs squared (ydiff2) =          445.72
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    69.40   6.3099       12.75   0.2788     1.19     1.42      162.65
    2    63.33   6.2146        6.68   0.1834    -0.93     0.86       44.64
    3    58.54   6.1092        1.90   0.0781    -1.34     1.80        3.60
    4    55.79   5.9915       -0.85  -0.0397     0.79     0.63        0.73
    5    49.90   5.8579       -6.74  -0.1732     0.44     0.20       45.46
    6    42.91   5.7038      -13.73  -0.3274    -0.16     0.02      188.64
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    56.647     x:    6.03
  
  slope=     41.478         y-intercept =   -193.513
  Regression equation:   Y =  -193.51 +    41.48X
  
  R2(r_squared) =  0.9889        r =  0.9945
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4477.17 zmin= 4400.84 zdiff=   76.33
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5173.16 zmin= 5103.76 zdiff=   69.40
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -6.93 dlnp=     -0.087011  dzdlnp=       79.622
  
   +++ k=  9 press=    500.0 zmax= 5924.02 zmin= 5860.69 zdiff=   63.33
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -6.07 dlnp=     -0.095310  dzdlnp=       63.708
  
   +++ k= 10 press=    450.0 zmax= 6742.94 zmin= 6684.40 zdiff=   58.54
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -4.78 dlnp=     -0.105361  dzdlnp=       45.406
  
   +++ k= 11 press=    400.0 zmax= 7643.95 zmin= 7588.15 zdiff=   55.79
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -2.75 dlnp=     -0.117783  dzdlnp=       23.365
  
   +++ k= 12 press=    350.0 zmax= 8640.03 zmin= 8590.13 zdiff=   49.90
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -5.89 dlnp=     -0.133531  dzdlnp=       44.095
  
   +++ k= 13 press=    300.0 zmax= 9756.75 zmin= 9713.84 zdiff=   42.91
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -6.99 dlnp=     -0.154151  dzdlnp=       45.358
  
cps_stats: 00L   lead time=  30: 0   paramb=    -2.78  vtl=     38.17  vtu=     41.48
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   30:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.905 (0-360) guesslon=  299.905E  (  60.095W)   guesslat=   23.288
 ilonfix=         1368  jlatfix=         1063  npts=           33
 ibeg=         1296  jbeg=          995  imax=         2738
 iend=         1440  jend=         1131  jmax=         2041
 TIMING: find_maxmin 1  22:20:01
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.985E  (0-360) ctlon=  298.985E  (  61.015W)  ctlat=   23.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:01
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.985E   (0-360) guesslon=  298.985E  (  61.015W)   guesslat=   23.968
 ilonfix=         1345  jlatfix=         1046  npts=           16
 ibeg=         1297  jbeg=         1002  imax=         2738
 iend=         1393  jend=         1090  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.765E  (0-360) ctlon=  298.765  (  61.235W)  ctlat=   23.648 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    30:00  mean_lon:  298.77E (  61.23W)    (0-360) mean_lon=  298.77E  mean_lat:   23.65  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    30:00  ifix:  1315   jfix:  1031  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1315  jx=         1031
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         577 ,         293 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         576 ,         292 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    30:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:02
 TIMING: Before shear ... 22:20:02
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            6
  clon(ist,ifh,3)=    299.504879465414     
  clat(ist,ifh,3)=    23.3916555860222     
  fixlon(ist,ifh)=    299.905193420325     
  fixlat(ist,ifh)=    23.2881031099754     
  xcenlon=    299.504879465414     
  xcenlat=    23.3916555860222     
  
 xxshear
 In get_shear A, xcenlon=    299.504879465414       xcenlat= 
   23.3916555860222     
   In get_shear B, (0-360) xcenlon=    299.504879465414     
  
At start of get_shear:  00L   fhr=   30:00   Mean fix position=   299.91E  ( 60.09W)    23.29  (0-360) mean lon fix=  299.91
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    6.94 vr_mean(idist,ilev)=   -0.21
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    9.55 vr_mean(idist,ilev)=   -0.64
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   10.25 vr_mean(idist,ilev)=   -0.22
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    9.04 vr_mean(idist,ilev)=   -1.22
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    8.86 vr_mean(idist,ilev)=   -1.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    8.60 vr_mean(idist,ilev)=   -0.51
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    8.05 vr_mean(idist,ilev)=   -0.49
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    6.88 vr_mean(idist,ilev)=   -0.55
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.69 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.79 vr_mean(idist,ilev)=   -0.64
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    4.14 vr_mean(idist,ilev)=   -0.83
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    3.40 vr_mean(idist,ilev)=   -0.75
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    2.85 vr_mean(idist,ilev)=   -0.79
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    2.09 vr_mean(idist,ilev)=   -0.92
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    1.29 vr_mean(idist,ilev)=   -0.84
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    0.87 vr_mean(idist,ilev)=   -1.00
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    0.43 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   -0.16 vr_mean(idist,ilev)=   -0.95
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   -0.53 vr_mean(idist,ilev)=   -0.96
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -12.73 vr_mean(idist,ilev)=   12.73
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -19.09 vr_mean(idist,ilev)=   19.09
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -25.45 vr_mean(idist,ilev)=   25.45
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -31.82 vr_mean(idist,ilev)=   31.82
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -38.19 vr_mean(idist,ilev)=   38.19
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -44.56 vr_mean(idist,ilev)=   44.56
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -50.93 vr_mean(idist,ilev)=   50.93
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -57.31 vr_mean(idist,ilev)=   57.31
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -63.69 vr_mean(idist,ilev)=   63.69
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -70.07 vr_mean(idist,ilev)=   70.07
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -76.45 vr_mean(idist,ilev)=   76.45
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -82.84 vr_mean(idist,ilev)=   82.84
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -89.24 vr_mean(idist,ilev)=   89.24
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -95.64 vr_mean(idist,ilev)=   95.64
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -102.04 vr_mean(idist,ilev)=  102.04
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -108.45 vr_mean(idist,ilev)=  108.45
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -114.87 vr_mean(idist,ilev)=  114.87
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -121.30 vr_mean(idist,ilev)=  121.30
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -127.73 vr_mean(idist,ilev)=  127.73
  
 At end of get_shear: 
     ist=    1 ifh=    6 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:02
  
 After call to fixcenter, fix positions at 
 forecast hour=   30:00 follow:
  
fixpos  00L   fhr=   30:00   Fix position=   299.91E  ( 60.09W)    23.29   Max Wind=  38 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.843576625581     
 xxxx get_next_ges, curr fix lon=    299.905193420325     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.905193420325        fixlat=    23.2881031099754     
        (0-360) fixlon=    299.905193420325     
      ilonfix=         1368   jlatfix=         1063
      ibeg=          896   iend=         1840
      jbeg=          611   jend=         1515
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.21891307162809       vavg=    2.95871311213539     
      ubar=  -0.304728267907023       vbar=   0.739678278033848     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.389581660623779       vavg=    1.13799762594797     
      ubar=  -0.499519098218913       vbar=    1.30867709100783     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.373123992260964       vavg=    1.01672438092066     
      ubar=  -0.406238100153672       vbar=    1.56285818623800     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.406238100153672       vbar=    1.56285818623800     
      wgttot=    1.00000000000000     
      fixlon=    299.905193420325        fixlat=    23.2881031099754     
      barnlon=    299.819182429837       barnlat=    23.5916938036380     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.917477845507353     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.819182429837     
     Raw (no conversion for GM wrap) extraplon=    299.966937672144     
  
 --- barnlon=    299.82E  (  60.18W)    barnlat=     23.59
 --- extraplon=  299.97E  (  60.03W)    extraplat=   23.56
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.29
 | Current fix lon is   60.09W   ( 299.91E)
 | Current fix lon (raw, unadjusted)=  299.91E
 | Updated guess lat for next fcst hour is   23.58
 | Updated guess lon (0-360) for next fcst hour is   60.11W   ( 299.89E)
 | Raw updated guess lon for next fcst hour is  299.89E)
 -------------------------------------------------
  
 iocheck, dist=    32.1958982361918        distm=    32195.8982361918     
 iocheck, stmspd=    1.49055084426814        istmspd=           29
 iocheck, xincr=  -1.213336933398068E-002   yincr=   0.289330378997480     
 iocheck, stmdir=    357.598649136345        istmdir=          358
 +++ RPT_STORM_MOTION: istmspd=    29 kts(*10)    istmdir=   358 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   6
     Fix location for this time:   299.91E  ( 60.09W)    23.29
     Fix lon (raw) for this time:  299.91E
     ilonfix= 1368  jlatfix= 1063
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.905193420325       xcenlat=    23.2881031099754     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.905193420325       xcenlat=    23.2881031099754     
  ilonfix=         1368  jlatfix=         1063
  ibeg=         1247  iend=         1489
  jbeg=          947  jend=         1179  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.905193420325        xcenlat=    23.2881031099754     
      ilonfix=         1368   jlatfix=         1063
      ibeg=         1247   iend=         1489
      jbeg=          947   jend=         1179
 After call to barnes, xsmoothval=   1.204903891992440E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.204903891992440E-004
      xcenlon=    299.905193420325        xcenlat=    23.2881031099754     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000120  imeanzeta (*1e6)=      120
   --- mean zeta raw =   1.204903891992440E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004295  igrid zeta (*1e6)=     4295 ifilret=   0
   --- grid zeta raw=   4.295357911008956E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.905193420325       xcenlat=    23.2881031099754     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.905193420325       xcenlat=    23.2881031099754     
  ilonfix=         1368  jlatfix=         1063
  ibeg=         1247  iend=         1489
  jbeg=          947  jend=         1179  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.905193420325        xcenlat=    23.2881031099754     
      ilonfix=         1368   jlatfix=         1063
      ibeg=         1247   iend=         1489
      jbeg=          947   jend=         1179
 After call to barnes, xsmoothval=   1.219694956058124E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.219694956058124E-004
      xcenlon=    299.905193420325        xcenlat=    23.2881031099754     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000122  imeanzeta (*1e6)=      122
   --- mean zeta raw =   1.219694956058124E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004213  igrid zeta (*1e6)=     4213 ifilret=   0
   --- grid zeta raw=   4.213264401995023E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           30
  
 segx, outlon=    299.905193420325       outlat=    23.2881031099754     
   ist=            1  ifcsthour=           30
   vmaxwind=    19.4289526223109       xminmslp=    100810.750000000     
   vradius=           15           0           0          31           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=    101610.750000000       rlastbar=    46.8478989657340     
   rmax=    11.0149498953498     
   cps_vals=   -2.77752428544682        38.1705856599944     
   41.4778021864398     
   wcore_flag= n
   istmspd=           29  istmdir=          358
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    3.00000000000000     
   axisymet_rmw_val=     11.2544952887994     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   46.8478989657340       irlastbar=          47
 output: plastbar=   101610.750000000       iplastbar=        1016
 rmax=    11.0149498953498        irmax=           11
 TXX top of atcfunix_ext, ist=            1  ifh=           30
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   46.8478989657340       irlastbar=          47
 output: plastbar=   101610.750000000       iplastbar=        1016
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           30
 intlat=          233
 clatns= N
 intlon=          601
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           38
 int(xminmslp/mslp_outp_adj + 0.5)=         1008
 XX,  34, NEQ
 vradius(1,1)=           15
 vradius(1,2)=           31
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=         1016
 irlastbar=           47
 irmax=           11
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          358
 istmspd=           29
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -28
 icps_vals(2)=          382
 icps_vals(3)=          415
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=            2
 irmw_val=           22
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          120
 igridzeta(1)=         4295
 imeanzeta(2)=          122
 igridzeta(2)=         4213
  
 rmax=    11.0149498953498        irmax=           11
 +++ Top of output_atcf_parms, ist=            1  ifh=           30
  
 xxxx get_next_ges, prev fix lon=    299.843576625581     
 xxxx get_next_ges, curr fix lon=    299.905193420325     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.905193420325        fixlat=    23.2881031099754     
        (0-360) fixlon=    299.905193420325     
      ilonfix=         1368   jlatfix=         1063
      ibeg=          896   iend=         1840
      jbeg=          611   jend=         1515
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.21891307162809       vavg=    2.95871311213539     
      ubar=  -0.304728267907023       vbar=   0.739678278033848     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.389581660623779       vavg=    1.13799762594797     
      ubar=  -0.499519098218913       vbar=    1.30867709100783     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.373123992260964       vavg=    1.01672438092066     
      ubar=  -0.406238100153672       vbar=    1.56285818623800     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.406238100153672       vbar=    1.56285818623800     
      wgttot=    1.00000000000000     
      fixlon=    299.905193420325        fixlat=    23.2881031099754     
      barnlon=    299.819182429837       barnlat=    23.5916938036380     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.917477845507353     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.819182429837     
     Raw (no conversion for GM wrap) extraplon=    299.966937672144     
  
 --- barnlon=    299.82E  (  60.18W)    barnlat=     23.59
 --- extraplon=  299.97E  (  60.03W)    extraplat=   23.56
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.29
 | Current fix lon is   60.09W   ( 299.91E)
 | Current fix lon (raw, unadjusted)=  299.91E
 | Updated guess lat for next fcst hour is   23.58
 | Updated guess lon (0-360) for next fcst hour is   60.11W   ( 299.89E)
 | Raw updated guess lon for next fcst hour is  299.89E)
 -------------------------------------------------
  
 iocheck, dist=    32.1958982361918        distm=    32195.8982361918     
 iocheck, stmspd=    1.49055084426814        istmspd=           29
 iocheck, xincr=  -1.213336933398068E-002   yincr=   0.289330378997480     
 iocheck, stmdir=    357.598649136345        istmdir=          358
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   30:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.452084380703507E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.145E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax (x10e5) =        0.140E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.144787035924304E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax (x10e5) =        0.117E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.123E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax =       -0.100E+16 fmin =        0.123E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.289E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax =       -0.100E+16 fmin =        0.289E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.979E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax =       -0.100E+16 fmin =        0.978E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.010 (0-360) guesslon=  289.010E  (  70.990W)   guesslat=   31.378
 ilonfix=         1096  jlatfix=          861  npts=           33
 ibeg=         1021  jbeg=          793  imax=         2738
 iend=         1171  jend=          929  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   9.841879515917625E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.290E  (0-360) ctlon=  289.290E  (  70.710W)  ctlat=   31.258 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.984E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.290E   (0-360) guesslon=  289.290E  (  70.710W)   guesslat=   31.258
 ilonfix=         1103  jlatfix=          864  npts=           16
 ibeg=         1052  jbeg=          820  imax=         2738
 iend=         1154  jend=          908  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.170E  (0-360) ctlon=  289.170  (  70.830W)  ctlat=   31.338 fmax (x10e5) =        0.924E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    289.140469216215        uvgeslat=    31.3456133901206     
    (0-360 uvgeslon)=    289.140469216215     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:02
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.140469216215        uvgeslat=    31.3456133901206     
    (0-360 uvgeslon)=    289.140469216215     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.140469216215     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.140E  (0-360E lon):  289.140E    70.860W  ctlat=   31.346  xmax_circul_disk =     168338745.7
 TIMING: get_wind_circ kloop, k=  1   22:20:02
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.140E  (0-360E)=  289.140E  (  70.860W)   guesslat=   31.346
 ilonfix=         1099  jlatfix=          862  npts=           56
 ibeg=         1028  jbeg=          798  imax=         2738
 iend=         1170  jend=          926  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    168288253.557452     
 nhalf get_wind_circ, k=  1 ctlon=  289.280E  (0-360E)=  289.280E  ctlon=   70.720W   ctlat=   31.306 Wind Circulation (NHEM: Max) =     168288253.6
 TIMING: After GWC 850 ... 22:20:02
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:02
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.140469216215        uvgeslat=    31.3456133901206     
    (0-360 uvgeslon)=    289.140469216215     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.140469216215     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.140E  (0-360E lon):  289.140E    70.860W  ctlat=   31.346  xmax_circul_disk =     159659143.2
 TIMING: get_wind_circ kloop, k=  1   22:20:02
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.140E  (0-360E)=  289.140E  (  70.860W)   guesslat=   31.346
 ilonfix=         1099  jlatfix=          862  npts=           56
 ibeg=         1028  jbeg=          798  imax=         2738
 iend=         1170  jend=          926  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    160231310.973972     
 nhalf get_wind_circ, k=  1 ctlon=  289.160E  (0-360E)=  289.160E  ctlon=   70.840W   ctlat=   31.246 Wind Circulation (NHEM: Max) =     160231311.0
 TIMING: After GWC 700 ... 22:20:02
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:02
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.140469216215        uvgeslat=    31.3456133901206     
    (0-360 uvgeslon)=    289.140469216215     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.140469216215     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.140E  (0-360E lon):  289.140E    70.860W  ctlat=   31.346  xmax_circul_disk =     101970273.5
 TIMING: get_wind_circ kloop, k=  1   22:20:02
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.140E  (0-360E)=  289.140E  (  70.860W)   guesslat=   31.346
 ilonfix=         1099  jlatfix=          862  npts=           56
 ibeg=         1028  jbeg=          798  imax=         2738
 iend=         1170  jend=          926  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    102088057.821428     
 nhalf get_wind_circ, k=  1 ctlon=  289.160E  (0-360E)=  289.160E  ctlon=   70.840W   ctlat=   31.306 Wind Circulation (NHEM: Max) =     102088057.8
 TIMING: After GWC Sfc ... 22:20:02
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.28  xavg_stderr=     3.56
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            6  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    30:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.01E   (0-360) guesslon=  289.01E  ( 70.99W)    31.38
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       289.17       70.83      31.34          140.37       T         15.83
   2    zeta 700    Max       289.17       70.83      31.34          117.26       T         15.83
   3    circ 850    Max       289.28       70.72      31.31          168.29       T         26.97
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       289.16       70.84      31.25          160.23       T         20.57
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       289.17       70.83      31.34         1227.11       T         15.83
   8     gph 700    Min       289.17       70.83      31.34         2888.97       T         15.83
   9        MSLP    Min       289.17       70.83      31.34        97824.16       T         15.83
  10    circ sfc    Max       289.16       70.84      31.31          102.09       T         16.46
  11    zeta sfc    Max       289.17       70.83      31.34           92.42       T         15.83
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    3.76352235362984       stderr_close= 
   2.88324482495950       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
 ip=  2 kprm=  2 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
 ip=  3 kprm=  3 dist_from_mean=   9.705 devia=   1.941 wtpos=  0.52363     289.28   289.28    70.72    31.31
 ip=  5 kprm=  4 dist_from_mean=   8.557 devia=   1.711 wtpos=  0.56526     289.16   289.16    70.84    31.25
 ip=  7 kprm=  5 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
 ip=  8 kprm=  6 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
 ip=  9 kprm=  7 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
 ip= 10 kprm=  8 dist_from_mean=   2.497 devia=   0.499 wtpos=  0.84668     289.16   289.16    70.84    31.31
 ip= 11 kprm=  9 dist_from_mean=   2.186 devia=   0.437 wtpos=  0.86441     289.17   289.17    70.83    31.34
  
At end of fixcenter:  08L   fhr=   30:00   Fix position=   289.18E  (0-360) fixlon=  289.18  ( 70.82W)    31.32
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    289.175911307715     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    289.169559398034     
        (0-360E clon(ist,ifh,9))=    289.169559398034     
      clat(ist,ifh,9)=    31.3383408446661     
      xval(9)=    97824.1610722297     
  
  After get_ij B, ibeg jbeg =          990         724
  After get_ij B, iend jend =         1210        1000
  
 In is_it_a_storm, ilonfix=         1100  jlatfix=          862
 ibeg jbeg iend jend =          990         724        1210        1000
 cparm= slp  parmlon parmlat =    289.169559398034        31.3383408446661     
     (0-360E parmlon) =    289.169559398034     
 parmval=    97824.1610722297     
  
 i= 1075 j=  799 glon=  288.21 (0-360E) glon=  288.21 glat=  33.88 dist=   296.68 slp=  101013.47 pgradient= 10.75009
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     = 10.75009
 mslp center =    289.169559398034        31.3383408446661     
   97824.1610722297     
   (0-360E) lon of mslp center =    289.169559398034     
 pgrad loc   =    288.208926000000        288.208926000000     
   71.7910740000000        33.8808010000000        101013.470000000     
  ttest at location C IF....
      xinp_fixlat=    31.3383408446661     
      xinp_fixlon=    289.169559398034       (0-360E) xinp_fixlon= 
   289.169559398034     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95687.5500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1100  jfix=          862
 longitude=    289.169559398034      E   (   70.8304406019665      
 W)  (0-360E) xinp_fixlon=    289.169559398034     
 latitude=    31.3383408446661     
 mean mslp value (xval(9))=    97824.1610722297     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1100  jfix=          862
 longitude=    289.169559398034      E   (   70.8304406019665      
 W)  (0-360E) xinp_fixlon=    289.169559398034     
 latitude=    31.3383408446661     
 mean mslp value (xval(9))=    97824.1610722297     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1100  jx=          862
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95687.5500000000       xcentval=    95687.5500000000     
 At A, num_found_contours=            0
 At A, contlo=    95687.5500000000       conthi=    96087.5500000000     
  
 num_found_contours=            0
 contlo=    95687.5500000000       conthi=    96087.5500000000     
 xcentval=    95687.5500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96087.5500000000       conthi=    96487.5500000000     
  
 num_found_contours=            1
 contlo=    96087.5500000000       conthi=    96487.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            2
 At A, contlo=    96487.5500000000       conthi=    96887.5500000000     
  
 num_found_contours=            2
 contlo=    96487.5500000000       conthi=    96887.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            3
 At A, contlo=    96887.5500000000       conthi=    97287.5500000000     
  
 num_found_contours=            3
 contlo=    96887.5500000000       conthi=    97287.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            4
 At A, contlo=    97287.5500000000       conthi=    97687.5500000000     
  
 num_found_contours=            4
 contlo=    97287.5500000000       conthi=    97687.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            5
 At A, contlo=    97687.5500000000       conthi=    98087.5500000000     
  
 num_found_contours=            5
 contlo=    97687.5500000000       conthi=    98087.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            6
 At A, contlo=    98087.5500000000       conthi=    98487.5500000000     
  
 num_found_contours=            6
 contlo=    98087.5500000000       conthi=    98487.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            7
 At A, contlo=    98487.5500000000       conthi=    98887.5500000000     
  
 num_found_contours=            7
 contlo=    98487.5500000000       conthi=    98887.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            8
 At A, contlo=    98887.5500000000       conthi=    99287.5500000000     
  
 num_found_contours=            8
 contlo=    98887.5500000000       conthi=    99287.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=            9
 At A, contlo=    99287.5500000000       conthi=    99687.5500000000     
  
 num_found_contours=            9
 contlo=    99287.5500000000       conthi=    99687.5500000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=           10
 At A, contlo=    99687.5500000000       conthi=    100087.550000000     
  
 num_found_contours=           10
 contlo=    99687.5500000000       conthi=    100087.550000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=           11
 At A, contlo=    100087.550000000       conthi=    100487.550000000     
  
 num_found_contours=           11
 contlo=    100087.550000000       conthi=    100487.550000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=           12
 At A, contlo=    100487.550000000       conthi=    100887.550000000     
  
 num_found_contours=           12
 contlo=    100487.550000000       conthi=    100887.550000000     
 xcentval=    95687.5500000000     
 At A, num_found_contours=           13
 At A, contlo=    100887.550000000       conthi=    101287.550000000     
  
 num_found_contours=           13
 contlo=    100887.550000000       conthi=    101287.550000000     
 xcentval=    95687.5500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         918 ,         670 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95687.5500000000     
 !!! (i,j) of central value = (        1100 ,         862 )
 !!!  
 !!! Flagged value found    =    100883.390000000     
 !!! (i,j) of flagged value = (         917 ,         669 )
 !!!   
 !!! Lower bound of contour interval =    100887.550000000     
 !!! Upper bound of contour interval =    101287.550000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1100  jfix=          862
 longitude=    289.169559398034      E   (   70.8304406019665      W)  
 (0-360E) xinp_fixlon=    289.169559398034     
 latitude=    31.3383408446661     
 mean mslp value (xval(9))=    97824.1610722297     
 gridpoint mslp value=    95687.5500000000     
 ccflag= y
 prs of last closed isobar =    100887.550000000     
 radius of last closed isobar =    114.167530769898       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   30:00
 !!! Boundary check xinp_fixlat is   31.34
 !!! Boundary check xinp_fixlon is   70.83W   ( 289.17E)  (0-360E) xinp_fixlon=  289.17
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    289.280465716215     
  850 mb wcirc fix lat=    31.3056143901206     
    (0-360) 850 mb wcirc fix lon=    289.280465716215     
  Multi-parm fix lon=      289.175911307715     
  Multi-parm fix lat=      31.3246847805135     
    (0-360) Multi-parm fix lon=      289.175911307715     
  
  
  After get_ij B, ibeg jbeg =         1009         759
  After get_ij B, iend jend =         1195         967
  
 In is_it_a_storm, ilonfix=         1102  jlatfix=          863
 ibeg jbeg iend jend =         1009         759        1195         967
 cparm= v850  parmlon parmlat =    289.280465716215        31.3056143901206     
     (0-360E parmlon) =    289.280465716215     
 parmval=    168288253.557452     
  
 i= 1089 j=  814 glon=  288.77 (0-360E) glon=  288.77 glat=  33.28 u= -24.1000 v=   4.5000 vr=   9.57631 vt=  22.56888
 i= 1094 j=  814 glon=  288.97 (0-360E) glon=  288.97 glat=  33.28 u= -23.4000 v=   5.8000 vr=   8.85775 vt=  22.42187
 i= 1099 j=  814 glon=  289.17 (0-360E) glon=  289.17 glat=  33.28 u= -23.1000 v=   8.4000 vr=   9.49787 vt=  22.67070
 i= 1104 j=  814 glon=  289.37 (0-360E) glon=  289.37 glat=  33.28 u= -23.3000 v=  10.5000 vr=   9.60654 vt=  23.68236
 i= 1109 j=  814 glon=  289.57 (0-360E) glon=  289.57 glat=  33.28 u= -22.8000 v=  11.9000 vr=   9.00137 vt=  24.09202
 i= 1114 j=  814 glon=  289.77 (0-360E) glon=  289.77 glat=  33.28 u= -21.5000 v=  12.8000 vr=   8.10382 vt=  23.67315
 i= 1074 j=  819 glon=  288.17 (0-360E) glon=  288.17 glat=  33.08 u= -19.6000 v=  -1.2000 vr=   8.16200 vt=  17.86006
 i= 1079 j=  819 glon=  288.37 (0-360E) glon=  288.37 glat=  33.08 u= -21.6000 v=   0.3000 vr=   8.92455 vt=  19.67238
 i= 1084 j=  819 glon=  288.57 (0-360E) glon=  288.57 glat=  33.08 u= -22.8000 v=   1.1000 vr=   8.40007 vt=  21.22472
 i= 1089 j=  819 glon=  288.77 (0-360E) glon=  288.77 glat=  33.08 u= -23.2000 v=   1.9000 vr=   7.36816 vt=  22.08076
 i= 1094 j=  819 glon=  288.97 (0-360E) glon=  288.97 glat=  33.08 u= -25.0000 v=   6.3000 vr=   9.92130 vt=  23.79617
 i= 1099 j=  819 glon=  289.17 (0-360E) glon=  289.17 glat=  33.08 u= -27.3000 v=   9.1000 vr=  10.54381 vt=  26.77551
 i= 1104 j=  819 glon=  289.37 (0-360E) glon=  289.37 glat=  33.08 u= -26.6000 v=   9.8000 vr=   8.66552 vt=  26.99090
 i= 1109 j=  819 glon=  289.57 (0-360E) glon=  289.57 glat=  33.08 u= -24.7000 v=  11.3000 vr=   7.81312 vt=  26.01413
 i= 1114 j=  819 glon=  289.77 (0-360E) glon=  289.77 glat=  33.08 u= -23.0000 v=  12.9000 vr=   7.32007 vt=  25.33430
 i= 1119 j=  819 glon=  289.97 (0-360E) glon=  289.97 glat=  33.08 u= -21.9000 v=  14.1000 vr=   6.52877 vt=  25.21498
 i= 1124 j=  819 glon=  290.17 (0-360E) glon=  290.17 glat=  33.08 u= -20.4000 v=  14.8000 vr=   5.62277 vt=  24.56796
 i= 1129 j=  819 glon=  290.37 (0-360E) glon=  290.37 glat=  33.08 u= -18.3000 v=  15.1000 vr=   4.91746 vt=  23.21031
 i= 1069 j=  824 glon=  287.97 (0-360E) glon=  287.97 glat=  32.88 u= -21.3000 v=  -4.4000 vr=   8.74175 vt=  19.91562
 i= 1074 j=  824 glon=  288.17 (0-360E) glon=  288.17 glat=  32.88 u= -19.6000 v=  -5.7000 vr=   5.21476 vt=  19.73465
 i= 1079 j=  824 glon=  288.37 (0-360E) glon=  288.37 glat=  32.88 u= -22.6000 v=  -2.7000 vr=   7.56876 vt=  21.46541
 i= 1084 j=  824 glon=  288.57 (0-360E) glon=  288.57 glat=  32.88 u= -23.5000 v=   0.2000 vr=   8.62139 vt=  21.86233
 i= 1089 j=  824 glon=  288.77 (0-360E) glon=  288.77 glat=  32.88 u= -25.9000 v=   1.4000 vr=   8.24896 vt=  24.59115
 i= 1094 j=  824 glon=  288.97 (0-360E) glon=  288.97 glat=  32.88 u= -26.8000 v=   5.0000 vr=   9.37835 vt=  25.59856
 i= 1099 j=  824 glon=  289.17 (0-360E) glon=  289.17 glat=  32.88 u= -27.5000 v=   7.9000 vr=   9.53974 vt=  26.97505
 i= 1104 j=  824 glon=  289.37 (0-360E) glon=  289.37 glat=  32.88 u= -28.9000 v=  10.9000 vr=   9.50884 vt=  29.38711
 i= 1109 j=  824 glon=  289.57 (0-360E) glon=  289.57 glat=  32.88 u= -29.0000 v=  10.7000 vr=   6.10828 vt=  30.30147
 i= 1114 j=  824 glon=  289.77 (0-360E) glon=  289.77 glat=  32.88 u= -27.5000 v=  12.1000 vr=   4.68318 vt=  29.67706
 i= 1119 j=  824 glon=  289.97 (0-360E) glon=  289.97 glat=  32.88 u= -26.2000 v=  13.7000 vr=   3.70471 vt=  29.33266
 i= 1124 j=  824 glon=  290.17 (0-360E) glon=  290.17 glat=  32.88 u= -23.5000 v=  15.1000 vr=   3.43704 vt=  27.72087
 i= 1129 j=  824 glon=  290.37 (0-360E) glon=  290.37 glat=  32.88 u= -20.5000 v=  16.6000 vr=   3.90491 vt=  26.08758
 i= 1134 j=  824 glon=  290.57 (0-360E) glon=  290.57 glat=  32.88 u= -18.4000 v=  17.2000 vr=   3.58423 vt=  24.93097
 i= 1139 j=  824 glon=  290.77 (0-360E) glon=  290.77 glat=  32.88 u= -16.6000 v=  17.2000 vr=   2.97296 vt=  23.71838
 i= 1059 j=  829 glon=  287.57 (0-360E) glon=  287.57 glat=  32.68 u= -16.3000 v=  -8.7000 vr=   5.91817 vt=  17.50301
 i= 1064 j=  829 glon=  287.77 (0-360E) glon=  287.77 glat=  32.68 u= -18.2000 v=  -8.3000 vr=   6.40442 vt=  18.95029
 i= 1069 j=  829 glon=  287.97 (0-360E) glon=  287.97 glat=  32.68 u= -19.8000 v=  -8.5000 vr=   5.90519 vt=  20.72242
 i= 1074 j=  829 glon=  288.17 (0-360E) glon=  288.17 glat=  32.68 u= -21.7000 v=  -6.2000 vr=   7.20986 vt=  21.38569
 i= 1079 j=  829 glon=  288.37 (0-360E) glon=  288.37 glat=  32.68 u= -22.4000 v=  -5.0000 vr=   6.66399 vt=  21.96250
 i= 1084 j=  829 glon=  288.57 (0-360E) glon=  288.57 glat=  32.68 u= -28.4000 v=  -2.2000 vr=   9.44109 vt=  26.87500
 i= 1089 j=  829 glon=  288.77 (0-360E) glon=  288.77 glat=  32.68 u= -31.9000 v=   1.2000 vr=  10.77695 vt=  30.04842
 i= 1094 j=  829 glon=  288.97 (0-360E) glon=  288.97 glat=  32.68 u= -32.1000 v=   3.8000 vr=   9.81052 vt=  30.79941
 i= 1099 j=  829 glon=  289.17 (0-360E) glon=  289.17 glat=  32.68 u= -31.8000 v=   6.4000 vr=   8.57560 vt=  31.28353
 i= 1104 j=  829 glon=  289.37 (0-360E) glon=  289.37 glat=  32.68 u= -31.2000 v=   8.9000 vr=   7.18142 vt=  31.63980
 i= 1109 j=  829 glon=  289.57 (0-360E) glon=  289.57 glat=  32.68 u= -30.0000 v=  11.2000 vr=   5.75245 vt=  31.50158
 i= 1114 j=  829 glon=  289.77 (0-360E) glon=  289.77 glat=  32.68 u= -28.5000 v=  13.4000 vr=   4.57612 vt=  31.15877
 i= 1119 j=  829 glon=  289.97 (0-360E) glon=  289.97 glat=  32.68 u= -26.9000 v=  15.6000 vr=   3.79873 vt=  30.86324
 i= 1124 j=  829 glon=  290.17 (0-360E) glon=  290.17 glat=  32.68 u= -25.0000 v=  17.1000 vr=   2.92302 vt=  30.14740
 i= 1129 j=  829 glon=  290.37 (0-360E) glon=  290.37 glat=  32.68 u= -23.0000 v=  17.6000 vr=   1.72291 vt=  28.91006
 i= 1134 j=  829 glon=  290.57 (0-360E) glon=  290.57 glat=  32.68 u= -20.5000 v=  18.6000 vr=   1.72813 vt=  27.62650
 i= 1139 j=  829 glon=  290.77 (0-360E) glon=  290.77 glat=  32.68 u= -17.8000 v=  19.6000 vr=   2.31252 vt=  26.37522
 i= 1144 j=  829 glon=  290.97 (0-360E) glon=  290.97 glat=  32.68 u= -15.8000 v=  19.7000 vr=   2.15245 vt=  25.16142
 i= 1054 j=  834 glon=  287.37 (0-360E) glon=  287.37 glat=  32.48 u= -12.8000 v= -10.7000 vr=   4.16281 vt=  16.15552
 i= 1059 j=  834 glon=  287.57 (0-360E) glon=  287.57 glat=  32.48 u= -16.3000 v= -11.4000 vr=   5.58035 vt=  19.09214
 i= 1064 j=  834 glon=  287.77 (0-360E) glon=  287.77 glat=  32.48 u= -18.4000 v= -12.1000 vr=   5.47197 vt=  21.33138
 i= 1069 j=  834 glon=  287.97 (0-360E) glon=  287.97 glat=  32.48 u= -21.5000 v= -10.8000 vr=   7.01712 vt=  23.01413
 i= 1074 j=  834 glon=  288.17 (0-360E) glon=  288.17 glat=  32.48 u= -23.9000 v=  -9.8000 vr=   7.38628 vt=  24.75263
 i= 1079 j=  834 glon=  288.37 (0-360E) glon=  288.37 glat=  32.48 u= -26.4000 v=  -7.9000 vr=   7.97688 vt=  26.37687
 i= 1084 j=  834 glon=  288.57 (0-360E) glon=  288.57 glat=  32.48 u= -33.6000 v=  -3.1000 vr=  12.65515 vt=  31.27966
 i= 1089 j=  834 glon=  288.77 (0-360E) glon=  288.77 glat=  32.48 u= -33.5000 v=  -1.4000 vr=  10.33687 vt=  31.89607
 i= 1094 j=  834 glon=  288.97 (0-360E) glon=  288.97 glat=  32.48 u= -34.6000 v=   2.3000 vr=   9.86525 vt=  33.24345
 i= 1099 j=  834 glon=  289.17 (0-360E) glon=  289.17 glat=  32.48 u= -34.6000 v=   6.5000 vr=   9.26730 vt=  33.96361
 i= 1104 j=  834 glon=  289.37 (0-360E) glon=  289.37 glat=  32.48 u= -34.0000 v=  11.3000 vr=   9.10231 vt=  34.65311
 i= 1109 j=  834 glon=  289.57 (0-360E) glon=  289.57 glat=  32.48 u= -32.5000 v=  15.7000 vr=   8.71720 vt=  35.02500
 i= 1114 j=  834 glon=  289.77 (0-360E) glon=  289.77 glat=  32.48 u= -29.9000 v=  19.0000 vr=   7.92967 vt=  34.52724
 i= 1119 j=  834 glon=  289.97 (0-360E) glon=  289.97 glat=  32.48 u= -27.3000 v=  20.8000 vr=   6.41399 vt=  33.71633
 i= 1124 j=  834 glon=  290.17 (0-360E) glon=  290.17 glat=  32.48 u= -25.0000 v=  21.7000 vr=   4.69204 vt=  32.77003
 i= 1129 j=  834 glon=  290.37 (0-360E) glon=  290.37 glat=  32.48 u= -22.1000 v=  23.4000 vr=   4.65496 vt=  31.84810
 i= 1134 j=  834 glon=  290.57 (0-360E) glon=  290.57 glat=  32.48 u= -20.0000 v=  23.0000 vr=   3.11957 vt=  30.31944
 i= 1139 j=  834 glon=  290.77 (0-360E) glon=  290.77 glat=  32.48 u= -18.7000 v=  21.8000 vr=   1.05441 vt=  28.70223
 i= 1144 j=  834 glon=  290.97 (0-360E) glon=  290.97 glat=  32.48 u= -16.6000 v=  21.6000 vr=   0.75142 vt=  27.23151
 i= 1149 j=  834 glon=  291.17 (0-360E) glon=  291.17 glat=  32.48 u= -14.2000 v=  21.5000 vr=   1.14594 vt=  25.74057
 i= 1054 j=  839 glon=  287.37 (0-360E) glon=  287.37 glat=  32.28 u= -11.4000 v= -12.4000 vr=   3.46524 vt=  16.48369
 i= 1059 j=  839 glon=  287.57 (0-360E) glon=  287.57 glat=  32.28 u= -15.0000 v= -13.3000 vr=   5.12963 vt=  19.37981
 i= 1064 j=  839 glon=  287.77 (0-360E) glon=  287.77 glat=  32.28 u= -18.8000 v= -14.5000 vr=   6.28680 vt=  22.89468
 i= 1069 j=  839 glon=  287.97 (0-360E) glon=  287.97 glat=  32.28 u= -20.9000 v= -14.1000 vr=   6.51929 vt=  24.35403
 i= 1074 j=  839 glon=  288.17 (0-360E) glon=  288.17 glat=  32.28 u= -24.0000 v= -13.3000 vr=   7.21390 vt=  26.47357
 i= 1079 j=  839 glon=  288.37 (0-360E) glon=  288.37 glat=  32.28 u= -32.0000 v=  -9.0000 vr=  12.92228 vt=  30.62702
 i= 1084 j=  839 glon=  288.57 (0-360E) glon=  288.57 glat=  32.28 u= -33.2000 v=  -9.1000 vr=   9.81732 vt=  32.99500
 i= 1089 j=  839 glon=  288.77 (0-360E) glon=  288.77 glat=  32.28 u= -37.6000 v=  -5.3000 vr=  10.51270 vt=  36.48744
 i= 1094 j=  839 glon=  288.97 (0-360E) glon=  288.97 glat=  32.28 u= -39.3000 v=  -1.6000 vr=   8.78159 vt=  38.33971
 i= 1099 j=  839 glon=  289.17 (0-360E) glon=  289.17 glat=  32.28 u= -40.1000 v=   0.2000 vr=   4.08991 vt=  39.89139
 i= 1104 j=  839 glon=  289.37 (0-360E) glon=  289.37 glat=  32.28 u= -40.1000 v=   5.0000 vr=   1.89566 vt=  40.36603
 i= 1109 j=  839 glon=  289.57 (0-360E) glon=  289.57 glat=  32.28 u= -38.3000 v=  12.1000 vr=   2.37139 vt=  40.09584
 i= 1114 j=  839 glon=  289.77 (0-360E) glon=  289.77 glat=  32.28 u= -33.1000 v=  18.5000 vr=   4.01570 vt=  37.70589
 i= 1119 j=  839 glon=  289.97 (0-360E) glon=  289.97 glat=  32.28 u= -28.9000 v=  23.4000 vr=   5.13900 vt=  36.82880
 i= 1124 j=  839 glon=  290.17 (0-360E) glon=  290.17 glat=  32.28 u= -24.7000 v=  25.6000 vr=   5.04831 vt=  35.21313
 i= 1129 j=  839 glon=  290.37 (0-360E) glon=  290.37 glat=  32.28 u= -22.6000 v=  25.0000 vr=   2.50044 vt=  33.60815
 i= 1134 j=  839 glon=  290.57 (0-360E) glon=  290.57 glat=  32.28 u= -20.0000 v=  24.9000 vr=   1.52995 vt=  31.90093
 i= 1139 j=  839 glon=  290.77 (0-360E) glon=  290.77 glat=  32.28 u= -17.2000 v=  25.4000 vr=   1.78083 vt=  30.62399
 i= 1144 j=  839 glon=  290.97 (0-360E) glon=  290.97 glat=  32.28 u= -15.8000 v=  24.3000 vr=   0.47781 vt=  28.98106
 i= 1149 j=  839 glon=  291.17 (0-360E) glon=  291.17 glat=  32.28 u= -14.4000 v=  23.1000 vr=  -0.42975 vt=  27.21737
 i= 1049 j=  844 glon=  287.17 (0-360E) glon=  287.17 glat=  32.08 u=  -8.7000 v= -13.5000 vr=   2.71684 vt=  15.82905
 i= 1054 j=  844 glon=  287.37 (0-360E) glon=  287.37 glat=  32.08 u= -10.7000 v= -14.3000 vr=   3.58329 vt=  17.49686
 i= 1059 j=  844 glon=  287.57 (0-360E) glon=  287.57 glat=  32.08 u= -14.8000 v= -16.6000 vr=   5.34889 vt=  21.58679
 i= 1064 j=  844 glon=  287.77 (0-360E) glon=  287.77 glat=  32.08 u= -17.7000 v= -17.3000 vr=   6.31122 vt=  23.93216
 i= 1069 j=  844 glon=  287.97 (0-360E) glon=  287.97 glat=  32.08 u= -21.4000 v= -17.0000 vr=   7.95496 vt=  26.14725
 i= 1074 j=  844 glon=  288.17 (0-360E) glon=  288.17 glat=  32.08 u= -25.4000 v= -17.4000 vr=   8.68886 vt=  29.53682
 i= 1079 j=  844 glon=  288.37 (0-360E) glon=  288.37 glat=  32.08 u= -31.8000 v= -16.7000 vr=  10.75698 vt=  34.26977
 i= 1084 j=  844 glon=  288.57 (0-360E) glon=  288.57 glat=  32.08 u= -35.5000 v= -16.3000 vr=   9.06575 vt=  37.99674
 i= 1089 j=  844 glon=  288.77 (0-360E) glon=  288.77 glat=  32.08 u= -40.1000 v= -15.1000 vr=   6.51476 vt=  42.35065
 i= 1094 j=  844 glon=  288.97 (0-360E) glon=  288.97 glat=  32.08 u= -43.2000 v= -10.3000 vr=   4.26331 vt=  44.20582
 i= 1099 j=  844 glon=  289.17 (0-360E) glon=  289.17 glat=  32.08 u= -46.4000 v=  -4.8000 vr=   0.88693 vt=  46.63918
 i= 1104 j=  844 glon=  289.37 (0-360E) glon=  289.37 glat=  32.08 u= -50.1000 v=   6.0000 vr=   1.12185 vt=  50.44553
 i= 1109 j=  844 glon=  289.57 (0-360E) glon=  289.57 glat=  32.08 u= -47.8000 v=  17.1000 vr=   1.84298 vt=  50.73316
 i= 1114 j=  844 glon=  289.77 (0-360E) glon=  289.77 glat=  32.08 u= -40.0000 v=  21.2000 vr=  -0.26458 vt=  45.26997
 i= 1119 j=  844 glon=  289.97 (0-360E) glon=  289.97 glat=  32.08 u= -34.8000 v=  25.1000 vr=  -1.02028 vt=  42.89533
 i= 1124 j=  844 glon=  290.17 (0-360E) glon=  290.17 glat=  32.08 u= -28.4000 v=  28.5000 vr=   0.49639 vt=  40.23138
 i= 1129 j=  844 glon=  290.37 (0-360E) glon=  290.37 glat=  32.08 u= -22.2000 v=  29.7000 vr=   1.94890 vt=  37.02880
 i= 1134 j=  844 glon=  290.57 (0-360E) glon=  290.57 glat=  32.08 u= -16.5000 v=  31.3000 vr=   4.49649 vt=  35.09589
 i= 1139 j=  844 glon=  290.77 (0-360E) glon=  290.77 glat=  32.08 u= -15.4000 v=  28.5000 vr=   1.63443 vt=  32.35334
 i= 1144 j=  844 glon=  290.97 (0-360E) glon=  290.97 glat=  32.08 u= -14.0000 v=  27.0000 vr=   0.38352 vt=  30.41139
 i= 1149 j=  844 glon=  291.17 (0-360E) glon=  291.17 glat=  32.08 u= -12.8000 v=  25.4000 vr=  -0.61467 vt=  28.43628
 i= 1154 j=  844 glon=  291.37 (0-360E) glon=  291.37 glat=  32.08 u= -12.0000 v=  23.9000 vr=  -1.57062 vt=  26.69725
 i= 1049 j=  849 glon=  287.17 (0-360E) glon=  287.17 glat=  31.88 u=  -8.5000 v= -15.7000 vr=   3.39905 vt=  17.52674
 i= 1054 j=  849 glon=  287.37 (0-360E) glon=  287.37 glat=  31.88 u=  -9.7000 v= -17.9000 vr=   3.27193 vt=  20.09464
 i= 1059 j=  849 glon=  287.57 (0-360E) glon=  287.57 glat=  31.88 u= -12.7000 v= -18.7000 vr=   5.03689 vt=  22.03655
 i= 1064 j=  849 glon=  287.77 (0-360E) glon=  287.77 glat=  31.88 u= -16.7000 v= -19.6000 vr=   7.33785 vt=  24.68210
 i= 1069 j=  849 glon=  287.97 (0-360E) glon=  287.97 glat=  31.88 u= -20.7000 v= -21.8000 vr=   8.51044 vt=  28.83232
 i= 1074 j=  849 glon=  288.17 (0-360E) glon=  288.17 glat=  31.88 u= -25.0000 v= -22.3000 vr=   9.86812 vt=  32.01422
 i= 1079 j=  849 glon=  288.37 (0-360E) glon=  288.37 glat=  31.88 u= -28.1000 v= -25.2000 vr=   7.65429 vt=  36.96027
 i= 1084 j=  849 glon=  288.57 (0-360E) glon=  288.57 glat=  31.88 u= -35.8000 v= -23.8000 vr=   9.65064 vt=  41.89207
 i= 1089 j=  849 glon=  288.77 (0-360E) glon=  288.77 glat=  31.88 u= -41.8000 v= -27.9000 vr=   3.05804 vt=  50.16272
 i= 1094 j=  849 glon=  288.97 (0-360E) glon=  288.97 glat=  31.88 u= -49.8000 v= -24.7000 vr=  -1.52704 vt=  55.56796
 i= 1099 j=  849 glon=  289.17 (0-360E) glon=  289.17 glat=  31.88 u= -55.9000 v= -10.2000 vr=  -0.93806 vt=  56.81523
 i= 1104 j=  849 glon=  289.37 (0-360E) glon=  289.37 glat=  31.88 u= -56.8000 v=  13.3000 vr=   5.80101 vt=  58.04721
 i= 1109 j=  849 glon=  289.57 (0-360E) glon=  289.57 glat=  31.88 u= -48.8000 v=  26.3000 vr=   4.98317 vt=  55.21139
 i= 1114 j=  849 glon=  289.77 (0-360E) glon=  289.77 glat=  31.88 u= -39.0000 v=  32.5000 vr=   3.42293 vt=  50.65110
 i= 1119 j=  849 glon=  289.97 (0-360E) glon=  289.97 glat=  31.88 u= -31.3000 v=  33.6000 vr=   1.11382 vt=  45.90653
 i= 1124 j=  849 glon=  290.17 (0-360E) glon=  290.17 glat=  31.88 u= -24.4000 v=  34.4000 vr=   1.30707 vt=  42.15461
 i= 1129 j=  849 glon=  290.37 (0-360E) glon=  290.37 glat=  31.88 u= -20.7000 v=  33.2000 vr=  -0.18259 vt=  39.12412
 i= 1134 j=  849 glon=  290.57 (0-360E) glon=  290.57 glat=  31.88 u= -16.3000 v=  33.0000 vr=   0.77464 vt=  36.79796
 i= 1139 j=  849 glon=  290.77 (0-360E) glon=  290.77 glat=  31.88 u= -10.8000 v=  33.4000 vr=   3.84620 vt=  34.89136
 i= 1144 j=  849 glon=  290.97 (0-360E) glon=  290.97 glat=  31.88 u= -10.8000 v=  29.9000 vr=   0.95308 vt=  31.77643
 i= 1149 j=  849 glon=  291.17 (0-360E) glon=  291.17 glat=  31.88 u= -10.2000 v=  27.8000 vr=  -0.37210 vt=  29.60982
 i= 1154 j=  849 glon=  291.37 (0-360E) glon=  291.37 glat=  31.88 u= -10.3000 v=  25.8000 vr=  -1.99598 vt=  27.70823
 i= 1044 j=  854 glon=  286.97 (0-360E) glon=  286.97 glat=  31.68 u=  -4.5000 v= -15.3000 vr=   1.64513 vt=  15.86296
 i= 1049 j=  854 glon=  287.17 (0-360E) glon=  287.17 glat=  31.68 u=  -7.2000 v= -17.7000 vr=   3.52976 vt=  18.77953
 i= 1054 j=  854 glon=  287.37 (0-360E) glon=  287.37 glat=  31.68 u=  -7.4000 v= -19.8000 vr=   2.86222 vt=  20.94296
 i= 1059 j=  854 glon=  287.57 (0-360E) glon=  287.57 glat=  31.68 u=  -9.3000 v= -20.2000 vr=   4.06341 vt=  21.86364
 i= 1064 j=  854 glon=  287.77 (0-360E) glon=  287.77 glat=  31.68 u= -14.9000 v= -22.1000 vr=   8.21672 vt=  25.35558
 i= 1069 j=  854 glon=  287.97 (0-360E) glon=  287.97 glat=  31.68 u= -16.2000 v= -26.0000 vr=   7.17753 vt=  29.78125
 i= 1074 j=  854 glon=  288.17 (0-360E) glon=  288.17 glat=  31.68 u= -21.4000 v= -29.2000 vr=   9.23785 vt=  35.00374
 i= 1079 j=  854 glon=  288.37 (0-360E) glon=  288.37 glat=  31.68 u= -28.7000 v= -34.8000 vr=  10.80755 vt=  43.79414
 i= 1084 j=  854 glon=  288.57 (0-360E) glon=  288.57 glat=  31.68 u= -31.9000 v= -35.4000 vr=   8.58661 vt=  46.87260
 i= 1089 j=  854 glon=  288.77 (0-360E) glon=  288.77 glat=  31.68 u= -35.2000 v= -45.8000 vr=  -3.11627 vt=  57.67988
 i= 1094 j=  854 glon=  288.97 (0-360E) glon=  288.97 glat=  31.68 u= -46.7000 v= -16.9000 vr=  13.22549 vt=  47.87052
 i= 1099 j=  854 glon=  289.17 (0-360E) glon=  289.17 glat=  31.68 u= -50.5000 v=  16.8000 vr=  28.70625 vt=  44.81564
 i= 1104 j=  854 glon=  289.37 (0-360E) glon=  289.37 glat=  31.68 u= -54.1000 v=  31.5000 vr=  20.21231 vt=  59.24966
 i= 1109 j=  854 glon=  289.57 (0-360E) glon=  289.57 glat=  31.68 u= -46.4000 v=  38.6000 vr=   6.80921 vt=  59.97128
 i= 1114 j=  854 glon=  289.77 (0-360E) glon=  289.77 glat=  31.68 u= -38.4000 v=  40.6000 vr=  -1.41413 vt=  55.86520
 i= 1119 j=  854 glon=  289.97 (0-360E) glon=  289.97 glat=  31.68 u= -23.3000 v=  44.8000 vr=   4.41855 vt=  50.30315
 i= 1124 j=  854 glon=  290.17 (0-360E) glon=  290.17 glat=  31.68 u= -20.8000 v=  37.5000 vr=  -2.08064 vt=  42.83177
 i= 1129 j=  854 glon=  290.37 (0-360E) glon=  290.37 glat=  31.68 u= -17.4000 v=  34.7000 vr=  -3.22085 vt=  38.68431
 i= 1134 j=  854 glon=  290.57 (0-360E) glon=  290.57 glat=  31.68 u= -13.0000 v=  35.8000 vr=  -0.84343 vt=  38.07793
 i= 1139 j=  854 glon=  290.77 (0-360E) glon=  290.77 glat=  31.68 u=  -9.4000 v=  33.8000 vr=   0.44881 vt=  35.07989
 i= 1144 j=  854 glon=  290.97 (0-360E) glon=  290.97 glat=  31.68 u=  -5.1000 v=  33.4000 vr=   3.35769 vt=  33.61987
 i= 1149 j=  854 glon=  291.17 (0-360E) glon=  291.17 glat=  31.68 u=  -6.8000 v=  30.0000 vr=   0.05135 vt=  30.76097
 i= 1154 j=  854 glon=  291.37 (0-360E) glon=  291.37 glat=  31.68 u=  -7.7000 v=  27.3000 vr=  -2.04320 vt=  28.29144
 i= 1159 j=  854 glon=  291.57 (0-360E) glon=  291.57 glat=  31.68 u=  -7.8000 v=  25.4000 vr=  -3.00454 vt=  26.40024
 i= 1044 j=  859 glon=  286.97 (0-360E) glon=  286.97 glat=  31.48 u=  -2.5000 v= -15.7000 vr=   1.19012 vt=  15.85319
 i= 1049 j=  859 glon=  287.17 (0-360E) glon=  287.17 glat=  31.48 u=  -4.5000 v= -18.4000 vr=   2.79310 vt=  18.73522
 i= 1054 j=  859 glon=  287.37 (0-360E) glon=  287.37 glat=  31.48 u=  -4.1000 v= -20.6000 vr=   1.97156 vt=  20.91131
 i= 1059 j=  859 glon=  287.57 (0-360E) glon=  287.57 glat=  31.48 u=  -5.7000 v= -21.7000 vr=   3.16438 vt=  22.21186
 i= 1064 j=  859 glon=  287.77 (0-360E) glon=  287.77 glat=  31.48 u=  -9.9000 v= -24.0000 vr=   6.66832 vt=  25.09071
 i= 1069 j=  859 glon=  287.97 (0-360E) glon=  287.97 glat=  31.48 u=  -9.7000 v= -28.3000 vr=   5.29615 vt=  29.44369
 i= 1074 j=  859 glon=  288.17 (0-360E) glon=  288.17 glat=  31.48 u=  -9.7000 v= -34.4000 vr=   3.38180 vt=  35.58108
 i= 1079 j=  859 glon=  288.37 (0-360E) glon=  288.37 glat=  31.48 u= -14.2000 v= -45.3000 vr=   3.99861 vt=  47.30477
 i= 1084 j=  859 glon=  288.57 (0-360E) glon=  288.57 glat=  31.48 u= -17.8000 v= -44.6000 vr=   4.81612 vt=  47.77871
 i= 1089 j=  859 glon=  288.77 (0-360E) glon=  288.77 glat=  31.48 u= -19.1000 v= -55.2000 vr=  -2.76557 vt=  58.34554
 i= 1094 j=  859 glon=  288.97 (0-360E) glon=  288.97 glat=  31.48 u= -12.7000 v= -18.4000 vr=   0.49631 vt=  22.35182
 i= 1099 j=  859 glon=  289.17 (0-360E) glon=  289.17 glat=  31.48 u= -18.1000 v=   2.4000 vr=  10.75474 vt=  14.75485
 i= 1104 j=  859 glon=  289.37 (0-360E) glon=  289.37 glat=  31.48 u= -18.8000 v=  30.8000 vr=  20.84415 vt=  29.45507
 i= 1109 j=  859 glon=  289.57 (0-360E) glon=  289.57 glat=  31.48 u= -28.8000 v=  53.4000 vr=   7.46368 vt=  60.21041
 i= 1114 j=  859 glon=  289.77 (0-360E) glon=  289.77 glat=  31.48 u= -23.1000 v=  50.7000 vr=  -1.71123 vt=  55.68816
 i= 1119 j=  859 glon=  289.97 (0-360E) glon=  289.97 glat=  31.48 u= -21.9000 v=  45.1000 vr=  -8.17558 vt=  49.46494
 i= 1124 j=  859 glon=  290.17 (0-360E) glon=  290.17 glat=  31.48 u= -19.4000 v=  48.5000 vr=  -8.08702 vt=  51.60630
 i= 1129 j=  859 glon=  290.37 (0-360E) glon=  290.37 glat=  31.48 u= -15.5000 v=  37.9000 vr=  -8.30690 vt=  40.09558
 i= 1134 j=  859 glon=  290.57 (0-360E) glon=  290.57 glat=  31.48 u= -11.4000 v=  34.5000 vr=  -5.93600 vt=  35.84653
 i= 1139 j=  859 glon=  290.77 (0-360E) glon=  290.77 glat=  31.48 u=  -7.6000 v=  34.3000 vr=  -2.96339 vt=  35.00669
 i= 1144 j=  859 glon=  290.97 (0-360E) glon=  290.97 glat=  31.48 u=  -3.1000 v=  33.2000 vr=   0.79796 vt=  33.33487
 i= 1149 j=  859 glon=  291.17 (0-360E) glon=  291.17 glat=  31.48 u=  -1.9000 v=  31.9000 vr=   1.41609 vt=  31.92514
 i= 1154 j=  859 glon=  291.37 (0-360E) glon=  291.37 glat=  31.48 u=  -3.8000 v=  29.0000 vr=  -1.09067 vt=  29.22756
 i= 1159 j=  859 glon=  291.57 (0-360E) glon=  291.57 glat=  31.48 u=  -5.7000 v=  26.1000 vr=  -3.49182 vt=  26.48598
 i= 1044 j=  864 glon=  286.97 (0-360E) glon=  286.97 glat=  31.28 u=   0.2000 v= -15.9000 vr=   0.06246 vt=  15.90114
 i= 1049 j=  864 glon=  287.17 (0-360E) glon=  287.17 glat=  31.28 u=  -0.7000 v= -18.0000 vr=   1.01438 vt=  17.98502
 i= 1054 j=  864 glon=  287.37 (0-360E) glon=  287.37 glat=  31.28 u=  -0.6000 v= -20.8000 vr=   0.98814 vt=  20.78518
 i= 1059 j=  864 glon=  287.57 (0-360E) glon=  287.57 glat=  31.28 u=  -0.6000 v= -23.1000 vr=   1.06586 vt=  23.08320
 i= 1064 j=  864 glon=  287.77 (0-360E) glon=  287.77 glat=  31.28 u=  -2.7000 v= -24.3000 vr=   3.23693 vt=  24.23432
 i= 1069 j=  864 glon=  287.97 (0-360E) glon=  287.97 glat=  31.28 u=  -2.9000 v= -28.7000 vr=   3.60887 vt=  28.61951
 i= 1074 j=  864 glon=  288.17 (0-360E) glon=  288.17 glat=  31.28 u=   0.9000 v= -32.5000 vr=   0.02206 vt=  32.51245
 i= 1079 j=  864 glon=  288.37 (0-360E) glon=  288.37 glat=  31.28 u=   3.1000 v= -45.0000 vr=  -1.58165 vt=  45.07891
 i= 1084 j=  864 glon=  288.57 (0-360E) glon=  288.57 glat=  31.28 u=  -2.8000 v= -48.1000 vr=   4.82833 vt=  47.93889
 i= 1089 j=  864 glon=  288.77 (0-360E) glon=  288.77 glat=  31.28 u=   8.5000 v= -54.1000 vr=  -5.36648 vt=  54.50010
 i= 1094 j=  864 glon=  288.97 (0-360E) glon=  288.97 glat=  31.28 u=  11.9000 v= -22.9000 vr=  -9.71257 vt=  23.90996
 i= 1099 j=  864 glon=  289.17 (0-360E) glon=  289.17 glat=  31.28 u=  11.9000 v=  -2.6000 vr= -10.86352 vt=   5.50944
 i= 1104 j=  864 glon=  289.37 (0-360E) glon=  289.37 glat=  31.28 u=   8.6000 v=  28.2000 vr=  -0.60999 vt=  29.47589
 i= 1109 j=  864 glon=  289.57 (0-360E) glon=  289.57 glat=  31.28 u=   5.5000 v=  50.3000 vr=   0.41411 vt=  50.59811
 i= 1114 j=  864 glon=  289.77 (0-360E) glon=  289.77 glat=  31.28 u=  -8.0000 v=  57.0000 vr= -11.42129 vt=  56.41413
 i= 1119 j=  864 glon=  289.97 (0-360E) glon=  289.97 glat=  31.28 u=  -1.9000 v=  46.3000 vr=  -3.91401 vt=  46.17337
 i= 1124 j=  864 glon=  290.17 (0-360E) glon=  290.17 glat=  31.28 u=  -4.9000 v=  48.7000 vr=  -6.57645 vt=  48.50207
 i= 1129 j=  864 glon=  290.37 (0-360E) glon=  290.37 glat=  31.28 u=  -9.3000 v=  43.0000 vr= -10.53762 vt=  42.71357
 i= 1134 j=  864 glon=  290.57 (0-360E) glon=  290.57 glat=  31.28 u=  -5.6000 v=  38.3000 vr=  -6.55912 vt=  38.14745
 i= 1139 j=  864 glon=  290.77 (0-360E) glon=  290.77 glat=  31.28 u=  -5.3000 v=  35.1000 vr=  -6.08442 vt=  34.97256
 i= 1144 j=  864 glon=  290.97 (0-360E) glon=  290.97 glat=  31.28 u=  -1.4000 v=  32.9000 vr=  -2.06996 vt=  32.86465
 i= 1149 j=  864 glon=  291.17 (0-360E) glon=  291.17 glat=  31.28 u=   0.7000 v=  31.5000 vr=   0.10698 vt=  31.50760
 i= 1154 j=  864 glon=  291.37 (0-360E) glon=  291.37 glat=  31.28 u=  -0.1000 v=  29.4000 vr=  -0.61733 vt=  29.39369
 i= 1159 j=  864 glon=  291.57 (0-360E) glon=  291.57 glat=  31.28 u=  -2.3000 v=  27.1000 vr=  -2.74974 vt=  27.05807
 i= 1044 j=  869 glon=  286.97 (0-360E) glon=  286.97 glat=  31.08 u=   4.1000 v= -16.2000 vr=  -2.16129 vt=  16.57042
 i= 1049 j=  869 glon=  287.17 (0-360E) glon=  287.17 glat=  31.08 u=   2.9000 v= -17.5000 vr=  -0.63537 vt=  17.72728
 i= 1054 j=  869 glon=  287.37 (0-360E) glon=  287.37 glat=  31.08 u=   3.6000 v= -19.5000 vr=  -0.82815 vt=  19.81222
 i= 1059 j=  869 glon=  287.57 (0-360E) glon=  287.57 glat=  31.08 u=   4.0000 v= -22.1000 vr=  -0.51567 vt=  22.45315
 i= 1064 j=  869 glon=  287.77 (0-360E) glon=  287.77 glat=  31.08 u=   2.9000 v= -24.4000 vr=   1.40359 vt=  24.53161
 i= 1069 j=  869 glon=  287.97 (0-360E) glon=  287.97 glat=  31.08 u=   5.5000 v= -27.5000 vr=   0.09065 vt=  28.04446
 i= 1074 j=  869 glon=  288.17 (0-360E) glon=  288.17 glat=  31.08 u=  10.4000 v= -31.1000 vr=  -2.88606 vt=  32.66559
 i= 1079 j=  869 glon=  288.37 (0-360E) glon=  288.37 glat=  31.08 u=  21.2000 v= -34.0000 vr= -10.87558 vt=  38.56374
 i= 1084 j=  869 glon=  288.57 (0-360E) glon=  288.57 glat=  31.08 u=  18.0000 v= -45.0000 vr=  -1.22116 vt=  48.45110
 i= 1089 j=  869 glon=  288.77 (0-360E) glon=  288.77 glat=  31.08 u=  21.1000 v= -44.9000 vr=   1.80079 vt=  49.57799
 i= 1094 j=  869 glon=  288.97 (0-360E) glon=  288.97 glat=  31.08 u=  33.1000 v= -24.9000 vr=  -9.22371 vt=  40.37998
 i= 1099 j=  869 glon=  289.17 (0-360E) glon=  289.17 glat=  31.08 u=  35.6000 v=  -1.7000 vr= -12.34132 vt=  33.43564
 i= 1104 j=  869 glon=  289.37 (0-360E) glon=  289.37 glat=  31.08 u=  34.0000 v=  23.3000 vr= -11.24445 vt=  39.65416
 i= 1109 j=  869 glon=  289.57 (0-360E) glon=  289.57 glat=  31.08 u=  26.4000 v=  42.9000 vr=  -9.40448 vt=  49.48662
 i= 1114 j=  869 glon=  289.77 (0-360E) glon=  289.77 glat=  31.08 u=  17.5000 v=  52.6000 vr=  -9.56631 vt=  54.60307
 i= 1119 j=  869 glon=  289.97 (0-360E) glon=  289.97 glat=  31.08 u=  12.6000 v=  45.0000 vr=  -4.34535 vt=  46.52825
 i= 1124 j=  869 glon=  290.17 (0-360E) glon=  290.17 glat=  31.08 u=   0.9000 v=  43.7000 vr= -11.61381 vt=  42.13810
 i= 1129 j=  869 glon=  290.37 (0-360E) glon=  290.37 glat=  31.08 u=  -4.6000 v=  38.3000 vr= -13.54665 vt=  36.11839
 i= 1134 j=  869 glon=  290.57 (0-360E) glon=  290.57 glat=  31.08 u=  -1.0000 v=  36.9000 vr=  -8.45595 vt=  35.93198
 i= 1139 j=  869 glon=  290.77 (0-360E) glon=  290.77 glat=  31.08 u=  -1.4000 v=  35.9000 vr=  -7.73517 vt=  35.08471
 i= 1144 j=  869 glon=  290.97 (0-360E) glon=  290.97 glat=  31.08 u=   1.7000 v=  32.6000 vr=  -3.45381 vt=  32.46107
 i= 1149 j=  869 glon=  291.17 (0-360E) glon=  291.17 glat=  31.08 u=   2.8000 v=  30.3000 vr=  -1.52815 vt=  30.39070
 i= 1154 j=  869 glon=  291.37 (0-360E) glon=  291.37 glat=  31.08 u=   2.9000 v=  29.0000 vr=  -0.87529 vt=  29.13149
 i= 1159 j=  869 glon=  291.57 (0-360E) glon=  291.57 glat=  31.08 u=   0.6000 v=  27.0000 vr=  -2.61696 vt=  26.87957
 i= 1049 j=  874 glon=  287.17 (0-360E) glon=  287.17 glat=  30.88 u=   6.0000 v= -17.0000 vr=  -1.86969 vt=  17.93054
 i= 1054 j=  874 glon=  287.37 (0-360E) glon=  287.37 glat=  30.88 u=   7.3000 v= -18.0000 vr=  -2.46329 vt=  19.26713
 i= 1059 j=  874 glon=  287.57 (0-360E) glon=  287.57 glat=  30.88 u=   7.2000 v= -19.9000 vr=  -1.29579 vt=  21.12276
 i= 1064 j=  874 glon=  287.77 (0-360E) glon=  287.77 glat=  30.88 u=  10.3000 v= -21.2000 vr=  -3.09776 vt=  23.36523
 i= 1069 j=  874 glon=  287.97 (0-360E) glon=  287.97 glat=  30.88 u=  11.4000 v= -24.3000 vr=  -1.98860 vt=  26.76743
 i= 1074 j=  874 glon=  288.17 (0-360E) glon=  288.17 glat=  30.88 u=  16.6000 v= -27.0000 vr=  -4.07832 vt=  31.43131
 i= 1079 j=  874 glon=  288.37 (0-360E) glon=  288.37 glat=  30.88 u=  23.3000 v= -26.8000 vr=  -7.58596 vt=  34.69270
 i= 1084 j=  874 glon=  288.57 (0-360E) glon=  288.57 glat=  30.88 u=  34.5000 v= -29.0000 vr= -11.64896 vt=  43.53793
 i= 1089 j=  874 glon=  288.77 (0-360E) glon=  288.77 glat=  30.88 u=  31.2000 v= -34.1000 vr=   1.39101 vt=  46.19865
 i= 1094 j=  874 glon=  288.97 (0-360E) glon=  288.97 glat=  30.88 u=  37.2000 v= -26.1000 vr=   2.34635 vt=  45.38221
 i= 1099 j=  874 glon=  289.17 (0-360E) glon=  289.17 glat=  30.88 u=  41.9000 v=  -0.6000 vr=  -8.59898 vt=  41.01253
 i= 1104 j=  874 glon=  289.37 (0-360E) glon=  289.37 glat=  30.88 u=  40.1000 v=  19.6000 vr= -12.26592 vt=  42.91523
 i= 1109 j=  874 glon=  289.57 (0-360E) glon=  289.57 glat=  30.88 u=  38.9000 v=  29.5000 vr=  -5.97867 vt=  48.45323
 i= 1114 j=  874 glon=  289.77 (0-360E) glon=  289.77 glat=  30.88 u=  34.1000 v=  35.2000 vr=  -1.20907 vt=  48.99376
 i= 1119 j=  874 glon=  289.97 (0-360E) glon=  289.97 glat=  30.88 u=  21.0000 v=  38.0000 vr=  -5.24229 vt=  43.09894
 i= 1124 j=  874 glon=  290.17 (0-360E) glon=  290.17 glat=  30.88 u=  10.3000 v=  36.9000 vr=  -9.06888 vt=  37.22171
 i= 1129 j=  874 glon=  290.37 (0-360E) glon=  290.37 glat=  30.88 u=  14.5000 v=  35.8000 vr=  -1.74547 vt=  38.58553
 i= 1134 j=  874 glon=  290.57 (0-360E) glon=  290.57 glat=  30.88 u=   1.9000 v=  35.6000 vr= -11.11473 vt=  33.87378
 i= 1139 j=  874 glon=  290.77 (0-360E) glon=  290.77 glat=  30.88 u=   3.2000 v=  33.7000 vr=  -7.72816 vt=  32.95763
 i= 1144 j=  874 glon=  290.97 (0-360E) glon=  290.97 glat=  30.88 u=   4.5000 v=  31.3000 vr=  -4.62244 vt=  31.28215
 i= 1149 j=  874 glon=  291.17 (0-360E) glon=  291.17 glat=  30.88 u=   5.2000 v=  29.2000 vr=  -2.51264 vt=  29.55278
 i= 1154 j=  874 glon=  291.37 (0-360E) glon=  291.37 glat=  30.88 u=   4.7000 v=  28.0000 vr=  -2.02834 vt=  28.31918
 i= 1159 j=  874 glon=  291.57 (0-360E) glon=  291.57 glat=  30.88 u=   3.2000 v=  26.7000 vr=  -2.66359 vt=  26.75884
 i= 1049 j=  879 glon=  287.17 (0-360E) glon=  287.17 glat=  30.68 u=   8.7000 v= -15.3000 vr=  -3.15087 vt=  17.31623
 i= 1054 j=  879 glon=  287.37 (0-360E) glon=  287.37 glat=  30.68 u=   9.6000 v= -16.6000 vr=  -2.97580 vt=  18.94372
 i= 1059 j=  879 glon=  287.57 (0-360E) glon=  287.57 glat=  30.68 u=  11.5000 v= -17.0000 vr=  -3.84353 vt=  20.16128
 i= 1064 j=  879 glon=  287.77 (0-360E) glon=  287.77 glat=  30.68 u=  11.7000 v= -19.9000 vr=  -1.81844 vt=  23.01289
 i= 1069 j=  879 glon=  287.97 (0-360E) glon=  287.97 glat=  30.68 u=  15.0000 v= -18.3000 vr=  -4.15449 vt=  23.29442
 i= 1074 j=  879 glon=  288.17 (0-360E) glon=  288.17 glat=  30.68 u=  18.5000 v= -19.1000 vr=  -4.93320 vt=  26.12898
 i= 1079 j=  879 glon=  288.37 (0-360E) glon=  288.37 glat=  30.68 u=  26.0000 v= -18.1000 vr=  -8.94244 vt=  30.39149
 i= 1084 j=  879 glon=  288.57 (0-360E) glon=  288.57 glat=  30.68 u=  30.4000 v= -20.4000 vr=  -6.58300 vt=  36.01367
 i= 1089 j=  879 glon=  288.77 (0-360E) glon=  288.77 glat=  30.68 u=  38.0000 v= -22.1000 vr=  -3.69258 vt=  43.80382
 i= 1094 j=  879 glon=  288.97 (0-360E) glon=  288.97 glat=  30.68 u=  40.7000 v= -13.1000 vr=  -3.92336 vt=  42.57590
 i= 1099 j=  879 glon=  289.17 (0-360E) glon=  289.17 glat=  30.68 u=  43.6000 v=   1.4000 vr=  -7.97057 vt=  42.88811
 i= 1104 j=  879 glon=  289.37 (0-360E) glon=  289.37 glat=  30.68 u=  44.2000 v=  10.4000 vr=  -5.00909 vt=  45.12991
 i= 1109 j=  879 glon=  289.57 (0-360E) glon=  289.57 glat=  30.68 u=  40.0000 v=  19.7000 vr=  -3.62690 vt=  44.44025
 i= 1114 j=  879 glon=  289.77 (0-360E) glon=  289.77 glat=  30.68 u=  32.3000 v=  27.9000 vr=  -5.24105 vt=  42.35837
 i= 1119 j=  879 glon=  289.97 (0-360E) glon=  289.97 glat=  30.68 u=  25.3000 v=  31.3000 vr=  -5.44236 vt=  39.87682
 i= 1124 j=  879 glon=  290.17 (0-360E) glon=  290.17 glat=  30.68 u=  15.0000 v=  29.2000 vr=  -6.98646 vt=  32.07537
 i= 1129 j=  879 glon=  290.37 (0-360E) glon=  290.37 glat=  30.68 u=   9.9000 v=  40.5000 vr= -14.40294 vt=  39.12564
 i= 1134 j=  879 glon=  290.57 (0-360E) glon=  290.57 glat=  30.68 u=   6.9000 v=  32.8000 vr= -10.23536 vt=  31.91688
 i= 1139 j=  879 glon=  290.77 (0-360E) glon=  290.77 glat=  30.68 u=   7.1000 v=  31.6000 vr=  -7.62466 vt=  31.47753
 i= 1144 j=  879 glon=  290.97 (0-360E) glon=  290.97 glat=  30.68 u=   7.6000 v=  29.5000 vr=  -4.82669 vt=  30.07845
 i= 1149 j=  879 glon=  291.17 (0-360E) glon=  291.17 glat=  30.68 u=   7.4000 v=  27.7000 vr=  -3.18958 vt=  28.49345
 i= 1154 j=  879 glon=  291.37 (0-360E) glon=  291.37 glat=  30.68 u=   6.4000 v=  26.8000 vr=  -2.91485 vt=  27.39897
 i= 1049 j=  884 glon=  287.17 (0-360E) glon=  287.17 glat=  30.48 u=   9.7000 v= -14.2000 vr=  -2.86617 vt=  16.95627
 i= 1054 j=  884 glon=  287.37 (0-360E) glon=  287.37 glat=  30.48 u=  12.5000 v= -14.2000 vr=  -4.71107 vt=  18.32200
 i= 1059 j=  884 glon=  287.57 (0-360E) glon=  287.57 glat=  30.48 u=  13.7000 v= -14.6000 vr=  -4.72258 vt=  19.45629
 i= 1064 j=  884 glon=  287.77 (0-360E) glon=  287.77 glat=  30.48 u=  15.4000 v= -15.6000 vr=  -4.55262 vt=  21.44280
 i= 1069 j=  884 glon=  287.97 (0-360E) glon=  287.97 glat=  30.48 u=  17.8000 v= -15.5000 vr=  -5.12819 vt=  23.03892
 i= 1074 j=  884 glon=  288.17 (0-360E) glon=  288.17 glat=  30.48 u=  19.9000 v= -16.3000 vr=  -4.32886 vt=  25.35667
 i= 1079 j=  884 glon=  288.37 (0-360E) glon=  288.37 glat=  30.48 u=  25.5000 v= -15.3000 vr=  -6.38745 vt=  29.04377
 i= 1084 j=  884 glon=  288.57 (0-360E) glon=  288.57 glat=  30.48 u=  24.3000 v= -20.1000 vr=   1.74569 vt=  31.48734
 i= 1089 j=  884 glon=  288.77 (0-360E) glon=  288.77 glat=  30.48 u=  33.1000 v= -16.5000 vr=  -0.94428 vt=  36.97253
 i= 1094 j=  884 glon=  288.97 (0-360E) glon=  288.97 glat=  30.48 u=  34.4000 v=  -3.0000 vr=  -7.73064 vt=  33.65408
 i= 1099 j=  884 glon=  289.17 (0-360E) glon=  289.17 glat=  30.48 u=  37.2000 v=  -1.1000 vr=  -3.18740 vt=  37.07952
 i= 1104 j=  884 glon=  289.37 (0-360E) glon=  289.37 glat=  30.48 u=  35.5000 v=  13.6000 vr= -10.29742 vt=  36.59471
 i= 1109 j=  884 glon=  289.57 (0-360E) glon=  289.57 glat=  30.48 u=  34.5000 v=  19.7000 vr=  -8.97716 vt=  38.70078
 i= 1114 j=  884 glon=  289.77 (0-360E) glon=  289.77 glat=  30.48 u=  29.3000 v=  23.7000 vr=  -7.89441 vt=  36.84913
 i= 1119 j=  884 glon=  289.97 (0-360E) glon=  289.97 glat=  30.48 u=  21.4000 v=  26.0000 vr=  -8.72587 vt=  32.52413
 i= 1124 j=  884 glon=  290.17 (0-360E) glon=  290.17 glat=  30.48 u=  21.0000 v=  29.0000 vr=  -7.11082 vt=  35.09183
 i= 1129 j=  884 glon=  290.37 (0-360E) glon=  290.37 glat=  30.48 u=  16.6000 v=  30.4000 vr=  -7.76123 vt=  33.75623
 i= 1134 j=  884 glon=  290.57 (0-360E) glon=  290.57 glat=  30.48 u=  11.9000 v=  29.4000 vr=  -8.12902 vt=  30.65761
 i= 1139 j=  884 glon=  290.77 (0-360E) glon=  290.77 glat=  30.48 u=   9.7000 v=  28.3000 vr=  -7.29949 vt=  29.01202
 i= 1144 j=  884 glon=  290.97 (0-360E) glon=  290.97 glat=  30.48 u=  10.4000 v=  27.1000 vr=  -4.47636 vt=  28.67982
 i= 1149 j=  884 glon=  291.17 (0-360E) glon=  291.17 glat=  30.48 u=   8.6000 v=  25.9000 vr=  -4.19695 vt=  26.96582
 i= 1154 j=  884 glon=  291.37 (0-360E) glon=  291.37 glat=  30.48 u=   7.9000 v=  25.3000 vr=  -3.52264 vt=  26.26958
 i= 1054 j=  889 glon=  287.37 (0-360E) glon=  287.37 glat=  30.28 u=  12.8000 v= -13.4000 vr=  -3.68720 vt=  18.16052
 i= 1059 j=  889 glon=  287.57 (0-360E) glon=  287.57 glat=  30.28 u=  15.6000 v= -12.7000 vr=  -5.46222 vt=  19.36012
 i= 1064 j=  889 glon=  287.77 (0-360E) glon=  287.77 glat=  30.28 u=  17.7000 v= -12.4000 vr=  -6.14219 vt=  20.72012
 i= 1069 j=  889 glon=  287.97 (0-360E) glon=  287.97 glat=  30.28 u=  19.3000 v= -13.1000 vr=  -5.39642 vt=  22.69314
 i= 1074 j=  889 glon=  288.17 (0-360E) glon=  288.17 glat=  30.28 u=  20.6000 v= -13.2000 vr=  -4.32589 vt=  24.08084
 i= 1079 j=  889 glon=  288.37 (0-360E) glon=  288.37 glat=  30.28 u=  23.6000 v= -11.1000 vr=  -5.45705 vt=  25.50276
 i= 1084 j=  889 glon=  288.57 (0-360E) glon=  288.57 glat=  30.28 u=  25.8000 v=  -9.9000 vr=  -4.67070 vt=  27.23664
 i= 1089 j=  889 glon=  288.77 (0-360E) glon=  288.77 glat=  30.28 u=  26.3000 v=  -9.3000 vr=  -1.78602 vt=  27.83864
 i= 1094 j=  889 glon=  288.97 (0-360E) glon=  288.97 glat=  30.28 u=  31.7000 v=  -2.4000 vr=  -5.66650 vt=  31.28164
 i= 1099 j=  889 glon=  289.17 (0-360E) glon=  289.17 glat=  30.28 u=  33.8000 v=   6.6000 vr=  -9.71034 vt=  33.04102
 i= 1104 j=  889 glon=  289.37 (0-360E) glon=  289.37 glat=  30.28 u=  32.3000 v=  10.2000 vr=  -7.79079 vt=  32.96413
 i= 1109 j=  889 glon=  289.57 (0-360E) glon=  289.57 glat=  30.28 u=  28.9000 v=  18.0000 vr= -10.72501 vt=  32.31384
 i= 1114 j=  889 glon=  289.77 (0-360E) glon=  289.77 glat=  30.28 u=  24.8000 v=  21.3000 vr= -10.34896 vt=  31.01014
 i= 1119 j=  889 glon=  289.97 (0-360E) glon=  289.97 glat=  30.28 u=  21.9000 v=  23.4000 vr=  -9.36845 vt=  30.64967
 i= 1124 j=  889 glon=  290.17 (0-360E) glon=  290.17 glat=  30.28 u=  21.5000 v=  25.2000 vr=  -7.43341 vt=  32.28056
 i= 1129 j=  889 glon=  290.37 (0-360E) glon=  290.37 glat=  30.28 u=  17.8000 v=  25.5000 vr=  -6.91417 vt=  30.31970
 i= 1134 j=  889 glon=  290.57 (0-360E) glon=  290.57 glat=  30.28 u=  14.6000 v=  26.1000 vr=  -7.10289 vt=  29.05028
 i= 1139 j=  889 glon=  290.77 (0-360E) glon=  290.77 glat=  30.28 u=  11.7000 v=  25.9000 vr=  -7.15980 vt=  27.50340
 i= 1144 j=  889 glon=  290.97 (0-360E) glon=  290.97 glat=  30.28 u=  12.2000 v=  24.7000 vr=  -4.39159 vt=  27.19640
 i= 1149 j=  889 glon=  291.17 (0-360E) glon=  291.17 glat=  30.28 u=   9.6000 v=  23.9000 vr=  -4.75479 vt=  25.31328
 i= 1059 j=  894 glon=  287.57 (0-360E) glon=  287.57 glat=  30.08 u=  15.6000 v= -11.0000 vr=  -4.88453 vt=  18.45268
 i= 1064 j=  894 glon=  287.77 (0-360E) glon=  287.77 glat=  30.08 u=  18.2000 v= -10.5000 vr=  -5.97727 vt=  20.14354
 i= 1069 j=  894 glon=  287.97 (0-360E) glon=  287.97 glat=  30.08 u=  20.5000 v=  -9.5000 vr=  -6.83506 vt=  21.53560
 i= 1074 j=  894 glon=  288.17 (0-360E) glon=  288.17 glat=  30.08 u=  22.1000 v=  -8.9000 vr=  -6.52363 vt=  22.91424
 i= 1079 j=  894 glon=  288.37 (0-360E) glon=  288.37 glat=  30.08 u=  24.8000 v=  -8.0000 vr=  -6.57903 vt=  25.21421
 i= 1084 j=  894 glon=  288.57 (0-360E) glon=  288.57 glat=  30.08 u=  27.5000 v=  -6.5000 vr=  -6.43166 vt=  27.51606
 i= 1089 j=  894 glon=  288.77 (0-360E) glon=  288.77 glat=  30.08 u=  29.4000 v=  -3.0000 vr=  -7.08167 vt=  28.69163
 i= 1094 j=  894 glon=  288.97 (0-360E) glon=  288.97 glat=  30.08 u=  30.6000 v=   1.5000 vr=  -7.98379 vt=  29.57819
 i= 1099 j=  894 glon=  289.17 (0-360E) glon=  289.17 glat=  30.08 u=  31.0000 v=   5.1000 vr=  -7.49762 vt=  30.50895
 i= 1104 j=  894 glon=  289.37 (0-360E) glon=  289.37 glat=  30.08 u=  30.0000 v=  10.3000 vr=  -8.42719 vt=  30.57896
 i= 1109 j=  894 glon=  289.57 (0-360E) glon=  289.57 glat=  30.08 u=  27.4000 v=  14.6000 vr=  -8.89046 vt=  29.74693
 i= 1114 j=  894 glon=  289.77 (0-360E) glon=  289.77 glat=  30.08 u=  25.1000 v=  17.3000 vr=  -8.25463 vt=  29.34555
 i= 1119 j=  894 glon=  289.97 (0-360E) glon=  289.97 glat=  30.08 u=  26.4000 v=  15.9000 vr=  -2.87411 vt=  30.68403
 i= 1124 j=  894 glon=  290.17 (0-360E) glon=  290.17 glat=  30.08 u=  21.8000 v=  20.8000 vr=  -6.16929 vt=  29.49271
 i= 1129 j=  894 glon=  290.37 (0-360E) glon=  290.37 glat=  30.08 u=  19.7000 v=  22.3000 vr=  -5.82810 vt=  29.17899
 i= 1134 j=  894 glon=  290.57 (0-360E) glon=  290.57 glat=  30.08 u=  15.5000 v=  23.7000 vr=  -7.25649 vt=  27.37304
 i= 1139 j=  894 glon=  290.77 (0-360E) glon=  290.77 glat=  30.08 u=  14.2000 v=  22.8000 vr=  -5.59114 vt=  26.27202
 i= 1144 j=  894 glon=  290.97 (0-360E) glon=  290.97 glat=  30.08 u=  12.9000 v=  22.4000 vr=  -4.67881 vt=  25.42201
 i= 1064 j=  899 glon=  287.77 (0-360E) glon=  287.77 glat=  29.88 u=  17.4000 v=  -8.8000 vr=  -5.17212 vt=  18.80024
 i= 1069 j=  899 glon=  287.97 (0-360E) glon=  287.97 glat=  29.88 u=  19.7000 v=  -8.1000 vr=  -5.82626 vt=  20.48792
 i= 1074 j=  899 glon=  288.17 (0-360E) glon=  288.17 glat=  29.88 u=  21.8000 v=  -7.0000 vr=  -6.28788 vt=  22.01596
 i= 1079 j=  899 glon=  288.37 (0-360E) glon=  288.37 glat=  29.88 u=  23.1000 v=  -6.0000 vr=  -5.84084 vt=  23.14076
 i= 1084 j=  899 glon=  288.57 (0-360E) glon=  288.57 glat=  29.88 u=  24.8000 v=  -4.6000 vr=  -5.52953 vt=  24.60943
 i= 1089 j=  899 glon=  288.77 (0-360E) glon=  288.77 glat=  29.88 u=  26.6000 v=  -2.2000 vr=  -5.72284 vt=  26.07008
 i= 1094 j=  899 glon=  288.97 (0-360E) glon=  288.97 glat=  29.88 u=  27.7000 v=   1.2000 vr=  -6.28458 vt=  27.00433
 i= 1099 j=  899 glon=  289.17 (0-360E) glon=  289.17 glat=  29.88 u=  28.2000 v=   5.3000 vr=  -7.17754 vt=  27.78152
 i= 1104 j=  899 glon=  289.37 (0-360E) glon=  289.37 glat=  29.88 u=  27.4000 v=   8.8000 vr=  -7.33114 vt=  27.82902
 i= 1109 j=  899 glon=  289.57 (0-360E) glon=  289.57 glat=  29.88 u=  25.5000 v=  12.1000 vr=  -7.56029 vt=  27.19379
 i= 1114 j=  899 glon=  289.77 (0-360E) glon=  289.77 glat=  29.88 u=  24.6000 v=  14.3000 vr=  -6.78310 vt=  27.63403
 i= 1119 j=  899 glon=  289.97 (0-360E) glon=  289.97 glat=  29.88 u=  24.2000 v=  16.3000 vr=  -5.80066 vt=  28.59515
 i= 1124 j=  899 glon=  290.17 (0-360E) glon=  290.17 glat=  29.88 u=  22.1000 v=  18.3000 vr=  -5.72814 vt=  28.11563
 i= 1129 j=  899 glon=  290.37 (0-360E) glon=  290.37 glat=  29.88 u=  18.8000 v=  20.6000 vr=  -6.94834 vt=  27.00964
 i= 1134 j=  899 glon=  290.57 (0-360E) glon=  290.57 glat=  29.88 u=  15.8000 v=  21.0000 vr=  -6.93897 vt=  25.34740
 i= 1139 j=  899 glon=  290.77 (0-360E) glon=  290.77 glat=  29.88 u=  15.4000 v=  20.3000 vr=  -4.88026 vt=  25.00866
 i= 1069 j=  904 glon=  287.97 (0-360E) glon=  287.97 glat=  29.68 u=  19.1000 v=  -6.7000 vr=  -5.34903 vt=  19.52147
 i= 1074 j=  904 glon=  288.17 (0-360E) glon=  288.17 glat=  29.68 u=  20.8000 v=  -5.5000 vr=  -5.77340 vt=  20.72578
 i= 1079 j=  904 glon=  288.37 (0-360E) glon=  288.37 glat=  29.68 u=  22.7000 v=  -4.0000 vr=  -6.23353 vt=  22.19083
 i= 1084 j=  904 glon=  288.57 (0-360E) glon=  288.57 glat=  29.68 u=  24.5000 v=  -2.6000 vr=  -6.17956 vt=  23.85001
 i= 1089 j=  904 glon=  288.77 (0-360E) glon=  288.77 glat=  29.68 u=  25.9000 v=  -0.7000 vr=  -6.07713 vt=  25.18667
 i= 1094 j=  904 glon=  288.97 (0-360E) glon=  288.97 glat=  29.68 u=  26.7000 v=   2.5000 vr=  -6.80119 vt=  25.94000
 i= 1099 j=  904 glon=  289.17 (0-360E) glon=  289.17 glat=  29.68 u=  26.1000 v=   6.2000 vr=  -7.72433 vt=  25.69017
 i= 1104 j=  904 glon=  289.37 (0-360E) glon=  289.37 glat=  29.68 u=  24.9000 v=   8.7000 vr=  -7.52895 vt=  25.27875
 i= 1109 j=  904 glon=  289.57 (0-360E) glon=  289.57 glat=  29.68 u=  23.8000 v=  10.3000 vr=  -6.59904 vt=  25.07953
 i= 1114 j=  904 glon=  289.77 (0-360E) glon=  289.77 glat=  29.68 u=  22.8000 v=  11.6000 vr=  -5.53945 vt=  24.97428
 i= 1119 j=  904 glon=  289.97 (0-360E) glon=  289.97 glat=  29.68 u=  22.2000 v=  14.1000 vr=  -5.67079 vt=  25.68058
 i= 1124 j=  904 glon=  290.17 (0-360E) glon=  290.17 glat=  29.68 u=  20.8000 v=  15.8000 vr=  -5.47822 vt=  25.53956
 i= 1129 j=  904 glon=  290.37 (0-360E) glon=  290.37 glat=  29.68 u=  18.1000 v=  17.1000 vr=  -5.82006 vt=  24.21047
 i= 1134 j=  904 glon=  290.57 (0-360E) glon=  290.57 glat=  29.68 u=  16.8000 v=  17.6000 vr=  -5.12193 vt=  23.78583
 i= 1079 j=  909 glon=  288.37 (0-360E) glon=  288.37 glat=  29.48 u=  20.4000 v=  -2.3000 vr=  -5.92031 vt=  19.65706
 i= 1084 j=  909 glon=  288.57 (0-360E) glon=  288.57 glat=  29.48 u=  21.8000 v=  -0.9000 vr=  -6.06345 vt=  20.95912
 i= 1089 j=  909 glon=  288.77 (0-360E) glon=  288.77 glat=  29.48 u=  22.9000 v=   0.6000 vr=  -5.94024 vt=  22.12428
 i= 1094 j=  909 glon=  288.97 (0-360E) glon=  288.97 glat=  29.48 u=  23.2000 v=   2.7000 vr=  -6.03575 vt=  22.56324
 i= 1099 j=  909 glon=  289.17 (0-360E) glon=  289.17 glat=  29.48 u=  23.3000 v=   4.6000 vr=  -5.81492 vt=  23.02687
 i= 1104 j=  909 glon=  289.37 (0-360E) glon=  289.37 glat=  29.48 u=  23.2000 v=   6.2000 vr=  -5.23028 vt=  23.43767
 i= 1109 j=  909 glon=  289.57 (0-360E) glon=  289.57 glat=  29.48 u=  22.5000 v=   8.1000 vr=  -5.00133 vt=  23.38475
 i= 1114 j=  909 glon=  289.77 (0-360E) glon=  289.77 glat=  29.48 u=  22.2000 v=  10.3000 vr=  -5.06806 vt=  23.94253
 i= 1119 j=  909 glon=  289.97 (0-360E) glon=  289.97 glat=  29.48 u=  21.3000 v=  11.5000 vr=  -4.38108 vt=  23.80643
 i= 1124 j=  909 glon=  290.17 (0-360E) glon=  290.17 glat=  29.48 u=  19.4000 v=  13.4000 vr=  -4.88898 vt=  23.06551
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.9365924633794       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     56.09 kts
    LL Wind Circ Vt mean quadmax value: SE     53.78 kts
    LL Wind Circ Vt mean quadmax value: SW     57.66 kts
    LL Wind Circ Vt mean quadmax value: NW     55.88 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.80547940080691       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    31.3246847805135     
   xcenlon=    289.175911307715     
   imax=         2738  jmax=         2041
   jlatfix=          862
   ilonfix (unadjusted) =         1100
  
 In get_max_wind, ibeg=         1020  iend=         1179
                  jbeg=          794  jend=          931
         ilonfix=         1100  jlatfix=          862
 At end of get_max_wind, vmax=    47.8793285249491       rmax= 
   25.0270455664078     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.26 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.32 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.72 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   15.71 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.36 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   20.81 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   23.33 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   26.23 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   29.93 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   33.90 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   37.39 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   39.79 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   41.12 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   41.51 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   41.39 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   40.85 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   40.07 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   39.25 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   38.45 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   37.63 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   36.77 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   35.87 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   34.93 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   33.99 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   33.10 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   32.25 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   31.41 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   30.55 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   29.72 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   28.84 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   28.00 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   27.21 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   26.52 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   25.92 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   25.38 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   24.85 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   24.35 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   23.86 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   23.41 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.00 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   22.63 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   22.26 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    41.51 m/s   maxrmw_dist=    42.00  km   maxrmw_ix=   14
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    42.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    41.5088696242383      
  (m/s)   (in kts)=    80.6392810190077     
  rising_sum_dvdr=       35.2523925073027     
  declining_sum_dvdr=   -13.5133389223298     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    30 igrct=  1 Vmax (m/s)=   47.879   22:20:02
 TIMING: before call  getradii, fhr=    30 igrct=  1   22:20:02
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.26799016172408     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.26799016172408     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.60528477228189     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.60528477228189     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.6463998371126     
 mr4qs before add, mean_radii_vt_4quad_sum=    16.6463998371126     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.1985373044503     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   17.20 good_quad_ct=   4 mean_vt_4quad=      4.30
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.58 mean_vt_4quad=    8.87
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.61 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.65 mean_vt_4quad=    9.00
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.70 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.75 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.83 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.91 mean_vt_4quad=    9.25
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.98 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.06 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.12 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.19 mean_vt_4quad=    9.52
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.21 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.21 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.20 mean_vt_4quad=    9.71
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.18 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.14 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.19 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.27 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.37 mean_vt_4quad=   10.01
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.43 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.50 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.57 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.65 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.74 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.85 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.99 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.12 mean_vt_4quad=   10.51
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.27 mean_vt_4quad=   10.57
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.45 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.61 mean_vt_4quad=   10.71
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.77 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.91 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.05 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.20 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.33 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.45 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.55 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.67 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.81 mean_vt_4quad=   11.44
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.92 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.02 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.14 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.31 mean_vt_4quad=   11.86
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.45 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.60 mean_vt_4quad=   12.09
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.75 mean_vt_4quad=   12.21
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.87 mean_vt_4quad=   12.33
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.01 mean_vt_4quad=   12.46
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.15 mean_vt_4quad=   12.60
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.28 mean_vt_4quad=   12.73
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.42 mean_vt_4quad=   12.87
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.58 mean_vt_4quad=   13.00
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    7.53
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.14 .... 0.5*v_holland=    7.53
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.28 .... 0.5*v_holland=    7.53
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    7.53
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.58 .... 0.5*v_holland=    7.53
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    216.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   116.553600000000     
 vradius(iwindix,iquad) =         117
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.58 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.75 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.96 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.18 mean_vt_4quad=   13.43
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.40 mean_vt_4quad=   13.58
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.65 mean_vt_4quad=   13.73
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.86 mean_vt_4quad=   13.88
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.08 mean_vt_4quad=   14.03
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.32 mean_vt_4quad=   14.19
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.56 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.75 mean_vt_4quad=   14.54
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.90 mean_vt_4quad=   14.72
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   20.06 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   20.20 mean_vt_4quad=   15.13
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.36 mean_vt_4quad=   15.36
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.55 mean_vt_4quad=   15.60
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.80 mean_vt_4quad=   15.85
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   21.09 mean_vt_4quad=   16.11
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.39 mean_vt_4quad=   16.38
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.68 mean_vt_4quad=   16.64
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.92 mean_vt_4quad=   16.88
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   22.18 mean_vt_4quad=   17.12
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   22.44 mean_vt_4quad=   17.37
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.72 mean_vt_4quad=   17.63
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   23.04 mean_vt_4quad=   17.90
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.39 mean_vt_4quad=   18.19
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.84 mean_vt_4quad=   18.48
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.40 mean_vt_4quad=   18.78
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   25.03 mean_vt_4quad=   19.10
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   25.72 mean_vt_4quad=   19.41
  
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   25.72 mean_vt_4quad=   19.41
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   26.44 mean_vt_4quad=   19.72
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   27.15 mean_vt_4quad=   20.02
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   27.86 mean_vt_4quad=   20.33
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   28.55 mean_vt_4quad=   20.66
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   29.18 mean_vt_4quad=   21.03
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   29.71 mean_vt_4quad=   21.42
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   30.17 mean_vt_4quad=   21.81
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   30.58 mean_vt_4quad=   22.22
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   30.98 mean_vt_4quad=   22.65
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   31.35 mean_vt_4quad=   23.11
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   31.83 mean_vt_4quad=   23.62
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   32.46 mean_vt_4quad=   24.20
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   33.09 mean_vt_4quad=   24.85
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.43 mean_vt_4quad=    8.87
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.45 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.46 mean_vt_4quad=    9.00
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.49 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.50 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.54 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.62 mean_vt_4quad=    9.25
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.68 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.74 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.81 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.91 mean_vt_4quad=    9.52
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.02 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.11 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.17 mean_vt_4quad=    9.71
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.20 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.21 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.23 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.27 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.29 mean_vt_4quad=   10.01
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.29 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.27 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.37 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.51 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.65 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.78 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.91 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.05 mean_vt_4quad=   10.51
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.21 mean_vt_4quad=   10.57
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.36 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.53 mean_vt_4quad=   10.71
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.68 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.85 mean_vt_4quad=   10.85
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.03 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.23 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.39 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.54 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.72 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.89 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.04 mean_vt_4quad=   11.44
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.15 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.24 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.35 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.49 mean_vt_4quad=   11.86
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.64 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.76 mean_vt_4quad=   12.09
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.89 mean_vt_4quad=   12.21
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.02 mean_vt_4quad=   12.33
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.14 mean_vt_4quad=   12.46
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.28 mean_vt_4quad=   12.60
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.42 mean_vt_4quad=   12.73
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.57 mean_vt_4quad=   12.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   12.87 .... 0.5*v_holland=    7.43
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    7.43
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.14 .... 0.5*v_holland=    7.43
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.28 .... 0.5*v_holland=    7.43
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    7.43
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    219.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   118.172400000000     
 vradius(iwindix,iquad) =         118
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.57 mean_vt_4quad=   12.87
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.71 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.87 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.14 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.50 mean_vt_4quad=   13.43
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.80 mean_vt_4quad=   13.58
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.04 mean_vt_4quad=   13.73
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.19 mean_vt_4quad=   13.88
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.26 mean_vt_4quad=   14.03
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.30 mean_vt_4quad=   14.19
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.41 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.57 mean_vt_4quad=   14.54
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.80 mean_vt_4quad=   14.72
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.05 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.31 mean_vt_4quad=   15.13
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.58 mean_vt_4quad=   15.36
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.87 mean_vt_4quad=   15.60
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.17 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.46 mean_vt_4quad=   16.11
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.81 mean_vt_4quad=   16.38
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   22.48 mean_vt_4quad=   16.64
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   23.16 mean_vt_4quad=   16.88
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   23.80 mean_vt_4quad=   17.12
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   24.35 mean_vt_4quad=   17.37
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   24.85 mean_vt_4quad=   17.63
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   25.40 mean_vt_4quad=   17.90
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   26.05 mean_vt_4quad=   18.19
  
 NO interp, exactdistkm=    141.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   76.0836000000000     
 vradius(iwindix,iquad) =          76
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   26.05 mean_vt_4quad=   18.19
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   26.76 mean_vt_4quad=   18.48
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   27.59 mean_vt_4quad=   18.78
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   28.39 mean_vt_4quad=   19.10
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   28.91 mean_vt_4quad=   19.41
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   28.84 mean_vt_4quad=   19.72
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   27.86 mean_vt_4quad=   20.02
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   27.42 mean_vt_4quad=   20.33
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   27.84 mean_vt_4quad=   20.66
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   28.22 mean_vt_4quad=   21.03
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   28.80 mean_vt_4quad=   21.42
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   29.46 mean_vt_4quad=   21.81
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   30.07 mean_vt_4quad=   22.22
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   30.63 mean_vt_4quad=   22.65
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   31.06 mean_vt_4quad=   23.11
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   31.46 mean_vt_4quad=   23.62
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   31.98 mean_vt_4quad=   24.20
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   32.53 mean_vt_4quad=   24.85
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   32.93 mean_vt_4quad=   25.55
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.09 mean_vt_4quad=    8.87
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.10 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.14 mean_vt_4quad=    9.00
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.18 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.17 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.13 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.09 mean_vt_4quad=    9.25
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.05 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.94 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.92 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.91 mean_vt_4quad=    9.52
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.88 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.91 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.94 mean_vt_4quad=    9.71
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.00 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.06 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.13 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.20 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.28 mean_vt_4quad=   10.01
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   11.35 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   11.40 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.44 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.48 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.51 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.55 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.57 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.60 mean_vt_4quad=   10.51
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.62 mean_vt_4quad=   10.57
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.63 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.66 mean_vt_4quad=   10.71
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.75 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.82 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.95 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.07 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.18 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.31 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   12.49 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   12.70 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.88 mean_vt_4quad=   11.44
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.00 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.11 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.15 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.23 mean_vt_4quad=   11.86
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.42 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.58 mean_vt_4quad=   12.09
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.72 mean_vt_4quad=   12.21
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.85 mean_vt_4quad=   12.33
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.94 mean_vt_4quad=   12.46
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.08 mean_vt_4quad=   12.60
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.25 mean_vt_4quad=   12.73
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.42 mean_vt_4quad=   12.87
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.65 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.92 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.22 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.53 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   15.82 mean_vt_4quad=   13.58
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.05 mean_vt_4quad=   13.73
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.25 mean_vt_4quad=   13.88
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.36 mean_vt_4quad=   14.03
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.40 mean_vt_4quad=   14.19
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.41 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.37 mean_vt_4quad=   14.54
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.34 mean_vt_4quad=   14.72
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.31 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.32 mean_vt_4quad=   15.13
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.40 mean_vt_4quad=   15.36
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   16.53 mean_vt_4quad=   15.60
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   16.71 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   16.90 mean_vt_4quad=   16.11
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.13 mean_vt_4quad=   16.38
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   17.35 mean_vt_4quad=   16.64
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.60 mean_vt_4quad=   16.88
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   16.88 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   17.12 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   17.37 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   17.63 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   17.90 .... 0.5*v_holland=   10.25
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    156.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   84.1776000000000     
 vradius(iwindix,iquad) =          84
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.60 mean_vt_4quad=   16.88
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   17.84 mean_vt_4quad=   17.12
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   18.02 mean_vt_4quad=   17.37
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   18.29 mean_vt_4quad=   17.63
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   18.60 mean_vt_4quad=   17.90
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   18.90 mean_vt_4quad=   18.19
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   19.30 mean_vt_4quad=   18.48
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.69 mean_vt_4quad=   18.78
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   20.11 mean_vt_4quad=   19.10
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.53 mean_vt_4quad=   19.41
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   21.02 mean_vt_4quad=   19.72
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.59 mean_vt_4quad=   20.02
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.23 mean_vt_4quad=   20.33
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.91 mean_vt_4quad=   20.66
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.56 mean_vt_4quad=   21.03
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   24.02 mean_vt_4quad=   21.42
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   24.20 mean_vt_4quad=   21.81
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   24.56 mean_vt_4quad=   22.22
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   25.12 mean_vt_4quad=   22.65
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   25.83 mean_vt_4quad=   23.11
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   25.83 mean_vt_4quad=   23.11
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   26.71 mean_vt_4quad=   23.62
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   27.73 mean_vt_4quad=   24.20
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   28.91 mean_vt_4quad=   24.85
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.78 mean_vt_4quad=   25.55
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   30.42 mean_vt_4quad=   26.29
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   30.69 mean_vt_4quad=   27.08
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   30.96 mean_vt_4quad=   27.92
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   31.71 mean_vt_4quad=   28.79
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   33.03 mean_vt_4quad=   29.69
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.63 mean_vt_4quad=    8.87
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.70 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.71 mean_vt_4quad=    9.00
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.70 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.68 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.68 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.71 mean_vt_4quad=    9.25
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.75 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    8.80 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.84 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.89 mean_vt_4quad=    9.52
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.93 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.97 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.00 mean_vt_4quad=    9.71
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.05 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.11 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.18 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.27 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.37 mean_vt_4quad=   10.01
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.46 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.55 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.64 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.74 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.83 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.92 mean_vt_4quad=   10.38
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.02 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.11 mean_vt_4quad=   10.51
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.14 mean_vt_4quad=   10.57
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.16 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.19 mean_vt_4quad=   10.71
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.23 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.28 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.33 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.41 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.51 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.66 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   10.83 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.00 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.19 mean_vt_4quad=   11.44
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.37 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.51 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.64 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.75 mean_vt_4quad=   11.86
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.92 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.19 mean_vt_4quad=   12.09
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.43 mean_vt_4quad=   12.21
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.66 mean_vt_4quad=   12.33
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.84 mean_vt_4quad=   12.46
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.98 mean_vt_4quad=   12.60
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.10 mean_vt_4quad=   12.73
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.14 mean_vt_4quad=   12.87
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.19 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.29 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.41 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.51 mean_vt_4quad=   13.43
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.65 mean_vt_4quad=   13.58
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.91 mean_vt_4quad=   13.73
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   14.20 mean_vt_4quad=   13.88
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   14.35 mean_vt_4quad=   14.03
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.48 mean_vt_4quad=   14.19
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.61 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.86 mean_vt_4quad=   14.54
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.06 mean_vt_4quad=   14.72
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.26 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.58 mean_vt_4quad=   15.13
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.89 mean_vt_4quad=   15.36
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.24 mean_vt_4quad=   15.60
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.74 mean_vt_4quad=   15.85
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   17.21 mean_vt_4quad=   16.11
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   17.61 mean_vt_4quad=   16.38
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   16.38 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   16.64 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   16.88 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   17.12 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   17.37 .... 0.5*v_holland=    9.89
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    162.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   87.4152000000000     
 vradius(iwindix,iquad) =          87
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   17.61 mean_vt_4quad=   16.38
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.99 mean_vt_4quad=   16.64
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.42 mean_vt_4quad=   16.88
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   18.85 mean_vt_4quad=   17.12
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.24 mean_vt_4quad=   17.37
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   19.63 mean_vt_4quad=   17.63
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.99 mean_vt_4quad=   17.90
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   20.32 mean_vt_4quad=   18.19
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   20.64 mean_vt_4quad=   18.48
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   20.94 mean_vt_4quad=   18.78
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   21.18 mean_vt_4quad=   19.10
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   21.41 mean_vt_4quad=   19.41
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.74 mean_vt_4quad=   19.72
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   22.12 mean_vt_4quad=   20.02
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.61 mean_vt_4quad=   20.33
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   23.09 mean_vt_4quad=   20.66
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   23.55 mean_vt_4quad=   21.03
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.01 mean_vt_4quad=   21.42
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.53 mean_vt_4quad=   21.81
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.12 mean_vt_4quad=   22.22
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   25.75 mean_vt_4quad=   22.65
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   25.75 mean_vt_4quad=   22.65
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   26.46 mean_vt_4quad=   23.11
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   27.21 mean_vt_4quad=   23.62
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   28.01 mean_vt_4quad=   24.20
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   28.87 mean_vt_4quad=   24.85
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   29.70 mean_vt_4quad=   25.55
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   30.53 mean_vt_4quad=   26.29
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   31.47 mean_vt_4quad=   27.08
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   32.56 mean_vt_4quad=   27.92
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   33.69 mean_vt_4quad=   28.79
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
 TIMING: after call  getradii, fhr=    30 igrct=  1   22:20:02
 TIMING: after getrad_iter_loop, fhr=    30 igrct=  2 Vmax (m/s)=   47.879   22:20:02
 TIMING: Before get_phase ... 22:20:02
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           30 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    21.384
  
  
  In get_cps_paramb, lead time=           30 :           0   08L  FRANKLIN 
   right_ct=          928   left_ct=          935
   zthicksum(1)=    3158677.05400000     
   zthicksum(2)=    3183070.81906250     
   zthick_right_mean=    3403.74682543104     
   zthick_left_mean=     3404.35381717915     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=  -0.606991748105884     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           54.60
  Sum of y-diffs squared (ydiff2) =         3461.85
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   509.18   6.7452       29.37   0.1661    -3.92    15.37      862.48
    2   501.20   6.6846       21.38   0.1055     0.25     0.06      457.28
    3   490.83   6.6201       11.02   0.0409     2.81     7.92      121.35
    4   477.95   6.5511       -1.86  -0.0281     3.76    14.15        3.47
    5   460.42   6.4770      -19.39  -0.1022     1.09     1.18      376.05
    6   439.30   6.3969      -40.51  -0.1822    -3.99    15.91     1641.22
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   479.816     x:    6.58
  
  slope=    200.433         y-intercept =   -838.860
  Regression equation:   Y =  -838.86 +   200.43X
  
  R2(r_squared) =  0.9842        r =  0.9921
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1057.43 zmin=  542.25 zdiff=  515.18
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1552.03 zmin= 1042.85 zdiff=  509.18
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.00 dlnp=     -0.057158  dzdlnp=      104.971
  
   +++ k=  3 press=    800.0 zmax= 2071.16 zmin= 1569.96 zdiff=  501.20
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.98 dlnp=     -0.060625  dzdlnp=      131.696
  
   +++ k=  4 press=    750.0 zmax= 2617.70 zmin= 2126.87 zdiff=  490.83
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.37 dlnp=     -0.064539  dzdlnp=      160.648
  
   +++ k=  5 press=    700.0 zmax= 3195.95 zmin= 2717.99 zdiff=  477.95
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -12.88 dlnp=     -0.068993  dzdlnp=      186.686
  
   +++ k=  6 press=    650.0 zmax= 3808.32 zmin= 3347.90 zdiff=  460.42
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -17.53 dlnp=     -0.074108  dzdlnp=      236.520
  
   +++ k=  7 press=    600.0 zmax= 4460.53 zmin= 4021.22 zdiff=  439.30
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.12 dlnp=     -0.080043  dzdlnp=      263.859
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            5.32
  Sum of y-diffs squared (ydiff2) =        22761.59
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   412.98   6.3099       82.07   0.2788    -1.01     1.02     6734.94
    2   385.12   6.2146       54.21   0.1834    -0.46     0.21     2938.80
    3   355.50   6.1092       24.59   0.0781     1.32     1.75      604.90
    4   320.35   5.9915      -10.56  -0.0397     1.27     1.62      111.46
    5   278.93   5.8579      -51.98  -0.1732    -0.36     0.13     2702.06
    6   232.58   5.7038      -98.33  -0.3274    -0.77     0.59     9669.44
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   330.909     x:    6.03
  
  slope=    298.021         y-intercept =  -1466.504
  Regression equation:   Y = -1466.50 +   298.02X
  
  R2(r_squared) =  0.9998        r =  0.9999
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4460.53 zmin= 4021.22 zdiff=  439.30
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5157.61 zmin= 4744.63 zdiff=  412.98
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -26.33 dlnp=     -0.087011  dzdlnp=      302.581
  
   +++ k=  9 press=    500.0 zmax= 5910.72 zmin= 5525.60 zdiff=  385.12
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -27.86 dlnp=     -0.095310  dzdlnp=      292.267
  
   +++ k= 10 press=    450.0 zmax= 6731.36 zmin= 6375.85 zdiff=  355.50
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -29.62 dlnp=     -0.105361  dzdlnp=      281.092
  
   +++ k= 11 press=    400.0 zmax= 7632.12 zmin= 7311.77 zdiff=  320.35
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -35.15 dlnp=     -0.117783  dzdlnp=      298.447
  
   +++ k= 12 press=    350.0 zmax= 8629.38 zmin= 8350.45 zdiff=  278.93
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -41.42 dlnp=     -0.133531  dzdlnp=      310.219
  
   +++ k= 13 press=    300.0 zmax= 9752.13 zmin= 9519.55 zdiff=  232.58
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -46.35 dlnp=     -0.154151  dzdlnp=      300.693
  
cps_stats: 08L   lead time=  30: 0   paramb=    -0.61  vtl=    200.43  vtu=    298.02
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   30:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.176 (0-360) guesslon=  289.176E  (  70.824W)   guesslat=   31.325
 ilonfix=         1100  jlatfix=          862  npts=           33
 ibeg=         1025  jbeg=          794  imax=         2738
 iend=         1175  jend=          930  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.856E  (0-360) ctlon=  287.856E  (  72.144W)  ctlat=   31.205 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.856E   (0-360) guesslon=  287.856E  (  72.144W)   guesslat=   31.205
 ilonfix=         1067  jlatfix=          865  npts=           16
 ibeg=         1016  jbeg=          821  imax=         2738
 iend=         1118  jend=          909  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.536E  (0-360) ctlon=  287.536  (  72.464W)  ctlat=   30.885 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    30:00  mean_lon:  287.54E (  72.46W)    (0-360) mean_lon=  287.54E  mean_lat:   30.88  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    30:00  ifix:  1046   jfix:   850  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1046  jx=          850
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         505 ,         309 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         504 ,         308 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    30:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:02
 TIMING: Before shear ... 22:20:02
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            6
  clon(ist,ifh,3)=    289.280465716215     
  clat(ist,ifh,3)=    31.3056143901206     
  fixlon(ist,ifh)=    289.175911307715     
  fixlat(ist,ifh)=    31.3246847805135     
  xcenlon=    289.280465716215     
  xcenlat=    31.3056143901206     
  
 xxshear
 In get_shear A, xcenlon=    289.280465716215       xcenlat= 
   31.3056143901206     
   In get_shear B, (0-360) xcenlon=    289.280465716215     
  
At start of get_shear:  08L   fhr=   30:00   Mean fix position=   289.18E  ( 70.82W)    31.32  (0-360) mean lon fix=  289.18
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   51.94 vr_mean(idist,ilev)=    0.14
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   48.23 vr_mean(idist,ilev)=   -1.43
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   39.30 vr_mean(idist,ilev)=   -2.73
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   33.58 vr_mean(idist,ilev)=   -0.79
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   29.45 vr_mean(idist,ilev)=    0.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.50 vr_mean(idist,ilev)=   -0.22
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.72 vr_mean(idist,ilev)=   -0.23
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.13 vr_mean(idist,ilev)=   -0.24
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.98 vr_mean(idist,ilev)=   -0.33
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.71 vr_mean(idist,ilev)=   -0.04
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.14 vr_mean(idist,ilev)=    0.21
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.85 vr_mean(idist,ilev)=    0.15
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.77 vr_mean(idist,ilev)=    0.16
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.61 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.68 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.87 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.15 vr_mean(idist,ilev)=   -0.22
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.34 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.80 vr_mean(idist,ilev)=   -0.07
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -17.89 vr_mean(idist,ilev)=   17.89
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -26.84 vr_mean(idist,ilev)=   26.84
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -35.79 vr_mean(idist,ilev)=   35.79
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -44.74 vr_mean(idist,ilev)=   44.74
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -53.70 vr_mean(idist,ilev)=   53.70
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -62.66 vr_mean(idist,ilev)=   62.66
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -71.63 vr_mean(idist,ilev)=   71.63
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -80.61 vr_mean(idist,ilev)=   80.61
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -89.59 vr_mean(idist,ilev)=   89.59
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -98.58 vr_mean(idist,ilev)=   98.58
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -107.58 vr_mean(idist,ilev)=  107.58
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -116.59 vr_mean(idist,ilev)=  116.59
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -125.61 vr_mean(idist,ilev)=  125.61
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -134.65 vr_mean(idist,ilev)=  134.65
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -143.70 vr_mean(idist,ilev)=  143.70
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -152.77 vr_mean(idist,ilev)=  152.77
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -161.85 vr_mean(idist,ilev)=  161.85
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -170.96 vr_mean(idist,ilev)=  170.96
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -180.09 vr_mean(idist,ilev)=  180.09
  
 At end of get_shear: 
     ist=    2 ifh=    6 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:02
  
 After call to fixcenter, fix positions at 
 forecast hour=   30:00 follow:
  
fixpos  08L   fhr=   30:00   Fix position=   289.18E  ( 70.82W)    31.32   Max Wind=  93 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.800109367091     
 xxxx get_next_ges, curr fix lon=    289.175911307715     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.175911307715        fixlat=    31.3246847805135     
        (0-360) fixlon=    289.175911307715     
      ilonfix=         1100   jlatfix=          862
      ibeg=          609   iend=         1591
      jbeg=          410   jend=         1314
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.466517025251753       vavg=    5.09004556487881     
      ubar=   0.116629256312938       vbar=    1.27251139121970     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.92164508477598       vavg=    5.00996273478555     
      ubar=    1.07745179870093       vbar=    3.77749275861248     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.29445177013820       vavg=    4.59378184293255     
      ubar=    2.15106474123548       vbar=    4.92593821934561     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    2.15106474123548       vbar=    4.92593821934561     
      wgttot=    1.00000000000000     
      fixlon=    289.175911307715        fixlat=    31.3246847805135     
      barnlon=    289.667580455530       barnlat=    32.2815655865384     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.849863949054562     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.667580455530     
     Raw (no conversion for GM wrap) extraplon=    289.554998163729     
  
 --- barnlon=    289.67E  (  70.33W)    barnlat=     32.28
 --- extraplon=  289.55E  (  70.45W)    extraplat=   32.14
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   31.32
 | Current fix lon is   70.82W   ( 289.18E)
 | Current fix lon (raw, unadjusted)=  289.18E
 | Updated guess lat for next fcst hour is   32.21
 | Updated guess lon (0-360) for next fcst hour is   70.39W   ( 289.61E)
 | Raw updated guess lon for next fcst hour is  289.61E)
 -------------------------------------------------
  
 iocheck, dist=    106.986052768033        distm=    106986.052768033     
 iocheck, stmspd=    4.95305799852005        istmspd=           96
 iocheck, xincr=   0.435378001914785        yincr=   0.888101427114002     
 iocheck, stmdir=    26.1156897311335        istmdir=           26
 +++ RPT_STORM_MOTION: istmspd=    96 kts(*10)    istmdir=    26 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   6
     Fix location for this time:   289.18E  ( 70.82W)    31.32
     Fix lon (raw) for this time:  289.18E
     ilonfix= 1100  jlatfix=  862
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.175911307715       xcenlat=    31.3246847805135     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.175911307715       xcenlat=    31.3246847805135     
  ilonfix=         1100  jlatfix=          862
  ibeg=          975  iend=         1225
  jbeg=          746  jend=          978  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.175911307715        xcenlat=    31.3246847805135     
      ilonfix=         1100   jlatfix=          862
      ibeg=          975   iend=         1225
      jbeg=          746   jend=          978
 After call to barnes, xsmoothval=   4.765489000635154E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.765489000635154E-004
      xcenlon=    289.175911307715        xcenlat=    31.3246847805135     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000477  imeanzeta (*1e6)=      477
   --- mean zeta raw =   4.765489000635154E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.005349  igrid zeta (*1e6)=     5349 ifilret=   0
   --- grid zeta raw=   5.348580035358766E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.175911307715       xcenlat=    31.3246847805135     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.175911307715       xcenlat=    31.3246847805135     
  ilonfix=         1100  jlatfix=          862
  ibeg=          975  iend=         1225
  jbeg=          746  jend=          978  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.175911307715        xcenlat=    31.3246847805135     
      ilonfix=         1100   jlatfix=          862
      ibeg=          975   iend=         1225
      jbeg=          746   jend=          978
 After call to barnes, xsmoothval=   4.412652982408806E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.412652982408806E-004
      xcenlon=    289.175911307715        xcenlat=    31.3246847805135     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000441  imeanzeta (*1e6)=      441
   --- mean zeta raw =   4.412652982408806E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004203  igrid zeta (*1e6)=     4203 ifilret=   0
   --- grid zeta raw=   4.203493337927968E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           30
  
 segx, outlon=    289.175911307715       outlat=    31.3246847805135     
   ist=            2  ifcsthour=           30
   vmaxwind=    47.8793285249491       xminmslp=    95687.5500000000     
   vradius=          117          70          49         118          76
          47          84          53          39          87          55
          40
   maxstorm=            6
   plastbar=    100887.550000000       rlastbar=    114.167530769898     
   rmax=    25.0270455664078     
   cps_vals=  -0.606991748105884        200.432602497889     
   298.021197787462     
   wcore_flag= n
   istmspd=           96  istmdir=           26
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    42.0000000000000     
   axisymet_rmw_val=     41.5088696242383     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   114.167530769898       irlastbar=         114
 output: plastbar=   100887.550000000       iplastbar=        1009
 rmax=    25.0270455664078        irmax=           25
 TXX top of atcfunix_ext, ist=            2  ifh=           30
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   114.167530769898       irlastbar=         114
 output: plastbar=   100887.550000000       iplastbar=        1009
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           30
 intlat=          313
 clatns= N
 intlon=          708
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           93
 int(xminmslp/mslp_outp_adj + 0.5)=          957
 XX,  34, NEQ
 vradius(1,1)=          117
 vradius(1,2)=          118
 vradius(1,3)=           84
 vradius(1,4)=           87
 iplastbar=         1009
 irlastbar=          114
 irmax=           25
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           26
 istmspd=           96
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           -6
 icps_vals(2)=         2004
 icps_vals(3)=         2980
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           23
 irmw_val=           81
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          477
 igridzeta(1)=         5349
 imeanzeta(2)=          441
 igridzeta(2)=         4203
  
 rmax=    25.0270455664078        irmax=           25
 +++ Top of output_atcf_parms, ist=            2  ifh=           30
  
 xxxx get_next_ges, prev fix lon=    288.800109367091     
 xxxx get_next_ges, curr fix lon=    289.175911307715     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.175911307715        fixlat=    31.3246847805135     
        (0-360) fixlon=    289.175911307715     
      ilonfix=         1100   jlatfix=          862
      ibeg=          609   iend=         1591
      jbeg=          410   jend=         1314
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.466517025251753       vavg=    5.09004556487881     
      ubar=   0.116629256312938       vbar=    1.27251139121970     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.92164508477598       vavg=    5.00996273478555     
      ubar=    1.07745179870093       vbar=    3.77749275861248     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.29445177013820       vavg=    4.59378184293255     
      ubar=    2.15106474123548       vbar=    4.92593821934561     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    2.15106474123548       vbar=    4.92593821934561     
      wgttot=    1.00000000000000     
      fixlon=    289.175911307715        fixlat=    31.3246847805135     
      barnlon=    289.667580455530       barnlat=    32.2815655865384     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.849863949054562     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.667580455530     
     Raw (no conversion for GM wrap) extraplon=    289.554998163729     
  
 --- barnlon=    289.67E  (  70.33W)    barnlat=     32.28
 --- extraplon=  289.55E  (  70.45W)    extraplat=   32.14
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   31.32
 | Current fix lon is   70.82W   ( 289.18E)
 | Current fix lon (raw, unadjusted)=  289.18E
 | Updated guess lat for next fcst hour is   32.21
 | Updated guess lon (0-360) for next fcst hour is   70.39W   ( 289.61E)
 | Raw updated guess lon for next fcst hour is  289.61E)
 -------------------------------------------------
  
 iocheck, dist=    106.986052768033        distm=    106986.052768033     
 iocheck, stmspd=    4.95305799852005        istmspd=           96
 iocheck, xincr=   0.435378001914785        yincr=   0.888101427114002     
 iocheck, stmdir=    26.1156897311335        istmdir=           26
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   30:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.917847271118853E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.913E  (0-360) ctlon=  274.913E  (  85.087W)  ctlat=   24.608 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.692E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.913E   (0-360) guesslon=  274.913E  (  85.087W)   guesslat=   24.608
 ilonfix=          743  jlatfix=         1030  npts=           16
 ibeg=          694  jbeg=          986  imax=         2738
 iend=          792  jend=         1074  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.693E  (0-360) ctlon=  274.693  (  85.307W)  ctlat=   24.588 fmax (x10e5) =        0.791E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.820342264104846E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.913E  (0-360) ctlon=  274.913E  (  85.087W)  ctlat=   24.608 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.482E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.913E   (0-360) guesslon=  274.913E  (  85.087W)   guesslat=   24.608
 ilonfix=          743  jlatfix=         1030  npts=           16
 ibeg=          694  jbeg=          986  imax=         2738
 iend=          792  jend=         1074  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.793E  (0-360) ctlon=  274.793  (  85.207W)  ctlat=   24.688 fmax (x10e5) =        0.720E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.913E  (0-360) ctlon=  274.913E  (  85.087W)  ctlat=   24.608 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.136E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.913E   (0-360) guesslon=  274.913E  (  85.087W)   guesslat=   24.608
 ilonfix=          743  jlatfix=         1030  npts=           16
 ibeg=          694  jbeg=          986  imax=         2738
 iend=          792  jend=         1074  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.693E  (0-360) ctlon=  274.693  (  85.307W)  ctlat=   24.688 fmax =       -0.100E+16 fmin =        0.136E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.913E  (0-360) ctlon=  274.913E  (  85.087W)  ctlat=   24.608 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.302E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  274.913E   (0-360) guesslon=  274.913E  (  85.087W)   guesslat=   24.608
 ilonfix=          743  jlatfix=         1030  npts=           16
 ibeg=          694  jbeg=          986  imax=         2738
 iend=          792  jend=         1074  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.793E  (0-360) ctlon=  274.793  (  85.207W)  ctlat=   24.688 fmax =       -0.100E+16 fmin =        0.302E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.913E  (0-360) ctlon=  274.913E  (  85.087W)  ctlat=   24.608 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.993E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.913E   (0-360) guesslon=  274.913E  (  85.087W)   guesslat=   24.608
 ilonfix=          743  jlatfix=         1030  npts=           16
 ibeg=          694  jbeg=          986  imax=         2738
 iend=          792  jend=         1074  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.693E  (0-360) ctlon=  274.693  (  85.307W)  ctlat=   24.688 fmax =       -0.100E+16 fmin =        0.993E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.633 (0-360) guesslon=  274.633E  (  85.367W)   guesslat=   24.728
 ilonfix=          736  jlatfix=         1027  npts=           33
 ibeg=          663  jbeg=          959  imax=         2738
 iend=          809  jend=         1095  jmax=         2041
 TIMING: find_maxmin 1  22:20:02
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.031325843691765E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.513E  (0-360) ctlon=  274.513E  (  85.487W)  ctlat=   24.208 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.603E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:02
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.513E   (0-360) guesslon=  274.513E  (  85.487W)   guesslat=   24.208
 ilonfix=          733  jlatfix=         1040  npts=           16
 ibeg=          685  jbeg=          996  imax=         2738
 iend=          781  jend=         1084  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.693E  (0-360) ctlon=  274.693  (  85.307W)  ctlat=   24.488 fmax (x10e5) =        0.554E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.709720039547        uvgeslat=    24.6411505732863     
    (0-360 uvgeslon)=    274.709720039547     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:02
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.709720039547        uvgeslat=    24.6411505732863     
    (0-360 uvgeslon)=    274.709720039547     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.709720039547     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.710E  (0-360E lon):  274.710E    85.290W  ctlat=   24.641  xmax_circul_disk =     110667873.3
 TIMING: get_wind_circ kloop, k=  1   22:20:02
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.710E  (0-360E)=  274.710E  (  85.290W)   guesslat=   24.641
 ilonfix=          738  jlatfix=         1029  npts=           56
 ibeg=          669  jbeg=          965  imax=         2738
 iend=          807  jend=         1093  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    111020826.546012     
 nhalf get_wind_circ, k=  1 ctlon=  274.670E  (0-360E)=  274.670E  ctlon=   85.330W   ctlat=   24.601 Wind Circulation (NHEM: Max) =     111020826.5
 TIMING: After GWC 850 ... 22:20:02
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:02
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.709720039547        uvgeslat=    24.6411505732863     
    (0-360 uvgeslon)=    274.709720039547     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.709720039547     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.710E  (0-360E lon):  274.710E    85.290W  ctlat=   24.641  xmax_circul_disk =     102927170.8
 TIMING: get_wind_circ kloop, k=  1   22:20:03
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.710E  (0-360E)=  274.710E  (  85.290W)   guesslat=   24.641
 ilonfix=          738  jlatfix=         1029  npts=           56
 ibeg=          669  jbeg=          965  imax=         2738
 iend=          807  jend=         1093  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    103883897.295636     
 nhalf get_wind_circ, k=  1 ctlon=  274.790E  (0-360E)=  274.790E  ctlon=   85.210W   ctlat=   24.721 Wind Circulation (NHEM: Max) =     103883897.3
 TIMING: After GWC 700 ... 22:20:03
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:03
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.709720039547        uvgeslat=    24.6411505732863     
    (0-360 uvgeslon)=    274.709720039547     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.709720039547     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.710E  (0-360E lon):  274.710E    85.290W  ctlat=   24.641  xmax_circul_disk =      73019827.3
 TIMING: get_wind_circ kloop, k=  1   22:20:03
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.710E  (0-360E)=  274.710E  (  85.290W)   guesslat=   24.641
 ilonfix=          738  jlatfix=         1029  npts=           56
 ibeg=          669  jbeg=          965  imax=         2738
 iend=          807  jend=         1093  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    74771451.9494593     
 nhalf get_wind_circ, k=  1 ctlon=  274.610E  (0-360E)=  274.610E  ctlon=   85.390W   ctlat=   24.481 Wind Circulation (NHEM: Max) =      74771451.9
 TIMING: After GWC Sfc ... 22:20:03
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.68  xavg_stderr=     6.13
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            6  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    30:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.63E   (0-360) guesslon=  274.63E  ( 85.37W)    24.73
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.69       85.31      24.59           79.06       T         16.71
   2    zeta 700    Max       274.79       85.21      24.69           72.03       T         16.76
   3    circ 850    Max       274.67       85.33      24.60          111.02       T         14.62
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       274.79       85.21      24.72          103.88       T         15.81
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.69       85.31      24.69         1360.13       T          7.52
   8     gph 700    Min       274.79       85.21      24.69         3020.04       T         16.76
   9        MSLP    Min       274.69       85.31      24.69        99304.29       T          7.52
  10    circ sfc    Max       274.61       85.39      24.48           74.77       T         27.60
  11    zeta sfc    Max       274.69       85.31      24.49           55.42       T         27.37
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.3781448487552       stderr_close= 
   4.59021817008517       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.687 devia=   0.937 wtpos=  0.73164     274.69   274.69    85.31    24.59
 ip=  2 kprm=  2 dist_from_mean=  10.578 devia=   2.116 wtpos=  0.49401     274.79   274.79    85.21    24.69
 ip=  3 kprm=  3 dist_from_mean=   5.292 devia=   1.058 wtpos=  0.70273     274.67   274.67    85.33    24.60
 ip=  5 kprm=  4 dist_from_mean=  13.035 devia=   2.607 wtpos=  0.41937     274.79   274.79    85.21    24.72
 ip=  7 kprm=  5 dist_from_mean=   7.259 devia=   1.452 wtpos=  0.61637     274.69   274.69    85.31    24.69
 ip=  8 kprm=  6 dist_from_mean=  10.578 devia=   2.116 wtpos=  0.49401     274.79   274.79    85.21    24.69
 ip=  9 kprm=  7 dist_from_mean=   7.259 devia=   1.452 wtpos=  0.61637     274.69   274.69    85.31    24.69
 ip= 10 kprm=  8 dist_from_mean=  19.272 devia=   3.854 wtpos=  0.27670     274.61   274.61    85.39    24.48
 ip= 11 kprm=  9 dist_from_mean=  15.444 devia=   3.089 wtpos=  0.35714     274.69   274.69    85.31    24.49
  
At end of fixcenter:  10L   fhr=   30:00   Fix position=   274.71E  (0-360) fixlon=  274.71  ( 85.29W)    24.64
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.714480884785     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.693356812274     
        (0-360E clon(ist,ifh,9))=    274.693356812274     
      clat(ist,ifh,9)=    24.6884221187409     
      xval(9)=    99304.2863136441     
  
  After get_ij B, ibeg jbeg =          630         890
  After get_ij B, iend jend =          846        1166
  
 In is_it_a_storm, ilonfix=          738  jlatfix=         1028
 ibeg jbeg iend jend =          630         890         846        1166
 cparm= slp  parmlon parmlat =    274.693356812274        24.6884221187409     
     (0-360E parmlon) =    274.693356812274     
 parmval=    99304.2863136441     
  
 i=  715 j=  965 glon=  273.81 (0-360E) glon=  273.81 glat=  27.24 dist=   297.27 slp=  100716.19 pgradient=  4.74959
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.74959
 mslp center =    274.693356812274        24.6884221187409     
   99304.2863136441     
   (0-360E) lon of mslp center =    274.693356812274     
 pgrad loc   =    273.809286000000        273.809286000000     
   86.1907140000000        27.2409670000000        100716.190000000     
  ttest at location C IF....
      xinp_fixlat=    24.6884221187409     
      xinp_fixlon=    274.693356812274       (0-360E) xinp_fixlon= 
   274.693356812274     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97936.9900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          736  jfix=         1028
 longitude=    274.693356812274      E   (   85.3066431877261      
 W)  (0-360E) xinp_fixlon=    274.693356812274     
 latitude=    24.6884221187409     
 mean mslp value (xval(9))=    99304.2863136441     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          736  jfix=         1028
 longitude=    274.693356812274      E   (   85.3066431877261      
 W)  (0-360E) xinp_fixlon=    274.693356812274     
 latitude=    24.6884221187409     
 mean mslp value (xval(9))=    99304.2863136441     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          736  jx=         1028
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97936.9900000000       xcentval=    97936.9900000000     
 At A, num_found_contours=            0
 At A, contlo=    97936.9900000000       conthi=    98336.9900000000     
  
 num_found_contours=            0
 contlo=    97936.9900000000       conthi=    98336.9900000000     
 xcentval=    97936.9900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98336.9900000000       conthi=    98736.9900000000     
  
 num_found_contours=            1
 contlo=    98336.9900000000       conthi=    98736.9900000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            2
 At A, contlo=    98736.9900000000       conthi=    99136.9900000000     
  
 num_found_contours=            2
 contlo=    98736.9900000000       conthi=    99136.9900000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            3
 At A, contlo=    99136.9900000000       conthi=    99536.9900000000     
  
 num_found_contours=            3
 contlo=    99136.9900000000       conthi=    99536.9900000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            4
 At A, contlo=    99536.9900000000       conthi=    99936.9900000000     
  
 num_found_contours=            4
 contlo=    99536.9900000000       conthi=    99936.9900000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            5
 At A, contlo=    99936.9900000000       conthi=    100336.990000000     
  
 num_found_contours=            5
 contlo=    99936.9900000000       conthi=    100336.990000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            6
 At A, contlo=    100336.990000000       conthi=    100736.990000000     
  
 num_found_contours=            6
 contlo=    100336.990000000       conthi=    100736.990000000     
 xcentval=    97936.9900000000     
 At A, num_found_contours=            7
 At A, contlo=    100736.990000000       conthi=    101136.990000000     
  
 num_found_contours=            7
 contlo=    100736.990000000       conthi=    101136.990000000     
 xcentval=    97936.9900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         649 ,        1127 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97936.9900000000     
 !!! (i,j) of central value = (         736 ,        1028 )
 !!!  
 !!! Flagged value found    =    100732.190000000     
 !!! (i,j) of flagged value = (         648 ,        1128 )
 !!!   
 !!! Lower bound of contour interval =    100736.990000000     
 !!! Upper bound of contour interval =    101136.990000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          736  jfix=         1028
 longitude=    274.693356812274      E   (   85.3066431877261      W)  
 (0-360E) xinp_fixlon=    274.693356812274     
 latitude=    24.6884221187409     
 mean mslp value (xval(9))=    99304.2863136441     
 gridpoint mslp value=    97936.9900000000     
 ccflag= y
 prs of last closed isobar =    100736.990000000     
 radius of last closed isobar =    180.733745010533       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   30:00
 !!! Boundary check xinp_fixlat is   24.69
 !!! Boundary check xinp_fixlon is   85.31W   ( 274.69E)  (0-360E) xinp_fixlon=  274.69
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.669721039547     
  850 mb wcirc fix lat=    24.6011515732863     
    (0-360) 850 mb wcirc fix lon=    274.669721039547     
  Multi-parm fix lon=      274.714480884785     
  Multi-parm fix lat=      24.6354219829584     
    (0-360) Multi-parm fix lon=      274.714480884785     
  
  
  After get_ij B, ibeg jbeg =          646         926
  After get_ij B, iend jend =          828        1134
  
 In is_it_a_storm, ilonfix=          737  jlatfix=         1030
 ibeg jbeg iend jend =          646         926         828        1134
 cparm= v850  parmlon parmlat =    274.669721039547        24.6011515732863     
     (0-360E parmlon) =    274.669721039547     
 parmval=    111020826.546012     
  
 i=  731 j=  981 glon=  274.45 (0-360E) glon=  274.45 glat=  26.60 u= -16.8000 v=   4.8000 vr=   6.44495 vt=  16.24015
 i=  736 j=  981 glon=  274.65 (0-360E) glon=  274.65 glat=  26.60 u= -13.7000 v=   8.1000 vr=   8.22654 vt=  13.62439
 i=  741 j=  981 glon=  274.85 (0-360E) glon=  274.85 glat=  26.60 u= -15.3000 v=  10.3000 vr=   9.02642 vt=  16.08427
 i=  711 j=  986 glon=  273.65 (0-360E) glon=  273.65 glat=  26.40 u= -16.1000 v=   1.0000 vr=   8.25047 vt=  13.86145
 i=  716 j=  986 glon=  273.85 (0-360E) glon=  273.85 glat=  26.40 u= -14.9000 v=   2.8000 vr=   8.27777 vt=  12.70152
 i=  721 j=  986 glon=  274.05 (0-360E) glon=  274.05 glat=  26.40 u= -13.9000 v=   4.8000 vr=   8.72629 vt=  11.83646
 i=  726 j=  986 glon=  274.25 (0-360E) glon=  274.25 glat=  26.40 u= -15.5000 v=   4.8000 vr=   7.90543 vt=  14.17019
 i=  731 j=  986 glon=  274.45 (0-360E) glon=  274.45 glat=  26.40 u= -14.6000 v=   7.5000 vr=   9.06438 vt=  13.68382
 i=  736 j=  986 glon=  274.65 (0-360E) glon=  274.65 glat=  26.40 u= -16.1000 v=  11.2000 vr=  11.36516 vt=  15.98384
 i=  741 j=  986 glon=  274.85 (0-360E) glon=  274.85 glat=  26.40 u= -12.5000 v=  11.0000 vr=   9.83037 vt=  13.43927
 i=  746 j=  986 glon=  275.05 (0-360E) glon=  275.05 glat=  26.40 u= -14.0000 v=  15.4000 vr=  12.49926 vt=  16.64117
 i=  751 j=  986 glon=  275.25 (0-360E) glon=  275.25 glat=  26.40 u= -12.7000 v=  17.7000 vr=  13.43432 vt=  17.14932
 i=  756 j=  986 glon=  275.45 (0-360E) glon=  275.45 glat=  26.40 u= -11.7000 v=  16.0000 vr=  10.61815 vt=  16.73753
 i=  761 j=  986 glon=  275.65 (0-360E) glon=  275.65 glat=  26.40 u= -15.3000 v=  14.3000 vr=   6.05347 vt=  20.04833
 i=  706 j=  991 glon=  273.45 (0-360E) glon=  273.45 glat=  26.20 u= -16.1000 v=  -2.4000 vr=   7.19206 vt=  14.60288
 i=  711 j=  991 glon=  273.65 (0-360E) glon=  273.65 glat=  26.20 u= -14.9000 v=   0.3000 vr=   7.72244 vt=  12.74614
 i=  716 j=  991 glon=  273.85 (0-360E) glon=  273.85 glat=  26.20 u= -13.3000 v=   3.3000 vr=   8.60085 vt=  10.66796
 i=  721 j=  991 glon=  274.05 (0-360E) glon=  274.05 glat=  26.20 u= -16.2000 v=   3.0000 vr=   8.20362 vt=  14.28778
 i=  726 j=  991 glon=  274.25 (0-360E) glon=  274.25 glat=  26.20 u= -15.3000 v=   5.6000 vr=   8.99301 vt=  13.58587
 i=  731 j=  991 glon=  274.45 (0-360E) glon=  274.45 glat=  26.20 u= -16.8000 v=   8.6000 vr=  10.61559 vt=  15.60478
 i=  736 j=  991 glon=  274.65 (0-360E) glon=  274.65 glat=  26.20 u= -16.2000 v=  12.1000 vr=  12.28689 vt=  16.05871
 i=  741 j=  991 glon=  274.85 (0-360E) glon=  274.85 glat=  26.20 u= -18.5000 v=  11.3000 vr=   9.37010 vt=  19.54843
 i=  746 j=  991 glon=  275.05 (0-360E) glon=  275.05 glat=  26.20 u= -17.1000 v=  16.3000 vr=  12.34100 vt=  20.14447
 i=  751 j=  991 glon=  275.25 (0-360E) glon=  275.25 glat=  26.20 u= -15.1000 v=  17.7000 vr=  12.10515 vt=  19.86870
 i=  756 j=  991 glon=  275.45 (0-360E) glon=  275.45 glat=  26.20 u= -19.9000 v=  10.5000 vr=   1.56145 vt=  22.44598
 i=  761 j=  991 glon=  275.65 (0-360E) glon=  275.65 glat=  26.20 u= -12.0000 v=  23.2000 vr=  14.45494 vt=  21.75534
 i=  766 j=  991 glon=  275.85 (0-360E) glon=  275.85 glat=  26.20 u= -13.2000 v=  21.1000 vr=  10.19552 vt=  22.70466
 i=  701 j=  996 glon=  273.25 (0-360E) glon=  273.25 glat=  26.00 u= -12.9000 v=  -9.2000 vr=   1.98212 vt=  15.72009
 i=  706 j=  996 glon=  273.45 (0-360E) glon=  273.45 glat=  26.00 u= -14.6000 v=  -1.4000 vr=   7.96594 vt=  12.31518
 i=  711 j=  996 glon=  273.65 (0-360E) glon=  273.65 glat=  26.00 u= -14.7000 v=   0.6000 vr=   8.61247 vt=  11.92792
 i=  716 j=  996 glon=  273.85 (0-360E) glon=  273.85 glat=  26.00 u= -15.5000 v=   3.7000 vr=  10.54454 vt=  11.94792
 i=  721 j=  996 glon=  274.05 (0-360E) glon=  274.05 glat=  26.00 u= -16.2000 v=   3.3000 vr=   9.10458 vt=  13.79988
 i=  726 j=  996 glon=  274.25 (0-360E) glon=  274.25 glat=  26.00 u= -16.8000 v=   5.7000 vr=   9.91458 vt=  14.71160
 i=  731 j=  996 glon=  274.45 (0-360E) glon=  274.45 glat=  26.00 u= -16.6000 v=   9.2000 vr=  11.45409 vt=  15.13287
 i=  736 j=  996 glon=  274.65 (0-360E) glon=  274.65 glat=  26.00 u= -21.0000 v=   9.9000 vr=  10.17733 vt=  20.86701
 i=  741 j=  996 glon=  274.85 (0-360E) glon=  274.85 glat=  26.00 u= -18.6000 v=  14.6000 vr=  12.35384 vt=  20.16191
 i=  746 j=  996 glon=  275.05 (0-360E) glon=  275.05 glat=  26.00 u= -18.1000 v=  17.0000 vr=  12.18714 vt=  21.63524
 i=  751 j=  996 glon=  275.25 (0-360E) glon=  275.25 glat=  26.00 u= -16.1000 v=  17.9000 vr=  11.09799 vt=  21.36480
 i=  756 j=  996 glon=  275.45 (0-360E) glon=  275.45 glat=  26.00 u= -15.5000 v=  19.3000 vr=  10.23646 vt=  22.53785
 i=  761 j=  996 glon=  275.65 (0-360E) glon=  275.65 glat=  26.00 u= -14.3000 v=  19.9000 vr=   9.13149 vt=  22.74018
 i=  766 j=  996 glon=  275.85 (0-360E) glon=  275.85 glat=  26.00 u= -13.1000 v=  22.0000 vr=   9.51073 vt=  23.77301
 i=  771 j=  996 glon=  276.05 (0-360E) glon=  276.05 glat=  26.00 u= -10.8000 v=  22.4000 vr=   9.48218 vt=  22.98887
 i=  776 j=  996 glon=  276.25 (0-360E) glon=  276.25 glat=  26.00 u=  -9.4000 v=  20.3000 vr=   7.43664 vt=  21.09849
 i=  696 j= 1001 glon=  273.05 (0-360E) glon=  273.05 glat=  25.80 u=  -9.8000 v=  -9.2000 vr=   1.79747 vt=  13.32100
 i=  701 j= 1001 glon=  273.25 (0-360E) glon=  273.25 glat=  25.80 u= -12.1000 v= -11.5000 vr=   1.04055 vt=  16.66065
 i=  706 j= 1001 glon=  273.45 (0-360E) glon=  273.45 glat=  25.80 u= -11.7000 v=  -1.6000 vr=   6.76756 vt=   9.67730
 i=  711 j= 1001 glon=  273.65 (0-360E) glon=  273.65 glat=  25.80 u= -13.3000 v=  -2.2000 vr=   6.38976 vt=  11.87017
 i=  716 j= 1001 glon=  273.85 (0-360E) glon=  273.85 glat=  25.80 u= -15.1000 v=   2.1000 vr=   9.74819 vt=  11.72147
 i=  721 j= 1001 glon=  274.05 (0-360E) glon=  274.05 glat=  25.80 u= -18.0000 v=   3.8000 vr=  11.08675 vt=  14.68073
 i=  726 j= 1001 glon=  274.25 (0-360E) glon=  274.25 glat=  25.80 u= -18.8000 v=   7.9000 vr=  13.22449 vt=  15.52298
 i=  731 j= 1001 glon=  274.45 (0-360E) glon=  274.45 glat=  25.80 u= -19.1000 v=   6.6000 vr=   9.65007 vt=  17.75517
 i=  736 j= 1001 glon=  274.65 (0-360E) glon=  274.65 glat=  25.80 u= -19.0000 v=   8.4000 vr=   8.69277 vt=  18.86785
 i=  741 j= 1001 glon=  274.85 (0-360E) glon=  274.85 glat=  25.80 u= -19.8000 v=  13.1000 vr=  10.31802 vt=  21.38196
 i=  746 j= 1001 glon=  275.05 (0-360E) glon=  275.05 glat=  25.80 u= -20.6000 v=  18.8000 vr=  12.38862 vt=  24.98644
 i=  751 j= 1001 glon=  275.25 (0-360E) glon=  275.25 glat=  25.80 u= -18.7000 v=  20.3000 vr=  11.08589 vt=  25.27613
 i=  756 j= 1001 glon=  275.45 (0-360E) glon=  275.45 glat=  25.80 u= -20.0000 v=  20.0000 vr=   7.06708 vt=  27.38716
 i=  761 j= 1001 glon=  275.65 (0-360E) glon=  275.65 glat=  25.80 u= -15.6000 v=  23.2000 vr=   9.34497 vt=  26.34903
 i=  766 j= 1001 glon=  275.85 (0-360E) glon=  275.85 glat=  25.80 u= -11.7000 v=  21.8000 vr=   8.46238 vt=  23.24905
 i=  771 j= 1001 glon=  276.05 (0-360E) glon=  276.05 glat=  25.80 u= -11.5000 v=  20.4000 vr=   5.78895 vt=  22.69136
 i=  776 j= 1001 glon=  276.25 (0-360E) glon=  276.25 glat=  25.80 u=  -9.1000 v=  21.7000 vr=   6.91791 vt=  22.49094
 i=  781 j= 1001 glon=  276.45 (0-360E) glon=  276.45 glat=  25.80 u=  -8.2000 v=  20.6000 vr=   5.66355 vt=  21.43652
 i=  691 j= 1006 glon=  272.85 (0-360E) glon=  272.85 glat=  25.60 u=  -8.8000 v=  -8.8000 vr=   3.00118 vt=  12.07779
 i=  696 j= 1006 glon=  273.05 (0-360E) glon=  273.05 glat=  25.60 u=  -8.6000 v= -10.4000 vr=   1.29095 vt=  13.43330
 i=  701 j= 1006 glon=  273.25 (0-360E) glon=  273.25 glat=  25.60 u= -11.1000 v= -12.2000 vr=   1.31936 vt=  16.44109
 i=  706 j= 1006 glon=  273.45 (0-360E) glon=  273.45 glat=  25.60 u= -11.3000 v=  -4.2000 vr=   5.58581 vt=  10.68310
 i=  711 j= 1006 glon=  273.65 (0-360E) glon=  273.65 glat=  25.60 u= -15.7000 v=  -2.5000 vr=   8.84472 vt=  13.21026
 i=  716 j= 1006 glon=  273.85 (0-360E) glon=  273.85 glat=  25.60 u= -16.4000 v=  -1.5000 vr=   8.59857 vt=  14.04545
 i=  721 j= 1006 glon=  274.05 (0-360E) glon=  274.05 glat=  25.60 u= -18.1000 v=   2.1000 vr=  10.71436 vt=  14.73847
 i=  726 j= 1006 glon=  274.25 (0-360E) glon=  274.25 glat=  25.60 u= -20.5000 v=   5.3000 vr=  12.26157 vt=  17.26250
 i=  731 j= 1006 glon=  274.45 (0-360E) glon=  274.45 glat=  25.60 u= -22.4000 v=   6.6000 vr=  10.86640 vt=  20.66982
 i=  736 j= 1006 glon=  274.65 (0-360E) glon=  274.65 glat=  25.60 u= -22.6000 v=   9.3000 vr=   9.71788 vt=  22.42349
 i=  741 j= 1006 glon=  274.85 (0-360E) glon=  274.85 glat=  25.60 u= -23.8000 v=  13.8000 vr=   9.79280 vt=  25.70955
 i=  746 j= 1006 glon=  275.05 (0-360E) glon=  275.05 glat=  25.60 u= -23.2000 v=  17.5000 vr=   8.98875 vt=  27.63499
 i=  751 j= 1006 glon=  275.25 (0-360E) glon=  275.25 glat=  25.60 u= -21.1000 v=  15.2000 vr=   3.62530 vt=  25.75087
 i=  756 j= 1006 glon=  275.45 (0-360E) glon=  275.45 glat=  25.60 u= -21.8000 v=  22.9000 vr=   6.08998 vt=  31.02518
 i=  761 j= 1006 glon=  275.65 (0-360E) glon=  275.65 glat=  25.60 u= -17.1000 v=  24.8000 vr=   7.15114 vt=  29.26280
 i=  766 j= 1006 glon=  275.85 (0-360E) glon=  275.85 glat=  25.60 u= -14.4000 v=  23.7000 vr=   5.62483 vt=  27.15532
 i=  771 j= 1006 glon=  276.05 (0-360E) glon=  276.05 glat=  25.60 u= -11.8000 v=  22.1000 vr=   4.53466 vt=  24.63913
 i=  776 j= 1006 glon=  276.25 (0-360E) glon=  276.25 glat=  25.60 u=  -9.5000 v=  23.1000 vr=   5.37751 vt=  24.39144
 i=  781 j= 1006 glon=  276.45 (0-360E) glon=  276.45 glat=  25.60 u=  -8.5000 v=  22.9000 vr=   4.77224 vt=  23.95591
 i=  686 j= 1011 glon=  272.65 (0-360E) glon=  272.65 glat=  25.40 u=  -7.2000 v=  -9.2000 vr=   2.95750 vt=  11.30191
 i=  691 j= 1011 glon=  272.85 (0-360E) glon=  272.85 glat=  25.40 u=  -6.8000 v= -10.0000 vr=   1.79656 vt=  11.95878
 i=  696 j= 1011 glon=  273.05 (0-360E) glon=  273.05 glat=  25.40 u=  -8.0000 v=  -9.1000 vr=   2.70824 vt=  11.80997
 i=  701 j= 1011 glon=  273.25 (0-360E) glon=  273.25 glat=  25.40 u=  -7.2000 v=  -8.3000 vr=   1.76360 vt=  10.84526
 i=  706 j= 1011 glon=  273.45 (0-360E) glon=  273.45 glat=  25.40 u=  -9.6000 v=  -6.3000 vr=   4.11140 vt=  10.72130
 i=  711 j= 1011 glon=  273.65 (0-360E) glon=  273.65 glat=  25.40 u= -11.5000 v=  -6.6000 vr=   4.40403 vt=  12.50658
 i=  716 j= 1011 glon=  273.85 (0-360E) glon=  273.85 glat=  25.40 u= -13.8000 v=  -1.7000 vr=   8.16769 vt=  11.25251
 i=  721 j= 1011 glon=  274.05 (0-360E) glon=  274.05 glat=  25.40 u= -16.5000 v=  -1.9000 vr=   7.95153 vt=  14.58195
 i=  726 j= 1011 glon=  274.25 (0-360E) glon=  274.25 glat=  25.40 u= -24.6000 v=   2.0000 vr=  12.40203 vt=  21.33892
 i=  731 j= 1011 glon=  274.45 (0-360E) glon=  274.45 glat=  25.40 u= -24.0000 v=   0.2000 vr=   6.01956 vt=  23.23370
 i=  736 j= 1011 glon=  274.65 (0-360E) glon=  274.65 glat=  25.40 u= -25.5000 v=   8.3000 vr=   8.88960 vt=  25.30049
 i=  741 j= 1011 glon=  274.85 (0-360E) glon=  274.85 glat=  25.40 u= -24.0000 v=  14.8000 vr=   9.70995 vt=  26.47181
 i=  746 j= 1011 glon=  275.05 (0-360E) glon=  275.05 glat=  25.40 u= -21.6000 v=  16.6000 vr=   6.69815 vt=  26.40558
 i=  751 j= 1011 glon=  275.25 (0-360E) glon=  275.25 glat=  25.40 u= -20.1000 v=  25.3000 vr=  10.08298 vt=  30.69908
 i=  756 j= 1011 glon=  275.45 (0-360E) glon=  275.45 glat=  25.40 u= -20.2000 v=  25.8000 vr=   5.91872 vt=  32.22807
 i=  761 j= 1011 glon=  275.65 (0-360E) glon=  275.65 glat=  25.40 u= -19.3000 v=  27.1000 vr=   3.74245 vt=  33.05895
 i=  766 j= 1011 glon=  275.85 (0-360E) glon=  275.85 glat=  25.40 u= -15.3000 v=  28.2000 vr=   4.57540 vt=  31.75525
 i=  771 j= 1011 glon=  276.05 (0-360E) glon=  276.05 glat=  25.40 u= -11.5000 v=  27.0000 vr=   4.78998 vt=  28.95352
 i=  776 j= 1011 glon=  276.25 (0-360E) glon=  276.25 glat=  25.40 u=  -9.2000 v=  23.5000 vr=   3.35866 vt=  25.01219
 i=  781 j= 1011 glon=  276.45 (0-360E) glon=  276.45 glat=  25.40 u=  -9.3000 v=  22.8000 vr=   1.71811 vt=  24.56376
 i=  786 j= 1011 glon=  276.65 (0-360E) glon=  276.65 glat=  25.40 u=  -7.4000 v=  24.1000 vr=   2.96347 vt=  25.03573
 i=  686 j= 1016 glon=  272.65 (0-360E) glon=  272.65 glat=  25.20 u=  -6.0000 v= -10.9000 vr=   2.35709 vt=  12.21696
 i=  691 j= 1016 glon=  272.85 (0-360E) glon=  272.85 glat=  25.20 u=  -5.2000 v=  -9.3000 vr=   1.74723 vt=  10.51081
 i=  696 j= 1016 glon=  273.05 (0-360E) glon=  273.05 glat=  25.20 u=  -5.5000 v=  -8.9000 vr=   1.75994 vt=  10.31322
 i=  701 j= 1016 glon=  273.25 (0-360E) glon=  273.25 glat=  25.20 u=  -5.4000 v=  -8.5000 vr=   1.33370 vt=   9.98155
 i=  706 j= 1016 glon=  273.45 (0-360E) glon=  273.45 glat=  25.20 u= -12.0000 v=  -6.8000 vr=   7.33687 vt=  11.67948
 i=  711 j= 1016 glon=  273.65 (0-360E) glon=  273.65 glat=  25.20 u= -12.0000 v=  -7.8000 vr=   5.85228 vt=  13.06104
 i=  716 j= 1016 glon=  273.85 (0-360E) glon=  273.85 glat=  25.20 u= -13.7000 v=  -5.2000 vr=   7.42168 vt=  12.63522
 i=  721 j= 1016 glon=  274.05 (0-360E) glon=  274.05 glat=  25.20 u= -20.7000 v=  -5.5000 vr=  10.17299 vt=  18.84808
 i=  726 j= 1016 glon=  274.25 (0-360E) glon=  274.25 glat=  25.20 u= -19.6000 v=  -3.6000 vr=   7.49156 vt=  18.46609
 i=  731 j= 1016 glon=  274.45 (0-360E) glon=  274.45 glat=  25.20 u= -24.9000 v=  -1.7000 vr=   6.27107 vt=  24.15727
 i=  736 j= 1016 glon=  274.65 (0-360E) glon=  274.65 glat=  25.20 u= -25.3000 v=   6.2000 vr=   6.98015 vt=  25.09597
 i=  741 j= 1016 glon=  274.85 (0-360E) glon=  274.85 glat=  25.20 u= -28.6000 v=  18.7000 vr=  10.54322 vt=  32.50370
 i=  746 j= 1016 glon=  275.05 (0-360E) glon=  275.05 glat=  25.20 u= -24.6000 v=  25.2000 vr=   9.58874 vt=  33.88593
 i=  751 j= 1016 glon=  275.25 (0-360E) glon=  275.25 glat=  25.20 u= -16.9000 v=  23.1000 vr=   6.20590 vt=  27.94113
 i=  756 j= 1016 glon=  275.45 (0-360E) glon=  275.45 glat=  25.20 u= -18.7000 v=  30.8000 vr=   5.61546 vt=  35.59209
 i=  761 j= 1016 glon=  275.65 (0-360E) glon=  275.65 glat=  25.20 u= -17.4000 v=  27.1000 vr=   0.68584 vt=  32.19782
 i=  766 j= 1016 glon=  275.85 (0-360E) glon=  275.85 glat=  25.20 u= -16.9000 v=  27.4000 vr=  -1.41025 vt=  32.16180
 i=  771 j= 1016 glon=  276.05 (0-360E) glon=  276.05 glat=  25.20 u= -11.7000 v=  26.0000 vr=   0.61716 vt=  28.50455
 i=  776 j= 1016 glon=  276.25 (0-360E) glon=  276.25 glat=  25.20 u=  -7.5000 v=  28.0000 vr=   3.81243 vt=  28.73526
 i=  781 j= 1016 glon=  276.45 (0-360E) glon=  276.45 glat=  25.20 u= -11.9000 v=  26.1000 vr=  -2.15615 vt=  28.60369
 i=  786 j= 1016 glon=  276.65 (0-360E) glon=  276.65 glat=  25.20 u=  -7.8000 v=  26.3000 vr=   0.83553 vt=  27.41955
 i=  686 j= 1021 glon=  272.65 (0-360E) glon=  272.65 glat=  25.00 u=  -3.3000 v=  -8.4000 vr=   1.46832 vt=   8.90472
 i=  691 j= 1021 glon=  272.85 (0-360E) glon=  272.85 glat=  25.00 u=  -3.0000 v=  -8.0000 vr=   1.06291 vt=   8.47763
 i=  696 j= 1021 glon=  273.05 (0-360E) glon=  273.05 glat=  25.00 u=  -4.2000 v=  -8.9000 vr=   1.74722 vt=   9.68490
 i=  701 j= 1021 glon=  273.25 (0-360E) glon=  273.25 glat=  25.00 u=  -4.7000 v=  -9.9000 vr=   1.58505 vt=  10.84378
 i=  706 j= 1021 glon=  273.45 (0-360E) glon=  273.45 glat=  25.00 u=  -8.7000 v= -10.1000 vr=   4.78222 vt=  12.44309
 i=  711 j= 1021 glon=  273.65 (0-360E) glon=  273.65 glat=  25.00 u= -11.3000 v=  -8.3000 vr=   7.10772 vt=  12.08554
 i=  716 j= 1021 glon=  273.85 (0-360E) glon=  273.85 glat=  25.00 u= -11.4000 v= -10.2000 vr=   5.24046 vt=  14.37141
 i=  721 j= 1021 glon=  274.05 (0-360E) glon=  274.05 glat=  25.00 u= -15.0000 v=  -9.3000 vr=   6.86545 vt=  16.25901
 i=  726 j= 1021 glon=  274.25 (0-360E) glon=  274.25 glat=  25.00 u= -17.4000 v= -10.1000 vr=   4.72269 vt=  19.55674
 i=  731 j= 1021 glon=  274.45 (0-360E) glon=  274.45 glat=  25.00 u= -20.7000 v=  -7.5000 vr=   2.56590 vt=  21.86678
 i=  736 j= 1021 glon=  274.65 (0-360E) glon=  274.65 glat=  25.00 u= -24.6000 v=  -5.1000 vr=  -3.95243 vt=  24.81025
 i=  741 j= 1021 glon=  274.85 (0-360E) glon=  274.85 glat=  25.00 u= -31.4000 v=   3.1000 vr=  -8.99063 vt=  30.24465
 i=  746 j= 1021 glon=  275.05 (0-360E) glon=  275.05 glat=  25.00 u= -28.3000 v=  19.0000 vr=  -4.10172 vt=  33.83882
 i=  751 j= 1021 glon=  275.25 (0-360E) glon=  275.25 glat=  25.00 u= -23.3000 v=  20.6000 vr=  -6.11625 vt=  30.49330
 i=  756 j= 1021 glon=  275.45 (0-360E) glon=  275.45 glat=  25.00 u= -15.2000 v=  39.0000 vr=   5.89450 vt=  41.44026
 i=  761 j= 1021 glon=  275.65 (0-360E) glon=  275.65 glat=  25.00 u= -21.8000 v=  33.0000 vr=  -6.41735 vt=  39.02637
 i=  766 j= 1021 glon=  275.85 (0-360E) glon=  275.85 glat=  25.00 u= -15.7000 v=  30.9000 vr=  -3.97182 vt=  34.43145
 i=  771 j= 1021 glon=  276.05 (0-360E) glon=  276.05 glat=  25.00 u= -10.2000 v=  29.8000 vr=  -0.73190 vt=  31.48880
 i=  776 j= 1021 glon=  276.25 (0-360E) glon=  276.25 glat=  25.00 u=  -6.2000 v=  28.1000 vr=   1.49275 vt=  28.73711
 i=  781 j= 1021 glon=  276.45 (0-360E) glon=  276.45 glat=  25.00 u=  -4.7000 v=  28.5000 vr=   2.19109 vt=  28.80172
 i=  786 j= 1021 glon=  276.65 (0-360E) glon=  276.65 glat=  25.00 u=  -5.5000 v=  25.7000 vr=   0.11722 vt=  26.28167
 i=  791 j= 1021 glon=  276.85 (0-360E) glon=  276.85 glat=  25.00 u=  -4.7000 v=  23.8000 vr=   0.00952 vt=  24.25964
 i=  686 j= 1026 glon=  272.65 (0-360E) glon=  272.65 glat=  24.80 u=  -2.3000 v=  -8.7000 vr=   1.37861 vt=   8.89266
 i=  691 j= 1026 glon=  272.85 (0-360E) glon=  272.85 glat=  24.80 u=  -1.4000 v=  -8.5000 vr=   0.39940 vt=   8.60526
 i=  696 j= 1026 glon=  273.05 (0-360E) glon=  273.05 glat=  24.80 u=  -1.8000 v=  -8.4000 vr=   0.67937 vt=   8.56379
 i=  701 j= 1026 glon=  273.25 (0-360E) glon=  273.25 glat=  24.80 u=  -3.5000 v=  -9.4000 vr=   2.04581 vt=   9.81961
 i=  706 j= 1026 glon=  273.45 (0-360E) glon=  273.45 glat=  24.80 u=  -4.3000 v= -10.4000 vr=   2.41146 vt=  10.99249
 i=  711 j= 1026 glon=  273.65 (0-360E) glon=  273.65 glat=  24.80 u=  -7.0000 v= -12.0000 vr=   4.33841 vt=  13.19766
 i=  716 j= 1026 glon=  273.85 (0-360E) glon=  273.85 glat=  24.80 u=  -4.0000 v= -13.5000 vr=   0.38804 vt=  14.07478
 i=  721 j= 1026 glon=  274.05 (0-360E) glon=  274.05 glat=  24.80 u= -10.1000 v= -13.6000 vr=   4.99236 vt=  16.18784
 i=  726 j= 1026 glon=  274.25 (0-360E) glon=  274.25 glat=  24.80 u= -13.2000 v= -15.6000 vr=   4.47819 vt=  19.93855
 i=  731 j= 1026 glon=  274.45 (0-360E) glon=  274.45 glat=  24.80 u= -21.8000 v= -18.6000 vr=   2.30300 vt=  28.56390
 i=  736 j= 1026 glon=  274.65 (0-360E) glon=  274.65 glat=  24.80 u= -16.5000 v=   0.6000 vr=   2.12560 vt=  16.37351
 i=  741 j= 1026 glon=  274.85 (0-360E) glon=  274.85 glat=  24.80 u= -10.6000 v=  36.0000 vr=  21.17944 vt=  30.98050
 i=  746 j= 1026 glon=  275.05 (0-360E) glon=  275.05 glat=  24.80 u=  -7.1000 v=  42.5000 vr=  15.14364 vt=  40.34018
 i=  751 j= 1026 glon=  275.25 (0-360E) glon=  275.25 glat=  24.80 u= -15.1000 v=  40.9000 vr=   0.35297 vt=  43.59697
 i=  756 j= 1026 glon=  275.45 (0-360E) glon=  275.45 glat=  24.80 u= -10.8000 v=  35.1000 vr=  -0.91242 vt=  36.71263
 i=  761 j= 1026 glon=  275.65 (0-360E) glon=  275.65 glat=  24.80 u=  -7.8000 v=  34.5000 vr=  -0.11342 vt=  35.37057
 i=  766 j= 1026 glon=  275.85 (0-360E) glon=  275.85 glat=  24.80 u= -10.9000 v=  34.3000 vr=  -4.50353 vt=  35.70740
 i=  771 j= 1026 glon=  276.05 (0-360E) glon=  276.05 glat=  24.80 u=  -9.8000 v=  31.9000 vr=  -4.73807 vt=  33.03333
 i=  776 j= 1026 glon=  276.25 (0-360E) glon=  276.25 glat=  24.80 u=  -5.3000 v=  29.8000 vr=  -1.22709 vt=  30.24276
 i=  781 j= 1026 glon=  276.45 (0-360E) glon=  276.45 glat=  24.80 u=  -4.2000 v=  29.6000 vr=  -0.63591 vt=  29.88972
 i=  786 j= 1026 glon=  276.65 (0-360E) glon=  276.65 glat=  24.80 u=  -1.9000 v=  26.5000 vr=   0.93984 vt=  26.55140
 i=  791 j= 1026 glon=  276.85 (0-360E) glon=  276.85 glat=  24.80 u=  -5.4000 v=  23.7000 vr=  -3.09225 vt=  24.10992
 i=  681 j= 1031 glon=  272.45 (0-360E) glon=  272.45 glat=  24.60 u=  -0.7000 v=  -8.9000 vr=   0.70460 vt=   8.89964
 i=  686 j= 1031 glon=  272.65 (0-360E) glon=  272.65 glat=  24.60 u=  -1.5000 v=  -9.4000 vr=   1.50489 vt=   9.39922
 i=  691 j= 1031 glon=  272.85 (0-360E) glon=  272.85 glat=  24.60 u=   0.4000 v=  -9.3000 vr=  -0.39513 vt=   9.30021
 i=  696 j= 1031 glon=  273.05 (0-360E) glon=  273.05 glat=  24.60 u=   1.6000 v=  -7.7000 vr=  -1.59593 vt=   7.70084
 i=  701 j= 1031 glon=  273.25 (0-360E) glon=  273.25 glat=  24.60 u=  -1.0000 v=  -9.8000 vr=   1.00524 vt=   9.79946
 i=  706 j= 1031 glon=  273.45 (0-360E) glon=  273.45 glat=  24.60 u=  -0.7000 v= -10.3000 vr=   0.70559 vt=  10.29962
 i=  711 j= 1031 glon=  273.65 (0-360E) glon=  273.65 glat=  24.60 u=  -2.0000 v= -12.7000 vr=   2.00705 vt=  12.69889
 i=  716 j= 1031 glon=  273.85 (0-360E) glon=  273.85 glat=  24.60 u=  -0.8000 v= -16.1000 vr=   0.80922 vt=  16.09954
 i=  721 j= 1031 glon=  274.05 (0-360E) glon=  274.05 glat=  24.60 u=  -1.2000 v= -17.7000 vr=   1.21067 vt=  17.69927
 i=  726 j= 1031 glon=  274.25 (0-360E) glon=  274.25 glat=  24.60 u=  -4.3000 v= -21.5000 vr=   4.31432 vt=  21.49713
 i=  731 j= 1031 glon=  274.45 (0-360E) glon=  274.45 glat=  24.60 u=   5.5000 v= -19.2000 vr=  -5.48338 vt=  19.20475
 i=  736 j= 1031 glon=  274.65 (0-360E) glon=  274.65 glat=  24.60 u=   7.5000 v=  -1.5000 vr=  -7.49023 vt=   1.54806
 i=  741 j= 1031 glon=  274.85 (0-360E) glon=  274.85 glat=  24.60 u=  10.0000 v=  29.5000 vr=   9.97137 vt=  29.50969
 i=  746 j= 1031 glon=  275.05 (0-360E) glon=  275.05 glat=  24.60 u=   9.5000 v=  43.2000 vr=   9.47028 vt=  43.20653
 i=  751 j= 1031 glon=  275.25 (0-360E) glon=  275.25 glat=  24.60 u=   0.1000 v=  45.0000 vr=   0.07246 vt=  45.00005
 i=  756 j= 1031 glon=  275.45 (0-360E) glon=  275.45 glat=  24.60 u=  -3.4000 v=  39.4000 vr=  -3.42275 vt=  39.39803
 i=  761 j= 1031 glon=  275.65 (0-360E) glon=  275.65 glat=  24.60 u=  -3.4000 v=  33.5000 vr=  -3.41869 vt=  33.49810
 i=  766 j= 1031 glon=  275.85 (0-360E) glon=  275.85 glat=  24.60 u=  -6.8000 v=  27.9000 vr=  -6.81521 vt=  27.89629
 i=  771 j= 1031 glon=  276.05 (0-360E) glon=  276.05 glat=  24.60 u=  -8.4000 v=  32.9000 vr=  -8.41764 vt=  32.89549
 i=  776 j= 1031 glon=  276.25 (0-360E) glon=  276.25 glat=  24.60 u=  -4.8000 v=  30.6000 vr=  -4.81621 vt=  30.59745
 i=  781 j= 1031 glon=  276.45 (0-360E) glon=  276.45 glat=  24.60 u=  -2.9000 v=  27.7000 vr=  -2.91454 vt=  27.69847
 i=  786 j= 1031 glon=  276.65 (0-360E) glon=  276.65 glat=  24.60 u=  -1.7000 v=  28.8000 vr=  -1.71500 vt=  28.79911
 i=  791 j= 1031 glon=  276.85 (0-360E) glon=  276.85 glat=  24.60 u=  -3.5000 v=  26.3000 vr=  -3.51361 vt=  26.29818
 i=  686 j= 1036 glon=  272.65 (0-360E) glon=  272.65 glat=  24.40 u=   0.9000 v=  -9.4000 vr=   0.15592 vt=   9.44170
 i=  691 j= 1036 glon=  272.85 (0-360E) glon=  272.85 glat=  24.40 u=   1.4000 v=  -9.4000 vr=  -0.23199 vt=   9.50085
 i=  696 j= 1036 glon=  273.05 (0-360E) glon=  273.05 glat=  24.40 u=   2.8000 v=  -7.8000 vr=  -1.70229 vt=   8.11062
 i=  701 j= 1036 glon=  273.25 (0-360E) glon=  273.25 glat=  24.40 u=   1.2000 v= -10.0000 vr=   0.36963 vt=  10.06496
 i=  706 j= 1036 glon=  273.45 (0-360E) glon=  273.45 glat=  24.40 u=  -0.1000 v= -10.5000 vr=   1.98302 vt=  10.31153
 i=  711 j= 1036 glon=  273.65 (0-360E) glon=  273.65 glat=  24.40 u=   1.6000 v= -12.4000 vr=   1.07113 vt=  12.45683
 i=  716 j= 1036 glon=  273.85 (0-360E) glon=  273.85 glat=  24.40 u=   1.0000 v= -15.1000 vr=   2.96555 vt=  14.83966
 i=  721 j= 1036 glon=  274.05 (0-360E) glon=  274.05 glat=  24.40 u=   4.2000 v= -15.9000 vr=   1.37165 vt=  16.38806
 i=  726 j= 1036 glon=  274.25 (0-360E) glon=  274.25 glat=  24.40 u=   6.8000 v= -22.8000 vr=   4.55964 vt=  23.35144
 i=  731 j= 1036 glon=  274.45 (0-360E) glon=  274.45 glat=  24.40 u=  16.2000 v= -18.5000 vr=   1.60635 vt=  24.53792
 i=  736 j= 1036 glon=  274.65 (0-360E) glon=  274.65 glat=  24.40 u=  21.7000 v=   4.1000 vr=  -6.09139 vt=  21.22722
 i=  741 j= 1036 glon=  274.85 (0-360E) glon=  274.85 glat=  24.40 u=  23.6000 v=  31.9000 vr=  -9.79850 vt=  38.45204
 i=  746 j= 1036 glon=  275.05 (0-360E) glon=  275.05 glat=  24.40 u=  19.5000 v=  38.6000 vr=  -2.50970 vt=  43.17304
 i=  751 j= 1036 glon=  275.25 (0-360E) glon=  275.25 glat=  24.40 u=  10.9000 v=  41.6000 vr=  -4.61305 vt=  42.75617
 i=  756 j= 1036 glon=  275.45 (0-360E) glon=  275.45 glat=  24.40 u=   6.8000 v=  39.0000 vr=  -4.10000 vt=  39.37550
 i=  761 j= 1036 glon=  275.65 (0-360E) glon=  275.65 glat=  24.40 u=   1.9000 v=  34.4000 vr=  -5.74169 vt=  33.97062
 i=  766 j= 1036 glon=  275.85 (0-360E) glon=  275.85 glat=  24.40 u=  -6.1000 v=  36.1000 vr= -12.68596 vt=  34.34365
 i=  771 j= 1036 glon=  276.05 (0-360E) glon=  276.05 glat=  24.40 u=  -7.0000 v=  34.9000 vr= -12.48905 vt=  33.33217
 i=  776 j= 1036 glon=  276.25 (0-360E) glon=  276.25 glat=  24.40 u=  -2.2000 v=  31.3000 vr=  -6.58137 vt=  30.67924
 i=  781 j= 1036 glon=  276.45 (0-360E) glon=  276.45 glat=  24.40 u=  -0.9000 v=  28.6000 vr=  -4.48987 vt=  28.25971
 i=  786 j= 1036 glon=  276.65 (0-360E) glon=  276.65 glat=  24.40 u=  -1.1000 v=  27.5000 vr=  -4.22437 vt=  27.19586
 i=  791 j= 1036 glon=  276.85 (0-360E) glon=  276.85 glat=  24.40 u=  -0.7000 v=  25.3000 vr=  -3.33190 vt=  25.08941
 i=  686 j= 1041 glon=  272.65 (0-360E) glon=  272.65 glat=  24.20 u=   2.6000 v=  -8.2000 vr=  -0.76742 vt=   8.56803
 i=  691 j= 1041 glon=  272.85 (0-360E) glon=  272.85 glat=  24.20 u=   3.2000 v=  -9.5000 vr=  -0.84945 vt=   9.98842
 i=  696 j= 1041 glon=  273.05 (0-360E) glon=  273.05 glat=  24.20 u=   2.3000 v=  -8.6000 vr=   0.05646 vt=   8.90207
 i=  701 j= 1041 glon=  273.25 (0-360E) glon=  273.25 glat=  24.20 u=   3.6000 v= -11.1000 vr=  -0.12948 vt=  11.66847
 i=  706 j= 1041 glon=  273.45 (0-360E) glon=  273.45 glat=  24.20 u=   0.9000 v= -11.7000 vr=   3.14102 vt=  11.30637
 i=  711 j= 1041 glon=  273.65 (0-360E) glon=  273.65 glat=  24.20 u=   3.9000 v=  -9.9000 vr=   0.35250 vt=  10.63465
 i=  716 j= 1041 glon=  273.85 (0-360E) glon=  273.85 glat=  24.20 u=   7.0000 v= -10.2000 vr=  -1.33744 vt=  12.29842
 i=  721 j= 1041 glon=  274.05 (0-360E) glon=  274.05 glat=  24.20 u=   6.7000 v= -12.4000 vr=   1.71384 vt=  13.98974
 i=  726 j= 1041 glon=  274.25 (0-360E) glon=  274.25 glat=  24.20 u=  14.7000 v= -11.3000 vr=  -1.98537 vt=  18.43470
 i=  731 j= 1041 glon=  274.45 (0-360E) glon=  274.45 glat=  24.20 u=  24.6000 v=  -8.0000 vr=  -3.87186 vt=  25.57672
 i=  736 j= 1041 glon=  274.65 (0-360E) glon=  274.65 glat=  24.20 u=  31.4000 v=  11.8000 vr= -13.24647 vt=  30.81771
 i=  741 j= 1041 glon=  274.85 (0-360E) glon=  274.85 glat=  24.20 u=  26.9000 v=  26.7000 vr= -14.55168 vt=  34.99641
 i=  746 j= 1041 glon=  275.05 (0-360E) glon=  275.05 glat=  24.20 u=  22.4000 v=  32.2000 vr=  -9.75014 vt=  37.99388
 i=  751 j= 1041 glon=  275.25 (0-360E) glon=  275.25 glat=  24.20 u=  15.7000 v=  35.4000 vr=  -8.91475 vt=  37.68524
 i=  756 j= 1041 glon=  275.45 (0-360E) glon=  275.45 glat=  24.20 u=  10.3000 v=  35.0000 vr=  -8.26206 vt=  35.53630
 i=  761 j= 1041 glon=  275.65 (0-360E) glon=  275.65 glat=  24.20 u=   5.2000 v=  32.6000 vr=  -8.65339 vt=  31.85779
 i=  766 j= 1041 glon=  275.85 (0-360E) glon=  275.85 glat=  24.20 u=   3.6000 v=  39.0000 vr= -10.31982 vt=  37.78176
 i=  771 j= 1041 glon=  276.05 (0-360E) glon=  276.05 glat=  24.20 u=  -0.4000 v=  32.4000 vr= -10.28950 vt=  30.72534
 i=  776 j= 1041 glon=  276.25 (0-360E) glon=  276.25 glat=  24.20 u=  -0.2000 v=  30.1000 vr=  -8.34080 vt=  28.92198
 i=  781 j= 1041 glon=  276.45 (0-360E) glon=  276.45 glat=  24.20 u=   0.8000 v=  28.1000 vr=  -6.04608 vt=  27.45350
 i=  786 j= 1041 glon=  276.65 (0-360E) glon=  276.65 glat=  24.20 u=  -0.3000 v=  26.1000 vr=  -6.03767 vt=  25.39383
 i=  686 j= 1046 glon=  272.65 (0-360E) glon=  272.65 glat=  24.00 u=   3.0000 v=  -8.0000 vr=  -0.34273 vt=   8.53713
 i=  691 j= 1046 glon=  272.85 (0-360E) glon=  272.85 glat=  24.00 u=   4.3000 v=  -9.0000 vr=  -0.95010 vt=   9.92911
 i=  696 j= 1046 glon=  273.05 (0-360E) glon=  273.05 glat=  24.00 u=   4.7000 v=  -9.1000 vr=  -0.89895 vt=  10.20254
 i=  701 j= 1046 glon=  273.25 (0-360E) glon=  273.25 glat=  24.00 u=   5.8000 v=  -9.5000 vr=  -1.23855 vt=  11.06146
 i=  706 j= 1046 glon=  273.45 (0-360E) glon=  273.45 glat=  24.00 u=   6.5000 v= -10.1000 vr=  -0.89857 vt=  11.97717
 i=  711 j= 1046 glon=  273.65 (0-360E) glon=  273.65 glat=  24.00 u=   8.2000 v=  -7.4000 vr=  -2.85835 vt=  10.66911
 i=  716 j= 1046 glon=  273.85 (0-360E) glon=  273.85 glat=  24.00 u=   9.7000 v=  -7.8000 vr=  -2.66492 vt=  12.15846
 i=  721 j= 1046 glon=  274.05 (0-360E) glon=  274.05 glat=  24.00 u=  10.7000 v=  -8.2000 vr=  -1.35500 vt=  13.41246
 i=  726 j= 1046 glon=  274.25 (0-360E) glon=  274.25 glat=  24.00 u=  16.9000 v=  -4.9000 vr=  -4.95260 vt=  16.88466
 i=  731 j= 1046 glon=  274.45 (0-360E) glon=  274.45 glat=  24.00 u=  23.3000 v=   3.2000 vr= -10.42341 vt=  21.08276
 i=  736 j= 1046 glon=  274.65 (0-360E) glon=  274.65 glat=  24.00 u=  26.7000 v=  13.8000 vr= -14.62147 vt=  26.25915
 i=  741 j= 1046 glon=  274.85 (0-360E) glon=  274.85 glat=  24.00 u=  27.6000 v=  18.6000 vr= -10.69446 vt=  31.51743
 i=  746 j= 1046 glon=  275.05 (0-360E) glon=  275.05 glat=  24.00 u=  19.7000 v=  29.1000 vr= -15.39533 vt=  31.58930
 i=  751 j= 1046 glon=  275.25 (0-360E) glon=  275.25 glat=  24.00 u=  16.0000 v=  30.6000 vr= -12.43282 vt=  32.21467
 i=  756 j= 1046 glon=  275.45 (0-360E) glon=  275.45 glat=  24.00 u=  12.6000 v=  30.5000 vr= -10.09964 vt=  31.41667
 i=  761 j= 1046 glon=  275.65 (0-360E) glon=  275.65 glat=  24.00 u=   9.5000 v=  28.4000 vr=  -8.01052 vt=  28.85553
 i=  766 j= 1046 glon=  275.85 (0-360E) glon=  275.85 glat=  24.00 u=   6.2000 v=  30.5000 vr=  -9.51583 vt=  29.63341
 i=  771 j= 1046 glon=  276.05 (0-360E) glon=  276.05 glat=  24.00 u=   0.7000 v=  32.3000 vr= -13.35444 vt=  29.41834
 i=  776 j= 1046 glon=  276.25 (0-360E) glon=  276.25 glat=  24.00 u=   1.2000 v=  29.3000 vr= -10.24404 vt=  27.47707
 i=  781 j= 1046 glon=  276.45 (0-360E) glon=  276.45 glat=  24.00 u=   1.3000 v=  27.2000 vr=  -8.30236 vt=  25.93455
 i=  786 j= 1046 glon=  276.65 (0-360E) glon=  276.65 glat=  24.00 u=   1.4000 v=  25.5000 vr=  -6.80709 vt=  24.61450
 i=  686 j= 1051 glon=  272.65 (0-360E) glon=  272.65 glat=  23.80 u=   3.1000 v=  -7.3000 vr=   0.09227 vt=   7.93042
 i=  691 j= 1051 glon=  272.85 (0-360E) glon=  272.85 glat=  23.80 u=   4.9000 v=  -7.1000 vr=  -1.30442 vt=   8.52751
 i=  696 j= 1051 glon=  273.05 (0-360E) glon=  273.05 glat=  23.80 u=   6.4000 v=  -8.1000 vr=  -1.74264 vt=  10.17513
 i=  701 j= 1051 glon=  273.25 (0-360E) glon=  273.25 glat=  23.80 u=   8.7000 v=  -8.1000 vr=  -3.11698 vt=  11.47103
 i=  706 j= 1051 glon=  273.45 (0-360E) glon=  273.45 glat=  23.80 u=  11.0000 v=  -6.8000 vr=  -4.93718 vt=  11.95258
 i=  711 j= 1051 glon=  273.65 (0-360E) glon=  273.65 glat=  23.80 u=  13.4000 v=  -5.7000 vr=  -6.42186 vt=  13.06942
 i=  716 j= 1051 glon=  273.85 (0-360E) glon=  273.85 glat=  23.80 u=  15.1000 v=  -4.7000 vr=  -6.86092 vt=  14.24878
 i=  721 j= 1051 glon=  274.05 (0-360E) glon=  274.05 glat=  23.80 u=  15.8000 v=  -3.5000 vr=  -6.24964 vt=  14.92756
 i=  726 j= 1051 glon=  274.25 (0-360E) glon=  274.25 glat=  23.80 u=  18.5000 v=   0.8000 vr=  -8.70515 vt=  16.34351
 i=  731 j= 1051 glon=  274.45 (0-360E) glon=  274.45 glat=  23.80 u=  21.9000 v=   6.1000 vr= -11.24595 vt=  19.75724
 i=  736 j= 1051 glon=  274.65 (0-360E) glon=  274.65 glat=  23.80 u=  26.2000 v=  10.1000 vr= -10.70711 vt=  25.95781
 i=  741 j= 1051 glon=  274.85 (0-360E) glon=  274.85 glat=  23.80 u=  20.6000 v=  21.6000 vr= -17.03861 vt=  24.50726
 i=  746 j= 1051 glon=  275.05 (0-360E) glon=  275.05 glat=  23.80 u=  18.6000 v=  24.5000 vr= -15.11800 vt=  26.78910
 i=  751 j= 1051 glon=  275.25 (0-360E) glon=  275.25 glat=  23.80 u=  16.5000 v=  25.8000 vr= -12.46038 vt=  27.97551
 i=  756 j= 1051 glon=  275.45 (0-360E) glon=  275.45 glat=  23.80 u=  12.2000 v=  27.0000 vr= -12.11631 vt=  27.03766
 i=  761 j= 1051 glon=  275.65 (0-360E) glon=  275.65 glat=  23.80 u=  10.2000 v=  26.7000 vr= -10.26082 vt=  26.67669
 i=  766 j= 1051 glon=  275.85 (0-360E) glon=  275.85 glat=  23.80 u=   7.8000 v=  29.7000 vr= -11.52505 vt=  28.46231
 i=  771 j= 1051 glon=  276.05 (0-360E) glon=  276.05 glat=  23.80 u=   5.3000 v=  30.2000 vr= -11.80242 vt=  28.29899
 i=  776 j= 1051 glon=  276.25 (0-360E) glon=  276.25 glat=  23.80 u=   3.7000 v=  28.9000 vr= -10.87317 vt=  27.03099
 i=  781 j= 1051 glon=  276.45 (0-360E) glon=  276.45 glat=  23.80 u=   2.0000 v=  26.7000 vr= -10.09031 vt=  24.80072
 i=  786 j= 1051 glon=  276.65 (0-360E) glon=  276.65 glat=  23.80 u=   2.5000 v=  25.2000 vr=  -8.00890 vt=  24.02390
 i=  691 j= 1056 glon=  272.85 (0-360E) glon=  272.85 glat=  23.60 u=   5.4000 v=  -7.0000 vr=  -0.98853 vt=   8.78537
 i=  696 j= 1056 glon=  273.05 (0-360E) glon=  273.05 glat=  23.60 u=   6.7000 v=  -6.5000 vr=  -1.88316 vt=   9.14296
 i=  701 j= 1056 glon=  273.25 (0-360E) glon=  273.25 glat=  23.60 u=   8.8000 v=  -6.5000 vr=  -2.97137 vt=  10.52905
 i=  706 j= 1056 glon=  273.45 (0-360E) glon=  273.45 glat=  23.60 u=  11.5000 v=  -6.3000 vr=  -4.32190 vt=  12.37987
 i=  711 j= 1056 glon=  273.65 (0-360E) glon=  273.65 glat=  23.60 u=  13.0000 v=  -4.8000 vr=  -5.32432 vt=  12.79420
 i=  716 j= 1056 glon=  273.85 (0-360E) glon=  273.85 glat=  23.60 u=  15.4000 v=  -2.9000 vr=  -6.88882 vt=  14.07530
 i=  721 j= 1056 glon=  274.05 (0-360E) glon=  274.05 glat=  23.60 u=  17.4000 v=  -1.0000 vr=  -7.68658 vt=  15.64214
 i=  726 j= 1056 glon=  274.25 (0-360E) glon=  274.25 glat=  23.60 u=  20.0000 v=   1.6000 vr=  -8.64568 vt=  18.10559
 i=  731 j= 1056 glon=  274.45 (0-360E) glon=  274.45 glat=  23.60 u=  19.7000 v=   7.2000 vr= -10.93744 vt=  17.89700
 i=  736 j= 1056 glon=  274.65 (0-360E) glon=  274.65 glat=  23.60 u=  19.7000 v=  13.8000 vr= -14.16463 vt=  19.43948
 i=  741 j= 1056 glon=  274.85 (0-360E) glon=  274.85 glat=  23.60 u=  18.9000 v=  17.9000 vr= -14.61496 vt=  21.54119
 i=  746 j= 1056 glon=  275.05 (0-360E) glon=  275.05 glat=  23.60 u=  18.0000 v=  21.1000 vr= -14.06201 vt=  23.90544
 i=  751 j= 1056 glon=  275.25 (0-360E) glon=  275.25 glat=  23.60 u=  15.3000 v=  23.5000 vr= -13.64461 vt=  24.49826
 i=  756 j= 1056 glon=  275.45 (0-360E) glon=  275.45 glat=  23.60 u=  13.4000 v=  24.3000 vr= -12.06638 vt=  24.98905
 i=  761 j= 1056 glon=  275.65 (0-360E) glon=  275.65 glat=  23.60 u=  13.8000 v=  25.0000 vr=  -9.48705 vt=  26.93392
 i=  766 j= 1056 glon=  275.85 (0-360E) glon=  275.85 glat=  23.60 u=   9.3000 v=  27.9000 vr= -12.23040 vt=  26.74542
 i=  771 j= 1056 glon=  276.05 (0-360E) glon=  276.05 glat=  23.60 u=   7.2000 v=  28.1000 vr= -11.90324 vt=  26.45303
 i=  776 j= 1056 glon=  276.25 (0-360E) glon=  276.25 glat=  23.60 u=   4.9000 v=  27.4000 vr= -11.66185 vt=  25.27393
 i=  781 j= 1056 glon=  276.45 (0-360E) glon=  276.45 glat=  23.60 u=   3.0000 v=  26.1000 vr= -11.20470 vt=  23.76267
 i=  696 j= 1061 glon=  273.05 (0-360E) glon=  273.05 glat=  23.40 u=   9.4000 v=  -5.5000 vr=  -3.80871 vt=  10.20312
 i=  701 j= 1061 glon=  273.25 (0-360E) glon=  273.25 glat=  23.40 u=   9.9000 v=  -4.9000 vr=  -3.91486 vt=  10.32927
 i=  706 j= 1061 glon=  273.45 (0-360E) glon=  273.45 glat=  23.40 u=  11.1000 v=  -3.8000 vr=  -4.74749 vt=  10.72900
 i=  711 j= 1061 glon=  273.65 (0-360E) glon=  273.65 glat=  23.40 u=  13.2000 v=  -2.0000 vr=  -6.49667 vt=  11.66333
 i=  716 j= 1061 glon=  273.85 (0-360E) glon=  273.85 glat=  23.40 u=  15.0000 v=  -0.1000 vr=  -7.84205 vt=  12.78719
 i=  721 j= 1061 glon=  274.05 (0-360E) glon=  274.05 glat=  23.40 u=  16.3000 v=   2.3000 vr=  -9.02541 vt=  13.76670
 i=  726 j= 1061 glon=  274.25 (0-360E) glon=  274.25 glat=  23.40 u=  17.2000 v=   5.3000 vr= -10.27951 vt=  14.77368
 i=  731 j= 1061 glon=  274.45 (0-360E) glon=  274.45 glat=  23.40 u=  17.4000 v=   8.7000 vr= -11.45345 vt=  15.72478
 i=  736 j= 1061 glon=  274.65 (0-360E) glon=  274.65 glat=  23.40 u=  18.5000 v=  12.9000 vr= -13.18580 vt=  18.29739
 i=  741 j= 1061 glon=  274.85 (0-360E) glon=  274.85 glat=  23.40 u=  17.6000 v=  16.3000 vr= -13.77301 vt=  19.64063
 i=  746 j= 1061 glon=  275.05 (0-360E) glon=  275.05 glat=  23.40 u=  15.8000 v=  19.5000 vr= -14.36249 vt=  20.58176
 i=  751 j= 1061 glon=  275.25 (0-360E) glon=  275.25 glat=  23.40 u=  14.5000 v=  21.3000 vr= -13.65825 vt=  21.84931
 i=  756 j= 1061 glon=  275.45 (0-360E) glon=  275.45 glat=  23.40 u=  13.3000 v=  22.0000 vr= -12.16441 vt=  22.64767
 i=  761 j= 1061 glon=  275.65 (0-360E) glon=  275.65 glat=  23.40 u=  10.5000 v=  27.4000 vr= -15.73312 vt=  24.76851
 i=  766 j= 1061 glon=  275.85 (0-360E) glon=  275.85 glat=  23.40 u=   9.3000 v=  26.9000 vr= -13.85516 vt=  24.86231
 i=  771 j= 1061 glon=  276.05 (0-360E) glon=  276.05 glat=  23.40 u=   7.9000 v=  27.3000 vr= -13.16780 vt=  25.18549
 i=  776 j= 1061 glon=  276.25 (0-360E) glon=  276.25 glat=  23.40 u=   5.7000 v=  26.4000 vr= -12.56652 vt=  23.90675
 i=  781 j= 1061 glon=  276.45 (0-360E) glon=  276.45 glat=  23.40 u=   4.3000 v=  24.9000 vr= -11.40091 vt=  22.55037
 i=  701 j= 1066 glon=  273.25 (0-360E) glon=  273.25 glat=  23.20 u=  11.4000 v=  -3.4000 vr=  -5.23250 vt=  10.68368
 i=  706 j= 1066 glon=  273.45 (0-360E) glon=  273.45 glat=  23.20 u=  12.5000 v=  -2.0000 vr=  -6.20217 vt=  11.03554
 i=  711 j= 1066 glon=  273.65 (0-360E) glon=  273.65 glat=  23.20 u=  13.6000 v=  -0.6000 vr=  -7.02066 vt=  11.66321
 i=  716 j= 1066 glon=  273.85 (0-360E) glon=  273.85 glat=  23.20 u=  15.3000 v=   1.5000 vr=  -8.52859 vt=  12.79074
 i=  721 j= 1066 glon=  274.05 (0-360E) glon=  274.05 glat=  23.20 u=  15.8000 v=   3.2000 vr=  -8.88366 vt=  13.45216
 i=  726 j= 1066 glon=  274.25 (0-360E) glon=  274.25 glat=  23.20 u=  16.4000 v=   6.0000 vr= -10.11704 vt=  14.23395
 i=  731 j= 1066 glon=  274.45 (0-360E) glon=  274.45 glat=  23.20 u=  17.2000 v=   9.9000 vr= -12.24351 vt=  15.61878
 i=  736 j= 1066 glon=  274.65 (0-360E) glon=  274.65 glat=  23.20 u=  17.0000 v=  12.9000 vr= -13.12529 vt=  16.82667
 i=  741 j= 1066 glon=  274.85 (0-360E) glon=  274.85 glat=  23.20 u=  15.4000 v=  16.3000 vr= -14.40151 vt=  17.18856
 i=  746 j= 1066 glon=  275.05 (0-360E) glon=  275.05 glat=  23.20 u=  14.4000 v=  17.8000 vr= -13.82580 vt=  18.24958
 i=  751 j= 1066 glon=  275.25 (0-360E) glon=  275.25 glat=  23.20 u=  13.9000 v=  19.3000 vr= -13.15175 vt=  19.81746
 i=  756 j= 1066 glon=  275.45 (0-360E) glon=  275.45 glat=  23.20 u=  12.7000 v=  22.5000 vr= -14.32071 vt=  21.50482
 i=  761 j= 1066 glon=  275.65 (0-360E) glon=  275.65 glat=  23.20 u=  10.1000 v=  25.2000 vr= -15.82560 vt=  22.05902
 i=  766 j= 1066 glon=  275.85 (0-360E) glon=  275.85 glat=  23.20 u=   8.8000 v=  25.6000 vr= -14.95952 vt=  22.56131
 i=  771 j= 1066 glon=  276.05 (0-360E) glon=  276.05 glat=  23.20 u=   8.4000 v=  25.3000 vr= -13.23288 vt=  23.14176
 i=  776 j= 1066 glon=  276.25 (0-360E) glon=  276.25 glat=  23.20 u=   6.6000 v=  24.2000 vr= -12.16893 vt=  21.93438
 i=  706 j= 1071 glon=  273.45 (0-360E) glon=  273.45 glat=  23.00 u=  12.0000 v=  -0.6000 vr=  -6.35308 vt=  10.19796
 i=  711 j= 1071 glon=  273.65 (0-360E) glon=  273.65 glat=  23.00 u=  12.8000 v=   1.1000 vr=  -7.38176 vt=  10.51473
 i=  716 j= 1071 glon=  273.85 (0-360E) glon=  273.85 glat=  23.00 u=  13.2000 v=   3.1000 vr=  -8.39715 vt=  10.64603
 i=  721 j= 1071 glon=  274.05 (0-360E) glon=  274.05 glat=  23.00 u=  14.1000 v=   4.7000 vr=  -9.13087 vt=  11.72720
 i=  726 j= 1071 glon=  274.25 (0-360E) glon=  274.25 glat=  23.00 u=  15.2000 v=   6.8000 vr= -10.15472 vt=  13.19703
 i=  731 j= 1071 glon=  274.45 (0-360E) glon=  274.45 glat=  23.00 u=  15.4000 v=  10.0000 vr= -11.84195 vt=  14.03311
 i=  736 j= 1071 glon=  274.65 (0-360E) glon=  274.65 glat=  23.00 u=  15.1000 v=  13.0000 vr= -13.17517 vt=  14.94740
 i=  741 j= 1071 glon=  274.85 (0-360E) glon=  274.85 glat=  23.00 u=  14.2000 v=  15.0000 vr= -13.47644 vt=  15.65329
 i=  746 j= 1071 glon=  275.05 (0-360E) glon=  275.05 glat=  23.00 u=  13.6000 v=  16.7000 vr= -13.44722 vt=  16.82327
 i=  751 j= 1071 glon=  275.25 (0-360E) glon=  275.25 glat=  23.00 u=  12.8000 v=  18.7000 vr= -13.74314 vt=  18.01822
 i=  756 j= 1071 glon=  275.45 (0-360E) glon=  275.45 glat=  23.00 u=  11.1000 v=  22.9000 vr= -16.42429 vt=  19.43869
 i=  761 j= 1071 glon=  275.65 (0-360E) glon=  275.65 glat=  23.00 u=  10.3000 v=  23.6000 vr= -15.59295 vt=  20.49171
 i=  766 j= 1071 glon=  275.85 (0-360E) glon=  275.85 glat=  23.00 u=   9.5000 v=  23.0000 vr= -13.79996 vt=  20.70775
 i=  716 j= 1076 glon=  273.85 (0-360E) glon=  273.85 glat=  22.80 u=  12.8000 v=   3.7000 vr=  -8.32907 vt=  10.39984
 i=  721 j= 1076 glon=  274.05 (0-360E) glon=  274.05 glat=  22.80 u=  13.6000 v=   5.8000 vr=  -9.61174 vt=  11.23452
 i=  726 j= 1076 glon=  274.25 (0-360E) glon=  274.25 glat=  22.80 u=  13.9000 v=   8.3000 vr= -11.01454 vt=  11.86508
 i=  731 j= 1076 glon=  274.45 (0-360E) glon=  274.45 glat=  22.80 u=  14.0000 v=  10.6000 vr= -12.08907 vt=  12.73634
 i=  736 j= 1076 glon=  274.65 (0-360E) glon=  274.65 glat=  22.80 u=  13.6000 v=  12.8000 vr= -12.94032 vt=  13.46656
 i=  741 j= 1076 glon=  274.85 (0-360E) glon=  274.85 glat=  22.80 u=  13.5000 v=  14.5000 vr= -13.21687 vt=  14.75853
 i=  746 j= 1076 glon=  275.05 (0-360E) glon=  275.05 glat=  22.80 u=  12.6000 v=  16.8000 vr= -14.11758 vt=  15.54651
 i=  751 j= 1076 glon=  275.25 (0-360E) glon=  275.25 glat=  22.80 u=  11.2000 v=  20.7000 vr= -16.70559 vt=  16.57870
 i=  756 j= 1076 glon=  275.45 (0-360E) glon=  275.45 glat=  22.80 u=  11.1000 v=  21.8000 vr= -16.19916 vt=  18.33132
 i=  761 j= 1076 glon=  275.65 (0-360E) glon=  275.65 glat=  22.80 u=  10.6000 v=  21.9000 vr= -14.90818 vt=  19.22801
 i=  731 j= 1081 glon=  274.45 (0-360E) glon=  274.45 glat=  22.60 u=  12.8000 v=  10.4000 vr= -11.62900 vt=  11.69471
 i=  736 j= 1081 glon=  274.65 (0-360E) glon=  274.65 glat=  22.60 u=  13.0000 v=  12.1000 vr= -12.22083 vt=  12.88648
 i=  741 j= 1081 glon=  274.85 (0-360E) glon=  274.85 glat=  22.60 u=  12.1000 v=  14.3000 vr= -13.26417 vt=  13.22731
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    20.2884938737459       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     37.95 kts
    LL Wind Circ Vt mean quadmax value: SE     38.87 kts
    LL Wind Circ Vt mean quadmax value: SW     30.48 kts
    LL Wind Circ Vt mean quadmax value: NW     29.11 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220123304       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   9.74538588233743       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    24.6354219829584     
   xcenlon=    274.714480884785     
   imax=         2738  jmax=         2041
   jlatfix=         1030
   ilonfix (unadjusted) =          738
  
 In get_max_wind, ibeg=          662  iend=          813
                  jbeg=          962  jend=         1099
         ilonfix=          738  jlatfix=         1030
 At end of get_max_wind, vmax=    33.0266755820201       rmax= 
   14.9859034384360     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   14.33 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   14.95 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   16.70 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   19.54 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   22.41 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   24.66 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   26.14 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   27.09 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   27.34 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   27.18 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   26.80 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   26.38 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   25.97 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   25.50 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   25.01 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   24.47 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   23.91 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   23.36 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   22.89 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   22.44 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   22.02 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.54 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   21.12 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.76 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.44 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.15 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   19.85 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.54 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.22 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   18.90 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.62 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   18.36 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.12 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   17.88 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.60 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.30 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.99 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.79 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.69 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.62 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.52 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.38 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    27.34 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    27.3425907452547      
  (m/s)   (in kts)=    53.1184510408063     
  rising_sum_dvdr=       13.0129159686707     
  declining_sum_dvdr=   -7.18826133003013     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    30 igrct=  1 Vmax (m/s)=   33.027   22:20:03
 TIMING: before call  getradii, fhr=    30 igrct=  1   22:20:03
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    13.2896226549904     
 mr4qs before add, mean_radii_vt_4quad_sum=    13.2896226549904     
 mr4qs after add, mean_radii_vt_4quad_sum=    26.5114584546486     
 mr4qs before add, mean_radii_vt_4quad_sum=    26.5114584546486     
 mr4qs after add, mean_radii_vt_4quad_sum=    23.0418399140611     
 mr4qs before add, mean_radii_vt_4quad_sum=    23.0418399140611     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.0833263345938     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   17.08 good_quad_ct=   4 mean_vt_4quad=      4.27
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   11.83 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   11.92 mean_vt_4quad=    7.45
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.99 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.04 mean_vt_4quad=    7.56
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.10 mean_vt_4quad=    7.61
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.16 mean_vt_4quad=    7.66
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.25 mean_vt_4quad=    7.72
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.35 mean_vt_4quad=    7.77
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.45 mean_vt_4quad=    7.82
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.55 mean_vt_4quad=    7.87
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.65 mean_vt_4quad=    7.92
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.74 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.80 mean_vt_4quad=    8.00
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.88 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.93 mean_vt_4quad=    8.05
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.98 mean_vt_4quad=    8.07
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.04 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.07 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.12 mean_vt_4quad=    8.13
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.19 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.26 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.32 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.37 mean_vt_4quad=    8.27
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.41 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.44 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.48 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.53 mean_vt_4quad=    8.53
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.58 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.63 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.69 mean_vt_4quad=    8.75
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.76 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.85 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.91 mean_vt_4quad=    9.02
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.01 mean_vt_4quad=    9.10
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.09 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.17 mean_vt_4quad=    9.23
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.25 mean_vt_4quad=    9.29
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.35 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.50 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.63 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.72 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.76 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.79 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.82 mean_vt_4quad=    9.86
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.89 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.98 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.06 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.16 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.26 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.41 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.59 mean_vt_4quad=   10.47
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.82 mean_vt_4quad=   10.54
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.06 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.30 mean_vt_4quad=   10.70
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.53 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.71 mean_vt_4quad=   10.81
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.79 mean_vt_4quad=   10.86
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.83 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.94 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   17.29 mean_vt_4quad=   11.14
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   17.29 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   17.35 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   17.40 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   17.20 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   17.07 mean_vt_4quad=   11.57
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.00 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.13 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.51 mean_vt_4quad=   11.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    4.32
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   12.10 .... 0.5*v_holland=    4.32
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   12.26 .... 0.5*v_holland=    4.32
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   12.41 .... 0.5*v_holland=    4.32
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   12.54 .... 0.5*v_holland=    4.32
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    168.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   90.6528000000000     
 vradius(iwindix,iquad) =          91
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.51 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.89 mean_vt_4quad=   12.10
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.30 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   18.66 mean_vt_4quad=   12.41
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.98 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   19.26 mean_vt_4quad=   12.67
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   19.54 mean_vt_4quad=   12.78
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   19.82 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   20.01 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   20.02 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.01 mean_vt_4quad=   13.17
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.01 mean_vt_4quad=   13.29
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.06 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   20.21 mean_vt_4quad=   13.63
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   20.46 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   21.17 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.08 mean_vt_4quad=   14.08
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   22.96 mean_vt_4quad=   14.22
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.70 mean_vt_4quad=   14.38
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.37 mean_vt_4quad=   14.59
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   25.12 mean_vt_4quad=   14.86
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.30 mean_vt_4quad=   15.13
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   24.65 mean_vt_4quad=   15.40
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   24.69 mean_vt_4quad=   15.62
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   25.12 mean_vt_4quad=   15.82
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   25.66 mean_vt_4quad=   16.02
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   26.07 mean_vt_4quad=   16.27
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   26.07 mean_vt_4quad=   16.27
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   26.26 mean_vt_4quad=   16.59
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   26.41 mean_vt_4quad=   16.95
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   26.32 mean_vt_4quad=   17.32
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   25.87 mean_vt_4quad=   17.65
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   25.61 mean_vt_4quad=   17.91
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.95 mean_vt_4quad=   18.16
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   26.78 mean_vt_4quad=   18.40
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   27.83 mean_vt_4quad=   18.68
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   28.89 mean_vt_4quad=   19.02
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   29.56 mean_vt_4quad=   19.45
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   29.92 mean_vt_4quad=   19.98
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   29.97 mean_vt_4quad=   20.57
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   29.69 mean_vt_4quad=   21.16
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   29.38 mean_vt_4quad=   21.71
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   29.19 mean_vt_4quad=   22.20
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   29.23 mean_vt_4quad=   22.62
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   29.72 mean_vt_4quad=   22.99
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   30.41 mean_vt_4quad=   23.34
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   31.12 mean_vt_4quad=   23.70
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   31.73 mean_vt_4quad=   24.06
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   31.78 mean_vt_4quad=   24.31
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   31.51 mean_vt_4quad=   24.26
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   31.22 mean_vt_4quad=   23.58
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   31.20 mean_vt_4quad=   22.02
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   31.49 mean_vt_4quad=   19.42
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   31.16 mean_vt_4quad=   16.06
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   29.69 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   25.90 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   20.21 mean_vt_4quad=    4.27
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.21 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.27 mean_vt_4quad=    7.45
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.25 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.20 mean_vt_4quad=    7.56
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.12 mean_vt_4quad=    7.61
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.01 mean_vt_4quad=    7.66
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.93 mean_vt_4quad=    7.72
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.90 mean_vt_4quad=    7.77
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.98 mean_vt_4quad=    7.82
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.07 mean_vt_4quad=    7.87
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.14 mean_vt_4quad=    7.92
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.99 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.64 mean_vt_4quad=    8.00
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.65 mean_vt_4quad=    8.03
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.45 mean_vt_4quad=    8.05
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.43 mean_vt_4quad=    8.07
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.51 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.63 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.65 mean_vt_4quad=    8.13
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.72 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.80 mean_vt_4quad=    8.16
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.86 mean_vt_4quad=    8.21
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.95 mean_vt_4quad=    8.27
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.03 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.14 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.29 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.41 mean_vt_4quad=    8.53
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.53 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.65 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.73 mean_vt_4quad=    8.75
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.78 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.82 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.85 mean_vt_4quad=    9.02
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.89 mean_vt_4quad=    9.10
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.91 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.95 mean_vt_4quad=    9.23
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.98 mean_vt_4quad=    9.29
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.02 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.08 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.21 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.34 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.42 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.46 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.55 mean_vt_4quad=    9.86
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.69 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.84 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.94 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.00 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.09 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.10 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.09 mean_vt_4quad=   10.47
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.25 mean_vt_4quad=   10.54
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.41 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   16.52 mean_vt_4quad=   10.70
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   16.70 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.85 mean_vt_4quad=   10.81
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   16.93 mean_vt_4quad=   10.86
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.00 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.12 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.27 mean_vt_4quad=   11.14
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   17.40 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   17.51 mean_vt_4quad=   11.35
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   11.35 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   11.42 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   11.49 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   11.57 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   11.68 .... 0.5*v_holland=    3.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    186.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   100.365600000000     
 vradius(iwindix,iquad) =         100
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   17.51 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   17.57 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   17.62 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   17.77 mean_vt_4quad=   11.57
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   17.96 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   18.23 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   18.54 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   18.84 mean_vt_4quad=   12.10
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   18.96 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   19.04 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   19.52 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   20.14 mean_vt_4quad=   12.67
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   20.59 mean_vt_4quad=   12.78
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   20.62 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   20.37 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   20.76 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   21.94 mean_vt_4quad=   13.17
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   22.96 mean_vt_4quad=   13.29
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.77 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   24.34 mean_vt_4quad=   13.63
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   24.50 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   23.96 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   23.04 mean_vt_4quad=   14.08
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.23 mean_vt_4quad=   14.22
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.50 mean_vt_4quad=   14.38
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.12 mean_vt_4quad=   14.59
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   23.80 mean_vt_4quad=   14.86
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   23.83 mean_vt_4quad=   15.13
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   23.43 mean_vt_4quad=   15.40
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   23.36 mean_vt_4quad=   15.62
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   23.76 mean_vt_4quad=   15.82
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   24.11 mean_vt_4quad=   16.02
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   24.64 mean_vt_4quad=   16.27
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   25.44 mean_vt_4quad=   16.59
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   25.89 mean_vt_4quad=   16.95
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   25.89 mean_vt_4quad=   16.95
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   26.15 mean_vt_4quad=   17.32
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   26.49 mean_vt_4quad=   17.65
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   27.22 mean_vt_4quad=   17.91
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   27.99 mean_vt_4quad=   18.16
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   28.73 mean_vt_4quad=   18.40
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   29.45 mean_vt_4quad=   18.68
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   30.13 mean_vt_4quad=   19.02
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   30.57 mean_vt_4quad=   19.45
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   30.65 mean_vt_4quad=   19.98
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   30.49 mean_vt_4quad=   20.57
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   30.99 mean_vt_4quad=   21.16
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   31.51 mean_vt_4quad=   21.71
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   31.85 mean_vt_4quad=   22.20
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   32.17 mean_vt_4quad=   22.62
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   32.41 mean_vt_4quad=   22.99
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   32.48 mean_vt_4quad=   23.34
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   32.32 mean_vt_4quad=   23.70
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   32.60 mean_vt_4quad=   24.06
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   32.84 mean_vt_4quad=   24.31
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   32.89 mean_vt_4quad=   24.26
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   32.72 mean_vt_4quad=   23.58
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   32.39 mean_vt_4quad=   22.02
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   31.83 mean_vt_4quad=   19.42
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   31.19 mean_vt_4quad=   16.06
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   29.72 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   25.90 mean_vt_4quad=    8.50
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   20.16 mean_vt_4quad=    4.27
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   10.10 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   10.16 mean_vt_4quad=    7.45
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   10.23 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   10.30 mean_vt_4quad=    7.56
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   10.37 mean_vt_4quad=    7.61
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   10.44 mean_vt_4quad=    7.66
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   10.49 mean_vt_4quad=    7.72
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   10.53 mean_vt_4quad=    7.77
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.57 mean_vt_4quad=    7.82
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.62 mean_vt_4quad=    7.87
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.69 mean_vt_4quad=    7.92
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.76 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.83 mean_vt_4quad=    8.00
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.90 mean_vt_4quad=    8.03
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.98 mean_vt_4quad=    8.05
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.09 mean_vt_4quad=    8.07
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.20 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.29 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.35 mean_vt_4quad=    8.13
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   11.39 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   11.40 mean_vt_4quad=    8.16
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.40 mean_vt_4quad=    8.21
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.38 mean_vt_4quad=    8.27
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.36 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.35 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.35 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   11.39 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.44 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.49 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.54 mean_vt_4quad=    8.75
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.59 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.64 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.68 mean_vt_4quad=    9.02
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   11.72 mean_vt_4quad=    9.10
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   11.76 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   11.81 mean_vt_4quad=    9.23
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   11.88 mean_vt_4quad=    9.29
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.96 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.07 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   12.21 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   12.36 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   12.53 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   12.66 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   12.77 mean_vt_4quad=    9.86
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   12.84 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   12.89 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   12.95 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.02 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.14 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   13.30 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   13.49 mean_vt_4quad=   10.47
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.68 mean_vt_4quad=   10.54
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.86 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.02 mean_vt_4quad=   10.70
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.09 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.12 mean_vt_4quad=   10.81
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   14.08 mean_vt_4quad=   10.86
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   14.05 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   14.02 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   14.02 mean_vt_4quad=   11.14
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   14.07 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.16 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.31 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   14.51 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   14.72 mean_vt_4quad=   11.57
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   14.93 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.11 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.28 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   15.42 mean_vt_4quad=   12.10
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.51 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   15.60 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.67 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.73 mean_vt_4quad=   12.67
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.81 mean_vt_4quad=   12.78
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.92 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   16.11 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   16.34 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   16.61 mean_vt_4quad=   13.17
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.87 mean_vt_4quad=   13.29
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.12 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.35 mean_vt_4quad=   13.63
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   17.50 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   17.68 mean_vt_4quad=   13.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   13.95 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   14.08 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   14.22 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   14.38 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   14.59 .... 0.5*v_holland=    5.83
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   17.68 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   17.89 mean_vt_4quad=   14.08
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.26 mean_vt_4quad=   14.22
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   18.67 mean_vt_4quad=   14.38
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   19.12 mean_vt_4quad=   14.59
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   19.50 mean_vt_4quad=   14.86
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   19.86 mean_vt_4quad=   15.13
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   20.20 mean_vt_4quad=   15.40
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   20.56 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   20.92 mean_vt_4quad=   15.82
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   21.27 mean_vt_4quad=   16.02
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   21.53 mean_vt_4quad=   16.27
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   21.58 mean_vt_4quad=   16.59
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   21.50 mean_vt_4quad=   16.95
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   21.12 mean_vt_4quad=   17.32
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   20.86 mean_vt_4quad=   17.65
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   20.72 mean_vt_4quad=   17.91
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   20.92 mean_vt_4quad=   18.16
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   21.30 mean_vt_4quad=   18.40
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   21.80 mean_vt_4quad=   18.68
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   22.48 mean_vt_4quad=   19.02
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   23.28 mean_vt_4quad=   19.45
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   24.18 mean_vt_4quad=   19.98
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   25.16 mean_vt_4quad=   20.57
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   26.17 mean_vt_4quad=   21.16
  
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   26.17 mean_vt_4quad=   21.16
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   27.22 mean_vt_4quad=   21.71
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   28.25 mean_vt_4quad=   22.20
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   29.00 mean_vt_4quad=   22.62
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   29.57 mean_vt_4quad=   22.99
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   29.72 mean_vt_4quad=   23.34
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   29.46 mean_vt_4quad=   23.70
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   28.88 mean_vt_4quad=   24.06
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   27.43 mean_vt_4quad=   24.31
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   26.79 mean_vt_4quad=   24.26
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   24.95 mean_vt_4quad=   23.58
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   22.14 mean_vt_4quad=   22.02
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   18.28 mean_vt_4quad=   19.42
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   15.69 mean_vt_4quad=   16.06
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   14.40 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   13.70 mean_vt_4quad=    8.50
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   13.51 mean_vt_4quad=    4.27
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   10.49 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   10.57 mean_vt_4quad=    7.45
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   10.66 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   10.74 mean_vt_4quad=    7.56
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   10.77 mean_vt_4quad=    7.61
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   10.76 mean_vt_4quad=    7.66
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.72 mean_vt_4quad=    7.72
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.67 mean_vt_4quad=    7.77
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.64 mean_vt_4quad=    7.82
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.70 mean_vt_4quad=    7.87
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.76 mean_vt_4quad=    7.92
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   10.83 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   10.95 mean_vt_4quad=    8.00
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   11.23 mean_vt_4quad=    8.03
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   11.39 mean_vt_4quad=    8.05
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   11.49 mean_vt_4quad=    8.07
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   11.59 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   11.66 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   11.73 mean_vt_4quad=    8.13
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.80 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.88 mean_vt_4quad=    8.16
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.99 mean_vt_4quad=    8.21
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   12.09 mean_vt_4quad=    8.27
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   12.21 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   12.36 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   12.46 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.53 mean_vt_4quad=    8.53
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.62 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.65 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   12.66 mean_vt_4quad=    8.75
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   12.69 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   12.77 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   12.93 mean_vt_4quad=    9.02
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   13.03 mean_vt_4quad=    9.10
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   13.15 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   13.16 mean_vt_4quad=    9.23
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   13.12 mean_vt_4quad=    9.29
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   13.13 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   13.43 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   13.54 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.47 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   13.36 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   13.16 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   13.10 mean_vt_4quad=    9.86
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   13.21 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   13.14 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   13.32 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.60 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.95 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   14.19 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   14.26 mean_vt_4quad=   10.47
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   14.14 mean_vt_4quad=   10.54
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.97 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.80 mean_vt_4quad=   10.70
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.57 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.35 mean_vt_4quad=   10.81
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.14 mean_vt_4quad=   10.86
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.12 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.15 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.32 mean_vt_4quad=   11.14
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.59 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.88 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.16 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.47 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.73 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.08 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.27 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.29 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.27 mean_vt_4quad=   12.10
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   15.13 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.98 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.86 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.81 mean_vt_4quad=   12.67
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.89 mean_vt_4quad=   12.78
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.07 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.36 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.73 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.07 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.32 mean_vt_4quad=   13.29
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.28 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   16.13 mean_vt_4quad=   13.63
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.04 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   15.98 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.02 mean_vt_4quad=   14.08
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   16.07 mean_vt_4quad=   14.22
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   16.24 mean_vt_4quad=   14.38
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   16.48 mean_vt_4quad=   14.59
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   16.76 mean_vt_4quad=   14.86
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.98 mean_vt_4quad=   15.13
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   17.23 mean_vt_4quad=   15.40
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   17.49 mean_vt_4quad=   15.62
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   17.72 mean_vt_4quad=   15.82
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   15.82 .... 0.5*v_holland=    7.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   16.02 .... 0.5*v_holland=    7.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  30
  ++++ rdist(ihc)=   90.00  mean_radii_vt_4quad(ihc)=   16.27 .... 0.5*v_holland=    7.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   16.59 .... 0.5*v_holland=    7.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   16.95 .... 0.5*v_holland=    7.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   17.72 mean_vt_4quad=   15.82
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   17.92 mean_vt_4quad=   16.02
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   18.07 mean_vt_4quad=   16.27
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   18.37 mean_vt_4quad=   16.59
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   18.74 mean_vt_4quad=   16.95
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   19.22 mean_vt_4quad=   17.32
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   19.71 mean_vt_4quad=   17.65
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   20.04 mean_vt_4quad=   17.91
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   20.26 mean_vt_4quad=   18.16
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   20.36 mean_vt_4quad=   18.40
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   20.39 mean_vt_4quad=   18.68
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   20.42 mean_vt_4quad=   19.02
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   20.52 mean_vt_4quad=   19.45
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   20.75 mean_vt_4quad=   19.98
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   21.03 mean_vt_4quad=   20.57
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   21.87 mean_vt_4quad=   21.16
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   22.91 mean_vt_4quad=   21.71
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   23.81 mean_vt_4quad=   22.20
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   24.44 mean_vt_4quad=   22.62
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   24.99 mean_vt_4quad=   22.99
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   26.01 mean_vt_4quad=   23.34
  
 NO interp, exactdistkm=    36.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   19.4256000000000     
 vradius(iwindix,iquad) =          19
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   26.01 mean_vt_4quad=   23.34
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   27.43 mean_vt_4quad=   23.70
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   28.92 mean_vt_4quad=   24.06
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   29.85 mean_vt_4quad=   24.31
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   30.08 mean_vt_4quad=   24.26
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   29.69 mean_vt_4quad=   23.58
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   27.20 mean_vt_4quad=   22.02
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   21.52 mean_vt_4quad=   19.42
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   16.87 mean_vt_4quad=   16.06
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   15.83 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   14.83 mean_vt_4quad=    8.50
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   14.27 mean_vt_4quad=    4.27
  
 TIMING: after call  getradii, fhr=    30 igrct=  1   22:20:03
 TIMING: after getrad_iter_loop, fhr=    30 igrct=  2 Vmax (m/s)=   33.027   22:20:03
 TIMING: Before get_phase ... 22:20:03
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           30 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =     2.851
  
  
  In get_cps_paramb, lead time=           30 :           0   10L  IDALIA   
   right_ct=          877   left_ct=          871
   zthicksum(1)=    2985394.82168750     
   zthicksum(2)=    2976331.56706250     
   zthick_right_mean=    3404.09899850342     
   zthick_left_mean=     3417.14301614523     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -13.0440176418124     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            2.94
  Sum of y-diffs squared (ydiff2) =         2640.72
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   267.42   6.7452       29.14   0.1661    -0.15     0.02      848.91
    2   256.13   6.6846       17.84   0.1055    -0.76     0.58      318.27
    3   245.90   6.6201        7.62   0.0409     0.40     0.16       58.00
    4   234.16   6.5511       -4.13  -0.0281     0.82     0.68       17.04
    5   220.97   6.4770      -17.32  -0.1022     0.70     0.49      299.98
    6   205.14   6.3969      -33.14  -0.1822    -1.01     1.02     1098.52
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   238.288     x:    6.58
  
  slope=    176.354         y-intercept =   -921.973
  Regression equation:   Y =  -921.97 +   176.35X
  
  R2(r_squared) =  0.9989        r =  0.9994
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1031.64 zmin=  753.37 zdiff=  278.27
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1526.56 zmin= 1259.13 zdiff=  267.42
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -10.85 dlnp=     -0.057158  dzdlnp=      189.788
  
   +++ k=  3 press=    800.0 zmax= 2046.47 zmin= 1790.35 zdiff=  256.13
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -11.30 dlnp=     -0.060625  dzdlnp=      186.327
  
   +++ k=  4 press=    750.0 zmax= 2593.22 zmin= 2347.32 zdiff=  245.90
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.22 dlnp=     -0.064539  dzdlnp=      158.417
  
   +++ k=  5 press=    700.0 zmax= 3170.95 zmin= 2936.79 zdiff=  234.16
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -11.74 dlnp=     -0.068993  dzdlnp=      170.220
  
   +++ k=  6 press=    650.0 zmax= 3783.28 zmin= 3562.31 zdiff=  220.97
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.19 dlnp=     -0.074108  dzdlnp=      178.011
  
   +++ k=  7 press=    600.0 zmax= 4435.29 zmin= 4230.14 zdiff=  205.14
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -15.82 dlnp=     -0.080043  dzdlnp=      197.694
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            5.96
  Sum of y-diffs squared (ydiff2) =         5930.40
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   189.88   6.3099       42.78   0.2788     0.39     0.16     1830.36
    2   173.92   6.2146       26.82   0.1834    -1.07     1.15      719.46
    3   158.51   6.1092       11.41   0.0781    -0.46     0.21      130.29
    4   142.03   5.9915       -5.07  -0.0397     0.97     0.94       25.66
    5   122.16   5.8579      -24.94  -0.1732     1.40     1.97      621.87
    6    96.08   5.7038      -51.02  -0.3274    -1.24     1.53     2602.77
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   147.097     x:    6.03
  
  slope=    152.062         y-intercept =   -770.012
  Regression equation:   Y =  -770.01 +   152.06X
  
  R2(r_squared) =  0.9990        r =  0.9995
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           30 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4435.29 zmin= 4230.14 zdiff=  205.14
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5134.31 zmin= 4944.43 zdiff=  189.88
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -15.26 dlnp=     -0.087011  dzdlnp=      175.425
  
   +++ k=  9 press=    500.0 zmax= 5890.66 zmin= 5716.74 zdiff=  173.92
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -15.96 dlnp=     -0.095310  dzdlnp=      167.453
  
   +++ k= 10 press=    450.0 zmax= 6713.44 zmin= 6554.92 zdiff=  158.51
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -15.41 dlnp=     -0.105361  dzdlnp=      146.241
  
   +++ k= 11 press=    400.0 zmax= 7618.25 zmin= 7476.22 zdiff=  142.03
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -16.48 dlnp=     -0.117783  dzdlnp=      139.918
  
   +++ k= 12 press=    350.0 zmax= 8623.06 zmin= 8500.90 zdiff=  122.16
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -19.87 dlnp=     -0.133531  dzdlnp=      148.819
  
   +++ k= 13 press=    300.0 zmax= 9751.30 zmin= 9655.22 zdiff=   96.08
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -26.08 dlnp=     -0.154151  dzdlnp=      169.185
  
cps_stats: 10L   lead time=  30: 0   paramb=   -13.04  vtl=    176.35  vtu=    152.06
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   30:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.714 (0-360) guesslon=  274.714E  (  85.286W)   guesslat=   24.635
 ilonfix=          738  jlatfix=         1030  npts=           33
 ibeg=          665  jbeg=          962  imax=         2738
 iend=          811  jend=         1098  jmax=         2041
 TIMING: find_maxmin 1  22:20:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.194E  (0-360) ctlon=  274.194E  (  85.806W)  ctlat=   25.715 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:03
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.194E   (0-360) guesslon=  274.194E  (  85.806W)   guesslat=   25.715
 ilonfix=          725  jlatfix=         1003  npts=           16
 ibeg=          676  jbeg=          959  imax=         2738
 iend=          774  jend=         1047  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  273.875E  (0-360) ctlon=  273.875  (  86.125W)  ctlat=   25.995 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    30:00  mean_lon:  273.87E (  86.13W)    (0-360) mean_lon=  273.87E  mean_lat:   26.00  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    30:00  ifix:   693   jfix:   984  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          693  jx=          984
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         278 ,        1395 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         277 ,        1396 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    30:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:03
 TIMING: Before shear ... 22:20:03
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            6
  clon(ist,ifh,3)=    274.669721039547     
  clat(ist,ifh,3)=    24.6011515732863     
  fixlon(ist,ifh)=    274.714480884785     
  fixlat(ist,ifh)=    24.6354219829584     
  xcenlon=    274.669721039547     
  xcenlat=    24.6011515732863     
  
 xxshear
 In get_shear A, xcenlon=    274.669721039547       xcenlat= 
   24.6011515732863     
   In get_shear B, (0-360) xcenlon=    274.669721039547     
  
At start of get_shear:  10L   fhr=   30:00   Mean fix position=   274.71E  ( 85.29W)    24.64  (0-360) mean lon fix=  274.71
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   30.13 vr_mean(idist,ilev)=   -0.89
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   26.30 vr_mean(idist,ilev)=   -0.84
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   23.44 vr_mean(idist,ilev)=   -0.59
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   21.34 vr_mean(idist,ilev)=   -1.54
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.70 vr_mean(idist,ilev)=   -1.35
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.00 vr_mean(idist,ilev)=   -1.57
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.87 vr_mean(idist,ilev)=   -1.70
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.01 vr_mean(idist,ilev)=   -1.35
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.82 vr_mean(idist,ilev)=   -1.16
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.98 vr_mean(idist,ilev)=   -0.75
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.22 vr_mean(idist,ilev)=   -0.48
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.41 vr_mean(idist,ilev)=   -0.68
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.63 vr_mean(idist,ilev)=   -1.04
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.73 vr_mean(idist,ilev)=   -1.19
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.04 vr_mean(idist,ilev)=   -1.37
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    8.93 vr_mean(idist,ilev)=   -1.50
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.09 vr_mean(idist,ilev)=   -1.21
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.52 vr_mean(idist,ilev)=   -1.39
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.06 vr_mean(idist,ilev)=   -1.17
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.47 vr_mean(idist,ilev)=   13.47
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -20.21 vr_mean(idist,ilev)=   20.21
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -26.94 vr_mean(idist,ilev)=   26.94
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -33.68 vr_mean(idist,ilev)=   33.68
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -40.42 vr_mean(idist,ilev)=   40.42
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -47.17 vr_mean(idist,ilev)=   47.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -53.91 vr_mean(idist,ilev)=   53.91
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -60.66 vr_mean(idist,ilev)=   60.66
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -67.41 vr_mean(idist,ilev)=   67.41
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -74.17 vr_mean(idist,ilev)=   74.17
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -80.93 vr_mean(idist,ilev)=   80.93
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -87.70 vr_mean(idist,ilev)=   87.70
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -94.47 vr_mean(idist,ilev)=   94.47
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -101.25 vr_mean(idist,ilev)=  101.25
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -108.03 vr_mean(idist,ilev)=  108.03
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -114.82 vr_mean(idist,ilev)=  114.82
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -121.62 vr_mean(idist,ilev)=  121.62
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -128.43 vr_mean(idist,ilev)=  128.43
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -135.24 vr_mean(idist,ilev)=  135.24
  
 At end of get_shear: 
     ist=    4 ifh=    6 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:03
  
 After call to fixcenter, fix positions at 
 forecast hour=   30:00 follow:
  
fixpos  10L   fhr=   30:00   Fix position=   274.71E  ( 85.29W)    24.64   Max Wind=  64 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.661158018503     
 xxxx get_next_ges, curr fix lon=    274.714480884785     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.714480884785        fixlat=    24.6354219829584     
        (0-360) fixlon=    274.714480884785     
      ilonfix=          738   jlatfix=         1030
      ibeg=          263   iend=         1213
      jbeg=          578   jend=         1482
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.221013966508069       vavg=    7.15757418895279     
      ubar=  -5.525349162701731E-002  vbar=    1.78939354723820     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.950520845684707       vavg=    6.24612244983775     
      ubar=   0.420006931215336       vbar=    4.91245477215707     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.63527531287926       vavg=    3.65552020907494     
      ubar=    1.32882575943515       vbar=    5.82633482442581     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.32882575943515       vbar=    5.82633482442581     
      wgttot=    1.00000000000000     
      fixlon=    274.714480884785        fixlat=    24.6354219829584     
      barnlon=    274.999763978005       barnlat=    25.7672079929966     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.904817280222617     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.999763978005     
     Raw (no conversion for GM wrap) extraplon=    274.768220750330     
  
 --- barnlon=    275.00E  (  85.00W)    barnlat=     25.77
 --- extraplon=  274.77E  (  85.23W)    extraplat=   25.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   24.64
 | Current fix lon is   85.29W   ( 274.71E)
 | Current fix lon (raw, unadjusted)=  274.71E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   85.12W   ( 274.88E)
 | Raw updated guess lon for next fcst hour is  274.88E)
 -------------------------------------------------
  
 iocheck, dist=    118.271108563226        distm=    118271.108563226     
 iocheck, stmspd=    5.47551428533456        istmspd=          106
 iocheck, xincr=   0.169511479382209        yincr=    1.05251358114216     
 iocheck, stmdir=    9.14914730563829        istmdir=            9
 +++ RPT_STORM_MOTION: istmspd=   106 kts(*10)    istmdir=     9 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   6
     Fix location for this time:   274.71E  ( 85.29W)    24.64
     Fix lon (raw) for this time:  274.71E
     ilonfix=  738  jlatfix= 1030
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.714480884785       xcenlat=    24.6354219829584     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.714480884785       xcenlat=    24.6354219829584     
  ilonfix=          738  jlatfix=         1030
  ibeg=          617  iend=          859
  jbeg=          914  jend=         1146  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.714480884785        xcenlat=    24.6354219829584     
      ilonfix=          738   jlatfix=         1030
      ibeg=          617   iend=          859
      jbeg=          914   jend=         1146
 After call to barnes, xsmoothval=   3.022575541236653E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.022575541236653E-004
      xcenlon=    274.714480884785        xcenlat=    24.6354219829584     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000302  imeanzeta (*1e6)=      302
   --- mean zeta raw =   3.022575541236653E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004546  igrid zeta (*1e6)=     4546 ifilret=   0
   --- grid zeta raw=   4.545732325110832E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.714480884785       xcenlat=    24.6354219829584     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.714480884785       xcenlat=    24.6354219829584     
  ilonfix=          738  jlatfix=         1030
  ibeg=          617  iend=          859
  jbeg=          914  jend=         1146  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.714480884785        xcenlat=    24.6354219829584     
      ilonfix=          738   jlatfix=         1030
      ibeg=          617   iend=          859
      jbeg=          914   jend=         1146
 After call to barnes, xsmoothval=   2.797852584643630E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.797852584643630E-004
      xcenlon=    274.714480884785        xcenlat=    24.6354219829584     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000280  imeanzeta (*1e6)=      280
   --- mean zeta raw =   2.797852584643630E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003560  igrid zeta (*1e6)=     3560 ifilret=   0
   --- grid zeta raw=   3.559917170627241E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           30
  
 segx, outlon=    274.714480884785       outlat=    24.6354219829584     
   ist=            4  ifcsthour=           30
   vmaxwind=    33.0266755820201       xminmslp=    97936.9900000000     
   vradius=           91          49           0         100          45
           0          66          28           0          52          19
           0
   maxstorm=            6
   plastbar=    100736.990000000       rlastbar=    180.733745010533     
   rmax=    14.9859034384360     
   cps_vals=   -13.0440176418124        176.354155753021     
   152.061902331391     
   wcore_flag= n
   istmspd=          106  istmdir=            9
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     27.3425907452547     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   180.733745010533       irlastbar=         181
 output: plastbar=   100736.990000000       iplastbar=        1007
 rmax=    14.9859034384360        irmax=           15
 TXX top of atcfunix_ext, ist=            4  ifh=           30
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   180.733745010533       irlastbar=         181
 output: plastbar=   100736.990000000       iplastbar=        1007
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           30
 intlat=          246
 clatns= N
 intlon=          853
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           64
 int(xminmslp/mslp_outp_adj + 0.5)=          979
 XX,  34, NEQ
 vradius(1,1)=           91
 vradius(1,2)=          100
 vradius(1,3)=           66
 vradius(1,4)=           52
 iplastbar=         1007
 irlastbar=          181
 irmax=           15
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            9
 istmspd=          106
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=         -130
 icps_vals(2)=         1764
 icps_vals(3)=         1521
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           53
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          302
 igridzeta(1)=         4546
 imeanzeta(2)=          280
 igridzeta(2)=         3560
  
 rmax=    14.9859034384360        irmax=           15
 +++ Top of output_atcf_parms, ist=            4  ifh=           30
  
 xxxx get_next_ges, prev fix lon=    274.661158018503     
 xxxx get_next_ges, curr fix lon=    274.714480884785     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.714480884785        fixlat=    24.6354219829584     
        (0-360) fixlon=    274.714480884785     
      ilonfix=          738   jlatfix=         1030
      ibeg=          263   iend=         1213
      jbeg=          578   jend=         1482
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.221013966508069       vavg=    7.15757418895279     
      ubar=  -5.525349162701731E-002  vbar=    1.78939354723820     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.950520845684707       vavg=    6.24612244983775     
      ubar=   0.420006931215336       vbar=    4.91245477215707     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.63527531287926       vavg=    3.65552020907494     
      ubar=    1.32882575943515       vbar=    5.82633482442581     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.32882575943515       vbar=    5.82633482442581     
      wgttot=    1.00000000000000     
      fixlon=    274.714480884785        fixlat=    24.6354219829584     
      barnlon=    274.999763978005       barnlat=    25.7672079929966     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.904817280222617     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      274.999763978005     
     Raw (no conversion for GM wrap) extraplon=    274.768220750330     
  
 --- barnlon=    275.00E  (  85.00W)    barnlat=     25.77
 --- extraplon=  274.77E  (  85.23W)    extraplat=   25.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    30.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   24.64
 | Current fix lon is   85.29W   ( 274.71E)
 | Current fix lon (raw, unadjusted)=  274.71E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   85.12W   ( 274.88E)
 | Raw updated guess lon for next fcst hour is  274.88E)
 -------------------------------------------------
  
 iocheck, dist=    118.271108563226        distm=    118271.108563226     
 iocheck, stmspd=    5.47551428533456        istmspd=          106
 iocheck, xincr=   0.169511479382209        yincr=    1.05251358114216     
 iocheck, stmdir=    9.14914730563829        istmdir=            9
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 30
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 30 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          206  = igcret =            0
 baclose return code for unit          606  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   36:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f02160                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f02160.ix                                                                                    
hafs.trak.storm.2023082812.f02160: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: cannot stat: 2
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: Not ready yet.  Size=99173754, age=4, min size=500, min age=10
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: Not ready yet.  Size=99173754, age=9, min size=500, min age=10
hafs.trak.storm.2023082812.f02160: sleep 5
hafs.trak.storm.2023082812.f02160: ready.
hafs.trak.storm.2023082812.f02160.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f02160.ix: ready.
 in open_grib_files in multi else part....
   lugb=          207   lugi=          607
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02160                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02160.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f02160...  gopen_i_file= ...hafs.trak.storm.2023082812.f02160.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02160                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02160.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          207  is CLOSED
 TEST open_grib_files, unit lugi=          607  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f02160                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f02160.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          207  is CLOSED
 TEST b4 getgridinfo, unit lugi=          607  is CLOSED
 before getgb2 call, lugb=          207  lugi=          607
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   36   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    36h ... 22:20:49
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:49
 TIMING: after getgb2-122:20:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   36   5588258   0.000       0.000     -0.2680E-02  0.7450E-02
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:49
 TIMING: after getgb2-122:20:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   36   5588258   0.000       0.000     -0.2970E-02  0.4839E-02
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:49
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   36   5588258   0.000       0.000      -67.50       51.40    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   36   5588258   0.000       0.000      -54.60       64.00    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   36   5588258   0.000       0.000      -57.90       52.10    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   36   5588258   0.000       0.000      -45.20       60.40    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   36   5588258   0.000       0.000       1041.       1610.    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   36   5588258   0.000       0.000       2715.       3246.    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:50
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   36   5588258   0.000       0.000      0.9568E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   36   5588258   0.000       0.000      -50.54       38.38    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   36   5588258   0.000       0.000      -48.34       49.11    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   36   5588258   0.000       0.000      -41.08       49.44    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   36   5588258   0.000       0.000      -37.09       55.60    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           36  hours
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   36   5588258   0.000       0.000       5402.       5973.    
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:51
 TIMING: after getgb2-122:20:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           36  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   36   5588258   0.000       0.000      0.1163E+05  0.1257E+05
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:52
 TIMING: after getgb2-122:20:52
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           36  hours
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:52
 TIMING: after getgb2-122:20:52
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           36  hours
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:52
 TIMING: after getgb2-122:20:52
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           36  hours
 TEST b4 getgb2 getdata, unit lugb=          207  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          607  is CLOSED

 TIMING: before getgb2-122:20:52
 TIMING: after getgb2-122:20:52
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           36  hours

 TIMING: before getgb2-phase22:20:52
 TIMING: after getgb2-222:20:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   36   5588258   0.000       0.000       540.7       1119.    

 TIMING: before getgb2-phase22:20:52
 TIMING: after getgb2-222:20:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   36   5588258   0.000       0.000       1041.       1610.    

 TIMING: before getgb2-phase22:20:52
 TIMING: after getgb2-222:20:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   36   5588258   0.000       0.000       1568.       2125.    

 TIMING: before getgb2-phase22:20:52
 TIMING: after getgb2-222:20:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   36   5588258   0.000       0.000       2124.       2669.    

 TIMING: before getgb2-phase22:20:52
 TIMING: after getgb2-222:20:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   36   5588258   0.000       0.000       2715.       3246.    

 TIMING: before getgb2-phase22:20:53
 TIMING: after getgb2-222:20:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   36   5588258   0.000       0.000       3343.       3860.    

 TIMING: before getgb2-phase22:20:53
 TIMING: after getgb2-222:20:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   36   5588258   0.000       0.000       4015.       4511.    

 TIMING: before getgb2-phase22:20:53
 TIMING: after getgb2-222:20:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   36   5588258   0.000       0.000       4708.       5210.    

 TIMING: before getgb2-phase22:20:53
 TIMING: after getgb2-222:20:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   36   5588258   0.000       0.000       5402.       5973.    

 TIMING: before getgb2-phase22:20:53
 TIMING: after getgb2-222:20:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   36   5588258   0.000       0.000       6154.       6796.    

 TIMING: before getgb2-phase22:20:54
 TIMING: after getgb2-222:20:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   36   5588258   0.000       0.000       6975.       7692.    

 TIMING: before getgb2-phase22:20:54
 TIMING: after getgb2-222:20:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   36   5588258   0.000       0.000       7883.       8679.    

 TIMING: before getgb2-phase22:20:54
 TIMING: after getgb2-222:20:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           36 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   36   5588258   0.000       0.000       8910.       9793.    
 TIMING: after getdata ... 22:20:54
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   36:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.504475605070332E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.550E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.853E  (0-360) ctlon=  299.853  (  60.147W)  ctlat=   23.737 fmax (x10e5) =        0.236E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   3.788427621762791E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.379E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.153E  (0-360) ctlon=  300.153  (  59.847W)  ctlat=   23.437 fmax (x10e5) =        0.277E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.154E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.053E  (0-360) ctlon=  300.053  (  59.947W)  ctlat=   23.437 fmax =       -0.100E+16 fmin =        0.154E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.318E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.953E  (0-360) ctlon=  299.953  (  60.047W)  ctlat=   23.537 fmax =       -0.100E+16 fmin =        0.318E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.053E  (0-360) ctlon=  300.053  (  59.947W)  ctlat=   23.437 fmax =       -0.100E+16 fmin =        0.102E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.893 (0-360) guesslon=  299.893E  (  60.107W)   guesslat=   23.577
 ilonfix=         1368  jlatfix=         1056  npts=           33
 ibeg=         1296  jbeg=          988  imax=         2738
 iend=         1440  jend=         1124  jmax=         2041
 TIMING: find_maxmin 1  22:20:54
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   5.363759255717480E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  300.173E  (0-360) ctlon=  300.173E  (  59.827W)  ctlat=   23.457 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.536E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  300.173E   (0-360) guesslon=  300.173E  (  59.827W)   guesslat=   23.457
 ilonfix=         1375  jlatfix=         1059  npts=           16
 ibeg=         1327  jbeg=         1015  imax=         2738
 iend=         1423  jend=         1103  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.853E  (0-360) ctlon=  299.853  (  60.147W)  ctlat=   23.737 fmax (x10e5) =        0.172E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.960331096445        uvgeslat=    23.5810697617002     
    (0-360 uvgeslon)=    299.960331096445     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.960331096445        uvgeslat=    23.5810697617002     
    (0-360 uvgeslon)=    299.960331096445     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.960331096445     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.640E  (0-360E lon):  299.640E    60.360W  ctlat=   23.901  xmax_circul_disk =      45360346.5
 TIMING: get_wind_circ kloop, k=  1   22:20:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.640E  (0-360E)=  299.640E  (  60.360W)   guesslat=   23.901
 ilonfix=         1361  jlatfix=         1048  npts=           56
 ibeg=         1293  jbeg=          984  imax=         2738
 iend=         1429  jend=         1112  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    45662363.7437284     
 nhalf get_wind_circ, k=  1 ctlon=  299.480E  (0-360E)=  299.480E  ctlon=   60.520W   ctlat=   23.861 Wind Circulation (NHEM: Max) =      45662363.7
 TIMING: After GWC 850 ... 22:20:54
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.960331096445        uvgeslat=    23.5810697617002     
    (0-360 uvgeslon)=    299.960331096445     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.960331096445     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.640E  (0-360E lon):  299.640E    60.360W  ctlat=   23.901  xmax_circul_disk =      47878649.8
 TIMING: get_wind_circ kloop, k=  1   22:20:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.640E  (0-360E)=  299.640E  (  60.360W)   guesslat=   23.901
 ilonfix=         1361  jlatfix=         1048  npts=           56
 ibeg=         1293  jbeg=          984  imax=         2738
 iend=         1429  jend=         1112  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    47926254.4601084     
 nhalf get_wind_circ, k=  1 ctlon=  299.660E  (0-360E)=  299.660E  ctlon=   60.340W   ctlat=   23.861 Wind Circulation (NHEM: Max) =      47926254.5
 TIMING: After GWC 700 ... 22:20:54
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.960331096445        uvgeslat=    23.5810697617002     
    (0-360 uvgeslon)=    299.960331096445     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.960331096445     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.320E  (0-360E lon):  299.320E    60.680W  ctlat=   23.901  xmax_circul_disk =      32074690.2
 TIMING: get_wind_circ kloop, k=  1   22:20:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.320E  (0-360E)=  299.320E  (  60.680W)   guesslat=   23.901
 ilonfix=         1353  jlatfix=         1048  npts=           56
 ibeg=         1285  jbeg=          984  imax=         2738
 iend=         1421  jend=         1112  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    32199093.6919808     
 nhalf get_wind_circ, k=  1 ctlon=  299.460E  (0-360E)=  299.460E  ctlon=   60.540W   ctlat=   23.801 Wind Circulation (NHEM: Max) =      32199093.7
 TIMING: After GWC Sfc ... 22:20:54
  
 At beg of fixcenter, stderr(ist,ifh-1) =     8.83  xavg_stderr=    24.32
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            7  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    36:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.89E   (0-360) guesslon=  299.89E  ( 60.11W)    23.58
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       299.85       60.15      23.74           23.59       T         18.25
   2    zeta 700    Max       300.15       59.85      23.44           27.67       T         30.74
   3    circ 850    Max       299.48       60.52      23.86           45.66       T         52.54
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       299.66       60.34      23.86           47.93       T         39.45
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       300.05       59.95      23.44         1542.04       T         22.55
   8     gph 700    Min       299.95       60.05      23.54         3177.33       T          7.56
   9        MSLP    Min       300.05       59.95      23.44       101507.42       T         22.55
  10    circ sfc    Max       299.46       60.54      23.80           32.20       T         50.59
  11    zeta sfc    Max       299.85       60.15      23.74           17.22       T         18.25
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    28.4794921005101       stderr_close= 
   12.3373904592209       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   9.912 devia=   0.803 wtpos=  0.76506     299.85   299.85    60.15    23.74
 ip=  2 kprm=  2 dist_from_mean=  40.067 devia=   3.248 wtpos=  0.33874     300.15   300.15    59.85    23.44
 ip=  3 kprm=  3 dist_from_mean=  43.110 devia=   3.494 wtpos=  0.31200     299.48   299.48    60.52    23.86
 ip=  5 kprm=  4 dist_from_mean=  29.493 devia=   2.391 wtpos=  0.45075     299.66   299.66    60.34    23.86
 ip=  7 kprm=  5 dist_from_mean=  32.392 devia=   2.626 wtpos=  0.41679     300.05   300.05    59.95    23.44
 ip=  8 kprm=  6 dist_from_mean=  17.307 devia=   1.403 wtpos=  0.62651     299.95   299.95    60.05    23.54
 ip=  9 kprm=  7 dist_from_mean=  32.392 devia=   2.626 wtpos=  0.41679     300.05   300.05    59.95    23.44
 ip= 10 kprm=  8 dist_from_mean=  41.730 devia=   3.382 wtpos=  0.32385     299.46   299.46    60.54    23.80
 ip= 11 kprm=  9 dist_from_mean=   9.912 devia=   0.803 wtpos=  0.76506     299.85   299.85    60.15    23.74
  
At end of fixcenter:  00L   fhr=   36:00   Fix position=   299.85E  (0-360) fixlon=  299.85  ( 60.15W)    23.66
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.853205862975     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    300.053056050991     
        (0-360E clon(ist,ifh,9))=    300.053056050991     
      clat(ist,ifh,9)=    23.4374369889729     
      xval(9)=    101507.418707240     
  
  After get_ij B, ibeg jbeg =         1265         922
  After get_ij B, iend jend =         1479        1198
  
 In is_it_a_storm, ilonfix=         1372  jlatfix=         1060
 ibeg jbeg iend jend =         1265         922        1479        1198
 cparm= slp  parmlon parmlat =    300.053056050991        23.4374369889729     
     (0-360E parmlon) =    300.053056050991     
 parmval=    101507.418707240     
  
 i= 1345 j=  997 glon=  299.01 (0-360E) glon=  299.01 glat=  25.96 dist=   299.78 slp=  101682.85 pgradient=  0.58520
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.58520
 mslp center =    300.053056050991        23.4374369889729     
   101507.418707240     
   (0-360E) lon of mslp center =    300.053056050991     
 pgrad loc   =    299.008656000000        299.008656000000     
   60.9913440000000        25.9609990000000        101682.850000000     
  ttest at location C IF....
      xinp_fixlat=    23.4374369889729     
      xinp_fixlon=    300.053056050991       (0-360E) xinp_fixlon= 
   300.053056050991     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101059.010000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1377  jfix=         1058
 longitude=    300.053056050991      E   (   59.9469439490093      
 W)  (0-360E) xinp_fixlon=    300.053056050991     
 latitude=    23.4374369889729     
 mean mslp value (xval(9))=    101507.418707240     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1377  jfix=         1058
 longitude=    300.053056050991      E   (   59.9469439490093      
 W)  (0-360E) xinp_fixlon=    300.053056050991     
 latitude=    23.4374369889729     
 mean mslp value (xval(9))=    101507.418707240     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1377  jx=         1058
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101059.010000000       xcentval=    101059.010000000     
 At A, num_found_contours=            0
 At A, contlo=    101059.010000000       conthi=    101459.010000000     
  
 num_found_contours=            0
 contlo=    101059.010000000       conthi=    101459.010000000     
 xcentval=    101059.010000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    101459.010000000       conthi=    101859.010000000     
  
 num_found_contours=            1
 contlo=    101459.010000000       conthi=    101859.010000000     
 xcentval=    101059.010000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1365 ,        1049 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101059.010000000     
 !!! (i,j) of central value = (        1377 ,        1058 )
 !!!  
 !!! Flagged value found    =    101453.570000000     
 !!! (i,j) of flagged value = (        1364 ,        1048 )
 !!!   
 !!! Lower bound of contour interval =    101459.010000000     
 !!! Upper bound of contour interval =    101859.010000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1377  jfix=         1058
 longitude=    300.053056050991      E   (   59.9469439490093      W)  
 (0-360E) xinp_fixlon=    300.053056050991     
 latitude=    23.4374369889729     
 mean mslp value (xval(9))=    101507.418707240     
 gridpoint mslp value=    101059.010000000     
 ccflag= y
 prs of last closed isobar =    101459.010000000     
 radius of last closed isobar =    15.7004140004335       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   36:00
 !!! Boundary check xinp_fixlat is   23.44
 !!! Boundary check xinp_fixlon is   59.95W   ( 300.05E)  (0-360E) xinp_fixlon=  300.05
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    299.480343096445     
  850 mb wcirc fix lat=    23.8610627617002     
    (0-360) 850 mb wcirc fix lon=    299.480343096445     
  Multi-parm fix lon=      299.853205862975     
  Multi-parm fix lat=      23.6554297611069     
    (0-360) Multi-parm fix lon=      299.853205862975     
  
  
  After get_ij B, ibeg jbeg =         1267         945
  After get_ij B, iend jend =         1447        1153
  
 In is_it_a_storm, ilonfix=         1357  jlatfix=         1049
 ibeg jbeg iend jend =         1267         945        1447        1153
 cparm= v850  parmlon parmlat =    299.480343096445        23.8610627617002     
     (0-360E parmlon) =    299.480343096445     
 parmval=    45662363.7437284     
  
 i= 1347 j= 1000 glon=  299.09 (0-360E) glon=  299.09 glat=  25.84 u=  -8.5000 v=   3.9000 vr=   5.34583 vt=   7.67346
 i= 1352 j= 1000 glon=  299.29 (0-360E) glon=  299.29 glat=  25.84 u=  -7.7000 v=   4.3000 vr=   4.95987 vt=   7.29244
 i= 1357 j= 1000 glon=  299.49 (0-360E) glon=  299.49 glat=  25.84 u=  -7.1000 v=   4.6000 vr=   4.57285 vt=   7.11752
 i= 1362 j= 1000 glon=  299.69 (0-360E) glon=  299.69 glat=  25.84 u=  -6.5000 v=   4.6000 vr=   3.95893 vt=   6.90919
 i= 1367 j= 1000 glon=  299.89 (0-360E) glon=  299.89 glat=  25.84 u=  -5.7000 v=   4.7000 vr=   3.56673 vt=   6.46981
 i= 1332 j= 1005 glon=  298.49 (0-360E) glon=  298.49 glat=  25.64 u=  -8.2000 v=  -0.3000 vr=   3.44749 vt=   7.44613
 i= 1337 j= 1005 glon=  298.69 (0-360E) glon=  298.69 glat=  25.64 u=  -8.9000 v=   0.9000 vr=   4.17891 vt=   7.90928
 i= 1342 j= 1005 glon=  298.89 (0-360E) glon=  298.89 glat=  25.64 u=  -9.3000 v=   2.2000 vr=   4.80253 vt=   8.26231
 i= 1347 j= 1005 glon=  299.09 (0-360E) glon=  299.09 glat=  25.64 u=  -9.0000 v=   4.2000 vr=   5.88784 vt=   7.99833
 i= 1352 j= 1005 glon=  299.29 (0-360E) glon=  299.29 glat=  25.64 u=  -8.2000 v=   5.1000 vr=   5.87657 vt=   7.66263
 i= 1357 j= 1005 glon=  299.49 (0-360E) glon=  299.49 glat=  25.64 u=  -7.7000 v=   5.1000 vr=   5.06723 vt=   7.72160
 i= 1362 j= 1005 glon=  299.69 (0-360E) glon=  299.69 glat=  25.64 u=  -6.9000 v=   5.4000 vr=   4.63783 vt=   7.43375
 i= 1367 j= 1005 glon=  299.89 (0-360E) glon=  299.89 glat=  25.64 u=  -6.2000 v=   5.3000 vr=   3.91903 vt=   7.15341
 i= 1372 j= 1005 glon=  300.09 (0-360E) glon=  300.09 glat=  25.64 u=  -5.9000 v=   5.4000 vr=   3.40071 vt=   7.23914
 i= 1377 j= 1005 glon=  300.29 (0-360E) glon=  300.29 glat=  25.64 u=  -5.8000 v=   5.3000 vr=   2.67786 vt=   7.38641
 i= 1382 j= 1005 glon=  300.49 (0-360E) glon=  300.49 glat=  25.64 u=  -5.2000 v=   5.2000 vr=   2.23268 vt=   7.00679
 i= 1327 j= 1010 glon=  298.29 (0-360E) glon=  298.29 glat=  25.44 u=  -7.1000 v=  -2.8000 vr=   1.72081 vt=   7.43564
 i= 1332 j= 1010 glon=  298.49 (0-360E) glon=  298.49 glat=  25.44 u=  -8.2000 v=  -1.4000 vr=   2.86093 vt=   7.81122
 i= 1337 j= 1010 glon=  298.69 (0-360E) glon=  298.69 glat=  25.44 u=  -8.6000 v=   0.3000 vr=   3.84822 vt=   7.69683
 i= 1342 j= 1010 glon=  298.89 (0-360E) glon=  298.89 glat=  25.44 u=  -8.6000 v=   1.8000 vr=   4.48300 vt=   7.55663
 i= 1347 j= 1010 glon=  299.09 (0-360E) glon=  299.09 glat=  25.44 u=  -8.4000 v=   3.3000 vr=   5.07089 vt=   7.46566
 i= 1352 j= 1010 glon=  299.29 (0-360E) glon=  299.29 glat=  25.44 u=  -9.0000 v=   4.8000 vr=   5.76042 vt=   8.41770
 i= 1357 j= 1010 glon=  299.49 (0-360E) glon=  299.49 glat=  25.44 u=  -8.9000 v=   5.5000 vr=   5.45731 vt=   8.92624
 i= 1362 j= 1010 glon=  299.69 (0-360E) glon=  299.69 glat=  25.44 u=  -8.4000 v=   6.0000 vr=   4.95468 vt=   9.05600
 i= 1367 j= 1010 glon=  299.89 (0-360E) glon=  299.89 glat=  25.44 u=  -7.2000 v=   6.3000 vr=   4.48071 vt=   8.45300
 i= 1372 j= 1010 glon=  300.09 (0-360E) glon=  300.09 glat=  25.44 u=  -6.7000 v=   6.9000 vr=   4.29059 vt=   8.60760
 i= 1377 j= 1010 glon=  300.29 (0-360E) glon=  300.29 glat=  25.44 u=  -6.6000 v=   6.9000 vr=   3.46125 vt=   8.89886
 i= 1382 j= 1010 glon=  300.49 (0-360E) glon=  300.49 glat=  25.44 u=  -6.1000 v=   6.6000 vr=   2.63319 vt=   8.59281
 i= 1387 j= 1010 glon=  300.69 (0-360E) glon=  300.69 glat=  25.44 u=  -5.7000 v=   6.2000 vr=   1.82007 vt=   8.22298
 i= 1317 j= 1015 glon=  297.89 (0-360E) glon=  297.89 glat=  25.24 u=  -4.1000 v=  -3.6000 vr=   0.49948 vt=   5.43328
 i= 1322 j= 1015 glon=  298.09 (0-360E) glon=  298.09 glat=  25.24 u=  -5.8000 v=  -4.4000 vr=   0.69632 vt=   7.24673
 i= 1327 j= 1015 glon=  298.29 (0-360E) glon=  298.29 glat=  25.24 u=  -6.5000 v=  -3.6000 vr=   1.19967 vt=   7.33286
 i= 1332 j= 1015 glon=  298.49 (0-360E) glon=  298.49 glat=  25.24 u=  -7.4000 v=  -2.6000 vr=   1.88600 vt=   7.61334
 i= 1337 j= 1015 glon=  298.69 (0-360E) glon=  298.69 glat=  25.24 u=  -7.6000 v=  -0.4000 vr=   3.17114 vt=   6.91837
 i= 1342 j= 1015 glon=  298.89 (0-360E) glon=  298.89 glat=  25.24 u=  -7.6000 v=   1.3000 vr=   3.97957 vt=   6.60402
 i= 1347 j= 1015 glon=  299.09 (0-360E) glon=  299.09 glat=  25.24 u=  -8.3000 v=   2.6000 vr=   4.59745 vt=   7.38332
 i= 1352 j= 1015 glon=  299.29 (0-360E) glon=  299.29 glat=  25.24 u=  -9.0000 v=   4.2000 vr=   5.29795 vt=   8.40070
 i= 1357 j= 1015 glon=  299.49 (0-360E) glon=  299.49 glat=  25.24 u= -10.6000 v=   5.8000 vr=   5.74176 vt=  10.63166
 i= 1362 j= 1015 glon=  299.69 (0-360E) glon=  299.69 glat=  25.24 u= -10.1000 v=   6.6000 vr=   5.16081 vt=  10.90578
 i= 1367 j= 1015 glon=  299.89 (0-360E) glon=  299.89 glat=  25.24 u=  -9.2000 v=   6.5000 vr=   3.87813 vt=  10.57592
 i= 1372 j= 1015 glon=  300.09 (0-360E) glon=  300.09 glat=  25.24 u=  -7.9000 v=   7.1000 vr=   3.63924 vt=   9.97878
 i= 1377 j= 1015 glon=  300.29 (0-360E) glon=  300.29 glat=  25.24 u=  -7.1000 v=   7.6000 vr=   3.35480 vt=   9.84456
 i= 1382 j= 1015 glon=  300.49 (0-360E) glon=  300.49 glat=  25.24 u=  -6.9000 v=   7.3000 vr=   2.24293 vt=   9.79129
 i= 1387 j= 1015 glon=  300.69 (0-360E) glon=  300.69 glat=  25.24 u=  -6.6000 v=   6.5000 vr=   0.95286 vt=   9.21423
 i= 1392 j= 1015 glon=  300.89 (0-360E) glon=  300.89 glat=  25.24 u=  -5.9000 v=   6.0000 vr=   0.36234 vt=   8.40706
 i= 1397 j= 1015 glon=  301.09 (0-360E) glon=  301.09 glat=  25.24 u=  -5.5000 v=   5.6000 vr=  -0.18076 vt=   7.84712
 i= 1312 j= 1020 glon=  297.69 (0-360E) glon=  297.69 glat=  25.04 u=  -3.3000 v=  -3.8000 vr=   0.46239 vt=   5.01161
 i= 1317 j= 1020 glon=  297.89 (0-360E) glon=  297.89 glat=  25.04 u=  -3.9000 v=  -4.4000 vr=   0.26236 vt=   5.87377
 i= 1322 j= 1020 glon=  298.09 (0-360E) glon=  298.09 glat=  25.04 u=  -5.2000 v=  -4.7000 vr=   0.61917 vt=   6.98188
 i= 1327 j= 1020 glon=  298.29 (0-360E) glon=  298.29 glat=  25.04 u=  -5.8000 v=  -4.1000 vr=   0.92213 vt=   7.04270
 i= 1332 j= 1020 glon=  298.49 (0-360E) glon=  298.49 glat=  25.04 u=  -5.8000 v=  -3.4000 vr=   0.83568 vt=   6.67096
 i= 1337 j= 1020 glon=  298.69 (0-360E) glon=  298.69 glat=  25.04 u=  -6.6000 v=  -0.9000 vr=   2.68068 vt=   6.09786
 i= 1342 j= 1020 glon=  298.89 (0-360E) glon=  298.89 glat=  25.04 u=  -6.7000 v=   0.3000 vr=   3.06140 vt=   5.96723
 i= 1347 j= 1020 glon=  299.09 (0-360E) glon=  299.09 glat=  25.04 u=  -8.1000 v=   1.1000 vr=   3.40117 vt=   7.43317
 i= 1352 j= 1020 glon=  299.29 (0-360E) glon=  299.29 glat=  25.04 u=  -8.6000 v=   3.5000 vr=   4.72322 vt=   7.99382
 i= 1357 j= 1020 glon=  299.49 (0-360E) glon=  299.49 glat=  25.04 u= -11.8000 v=   5.3000 vr=   5.22415 vt=  11.83378
 i= 1362 j= 1020 glon=  299.69 (0-360E) glon=  299.69 glat=  25.04 u= -11.2000 v=   7.0000 vr=   5.12983 vt=  12.17065
 i= 1367 j= 1020 glon=  299.89 (0-360E) glon=  299.89 glat=  25.04 u= -11.2000 v=   6.8000 vr=   3.11173 vt=  12.72781
 i= 1372 j= 1020 glon=  300.09 (0-360E) glon=  300.09 glat=  25.04 u= -10.5000 v=   7.3000 vr=   2.13417 vt=  12.60894
 i= 1377 j= 1020 glon=  300.29 (0-360E) glon=  300.29 glat=  25.04 u=  -9.2000 v=   7.9000 vr=   1.81824 vt=  11.98933
 i= 1382 j= 1020 glon=  300.49 (0-360E) glon=  300.49 glat=  25.04 u=  -7.3000 v=   8.1000 vr=   1.89209 vt=  10.73872
 i= 1387 j= 1020 glon=  300.69 (0-360E) glon=  300.69 glat=  25.04 u=  -7.0000 v=   7.7000 vr=   0.83702 vt=  10.37253
 i= 1392 j= 1020 glon=  300.89 (0-360E) glon=  300.89 glat=  25.04 u=  -6.5000 v=   7.1000 vr=   0.00152 vt=   9.62601
 i= 1397 j= 1020 glon=  301.09 (0-360E) glon=  301.09 glat=  25.04 u=  -5.5000 v=   6.4000 vr=  -0.29044 vt=   8.43360
 i= 1312 j= 1025 glon=  297.69 (0-360E) glon=  297.69 glat=  24.84 u=  -2.9000 v=  -4.5000 vr=   0.18724 vt=   5.35023
 i= 1317 j= 1025 glon=  297.89 (0-360E) glon=  297.89 glat=  24.84 u=  -3.5000 v=  -5.2000 vr=   0.00610 vt=   6.26817
 i= 1322 j= 1025 glon=  298.09 (0-360E) glon=  298.09 glat=  24.84 u=  -4.3000 v=  -5.4000 vr=   0.11702 vt=   6.90191
 i= 1327 j= 1025 glon=  298.29 (0-360E) glon=  298.29 glat=  24.84 u=  -5.0000 v=  -4.4000 vr=   0.77744 vt=   6.61480
 i= 1332 j= 1025 glon=  298.49 (0-360E) glon=  298.49 glat=  24.84 u=  -5.3000 v=  -3.2000 vr=   1.25046 vt=   6.06353
 i= 1337 j= 1025 glon=  298.69 (0-360E) glon=  298.69 glat=  24.84 u=  -6.2000 v=  -1.7000 vr=   2.31440 vt=   5.99780
 i= 1342 j= 1025 glon=  298.89 (0-360E) glon=  298.89 glat=  24.84 u=  -6.3000 v=  -1.5000 vr=   1.72865 vt=   6.24114
 i= 1347 j= 1025 glon=  299.09 (0-360E) glon=  299.09 glat=  24.84 u=  -8.6000 v=   0.6000 vr=   3.51184 vt=   7.87318
 i= 1352 j= 1025 glon=  299.29 (0-360E) glon=  299.29 glat=  24.84 u=  -8.9000 v=   0.7000 vr=   2.25355 vt=   8.63837
 i= 1357 j= 1025 glon=  299.49 (0-360E) glon=  299.49 glat=  24.84 u= -10.8000 v=   3.7000 vr=   3.61639 vt=  10.82828
 i= 1362 j= 1025 glon=  299.69 (0-360E) glon=  299.69 glat=  24.84 u=  -9.8000 v=   6.2000 vr=   4.21982 vt=  10.80153
 i= 1367 j= 1025 glon=  299.89 (0-360E) glon=  299.89 glat=  24.84 u=  -8.4000 v=   5.6000 vr=   2.24750 vt=   9.84219
 i= 1372 j= 1025 glon=  300.09 (0-360E) glon=  300.09 glat=  24.84 u=  -8.2000 v=   6.6000 vr=   1.69738 vt=  10.38840
 i= 1377 j= 1025 glon=  300.29 (0-360E) glon=  300.29 glat=  24.84 u= -10.1000 v=   7.7000 vr=   0.07012 vt=  12.70020
 i= 1382 j= 1025 glon=  300.49 (0-360E) glon=  300.49 glat=  24.84 u=  -9.3000 v=   9.1000 vr=   0.25574 vt=  13.00902
 i= 1387 j= 1025 glon=  300.69 (0-360E) glon=  300.69 glat=  24.84 u=  -7.2000 v=   8.7000 vr=   0.38281 vt=  11.28643
 i= 1392 j= 1025 glon=  300.89 (0-360E) glon=  300.89 glat=  24.84 u=  -6.6000 v=   8.1000 vr=  -0.35458 vt=  10.44243
 i= 1397 j= 1025 glon=  301.09 (0-360E) glon=  301.09 glat=  24.84 u=  -5.4000 v=   7.2000 vr=  -0.51166 vt=   8.98544
 i= 1402 j= 1025 glon=  301.29 (0-360E) glon=  301.29 glat=  24.84 u=  -4.8000 v=   6.7000 vr=  -0.72661 vt=   8.20987
 i= 1307 j= 1030 glon=  297.49 (0-360E) glon=  297.49 glat=  24.64 u=  -3.0000 v=  -4.8000 vr=   0.88215 vt=   5.59123
 i= 1312 j= 1030 glon=  297.69 (0-360E) glon=  297.69 glat=  24.64 u=  -2.4000 v=  -5.4000 vr=  -0.14194 vt=   5.90761
 i= 1317 j= 1030 glon=  297.89 (0-360E) glon=  297.89 glat=  24.64 u=  -2.6000 v=  -6.0000 vr=  -0.53176 vt=   6.51746
 i= 1322 j= 1030 glon=  298.09 (0-360E) glon=  298.09 glat=  24.64 u=  -3.6000 v=  -5.9000 vr=  -0.00559 vt=   6.91158
 i= 1327 j= 1030 glon=  298.29 (0-360E) glon=  298.29 glat=  24.64 u=  -4.7000 v=  -5.0000 vr=   0.91672 vt=   6.80071
 i= 1332 j= 1030 glon=  298.49 (0-360E) glon=  298.49 glat=  24.64 u=  -5.2000 v=  -3.9000 vr=   1.40120 vt=   6.34718
 i= 1337 j= 1030 glon=  298.69 (0-360E) glon=  298.69 glat=  24.64 u=  -6.0000 v=  -3.1000 vr=   1.80927 vt=   6.50665
 i= 1342 j= 1030 glon=  298.89 (0-360E) glon=  298.89 glat=  24.64 u=  -6.7000 v=  -2.8000 vr=   1.51591 vt=   7.10155
 i= 1347 j= 1030 glon=  299.09 (0-360E) glon=  299.09 glat=  24.64 u=  -8.2000 v=  -1.9000 vr=   1.69192 vt=   8.24545
 i= 1352 j= 1030 glon=  299.29 (0-360E) glon=  299.29 glat=  24.64 u=  -8.5000 v=  -1.4000 vr=   0.49541 vt=   8.60027
 i= 1357 j= 1030 glon=  299.49 (0-360E) glon=  299.49 glat=  24.64 u= -10.2000 v=   1.9000 vr=   1.80079 vt=  10.21798
 i= 1362 j= 1030 glon=  299.69 (0-360E) glon=  299.69 glat=  24.64 u= -12.4000 v=   5.4000 vr=   2.30822 vt=  13.32637
 i= 1367 j= 1030 glon=  299.89 (0-360E) glon=  299.89 glat=  24.64 u= -11.1000 v=   7.0000 vr=   1.52679 vt=  13.03376
 i= 1372 j= 1030 glon=  300.09 (0-360E) glon=  300.09 glat=  24.64 u=  -9.1000 v=  10.0000 vr=   2.86202 vt=  13.21434
 i= 1377 j= 1030 glon=  300.29 (0-360E) glon=  300.29 glat=  24.64 u=  -7.6000 v=   9.3000 vr=   1.52320 vt=  11.91343
 i= 1382 j= 1030 glon=  300.49 (0-360E) glon=  300.49 glat=  24.64 u=  -6.3000 v=   8.9000 vr=   0.93447 vt=  10.86401
 i= 1387 j= 1030 glon=  300.69 (0-360E) glon=  300.69 glat=  24.64 u=  -7.4000 v=  10.6000 vr=   0.05767 vt=  12.92736
 i= 1392 j= 1030 glon=  300.89 (0-360E) glon=  300.89 glat=  24.64 u=  -6.1000 v=   9.4000 vr=  -0.36145 vt=  11.19997
 i= 1397 j= 1030 glon=  301.09 (0-360E) glon=  301.09 glat=  24.64 u=  -5.7000 v=   8.4000 vr=  -1.11668 vt=  10.08975
 i= 1402 j= 1030 glon=  301.29 (0-360E) glon=  301.29 glat=  24.64 u=  -4.9000 v=   7.9000 vr=  -1.08091 vt=   9.23318
 i= 1407 j= 1030 glon=  301.49 (0-360E) glon=  301.49 glat=  24.64 u=  -4.0000 v=   7.6000 vr=  -0.73250 vt=   8.55707
 i= 1307 j= 1035 glon=  297.49 (0-360E) glon=  297.49 glat=  24.44 u=  -2.5000 v=  -5.1000 vr=   0.85123 vt=   5.61564
 i= 1312 j= 1035 glon=  297.69 (0-360E) glon=  297.69 glat=  24.44 u=  -1.8000 v=  -6.1000 vr=  -0.32267 vt=   6.35184
 i= 1317 j= 1035 glon=  297.89 (0-360E) glon=  297.89 glat=  24.44 u=  -1.6000 v=  -6.7000 vr=  -0.97943 vt=   6.81841
 i= 1322 j= 1035 glon=  298.09 (0-360E) glon=  298.09 glat=  24.44 u=  -2.8000 v=  -6.6000 vr=  -0.17719 vt=   7.16719
 i= 1327 j= 1035 glon=  298.29 (0-360E) glon=  298.29 glat=  24.44 u=  -3.5000 v=  -5.4000 vr=   0.56047 vt=   6.41061
 i= 1332 j= 1035 glon=  298.49 (0-360E) glon=  298.49 glat=  24.44 u=  -4.6000 v=  -5.5000 vr=   0.91745 vt=   7.11114
 i= 1337 j= 1035 glon=  298.69 (0-360E) glon=  298.69 glat=  24.44 u=  -5.8000 v=  -4.4000 vr=   1.77802 vt=   7.05965
 i= 1342 j= 1035 glon=  298.89 (0-360E) glon=  298.89 glat=  24.44 u=  -6.7000 v=  -4.5000 vr=   1.27975 vt=   7.96883
 i= 1347 j= 1035 glon=  299.09 (0-360E) glon=  299.09 glat=  24.44 u=  -7.1000 v=  -5.5000 vr=  -0.95128 vt=   8.93057
 i= 1352 j= 1035 glon=  299.29 (0-360E) glon=  299.29 glat=  24.44 u=  -8.0000 v=  -4.8000 vr=  -2.28252 vt=   9.04600
 i= 1357 j= 1035 glon=  299.49 (0-360E) glon=  299.49 glat=  24.44 u= -11.9000 v=   0.3000 vr=   0.14440 vt=  11.90291
 i= 1362 j= 1035 glon=  299.69 (0-360E) glon=  299.69 glat=  24.44 u= -12.5000 v=   6.4000 vr=   2.18395 vt=  13.87229
 i= 1367 j= 1035 glon=  299.89 (0-360E) glon=  299.89 glat=  24.44 u=  -9.7000 v=   9.0000 vr=   2.32039 vt=  13.02712
 i= 1372 j= 1035 glon=  300.09 (0-360E) glon=  300.09 glat=  24.44 u=  -8.1000 v=  10.2000 vr=   1.75479 vt=  12.90623
 i= 1377 j= 1035 glon=  300.29 (0-360E) glon=  300.29 glat=  24.44 u=  -8.6000 v=  11.4000 vr=   0.26610 vt=  14.27758
 i= 1382 j= 1035 glon=  300.49 (0-360E) glon=  300.49 glat=  24.44 u=  -7.3000 v=   9.5000 vr=  -1.13069 vt=  11.92734
 i= 1387 j= 1035 glon=  300.69 (0-360E) glon=  300.69 glat=  24.44 u=  -5.7000 v=  11.3000 vr=   0.18897 vt=  12.65481
 i= 1392 j= 1035 glon=  300.89 (0-360E) glon=  300.89 glat=  24.44 u=  -6.0000 v=  11.4000 vr=  -0.81140 vt=  12.85697
 i= 1397 j= 1035 glon=  301.09 (0-360E) glon=  301.09 glat=  24.44 u=  -5.1000 v=   9.9000 vr=  -1.13617 vt=  11.07832
 i= 1402 j= 1035 glon=  301.29 (0-360E) glon=  301.29 glat=  24.44 u=  -4.8000 v=   8.6000 vr=  -1.70800 vt=   9.69963
 i= 1407 j= 1035 glon=  301.49 (0-360E) glon=  301.49 glat=  24.44 u=  -3.7000 v=   7.9000 vr=  -1.17498 vt=   8.64404
 i= 1307 j= 1040 glon=  297.49 (0-360E) glon=  297.49 glat=  24.24 u=  -2.1000 v=  -5.6000 vr=   0.93161 vt=   5.90780
 i= 1312 j= 1040 glon=  297.69 (0-360E) glon=  297.69 glat=  24.24 u=  -1.3000 v=  -6.5000 vr=  -0.18281 vt=   6.62620
 i= 1317 j= 1040 glon=  297.89 (0-360E) glon=  297.89 glat=  24.24 u=  -0.7000 v=  -7.2000 vr=  -1.12344 vt=   7.14618
 i= 1322 j= 1040 glon=  298.09 (0-360E) glon=  298.09 glat=  24.24 u=  -2.0000 v=  -7.2000 vr=  -0.12778 vt=   7.47152
 i= 1327 j= 1040 glon=  298.29 (0-360E) glon=  298.29 glat=  24.24 u=  -2.2000 v=  -6.1000 vr=   0.07989 vt=   6.48410
 i= 1332 j= 1040 glon=  298.49 (0-360E) glon=  298.49 glat=  24.24 u=  -3.7000 v=  -6.5000 vr=   0.90997 vt=   7.42374
 i= 1337 j= 1040 glon=  298.69 (0-360E) glon=  298.69 glat=  24.24 u=  -4.7000 v=  -6.2000 vr=   1.28661 vt=   7.67298
 i= 1342 j= 1040 glon=  298.89 (0-360E) glon=  298.89 glat=  24.24 u=  -4.5000 v=  -6.2000 vr=   0.12242 vt=   7.65996
 i= 1347 j= 1040 glon=  299.09 (0-360E) glon=  299.09 glat=  24.24 u=  -4.8000 v=  -8.3000 vr=  -2.74721 vt=   9.18601
 i= 1352 j= 1040 glon=  299.29 (0-360E) glon=  299.29 glat=  24.24 u=  -7.3000 v=  -8.2000 vr=  -4.38979 vt=  10.06279
 i= 1357 j= 1040 glon=  299.49 (0-360E) glon=  299.49 glat=  24.24 u= -12.7000 v=  -2.4000 vr=  -2.65301 vt=  12.64957
 i= 1362 j= 1040 glon=  299.69 (0-360E) glon=  299.69 glat=  24.24 u= -11.9000 v=   7.2000 vr=   1.10643 vt=  13.86455
 i= 1367 j= 1040 glon=  299.89 (0-360E) glon=  299.89 glat=  24.24 u=  -8.8000 v=  11.5000 vr=   2.03477 vt=  14.33701
 i= 1372 j= 1040 glon=  300.09 (0-360E) glon=  300.09 glat=  24.24 u=  -7.8000 v=  11.3000 vr=  -0.07270 vt=  13.73043
 i= 1377 j= 1040 glon=  300.29 (0-360E) glon=  300.29 glat=  24.24 u=  -6.9000 v=  12.2000 vr=  -0.57085 vt=  14.00443
 i= 1382 j= 1040 glon=  300.49 (0-360E) glon=  300.49 glat=  24.24 u=  -8.1000 v=  12.4000 vr=  -2.78323 vt=  14.54729
 i= 1387 j= 1040 glon=  300.69 (0-360E) glon=  300.69 glat=  24.24 u=  -6.4000 v=  13.4000 vr=  -1.71983 vt=  14.74999
 i= 1392 j= 1040 glon=  300.89 (0-360E) glon=  300.89 glat=  24.24 u=  -5.3000 v=  12.9000 vr=  -1.46235 vt=  13.86945
 i= 1397 j= 1040 glon=  301.09 (0-360E) glon=  301.09 glat=  24.24 u=  -4.7000 v=  10.8000 vr=  -1.87853 vt=  11.62760
 i= 1402 j= 1040 glon=  301.29 (0-360E) glon=  301.29 glat=  24.24 u=  -3.9000 v=   9.1000 vr=  -1.79167 vt=   9.73704
 i= 1407 j= 1040 glon=  301.49 (0-360E) glon=  301.49 glat=  24.24 u=  -3.5000 v=   7.9000 vr=  -1.85501 vt=   8.43913
 i= 1302 j= 1045 glon=  297.29 (0-360E) glon=  297.29 glat=  24.04 u=  -1.4000 v=  -4.8000 vr=   0.98470 vt=   4.90208
 i= 1307 j= 1045 glon=  297.49 (0-360E) glon=  297.49 glat=  24.04 u=  -1.7000 v=  -5.7000 vr=   1.15221 vt=   5.83544
 i= 1312 j= 1045 glon=  297.69 (0-360E) glon=  297.69 glat=  24.04 u=  -0.8000 v=  -6.7000 vr=   0.08519 vt=   6.74705
 i= 1317 j= 1045 glon=  297.89 (0-360E) glon=  297.89 glat=  24.04 u=   0.2000 v=  -7.5000 vr=  -1.09807 vt=   7.42188
 i= 1322 j= 1045 glon=  298.09 (0-360E) glon=  298.09 glat=  24.04 u=  -0.6000 v=  -7.6000 vr=  -0.45175 vt=   7.61025
 i= 1327 j= 1045 glon=  298.29 (0-360E) glon=  298.29 glat=  24.04 u=  -1.5000 v=  -6.9000 vr=   0.36991 vt=   7.05147
 i= 1332 j= 1045 glon=  298.49 (0-360E) glon=  298.49 glat=  24.04 u=  -2.4000 v=  -7.0000 vr=   1.00347 vt=   7.33165
 i= 1337 j= 1045 glon=  298.69 (0-360E) glon=  298.69 glat=  24.04 u=  -2.7000 v=  -7.0000 vr=   0.94077 vt=   7.44345
 i= 1342 j= 1045 glon=  298.89 (0-360E) glon=  298.89 glat=  24.04 u=  -2.9000 v=  -6.2000 vr=   0.80066 vt=   6.79772
 i= 1347 j= 1045 glon=  299.09 (0-360E) glon=  299.09 glat=  24.04 u=   0.5000 v=  -7.5000 vr=  -3.81134 vt=   6.47871
 i= 1352 j= 1045 glon=  299.29 (0-360E) glon=  299.29 glat=  24.04 u=  -1.2000 v= -10.1000 vr=  -6.39789 vt=   7.90677
 i= 1357 j= 1045 glon=  299.49 (0-360E) glon=  299.49 glat=  24.04 u=  -3.0000 v=  -4.6000 vr=  -4.72230 vt=   2.80356
 i= 1362 j= 1045 glon=  299.69 (0-360E) glon=  299.69 glat=  24.04 u=  -1.6000 v=  10.2000 vr=   5.84192 vt=   8.51305
 i= 1367 j= 1045 glon=  299.89 (0-360E) glon=  299.89 glat=  24.04 u=  -3.6000 v=  12.8000 vr=   2.30908 vt=  13.09459
 i= 1372 j= 1045 glon=  300.09 (0-360E) glon=  300.09 glat=  24.04 u=  -6.0000 v=  10.7000 vr=  -2.42540 vt=  12.02528
 i= 1377 j= 1045 glon=  300.29 (0-360E) glon=  300.29 glat=  24.04 u=  -5.7000 v=   9.6000 vr=  -3.28073 vt=  10.67178
 i= 1382 j= 1045 glon=  300.49 (0-360E) glon=  300.49 glat=  24.04 u=  -6.9000 v=  11.9000 vr=  -4.51416 vt=  12.99394
 i= 1387 j= 1045 glon=  300.69 (0-360E) glon=  300.69 glat=  24.04 u=  -5.5000 v=  14.2000 vr=  -3.17625 vt=  14.89300
 i= 1392 j= 1045 glon=  300.89 (0-360E) glon=  300.89 glat=  24.04 u=  -4.7000 v=  13.9000 vr=  -2.76614 vt=  14.41001
 i= 1397 j= 1045 glon=  301.09 (0-360E) glon=  301.09 glat=  24.04 u=  -3.9000 v=  12.1000 vr=  -2.43673 vt=  12.47727
 i= 1402 j= 1045 glon=  301.29 (0-360E) glon=  301.29 glat=  24.04 u=  -3.1000 v=  10.0000 vr=  -2.03295 vt=  10.27021
 i= 1407 j= 1045 glon=  301.49 (0-360E) glon=  301.49 glat=  24.04 u=  -2.8000 v=   8.7000 vr=  -1.97050 vt=   8.92452
 i= 1302 j= 1050 glon=  297.29 (0-360E) glon=  297.29 glat=  23.84 u=  -0.7000 v=  -4.9000 vr=   0.76345 vt=   4.89052
 i= 1307 j= 1050 glon=  297.49 (0-360E) glon=  297.49 glat=  23.84 u=  -1.1000 v=  -5.6000 vr=   1.17709 vt=   5.58430
 i= 1312 j= 1050 glon=  297.69 (0-360E) glon=  297.69 glat=  23.84 u=  -0.1000 v=  -6.9000 vr=   0.20222 vt=   6.89776
 i= 1317 j= 1050 glon=  297.89 (0-360E) glon=  297.89 glat=  23.84 u=   0.7000 v=  -7.9000 vr=  -0.57243 vt=   7.91027
 i= 1322 j= 1050 glon=  298.09 (0-360E) glon=  298.09 glat=  23.84 u=   1.2000 v=  -8.4000 vr=  -1.04963 vt=   8.42011
 i= 1327 j= 1050 glon=  298.29 (0-360E) glon=  298.29 glat=  23.84 u=  -1.0000 v=  -6.9000 vr=   1.13960 vt=   6.87832
 i= 1332 j= 1050 glon=  298.49 (0-360E) glon=  298.49 glat=  23.84 u=  -1.4000 v=  -6.6000 vr=   1.55594 vt=   6.56499
 i= 1337 j= 1050 glon=  298.69 (0-360E) glon=  298.69 glat=  23.84 u=  -0.4000 v=  -6.5000 vr=   0.58806 vt=   6.48569
 i= 1342 j= 1050 glon=  298.89 (0-360E) glon=  298.89 glat=  23.84 u=   0.8000 v=  -6.6000 vr=  -0.54883 vt=   6.62562
 i= 1347 j= 1050 glon=  299.09 (0-360E) glon=  299.09 glat=  23.84 u=   2.4000 v=  -6.3000 vr=  -2.04052 vt=   6.42544
 i= 1352 j= 1050 glon=  299.29 (0-360E) glon=  299.29 glat=  23.84 u=   5.0000 v=  -5.1000 vr=  -4.38751 vt=   5.63558
 i= 1357 j= 1050 glon=  299.49 (0-360E) glon=  299.49 glat=  23.84 u=   7.4000 v=  -1.6000 vr=   4.12082 vt=   6.35129
 i= 1362 j= 1050 glon=  299.69 (0-360E) glon=  299.69 glat=  23.84 u=   6.6000 v=   7.3000 vr=   5.79839 vt=   7.95165
 i= 1367 j= 1050 glon=  299.89 (0-360E) glon=  299.89 glat=  23.84 u=   0.4000 v=   9.9000 vr=  -0.13737 vt=   9.90713
 i= 1372 j= 1050 glon=  300.09 (0-360E) glon=  300.09 glat=  23.84 u=  -3.5000 v=   7.9000 vr=  -3.78981 vt=   7.76514
 i= 1377 j= 1050 glon=  300.29 (0-360E) glon=  300.29 glat=  23.84 u=  -5.6000 v=   8.7000 vr=  -5.84496 vt=   8.53735
 i= 1382 j= 1050 glon=  300.49 (0-360E) glon=  300.49 glat=  23.84 u=  -4.9000 v=  14.0000 vr=  -5.22553 vt=  13.88178
 i= 1387 j= 1050 glon=  300.69 (0-360E) glon=  300.69 glat=  23.84 u=  -3.6000 v=  15.0000 vr=  -3.89975 vt=  14.92488
 i= 1392 j= 1050 glon=  300.89 (0-360E) glon=  300.89 glat=  23.84 u=  -3.6000 v=  14.5000 vr=  -3.85628 vt=  14.43396
 i= 1397 j= 1050 glon=  301.09 (0-360E) glon=  301.09 glat=  23.84 u=  -3.1000 v=  12.9000 vr=  -3.30618 vt=  12.84870
 i= 1402 j= 1050 glon=  301.29 (0-360E) glon=  301.29 glat=  23.84 u=  -2.3000 v=  10.6000 vr=  -2.45579 vt=  10.56499
 i= 1407 j= 1050 glon=  301.49 (0-360E) glon=  301.49 glat=  23.84 u=  -1.8000 v=   9.1000 vr=  -1.92459 vt=   9.07447
 i= 1412 j= 1050 glon=  301.69 (0-360E) glon=  301.69 glat=  23.84 u=  -2.1000 v=   8.2000 vr=  -2.20561 vt=   8.17223
 i= 1302 j= 1055 glon=  297.29 (0-360E) glon=  297.29 glat=  23.64 u=  -0.2000 v=  -5.2000 vr=   0.78490 vt=   5.14431
 i= 1307 j= 1055 glon=  297.49 (0-360E) glon=  297.49 glat=  23.64 u=  -0.3000 v=  -5.8000 vr=   1.01227 vt=   5.71885
 i= 1312 j= 1055 glon=  297.69 (0-360E) glon=  297.69 glat=  23.64 u=   0.4000 v=  -6.6000 vr=   0.50145 vt=   6.59307
 i= 1317 j= 1055 glon=  297.89 (0-360E) glon=  297.89 glat=  23.64 u=   1.3000 v=  -7.7000 vr=  -0.11417 vt=   7.80813
 i= 1322 j= 1055 glon=  298.09 (0-360E) glon=  298.09 glat=  23.64 u=   2.4000 v=  -8.4000 vr=  -0.91435 vt=   8.68815
 i= 1327 j= 1055 glon=  298.29 (0-360E) glon=  298.29 glat=  23.64 u=   0.6000 v=  -7.7000 vr=   0.95021 vt=   7.66467
 i= 1332 j= 1055 glon=  298.49 (0-360E) glon=  298.49 glat=  23.64 u=  -0.3000 v=  -5.8000 vr=   1.66745 vt=   5.56324
 i= 1337 j= 1055 glon=  298.69 (0-360E) glon=  298.69 glat=  23.64 u=   0.9000 v=  -5.3000 vr=   0.68596 vt=   5.33193
 i= 1342 j= 1055 glon=  298.89 (0-360E) glon=  298.89 glat=  23.64 u=   2.2000 v=  -5.3000 vr=  -0.03753 vt=   5.73834
 i= 1347 j= 1055 glon=  299.09 (0-360E) glon=  299.09 glat=  23.64 u=   4.0000 v=  -5.5000 vr=  -0.52792 vt=   6.78021
 i= 1352 j= 1055 glon=  299.29 (0-360E) glon=  299.29 glat=  23.64 u=   5.6000 v=  -3.6000 vr=  -0.67489 vt=   6.62303
 i= 1357 j= 1055 glon=  299.49 (0-360E) glon=  299.49 glat=  23.64 u=   6.2000 v=   0.1000 vr=   0.11396 vt=   6.19976
 i= 1362 j= 1055 glon=  299.69 (0-360E) glon=  299.69 glat=  23.64 u=   4.6000 v=   3.6000 vr=   0.28979 vt=   5.83404
 i= 1367 j= 1055 glon=  299.89 (0-360E) glon=  299.89 glat=  23.64 u=   1.9000 v=   5.7000 vr=  -1.25862 vt=   5.87502
 i= 1372 j= 1055 glon=  300.09 (0-360E) glon=  300.09 glat=  23.64 u=  -2.3000 v=   5.3000 vr=  -4.09115 vt=   4.07952
 i= 1377 j= 1055 glon=  300.29 (0-360E) glon=  300.29 glat=  23.64 u= -11.6000 v=   7.1000 vr= -13.14751 vt=   3.48039
 i= 1382 j= 1055 glon=  300.49 (0-360E) glon=  300.49 glat=  23.64 u=  -7.1000 v=  15.4000 vr= -10.50108 vt=  13.31530
 i= 1387 j= 1055 glon=  300.69 (0-360E) glon=  300.69 glat=  23.64 u=  -3.3000 v=  16.0000 vr=  -6.38997 vt=  15.03523
 i= 1392 j= 1055 glon=  300.89 (0-360E) glon=  300.89 glat=  23.64 u=  -1.3000 v=  14.8000 vr=  -3.80663 vt=  14.36104
 i= 1397 j= 1055 glon=  301.09 (0-360E) glon=  301.09 glat=  23.64 u=  -1.9000 v=  12.8000 vr=  -3.80553 vt=  12.36802
 i= 1402 j= 1055 glon=  301.29 (0-360E) glon=  301.29 glat=  23.64 u=  -1.5000 v=  10.6000 vr=  -2.91569 vt=  10.30091
 i= 1407 j= 1055 glon=  301.49 (0-360E) glon=  301.49 glat=  23.64 u=  -1.0000 v=   9.1000 vr=  -2.10498 vt=   8.90949
 i= 1307 j= 1060 glon=  297.49 (0-360E) glon=  297.49 glat=  23.44 u=   0.4000 v=  -5.9000 vr=   0.95397 vt=   5.83609
 i= 1312 j= 1060 glon=  297.69 (0-360E) glon=  297.69 glat=  23.44 u=   0.9000 v=  -6.5000 vr=   0.75988 vt=   6.51787
 i= 1317 j= 1060 glon=  297.89 (0-360E) glon=  297.89 glat=  23.44 u=   2.1000 v=  -7.1000 vr=  -0.03206 vt=   7.40398
 i= 1322 j= 1060 glon=  298.09 (0-360E) glon=  298.09 glat=  23.44 u=   2.8000 v=  -7.8000 vr=  -0.19847 vt=   8.28496
 i= 1327 j= 1060 glon=  298.29 (0-360E) glon=  298.29 glat=  23.44 u=   2.8000 v=  -7.8000 vr=   0.20500 vt=   8.28480
 i= 1332 j= 1060 glon=  298.49 (0-360E) glon=  298.49 glat=  23.44 u=   2.5000 v=  -7.2000 vr=   0.76563 vt=   7.58313
 i= 1337 j= 1060 glon=  298.69 (0-360E) glon=  298.69 glat=  23.44 u=   1.1000 v=  -5.2000 vr=   1.66125 vt=   5.04879
 i= 1342 j= 1060 glon=  298.89 (0-360E) glon=  298.89 glat=  23.44 u=   1.4000 v=  -4.0000 vr=   1.34770 vt=   4.01792
 i= 1347 j= 1060 glon=  299.09 (0-360E) glon=  299.09 glat=  23.44 u=   2.7000 v=  -3.5000 vr=   0.91044 vt=   4.32563
 i= 1352 j= 1060 glon=  299.29 (0-360E) glon=  299.29 glat=  23.44 u=   3.4000 v=  -2.3000 vr=   0.81191 vt=   4.02378
 i= 1357 j= 1060 glon=  299.49 (0-360E) glon=  299.49 glat=  23.44 u=   4.4000 v=   0.0000 vr=   0.07958 vt=   4.39928
 i= 1362 j= 1060 glon=  299.69 (0-360E) glon=  299.69 glat=  23.44 u=   3.9000 v=   2.1000 vr=  -0.30051 vt=   4.41924
 i= 1367 j= 1060 glon=  299.89 (0-360E) glon=  299.89 glat=  23.44 u=   2.7000 v=   3.1000 vr=  -0.52252 vt=   4.07762
 i= 1372 j= 1060 glon=  300.09 (0-360E) glon=  300.09 glat=  23.44 u=   5.0000 v=   2.8000 vr=   2.30174 vt=   5.24805
 i= 1377 j= 1060 glon=  300.29 (0-360E) glon=  300.29 glat=  23.44 u=  14.6000 v=   6.8000 vr=   9.32526 vt=  13.13162
 i= 1382 j= 1060 glon=  300.49 (0-360E) glon=  300.49 glat=  23.44 u=  -3.0000 v=  16.2000 vr=  -9.46080 vt=  13.48826
 i= 1387 j= 1060 glon=  300.69 (0-360E) glon=  300.69 glat=  23.44 u=  -2.8000 v=  15.7000 vr=  -8.21693 vt=  13.66792
 i= 1392 j= 1060 glon=  300.89 (0-360E) glon=  300.89 glat=  23.44 u=   0.3000 v=  14.8000 vr=  -4.33143 vt=  14.15516
 i= 1397 j= 1060 glon=  301.09 (0-360E) glon=  301.09 glat=  23.44 u=  -0.7000 v=  12.8000 vr=  -4.21646 vt=  12.10584
 i= 1402 j= 1060 glon=  301.29 (0-360E) glon=  301.29 glat=  23.44 u=  -0.7000 v=  10.6000 vr=  -3.31554 vt=  10.09243
 i= 1407 j= 1060 glon=  301.49 (0-360E) glon=  301.49 glat=  23.44 u=  -0.6000 v=   9.1000 vr=  -2.64082 vt=   8.72904
 i= 1307 j= 1065 glon=  297.49 (0-360E) glon=  297.49 glat=  23.24 u=   1.2000 v=  -5.5000 vr=   0.65156 vt=   5.59155
 i= 1312 j= 1065 glon=  297.69 (0-360E) glon=  297.69 glat=  23.24 u=   1.4000 v=  -6.1000 vr=   0.86382 vt=   6.19870
 i= 1317 j= 1065 glon=  297.89 (0-360E) glon=  297.89 glat=  23.24 u=   2.4000 v=  -6.5000 vr=   0.35233 vt=   6.91996
 i= 1322 j= 1065 glon=  298.09 (0-360E) glon=  298.09 glat=  23.24 u=   3.1000 v=  -6.8000 vr=   0.20225 vt=   7.47055
 i= 1327 j= 1065 glon=  298.29 (0-360E) glon=  298.29 glat=  23.24 u=   3.7000 v=  -7.4000 vr=   0.45192 vt=   8.26110
 i= 1332 j= 1065 glon=  298.49 (0-360E) glon=  298.49 glat=  23.24 u=   3.7000 v=  -6.4000 vr=   0.56206 vt=   7.37117
 i= 1337 j= 1065 glon=  298.69 (0-360E) glon=  298.69 glat=  23.24 u=   4.1000 v=  -5.5000 vr=   0.46466 vt=   6.84427
 i= 1342 j= 1065 glon=  298.89 (0-360E) glon=  298.89 glat=  23.24 u=   4.2000 v=  -4.1000 vr=   0.32645 vt=   5.86033
 i= 1347 j= 1065 glon=  299.09 (0-360E) glon=  299.09 glat=  23.24 u=   4.5000 v=  -2.6000 vr=  -0.00172 vt=   5.19711
 i= 1352 j= 1065 glon=  299.29 (0-360E) glon=  299.29 glat=  23.24 u=   5.1000 v=  -1.4000 vr=  -0.04200 vt=   5.28850
 i= 1357 j= 1065 glon=  299.49 (0-360E) glon=  299.49 glat=  23.24 u=   6.3000 v=   0.5000 vr=  -0.42274 vt=   6.30566
 i= 1362 j= 1065 glon=  299.69 (0-360E) glon=  299.69 glat=  23.24 u=   6.7000 v=   1.4000 vr=   0.63157 vt=   6.81551
 i= 1367 j= 1065 glon=  299.89 (0-360E) glon=  299.89 glat=  23.24 u=   7.7000 v=   2.9000 vr=   1.49098 vt=   8.09179
 i= 1372 j= 1065 glon=  300.09 (0-360E) glon=  300.09 glat=  23.24 u=  10.3000 v=   2.9000 vr=   4.72131 vt=   9.60256
 i= 1377 j= 1065 glon=  300.29 (0-360E) glon=  300.29 glat=  23.24 u=  11.5000 v=  12.8000 vr=   0.58120 vt=  17.19745
 i= 1382 j= 1065 glon=  300.49 (0-360E) glon=  300.49 glat=  23.24 u=  -1.8000 v=  16.7000 vr= -10.82046 vt=  12.84709
 i= 1387 j= 1065 glon=  300.69 (0-360E) glon=  300.69 glat=  23.24 u=  -1.2000 v=  15.2000 vr=  -8.49810 vt=  12.65947
 i= 1392 j= 1065 glon=  300.89 (0-360E) glon=  300.89 glat=  23.24 u=   1.3000 v=  14.2000 vr=  -5.00839 vt=  13.35088
 i= 1397 j= 1065 glon=  301.09 (0-360E) glon=  301.09 glat=  23.24 u=   0.3000 v=  12.2000 vr=  -4.48459 vt=  11.34982
 i= 1402 j= 1065 glon=  301.29 (0-360E) glon=  301.29 glat=  23.24 u=   0.0000 v=  10.1000 vr=  -3.56794 vt=   9.44880
 i= 1407 j= 1065 glon=  301.49 (0-360E) glon=  301.49 glat=  23.24 u=  -0.3000 v=   8.9000 vr=  -3.15387 vt=   8.32785
 i= 1307 j= 1070 glon=  297.49 (0-360E) glon=  297.49 glat=  23.04 u=   1.6000 v=  -5.2000 vr=   0.68800 vt=   5.39691
 i= 1312 j= 1070 glon=  297.69 (0-360E) glon=  297.69 glat=  23.04 u=   1.9000 v=  -5.8000 vr=   0.90780 vt=   6.03539
 i= 1317 j= 1070 glon=  297.89 (0-360E) glon=  297.89 glat=  23.04 u=   2.6000 v=  -5.9000 vr=   0.63965 vt=   6.41567
 i= 1322 j= 1070 glon=  298.09 (0-360E) glon=  298.09 glat=  23.04 u=   3.4000 v=  -5.8000 vr=   0.28987 vt=   6.71684
 i= 1327 j= 1070 glon=  298.29 (0-360E) glon=  298.29 glat=  23.04 u=   4.3000 v=  -6.2000 vr=   0.29596 vt=   7.53939
 i= 1332 j= 1070 glon=  298.49 (0-360E) glon=  298.49 glat=  23.04 u=   5.3000 v=  -5.9000 vr=   0.02698 vt=   7.93091
 i= 1337 j= 1070 glon=  298.69 (0-360E) glon=  298.69 glat=  23.04 u=   5.4000 v=  -5.5000 vr=   0.54745 vt=   7.68832
 i= 1342 j= 1070 glon=  298.89 (0-360E) glon=  298.89 glat=  23.04 u=   5.9000 v=  -4.4000 vr=   0.41985 vt=   7.34804
 i= 1347 j= 1070 glon=  299.09 (0-360E) glon=  299.09 glat=  23.04 u=   6.9000 v=  -3.0000 vr=  -0.01654 vt=   7.52394
 i= 1352 j= 1070 glon=  299.29 (0-360E) glon=  299.29 glat=  23.04 u=   8.4000 v=  -1.0000 vr=  -0.78086 vt=   8.42320
 i= 1357 j= 1070 glon=  299.49 (0-360E) glon=  299.49 glat=  23.04 u=   9.6000 v=   1.3000 vr=  -1.21093 vt=   9.61164
 i= 1362 j= 1070 glon=  299.69 (0-360E) glon=  299.69 glat=  23.04 u=   9.8000 v=   4.4000 vr=  -2.06484 vt=  10.54213
 i= 1367 j= 1070 glon=  299.89 (0-360E) glon=  299.89 glat=  23.04 u=  10.5000 v=   5.4000 vr=  -0.55755 vt=  11.79403
 i= 1372 j= 1070 glon=  300.09 (0-360E) glon=  300.09 glat=  23.04 u=  11.4000 v=   7.5000 vr=   0.19893 vt=  13.64443
 i= 1377 j= 1070 glon=  300.29 (0-360E) glon=  300.29 glat=  23.04 u=   7.2000 v=  11.8000 vr=  -3.94166 vt=  13.24927
 i= 1382 j= 1070 glon=  300.49 (0-360E) glon=  300.49 glat=  23.04 u=  -0.9000 v=  14.2000 vr= -10.11081 vt=  10.01107
 i= 1387 j= 1070 glon=  300.69 (0-360E) glon=  300.69 glat=  23.04 u=   0.9000 v=  12.6000 vr=  -6.79232 vt=  10.65056
 i= 1392 j= 1070 glon=  300.89 (0-360E) glon=  300.89 glat=  23.04 u=   2.0000 v=  12.7000 vr=  -5.14591 vt=  11.78175
 i= 1397 j= 1070 glon=  301.09 (0-360E) glon=  301.09 glat=  23.04 u=   1.2000 v=  11.6000 vr=  -4.61619 vt=  10.70938
 i= 1402 j= 1070 glon=  301.29 (0-360E) glon=  301.29 glat=  23.04 u=   0.5000 v=   9.8000 vr=  -3.92262 vt=   8.99461
 i= 1407 j= 1070 glon=  301.49 (0-360E) glon=  301.49 glat=  23.04 u=   0.0000 v=   8.4000 vr=  -3.44230 vt=   7.66228
 i= 1312 j= 1075 glon=  297.69 (0-360E) glon=  297.69 glat=  22.84 u=   2.4000 v=  -4.9000 vr=   0.55947 vt=   5.42743
 i= 1317 j= 1075 glon=  297.89 (0-360E) glon=  297.89 glat=  22.84 u=   2.9000 v=  -5.0000 vr=   0.49975 vt=   5.75849
 i= 1322 j= 1075 glon=  298.09 (0-360E) glon=  298.09 glat=  22.84 u=   3.5000 v=  -5.0000 vr=   0.39892 vt=   6.09023
 i= 1327 j= 1075 glon=  298.29 (0-360E) glon=  298.29 glat=  22.84 u=   4.4000 v=  -4.9000 vr=   0.13673 vt=   6.58417
 i= 1332 j= 1075 glon=  298.49 (0-360E) glon=  298.49 glat=  22.84 u=   5.4000 v=  -4.4000 vr=  -0.30135 vt=   6.95911
 i= 1337 j= 1075 glon=  298.69 (0-360E) glon=  298.69 glat=  22.84 u=   6.2000 v=  -3.5000 vr=  -0.73786 vt=   7.08135
 i= 1342 j= 1075 glon=  298.89 (0-360E) glon=  298.89 glat=  22.84 u=   7.1000 v=  -3.0000 vr=  -0.68164 vt=   7.67759
 i= 1347 j= 1075 glon=  299.09 (0-360E) glon=  299.09 glat=  22.84 u=   7.8000 v=  -1.5000 vr=  -1.17346 vt=   7.85576
 i= 1352 j= 1075 glon=  299.29 (0-360E) glon=  299.29 glat=  22.84 u=   8.6000 v=   0.2000 vr=  -1.65652 vt=   8.44132
 i= 1357 j= 1075 glon=  299.49 (0-360E) glon=  299.49 glat=  22.84 u=   9.3000 v=   2.0000 vr=  -1.93060 vt=   9.31466
 i= 1362 j= 1075 glon=  299.69 (0-360E) glon=  299.69 glat=  22.84 u=   9.5000 v=   3.5000 vr=  -1.69308 vt=   9.98166
 i= 1367 j= 1075 glon=  299.89 (0-360E) glon=  299.89 glat=  22.84 u=   9.6000 v=   4.4000 vr=  -0.82598 vt=  10.52795
 i= 1372 j= 1075 glon=  300.09 (0-360E) glon=  300.09 glat=  22.84 u=   8.8000 v=   5.9000 vr=  -0.96014 vt=  10.55121
 i= 1377 j= 1075 glon=  300.29 (0-360E) glon=  300.29 glat=  22.84 u=   5.0000 v=   8.1000 vr=  -3.62083 vt=   8.80338
 i= 1382 j= 1075 glon=  300.49 (0-360E) glon=  300.49 glat=  22.84 u=   2.7000 v=   9.9000 vr=  -5.53171 vt=   8.64293
 i= 1387 j= 1075 glon=  300.69 (0-360E) glon=  300.69 glat=  22.84 u=   2.4000 v=   9.6000 vr=  -4.74937 vt=   8.68122
 i= 1392 j= 1075 glon=  300.89 (0-360E) glon=  300.89 glat=  22.84 u=   2.6000 v=  11.3000 vr=  -4.98327 vt=  10.46981
 i= 1397 j= 1075 glon=  301.09 (0-360E) glon=  301.09 glat=  22.84 u=   2.1000 v=  10.9000 vr=  -4.49580 vt=  10.14927
 i= 1402 j= 1075 glon=  301.29 (0-360E) glon=  301.29 glat=  22.84 u=   1.1000 v=   9.1000 vr=  -3.85261 vt=   8.31730
 i= 1317 j= 1080 glon=  297.89 (0-360E) glon=  297.89 glat=  22.64 u=   2.8000 v=  -3.9000 vr=   0.36150 vt=   4.78741
 i= 1322 j= 1080 glon=  298.09 (0-360E) glon=  298.09 glat=  22.64 u=   3.7000 v=  -4.1000 vr=   0.16669 vt=   5.52016
 i= 1327 j= 1080 glon=  298.29 (0-360E) glon=  298.29 glat=  22.64 u=   4.6000 v=  -4.0000 vr=  -0.08284 vt=   6.09534
 i= 1332 j= 1080 glon=  298.49 (0-360E) glon=  298.49 glat=  22.64 u=   5.1000 v=  -3.6000 vr=  -0.15657 vt=   6.24063
 i= 1337 j= 1080 glon=  298.69 (0-360E) glon=  298.69 glat=  22.64 u=   5.8000 v=  -2.7000 vr=  -0.64234 vt=   6.36533
 i= 1342 j= 1080 glon=  298.89 (0-360E) glon=  298.89 glat=  22.64 u=   6.5000 v=  -1.5000 vr=  -1.26874 vt=   6.54907
 i= 1347 j= 1080 glon=  299.09 (0-360E) glon=  299.09 glat=  22.64 u=   7.1000 v=  -0.3000 vr=  -1.71635 vt=   6.89595
 i= 1352 j= 1080 glon=  299.29 (0-360E) glon=  299.29 glat=  22.64 u=   8.0000 v=   0.9000 vr=  -2.03123 vt=   7.79000
 i= 1357 j= 1080 glon=  299.49 (0-360E) glon=  299.49 glat=  22.64 u=   9.0000 v=   2.0000 vr=  -1.94383 vt=   9.01230
 i= 1362 j= 1080 glon=  299.69 (0-360E) glon=  299.69 glat=  22.64 u=   8.8000 v=   3.0000 vr=  -1.60332 vt=   9.15802
 i= 1367 j= 1080 glon=  299.89 (0-360E) glon=  299.89 glat=  22.64 u=   8.5000 v=   3.4000 vr=  -0.75814 vt=   9.12333
 i= 1372 j= 1080 glon=  300.09 (0-360E) glon=  300.09 glat=  22.64 u=   6.3000 v=   4.4000 vr=  -1.38442 vt=   7.55866
 i= 1377 j= 1080 glon=  300.29 (0-360E) glon=  300.29 glat=  22.64 u=   4.6000 v=   5.8000 vr=  -2.57225 vt=   6.94144
 i= 1382 j= 1080 glon=  300.49 (0-360E) glon=  300.49 glat=  22.64 u=   3.4000 v=   7.1000 vr=  -3.61069 vt=   6.99521
 i= 1387 j= 1080 glon=  300.69 (0-360E) glon=  300.69 glat=  22.64 u=   3.3000 v=   8.2000 vr=  -3.86063 vt=   7.95145
 i= 1392 j= 1080 glon=  300.89 (0-360E) glon=  300.89 glat=  22.64 u=   3.7000 v=  10.1000 vr=  -4.26097 vt=   9.87644
 i= 1397 j= 1080 glon=  301.09 (0-360E) glon=  301.09 glat=  22.64 u=   2.9000 v=  10.1000 vr=  -4.22098 vt=   9.62306
 i= 1322 j= 1085 glon=  298.09 (0-360E) glon=  298.09 glat=  22.44 u=   3.8000 v=  -3.4000 vr=  -0.00573 vt=   5.09902
 i= 1327 j= 1085 glon=  298.29 (0-360E) glon=  298.29 glat=  22.44 u=   4.5000 v=  -3.0000 vr=  -0.36277 vt=   5.39615
 i= 1332 j= 1085 glon=  298.49 (0-360E) glon=  298.49 glat=  22.44 u=   5.1000 v=  -2.5000 vr=  -0.64227 vt=   5.64336
 i= 1337 j= 1085 glon=  298.69 (0-360E) glon=  298.69 glat=  22.44 u=   5.7000 v=  -1.7000 vr=  -1.07936 vt=   5.84936
 i= 1342 j= 1085 glon=  298.89 (0-360E) glon=  298.89 glat=  22.44 u=   6.5000 v=  -1.0000 vr=  -1.38505 vt=   6.42897
 i= 1347 j= 1085 glon=  299.09 (0-360E) glon=  299.09 glat=  22.44 u=   7.3000 v=  -0.1000 vr=  -1.69286 vt=   7.10170
 i= 1352 j= 1085 glon=  299.29 (0-360E) glon=  299.29 glat=  22.44 u=   8.2000 v=   0.5000 vr=  -1.50357 vt=   8.07646
 i= 1357 j= 1085 glon=  299.49 (0-360E) glon=  299.49 glat=  22.44 u=   8.5000 v=   0.8000 vr=  -0.75442 vt=   8.50417
 i= 1362 j= 1085 glon=  299.69 (0-360E) glon=  299.69 glat=  22.44 u=   7.8000 v=   1.3000 vr=  -0.24862 vt=   7.90368
 i= 1367 j= 1085 glon=  299.89 (0-360E) glon=  299.89 glat=  22.44 u=   7.2000 v=   1.9000 vr=  -0.00191 vt=   7.44648
 i= 1372 j= 1085 glon=  300.09 (0-360E) glon=  300.09 glat=  22.44 u=   5.1000 v=   3.0000 vr=  -0.92846 vt=   5.84363
 i= 1377 j= 1085 glon=  300.29 (0-360E) glon=  300.29 glat=  22.44 u=   4.1000 v=   4.0000 vr=  -1.65048 vt=   5.48506
 i= 1382 j= 1085 glon=  300.49 (0-360E) glon=  300.49 glat=  22.44 u=   3.4000 v=   5.0000 vr=  -2.33777 vt=   5.57627
 i= 1387 j= 1085 glon=  300.69 (0-360E) glon=  300.69 glat=  22.44 u=   3.5000 v=   7.2000 vr=  -3.52908 vt=   7.18579
 i= 1392 j= 1085 glon=  300.89 (0-360E) glon=  300.89 glat=  22.44 u=   4.3000 v=   9.4000 vr=  -4.07168 vt=   9.50113
 i= 1327 j= 1090 glon=  298.29 (0-360E) glon=  298.29 glat=  22.24 u=   5.0000 v=  -2.6000 vr=  -0.63796 vt=   5.59938
 i= 1332 j= 1090 glon=  298.49 (0-360E) glon=  298.49 glat=  22.24 u=   5.7000 v=  -2.2000 vr=  -0.87014 vt=   6.04755
 i= 1337 j= 1090 glon=  298.69 (0-360E) glon=  298.69 glat=  22.24 u=   6.4000 v=  -1.8000 vr=  -0.97404 vt=   6.57657
 i= 1342 j= 1090 glon=  298.89 (0-360E) glon=  298.89 glat=  22.24 u=   7.0000 v=  -1.2000 vr=  -1.08526 vt=   7.01870
 i= 1347 j= 1090 glon=  299.09 (0-360E) glon=  299.09 glat=  22.24 u=   7.6000 v=  -0.5000 vr=  -1.15729 vt=   7.52799
 i= 1352 j= 1090 glon=  299.29 (0-360E) glon=  299.29 glat=  22.24 u=   7.9000 v=  -0.3000 vr=  -0.55424 vt=   7.88624
 i= 1357 j= 1090 glon=  299.49 (0-360E) glon=  299.49 glat=  22.24 u=   7.7000 v=  -0.5000 vr=   0.53619 vt=   7.69756
 i= 1362 j= 1090 glon=  299.69 (0-360E) glon=  299.69 glat=  22.24 u=   6.5000 v=  -0.4000 vr=   1.15860 vt=   6.40840
 i= 1367 j= 1090 glon=  299.89 (0-360E) glon=  299.89 glat=  22.24 u=   5.7000 v=   0.7000 vr=   0.60174 vt=   5.71121
 i= 1372 j= 1090 glon=  300.09 (0-360E) glon=  300.09 glat=  22.24 u=   4.2000 v=   1.7000 vr=  -0.24002 vt=   4.52464
 i= 1377 j= 1090 glon=  300.29 (0-360E) glon=  300.29 glat=  22.24 u=   3.0000 v=   2.8000 vr=  -1.29841 vt=   3.89283
 i= 1382 j= 1090 glon=  300.49 (0-360E) glon=  300.49 glat=  22.24 u=   2.3000 v=   4.8000 vr=  -3.02992 vt=   4.37602
 i= 1387 j= 1090 glon=  300.69 (0-360E) glon=  300.69 glat=  22.24 u=   3.2000 v=   8.3000 vr=  -5.04802 vt=   7.32445
 i= 1337 j= 1095 glon=  298.69 (0-360E) glon=  298.69 glat=  22.04 u=   6.5000 v=  -1.5000 vr=  -1.01541 vt=   6.59310
 i= 1342 j= 1095 glon=  298.89 (0-360E) glon=  298.89 glat=  22.04 u=   6.8000 v=  -1.1000 vr=  -0.88936 vt=   6.83074
 i= 1347 j= 1095 glon=  299.09 (0-360E) glon=  299.09 glat=  22.04 u=   7.1000 v=  -1.1000 vr=  -0.29631 vt=   7.17859
 i= 1352 j= 1095 glon=  299.29 (0-360E) glon=  299.29 glat=  22.04 u=   7.3000 v=  -1.3000 vr=   0.59168 vt=   7.39120
 i= 1357 j= 1095 glon=  299.49 (0-360E) glon=  299.49 glat=  22.04 u=   6.8000 v=  -1.6000 vr=   1.62845 vt=   6.79324
 i= 1362 j= 1095 glon=  299.69 (0-360E) glon=  299.69 glat=  22.04 u=   5.3000 v=  -1.0000 vr=   1.54810 vt=   5.16656
 i= 1367 j= 1095 glon=  299.89 (0-360E) glon=  299.89 glat=  22.04 u=   4.6000 v=  -0.1000 vr=   1.02535 vt=   4.48538
 i= 1372 j= 1095 glon=  300.09 (0-360E) glon=  300.09 glat=  22.04 u=   2.9000 v=   0.4000 vr=   0.46768 vt=   2.88986
 i= 1377 j= 1095 glon=  300.29 (0-360E) glon=  300.29 glat=  22.04 u=   1.6000 v=   2.1000 vr=  -1.34130 vt=   2.27397
 i= 1357 j= 1100 glon=  299.49 (0-360E) glon=  299.49 glat=  21.84 u=   5.6000 v=  -2.1000 vr=   2.12111 vt=   5.59204
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    8.37853533806658       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     16.63 kts
    LL Wind Circ Vt mean quadmax value: SE     15.88 kts
    LL Wind Circ Vt mean quadmax value: SW      1.90 kts
    LL Wind Circ Vt mean quadmax value: NW     13.47 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    39.0908479646669       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   3.70440128158510       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    23.6554297611069     
   xcenlon=    299.853205862975     
   imax=         2738  jmax=         2041
   jlatfix=         1054
   ilonfix (unadjusted) =         1367
  
 In get_max_wind, ibeg=         1292  iend=         1441
                  jbeg=          986  jend=         1123
         ilonfix=         1367  jlatfix=         1054
 At end of get_max_wind, vmax=    19.2717202138263       rmax= 
   30.2169894978125     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.06 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    6.05 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    6.03 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    5.99 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    5.96 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    5.93 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    5.94 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    5.94 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    6.00 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    6.12 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    6.36 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    6.66 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    6.98 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    7.18 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    7.31 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    7.56 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    7.65 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    7.74 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    8.34 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    9.07 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    9.71 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   10.04 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   10.10 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   10.03 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    9.93 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    9.81 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    9.71 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    9.62 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    9.52 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    9.38 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    9.22 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    9.03 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    8.85 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    8.68 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    8.54 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    8.42 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    8.31 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    8.21 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    8.09 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    7.98 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    7.86 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    7.75 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    10.10 m/s   maxrmw_dist=    69.00  km   maxrmw_ix=   23
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    69.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    10.1021928236248      
  (m/s)   (in kts)=    19.6255299984558     
  rising_sum_dvdr=       4.16884635820230     
  declining_sum_dvdr=   -2.12079730637382     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    36 igrct=  1 Vmax (m/s)=   19.272   22:20:54
 TIMING: before call  getradii, fhr=    36 igrct=  1   22:20:55
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    4.96699722666974     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.96699722666974     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.46151332446724     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.46151332446724     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.74325437226049     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.74325437226049     
 mr4qs after add, mean_radii_vt_4quad_sum=   0.208508024704123     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    0.21 good_quad_ct=   4 mean_vt_4quad=      0.05
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    4.53 mean_vt_4quad=    1.39
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    4.42 mean_vt_4quad=    1.45
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    4.28 mean_vt_4quad=    1.51
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    4.21 mean_vt_4quad=    1.57
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    4.22 mean_vt_4quad=    1.63
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    4.23 mean_vt_4quad=    1.69
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    4.23 mean_vt_4quad=    1.76
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    4.31 mean_vt_4quad=    1.82
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    4.33 mean_vt_4quad=    1.88
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    4.33 mean_vt_4quad=    1.94
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    4.38 mean_vt_4quad=    2.00
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    4.36 mean_vt_4quad=    2.06
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    4.36 mean_vt_4quad=    2.13
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    4.33 mean_vt_4quad=    2.19
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    4.28 mean_vt_4quad=    2.25
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    4.24 mean_vt_4quad=    2.30
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    4.22 mean_vt_4quad=    2.35
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    4.22 mean_vt_4quad=    2.41
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    4.27 mean_vt_4quad=    2.46
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    4.32 mean_vt_4quad=    2.52
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    4.39 mean_vt_4quad=    2.58
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    4.45 mean_vt_4quad=    2.63
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    4.50 mean_vt_4quad=    2.69
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    4.56 mean_vt_4quad=    2.75
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    4.59 mean_vt_4quad=    2.80
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    4.63 mean_vt_4quad=    2.85
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    4.69 mean_vt_4quad=    2.89
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    4.74 mean_vt_4quad=    2.94
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    4.77 mean_vt_4quad=    2.99
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    4.80 mean_vt_4quad=    3.04
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    4.85 mean_vt_4quad=    3.09
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    4.89 mean_vt_4quad=    3.13
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    4.91 mean_vt_4quad=    3.18
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    4.94 mean_vt_4quad=    3.22
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    5.02 mean_vt_4quad=    3.26
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    5.06 mean_vt_4quad=    3.31
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    5.10 mean_vt_4quad=    3.35
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    5.13 mean_vt_4quad=    3.39
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    5.17 mean_vt_4quad=    3.43
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    5.20 mean_vt_4quad=    3.46
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    5.25 mean_vt_4quad=    3.49
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    5.29 mean_vt_4quad=    3.53
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    5.29 mean_vt_4quad=    3.58
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    5.30 mean_vt_4quad=    3.63
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    5.39 mean_vt_4quad=    3.68
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    5.48 mean_vt_4quad=    3.73
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    5.55 mean_vt_4quad=    3.76
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    5.62 mean_vt_4quad=    3.80
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    5.66 mean_vt_4quad=    3.85
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    5.72 mean_vt_4quad=    3.90
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    5.80 mean_vt_4quad=    3.95
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    5.85 mean_vt_4quad=    4.00
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    5.90 mean_vt_4quad=    4.05
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    5.95 mean_vt_4quad=    4.11
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    6.02 mean_vt_4quad=    4.16
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    6.15 mean_vt_4quad=    4.22
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    6.25 mean_vt_4quad=    4.28
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    6.37 mean_vt_4quad=    4.35
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=    6.51 mean_vt_4quad=    4.42
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=    6.62 mean_vt_4quad=    4.50
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=    6.76 mean_vt_4quad=    4.57
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=    6.96 mean_vt_4quad=    4.65
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=    7.15 mean_vt_4quad=    4.71
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=    7.33 mean_vt_4quad=    4.78
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=    7.46 mean_vt_4quad=    4.85
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=    7.50 mean_vt_4quad=    4.92
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=    7.47 mean_vt_4quad=    5.00
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=    7.44 mean_vt_4quad=    5.09
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=    7.43 mean_vt_4quad=    5.17
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=    7.46 mean_vt_4quad=    5.24
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=    7.61 mean_vt_4quad=    5.31
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=    7.81 mean_vt_4quad=    5.38
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=    8.01 mean_vt_4quad=    5.44
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=    8.22 mean_vt_4quad=    5.51
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=    8.41 mean_vt_4quad=    5.59
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=    8.56 mean_vt_4quad=    5.68
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=    8.78 mean_vt_4quad=    5.79
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=    8.94 mean_vt_4quad=    5.90
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=    9.06 mean_vt_4quad=    6.03
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=    9.19 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=    9.26 mean_vt_4quad=    6.31
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=    9.32 mean_vt_4quad=    6.45
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=    9.46 mean_vt_4quad=    6.58
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=    9.68 mean_vt_4quad=    6.70
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=    9.90 mean_vt_4quad=    6.80
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   10.00 mean_vt_4quad=    6.90
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=    9.99 mean_vt_4quad=    6.99
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   10.08 mean_vt_4quad=    7.08
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   10.18 mean_vt_4quad=    7.18
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   10.28 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   10.39 mean_vt_4quad=    7.43
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   10.49 mean_vt_4quad=    7.56
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   10.60 mean_vt_4quad=    7.70
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   10.74 mean_vt_4quad=    7.83
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   10.92 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   11.11 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   11.29 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   11.42 mean_vt_4quad=    8.22
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   11.51 mean_vt_4quad=    8.30
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   11.58 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   11.65 mean_vt_4quad=    8.37
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   11.84 mean_vt_4quad=    8.29
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   12.09 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   12.36 mean_vt_4quad=    7.27
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   12.69 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   12.99 mean_vt_4quad=    5.31
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   13.38 mean_vt_4quad=    4.43
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   13.69 mean_vt_4quad=    3.62
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   13.74 mean_vt_4quad=    2.87
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   13.85 mean_vt_4quad=    2.27
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   13.75 mean_vt_4quad=    1.81
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   13.44 mean_vt_4quad=    1.48
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   13.03 mean_vt_4quad=    1.25
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   12.53 mean_vt_4quad=    1.07
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   11.92 mean_vt_4quad=    0.88
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   11.27 mean_vt_4quad=    0.68
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   10.57 mean_vt_4quad=    0.50
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=    9.86 mean_vt_4quad=    0.37
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=    9.17 mean_vt_4quad=    0.26
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=    8.51 mean_vt_4quad=    0.19
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=    7.88 mean_vt_4quad=    0.14
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    7.26 mean_vt_4quad=    0.10
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    6.67 mean_vt_4quad=    0.05
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    4.04 mean_vt_4quad=    1.39
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    4.13 mean_vt_4quad=    1.45
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    4.11 mean_vt_4quad=    1.51
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    4.04 mean_vt_4quad=    1.57
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    3.99 mean_vt_4quad=    1.63
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    4.02 mean_vt_4quad=    1.69
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    3.99 mean_vt_4quad=    1.76
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    3.93 mean_vt_4quad=    1.82
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    3.92 mean_vt_4quad=    1.88
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    3.82 mean_vt_4quad=    1.94
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    3.84 mean_vt_4quad=    2.00
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    3.80 mean_vt_4quad=    2.06
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    3.93 mean_vt_4quad=    2.13
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    3.91 mean_vt_4quad=    2.19
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    3.94 mean_vt_4quad=    2.25
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    3.79 mean_vt_4quad=    2.30
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    3.67 mean_vt_4quad=    2.35
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    3.71 mean_vt_4quad=    2.41
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    3.74 mean_vt_4quad=    2.46
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    3.83 mean_vt_4quad=    2.52
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    3.90 mean_vt_4quad=    2.58
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    4.00 mean_vt_4quad=    2.63
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    4.07 mean_vt_4quad=    2.69
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    4.15 mean_vt_4quad=    2.75
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    4.19 mean_vt_4quad=    2.80
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    4.31 mean_vt_4quad=    2.85
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    4.40 mean_vt_4quad=    2.89
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    4.53 mean_vt_4quad=    2.94
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    4.60 mean_vt_4quad=    2.99
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    4.68 mean_vt_4quad=    3.04
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    4.75 mean_vt_4quad=    3.09
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    4.78 mean_vt_4quad=    3.13
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    4.86 mean_vt_4quad=    3.18
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    4.95 mean_vt_4quad=    3.22
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    5.08 mean_vt_4quad=    3.26
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    5.23 mean_vt_4quad=    3.31
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    5.40 mean_vt_4quad=    3.35
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    5.58 mean_vt_4quad=    3.39
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    5.73 mean_vt_4quad=    3.43
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    5.86 mean_vt_4quad=    3.46
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    5.95 mean_vt_4quad=    3.49
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    6.02 mean_vt_4quad=    3.53
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    6.06 mean_vt_4quad=    3.58
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=    6.12 mean_vt_4quad=    3.63
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=    6.16 mean_vt_4quad=    3.68
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=    6.19 mean_vt_4quad=    3.73
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=    6.20 mean_vt_4quad=    3.76
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=    6.21 mean_vt_4quad=    3.80
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=    6.31 mean_vt_4quad=    3.85
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=    6.43 mean_vt_4quad=    3.90
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=    6.51 mean_vt_4quad=    3.95
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=    6.56 mean_vt_4quad=    4.00
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=    6.53 mean_vt_4quad=    4.05
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=    6.49 mean_vt_4quad=    4.11
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=    6.52 mean_vt_4quad=    4.16
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=    6.51 mean_vt_4quad=    4.22
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=    6.63 mean_vt_4quad=    4.28
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=    6.73 mean_vt_4quad=    4.35
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=    6.80 mean_vt_4quad=    4.42
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=    6.85 mean_vt_4quad=    4.50
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=    6.92 mean_vt_4quad=    4.57
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=    6.99 mean_vt_4quad=    4.65
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=    7.10 mean_vt_4quad=    4.71
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=    7.20 mean_vt_4quad=    4.78
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=    7.30 mean_vt_4quad=    4.85
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=    7.40 mean_vt_4quad=    4.92
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=    7.50 mean_vt_4quad=    5.00
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=    7.58 mean_vt_4quad=    5.09
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=    7.65 mean_vt_4quad=    5.17
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=    7.79 mean_vt_4quad=    5.24
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=    7.93 mean_vt_4quad=    5.31
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=    8.07 mean_vt_4quad=    5.38
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=    8.20 mean_vt_4quad=    5.44
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=    8.32 mean_vt_4quad=    5.51
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=    8.45 mean_vt_4quad=    5.59
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=    8.53 mean_vt_4quad=    5.68
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=    8.63 mean_vt_4quad=    5.79
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=    8.74 mean_vt_4quad=    5.90
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=    8.88 mean_vt_4quad=    6.03
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=    9.09 mean_vt_4quad=    6.17
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=    9.30 mean_vt_4quad=    6.31
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=    9.52 mean_vt_4quad=    6.45
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=    9.73 mean_vt_4quad=    6.58
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=    9.94 mean_vt_4quad=    6.70
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   10.11 mean_vt_4quad=    6.80
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   10.25 mean_vt_4quad=    6.90
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   10.48 mean_vt_4quad=    6.99
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   10.87 mean_vt_4quad=    7.08
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   11.30 mean_vt_4quad=    7.18
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   11.80 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   12.37 mean_vt_4quad=    7.43
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   13.04 mean_vt_4quad=    7.56
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   13.80 mean_vt_4quad=    7.70
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   14.52 mean_vt_4quad=    7.83
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   15.05 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   15.33 mean_vt_4quad=    8.03
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   15.46 mean_vt_4quad=    8.12
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   15.44 mean_vt_4quad=    8.22
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   15.47 mean_vt_4quad=    8.30
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   15.79 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   16.02 mean_vt_4quad=    8.37
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   16.28 mean_vt_4quad=    8.29
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   16.85 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   17.51 mean_vt_4quad=    7.27
  
 NOTE: v_holland axis not met, checkct=   1 num_bins_to_check=   5 ihc=  20
  ---> rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=    7.27 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis not met, checkct=   2 num_bins_to_check=   5 ihc=  19
  ---> rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=    6.29 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis not met, checkct=   3 num_bins_to_check=   5 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=    5.31 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis not met, checkct=   4 num_bins_to_check=   5 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=    4.43 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis not met, checkct=   5 num_bins_to_check=   5 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=    3.62 .... 0.5*v_holland=    9.43
  
 NOTE: pct_holland_good_1 NOT >= 0.60
   ^^ holland_good_1_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_1=   0.000000000000000E+000
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   1  num_bins_to_check=   5 iquad=  2 ihc=  20
  ---> rdist(ihc)=   60.00  mean_radii_vt(iquad,ihc)=   10.94 .... 0.65*v_holland=   12.26
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   2  num_bins_to_check=   5 iquad=  2 ihc=  19
  ---> rdist(ihc)=   57.00  mean_radii_vt(iquad,ihc)=    9.43 .... 0.65*v_holland=   12.26
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   3  num_bins_to_check=   5 iquad=  2 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt(iquad,ihc)=    8.00 .... 0.65*v_holland=   12.26
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   4  num_bins_to_check=   5 iquad=  2 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt(iquad,ihc)=    6.78 .... 0.65*v_holland=   12.26
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   5  num_bins_to_check=   5 iquad=  2 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt(iquad,ihc)=    5.37 .... 0.65*v_holland=   12.26
  
 NOTE: pct_holland_good_2 NOT >= 0.60
   ^^ holland_good_2_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_2=   0.000000000000000E+000
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   18.32 mean_vt_4quad=    6.29
  
 NOTE: v_holland axis not met, checkct=   1 num_bins_to_check=   5 ihc=  19
  ---> rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=    6.29 .... 0.5*v_holland=    9.24
 NOTE: v_holland axis not met, checkct=   2 num_bins_to_check=   5 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=    5.31 .... 0.5*v_holland=    9.24
 NOTE: v_holland axis not met, checkct=   3 num_bins_to_check=   5 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=    4.43 .... 0.5*v_holland=    9.24
 NOTE: v_holland axis not met, checkct=   4 num_bins_to_check=   5 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=    3.62 .... 0.5*v_holland=    9.24
 NOTE: v_holland axis not met, checkct=   5 num_bins_to_check=   5 ihc=  15
  ---> rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=    2.87 .... 0.5*v_holland=    9.24
  
 NOTE: pct_holland_good_1 NOT >= 0.60
   ^^ holland_good_1_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_1=   0.000000000000000E+000
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   1  num_bins_to_check=   5 iquad=  2 ihc=  19
  ---> rdist(ihc)=   57.00  mean_radii_vt(iquad,ihc)=    9.43 .... 0.65*v_holland=   12.02
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   2  num_bins_to_check=   5 iquad=  2 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt(iquad,ihc)=    8.00 .... 0.65*v_holland=   12.02
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   3  num_bins_to_check=   5 iquad=  2 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt(iquad,ihc)=    6.78 .... 0.65*v_holland=   12.02
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   4  num_bins_to_check=   5 iquad=  2 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt(iquad,ihc)=    5.37 .... 0.65*v_holland=   12.02
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   5  num_bins_to_check=   5 iquad=  2 ihc=  15
  ---> rdist(ihc)=   45.00  mean_radii_vt(iquad,ihc)=    3.78 .... 0.65*v_holland=   12.02
  
 NOTE: pct_holland_good_2 NOT >= 0.60
   ^^ holland_good_2_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_2=   0.000000000000000E+000
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   18.15 mean_vt_4quad=    5.31
  
 NOTE: v_holland axis not met, checkct=   1 num_bins_to_check=   5 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=    5.31 .... 0.5*v_holland=    8.97
 NOTE: v_holland axis not met, checkct=   2 num_bins_to_check=   5 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=    4.43 .... 0.5*v_holland=    8.97
 NOTE: v_holland axis not met, checkct=   3 num_bins_to_check=   5 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=    3.62 .... 0.5*v_holland=    8.97
 NOTE: v_holland axis not met, checkct=   4 num_bins_to_check=   5 ihc=  15
  ---> rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=    2.87 .... 0.5*v_holland=    8.97
 NOTE: v_holland axis not met, checkct=   5 num_bins_to_check=   5 ihc=  14
  ---> rdist(ihc)=   42.00  mean_radii_vt_4quad(ihc)=    2.27 .... 0.5*v_holland=    8.97
  
 NOTE: pct_holland_good_1 NOT >= 0.60
   ^^ holland_good_1_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_1=   0.000000000000000E+000
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   1  num_bins_to_check=   5 iquad=  2 ihc=  18
  ---> rdist(ihc)=   54.00  mean_radii_vt(iquad,ihc)=    8.00 .... 0.65*v_holland=   11.67
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   2  num_bins_to_check=   5 iquad=  2 ihc=  17
  ---> rdist(ihc)=   51.00  mean_radii_vt(iquad,ihc)=    6.78 .... 0.65*v_holland=   11.67
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   3  num_bins_to_check=   5 iquad=  2 ihc=  16
  ---> rdist(ihc)=   48.00  mean_radii_vt(iquad,ihc)=    5.37 .... 0.65*v_holland=   11.67
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   4  num_bins_to_check=   5 iquad=  2 ihc=  15
  ---> rdist(ihc)=   45.00  mean_radii_vt(iquad,ihc)=    3.78 .... 0.65*v_holland=   11.67
 NOTE: v_holland ONE_QUADRANT not met.  checkct=   5  num_bins_to_check=   5 iquad=  2 ihc=  14
  ---> rdist(ihc)=   42.00  mean_radii_vt(iquad,ihc)=    2.43 .... 0.65*v_holland=   11.67
  
 NOTE: pct_holland_good_2 NOT >= 0.60
   ^^ holland_good_2_ct=            0
   ^^ checkct=            5
   ^^ pct_holland_good_2=   0.000000000000000E+000
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   17.20 mean_vt_4quad=    4.43
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   16.09 mean_vt_4quad=    3.62
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   14.60 mean_vt_4quad=    2.87
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   13.00 mean_vt_4quad=    2.27
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   11.40 mean_vt_4quad=    1.81
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=    9.82 mean_vt_4quad=    1.48
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=    8.47 mean_vt_4quad=    1.25
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=    7.38 mean_vt_4quad=    1.07
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=    6.43 mean_vt_4quad=    0.88
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=    5.60 mean_vt_4quad=    0.68
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=    5.11 mean_vt_4quad=    0.50
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=    4.87 mean_vt_4quad=    0.37
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=    4.84 mean_vt_4quad=    0.26
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=    4.98 mean_vt_4quad=    0.19
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=    5.25 mean_vt_4quad=    0.14
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    5.55 mean_vt_4quad=    0.10
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    5.83 mean_vt_4quad=    0.05
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.36 mean_vt_4quad=    1.39
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.24 mean_vt_4quad=    1.45
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.10 mean_vt_4quad=    1.51
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    5.96 mean_vt_4quad=    1.57
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    5.81 mean_vt_4quad=    1.63
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    5.66 mean_vt_4quad=    1.69
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    5.52 mean_vt_4quad=    1.76
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    5.38 mean_vt_4quad=    1.82
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    5.24 mean_vt_4quad=    1.88
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.11 mean_vt_4quad=    1.94
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    5.00 mean_vt_4quad=    2.00
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    4.91 mean_vt_4quad=    2.06
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    4.84 mean_vt_4quad=    2.13
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    4.78 mean_vt_4quad=    2.19
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    4.74 mean_vt_4quad=    2.25
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    4.74 mean_vt_4quad=    2.30
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    4.75 mean_vt_4quad=    2.35
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    4.77 mean_vt_4quad=    2.41
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    4.78 mean_vt_4quad=    2.46
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    4.79 mean_vt_4quad=    2.52
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    4.82 mean_vt_4quad=    2.58
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    4.85 mean_vt_4quad=    2.63
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    4.90 mean_vt_4quad=    2.69
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    4.97 mean_vt_4quad=    2.75
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    5.04 mean_vt_4quad=    2.80
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    5.10 mean_vt_4quad=    2.85
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    5.18 mean_vt_4quad=    2.89
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    5.26 mean_vt_4quad=    2.94
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    5.38 mean_vt_4quad=    2.99
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    5.50 mean_vt_4quad=    3.04
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    5.59 mean_vt_4quad=    3.09
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    5.67 mean_vt_4quad=    3.13
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    5.76 mean_vt_4quad=    3.18
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    5.85 mean_vt_4quad=    3.22
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    5.94 mean_vt_4quad=    3.26
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    6.03 mean_vt_4quad=    3.31
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    6.12 mean_vt_4quad=    3.35
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    6.22 mean_vt_4quad=    3.39
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    6.31 mean_vt_4quad=    3.43
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    6.40 mean_vt_4quad=    3.46
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    6.50 mean_vt_4quad=    3.49
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    6.58 mean_vt_4quad=    3.53
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    6.66 mean_vt_4quad=    3.58
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    6.72 mean_vt_4quad=    3.63
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    6.76 mean_vt_4quad=    3.68
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    6.79 mean_vt_4quad=    3.73
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    6.82 mean_vt_4quad=    3.76
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    6.84 mean_vt_4quad=    3.80
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    6.86 mean_vt_4quad=    3.85
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    6.88 mean_vt_4quad=    3.90
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    6.96 mean_vt_4quad=    3.95
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    7.02 mean_vt_4quad=    4.00
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    7.11 mean_vt_4quad=    4.05
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    7.18 mean_vt_4quad=    4.11
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    7.25 mean_vt_4quad=    4.16
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    7.34 mean_vt_4quad=    4.22
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    7.41 mean_vt_4quad=    4.28
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    7.50 mean_vt_4quad=    4.35
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    7.59 mean_vt_4quad=    4.42
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    7.67 mean_vt_4quad=    4.50
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    7.75 mean_vt_4quad=    4.57
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    7.83 mean_vt_4quad=    4.65
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    7.91 mean_vt_4quad=    4.71
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    7.97 mean_vt_4quad=    4.78
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    8.03 mean_vt_4quad=    4.85
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    8.12 mean_vt_4quad=    4.92
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    8.18 mean_vt_4quad=    5.00
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=    8.23 mean_vt_4quad=    5.09
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=    8.31 mean_vt_4quad=    5.17
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=    8.39 mean_vt_4quad=    5.24
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=    8.47 mean_vt_4quad=    5.31
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=    8.59 mean_vt_4quad=    5.38
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=    8.69 mean_vt_4quad=    5.44
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=    8.83 mean_vt_4quad=    5.51
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=    8.96 mean_vt_4quad=    5.59
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=    9.12 mean_vt_4quad=    5.68
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=    9.25 mean_vt_4quad=    5.79
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=    9.37 mean_vt_4quad=    5.90
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=    9.50 mean_vt_4quad=    6.03
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=    9.62 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=    9.75 mean_vt_4quad=    6.31
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=    9.84 mean_vt_4quad=    6.45
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=    9.95 mean_vt_4quad=    6.58
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   10.02 mean_vt_4quad=    6.70
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   10.09 mean_vt_4quad=    6.80
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   10.17 mean_vt_4quad=    6.90
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   10.24 mean_vt_4quad=    6.99
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   10.32 mean_vt_4quad=    7.08
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   10.42 mean_vt_4quad=    7.18
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   10.51 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   10.59 mean_vt_4quad=    7.43
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   10.64 mean_vt_4quad=    7.56
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   10.68 mean_vt_4quad=    7.70
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   10.68 mean_vt_4quad=    7.83
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   10.64 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   10.51 mean_vt_4quad=    8.03
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   10.39 mean_vt_4quad=    8.12
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   10.27 mean_vt_4quad=    8.22
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   10.25 mean_vt_4quad=    8.30
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   10.26 mean_vt_4quad=    8.36
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   10.32 mean_vt_4quad=    8.37
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=    9.93 mean_vt_4quad=    8.29
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=    8.69 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=    6.24 mean_vt_4quad=    7.27
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=    4.25 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=    4.24 mean_vt_4quad=    5.31
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=    4.24 mean_vt_4quad=    4.43
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=    4.24 mean_vt_4quad=    3.62
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=    4.24 mean_vt_4quad=    2.87
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=    4.23 mean_vt_4quad=    2.27
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=    4.16 mean_vt_4quad=    1.81
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=    4.06 mean_vt_4quad=    1.48
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=    3.94 mean_vt_4quad=    1.25
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=    3.78 mean_vt_4quad=    1.07
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=    3.71 mean_vt_4quad=    0.88
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=    3.88 mean_vt_4quad=    0.68
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=    4.32 mean_vt_4quad=    0.50
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=    4.96 mean_vt_4quad=    0.37
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=    5.59 mean_vt_4quad=    0.26
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=    6.08 mean_vt_4quad=    0.19
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=    6.28 mean_vt_4quad=    0.14
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    6.25 mean_vt_4quad=    0.10
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    6.17 mean_vt_4quad=    0.05
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    4.47 mean_vt_4quad=    1.39
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    4.55 mean_vt_4quad=    1.45
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    4.63 mean_vt_4quad=    1.51
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    4.76 mean_vt_4quad=    1.57
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    4.95 mean_vt_4quad=    1.63
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    5.18 mean_vt_4quad=    1.69
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    5.36 mean_vt_4quad=    1.76
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.54 mean_vt_4quad=    1.82
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.65 mean_vt_4quad=    1.88
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    5.74 mean_vt_4quad=    1.94
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.80 mean_vt_4quad=    2.00
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    5.83 mean_vt_4quad=    2.06
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.90 mean_vt_4quad=    2.13
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.98 mean_vt_4quad=    2.19
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    6.11 mean_vt_4quad=    2.25
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    6.19 mean_vt_4quad=    2.30
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    6.30 mean_vt_4quad=    2.35
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    6.33 mean_vt_4quad=    2.41
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    6.36 mean_vt_4quad=    2.46
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    6.37 mean_vt_4quad=    2.52
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    6.36 mean_vt_4quad=    2.58
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    6.36 mean_vt_4quad=    2.63
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    6.46 mean_vt_4quad=    2.69
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    6.49 mean_vt_4quad=    2.75
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    6.49 mean_vt_4quad=    2.80
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    6.48 mean_vt_4quad=    2.85
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    6.45 mean_vt_4quad=    2.89
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    6.40 mean_vt_4quad=    2.94
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    6.37 mean_vt_4quad=    2.99
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    6.33 mean_vt_4quad=    3.04
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    6.31 mean_vt_4quad=    3.09
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    6.29 mean_vt_4quad=    3.13
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    6.29 mean_vt_4quad=    3.18
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.24 mean_vt_4quad=    3.22
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.25 mean_vt_4quad=    3.26
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.29 mean_vt_4quad=    3.31
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.38 mean_vt_4quad=    3.35
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.50 mean_vt_4quad=    3.39
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.61 mean_vt_4quad=    3.43
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    6.61 mean_vt_4quad=    3.46
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    6.54 mean_vt_4quad=    3.49
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    6.49 mean_vt_4quad=    3.53
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    6.44 mean_vt_4quad=    3.58
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    6.48 mean_vt_4quad=    3.63
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    6.55 mean_vt_4quad=    3.68
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    6.59 mean_vt_4quad=    3.73
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    6.61 mean_vt_4quad=    3.76
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    6.64 mean_vt_4quad=    3.80
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    6.68 mean_vt_4quad=    3.85
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    6.72 mean_vt_4quad=    3.90
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    6.75 mean_vt_4quad=    3.95
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    6.76 mean_vt_4quad=    4.00
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    6.75 mean_vt_4quad=    4.05
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    6.72 mean_vt_4quad=    4.11
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    6.71 mean_vt_4quad=    4.16
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    6.67 mean_vt_4quad=    4.22
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    6.75 mean_vt_4quad=    4.28
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    6.88 mean_vt_4quad=    4.35
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    7.00 mean_vt_4quad=    4.42
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    7.10 mean_vt_4quad=    4.50
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    7.16 mean_vt_4quad=    4.57
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    7.21 mean_vt_4quad=    4.65
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    7.21 mean_vt_4quad=    4.71
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    7.21 mean_vt_4quad=    4.78
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    7.24 mean_vt_4quad=    4.85
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    7.28 mean_vt_4quad=    4.92
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    7.35 mean_vt_4quad=    5.00
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    7.46 mean_vt_4quad=    5.09
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    7.60 mean_vt_4quad=    5.17
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    7.80 mean_vt_4quad=    5.24
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    8.02 mean_vt_4quad=    5.31
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    8.24 mean_vt_4quad=    5.38
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    8.44 mean_vt_4quad=    5.44
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    8.63 mean_vt_4quad=    5.51
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=    8.78 mean_vt_4quad=    5.59
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=    8.97 mean_vt_4quad=    5.68
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=    9.14 mean_vt_4quad=    5.79
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=    9.28 mean_vt_4quad=    5.90
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=    9.35 mean_vt_4quad=    6.03
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    9.36 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    9.29 mean_vt_4quad=    6.31
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    9.18 mean_vt_4quad=    6.45
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    9.10 mean_vt_4quad=    6.58
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    9.18 mean_vt_4quad=    6.70
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=    9.50 mean_vt_4quad=    6.80
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=    9.90 mean_vt_4quad=    6.90
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   10.37 mean_vt_4quad=    6.99
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   10.72 mean_vt_4quad=    7.08
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   11.01 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   11.24 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   11.50 mean_vt_4quad=    7.43
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   11.76 mean_vt_4quad=    7.56
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   12.05 mean_vt_4quad=    7.70
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   12.35 mean_vt_4quad=    7.83
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   12.65 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   12.94 mean_vt_4quad=    8.03
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   13.30 mean_vt_4quad=    8.12
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   13.81 mean_vt_4quad=    8.22
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   14.46 mean_vt_4quad=    8.30
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   15.07 mean_vt_4quad=    8.36
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   15.50 mean_vt_4quad=    8.37
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   15.57 mean_vt_4quad=    8.29
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   15.20 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   14.69 mean_vt_4quad=    7.27
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   14.43 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   14.49 mean_vt_4quad=    5.31
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   14.59 mean_vt_4quad=    4.43
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   14.76 mean_vt_4quad=    3.62
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   14.68 mean_vt_4quad=    2.87
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   14.52 mean_vt_4quad=    2.27
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   14.27 mean_vt_4quad=    1.81
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   13.95 mean_vt_4quad=    1.48
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   13.59 mean_vt_4quad=    1.25
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   13.17 mean_vt_4quad=    1.07
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   12.63 mean_vt_4quad=    0.88
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   11.92 mean_vt_4quad=    0.68
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   11.11 mean_vt_4quad=    0.50
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   10.25 mean_vt_4quad=    0.37
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=    9.47 mean_vt_4quad=    0.26
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    8.74 mean_vt_4quad=    0.19
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    8.05 mean_vt_4quad=    0.14
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    7.38 mean_vt_4quad=    0.10
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    6.72 mean_vt_4quad=    0.05
  
 TIMING: after call  getradii, fhr=    36 igrct=  1   22:20:55
 TIMING: after getrad_iter_loop, fhr=    36 igrct=  2 Vmax (m/s)=   19.272   22:20:55
 TIMING: Before get_phase ... 22:20:55
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           36 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   352.614
  
  
  In get_cps_paramb, lead time=           36 :           0   00L  NATL     
   right_ct=          866   left_ct=          871
   zthicksum(1)=    2934263.27275000     
   zthicksum(2)=    2955861.03662500     
   zthick_right_mean=    3388.29477222864     
   zthick_left_mean=     3393.64068498852     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -5.34591275987850     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           10.39
  Sum of y-diffs squared (ydiff2) =           34.52
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    82.19   6.7452        1.06   0.1661    -1.74     3.02        1.13
    2    82.98   6.6846        1.85   0.1055     0.07     0.00        3.42
    3    83.22   6.6201        2.09   0.0409     1.40     1.95        4.36
    4    82.27   6.5511        1.14  -0.0281     1.62     2.62        1.31
    5    79.70   6.4770       -1.42  -0.1022     0.30     0.09        2.03
    6    76.41   6.3969       -4.72  -0.1822    -1.65     2.71       22.28
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    81.128     x:    6.58
  
  slope=     16.867         y-intercept =    -29.840
  Regression equation:   Y =   -29.84 +    16.87X
  
  R2(r_squared) =  0.6989        r =  0.8360
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1089.64 zmin= 1008.47 zdiff=   81.17
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1581.46 zmin= 1499.27 zdiff=   82.19
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=       1.02 dlnp=     -0.057158  dzdlnp=      -17.915
  
   +++ k=  3 press=    800.0 zmax= 2098.19 zmin= 2015.22 zdiff=   82.98
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=       0.78 dlnp=     -0.060625  dzdlnp=      -12.932
  
   +++ k=  4 press=    750.0 zmax= 2642.47 zmin= 2559.26 zdiff=   83.22
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=       0.24 dlnp=     -0.064539  dzdlnp=       -3.719
  
   +++ k=  5 press=    700.0 zmax= 3218.15 zmin= 3135.88 zdiff=   82.27
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -0.94 dlnp=     -0.068993  dzdlnp=       13.683
  
   +++ k=  6 press=    650.0 zmax= 3828.50 zmin= 3748.79 zdiff=   79.70
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -2.57 dlnp=     -0.074108  dzdlnp=       34.652
  
   +++ k=  7 press=    600.0 zmax= 4478.77 zmin= 4402.36 zdiff=   76.41
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -3.30 dlnp=     -0.080043  dzdlnp=       41.178
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            8.08
  Sum of y-diffs squared (ydiff2) =          674.98
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    71.77   6.3099       14.54   0.2788     0.32     0.10      211.41
    2    67.81   6.2146       10.58   0.1834     1.22     1.49      111.94
    3    60.83   6.1092        3.60   0.0781    -0.38     0.14       12.99
    4    53.26   5.9915       -3.96  -0.0397    -1.94     3.76       15.71
    5    47.71   5.8579       -9.52  -0.1732    -0.68     0.46       90.55
    6    41.98   5.7038      -15.24  -0.3274     1.46     2.13      232.38
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    57.228     x:    6.03
  
  slope=     51.019         y-intercept =   -250.473
  Regression equation:   Y =  -250.47 +    51.02X
  
  R2(r_squared) =  0.9880        r =  0.9940
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4478.77 zmin= 4402.36 zdiff=   76.41
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5174.89 zmin= 5103.12 zdiff=   71.77
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -4.64 dlnp=     -0.087011  dzdlnp=       53.326
  
   +++ k=  9 press=    500.0 zmax= 5926.62 zmin= 5858.82 zdiff=   67.81
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -3.96 dlnp=     -0.095310  dzdlnp=       41.549
  
   +++ k= 10 press=    450.0 zmax= 6744.07 zmin= 6683.23 zdiff=   60.83
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -6.98 dlnp=     -0.105361  dzdlnp=       66.211
  
   +++ k= 11 press=    400.0 zmax= 7641.42 zmin= 7588.15 zdiff=   53.26
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -7.57 dlnp=     -0.117783  dzdlnp=       64.254
  
   +++ k= 12 press=    350.0 zmax= 8638.00 zmin= 8590.29 zdiff=   47.71
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -5.55 dlnp=     -0.133531  dzdlnp=       41.578
  
   +++ k= 13 press=    300.0 zmax= 9756.75 zmin= 9714.76 zdiff=   41.98
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -5.73 dlnp=     -0.154151  dzdlnp=       37.158
  
cps_stats: 00L   lead time=  36: 0   paramb=    -5.35  vtl=     16.87  vtu=     51.02
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   36:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.853 (0-360) guesslon=  299.853E  (  60.147W)   guesslat=   23.655
 ilonfix=         1367  jlatfix=         1054  npts=           33
 ibeg=         1295  jbeg=          986  imax=         2738
 iend=         1439  jend=         1122  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.533E  (0-360) ctlon=  298.533E  (  61.467W)  ctlat=   23.935 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.533E   (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   23.935
 ilonfix=         1334  jlatfix=         1047  npts=           16
 ibeg=         1286  jbeg=         1003  imax=         2738
 iend=         1382  jend=         1091  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.213E  (0-360) ctlon=  298.213  (  61.787W)  ctlat=   23.915 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    36:00  mean_lon:  298.21E (  61.79W)    (0-360) mean_lon=  298.21E  mean_lat:   23.92  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    36:00  ifix:  1313   jfix:  1036  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1313  jx=         1036
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         571 ,         294 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         570 ,         293 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    36:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:55
 TIMING: Before shear ... 22:20:55
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            7
  clon(ist,ifh,3)=    299.480343096445     
  clat(ist,ifh,3)=    23.8610627617002     
  fixlon(ist,ifh)=    299.853205862975     
  fixlat(ist,ifh)=    23.6554297611069     
  xcenlon=    299.480343096445     
  xcenlat=    23.8610627617002     
  
 xxshear
 In get_shear A, xcenlon=    299.480343096445       xcenlat= 
   23.8610627617002     
   In get_shear B, (0-360) xcenlon=    299.480343096445     
  
At start of get_shear:  00L   fhr=   36:00   Mean fix position=   299.85E  ( 60.15W)    23.66  (0-360) mean lon fix=  299.85
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    8.24 vr_mean(idist,ilev)=   -0.65
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    7.83 vr_mean(idist,ilev)=   -0.24
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   10.05 vr_mean(idist,ilev)=   -0.05
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    9.80 vr_mean(idist,ilev)=   -0.74
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    9.46 vr_mean(idist,ilev)=   -0.51
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    8.30 vr_mean(idist,ilev)=   -0.06
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    7.31 vr_mean(idist,ilev)=    0.23
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    6.41 vr_mean(idist,ilev)=    0.16
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.41 vr_mean(idist,ilev)=    0.02
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.61 vr_mean(idist,ilev)=   -0.28
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    3.99 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    3.27 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    2.68 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    2.28 vr_mean(idist,ilev)=    0.16
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    1.86 vr_mean(idist,ilev)=    0.08
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    1.27 vr_mean(idist,ilev)=    0.19
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    0.83 vr_mean(idist,ilev)=    0.22
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    0.63 vr_mean(idist,ilev)=    0.19
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    0.17 vr_mean(idist,ilev)=    0.25
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.01 vr_mean(idist,ilev)=   13.01
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -19.52 vr_mean(idist,ilev)=   19.52
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -26.03 vr_mean(idist,ilev)=   26.03
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -32.54 vr_mean(idist,ilev)=   32.54
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -39.05 vr_mean(idist,ilev)=   39.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -45.57 vr_mean(idist,ilev)=   45.57
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -52.08 vr_mean(idist,ilev)=   52.08
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -58.60 vr_mean(idist,ilev)=   58.60
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -65.12 vr_mean(idist,ilev)=   65.12
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -71.65 vr_mean(idist,ilev)=   71.65
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -78.18 vr_mean(idist,ilev)=   78.18
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -84.72 vr_mean(idist,ilev)=   84.72
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -91.26 vr_mean(idist,ilev)=   91.26
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -97.80 vr_mean(idist,ilev)=   97.80
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -104.35 vr_mean(idist,ilev)=  104.35
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -110.91 vr_mean(idist,ilev)=  110.91
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -117.48 vr_mean(idist,ilev)=  117.48
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -124.05 vr_mean(idist,ilev)=  124.05
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -130.63 vr_mean(idist,ilev)=  130.63
  
 At end of get_shear: 
     ist=    1 ifh=    7 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:55
  
 After call to fixcenter, fix positions at 
 forecast hour=   36:00 follow:
  
fixpos  00L   fhr=   36:00   Fix position=   299.85E  ( 60.15W)    23.66   Max Wind=  37 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.905193420325     
 xxxx get_next_ges, curr fix lon=    299.853205862975     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.853205862975        fixlat=    23.6554297611069     
        (0-360) fixlon=    299.853205862975     
      ilonfix=         1367   jlatfix=         1054
      ibeg=          894   iend=         1840
      jbeg=          602   jend=         1506
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.949691124584591       vavg=    1.92762037977113     
      ubar=  -0.237422781146148       vbar=   0.481905094942783     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.568940514857384       vavg=   0.658789138205021     
      ubar=  -0.521893038574840       vbar=   0.811299664045293     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -1.425153947749410E-002  vavg=   6.930001873807216E-002
      ubar=  -0.525455923444213       vbar=   0.828624668729811     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.525455923444213       vbar=   0.828624668729811     
      wgttot=    1.00000000000000     
      fixlon=    299.853205862975        fixlat=    23.6554297611069     
      barnlon=    299.741702159364       barnlat=    23.8163930143188     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.915410483906602     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.741702159364     
     Raw (no conversion for GM wrap) extraplon=    299.801072102538     
  
 --- barnlon=    299.74E  (  60.26W)    barnlat=     23.82
 --- extraplon=  299.80E  (  60.20W)    extraplat=   24.02
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.66
 | Current fix lon is   60.15W   ( 299.85E)
 | Current fix lon (raw, unadjusted)=  299.85E
 | Updated guess lat for next fcst hour is   23.92
 | Updated guess lon (0-360) for next fcst hour is   60.23W   ( 299.77E)
 | Raw updated guess lon for next fcst hour is  299.77E)
 -------------------------------------------------
  
 iocheck, dist=    30.5285995663007        distm=    30528.5995663007     
 iocheck, stmspd=    1.41336109103244        istmspd=           27
 iocheck, xincr=  -8.181873202357792E-002   yincr=   0.264144952171652     
 iocheck, stmdir=    342.789665868406        istmdir=          343
 +++ RPT_STORM_MOTION: istmspd=    27 kts(*10)    istmdir=   343 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   7
     Fix location for this time:   299.85E  ( 60.15W)    23.66
     Fix lon (raw) for this time:  299.85E
     ilonfix= 1367  jlatfix= 1054
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.853205862975       xcenlat=    23.6554297611069     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.853205862975       xcenlat=    23.6554297611069     
  ilonfix=         1367  jlatfix=         1054
  ibeg=         1246  iend=         1488
  jbeg=          938  jend=         1170  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.853205862975        xcenlat=    23.6554297611069     
      ilonfix=         1367   jlatfix=         1054
      ibeg=         1246   iend=         1488
      jbeg=          938   jend=         1170
 After call to barnes, xsmoothval=   1.173863606127754E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.173863606127754E-004
      xcenlon=    299.853205862975        xcenlat=    23.6554297611069     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000117  imeanzeta (*1e6)=      117
   --- mean zeta raw =   1.173863606127754E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004592  igrid zeta (*1e6)=     4592 ifilret=   0
   --- grid zeta raw=   4.591797279909667E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.853205862975       xcenlat=    23.6554297611069     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.853205862975       xcenlat=    23.6554297611069     
  ilonfix=         1367  jlatfix=         1054
  ibeg=         1246  iend=         1488
  jbeg=          938  jend=         1170  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.853205862975        xcenlat=    23.6554297611069     
      ilonfix=         1367   jlatfix=         1054
      ibeg=         1246   iend=         1488
      jbeg=          938   jend=         1170
 After call to barnes, xsmoothval=   1.277490130997792E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.277490130997792E-004
      xcenlon=    299.853205862975        xcenlat=    23.6554297611069     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000128  imeanzeta (*1e6)=      128
   --- mean zeta raw =   1.277490130997792E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004519  igrid zeta (*1e6)=     4519 ifilret=   0
   --- grid zeta raw=   4.518890647777035E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           36
  
 segx, outlon=    299.853205862975       outlat=    23.6554297611069     
   ist=            1  ifcsthour=           36
   vmaxwind=    19.2717202138263       xminmslp=    101059.010000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=    101459.010000000       rlastbar=    15.7004140004335     
   rmax=    30.2169894978125     
   cps_vals=   -5.34591275987850        16.8666288420118     
   51.0185064463653     
   wcore_flag= n
   istmspd=           27  istmdir=          343
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    69.0000000000000     
   axisymet_rmw_val=     10.1021928236248     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   15.7004140004335       irlastbar=          16
 output: plastbar=   101459.010000000       iplastbar=        1015
 rmax=    30.2169894978125        irmax=           30
 TXX top of atcfunix_ext, ist=            1  ifh=           36
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   15.7004140004335       irlastbar=          16
 output: plastbar=   101459.010000000       iplastbar=        1015
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           36
 intlat=          237
 clatns= N
 intlon=          601
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           37
 int(xminmslp/mslp_outp_adj + 0.5)=         1011
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=         1015
 irlastbar=           16
 irmax=           30
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          343
 istmspd=           27
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -53
 icps_vals(2)=          169
 icps_vals(3)=          510
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           37
 irmw_val=           20
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          117
 igridzeta(1)=         4592
 imeanzeta(2)=          128
 igridzeta(2)=         4519
  
 rmax=    30.2169894978125        irmax=           30
 +++ Top of output_atcf_parms, ist=            1  ifh=           36
  
 xxxx get_next_ges, prev fix lon=    299.905193420325     
 xxxx get_next_ges, curr fix lon=    299.853205862975     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.853205862975        fixlat=    23.6554297611069     
        (0-360) fixlon=    299.853205862975     
      ilonfix=         1367   jlatfix=         1054
      ibeg=          894   iend=         1840
      jbeg=          602   jend=         1506
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.949691124584591       vavg=    1.92762037977113     
      ubar=  -0.237422781146148       vbar=   0.481905094942783     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.568940514857384       vavg=   0.658789138205021     
      ubar=  -0.521893038574840       vbar=   0.811299664045293     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -1.425153947749410E-002  vavg=   6.930001873807216E-002
      ubar=  -0.525455923444213       vbar=   0.828624668729811     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.525455923444213       vbar=   0.828624668729811     
      wgttot=    1.00000000000000     
      fixlon=    299.853205862975        fixlat=    23.6554297611069     
      barnlon=    299.741702159364       barnlat=    23.8163930143188     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.915410483906602     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.741702159364     
     Raw (no conversion for GM wrap) extraplon=    299.801072102538     
  
 --- barnlon=    299.74E  (  60.26W)    barnlat=     23.82
 --- extraplon=  299.80E  (  60.20W)    extraplat=   24.02
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   23.66
 | Current fix lon is   60.15W   ( 299.85E)
 | Current fix lon (raw, unadjusted)=  299.85E
 | Updated guess lat for next fcst hour is   23.92
 | Updated guess lon (0-360) for next fcst hour is   60.23W   ( 299.77E)
 | Raw updated guess lon for next fcst hour is  299.77E)
 -------------------------------------------------
  
 iocheck, dist=    30.5285995663007        distm=    30528.5995663007     
 iocheck, stmspd=    1.41336109103244        istmspd=           27
 iocheck, xincr=  -8.181873202357792E-002   yincr=   0.264144952171652     
 iocheck, stmdir=    342.789665868406        istmdir=          343
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   36:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.003170176588717E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.100E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax (x10e5) =        0.141E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.028040912320673E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.103E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.123E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax =       -0.100E+16 fmin =        0.122E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.288E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax =       -0.100E+16 fmin =        0.288E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.978E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax =       -0.100E+16 fmin =        0.978E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.611 (0-360) guesslon=  289.611E  (  70.389W)   guesslat=   32.213
 ilonfix=         1111  jlatfix=          840  npts=           33
 ibeg=         1036  jbeg=          772  imax=         2738
 iend=         1186  jend=          908  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.954131774173475E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.891E  (0-360) ctlon=  289.891E  (  70.109W)  ctlat=   32.093 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.495E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.891E   (0-360) guesslon=  289.891E  (  70.109W)   guesslat=   32.093
 ilonfix=         1118  jlatfix=          843  npts=           16
 ibeg=         1067  jbeg=          799  imax=         2738
 iend=         1169  jend=          887  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.771E  (0-360) ctlon=  289.771  (  70.229W)  ctlat=   32.073 fmax (x10e5) =        0.929E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    289.742195127811        uvgeslat=    32.0982436167184     
    (0-360 uvgeslon)=    289.742195127811     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.742195127811        uvgeslat=    32.0982436167184     
    (0-360 uvgeslon)=    289.742195127811     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.742195127811     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.742E  (0-360E lon):  289.742E    70.258W  ctlat=   32.098  xmax_circul_disk =     159627321.3
 TIMING: get_wind_circ kloop, k=  1   22:20:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.742E  (0-360E)=  289.742E  (  70.258W)   guesslat=   32.098
 ilonfix=         1114  jlatfix=          843  npts=           56
 ibeg=         1043  jbeg=          779  imax=         2738
 iend=         1185  jend=          907  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    160871554.463244     
 nhalf get_wind_circ, k=  1 ctlon=  289.822E  (0-360E)=  289.822E  ctlon=   70.178W   ctlat=   32.058 Wind Circulation (NHEM: Max) =     160871554.5
 TIMING: After GWC 850 ... 22:20:55
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.742195127811        uvgeslat=    32.0982436167184     
    (0-360 uvgeslon)=    289.742195127811     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.742195127811     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.742E  (0-360E lon):  289.742E    70.258W  ctlat=   32.098  xmax_circul_disk =     156647365.0
 TIMING: get_wind_circ kloop, k=  1   22:20:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.742E  (0-360E)=  289.742E  (  70.258W)   guesslat=   32.098
 ilonfix=         1114  jlatfix=          843  npts=           56
 ibeg=         1043  jbeg=          779  imax=         2738
 iend=         1185  jend=          907  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    156736386.508194     
 nhalf get_wind_circ, k=  1 ctlon=  289.762E  (0-360E)=  289.762E  ctlon=   70.238W   ctlat=   32.058 Wind Circulation (NHEM: Max) =     156736386.5
 TIMING: After GWC 700 ... 22:20:55
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.742195127811        uvgeslat=    32.0982436167184     
    (0-360 uvgeslon)=    289.742195127811     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.742195127811     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.742E  (0-360E lon):  289.742E    70.258W  ctlat=   32.098  xmax_circul_disk =      98553252.9
 TIMING: get_wind_circ kloop, k=  1   22:20:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.742E  (0-360E)=  289.742E  (  70.258W)   guesslat=   32.098
 ilonfix=         1114  jlatfix=          843  npts=           56
 ibeg=         1043  jbeg=          779  imax=         2738
 iend=         1185  jend=          907  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    99558259.7488049     
 nhalf get_wind_circ, k=  1 ctlon=  289.762E  (0-360E)=  289.762E  ctlon=   70.238W   ctlat=   31.998 Wind Circulation (NHEM: Max) =      99558259.7
 TIMING: After GWC Sfc ... 22:20:55
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.60  xavg_stderr=     3.33
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            7  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    36:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.61E   (0-360) guesslon=  289.61E  ( 70.39W)    32.21
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       289.77       70.23      32.07          140.85       T         21.66
   2    zeta 700    Max       289.77       70.23      32.07          114.16       T         21.66
   3    circ 850    Max       289.82       70.18      32.06          160.87       T         26.26
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       289.76       70.24      32.06          156.74       T         22.30
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       289.77       70.23      32.07         1220.41       T         21.66
   8     gph 700    Min       289.77       70.23      32.07         2881.32       T         21.66
   9        MSLP    Min       289.77       70.23      32.07        97751.10       T         21.66
  10    circ sfc    Max       289.76       70.24      32.00           99.56       T         27.77
  11    zeta sfc    Max       289.77       70.23      32.07           92.93       T         21.66
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    2.30848599624095       stderr_close= 
   1.96206555664270       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
 ip=  2 kprm=  2 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
 ip=  3 kprm=  3 dist_from_mean=   4.467 devia=   0.893 wtpos=  0.74243     289.82   289.82    70.18    32.06
 ip=  5 kprm=  4 dist_from_mean=   1.246 devia=   0.249 wtpos=  0.92030     289.76   289.76    70.24    32.06
 ip=  7 kprm=  5 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
 ip=  8 kprm=  6 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
 ip=  9 kprm=  7 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
 ip= 10 kprm=  8 dist_from_mean=   7.110 devia=   1.422 wtpos=  0.62249     289.76   289.76    70.24    32.00
 ip= 11 kprm=  9 dist_from_mean=   1.325 devia=   0.265 wtpos=  0.91543     289.77   289.77    70.23    32.07
  
At end of fixcenter:  08L   fhr=   36:00   Fix position=   289.77E  (0-360) fixlon=  289.77  ( 70.23W)    32.06
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    289.774341486515     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    289.771285309630     
        (0-360E clon(ist,ifh,9))=    289.771285309630     
      clat(ist,ifh,9)=    32.0727897076275     
      xval(9)=    97751.0961770111     
  
  After get_ij B, ibeg jbeg =         1005         706
  After get_ij B, iend jend =         1225         982
  
 In is_it_a_storm, ilonfix=         1115  jlatfix=          844
 ibeg jbeg iend jend =         1005         706        1225         982
 cparm= slp  parmlon parmlat =    289.771285309630        32.0727897076275     
     (0-360E parmlon) =    289.771285309630     
 parmval=    97751.0961770111     
  
 i= 1090 j=  781 glon=  288.81 (0-360E) glon=  288.81 glat=  34.60 dist=   294.97 slp=  100712.29 pgradient= 10.03897
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     = 10.03897
 mslp center =    289.771285309630        32.0727897076275     
   97751.0961770111     
   (0-360E) lon of mslp center =    289.771285309630     
 pgrad loc   =    288.808911000000        288.808911000000     
   71.1910890000000        34.6007830000000        100712.290000000     
  ttest at location C IF....
      xinp_fixlat=    32.0727897076275     
      xinp_fixlon=    289.771285309630       (0-360E) xinp_fixlon= 
   289.771285309630     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95677.2500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1113  jfix=          845
 longitude=    289.771285309630      E   (   70.2287146903703      
 W)  (0-360E) xinp_fixlon=    289.771285309630     
 latitude=    32.0727897076275     
 mean mslp value (xval(9))=    97751.0961770111     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1113  jfix=          845
 longitude=    289.771285309630      E   (   70.2287146903703      
 W)  (0-360E) xinp_fixlon=    289.771285309630     
 latitude=    32.0727897076275     
 mean mslp value (xval(9))=    97751.0961770111     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1113  jx=          845
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95677.2500000000       xcentval=    95677.2500000000     
 At A, num_found_contours=            0
 At A, contlo=    95677.2500000000       conthi=    96077.2500000000     
  
 num_found_contours=            0
 contlo=    95677.2500000000       conthi=    96077.2500000000     
 xcentval=    95677.2500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96077.2500000000       conthi=    96477.2500000000     
  
 num_found_contours=            1
 contlo=    96077.2500000000       conthi=    96477.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            2
 At A, contlo=    96477.2500000000       conthi=    96877.2500000000     
  
 num_found_contours=            2
 contlo=    96477.2500000000       conthi=    96877.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            3
 At A, contlo=    96877.2500000000       conthi=    97277.2500000000     
  
 num_found_contours=            3
 contlo=    96877.2500000000       conthi=    97277.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            4
 At A, contlo=    97277.2500000000       conthi=    97677.2500000000     
  
 num_found_contours=            4
 contlo=    97277.2500000000       conthi=    97677.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            5
 At A, contlo=    97677.2500000000       conthi=    98077.2500000000     
  
 num_found_contours=            5
 contlo=    97677.2500000000       conthi=    98077.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            6
 At A, contlo=    98077.2500000000       conthi=    98477.2500000000     
  
 num_found_contours=            6
 contlo=    98077.2500000000       conthi=    98477.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            7
 At A, contlo=    98477.2500000000       conthi=    98877.2500000000     
  
 num_found_contours=            7
 contlo=    98477.2500000000       conthi=    98877.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            8
 At A, contlo=    98877.2500000000       conthi=    99277.2500000000     
  
 num_found_contours=            8
 contlo=    98877.2500000000       conthi=    99277.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=            9
 At A, contlo=    99277.2500000000       conthi=    99677.2500000000     
  
 num_found_contours=            9
 contlo=    99277.2500000000       conthi=    99677.2500000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=           10
 At A, contlo=    99677.2500000000       conthi=    100077.250000000     
  
 num_found_contours=           10
 contlo=    99677.2500000000       conthi=    100077.250000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=           11
 At A, contlo=    100077.250000000       conthi=    100477.250000000     
  
 num_found_contours=           11
 contlo=    100077.250000000       conthi=    100477.250000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=           12
 At A, contlo=    100477.250000000       conthi=    100877.250000000     
  
 num_found_contours=           12
 contlo=    100477.250000000       conthi=    100877.250000000     
 xcentval=    95677.2500000000     
 At A, num_found_contours=           13
 At A, contlo=    100877.250000000       conthi=    101277.250000000     
  
 num_found_contours=           13
 contlo=    100877.250000000       conthi=    101277.250000000     
 xcentval=    95677.2500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         971 ,         741 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95677.2500000000     
 !!! (i,j) of central value = (        1113 ,         845 )
 !!!  
 !!! Flagged value found    =    100873.410000000     
 !!! (i,j) of flagged value = (         970 ,         740 )
 !!!   
 !!! Lower bound of contour interval =    100877.250000000     
 !!! Upper bound of contour interval =    101277.250000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1113  jfix=          845
 longitude=    289.771285309630      E   (   70.2287146903703      W)  
 (0-360E) xinp_fixlon=    289.771285309630     
 latitude=    32.0727897076275     
 mean mslp value (xval(9))=    97751.0961770111     
 gridpoint mslp value=    95677.2500000000     
 ccflag= y
 prs of last closed isobar =    100877.250000000     
 radius of last closed isobar =    161.469076687224       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   36:00
 !!! Boundary check xinp_fixlat is   32.07
 !!! Boundary check xinp_fixlon is   70.23W   ( 289.77E)  (0-360E) xinp_fixlon=  289.77
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    289.822193127811     
  850 mb wcirc fix lat=    32.0582446167184     
    (0-360) 850 mb wcirc fix lon=    289.822193127811     
  Multi-parm fix lon=      289.774341486515     
  Multi-parm fix lat=      32.0637142280367     
    (0-360) Multi-parm fix lon=      289.774341486515     
  
  
  After get_ij B, ibeg jbeg =         1023         740
  After get_ij B, iend jend =         1209         948
  
 In is_it_a_storm, ilonfix=         1116  jlatfix=          844
 ibeg jbeg iend jend =         1023         740        1209         948
 cparm= v850  parmlon parmlat =    289.822193127811        32.0582446167184     
     (0-360E parmlon) =    289.822193127811     
 parmval=    160871554.463244     
  
 i= 1108 j=  795 glon=  289.53 (0-360E) glon=  289.53 glat=  34.04 u= -21.8000 v=   5.8000 vr=   8.45291 vt=  20.91479
 i= 1113 j=  795 glon=  289.73 (0-360E) glon=  289.73 glat=  34.04 u= -22.2000 v=   7.8000 vr=   8.67375 vt=  21.87341
 i= 1118 j=  795 glon=  289.93 (0-360E) glon=  289.93 glat=  34.04 u= -21.7000 v=   9.4000 vr=   8.40714 vt=  22.10362
 i= 1123 j=  795 glon=  290.13 (0-360E) glon=  290.13 glat=  34.04 u= -20.8000 v=  10.4000 vr=   7.62341 vt=  21.97006
 i= 1088 j=  800 glon=  288.73 (0-360E) glon=  288.73 glat=  33.84 u= -20.6000 v=  -1.9000 vr=   7.78645 vt=  19.16615
 i= 1093 j=  800 glon=  288.93 (0-360E) glon=  288.93 glat=  33.84 u= -21.3000 v=  -0.4000 vr=   7.92918 vt=  19.77317
 i= 1098 j=  800 glon=  289.13 (0-360E) glon=  289.13 glat=  33.84 u= -21.9000 v=   2.0000 vr=   8.72868 vt=  20.18465
 i= 1103 j=  800 glon=  289.33 (0-360E) glon=  289.33 glat=  33.84 u= -22.2000 v=   4.1000 vr=   9.03917 vt=  20.68679
 i= 1108 j=  800 glon=  289.53 (0-360E) glon=  289.53 glat=  33.84 u= -22.9000 v=   6.4000 vr=   9.48687 vt=  21.80296
 i= 1113 j=  800 glon=  289.73 (0-360E) glon=  289.73 glat=  33.84 u= -23.4000 v=   8.6000 vr=   9.62353 vt=  22.99799
 i= 1118 j=  800 glon=  289.93 (0-360E) glon=  289.93 glat=  33.84 u= -23.3000 v=  10.3000 vr=   9.11237 vt=  23.78959
 i= 1123 j=  800 glon=  290.13 (0-360E) glon=  290.13 glat=  33.84 u= -22.9000 v=  11.8000 vr=   8.38932 vt=  24.35712
 i= 1128 j=  800 glon=  290.33 (0-360E) glon=  290.33 glat=  33.84 u= -22.1000 v=  13.2000 vr=   7.68335 vt=  24.56860
 i= 1133 j=  800 glon=  290.53 (0-360E) glon=  290.53 glat=  33.84 u= -21.1000 v=  14.9000 vr=   7.43702 vt=  24.73683
 i= 1138 j=  800 glon=  290.73 (0-360E) glon=  290.73 glat=  33.84 u= -19.8000 v=  16.3000 vr=   7.16687 vt=  24.62450
 i= 1143 j=  800 glon=  290.93 (0-360E) glon=  290.93 glat=  33.84 u= -18.5000 v=  17.3000 vr=   6.73217 vt=  24.41757
 i= 1078 j=  805 glon=  288.33 (0-360E) glon=  288.33 glat=  33.64 u= -18.8000 v=  -4.8000 vr=   7.97890 vt=  17.68664
 i= 1083 j=  805 glon=  288.53 (0-360E) glon=  288.53 glat=  33.64 u= -19.6000 v=  -3.8000 vr=   8.01586 vt=  18.28513
 i= 1088 j=  805 glon=  288.73 (0-360E) glon=  288.73 glat=  33.64 u= -21.7000 v=  -1.6000 vr=   9.55847 vt=  19.54701
 i= 1093 j=  805 glon=  288.93 (0-360E) glon=  288.93 glat=  33.64 u= -23.8000 v=   0.5000 vr=  10.69355 vt=  21.26824
 i= 1098 j=  805 glon=  289.13 (0-360E) glon=  289.13 glat=  33.64 u= -24.9000 v=   2.4000 vr=  10.88870 vt=  22.52124
 i= 1103 j=  805 glon=  289.33 (0-360E) glon=  289.33 glat=  33.64 u= -26.2000 v=   5.5000 vr=  11.98512 vt=  23.93840
 i= 1108 j=  805 glon=  289.53 (0-360E) glon=  289.53 glat=  33.64 u= -26.2000 v=   7.7000 vr=  11.65587 vt=  24.69556
 i= 1113 j=  805 glon=  289.73 (0-360E) glon=  289.73 glat=  33.64 u= -25.6000 v=   9.6000 vr=  10.86012 vt=  25.09139
 i= 1118 j=  805 glon=  289.93 (0-360E) glon=  289.93 glat=  33.64 u= -24.8000 v=  11.6000 vr=  10.17282 vt=  25.41877
 i= 1123 j=  805 glon=  290.13 (0-360E) glon=  290.13 glat=  33.64 u= -24.0000 v=  13.2000 vr=   9.15359 vt=  25.81573
 i= 1128 j=  805 glon=  290.33 (0-360E) glon=  290.33 glat=  33.64 u= -23.3000 v=  14.5000 vr=   7.91950 vt=  26.27587
 i= 1133 j=  805 glon=  290.53 (0-360E) glon=  290.53 glat=  33.64 u= -22.3000 v=  15.5000 vr=   6.63660 vt=  26.33430
 i= 1138 j=  805 glon=  290.73 (0-360E) glon=  290.73 glat=  33.64 u= -21.0000 v=  16.4000 vr=   5.61505 vt=  26.04671
 i= 1143 j=  805 glon=  290.93 (0-360E) glon=  290.93 glat=  33.64 u= -19.7000 v=  17.4000 vr=   4.95739 vt=  25.81229
 i= 1148 j=  805 glon=  291.13 (0-360E) glon=  291.13 glat=  33.64 u= -18.4000 v=  18.5000 vr=   4.63565 vt=  25.67724
 i= 1073 j=  810 glon=  288.13 (0-360E) glon=  288.13 glat=  33.44 u= -17.3000 v=  -6.6000 vr=   7.88193 vt=  16.75486
 i= 1078 j=  810 glon=  288.33 (0-360E) glon=  288.33 glat=  33.44 u= -18.9000 v=  -6.2000 vr=   8.18232 vt=  18.13007
 i= 1083 j=  810 glon=  288.53 (0-360E) glon=  288.53 glat=  33.44 u= -22.0000 v=  -4.4000 vr=  10.20523 vt=  19.98032
 i= 1088 j=  810 glon=  288.73 (0-360E) glon=  288.73 glat=  33.44 u= -23.9000 v=  -2.7000 vr=  11.04161 vt=  21.36780
 i= 1093 j=  810 glon=  288.93 (0-360E) glon=  288.93 glat=  33.44 u= -25.9000 v=   0.0000 vr=  12.41363 vt=  22.73130
 i= 1098 j=  810 glon=  289.13 (0-360E) glon=  289.13 glat=  33.44 u= -26.3000 v=   2.4000 vr=  12.46905 vt=  23.28031
 i= 1103 j=  810 glon=  289.33 (0-360E) glon=  289.33 glat=  33.44 u= -27.6000 v=   5.8000 vr=  13.51644 vt=  24.75290
 i= 1108 j=  810 glon=  289.53 (0-360E) glon=  289.53 glat=  33.44 u= -28.4000 v=   8.1000 vr=  12.98051 vt=  26.52690
 i= 1113 j=  810 glon=  289.73 (0-360E) glon=  289.73 glat=  33.44 u= -28.4000 v=  10.1000 vr=  11.69916 vt=  27.77948
 i= 1118 j=  810 glon=  289.93 (0-360E) glon=  289.93 glat=  33.44 u= -27.7000 v=  12.6000 vr=  10.77250 vt=  28.46056
 i= 1123 j=  810 glon=  290.13 (0-360E) glon=  290.13 glat=  33.44 u= -25.7000 v=  15.4000 vr=  10.40545 vt=  28.09585
 i= 1128 j=  810 glon=  290.33 (0-360E) glon=  290.33 glat=  33.44 u= -24.2000 v=  17.1000 vr=   9.18010 vt=  28.17403
 i= 1133 j=  810 glon=  290.53 (0-360E) glon=  290.53 glat=  33.44 u= -22.9000 v=  17.8000 vr=   7.26273 vt=  28.08029
 i= 1138 j=  810 glon=  290.73 (0-360E) glon=  290.73 glat=  33.44 u= -21.5000 v=  17.9000 vr=   5.23238 vt=  27.48240
 i= 1143 j=  810 glon=  290.93 (0-360E) glon=  290.93 glat=  33.44 u= -20.1000 v=  18.5000 vr=   4.05183 vt=  27.01560
 i= 1148 j=  810 glon=  291.13 (0-360E) glon=  291.13 glat=  33.44 u= -18.8000 v=  19.0000 vr=   3.09443 vt=  26.54928
 i= 1153 j=  810 glon=  291.33 (0-360E) glon=  291.33 glat=  33.44 u= -17.6000 v=  19.2000 vr=   2.17099 vt=  25.95548
 i= 1158 j=  810 glon=  291.53 (0-360E) glon=  291.53 glat=  33.44 u= -15.5000 v=  20.2000 vr=   2.74860 vt=  25.31275
 i= 1068 j=  815 glon=  287.93 (0-360E) glon=  287.93 glat=  33.24 u= -15.3000 v=  -9.0000 vr=   6.99840 vt=  16.31295
 i= 1073 j=  815 glon=  288.13 (0-360E) glon=  288.13 glat=  33.24 u= -17.3000 v=  -8.7000 vr=   7.83164 vt=  17.71004
 i= 1078 j=  815 glon=  288.33 (0-360E) glon=  288.33 glat=  33.24 u= -19.9000 v=  -8.0000 vr=   9.08268 vt=  19.42974
 i= 1083 j=  815 glon=  288.53 (0-360E) glon=  288.53 glat=  33.24 u= -22.6000 v=  -6.1000 vr=  10.88408 vt=  20.72455
 i= 1088 j=  815 glon=  288.73 (0-360E) glon=  288.73 glat=  33.24 u= -25.1000 v=  -2.9000 vr=  13.18435 vt=  21.55442
 i= 1093 j=  815 glon=  288.93 (0-360E) glon=  288.93 glat=  33.24 u= -26.8000 v=  -0.5000 vr=  14.00837 vt=  22.85291
 i= 1098 j=  815 glon=  289.13 (0-360E) glon=  289.13 glat=  33.24 u= -29.2000 v=  -0.5000 vr=  12.51905 vt=  26.38491
 i= 1103 j=  815 glon=  289.33 (0-360E) glon=  289.33 glat=  33.24 u= -28.3000 v=   0.8000 vr=  10.16313 vt=  26.42425
 i= 1108 j=  815 glon=  289.53 (0-360E) glon=  289.53 glat=  33.24 u= -30.3000 v=   6.1000 vr=  12.18443 vt=  28.40493
 i= 1113 j=  815 glon=  289.73 (0-360E) glon=  289.73 glat=  33.24 u= -31.1000 v=   9.7000 vr=  11.74676 vt=  30.38607
 i= 1118 j=  815 glon=  289.93 (0-360E) glon=  289.93 glat=  33.24 u= -31.6000 v=  12.3000 vr=   9.86311 vt=  32.44332
 i= 1123 j=  815 glon=  290.13 (0-360E) glon=  290.13 glat=  33.24 u= -30.0000 v=  14.7000 vr=   7.93854 vt=  32.45103
 i= 1128 j=  815 glon=  290.33 (0-360E) glon=  290.33 glat=  33.24 u= -27.7000 v=  16.8000 vr=   6.36578 vt=  31.76487
 i= 1133 j=  815 glon=  290.53 (0-360E) glon=  290.53 glat=  33.24 u= -24.6000 v=  19.3000 vr=   6.13346 vt=  30.65992
 i= 1138 j=  815 glon=  290.73 (0-360E) glon=  290.73 glat=  33.24 u= -21.1000 v=  21.6000 vr=   6.64132 vt=  29.45612
 i= 1143 j=  815 glon=  290.93 (0-360E) glon=  290.93 glat=  33.24 u= -19.4000 v=  21.5000 vr=   4.80710 vt=  28.55699
 i= 1148 j=  815 glon=  291.13 (0-360E) glon=  291.13 glat=  33.24 u= -18.7000 v=  20.6000 vr=   2.26015 vt=  27.72980
 i= 1153 j=  815 glon=  291.33 (0-360E) glon=  291.33 glat=  33.24 u= -17.5000 v=  20.5000 vr=   1.08269 vt=  26.93191
 i= 1158 j=  815 glon=  291.53 (0-360E) glon=  291.53 glat=  33.24 u= -16.0000 v=  20.5000 vr=   0.56818 vt=  25.99860
 i= 1163 j=  815 glon=  291.73 (0-360E) glon=  291.73 glat=  33.24 u= -14.1000 v=  20.9000 vr=   0.93031 vt=  25.19434
 i= 1063 j=  820 glon=  287.73 (0-360E) glon=  287.73 glat=  33.04 u= -12.0000 v= -10.7000 vr=   5.35308 vt=  15.16030
 i= 1068 j=  820 glon=  287.93 (0-360E) glon=  287.93 glat=  33.04 u= -14.6000 v= -11.3000 vr=   6.58485 vt=  17.24789
 i= 1073 j=  820 glon=  288.13 (0-360E) glon=  288.13 glat=  33.04 u= -15.9000 v= -10.7000 vr=   7.10010 vt=  17.80136
 i= 1078 j=  820 glon=  288.33 (0-360E) glon=  288.33 glat=  33.04 u= -20.4000 v=  -9.7000 vr=  10.18248 vt=  20.16351
 i= 1083 j=  820 glon=  288.53 (0-360E) glon=  288.53 glat=  33.04 u= -23.8000 v=  -7.0000 vr=  13.05594 vt=  21.09461
 i= 1088 j=  820 glon=  288.73 (0-360E) glon=  288.73 glat=  33.04 u= -27.3000 v=  -5.3000 vr=  14.87003 vt=  23.50026
 i= 1093 j=  820 glon=  288.93 (0-360E) glon=  288.93 glat=  33.04 u= -28.3000 v=  -7.7000 vr=  11.15851 vt=  27.12320
 i= 1098 j=  820 glon=  289.13 (0-360E) glon=  289.13 glat=  33.04 u= -30.4000 v=  -3.6000 vr=  12.49079 vt=  27.94817
 i= 1103 j=  820 glon=  289.33 (0-360E) glon=  289.33 glat=  33.04 u= -34.6000 v=   0.1000 vr=  13.61303 vt=  31.80968
 i= 1108 j=  820 glon=  289.53 (0-360E) glon=  289.53 glat=  33.04 u= -36.0000 v=   4.1000 vr=  12.78347 vt=  33.90270
 i= 1113 j=  820 glon=  289.73 (0-360E) glon=  289.73 glat=  33.04 u= -36.3000 v=   9.3000 vr=  12.17435 vt=  35.43960
 i= 1118 j=  820 glon=  289.93 (0-360E) glon=  289.93 glat=  33.04 u= -36.0000 v=  13.9000 vr=  10.55172 vt=  37.11969
 i= 1123 j=  820 glon=  290.13 (0-360E) glon=  290.13 glat=  33.04 u= -33.5000 v=  17.4000 vr=   8.27746 vt=  36.83061
 i= 1128 j=  820 glon=  290.33 (0-360E) glon=  290.33 glat=  33.04 u= -29.3000 v=  20.9000 vr=   7.44605 vt=  35.21159
 i= 1133 j=  820 glon=  290.53 (0-360E) glon=  290.53 glat=  33.04 u= -24.6000 v=  23.3000 vr=   7.11713 vt=  33.12698
 i= 1138 j=  820 glon=  290.73 (0-360E) glon=  290.73 glat=  33.04 u= -22.4000 v=  23.0000 vr=   4.33501 vt=  31.81144
 i= 1143 j=  820 glon=  290.93 (0-360E) glon=  290.93 glat=  33.04 u= -20.3000 v=  23.4000 vr=   2.91377 vt=  30.84088
 i= 1148 j=  820 glon=  291.13 (0-360E) glon=  291.13 glat=  33.04 u= -17.1000 v=  24.6000 vr=   3.52504 vt=  29.75137
 i= 1153 j=  820 glon=  291.33 (0-360E) glon=  291.33 glat=  33.04 u= -16.2000 v=  23.1000 vr=   1.22299 vt=  28.18784
 i= 1158 j=  820 glon=  291.53 (0-360E) glon=  291.53 glat=  33.04 u= -15.6000 v=  22.1000 vr=  -0.52559 vt=  27.04614
 i= 1163 j=  820 glon=  291.73 (0-360E) glon=  291.73 glat=  33.04 u= -14.0000 v=  21.7000 vr=  -0.74128 vt=  25.81357
 i= 1063 j=  825 glon=  287.73 (0-360E) glon=  287.73 glat=  32.84 u= -10.9000 v= -12.3000 vr=   5.06078 vt=  15.63613
 i= 1068 j=  825 glon=  287.93 (0-360E) glon=  287.93 glat=  32.84 u= -13.6000 v= -12.6000 vr=   6.74782 vt=  17.26809
 i= 1073 j=  825 glon=  288.13 (0-360E) glon=  288.13 glat=  32.84 u= -15.9000 v= -12.1000 vr=   8.20557 vt=  18.21781
 i= 1078 j=  825 glon=  288.33 (0-360E) glon=  288.33 glat=  32.84 u= -19.5000 v= -11.1000 vr=  10.77822 vt=  19.67968
 i= 1083 j=  825 glon=  288.53 (0-360E) glon=  288.53 glat=  32.84 u= -26.6000 v= -10.9000 vr=  15.33848 vt=  24.31257
 i= 1088 j=  825 glon=  288.73 (0-360E) glon=  288.73 glat=  32.84 u= -26.8000 v= -13.2000 vr=  11.96874 vt=  27.37205
 i= 1093 j=  825 glon=  288.93 (0-360E) glon=  288.93 glat=  32.84 u= -29.2000 v=  -9.9000 vr=  13.18519 vt=  27.87115
 i= 1098 j=  825 glon=  289.13 (0-360E) glon=  289.13 glat=  32.84 u= -32.7000 v= -10.0000 vr=  11.62203 vt=  32.15927
 i= 1103 j=  825 glon=  289.33 (0-360E) glon=  289.33 glat=  32.84 u= -35.5000 v=  -5.5000 vr=  11.85458 vt=  33.91119
 i= 1108 j=  825 glon=  289.53 (0-360E) glon=  289.53 glat=  32.84 u= -38.6000 v=  -2.9000 vr=   8.90031 vt=  37.67167
 i= 1113 j=  825 glon=  289.73 (0-360E) glon=  289.73 glat=  32.84 u= -41.5000 v=   2.4000 vr=   6.55124 vt=  41.04986
 i= 1118 j=  825 glon=  289.93 (0-360E) glon=  289.93 glat=  32.84 u= -41.2000 v=   9.1000 vr=   4.32121 vt=  41.97115
 i= 1123 j=  825 glon=  290.13 (0-360E) glon=  290.13 glat=  32.84 u= -39.5000 v=  15.2000 vr=   1.99915 vt=  42.27639
 i= 1128 j=  825 glon=  290.33 (0-360E) glon=  290.33 glat=  32.84 u= -35.6000 v=  18.8000 vr=  -0.61808 vt=  40.25442
 i= 1133 j=  825 glon=  290.53 (0-360E) glon=  290.53 glat=  32.84 u= -30.6000 v=  23.6000 vr=   0.16106 vt=  38.64316
 i= 1138 j=  825 glon=  290.73 (0-360E) glon=  290.73 glat=  32.84 u= -23.4000 v=  26.7000 vr=   2.65846 vt=  35.40314
 i= 1143 j=  825 glon=  290.93 (0-360E) glon=  290.93 glat=  32.84 u= -19.3000 v=  28.6000 vr=   3.48810 vt=  34.32613
 i= 1148 j=  825 glon=  291.13 (0-360E) glon=  291.13 glat=  32.84 u= -16.8000 v=  27.0000 vr=   1.82977 vt=  31.74731
 i= 1153 j=  825 glon=  291.33 (0-360E) glon=  291.33 glat=  32.84 u= -14.4000 v=  26.6000 vr=   1.57346 vt=  30.20669
 i= 1158 j=  825 glon=  291.53 (0-360E) glon=  291.53 glat=  32.84 u= -13.6000 v=  24.8000 vr=  -0.22222 vt=  28.28340
 i= 1163 j=  825 glon=  291.73 (0-360E) glon=  291.73 glat=  32.84 u= -13.3000 v=  23.5000 vr=  -1.80233 vt=  26.94238
 i= 1168 j=  825 glon=  291.93 (0-360E) glon=  291.93 glat=  32.84 u= -11.8000 v=  22.8000 vr=  -1.74092 vt=  25.61346
 i= 1058 j=  830 glon=  287.53 (0-360E) glon=  287.53 glat=  32.64 u=  -8.5000 v= -14.1000 vr=   4.16615 vt=  15.92806
 i= 1063 j=  830 glon=  287.73 (0-360E) glon=  287.73 glat=  32.64 u=  -8.6000 v= -13.3000 vr=   4.08232 vt=  15.30309
 i= 1068 j=  830 glon=  287.93 (0-360E) glon=  287.93 glat=  32.64 u= -12.6000 v= -13.8000 vr=   7.19306 vt=  17.24702
 i= 1073 j=  830 glon=  288.13 (0-360E) glon=  288.13 glat=  32.64 u= -14.6000 v= -13.9000 vr=   8.35180 vt=  18.34714
 i= 1078 j=  830 glon=  288.33 (0-360E) glon=  288.33 glat=  32.64 u= -18.5000 v= -14.9000 vr=  10.62290 vt=  21.24651
 i= 1083 j=  830 glon=  288.53 (0-360E) glon=  288.53 glat=  32.64 u= -25.8000 v= -18.1000 vr=  14.33430 vt=  28.06738
 i= 1088 j=  830 glon=  288.73 (0-360E) glon=  288.73 glat=  32.64 u= -23.3000 v= -16.8000 vr=  10.81209 vt=  26.61257
 i= 1093 j=  830 glon=  288.93 (0-360E) glon=  288.93 glat=  32.64 u= -28.4000 v= -17.8000 vr=  11.66853 vt=  31.42046
 i= 1098 j=  830 glon=  289.13 (0-360E) glon=  289.13 glat=  32.64 u= -29.4000 v= -17.5000 vr=   8.55612 vt=  33.12707
 i= 1103 j=  830 glon=  289.33 (0-360E) glon=  289.33 glat=  32.64 u= -38.5000 v= -14.3000 vr=  10.81381 vt=  39.62072
 i= 1108 j=  830 glon=  289.53 (0-360E) glon=  289.53 glat=  32.64 u= -44.4000 v= -11.5000 vr=   6.82559 vt=  45.35440
 i= 1113 j=  830 glon=  289.73 (0-360E) glon=  289.73 glat=  32.64 u= -48.5000 v=   1.1000 vr=   7.60324 vt=  47.91295
 i= 1118 j=  830 glon=  289.93 (0-360E) glon=  289.93 glat=  32.64 u= -49.2000 v=  12.4000 vr=   4.71952 vt=  50.51857
 i= 1123 j=  830 glon=  290.13 (0-360E) glon=  290.13 glat=  32.64 u= -46.4000 v=  17.6000 vr=  -2.80834 vt=  49.54627
 i= 1128 j=  830 glon=  290.33 (0-360E) glon=  290.33 glat=  32.64 u= -40.3000 v=  24.2000 vr=  -4.41448 vt=  46.80003
 i= 1133 j=  830 glon=  290.53 (0-360E) glon=  290.53 glat=  32.64 u= -32.3000 v=  29.7000 vr=  -2.44599 vt=  43.81092
 i= 1138 j=  830 glon=  290.73 (0-360E) glon=  290.73 glat=  32.64 u= -26.5000 v=  29.9000 vr=  -3.07531 vt=  39.83469
 i= 1143 j=  830 glon=  290.93 (0-360E) glon=  290.93 glat=  32.64 u= -18.7000 v=  29.2000 vr=  -0.51746 vt=  34.67077
 i= 1148 j=  830 glon=  291.13 (0-360E) glon=  291.13 glat=  32.64 u= -13.2000 v=  30.7000 vr=   2.55350 vt=  33.31981
 i= 1153 j=  830 glon=  291.33 (0-360E) glon=  291.33 glat=  32.64 u= -13.2000 v=  29.3000 vr=   0.07827 vt=  32.13602
 i= 1158 j=  830 glon=  291.53 (0-360E) glon=  291.53 glat=  32.64 u= -11.0000 v=  28.0000 vr=   0.17051 vt=  30.08273
 i= 1163 j=  830 glon=  291.73 (0-360E) glon=  291.73 glat=  32.64 u= -11.0000 v=  25.7000 vr=  -1.72838 vt=  27.90166
 i= 1168 j=  830 glon=  291.93 (0-360E) glon=  291.93 glat=  32.64 u= -10.8000 v=  24.0000 vr=  -2.92778 vt=  26.15470
 i= 1058 j=  835 glon=  287.53 (0-360E) glon=  287.53 glat=  32.44 u=  -6.2000 v= -14.6000 vr=   3.34224 vt=  15.50579
 i= 1063 j=  835 glon=  287.73 (0-360E) glon=  287.73 glat=  32.44 u=  -6.6000 v= -14.9000 vr=   3.38310 vt=  15.94129
 i= 1068 j=  835 glon=  287.93 (0-360E) glon=  287.93 glat=  32.44 u=  -9.9000 v= -15.4000 vr=   6.12743 vt=  17.25180
 i= 1073 j=  835 glon=  288.13 (0-360E) glon=  288.13 glat=  32.44 u= -12.6000 v= -17.0000 vr=   7.86372 vt=  19.64490
 i= 1078 j=  835 glon=  288.33 (0-360E) glon=  288.33 glat=  32.44 u= -16.1000 v= -17.4000 vr=  10.43842 vt=  21.28402
 i= 1083 j=  835 glon=  288.53 (0-360E) glon=  288.53 glat=  32.44 u= -19.1000 v= -23.2000 vr=  10.45422 vt=  28.17374
 i= 1088 j=  835 glon=  288.73 (0-360E) glon=  288.73 glat=  32.44 u= -21.0000 v= -21.2000 vr=  11.36932 vt=  27.58947
 i= 1093 j=  835 glon=  288.93 (0-360E) glon=  288.93 glat=  32.44 u= -21.7000 v= -21.7000 vr=   9.61596 vt=  29.14298
 i= 1098 j=  835 glon=  289.13 (0-360E) glon=  289.13 glat=  32.44 u= -27.7000 v= -20.7000 vr=  11.93878 vt=  32.45374
 i= 1103 j=  835 glon=  289.33 (0-360E) glon=  289.33 glat=  32.44 u= -38.7000 v= -25.9000 vr=  11.06886 vt=  45.23251
 i= 1108 j=  835 glon=  289.53 (0-360E) glon=  289.53 glat=  32.44 u= -47.9000 v= -21.9000 vr=   7.71797 vt=  52.10041
 i= 1113 j=  835 glon=  289.73 (0-360E) glon=  289.73 glat=  32.44 u= -58.4000 v= -15.0000 vr=  -2.88084 vt=  60.22674
 i= 1118 j=  835 glon=  289.93 (0-360E) glon=  289.93 glat=  32.44 u= -65.7000 v=   7.3000 vr=  -7.99218 vt=  65.61940
 i= 1123 j=  835 glon=  290.13 (0-360E) glon=  290.13 glat=  32.44 u= -54.8000 v=  27.2000 vr=  -8.27971 vt=  60.61622
 i= 1128 j=  835 glon=  290.33 (0-360E) glon=  290.33 glat=  32.44 u= -39.8000 v=  39.7000 vr=  -3.31438 vt=  56.11724
 i= 1133 j=  835 glon=  290.53 (0-360E) glon=  290.53 glat=  32.44 u= -34.2000 v=  36.1000 vr=  -9.42091 vt=  48.82721
 i= 1138 j=  835 glon=  290.73 (0-360E) glon=  290.73 glat=  32.44 u= -25.4000 v=  36.9000 vr=  -6.34749 vt=  44.34500
 i= 1143 j=  835 glon=  290.93 (0-360E) glon=  290.93 glat=  32.44 u= -18.6000 v=  35.2000 vr=  -4.00046 vt=  39.61056
 i= 1148 j=  835 glon=  291.13 (0-360E) glon=  291.13 glat=  32.44 u= -12.7000 v=  33.0000 vr=  -1.31315 vt=  35.33505
 i= 1153 j=  835 glon=  291.33 (0-360E) glon=  291.33 glat=  32.44 u=  -7.8000 v=  32.9000 vr=   1.87095 vt=  33.76018
 i= 1158 j=  835 glon=  291.53 (0-360E) glon=  291.53 glat=  32.44 u=  -9.6000 v=  29.2000 vr=  -1.92150 vt=  30.67748
 i= 1163 j=  835 glon=  291.73 (0-360E) glon=  291.73 glat=  32.44 u=  -8.2000 v=  28.0000 vr=  -1.64618 vt=  29.12954
 i= 1168 j=  835 glon=  291.93 (0-360E) glon=  291.93 glat=  32.44 u=  -8.3000 v=  25.5000 vr=  -2.89492 vt=  26.66007
 i= 1173 j=  835 glon=  292.13 (0-360E) glon=  292.13 glat=  32.44 u=  -8.1000 v=  23.9000 vr=  -3.48688 vt=  24.99323
 i= 1058 j=  840 glon=  287.53 (0-360E) glon=  287.53 glat=  32.24 u=  -3.8000 v= -14.4000 vr=   2.51817 vt=  14.67851
 i= 1063 j=  840 glon=  287.73 (0-360E) glon=  287.73 glat=  32.24 u=  -5.9000 v= -16.4000 vr=   4.27456 vt=  16.89669
 i= 1068 j=  840 glon=  287.93 (0-360E) glon=  287.93 glat=  32.24 u=  -7.9000 v= -18.2000 vr=   5.87614 vt=  18.95049
 i= 1073 j=  840 glon=  288.13 (0-360E) glon=  288.13 glat=  32.24 u=  -8.4000 v= -19.8000 vr=   5.91498 vt=  20.67881
 i= 1078 j=  840 glon=  288.33 (0-360E) glon=  288.33 glat=  32.24 u= -13.4000 v= -20.4000 vr=  10.42482 vt=  22.06906
 i= 1083 j=  840 glon=  288.53 (0-360E) glon=  288.53 glat=  32.24 u= -14.9000 v= -26.2000 vr=  10.47387 vt=  28.26213
 i= 1088 j=  840 glon=  288.73 (0-360E) glon=  288.73 glat=  32.24 u= -13.2000 v= -28.3000 vr=   7.55124 vt=  30.30031
 i= 1093 j=  840 glon=  288.93 (0-360E) glon=  288.93 glat=  32.24 u= -20.0000 v= -30.9000 vr=  12.26212 vt=  34.70519
 i= 1098 j=  840 glon=  289.13 (0-360E) glon=  289.13 glat=  32.24 u= -26.2000 v= -31.9000 vr=  15.60379 vt=  38.21743
 i= 1103 j=  840 glon=  289.33 (0-360E) glon=  289.33 glat=  32.24 u= -30.7000 v= -38.6000 vr=  12.72121 vt=  47.65103
 i= 1108 j=  840 glon=  289.53 (0-360E) glon=  289.53 glat=  32.24 u= -40.0000 v= -47.5000 vr=   4.12892 vt=  61.96129
 i= 1113 j=  840 glon=  289.73 (0-360E) glon=  289.73 glat=  32.24 u= -17.5000 v=   3.3000 vr=   9.98057 vt=  14.74884
 i= 1118 j=  840 glon=  289.93 (0-360E) glon=  289.93 glat=  32.24 u= -14.2000 v=  16.8000 vr=   8.75682 vt=  20.17915
 i= 1123 j=  840 glon=  290.13 (0-360E) glon=  290.13 glat=  32.24 u= -40.3000 v=  50.9000 vr=  -3.73204 vt=  64.81490
 i= 1128 j=  840 glon=  290.33 (0-360E) glon=  290.33 glat=  32.24 u= -34.8000 v=  49.9000 vr= -12.54709 vt=  59.52832
 i= 1133 j=  840 glon=  290.53 (0-360E) glon=  290.53 glat=  32.24 u= -25.9000 v=  48.6000 vr= -10.67502 vt=  54.02605
 i= 1138 j=  840 glon=  290.73 (0-360E) glon=  290.73 glat=  32.24 u= -23.8000 v=  41.1000 vr= -13.73951 vt=  45.46291
 i= 1143 j=  840 glon=  290.93 (0-360E) glon=  290.93 glat=  32.24 u= -15.5000 v=  39.7000 vr=  -7.72900 vt=  41.91184
 i= 1148 j=  840 glon=  291.13 (0-360E) glon=  291.13 glat=  32.24 u=  -7.3000 v=  37.7000 vr=  -1.18173 vt=  38.38207
 i= 1153 j=  840 glon=  291.33 (0-360E) glon=  291.33 glat=  32.24 u=  -5.4000 v=  34.0000 vr=  -0.65118 vt=  34.41999
 i= 1158 j=  840 glon=  291.53 (0-360E) glon=  291.53 glat=  32.24 u=  -4.4000 v=  31.7000 vr=  -0.52197 vt=  31.99965
 i= 1163 j=  840 glon=  291.73 (0-360E) glon=  291.73 glat=  32.24 u=  -6.9000 v=  28.4000 vr=  -3.79791 vt=  28.97837
 i= 1168 j=  840 glon=  291.93 (0-360E) glon=  291.93 glat=  32.24 u=  -4.9000 v=  26.9000 vr=  -2.27523 vt=  27.24781
 i= 1173 j=  840 glon=  292.13 (0-360E) glon=  292.13 glat=  32.24 u=  -6.1000 v=  24.6000 vr=  -3.92622 vt=  25.03906
 i= 1058 j=  845 glon=  287.53 (0-360E) glon=  287.53 glat=  32.04 u=  -0.4000 v= -14.6000 vr=   0.58531 vt=  14.59375
 i= 1063 j=  845 glon=  287.73 (0-360E) glon=  287.73 glat=  32.04 u=  -1.9000 v= -17.9000 vr=   2.13901 vt=  17.87301
 i= 1068 j=  845 glon=  287.93 (0-360E) glon=  287.93 glat=  32.04 u=  -4.2000 v= -20.0000 vr=   4.48338 vt=  19.93839
 i= 1073 j=  845 glon=  288.13 (0-360E) glon=  288.13 glat=  32.04 u=  -3.8000 v= -20.6000 vr=   4.11350 vt=  20.53970
 i= 1078 j=  845 glon=  288.33 (0-360E) glon=  288.33 glat=  32.04 u=  -8.2000 v= -21.8000 vr=   8.56088 vt=  21.66082
 i= 1083 j=  845 glon=  288.53 (0-360E) glon=  288.53 glat=  32.04 u=  -8.9000 v= -25.9000 vr=   9.37622 vt=  25.73143
 i= 1088 j=  845 glon=  288.73 (0-360E) glon=  288.73 glat=  32.04 u=  -0.2000 v= -29.5000 vr=   0.82036 vt=  29.48927
 i= 1093 j=  845 glon=  288.93 (0-360E) glon=  288.93 glat=  32.04 u=  -6.3000 v= -40.9000 vr=   7.31569 vt=  40.73059
 i= 1098 j=  845 glon=  289.13 (0-360E) glon=  289.13 glat=  32.04 u= -15.1000 v= -39.3000 vr=  16.31569 vt=  38.81106
 i= 1103 j=  845 glon=  289.33 (0-360E) glon=  289.33 glat=  32.04 u=  -9.5000 v= -50.7000 vr=  11.65550 vt=  50.24828
 i= 1108 j=  845 glon=  289.53 (0-360E) glon=  289.53 glat=  32.04 u=   2.2000 v= -31.9000 vr=   0.05388 vt=  31.97573
 i= 1113 j=  845 glon=  289.73 (0-360E) glon=  289.73 glat=  32.04 u=   4.0000 v=   0.5000 vr=  -4.01393 vt=   0.37194
 i= 1118 j=  845 glon=  289.93 (0-360E) glon=  289.93 glat=  32.04 u=   5.0000 v=  21.4000 vr=   0.86155 vt=  21.95946
 i= 1123 j=  845 glon=  290.13 (0-360E) glon=  290.13 glat=  32.04 u=  11.0000 v=  55.8000 vr=   7.20952 vt=  56.41509
 i= 1128 j=  845 glon=  290.33 (0-360E) glon=  290.33 glat=  32.04 u= -11.5000 v=  59.8000 vr= -13.97878 vt=  59.26959
 i= 1133 j=  845 glon=  290.53 (0-360E) glon=  290.53 glat=  32.04 u=  -6.1000 v=  52.7000 vr=  -7.70904 vt=  52.48877
 i= 1138 j=  845 glon=  290.73 (0-360E) glon=  290.73 glat=  32.04 u=  -7.9000 v=  45.6000 vr=  -9.01786 vt=  45.39216
 i= 1143 j=  845 glon=  290.93 (0-360E) glon=  290.93 glat=  32.04 u= -13.2000 v=  40.6000 vr= -14.04267 vt=  40.31629
 i= 1148 j=  845 glon=  291.13 (0-360E) glon=  291.13 glat=  32.04 u=  -4.9000 v=  37.6000 vr=  -5.58737 vt=  37.50402
 i= 1153 j=  845 glon=  291.33 (0-360E) glon=  291.33 glat=  32.04 u=  -0.4000 v=  35.9000 vr=  -0.99237 vt=  35.88851
 i= 1158 j=  845 glon=  291.53 (0-360E) glon=  291.53 glat=  32.04 u=   0.8000 v=  33.9000 vr=   0.28595 vt=  33.90823
 i= 1163 j=  845 glon=  291.73 (0-360E) glon=  291.73 glat=  32.04 u=  -3.4000 v=  29.7000 vr=  -3.81928 vt=  29.64900
 i= 1168 j=  845 glon=  291.93 (0-360E) glon=  291.93 glat=  32.04 u=  -2.9000 v=  27.0000 vr=  -3.25920 vt=  26.95900
 i= 1173 j=  845 glon=  292.13 (0-360E) glon=  292.13 glat=  32.04 u=  -3.3000 v=  25.2000 vr=  -3.61862 vt=  25.15622
 i= 1058 j=  850 glon=  287.53 (0-360E) glon=  287.53 glat=  31.84 u=   3.0000 v= -14.1000 vr=  -1.34317 vt=  14.35290
 i= 1063 j=  850 glon=  287.73 (0-360E) glon=  287.73 glat=  31.84 u=   3.2000 v= -16.0000 vr=  -1.15665 vt=  16.27582
 i= 1068 j=  850 glon=  287.93 (0-360E) glon=  287.93 glat=  31.84 u=   0.2000 v= -21.9000 vr=   2.83080 vt=  21.71720
 i= 1073 j=  850 glon=  288.13 (0-360E) glon=  288.13 glat=  31.84 u=   0.0000 v= -25.4000 vr=   3.89579 vt=  25.09946
 i= 1078 j=  850 glon=  288.33 (0-360E) glon=  288.33 glat=  31.84 u=   0.9000 v= -22.2000 vr=   2.94156 vt=  22.02265
 i= 1083 j=  850 glon=  288.53 (0-360E) glon=  288.53 glat=  31.84 u=  -2.6000 v= -26.5000 vr=   7.77517 vt=  25.46678
 i= 1088 j=  850 glon=  288.73 (0-360E) glon=  288.73 glat=  31.84 u=   3.4000 v= -30.5000 vr=   3.72482 vt=  30.46204
 i= 1093 j=  850 glon=  288.93 (0-360E) glon=  288.93 glat=  31.84 u=   2.6000 v= -38.7000 vr=   8.24789 vt=  37.90016
 i= 1098 j=  850 glon=  289.13 (0-360E) glon=  289.13 glat=  31.84 u=   1.5000 v= -38.9000 vr=  12.13616 vt=  36.98883
 i= 1103 j=  850 glon=  289.33 (0-360E) glon=  289.33 glat=  31.84 u=   6.4000 v= -47.0000 vr=  16.03413 vt=  44.64154
 i= 1108 j=  850 glon=  289.53 (0-360E) glon=  289.53 glat=  31.84 u=  31.9000 v= -26.1000 vr=  -6.82675 vt=  40.64745
 i= 1113 j=  850 glon=  289.73 (0-360E) glon=  289.73 glat=  31.84 u=  32.3000 v=  -1.4000 vr=  -9.73082 vt=  30.83117
 i= 1118 j=  850 glon=  289.93 (0-360E) glon=  289.93 glat=  31.84 u=  32.2000 v=  25.1000 vr= -10.80242 vt=  39.37204
 i= 1123 j=  850 glon=  290.13 (0-360E) glon=  290.13 glat=  31.84 u=  34.4000 v=  53.4000 vr=  -7.88042 vt=  63.03030
 i= 1128 j=  850 glon=  290.33 (0-360E) glon=  290.33 glat=  31.84 u=  12.0000 v=  56.3000 vr= -14.76128 vt=  55.63987
 i= 1133 j=  850 glon=  290.53 (0-360E) glon=  290.53 glat=  31.84 u=   9.3000 v=  50.1000 vr=  -8.41466 vt=  50.25628
 i= 1138 j=  850 glon=  290.73 (0-360E) glon=  290.73 glat=  31.84 u=   6.4000 v=  43.4000 vr=  -5.73335 vt=  43.49309
 i= 1143 j=  850 glon=  290.93 (0-360E) glon=  290.93 glat=  31.84 u=  -0.5000 v=  38.3000 vr=  -9.21956 vt=  37.17714
 i= 1148 j=  850 glon=  291.13 (0-360E) glon=  291.13 glat=  31.84 u=  -2.9000 v=  36.6000 vr=  -9.99321 vt=  35.32854
 i= 1153 j=  850 glon=  291.33 (0-360E) glon=  291.33 glat=  31.84 u=   5.0000 v=  35.2000 vr=  -1.09305 vt=  35.53653
 i= 1158 j=  850 glon=  291.53 (0-360E) glon=  291.53 glat=  31.84 u=   3.9000 v=  33.2000 vr=  -1.20048 vt=  33.40672
 i= 1163 j=  850 glon=  291.73 (0-360E) glon=  291.73 glat=  31.84 u=   1.5000 v=  30.2000 vr=  -2.66397 vt=  30.11965
 i= 1168 j=  850 glon=  291.93 (0-360E) glon=  291.93 glat=  31.84 u=  -0.5000 v=  27.1000 vr=  -3.89386 vt=  26.82346
 i= 1173 j=  850 glon=  292.13 (0-360E) glon=  292.13 glat=  31.84 u=  -1.1000 v=  25.1000 vr=  -3.99065 vt=  24.80514
 i= 1058 j=  855 glon=  287.53 (0-360E) glon=  287.53 glat=  31.64 u=   5.7000 v= -12.4000 vr=  -2.90670 vt=  13.33421
 i= 1063 j=  855 glon=  287.73 (0-360E) glon=  287.73 glat=  31.64 u=   7.1000 v= -14.5000 vr=  -3.52393 vt=  15.75570
 i= 1068 j=  855 glon=  287.93 (0-360E) glon=  287.93 glat=  31.64 u=   8.2000 v= -16.1000 vr=  -3.81666 vt=  17.66021
 i= 1073 j=  855 glon=  288.13 (0-360E) glon=  288.13 glat=  31.64 u=  11.2000 v= -14.9000 vr=  -6.53648 vt=  17.45636
 i= 1078 j=  855 glon=  288.33 (0-360E) glon=  288.33 glat=  31.64 u=   6.3000 v= -21.3000 vr=   0.74908 vt=  22.19952
 i= 1083 j=  855 glon=  288.53 (0-360E) glon=  288.53 glat=  31.64 u=   6.5000 v= -20.7000 vr=   1.33994 vt=  21.65513
 i= 1088 j=  855 glon=  288.73 (0-360E) glon=  288.73 glat=  31.64 u=   7.4000 v= -29.8000 vr=   5.54250 vt=  30.20067
 i= 1093 j=  855 glon=  288.93 (0-360E) glon=  288.93 glat=  31.64 u=  11.0000 v= -30.7000 vr=   5.22441 vt=  32.18999
 i= 1098 j=  855 glon=  289.13 (0-360E) glon=  289.13 glat=  31.64 u=  18.0000 v= -33.9000 vr=   4.97772 vt=  38.05828
 i= 1103 j=  855 glon=  289.33 (0-360E) glon=  289.33 glat=  31.64 u=  25.1000 v= -32.1000 vr=   4.91670 vt=  40.45054
 i= 1108 j=  855 glon=  289.53 (0-360E) glon=  289.53 glat=  31.64 u=  35.6000 v= -19.6000 vr=  -1.38904 vt=  40.61515
 i= 1113 j=  855 glon=  289.73 (0-360E) glon=  289.73 glat=  31.64 u=  47.1000 v=   6.2000 vr= -14.86812 vt=  45.11972
 i= 1118 j=  855 glon=  289.93 (0-360E) glon=  289.93 glat=  31.64 u=  49.0000 v=  23.0000 vr= -12.09233 vt=  52.76150
 i= 1123 j=  855 glon=  290.13 (0-360E) glon=  290.13 glat=  31.64 u=  43.0000 v=  35.9000 vr=  -7.72673 vt=  55.48070
 i= 1128 j=  855 glon=  290.33 (0-360E) glon=  290.33 glat=  31.64 u=  25.6000 v=  42.3000 vr= -11.12720 vt=  48.17505
 i= 1133 j=  855 glon=  290.53 (0-360E) glon=  290.53 glat=  31.64 u=  15.4000 v=  45.3000 vr= -13.29203 vt=  45.96272
 i= 1138 j=  855 glon=  290.73 (0-360E) glon=  290.73 glat=  31.64 u=   9.8000 v=  39.1000 vr= -10.09554 vt=  39.02474
 i= 1143 j=  855 glon=  290.93 (0-360E) glon=  290.93 glat=  31.64 u=   8.1000 v=  36.4000 vr=  -7.46109 vt=  36.53631
 i= 1148 j=  855 glon=  291.13 (0-360E) glon=  291.13 glat=  31.64 u=   2.4000 v=  35.0000 vr= -10.17354 vt=  33.57468
 i= 1153 j=  855 glon=  291.33 (0-360E) glon=  291.33 glat=  31.64 u=   8.2000 v=  32.4000 vr=  -2.36475 vt=  33.33779
 i= 1158 j=  855 glon=  291.53 (0-360E) glon=  291.53 glat=  31.64 u=   6.4000 v=  31.2000 vr=  -2.60545 vt=  31.74290
 i= 1163 j=  855 glon=  291.73 (0-360E) glon=  291.73 glat=  31.64 u=   5.4000 v=  29.1000 vr=  -2.16077 vt=  29.51781
 i= 1168 j=  855 glon=  291.93 (0-360E) glon=  291.93 glat=  31.64 u=   2.0000 v=  26.4000 vr=  -4.17362 vt=  26.14461
 i= 1173 j=  855 glon=  292.13 (0-360E) glon=  292.13 glat=  31.64 u=   0.9000 v=  24.7000 vr=  -4.39239 vt=  24.32297
 i= 1063 j=  860 glon=  287.73 (0-360E) glon=  287.73 glat=  31.44 u=   9.2000 v= -11.3000 vr=  -4.92395 vt=  13.71440
 i= 1068 j=  860 glon=  287.93 (0-360E) glon=  287.93 glat=  31.44 u=  12.5000 v= -12.5000 vr=  -7.12586 vt=  16.17783
 i= 1073 j=  860 glon=  288.13 (0-360E) glon=  288.13 glat=  31.44 u=  11.9000 v= -13.8000 vr=  -5.43157 vt=  17.39391
 i= 1078 j=  860 glon=  288.33 (0-360E) glon=  288.33 glat=  31.44 u=  10.3000 v= -14.7000 vr=  -2.77491 vt=  17.73358
 i= 1083 j=  860 glon=  288.53 (0-360E) glon=  288.53 glat=  31.44 u=  11.9000 v= -20.5000 vr=  -0.27117 vt=  23.70204
 i= 1088 j=  860 glon=  288.73 (0-360E) glon=  288.73 glat=  31.44 u=  11.8000 v= -20.4000 vr=   1.51461 vt=  23.51820
 i= 1093 j=  860 glon=  288.93 (0-360E) glon=  288.93 glat=  31.44 u=  15.9000 v= -29.8000 vr=   6.52479 vt=  33.14026
 i= 1098 j=  860 glon=  289.13 (0-360E) glon=  289.13 glat=  31.44 u=  25.5000 v= -23.9000 vr=  -0.26974 vt=  34.94835
 i= 1103 j=  860 glon=  289.33 (0-360E) glon=  289.33 glat=  31.44 u=  33.8000 v= -18.8000 vr=  -3.40134 vt=  38.52676
 i= 1108 j=  860 glon=  289.53 (0-360E) glon=  289.53 glat=  31.44 u=  41.6000 v= -11.4000 vr=  -4.98296 vt=  42.84495
 i= 1113 j=  860 glon=  289.73 (0-360E) glon=  289.73 glat=  31.44 u=  47.2000 v=  -1.8000 vr=  -4.22093 vt=  47.04534
 i= 1118 j=  860 glon=  289.93 (0-360E) glon=  289.93 glat=  31.44 u=  47.5000 v=  13.8000 vr=  -6.75950 vt=  48.99999
 i= 1123 j=  860 glon=  290.13 (0-360E) glon=  290.13 glat=  31.44 u=  39.3000 v=  23.6000 vr=  -6.47964 vt=  45.38132
 i= 1128 j=  860 glon=  290.33 (0-360E) glon=  290.33 glat=  31.44 u=  31.3000 v=  30.0000 vr=  -6.73870 vt=  42.82849
 i= 1133 j=  860 glon=  290.53 (0-360E) glon=  290.53 glat=  31.44 u=  27.6000 v=  37.2000 vr=  -7.48094 vt=  45.71253
 i= 1138 j=  860 glon=  290.73 (0-360E) glon=  290.73 glat=  31.44 u=  15.8000 v=  36.7000 vr= -10.68682 vt=  38.50093
 i= 1143 j=  860 glon=  290.93 (0-360E) glon=  290.93 glat=  31.44 u=  10.5000 v=  34.6000 vr= -10.28829 vt=  34.66354
 i= 1148 j=  860 glon=  291.13 (0-360E) glon=  291.13 glat=  31.44 u=   6.6000 v=  32.8000 vr= -10.25704 vt=  31.84640
 i= 1153 j=  860 glon=  291.33 (0-360E) glon=  291.33 glat=  31.44 u=  10.0000 v=  30.4000 vr=  -4.29758 vt=  31.71263
 i= 1158 j=  860 glon=  291.53 (0-360E) glon=  291.53 glat=  31.44 u=   8.5000 v=  29.0000 vr=  -3.64761 vt=  29.99908
 i= 1163 j=  860 glon=  291.73 (0-360E) glon=  291.73 glat=  31.44 u=   7.8000 v=  27.2000 vr=  -2.51242 vt=  28.18453
 i= 1168 j=  860 glon=  291.93 (0-360E) glon=  291.93 glat=  31.44 u=   4.4000 v=  25.4000 vr=  -4.23793 vt=  25.42754
 i= 1063 j=  865 glon=  287.73 (0-360E) glon=  287.73 glat=  31.24 u=  10.4000 v= -12.3000 vr=  -4.25071 vt=  15.53646
 i= 1068 j=  865 glon=  287.93 (0-360E) glon=  287.93 glat=  31.24 u=  12.8000 v= -10.3000 vr=  -6.69224 vt=  15.00480
 i= 1073 j=  865 glon=  288.13 (0-360E) glon=  288.13 glat=  31.24 u=  15.1000 v=  -9.7000 vr=  -8.28886 vt=  15.91838
 i= 1078 j=  865 glon=  288.33 (0-360E) glon=  288.33 glat=  31.24 u=  14.6000 v= -10.9000 vr=  -6.32677 vt=  17.08631
 i= 1083 j=  865 glon=  288.53 (0-360E) glon=  288.53 glat=  31.24 u=  13.5000 v= -14.3000 vr=  -2.25690 vt=  19.53577
 i= 1088 j=  865 glon=  288.73 (0-360E) glon=  288.73 glat=  31.24 u=  16.9000 v= -15.0000 vr=  -2.74335 vt=  22.42953
 i= 1093 j=  865 glon=  288.93 (0-360E) glon=  288.93 glat=  31.24 u=  20.5000 v= -13.6000 vr=  -3.95625 vt=  24.28082
 i= 1098 j=  865 glon=  289.13 (0-360E) glon=  289.13 glat=  31.24 u=  24.7000 v= -12.4000 vr=  -4.36234 vt=  27.29139
 i= 1103 j=  865 glon=  289.33 (0-360E) glon=  289.33 glat=  31.24 u=  29.2000 v= -12.7000 vr=  -2.01101 vt=  31.77870
 i= 1108 j=  865 glon=  289.53 (0-360E) glon=  289.53 glat=  31.24 u=  34.5000 v= -10.6000 vr=   0.08330 vt=  36.09159
 i= 1113 j=  865 glon=  289.73 (0-360E) glon=  289.73 glat=  31.24 u=  37.1000 v=  -2.6000 vr=  -0.99244 vt=  37.17775
 i= 1118 j=  865 glon=  289.93 (0-360E) glon=  289.93 glat=  31.24 u=  37.6000 v=  11.8000 vr=  -7.58502 vt=  38.67127
 i= 1123 j=  865 glon=  290.13 (0-360E) glon=  290.13 glat=  31.24 u=  33.7000 v=  18.0000 vr=  -6.91968 vt=  37.57403
 i= 1128 j=  865 glon=  290.33 (0-360E) glon=  290.33 glat=  31.24 u=  33.0000 v=  20.4000 vr=  -2.68628 vt=  38.70328
 i= 1133 j=  865 glon=  290.53 (0-360E) glon=  290.53 glat=  31.24 u=  31.7000 v=  27.3000 vr=  -3.26485 vt=  41.70756
 i= 1138 j=  865 glon=  290.73 (0-360E) glon=  290.73 glat=  31.24 u=  20.1000 v=  32.0000 vr=  -9.54297 vt=  36.56421
 i= 1143 j=  865 glon=  290.93 (0-360E) glon=  290.93 glat=  31.24 u=  14.1000 v=  33.1000 vr= -11.12893 vt=  34.21355
 i= 1148 j=  865 glon=  291.13 (0-360E) glon=  291.13 glat=  31.24 u=  10.2000 v=  29.8000 vr=  -9.51668 vt=  30.02520
 i= 1153 j=  865 glon=  291.33 (0-360E) glon=  291.33 glat=  31.24 u=  11.1000 v=  27.7000 vr=  -5.62732 vt=  29.30586
 i= 1158 j=  865 glon=  291.53 (0-360E) glon=  291.53 glat=  31.24 u=  10.4000 v=  26.7000 vr=  -4.13860 vt=  28.35352
 i= 1163 j=  865 glon=  291.73 (0-360E) glon=  291.73 glat=  31.24 u=   9.3000 v=  25.6000 vr=  -3.32581 vt=  27.03311
 i= 1168 j=  865 glon=  291.93 (0-360E) glon=  291.93 glat=  31.24 u=   6.6000 v=  24.3000 vr=  -4.19166 vt=  24.82901
 i= 1068 j=  870 glon=  287.93 (0-360E) glon=  287.93 glat=  31.04 u=  12.8000 v= -11.2000 vr=  -4.78281 vt=  16.32191
 i= 1073 j=  870 glon=  288.13 (0-360E) glon=  288.13 glat=  31.04 u=  15.3000 v=  -9.9000 vr=  -6.73435 vt=  16.93365
 i= 1078 j=  870 glon=  288.33 (0-360E) glon=  288.33 glat=  31.04 u=  16.5000 v=  -8.4000 vr=  -7.58456 vt=  16.89037
 i= 1083 j=  870 glon=  288.53 (0-360E) glon=  288.53 glat=  31.04 u=  18.2000 v=  -7.7000 vr=  -8.09690 vt=  18.02693
 i= 1088 j=  870 glon=  288.73 (0-360E) glon=  288.73 glat=  31.04 u=  19.5000 v=  -8.7000 vr=  -6.70263 vt=  20.27350
 i= 1093 j=  870 glon=  288.93 (0-360E) glon=  288.93 glat=  31.04 u=  22.1000 v= -12.8000 vr=  -2.93940 vt=  25.36947
 i= 1098 j=  870 glon=  289.13 (0-360E) glon=  289.13 glat=  31.04 u=  25.4000 v= -10.5000 vr=  -3.63206 vt=  27.24368
 i= 1103 j=  870 glon=  289.33 (0-360E) glon=  289.33 glat=  31.04 u=  27.9000 v=  -6.6000 vr=  -4.52259 vt=  28.31106
 i= 1108 j=  870 glon=  289.53 (0-360E) glon=  289.53 glat=  31.04 u=  30.4000 v=  -0.4000 vr=  -6.84444 vt=  29.62218
 i= 1113 j=  870 glon=  289.73 (0-360E) glon=  289.73 glat=  31.04 u=  32.5000 v=   4.4000 vr=  -6.91205 vt=  32.05984
 i= 1118 j=  870 glon=  289.93 (0-360E) glon=  289.93 glat=  31.04 u=  32.0000 v=   7.2000 vr=  -4.33104 vt=  32.51280
 i= 1123 j=  870 glon=  290.13 (0-360E) glon=  290.13 glat=  31.04 u=  30.6000 v=   9.2000 vr=  -1.31966 vt=  31.92583
 i= 1128 j=  870 glon=  290.33 (0-360E) glon=  290.33 glat=  31.04 u=  31.7000 v=  12.5000 vr=   0.83827 vt=  34.06519
 i= 1133 j=  870 glon=  290.53 (0-360E) glon=  290.53 glat=  31.04 u=  23.1000 v=  24.5000 vr=  -9.36910 vt=  32.34316
 i= 1138 j=  870 glon=  290.73 (0-360E) glon=  290.73 glat=  31.04 u=  18.9000 v=  26.4000 vr=  -9.65792 vt=  30.99830
 i= 1143 j=  870 glon=  290.93 (0-360E) glon=  290.93 glat=  31.04 u=  17.4000 v=  27.8000 vr=  -8.63930 vt=  31.63799
 i= 1148 j=  870 glon=  291.13 (0-360E) glon=  291.13 glat=  31.04 u=  13.8000 v=  25.6000 vr=  -7.16409 vt=  28.18645
 i= 1153 j=  870 glon=  291.33 (0-360E) glon=  291.33 glat=  31.04 u=  11.6000 v=  25.6000 vr=  -6.90097 vt=  27.24512
 i= 1158 j=  870 glon=  291.53 (0-360E) glon=  291.53 glat=  31.04 u=  11.5000 v=  24.8000 vr=  -4.89698 vt=  26.89441
 i= 1163 j=  870 glon=  291.73 (0-360E) glon=  291.73 glat=  31.04 u=  10.1000 v=  23.7000 vr=  -4.12781 vt=  25.42953
 i= 1068 j=  875 glon=  287.93 (0-360E) glon=  287.93 glat=  30.84 u=  14.4000 v=  -9.1000 vr=  -5.95320 vt=  15.96025
 i= 1073 j=  875 glon=  288.13 (0-360E) glon=  288.13 glat=  30.84 u=  15.8000 v=  -9.2000 vr=  -6.08639 vt=  17.24053
 i= 1078 j=  875 glon=  288.33 (0-360E) glon=  288.33 glat=  30.84 u=  18.3000 v=  -8.7000 vr=  -7.15487 vt=  18.95753
 i= 1083 j=  875 glon=  288.53 (0-360E) glon=  288.53 glat=  30.84 u=  19.8000 v=  -7.7000 vr=  -7.53207 vt=  19.86449
 i= 1088 j=  875 glon=  288.73 (0-360E) glon=  288.73 glat=  30.84 u=  21.2000 v=  -7.1000 vr=  -7.20402 vt=  21.16488
 i= 1093 j=  875 glon=  288.93 (0-360E) glon=  288.93 glat=  30.84 u=  23.0000 v=  -7.1000 vr=  -6.13794 vt=  23.27522
 i= 1098 j=  875 glon=  289.13 (0-360E) glon=  289.13 glat=  30.84 u=  24.7000 v=  -4.5000 vr=  -6.70756 vt=  24.19398
 i= 1103 j=  875 glon=  289.33 (0-360E) glon=  289.33 glat=  30.84 u=  26.5000 v=  -0.7000 vr=  -7.96767 vt=  25.28352
 i= 1108 j=  875 glon=  289.53 (0-360E) glon=  289.53 glat=  30.84 u=  28.3000 v=   2.1000 vr=  -7.73611 vt=  27.30298
 i= 1113 j=  875 glon=  289.73 (0-360E) glon=  289.73 glat=  30.84 u=  28.8000 v=   5.2000 vr=  -7.06190 vt=  28.40087
 i= 1118 j=  875 glon=  289.93 (0-360E) glon=  289.93 glat=  30.84 u=  28.3000 v=   7.0000 vr=  -4.87763 vt=  28.74193
 i= 1123 j=  875 glon=  290.13 (0-360E) glon=  290.13 glat=  30.84 u=  27.9000 v=   9.0000 vr=  -2.95742 vt=  29.16614
 i= 1128 j=  875 glon=  290.33 (0-360E) glon=  290.33 glat=  30.84 u=  25.4000 v=  16.8000 vr=  -7.36729 vt=  29.54865
 i= 1133 j=  875 glon=  290.53 (0-360E) glon=  290.53 glat=  30.84 u=  21.1000 v=  21.8000 vr= -10.21842 vt=  28.56631
 i= 1138 j=  875 glon=  290.73 (0-360E) glon=  290.73 glat=  30.84 u=  20.6000 v=  22.0000 vr=  -7.58242 vt=  29.16962
 i= 1143 j=  875 glon=  290.93 (0-360E) glon=  290.93 glat=  30.84 u=  18.7000 v=  22.5000 vr=  -6.39253 vt=  28.54953
 i= 1148 j=  875 glon=  291.13 (0-360E) glon=  291.13 glat=  30.84 u=  14.5000 v=  23.5000 vr=  -7.61904 vt=  26.54148
 i= 1153 j=  875 glon=  291.33 (0-360E) glon=  291.33 glat=  30.84 u=  12.8000 v=  23.1000 vr=  -6.67965 vt=  25.55058
 i= 1158 j=  875 glon=  291.53 (0-360E) glon=  291.53 glat=  30.84 u=  12.7000 v=  22.1000 vr=  -4.53105 vt=  25.08325
 i= 1078 j=  880 glon=  288.33 (0-360E) glon=  288.33 glat=  30.64 u=  16.9000 v=  -7.0000 vr=  -6.04100 vt=  17.26604
 i= 1083 j=  880 glon=  288.53 (0-360E) glon=  288.53 glat=  30.64 u=  19.4000 v=  -5.0000 vr=  -7.92589 vt=  18.39946
 i= 1088 j=  880 glon=  288.73 (0-360E) glon=  288.73 glat=  30.64 u=  21.2000 v=  -4.3000 vr=  -8.02095 vt=  20.08966
 i= 1093 j=  880 glon=  288.93 (0-360E) glon=  288.93 glat=  30.64 u=  22.7000 v=  -3.8000 vr=  -7.36764 vt=  21.80477
 i= 1098 j=  880 glon=  289.13 (0-360E) glon=  289.13 glat=  30.64 u=  24.8000 v=  -2.2000 vr=  -7.49129 vt=  23.74364
 i= 1103 j=  880 glon=  289.33 (0-360E) glon=  289.33 glat=  30.64 u=  25.8000 v=   1.1000 vr=  -8.37726 vt=  24.42686
 i= 1108 j=  880 glon=  289.53 (0-360E) glon=  289.53 glat=  30.64 u=  25.7000 v=   4.7000 vr=  -9.08419 vt=  24.49607
 i= 1113 j=  880 glon=  289.73 (0-360E) glon=  289.73 glat=  30.64 u=  25.9000 v=   6.2000 vr=  -7.63852 vt=  25.51280
 i= 1118 j=  880 glon=  289.93 (0-360E) glon=  289.93 glat=  30.64 u=  25.7000 v=   7.9000 vr=  -6.24147 vt=  26.15232
 i= 1123 j=  880 glon=  290.13 (0-360E) glon=  290.13 glat=  30.64 u=  24.6000 v=  11.5000 vr=  -6.85704 vt=  26.27529
 i= 1128 j=  880 glon=  290.33 (0-360E) glon=  290.33 glat=  30.64 u=  22.9000 v=  15.0000 vr=  -7.69051 vt=  26.27291
 i= 1133 j=  880 glon=  290.53 (0-360E) glon=  290.53 glat=  30.64 u=  21.6000 v=  17.0000 vr=  -7.22230 vt=  26.52166
 i= 1138 j=  880 glon=  290.73 (0-360E) glon=  290.73 glat=  30.64 u=  20.1000 v=  18.4000 vr=  -6.56631 vt=  26.44718
 i= 1143 j=  880 glon=  290.93 (0-360E) glon=  290.93 glat=  30.64 u=  18.0000 v=  19.9000 vr=  -6.63686 vt=  25.99927
 i= 1148 j=  880 glon=  291.13 (0-360E) glon=  291.13 glat=  30.64 u=  14.7000 v=  20.9000 vr=  -7.40133 vt=  24.45650
 i= 1153 j=  880 glon=  291.33 (0-360E) glon=  291.33 glat=  30.64 u=  13.9000 v=  20.5000 vr=  -5.91853 vt=  24.05059
 i= 1083 j=  885 glon=  288.53 (0-360E) glon=  288.53 glat=  30.44 u=  18.7000 v=  -5.9000 vr=  -5.62689 vt=  18.78399
 i= 1088 j=  885 glon=  288.73 (0-360E) glon=  288.73 glat=  30.44 u=  20.0000 v=  -4.3000 vr=  -6.23512 vt=  19.48367
 i= 1093 j=  885 glon=  288.93 (0-360E) glon=  288.93 glat=  30.44 u=  21.5000 v=  -2.3000 vr=  -7.05817 vt=  20.43825
 i= 1098 j=  885 glon=  289.13 (0-360E) glon=  289.13 glat=  30.44 u=  22.9000 v=  -0.1000 vr=  -7.75131 vt=  21.54848
 i= 1103 j=  885 glon=  289.33 (0-360E) glon=  289.33 glat=  30.44 u=  23.8000 v=   1.7000 vr=  -7.62435 vt=  22.60972
 i= 1108 j=  885 glon=  289.53 (0-360E) glon=  289.53 glat=  30.44 u=  24.7000 v=   3.7000 vr=  -7.42434 vt=  23.84658
 i= 1113 j=  885 glon=  289.73 (0-360E) glon=  289.73 glat=  30.44 u=  25.4000 v=   5.7000 vr=  -6.93888 vt=  25.08988
 i= 1118 j=  885 glon=  289.93 (0-360E) glon=  289.93 glat=  30.44 u=  25.5000 v=   7.9000 vr=  -6.45806 vt=  25.90277
 i= 1123 j=  885 glon=  290.13 (0-360E) glon=  290.13 glat=  30.44 u=  23.8000 v=  10.9000 vr=  -6.96890 vt=  25.23261
 i= 1128 j=  885 glon=  290.33 (0-360E) glon=  290.33 glat=  30.44 u=  22.3000 v=  13.4000 vr=  -7.20385 vt=  24.99909
 i= 1133 j=  885 glon=  290.53 (0-360E) glon=  290.53 glat=  30.44 u=  21.0000 v=  15.0000 vr=  -6.74382 vt=  24.91026
 i= 1138 j=  885 glon=  290.73 (0-360E) glon=  290.73 glat=  30.44 u=  19.0000 v=  16.7000 vr=  -6.89907 vt=  24.33707
 i= 1143 j=  885 glon=  290.93 (0-360E) glon=  290.93 glat=  30.44 u=  16.9000 v=  17.8000 vr=  -6.89100 vt=  23.55768
 i= 1148 j=  885 glon=  291.13 (0-360E) glon=  291.13 glat=  30.44 u=  15.5000 v=  17.9000 vr=  -5.98835 vt=  22.90851
 i= 1093 j=  890 glon=  288.93 (0-360E) glon=  288.93 glat=  30.24 u=  21.2000 v=  -3.2000 vr=  -5.22797 vt=  20.79299
 i= 1098 j=  890 glon=  289.13 (0-360E) glon=  289.13 glat=  30.24 u=  22.4000 v=  -1.7000 vr=  -5.30115 vt=  21.82997
 i= 1103 j=  890 glon=  289.33 (0-360E) glon=  289.33 glat=  30.24 u=  23.5000 v=   0.1000 vr=  -5.38887 vt=  22.87400
 i= 1108 j=  890 glon=  289.53 (0-360E) glon=  289.53 glat=  30.24 u=  24.3000 v=   2.2000 vr=  -5.48797 vt=  23.77419
 i= 1113 j=  890 glon=  289.73 (0-360E) glon=  289.73 glat=  30.24 u=  24.3000 v=   5.1000 vr=  -6.15659 vt=  24.05403
 i= 1118 j=  890 glon=  289.93 (0-360E) glon=  289.93 glat=  30.24 u=  23.4000 v=   8.2000 vr=  -7.02134 vt=  23.78026
 i= 1123 j=  890 glon=  290.13 (0-360E) glon=  290.13 glat=  30.24 u=  22.5000 v=  10.1000 vr=  -6.79691 vt=  23.70785
 i= 1128 j=  890 glon=  290.33 (0-360E) glon=  290.33 glat=  30.24 u=  21.2000 v=  11.5000 vr=  -6.29291 vt=  23.28281
 i= 1133 j=  890 glon=  290.53 (0-360E) glon=  290.53 glat=  30.24 u=  19.7000 v=  13.1000 vr=  -6.24649 vt=  22.81844
 i= 1138 j=  890 glon=  290.73 (0-360E) glon=  290.73 glat=  30.24 u=  18.3000 v=  14.2000 vr=  -5.92028 vt=  22.39376
 i= 1113 j=  895 glon=  289.73 (0-360E) glon=  289.73 glat=  30.04 u=  21.9000 v=   5.4000 vr=  -6.25820 vt=  21.67037
 i= 1118 j=  895 glon=  289.93 (0-360E) glon=  289.93 glat=  30.04 u=  21.4000 v=   6.7000 vr=  -5.72985 vt=  21.67992
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    29.1788867159313       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     54.63 kts
    LL Wind Circ Vt mean quadmax value: SE     56.01 kts
    LL Wind Circ Vt mean quadmax value: SW     49.43 kts
    LL Wind Circ Vt mean quadmax value: NW     51.18 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.97529322822172       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    32.0637142280367     
   xcenlon=    289.774341486515     
   imax=         2738  jmax=         2041
   jlatfix=          844
   ilonfix (unadjusted) =         1115
  
 In get_max_wind, ibeg=         1034  iend=         1195
                  jbeg=          776  jend=          913
         ilonfix=         1115  jlatfix=          844
 At end of get_max_wind, vmax=    51.0405035241621       rmax= 
   18.7533794083026     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.17 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.57 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.81 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.76 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   13.55 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.78 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   23.70 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   30.92 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   37.41 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   42.04 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   44.17 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   44.56 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   44.07 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   43.15 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   41.91 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   40.56 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   39.08 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   37.65 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   36.34 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   35.20 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   34.24 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.40 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   32.62 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   31.80 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   30.93 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   30.03 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   29.10 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   28.17 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   27.33 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   26.57 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   25.91 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   25.31 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   24.77 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   24.29 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   23.84 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   23.41 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   23.00 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   22.62 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   22.27 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.92 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   21.58 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   21.22 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    44.56 m/s   maxrmw_dist=    36.00  km   maxrmw_ix=   12
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    36.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    44.5629037763191      
  (m/s)   (in kts)=    86.5723531662551     
  rising_sum_dvdr=       37.3949161917052     
  declining_sum_dvdr=   -17.2351078827167     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    36 igrct=  1 Vmax (m/s)=   51.041   22:20:55
 TIMING: before call  getradii, fhr=    36 igrct=  1   22:20:55
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    6.82041714416617     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.82041714416617     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.4723375158335     
 mr4qs before add, mean_radii_vt_4quad_sum=    13.4723375158335     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.1446852799388     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.1446852799388     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.80566164159207     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    9.81 good_quad_ct=   4 mean_vt_4quad=      2.45
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.60 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.67 mean_vt_4quad=    8.32
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.72 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.76 mean_vt_4quad=    8.45
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.78 mean_vt_4quad=    8.51
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.76 mean_vt_4quad=    8.58
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.76 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.76 mean_vt_4quad=    8.71
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.83 mean_vt_4quad=    8.78
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.91 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.01 mean_vt_4quad=    8.91
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.10 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.19 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.25 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.30 mean_vt_4quad=    9.19
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.32 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.33 mean_vt_4quad=    9.33
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.36 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.40 mean_vt_4quad=    9.46
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.44 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.51 mean_vt_4quad=    9.60
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.57 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.64 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.72 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.79 mean_vt_4quad=    9.91
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.85 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.92 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.98 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.05 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.13 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.21 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.29 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.38 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.49 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.59 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.71 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.84 mean_vt_4quad=   10.99
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.98 mean_vt_4quad=   11.10
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.11 mean_vt_4quad=   11.22
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.23 mean_vt_4quad=   11.34
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.32 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.39 mean_vt_4quad=   11.57
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.47 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.59 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.73 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   15.89 mean_vt_4quad=   12.04
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.06 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.23 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.39 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.55 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.72 mean_vt_4quad=   12.68
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.88 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.05 mean_vt_4quad=   12.97
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.23 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.45 mean_vt_4quad=   13.24
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.67 mean_vt_4quad=   13.38
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.38 .... 0.5*v_holland=    7.31
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   13.53 .... 0.5*v_holland=    7.31
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.68 .... 0.5*v_holland=    7.31
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.84 .... 0.5*v_holland=    7.31
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   14.00 .... 0.5*v_holland=    7.31
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.67 mean_vt_4quad=   13.38
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.87 mean_vt_4quad=   13.53
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.10 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.35 mean_vt_4quad=   13.84
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.64 mean_vt_4quad=   14.00
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.94 mean_vt_4quad=   14.17
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.21 mean_vt_4quad=   14.35
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.45 mean_vt_4quad=   14.52
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.66 mean_vt_4quad=   14.70
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.79 mean_vt_4quad=   14.89
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.75 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.65 mean_vt_4quad=   15.29
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.56 mean_vt_4quad=   15.50
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.56 mean_vt_4quad=   15.71
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   19.73 mean_vt_4quad=   15.92
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.05 mean_vt_4quad=   16.14
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.46 mean_vt_4quad=   16.34
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.84 mean_vt_4quad=   16.54
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.10 mean_vt_4quad=   16.75
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.25 mean_vt_4quad=   16.98
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.44 mean_vt_4quad=   17.20
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.66 mean_vt_4quad=   17.44
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   21.95 mean_vt_4quad=   17.67
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.34 mean_vt_4quad=   17.91
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   22.79 mean_vt_4quad=   18.16
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.28 mean_vt_4quad=   18.43
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   23.78 mean_vt_4quad=   18.70
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.29 mean_vt_4quad=   18.99
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   24.80 mean_vt_4quad=   19.29
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   25.31 mean_vt_4quad=   19.60
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   25.74 mean_vt_4quad=   19.91
  
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   25.74 mean_vt_4quad=   19.91
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   26.15 mean_vt_4quad=   20.21
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   26.56 mean_vt_4quad=   20.53
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   27.00 mean_vt_4quad=   20.87
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   27.53 mean_vt_4quad=   21.24
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   28.18 mean_vt_4quad=   21.66
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   28.97 mean_vt_4quad=   22.15
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   29.91 mean_vt_4quad=   22.68
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   30.98 mean_vt_4quad=   23.28
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   32.10 mean_vt_4quad=   23.95
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   33.13 mean_vt_4quad=   24.68
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.15 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.17 mean_vt_4quad=    8.32
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.20 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.24 mean_vt_4quad=    8.45
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.30 mean_vt_4quad=    8.51
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.39 mean_vt_4quad=    8.58
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.48 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.58 mean_vt_4quad=    8.71
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.67 mean_vt_4quad=    8.78
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.76 mean_vt_4quad=    8.85
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.82 mean_vt_4quad=    8.91
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.84 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.86 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.88 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.96 mean_vt_4quad=    9.19
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.06 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.16 mean_vt_4quad=    9.33
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.26 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.35 mean_vt_4quad=    9.46
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.43 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.51 mean_vt_4quad=    9.60
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.60 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.71 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.81 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.91 mean_vt_4quad=    9.91
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.02 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.14 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.28 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.40 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.51 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.61 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.70 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.78 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.86 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.93 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.03 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.15 mean_vt_4quad=   10.99
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.25 mean_vt_4quad=   11.10
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.34 mean_vt_4quad=   11.22
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.48 mean_vt_4quad=   11.34
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.65 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.78 mean_vt_4quad=   11.57
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.91 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.02 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.16 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.32 mean_vt_4quad=   12.04
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.49 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.69 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.85 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.99 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.14 mean_vt_4quad=   12.68
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.23 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.37 mean_vt_4quad=   12.97
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.51 mean_vt_4quad=   13.11
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.11 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.24 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.38 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   13.53 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   13.68 .... 0.5*v_holland=    7.11
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    210.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   113.316000000000     
 vradius(iwindix,iquad) =         113
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.51 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.65 mean_vt_4quad=   13.24
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.79 mean_vt_4quad=   13.38
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.95 mean_vt_4quad=   13.53
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.14 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.37 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.63 mean_vt_4quad=   14.00
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.86 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.07 mean_vt_4quad=   14.35
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.30 mean_vt_4quad=   14.52
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.53 mean_vt_4quad=   14.70
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.73 mean_vt_4quad=   14.89
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.90 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.14 mean_vt_4quad=   15.29
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   20.34 mean_vt_4quad=   15.50
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.55 mean_vt_4quad=   15.71
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.81 mean_vt_4quad=   15.92
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.09 mean_vt_4quad=   16.14
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.41 mean_vt_4quad=   16.34
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.74 mean_vt_4quad=   16.54
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.08 mean_vt_4quad=   16.75
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.40 mean_vt_4quad=   16.98
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   22.77 mean_vt_4quad=   17.20
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.27 mean_vt_4quad=   17.44
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.67 mean_vt_4quad=   17.67
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   24.12 mean_vt_4quad=   17.91
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   24.62 mean_vt_4quad=   18.16
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   25.12 mean_vt_4quad=   18.43
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   25.81 mean_vt_4quad=   18.70
  
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   25.81 mean_vt_4quad=   18.70
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   26.66 mean_vt_4quad=   18.99
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   27.26 mean_vt_4quad=   19.29
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   27.71 mean_vt_4quad=   19.60
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   28.12 mean_vt_4quad=   19.91
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   28.51 mean_vt_4quad=   20.21
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   28.96 mean_vt_4quad=   20.53
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   29.35 mean_vt_4quad=   20.87
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   29.88 mean_vt_4quad=   21.24
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   30.46 mean_vt_4quad=   21.66
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   30.97 mean_vt_4quad=   22.15
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   31.34 mean_vt_4quad=   22.68
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   31.83 mean_vt_4quad=   23.28
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   32.30 mean_vt_4quad=   23.95
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   32.61 mean_vt_4quad=   24.68
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   33.22 mean_vt_4quad=   25.46
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    9.85 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    9.83 mean_vt_4quad=    8.32
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.91 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   10.00 mean_vt_4quad=    8.45
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   10.09 mean_vt_4quad=    8.51
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   10.15 mean_vt_4quad=    8.58
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   10.19 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   10.22 mean_vt_4quad=    8.71
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   10.22 mean_vt_4quad=    8.78
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   10.18 mean_vt_4quad=    8.85
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   10.15 mean_vt_4quad=    8.91
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   10.16 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   10.21 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   10.30 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   10.41 mean_vt_4quad=    9.19
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   10.54 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   10.66 mean_vt_4quad=    9.33
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.75 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.77 mean_vt_4quad=    9.46
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   10.79 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   10.76 mean_vt_4quad=    9.60
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   10.74 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   10.71 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   10.72 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   10.75 mean_vt_4quad=    9.91
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   10.82 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   10.90 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   10.98 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.04 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   11.11 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.17 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.22 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.29 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   11.37 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   11.47 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   11.57 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   11.72 mean_vt_4quad=   10.99
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.93 mean_vt_4quad=   11.10
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.11 mean_vt_4quad=   11.22
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   12.27 mean_vt_4quad=   11.34
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   12.40 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   12.52 mean_vt_4quad=   11.57
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   12.61 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   12.69 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   12.79 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   12.89 mean_vt_4quad=   12.04
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.01 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.16 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.28 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   13.40 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   13.55 mean_vt_4quad=   12.68
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.73 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.95 mean_vt_4quad=   12.97
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.20 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.47 mean_vt_4quad=   13.24
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.74 mean_vt_4quad=   13.38
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   15.00 mean_vt_4quad=   13.53
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.26 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.50 mean_vt_4quad=   13.84
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.74 mean_vt_4quad=   14.00
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.02 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.26 mean_vt_4quad=   14.35
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.46 mean_vt_4quad=   14.52
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.63 mean_vt_4quad=   14.70
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.79 mean_vt_4quad=   14.89
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.98 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.30 mean_vt_4quad=   15.29
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.68 mean_vt_4quad=   15.50
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.50 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   15.71 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   15.92 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   16.14 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   16.34 .... 0.5*v_holland=    8.81
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    168.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   90.6528000000000     
 vradius(iwindix,iquad) =          91
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.68 mean_vt_4quad=   15.50
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.86 mean_vt_4quad=   15.71
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.09 mean_vt_4quad=   15.92
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.43 mean_vt_4quad=   16.14
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   18.81 mean_vt_4quad=   16.34
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.26 mean_vt_4quad=   16.54
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   19.69 mean_vt_4quad=   16.75
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   20.08 mean_vt_4quad=   16.98
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   20.45 mean_vt_4quad=   17.20
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   20.81 mean_vt_4quad=   17.44
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   21.17 mean_vt_4quad=   17.67
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   21.54 mean_vt_4quad=   17.91
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   21.94 mean_vt_4quad=   18.16
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   22.35 mean_vt_4quad=   18.43
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   22.72 mean_vt_4quad=   18.70
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   23.06 mean_vt_4quad=   18.99
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   23.33 mean_vt_4quad=   19.29
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   23.55 mean_vt_4quad=   19.60
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.77 mean_vt_4quad=   19.91
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   24.04 mean_vt_4quad=   20.21
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   24.45 mean_vt_4quad=   20.53
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   25.02 mean_vt_4quad=   20.87
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   25.79 mean_vt_4quad=   21.24
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   25.79 mean_vt_4quad=   21.24
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   26.54 mean_vt_4quad=   21.66
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   27.26 mean_vt_4quad=   22.15
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   27.91 mean_vt_4quad=   22.68
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   28.56 mean_vt_4quad=   23.28
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.24 mean_vt_4quad=   23.95
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   29.98 mean_vt_4quad=   24.68
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   30.83 mean_vt_4quad=   25.46
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   31.68 mean_vt_4quad=   26.22
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   32.58 mean_vt_4quad=   26.93
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   33.44 mean_vt_4quad=   27.61
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    9.24 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    9.26 mean_vt_4quad=    8.32
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    9.36 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.44 mean_vt_4quad=    8.45
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.52 mean_vt_4quad=    8.51
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.58 mean_vt_4quad=    8.58
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.64 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.68 mean_vt_4quad=    8.71
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.71 mean_vt_4quad=    8.78
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.75 mean_vt_4quad=    8.85
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.80 mean_vt_4quad=    8.91
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.87 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.93 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.96 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   10.04 mean_vt_4quad=    9.19
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   10.12 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   10.22 mean_vt_4quad=    9.33
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   10.27 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.36 mean_vt_4quad=    9.46
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.43 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.50 mean_vt_4quad=    9.60
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.60 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.67 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.72 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.77 mean_vt_4quad=    9.91
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.82 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.92 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   11.07 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   11.17 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   11.29 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   11.43 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.47 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.57 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.61 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.71 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.89 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   12.10 mean_vt_4quad=   10.99
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   12.23 mean_vt_4quad=   11.10
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   12.32 mean_vt_4quad=   11.22
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   12.44 mean_vt_4quad=   11.34
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.57 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.81 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.96 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   13.12 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   13.24 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   13.35 mean_vt_4quad=   12.04
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   13.50 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.63 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.83 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.91 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   14.06 mean_vt_4quad=   12.68
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   14.18 mean_vt_4quad=   12.82
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   14.26 mean_vt_4quad=   12.97
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.49 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   14.72 mean_vt_4quad=   13.24
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   14.85 mean_vt_4quad=   13.38
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.94 mean_vt_4quad=   13.53
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   15.02 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   15.13 mean_vt_4quad=   13.84
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.25 mean_vt_4quad=   14.00
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.38 mean_vt_4quad=   14.17
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.48 mean_vt_4quad=   14.35
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.59 mean_vt_4quad=   14.52
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.70 mean_vt_4quad=   14.70
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.83 mean_vt_4quad=   14.89
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.98 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.15 mean_vt_4quad=   15.29
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.40 mean_vt_4quad=   15.50
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.65 mean_vt_4quad=   15.71
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.88 mean_vt_4quad=   15.92
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.14 mean_vt_4quad=   16.14
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   17.34 mean_vt_4quad=   16.34
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.54 mean_vt_4quad=   16.54
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   16.54 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   16.75 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   16.98 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   17.20 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   17.44 .... 0.5*v_holland=    9.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.54 mean_vt_4quad=   16.54
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.74 mean_vt_4quad=   16.75
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.02 mean_vt_4quad=   16.98
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   18.37 mean_vt_4quad=   17.20
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.73 mean_vt_4quad=   17.44
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.32 mean_vt_4quad=   17.67
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   19.89 mean_vt_4quad=   17.91
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.34 mean_vt_4quad=   18.16
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   20.69 mean_vt_4quad=   18.43
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.03 mean_vt_4quad=   18.70
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.39 mean_vt_4quad=   18.99
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   21.74 mean_vt_4quad=   19.29
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.07 mean_vt_4quad=   19.60
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.39 mean_vt_4quad=   19.91
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   22.74 mean_vt_4quad=   20.21
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.13 mean_vt_4quad=   20.53
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   23.57 mean_vt_4quad=   20.87
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.06 mean_vt_4quad=   21.24
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   24.58 mean_vt_4quad=   21.66
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.09 mean_vt_4quad=   22.15
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   25.62 mean_vt_4quad=   22.68
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   26.19 mean_vt_4quad=   23.28
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   26.19 mean_vt_4quad=   23.28
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   26.79 mean_vt_4quad=   23.95
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   27.41 mean_vt_4quad=   24.68
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   28.11 mean_vt_4quad=   25.46
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   28.87 mean_vt_4quad=   26.22
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   29.65 mean_vt_4quad=   26.93
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   30.27 mean_vt_4quad=   27.61
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   30.80 mean_vt_4quad=   28.29
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   31.56 mean_vt_4quad=   28.99
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   32.49 mean_vt_4quad=   29.78
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   33.59 mean_vt_4quad=   30.72
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
 TIMING: after call  getradii, fhr=    36 igrct=  1   22:20:55
 TIMING: after getrad_iter_loop, fhr=    36 igrct=  2 Vmax (m/s)=   51.041   22:20:55
 TIMING: Before get_phase ... 22:20:55
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           36 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    34.410
  
  
  In get_cps_paramb, lead time=           36 :           0   08L  FRANKLIN 
   right_ct=          924   left_ct=          947
   zthicksum(1)=    3148010.43450000     
   zthicksum(2)=    3226211.48912500     
   zthick_right_mean=    3406.93769967532     
   zthick_left_mean=     3406.77031586589     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   0.167383809426610     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           48.58
  Sum of y-diffs squared (ydiff2) =         3270.03
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   506.08   6.7452       28.80   0.1661    -3.57    12.76      829.21
    2   497.84   6.6846       20.56   0.1055     0.00     0.00      422.55
    3   488.02   6.6201       10.73   0.0409     2.76     7.60      115.18
    4   475.25   6.5511       -2.04  -0.0281     3.43    11.80        4.15
    5   458.61   6.4770      -18.68  -0.1022     1.24     1.53      348.79
    6   437.91   6.3969      -39.37  -0.1822    -3.86    14.89     1550.15
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   477.284     x:    6.58
  
  slope=    194.891         y-intercept =   -804.933
  Regression equation:   Y =  -804.93 +   194.89X
  
  R2(r_squared) =  0.9851        r =  0.9925
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1053.11 zmin=  540.70 zdiff=  512.42
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1547.19 zmin= 1041.11 zdiff=  506.08
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.34 dlnp=     -0.057158  dzdlnp=      110.850
  
   +++ k=  3 press=    800.0 zmax= 2065.94 zmin= 1568.10 zdiff=  497.84
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.24 dlnp=     -0.060625  dzdlnp=      135.918
  
   +++ k=  4 press=    750.0 zmax= 2612.31 zmin= 2124.30 zdiff=  488.02
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.82 dlnp=     -0.064539  dzdlnp=      152.219
  
   +++ k=  5 press=    700.0 zmax= 3190.07 zmin= 2714.82 zdiff=  475.25
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -12.77 dlnp=     -0.068993  dzdlnp=      185.063
  
   +++ k=  6 press=    650.0 zmax= 3802.06 zmin= 3343.46 zdiff=  458.61
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -16.64 dlnp=     -0.074108  dzdlnp=      224.537
  
   +++ k=  7 press=    600.0 zmax= 4453.37 zmin= 4015.46 zdiff=  437.91
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -20.70 dlnp=     -0.080043  dzdlnp=      258.562
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           11.52
  Sum of y-diffs squared (ydiff2) =        20714.37
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   412.92   6.3099       77.60   0.2788    -1.64     2.67     6022.38
    2   387.25   6.2146       51.93   0.1834    -0.21     0.05     2696.93
    3   358.72   6.1092       23.40   0.0781     1.21     1.46      547.75
    4   325.62   5.9915       -9.70  -0.0397     1.58     2.51       94.09
    5   287.09   5.8579      -48.23  -0.1732     1.01     1.03     2325.94
    6   240.30   5.7038      -95.01  -0.3274    -1.95     3.81     9027.28
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   335.316     x:    6.03
  
  slope=    284.257         y-intercept =  -1379.085
  Regression equation:   Y = -1379.08 +   284.26X
  
  R2(r_squared) =  0.9994        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4453.37 zmin= 4015.46 zdiff=  437.91
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5150.42 zmin= 4737.50 zdiff=  412.92
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -24.99 dlnp=     -0.087011  dzdlnp=      287.227
  
   +++ k=  9 press=    500.0 zmax= 5904.05 zmin= 5516.80 zdiff=  387.25
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -25.67 dlnp=     -0.095310  dzdlnp=      269.352
  
   +++ k= 10 press=    450.0 zmax= 6725.01 zmin= 6366.29 zdiff=  358.72
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -28.53 dlnp=     -0.105361  dzdlnp=      270.766
  
   +++ k= 11 press=    400.0 zmax= 7627.27 zmin= 7301.66 zdiff=  325.62
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -33.10 dlnp=     -0.117783  dzdlnp=      281.059
  
   +++ k= 12 press=    350.0 zmax= 8629.06 zmin= 8341.97 zdiff=  287.09
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -38.53 dlnp=     -0.133531  dzdlnp=      288.531
  
   +++ k= 13 press=    300.0 zmax= 9754.70 zmin= 9514.40 zdiff=  240.30
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -46.78 dlnp=     -0.154151  dzdlnp=      303.495
  
cps_stats: 08L   lead time=  36: 0   paramb=     0.17  vtl=    194.89  vtu=    284.26
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   36:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.774 (0-360) guesslon=  289.774E  (  70.226W)   guesslat=   32.064
 ilonfix=         1115  jlatfix=          844  npts=           33
 ibeg=         1040  jbeg=          776  imax=         2738
 iend=         1190  jend=          912  jmax=         2041
 TIMING: find_maxmin 1  22:20:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.854E  (0-360) ctlon=  288.854E  (  71.146W)  ctlat=   31.144 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:55
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  288.854E   (0-360) guesslon=  288.854E  (  71.146W)   guesslat=   31.144
 ilonfix=         1092  jlatfix=          867  npts=           16
 ibeg=         1041  jbeg=          823  imax=         2738
 iend=         1143  jend=          911  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.534E  (0-360) ctlon=  288.534  (  71.466W)  ctlat=   30.924 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    36:00  mean_lon:  288.53E (  71.47W)    (0-360) mean_lon=  288.53E  mean_lat:   30.92  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    36:00  ifix:  1071   jfix:   849  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1071  jx=          849
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         526 ,         304 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         525 ,         303 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    36:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:56
 TIMING: Before shear ... 22:20:56
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            7
  clon(ist,ifh,3)=    289.822193127811     
  clat(ist,ifh,3)=    32.0582446167184     
  fixlon(ist,ifh)=    289.774341486515     
  fixlat(ist,ifh)=    32.0637142280367     
  xcenlon=    289.822193127811     
  xcenlat=    32.0582446167184     
  
 xxshear
 In get_shear A, xcenlon=    289.822193127811       xcenlat= 
   32.0582446167184     
   In get_shear B, (0-360) xcenlon=    289.822193127811     
  
At start of get_shear:  08L   fhr=   36:00   Mean fix position=   289.77E  ( 70.23W)    32.06  (0-360) mean lon fix=  289.77
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   52.82 vr_mean(idist,ilev)=   -2.37
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   44.06 vr_mean(idist,ilev)=    0.02
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   36.82 vr_mean(idist,ilev)=    0.05
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   30.98 vr_mean(idist,ilev)=    2.05
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   27.32 vr_mean(idist,ilev)=    1.57
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   24.80 vr_mean(idist,ilev)=    0.56
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   22.25 vr_mean(idist,ilev)=   -0.29
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   20.46 vr_mean(idist,ilev)=   -0.20
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.65 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.13 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.40 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.96 vr_mean(idist,ilev)=   -0.09
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.63 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.25 vr_mean(idist,ilev)=   -0.20
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.16 vr_mean(idist,ilev)=   -0.02
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.32 vr_mean(idist,ilev)=   -0.09
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.57 vr_mean(idist,ilev)=   -0.09
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.94 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.25 vr_mean(idist,ilev)=    0.01
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -18.43 vr_mean(idist,ilev)=   18.43
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -27.64 vr_mean(idist,ilev)=   27.64
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -36.86 vr_mean(idist,ilev)=   36.86
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -46.08 vr_mean(idist,ilev)=   46.08
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -55.30 vr_mean(idist,ilev)=   55.30
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -64.53 vr_mean(idist,ilev)=   64.53
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -73.77 vr_mean(idist,ilev)=   73.77
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -83.02 vr_mean(idist,ilev)=   83.02
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -92.27 vr_mean(idist,ilev)=   92.27
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -101.53 vr_mean(idist,ilev)=  101.53
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -110.80 vr_mean(idist,ilev)=  110.80
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -120.08 vr_mean(idist,ilev)=  120.08
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -129.38 vr_mean(idist,ilev)=  129.38
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -138.69 vr_mean(idist,ilev)=  138.69
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -148.02 vr_mean(idist,ilev)=  148.02
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -157.36 vr_mean(idist,ilev)=  157.36
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -166.73 vr_mean(idist,ilev)=  166.73
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -176.12 vr_mean(idist,ilev)=  176.12
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -185.53 vr_mean(idist,ilev)=  185.53
  
 At end of get_shear: 
     ist=    2 ifh=    7 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:56
  
 After call to fixcenter, fix positions at 
 forecast hour=   36:00 follow:
  
fixpos  08L   fhr=   36:00   Fix position=   289.77E  ( 70.23W)    32.06   Max Wind=  99 kts
  
  
 xxxx get_next_ges, prev fix lon=    289.175911307715     
 xxxx get_next_ges, curr fix lon=    289.774341486515     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.774341486515        fixlat=    32.0637142280367     
        (0-360) fixlon=    289.774341486515     
      ilonfix=         1115   jlatfix=          844
      ibeg=          622   iend=         1608
      jbeg=          392   jend=         1296
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.247402089617904       vavg=    5.76598665895806     
      ubar=   6.185052240447601E-002  vbar=    1.44149666473951     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.67439799639770       vavg=    5.02214091898695     
      ubar=   0.899049520603327       vbar=    3.95256712423299     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.77408900260123       vavg=    3.42738853479988     
      ubar=    1.84257177125363       vbar=    4.80941425793296     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.84257177125363       vbar=    4.80941425793296     
      wgttot=    1.00000000000000     
      fixlon=    289.774341486515        fixlat=    32.0637142280367     
      barnlon=    290.198876096588       barnlat=    32.9979598451590     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.843102144824240     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      290.198876096588     
     Raw (no conversion for GM wrap) extraplon=    290.377626562152     
  
 --- barnlon=    290.20E  (  69.80W)    barnlat=     33.00
 --- extraplon=  290.38E  (  69.62W)    extraplat=   32.80
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   32.06
 | Current fix lon is   70.23W   ( 289.77E)
 | Current fix lon (raw, unadjusted)=  289.77E
 | Updated guess lat for next fcst hour is   32.90
 | Updated guess lon (0-360) for next fcst hour is   69.71W   ( 290.29E)
 | Raw updated guess lon for next fcst hour is  290.29E)
 -------------------------------------------------
  
 iocheck, dist=    104.776656724761        distm=    104776.656724761     
 iocheck, stmspd=    4.85077114466484        istmspd=           94
 iocheck, xincr=   0.513909842854957        yincr=   0.836637532322754     
 iocheck, stmdir=    31.5605866302811        istmdir=           32
 +++ RPT_STORM_MOTION: istmspd=    94 kts(*10)    istmdir=    32 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   7
     Fix location for this time:   289.77E  ( 70.23W)    32.06
     Fix lon (raw) for this time:  289.77E
     ilonfix= 1115  jlatfix=  844
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.774341486515       xcenlat=    32.0637142280367     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.774341486515       xcenlat=    32.0637142280367     
  ilonfix=         1115  jlatfix=          844
  ibeg=          989  iend=         1241
  jbeg=          728  jend=          960  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.774341486515        xcenlat=    32.0637142280367     
      ilonfix=         1115   jlatfix=          844
      ibeg=          989   iend=         1241
      jbeg=          728   jend=          960
 After call to barnes, xsmoothval=   4.510262362522032E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.510262362522032E-004
      xcenlon=    289.774341486515        xcenlat=    32.0637142280367     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000451  imeanzeta (*1e6)=      451
   --- mean zeta raw =   4.510262362522032E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.007372  igrid zeta (*1e6)=     7372 ifilret=   0
   --- grid zeta raw=   7.372197374470786E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.774341486515       xcenlat=    32.0637142280367     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.774341486515       xcenlat=    32.0637142280367     
  ilonfix=         1115  jlatfix=          844
  ibeg=          989  iend=         1241
  jbeg=          728  jend=          960  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.774341486515        xcenlat=    32.0637142280367     
      ilonfix=         1115   jlatfix=          844
      ibeg=          989   iend=         1241
      jbeg=          728   jend=          960
 After call to barnes, xsmoothval=   4.305710689961004E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.305710689961004E-004
      xcenlon=    289.774341486515        xcenlat=    32.0637142280367     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000431  imeanzeta (*1e6)=      431
   --- mean zeta raw =   4.305710689961004E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004761  igrid zeta (*1e6)=     4761 ifilret=   0
   --- grid zeta raw=   4.761111278682812E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           36
  
 segx, outlon=    289.774341486515       outlat=    32.0637142280367     
   ist=            2  ifcsthour=           36
   vmaxwind=    51.0405035241621       xminmslp=    95677.2500000000     
   vradius=          110          62          45         113          68
          44          91          55          39          83          49
          32
   maxstorm=            6
   plastbar=    100877.250000000       rlastbar=    161.469076687224     
   rmax=    18.7533794083026     
   cps_vals=   0.167383809426610        194.890966124109     
   284.257288424671     
   wcore_flag= n
   istmspd=           94  istmdir=           32
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    36.0000000000000     
   axisymet_rmw_val=     44.5629037763191     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   161.469076687224       irlastbar=         161
 output: plastbar=   100877.250000000       iplastbar=        1009
 rmax=    18.7533794083026        irmax=           19
 TXX top of atcfunix_ext, ist=            2  ifh=           36
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   161.469076687224       irlastbar=         161
 output: plastbar=   100877.250000000       iplastbar=        1009
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           36
 intlat=          321
 clatns= N
 intlon=          702
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           99
 int(xminmslp/mslp_outp_adj + 0.5)=          957
 XX,  34, NEQ
 vradius(1,1)=          110
 vradius(1,2)=          113
 vradius(1,3)=           91
 vradius(1,4)=           83
 iplastbar=         1009
 irlastbar=          161
 irmax=           19
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           32
 istmspd=           94
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=            2
 icps_vals(2)=         1949
 icps_vals(3)=         2843
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           19
 irmw_val=           87
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          451
 igridzeta(1)=         7372
 imeanzeta(2)=          431
 igridzeta(2)=         4761
  
 rmax=    18.7533794083026        irmax=           19
 +++ Top of output_atcf_parms, ist=            2  ifh=           36
  
 xxxx get_next_ges, prev fix lon=    289.175911307715     
 xxxx get_next_ges, curr fix lon=    289.774341486515     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.774341486515        fixlat=    32.0637142280367     
        (0-360) fixlon=    289.774341486515     
      ilonfix=         1115   jlatfix=          844
      ibeg=          622   iend=         1608
      jbeg=          392   jend=         1296
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.247402089617904       vavg=    5.76598665895806     
      ubar=   6.185052240447601E-002  vbar=    1.44149666473951     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    1.67439799639770       vavg=    5.02214091898695     
      ubar=   0.899049520603327       vbar=    3.95256712423299     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.77408900260123       vavg=    3.42738853479988     
      ubar=    1.84257177125363       vbar=    4.80941425793296     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.84257177125363       vbar=    4.80941425793296     
      wgttot=    1.00000000000000     
      fixlon=    289.774341486515        fixlat=    32.0637142280367     
      barnlon=    290.198876096588       barnlat=    32.9979598451590     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.843102144824240     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      290.198876096588     
     Raw (no conversion for GM wrap) extraplon=    290.377626562152     
  
 --- barnlon=    290.20E  (  69.80W)    barnlat=     33.00
 --- extraplon=  290.38E  (  69.62W)    extraplat=   32.80
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   32.06
 | Current fix lon is   70.23W   ( 289.77E)
 | Current fix lon (raw, unadjusted)=  289.77E
 | Updated guess lat for next fcst hour is   32.90
 | Updated guess lon (0-360) for next fcst hour is   69.71W   ( 290.29E)
 | Raw updated guess lon for next fcst hour is  290.29E)
 -------------------------------------------------
  
 iocheck, dist=    104.776656724761        distm=    104776.656724761     
 iocheck, stmspd=    4.85077114466484        istmspd=           94
 iocheck, xincr=   0.513909842854957        yincr=   0.836637532322754     
 iocheck, stmdir=    31.5605866302811        istmdir=           32
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   36:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.568001069111405E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.164E  (0-360) ctlon=  275.164E  (  84.836W)  ctlat=   25.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.757E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.164E   (0-360) guesslon=  275.164E  (  84.836W)   guesslat=   25.968
 ilonfix=          749  jlatfix=          996  npts=           16
 ibeg=          700  jbeg=          952  imax=         2738
 iend=          798  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.944E  (0-360) ctlon=  274.944  (  85.056W)  ctlat=   25.748 fmax (x10e5) =        0.605E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.207522847945017E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.164E  (0-360) ctlon=  275.164E  (  84.836W)  ctlat=   25.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.421E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.164E   (0-360) guesslon=  275.164E  (  84.836W)   guesslat=   25.968
 ilonfix=          749  jlatfix=          996  npts=           16
 ibeg=          700  jbeg=          952  imax=         2738
 iend=          798  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.044E  (0-360) ctlon=  275.044  (  84.956W)  ctlat=   25.848 fmax (x10e5) =        0.619E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  275.164E  (0-360) ctlon=  275.164E  (  84.836W)  ctlat=   25.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.136E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  275.164E   (0-360) guesslon=  275.164E  (  84.836W)   guesslat=   25.968
 ilonfix=          749  jlatfix=          996  npts=           16
 ibeg=          700  jbeg=          952  imax=         2738
 iend=          798  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.944E  (0-360) ctlon=  274.944  (  85.056W)  ctlat=   25.848 fmax =       -0.100E+16 fmin =        0.136E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  275.164E  (0-360) ctlon=  275.164E  (  84.836W)  ctlat=   25.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.302E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  275.164E   (0-360) guesslon=  275.164E  (  84.836W)   guesslat=   25.968
 ilonfix=          749  jlatfix=          996  npts=           16
 ibeg=          700  jbeg=          952  imax=         2738
 iend=          798  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.044E  (0-360) ctlon=  275.044  (  84.956W)  ctlat=   25.848 fmax =       -0.100E+16 fmin =        0.302E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.764E  (0-360) ctlon=  274.764E  (  85.236W)  ctlat=   25.968 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.993E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  274.764E   (0-360) guesslon=  274.764E  (  85.236W)   guesslat=   25.968
 ilonfix=          739  jlatfix=          996  npts=           16
 ibeg=          690  jbeg=          952  imax=         2738
 iend=          788  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.944E  (0-360) ctlon=  274.944  (  85.056W)  ctlat=   25.848 fmax =       -0.100E+16 fmin =        0.992E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.884 (0-360) guesslon=  274.884E  (  85.116W)   guesslat=   25.688
 ilonfix=          742  jlatfix=         1003  npts=           33
 ibeg=          669  jbeg=          935  imax=         2738
 iend=          815  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.771771455480030E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  274.764E  (0-360) ctlon=  274.764E  (  85.236W)  ctlat=   25.568 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.477E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  274.764E   (0-360) guesslon=  274.764E  (  85.236W)   guesslat=   25.568
 ilonfix=          739  jlatfix=         1006  npts=           16
 ibeg=          690  jbeg=          962  imax=         2738
 iend=          788  jend=         1050  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  274.944E  (0-360) ctlon=  274.944  (  85.056W)  ctlat=   25.748 fmax (x10e5) =        0.502E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    274.960354091440        uvgeslat=    25.7824786550097     
    (0-360 uvgeslon)=    274.960354091440     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:20:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.960354091440        uvgeslat=    25.7824786550097     
    (0-360 uvgeslon)=    274.960354091440     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.960354091440     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.960E  (0-360E lon):  274.960E    85.040W  ctlat=   25.782  xmax_circul_disk =     105628183.3
 TIMING: get_wind_circ kloop, k=  1   22:20:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.960E  (0-360E)=  274.960E  (  85.040W)   guesslat=   25.782
 ilonfix=          744  jlatfix=         1001  npts=           56
 ibeg=          675  jbeg=          937  imax=         2738
 iend=          813  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105771182.306193     
 nhalf get_wind_circ, k=  1 ctlon=  274.920E  (0-360E)=  274.920E  ctlon=   85.080W   ctlat=   25.802 Wind Circulation (NHEM: Max) =     105771182.3
 TIMING: After GWC 850 ... 22:20:56
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:20:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.960354091440        uvgeslat=    25.7824786550097     
    (0-360 uvgeslon)=    274.960354091440     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.960354091440     
  
 After first run, Wind Circulation (NHEM) ctlon=  275.280E  (0-360E lon):  275.280E    84.720W  ctlat=   25.782  xmax_circul_disk =      93196759.5
 TIMING: get_wind_circ kloop, k=  1   22:20:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  275.280E  (0-360E)=  275.280E  (  84.720W)   guesslat=   25.782
 ilonfix=          752  jlatfix=         1001  npts=           56
 ibeg=          683  jbeg=          937  imax=         2738
 iend=          821  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    94572166.0200273     
 nhalf get_wind_circ, k=  1 ctlon=  275.180E  (0-360E)=  275.180E  ctlon=   84.820W   ctlat=   25.862 Wind Circulation (NHEM: Max) =      94572166.0
 TIMING: After GWC 700 ... 22:20:56
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:20:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    274.960354091440        uvgeslat=    25.7824786550097     
    (0-360 uvgeslon)=    274.960354091440     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    274.960354091440     
  
 After first run, Wind Circulation (NHEM) ctlon=  274.960E  (0-360E lon):  274.960E    85.040W  ctlat=   25.782  xmax_circul_disk =      72218336.1
 TIMING: get_wind_circ kloop, k=  1   22:20:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  274.960E  (0-360E)=  274.960E  (  85.040W)   guesslat=   25.782
 ilonfix=          744  jlatfix=         1001  npts=           56
 ibeg=          675  jbeg=          937  imax=         2738
 iend=          813  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    72997342.1847940     
 nhalf get_wind_circ, k=  1 ctlon=  274.800E  (0-360E)=  274.800E  ctlon=   85.200W   ctlat=   25.682 Wind Circulation (NHEM: Max) =      72997342.2
 TIMING: After GWC Sfc ... 22:20:56
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.72  xavg_stderr=     6.43
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            7  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    36:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  274.88E   (0-360) guesslon=  274.88E  ( 85.12W)    25.69
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       274.94       85.06      25.75           60.48       T          8.98
   2    zeta 700    Max       275.04       84.96      25.85           61.94       T         23.94
   3    circ 850    Max       274.92       85.08      25.80          105.77       T         13.25
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       275.18       84.82      25.86           94.57       T         35.46
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       274.94       85.06      25.85         1357.88       T         18.78
   8     gph 700    Min       275.04       84.96      25.85         3021.62       T         23.94
   9        MSLP    Min       274.94       85.06      25.85        99234.48       T         18.78
  10    circ sfc    Max       274.80       85.20      25.68           73.00       T          8.40
  11    zeta sfc    Max       274.94       85.06      25.75           50.19       T          8.98
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.1594435231238       stderr_close= 
   6.33511429657883       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   6.905 devia=   1.090 wtpos=  0.69536     274.94   274.94    85.06    25.75
 ip=  2 kprm=  2 dist_from_mean=   8.556 devia=   1.351 wtpos=  0.63750     275.04   275.04    84.96    25.85
 ip=  3 kprm=  3 dist_from_mean=   5.362 devia=   0.846 wtpos=  0.75419     274.92   274.92    85.08    25.80
 ip=  5 kprm=  4 dist_from_mean=  21.666 devia=   3.420 wtpos=  0.31983     275.18   275.18    84.82    25.86
 ip=  7 kprm=  5 dist_from_mean=   5.739 devia=   0.906 wtpos=  0.73937     274.94   274.94    85.06    25.85
 ip=  8 kprm=  6 dist_from_mean=   8.556 devia=   1.351 wtpos=  0.63750     275.04   275.04    84.96    25.85
 ip=  9 kprm=  7 dist_from_mean=   5.739 devia=   0.906 wtpos=  0.73937     274.94   274.94    85.06    25.85
 ip= 10 kprm=  8 dist_from_mean=  22.008 devia=   3.474 wtpos=  0.31412     274.80   274.80    85.20    25.68
 ip= 11 kprm=  9 dist_from_mean=   6.905 devia=   1.090 wtpos=  0.69536     274.94   274.94    85.06    25.75
  
At end of fixcenter:  10L   fhr=   36:00   Fix position=   274.97E  (0-360) fixlon=  274.97  ( 85.03W)    25.81
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    274.969322055648     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    274.943990864168     
        (0-360E clon(ist,ifh,9))=    274.943990864168     
      clat(ist,ifh,9)=    25.8479315641006     
      xval(9)=    99234.4819686305     
  
  After get_ij B, ibeg jbeg =          636         861
  After get_ij B, iend jend =          852        1137
  
 In is_it_a_storm, ilonfix=          744  jlatfix=          999
 ibeg jbeg iend jend =          636         861         852        1137
 cparm= slp  parmlon parmlat =    274.943990864168        25.8479315641006     
     (0-360E parmlon) =    274.943990864168     
 parmval=    99234.4819686305     
  
 i=  721 j=  936 glon=  274.05 (0-360E) glon=  274.05 glat=  28.40 dist=   297.37 slp=  100403.97 pgradient=  3.93282
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.93282
 mslp center =    274.943990864168        25.8479315641006     
   99234.4819686305     
   (0-360E) lon of mslp center =    274.943990864168     
 pgrad loc   =    274.049280000000        274.049280000000     
   85.9507200000000        28.4009380000000        100403.970000000     
  ttest at location C IF....
      xinp_fixlat=    25.8479315641006     
      xinp_fixlon=    274.943990864168       (0-360E) xinp_fixlon= 
   274.943990864168     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98220.2900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          745  jfix=          999
 longitude=    274.943990864168      E   (   85.0560091358324      
 W)  (0-360E) xinp_fixlon=    274.943990864168     
 latitude=    25.8479315641006     
 mean mslp value (xval(9))=    99234.4819686305     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          745  jfix=          999
 longitude=    274.943990864168      E   (   85.0560091358324      
 W)  (0-360E) xinp_fixlon=    274.943990864168     
 latitude=    25.8479315641006     
 mean mslp value (xval(9))=    99234.4819686305     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          745  jx=          999
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98220.2900000000       xcentval=    98220.2900000000     
 At A, num_found_contours=            0
 At A, contlo=    98220.2900000000       conthi=    98620.2900000000     
  
 num_found_contours=            0
 contlo=    98220.2900000000       conthi=    98620.2900000000     
 xcentval=    98220.2900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98620.2900000000       conthi=    99020.2900000000     
  
 num_found_contours=            1
 contlo=    98620.2900000000       conthi=    99020.2900000000     
 xcentval=    98220.2900000000     
 At A, num_found_contours=            2
 At A, contlo=    99020.2900000000       conthi=    99420.2900000000     
  
 num_found_contours=            2
 contlo=    99020.2900000000       conthi=    99420.2900000000     
 xcentval=    98220.2900000000     
 At A, num_found_contours=            3
 At A, contlo=    99420.2900000000       conthi=    99820.2900000000     
  
 num_found_contours=            3
 contlo=    99420.2900000000       conthi=    99820.2900000000     
 xcentval=    98220.2900000000     
 At A, num_found_contours=            4
 At A, contlo=    99820.2900000000       conthi=    100220.290000000     
  
 num_found_contours=            4
 contlo=    99820.2900000000       conthi=    100220.290000000     
 xcentval=    98220.2900000000     
 At A, num_found_contours=            5
 At A, contlo=    100220.290000000       conthi=    100620.290000000     
  
 num_found_contours=            5
 contlo=    100220.290000000       conthi=    100620.290000000     
 xcentval=    98220.2900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         729 ,         954 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98220.2900000000     
 !!! (i,j) of central value = (         745 ,         999 )
 !!!  
 !!! Flagged value found    =    100218.370000000     
 !!! (i,j) of flagged value = (         730 ,         955 )
 !!!   
 !!! Lower bound of contour interval =    100220.290000000     
 !!! Upper bound of contour interval =    100620.290000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          745  jfix=          999
 longitude=    274.943990864168      E   (   85.0560091358324      W)  
 (0-360E) xinp_fixlon=    274.943990864168     
 latitude=    25.8479315641006     
 mean mslp value (xval(9))=    99234.4819686305     
 gridpoint mslp value=    98220.2900000000     
 ccflag= y
 prs of last closed isobar =    100220.290000000     
 radius of last closed isobar =    88.8799904498816       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   36:00
 !!! Boundary check xinp_fixlat is   25.85
 !!! Boundary check xinp_fixlon is   85.06W   ( 274.94E)  (0-360E) xinp_fixlon=  274.94
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    274.920355091440     
  850 mb wcirc fix lat=    25.8024781550097     
    (0-360) 850 mb wcirc fix lon=    274.920355091440     
  Multi-parm fix lon=      274.969322055648     
  Multi-parm fix lat=      25.8080463484086     
    (0-360) Multi-parm fix lon=      274.969322055648     
  
  
  After get_ij B, ibeg jbeg =          652         896
  After get_ij B, iend jend =          834        1104
  
 In is_it_a_storm, ilonfix=          743  jlatfix=         1000
 ibeg jbeg iend jend =          652         896         834        1104
 cparm= v850  parmlon parmlat =    274.920355091440        25.8024781550097     
     (0-360E parmlon) =    274.920355091440     
 parmval=    105771182.306193     
  
 i=  737 j=  951 glon=  274.69 (0-360E) glon=  274.69 glat=  27.80 u= -15.3000 v=   7.5000 vr=   9.03755 vt=  14.44516
 i=  742 j=  951 glon=  274.89 (0-360E) glon=  274.89 glat=  27.80 u= -15.4000 v=  10.6000 vr=  10.81375 vt=  15.25067
 i=  747 j=  951 glon=  275.09 (0-360E) glon=  275.09 glat=  27.80 u= -14.7000 v=   8.1000 vr=   6.96637 vt=  15.26990
 i=  717 j=  956 glon=  273.89 (0-360E) glon=  273.89 glat=  27.60 u= -11.3000 v=   2.4000 vr=   7.30501 vt=   8.94912
 i=  722 j=  956 glon=  274.09 (0-360E) glon=  274.09 glat=  27.60 u= -14.8000 v=   2.4000 vr=   7.88618 vt=  12.75179
 i=  727 j=  956 glon=  274.29 (0-360E) glon=  274.29 glat=  27.60 u= -13.7000 v=   3.7000 vr=   7.64305 vt=  11.95675
 i=  732 j=  956 glon=  274.49 (0-360E) glon=  274.49 glat=  27.60 u= -13.1000 v=   0.9000 vr=   3.63342 vt=  12.61817
 i=  737 j=  956 glon=  274.69 (0-360E) glon=  274.69 glat=  27.60 u= -15.9000 v=   7.8000 vr=   9.56895 vt=  14.90252
 i=  742 j=  956 glon=  274.89 (0-360E) glon=  274.89 glat=  27.60 u= -15.7000 v=   8.3000 vr=   8.54241 vt=  15.56943
 i=  747 j=  956 glon=  275.09 (0-360E) glon=  275.09 glat=  27.60 u= -13.5000 v=  10.4000 vr=   9.23032 vt=  14.32519
 i=  752 j=  956 glon=  275.29 (0-360E) glon=  275.29 glat=  27.60 u= -13.9000 v=  15.2000 vr=  12.43415 vt=  16.42078
 i=  757 j=  956 glon=  275.49 (0-360E) glon=  275.49 glat=  27.60 u= -12.9000 v=  15.4000 vr=  11.29361 vt=  16.61398
 i=  762 j=  956 glon=  275.69 (0-360E) glon=  275.69 glat=  27.60 u= -11.4000 v=  17.3000 vr=  12.06917 vt=  16.83999
 i=  767 j=  956 glon=  275.89 (0-360E) glon=  275.89 glat=  27.60 u= -11.9000 v=  16.8000 vr=   9.94399 vt=  18.02684
 i=  712 j=  961 glon=  273.69 (0-360E) glon=  273.69 glat=  27.40 u= -11.9000 v=   1.6000 vr=   8.08794 vt=   8.87441
 i=  717 j=  961 glon=  273.89 (0-360E) glon=  273.89 glat=  27.40 u= -13.5000 v=  -1.6000 vr=   5.38343 vt=  12.48313
 i=  722 j=  961 glon=  274.09 (0-360E) glon=  274.09 glat=  27.40 u= -17.5000 v=   2.0000 vr=   9.21470 vt=  15.01130
 i=  727 j=  961 glon=  274.29 (0-360E) glon=  274.29 glat=  27.40 u= -15.3000 v=   2.5000 vr=   7.46683 vt=  13.58626
 i=  732 j=  961 glon=  274.49 (0-360E) glon=  274.49 glat=  27.40 u= -12.3000 v=   5.4000 vr=   8.14167 vt=  10.68472
 i=  737 j=  961 glon=  274.69 (0-360E) glon=  274.69 glat=  27.40 u= -15.5000 v=   9.3000 vr=  11.21660 vt=  14.17491
 i=  742 j=  961 glon=  274.89 (0-360E) glon=  274.89 glat=  27.40 u= -15.9000 v=  11.1000 vr=  11.37578 vt=  15.70387
 i=  747 j=  961 glon=  275.09 (0-360E) glon=  275.09 glat=  27.40 u= -16.2000 v=  12.5000 vr=  10.91526 vt=  17.30743
 i=  752 j=  961 glon=  275.29 (0-360E) glon=  275.29 glat=  27.40 u= -16.3000 v=  15.6000 vr=  11.97058 vt=  19.12473
 i=  757 j=  961 glon=  275.49 (0-360E) glon=  275.49 glat=  27.40 u= -15.1000 v=  17.6000 vr=  12.17098 vt=  19.73923
 i=  762 j=  961 glon=  275.69 (0-360E) glon=  275.69 glat=  27.40 u= -15.0000 v=  19.6000 vr=  12.04716 vt=  21.54126
 i=  767 j=  961 glon=  275.89 (0-360E) glon=  275.89 glat=  27.40 u= -12.9000 v=  20.9000 vr=  12.18871 vt=  21.32265
 i=  772 j=  961 glon=  276.09 (0-360E) glon=  276.09 glat=  27.40 u=  -9.9000 v=  22.0000 vr=  12.95010 vt=  20.35448
 i=  777 j=  961 glon=  276.29 (0-360E) glon=  276.29 glat=  27.40 u=  -8.7000 v=  21.2000 vr=  11.49095 vt=  19.82645
 i=  702 j=  966 glon=  273.29 (0-360E) glon=  273.29 glat=  27.20 u=  -9.8000 v=  -1.3000 vr=   6.20124 vt=   7.69900
 i=  707 j=  966 glon=  273.49 (0-360E) glon=  273.49 glat=  27.20 u= -10.5000 v=  -0.7000 vr=   6.59768 vt=   8.19821
 i=  712 j=  966 glon=  273.69 (0-360E) glon=  273.69 glat=  27.20 u= -13.6000 v=  -1.7000 vr=   7.10838 vt=  11.71840
 i=  717 j=  966 glon=  273.89 (0-360E) glon=  273.89 glat=  27.20 u= -10.3000 v=  -2.1000 vr=   3.93895 vt=   9.74601
 i=  722 j=  966 glon=  274.09 (0-360E) glon=  274.09 glat=  27.20 u= -15.6000 v=   2.6000 vr=   9.64050 vt=  12.53718
 i=  727 j=  966 glon=  274.29 (0-360E) glon=  274.29 glat=  27.20 u= -17.2000 v=   3.1000 vr=   9.33300 vt=  14.77650
 i=  732 j=  966 glon=  274.49 (0-360E) glon=  274.49 glat=  27.20 u= -17.6000 v=   4.2000 vr=   8.74215 vt=  15.84218
 i=  737 j=  966 glon=  274.69 (0-360E) glon=  274.69 glat=  27.20 u= -16.6000 v=   6.8000 vr=   9.16205 vt=  15.42261
 i=  742 j=  966 glon=  274.89 (0-360E) glon=  274.89 glat=  27.20 u= -17.3000 v=  11.3000 vr=  11.64296 vt=  17.07107
 i=  747 j=  966 glon=  275.09 (0-360E) glon=  275.09 glat=  27.20 u= -17.1000 v=  12.2000 vr=  10.28596 vt=  18.31527
 i=  752 j=  966 glon=  275.29 (0-360E) glon=  275.29 glat=  27.20 u= -15.0000 v=  16.9000 vr=  12.98868 vt=  18.49065
 i=  757 j=  966 glon=  275.49 (0-360E) glon=  275.49 glat=  27.20 u= -13.6000 v=  17.4000 vr=  11.67758 vt=  18.74444
 i=  762 j=  966 glon=  275.69 (0-360E) glon=  275.69 glat=  27.20 u= -12.1000 v=  22.1000 vr=  14.45743 vt=  20.63499
 i=  767 j=  966 glon=  275.89 (0-360E) glon=  275.89 glat=  27.20 u= -11.5000 v=  24.0000 vr=  14.29609 vt=  22.44709
 i=  772 j=  966 glon=  276.09 (0-360E) glon=  276.09 glat=  27.20 u= -11.8000 v=  25.4000 vr=  13.21643 vt=  24.69263
 i=  777 j=  966 glon=  276.29 (0-360E) glon=  276.29 glat=  27.20 u=  -8.8000 v=  25.7000 vr=  13.47142 vt=  23.58921
 i=  782 j=  966 glon=  276.49 (0-360E) glon=  276.49 glat=  27.20 u=  -6.9000 v=  22.4000 vr=  10.85657 vt=  20.77269
 i=  702 j=  971 glon=  273.29 (0-360E) glon=  273.29 glat=  27.00 u=  -9.7000 v=  -2.3000 vr=   6.06550 vt=   7.91136
 i=  707 j=  971 glon=  273.49 (0-360E) glon=  273.49 glat=  27.00 u=  -9.3000 v=  -3.7000 vr=   4.29105 vt=   9.04250
 i=  712 j=  971 glon=  273.69 (0-360E) glon=  273.69 glat=  27.00 u= -12.4000 v=  -2.4000 vr=   6.65491 vt=  10.73462
 i=  717 j=  971 glon=  273.89 (0-360E) glon=  273.89 glat=  27.00 u= -11.5000 v=  -2.4000 vr=   5.13920 vt=  10.56402
 i=  722 j=  971 glon=  274.09 (0-360E) glon=  274.09 glat=  27.00 u= -14.4000 v=  -1.9000 vr=   6.00476 vt=  13.22546
 i=  727 j=  971 glon=  274.29 (0-360E) glon=  274.29 glat=  27.00 u= -16.4000 v=   4.3000 vr=  10.90067 vt=  12.98559
 i=  732 j=  971 glon=  274.49 (0-360E) glon=  274.49 glat=  27.00 u= -17.2000 v=   5.9000 vr=  10.90215 vt=  14.55312
 i=  737 j=  971 glon=  274.69 (0-360E) glon=  274.69 glat=  27.00 u= -20.7000 v=   6.9000 vr=  10.33069 vt=  19.21918
 i=  742 j=  971 glon=  274.89 (0-360E) glon=  274.89 glat=  27.00 u= -20.5000 v=   9.6000 vr=  10.07490 vt=  20.27083
 i=  747 j=  971 glon=  275.09 (0-360E) glon=  275.09 glat=  27.00 u= -20.2000 v=   9.9000 vr=   7.28549 vt=  21.28313
 i=  752 j=  971 glon=  275.29 (0-360E) glon=  275.29 glat=  27.00 u= -16.1000 v=  14.2000 vr=   9.39666 vt=  19.30163
 i=  757 j=  971 glon=  275.49 (0-360E) glon=  275.49 glat=  27.00 u= -15.3000 v=  17.6000 vr=  10.18771 vt=  20.97762
 i=  762 j=  971 glon=  275.69 (0-360E) glon=  275.69 glat=  27.00 u= -13.5000 v=  21.5000 vr=  11.88239 vt=  22.43455
 i=  767 j=  971 glon=  275.89 (0-360E) glon=  275.89 glat=  27.00 u= -11.9000 v=  21.7000 vr=  10.55535 vt=  22.38492
 i=  772 j=  971 glon=  276.09 (0-360E) glon=  276.09 glat=  27.00 u= -13.1000 v=  25.8000 vr=  10.75168 vt=  26.86357
 i=  777 j=  971 glon=  276.29 (0-360E) glon=  276.29 glat=  27.00 u= -10.2000 v=  26.4000 vr=  11.09129 vt=  26.03811
 i=  782 j=  971 glon=  276.49 (0-360E) glon=  276.49 glat=  27.00 u=  -7.6000 v=  26.8000 vr=  11.53197 vt=  25.35771
 i=  787 j=  971 glon=  276.69 (0-360E) glon=  276.69 glat=  27.00 u=  -5.9000 v=  25.4000 vr=  10.53677 vt=  23.85260
 i=  697 j=  976 glon=  273.09 (0-360E) glon=  273.09 glat=  26.80 u=  -9.6000 v=  -3.1000 vr=   6.61769 vt=   7.61421
 i=  702 j=  976 glon=  273.29 (0-360E) glon=  273.29 glat=  26.80 u=  -9.1000 v=  -2.8000 vr=   5.95932 vt=   7.42539
 i=  707 j=  976 glon=  273.49 (0-360E) glon=  273.49 glat=  26.80 u= -10.0000 v=  -3.2000 vr=   5.94988 vt=   8.65095
 i=  712 j=  976 glon=  273.69 (0-360E) glon=  273.69 glat=  26.80 u= -11.8000 v=  -1.2000 vr=   7.96588 vt=   8.78776
 i=  717 j=  976 glon=  273.89 (0-360E) glon=  273.89 glat=  26.80 u= -13.8000 v=  -4.1000 vr=   6.39147 vt=  12.89958
 i=  722 j=  976 glon=  274.09 (0-360E) glon=  274.09 glat=  26.80 u= -15.1000 v=  -3.3000 vr=   6.40772 vt=  14.06560
 i=  727 j=  976 glon=  274.29 (0-360E) glon=  274.29 glat=  26.80 u= -16.4000 v=   2.4000 vr=  10.18855 vt=  13.07338
 i=  732 j=  976 glon=  274.49 (0-360E) glon=  274.49 glat=  26.80 u= -14.9000 v=   3.6000 vr=   8.74577 vt=  12.58894
 i=  737 j=  976 glon=  274.69 (0-360E) glon=  274.69 glat=  26.80 u= -18.4000 v=   5.3000 vr=   8.93494 vt=  16.93567
 i=  742 j=  976 glon=  274.89 (0-360E) glon=  274.89 glat=  26.80 u= -20.3000 v=   8.5000 vr=   9.06441 vt=  20.05434
 i=  747 j=  976 glon=  275.09 (0-360E) glon=  275.09 glat=  26.80 u= -22.5000 v=  12.1000 vr=   8.58213 vt=  24.06256
 i=  752 j=  976 glon=  275.29 (0-360E) glon=  275.29 glat=  26.80 u= -21.1000 v=  17.4000 vr=   9.86573 vt=  25.50759
 i=  757 j=  976 glon=  275.49 (0-360E) glon=  275.49 glat=  26.80 u= -17.4000 v=  16.3000 vr=   6.57662 vt=  22.91720
 i=  762 j=  976 glon=  275.69 (0-360E) glon=  275.69 glat=  26.80 u= -15.7000 v=  20.9000 vr=   8.24409 vt=  24.80595
 i=  767 j=  976 glon=  275.89 (0-360E) glon=  275.89 glat=  26.80 u= -11.9000 v=  22.5000 vr=   9.12174 vt=  23.76245
 i=  772 j=  976 glon=  276.09 (0-360E) glon=  276.09 glat=  26.80 u= -13.1000 v=  25.3000 vr=   7.90797 vt=  27.37086
 i=  777 j=  976 glon=  276.29 (0-360E) glon=  276.29 glat=  26.80 u= -10.6000 v=  26.3000 vr=   8.30554 vt=  27.11214
 i=  782 j=  976 glon=  276.49 (0-360E) glon=  276.49 glat=  26.80 u=  -9.0000 v=  26.0000 vr=   7.63274 vt=  26.43372
 i=  787 j=  976 glon=  276.69 (0-360E) glon=  276.69 glat=  26.80 u=  -6.2000 v=  26.0000 vr=   8.52095 vt=  25.33443
 i=  692 j=  981 glon=  272.89 (0-360E) glon=  272.89 glat=  26.60 u=  -6.8000 v=  -4.4000 vr=   4.48896 vt=   6.74161
 i=  697 j=  981 glon=  273.09 (0-360E) glon=  273.09 glat=  26.60 u=  -9.8000 v=  -3.9000 vr=   7.13674 vt=   7.76640
 i=  702 j=  981 glon=  273.29 (0-360E) glon=  273.29 glat=  26.60 u= -11.8000 v=  -5.0000 vr=   7.99507 vt=  10.01593
 i=  707 j=  981 glon=  273.49 (0-360E) glon=  273.49 glat=  26.60 u= -11.7000 v=  -6.5000 vr=   6.53504 vt=  11.68046
 i=  712 j=  981 glon=  273.69 (0-360E) glon=  273.69 glat=  26.60 u= -13.4000 v=  -5.1000 vr=   7.89998 vt=  11.96496
 i=  717 j=  981 glon=  273.89 (0-360E) glon=  273.89 glat=  26.60 u= -16.0000 v=  -5.1000 vr=   8.80811 vt=  14.29780
 i=  722 j=  981 glon=  274.09 (0-360E) glon=  274.09 glat=  26.60 u= -13.3000 v=  -4.0000 vr=   6.17381 vt=  12.44082
 i=  727 j=  981 glon=  274.29 (0-360E) glon=  274.29 glat=  26.60 u= -16.1000 v=  -1.0000 vr=   8.51375 vt=  13.70131
 i=  732 j=  981 glon=  274.49 (0-360E) glon=  274.49 glat=  26.60 u= -17.3000 v=   0.2000 vr=   7.73451 vt=  15.47602
 i=  737 j=  981 glon=  274.69 (0-360E) glon=  274.69 glat=  26.60 u= -17.3000 v=   1.8000 vr=   6.09744 vt=  16.28960
 i=  742 j=  981 glon=  274.89 (0-360E) glon=  274.89 glat=  26.60 u= -26.0000 v=   5.2000 vr=   6.10628 vt=  25.80220
 i=  747 j=  981 glon=  275.09 (0-360E) glon=  275.09 glat=  26.60 u= -21.2000 v=  13.8000 vr=   9.59759 vt=  23.40441
 i=  752 j=  981 glon=  275.29 (0-360E) glon=  275.29 glat=  26.60 u= -18.0000 v=  16.7000 vr=   8.51846 vt=  23.02880
 i=  757 j=  981 glon=  275.49 (0-360E) glon=  275.49 glat=  26.60 u= -21.9000 v=  18.3000 vr=   3.59288 vt=  28.31239
 i=  762 j=  981 glon=  275.69 (0-360E) glon=  275.69 glat=  26.60 u= -18.6000 v=  22.0000 vr=   4.44561 vt=  28.46395
 i=  767 j=  981 glon=  275.89 (0-360E) glon=  275.89 glat=  26.60 u= -13.8000 v=  26.4000 vr=   7.64219 vt=  28.79231
 i=  772 j=  981 glon=  276.09 (0-360E) glon=  276.09 glat=  26.60 u= -11.9000 v=  26.8000 vr=   6.70273 vt=  28.54686
 i=  777 j=  981 glon=  276.29 (0-360E) glon=  276.29 glat=  26.60 u= -11.1000 v=  27.5000 vr=   5.60664 vt=  29.12088
 i=  782 j=  981 glon=  276.49 (0-360E) glon=  276.49 glat=  26.60 u=  -8.1000 v=  27.3000 vr=   6.34065 vt=  27.76141
 i=  787 j=  981 glon=  276.69 (0-360E) glon=  276.69 glat=  26.60 u=  -6.4000 v=  26.4000 vr=   6.05780 vt=  26.48062
 i=  792 j=  981 glon=  276.89 (0-360E) glon=  276.89 glat=  26.60 u=  -4.2000 v=  26.7000 vr=   7.07110 vt=  26.08696
 i=  692 j=  986 glon=  272.89 (0-360E) glon=  272.89 glat=  26.40 u=  -5.6000 v=  -6.7000 vr=   3.26373 vt=   8.09926
 i=  697 j=  986 glon=  273.09 (0-360E) glon=  273.09 glat=  26.40 u=  -7.9000 v=  -5.4000 vr=   5.60401 vt=   7.75662
 i=  702 j=  986 glon=  273.29 (0-360E) glon=  273.29 glat=  26.40 u=  -7.5000 v=  -8.0000 vr=   3.94885 vt=  10.23018
 i=  707 j=  986 glon=  273.49 (0-360E) glon=  273.49 glat=  26.40 u=  -9.6000 v=  -7.7000 vr=   5.48202 vt=  11.01805
 i=  712 j=  986 glon=  273.69 (0-360E) glon=  273.69 glat=  26.40 u= -10.9000 v=  -9.1000 vr=   5.28414 vt=  13.17945
 i=  717 j=  986 glon=  273.89 (0-360E) glon=  273.89 glat=  26.40 u= -12.3000 v=  -6.9000 vr=   6.60873 vt=  12.45892
 i=  722 j=  986 glon=  274.09 (0-360E) glon=  274.09 glat=  26.40 u= -11.1000 v=  -4.9000 vr=   5.61097 vt=  10.75811
 i=  727 j=  986 glon=  274.29 (0-360E) glon=  274.29 glat=  26.40 u= -16.7000 v=  -3.4000 vr=   9.03084 vt=  14.45316
 i=  732 j=  986 glon=  274.49 (0-360E) glon=  274.49 glat=  26.40 u= -16.7000 v=  -2.5000 vr=   6.98331 vt=  15.37444
 i=  737 j=  986 glon=  274.69 (0-360E) glon=  274.69 glat=  26.40 u= -18.0000 v=  -2.0000 vr=   4.01493 vt=  17.66014
 i=  742 j=  986 glon=  274.89 (0-360E) glon=  274.89 glat=  26.40 u= -18.9000 v=   2.0000 vr=   2.87980 vt=  18.78608
 i=  747 j=  986 glon=  275.09 (0-360E) glon=  275.09 glat=  26.40 u= -18.5000 v=  10.5000 vr=   5.62707 vt=  20.51429
 i=  752 j=  986 glon=  275.29 (0-360E) glon=  275.29 glat=  26.40 u= -18.1000 v=  14.9000 vr=   4.25493 vt=  23.05462
 i=  757 j=  986 glon=  275.49 (0-360E) glon=  275.49 glat=  26.40 u= -19.3000 v=  16.2000 vr=  -0.23571 vt=  25.19671
 i=  762 j=  986 glon=  275.69 (0-360E) glon=  275.69 glat=  26.40 u= -16.8000 v=  20.7000 vr=   0.82458 vt=  26.64676
 i=  767 j=  986 glon=  275.89 (0-360E) glon=  275.89 glat=  26.40 u= -12.7000 v=  25.0000 vr=   3.65364 vt=  27.80182
 i=  772 j=  986 glon=  276.09 (0-360E) glon=  276.09 glat=  26.40 u= -11.6000 v=  27.8000 vr=   3.62608 vt=  29.90404
 i=  777 j=  986 glon=  276.29 (0-360E) glon=  276.29 glat=  26.40 u=  -9.5000 v=  27.6000 vr=   3.46440 vt=  28.98289
 i=  782 j=  986 glon=  276.49 (0-360E) glon=  276.49 glat=  26.40 u=  -7.9000 v=  29.1000 vr=   4.01669 vt=  29.88455
 i=  787 j=  986 glon=  276.69 (0-360E) glon=  276.69 glat=  26.40 u=  -5.4000 v=  28.6000 vr=   4.93292 vt=  28.68425
 i=  792 j=  986 glon=  276.89 (0-360E) glon=  276.89 glat=  26.40 u=  -3.7000 v=  27.8000 vr=   5.30427 vt=  27.53897
 i=  692 j=  991 glon=  272.89 (0-360E) glon=  272.89 glat=  26.20 u=  -3.7000 v=  -7.3000 vr=   2.08914 vt=   7.91300
 i=  697 j=  991 glon=  273.09 (0-360E) glon=  273.09 glat=  26.20 u=  -4.1000 v=  -7.9000 vr=   2.15620 vt=   8.63544
 i=  702 j=  991 glon=  273.29 (0-360E) glon=  273.29 glat=  26.20 u=  -4.1000 v=  -8.3000 vr=   1.80772 vt=   9.07922
 i=  707 j=  991 glon=  273.49 (0-360E) glon=  273.49 glat=  26.20 u=  -6.5000 v= -10.1000 vr=   3.25152 vt=  11.56234
 i=  712 j=  991 glon=  273.69 (0-360E) glon=  273.69 glat=  26.20 u=  -5.4000 v= -10.3000 vr=   1.61747 vt=  11.51667
 i=  717 j=  991 glon=  273.89 (0-360E) glon=  273.89 glat=  26.20 u=  -8.4000 v= -10.4000 vr=   3.63360 vt=  12.86534
 i=  722 j=  991 glon=  274.09 (0-360E) glon=  274.09 glat=  26.20 u=  -7.0000 v=  -6.8000 vr=   2.98990 vt=   9.28981
 i=  727 j=  991 glon=  274.29 (0-360E) glon=  274.29 glat=  26.20 u= -12.6000 v=  -7.1000 vr=   6.24376 vt=  13.04551
 i=  732 j=  991 glon=  274.49 (0-360E) glon=  274.49 glat=  26.20 u= -14.3000 v=  -7.8000 vr=   4.38870 vt=  15.68660
 i=  737 j=  991 glon=  274.69 (0-360E) glon=  274.69 glat=  26.20 u= -17.2000 v=  -5.9000 vr=   2.72537 vt=  17.97839
 i=  742 j=  991 glon=  274.89 (0-360E) glon=  274.89 glat=  26.20 u= -22.4000 v=  -1.2000 vr=   0.37137 vt=  22.42905
 i=  747 j=  991 glon=  275.09 (0-360E) glon=  275.09 glat=  26.20 u= -25.6000 v=  16.5000 vr=   6.29678 vt=  29.79867
 i=  752 j=  991 glon=  275.29 (0-360E) glon=  275.29 glat=  26.20 u= -18.1000 v=  26.6000 vr=   8.85040 vt=  30.93284
 i=  757 j=  991 glon=  275.49 (0-360E) glon=  275.49 glat=  26.20 u= -12.3000 v=  21.2000 vr=   3.30474 vt=  24.28598
 i=  762 j=  991 glon=  275.69 (0-360E) glon=  275.69 glat=  26.20 u=  -9.8000 v=  21.6000 vr=   2.26625 vt=  23.61068
 i=  767 j=  991 glon=  275.89 (0-360E) glon=  275.89 glat=  26.20 u= -10.9000 v=  25.1000 vr=   0.48270 vt=  27.36032
 i=  772 j=  991 glon=  276.09 (0-360E) glon=  276.09 glat=  26.20 u= -13.3000 v=  30.8000 vr=  -1.58658 vt=  33.51138
 i=  777 j=  991 glon=  276.29 (0-360E) glon=  276.29 glat=  26.20 u=  -9.2000 v=  30.7000 vr=   0.62354 vt=  32.04280
 i=  782 j=  991 glon=  276.49 (0-360E) glon=  276.49 glat=  26.20 u=  -7.2000 v=  30.3000 vr=   1.21786 vt=  31.11988
 i=  787 j=  991 glon=  276.69 (0-360E) glon=  276.69 glat=  26.20 u=  -4.5000 v=  27.9000 vr=   2.32239 vt=  28.16499
 i=  792 j=  991 glon=  276.89 (0-360E) glon=  276.89 glat=  26.20 u=  -3.6000 v=  27.3000 vr=   2.38097 vt=  27.43321
 i=  797 j=  991 glon=  277.09 (0-360E) glon=  277.09 glat=  26.20 u=  -1.0000 v=  27.3000 vr=   4.37437 vt=  26.96581
 i=  687 j=  996 glon=  272.69 (0-360E) glon=  272.69 glat=  26.00 u=  -3.0000 v=  -6.5000 vr=   2.37565 vt=   6.75324
 i=  692 j=  996 glon=  272.89 (0-360E) glon=  272.89 glat=  26.00 u=  -2.8000 v=  -6.9000 vr=   2.06701 vt=   7.15384
 i=  697 j=  996 glon=  273.09 (0-360E) glon=  273.09 glat=  26.00 u=  -3.3000 v=  -9.2000 vr=   2.20965 vt=   9.52090
 i=  702 j=  996 glon=  273.29 (0-360E) glon=  273.29 glat=  26.00 u=  -2.4000 v=  -8.3000 vr=   1.29262 vt=   8.54278
 i=  707 j=  996 glon=  273.49 (0-360E) glon=  273.49 glat=  26.00 u=  -0.3000 v=  -9.4000 vr=  -1.11027 vt=   9.33902
 i=  712 j=  996 glon=  273.69 (0-360E) glon=  273.69 glat=  26.00 u=  -1.7000 v= -10.9000 vr=  -0.22382 vt=  11.02950
 i=  717 j=  996 glon=  273.89 (0-360E) glon=  273.89 glat=  26.00 u=  -1.8000 v= -11.8000 vr=  -0.68598 vt=  11.91677
 i=  722 j=  996 glon=  274.09 (0-360E) glon=  274.09 glat=  26.00 u=  -1.2000 v=  -9.3000 vr=  -1.21226 vt=   9.29841
 i=  727 j=  996 glon=  274.29 (0-360E) glon=  274.29 glat=  26.00 u=  -4.5000 v=  -9.6000 vr=   1.09153 vt=  10.54602
 i=  732 j=  996 glon=  274.49 (0-360E) glon=  274.49 glat=  26.00 u=  -7.2000 v= -10.8000 vr=   1.49808 vt=  12.89324
 i=  737 j=  996 glon=  274.69 (0-360E) glon=  274.69 glat=  26.00 u= -13.2000 v= -12.6000 vr=   0.85209 vt=  18.22838
 i=  742 j=  996 glon=  274.89 (0-360E) glon=  274.89 glat=  26.00 u= -16.1000 v=  -6.5000 vr=  -4.18905 vt=  16.84968
 i=  747 j=  996 glon=  275.09 (0-360E) glon=  275.09 glat=  26.00 u=  -8.7000 v=  21.0000 vr=  11.38270 vt=  19.67547
 i=  752 j=  996 glon=  275.29 (0-360E) glon=  275.29 glat=  26.00 u=  -8.9000 v=  32.8000 vr=   9.17855 vt=  32.72314
 i=  757 j=  996 glon=  275.49 (0-360E) glon=  275.49 glat=  26.00 u=  -6.7000 v=  30.2000 vr=   4.64277 vt=  30.58390
 i=  762 j=  996 glon=  275.69 (0-360E) glon=  275.69 glat=  26.00 u=  -1.6000 v=  31.9000 vr=   7.21709 vt=  31.11404
 i=  767 j=  996 glon=  275.89 (0-360E) glon=  275.89 glat=  26.00 u=  -2.7000 v=  24.8000 vr=   2.82916 vt=  24.78560
 i=  772 j=  996 glon=  276.09 (0-360E) glon=  276.09 glat=  26.00 u= -11.1000 v=  32.6000 vr=  -4.93589 vt=  34.08236
 i=  777 j=  996 glon=  276.29 (0-360E) glon=  276.29 glat=  26.00 u=  -8.9000 v=  30.4000 vr=  -4.03120 vt=  31.41846
 i=  782 j=  996 glon=  276.49 (0-360E) glon=  276.49 glat=  26.00 u=  -7.6000 v=  30.3000 vr=  -3.40005 vt=  31.05301
 i=  787 j=  996 glon=  276.69 (0-360E) glon=  276.69 glat=  26.00 u=  -2.0000 v=  29.5000 vr=   1.56532 vt=  29.52626
 i=  792 j=  996 glon=  276.89 (0-360E) glon=  276.89 glat=  26.00 u=  -4.1000 v=  26.9000 vr=  -1.18361 vt=  27.18491
 i=  797 j=  996 glon=  277.09 (0-360E) glon=  277.09 glat=  26.00 u=  -1.3000 v=  26.9000 vr=   1.31380 vt=  26.89933
 i=  687 j= 1001 glon=  272.69 (0-360E) glon=  272.69 glat=  25.80 u=  -1.1000 v=  -6.2000 vr=   1.11345 vt=   6.19760
 i=  692 j= 1001 glon=  272.89 (0-360E) glon=  272.89 glat=  25.80 u=  -1.0000 v=  -8.5000 vr=   1.01881 vt=   8.49777
 i=  697 j= 1001 glon=  273.09 (0-360E) glon=  273.09 glat=  25.80 u=  -1.4000 v=  -8.2000 vr=   1.41859 vt=   8.19680
 i=  702 j= 1001 glon=  273.29 (0-360E) glon=  273.29 glat=  25.80 u=  -1.2000 v=  -9.4000 vr=   1.22196 vt=   9.39717
 i=  707 j= 1001 glon=  273.49 (0-360E) glon=  273.49 glat=  25.80 u=  -0.1000 v= -10.7000 vr=   0.12597 vt=  10.69973
 i=  712 j= 1001 glon=  273.69 (0-360E) glon=  273.69 glat=  25.80 u=   1.5000 v= -12.8000 vr=  -1.46734 vt=  12.80378
 i=  717 j= 1001 glon=  273.89 (0-360E) glon=  273.89 glat=  25.80 u=   2.1000 v= -11.8000 vr=  -2.06779 vt=  11.80569
 i=  722 j= 1001 glon=  274.09 (0-360E) glon=  274.09 glat=  25.80 u=   3.6000 v= -12.8000 vr=  -3.56150 vt=  12.81077
 i=  727 j= 1001 glon=  274.29 (0-360E) glon=  274.29 glat=  25.80 u=   3.0000 v= -11.2000 vr=  -2.96091 vt=  11.21040
 i=  732 j= 1001 glon=  274.49 (0-360E) glon=  274.49 glat=  25.80 u=   3.3000 v= -14.8000 vr=  -3.23346 vt=  14.81468
 i=  737 j= 1001 glon=  274.69 (0-360E) glon=  274.69 glat=  25.80 u=   4.3000 v= -17.0000 vr=  -4.17230 vt=  17.03179
 i=  742 j= 1001 glon=  274.89 (0-360E) glon=  274.89 glat=  25.80 u=   6.9000 v=  -4.9000 vr=  -6.63230 vt=   5.25667
 i=  747 j= 1001 glon=  275.09 (0-360E) glon=  275.09 glat=  25.80 u=   9.6000 v=  19.6000 vr=   9.40329 vt=  19.69513
 i=  752 j= 1001 glon=  275.29 (0-360E) glon=  275.29 glat=  25.80 u=   8.6000 v=  36.6000 vr=   8.41480 vt=  36.64302
 i=  757 j= 1001 glon=  275.49 (0-360E) glon=  275.49 glat=  25.80 u=   6.4000 v=  34.2000 vr=   6.27282 vt=  34.22355
 i=  762 j= 1001 glon=  275.69 (0-360E) glon=  275.69 glat=  25.80 u=   7.1000 v=  29.3000 vr=   7.00836 vt=  29.32205
 i=  767 j= 1001 glon=  275.89 (0-360E) glon=  275.89 glat=  25.80 u=   6.1000 v=  24.9000 vr=   6.03021 vt=  24.91699
 i=  772 j= 1001 glon=  276.09 (0-360E) glon=  276.09 glat=  25.80 u= -11.3000 v=  36.5000 vr= -11.39483 vt=  36.47051
 i=  777 j= 1001 glon=  276.29 (0-360E) glon=  276.29 glat=  25.80 u=  -6.3000 v=  37.9000 vr=  -6.39326 vt=  37.88438
 i=  782 j= 1001 glon=  276.49 (0-360E) glon=  276.49 glat=  25.80 u=  -6.7000 v=  33.1000 vr=  -6.77816 vt=  33.08408
 i=  787 j= 1001 glon=  276.69 (0-360E) glon=  276.69 glat=  25.80 u=   1.2000 v=  31.7000 vr=   1.12750 vt=  31.70266
 i=  792 j= 1001 glon=  276.89 (0-360E) glon=  276.89 glat=  25.80 u=  -2.2000 v=  29.0000 vr=  -2.26462 vt=  28.99503
 i=  797 j= 1001 glon=  277.09 (0-360E) glon=  277.09 glat=  25.80 u=  -1.6000 v=  26.7000 vr=  -1.65825 vt=  26.69645
 i=  687 j= 1006 glon=  272.69 (0-360E) glon=  272.69 glat=  25.60 u=  -0.1000 v=  -6.4000 vr=   0.76353 vt=   6.35508
 i=  692 j= 1006 glon=  272.89 (0-360E) glon=  272.89 glat=  25.60 u=   1.1000 v=  -7.6000 vr=  -0.23319 vt=   7.67565
 i=  697 j= 1006 glon=  273.09 (0-360E) glon=  273.09 glat=  25.60 u=   1.8000 v=  -9.0000 vr=  -0.66493 vt=   9.15412
 i=  702 j= 1006 glon=  273.29 (0-360E) glon=  273.29 glat=  25.60 u=  -0.1000 v=  -9.2000 vr=   1.37607 vt=   9.09706
 i=  707 j= 1006 glon=  273.49 (0-360E) glon=  273.49 glat=  25.60 u=  -2.2000 v=  -9.8000 vr=   3.71134 vt=   9.33306
 i=  712 j= 1006 glon=  273.69 (0-360E) glon=  273.69 glat=  25.60 u=  -0.6000 v= -10.7000 vr=   2.52643 vt=  10.41476
 i=  717 j= 1006 glon=  273.89 (0-360E) glon=  273.89 glat=  25.60 u=   2.2000 v= -11.8000 vr=   0.37395 vt=  11.99751
 i=  722 j= 1006 glon=  274.09 (0-360E) glon=  274.09 glat=  25.60 u=   5.6000 v= -13.6000 vr=  -1.85159 vt=  14.59081
 i=  727 j= 1006 glon=  274.29 (0-360E) glon=  274.29 glat=  25.60 u=   8.2000 v= -10.2000 vr=  -4.30813 vt=  12.35800
 i=  732 j= 1006 glon=  274.49 (0-360E) glon=  274.49 glat=  25.60 u=  14.8000 v= -10.9000 vr=  -8.10589 vt=  16.49681
 i=  737 j= 1006 glon=  274.69 (0-360E) glon=  274.69 glat=  25.60 u=  21.5000 v= -10.9000 vr=  -7.86217 vt=  22.78698
 i=  742 j= 1006 glon=  274.89 (0-360E) glon=  274.89 glat=  25.60 u=  23.3000 v=  -0.4000 vr=  -2.81202 vt=  23.13315
 i=  747 j= 1006 glon=  275.09 (0-360E) glon=  275.09 glat=  25.60 u=  30.4000 v=  22.9000 vr=   0.03878 vt=  38.06006
 i=  752 j= 1006 glon=  275.29 (0-360E) glon=  275.29 glat=  25.60 u=  18.2000 v=  32.6000 vr=  -1.35953 vt=  37.31155
 i=  757 j= 1006 glon=  275.49 (0-360E) glon=  275.49 glat=  25.60 u=  12.1000 v=  32.6000 vr=  -0.70081 vt=  34.76606
 i=  762 j= 1006 glon=  275.69 (0-360E) glon=  275.69 glat=  25.60 u=  11.4000 v=  28.9000 vr=   2.83187 vt=  30.93785
 i=  767 j= 1006 glon=  275.89 (0-360E) glon=  275.89 glat=  25.60 u=   8.9000 v=  27.0000 vr=   2.54920 vt=  28.31451
 i=  772 j= 1006 glon=  276.09 (0-360E) glon=  276.09 glat=  25.60 u=   2.7000 v=  35.3000 vr=  -4.05731 vt=  35.16985
 i=  777 j= 1006 glon=  276.29 (0-360E) glon=  276.29 glat=  25.60 u=   2.8000 v=  39.8000 vr=  -3.75398 vt=  39.72138
 i=  782 j= 1006 glon=  276.49 (0-360E) glon=  276.49 glat=  25.60 u=  -0.7000 v=  36.1000 vr=  -5.89022 vt=  35.62310
 i=  787 j= 1006 glon=  276.69 (0-360E) glon=  276.69 glat=  25.60 u=   2.8000 v=  32.5000 vr=  -1.40429 vt=  32.59015
 i=  792 j= 1006 glon=  276.89 (0-360E) glon=  276.89 glat=  25.60 u=   0.9000 v=  30.3000 vr=  -2.63396 vt=  30.19871
 i=  797 j= 1006 glon=  277.09 (0-360E) glon=  277.09 glat=  25.60 u=  -0.4000 v=  27.3000 vr=  -3.30475 vt=  27.10219
 i=  692 j= 1011 glon=  272.89 (0-360E) glon=  272.89 glat=  25.40 u=   2.3000 v=  -6.7000 vr=  -0.78563 vt=   7.04008
 i=  697 j= 1011 glon=  273.09 (0-360E) glon=  273.09 glat=  25.40 u=   2.3000 v=  -9.7000 vr=   0.09067 vt=   9.96854
 i=  702 j= 1011 glon=  273.29 (0-360E) glon=  273.29 glat=  25.40 u=   3.0000 v=  -7.3000 vr=  -0.94814 vt=   7.83524
 i=  707 j= 1011 glon=  273.49 (0-360E) glon=  273.49 glat=  25.40 u=   3.4000 v=  -8.7000 vr=  -0.63732 vt=   9.31900
 i=  712 j= 1011 glon=  273.69 (0-360E) glon=  273.69 glat=  25.40 u=   5.5000 v= -10.4000 vr=  -1.60860 vt=  11.65429
 i=  717 j= 1011 glon=  273.89 (0-360E) glon=  273.89 glat=  25.40 u=   7.0000 v=  -9.2000 vr=  -2.75802 vt=  11.22646
 i=  722 j= 1011 glon=  274.09 (0-360E) glon=  274.09 glat=  25.40 u=   8.0000 v= -10.4000 vr=  -2.12102 vt=  12.94841
 i=  727 j= 1011 glon=  274.29 (0-360E) glon=  274.29 glat=  25.40 u=  12.4000 v=  -9.0000 vr=  -4.92751 vt=  14.50792
 i=  732 j= 1011 glon=  274.49 (0-360E) glon=  274.49 glat=  25.40 u=  18.2000 v=  -5.6000 vr=  -8.62405 vt=  16.97721
 i=  737 j= 1011 glon=  274.69 (0-360E) glon=  274.69 glat=  25.40 u=  26.1000 v=   0.1000 vr= -12.10361 vt=  23.12407
 i=  742 j= 1011 glon=  274.89 (0-360E) glon=  274.89 glat=  25.40 u=  30.3000 v=   9.9000 vr= -11.98556 vt=  29.53720
 i=  747 j= 1011 glon=  275.09 (0-360E) glon=  275.09 glat=  25.40 u=  27.9000 v=  20.5000 vr=  -9.28063 vt=  33.35461
 i=  752 j= 1011 glon=  275.29 (0-360E) glon=  275.29 glat=  25.40 u=  21.5000 v=  27.1000 vr=  -7.17217 vt=  33.84110
 i=  757 j= 1011 glon=  275.49 (0-360E) glon=  275.49 glat=  25.40 u=  16.7000 v=  28.4000 vr=  -4.38532 vt=  32.65301
 i=  762 j= 1011 glon=  275.69 (0-360E) glon=  275.69 glat=  25.40 u=  15.5000 v=  28.2000 vr=  -0.76269 vt=  32.16999
 i=  767 j= 1011 glon=  275.89 (0-360E) glon=  275.89 glat=  25.40 u=  13.4000 v=  24.7000 vr=   1.81257 vt=  28.04219
 i=  772 j= 1011 glon=  276.09 (0-360E) glon=  276.09 glat=  25.40 u=  10.0000 v=  38.9000 vr=  -4.58765 vt=  39.90192
 i=  777 j= 1011 glon=  276.29 (0-360E) glon=  276.29 glat=  25.40 u=   7.3000 v=  37.7000 vr=  -4.81512 vt=  38.09717
 i=  782 j= 1011 glon=  276.49 (0-360E) glon=  276.49 glat=  25.40 u=   3.9000 v=  34.6000 vr=  -5.79395 vt=  34.33366
 i=  787 j= 1011 glon=  276.69 (0-360E) glon=  276.69 glat=  25.40 u=   6.2000 v=  31.9000 vr=  -1.88012 vt=  32.44249
 i=  792 j= 1011 glon=  276.89 (0-360E) glon=  276.89 glat=  25.40 u=   3.9000 v=  30.4000 vr=  -3.01216 vt=  30.50077
 i=  797 j= 1011 glon=  277.09 (0-360E) glon=  277.09 glat=  25.40 u=   1.0000 v=  27.9000 vr=  -4.74080 vt=  27.51245
 i=  692 j= 1016 glon=  272.89 (0-360E) glon=  272.89 glat=  25.20 u=   2.9000 v=  -7.0000 vr=  -0.54463 vt=   7.55734
 i=  697 j= 1016 glon=  273.09 (0-360E) glon=  273.09 glat=  25.20 u=   4.3000 v=  -7.0000 vr=  -1.61924 vt=   8.05407
 i=  702 j= 1016 glon=  273.29 (0-360E) glon=  273.29 glat=  25.20 u=   5.8000 v=  -8.7000 vr=  -2.04742 vt=  10.25368
 i=  707 j= 1016 glon=  273.49 (0-360E) glon=  273.49 glat=  25.20 u=   4.9000 v=  -9.3000 vr=  -0.48798 vt=  10.50057
 i=  712 j= 1016 glon=  273.69 (0-360E) glon=  273.69 glat=  25.20 u=   7.3000 v=  -7.2000 vr=  -2.96963 vt=   9.81383
 i=  717 j= 1016 glon=  273.89 (0-360E) glon=  273.89 glat=  25.20 u=   9.7000 v=  -7.1000 vr=  -4.27093 vt=  11.23651
 i=  722 j= 1016 glon=  274.09 (0-360E) glon=  274.09 glat=  25.20 u=  12.2000 v=  -7.0000 vr=  -5.11860 vt=  13.10114
 i=  727 j= 1016 glon=  274.29 (0-360E) glon=  274.29 glat=  25.20 u=  14.9000 v=  -6.4000 vr=  -5.58039 vt=  15.22594
 i=  732 j= 1016 glon=  274.49 (0-360E) glon=  274.49 glat=  25.20 u=  18.9000 v=  -2.5000 vr=  -8.15259 vt=  17.23355
 i=  737 j= 1016 glon=  274.69 (0-360E) glon=  274.69 glat=  25.20 u=  23.7000 v=   1.6000 vr=  -9.26722 vt=  21.87164
 i=  742 j= 1016 glon=  274.89 (0-360E) glon=  274.89 glat=  25.20 u=  25.3000 v=   9.6000 vr= -10.76742 vt=  24.82565
 i=  747 j= 1016 glon=  275.09 (0-360E) glon=  275.09 glat=  25.20 u=  24.8000 v=  18.8000 vr= -12.13989 vt=  28.65489
 i=  752 j= 1016 glon=  275.29 (0-360E) glon=  275.29 glat=  25.20 u=  20.2000 v=  22.8000 vr= -10.18434 vt=  28.70817
 i=  757 j= 1016 glon=  275.49 (0-360E) glon=  275.49 glat=  25.20 u=  18.6000 v=  24.6000 vr=  -6.66534 vt=  30.11135
 i=  762 j= 1016 glon=  275.69 (0-360E) glon=  275.69 glat=  25.20 u=  18.5000 v=  27.3000 vr=  -3.94728 vt=  32.74078
 i=  767 j= 1016 glon=  275.89 (0-360E) glon=  275.89 glat=  25.20 u=  12.1000 v=  28.5000 vr=  -6.23646 vt=  30.32765
 i=  772 j= 1016 glon=  276.09 (0-360E) glon=  276.09 glat=  25.20 u=   9.8000 v=  33.4000 vr=  -8.10294 vt=  33.85177
 i=  777 j= 1016 glon=  276.29 (0-360E) glon=  276.29 glat=  25.20 u=   9.1000 v=  31.4000 vr=  -5.64466 vt=  32.20105
 i=  782 j= 1016 glon=  276.49 (0-360E) glon=  276.49 glat=  25.20 u=   6.4000 v=  32.5000 vr=  -6.91050 vt=  32.39529
 i=  787 j= 1016 glon=  276.69 (0-360E) glon=  276.69 glat=  25.20 u=   8.4000 v=  30.9000 vr=  -3.13832 vt=  31.86724
 i=  792 j= 1016 glon=  276.89 (0-360E) glon=  276.89 glat=  25.20 u=   5.3000 v=  29.8000 vr=  -4.64346 vt=  29.90933
 i=  692 j= 1021 glon=  272.89 (0-360E) glon=  272.89 glat=  25.00 u=   3.8000 v=  -6.7000 vr=  -0.77115 vt=   7.66390
 i=  697 j= 1021 glon=  273.09 (0-360E) glon=  273.09 glat=  25.00 u=   4.9000 v=  -6.9000 vr=  -1.37226 vt=   8.35086
 i=  702 j= 1021 glon=  273.29 (0-360E) glon=  273.29 glat=  25.00 u=   6.1000 v=  -6.8000 vr=  -2.08205 vt=   8.89466
 i=  707 j= 1021 glon=  273.49 (0-360E) glon=  273.49 glat=  25.00 u=   8.5000 v=  -6.7000 vr=  -3.66650 vt=  10.18316
 i=  712 j= 1021 glon=  273.69 (0-360E) glon=  273.69 glat=  25.00 u=   9.0000 v=  -7.0000 vr=  -3.18332 vt=  10.94836
 i=  717 j= 1021 glon=  273.89 (0-360E) glon=  273.89 glat=  25.00 u=  11.3000 v=  -6.1000 vr=  -4.56337 vt=  12.00315
 i=  722 j= 1021 glon=  274.09 (0-360E) glon=  274.09 glat=  25.00 u=  13.2000 v=  -4.8000 vr=  -5.50057 vt=  12.92377
 i=  727 j= 1021 glon=  274.29 (0-360E) glon=  274.29 glat=  25.00 u=  16.0000 v=  -2.7000 vr=  -7.05637 vt=  14.61156
 i=  732 j= 1021 glon=  274.49 (0-360E) glon=  274.49 glat=  25.00 u=  18.1000 v=  -0.1000 vr=  -7.80687 vt=  16.33012
 i=  737 j= 1021 glon=  274.69 (0-360E) glon=  274.69 glat=  25.00 u=  20.7000 v=   5.3000 vr= -10.33822 vt=  18.70030
 i=  742 j= 1021 glon=  274.89 (0-360E) glon=  274.89 glat=  25.00 u=  20.9000 v=  12.4000 vr= -13.12325 vt=  20.45361
 i=  747 j= 1021 glon=  275.09 (0-360E) glon=  275.09 glat=  25.00 u=  22.0000 v=  17.5000 vr= -13.08505 vt=  24.88034
 i=  752 j= 1021 glon=  275.29 (0-360E) glon=  275.29 glat=  25.00 u=  19.0000 v=  20.7000 vr= -11.83702 vt=  25.48284
 i=  757 j= 1021 glon=  275.49 (0-360E) glon=  275.49 glat=  25.00 u=  18.5000 v=  23.0000 vr=  -9.40607 vt=  27.97813
 i=  762 j= 1021 glon=  275.69 (0-360E) glon=  275.69 glat=  25.00 u=  13.7000 v=  28.8000 vr= -12.83456 vt=  29.19596
 i=  767 j= 1021 glon=  275.89 (0-360E) glon=  275.89 glat=  25.00 u=  10.3000 v=  29.0000 vr= -12.04055 vt=  28.32164
 i=  772 j= 1021 glon=  276.09 (0-360E) glon=  276.09 glat=  25.00 u=  10.6000 v=  32.4000 vr= -11.21666 vt=  32.19171
 i=  777 j= 1021 glon=  276.29 (0-360E) glon=  276.29 glat=  25.00 u=   9.3000 v=  30.5000 vr=  -8.86341 vt=  30.62972
 i=  782 j= 1021 glon=  276.49 (0-360E) glon=  276.49 glat=  25.00 u=   8.6000 v=  29.3000 vr=  -7.02473 vt=  29.71705
 i=  787 j= 1021 glon=  276.69 (0-360E) glon=  276.69 glat=  25.00 u=   9.1000 v=  29.0000 vr=  -4.96713 vt=  29.98562
 i=  792 j= 1021 glon=  276.89 (0-360E) glon=  276.89 glat=  25.00 u=   6.5000 v=  28.7000 vr=  -5.97112 vt=  28.81468
 i=  697 j= 1026 glon=  273.09 (0-360E) glon=  273.09 glat=  24.80 u=   4.9000 v=  -6.2000 vr=  -0.95647 vt=   7.84444
 i=  702 j= 1026 glon=  273.29 (0-360E) glon=  273.29 glat=  24.80 u=   6.4000 v=  -6.5000 vr=  -1.61520 vt=   8.97781
 i=  707 j= 1026 glon=  273.49 (0-360E) glon=  273.49 glat=  24.80 u=   8.0000 v=  -5.9000 vr=  -2.68916 vt=   9.56966
 i=  712 j= 1026 glon=  273.69 (0-360E) glon=  273.69 glat=  24.80 u=   9.3000 v=  -6.1000 vr=  -2.80827 vt=  10.76167
 i=  717 j= 1026 glon=  273.89 (0-360E) glon=  273.89 glat=  24.80 u=  12.2000 v=  -4.2000 vr=  -5.21506 vt=  11.80183
 i=  722 j= 1026 glon=  274.09 (0-360E) glon=  274.09 glat=  24.80 u=  13.5000 v=  -2.3000 vr=  -6.24297 vt=  12.18874
 i=  727 j= 1026 glon=  274.29 (0-360E) glon=  274.29 glat=  24.80 u=  15.8000 v=  -1.0000 vr=  -6.93543 vt=  14.23165
 i=  732 j= 1026 glon=  274.49 (0-360E) glon=  274.49 glat=  24.80 u=  16.8000 v=   2.5000 vr=  -8.41066 vt=  14.75638
 i=  737 j= 1026 glon=  274.69 (0-360E) glon=  274.69 glat=  24.80 u=  18.2000 v=   6.3000 vr=  -9.87686 vt=  16.53414
 i=  742 j= 1026 glon=  274.89 (0-360E) glon=  274.89 glat=  24.80 u=  20.6000 v=  11.0000 vr= -11.57254 vt=  20.28389
 i=  747 j= 1026 glon=  275.09 (0-360E) glon=  275.09 glat=  24.80 u=  19.0000 v=  16.0000 vr= -12.96003 vt=  21.19051
 i=  752 j= 1026 glon=  275.29 (0-360E) glon=  275.29 glat=  24.80 u=  18.8000 v=  18.5000 vr= -11.62868 vt=  23.67411
 i=  757 j= 1026 glon=  275.49 (0-360E) glon=  275.49 glat=  24.80 u=  19.3000 v=  17.9000 vr=  -7.13299 vt=  25.33812
 i=  762 j= 1026 glon=  275.69 (0-360E) glon=  275.69 glat=  24.80 u=  13.8000 v=  27.9000 vr= -15.09022 vt=  27.22380
 i=  767 j= 1026 glon=  275.89 (0-360E) glon=  275.89 glat=  24.80 u=   8.8000 v=  29.8000 vr= -16.68473 vt=  26.21259
 i=  772 j= 1026 glon=  276.09 (0-360E) glon=  276.09 glat=  24.80 u=  12.3000 v=  28.6000 vr= -10.80915 vt=  29.19610
 i=  777 j= 1026 glon=  276.29 (0-360E) glon=  276.29 glat=  24.80 u=  10.6000 v=  29.0000 vr= -10.07753 vt=  29.18567
 i=  782 j= 1026 glon=  276.49 (0-360E) glon=  276.49 glat=  24.80 u=   9.0000 v=  27.6000 vr=  -8.64852 vt=  27.71215
 i=  787 j= 1026 glon=  276.69 (0-360E) glon=  276.69 glat=  24.80 u=   9.2000 v=  27.3000 vr=  -6.78482 vt=  27.99815
 i=  702 j= 1031 glon=  273.29 (0-360E) glon=  273.29 glat=  24.60 u=   6.3000 v=  -4.9000 vr=  -1.76840 vt=   7.78285
 i=  707 j= 1031 glon=  273.49 (0-360E) glon=  273.49 glat=  24.60 u=   8.0000 v=  -4.4000 vr=  -2.84838 vt=   8.67449
 i=  712 j= 1031 glon=  273.69 (0-360E) glon=  273.69 glat=  24.60 u=   9.8000 v=  -3.5000 vr=  -4.07408 vt=   9.57559
 i=  717 j= 1031 glon=  273.89 (0-360E) glon=  273.89 glat=  24.60 u=  11.1000 v=  -2.5000 vr=  -4.81321 vt=  10.30985
 i=  722 j= 1031 glon=  274.09 (0-360E) glon=  274.09 glat=  24.60 u=  13.9000 v=  -1.5000 vr=  -6.08332 vt=  12.58782
 i=  727 j= 1031 glon=  274.29 (0-360E) glon=  274.29 glat=  24.60 u=  14.2000 v=   1.2000 vr=  -7.16460 vt=  12.31862
 i=  732 j= 1031 glon=  274.49 (0-360E) glon=  274.49 glat=  24.60 u=  15.5000 v=   3.9000 vr=  -8.48460 vt=  13.54517
 i=  737 j= 1031 glon=  274.69 (0-360E) glon=  274.69 glat=  24.60 u=  16.1000 v=   8.2000 vr= -10.83274 vt=  14.46035
 i=  742 j= 1031 glon=  274.89 (0-360E) glon=  274.89 glat=  24.60 u=  18.0000 v=  12.2000 vr= -12.61703 vt=  17.71018
 i=  747 j= 1031 glon=  275.09 (0-360E) glon=  275.09 glat=  24.60 u=  19.3000 v=  14.3000 vr= -11.75708 vt=  20.94639
 i=  752 j= 1031 glon=  275.29 (0-360E) glon=  275.29 glat=  24.60 u=  20.7000 v=  18.7000 vr= -12.49405 vt=  24.94150
 i=  757 j= 1031 glon=  275.49 (0-360E) glon=  275.49 glat=  24.60 u=  16.0000 v=  20.7000 vr= -12.75079 vt=  22.84529
 i=  762 j= 1031 glon=  275.69 (0-360E) glon=  275.69 glat=  24.60 u=  18.9000 v=  24.6000 vr= -11.85922 vt=  28.66581
 i=  767 j= 1031 glon=  275.89 (0-360E) glon=  275.89 glat=  24.60 u=  13.5000 v=  27.7000 vr= -14.46869 vt=  27.20656
 i=  772 j= 1031 glon=  276.09 (0-360E) glon=  276.09 glat=  24.60 u=  13.0000 v=  27.2000 vr= -11.88764 vt=  27.70422
 i=  777 j= 1031 glon=  276.29 (0-360E) glon=  276.29 glat=  24.60 u=  11.7000 v=  27.5000 vr= -10.82082 vt=  27.85767
 i=  782 j= 1031 glon=  276.49 (0-360E) glon=  276.49 glat=  24.60 u=  10.2000 v=  26.0000 vr=  -9.08887 vt=  26.40895
 i=  787 j= 1031 glon=  276.69 (0-360E) glon=  276.69 glat=  24.60 u=   9.5000 v=  26.5000 vr=  -8.40049 vt=  26.86879
 i=  707 j= 1036 glon=  273.49 (0-360E) glon=  273.49 glat=  24.40 u=   7.9000 v=  -2.2000 vr=  -3.72865 vt=   7.30392
 i=  712 j= 1036 glon=  273.69 (0-360E) glon=  273.69 glat=  24.40 u=   9.5000 v=  -1.7000 vr=  -4.56399 vt=   8.50353
 i=  717 j= 1036 glon=  273.89 (0-360E) glon=  273.89 glat=  24.40 u=  11.2000 v=  -1.8000 vr=  -4.69189 vt=  10.32793
 i=  722 j= 1036 glon=  274.09 (0-360E) glon=  274.09 glat=  24.40 u=  11.8000 v=   0.7000 vr=  -6.18362 vt=  10.07436
 i=  727 j= 1036 glon=  274.29 (0-360E) glon=  274.29 glat=  24.40 u=  12.9000 v=   3.0000 vr=  -7.63600 vt=  10.82135
 i=  732 j= 1036 glon=  274.49 (0-360E) glon=  274.49 glat=  24.40 u=  14.6000 v=   7.1000 vr= -10.74741 vt=  12.16812
 i=  737 j= 1036 glon=  274.69 (0-360E) glon=  274.69 glat=  24.40 u=  16.0000 v=   9.5000 vr= -11.75249 vt=  14.42668
 i=  742 j= 1036 glon=  274.89 (0-360E) glon=  274.89 glat=  24.40 u=  16.9000 v=  12.1000 vr= -12.43608 vt=  16.65424
 i=  747 j= 1036 glon=  275.09 (0-360E) glon=  275.09 glat=  24.40 u=  16.9000 v=  14.4000 vr= -12.48735 vt=  18.35854
 i=  752 j= 1036 glon=  275.29 (0-360E) glon=  275.29 glat=  24.40 u=  16.5000 v=  17.6000 vr= -13.30853 vt=  20.12196
 i=  757 j= 1036 glon=  275.49 (0-360E) glon=  275.49 glat=  24.40 u=  16.4000 v=  19.6000 vr= -12.76186 vt=  22.14170
 i=  762 j= 1036 glon=  275.69 (0-360E) glon=  275.69 glat=  24.40 u=  14.8000 v=  22.4000 vr= -13.50915 vt=  23.20136
 i=  767 j= 1036 glon=  275.89 (0-360E) glon=  275.89 glat=  24.40 u=  13.9000 v=  24.3000 vr= -13.26565 vt=  24.65203
 i=  772 j= 1036 glon=  276.09 (0-360E) glon=  276.09 glat=  24.40 u=  13.2000 v=  25.2000 vr= -12.20977 vt=  25.69439
 i=  777 j= 1036 glon=  276.29 (0-360E) glon=  276.29 glat=  24.40 u=  12.5000 v=  25.6000 vr= -10.96120 vt=  26.29567
 i=  782 j= 1036 glon=  276.49 (0-360E) glon=  276.49 glat=  24.40 u=  10.6000 v=  25.2000 vr= -10.22530 vt=  25.35435
 i=  712 j= 1041 glon=  273.69 (0-360E) glon=  273.69 glat=  24.20 u=  11.6000 v=  -1.5000 vr=  -5.37630 vt=  10.38775
 i=  717 j= 1041 glon=  273.89 (0-360E) glon=  273.89 glat=  24.20 u=  11.7000 v=   0.0000 vr=  -5.87705 vt=  10.11683
 i=  722 j= 1041 glon=  274.09 (0-360E) glon=  274.09 glat=  24.20 u=  13.4000 v=   2.6000 vr=  -8.03863 vt=  11.03179
 i=  727 j= 1041 glon=  274.29 (0-360E) glon=  274.29 glat=  24.20 u=  14.5000 v=   5.5000 vr= -10.04245 vt=  11.81733
 i=  732 j= 1041 glon=  274.49 (0-360E) glon=  274.49 glat=  24.20 u=  14.5000 v=   7.7000 vr= -10.90731 vt=  12.27073
 i=  737 j= 1041 glon=  274.69 (0-360E) glon=  274.69 glat=  24.20 u=  15.8000 v=   9.2000 vr= -11.16489 vt=  14.47844
 i=  742 j= 1041 glon=  274.89 (0-360E) glon=  274.89 glat=  24.20 u=  16.3000 v=  11.2000 vr= -11.48413 vt=  16.10108
 i=  747 j= 1041 glon=  275.09 (0-360E) glon=  275.09 glat=  24.20 u=  15.6000 v=  13.6000 vr= -12.05930 vt=  16.81943
 i=  752 j= 1041 glon=  275.29 (0-360E) glon=  275.29 glat=  24.20 u=  15.2000 v=  15.9000 vr= -12.47076 vt=  18.11988
 i=  757 j= 1041 glon=  275.49 (0-360E) glon=  275.49 glat=  24.20 u=  14.7000 v=  18.1000 vr= -12.74509 vt=  19.52595
 i=  762 j= 1041 glon=  275.69 (0-360E) glon=  275.69 glat=  24.20 u=  13.4000 v=  20.3000 vr= -13.29709 vt=  20.36756
 i=  767 j= 1041 glon=  275.89 (0-360E) glon=  275.89 glat=  24.20 u=  14.1000 v=  21.8000 vr= -12.37762 vt=  22.82202
 i=  772 j= 1041 glon=  276.09 (0-360E) glon=  276.09 glat=  24.20 u=  12.7000 v=  23.8000 vr= -12.89529 vt=  23.69475
 i=  722 j= 1046 glon=  274.09 (0-360E) glon=  274.09 glat=  24.00 u=  13.5000 v=   4.6000 vr=  -9.43801 vt=  10.69270
 i=  727 j= 1046 glon=  274.29 (0-360E) glon=  274.29 glat=  24.00 u=  13.8000 v=   6.3000 vr= -10.16991 vt=  11.25624
 i=  732 j= 1046 glon=  274.49 (0-360E) glon=  274.49 glat=  24.00 u=  14.5000 v=   7.8000 vr= -10.68801 vt=  12.52423
 i=  737 j= 1046 glon=  274.69 (0-360E) glon=  274.69 glat=  24.00 u=  14.7000 v=  10.1000 vr= -11.72543 vt=  13.43928
 i=  742 j= 1046 glon=  274.89 (0-360E) glon=  274.89 glat=  24.00 u=  14.6000 v=  12.1000 vr= -12.32624 vt=  14.40951
 i=  747 j= 1046 glon=  275.09 (0-360E) glon=  275.09 glat=  24.00 u=  15.2000 v=  13.5000 vr= -12.16865 vt=  16.28539
 i=  752 j= 1046 glon=  275.29 (0-360E) glon=  275.29 glat=  24.00 u=  13.4000 v=  15.6000 vr= -12.90174 vt=  16.01453
 i=  757 j= 1046 glon=  275.49 (0-360E) glon=  275.49 glat=  24.00 u=  12.8000 v=  17.9000 vr= -13.70176 vt=  17.21952
 i=  762 j= 1046 glon=  275.69 (0-360E) glon=  275.69 glat=  24.00 u=  13.2000 v=  19.9000 vr= -13.82046 vt=  19.47421
 i=  767 j= 1046 glon=  275.89 (0-360E) glon=  275.89 glat=  24.00 u=  13.9000 v=  20.8000 vr= -12.63905 vt=  21.58945
 i=  737 j= 1051 glon=  274.69 (0-360E) glon=  274.69 glat=  23.80 u=  13.7000 v=  10.3000 vr= -11.66654 vt=  12.55674
 i=  742 j= 1051 glon=  274.89 (0-360E) glon=  274.89 glat=  23.80 u=  14.5000 v=  11.3000 vr= -11.50252 vt=  14.33987
 i=  747 j= 1051 glon=  275.09 (0-360E) glon=  275.09 glat=  23.80 u=  13.6000 v=  13.9000 vr= -12.82525 vt=  14.61790
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.2784411607766       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     34.45 kts
    LL Wind Circ Vt mean quadmax value: SE     33.62 kts
    LL Wind Circ Vt mean quadmax value: SW     24.58 kts
    LL Wind Circ Vt mean quadmax value: NW     29.27 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   11.9517218777887       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.8080463484086     
   xcenlon=    274.969322055648     
   imax=         2738  jmax=         2041
   jlatfix=         1000
   ilonfix (unadjusted) =          745
  
 In get_max_wind, ibeg=          669  iend=          820
                  jbeg=          932  jend=         1069
         ilonfix=          745  jlatfix=         1000
 At end of get_max_wind, vmax=    29.5790483281663       rmax= 
   13.2366941694838     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.86 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.01 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   11.48 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   14.88 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.03 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   20.52 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   22.36 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   23.29 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   23.67 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   23.54 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   23.19 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   22.73 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   22.30 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   21.87 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   21.42 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   20.94 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   20.48 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   20.05 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   19.66 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   19.28 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   18.93 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   18.59 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   18.27 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   17.99 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   17.72 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   17.50 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   17.29 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   17.13 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   17.06 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   17.05 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   17.06 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   17.07 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   17.04 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   16.99 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   16.92 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   16.89 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.88 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.89 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.91 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.89 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.85 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.77 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    23.67 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    23.6657709652412      
  (m/s)   (in kts)=    45.9754932541741     
  rising_sum_dvdr=       15.8052517411101     
  declining_sum_dvdr=   -6.16907012283110     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    36 igrct=  1 Vmax (m/s)=   29.579   22:20:56
 TIMING: before call  getradii, fhr=    36 igrct=  1   22:20:56
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   0.296492022842722     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.296492022842722     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.1587891991523     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.1587891991523     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.6012471284322     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.6012471284322     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.5058695649555     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.51 good_quad_ct=   4 mean_vt_4quad=      2.88
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    8.60 mean_vt_4quad=    5.60
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    8.90 mean_vt_4quad=    5.69
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    9.00 mean_vt_4quad=    5.78
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    9.10 mean_vt_4quad=    5.88
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    9.18 mean_vt_4quad=    5.98
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    9.35 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    9.59 mean_vt_4quad=    6.16
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    9.80 mean_vt_4quad=    6.25
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   10.10 mean_vt_4quad=    6.35
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   10.49 mean_vt_4quad=    6.45
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   10.79 mean_vt_4quad=    6.56
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   11.20 mean_vt_4quad=    6.68
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   11.56 mean_vt_4quad=    6.80
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   11.79 mean_vt_4quad=    6.92
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   11.93 mean_vt_4quad=    7.03
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.25 mean_vt_4quad=    7.15
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.56 mean_vt_4quad=    7.27
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   12.69 mean_vt_4quad=    7.38
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   12.80 mean_vt_4quad=    7.50
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   12.89 mean_vt_4quad=    7.62
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   12.96 mean_vt_4quad=    7.74
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.05 mean_vt_4quad=    7.84
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.10 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.16 mean_vt_4quad=    8.06
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.21 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.25 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.35 mean_vt_4quad=    8.49
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.48 mean_vt_4quad=    8.60
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.71 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.85 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.97 mean_vt_4quad=    8.82
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.05 mean_vt_4quad=    8.90
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.14 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.19 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.23 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.24 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.33 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.39 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.42 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.54 mean_vt_4quad=    9.48
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.60 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.63 mean_vt_4quad=    9.64
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.61 mean_vt_4quad=    9.73
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.67 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.71 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.77 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.86 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.06 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.18 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.27 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.27 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.30 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.41 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.56 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.76 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.00 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.25 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.44 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.56 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.61 mean_vt_4quad=   11.12
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.58 mean_vt_4quad=   11.21
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.48 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.39 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.35 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   16.52 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   16.81 mean_vt_4quad=   11.71
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.09 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.32 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.51 mean_vt_4quad=   12.13
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   12.13 .... 0.5*v_holland=    3.94
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   12.32 .... 0.5*v_holland=    3.94
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    3.94
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   12.71 .... 0.5*v_holland=    3.94
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   12.91 .... 0.5*v_holland=    3.94
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.51 mean_vt_4quad=   12.13
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   17.69 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   17.91 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.12 mean_vt_4quad=   12.71
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   18.35 mean_vt_4quad=   12.91
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   18.60 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.99 mean_vt_4quad=   13.32
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.48 mean_vt_4quad=   13.54
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   20.06 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.58 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.91 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   21.04 mean_vt_4quad=   14.32
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   21.06 mean_vt_4quad=   14.49
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   21.61 mean_vt_4quad=   14.66
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   22.24 mean_vt_4quad=   14.82
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.58 mean_vt_4quad=   14.94
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   22.73 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   22.85 mean_vt_4quad=   15.12
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   22.07 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.78 mean_vt_4quad=   15.32
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.78 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.94 mean_vt_4quad=   15.42
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   21.65 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   22.20 mean_vt_4quad=   15.47
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   22.69 mean_vt_4quad=   15.48
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   22.64 mean_vt_4quad=   15.48
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   22.22 mean_vt_4quad=   15.52
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   21.56 mean_vt_4quad=   15.61
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   20.91 mean_vt_4quad=   15.73
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   21.23 mean_vt_4quad=   15.87
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   21.76 mean_vt_4quad=   16.02
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   22.21 mean_vt_4quad=   16.21
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   22.49 mean_vt_4quad=   16.43
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   22.57 mean_vt_4quad=   16.67
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   22.60 mean_vt_4quad=   16.93
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   22.72 mean_vt_4quad=   17.23
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   22.94 mean_vt_4quad=   17.54
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   23.31 mean_vt_4quad=   17.90
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   23.86 mean_vt_4quad=   18.28
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   24.87 mean_vt_4quad=   18.70
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   25.66 mean_vt_4quad=   19.15
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   26.15 mean_vt_4quad=   19.61
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
  --- vmaxwind of    29.5790483281663       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.10 mean_vt_4quad=    5.60
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.17 mean_vt_4quad=    5.69
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.26 mean_vt_4quad=    5.78
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.31 mean_vt_4quad=    5.88
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.36 mean_vt_4quad=    5.98
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.40 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.44 mean_vt_4quad=    6.16
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.47 mean_vt_4quad=    6.25
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.50 mean_vt_4quad=    6.35
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.52 mean_vt_4quad=    6.45
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.55 mean_vt_4quad=    6.56
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.63 mean_vt_4quad=    6.68
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.68 mean_vt_4quad=    6.80
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.73 mean_vt_4quad=    6.92
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.77 mean_vt_4quad=    7.03
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.80 mean_vt_4quad=    7.15
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.82 mean_vt_4quad=    7.27
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.83 mean_vt_4quad=    7.38
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.82 mean_vt_4quad=    7.50
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.82 mean_vt_4quad=    7.62
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.87 mean_vt_4quad=    7.74
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.93 mean_vt_4quad=    7.84
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.02 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.05 mean_vt_4quad=    8.06
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.10 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.14 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.15 mean_vt_4quad=    8.49
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.20 mean_vt_4quad=    8.60
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.22 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.30 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.34 mean_vt_4quad=    8.82
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.43 mean_vt_4quad=    8.90
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.51 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.59 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.63 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.71 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.81 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.96 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.18 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.40 mean_vt_4quad=    9.48
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.61 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.76 mean_vt_4quad=    9.64
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.84 mean_vt_4quad=    9.73
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.92 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.95 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.05 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.18 mean_vt_4quad=   10.11
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.26 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.31 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.37 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.42 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.49 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=   10.55
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   10.55 .... 0.5*v_holland=    3.07
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   10.59 .... 0.5*v_holland=    3.07
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   10.62 .... 0.5*v_holland=    3.07
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   10.68 .... 0.5*v_holland=    3.07
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   10.78 .... 0.5*v_holland=    3.07
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.59 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.73 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.87 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.02 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.20 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.39 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.59 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.78 mean_vt_4quad=   11.12
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.93 mean_vt_4quad=   11.21
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.16 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.38 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.59 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.77 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.07 mean_vt_4quad=   11.71
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.41 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   20.62 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.76 mean_vt_4quad=   12.13
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.78 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.25 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.74 mean_vt_4quad=   12.71
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.11 mean_vt_4quad=   12.91
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.62 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.43 mean_vt_4quad=   13.32
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   24.28 mean_vt_4quad=   13.54
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   25.00 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   25.55 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   26.08 mean_vt_4quad=   14.14
  
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
  --- vmaxwind of    29.5790483281663       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.98 mean_vt_4quad=    5.60
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.01 mean_vt_4quad=    5.69
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.10 mean_vt_4quad=    5.78
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.26 mean_vt_4quad=    5.88
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.30 mean_vt_4quad=    5.98
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.39 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.46 mean_vt_4quad=    6.16
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.54 mean_vt_4quad=    6.25
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.59 mean_vt_4quad=    6.35
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.59 mean_vt_4quad=    6.45
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.59 mean_vt_4quad=    6.56
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.59 mean_vt_4quad=    6.68
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.59 mean_vt_4quad=    6.80
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.62 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.61 mean_vt_4quad=    7.03
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.61 mean_vt_4quad=    7.15
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.55 mean_vt_4quad=    7.27
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.50 mean_vt_4quad=    7.38
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.41 mean_vt_4quad=    7.50
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.30 mean_vt_4quad=    7.62
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.14 mean_vt_4quad=    7.74
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.98 mean_vt_4quad=    7.84
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.91 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.92 mean_vt_4quad=    8.06
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.05 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.18 mean_vt_4quad=    8.36
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.30 mean_vt_4quad=    8.49
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.40 mean_vt_4quad=    8.60
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.48 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.53 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.53 mean_vt_4quad=    8.82
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.52 mean_vt_4quad=    8.90
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.51 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.50 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.50 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.49 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.49 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.50 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.52 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.55 mean_vt_4quad=    9.48
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.59 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.63 mean_vt_4quad=    9.64
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.70 mean_vt_4quad=    9.73
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.78 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.87 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.98 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.10 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.21 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.31 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.39 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.45 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.50 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.53 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.57 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.61 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.68 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   14.77 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   14.89 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   14.96 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.00 mean_vt_4quad=   11.12
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   14.99 mean_vt_4quad=   11.21
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.96 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.93 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   14.94 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   15.03 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   15.15 mean_vt_4quad=   11.71
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.29 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.35 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   15.38 mean_vt_4quad=   12.13
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.36 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   15.34 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.35 mean_vt_4quad=   12.71
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.39 mean_vt_4quad=   12.91
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.46 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.55 mean_vt_4quad=   13.32
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.63 mean_vt_4quad=   13.54
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.74 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.85 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.99 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   16.11 mean_vt_4quad=   14.32
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   16.24 mean_vt_4quad=   14.49
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   16.36 mean_vt_4quad=   14.66
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   16.55 mean_vt_4quad=   14.82
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.80 mean_vt_4quad=   14.94
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   17.10 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   17.33 mean_vt_4quad=   15.12
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   17.49 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.59 mean_vt_4quad=   15.32
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   15.32 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   15.42 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   15.44 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   15.47 .... 0.5*v_holland=    5.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.59 mean_vt_4quad=   15.32
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.55 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   17.52 mean_vt_4quad=   15.42
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   17.48 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   17.48 mean_vt_4quad=   15.47
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   17.52 mean_vt_4quad=   15.48
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   17.60 mean_vt_4quad=   15.48
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   17.83 mean_vt_4quad=   15.52
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   18.16 mean_vt_4quad=   15.61
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   18.59 mean_vt_4quad=   15.73
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   19.14 mean_vt_4quad=   15.87
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   19.70 mean_vt_4quad=   16.02
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   20.27 mean_vt_4quad=   16.21
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   20.89 mean_vt_4quad=   16.43
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   21.53 mean_vt_4quad=   16.67
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   22.16 mean_vt_4quad=   16.93
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   22.67 mean_vt_4quad=   17.23
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   22.96 mean_vt_4quad=   17.54
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   23.14 mean_vt_4quad=   17.90
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   23.32 mean_vt_4quad=   18.28
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   23.70 mean_vt_4quad=   18.70
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   24.22 mean_vt_4quad=   19.15
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   24.91 mean_vt_4quad=   19.61
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   25.51 mean_vt_4quad=   20.09
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   26.02 mean_vt_4quad=   20.57
  
 NO interp, exactdistkm=    36.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   19.4256000000000     
 vradius(iwindix,iquad) =          19
  
  --- vmaxwind of    29.5790483281663       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    6.52 mean_vt_4quad=    5.60
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    6.78 mean_vt_4quad=    5.69
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    6.94 mean_vt_4quad=    5.78
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.05 mean_vt_4quad=    5.88
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.05 mean_vt_4quad=    5.98
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.13 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.32 mean_vt_4quad=    6.16
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.55 mean_vt_4quad=    6.25
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.80 mean_vt_4quad=    6.35
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    7.99 mean_vt_4quad=    6.45
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.12 mean_vt_4quad=    6.56
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.19 mean_vt_4quad=    6.68
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.17 mean_vt_4quad=    6.80
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.31 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.36 mean_vt_4quad=    7.03
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.46 mean_vt_4quad=    7.15
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.56 mean_vt_4quad=    7.27
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.68 mean_vt_4quad=    7.38
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    8.77 mean_vt_4quad=    7.50
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    8.87 mean_vt_4quad=    7.62
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    8.95 mean_vt_4quad=    7.74
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.06 mean_vt_4quad=    7.84
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.12 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.14 mean_vt_4quad=    8.06
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.21 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.25 mean_vt_4quad=    8.36
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.29 mean_vt_4quad=    8.49
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    9.32 mean_vt_4quad=    8.60
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    9.34 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    9.33 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    9.38 mean_vt_4quad=    8.82
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    9.50 mean_vt_4quad=    8.90
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    9.63 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    9.81 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    9.93 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.06 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   10.16 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   10.26 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   10.35 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   10.46 mean_vt_4quad=    9.48
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   10.61 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   10.77 mean_vt_4quad=    9.64
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   10.95 mean_vt_4quad=    9.73
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.14 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.33 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.40 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.51 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.69 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.97 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.35 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.75 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.37 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.96 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.34 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   14.54 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.97 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.73 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.94 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   14.58 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.88 mean_vt_4quad=   11.12
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.05 mean_vt_4quad=   11.21
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.10 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.02 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.96 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.96 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.03 mean_vt_4quad=   11.71
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.17 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.32 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.47 mean_vt_4quad=   12.13
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   15.59 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   15.72 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   15.85 mean_vt_4quad=   12.71
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   15.99 mean_vt_4quad=   12.91
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   16.12 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   16.33 mean_vt_4quad=   13.32
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   16.63 mean_vt_4quad=   13.54
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   16.92 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.19 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.61 mean_vt_4quad=   14.14
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   14.14 .... 0.5*v_holland=    4.78
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   14.32 .... 0.5*v_holland=    4.78
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.49 .... 0.5*v_holland=    4.78
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   14.66 .... 0.5*v_holland=    4.78
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   14.82 .... 0.5*v_holland=    4.78
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.61 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   18.15 mean_vt_4quad=   14.32
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   18.82 mean_vt_4quad=   14.49
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   19.46 mean_vt_4quad=   14.66
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   20.02 mean_vt_4quad=   14.82
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   20.39 mean_vt_4quad=   14.94
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   20.62 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   20.77 mean_vt_4quad=   15.12
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.85 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   20.88 mean_vt_4quad=   15.32
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   20.93 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   20.96 mean_vt_4quad=   15.42
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   21.05 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.23 mean_vt_4quad=   15.47
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.49 mean_vt_4quad=   15.48
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   21.74 mean_vt_4quad=   15.48
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   21.86 mean_vt_4quad=   15.52
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   21.83 mean_vt_4quad=   15.61
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   21.21 mean_vt_4quad=   15.73
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   20.32 mean_vt_4quad=   15.87
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   19.27 mean_vt_4quad=   16.02
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   19.11 mean_vt_4quad=   16.21
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   18.94 mean_vt_4quad=   16.43
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   18.73 mean_vt_4quad=   16.67
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   18.62 mean_vt_4quad=   16.93
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   18.84 mean_vt_4quad=   17.23
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   19.42 mean_vt_4quad=   17.54
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   19.97 mean_vt_4quad=   17.90
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   20.48 mean_vt_4quad=   18.28
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   20.99 mean_vt_4quad=   18.70
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   21.50 mean_vt_4quad=   19.15
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   22.07 mean_vt_4quad=   19.61
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   22.68 mean_vt_4quad=   20.09
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   23.33 mean_vt_4quad=   20.57
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   24.02 mean_vt_4quad=   21.03
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   24.70 mean_vt_4quad=   21.40
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   24.78 mean_vt_4quad=   21.60
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   23.47 mean_vt_4quad=   21.34
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   21.74 mean_vt_4quad=   20.48
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   20.20 mean_vt_4quad=   18.77
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   17.90 mean_vt_4quad=   16.32
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   13.50 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    8.85 mean_vt_4quad=    9.56
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    6.28 mean_vt_4quad=    6.04
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    6.14 mean_vt_4quad=    2.88
  
 TIMING: after call  getradii, fhr=    36 igrct=  1   22:20:56
 TIMING: after getrad_iter_loop, fhr=    36 igrct=  2 Vmax (m/s)=   29.579   22:20:56
 TIMING: Before get_phase ... 22:20:56
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           36 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    11.069
  
  
  In get_cps_paramb, lead time=           36 :           0   10L  IDALIA   
   right_ct=          876   left_ct=          886
   zthicksum(1)=    2988371.88050000     
   zthicksum(2)=    3032045.37625000     
   zthick_right_mean=    3411.38342522831     
   zthick_left_mean=     3422.17311089165     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -10.7896856633388     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.80
  Sum of y-diffs squared (ydiff2) =         2626.15
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   232.22   6.7452       29.60   0.1661     0.38     0.15      876.16
    2   221.39   6.6846       18.77   0.1055     0.22     0.05      352.24
    3   209.70   6.6201        7.07   0.0409    -0.13     0.02       50.01
    4   196.80   6.5511       -5.82  -0.0281    -0.89     0.79       33.92
    5   184.26   6.4770      -18.37  -0.1022    -0.39     0.16      337.38
    6   171.38   6.3969      -31.25  -0.1822     0.81     0.65      976.44
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   202.624     x:    6.58
  
  slope=    175.905         y-intercept =   -954.679
  Regression equation:   Y =  -954.68 +   175.90X
  
  R2(r_squared) =  0.9993        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1018.59 zmin=  777.34 zdiff=  241.25
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1513.03 zmin= 1280.80 zdiff=  232.22
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -9.02 dlnp=     -0.057158  dzdlnp=      157.877
  
   +++ k=  3 press=    800.0 zmax= 2030.95 zmin= 1809.55 zdiff=  221.39
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.83 dlnp=     -0.060625  dzdlnp=      178.673
  
   +++ k=  4 press=    750.0 zmax= 2576.86 zmin= 2367.16 zdiff=  209.70
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -11.70 dlnp=     -0.064539  dzdlnp=      181.225
  
   +++ k=  5 press=    700.0 zmax= 3153.88 zmin= 2957.08 zdiff=  196.80
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -12.90 dlnp=     -0.068993  dzdlnp=      186.918
  
   +++ k=  6 press=    650.0 zmax= 3765.75 zmin= 3581.50 zdiff=  184.26
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -12.54 dlnp=     -0.074108  dzdlnp=      169.267
  
   +++ k=  7 press=    600.0 zmax= 4418.46 zmin= 4247.08 zdiff=  171.38
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -12.88 dlnp=     -0.080043  dzdlnp=      160.914
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           48.89
  Sum of y-diffs squared (ydiff2) =         3121.82
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   160.68   6.3099       33.47   0.2788     2.94     8.63     1119.93
    2   147.15   6.2146       19.94   0.1834    -0.15     0.02      397.50
    3   134.72   6.1092        7.51   0.0781    -1.05     1.10       56.33
    4   120.40   5.9915       -6.81  -0.0397    -2.47     6.09       46.44
    5   104.56   5.8579      -22.65  -0.1732    -3.68    13.57      513.23
    6    95.78   5.7038      -31.44  -0.3274     4.41    19.48      988.39
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   127.215     x:    6.03
  
  slope=    109.515         y-intercept =   -533.287
  Regression equation:   Y =  -533.29 +   109.51X
  
  R2(r_squared) =  0.9843        r =  0.9921
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           36 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4418.46 zmin= 4247.08 zdiff=  171.38
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5120.74 zmin= 4960.06 zdiff=  160.68
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -10.70 dlnp=     -0.087011  dzdlnp=      122.926
  
   +++ k=  9 press=    500.0 zmax= 5877.86 zmin= 5730.70 zdiff=  147.15
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -13.53 dlnp=     -0.095310  dzdlnp=      141.937
  
   +++ k= 10 press=    450.0 zmax= 6705.14 zmin= 6570.42 zdiff=  134.72
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -12.43 dlnp=     -0.105361  dzdlnp=      117.995
  
   +++ k= 11 press=    400.0 zmax= 7614.59 zmin= 7494.19 zdiff=  120.40
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -14.32 dlnp=     -0.117783  dzdlnp=      121.579
  
   +++ k= 12 press=    350.0 zmax= 8620.67 zmin= 8516.11 zdiff=  104.56
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -15.84 dlnp=     -0.133531  dzdlnp=      118.624
  
   +++ k= 13 press=    300.0 zmax= 9749.20 zmin= 9653.42 zdiff=   95.78
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -8.78 dlnp=     -0.154151  dzdlnp=       56.983
  
cps_stats: 10L   lead time=  36: 0   paramb=   -10.79  vtl=    175.90  vtu=    109.51
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   36:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  274.969 (0-360) guesslon=  274.969E  (  85.031W)   guesslat=   25.808
 ilonfix=          745  jlatfix=         1000  npts=           33
 ibeg=          672  jbeg=          932  imax=         2738
 iend=          818  jend=         1068  jmax=         2041
 TIMING: find_maxmin 1  22:20:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  273.649E  (0-360) ctlon=  273.649E  (  86.351W)  ctlat=   25.288 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:20:56
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  273.649E   (0-360) guesslon=  273.649E  (  86.351W)   guesslat=   25.288
 ilonfix=          712  jlatfix=         1013  npts=           16
 ibeg=          663  jbeg=          969  imax=         2738
 iend=          761  jend=         1057  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  273.329E  (0-360) ctlon=  273.329  (  86.671W)  ctlat=   25.268 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    36:00  mean_lon:  273.33E (  86.67W)    (0-360) mean_lon=  273.33E  mean_lat:   25.27  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    36:00  ifix:   691   jfix:  1002  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          691  jx=         1002
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         281 ,        1408 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         280 ,        1409 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    36:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:20:56
 TIMING: Before shear ... 22:20:56
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            7
  clon(ist,ifh,3)=    274.920355091440     
  clat(ist,ifh,3)=    25.8024781550097     
  fixlon(ist,ifh)=    274.969322055648     
  fixlat(ist,ifh)=    25.8080463484086     
  xcenlon=    274.920355091440     
  xcenlat=    25.8024781550097     
  
 xxshear
 In get_shear A, xcenlon=    274.920355091440       xcenlat= 
   25.8024781550097     
   In get_shear B, (0-360) xcenlon=    274.920355091440     
  
At start of get_shear:  10L   fhr=   36:00   Mean fix position=   274.97E  ( 85.03W)    25.81  (0-360) mean lon fix=  274.97
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   25.41 vr_mean(idist,ilev)=   -1.48
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   21.58 vr_mean(idist,ilev)=   -1.03
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   20.07 vr_mean(idist,ilev)=    0.07
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.97 vr_mean(idist,ilev)=   -1.24
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.57 vr_mean(idist,ilev)=   -0.79
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.50 vr_mean(idist,ilev)=    0.04
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   17.13 vr_mean(idist,ilev)=    0.24
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.69 vr_mean(idist,ilev)=    0.24
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.59 vr_mean(idist,ilev)=    0.52
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.75 vr_mean(idist,ilev)=    0.31
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.70 vr_mean(idist,ilev)=    0.21
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.04 vr_mean(idist,ilev)=    0.04
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.30 vr_mean(idist,ilev)=   -0.28
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.78 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.97 vr_mean(idist,ilev)=   -0.47
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.32 vr_mean(idist,ilev)=   -0.63
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.18 vr_mean(idist,ilev)=   -0.50
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.24 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.78 vr_mean(idist,ilev)=   -0.21
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.22 vr_mean(idist,ilev)=   14.22
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.34 vr_mean(idist,ilev)=   21.34
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.45 vr_mean(idist,ilev)=   28.45
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.57 vr_mean(idist,ilev)=   35.57
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.69 vr_mean(idist,ilev)=   42.69
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -49.81 vr_mean(idist,ilev)=   49.81
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -56.93 vr_mean(idist,ilev)=   56.93
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.06 vr_mean(idist,ilev)=   64.06
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.19 vr_mean(idist,ilev)=   71.19
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.33 vr_mean(idist,ilev)=   78.33
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -85.47 vr_mean(idist,ilev)=   85.47
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -92.62 vr_mean(idist,ilev)=   92.62
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -99.77 vr_mean(idist,ilev)=   99.77
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -106.93 vr_mean(idist,ilev)=  106.93
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -114.10 vr_mean(idist,ilev)=  114.10
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -121.27 vr_mean(idist,ilev)=  121.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -128.46 vr_mean(idist,ilev)=  128.46
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -135.65 vr_mean(idist,ilev)=  135.65
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -142.86 vr_mean(idist,ilev)=  142.86
  
 At end of get_shear: 
     ist=    4 ifh=    7 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:20:56
  
 After call to fixcenter, fix positions at 
 forecast hour=   36:00 follow:
  
fixpos  10L   fhr=   36:00   Fix position=   274.97E  ( 85.03W)    25.81   Max Wind=  57 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.714480884785     
 xxxx get_next_ges, curr fix lon=    274.969322055648     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.969322055648        fixlat=    25.8080463484086     
        (0-360) fixlon=    274.969322055648     
      ilonfix=          745   jlatfix=         1000
      ibeg=          268   iend=         1222
      jbeg=          548   jend=         1452
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.48011940155407       vavg=    7.74838748270860     
      ubar=   0.370029850388517       vbar=    1.93709687067715     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    2.68019806774085       vavg=    6.08776035373194     
      ubar=    1.71012888425894       vbar=    4.98097704754312     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.51804191073612       vavg=    2.93380817949225     
      ubar=    2.83963936194297       vbar=    5.71442909241619     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    2.83963936194297       vbar=    5.71442909241619     
      wgttot=    1.00000000000000     
      fixlon=    274.969322055648        fixlat=    25.8080463484086     
      barnlon=    275.584959393639       barnlat=    26.9180942768315     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.895998161383268     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.584959393639     
     Raw (no conversion for GM wrap) extraplon=    275.226698091628     
  
 --- barnlon=    275.58E  (  84.42W)    barnlat=     26.92
 --- extraplon=  275.23E  (  84.77W)    extraplat=   26.98
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   25.81
 | Current fix lon is   85.03W   ( 274.97E)
 | Current fix lon (raw, unadjusted)=  274.97E
 | Updated guess lat for next fcst hour is   26.95
 | Updated guess lon (0-360) for next fcst hour is   84.59W   ( 275.41E)
 | Raw updated guess lon for next fcst hour is  275.41E)
 -------------------------------------------------
  
 iocheck, dist=    134.153173378129        distm=    134153.173378129     
 iocheck, stmspd=    6.21079506380229        istmspd=          121
 iocheck, xincr=   0.436506686985354        yincr=    1.14133614693654     
 iocheck, stmdir=    20.9294706156909        istmdir=           21
 +++ RPT_STORM_MOTION: istmspd=   121 kts(*10)    istmdir=    21 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   7
     Fix location for this time:   274.97E  ( 85.03W)    25.81
     Fix lon (raw) for this time:  274.97E
     ilonfix=  745  jlatfix= 1000
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.969322055648       xcenlat=    25.8080463484086     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.969322055648       xcenlat=    25.8080463484086     
  ilonfix=          745  jlatfix=         1000
  ibeg=          623  iend=          867
  jbeg=          884  jend=         1116  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.969322055648        xcenlat=    25.8080463484086     
      ilonfix=          745   jlatfix=         1000
      ibeg=          623   iend=          867
      jbeg=          884   jend=         1116
 After call to barnes, xsmoothval=   2.847508850935588E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.847508850935588E-004
      xcenlon=    274.969322055648        xcenlat=    25.8080463484086     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000285  imeanzeta (*1e6)=      285
   --- mean zeta raw =   2.847508850935588E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003576  igrid zeta (*1e6)=     3576 ifilret=   0
   --- grid zeta raw=   3.575974176220360E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.969322055648       xcenlat=    25.8080463484086     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    274.969322055648       xcenlat=    25.8080463484086     
  ilonfix=          745  jlatfix=         1000
  ibeg=          623  iend=          867
  jbeg=          884  jend=         1116  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    274.969322055648        xcenlat=    25.8080463484086     
      ilonfix=          745   jlatfix=         1000
      ibeg=          623   iend=          867
      jbeg=          884   jend=         1116
 After call to barnes, xsmoothval=   2.530202492839959E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.530202492839959E-004
      xcenlon=    274.969322055648        xcenlat=    25.8080463484086     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000253  imeanzeta (*1e6)=      253
   --- mean zeta raw =   2.530202492839959E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003161  igrid zeta (*1e6)=     3161 ifilret=   0
   --- grid zeta raw=   3.161065668757796E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           36
  
 segx, outlon=    274.969322055648       outlat=    25.8080463484086     
   ist=            4  ifcsthour=           36
   vmaxwind=    29.5790483281663       xminmslp=    98220.2900000000     
   vradius=           89          23           0         115          73
           0          58          19           0          73           0
           0
   maxstorm=            6
   plastbar=    100220.290000000       rlastbar=    88.8799904498816     
   rmax=    13.2366941694838     
   cps_vals=   -10.7896856633388        175.904570334698     
   109.514856378459     
   wcore_flag= n
   istmspd=          121  istmdir=           21
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     23.6657709652412     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   88.8799904498816       irlastbar=          89
 output: plastbar=   100220.290000000       iplastbar=        1002
 rmax=    13.2366941694838        irmax=           13
 TXX top of atcfunix_ext, ist=            4  ifh=           36
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   88.8799904498816       irlastbar=          89
 output: plastbar=   100220.290000000       iplastbar=        1002
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           36
 intlat=          258
 clatns= N
 intlon=          850
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           57
 int(xminmslp/mslp_outp_adj + 0.5)=          982
 XX,  34, NEQ
 vradius(1,1)=           89
 vradius(1,2)=          115
 vradius(1,3)=           58
 vradius(1,4)=           73
 iplastbar=         1002
 irlastbar=           89
 irmax=           13
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           21
 istmspd=          121
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=         -108
 icps_vals(2)=         1759
 icps_vals(3)=         1095
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           46
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          285
 igridzeta(1)=         3576
 imeanzeta(2)=          253
 igridzeta(2)=         3161
  
 rmax=    13.2366941694838        irmax=           13
 +++ Top of output_atcf_parms, ist=            4  ifh=           36
  
 xxxx get_next_ges, prev fix lon=    274.714480884785     
 xxxx get_next_ges, curr fix lon=    274.969322055648     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    274.969322055648        fixlat=    25.8080463484086     
        (0-360) fixlon=    274.969322055648     
      ilonfix=          745   jlatfix=         1000
      ibeg=          268   iend=         1222
      jbeg=          548   jend=         1452
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.48011940155407       vavg=    7.74838748270860     
      ubar=   0.370029850388517       vbar=    1.93709687067715     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    2.68019806774085       vavg=    6.08776035373194     
      ubar=    1.71012888425894       vbar=    4.98097704754312     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.51804191073612       vavg=    2.93380817949225     
      ubar=    2.83963936194297       vbar=    5.71442909241619     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    2.83963936194297       vbar=    5.71442909241619     
      wgttot=    1.00000000000000     
      fixlon=    274.969322055648        fixlat=    25.8080463484086     
      barnlon=    275.584959393639       barnlat=    26.9180942768315     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.895998161383268     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      275.584959393639     
     Raw (no conversion for GM wrap) extraplon=    275.226698091628     
  
 --- barnlon=    275.58E  (  84.42W)    barnlat=     26.92
 --- extraplon=  275.23E  (  84.77W)    extraplat=   26.98
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    36.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   25.81
 | Current fix lon is   85.03W   ( 274.97E)
 | Current fix lon (raw, unadjusted)=  274.97E
 | Updated guess lat for next fcst hour is   26.95
 | Updated guess lon (0-360) for next fcst hour is   84.59W   ( 275.41E)
 | Raw updated guess lon for next fcst hour is  275.41E)
 -------------------------------------------------
  
 iocheck, dist=    134.153173378129        distm=    134153.173378129     
 iocheck, stmspd=    6.21079506380229        istmspd=          121
 iocheck, xincr=   0.436506686985354        yincr=    1.14133614693654     
 iocheck, stmdir=    20.9294706156909        istmdir=           21
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 36
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 36 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          207  = igcret =            0
 baclose return code for unit          607  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   42:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f02520                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f02520.ix                                                                                    
hafs.trak.storm.2023082812.f02520: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: cannot stat: 2
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: Not ready yet.  Size=98024470, age=1, min size=500, min age=10
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: Not ready yet.  Size=98024470, age=6, min size=500, min age=10
hafs.trak.storm.2023082812.f02520: sleep 5
hafs.trak.storm.2023082812.f02520: ready.
hafs.trak.storm.2023082812.f02520.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f02520.ix: ready.
 in open_grib_files in multi else part....
   lugb=          208   lugi=          608
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02520                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02520.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f02520...  gopen_i_file= ...hafs.trak.storm.2023082812.f02520.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02520                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02520.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          208  is CLOSED
 TEST open_grib_files, unit lugi=          608  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f02520                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f02520.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          208  is CLOSED
 TEST b4 getgridinfo, unit lugi=          608  is CLOSED
 before getgb2 call, lugb=          208  lugi=          608
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   42   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    42h ... 22:21:37
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:37
 TIMING: after getgb2-122:21:37
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   42   5588258   0.000       0.000     -0.2378E-02  0.7152E-02
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:37
 TIMING: after getgb2-122:21:37
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   42   5588258   0.000       0.000     -0.2784E-02  0.4823E-02
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:37
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   42   5588258   0.000       0.000      -61.20       49.50    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   42   5588258   0.000       0.000      -51.00       64.10    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   42   5588258   0.000       0.000      -55.70       50.80    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   42   5588258   0.000       0.000      -43.10       60.90    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   42   5588258   0.000       0.000       1024.       1630.    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:38
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   42   5588258   0.000       0.000       2695.       3253.    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:38
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   42   5588258   0.000       0.000      0.9549E+05  0.1024E+06
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   42   5588258   0.000       0.000      -48.32       37.23    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   42   5588258   0.000       0.000      -43.97       49.32    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   42   5588258   0.000       0.000      -41.97       55.55    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   42   5588258   0.000       0.000      -34.81       55.02    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           42  hours
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:39
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   42   5588258   0.000       0.000       5385.       5974.    
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:39
 TIMING: after getgb2-122:21:40
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           42  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   42   5588258   0.000       0.000      0.1162E+05  0.1256E+05
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:40
 TIMING: after getgb2-122:21:40
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           42  hours
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:40
 TIMING: after getgb2-122:21:40
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           42  hours
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:40
 TIMING: after getgb2-122:21:40
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           42  hours
 TEST b4 getgb2 getdata, unit lugb=          208  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          608  is CLOSED

 TIMING: before getgb2-122:21:40
 TIMING: after getgb2-122:21:40
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           42  hours

 TIMING: before getgb2-phase22:21:40
 TIMING: after getgb2-222:21:40
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   42   5588258   0.000       0.000       523.7       1139.    

 TIMING: before getgb2-phase22:21:40
 TIMING: after getgb2-222:21:40
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   42   5588258   0.000       0.000       1024.       1630.    

 TIMING: before getgb2-phase22:21:40
 TIMING: after getgb2-222:21:40
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   42   5588258   0.000       0.000       1550.       2144.    

 TIMING: before getgb2-phase22:21:40
 TIMING: after getgb2-222:21:40
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   42   5588258   0.000       0.000       2106.       2684.    

 TIMING: before getgb2-phase22:21:40
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   42   5588258   0.000       0.000       2695.       3253.    

 TIMING: before getgb2-phase22:21:41
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   42   5588258   0.000       0.000       3322.       3858.    

 TIMING: before getgb2-phase22:21:41
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   42   5588258   0.000       0.000       3993.       4509.    

 TIMING: before getgb2-phase22:21:41
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   42   5588258   0.000       0.000       4691.       5211.    

 TIMING: before getgb2-phase22:21:41
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   42   5588258   0.000       0.000       5385.       5974.    

 TIMING: before getgb2-phase22:21:41
 TIMING: after getgb2-222:21:41
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   42   5588258   0.000       0.000       6136.       6796.    

 TIMING: before getgb2-phase22:21:42
 TIMING: after getgb2-222:21:42
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   42   5588258   0.000       0.000       6959.       7692.    

 TIMING: before getgb2-phase22:21:42
 TIMING: after getgb2-222:21:42
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   42   5588258   0.000       0.000       7868.       8677.    

 TIMING: before getgb2-phase22:21:42
 TIMING: after getgb2-222:21:42
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           42 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   42   5588258   0.000       0.000       8896.       9786.    
 TIMING: after getdata ... 22:21:42
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   42:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.003430342881934E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.251E  (0-360) ctlon=  299.251E  (  60.749W)  ctlat=   24.600 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.200E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.251E   (0-360) guesslon=  299.251E  (  60.749W)   guesslat=   24.600
 ilonfix=         1352  jlatfix=         1031  npts=           16
 ibeg=         1303  jbeg=          987  imax=         2738
 iend=         1401  jend=         1075  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.031E  (0-360) ctlon=  299.031  (  60.969W)  ctlat=   24.280 fmax (x10e5) =        0.242E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   2.346059652442091E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.251E  (0-360) ctlon=  299.251E  (  60.749W)  ctlat=   24.200 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.235E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.251E   (0-360) guesslon=  299.251E  (  60.749W)   guesslat=   24.200
 ilonfix=         1352  jlatfix=         1041  npts=           16
 ibeg=         1304  jbeg=          997  imax=         2738
 iend=         1400  jend=         1085  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.331E  (0-360) ctlon=  299.331  (  60.669W)  ctlat=   24.180 fmax (x10e5) =        0.239E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.851E  (0-360) ctlon=  298.851E  (  61.149W)  ctlat=   24.200 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.152E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.851E   (0-360) guesslon=  298.851E  (  61.149W)   guesslat=   24.200
 ilonfix=         1342  jlatfix=         1041  npts=           16
 ibeg=         1294  jbeg=          997  imax=         2738
 iend=         1390  jend=         1085  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.031E  (0-360) ctlon=  299.031  (  60.969W)  ctlat=   24.080 fmax =       -0.100E+16 fmin =        0.152E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  299.251E  (0-360) ctlon=  299.251E  (  60.749W)  ctlat=   23.800 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.316E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.251E   (0-360) guesslon=  299.251E  (  60.749W)   guesslat=   23.800
 ilonfix=         1352  jlatfix=         1051  npts=           16
 ibeg=         1304  jbeg=         1007  imax=         2738
 iend=         1400  jend=         1095  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.331E  (0-360) ctlon=  299.331  (  60.669W)  ctlat=   23.980 fmax =       -0.100E+16 fmin =        0.316E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  298.851E  (0-360) ctlon=  298.851E  (  61.149W)  ctlat=   24.200 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.851E   (0-360) guesslon=  298.851E  (  61.149W)   guesslat=   24.200
 ilonfix=         1342  jlatfix=         1041  npts=           16
 ibeg=         1294  jbeg=          997  imax=         2738
 iend=         1390  jend=         1085  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.931E  (0-360) ctlon=  298.931  (  61.069W)  ctlat=   24.080 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.771 (0-360) guesslon=  299.771E  (  60.229W)   guesslat=   23.920
 ilonfix=         1365  jlatfix=         1048  npts=           33
 ibeg=         1293  jbeg=          980  imax=         2738
 iend=         1437  jend=         1116  jmax=         2041
 TIMING: find_maxmin 1  22:21:42
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 !!! Zeta check, fmax=   1.475269557793115E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.851E  (0-360) ctlon=  298.851E  (  61.149W)  ctlat=   23.800 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.148E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:42
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.851E   (0-360) guesslon=  298.851E  (  61.149W)   guesslat=   23.800
 ilonfix=         1342  jlatfix=         1051  npts=           16
 ibeg=         1294  jbeg=         1007  imax=         2738
 iend=         1390  jend=         1095  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.031E  (0-360) ctlon=  299.031  (  60.969W)  ctlat=   24.080 fmax (x10e5) =        0.211E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.238673176406        uvgeslat=    24.0959339405513     
    (0-360 uvgeslon)=    299.238673176406     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:21:42
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.238673176406        uvgeslat=    24.0959339405513     
    (0-360 uvgeslon)=    299.238673176406     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.238673176406     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.919E  (0-360E lon):  298.919E    61.081W  ctlat=   24.096  xmax_circul_disk =      44825071.2
 TIMING: get_wind_circ kloop, k=  1   22:21:42
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.919E  (0-360E)=  298.919E  (  61.081W)   guesslat=   24.096
 ilonfix=         1343  jlatfix=         1043  npts=           56
 ibeg=         1275  jbeg=          979  imax=         2738
 iend=         1411  jend=         1107  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    45085224.6942969     
 nhalf get_wind_circ, k=  1 ctlon=  298.939E  (0-360E)=  298.939E  ctlon=   61.061W   ctlat=   24.236 Wind Circulation (NHEM: Max) =      45085224.7
 TIMING: After GWC 850 ... 22:21:42
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:21:42
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.238673176406        uvgeslat=    24.0959339405513     
    (0-360 uvgeslon)=    299.238673176406     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.238673176406     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.239E  (0-360E lon):  299.239E    60.761W  ctlat=   24.096  xmax_circul_disk =      48336070.2
 TIMING: get_wind_circ kloop, k=  1   22:21:42
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.239E  (0-360E)=  299.239E  (  60.761W)   guesslat=   24.096
 ilonfix=         1351  jlatfix=         1043  npts=           56
 ibeg=         1283  jbeg=          979  imax=         2738
 iend=         1419  jend=         1107  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    48554830.6214611     
 nhalf get_wind_circ, k=  1 ctlon=  299.139E  (0-360E)=  299.139E  ctlon=   60.861W   ctlat=   24.056 Wind Circulation (NHEM: Max) =      48554830.6
 TIMING: After GWC 700 ... 22:21:42
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:21:42
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.238673176406        uvgeslat=    24.0959339405513     
    (0-360 uvgeslon)=    299.238673176406     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.238673176406     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.919E  (0-360E lon):  298.919E    61.081W  ctlat=   24.096  xmax_circul_disk =      33181977.8
 TIMING: get_wind_circ kloop, k=  1   22:21:42
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.919E  (0-360E)=  298.919E  (  61.081W)   guesslat=   24.096
 ilonfix=         1343  jlatfix=         1043  npts=           56
 ibeg=         1275  jbeg=          979  imax=         2738
 iend=         1411  jend=         1107  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    33205927.9459694     
 nhalf get_wind_circ, k=  1 ctlon=  298.879E  (0-360E)=  298.879E  ctlon=   61.121W   ctlat=   23.936 Wind Circulation (NHEM: Max) =      33205927.9
 TIMING: After GWC Sfc ... 22:21:42
  
 At beg of fixcenter, stderr(ist,ifh-1) =    14.55  xavg_stderr=    20.75
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            8  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    42:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.77E   (0-360) guesslon=  299.77E  ( 60.23W)    23.92
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       299.03       60.97      24.28           24.17       T         85.11
   2    zeta 700    Max       299.33       60.67      24.18           23.87       T         53.22
   3    circ 850    Max       298.94       61.06      24.24           45.09       T         91.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       299.14       60.86      24.06           48.55       T         66.04
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       299.03       60.97      24.08         1521.79       T         77.25
   8     gph 700    Min       299.33       60.67      23.98         3163.03       T         45.21
   9        MSLP    Min       298.93       61.07      24.08       101249.89       T         87.16
  10    circ sfc    Max       298.88       61.12      23.94           33.21       T         90.75
  11    zeta sfc    Max       299.03       60.97      24.08           21.14       T         77.25
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    17.4437577361235       stderr_close= 
   9.27344031103986       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  20.316 devia=   2.191 wtpos=  0.48179     299.03   299.03    60.97    24.28
 ip=  2 kprm=  2 dist_from_mean=  27.786 devia=   2.996 wtpos=  0.36833     299.33   299.33    60.67    24.18
 ip=  3 kprm=  3 dist_from_mean=  20.208 devia=   2.179 wtpos=  0.48366     298.94   298.94    61.06    24.24
 ip=  5 kprm=  4 dist_from_mean=   8.426 devia=   0.909 wtpos=  0.73868     299.14   299.14    60.86    24.06
 ip=  7 kprm=  5 dist_from_mean=   4.702 devia=   0.507 wtpos=  0.84449     299.03   299.03    60.97    24.08
 ip=  8 kprm=  6 dist_from_mean=  29.615 devia=   3.194 wtpos=  0.34490     299.33   299.33    60.67    23.98
 ip=  9 kprm=  7 dist_from_mean=  14.422 devia=   1.555 wtpos=  0.59547     298.93   298.93    61.07    24.08
 ip= 10 kprm=  8 dist_from_mean=  26.816 devia=   2.892 wtpos=  0.38140     298.88   298.88    61.12    23.94
 ip= 11 kprm=  9 dist_from_mean=   4.702 devia=   0.507 wtpos=  0.84449     299.03   299.03    60.97    24.08
  
At end of fixcenter:  00L   fhr=   42:00   Fix position=   299.06E  (0-360) fixlon=  299.06  ( 60.94W)    24.10
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.057090368847     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.931408130951     
        (0-360E clon(ist,ifh,9))=    298.931408130951     
      clat(ist,ifh,9)=    24.0795707132786     
      xval(9)=    101249.888250717     
  
  After get_ij B, ibeg jbeg =         1237         906
  After get_ij B, iend jend =         1451        1182
  
 In is_it_a_storm, ilonfix=         1344  jlatfix=         1044
 ibeg jbeg iend jend =         1237         906        1451        1182
 cparm= slp  parmlon parmlat =    298.931408130951        24.0795707132786     
     (0-360E parmlon) =    298.931408130951     
 parmval=    101249.888250717     
  
 i= 1317 j=  981 glon=  297.89 (0-360E) glon=  297.89 glat=  26.60 dist=   299.31 slp=  101519.65 pgradient=  0.90129
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.90129
 mslp center =    298.931408130951        24.0795707132786     
   101249.888250717     
   (0-360E) lon of mslp center =    298.931408130951     
 pgrad loc   =    297.888684000000        297.888684000000     
   62.1113160000000        26.6009830000000        101519.650000000     
  ttest at location C IF....
      xinp_fixlat=    24.0795707132786     
      xinp_fixlon=    298.931408130951       (0-360E) xinp_fixlon= 
   298.931408130951     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101037.570000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1345  jfix=         1046
 longitude=    298.931408130951      E   (   61.0685918690489      
 W)  (0-360E) xinp_fixlon=    298.931408130951     
 latitude=    24.0795707132786     
 mean mslp value (xval(9))=    101249.888250717     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1345  jfix=         1046
 longitude=    298.931408130951      E   (   61.0685918690489      
 W)  (0-360E) xinp_fixlon=    298.931408130951     
 latitude=    24.0795707132786     
 mean mslp value (xval(9))=    101249.888250717     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1345  jx=         1046
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101037.570000000       xcentval=    101037.570000000     
 At A, num_found_contours=            0
 At A, contlo=    101037.570000000       conthi=    101437.570000000     
  
 num_found_contours=            0
 contlo=    101037.570000000       conthi=    101437.570000000     
 xcentval=    101037.570000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1033 ,        1357 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101037.570000000     
 !!! (i,j) of central value = (        1345 ,        1046 )
 !!!  
 !!! Flagged value found    =    101035.490000000     
 !!! (i,j) of flagged value = (        1032 ,        1358 )
 !!!   
 !!! Lower bound of contour interval =    101037.570000000     
 !!! Upper bound of contour interval =    101437.570000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = n
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1345  jfix=         1046
 longitude=    298.931408130951      E   (   61.0685918690489      W)  
 (0-360E) xinp_fixlon=    298.931408130951     
 latitude=    24.0795707132786     
 mean mslp value (xval(9))=    101249.888250717     
 gridpoint mslp value=    101037.570000000     
 ccflag= n
 prs of last closed isobar =   -999.000000000000     
 radius of last closed isobar =   -999.000000000000       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   42:00
 !!! Boundary check xinp_fixlat is   24.08
 !!! Boundary check xinp_fixlon is   61.07W   ( 298.93E)  (0-360E) xinp_fixlon=  298.93
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.938680676406     
  850 mb wcirc fix lat=    24.2359304405513     
    (0-360) 850 mb wcirc fix lon=    298.938680676406     
  Multi-parm fix lon=      299.057090368847     
  Multi-parm fix lat=      24.0996532355680     
    (0-360) Multi-parm fix lon=      299.057090368847     
  
  
  After get_ij B, ibeg jbeg =         1254         936
  After get_ij B, iend jend =         1434        1144
  
 In is_it_a_storm, ilonfix=         1344  jlatfix=         1040
 ibeg jbeg iend jend =         1254         936        1434        1144
 cparm= v850  parmlon parmlat =    298.938680676406        24.2359304405513     
     (0-360E parmlon) =    298.938680676406     
 parmval=    45085224.6942969     
  
 i= 1334 j=  991 glon=  298.57 (0-360E) glon=  298.57 glat=  26.20 u=  -9.3000 v=   4.8000 vr=   6.29918 vt=   8.35765
 i= 1339 j=  991 glon=  298.77 (0-360E) glon=  298.77 glat=  26.20 u=  -9.2000 v=   5.9000 vr=   6.60261 vt=   8.70951
 i= 1344 j=  991 glon=  298.97 (0-360E) glon=  298.97 glat=  26.20 u=  -8.9000 v=   6.5000 vr=   6.37608 vt=   8.98919
 i= 1349 j=  991 glon=  299.17 (0-360E) glon=  299.17 glat=  26.20 u=  -8.2000 v=   6.5000 vr=   5.59684 vt=   8.84112
 i= 1354 j=  991 glon=  299.37 (0-360E) glon=  299.37 glat=  26.20 u=  -7.8000 v=   6.3000 vr=   4.65855 vt=   8.87851
 i= 1319 j=  996 glon=  297.97 (0-360E) glon=  297.97 glat=  26.00 u=  -9.5000 v=   2.7000 vr=   6.66219 vt=   7.29076
 i= 1324 j=  996 glon=  298.17 (0-360E) glon=  298.17 glat=  26.00 u=  -9.7000 v=   2.7000 vr=   6.08589 vt=   8.02135
 i= 1329 j=  996 glon=  298.37 (0-360E) glon=  298.37 glat=  26.00 u= -10.2000 v=   3.2000 vr=   5.94316 vt=   8.88588
 i= 1334 j=  996 glon=  298.57 (0-360E) glon=  298.57 glat=  26.00 u= -10.9000 v=   4.7000 vr=   6.65673 vt=   9.82791
 i= 1339 j=  996 glon=  298.77 (0-360E) glon=  298.77 glat=  26.00 u= -10.1000 v=   6.4000 vr=   7.25625 vt=   9.50351
 i= 1344 j=  996 glon=  298.97 (0-360E) glon=  298.97 glat=  26.00 u=  -9.9000 v=   7.3000 vr=   7.14638 vt=  10.01146
 i= 1349 j=  996 glon=  299.17 (0-360E) glon=  299.17 glat=  26.00 u=  -9.5000 v=   7.2000 vr=   6.03316 vt=  10.28061
 i= 1354 j=  996 glon=  299.37 (0-360E) glon=  299.37 glat=  26.00 u=  -8.7000 v=   6.7000 vr=   4.66118 vt=   9.94250
 i= 1359 j=  996 glon=  299.57 (0-360E) glon=  299.57 glat=  26.00 u=  -8.3000 v=   6.8000 vr=   3.90694 vt=   9.99329
 i= 1364 j=  996 glon=  299.77 (0-360E) glon=  299.77 glat=  26.00 u=  -7.8000 v=   6.8000 vr=   3.18635 vt=   9.84516
 i= 1369 j=  996 glon=  299.97 (0-360E) glon=  299.97 glat=  26.00 u=  -7.3000 v=   6.8000 vr=   2.58428 vt=   9.63595
 i= 1309 j= 1001 glon=  297.57 (0-360E) glon=  297.57 glat=  25.80 u=  -8.0000 v=   1.7000 vr=   6.31643 vt=   5.19546
 i= 1314 j= 1001 glon=  297.77 (0-360E) glon=  297.77 glat=  25.80 u=  -9.4000 v=   1.5000 vr=   6.52858 vt=   6.92731
 i= 1319 j= 1001 glon=  297.97 (0-360E) glon=  297.97 glat=  25.80 u= -11.0000 v=   1.5000 vr=   6.70991 vt=   8.84461
 i= 1324 j= 1001 glon=  298.17 (0-360E) glon=  298.17 glat=  25.80 u= -10.7000 v=   2.0000 vr=   6.19614 vt=   8.94974
 i= 1329 j= 1001 glon=  298.37 (0-360E) glon=  298.37 glat=  25.80 u=  -9.4000 v=   3.9000 vr=   6.65746 vt=   7.69729
 i= 1334 j= 1001 glon=  298.57 (0-360E) glon=  298.57 glat=  25.80 u= -10.2000 v=   5.2000 vr=   7.22728 vt=   8.87955
 i= 1339 j= 1001 glon=  298.77 (0-360E) glon=  298.77 glat=  25.80 u= -11.2000 v=   7.5000 vr=   8.56434 vt=  10.40875
 i= 1344 j= 1001 glon=  298.97 (0-360E) glon=  298.97 glat=  25.80 u= -10.7000 v=   8.1000 vr=   7.91251 vt=  10.83938
 i= 1349 j= 1001 glon=  299.17 (0-360E) glon=  299.17 glat=  25.80 u= -10.4000 v=   8.3000 vr=   6.84998 vt=  11.40735
 i= 1354 j= 1001 glon=  299.37 (0-360E) glon=  299.37 glat=  25.80 u= -10.1000 v=   8.5000 vr=   5.79913 vt=  11.85876
 i= 1359 j= 1001 glon=  299.57 (0-360E) glon=  299.57 glat=  25.80 u=  -9.3000 v=   8.3000 vr=   4.59755 vt=  11.58631
 i= 1364 j= 1001 glon=  299.77 (0-360E) glon=  299.77 glat=  25.80 u=  -8.6000 v=   7.9000 vr=   3.37884 vt=  11.17826
 i= 1369 j= 1001 glon=  299.97 (0-360E) glon=  299.97 glat=  25.80 u=  -7.9000 v=   7.5000 vr=   2.37551 vt=  10.63094
 i= 1374 j= 1001 glon=  300.17 (0-360E) glon=  300.17 glat=  25.80 u=  -7.2000 v=   7.3000 vr=   1.74719 vt=  10.10333
 i= 1304 j= 1006 glon=  297.37 (0-360E) glon=  297.37 glat=  25.60 u=  -6.0000 v=  -1.2000 vr=   3.51491 vt=   5.00853
 i= 1309 j= 1006 glon=  297.57 (0-360E) glon=  297.57 glat=  25.60 u=  -7.5000 v=   0.0000 vr=   5.06211 vt=   5.53399
 i= 1314 j= 1006 glon=  297.77 (0-360E) glon=  297.77 glat=  25.60 u=  -8.9000 v=   0.6000 vr=   5.94982 vt=   6.64602
 i= 1319 j= 1006 glon=  297.97 (0-360E) glon=  297.97 glat=  25.60 u=  -9.6000 v=   1.3000 vr=   6.30594 vt=   7.35426
 i= 1324 j= 1006 glon=  298.17 (0-360E) glon=  298.17 glat=  25.60 u=  -8.7000 v=   3.0000 vr=   6.64193 vt=   6.36984
 i= 1329 j= 1006 glon=  298.37 (0-360E) glon=  298.37 glat=  25.60 u=  -9.8000 v=   2.9000 vr=   6.19108 vt=   8.13145
 i= 1334 j= 1006 glon=  298.57 (0-360E) glon=  298.57 glat=  25.60 u= -11.7000 v=   5.3000 vr=   7.94649 vt=  10.09124
 i= 1339 j= 1006 glon=  298.77 (0-360E) glon=  298.77 glat=  25.60 u= -12.8000 v=   7.7000 vr=   9.09165 vt=  11.85208
 i= 1344 j= 1006 glon=  298.97 (0-360E) glon=  298.97 glat=  25.60 u= -13.5000 v=   9.2000 vr=   8.92864 vt=  13.68099
 i= 1349 j= 1006 glon=  299.17 (0-360E) glon=  299.17 glat=  25.60 u= -12.8000 v=   9.3000 vr=   7.25428 vt=  14.06078
 i= 1354 j= 1006 glon=  299.37 (0-360E) glon=  299.37 glat=  25.60 u= -11.4000 v=   8.9000 vr=   5.41609 vt=  13.41029
 i= 1359 j= 1006 glon=  299.57 (0-360E) glon=  299.57 glat=  25.60 u= -10.5000 v=   8.9000 vr=   4.14125 vt=  13.12669
 i= 1364 j= 1006 glon=  299.77 (0-360E) glon=  299.77 glat=  25.60 u=  -9.6000 v=   8.8000 vr=   3.05175 vt=  12.66044
 i= 1369 j= 1006 glon=  299.97 (0-360E) glon=  299.97 glat=  25.60 u=  -8.6000 v=   8.8000 vr=   2.38348 vt=  12.07141
 i= 1374 j= 1006 glon=  300.17 (0-360E) glon=  300.17 glat=  25.60 u=  -7.4000 v=   8.4000 vr=   1.79758 vt=  11.04938
 i= 1379 j= 1006 glon=  300.37 (0-360E) glon=  300.37 glat=  25.60 u=  -7.0000 v=   8.1000 vr=   1.02355 vt=  10.65656
 i= 1384 j= 1006 glon=  300.57 (0-360E) glon=  300.57 glat=  25.60 u=  -6.8000 v=   7.7000 vr=   0.19781 vt=  10.27087
 i= 1299 j= 1011 glon=  297.17 (0-360E) glon=  297.17 glat=  25.40 u=  -4.9000 v=  -3.1000 vr=   2.16404 vt=   5.37931
 i= 1304 j= 1011 glon=  297.37 (0-360E) glon=  297.37 glat=  25.40 u=  -5.1000 v=  -2.6000 vr=   2.31751 vt=   5.23442
 i= 1309 j= 1011 glon=  297.57 (0-360E) glon=  297.57 glat=  25.40 u=  -5.7000 v=  -1.2000 vr=   3.35084 vt=   4.76465
 i= 1314 j= 1011 glon=  297.77 (0-360E) glon=  297.77 glat=  25.40 u=  -6.5000 v=   0.6000 vr=   4.83138 vt=   4.38951
 i= 1319 j= 1011 glon=  297.97 (0-360E) glon=  297.97 glat=  25.40 u=  -7.5000 v=   1.2000 vr=   5.48828 vt=   5.25060
 i= 1324 j= 1011 glon=  298.17 (0-360E) glon=  298.17 glat=  25.40 u=  -8.7000 v=   2.2000 vr=   6.37075 vt=   6.32009
 i= 1329 j= 1011 glon=  298.37 (0-360E) glon=  298.37 glat=  25.40 u= -10.6000 v=   2.2000 vr=   6.32166 vt=   8.78844
 i= 1334 j= 1011 glon=  298.57 (0-360E) glon=  298.57 glat=  25.40 u= -12.0000 v=   3.6000 vr=   6.78990 vt=  10.52888
 i= 1339 j= 1011 glon=  298.77 (0-360E) glon=  298.77 glat=  25.40 u= -13.3000 v=   5.9000 vr=   7.59906 vt=  12.40783
 i= 1344 j= 1011 glon=  298.97 (0-360E) glon=  298.97 glat=  25.40 u= -14.8000 v=   8.1000 vr=   7.75146 vt=  14.98549
 i= 1349 j= 1011 glon=  299.17 (0-360E) glon=  299.17 glat=  25.40 u= -15.1000 v=   9.2000 vr=   6.38613 vt=  16.48840
 i= 1354 j= 1011 glon=  299.37 (0-360E) glon=  299.37 glat=  25.40 u= -14.4000 v=   9.8000 vr=   4.70590 vt=  16.77065
 i= 1359 j= 1011 glon=  299.57 (0-360E) glon=  299.57 glat=  25.40 u= -12.7000 v=  10.3000 vr=   3.63318 vt=  15.94302
 i= 1364 j= 1011 glon=  299.77 (0-360E) glon=  299.77 glat=  25.40 u= -10.9000 v=  10.1000 vr=   2.54134 vt=  14.64109
 i= 1369 j= 1011 glon=  299.97 (0-360E) glon=  299.97 glat=  25.40 u=  -9.5000 v=   9.7000 vr=   1.59523 vt=  13.48315
 i= 1374 j= 1011 glon=  300.17 (0-360E) glon=  300.17 glat=  25.40 u=  -8.4000 v=   9.4000 vr=   0.94770 vt=  12.57068
 i= 1379 j= 1011 glon=  300.37 (0-360E) glon=  300.37 glat=  25.40 u=  -7.1000 v=   9.0000 vr=   0.69893 vt=  11.44209
 i= 1384 j= 1011 glon=  300.57 (0-360E) glon=  300.57 glat=  25.40 u=  -6.7000 v=   8.6000 vr=   0.02489 vt=  10.90181
 i= 1299 j= 1016 glon=  297.17 (0-360E) glon=  297.17 glat=  25.20 u=  -4.2000 v=  -4.2000 vr=   1.45808 vt=   5.75795
 i= 1304 j= 1016 glon=  297.37 (0-360E) glon=  297.37 glat=  25.20 u=  -4.5000 v=  -3.7000 vr=   1.66912 vt=   5.58158
 i= 1309 j= 1016 glon=  297.57 (0-360E) glon=  297.57 glat=  25.20 u=  -4.8000 v=  -2.1000 vr=   2.51757 vt=   4.59476
 i= 1314 j= 1016 glon=  297.77 (0-360E) glon=  297.77 glat=  25.20 u=  -6.4000 v=   0.2000 vr=   4.88127 vt=   4.14405
 i= 1319 j= 1016 glon=  297.97 (0-360E) glon=  297.97 glat=  25.20 u=  -7.6000 v=  -0.2000 vr=   4.98668 vt=   5.73873
 i= 1324 j= 1016 glon=  298.17 (0-360E) glon=  298.17 glat=  25.20 u=  -8.6000 v=   0.1000 vr=   5.13737 vt=   6.89764
 i= 1329 j= 1016 glon=  298.37 (0-360E) glon=  298.37 glat=  25.20 u= -10.1000 v=   0.5000 vr=   5.22445 vt=   8.65824
 i= 1334 j= 1016 glon=  298.57 (0-360E) glon=  298.57 glat=  25.20 u= -11.6000 v=   1.1000 vr=   4.86103 vt=  10.58963
 i= 1339 j= 1016 glon=  298.77 (0-360E) glon=  298.77 glat=  25.20 u= -12.0000 v=   3.8000 vr=   5.65190 vt=  11.24704
 i= 1344 j= 1016 glon=  298.97 (0-360E) glon=  298.97 glat=  25.20 u= -13.1000 v=   5.8000 vr=   5.42751 vt=  13.25866
 i= 1349 j= 1016 glon=  299.17 (0-360E) glon=  299.17 glat=  25.20 u= -15.4000 v=   9.0000 vr=   5.53129 vt=  16.95774
 i= 1354 j= 1016 glon=  299.37 (0-360E) glon=  299.37 glat=  25.20 u= -14.5000 v=  10.5000 vr=   4.28012 vt=  17.38334
 i= 1359 j= 1016 glon=  299.57 (0-360E) glon=  299.57 glat=  25.20 u= -14.3000 v=  12.4000 vr=   3.35147 vt=  18.62841
 i= 1364 j= 1016 glon=  299.77 (0-360E) glon=  299.77 glat=  25.20 u= -12.9000 v=  12.7000 vr=   2.03987 vt=  17.98719
 i= 1369 j= 1016 glon=  299.97 (0-360E) glon=  299.97 glat=  25.20 u= -10.6000 v=  11.7000 vr=   0.99313 vt=  15.75639
 i= 1374 j= 1016 glon=  300.17 (0-360E) glon=  300.17 glat=  25.20 u=  -9.0000 v=  10.8000 vr=   0.21771 vt=  14.05676
 i= 1379 j= 1016 glon=  300.37 (0-360E) glon=  300.37 glat=  25.20 u=  -7.7000 v=  10.6000 vr=   0.10703 vt=  13.10109
 i= 1384 j= 1016 glon=  300.57 (0-360E) glon=  300.57 glat=  25.20 u=  -6.7000 v=   9.9000 vr=  -0.24228 vt=  11.95162
 i= 1389 j= 1016 glon=  300.77 (0-360E) glon=  300.77 glat=  25.20 u=  -6.1000 v=   8.9000 vr=  -0.84253 vt=  10.75687
 i= 1294 j= 1021 glon=  296.97 (0-360E) glon=  296.97 glat=  25.00 u=  -2.7000 v=  -3.7000 vr=   1.04535 vt=   4.45951
 i= 1299 j= 1021 glon=  297.17 (0-360E) glon=  297.17 glat=  25.00 u=  -3.2000 v=  -4.8000 vr=   0.84716 vt=   5.70634
 i= 1304 j= 1021 glon=  297.37 (0-360E) glon=  297.37 glat=  25.00 u=  -3.9000 v=  -5.0000 vr=   1.09285 vt=   6.24625
 i= 1309 j= 1021 glon=  297.57 (0-360E) glon=  297.57 glat=  25.00 u=  -4.1000 v=  -3.3000 vr=   1.77847 vt=   4.95349
 i= 1314 j= 1021 glon=  297.77 (0-360E) glon=  297.77 glat=  25.00 u=  -6.0000 v=  -1.4000 vr=   4.06310 vt=   4.63154
 i= 1319 j= 1021 glon=  297.97 (0-360E) glon=  297.97 glat=  25.00 u=  -7.4000 v=  -1.3000 vr=   4.74773 vt=   5.82315
 i= 1324 j= 1021 glon=  298.17 (0-360E) glon=  298.17 glat=  25.00 u=  -8.3000 v=  -1.8000 vr=   4.28493 vt=   7.33276
 i= 1329 j= 1021 glon=  298.37 (0-360E) glon=  298.37 glat=  25.00 u=  -9.2000 v=  -1.2000 vr=   4.17413 vt=   8.28593
 i= 1334 j= 1021 glon=  298.57 (0-360E) glon=  298.57 glat=  25.00 u= -10.6000 v=  -1.0000 vr=   3.35756 vt=  10.10380
 i= 1339 j= 1021 glon=  298.77 (0-360E) glon=  298.77 glat=  25.00 u= -11.7000 v=   2.6000 vr=   4.86870 vt=  10.95198
 i= 1344 j= 1021 glon=  298.97 (0-360E) glon=  298.97 glat=  25.00 u= -11.4000 v=   4.3000 vr=   3.89086 vt=  11.54605
 i= 1349 j= 1021 glon=  299.17 (0-360E) glon=  299.17 glat=  25.00 u= -11.1000 v=   5.3000 vr=   2.18167 vt=  12.10538
 i= 1354 j= 1021 glon=  299.37 (0-360E) glon=  299.37 glat=  25.00 u= -14.2000 v=  12.6000 vr=   4.74580 vt=  18.38144
 i= 1359 j= 1021 glon=  299.57 (0-360E) glon=  299.57 glat=  25.00 u= -12.2000 v=  14.0000 vr=   3.87640 vt=  18.16077
 i= 1364 j= 1021 glon=  299.77 (0-360E) glon=  299.77 glat=  25.00 u= -11.3000 v=  14.0000 vr=   2.00687 vt=  17.87911
 i= 1369 j= 1021 glon=  299.97 (0-360E) glon=  299.97 glat=  25.00 u= -11.6000 v=  14.3000 vr=   0.03135 vt=  18.41328
 i= 1374 j= 1021 glon=  300.17 (0-360E) glon=  300.17 glat=  25.00 u=  -9.6000 v=  12.9000 vr=  -0.67389 vt=  16.06598
 i= 1379 j= 1021 glon=  300.37 (0-360E) glon=  300.37 glat=  25.00 u=  -7.9000 v=  11.3000 vr=  -1.11240 vt=  13.74273
 i= 1384 j= 1021 glon=  300.57 (0-360E) glon=  300.57 glat=  25.00 u=  -6.6000 v=  10.8000 vr=  -0.94691 vt=  12.62154
 i= 1389 j= 1021 glon=  300.77 (0-360E) glon=  300.77 glat=  25.00 u=  -5.8000 v=  10.1000 vr=  -1.08797 vt=  11.59596
 i= 1394 j= 1021 glon=  300.97 (0-360E) glon=  300.97 glat=  25.00 u=  -5.6000 v=   9.1000 vr=  -1.72696 vt=  10.54455
 i= 1294 j= 1026 glon=  296.97 (0-360E) glon=  296.97 glat=  24.80 u=  -1.8000 v=  -4.1000 vr=   0.49985 vt=   4.44974
 i= 1299 j= 1026 glon=  297.17 (0-360E) glon=  297.17 glat=  24.80 u=  -2.2000 v=  -5.3000 vr=   0.33945 vt=   5.72842
 i= 1304 j= 1026 glon=  297.37 (0-360E) glon=  297.37 glat=  24.80 u=  -3.2000 v=  -5.4000 vr=   1.00678 vt=   6.19567
 i= 1309 j= 1026 glon=  297.57 (0-360E) glon=  297.57 glat=  24.80 u=  -3.7000 v=  -4.2000 vr=   1.64892 vt=   5.34893
 i= 1314 j= 1026 glon=  297.77 (0-360E) glon=  297.77 glat=  24.80 u=  -4.9000 v=  -2.8000 vr=   3.02518 vt=   4.76427
 i= 1319 j= 1026 glon=  297.97 (0-360E) glon=  297.97 glat=  24.80 u=  -6.1000 v=  -2.3000 vr=   3.90602 vt=   5.21948
 i= 1324 j= 1026 glon=  298.17 (0-360E) glon=  298.17 glat=  24.80 u=  -7.2000 v=  -3.6000 vr=   3.35407 vt=   7.31780
 i= 1329 j= 1026 glon=  298.37 (0-360E) glon=  298.37 glat=  24.80 u=  -7.5000 v=  -3.3000 vr=   2.64779 vt=   7.75430
 i= 1334 j= 1026 glon=  298.57 (0-360E) glon=  298.57 glat=  24.80 u=  -9.4000 v=  -3.7000 vr=   1.63886 vt=   9.96816
 i= 1339 j= 1026 glon=  298.77 (0-360E) glon=  298.77 glat=  24.80 u= -13.0000 v=   3.0000 vr=   6.32944 vt=  11.74471
 i= 1344 j= 1026 glon=  298.97 (0-360E) glon=  298.97 glat=  24.80 u= -11.4000 v=   4.6000 vr=   4.04447 vt=  11.60872
 i= 1349 j= 1026 glon=  299.17 (0-360E) glon=  299.17 glat=  24.80 u=  -8.4000 v=   5.8000 vr=   2.51836 vt=   9.89231
 i= 1354 j= 1026 glon=  299.37 (0-360E) glon=  299.37 glat=  24.80 u=  -7.7000 v=   9.4000 vr=   3.33702 vt=  11.68393
 i= 1359 j= 1026 glon=  299.57 (0-360E) glon=  299.57 glat=  24.80 u=  -9.7000 v=  12.2000 vr=   1.64049 vt=  15.49964
 i= 1364 j= 1026 glon=  299.77 (0-360E) glon=  299.77 glat=  24.80 u= -10.5000 v=  14.0000 vr=  -0.04463 vt=  17.49994
 i= 1369 j= 1026 glon=  299.97 (0-360E) glon=  299.97 glat=  24.80 u=  -9.4000 v=  14.5000 vr=  -0.59383 vt=  17.27013
 i= 1374 j= 1026 glon=  300.17 (0-360E) glon=  300.17 glat=  24.80 u=  -9.8000 v=  15.1000 vr=  -1.98111 vt=  17.89204
 i= 1379 j= 1026 glon=  300.37 (0-360E) glon=  300.37 glat=  24.80 u=  -8.2000 v=  13.5000 vr=  -2.18338 vt=  15.64362
 i= 1384 j= 1026 glon=  300.57 (0-360E) glon=  300.57 glat=  24.80 u=  -6.4000 v=  11.8000 vr=  -1.81814 vt=  13.30016
 i= 1389 j= 1026 glon=  300.77 (0-360E) glon=  300.77 glat=  24.80 u=  -5.6000 v=  10.9000 vr=  -1.83996 vt=  12.11547
 i= 1394 j= 1026 glon=  300.97 (0-360E) glon=  300.97 glat=  24.80 u=  -5.0000 v=   9.9000 vr=  -1.92512 vt=  10.92263
 i= 1289 j= 1031 glon=  296.77 (0-360E) glon=  296.77 glat=  24.60 u=  -0.9000 v=  -3.7000 vr=   0.22789 vt=   3.80106
 i= 1294 j= 1031 glon=  296.97 (0-360E) glon=  296.97 glat=  24.60 u=  -1.0000 v=  -4.6000 vr=   0.07943 vt=   4.70677
 i= 1299 j= 1031 glon=  297.17 (0-360E) glon=  297.17 glat=  24.60 u=  -1.5000 v=  -5.7000 vr=   0.22261 vt=   5.88986
 i= 1304 j= 1031 glon=  297.37 (0-360E) glon=  297.37 glat=  24.60 u=  -2.2000 v=  -6.3000 vr=   0.59161 vt=   6.64680
 i= 1309 j= 1031 glon=  297.57 (0-360E) glon=  297.57 glat=  24.60 u=  -3.0000 v=  -5.3000 vr=   1.40520 vt=   5.92583
 i= 1314 j= 1031 glon=  297.77 (0-360E) glon=  297.77 glat=  24.60 u=  -3.5000 v=  -4.0000 vr=   2.02457 vt=   4.91438
 i= 1319 j= 1031 glon=  297.97 (0-360E) glon=  297.97 glat=  24.60 u=  -4.7000 v=  -3.4000 vr=   3.05331 vt=   4.93227
 i= 1324 j= 1031 glon=  298.17 (0-360E) glon=  298.17 glat=  24.60 u=  -5.5000 v=  -4.8000 vr=   2.67070 vt=   6.79392
 i= 1329 j= 1031 glon=  298.37 (0-360E) glon=  298.37 glat=  24.60 u=  -5.6000 v=  -5.1000 vr=   1.65357 vt=   7.39160
 i= 1334 j= 1031 glon=  298.57 (0-360E) glon=  298.57 glat=  24.60 u=  -5.2000 v=  -6.8000 vr=  -1.46526 vt=   8.43404
 i= 1339 j= 1031 glon=  298.77 (0-360E) glon=  298.77 glat=  24.60 u=  -7.7000 v=   0.5000 vr=   3.46833 vt=   6.89280
 i= 1344 j= 1031 glon=  298.97 (0-360E) glon=  298.97 glat=  24.60 u=  -9.1000 v=   5.2000 vr=   4.50660 vt=   9.46259
 i= 1349 j= 1031 glon=  299.17 (0-360E) glon=  299.17 glat=  24.60 u=  -8.1000 v=   5.9000 vr=   1.08396 vt=   9.96218
 i= 1354 j= 1031 glon=  299.37 (0-360E) glon=  299.37 glat=  24.60 u=  -7.0000 v=   7.8000 vr=   0.19226 vt=  10.47869
 i= 1359 j= 1031 glon=  299.57 (0-360E) glon=  299.57 glat=  24.60 u=  -7.1000 v=   8.0000 vr=  -1.70597 vt=  10.55934
 i= 1364 j= 1031 glon=  299.77 (0-360E) glon=  299.77 glat=  24.60 u=  -7.6000 v=  11.3000 vr=  -1.94776 vt=  13.47799
 i= 1369 j= 1031 glon=  299.97 (0-360E) glon=  299.97 glat=  24.60 u=  -8.6000 v=  15.3000 vr=  -2.49583 vt=  17.37299
 i= 1374 j= 1031 glon=  300.17 (0-360E) glon=  300.17 glat=  24.60 u=  -7.7000 v=  14.6000 vr=  -2.83176 vt=  16.26134
 i= 1379 j= 1031 glon=  300.37 (0-360E) glon=  300.37 glat=  24.60 u=  -8.0000 v=  15.4000 vr=  -3.58908 vt=  16.97877
 i= 1384 j= 1031 glon=  300.57 (0-360E) glon=  300.57 glat=  24.60 u=  -6.4000 v=  13.2000 vr=  -3.10407 vt=  14.33753
 i= 1389 j= 1031 glon=  300.77 (0-360E) glon=  300.77 glat=  24.60 u=  -4.9000 v=  11.5000 vr=  -2.36606 vt=  12.27443
 i= 1394 j= 1031 glon=  300.97 (0-360E) glon=  300.97 glat=  24.60 u=  -4.4000 v=  10.5000 vr=  -2.32338 vt=  11.14504
 i= 1289 j= 1036 glon=  296.77 (0-360E) glon=  296.77 glat=  24.40 u=  -0.5000 v=  -4.1000 vr=   0.17403 vt=   4.12671
 i= 1294 j= 1036 glon=  296.97 (0-360E) glon=  296.97 glat=  24.40 u=  -0.4000 v=  -4.8000 vr=  -0.02355 vt=   4.81658
 i= 1299 j= 1036 glon=  297.17 (0-360E) glon=  297.17 glat=  24.40 u=  -0.8000 v=  -5.8000 vr=   0.22442 vt=   5.85061
 i= 1304 j= 1036 glon=  297.37 (0-360E) glon=  297.37 glat=  24.40 u=  -1.2000 v=  -6.8000 vr=   0.43243 vt=   6.89152
 i= 1309 j= 1036 glon=  297.57 (0-360E) glon=  297.57 glat=  24.40 u=  -2.3000 v=  -6.4000 vr=   1.45770 vt=   6.64267
 i= 1314 j= 1036 glon=  297.77 (0-360E) glon=  297.77 glat=  24.40 u=  -2.4000 v=  -5.0000 vr=   1.61786 vt=   5.30495
 i= 1319 j= 1036 glon=  297.97 (0-360E) glon=  297.97 glat=  24.40 u=  -3.5000 v=  -4.5000 vr=   2.62314 vt=   5.06153
 i= 1324 j= 1036 glon=  298.17 (0-360E) glon=  298.17 glat=  24.40 u=  -4.1000 v=  -5.2000 vr=   2.80830 vt=   5.99695
 i= 1329 j= 1036 glon=  298.37 (0-360E) glon=  298.37 glat=  24.40 u=  -3.6000 v=  -6.2000 vr=   1.55989 vt=   6.99762
 i= 1334 j= 1036 glon=  298.57 (0-360E) glon=  298.57 glat=  24.40 u=  -2.0000 v=  -7.0000 vr=  -1.27744 vt=   7.16716
 i= 1339 j= 1036 glon=  298.77 (0-360E) glon=  298.77 glat=  24.40 u=  -4.7000 v=  -0.6000 vr=   2.77976 vt=   3.83705
 i= 1344 j= 1036 glon=  298.97 (0-360E) glon=  298.97 glat=  24.40 u=  -6.0000 v=   4.3000 vr=   3.26261 vt=   6.62159
 i= 1349 j= 1036 glon=  299.17 (0-360E) glon=  299.17 glat=  24.40 u=  -5.9000 v=   7.3000 vr=  -0.12065 vt=   9.38538
 i= 1354 j= 1036 glon=  299.37 (0-360E) glon=  299.37 glat=  24.40 u=  -6.1000 v=   7.7000 vr=  -2.63853 vt=   9.46246
 i= 1359 j= 1036 glon=  299.57 (0-360E) glon=  299.57 glat=  24.40 u=  -4.3000 v=   8.3000 vr=  -1.84871 vt=   9.16309
 i= 1364 j= 1036 glon=  299.77 (0-360E) glon=  299.77 glat=  24.40 u=  -4.2000 v=   9.8000 vr=  -2.02890 vt=  10.46726
 i= 1369 j= 1036 glon=  299.97 (0-360E) glon=  299.97 glat=  24.40 u=  -7.4000 v=  15.1000 vr=  -4.70212 vt=  16.14497
 i= 1374 j= 1036 glon=  300.17 (0-360E) glon=  300.17 glat=  24.40 u=  -6.7000 v=  14.9000 vr=  -4.49220 vt=  15.70733
 i= 1379 j= 1036 glon=  300.37 (0-360E) glon=  300.37 glat=  24.40 u=  -6.4000 v=  15.2000 vr=  -4.48018 vt=  15.87224
 i= 1384 j= 1036 glon=  300.57 (0-360E) glon=  300.57 glat=  24.40 u=  -5.7000 v=  14.9000 vr=  -4.06537 vt=  15.42637
 i= 1389 j= 1036 glon=  300.77 (0-360E) glon=  300.77 glat=  24.40 u=  -4.4000 v=  12.1000 vr=  -3.22880 vt=  12.46374
 i= 1394 j= 1036 glon=  300.97 (0-360E) glon=  300.97 glat=  24.40 u=  -3.8000 v=  10.7000 vr=  -2.87553 vt=  10.98460
 i= 1289 j= 1041 glon=  296.77 (0-360E) glon=  296.77 glat=  24.20 u=  -0.2000 v=  -4.5000 vr=   0.29402 vt=   4.49484
 i= 1294 j= 1041 glon=  296.97 (0-360E) glon=  296.97 glat=  24.20 u=   0.1000 v=  -4.9000 vr=   0.01009 vt=   4.90101
 i= 1299 j= 1041 glon=  297.17 (0-360E) glon=  297.17 glat=  24.20 u=  -0.4000 v=  -5.8000 vr=   0.54147 vt=   5.78851
 i= 1304 j= 1041 glon=  297.37 (0-360E) glon=  297.37 glat=  24.20 u=  -0.3000 v=  -6.7000 vr=   0.48014 vt=   6.68950
 i= 1309 j= 1041 glon=  297.57 (0-360E) glon=  297.57 glat=  24.20 u=  -0.6000 v=  -7.1000 vr=   0.81400 vt=   7.07866
 i= 1314 j= 1041 glon=  297.77 (0-360E) glon=  297.77 glat=  24.20 u=  -1.3000 v=  -6.0000 vr=   1.50714 vt=   5.95135
 i= 1319 j= 1041 glon=  297.97 (0-360E) glon=  297.97 glat=  24.20 u=  -1.9000 v=  -5.8000 vr=   2.13661 vt=   5.71707
 i= 1324 j= 1041 glon=  298.17 (0-360E) glon=  298.17 glat=  24.20 u=  -2.8000 v=  -5.3000 vr=   3.06645 vt=   5.15043
 i= 1329 j= 1041 glon=  298.37 (0-360E) glon=  298.37 glat=  24.20 u=  -2.0000 v=  -6.4000 vr=   2.43035 vt=   6.24927
 i= 1334 j= 1041 glon=  298.57 (0-360E) glon=  298.57 glat=  24.20 u=  -2.0000 v=  -6.3000 vr=   2.64126 vt=   6.05918
 i= 1339 j= 1041 glon=  298.77 (0-360E) glon=  298.77 glat=  24.20 u=  -3.1000 v=  -3.9000 vr=   3.88144 vt=   3.12321
 i= 1344 j= 1041 glon=  298.97 (0-360E) glon=  298.97 glat=  24.20 u=  -6.1000 v=   0.2000 vr=  -3.91963 vt=  -4.67830
 i= 1349 j= 1041 glon=  299.17 (0-360E) glon=  299.17 glat=  24.20 u=  -6.2000 v=   8.0000 vr=  -7.43150 vt=   6.87116
 i= 1354 j= 1041 glon=  299.37 (0-360E) glon=  299.37 glat=  24.20 u=  -3.0000 v=  10.1000 vr=  -3.89074 vt=   9.79143
 i= 1359 j= 1041 glon=  299.57 (0-360E) glon=  299.57 glat=  24.20 u=  -2.2000 v=   9.6000 vr=  -2.78831 vt=   9.44592
 i= 1364 j= 1041 glon=  299.77 (0-360E) glon=  299.77 glat=  24.20 u=  -2.4000 v=   8.8000 vr=  -2.81514 vt=   8.67612
 i= 1369 j= 1041 glon=  299.97 (0-360E) glon=  299.97 glat=  24.20 u=  -6.3000 v=  15.1000 vr=  -6.88226 vt=  14.84367
 i= 1374 j= 1041 glon=  300.17 (0-360E) glon=  300.17 glat=  24.20 u=  -5.7000 v=  16.2000 vr=  -6.23392 vt=  16.00213
 i= 1379 j= 1041 glon=  300.37 (0-360E) glon=  300.37 glat=  24.20 u=  -5.2000 v=  14.7000 vr=  -5.62550 vt=  14.54248
 i= 1384 j= 1041 glon=  300.57 (0-360E) glon=  300.57 glat=  24.20 u=  -4.3000 v=  15.3000 vr=  -4.69767 vt=  15.18262
 i= 1389 j= 1041 glon=  300.77 (0-360E) glon=  300.77 glat=  24.20 u=  -4.0000 v=  12.7000 vr=  -4.30086 vt=  12.60129
 i= 1394 j= 1041 glon=  300.97 (0-360E) glon=  300.97 glat=  24.20 u=  -3.3000 v=  10.7000 vr=  -3.53417 vt=  10.62495
 i= 1289 j= 1046 glon=  296.77 (0-360E) glon=  296.77 glat=  24.00 u=   0.0000 v=  -4.5000 vr=   0.54675 vt=   4.46666
 i= 1294 j= 1046 glon=  296.97 (0-360E) glon=  296.97 glat=  24.00 u=   0.3000 v=  -5.1000 vr=   0.38062 vt=   5.09462
 i= 1299 j= 1046 glon=  297.17 (0-360E) glon=  297.17 glat=  24.00 u=   0.4000 v=  -5.8000 vr=   0.45662 vt=   5.79582
 i= 1304 j= 1046 glon=  297.37 (0-360E) glon=  297.37 glat=  24.00 u=   0.3000 v=  -6.7000 vr=   0.80610 vt=   6.65809
 i= 1309 j= 1046 glon=  297.57 (0-360E) glon=  297.57 glat=  24.00 u=   0.7000 v=  -7.1000 vr=   0.63998 vt=   7.10566
 i= 1314 j= 1046 glon=  297.77 (0-360E) glon=  297.77 glat=  24.00 u=  -0.2000 v=  -6.9000 vr=   1.69146 vt=   6.69246
 i= 1319 j= 1046 glon=  297.97 (0-360E) glon=  297.97 glat=  24.00 u=  -0.3000 v=  -6.3000 vr=   1.91586 vt=   6.00912
 i= 1324 j= 1046 glon=  298.17 (0-360E) glon=  298.17 glat=  24.00 u=  -0.9000 v=  -6.1000 vr=   2.79471 vt=   5.49633
 i= 1329 j= 1046 glon=  298.37 (0-360E) glon=  298.37 glat=  24.00 u=  -0.4000 v=  -5.8000 vr=   2.75639 vt=   5.11882
 i= 1334 j= 1046 glon=  298.57 (0-360E) glon=  298.57 glat=  24.00 u=  -0.2000 v=  -6.2000 vr=   3.70759 vt=   4.97331
 i= 1339 j= 1046 glon=  298.77 (0-360E) glon=  298.77 glat=  24.00 u=  -0.6000 v=  -6.7000 vr=   5.92190 vt=   3.19078
 i= 1344 j= 1046 glon=  298.97 (0-360E) glon=  298.97 glat=  24.00 u=  -1.7000 v=  -1.6000 vr=   1.39267 vt=  -1.87363
 i= 1349 j= 1046 glon=  299.17 (0-360E) glon=  299.17 glat=  24.00 u=  -1.2000 v=   9.0000 vr=  -7.51259 vt=   5.09911
 i= 1354 j= 1046 glon=  299.37 (0-360E) glon=  299.37 glat=  24.00 u=  -0.9000 v=  10.5000 vr=  -6.17127 vt=   8.54256
 i= 1359 j= 1046 glon=  299.57 (0-360E) glon=  299.57 glat=  24.00 u=   0.2000 v=  10.2000 vr=  -3.68292 vt=   9.51399
 i= 1364 j= 1046 glon=  299.77 (0-360E) glon=  299.77 glat=  24.00 u=   0.5000 v=   9.1000 vr=  -2.23056 vt=   8.83655
 i= 1369 j= 1046 glon=  299.97 (0-360E) glon=  299.97 glat=  24.00 u=  -2.6000 v=  10.1000 vr=  -4.98754 vt=   9.15939
 i= 1374 j= 1046 glon=  300.17 (0-360E) glon=  300.17 glat=  24.00 u=  -4.4000 v=  16.0000 vr=  -7.61561 vt=  14.74322
 i= 1379 j= 1046 glon=  300.37 (0-360E) glon=  300.37 glat=  24.00 u=  -3.4000 v=  14.7000 vr=  -5.98488 vt=  13.85031
 i= 1384 j= 1046 glon=  300.57 (0-360E) glon=  300.57 glat=  24.00 u=  -3.4000 v=  14.9000 vr=  -5.72269 vt=  14.17113
 i= 1389 j= 1046 glon=  300.77 (0-360E) glon=  300.77 glat=  24.00 u=  -3.1000 v=  12.4000 vr=  -4.83447 vt=  11.83207
 i= 1394 j= 1046 glon=  300.97 (0-360E) glon=  300.97 glat=  24.00 u=  -2.9000 v=  10.4000 vr=  -4.22006 vt=   9.93786
 i= 1294 j= 1051 glon=  296.97 (0-360E) glon=  296.97 glat=  23.80 u=   0.6000 v=  -5.0000 vr=   0.60867 vt=   4.99895
 i= 1299 j= 1051 glon=  297.17 (0-360E) glon=  297.17 glat=  23.80 u=   0.8000 v=  -5.7000 vr=   0.72586 vt=   5.70992
 i= 1304 j= 1051 glon=  297.37 (0-360E) glon=  297.37 glat=  23.80 u=   0.8000 v=  -6.3000 vr=   1.08005 vt=   6.25807
 i= 1309 j= 1051 glon=  297.57 (0-360E) glon=  297.57 glat=  23.80 u=   1.4000 v=  -6.8000 vr=   0.92646 vt=   6.88053
 i= 1314 j= 1051 glon=  297.77 (0-360E) glon=  297.77 glat=  23.80 u=   0.9000 v=  -6.9000 vr=   1.78104 vt=   6.72666
 i= 1319 j= 1051 glon=  297.97 (0-360E) glon=  297.97 glat=  23.80 u=   1.1000 v=  -6.5000 vr=   1.88740 vt=   6.31646
 i= 1324 j= 1051 glon=  298.17 (0-360E) glon=  298.17 glat=  23.80 u=   1.2000 v=  -6.9000 vr=   2.61696 vt=   6.49627
 i= 1329 j= 1051 glon=  298.37 (0-360E) glon=  298.37 glat=  23.80 u=   1.2000 v=  -5.8000 vr=   2.80241 vt=   5.21790
 i= 1334 j= 1051 glon=  298.57 (0-360E) glon=  298.57 glat=  23.80 u=   2.2000 v=  -5.5000 vr=   2.99606 vt=   5.11015
 i= 1339 j= 1051 glon=  298.77 (0-360E) glon=  298.77 glat=  23.80 u=   4.3000 v=  -4.5000 vr=   2.79346 vt=   5.56207
 i= 1344 j= 1051 glon=  298.97 (0-360E) glon=  298.97 glat=  23.80 u=   7.1000 v=  -0.6000 vr=   1.04458 vt=   7.04832
 i= 1349 j= 1051 glon=  299.17 (0-360E) glon=  299.17 glat=  23.80 u=   8.1000 v=   6.7000 vr=  -2.51417 vt=  10.20681
 i= 1354 j= 1051 glon=  299.37 (0-360E) glon=  299.37 glat=  23.80 u=   1.2000 v=  10.0000 vr=  -6.62303 vt=   7.58785
 i= 1359 j= 1051 glon=  299.57 (0-360E) glon=  299.57 glat=  23.80 u=   2.3000 v=   9.6000 vr=  -3.96344 vt=   9.04108
 i= 1364 j= 1051 glon=  299.77 (0-360E) glon=  299.77 glat=  23.80 u=   2.8000 v=  10.5000 vr=  -2.81141 vt=  10.49695
 i= 1369 j= 1051 glon=  299.97 (0-360E) glon=  299.97 glat=  23.80 u=  -2.1000 v=  17.1000 vr=  -9.10802 vt=  14.62409
 i= 1374 j= 1051 glon=  300.17 (0-360E) glon=  300.17 glat=  23.80 u=  -2.8000 v=  14.3000 vr=  -7.80018 vt=  12.30801
 i= 1379 j= 1051 glon=  300.37 (0-360E) glon=  300.37 glat=  23.80 u=  -2.6000 v=  14.0000 vr=  -6.92096 vt=  12.44429
 i= 1384 j= 1051 glon=  300.57 (0-360E) glon=  300.57 glat=  23.80 u=  -2.3000 v=  14.3000 vr=  -6.25478 vt=  13.06360
 i= 1389 j= 1051 glon=  300.77 (0-360E) glon=  300.77 glat=  23.80 u=  -2.3000 v=  12.2000 vr=  -5.33388 vt=  11.21070
 i= 1394 j= 1051 glon=  300.97 (0-360E) glon=  300.97 glat=  23.80 u=  -2.7000 v=   9.8000 vr=  -4.89820 vt=   8.90717
 i= 1294 j= 1056 glon=  296.97 (0-360E) glon=  296.97 glat=  23.60 u=   0.6000 v=  -4.9000 vr=   1.08005 vt=   4.81700
 i= 1299 j= 1056 glon=  297.17 (0-360E) glon=  297.17 glat=  23.60 u=   1.0000 v=  -5.2000 vr=   0.98476 vt=   5.20291
 i= 1304 j= 1056 glon=  297.37 (0-360E) glon=  297.37 glat=  23.60 u=   1.2000 v=  -6.0000 vr=   1.34647 vt=   5.96884
 i= 1309 j= 1056 glon=  297.57 (0-360E) glon=  297.57 glat=  23.60 u=   1.8000 v=  -6.3000 vr=   1.25875 vt=   6.43005
 i= 1314 j= 1056 glon=  297.77 (0-360E) glon=  297.77 glat=  23.60 u=   1.9000 v=  -6.3000 vr=   1.59523 vt=   6.38398
 i= 1319 j= 1056 glon=  297.97 (0-360E) glon=  297.97 glat=  23.60 u=   2.3000 v=  -6.2000 vr=   1.75029 vt=   6.37703
 i= 1324 j= 1056 glon=  298.17 (0-360E) glon=  298.17 glat=  23.60 u=   2.7000 v=  -6.1000 vr=   2.08933 vt=   6.33519
 i= 1329 j= 1056 glon=  298.37 (0-360E) glon=  298.37 glat=  23.60 u=   3.3000 v=  -6.1000 vr=   2.62819 vt=   6.41815
 i= 1334 j= 1056 glon=  298.57 (0-360E) glon=  298.57 glat=  23.60 u=   4.6000 v=  -5.1000 vr=   2.34241 vt=   6.45625
 i= 1339 j= 1056 glon=  298.77 (0-360E) glon=  298.77 glat=  23.60 u=   6.9000 v=  -3.3000 vr=   1.56694 vt=   7.48630
 i= 1344 j= 1056 glon=  298.97 (0-360E) glon=  298.97 glat=  23.60 u=   7.7000 v=   0.2000 vr=   0.13181 vt=   7.70147
 i= 1349 j= 1056 glon=  299.17 (0-360E) glon=  299.17 glat=  23.60 u=   7.7000 v=   6.1000 vr=  -3.37416 vt=   9.22578
 i= 1354 j= 1056 glon=  299.37 (0-360E) glon=  299.37 glat=  23.60 u=   3.7000 v=   8.2000 vr=  -5.03016 vt=   7.45838
 i= 1359 j= 1056 glon=  299.57 (0-360E) glon=  299.57 glat=  23.60 u=   3.3000 v=   9.1000 vr=  -4.53279 vt=   8.55300
 i= 1364 j= 1056 glon=  299.77 (0-360E) glon=  299.77 glat=  23.60 u=   4.0000 v=  10.3000 vr=  -3.55789 vt=  10.46095
 i= 1369 j= 1056 glon=  299.97 (0-360E) glon=  299.97 glat=  23.60 u=   0.6000 v=  13.7000 vr=  -7.18335 vt=  11.68116
 i= 1374 j= 1056 glon=  300.17 (0-360E) glon=  300.17 glat=  23.60 u=  -0.8000 v=  12.5000 vr=  -6.86566 vt=  10.47629
 i= 1379 j= 1056 glon=  300.37 (0-360E) glon=  300.37 glat=  23.60 u=  -2.2000 v=  13.2000 vr=  -7.77345 vt=  10.89282
 i= 1384 j= 1056 glon=  300.57 (0-360E) glon=  300.57 glat=  23.60 u=  -1.5000 v=  13.2000 vr=  -6.58754 vt=  11.53665
 i= 1389 j= 1056 glon=  300.77 (0-360E) glon=  300.77 glat=  23.60 u=  -2.1000 v=  11.4000 vr=  -6.04040 vt=   9.89361
 i= 1394 j= 1056 glon=  300.97 (0-360E) glon=  300.97 glat=  23.60 u=  -2.2000 v=   9.9000 vr=  -5.31719 vt=   8.63583
 i= 1294 j= 1061 glon=  296.97 (0-360E) glon=  296.97 glat=  23.40 u=   0.6000 v=  -4.6000 vr=   1.40448 vt=   4.42125
 i= 1299 j= 1061 glon=  297.17 (0-360E) glon=  297.17 glat=  23.40 u=   1.1000 v=  -4.8000 vr=   1.23688 vt=   4.76656
 i= 1304 j= 1061 glon=  297.37 (0-360E) glon=  297.37 glat=  23.40 u=   1.4000 v=  -5.3000 vr=   1.46776 vt=   5.28164
 i= 1309 j= 1061 glon=  297.57 (0-360E) glon=  297.57 glat=  23.40 u=   2.1000 v=  -5.7000 vr=   1.42661 vt=   5.90464
 i= 1314 j= 1061 glon=  297.77 (0-360E) glon=  297.77 glat=  23.40 u=   2.3000 v=  -6.0000 vr=   1.88936 vt=   6.14169
 i= 1319 j= 1061 glon=  297.97 (0-360E) glon=  297.97 glat=  23.40 u=   3.0000 v=  -5.8000 vr=   1.80013 vt=   6.27690
 i= 1324 j= 1061 glon=  298.17 (0-360E) glon=  298.17 glat=  23.40 u=   3.6000 v=  -5.4000 vr=   1.81415 vt=   6.23128
 i= 1329 j= 1061 glon=  298.37 (0-360E) glon=  298.37 glat=  23.40 u=   4.0000 v=  -4.7000 vr=   1.87324 vt=   5.88056
 i= 1334 j= 1061 glon=  298.57 (0-360E) glon=  298.57 glat=  23.40 u=   5.2000 v=  -3.9000 vr=   1.66450 vt=   6.28327
 i= 1339 j= 1061 glon=  298.77 (0-360E) glon=  298.77 glat=  23.40 u=   6.3000 v=  -2.2000 vr=   1.01093 vt=   6.59606
 i= 1344 j= 1061 glon=  298.97 (0-360E) glon=  298.97 glat=  23.40 u=   6.6000 v=   0.7000 vr=  -0.48330 vt=   6.61940
 i= 1349 j= 1061 glon=  299.17 (0-360E) glon=  299.17 glat=  23.40 u=   5.4000 v=   4.2000 vr=  -2.75571 vt=   6.26147
 i= 1354 j= 1061 glon=  299.37 (0-360E) glon=  299.37 glat=  23.40 u=   4.6000 v=   6.3000 vr=  -3.74380 vt=   6.84353
 i= 1359 j= 1061 glon=  299.57 (0-360E) glon=  299.57 glat=  23.40 u=   4.1000 v=   8.0000 vr=  -4.26342 vt=   7.91412
 i= 1364 j= 1061 glon=  299.77 (0-360E) glon=  299.77 glat=  23.40 u=   3.8000 v=   9.7000 vr=  -4.63320 vt=   9.33078
 i= 1369 j= 1061 glon=  299.97 (0-360E) glon=  299.97 glat=  23.40 u=   0.9000 v=  11.0000 vr=  -6.63746 vt=   8.81783
 i= 1374 j= 1061 glon=  300.17 (0-360E) glon=  300.17 glat=  23.40 u=  -0.4000 v=  11.0000 vr=  -6.89450 vt=   8.58056
 i= 1379 j= 1061 glon=  300.37 (0-360E) glon=  300.37 glat=  23.40 u=  -1.7000 v=  11.6000 vr=  -7.69597 vt=   8.84433
 i= 1384 j= 1061 glon=  300.57 (0-360E) glon=  300.57 glat=  23.40 u=  -1.7000 v=  12.0000 vr=  -7.37344 vt=   9.61886
 i= 1389 j= 1061 glon=  300.77 (0-360E) glon=  300.77 glat=  23.40 u=  -1.9000 v=  10.7000 vr=  -6.50366 vt=   8.70646
 i= 1299 j= 1066 glon=  297.17 (0-360E) glon=  297.17 glat=  23.20 u=   1.1000 v=  -4.5000 vr=   1.50861 vt=   4.37997
 i= 1304 j= 1066 glon=  297.37 (0-360E) glon=  297.37 glat=  23.20 u=   1.3000 v=  -4.8000 vr=   1.76246 vt=   4.65013
 i= 1309 j= 1066 glon=  297.57 (0-360E) glon=  297.57 glat=  23.20 u=   2.2000 v=  -5.1000 vr=   1.56167 vt=   5.33021
 i= 1314 j= 1066 glon=  297.77 (0-360E) glon=  297.77 glat=  23.20 u=   2.7000 v=  -5.5000 vr=   1.89174 vt=   5.82763
 i= 1319 j= 1066 glon=  297.97 (0-360E) glon=  297.97 glat=  23.20 u=   3.4000 v=  -5.1000 vr=   1.66625 vt=   5.89861
 i= 1324 j= 1066 glon=  298.17 (0-360E) glon=  298.17 glat=  23.20 u=   4.1000 v=  -4.7000 vr=   1.58432 vt=   6.03241
 i= 1329 j= 1066 glon=  298.37 (0-360E) glon=  298.37 glat=  23.20 u=   4.5000 v=  -3.8000 vr=   1.37259 vt=   5.72765
 i= 1334 j= 1066 glon=  298.57 (0-360E) glon=  298.57 glat=  23.20 u=   5.4000 v=  -2.5000 vr=   0.69988 vt=   5.90933
 i= 1339 j= 1066 glon=  298.77 (0-360E) glon=  298.77 glat=  23.20 u=   5.6000 v=  -0.5000 vr=  -0.33681 vt=   5.61218
 i= 1344 j= 1066 glon=  298.97 (0-360E) glon=  298.97 glat=  23.20 u=   5.4000 v=   1.8000 vr=  -1.65650 vt=   5.44573
 i= 1349 j= 1066 glon=  299.17 (0-360E) glon=  299.17 glat=  23.20 u=   5.2000 v=   3.9000 vr=  -2.78739 vt=   5.87200
 i= 1354 j= 1066 glon=  299.37 (0-360E) glon=  299.37 glat=  23.20 u=   5.2000 v=   6.3000 vr=  -4.04504 vt=   7.09702
 i= 1359 j= 1066 glon=  299.57 (0-360E) glon=  299.57 glat=  23.20 u=   4.4000 v=   6.5000 vr=  -3.54360 vt=   7.00378
 i= 1364 j= 1066 glon=  299.77 (0-360E) glon=  299.77 glat=  23.20 u=   3.5000 v=   8.5000 vr=  -4.79153 vt=   7.84482
 i= 1369 j= 1066 glon=  299.97 (0-360E) glon=  299.97 glat=  23.20 u=   1.3000 v=   9.0000 vr=  -5.78974 vt=   7.01205
 i= 1374 j= 1066 glon=  300.17 (0-360E) glon=  300.17 glat=  23.20 u=  -0.2000 v=   9.4000 vr=  -6.52265 vt=   6.77164
 i= 1379 j= 1066 glon=  300.37 (0-360E) glon=  300.37 glat=  23.20 u=  -1.3000 v=  10.2000 vr=  -7.36333 vt=   7.17714
 i= 1384 j= 1066 glon=  300.57 (0-360E) glon=  300.57 glat=  23.20 u=  -2.1000 v=  11.2000 vr=  -8.13113 vt=   7.98341
 i= 1389 j= 1066 glon=  300.77 (0-360E) glon=  300.77 glat=  23.20 u=  -1.9000 v=  10.1000 vr=  -6.94870 vt=   7.57202
 i= 1304 j= 1071 glon=  297.37 (0-360E) glon=  297.37 glat=  23.00 u=   1.3000 v=  -4.3000 vr=   1.82584 vt=   4.10443
 i= 1309 j= 1071 glon=  297.57 (0-360E) glon=  297.57 glat=  23.00 u=   1.8000 v=  -4.2000 vr=   1.67259 vt=   4.25235
 i= 1314 j= 1071 glon=  297.77 (0-360E) glon=  297.77 glat=  23.00 u=   2.6000 v=  -4.3000 vr=   1.55261 vt=   4.77906
 i= 1319 j= 1071 glon=  297.97 (0-360E) glon=  297.97 glat=  23.00 u=   3.5000 v=  -4.4000 vr=   1.53600 vt=   5.40839
 i= 1324 j= 1071 glon=  298.17 (0-360E) glon=  298.17 glat=  23.00 u=   4.1000 v=  -3.8000 vr=   1.27303 vt=   5.44329
 i= 1329 j= 1071 glon=  298.37 (0-360E) glon=  298.37 glat=  23.00 u=   4.7000 v=  -2.8000 vr=   0.75356 vt=   5.41869
 i= 1334 j= 1071 glon=  298.57 (0-360E) glon=  298.57 glat=  23.00 u=   5.2000 v=  -1.4000 vr=  -0.02308 vt=   5.38512
 i= 1339 j= 1071 glon=  298.77 (0-360E) glon=  298.77 glat=  23.00 u=   5.2000 v=   0.2000 vr=  -0.84769 vt=   5.13434
 i= 1344 j= 1071 glon=  298.97 (0-360E) glon=  298.97 glat=  23.00 u=   5.6000 v=   1.9000 vr=  -1.77531 vt=   5.64077
 i= 1349 j= 1071 glon=  299.17 (0-360E) glon=  299.17 glat=  23.00 u=   5.7000 v=   3.8000 vr=  -2.78967 vt=   6.25682
 i= 1354 j= 1071 glon=  299.37 (0-360E) glon=  299.37 glat=  23.00 u=   4.4000 v=   4.8000 vr=  -3.23995 vt=   5.64825
 i= 1359 j= 1071 glon=  299.57 (0-360E) glon=  299.57 glat=  23.00 u=   4.8000 v=   6.4000 vr=  -3.77328 vt=   7.05424
 i= 1364 j= 1071 glon=  299.77 (0-360E) glon=  299.77 glat=  23.00 u=   2.3000 v=   6.1000 vr=  -3.99570 vt=   5.15115
 i= 1369 j= 1071 glon=  299.97 (0-360E) glon=  299.97 glat=  23.00 u=   1.4000 v=   7.3000 vr=  -4.96027 vt=   5.53586
 i= 1374 j= 1071 glon=  300.17 (0-360E) glon=  300.17 glat=  23.00 u=  -0.2000 v=   8.1000 vr=  -6.12944 vt=   5.29905
 i= 1379 j= 1071 glon=  300.37 (0-360E) glon=  300.37 glat=  23.00 u=  -1.3000 v=   8.7000 vr=  -6.92693 vt=   5.42196
 i= 1384 j= 1071 glon=  300.57 (0-360E) glon=  300.57 glat=  23.00 u=  -1.9000 v=  10.6000 vr=  -8.23899 vt=   6.93462
 i= 1309 j= 1076 glon=  297.57 (0-360E) glon=  297.57 glat=  22.80 u=   1.4000 v=  -3.8000 vr=   1.94551 vt=   3.55176
 i= 1314 j= 1076 glon=  297.77 (0-360E) glon=  297.77 glat=  22.80 u=   2.1000 v=  -3.5000 vr=   1.55344 vt=   3.77450
 i= 1319 j= 1076 glon=  297.97 (0-360E) glon=  297.97 glat=  22.80 u=   3.1000 v=  -3.5000 vr=   1.34926 vt=   4.47655
 i= 1324 j= 1076 glon=  298.17 (0-360E) glon=  298.17 glat=  22.80 u=   3.7000 v=  -3.1000 vr=   1.15432 vt=   4.68696
 i= 1329 j= 1076 glon=  298.37 (0-360E) glon=  298.37 glat=  22.80 u=   4.5000 v=  -2.4000 vr=   0.71999 vt=   5.04892
 i= 1334 j= 1076 glon=  298.57 (0-360E) glon=  298.57 glat=  22.80 u=   5.1000 v=  -1.0000 vr=  -0.19698 vt=   5.19338
 i= 1339 j= 1076 glon=  298.77 (0-360E) glon=  298.77 glat=  22.80 u=   5.3000 v=   0.4000 vr=  -0.96855 vt=   5.22608
 i= 1344 j= 1076 glon=  298.97 (0-360E) glon=  298.97 glat=  22.80 u=   5.3000 v=   1.8000 vr=  -1.69845 vt=   5.33341
 i= 1349 j= 1076 glon=  299.17 (0-360E) glon=  299.17 glat=  22.80 u=   4.8000 v=   3.2000 vr=  -2.47021 vt=   5.21326
 i= 1354 j= 1076 glon=  299.37 (0-360E) glon=  299.37 glat=  22.80 u=   4.1000 v=   4.2000 vr=  -2.96749 vt=   5.06399
 i= 1359 j= 1076 glon=  299.57 (0-360E) glon=  299.57 glat=  22.80 u=   4.3000 v=   5.4000 vr=  -3.41021 vt=   6.00170
 i= 1364 j= 1076 glon=  299.77 (0-360E) glon=  299.77 glat=  22.80 u=   2.4000 v=   4.9000 vr=  -3.21080 vt=   4.41144
 i= 1369 j= 1076 glon=  299.97 (0-360E) glon=  299.97 glat=  22.80 u=   0.9000 v=   6.0000 vr=  -4.52441 vt=   4.04224
 i= 1374 j= 1076 glon=  300.17 (0-360E) glon=  300.17 glat=  22.80 u=  -0.4000 v=   6.9000 vr=  -5.68063 vt=   3.93706
 i= 1379 j= 1076 glon=  300.37 (0-360E) glon=  300.37 glat=  22.80 u=  -1.1000 v=   7.3000 vr=  -6.14132 vt=   4.09685
 i= 1314 j= 1081 glon=  297.77 (0-360E) glon=  297.77 glat=  22.60 u=   2.0000 v=  -3.6000 vr=   1.91883 vt=   3.64391
 i= 1319 j= 1081 glon=  297.97 (0-360E) glon=  297.97 glat=  22.60 u=   2.4000 v=  -3.1000 vr=   1.58117 vt=   3.58747
 i= 1324 j= 1081 glon=  298.17 (0-360E) glon=  298.17 glat=  22.60 u=   2.8000 v=  -2.5000 vr=   1.18886 vt=   3.56042
 i= 1329 j= 1081 glon=  298.37 (0-360E) glon=  298.37 glat=  22.60 u=   3.4000 v=  -1.9000 vr=   0.77743 vt=   3.81649
 i= 1334 j= 1081 glon=  298.57 (0-360E) glon=  298.57 glat=  22.60 u=   4.0000 v=  -1.1000 vr=   0.26635 vt=   4.13993
 i= 1339 j= 1081 glon=  298.77 (0-360E) glon=  298.77 glat=  22.60 u=   4.2000 v=  -0.1000 vr=  -0.29818 vt=   4.19060
 i= 1344 j= 1081 glon=  298.97 (0-360E) glon=  298.97 glat=  22.60 u=   3.9000 v=   1.0000 vr=  -0.93446 vt=   3.91622
 i= 1349 j= 1081 glon=  299.17 (0-360E) glon=  299.17 glat=  22.60 u=   3.4000 v=   2.3000 vr=  -1.84731 vt=   3.66571
 i= 1354 j= 1081 glon=  299.37 (0-360E) glon=  299.37 glat=  22.60 u=   3.4000 v=   4.2000 vr=  -3.28842 vt=   4.28793
 i= 1359 j= 1081 glon=  299.57 (0-360E) glon=  299.57 glat=  22.60 u=   2.6000 v=   3.9000 vr=  -2.81435 vt=   3.74826
 i= 1364 j= 1081 glon=  299.77 (0-360E) glon=  299.77 glat=  22.60 u=   1.9000 v=   4.8000 vr=  -3.55423 vt=   3.74399
 i= 1369 j= 1081 glon=  299.97 (0-360E) glon=  299.97 glat=  22.60 u=   0.2000 v=   5.2000 vr=  -4.40682 vt=   2.76766
 i= 1374 j= 1081 glon=  300.17 (0-360E) glon=  300.17 glat=  22.60 u=  -0.3000 v=   5.6000 vr=  -4.78528 vt=   2.92423
 i= 1324 j= 1086 glon=  298.17 (0-360E) glon=  298.17 glat=  22.40 u=   2.4000 v=  -2.4000 vr=   1.38065 vt=   3.10061
 i= 1329 j= 1086 glon=  298.37 (0-360E) glon=  298.37 glat=  22.40 u=   2.8000 v=  -1.9000 vr=   1.06221 vt=   3.21274
 i= 1334 j= 1086 glon=  298.57 (0-360E) glon=  298.57 glat=  22.40 u=   3.0000 v=  -1.0000 vr=   0.43906 vt=   3.13165
 i= 1339 j= 1086 glon=  298.77 (0-360E) glon=  298.77 glat=  22.40 u=   2.9000 v=   0.2000 vr=  -0.44429 vt=   2.87273
 i= 1344 j= 1086 glon=  298.97 (0-360E) glon=  298.97 glat=  22.40 u=   2.7000 v=   1.5000 vr=  -1.45947 vt=   2.72212
 i= 1349 j= 1086 glon=  299.17 (0-360E) glon=  299.17 glat=  22.40 u=   2.9000 v=   2.7000 vr=  -2.35200 vt=   3.18875
 i= 1354 j= 1086 glon=  299.37 (0-360E) glon=  299.37 glat=  22.40 u=   1.8000 v=   2.9000 vr=  -2.45823 vt=   2.36794
 i= 1359 j= 1086 glon=  299.57 (0-360E) glon=  299.57 glat=  22.40 u=   1.6000 v=   3.1000 vr=  -2.47816 vt=   2.45535
 i= 1364 j= 1086 glon=  299.77 (0-360E) glon=  299.77 glat=  22.40 u=   0.5000 v=   3.9000 vr=  -3.41271 vt=   1.95280
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    8.28011283945149       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     22.27 kts
    LL Wind Circ Vt mean quadmax value: SE     14.14 kts
    LL Wind Circ Vt mean quadmax value: SW      9.07 kts
    LL Wind Circ Vt mean quadmax value: NW     14.38 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    24.4426406974607       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.52879464302818       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    24.0996532355680     
   xcenlon=    299.057090368847     
   imax=         2738  jmax=         2041
   jlatfix=         1043
   ilonfix (unadjusted) =         1347
  
 In get_max_wind, ibeg=         1272  iend=         1421
                  jbeg=          975  jend=         1112
         ilonfix=         1347  jlatfix=         1043
 At end of get_max_wind, vmax=    15.2152982225128       rmax= 
   57.3894011571994     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   12.05 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.26 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.25 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.22 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.59 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    8.64 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    8.83 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    8.97 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    9.04 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    9.00 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    8.92 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    8.80 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    8.66 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    8.52 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    8.37 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    8.25 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    8.13 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    8.04 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    7.98 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    7.93 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    7.90 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    7.89 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    7.87 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    7.88 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    7.92 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    8.06 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    8.18 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    8.33 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    8.49 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    8.62 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    8.66 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    8.60 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    8.51 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    8.41 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    8.30 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    8.19 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    8.02 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    7.96 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    7.89 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    7.81 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    12.05 m/s   maxrmw_dist=     3.00  km   maxrmw_ix=    1
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    3.00000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    12.0542089787033      
  (m/s)   (in kts)=    23.4177117829268     
  rising_sum_dvdr=      0.100000000000000     
  declining_sum_dvdr=   -4.00950448973513     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:21:43
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           42 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   301.553
  
  
  In get_cps_paramb, lead time=           42 :           0   00L  NATL     
   right_ct=          883   left_ct=          860
   zthicksum(1)=    2995060.02400000     
   zthicksum(2)=    2921492.00000000     
   zthick_right_mean=    3391.91395696489     
   zthick_left_mean=     3397.08372093023     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -5.16976396534346     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            6.63
  Sum of y-diffs squared (ydiff2) =            9.75
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    55.12   6.7452       -2.34   0.1661    -1.33     1.76        5.46
    2    56.72   6.6846       -0.74   0.1055    -0.10     0.01        0.54
    3    58.46   6.6201        1.01   0.0409     1.26     1.58        1.02
    4    58.91   6.5511        1.46  -0.0281     1.29     1.65        2.12
    5    58.22   6.4770        0.77  -0.1022     0.15     0.02        0.59
    6    57.30   6.3969       -0.16  -0.1822    -1.27     1.60        0.03
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    57.456     x:    6.58
  
  slope=     -6.067         y-intercept =     97.369
  Regression equation:   Y =    97.37 -     6.07X
  
  R2(r_squared) =  0.3202        r =  0.5658
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1071.42 zmin= 1016.18 zdiff=   55.25
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1563.08 zmin= 1507.96 zdiff=   55.12
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -0.13 dlnp=     -0.057158  dzdlnp=        2.239
  
   +++ k=  3 press=    800.0 zmax= 2080.03 zmin= 2023.31 zdiff=   56.72
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=       1.60 dlnp=     -0.060625  dzdlnp=      -26.392
  
   +++ k=  4 press=    750.0 zmax= 2625.52 zmin= 2567.06 zdiff=   58.46
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=       1.74 dlnp=     -0.064539  dzdlnp=      -27.023
  
   +++ k=  5 press=    700.0 zmax= 3202.24 zmin= 3143.33 zdiff=   58.91
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       0.45 dlnp=     -0.068993  dzdlnp=       -6.493
  
   +++ k=  6 press=    650.0 zmax= 3813.40 zmin= 3755.17 zdiff=   58.22
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -0.69 dlnp=     -0.074108  dzdlnp=        9.284
  
   +++ k=  7 press=    600.0 zmax= 4463.86 zmin= 4406.57 zdiff=   57.30
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -0.93 dlnp=     -0.080043  dzdlnp=       11.594
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           12.59
  Sum of y-diffs squared (ydiff2) =          117.13
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    53.85   6.3099        8.04   0.2788     2.41     5.81       64.66
    2    48.37   6.2146        2.56   0.1834    -1.14     1.31        6.56
    3    45.41   6.1092       -0.40   0.0781    -1.98     3.90        0.16
    4    44.98   5.9915       -0.83  -0.0397    -0.03     0.00        0.69
    5    41.87   5.8579       -3.93  -0.1732    -0.44     0.19       15.48
    6    40.37   5.7038       -5.44  -0.3274     1.17     1.38       29.58
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    45.807     x:    6.03
  
  slope=     20.199         y-intercept =    -76.018
  Regression equation:   Y =   -76.02 +    20.20X
  
  R2(r_squared) =  0.8925        r =  0.9447
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4463.86 zmin= 4406.57 zdiff=   57.30
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5160.47 zmin= 5106.62 zdiff=   53.85
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -3.45 dlnp=     -0.087011  dzdlnp=       39.627
  
   +++ k=  9 press=    500.0 zmax= 5911.91 zmin= 5863.54 zdiff=   48.37
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -5.48 dlnp=     -0.095310  dzdlnp=       57.496
  
   +++ k= 10 press=    450.0 zmax= 6731.69 zmin= 6686.28 zdiff=   45.41
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -2.96 dlnp=     -0.105361  dzdlnp=       28.094
  
   +++ k= 11 press=    400.0 zmax= 7633.61 zmin= 7588.63 zdiff=   44.98
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -0.43 dlnp=     -0.117783  dzdlnp=        3.668
  
   +++ k= 12 press=    350.0 zmax= 8630.75 zmin= 8588.87 zdiff=   41.87
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -3.10 dlnp=     -0.133531  dzdlnp=       23.245
  
   +++ k= 13 press=    300.0 zmax= 9750.78 zmin= 9710.42 zdiff=   40.37
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -1.50 dlnp=     -0.154151  dzdlnp=        9.757
  
cps_stats: 00L   lead time=  42: 0   paramb=    -5.17  vtl=     -6.07  vtu=     20.20
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   42:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.057 (0-360) guesslon=  299.057E  (  60.943W)   guesslat=   24.100
 ilonfix=         1347  jlatfix=         1043  npts=           33
 ibeg=         1275  jbeg=          975  imax=         2738
 iend=         1419  jend=         1111  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           38
 Total # of barnes loop iterations =         7980
 After first run in find_maxmin, ctlon=  297.737E  (0-360) ctlon=  297.737E  (  62.263W)  ctlat=   24.380 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  297.737E   (0-360) guesslon=  297.737E  (  62.263W)   guesslat=   24.380
 ilonfix=         1314  jlatfix=         1036  npts=           16
 ibeg=         1265  jbeg=          992  imax=         2738
 iend=         1363  jend=         1080  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.617E  (0-360) ctlon=  297.617  (  62.383W)  ctlat=   24.060 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    42:00  mean_lon:  297.62E (  62.38W)    (0-360) mean_lon=  297.62E  mean_lat:   24.06  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    42:00  ifix:  1298   jfix:  1021  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1298  jx=         1021
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         571 ,         294 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         570 ,         293 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    42:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:21:43
 TIMING: Before shear ... 22:21:43
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            8
  clon(ist,ifh,3)=    298.938680676406     
  clat(ist,ifh,3)=    24.2359304405513     
  fixlon(ist,ifh)=    299.057090368847     
  fixlat(ist,ifh)=    24.0996532355680     
  xcenlon=    298.938680676406     
  xcenlat=    24.2359304405513     
  
 xxshear
 In get_shear A, xcenlon=    298.938680676406       xcenlat= 
   24.2359304405513     
   In get_shear B, (0-360) xcenlon=    298.938680676406     
  
At start of get_shear:  00L   fhr=   42:00   Mean fix position=   299.06E  ( 60.94W)    24.10  (0-360) mean lon fix=  299.06
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    8.23 vr_mean(idist,ilev)=    0.07
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    8.38 vr_mean(idist,ilev)=    0.56
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    9.59 vr_mean(idist,ilev)=    0.81
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   10.20 vr_mean(idist,ilev)=    0.25
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    9.47 vr_mean(idist,ilev)=    0.30
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    8.19 vr_mean(idist,ilev)=    0.30
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    7.12 vr_mean(idist,ilev)=    0.24
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    5.93 vr_mean(idist,ilev)=    0.26
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.02 vr_mean(idist,ilev)=    0.29
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.21 vr_mean(idist,ilev)=    0.36
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    3.51 vr_mean(idist,ilev)=    0.47
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    2.85 vr_mean(idist,ilev)=    0.34
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    2.25 vr_mean(idist,ilev)=    0.31
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    1.67 vr_mean(idist,ilev)=    0.34
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    1.27 vr_mean(idist,ilev)=    0.27
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    0.88 vr_mean(idist,ilev)=    0.20
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    0.56 vr_mean(idist,ilev)=    0.12
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    0.27 vr_mean(idist,ilev)=    0.22
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    0.01 vr_mean(idist,ilev)=    0.10
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.24 vr_mean(idist,ilev)=   13.24
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -19.87 vr_mean(idist,ilev)=   19.87
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -26.49 vr_mean(idist,ilev)=   26.49
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -33.12 vr_mean(idist,ilev)=   33.12
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -39.74 vr_mean(idist,ilev)=   39.74
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -46.37 vr_mean(idist,ilev)=   46.37
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -53.01 vr_mean(idist,ilev)=   53.01
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -59.64 vr_mean(idist,ilev)=   59.64
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -66.28 vr_mean(idist,ilev)=   66.28
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -72.92 vr_mean(idist,ilev)=   72.92
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -79.57 vr_mean(idist,ilev)=   79.57
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -86.22 vr_mean(idist,ilev)=   86.22
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -92.88 vr_mean(idist,ilev)=   92.88
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=  -99.54 vr_mean(idist,ilev)=   99.54
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -106.21 vr_mean(idist,ilev)=  106.21
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -112.89 vr_mean(idist,ilev)=  112.89
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -119.57 vr_mean(idist,ilev)=  119.57
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -126.26 vr_mean(idist,ilev)=  126.26
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -132.96 vr_mean(idist,ilev)=  132.96
  
 At end of get_shear: 
     ist=    1 ifh=    8 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:21:43
  
 After call to fixcenter, fix positions at 
 forecast hour=   42:00 follow:
  
fixpos  00L   fhr=   42:00   Fix position=   299.06E  ( 60.94W)    24.10   Max Wind=  30 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.853205862975     
 xxxx get_next_ges, curr fix lon=    299.057090368847     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.057090368847        fixlat=    24.0996532355680     
        (0-360) fixlon=    299.057090368847     
      ilonfix=         1347   jlatfix=         1043
      ibeg=          873   iend=         1821
      jbeg=          591   jend=         1495
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.90061623656493       vavg=    2.60855420133528     
      ubar=  -0.475154059141233       vbar=   0.652138550333821     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.17972138664561       vavg=    1.50267360039204     
      ubar=   -1.06501475246404       vbar=    1.40347535052984     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.431861482881191       vavg=   0.551686345154362     
      ubar=   -1.17298012318434       vbar=    1.54139693681843     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.17298012318434       vbar=    1.54139693681843     
      wgttot=    1.00000000000000     
      fixlon=    299.057090368847        fixlat=    24.0996532355680     
      barnlon=    298.807184845144       barnlat=    24.3990750061283     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.911766601754683     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.807184845144     
     Raw (no conversion for GM wrap) extraplon=    298.258209056046     
  
 --- barnlon=    298.81E  (  61.19W)    barnlat=     24.40
 --- extraplon=  298.26E  (  61.74W)    extraplat=   24.54
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.10
 | Current fix lon is   60.94W   ( 299.06E)
 | Current fix lon (raw, unadjusted)=  299.06E
 | Updated guess lat for next fcst hour is   24.47
 | Updated guess lon (0-360) for next fcst hour is   61.47W   ( 298.53E)
 | Raw updated guess lon for next fcst hour is  298.53E)
 -------------------------------------------------
  
 iocheck, dist=    67.3371115177341        distm=    67337.1115177341     
 iocheck, stmspd=    3.11745886656176        istmspd=           61
 iocheck, xincr=  -0.524393418252600        yincr=   0.371822622510699     
 iocheck, stmdir=    305.338654029640        istmdir=          305
 +++ RPT_STORM_MOTION: istmspd=    61 kts(*10)    istmdir=   305 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   8
     Fix location for this time:   299.06E  ( 60.94W)    24.10
     Fix lon (raw) for this time:  299.06E
     ilonfix= 1347  jlatfix= 1043
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.057090368847       xcenlat=    24.0996532355680     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.057090368847       xcenlat=    24.0996532355680     
  ilonfix=         1347  jlatfix=         1043
  ibeg=         1226  iend=         1468
  jbeg=          927  jend=         1159  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.057090368847        xcenlat=    24.0996532355680     
      ilonfix=         1347   jlatfix=         1043
      ibeg=         1226   iend=         1468
      jbeg=          927   jend=         1159
 After call to barnes, xsmoothval=   1.215388107093860E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.215388107093860E-004
      xcenlon=    299.057090368847        xcenlat=    24.0996532355680     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000122  imeanzeta (*1e6)=      122
   --- mean zeta raw =   1.215388107093860E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001411  igrid zeta (*1e6)=     1411 ifilret=   0
   --- grid zeta raw=   1.410958251023887E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.057090368847       xcenlat=    24.0996532355680     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.057090368847       xcenlat=    24.0996532355680     
  ilonfix=         1347  jlatfix=         1043
  ibeg=         1226  iend=         1468
  jbeg=          927  jend=         1159  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.057090368847        xcenlat=    24.0996532355680     
      ilonfix=         1347   jlatfix=         1043
      ibeg=         1226   iend=         1468
      jbeg=          927   jend=         1159
 After call to barnes, xsmoothval=   1.252811409297162E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.252811409297162E-004
      xcenlon=    299.057090368847        xcenlat=    24.0996532355680     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000125  imeanzeta (*1e6)=      125
   --- mean zeta raw =   1.252811409297162E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001247  igrid zeta (*1e6)=     1247 ifilret=   0
   --- grid zeta raw=   1.246586095473544E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           42
  
 segx, outlon=    299.057090368847       outlat=    24.0996532355680     
   ist=            1  ifcsthour=           42
   vmaxwind=    15.2152982225128       xminmslp=    101037.570000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=   -999.000000000000       rlastbar=   -999.000000000000     
   rmax=    57.3894011571994     
   cps_vals=   -5.16976396534346       -6.06661181915274     
   20.1992946203803     
   wcore_flag= n
   istmspd=           61  istmdir=          305
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    3.00000000000000     
   axisymet_rmw_val=     12.0542089787033     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
 rmax=    57.3894011571994        irmax=           57
 TXX top of atcfunix_ext, ist=            1  ifh=           42
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=  -999.000000000000       irlastbar=         -99
 output: plastbar=  -999.000000000000       iplastbar=         -99
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           42
 intlat=          241
 clatns= N
 intlon=          609
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           30
 int(xminmslp/mslp_outp_adj + 0.5)=         1010
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=          -99
 irlastbar=          -99
 irmax=           57
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          305
 istmspd=           61
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -52
 icps_vals(2)=          -61
 icps_vals(3)=          202
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=            2
 irmw_val=           23
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          122
 igridzeta(1)=         1411
 imeanzeta(2)=          125
 igridzeta(2)=         1247
  
 rmax=    57.3894011571994        irmax=           57
 +++ Top of output_atcf_parms, ist=            1  ifh=           42
  
 xxxx get_next_ges, prev fix lon=    299.853205862975     
 xxxx get_next_ges, curr fix lon=    299.057090368847     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.057090368847        fixlat=    24.0996532355680     
        (0-360) fixlon=    299.057090368847     
      ilonfix=         1347   jlatfix=         1043
      ibeg=          873   iend=         1821
      jbeg=          591   jend=         1495
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.90061623656493       vavg=    2.60855420133528     
      ubar=  -0.475154059141233       vbar=   0.652138550333821     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.17972138664561       vavg=    1.50267360039204     
      ubar=   -1.06501475246404       vbar=    1.40347535052984     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.431861482881191       vavg=   0.551686345154362     
      ubar=   -1.17298012318434       vbar=    1.54139693681843     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.17298012318434       vbar=    1.54139693681843     
      wgttot=    1.00000000000000     
      fixlon=    299.057090368847        fixlat=    24.0996532355680     
      barnlon=    298.807184845144       barnlat=    24.3990750061283     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.911766601754683     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.807184845144     
     Raw (no conversion for GM wrap) extraplon=    298.258209056046     
  
 --- barnlon=    298.81E  (  61.19W)    barnlat=     24.40
 --- extraplon=  298.26E  (  61.74W)    extraplat=   24.54
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.10
 | Current fix lon is   60.94W   ( 299.06E)
 | Current fix lon (raw, unadjusted)=  299.06E
 | Updated guess lat for next fcst hour is   24.47
 | Updated guess lon (0-360) for next fcst hour is   61.47W   ( 298.53E)
 | Raw updated guess lon for next fcst hour is  298.53E)
 -------------------------------------------------
  
 iocheck, dist=    67.3371115177341        distm=    67337.1115177341     
 iocheck, stmspd=    3.11745886656176        istmspd=           61
 iocheck, xincr=  -0.524393418252600        yincr=   0.371822622510699     
 iocheck, stmdir=    305.338654029640        istmdir=          305
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   42:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.182501219667814E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   32.780 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.118E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   32.780
 ilonfix=         1124  jlatfix=          826  npts=           16
 ibeg=         1072  jbeg=          782  imax=         2738
 iend=         1176  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.960 fmax (x10e5) =        0.136E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.334517756047608E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   33.180 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.133E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   33.180
 ilonfix=         1124  jlatfix=          816  npts=           16
 ibeg=         1072  jbeg=          772  imax=         2738
 iend=         1176  jend=          860  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.960 fmax (x10e5) =        0.116E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   32.780 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.122E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   32.780
 ilonfix=         1124  jlatfix=          826  npts=           16
 ibeg=         1072  jbeg=          782  imax=         2738
 iend=         1176  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.960 fmax =       -0.100E+16 fmin =        0.121E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   32.780 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.288E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   32.780
 ilonfix=         1124  jlatfix=          826  npts=           16
 ibeg=         1072  jbeg=          782  imax=         2738
 iend=         1176  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.960 fmax =       -0.100E+16 fmin =        0.286E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   32.780 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.977E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   32.780
 ilonfix=         1124  jlatfix=          826  npts=           16
 ibeg=         1072  jbeg=          782  imax=         2738
 iend=         1176  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.960 fmax =       -0.100E+16 fmin =        0.976E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.288 (0-360) guesslon=  290.288E  (  69.712W)   guesslat=   32.900
 ilonfix=         1127  jlatfix=          823  npts=           33
 ibeg=         1051  jbeg=          755  imax=         2738
 iend=         1203  jend=          891  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.681916783804322E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  290.168E  (0-360) ctlon=  290.168E  (  69.832W)  ctlat=   32.780 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.868E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  290.168E   (0-360) guesslon=  290.168E  (  69.832W)   guesslat=   32.780
 ilonfix=         1124  jlatfix=          826  npts=           16
 ibeg=         1072  jbeg=          782  imax=         2738
 iend=         1176  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.248E  (0-360) ctlon=  290.248  (  69.752W)  ctlat=   32.860 fmax (x10e5) =        0.905E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    290.255524874825        uvgeslat=    32.9312600785412     
    (0-360 uvgeslon)=    290.255524874825     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:21:43
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    290.255524874825        uvgeslat=    32.9312600785412     
    (0-360 uvgeslon)=    290.255524874825     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    290.255524874825     
  
 After first run, Wind Circulation (NHEM) ctlon=  290.256E  (0-360E lon):  290.256E    69.744W  ctlat=   32.931  xmax_circul_disk =     167459036.0
 TIMING: get_wind_circ kloop, k=  1   22:21:43
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  290.256E  (0-360E)=  290.256E  (  69.744W)   guesslat=   32.931
 ilonfix=         1127  jlatfix=          822  npts=           56
 ibeg=         1055  jbeg=          758  imax=         2738
 iend=         1199  jend=          886  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    167798610.985475     
 nhalf get_wind_circ, k=  1 ctlon=  290.276E  (0-360E)=  290.276E  ctlon=   69.724W   ctlat=   32.891 Wind Circulation (NHEM: Max) =     167798611.0
 TIMING: After GWC 850 ... 22:21:43
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:21:43
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    290.255524874825        uvgeslat=    32.9312600785412     
    (0-360 uvgeslon)=    290.255524874825     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    290.255524874825     
  
 After first run, Wind Circulation (NHEM) ctlon=  290.256E  (0-360E lon):  290.256E    69.744W  ctlat=   32.931  xmax_circul_disk =     160725150.0
 TIMING: get_wind_circ kloop, k=  1   22:21:43
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  290.256E  (0-360E)=  290.256E  (  69.744W)   guesslat=   32.931
 ilonfix=         1127  jlatfix=          822  npts=           56
 ibeg=         1055  jbeg=          758  imax=         2738
 iend=         1199  jend=          886  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    161031373.812419     
 nhalf get_wind_circ, k=  1 ctlon=  290.276E  (0-360E)=  290.276E  ctlon=   69.724W   ctlat=   32.951 Wind Circulation (NHEM: Max) =     161031373.8
 TIMING: After GWC 700 ... 22:21:43
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:21:43
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    290.255524874825        uvgeslat=    32.9312600785412     
    (0-360 uvgeslon)=    290.255524874825     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    290.255524874825     
  
 After first run, Wind Circulation (NHEM) ctlon=  290.256E  (0-360E lon):  290.256E    69.744W  ctlat=   32.931  xmax_circul_disk =     102411259.3
 TIMING: get_wind_circ kloop, k=  1   22:21:43
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  290.256E  (0-360E)=  290.256E  (  69.744W)   guesslat=   32.931
 ilonfix=         1127  jlatfix=          822  npts=           56
 ibeg=         1055  jbeg=          758  imax=         2738
 iend=         1199  jend=          886  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    102546306.158575     
 nhalf get_wind_circ, k=  1 ctlon=  290.276E  (0-360E)=  290.276E  ctlon=   69.724W   ctlat=   32.891 Wind Circulation (NHEM: Max) =     102546306.2
 TIMING: After GWC Sfc ... 22:21:43
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.23  xavg_stderr=     3.37
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            8  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    42:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  290.29E   (0-360) guesslon=  290.29E  ( 69.71W)    32.90
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       290.25       69.75      32.96          136.44       T          7.64
   2    zeta 700    Max       290.25       69.75      32.96          116.18       T          7.64
   3    circ 850    Max       290.28       69.72      32.89          167.80       T          1.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       290.28       69.72      32.95          161.03       T          5.78
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       290.25       69.75      32.96         1206.17       T          7.64
   8     gph 700    Min       290.25       69.75      32.96         2864.82       T          7.64
   9        MSLP    Min       290.25       69.75      32.96        97593.38       T          7.64
  10    circ sfc    Max       290.28       69.72      32.89          102.55       T          1.56
  11    zeta sfc    Max       290.25       69.75      32.86           90.51       T          5.81
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.05286124284527       stderr_close= 
   1.62710338638092       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   3.171 devia=   0.634 wtpos=  0.80947     290.25   290.25    69.75    32.96
 ip=  2 kprm=  2 dist_from_mean=   3.171 devia=   0.634 wtpos=  0.80947     290.25   290.25    69.75    32.96
 ip=  3 kprm=  3 dist_from_mean=   4.929 devia=   0.986 wtpos=  0.71994     290.28   290.28    69.72    32.89
 ip=  5 kprm=  4 dist_from_mean=   2.657 devia=   0.531 wtpos=  0.83770     290.28   290.28    69.72    32.95
 ip=  7 kprm=  5 dist_from_mean=   3.171 devia=   0.634 wtpos=  0.80947     290.25   290.25    69.75    32.96
 ip=  8 kprm=  6 dist_from_mean=   3.171 devia=   0.634 wtpos=  0.80947     290.25   290.25    69.75    32.96
 ip=  9 kprm=  7 dist_from_mean=   3.171 devia=   0.634 wtpos=  0.80947     290.25   290.25    69.75    32.96
 ip= 10 kprm=  8 dist_from_mean=   4.929 devia=   0.986 wtpos=  0.71994     290.28   290.28    69.72    32.89
 ip= 11 kprm=  9 dist_from_mean=   8.109 devia=   1.622 wtpos=  0.58241     290.25   290.25    69.75    32.86
  
At end of fixcenter:  08L   fhr=   42:00   Fix position=   290.26E  (0-360) fixlon=  290.26  ( 69.74W)    32.94
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    290.257244793817     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    290.248252329370     
        (0-360E clon(ist,ifh,9))=    290.248252329370     
      clat(ist,ifh,9)=    32.9603502603594     
      xval(9)=    97593.3759604301     
  
  After get_ij B, ibeg jbeg =         1015         684
  After get_ij B, iend jend =         1237         960
  
 In is_it_a_storm, ilonfix=         1126  jlatfix=          822
 ibeg jbeg iend jend =         1015         684        1237         960
 cparm= slp  parmlon parmlat =    290.248252329370        32.9603502603594     
     (0-360E parmlon) =    290.248252329370     
 parmval=    97593.3759604301     
  
 i= 1100 j=  759 glon=  289.21 (0-360E) glon=  289.21 glat=  35.48 dist=   296.10 slp=  100738.37 pgradient= 10.62154
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     = 10.62154
 mslp center =    290.248252329370        32.9603502603594     
   97593.3759604301     
   (0-360E) lon of mslp center =    290.248252329370     
 pgrad loc   =    289.208901000000        289.208901000000     
   70.7910990000000        35.4807610000000        100738.370000000     
  ttest at location C IF....
      xinp_fixlat=    32.9603502603594     
      xinp_fixlon=    290.248252329370       (0-360E) xinp_fixlon= 
   290.248252329370     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95491.9700000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1126  jfix=          823
 longitude=    290.248252329370      E   (   69.7517476706298      
 W)  (0-360E) xinp_fixlon=    290.248252329370     
 latitude=    32.9603502603594     
 mean mslp value (xval(9))=    97593.3759604301     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1126  jfix=          823
 longitude=    290.248252329370      E   (   69.7517476706298      
 W)  (0-360E) xinp_fixlon=    290.248252329370     
 latitude=    32.9603502603594     
 mean mslp value (xval(9))=    97593.3759604301     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1126  jx=          823
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95491.9700000000       xcentval=    95491.9700000000     
 At A, num_found_contours=            0
 At A, contlo=    95491.9700000000       conthi=    95891.9700000000     
  
 num_found_contours=            0
 contlo=    95491.9700000000       conthi=    95891.9700000000     
 xcentval=    95491.9700000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    95891.9700000000       conthi=    96291.9700000000     
  
 num_found_contours=            1
 contlo=    95891.9700000000       conthi=    96291.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            2
 At A, contlo=    96291.9700000000       conthi=    96691.9700000000     
  
 num_found_contours=            2
 contlo=    96291.9700000000       conthi=    96691.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            3
 At A, contlo=    96691.9700000000       conthi=    97091.9700000000     
  
 num_found_contours=            3
 contlo=    96691.9700000000       conthi=    97091.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            4
 At A, contlo=    97091.9700000000       conthi=    97491.9700000000     
  
 num_found_contours=            4
 contlo=    97091.9700000000       conthi=    97491.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            5
 At A, contlo=    97491.9700000000       conthi=    97891.9700000000     
  
 num_found_contours=            5
 contlo=    97491.9700000000       conthi=    97891.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            6
 At A, contlo=    97891.9700000000       conthi=    98291.9700000000     
  
 num_found_contours=            6
 contlo=    97891.9700000000       conthi=    98291.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            7
 At A, contlo=    98291.9700000000       conthi=    98691.9700000000     
  
 num_found_contours=            7
 contlo=    98291.9700000000       conthi=    98691.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            8
 At A, contlo=    98691.9700000000       conthi=    99091.9700000000     
  
 num_found_contours=            8
 contlo=    98691.9700000000       conthi=    99091.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=            9
 At A, contlo=    99091.9700000000       conthi=    99491.9700000000     
  
 num_found_contours=            9
 contlo=    99091.9700000000       conthi=    99491.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=           10
 At A, contlo=    99491.9700000000       conthi=    99891.9700000000     
  
 num_found_contours=           10
 contlo=    99491.9700000000       conthi=    99891.9700000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=           11
 At A, contlo=    99891.9700000000       conthi=    100291.970000000     
  
 num_found_contours=           11
 contlo=    99891.9700000000       conthi=    100291.970000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=           12
 At A, contlo=    100291.970000000       conthi=    100691.970000000     
  
 num_found_contours=           12
 contlo=    100291.970000000       conthi=    100691.970000000     
 xcentval=    95491.9700000000     
 At A, num_found_contours=           13
 At A, contlo=    100691.970000000       conthi=    101091.970000000     
  
 num_found_contours=           13
 contlo=    100691.970000000       conthi=    101091.970000000     
 xcentval=    95491.9700000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         991 ,         656 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95491.9700000000     
 !!! (i,j) of central value = (        1126 ,         823 )
 !!!  
 !!! Flagged value found    =    100643.970000000     
 !!! (i,j) of flagged value = (         992 ,         655 )
 !!!   
 !!! Lower bound of contour interval =    100691.970000000     
 !!! Upper bound of contour interval =    101091.970000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1126  jfix=          823
 longitude=    290.248252329370      E   (   69.7517476706298      W)  
 (0-360E) xinp_fixlon=    290.248252329370     
 latitude=    32.9603502603594     
 mean mslp value (xval(9))=    97593.3759604301     
 gridpoint mslp value=    95491.9700000000     
 ccflag= y
 prs of last closed isobar =    100691.970000000     
 radius of last closed isobar =    120.653878688040       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   42:00
 !!! Boundary check xinp_fixlat is   32.96
 !!! Boundary check xinp_fixlon is   69.75W   ( 290.25E)  (0-360E) xinp_fixlon=  290.25
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    290.275524374825     
  850 mb wcirc fix lat=    32.8912610785412     
    (0-360) 850 mb wcirc fix lon=    290.275524374825     
  Multi-parm fix lon=      290.257244793817     
  Multi-parm fix lat=      32.9364142343136     
    (0-360) Multi-parm fix lon=      290.257244793817     
  
  
  After get_ij B, ibeg jbeg =         1033         719
  After get_ij B, iend jend =         1221         927
  
 In is_it_a_storm, ilonfix=         1127  jlatfix=          823
 ibeg jbeg iend jend =         1033         719        1221         927
 cparm= v850  parmlon parmlat =    290.275524374825        32.8912610785412     
     (0-360E parmlon) =    290.275524374825     
 parmval=    167798610.985475     
  
 i= 1118 j=  774 glon=  289.93 (0-360E) glon=  289.93 glat=  34.88 u= -17.0000 v=   6.8000 vr=   9.17659 vt=  15.84393
 i= 1123 j=  774 glon=  290.13 (0-360E) glon=  290.13 glat=  34.88 u= -17.3000 v=   8.4000 vr=   9.44677 vt=  16.75138
 i= 1128 j=  774 glon=  290.33 (0-360E) glon=  290.33 glat=  34.88 u= -17.4000 v=   9.9000 vr=   9.50808 vt=  17.61722
 i= 1133 j=  774 glon=  290.53 (0-360E) glon=  290.53 glat=  34.88 u= -17.5000 v=  11.4000 vr=   9.48594 vt=  18.60717
 i= 1103 j=  779 glon=  289.33 (0-360E) glon=  289.33 glat=  34.68 u= -16.1000 v=   0.8000 vr=   7.24462 vt=  14.40019
 i= 1108 j=  779 glon=  289.53 (0-360E) glon=  289.53 glat=  34.68 u= -17.7000 v=   2.5000 vr=   8.18925 vt=  15.88950
 i= 1113 j=  779 glon=  289.73 (0-360E) glon=  289.73 glat=  34.68 u= -18.8000 v=   4.0000 vr=   8.52557 vt=  17.22657
 i= 1118 j=  779 glon=  289.93 (0-360E) glon=  289.93 glat=  34.68 u= -19.6000 v=   5.8000 vr=   8.85680 vt=  18.42165
 i= 1123 j=  779 glon=  290.13 (0-360E) glon=  290.13 glat=  34.68 u= -19.6000 v=   7.6000 vr=   8.92090 vt=  19.03517
 i= 1128 j=  779 glon=  290.33 (0-360E) glon=  290.33 glat=  34.68 u= -19.6000 v=   9.6000 vr=   9.10906 vt=  19.83293
 i= 1133 j=  779 glon=  290.53 (0-360E) glon=  290.53 glat=  34.68 u= -19.4000 v=  11.7000 vr=   9.34041 vt=  20.63993
 i= 1138 j=  779 glon=  290.73 (0-360E) glon=  290.73 glat=  34.68 u= -19.0000 v=  13.4000 vr=   9.17491 vt=  21.36308
 i= 1143 j=  779 glon=  290.93 (0-360E) glon=  290.93 glat=  34.68 u= -18.4000 v=  14.8000 vr=   8.78568 vt=  21.91830
 i= 1148 j=  779 glon=  291.13 (0-360E) glon=  291.13 glat=  34.68 u= -17.6000 v=  16.0000 vr=   8.34466 vt=  22.27390
 i= 1153 j=  779 glon=  291.33 (0-360E) glon=  291.33 glat=  34.68 u= -16.6000 v=  17.0000 vr=   7.91970 vt=  22.40175
 i= 1093 j=  784 glon=  288.93 (0-360E) glon=  288.93 glat=  34.48 u= -14.5000 v=  -3.6000 vr=   5.45679 vt=  13.90803
 i= 1098 j=  784 glon=  289.13 (0-360E) glon=  289.13 glat=  34.48 u= -16.5000 v=  -2.6000 vr=   6.30477 vt=  15.46803
 i= 1103 j=  784 glon=  289.33 (0-360E) glon=  289.33 glat=  34.48 u= -18.4000 v=  -1.6000 vr=   6.77506 vt=  17.18193
 i= 1108 j=  784 glon=  289.53 (0-360E) glon=  289.53 glat=  34.48 u= -20.2000 v=  -0.6000 vr=   6.82843 vt=  19.02032
 i= 1113 j=  784 glon=  289.73 (0-360E) glon=  289.73 glat=  34.48 u= -21.9000 v=   1.5000 vr=   7.49392 vt=  20.63253
 i= 1118 j=  784 glon=  289.93 (0-360E) glon=  289.93 glat=  34.48 u= -22.5000 v=   4.6000 vr=   8.56091 vt=  21.31011
 i= 1123 j=  784 glon=  290.13 (0-360E) glon=  290.13 glat=  34.48 u= -22.7000 v=   7.5000 vr=   9.22318 vt=  22.05613
 i= 1128 j=  784 glon=  290.33 (0-360E) glon=  290.33 glat=  34.48 u= -22.5000 v=  10.1000 vr=   9.46506 vt=  22.77438
 i= 1133 j=  784 glon=  290.53 (0-360E) glon=  290.53 glat=  34.48 u= -21.9000 v=  13.0000 vr=   9.99387 vt=  23.42504
 i= 1138 j=  784 glon=  290.73 (0-360E) glon=  290.73 glat=  34.48 u= -20.7000 v=  15.3000 vr=  10.08135 vt=  23.68431
 i= 1143 j=  784 glon=  290.93 (0-360E) glon=  290.93 glat=  34.48 u= -19.5000 v=  17.5000 vr=  10.21053 vt=  24.12976
 i= 1148 j=  784 glon=  291.13 (0-360E) glon=  291.13 glat=  34.48 u= -18.2000 v=  19.2000 vr=  10.05767 vt=  24.46882
 i= 1153 j=  784 glon=  291.33 (0-360E) glon=  291.33 glat=  34.48 u= -17.2000 v=  20.2000 vr=   9.32156 vt=  24.83925
 i= 1158 j=  784 glon=  291.53 (0-360E) glon=  291.53 glat=  34.48 u= -16.1000 v=  20.7000 vr=   8.40122 vt=  24.84189
 i= 1163 j=  784 glon=  291.73 (0-360E) glon=  291.73 glat=  34.48 u= -14.5000 v=  21.3000 vr=   8.08734 vt=  24.46497
 i= 1083 j=  789 glon=  288.53 (0-360E) glon=  288.53 glat=  34.28 u=  -9.8000 v=  -7.3000 vr=   2.09609 vt=  12.03895
 i= 1088 j=  789 glon=  288.73 (0-360E) glon=  288.73 glat=  34.28 u= -12.9000 v=  -6.8000 vr=   3.83683 vt=  14.06871
 i= 1093 j=  789 glon=  288.93 (0-360E) glon=  288.93 glat=  34.28 u= -15.9000 v=  -6.7000 vr=   4.82808 vt=  16.56471
 i= 1098 j=  789 glon=  289.13 (0-360E) glon=  289.13 glat=  34.28 u= -18.0000 v=  -5.9000 vr=   5.38452 vt=  18.16086
 i= 1103 j=  789 glon=  289.33 (0-360E) glon=  289.33 glat=  34.28 u= -20.2000 v=  -5.0000 vr=   5.66697 vt=  20.02312
 i= 1108 j=  789 glon=  289.53 (0-360E) glon=  289.53 glat=  34.28 u= -22.7000 v=  -2.5000 vr=   7.03112 vt=  21.72794
 i= 1113 j=  789 glon=  289.73 (0-360E) glon=  289.73 glat=  34.28 u= -26.3000 v=   0.0000 vr=   8.22294 vt=  24.98146
 i= 1118 j=  789 glon=  289.93 (0-360E) glon=  289.93 glat=  34.28 u= -28.5000 v=   2.8000 vr=   8.56290 vt=  27.32703
 i= 1123 j=  789 glon=  290.13 (0-360E) glon=  290.13 glat=  34.28 u= -29.4000 v=   6.6000 vr=   9.15949 vt=  28.70581
 i= 1128 j=  789 glon=  290.33 (0-360E) glon=  290.33 glat=  34.28 u= -29.5000 v=  10.4000 vr=   9.44787 vt=  29.81858
 i= 1133 j=  789 glon=  290.53 (0-360E) glon=  290.53 glat=  34.28 u= -28.0000 v=  13.3000 vr=   8.92676 vt=  29.68506
 i= 1138 j=  789 glon=  290.73 (0-360E) glon=  290.73 glat=  34.28 u= -25.4000 v=  15.6000 vr=   8.36134 vt=  28.61133
 i= 1143 j=  789 glon=  290.93 (0-360E) glon=  290.93 glat=  34.28 u= -22.9000 v=  17.7000 vr=   8.08579 vt=  27.79065
 i= 1148 j=  789 glon=  291.13 (0-360E) glon=  291.13 glat=  34.28 u= -20.6000 v=  19.8000 vr=   8.18927 vt=  27.37400
 i= 1153 j=  789 glon=  291.33 (0-360E) glon=  291.33 glat=  34.28 u= -18.3000 v=  21.5000 vr=   8.33983 vt=  26.97383
 i= 1158 j=  789 glon=  291.53 (0-360E) glon=  291.53 glat=  34.28 u= -16.4000 v=  22.5000 vr=   8.05646 vt=  26.65152
 i= 1163 j=  789 glon=  291.73 (0-360E) glon=  291.73 glat=  34.28 u= -15.1000 v=  22.9000 vr=   7.25415 vt=  26.45368
 i= 1168 j=  789 glon=  291.93 (0-360E) glon=  291.93 glat=  34.28 u= -13.2000 v=  23.5000 vr=   7.29503 vt=  25.94750
 i= 1078 j=  794 glon=  288.33 (0-360E) glon=  288.33 glat=  34.08 u=  -7.7000 v=  -9.5000 vr=   0.65361 vt=  12.21118
 i= 1083 j=  794 glon=  288.53 (0-360E) glon=  288.53 glat=  34.08 u=  -9.8000 v=  -9.4000 vr=   1.70169 vt=  13.47235
 i= 1088 j=  794 glon=  288.73 (0-360E) glon=  288.73 glat=  34.08 u= -13.3000 v= -10.1000 vr=   2.99107 vt=  16.43026
 i= 1093 j=  794 glon=  288.93 (0-360E) glon=  288.93 glat=  34.08 u= -16.5000 v=  -9.9000 vr=   4.18951 vt=  18.78052
 i= 1098 j=  794 glon=  289.13 (0-360E) glon=  289.13 glat=  34.08 u= -18.9000 v= -10.2000 vr=   3.95026 vt=  21.11032
 i= 1103 j=  794 glon=  289.33 (0-360E) glon=  289.33 glat=  34.08 u= -22.6000 v=  -8.0000 vr=   5.88464 vt=  23.24072
 i= 1108 j=  794 glon=  289.53 (0-360E) glon=  289.53 glat=  34.08 u= -25.8000 v=  -4.5000 vr=   8.02316 vt=  24.93028
 i= 1113 j=  794 glon=  289.73 (0-360E) glon=  289.73 glat=  34.08 u= -29.0000 v=  -1.5000 vr=   9.01375 vt=  27.60439
 i= 1118 j=  794 glon=  289.93 (0-360E) glon=  289.93 glat=  34.08 u= -29.2000 v=   0.6000 vr=   7.50233 vt=  28.22614
 i= 1123 j=  794 glon=  290.13 (0-360E) glon=  290.13 glat=  34.08 u= -31.3000 v=   6.2000 vr=   9.37944 vt=  30.49846
 i= 1128 j=  794 glon=  290.33 (0-360E) glon=  290.33 glat=  34.08 u= -31.9000 v=   9.7000 vr=   8.49677 vt=  32.24135
 i= 1133 j=  794 glon=  290.53 (0-360E) glon=  290.53 glat=  34.08 u= -30.3000 v=  13.1000 vr=   7.57962 vt=  32.12864
 i= 1138 j=  794 glon=  290.73 (0-360E) glon=  290.73 glat=  34.08 u= -28.9000 v=  16.2000 vr=   6.64962 vt=  32.45663
 i= 1143 j=  794 glon=  290.93 (0-360E) glon=  290.93 glat=  34.08 u= -25.9000 v=  18.6000 vr=   6.07533 vt=  31.30272
 i= 1148 j=  794 glon=  291.13 (0-360E) glon=  291.13 glat=  34.08 u= -23.5000 v=  20.5000 vr=   5.46403 vt=  30.70251
 i= 1153 j=  794 glon=  291.33 (0-360E) glon=  291.33 glat=  34.08 u= -20.6000 v=  22.4000 vr=   5.70579 vt=  29.89254
 i= 1158 j=  794 glon=  291.53 (0-360E) glon=  291.53 glat=  34.08 u= -17.6000 v=  24.2000 vr=   6.47344 vt=  29.21463
 i= 1163 j=  794 glon=  291.73 (0-360E) glon=  291.73 glat=  34.08 u= -14.6000 v=  25.6000 vr=   7.41162 vt=  28.52346
 i= 1168 j=  794 glon=  291.93 (0-360E) glon=  291.93 glat=  34.08 u= -13.4000 v=  24.9000 vr=   6.00895 vt=  27.63083
 i= 1173 j=  794 glon=  292.13 (0-360E) glon=  292.13 glat=  34.08 u= -11.9000 v=  24.6000 vr=   5.45334 vt=  26.77744
 i= 1078 j=  799 glon=  288.33 (0-360E) glon=  288.33 glat=  33.88 u=  -7.4000 v= -11.5000 vr=   0.40461 vt=  13.66917
 i= 1083 j=  799 glon=  288.53 (0-360E) glon=  288.53 glat=  33.88 u=  -9.8000 v= -12.5000 vr=   1.15754 vt=  15.84140
 i= 1088 j=  799 glon=  288.73 (0-360E) glon=  288.73 glat=  33.88 u= -13.2000 v= -12.9000 vr=   2.69926 vt=  18.25826
 i= 1093 j=  799 glon=  288.93 (0-360E) glon=  288.93 glat=  33.88 u= -15.1000 v= -13.7000 vr=   2.34977 vt=  20.25287
 i= 1098 j=  799 glon=  289.13 (0-360E) glon=  289.13 glat=  33.88 u= -19.9000 v= -12.3000 vr=   5.06015 vt=  22.84064
 i= 1103 j=  799 glon=  289.33 (0-360E) glon=  289.33 glat=  33.88 u= -25.5000 v=  -9.8000 vr=   8.31647 vt=  26.02165
 i= 1108 j=  799 glon=  289.53 (0-360E) glon=  289.53 glat=  33.88 u= -26.7000 v=  -9.3000 vr=   6.41270 vt=  27.53647
 i= 1113 j=  799 glon=  289.73 (0-360E) glon=  289.73 glat=  33.88 u= -29.9000 v=  -6.4000 vr=   6.75073 vt=  29.82277
 i= 1118 j=  799 glon=  289.93 (0-360E) glon=  289.93 glat=  33.88 u= -35.5000 v=   0.1000 vr=  10.09014 vt=  34.03600
 i= 1123 j=  799 glon=  290.13 (0-360E) glon=  290.13 glat=  33.88 u= -35.4000 v=   2.8000 vr=   7.13821 vt=  34.78572
 i= 1128 j=  799 glon=  290.33 (0-360E) glon=  290.33 glat=  33.88 u= -36.3000 v=   8.1000 vr=   6.45474 vt=  36.62835
 i= 1133 j=  799 glon=  290.53 (0-360E) glon=  290.53 glat=  33.88 u= -35.4000 v=  12.8000 vr=   5.09437 vt=  37.29675
 i= 1138 j=  799 glon=  290.73 (0-360E) glon=  290.73 glat=  33.88 u= -33.1000 v=  17.1000 vr=   4.10539 vt=  37.02926
 i= 1143 j=  799 glon=  290.93 (0-360E) glon=  290.93 glat=  33.88 u= -29.2000 v=  21.5000 vr=   4.67517 vt=  35.95877
 i= 1148 j=  799 glon=  291.13 (0-360E) glon=  291.13 glat=  33.88 u= -25.1000 v=  25.0000 vr=   5.55010 vt=  34.98866
 i= 1153 j=  799 glon=  291.33 (0-360E) glon=  291.33 glat=  33.88 u= -21.6000 v=  25.8000 vr=   4.85078 vt=  33.29670
 i= 1158 j=  799 glon=  291.53 (0-360E) glon=  291.53 glat=  33.88 u= -18.9000 v=  25.9000 vr=   3.96661 vt=  31.81644
 i= 1163 j=  799 glon=  291.73 (0-360E) glon=  291.73 glat=  33.88 u= -16.3000 v=  25.9000 vr=   3.62981 vt=  30.38625
 i= 1168 j=  799 glon=  291.93 (0-360E) glon=  291.93 glat=  33.88 u= -13.2000 v=  26.4000 vr=   4.53634 vt=  29.16542
 i= 1173 j=  799 glon=  292.13 (0-360E) glon=  292.13 glat=  33.88 u= -11.4000 v=  26.4000 vr=   4.49163 vt=  28.40326
 i= 1178 j=  799 glon=  292.33 (0-360E) glon=  292.33 glat=  33.88 u= -10.3000 v=  25.4000 vr=   3.64195 vt=  27.16590
 i= 1073 j=  804 glon=  288.13 (0-360E) glon=  288.13 glat=  33.68 u=  -3.4000 v= -12.6000 vr=  -1.89552 vt=  12.91228
 i= 1078 j=  804 glon=  288.33 (0-360E) glon=  288.33 glat=  33.68 u=  -6.4000 v= -14.0000 vr=  -0.28128 vt=  15.39093
 i= 1083 j=  804 glon=  288.53 (0-360E) glon=  288.53 glat=  33.68 u=  -8.9000 v= -15.0000 vr=   0.76680 vt=  17.42475
 i= 1088 j=  804 glon=  288.73 (0-360E) glon=  288.73 glat=  33.68 u= -11.4000 v= -15.9000 vr=   1.51473 vt=  19.50578
 i= 1093 j=  804 glon=  288.93 (0-360E) glon=  288.93 glat=  33.68 u= -14.5000 v= -16.5000 vr=   2.46682 vt=  21.82693
 i= 1098 j=  804 glon=  289.13 (0-360E) glon=  289.13 glat=  33.68 u= -20.6000 v= -14.9000 vr=   6.49427 vt=  24.58037
 i= 1103 j=  804 glon=  289.33 (0-360E) glon=  289.33 glat=  33.68 u= -24.2000 v= -18.5000 vr=   4.13265 vt=  30.17965
 i= 1108 j=  804 glon=  289.53 (0-360E) glon=  289.53 glat=  33.68 u= -28.7000 v= -10.4000 vr=   9.69092 vt=  28.94713
 i= 1113 j=  804 glon=  289.73 (0-360E) glon=  289.73 glat=  33.68 u= -35.7000 v= -10.4000 vr=   8.92839 vt=  36.09618
 i= 1118 j=  804 glon=  289.93 (0-360E) glon=  289.93 glat=  33.68 u= -35.5000 v=  -8.1000 vr=   4.65684 vt=  36.11335
 i= 1123 j=  804 glon=  290.13 (0-360E) glon=  290.13 glat=  33.68 u= -37.8000 v=  -0.3000 vr=   5.51605 vt=  37.39657
 i= 1128 j=  804 glon=  290.33 (0-360E) glon=  290.33 glat=  33.68 u= -40.9000 v=   2.8000 vr=   0.48385 vt=  40.99288
 i= 1133 j=  804 glon=  290.53 (0-360E) glon=  290.53 glat=  33.68 u= -43.4000 v=  13.6000 vr=   1.86457 vt=  45.44275
 i= 1138 j=  804 glon=  290.73 (0-360E) glon=  290.73 glat=  33.68 u= -39.1000 v=  21.8000 vr=   2.68606 vt=  44.68596
 i= 1143 j=  804 glon=  290.93 (0-360E) glon=  290.93 glat=  33.68 u= -32.8000 v=  26.1000 vr=   2.74055 vt=  41.82750
 i= 1148 j=  804 glon=  291.13 (0-360E) glon=  291.13 glat=  33.68 u= -28.9000 v=  27.3000 vr=   0.80186 vt=  39.74742
 i= 1153 j=  804 glon=  291.33 (0-360E) glon=  291.33 glat=  33.68 u= -23.1000 v=  29.2000 vr=   2.20200 vt=  37.16721
 i= 1158 j=  804 glon=  291.53 (0-360E) glon=  291.53 glat=  33.68 u= -17.3000 v=  30.8000 vr=   4.61551 vt=  35.02324
 i= 1163 j=  804 glon=  291.73 (0-360E) glon=  291.73 glat=  33.68 u= -15.3000 v=  29.3000 vr=   3.02287 vt=  32.91568
 i= 1168 j=  804 glon=  291.93 (0-360E) glon=  291.93 glat=  33.68 u= -12.8000 v=  28.8000 vr=   3.04722 vt=  31.36869
 i= 1173 j=  804 glon=  292.13 (0-360E) glon=  292.13 glat=  33.68 u= -11.4000 v=  27.5000 vr=   2.19735 vt=  29.68807
 i= 1178 j=  804 glon=  292.33 (0-360E) glon=  292.33 glat=  33.68 u=  -9.4000 v=  27.0000 vr=   2.60247 vt=  28.47081
 i= 1073 j=  809 glon=  288.13 (0-360E) glon=  288.13 glat=  33.48 u=  -2.0000 v= -14.3000 vr=  -2.48469 vt=  14.22379
 i= 1078 j=  809 glon=  288.33 (0-360E) glon=  288.33 glat=  33.48 u=  -4.4000 v= -16.1000 vr=  -1.26305 vt=  16.64256
 i= 1083 j=  809 glon=  288.53 (0-360E) glon=  288.53 glat=  33.48 u=  -7.2000 v= -17.1000 vr=   0.35916 vt=  18.55050
 i= 1088 j=  809 glon=  288.73 (0-360E) glon=  288.73 glat=  33.48 u=  -8.1000 v= -18.5000 vr=  -0.22199 vt=  20.19432
 i= 1093 j=  809 glon=  288.93 (0-360E) glon=  288.93 glat=  33.48 u= -13.7000 v= -19.1000 vr=   3.36096 vt=  23.26379
 i= 1098 j=  809 glon=  289.13 (0-360E) glon=  289.13 glat=  33.48 u= -17.1000 v= -22.7000 vr=   2.76479 vt=  28.28526
 i= 1103 j=  809 glon=  289.33 (0-360E) glon=  289.33 glat=  33.48 u= -23.2000 v= -21.0000 vr=   6.14432 vt=  30.68366
 i= 1108 j=  809 glon=  289.53 (0-360E) glon=  289.53 glat=  33.48 u= -26.0000 v= -19.1000 vr=   5.86012 vt=  31.72490
 i= 1113 j=  809 glon=  289.73 (0-360E) glon=  289.73 glat=  33.48 u= -33.1000 v= -22.0000 vr=   2.96277 vt=  39.63372
 i= 1118 j=  809 glon=  289.93 (0-360E) glon=  289.93 glat=  33.48 u= -40.1000 v= -13.6000 vr=   5.53674 vt=  41.97993
 i= 1123 j=  809 glon=  290.13 (0-360E) glon=  290.13 glat=  33.48 u= -49.3000 v= -13.6000 vr=  -3.24931 vt=  51.03814
 i= 1128 j=  809 glon=  290.33 (0-360E) glon=  290.33 glat=  33.48 u= -49.8000 v=   4.1000 vr=   0.32132 vt=  49.96746
 i= 1133 j=  809 glon=  290.53 (0-360E) glon=  290.53 glat=  33.48 u= -49.7000 v=  15.6000 vr=  -2.17099 vt=  52.04553
 i= 1138 j=  809 glon=  290.73 (0-360E) glon=  290.73 glat=  33.48 u= -40.8000 v=  33.7000 vr=   6.20286 vt=  52.55335
 i= 1143 j=  809 glon=  290.93 (0-360E) glon=  290.93 glat=  33.48 u= -33.5000 v=  24.4000 vr=  -4.95398 vt=  41.14691
 i= 1148 j=  809 glon=  291.13 (0-360E) glon=  291.13 glat=  33.48 u= -31.2000 v=  28.9000 vr=  -5.74789 vt=  42.13801
 i= 1153 j=  809 glon=  291.33 (0-360E) glon=  291.33 glat=  33.48 u= -23.8000 v=  35.6000 vr=  -0.10049 vt=  42.82277
 i= 1158 j=  809 glon=  291.53 (0-360E) glon=  291.53 glat=  33.48 u= -18.2000 v=  34.5000 vr=   0.92148 vt=  38.99540
 i= 1163 j=  809 glon=  291.73 (0-360E) glon=  291.73 glat=  33.48 u= -12.0000 v=  34.1000 vr=   3.95012 vt=  35.93336
 i= 1168 j=  809 glon=  291.93 (0-360E) glon=  291.93 glat=  33.48 u= -10.7000 v=  31.6000 vr=   2.41076 vt=  33.27519
 i= 1173 j=  809 glon=  292.13 (0-360E) glon=  292.13 glat=  33.48 u=  -9.5000 v=  30.1000 vr=   1.67366 vt=  31.51918
 i= 1178 j=  809 glon=  292.33 (0-360E) glon=  292.33 glat=  33.48 u=  -8.2000 v=  28.4000 vr=   1.31339 vt=  29.53092
 i= 1183 j=  809 glon=  292.53 (0-360E) glon=  292.53 glat=  33.48 u=  -7.3000 v=  26.8000 vr=   0.87766 vt=  27.76256
 i= 1068 j=  814 glon=  287.93 (0-360E) glon=  287.93 glat=  33.28 u=   0.8000 v= -14.4000 vr=  -3.50313 vt=  13.99028
 i= 1073 j=  814 glon=  288.13 (0-360E) glon=  288.13 glat=  33.28 u=  -0.3000 v= -16.0000 vr=  -3.01161 vt=  15.71688
 i= 1078 j=  814 glon=  288.33 (0-360E) glon=  288.33 glat=  33.28 u=  -1.5000 v= -17.6000 vr=  -2.54725 vt=  17.47917
 i= 1083 j=  814 glon=  288.53 (0-360E) glon=  288.53 glat=  33.28 u=  -3.7000 v= -18.8000 vr=  -1.17993 vt=  19.12427
 i= 1088 j=  814 glon=  288.73 (0-360E) glon=  288.73 glat=  33.28 u=  -4.8000 v= -20.6000 vr=  -1.25521 vt=  21.11456
 i= 1093 j=  814 glon=  288.93 (0-360E) glon=  288.93 glat=  33.28 u= -11.5000 v= -23.0000 vr=   3.44634 vt=  25.48279
 i= 1098 j=  814 glon=  289.13 (0-360E) glon=  289.13 glat=  33.28 u= -15.0000 v= -27.6000 vr=   3.61499 vt=  31.20404
 i= 1103 j=  814 glon=  289.33 (0-360E) glon=  289.33 glat=  33.28 u= -18.8000 v= -29.0000 vr=   4.16727 vt=  34.30851
 i= 1108 j=  814 glon=  289.53 (0-360E) glon=  289.53 glat=  33.28 u= -21.6000 v= -30.1000 vr=   2.49016 vt=  36.96443
 i= 1113 j=  814 glon=  289.73 (0-360E) glon=  289.73 glat=  33.28 u= -31.2000 v= -30.9000 vr=   3.80295 vt=  43.74686
 i= 1118 j=  814 glon=  289.93 (0-360E) glon=  289.93 glat=  33.28 u= -44.0000 v= -30.5000 vr=   1.89148 vt=  53.50395
 i= 1123 j=  814 glon=  290.13 (0-360E) glon=  290.13 glat=  33.28 u= -54.3000 v= -24.7000 vr=  -7.20212 vt=  59.21748
 i= 1128 j=  814 glon=  290.33 (0-360E) glon=  290.33 glat=  33.28 u= -60.8000 v=  11.9000 vr=   4.88379 vt=  61.76082
 i= 1133 j=  814 glon=  290.53 (0-360E) glon=  290.53 glat=  33.28 u= -52.1000 v=  29.9000 vr=   1.29093 vt=  60.05625
 i= 1138 j=  814 glon=  290.73 (0-360E) glon=  290.73 glat=  33.28 u= -41.0000 v=  37.0000 vr=  -2.19063 vt=  55.18334
 i= 1143 j=  814 glon=  290.93 (0-360E) glon=  290.93 glat=  33.28 u= -31.9000 v=  39.2000 vr=  -3.34016 vt=  50.42909
 i= 1148 j=  814 glon=  291.13 (0-360E) glon=  291.13 glat=  33.28 u= -24.0000 v=  41.6000 vr=  -1.26899 vt=  48.00989
 i= 1153 j=  814 glon=  291.33 (0-360E) glon=  291.33 glat=  33.28 u= -18.9000 v=  36.0000 vr=  -2.85522 vt=  40.55931
 i= 1158 j=  814 glon=  291.53 (0-360E) glon=  291.53 glat=  33.28 u= -13.9000 v=  38.7000 vr=   0.30453 vt=  41.11943
 i= 1163 j=  814 glon=  291.73 (0-360E) glon=  291.73 glat=  33.28 u=  -8.9000 v=  36.2000 vr=   2.42366 vt=  37.19914
 i= 1168 j=  814 glon=  291.93 (0-360E) glon=  291.93 glat=  33.28 u=  -6.1000 v=  34.1000 vr=   3.22178 vt=  34.49116
 i= 1173 j=  814 glon=  292.13 (0-360E) glon=  292.13 glat=  33.28 u=  -7.0000 v=  32.0000 vr=   0.85010 vt=  32.74565
 i= 1178 j=  814 glon=  292.33 (0-360E) glon=  292.33 glat=  33.28 u=  -6.3000 v=  29.7000 vr=   0.26310 vt=  30.35969
 i= 1183 j=  814 glon=  292.53 (0-360E) glon=  292.53 glat=  33.28 u=  -5.5000 v=  28.2000 vr=   0.15400 vt=  28.73093
 i= 1068 j=  819 glon=  287.93 (0-360E) glon=  287.93 glat=  33.08 u=   2.9000 v= -15.1000 vr=  -4.24648 vt=  14.77794
 i= 1073 j=  819 glon=  288.13 (0-360E) glon=  288.13 glat=  33.08 u=   1.7000 v= -17.0000 vr=  -3.38065 vt=  16.74698
 i= 1078 j=  819 glon=  288.33 (0-360E) glon=  288.33 glat=  33.08 u=   2.1000 v= -18.6000 vr=  -4.14296 vt=  18.25393
 i= 1083 j=  819 glon=  288.53 (0-360E) glon=  288.53 glat=  33.08 u=   0.2000 v= -19.7000 vr=  -2.64250 vt=  19.52299
 i= 1088 j=  819 glon=  288.73 (0-360E) glon=  288.73 glat=  33.08 u=   0.2000 v= -22.7000 vr=  -3.39537 vt=  22.44552
 i= 1093 j=  819 glon=  288.93 (0-360E) glon=  288.93 glat=  33.08 u=  -5.6000 v= -26.3000 vr=   1.25756 vt=  26.86017
 i= 1098 j=  819 glon=  289.13 (0-360E) glon=  289.13 glat=  33.08 u=  -6.8000 v= -32.0000 vr=   0.57409 vt=  32.70949
 i= 1103 j=  819 glon=  289.33 (0-360E) glon=  289.33 glat=  33.08 u= -14.3000 v= -41.2000 vr=   4.44072 vt=  43.38444
 i= 1108 j=  819 glon=  289.53 (0-360E) glon=  289.53 glat=  33.08 u= -18.6000 v= -39.5000 vr=   6.43632 vt=  43.18314
 i= 1113 j=  819 glon=  289.73 (0-360E) glon=  289.73 glat=  33.08 u= -24.1000 v= -36.6000 vr=   8.34456 vt=  43.02021
 i= 1118 j=  819 glon=  289.93 (0-360E) glon=  289.93 glat=  33.08 u= -32.3000 v= -47.5000 vr=   1.16392 vt=  57.42983
 i= 1123 j=  819 glon=  290.13 (0-360E) glon=  290.13 glat=  33.08 u= -12.0000 v=  -4.4000 vr=   2.84550 vt=  12.46046
 i= 1128 j=  819 glon=  290.33 (0-360E) glon=  290.33 glat=  33.08 u= -12.9000 v=  13.4000 vr=  10.07575 vt=  15.63487
 i= 1133 j=  819 glon=  290.53 (0-360E) glon=  290.53 glat=  33.08 u= -27.9000 v=  50.7000 vr=  12.89525 vt=  56.41465
 i= 1138 j=  819 glon=  290.73 (0-360E) glon=  290.73 glat=  33.08 u= -28.3000 v=  53.0000 vr=  -1.74692 vt=  60.05696
 i= 1143 j=  819 glon=  290.93 (0-360E) glon=  290.93 glat=  33.08 u= -15.0000 v=  43.8000 vr=   0.07006 vt=  46.29725
 i= 1148 j=  819 glon=  291.13 (0-360E) glon=  291.13 glat=  33.08 u= -14.0000 v=  45.7000 vr=  -1.93146 vt=  47.75730
 i= 1153 j=  819 glon=  291.33 (0-360E) glon=  291.33 glat=  33.08 u= -12.8000 v=  46.1000 vr=  -2.96544 vt=  47.75203
 i= 1158 j=  819 glon=  291.53 (0-360E) glon=  291.53 glat=  33.08 u= -10.1000 v=  41.2000 vr=  -2.75686 vt=  42.33025
 i= 1163 j=  819 glon=  291.73 (0-360E) glon=  291.73 glat=  33.08 u=  -7.7000 v=  36.0000 vr=  -2.20683 vt=  36.74806
 i= 1168 j=  819 glon=  291.93 (0-360E) glon=  291.93 glat=  33.08 u=  -2.2000 v=  35.5000 vr=   2.48452 vt=  35.48122
 i= 1173 j=  819 glon=  292.13 (0-360E) glon=  292.13 glat=  33.08 u=  -4.0000 v=  32.8000 vr=  -0.15147 vt=  33.04266
 i= 1178 j=  819 glon=  292.33 (0-360E) glon=  292.33 glat=  33.08 u=  -3.3000 v=  31.1000 vr=  -0.03772 vt=  31.27457
 i= 1183 j=  819 glon=  292.53 (0-360E) glon=  292.53 glat=  33.08 u=  -3.7000 v=  28.8000 vr=  -0.97210 vt=  29.02042
 i= 1068 j=  824 glon=  287.93 (0-360E) glon=  287.93 glat=  32.88 u=   5.4000 v= -15.3000 vr=  -5.26691 vt=  15.34632
 i= 1073 j=  824 glon=  288.13 (0-360E) glon=  288.13 glat=  32.88 u=   4.2000 v= -17.4000 vr=  -4.04246 vt=  17.43727
 i= 1078 j=  824 glon=  288.33 (0-360E) glon=  288.33 glat=  32.88 u=   5.7000 v= -18.9000 vr=  -5.52044 vt=  18.95322
 i= 1083 j=  824 glon=  288.53 (0-360E) glon=  288.53 glat=  32.88 u=   4.3000 v= -20.4000 vr=  -4.09486 vt=  20.44217
 i= 1088 j=  824 glon=  288.73 (0-360E) glon=  288.73 glat=  32.88 u=   6.3000 v= -22.5000 vr=  -6.05735 vt=  22.56654
 i= 1093 j=  824 glon=  288.93 (0-360E) glon=  288.93 glat=  32.88 u=   0.9000 v= -27.0000 vr=  -0.58307 vt=  27.00870
 i= 1098 j=  824 glon=  289.13 (0-360E) glon=  289.13 glat=  32.88 u=   2.7000 v= -32.9000 vr=  -2.26923 vt=  32.93252
 i= 1103 j=  824 glon=  289.33 (0-360E) glon=  289.33 glat=  32.88 u=   9.1000 v= -42.9000 vr=  -8.45211 vt=  43.03233
 i= 1108 j=  824 glon=  289.53 (0-360E) glon=  289.53 glat=  32.88 u=  -5.2000 v= -38.8000 vr=   5.90737 vt=  38.69862
 i= 1113 j=  824 glon=  289.73 (0-360E) glon=  289.73 glat=  32.88 u=  -3.6000 v= -37.3000 vr=   4.49249 vt=  37.20306
 i= 1118 j=  824 glon=  289.93 (0-360E) glon=  289.93 glat=  32.88 u=   5.8000 v= -44.3000 vr=  -4.17350 vt=  44.48271
 i= 1123 j=  824 glon=  290.13 (0-360E) glon=  290.13 glat=  32.88 u=  12.2000 v=  -9.6000 vr= -11.34220 vt=  10.59974
 i= 1128 j=  824 glon=  290.33 (0-360E) glon=  290.33 glat=  32.88 u=   8.4000 v=  10.6000 vr=   5.77479 vt=  12.22995
 i= 1133 j=  824 glon=  290.53 (0-360E) glon=  290.53 glat=  32.88 u=   7.9000 v=  40.7000 vr=   5.87226 vt=  41.04164
 i= 1138 j=  824 glon=  290.73 (0-360E) glon=  290.73 glat=  32.88 u=  -4.4000 v=  64.1000 vr=  -6.22091 vt=  63.94897
 i= 1143 j=  824 glon=  290.93 (0-360E) glon=  290.93 glat=  32.88 u=   0.4000 v=  52.0000 vr=  -0.66376 vt=  51.99730
 i= 1148 j=  824 glon=  291.13 (0-360E) glon=  291.13 glat=  32.88 u=  -4.3000 v=  50.5000 vr=  -5.12560 vt=  50.42289
 i= 1153 j=  824 glon=  291.33 (0-360E) glon=  291.33 glat=  32.88 u=  -7.9000 v=  45.2000 vr=  -8.52808 vt=  45.08572
 i= 1158 j=  824 glon=  291.53 (0-360E) glon=  291.53 glat=  32.88 u=  -2.4000 v=  40.4000 vr=  -2.89700 vt=  40.36741
 i= 1163 j=  824 glon=  291.73 (0-360E) glon=  291.73 glat=  32.88 u=  -1.4000 v=  38.8000 vr=  -1.83380 vt=  38.78192
 i= 1168 j=  824 glon=  291.93 (0-360E) glon=  291.93 glat=  32.88 u=   0.2000 v=  35.8000 vr=  -0.17083 vt=  35.80015
 i= 1173 j=  824 glon=  292.13 (0-360E) glon=  292.13 glat=  32.88 u=   0.1000 v=  33.6000 vr=  -0.22695 vt=  33.59938
 i= 1178 j=  824 glon=  292.33 (0-360E) glon=  292.33 glat=  32.88 u=  -0.9000 v=  31.0000 vr=  -1.18636 vt=  30.99036
 i= 1183 j=  824 glon=  292.53 (0-360E) glon=  292.53 glat=  32.88 u=  -0.8000 v=  29.2000 vr=  -1.05821 vt=  29.19178
 i= 1068 j=  829 glon=  287.93 (0-360E) glon=  287.93 glat=  32.68 u=   7.9000 v= -15.2000 vr=  -6.15881 vt=  15.98496
 i= 1073 j=  829 glon=  288.13 (0-360E) glon=  288.13 glat=  32.68 u=   7.2000 v= -17.2000 vr=  -5.07206 vt=  17.94308
 i= 1078 j=  829 glon=  288.33 (0-360E) glon=  288.33 glat=  32.68 u=   7.9000 v= -18.9000 vr=  -5.33713 vt=  19.77713
 i= 1083 j=  829 glon=  288.53 (0-360E) glon=  288.53 glat=  32.68 u=   9.8000 v= -19.5000 vr=  -6.85144 vt=  20.72071
 i= 1088 j=  829 glon=  288.73 (0-360E) glon=  288.73 glat=  32.68 u=   9.7000 v= -21.7000 vr=  -6.02635 vt=  22.99267
 i= 1093 j=  829 glon=  288.93 (0-360E) glon=  288.93 glat=  32.68 u=  11.4000 v= -24.2000 vr=  -6.70450 vt=  25.89690
 i= 1098 j=  829 glon=  289.13 (0-360E) glon=  289.13 glat=  32.68 u=   8.0000 v= -33.8000 vr=  -0.51424 vt=  34.73004
 i= 1103 j=  829 glon=  289.33 (0-360E) glon=  289.33 glat=  32.68 u=  18.7000 v= -30.3000 vr= -10.25738 vt=  34.09642
 i= 1108 j=  829 glon=  289.53 (0-360E) glon=  289.53 glat=  32.68 u=  24.0000 v= -37.6000 vr= -10.72782 vt=  43.29750
 i= 1113 j=  829 glon=  289.73 (0-360E) glon=  289.73 glat=  32.68 u=  11.3000 v= -33.4000 vr=   3.67644 vt=  35.06756
 i= 1118 j=  829 glon=  289.93 (0-360E) glon=  289.93 glat=  32.68 u=  28.3000 v= -32.0000 vr=  -4.17559 vt=  42.51417
 i= 1123 j=  829 glon=  290.13 (0-360E) glon=  290.13 glat=  32.68 u=  43.4000 v= -17.7000 vr=  -6.65085 vt=  46.39629
 i= 1128 j=  829 glon=  290.33 (0-360E) glon=  290.33 glat=  32.68 u=  39.5000 v=   8.4000 vr=   0.01333 vt=  40.38329
 i= 1133 j=  829 glon=  290.53 (0-360E) glon=  290.53 glat=  32.68 u=  37.1000 v=  39.6000 vr=  -1.47291 vt=  54.24390
 i= 1138 j=  829 glon=  290.73 (0-360E) glon=  290.73 glat=  32.68 u=  24.2000 v=  54.7000 vr=  -5.31786 vt=  59.57726
 i= 1143 j=  829 glon=  290.93 (0-360E) glon=  290.93 glat=  32.68 u=  19.8000 v=  48.4000 vr=   1.09343 vt=  52.28197
 i= 1148 j=  829 glon=  291.13 (0-360E) glon=  291.13 glat=  32.68 u=   6.3000 v=  49.5000 vr=  -7.98609 vt=  49.25609
 i= 1153 j=  829 glon=  291.33 (0-360E) glon=  291.33 glat=  32.68 u=   1.7000 v=  42.9000 vr=  -8.36814 vt=  42.11026
 i= 1158 j=  829 glon=  291.53 (0-360E) glon=  291.53 glat=  32.68 u=   2.5000 v=  40.7000 vr=  -5.63731 vt=  40.38515
 i= 1163 j=  829 glon=  291.73 (0-360E) glon=  291.73 glat=  32.68 u=   4.3000 v=  38.7000 vr=  -2.46198 vt=  38.86025
 i= 1168 j=  829 glon=  291.93 (0-360E) glon=  291.93 glat=  32.68 u=   0.8000 v=  34.6000 vr=  -4.51918 vt=  34.31293
 i= 1173 j=  829 glon=  292.13 (0-360E) glon=  292.13 glat=  32.68 u=   4.5000 v=  33.6000 vr=  -0.18166 vt=  33.89951
 i= 1178 j=  829 glon=  292.33 (0-360E) glon=  292.33 glat=  32.68 u=   1.8000 v=  30.2000 vr=  -2.00884 vt=  30.18683
 i= 1183 j=  829 glon=  292.53 (0-360E) glon=  292.53 glat=  32.68 u=   1.7000 v=  28.8000 vr=  -1.63682 vt=  28.80366
 i= 1068 j=  834 glon=  287.93 (0-360E) glon=  287.93 glat=  32.48 u=   9.2000 v= -15.4000 vr=  -5.78261 vt=  16.98121
 i= 1073 j=  834 glon=  288.13 (0-360E) glon=  288.13 glat=  32.48 u=  10.4000 v= -16.4000 vr=  -6.41773 vt=  18.32847
 i= 1078 j=  834 glon=  288.33 (0-360E) glon=  288.33 glat=  32.48 u=  10.4000 v= -18.6000 vr=  -5.47550 vt=  20.59463
 i= 1083 j=  834 glon=  288.53 (0-360E) glon=  288.53 glat=  32.48 u=  12.2000 v= -18.2000 vr=  -6.77176 vt=  20.83802
 i= 1088 j=  834 glon=  288.73 (0-360E) glon=  288.73 glat=  32.48 u=  14.2000 v= -20.2000 vr=  -7.38347 vt=  23.56192
 i= 1093 j=  834 glon=  288.93 (0-360E) glon=  288.93 glat=  32.48 u=  16.8000 v= -21.8000 vr=  -8.29080 vt=  26.24391
 i= 1098 j=  834 glon=  289.13 (0-360E) glon=  289.13 glat=  32.48 u=  16.4000 v= -23.6000 vr=  -5.77986 vt=  28.15161
 i= 1103 j=  834 glon=  289.33 (0-360E) glon=  289.33 glat=  32.48 u=  19.3000 v= -32.5000 vr=  -2.18989 vt=  37.73519
 i= 1108 j=  834 glon=  289.53 (0-360E) glon=  289.53 glat=  32.48 u=  30.3000 v= -24.5000 vr= -11.90592 vt=  37.10241
 i= 1113 j=  834 glon=  289.73 (0-360E) glon=  289.73 glat=  32.48 u=  37.0000 v= -27.3000 vr=  -9.37866 vt=  45.01478
 i= 1118 j=  834 glon=  289.93 (0-360E) glon=  289.93 glat=  32.48 u=  32.8000 v= -21.2000 vr=  -1.69242 vt=  39.01815
 i= 1123 j=  834 glon=  290.13 (0-360E) glon=  290.13 glat=  32.48 u=  42.3000 v= -10.9000 vr=  -1.72826 vt=  43.64760
 i= 1128 j=  834 glon=  290.33 (0-360E) glon=  290.33 glat=  32.48 u=  47.0000 v=   8.6000 vr=  -3.44371 vt=  47.65607
 i= 1133 j=  834 glon=  290.53 (0-360E) glon=  290.53 glat=  32.48 u=  47.6000 v=  23.5000 vr=   1.05900 vt=  53.07437
 i= 1138 j=  834 glon=  290.73 (0-360E) glon=  290.73 glat=  32.48 u=  37.1000 v=  35.9000 vr=  -1.08812 vt=  51.61430
 i= 1143 j=  834 glon=  290.93 (0-360E) glon=  290.93 glat=  32.48 u=  29.6000 v=  36.8000 vr=   1.63624 vt=  47.19876
 i= 1148 j=  834 glon=  291.13 (0-360E) glon=  291.13 glat=  32.48 u=  15.0000 v=  42.3000 vr=  -8.05295 vt=  44.15246
 i= 1153 j=  834 glon=  291.33 (0-360E) glon=  291.33 glat=  32.48 u=  12.0000 v=  41.6000 vr=  -6.69332 vt=  42.77569
 i= 1158 j=  834 glon=  291.53 (0-360E) glon=  291.53 glat=  32.48 u=   6.6000 v=  37.8000 vr=  -7.66611 vt=  37.59828
 i= 1163 j=  834 glon=  291.73 (0-360E) glon=  291.73 glat=  32.48 u=   8.4000 v=  35.4000 vr=  -3.42056 vt=  36.22181
 i= 1168 j=  834 glon=  291.93 (0-360E) glon=  291.93 glat=  32.48 u=   6.5000 v=  33.5000 vr=  -3.37365 vt=  33.95760
 i= 1173 j=  834 glon=  292.13 (0-360E) glon=  292.13 glat=  32.48 u=   6.3000 v=  31.2000 vr=  -1.98336 vt=  31.76785
 i= 1178 j=  834 glon=  292.33 (0-360E) glon=  292.33 glat=  32.48 u=   4.8000 v=  29.3000 vr=  -2.24089 vt=  29.60588
 i= 1183 j=  834 glon=  292.53 (0-360E) glon=  292.53 glat=  32.48 u=   3.8000 v=  27.8000 vr=  -2.31148 vt=  27.96314
 i= 1073 j=  839 glon=  288.13 (0-360E) glon=  288.13 glat=  32.28 u=  12.3000 v= -16.0000 vr=  -6.44255 vt=  19.12547
 i= 1078 j=  839 glon=  288.33 (0-360E) glon=  288.33 glat=  32.28 u=  13.3000 v= -17.6000 vr=  -6.23009 vt=  21.16213
 i= 1083 j=  839 glon=  288.53 (0-360E) glon=  288.53 glat=  32.28 u=  14.5000 v= -18.3000 vr=  -6.29062 vt=  22.48484
 i= 1088 j=  839 glon=  288.73 (0-360E) glon=  288.73 glat=  32.28 u=  15.5000 v= -18.3000 vr=  -6.18996 vt=  23.16947
 i= 1093 j=  839 glon=  288.93 (0-360E) glon=  288.93 glat=  32.28 u=  18.8000 v= -19.5000 vr=  -7.23514 vt=  26.10254
 i= 1098 j=  839 glon=  289.13 (0-360E) glon=  289.13 glat=  32.28 u=  19.7000 v= -21.1000 vr=  -5.30753 vt=  28.37482
 i= 1103 j=  839 glon=  289.33 (0-360E) glon=  289.33 glat=  32.28 u=  21.5000 v= -21.6000 vr=  -3.87895 vt=  30.22853
 i= 1108 j=  839 glon=  289.53 (0-360E) glon=  289.53 glat=  32.28 u=  28.1000 v= -24.5000 vr=  -3.04036 vt=  37.15664
 i= 1113 j=  839 glon=  289.73 (0-360E) glon=  289.73 glat=  32.28 u=  35.3000 v= -19.0000 vr=  -6.04379 vt=  39.63032
 i= 1118 j=  839 glon=  289.93 (0-360E) glon=  289.93 glat=  32.28 u=  42.7000 v= -10.7000 vr=  -8.74269 vt=  43.14331
 i= 1123 j=  839 glon=  290.13 (0-360E) glon=  290.13 glat=  32.28 u=  45.8000 v=  -6.3000 vr=  -2.89581 vt=  46.14048
 i= 1128 j=  839 glon=  290.33 (0-360E) glon=  290.33 glat=  32.28 u=  47.9000 v=   5.9000 vr=  -2.37238 vt=  48.20365
 i= 1133 j=  839 glon=  290.53 (0-360E) glon=  290.53 glat=  32.28 u=  44.0000 v=  16.7000 vr=  -1.26783 vt=  47.04554
 i= 1138 j=  839 glon=  290.73 (0-360E) glon=  290.73 glat=  32.28 u=  40.8000 v=  18.7000 vr=   5.74300 vt=  44.51233
 i= 1143 j=  839 glon=  290.93 (0-360E) glon=  290.93 glat=  32.28 u=  30.8000 v=  32.3000 vr=  -3.42818 vt=  44.49919
 i= 1148 j=  839 glon=  291.13 (0-360E) glon=  291.13 glat=  32.28 u=  17.7000 v=  39.1000 vr= -11.89526 vt=  41.23837
 i= 1153 j=  839 glon=  291.33 (0-360E) glon=  291.33 glat=  32.28 u=  17.5000 v=  35.0000 vr=  -5.51127 vt=  38.74114
 i= 1158 j=  839 glon=  291.53 (0-360E) glon=  291.53 glat=  32.28 u=  11.7000 v=  34.2000 vr=  -7.08998 vt=  35.44379
 i= 1163 j=  839 glon=  291.73 (0-360E) glon=  291.73 glat=  32.28 u=  11.0000 v=  32.0000 vr=  -4.54573 vt=  33.53112
 i= 1168 j=  839 glon=  291.93 (0-360E) glon=  291.93 glat=  32.28 u=  10.2000 v=  31.3000 vr=  -3.34632 vt=  32.74954
 i= 1173 j=  839 glon=  292.13 (0-360E) glon=  292.13 glat=  32.28 u=   9.6000 v=  29.5000 vr=  -1.93286 vt=  30.96246
 i= 1178 j=  839 glon=  292.33 (0-360E) glon=  292.33 glat=  32.28 u=   7.1000 v=  28.0000 vr=  -2.75817 vt=  28.75417
 i= 1183 j=  839 glon=  292.53 (0-360E) glon=  292.53 glat=  32.28 u=   5.5000 v=  26.9000 vr=  -3.14013 vt=  27.27636
 i= 1073 j=  844 glon=  288.13 (0-360E) glon=  288.13 glat=  32.08 u=  13.1000 v= -15.3000 vr=  -5.61010 vt=  19.34494
 i= 1078 j=  844 glon=  288.33 (0-360E) glon=  288.33 glat=  32.08 u=  14.9000 v= -16.1000 vr=  -6.14011 vt=  21.05989
 i= 1083 j=  844 glon=  288.53 (0-360E) glon=  288.53 glat=  32.08 u=  16.4000 v= -17.7000 vr=  -5.74315 vt=  23.43643
 i= 1088 j=  844 glon=  288.73 (0-360E) glon=  288.73 glat=  32.08 u=  18.1000 v= -17.0000 vr=  -6.31760 vt=  24.01453
 i= 1093 j=  844 glon=  288.93 (0-360E) glon=  288.93 glat=  32.08 u=  18.5000 v= -17.4000 vr=  -4.87552 vt=  24.92467
 i= 1098 j=  844 glon=  289.13 (0-360E) glon=  289.13 glat=  32.08 u=  20.9000 v= -17.9000 vr=  -4.45045 vt=  27.15536
 i= 1103 j=  844 glon=  289.33 (0-360E) glon=  289.33 glat=  32.08 u=  24.8000 v= -18.0000 vr=  -4.51657 vt=  30.30908
 i= 1108 j=  844 glon=  289.53 (0-360E) glon=  289.53 glat=  32.08 u=  27.8000 v= -18.8000 vr=  -2.15533 vt=  33.49081
 i= 1113 j=  844 glon=  289.73 (0-360E) glon=  289.73 glat=  32.08 u=  29.7000 v= -16.3000 vr=  -0.47634 vt=  33.87555
 i= 1118 j=  844 glon=  289.93 (0-360E) glon=  289.93 glat=  32.08 u=  33.8000 v= -10.7000 vr=  -1.37735 vt=  35.42644
 i= 1123 j=  844 glon=  290.13 (0-360E) glon=  290.13 glat=  32.08 u=  37.7000 v=  -4.9000 vr=  -0.83145 vt=  38.00801
 i= 1128 j=  844 glon=  290.33 (0-360E) glon=  290.33 glat=  32.08 u=  38.4000 v=   0.8000 vr=   1.32538 vt=  38.38546
 i= 1133 j=  844 glon=  290.53 (0-360E) glon=  290.53 glat=  32.08 u=  38.8000 v=   7.2000 vr=   2.90753 vt=  39.35513
 i= 1138 j=  844 glon=  290.73 (0-360E) glon=  290.73 glat=  32.08 u=  34.9000 v=  15.1000 vr=   1.19636 vt=  38.00775
 i= 1143 j=  844 glon=  290.93 (0-360E) glon=  290.93 glat=  32.08 u=  32.9000 v=  22.2000 vr=   0.08171 vt=  39.68934
 i= 1148 j=  844 glon=  291.13 (0-360E) glon=  291.13 glat=  32.08 u=  24.3000 v=  31.6000 vr=  -7.56808 vt=  39.13789
 i= 1153 j=  844 glon=  291.33 (0-360E) glon=  291.33 glat=  32.08 u=  20.2000 v=  31.0000 vr=  -6.05685 vt=  36.50143
 i= 1158 j=  844 glon=  291.53 (0-360E) glon=  291.53 glat=  32.08 u=  15.6000 v=  29.8000 vr=  -5.84637 vt=  33.12431
 i= 1163 j=  844 glon=  291.73 (0-360E) glon=  291.73 glat=  32.08 u=  12.8000 v=  29.1000 vr=  -5.47667 vt=  31.31543
 i= 1168 j=  844 glon=  291.93 (0-360E) glon=  291.93 glat=  32.08 u=  12.2000 v=  28.1000 vr=  -3.68775 vt=  30.41135
 i= 1173 j=  844 glon=  292.13 (0-360E) glon=  292.13 glat=  32.08 u=  11.9000 v=  27.9000 vr=  -2.40657 vt=  30.23621
 i= 1178 j=  844 glon=  292.33 (0-360E) glon=  292.33 glat=  32.08 u=   8.9000 v=  26.7000 vr=  -3.38815 vt=  27.93959
 i= 1078 j=  849 glon=  288.33 (0-360E) glon=  288.33 glat=  31.88 u=  15.4000 v= -15.0000 vr=  -5.17012 vt=  20.86696
 i= 1083 j=  849 glon=  288.53 (0-360E) glon=  288.53 glat=  31.88 u=  17.6000 v= -15.4000 vr=  -5.72372 vt=  22.67508
 i= 1088 j=  849 glon=  288.73 (0-360E) glon=  288.73 glat=  31.88 u=  19.2000 v= -16.3000 vr=  -5.12272 vt=  24.65943
 i= 1093 j=  849 glon=  288.93 (0-360E) glon=  288.93 glat=  31.88 u=  20.7000 v= -15.4000 vr=  -5.16530 vt=  25.27785
 i= 1098 j=  849 glon=  289.13 (0-360E) glon=  289.13 glat=  31.88 u=  23.4000 v= -14.1000 vr=  -5.93823 vt=  26.66660
 i= 1103 j=  849 glon=  289.33 (0-360E) glon=  289.33 glat=  31.88 u=  26.9000 v= -12.5000 vr=  -6.82288 vt=  28.86708
 i= 1108 j=  849 glon=  289.53 (0-360E) glon=  289.53 glat=  31.88 u=  31.3000 v= -10.8000 vr=  -7.35063 vt=  32.28464
 i= 1113 j=  849 glon=  289.73 (0-360E) glon=  289.73 glat=  31.88 u=  30.4000 v= -12.7000 vr=  -1.03846 vt=  32.92980
 i= 1118 j=  849 glon=  289.93 (0-360E) glon=  289.93 glat=  31.88 u=  31.0000 v=  -9.1000 vr=   0.14081 vt=  32.30774
 i= 1123 j=  849 glon=  290.13 (0-360E) glon=  290.13 glat=  31.88 u=  33.4000 v=  -7.0000 vr=   2.89667 vt=  34.00249
 i= 1128 j=  849 glon=  290.33 (0-360E) glon=  290.33 glat=  31.88 u=  36.8000 v=   2.4000 vr=  -0.76311 vt=  36.87028
 i= 1133 j=  849 glon=  290.53 (0-360E) glon=  290.53 glat=  31.88 u=  37.8000 v=  15.2000 vr=  -7.06441 vt=  40.12448
 i= 1138 j=  849 glon=  290.73 (0-360E) glon=  290.73 glat=  31.88 u=  30.1000 v=  16.7000 vr=  -4.98861 vt=  34.05897
 i= 1143 j=  849 glon=  290.93 (0-360E) glon=  290.93 glat=  31.88 u=  30.2000 v=  18.5000 vr=  -1.81859 vt=  35.36923
 i= 1148 j=  849 glon=  291.13 (0-360E) glon=  291.13 glat=  31.88 u=  23.3000 v=  25.5000 vr=  -7.30006 vt=  33.76165
 i= 1153 j=  849 glon=  291.33 (0-360E) glon=  291.33 glat=  31.88 u=  22.1000 v=  25.1000 vr=  -4.31914 vt=  33.16270
 i= 1158 j=  849 glon=  291.53 (0-360E) glon=  291.53 glat=  31.88 u=  16.6000 v=  26.6000 vr=  -6.45144 vt=  30.68385
 i= 1163 j=  849 glon=  291.73 (0-360E) glon=  291.73 glat=  31.88 u=  15.1000 v=  25.9000 vr=  -4.90548 vt=  29.57628
 i= 1168 j=  849 glon=  291.93 (0-360E) glon=  291.93 glat=  31.88 u=  12.9000 v=  25.6000 vr=  -4.66795 vt=  28.28392
 i= 1173 j=  849 glon=  292.13 (0-360E) glon=  292.13 glat=  31.88 u=  13.2000 v=  26.0000 vr=  -3.13819 vt=  28.98951
 i= 1178 j=  849 glon=  292.33 (0-360E) glon=  292.33 glat=  31.88 u=  10.7000 v=  25.3000 vr=  -3.62365 vt=  27.22956
 i= 1083 j=  854 glon=  288.53 (0-360E) glon=  288.53 glat=  31.68 u=  17.5000 v= -14.3000 vr=  -4.37771 vt=  22.17150
 i= 1088 j=  854 glon=  288.73 (0-360E) glon=  288.73 glat=  31.68 u=  20.1000 v= -13.8000 vr=  -5.28887 vt=  23.80080
 i= 1093 j=  854 glon=  288.93 (0-360E) glon=  288.93 glat=  31.68 u=  22.3000 v= -13.7000 vr=  -5.21744 vt=  25.64680
 i= 1098 j=  854 glon=  289.13 (0-360E) glon=  289.13 glat=  31.68 u=  23.6000 v= -12.9000 vr=  -4.61181 vt=  26.49719
 i= 1103 j=  854 glon=  289.33 (0-360E) glon=  289.33 glat=  31.68 u=  26.0000 v= -10.0000 vr=  -5.93712 vt=  27.21673
 i= 1108 j=  854 glon=  289.53 (0-360E) glon=  289.53 glat=  31.68 u=  27.8000 v=  -6.6000 vr=  -6.95336 vt=  27.71373
 i= 1113 j=  854 glon=  289.73 (0-360E) glon=  289.73 glat=  31.68 u=  28.6000 v=  -4.2000 vr=  -6.24087 vt=  28.22502
 i= 1118 j=  854 glon=  289.93 (0-360E) glon=  289.93 glat=  31.68 u=  29.9000 v=  -2.2000 vr=  -4.87329 vt=  29.58211
 i= 1123 j=  854 glon=  290.13 (0-360E) glon=  290.13 glat=  31.68 u=  34.0000 v=   0.9000 vr=  -4.34789 vt=  33.73286
 i= 1128 j=  854 glon=  290.33 (0-360E) glon=  290.33 glat=  31.68 u=  33.0000 v=   7.1000 vr=  -5.87052 vt=  33.24074
 i= 1133 j=  854 glon=  290.53 (0-360E) glon=  290.53 glat=  31.68 u=  33.6000 v=   9.7000 vr=  -3.71805 vt=  34.77393
 i= 1138 j=  854 glon=  290.73 (0-360E) glon=  290.73 glat=  31.68 u=  29.5000 v=  12.7000 vr=  -3.23696 vt=  31.95406
 i= 1143 j=  854 glon=  290.93 (0-360E) glon=  290.93 glat=  31.68 u=  27.7000 v=  18.1000 vr=  -5.01783 vt=  32.70660
 i= 1148 j=  854 glon=  291.13 (0-360E) glon=  291.13 glat=  31.68 u=  23.5000 v=  21.3000 vr=  -6.32815 vt=  31.07884
 i= 1153 j=  854 glon=  291.33 (0-360E) glon=  291.33 glat=  31.68 u=  21.3000 v=  22.7000 vr=  -5.73850 vt=  30.59493
 i= 1158 j=  854 glon=  291.53 (0-360E) glon=  291.53 glat=  31.68 u=  17.6000 v=  24.0000 vr=  -6.55164 vt=  29.03164
 i= 1163 j=  854 glon=  291.73 (0-360E) glon=  291.73 glat=  31.68 u=  16.2000 v=  24.0000 vr=  -5.39997 vt=  28.44785
 i= 1168 j=  854 glon=  291.93 (0-360E) glon=  291.93 glat=  31.68 u=  14.3000 v=  23.4000 vr=  -4.61340 vt=  27.03269
 i= 1173 j=  854 glon=  292.13 (0-360E) glon=  292.13 glat=  31.68 u=  13.9000 v=  23.9000 vr=  -3.73036 vt=  27.39534
 i= 1088 j=  859 glon=  288.73 (0-360E) glon=  288.73 glat=  31.48 u=  19.5000 v= -12.5000 vr=  -4.01994 vt=  22.81096
 i= 1093 j=  859 glon=  288.93 (0-360E) glon=  288.93 glat=  31.48 u=  21.4000 v= -11.9000 vr=  -4.11785 vt=  24.13738
 i= 1098 j=  859 glon=  289.13 (0-360E) glon=  289.13 glat=  31.48 u=  24.0000 v= -10.6000 vr=  -4.80180 vt=  25.79346
 i= 1103 j=  859 glon=  289.33 (0-360E) glon=  289.33 glat=  31.48 u=  26.0000 v=  -9.2000 vr=  -4.78164 vt=  27.16203
 i= 1108 j=  859 glon=  289.53 (0-360E) glon=  289.53 glat=  31.48 u=  27.5000 v=  -7.1000 vr=  -4.71503 vt=  28.00765
 i= 1113 j=  859 glon=  289.73 (0-360E) glon=  289.73 glat=  31.48 u=  28.6000 v=  -4.7000 vr=  -4.41107 vt=  28.64598
 i= 1118 j=  859 glon=  289.93 (0-360E) glon=  289.93 glat=  31.48 u=  29.4000 v=  -1.7000 vr=  -4.29897 vt=  29.13364
 i= 1123 j=  859 glon=  290.13 (0-360E) glon=  290.13 glat=  31.48 u=  29.9000 v=   2.4000 vr=  -5.00148 vt=  29.57626
 i= 1128 j=  859 glon=  290.33 (0-360E) glon=  290.33 glat=  31.48 u=  30.0000 v=   7.2000 vr=  -6.24025 vt=  30.21422
 i= 1133 j=  859 glon=  290.53 (0-360E) glon=  290.53 glat=  31.48 u=  29.1000 v=  10.4000 vr=  -5.92646 vt=  30.32898
 i= 1138 j=  859 glon=  290.73 (0-360E) glon=  290.73 glat=  31.48 u=  27.5000 v=  13.9000 vr=  -6.22639 vt=  30.17767
 i= 1143 j=  859 glon=  290.93 (0-360E) glon=  290.93 glat=  31.48 u=  23.8000 v=  16.5000 vr=  -6.71828 vt=  28.17010
 i= 1148 j=  859 glon=  291.13 (0-360E) glon=  291.13 glat=  31.48 u=  22.6000 v=  19.1000 vr=  -6.75833 vt=  28.80790
 i= 1153 j=  859 glon=  291.33 (0-360E) glon=  291.33 glat=  31.48 u=  20.0000 v=  21.0000 vr=  -7.13548 vt=  28.10845
 i= 1158 j=  859 glon=  291.53 (0-360E) glon=  291.53 glat=  31.48 u=  18.2000 v=  21.5000 vr=  -6.32457 vt=  27.44977
 i= 1163 j=  859 glon=  291.73 (0-360E) glon=  291.73 glat=  31.48 u=  17.9000 v=  20.7000 vr=  -3.92841 vt=  27.08261
 i= 1168 j=  859 glon=  291.93 (0-360E) glon=  291.93 glat=  31.48 u=  15.3000 v=  21.4000 vr=  -4.51681 vt=  25.91618
 i= 1093 j=  864 glon=  288.93 (0-360E) glon=  288.93 glat=  31.28 u=  21.2000 v=  -9.8000 vr=  -4.18647 vt=  22.97724
 i= 1098 j=  864 glon=  289.13 (0-360E) glon=  289.13 glat=  31.28 u=  22.2000 v=  -9.5000 vr=  -3.26829 vt=  23.92506
 i= 1103 j=  864 glon=  289.33 (0-360E) glon=  289.33 glat=  31.28 u=  24.0000 v=  -8.2000 vr=  -3.30322 vt=  25.14615
 i= 1108 j=  864 glon=  289.53 (0-360E) glon=  289.53 glat=  31.28 u=  25.5000 v=  -6.2000 vr=  -3.50672 vt=  26.00755
 i= 1113 j=  864 glon=  289.73 (0-360E) glon=  289.73 glat=  31.28 u=  26.8000 v=  -3.8000 vr=  -3.72070 vt=  26.81112
 i= 1118 j=  864 glon=  289.93 (0-360E) glon=  289.93 glat=  31.28 u=  28.0000 v=  -0.8000 vr=  -4.21390 vt=  27.69265
 i= 1123 j=  864 glon=  290.13 (0-360E) glon=  290.13 glat=  31.28 u=  28.3000 v=   2.8000 vr=  -4.95895 vt=  28.00248
 i= 1128 j=  864 glon=  290.33 (0-360E) glon=  290.33 glat=  31.28 u=  27.9000 v=   6.1000 vr=  -5.31836 vt=  28.05949
 i= 1133 j=  864 glon=  290.53 (0-360E) glon=  290.53 glat=  31.28 u=  26.7000 v=   9.4000 vr=  -5.80659 vt=  27.70439
 i= 1138 j=  864 glon=  290.73 (0-360E) glon=  290.73 glat=  31.28 u=  24.8000 v=  12.6000 vr=  -6.53155 vt=  27.03958
 i= 1143 j=  864 glon=  290.93 (0-360E) glon=  290.93 glat=  31.28 u=  23.3000 v=  15.0000 vr=  -6.65292 vt=  26.90035
 i= 1148 j=  864 glon=  291.13 (0-360E) glon=  291.13 glat=  31.28 u=  21.5000 v=  16.5000 vr=  -6.29994 vt=  26.35926
 i= 1153 j=  864 glon=  291.33 (0-360E) glon=  291.33 glat=  31.28 u=  19.7000 v=  17.4000 vr=  -5.73397 vt=  25.65096
 i= 1158 j=  864 glon=  291.53 (0-360E) glon=  291.53 glat=  31.28 u=  19.1000 v=  17.9000 vr=  -4.50535 vt=  25.78608
 i= 1103 j=  869 glon=  289.33 (0-360E) glon=  289.33 glat=  31.08 u=  23.4000 v=  -6.5000 vr=  -3.49136 vt=  24.03374
 i= 1108 j=  869 glon=  289.53 (0-360E) glon=  289.53 glat=  31.08 u=  24.4000 v=  -5.0000 vr=  -3.29344 vt=  24.68832
 i= 1113 j=  869 glon=  289.73 (0-360E) glon=  289.73 glat=  31.08 u=  25.4000 v=  -2.9000 vr=  -3.45962 vt=  25.32984
 i= 1118 j=  869 glon=  289.93 (0-360E) glon=  289.93 glat=  31.08 u=  26.1000 v=  -0.2000 vr=  -3.96539 vt=  25.79778
 i= 1123 j=  869 glon=  290.13 (0-360E) glon=  290.13 glat=  31.08 u=  26.2000 v=   2.8000 vr=  -4.58026 vt=  25.94805
 i= 1128 j=  869 glon=  290.33 (0-360E) glon=  290.33 glat=  31.08 u=  25.7000 v=   5.6000 vr=  -4.95936 vt=  25.83127
 i= 1133 j=  869 glon=  290.53 (0-360E) glon=  290.53 glat=  31.08 u=  24.7000 v=   8.2000 vr=  -5.24681 vt=  25.49119
 i= 1138 j=  869 glon=  290.73 (0-360E) glon=  290.73 glat=  31.08 u=  23.5000 v=  10.6000 vr=  -5.51336 vt=  25.18358
 i= 1143 j=  869 glon=  290.93 (0-360E) glon=  290.93 glat=  31.08 u=  21.9000 v=  13.0000 vr=  -6.05900 vt=  24.73658
 i= 1148 j=  869 glon=  291.13 (0-360E) glon=  291.13 glat=  31.08 u=  20.7000 v=  14.4000 vr=  -5.73611 vt=  24.55498
 i= 1153 j=  869 glon=  291.33 (0-360E) glon=  291.33 glat=  31.08 u=  19.8000 v=  15.5000 vr=  -5.19841 vt=  24.60217
 i= 1123 j=  874 glon=  290.13 (0-360E) glon=  290.13 glat=  30.88 u=  24.4000 v=   3.3000 vr=  -4.79370 vt=  24.15099
 i= 1128 j=  874 glon=  290.33 (0-360E) glon=  290.33 glat=  30.88 u=  24.1000 v=   5.7000 vr=  -5.15872 vt=  24.22164
 i= 1133 j=  874 glon=  290.53 (0-360E) glon=  290.53 glat=  30.88 u=  23.1000 v=   8.1000 vr=  -5.61057 vt=  23.82733
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.5614877412547       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     54.50 kts
    LL Wind Circ Vt mean quadmax value: SE     55.16 kts
    LL Wind Circ Vt mean quadmax value: SW     52.25 kts
    LL Wind Circ Vt mean quadmax value: NW     52.11 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   9.63134405171385       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    32.9364142343136     
   xcenlon=    290.257244793817     
   imax=         2738  jmax=         2041
   jlatfix=          822
   ilonfix (unadjusted) =         1127
  
 In get_max_wind, ibeg=         1045  iend=         1208
                  jbeg=          754  jend=          891
         ilonfix=         1127  jlatfix=          822
 At end of get_max_wind, vmax=    49.8517773003130       rmax= 
   21.9590050722663     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.04 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.09 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.99 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   11.32 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.17 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   18.38 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   24.48 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   31.92 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   38.10 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   41.82 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   43.07 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   42.94 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   42.13 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   41.03 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   39.78 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   38.60 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   37.47 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   36.44 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   35.49 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.66 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.89 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.18 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   32.47 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   31.77 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   31.11 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   30.46 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   29.80 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   29.09 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   28.35 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   27.65 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   27.07 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   26.57 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   26.10 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   25.63 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   25.12 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   24.64 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   24.20 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   23.79 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   23.42 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.08 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   22.74 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   22.38 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    43.07 m/s   maxrmw_dist=    33.00  km   maxrmw_ix=   11
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    33.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    43.0656153868926      
  (m/s)   (in kts)=    83.6635710121162     
  rising_sum_dvdr=       37.0305270494521     
  declining_sum_dvdr=   -13.9709207148522     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    42 igrct=  1 Vmax (m/s)=   49.852   22:21:43
 TIMING: before call  getradii, fhr=    42 igrct=  1   22:21:43
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    4.97469911512648     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.97469911512648     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.1757273077191     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.1757273077191     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.8943803146470     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.8943803146470     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.9561085215706     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   10.96 good_quad_ct=   4 mean_vt_4quad=      2.74
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.25 mean_vt_4quad=    8.63
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.26 mean_vt_4quad=    8.70
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.24 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.26 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.27 mean_vt_4quad=    8.91
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.34 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.41 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.46 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.50 mean_vt_4quad=    9.19
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.53 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.57 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.61 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.65 mean_vt_4quad=    9.49
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.66 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.66 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.68 mean_vt_4quad=    9.73
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.76 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.84 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.94 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.08 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.21 mean_vt_4quad=   10.18
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.32 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.42 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.52 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.58 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.65 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.73 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.81 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.87 mean_vt_4quad=   10.94
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.96 mean_vt_4quad=   11.04
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.03 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.12 mean_vt_4quad=   11.25
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.23 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.34 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.45 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.55 mean_vt_4quad=   11.66
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.63 mean_vt_4quad=   11.76
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.68 mean_vt_4quad=   11.86
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.76 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.89 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.03 mean_vt_4quad=   12.18
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.17 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.29 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.42 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.54 mean_vt_4quad=   12.61
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.68 mean_vt_4quad=   12.72
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.83 mean_vt_4quad=   12.83
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.97 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.12 mean_vt_4quad=   13.06
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.27 mean_vt_4quad=   13.18
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.43 mean_vt_4quad=   13.31
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.58 mean_vt_4quad=   13.43
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.56 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.68 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.81 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.94 .... 0.5*v_holland=    6.21
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    216.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   116.553600000000     
 vradius(iwindix,iquad) =         117
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.58 mean_vt_4quad=   13.43
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.73 mean_vt_4quad=   13.56
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.93 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.13 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.35 mean_vt_4quad=   13.94
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.54 mean_vt_4quad=   14.08
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.71 mean_vt_4quad=   14.22
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.93 mean_vt_4quad=   14.37
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.20 mean_vt_4quad=   14.53
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.49 mean_vt_4quad=   14.70
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.72 mean_vt_4quad=   14.87
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.84 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.87 mean_vt_4quad=   15.21
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.93 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.06 mean_vt_4quad=   15.57
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.26 mean_vt_4quad=   15.77
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.52 mean_vt_4quad=   15.98
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.75 mean_vt_4quad=   16.19
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.94 mean_vt_4quad=   16.40
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.10 mean_vt_4quad=   16.61
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.27 mean_vt_4quad=   16.83
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.54 mean_vt_4quad=   17.06
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.93 mean_vt_4quad=   17.29
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.36 mean_vt_4quad=   17.54
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.83 mean_vt_4quad=   17.80
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.34 mean_vt_4quad=   18.06
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   24.00 mean_vt_4quad=   18.33
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.65 mean_vt_4quad=   18.60
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   25.23 mean_vt_4quad=   18.87
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   25.66 mean_vt_4quad=   19.16
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   26.02 mean_vt_4quad=   19.48
  
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   26.02 mean_vt_4quad=   19.48
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   26.39 mean_vt_4quad=   19.83
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   26.83 mean_vt_4quad=   20.18
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   27.37 mean_vt_4quad=   20.53
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.95 mean_vt_4quad=   20.89
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   28.45 mean_vt_4quad=   21.25
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   29.05 mean_vt_4quad=   21.63
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   29.67 mean_vt_4quad=   22.03
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   30.17 mean_vt_4quad=   22.45
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   30.58 mean_vt_4quad=   22.89
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.97 mean_vt_4quad=   23.34
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   31.38 mean_vt_4quad=   23.78
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.95 mean_vt_4quad=   24.26
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   32.79 mean_vt_4quad=   24.82
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   33.52 mean_vt_4quad=   25.44
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.14 mean_vt_4quad=    8.63
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.22 mean_vt_4quad=    8.70
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.27 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.33 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.40 mean_vt_4quad=    8.91
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.45 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.50 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.55 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.63 mean_vt_4quad=    9.19
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.72 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.79 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.88 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.96 mean_vt_4quad=    9.49
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.03 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.12 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.19 mean_vt_4quad=    9.73
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.29 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.40 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.52 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.63 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.73 mean_vt_4quad=   10.18
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.82 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.91 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.00 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.08 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.17 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.27 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.37 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.47 mean_vt_4quad=   10.94
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.53 mean_vt_4quad=   11.04
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.57 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.67 mean_vt_4quad=   11.25
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.78 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.90 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.98 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   16.07 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   16.17 mean_vt_4quad=   11.76
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.26 mean_vt_4quad=   11.86
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.35 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.42 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.49 mean_vt_4quad=   12.18
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.59 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.71 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.84 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.94 mean_vt_4quad=   12.61
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.08 mean_vt_4quad=   12.72
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.22 mean_vt_4quad=   12.83
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.34 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.52 mean_vt_4quad=   13.06
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.06 .... 0.5*v_holland=    5.96
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   13.18 .... 0.5*v_holland=    5.96
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   13.31 .... 0.5*v_holland=    5.96
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    5.96
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.56 .... 0.5*v_holland=    5.96
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    225.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   121.410000000000     
 vradius(iwindix,iquad) =         121
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.52 mean_vt_4quad=   13.06
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.63 mean_vt_4quad=   13.18
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.81 mean_vt_4quad=   13.31
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.91 mean_vt_4quad=   13.43
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   18.12 mean_vt_4quad=   13.56
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.36 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.60 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.87 mean_vt_4quad=   13.94
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.15 mean_vt_4quad=   14.08
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.47 mean_vt_4quad=   14.22
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.72 mean_vt_4quad=   14.37
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.94 mean_vt_4quad=   14.53
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   20.13 mean_vt_4quad=   14.70
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   20.29 mean_vt_4quad=   14.87
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.46 mean_vt_4quad=   15.04
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.63 mean_vt_4quad=   15.21
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.90 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   21.18 mean_vt_4quad=   15.57
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   21.37 mean_vt_4quad=   15.77
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.57 mean_vt_4quad=   15.98
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.78 mean_vt_4quad=   16.19
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   22.05 mean_vt_4quad=   16.40
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   22.31 mean_vt_4quad=   16.61
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   22.64 mean_vt_4quad=   16.83
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.97 mean_vt_4quad=   17.06
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   23.31 mean_vt_4quad=   17.29
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.75 mean_vt_4quad=   17.54
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   24.32 mean_vt_4quad=   17.80
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   24.96 mean_vt_4quad=   18.06
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   25.58 mean_vt_4quad=   18.33
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   26.14 mean_vt_4quad=   18.60
  
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   26.14 mean_vt_4quad=   18.60
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   26.58 mean_vt_4quad=   18.87
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   26.93 mean_vt_4quad=   19.16
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   27.30 mean_vt_4quad=   19.48
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   27.70 mean_vt_4quad=   19.83
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   28.00 mean_vt_4quad=   20.18
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   28.35 mean_vt_4quad=   20.53
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   28.64 mean_vt_4quad=   20.89
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   28.98 mean_vt_4quad=   21.25
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   29.45 mean_vt_4quad=   21.63
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   30.03 mean_vt_4quad=   22.03
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   30.32 mean_vt_4quad=   22.45
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   30.58 mean_vt_4quad=   22.89
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   31.00 mean_vt_4quad=   23.34
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   31.77 mean_vt_4quad=   23.78
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   32.79 mean_vt_4quad=   24.26
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   33.72 mean_vt_4quad=   24.82
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.51 mean_vt_4quad=    8.63
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.57 mean_vt_4quad=    8.70
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.60 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.60 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.55 mean_vt_4quad=    8.91
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.54 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.56 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.51 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.44 mean_vt_4quad=    9.19
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.36 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   11.28 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.25 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.30 mean_vt_4quad=    9.49
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.35 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.39 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.42 mean_vt_4quad=    9.73
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.45 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.48 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.55 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   11.63 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   11.73 mean_vt_4quad=   10.18
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   11.85 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.97 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.09 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   12.22 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   12.34 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   12.48 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.64 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   12.82 mean_vt_4quad=   10.94
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.04 mean_vt_4quad=   11.04
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.28 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.53 mean_vt_4quad=   11.25
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.81 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.08 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.32 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   14.54 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.72 mean_vt_4quad=   11.76
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.81 mean_vt_4quad=   11.86
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   14.87 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   14.86 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.84 mean_vt_4quad=   12.18
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   14.83 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.84 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.86 mean_vt_4quad=   12.50
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.88 mean_vt_4quad=   12.61
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.93 mean_vt_4quad=   12.72
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.01 mean_vt_4quad=   12.83
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.13 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.22 mean_vt_4quad=   13.06
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.31 mean_vt_4quad=   13.18
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.41 mean_vt_4quad=   13.31
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.58 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.74 mean_vt_4quad=   13.56
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.91 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.09 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.28 mean_vt_4quad=   13.94
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.47 mean_vt_4quad=   14.08
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.69 mean_vt_4quad=   14.22
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.93 mean_vt_4quad=   14.37
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.18 mean_vt_4quad=   14.53
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.46 mean_vt_4quad=   14.70
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.74 mean_vt_4quad=   14.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.87 .... 0.5*v_holland=    7.18
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   15.04 .... 0.5*v_holland=    7.18
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   15.21 .... 0.5*v_holland=    7.18
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    7.18
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.57 .... 0.5*v_holland=    7.18
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    186.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   100.365600000000     
 vradius(iwindix,iquad) =         100
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.74 mean_vt_4quad=   14.87
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   18.03 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   18.32 mean_vt_4quad=   15.21
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   18.57 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   18.82 mean_vt_4quad=   15.57
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   19.07 mean_vt_4quad=   15.77
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   19.33 mean_vt_4quad=   15.98
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   19.55 mean_vt_4quad=   16.19
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   19.75 mean_vt_4quad=   16.40
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   19.90 mean_vt_4quad=   16.61
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   20.05 mean_vt_4quad=   16.83
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   20.43 mean_vt_4quad=   17.06
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   20.85 mean_vt_4quad=   17.29
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   21.46 mean_vt_4quad=   17.54
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   22.02 mean_vt_4quad=   17.80
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   22.59 mean_vt_4quad=   18.06
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   23.04 mean_vt_4quad=   18.33
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   23.36 mean_vt_4quad=   18.60
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   23.34 mean_vt_4quad=   18.87
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   23.13 mean_vt_4quad=   19.16
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   23.46 mean_vt_4quad=   19.48
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   24.06 mean_vt_4quad=   19.83
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   24.38 mean_vt_4quad=   20.18
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   24.45 mean_vt_4quad=   20.53
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   24.38 mean_vt_4quad=   20.89
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   24.52 mean_vt_4quad=   21.25
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.10 mean_vt_4quad=   21.63
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   25.69 mean_vt_4quad=   22.03
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   26.41 mean_vt_4quad=   22.45
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   26.41 mean_vt_4quad=   22.45
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   27.11 mean_vt_4quad=   22.89
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   27.84 mean_vt_4quad=   23.34
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   28.50 mean_vt_4quad=   23.78
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   29.15 mean_vt_4quad=   24.26
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.87 mean_vt_4quad=   24.82
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   30.78 mean_vt_4quad=   25.44
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   31.58 mean_vt_4quad=   26.11
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   31.69 mean_vt_4quad=   26.78
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   31.71 mean_vt_4quad=   27.42
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   33.26 mean_vt_4quad=   28.03
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.30 mean_vt_4quad=    8.63
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.31 mean_vt_4quad=    8.70
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.35 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.35 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.43 mean_vt_4quad=    8.91
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.50 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.52 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.55 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.60 mean_vt_4quad=    9.19
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    7.62 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    7.63 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    7.66 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    7.73 mean_vt_4quad=    9.49
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    7.87 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.08 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.33 mean_vt_4quad=    9.73
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.59 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.88 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.13 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.33 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.49 mean_vt_4quad=   10.18
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.65 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.78 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.92 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.07 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.22 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.35 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.46 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.52 mean_vt_4quad=   10.94
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.56 mean_vt_4quad=   11.04
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.60 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.66 mean_vt_4quad=   11.25
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.71 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.77 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.85 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.90 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.01 mean_vt_4quad=   11.76
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.11 mean_vt_4quad=   11.86
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.19 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.27 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.35 mean_vt_4quad=   12.18
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.46 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.60 mean_vt_4quad=   12.39
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.74 mean_vt_4quad=   12.50
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.88 mean_vt_4quad=   12.61
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.02 mean_vt_4quad=   12.72
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.19 mean_vt_4quad=   12.83
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.39 mean_vt_4quad=   12.95
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.61 mean_vt_4quad=   13.06
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.87 mean_vt_4quad=   13.18
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.09 mean_vt_4quad=   13.31
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.25 mean_vt_4quad=   13.43
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.36 mean_vt_4quad=   13.56
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.44 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.49 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.56 mean_vt_4quad=   13.94
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.66 mean_vt_4quad=   14.08
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.79 mean_vt_4quad=   14.22
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.94 mean_vt_4quad=   14.37
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.14 mean_vt_4quad=   14.53
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.40 mean_vt_4quad=   14.70
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.70 mean_vt_4quad=   14.87
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.01 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.33 mean_vt_4quad=   15.21
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.63 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.92 mean_vt_4quad=   15.57
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.22 mean_vt_4quad=   15.77
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.50 mean_vt_4quad=   15.98
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.74 mean_vt_4quad=   16.19
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.94 mean_vt_4quad=   16.40
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.15 mean_vt_4quad=   16.61
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   17.42 mean_vt_4quad=   16.83
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.79 mean_vt_4quad=   17.06
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   17.06 .... 0.5*v_holland=    8.66
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   17.29 .... 0.5*v_holland=    8.66
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   17.54 .... 0.5*v_holland=    8.66
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   17.80 .... 0.5*v_holland=    8.66
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   18.06 .... 0.5*v_holland=    8.66
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.79 mean_vt_4quad=   17.06
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   18.18 mean_vt_4quad=   17.29
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.57 mean_vt_4quad=   17.54
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   18.90 mean_vt_4quad=   17.80
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   19.17 mean_vt_4quad=   18.06
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.44 mean_vt_4quad=   18.33
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   19.78 mean_vt_4quad=   18.60
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.16 mean_vt_4quad=   18.87
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   20.59 mean_vt_4quad=   19.16
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.10 mean_vt_4quad=   19.48
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.64 mean_vt_4quad=   19.83
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.25 mean_vt_4quad=   20.18
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.76 mean_vt_4quad=   20.53
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   23.09 mean_vt_4quad=   20.89
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.20 mean_vt_4quad=   21.25
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.23 mean_vt_4quad=   21.63
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   23.19 mean_vt_4quad=   22.03
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   23.12 mean_vt_4quad=   22.45
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   23.53 mean_vt_4quad=   22.89
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   24.21 mean_vt_4quad=   23.34
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   25.64 mean_vt_4quad=   23.78
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   28.06 mean_vt_4quad=   24.26
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   28.06 mean_vt_4quad=   24.26
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   30.72 mean_vt_4quad=   24.82
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   32.43 mean_vt_4quad=   25.44
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   33.11 mean_vt_4quad=   26.11
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 TIMING: after call  getradii, fhr=    42 igrct=  1   22:21:43
 TIMING: after getrad_iter_loop, fhr=    42 igrct=  2 Vmax (m/s)=   49.852   22:21:43
 TIMING: Before get_phase ... 22:21:43
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           42 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    24.888
  
  
  In get_cps_paramb, lead time=           42 :           0   08L  FRANKLIN 
   right_ct=          940   left_ct=          953
   zthicksum(1)=    3200086.86400000     
   zthicksum(2)=    3242406.07200000     
   zthick_right_mean=    3404.34772765957     
   zthick_left_mean=     3402.31487093389     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    2.03285672568154     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           35.08
  Sum of y-diffs squared (ydiff2) =         2660.21
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   511.20   6.7452       26.12   0.1661    -3.10     9.58      682.46
    2   503.81   6.6846       18.73   0.1055     0.18     0.03      350.89
    3   494.51   6.6201        9.44   0.0409     2.24     5.00       89.04
    4   482.91   6.5511       -2.16  -0.0281     2.77     7.70        4.68
    5   468.35   6.4770      -16.72  -0.1022     1.25     1.57      279.69
    6   449.67   6.3969      -35.40  -0.1822    -3.35    11.19     1253.44
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   485.076     x:    6.58
  
  slope=    175.931         y-intercept =   -672.399
  Regression equation:   Y =  -672.40 +   175.93X
  
  R2(r_squared) =  0.9868        r =  0.9934
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1041.42 zmin=  523.73 zdiff=  517.70
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1535.02 zmin= 1023.82 zdiff=  511.20
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.50 dlnp=     -0.057158  dzdlnp=      113.649
  
   +++ k=  3 press=    800.0 zmax= 2054.05 zmin= 1550.24 zdiff=  503.81
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.39 dlnp=     -0.060625  dzdlnp=      121.931
  
   +++ k=  4 press=    750.0 zmax= 2600.66 zmin= 2106.15 zdiff=  494.51
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.30 dlnp=     -0.064539  dzdlnp=      144.038
  
   +++ k=  5 press=    700.0 zmax= 3178.38 zmin= 2695.47 zdiff=  482.91
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -11.60 dlnp=     -0.068993  dzdlnp=      168.133
  
   +++ k=  6 press=    650.0 zmax= 3790.63 zmin= 3322.28 zdiff=  468.35
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.56 dlnp=     -0.074108  dzdlnp=      196.470
  
   +++ k=  7 press=    600.0 zmax= 4442.51 zmin= 3992.84 zdiff=  449.67
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -18.68 dlnp=     -0.080043  dzdlnp=      233.375
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            7.41
  Sum of y-diffs squared (ydiff2) =        23611.83
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   424.37   6.3099       84.80   0.2788     0.19     0.04     7191.04
    2   395.70   6.2146       56.13   0.1834     0.45     0.20     3150.35
    3   363.54   6.1092       23.97   0.0781     0.27     0.07      574.47
    4   327.06   5.9915      -12.51  -0.0397    -0.46     0.22      156.55
    5   284.93   5.8579      -54.64  -0.1732    -2.06     4.25     2985.53
    6   241.82   5.7038      -97.74  -0.3274     1.62     2.63     9553.89
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   339.568     x:    6.03
  
  slope=    303.524         y-intercept =  -1491.034
  Regression equation:   Y = -1491.03 +   303.52X
  
  R2(r_squared) =  0.9997        r =  0.9998
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4442.51 zmin= 3992.84 zdiff=  449.67
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5140.07 zmin= 4715.70 zdiff=  424.37
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -25.30 dlnp=     -0.087011  dzdlnp=      290.813
  
   +++ k=  9 press=    500.0 zmax= 5892.53 zmin= 5496.84 zdiff=  395.70
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -28.67 dlnp=     -0.095310  dzdlnp=      300.828
  
   +++ k= 10 press=    450.0 zmax= 6712.71 zmin= 6349.18 zdiff=  363.54
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -32.16 dlnp=     -0.105361  dzdlnp=      305.238
  
   +++ k= 11 press=    400.0 zmax= 7615.25 zmin= 7288.20 zdiff=  327.06
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -36.48 dlnp=     -0.117783  dzdlnp=      309.722
  
   +++ k= 12 press=    350.0 zmax= 8615.88 zmin= 8330.95 zdiff=  284.93
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -42.13 dlnp=     -0.133531  dzdlnp=      315.491
  
   +++ k= 13 press=    300.0 zmax= 9743.52 zmin= 9501.69 zdiff=  241.82
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -43.10 dlnp=     -0.154151  dzdlnp=      279.623
  
cps_stats: 08L   lead time=  42: 0   paramb=     2.03  vtl=    175.93  vtu=    303.52
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   42:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.257 (0-360) guesslon=  290.257E  (  69.743W)   guesslat=   32.936
 ilonfix=         1127  jlatfix=          822  npts=           33
 ibeg=         1051  jbeg=          754  imax=         2738
 iend=         1203  jend=          890  jmax=         2041
 TIMING: find_maxmin 1  22:21:43
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.937E  (0-360) ctlon=  288.937E  (  71.063W)  ctlat=   32.416 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:43
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  288.937E   (0-360) guesslon=  288.937E  (  71.063W)   guesslat=   32.416
 ilonfix=         1094  jlatfix=          835  npts=           16
 ibeg=         1043  jbeg=          791  imax=         2738
 iend=         1145  jend=          879  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.717E  (0-360) ctlon=  288.717  (  71.283W)  ctlat=   32.396 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    42:00  mean_lon:  288.72E (  71.28W)    (0-360) mean_lon=  288.72E  mean_lat:   32.40  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    42:00  ifix:  1064   jfix:   824  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1064  jx=          824
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         541 ,         301 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         540 ,         300 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    42:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:21:44
 TIMING: Before shear ... 22:21:44
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            8
  clon(ist,ifh,3)=    290.275524374825     
  clat(ist,ifh,3)=    32.8912610785412     
  fixlon(ist,ifh)=    290.257244793817     
  fixlat(ist,ifh)=    32.9364142343136     
  xcenlon=    290.275524374825     
  xcenlat=    32.8912610785412     
  
 xxshear
 In get_shear A, xcenlon=    290.275524374825       xcenlat= 
   32.8912610785412     
   In get_shear B, (0-360) xcenlon=    290.275524374825     
  
At start of get_shear:  08L   fhr=   42:00   Mean fix position=   290.26E  ( 69.74W)    32.94  (0-360) mean lon fix=  290.26
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   51.12 vr_mean(idist,ilev)=   -0.72
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   45.83 vr_mean(idist,ilev)=   -1.72
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   38.62 vr_mean(idist,ilev)=   -0.74
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   33.58 vr_mean(idist,ilev)=   -0.77
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   29.24 vr_mean(idist,ilev)=   -0.43
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.12 vr_mean(idist,ilev)=   -0.36
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.44 vr_mean(idist,ilev)=   -0.11
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.19 vr_mean(idist,ilev)=   -0.25
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.57 vr_mean(idist,ilev)=   -0.53
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   18.03 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.43 vr_mean(idist,ilev)=   -0.38
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.72 vr_mean(idist,ilev)=   -0.63
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.22 vr_mean(idist,ilev)=   -0.61
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.85 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.64 vr_mean(idist,ilev)=   -0.34
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.73 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.03 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.36 vr_mean(idist,ilev)=   -0.35
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.65 vr_mean(idist,ilev)=   -0.30
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -19.03 vr_mean(idist,ilev)=   19.03
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -28.54 vr_mean(idist,ilev)=   28.54
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -38.06 vr_mean(idist,ilev)=   38.06
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -47.58 vr_mean(idist,ilev)=   47.58
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -57.11 vr_mean(idist,ilev)=   57.11
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -66.64 vr_mean(idist,ilev)=   66.64
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -76.18 vr_mean(idist,ilev)=   76.18
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -85.73 vr_mean(idist,ilev)=   85.73
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -95.29 vr_mean(idist,ilev)=   95.29
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -104.85 vr_mean(idist,ilev)=  104.85
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -114.43 vr_mean(idist,ilev)=  114.43
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -124.02 vr_mean(idist,ilev)=  124.02
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -133.63 vr_mean(idist,ilev)=  133.63
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -143.25 vr_mean(idist,ilev)=  143.25
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -152.89 vr_mean(idist,ilev)=  152.89
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -162.55 vr_mean(idist,ilev)=  162.55
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -172.23 vr_mean(idist,ilev)=  172.23
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -181.93 vr_mean(idist,ilev)=  181.93
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -191.67 vr_mean(idist,ilev)=  191.67
  
 At end of get_shear: 
     ist=    2 ifh=    8 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:21:44
  
 After call to fixcenter, fix positions at 
 forecast hour=   42:00 follow:
  
fixpos  08L   fhr=   42:00   Fix position=   290.26E  ( 69.74W)    32.94   Max Wind=  97 kts
  
  
 xxxx get_next_ges, prev fix lon=    289.774341486515     
 xxxx get_next_ges, curr fix lon=    290.257244793817     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    290.257244793817        fixlat=    32.9364142343136     
        (0-360) fixlon=    290.257244793817     
      ilonfix=         1127   jlatfix=          822
      ibeg=          632   iend=         1622
      jbeg=          370   jend=         1274
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    2.61605508169249       vavg=    6.59369312888878     
      ubar=   0.654013770423123       vbar=    1.64842328222220     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    2.82932114884146       vavg=    6.43443396258884     
      ubar=    2.06867434484385       vbar=    4.86564026351662     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.74961587137892       vavg=    5.41362188739296     
      ubar=    3.00607831268858       vbar=    6.21904573536486     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.00607831268858       vbar=    6.21904573536486     
      wgttot=    1.00000000000000     
      fixlon=    290.257244793817        fixlat=    32.9364142343136     
      barnlon=    290.957837604657       barnlat=    34.1444857185623     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.833495954906601     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      290.957837604657     
     Raw (no conversion for GM wrap) extraplon=    290.744936834136     
  
 --- barnlon=    290.96E  (  69.04W)    barnlat=     34.14
 --- extraplon=  290.74E  (  69.26W)    extraplat=   33.81
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   32.94
 | Current fix lon is   69.74W   ( 290.26E)
 | Current fix lon (raw, unadjusted)=  290.26E
 | Updated guess lat for next fcst hour is   33.98
 | Updated guess lon (0-360) for next fcst hour is   69.15W   ( 290.85E)
 | Raw updated guess lon for next fcst hour is  290.85E)
 -------------------------------------------------
  
 iocheck, dist=    128.144696055281        distm=    128144.696055281     
 iocheck, stmspd=    5.93262481737412        istmspd=          115
 iocheck, xincr=   0.594142425579946        yincr=    1.04038574526280     
 iocheck, stmdir=    29.7297792067645        istmdir=           30
 +++ RPT_STORM_MOTION: istmspd=   115 kts(*10)    istmdir=    30 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   8
     Fix location for this time:   290.26E  ( 69.74W)    32.94
     Fix lon (raw) for this time:  290.26E
     ilonfix= 1127  jlatfix=  822
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    290.257244793817       xcenlat=    32.9364142343136     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    290.257244793817       xcenlat=    32.9364142343136     
  ilonfix=         1127  jlatfix=          822
  ibeg=         1001  iend=         1253
  jbeg=          706  jend=          938  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    290.257244793817        xcenlat=    32.9364142343136     
      ilonfix=         1127   jlatfix=          822
      ibeg=         1001   iend=         1253
      jbeg=          706   jend=          938
 After call to barnes, xsmoothval=   4.700882590556223E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.700882590556223E-004
      xcenlon=    290.257244793817        xcenlat=    32.9364142343136     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000470  imeanzeta (*1e6)=      470
   --- mean zeta raw =   4.700882590556223E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.007072  igrid zeta (*1e6)=     7072 ifilret=   0
   --- grid zeta raw=   7.072226849371012E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    290.257244793817       xcenlat=    32.9364142343136     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    290.257244793817       xcenlat=    32.9364142343136     
  ilonfix=         1127  jlatfix=          822
  ibeg=         1001  iend=         1253
  jbeg=          706  jend=          938  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    290.257244793817        xcenlat=    32.9364142343136     
      ilonfix=         1127   jlatfix=          822
      ibeg=         1001   iend=         1253
      jbeg=          706   jend=          938
 After call to barnes, xsmoothval=   4.426731350207092E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.426731350207092E-004
      xcenlon=    290.257244793817        xcenlat=    32.9364142343136     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000443  imeanzeta (*1e6)=      443
   --- mean zeta raw =   4.426731350207092E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004293  igrid zeta (*1e6)=     4293 ifilret=   0
   --- grid zeta raw=   4.293141637243971E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           42
  
 segx, outlon=    290.257244793817       outlat=    32.9364142343136     
   ist=            2  ifcsthour=           42
   vmaxwind=    49.8517773003130       xminmslp=    95491.9700000000     
   vradius=          117          68          45         121          73
          47         100          55          39          83          49
          44
   maxstorm=            6
   plastbar=    100691.970000000       rlastbar=    120.653878688040     
   rmax=    21.9590050722663     
   cps_vals=    2.03285672568154        175.930773924529     
   303.524144043638     
   wcore_flag= n
   istmspd=          115  istmdir=           30
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    33.0000000000000     
   axisymet_rmw_val=     43.0656153868926     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   120.653878688040       irlastbar=         121
 output: plastbar=   100691.970000000       iplastbar=        1007
 rmax=    21.9590050722663        irmax=           22
 TXX top of atcfunix_ext, ist=            2  ifh=           42
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   120.653878688040       irlastbar=         121
 output: plastbar=   100691.970000000       iplastbar=        1007
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           42
 intlat=          329
 clatns= N
 intlon=          697
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           97
 int(xminmslp/mslp_outp_adj + 0.5)=          955
 XX,  34, NEQ
 vradius(1,1)=          117
 vradius(1,2)=          121
 vradius(1,3)=          100
 vradius(1,4)=           83
 iplastbar=         1007
 irlastbar=          121
 irmax=           22
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           30
 istmspd=          115
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           20
 icps_vals(2)=         1759
 icps_vals(3)=         3035
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           18
 irmw_val=           84
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          470
 igridzeta(1)=         7072
 imeanzeta(2)=          443
 igridzeta(2)=         4293
  
 rmax=    21.9590050722663        irmax=           22
 +++ Top of output_atcf_parms, ist=            2  ifh=           42
  
 xxxx get_next_ges, prev fix lon=    289.774341486515     
 xxxx get_next_ges, curr fix lon=    290.257244793817     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    290.257244793817        fixlat=    32.9364142343136     
        (0-360) fixlon=    290.257244793817     
      ilonfix=         1127   jlatfix=          822
      ibeg=          632   iend=         1622
      jbeg=          370   jend=         1274
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    2.61605508169249       vavg=    6.59369312888878     
      ubar=   0.654013770423123       vbar=    1.64842328222220     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    2.82932114884146       vavg=    6.43443396258884     
      ubar=    2.06867434484385       vbar=    4.86564026351662     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.74961587137892       vavg=    5.41362188739296     
      ubar=    3.00607831268858       vbar=    6.21904573536486     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.00607831268858       vbar=    6.21904573536486     
      wgttot=    1.00000000000000     
      fixlon=    290.257244793817        fixlat=    32.9364142343136     
      barnlon=    290.957837604657       barnlat=    34.1444857185623     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.833495954906601     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      290.957837604657     
     Raw (no conversion for GM wrap) extraplon=    290.744936834136     
  
 --- barnlon=    290.96E  (  69.04W)    barnlat=     34.14
 --- extraplon=  290.74E  (  69.26W)    extraplat=   33.81
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   32.94
 | Current fix lon is   69.74W   ( 290.26E)
 | Current fix lon (raw, unadjusted)=  290.26E
 | Updated guess lat for next fcst hour is   33.98
 | Updated guess lon (0-360) for next fcst hour is   69.15W   ( 290.85E)
 | Raw updated guess lon for next fcst hour is  290.85E)
 -------------------------------------------------
  
 iocheck, dist=    128.144696055281        distm=    128144.696055281     
 iocheck, stmspd=    5.93262481737412        istmspd=          115
 iocheck, xincr=   0.594142425579946        yincr=    1.04038574526280     
 iocheck, stmdir=    29.7297792067645        istmdir=           30
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   42:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   5.569178756379366E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.557E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.566E  (0-360) ctlon=  275.566  (  84.434W)  ctlat=   27.409 fmax (x10e5) =        0.779E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.204719403898879E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.720E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.566E  (0-360) ctlon=  275.566  (  84.434W)  ctlat=   27.409 fmax (x10e5) =        0.768E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.133E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.466E  (0-360) ctlon=  275.466  (  84.534W)  ctlat=   27.409 fmax =       -0.100E+16 fmin =        0.132E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.299E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.566E  (0-360) ctlon=  275.566  (  84.434W)  ctlat=   27.409 fmax =       -0.100E+16 fmin =        0.298E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.989E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.566E  (0-360) ctlon=  275.566  (  84.434W)  ctlat=   27.409 fmax =       -0.100E+16 fmin =        0.988E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.406 (0-360) guesslon=  275.406E  (  84.594W)   guesslat=   26.949
 ilonfix=          755  jlatfix=          972  npts=           33
 ibeg=          682  jbeg=          904  imax=         2738
 iend=          828  jend=         1040  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.715605306962346E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  275.686E  (0-360) ctlon=  275.686E  (  84.314W)  ctlat=   27.229 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.472E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  275.686E   (0-360) guesslon=  275.686E  (  84.314W)   guesslat=   27.229
 ilonfix=          762  jlatfix=          965  npts=           16
 ibeg=          713  jbeg=          921  imax=         2738
 iend=          811  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  275.566E  (0-360) ctlon=  275.566  (  84.434W)  ctlat=   27.309 fmax (x10e5) =        0.588E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    275.527643878997        uvgeslat=    27.3075553589815     
    (0-360 uvgeslon)=    275.527643878997     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:21:44
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    275.527643878997        uvgeslat=    27.3075553589815     
    (0-360 uvgeslon)=    275.527643878997     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    275.527643878997     
  
 After first run, Wind Circulation (NHEM) ctlon=  275.528E  (0-360E lon):  275.528E    84.472W  ctlat=   27.308  xmax_circul_disk =     114263293.6
 TIMING: get_wind_circ kloop, k=  1   22:21:44
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  275.528E  (0-360E)=  275.528E  (  84.472W)   guesslat=   27.308
 ilonfix=          758  jlatfix=          963  npts=           56
 ibeg=          689  jbeg=          899  imax=         2738
 iend=          827  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    114670690.952622     
 nhalf get_wind_circ, k=  1 ctlon=  275.548E  (0-360E)=  275.548E  ctlon=   84.452W   ctlat=   27.388 Wind Circulation (NHEM: Max) =     114670691.0
 TIMING: After GWC 850 ... 22:21:44
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:21:44
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    275.527643878997        uvgeslat=    27.3075553589815     
    (0-360 uvgeslon)=    275.527643878997     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    275.527643878997     
  
 After first run, Wind Circulation (NHEM) ctlon=  275.528E  (0-360E lon):  275.528E    84.472W  ctlat=   27.308  xmax_circul_disk =     102738159.3
 TIMING: get_wind_circ kloop, k=  1   22:21:44
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  275.528E  (0-360E)=  275.528E  (  84.472W)   guesslat=   27.308
 ilonfix=          758  jlatfix=          963  npts=           56
 ibeg=          689  jbeg=          899  imax=         2738
 iend=          827  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    102832557.280257     
 nhalf get_wind_circ, k=  1 ctlon=  275.608E  (0-360E)=  275.608E  ctlon=   84.392W   ctlat=   27.388 Wind Circulation (NHEM: Max) =     102832557.3
 TIMING: After GWC 700 ... 22:21:44
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:21:44
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    275.527643878997        uvgeslat=    27.3075553589815     
    (0-360 uvgeslon)=    275.527643878997     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    275.527643878997     
  
 After first run, Wind Circulation (NHEM) ctlon=  275.528E  (0-360E lon):  275.528E    84.472W  ctlat=   27.308  xmax_circul_disk =      75398253.7
 TIMING: get_wind_circ kloop, k=  1   22:21:44
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  275.528E  (0-360E)=  275.528E  (  84.472W)   guesslat=   27.308
 ilonfix=          758  jlatfix=          963  npts=           56
 ibeg=          689  jbeg=          899  imax=         2738
 iend=          827  jend=         1027  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    76055360.2446122     
 nhalf get_wind_circ, k=  1 ctlon=  275.428E  (0-360E)=  275.428E  ctlon=   84.572W   ctlat=   27.268 Wind Circulation (NHEM: Max) =      76055360.2
 TIMING: After GWC Sfc ... 22:21:44
  
 At beg of fixcenter, stderr(ist,ifh-1) =     8.52  xavg_stderr=     6.97
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            8  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    42:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  275.41E   (0-360) guesslon=  275.41E  ( 84.59W)    26.95
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       275.57       84.43      27.41           77.91       T         53.54
   2    zeta 700    Max       275.57       84.43      27.41           76.76       T         53.54
   3    circ 850    Max       275.55       84.45      27.39          114.67       T         50.70
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       275.61       84.39      27.39          102.83       T         52.65
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       275.47       84.53      27.41         1322.65       T         51.49
   8     gph 700    Min       275.57       84.43      27.41         2983.14       T         53.54
   9        MSLP    Min       275.57       84.43      27.41        98830.20       T         53.54
  10    circ sfc    Max       275.43       84.57      27.27           76.06       T         35.45
  11    zeta sfc    Max       275.57       84.43      27.31           58.85       T         43.05
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.40894097623216       stderr_close= 
   4.17162968420617       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.240 devia=   0.848 wtpos=  0.75378     275.57   275.57    84.43    27.41
 ip=  2 kprm=  2 dist_from_mean=   4.240 devia=   0.848 wtpos=  0.75378     275.57   275.57    84.43    27.41
 ip=  3 kprm=  3 dist_from_mean=   1.234 devia=   0.247 wtpos=  0.92101     275.55   275.55    84.45    27.39
 ip=  5 kprm=  4 dist_from_mean=   6.575 devia=   1.315 wtpos=  0.64510     275.61   275.61    84.39    27.39
 ip=  7 kprm=  5 dist_from_mean=   8.305 devia=   1.661 wtpos=  0.57484     275.47   275.47    84.53    27.41
 ip=  8 kprm=  6 dist_from_mean=   4.240 devia=   0.848 wtpos=  0.75378     275.57   275.57    84.43    27.41
 ip=  9 kprm=  7 dist_from_mean=   4.240 devia=   0.848 wtpos=  0.75378     275.57   275.57    84.43    27.41
 ip= 10 kprm=  8 dist_from_mean=  16.657 devia=   3.331 wtpos=  0.32940     275.43   275.43    84.57    27.27
 ip= 11 kprm=  9 dist_from_mean=   7.949 devia=   1.590 wtpos=  0.58864     275.57   275.57    84.43    27.31
  
At end of fixcenter:  10L   fhr=   42:00   Fix position=   275.55E  (0-360) fixlon=  275.55  ( 84.45W)    27.39
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    275.550552166832     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    275.565824742633     
        (0-360E clon(ist,ifh,9))=    275.565824742633     
      clat(ist,ifh,9)=    27.4093709953452     
      xval(9)=    98830.2018912135     
  
  After get_ij B, ibeg jbeg =          651         822
  After get_ij B, iend jend =          867        1098
  
 In is_it_a_storm, ilonfix=          759  jlatfix=          960
 ibeg jbeg iend jend =          651         822         867        1098
 cparm= slp  parmlon parmlat =    275.565824742633        27.4093709953452     
     (0-360E parmlon) =    275.565824742633     
 parmval=    98830.2018912135     
  
 i=  736 j=  897 glon=  274.65 (0-360E) glon=  274.65 glat=  29.96 dist=   297.47 slp=  100446.21 pgradient=  5.43256
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.43256
 mslp center =    275.565824742633        27.4093709953452     
   98830.2018912135     
   (0-360E) lon of mslp center =    275.565824742633     
 pgrad loc   =    274.649265000000        274.649265000000     
   85.3507350000000        29.9608990000000        100446.210000000     
  ttest at location C IF....
      xinp_fixlat=    27.4093709953452     
      xinp_fixlon=    275.565824742633       (0-360E) xinp_fixlon= 
   275.565824742633     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97331.4900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          757  jfix=          960
 longitude=    275.565824742633      E   (   84.4341752573667      
 W)  (0-360E) xinp_fixlon=    275.565824742633     
 latitude=    27.4093709953452     
 mean mslp value (xval(9))=    98830.2018912135     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          757  jfix=          960
 longitude=    275.565824742633      E   (   84.4341752573667      
 W)  (0-360E) xinp_fixlon=    275.565824742633     
 latitude=    27.4093709953452     
 mean mslp value (xval(9))=    98830.2018912135     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          757  jx=          960
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97331.4900000000       xcentval=    97331.4900000000     
 At A, num_found_contours=            0
 At A, contlo=    97331.4900000000       conthi=    97731.4900000000     
  
 num_found_contours=            0
 contlo=    97331.4900000000       conthi=    97731.4900000000     
 xcentval=    97331.4900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97731.4900000000       conthi=    98131.4900000000     
  
 num_found_contours=            1
 contlo=    97731.4900000000       conthi=    98131.4900000000     
 xcentval=    97331.4900000000     
 At A, num_found_contours=            2
 At A, contlo=    98131.4900000000       conthi=    98531.4900000000     
  
 num_found_contours=            2
 contlo=    98131.4900000000       conthi=    98531.4900000000     
 xcentval=    97331.4900000000     
 At A, num_found_contours=            3
 At A, contlo=    98531.4900000000       conthi=    98931.4900000000     
  
 num_found_contours=            3
 contlo=    98531.4900000000       conthi=    98931.4900000000     
 xcentval=    97331.4900000000     
 At A, num_found_contours=            4
 At A, contlo=    98931.4900000000       conthi=    99331.4900000000     
  
 num_found_contours=            4
 contlo=    98931.4900000000       conthi=    99331.4900000000     
 xcentval=    97331.4900000000     
 At A, num_found_contours=            5
 At A, contlo=    99331.4900000000       conthi=    99731.4900000000     
  
 num_found_contours=            5
 contlo=    99331.4900000000       conthi=    99731.4900000000     
 xcentval=    97331.4900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         744 ,         951 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97331.4900000000     
 !!! (i,j) of central value = (         757 ,         960 )
 !!!  
 !!! Flagged value found    =    99328.4500000000     
 !!! (i,j) of flagged value = (         743 ,         950 )
 !!!   
 !!! Lower bound of contour interval =    99331.4900000000     
 !!! Upper bound of contour interval =    99731.4900000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          757  jfix=          960
 longitude=    275.565824742633      E   (   84.4341752573667      W)  
 (0-360E) xinp_fixlon=    275.565824742633     
 latitude=    27.4093709953452     
 mean mslp value (xval(9))=    98830.2018912135     
 gridpoint mslp value=    97331.4900000000     
 ccflag= y
 prs of last closed isobar =    99331.4900000000     
 radius of last closed isobar =    32.2992157537428       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   42:00
 !!! Boundary check xinp_fixlat is   27.41
 !!! Boundary check xinp_fixlon is   84.43W   ( 275.57E)  (0-360E) xinp_fixlon=  275.57
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    275.547643378997     
  850 mb wcirc fix lat=    27.3875533589815     
    (0-360) 850 mb wcirc fix lon=    275.547643378997     
  Multi-parm fix lon=      275.550552166832     
  Multi-parm fix lat=      27.3863644078930     
    (0-360) Multi-parm fix lon=      275.550552166832     
  
  
  After get_ij B, ibeg jbeg =          668         857
  After get_ij B, iend jend =          850        1065
  
 In is_it_a_storm, ilonfix=          759  jlatfix=          961
 ibeg jbeg iend jend =          668         857         850        1065
 cparm= v850  parmlon parmlat =    275.547643378997        27.3875533589815     
     (0-360E parmlon) =    275.547643378997     
 parmval=    114670690.952622     
  
 i=  748 j=  912 glon=  275.13 (0-360E) glon=  275.13 glat=  29.36 u=  -6.5000 v=  -1.4000 vr=  -0.17864 vt=   6.64666
 i=  753 j=  912 glon=  275.33 (0-360E) glon=  275.33 glat=  29.36 u=  -8.9000 v=   4.7000 vr=   5.54415 vt=   8.40014
 i=  758 j=  912 glon=  275.53 (0-360E) glon=  275.53 glat=  29.36 u=  -9.8000 v=   1.4000 vr=   1.48071 vt=   9.78813
 i=  763 j=  912 glon=  275.73 (0-360E) glon=  275.73 glat=  29.36 u=  -9.8000 v=   6.6000 vr=   5.78380 vt=  10.30280
 i=  768 j=  912 glon=  275.93 (0-360E) glon=  275.93 glat=  29.36 u= -12.2000 v=   9.8000 vr=   7.60433 vt=  13.67678
 i=  733 j=  917 glon=  274.53 (0-360E) glon=  274.53 glat=  29.16 u=  -8.6000 v=  -4.5000 vr=  -0.11434 vt=   9.70551
 i=  738 j=  917 glon=  274.73 (0-360E) glon=  274.73 glat=  29.16 u=  -7.4000 v=  -3.0000 vr=   0.02022 vt=   7.98496
 i=  743 j=  917 glon=  274.93 (0-360E) glon=  274.93 glat=  29.16 u=  -7.0000 v=  -1.6000 vr=   0.53445 vt=   7.16061
 i=  748 j=  917 glon=  275.13 (0-360E) glon=  275.13 glat=  29.16 u=  -5.3000 v=  -0.8000 vr=   0.29947 vt=   5.35167
 i=  753 j=  917 glon=  275.33 (0-360E) glon=  275.33 glat=  29.16 u=  -5.7000 v=  -1.7000 vr=  -1.07289 vt=   5.85055
 i=  758 j=  917 glon=  275.53 (0-360E) glon=  275.53 glat=  29.16 u=  -9.8000 v=   4.8000 vr=   4.88971 vt=   9.75555
 i=  763 j=  917 glon=  275.73 (0-360E) glon=  275.73 glat=  29.16 u= -13.0000 v=   7.3000 vr=   6.09786 vt=  13.60537
 i=  768 j=  917 glon=  275.93 (0-360E) glon=  275.93 glat=  29.16 u= -13.5000 v=  12.9000 vr=  10.14876 vt=  15.67363
 i=  773 j=  917 glon=  276.13 (0-360E) glon=  276.13 glat=  29.16 u= -10.1000 v=  14.7000 vr=  11.30392 vt=  13.79570
 i=  778 j=  917 glon=  276.33 (0-360E) glon=  276.33 glat=  29.16 u= -10.6000 v=  14.6000 vr=   9.75109 vt=  15.18013
 i=  783 j=  917 glon=  276.53 (0-360E) glon=  276.53 glat=  29.16 u=  -9.5000 v=  15.4000 vr=   9.64971 vt=  15.30664
 i=  723 j=  922 glon=  274.13 (0-360E) glon=  274.13 glat=  28.96 u=  -7.7000 v=  -6.2000 vr=  -0.03494 vt=   9.88579
 i=  728 j=  922 glon=  274.33 (0-360E) glon=  274.33 glat=  28.96 u=  -8.1000 v=  -6.9000 vr=  -1.10599 vt=  10.58285
 i=  733 j=  922 glon=  274.53 (0-360E) glon=  274.53 glat=  28.96 u=  -9.4000 v=  -6.4000 vr=  -0.87701 vt=  11.33803
 i=  738 j=  922 glon=  274.73 (0-360E) glon=  274.73 glat=  28.96 u=  -9.1000 v=   0.1000 vr=   3.89733 vt=   8.22380
 i=  743 j=  922 glon=  274.93 (0-360E) glon=  274.93 glat=  28.96 u=  -8.0000 v=   1.8000 vr=   4.32850 vt=   6.96449
 i=  748 j=  922 glon=  275.13 (0-360E) glon=  275.13 glat=  28.96 u=  -6.1000 v=   1.0000 vr=   2.37061 vt=   5.70878
 i=  753 j=  922 glon=  275.33 (0-360E) glon=  275.33 glat=  28.96 u=  -9.3000 v=  -0.1000 vr=   1.03435 vt=   9.24284
 i=  758 j=  922 glon=  275.53 (0-360E) glon=  275.53 glat=  28.96 u= -11.0000 v=   4.2000 vr=   4.31358 vt=  10.95596
 i=  763 j=  922 glon=  275.73 (0-360E) glon=  275.73 glat=  28.96 u= -13.7000 v=  12.1000 vr=  10.64570 vt=  14.85830
 i=  768 j=  922 glon=  275.93 (0-360E) glon=  275.93 glat=  28.96 u= -11.8000 v=  15.9000 vr=  13.07015 vt=  14.87351
 i=  773 j=  922 glon=  276.13 (0-360E) glon=  276.13 glat=  28.96 u= -10.1000 v=  15.3000 vr=  11.40122 vt=  14.35661
 i=  778 j=  922 glon=  276.33 (0-360E) glon=  276.33 glat=  28.96 u= -10.0000 v=  16.8000 vr=  11.35280 vt=  15.91710
 i=  783 j=  922 glon=  276.53 (0-360E) glon=  276.53 glat=  28.96 u=  -8.9000 v=  17.6000 vr=  11.10056 vt=  16.30176
 i=  788 j=  922 glon=  276.73 (0-360E) glon=  276.73 glat=  28.96 u=  -8.8000 v=  17.3000 vr=   9.52731 vt=  16.91036
 i=  793 j=  922 glon=  276.93 (0-360E) glon=  276.93 glat=  28.96 u=  -8.6000 v=  17.6000 vr=   8.60422 vt=  17.59794
 i=  718 j=  927 glon=  273.93 (0-360E) glon=  273.93 glat=  28.76 u=  -6.5000 v=  -8.1000 vr=  -0.89602 vt=  10.34684
 i=  723 j=  927 glon=  274.13 (0-360E) glon=  274.13 glat=  28.76 u=  -7.7000 v=  -7.7000 vr=  -0.47380 vt=  10.87913
 i=  728 j=  927 glon=  274.33 (0-360E) glon=  274.33 glat=  28.76 u=  -8.1000 v=  -7.5000 vr=  -0.88600 vt=  11.00341
 i=  733 j=  927 glon=  274.53 (0-360E) glon=  274.53 glat=  28.76 u=  -7.7000 v=  -6.3000 vr=  -1.03577 vt=   9.89481
 i=  738 j=  927 glon=  274.73 (0-360E) glon=  274.73 glat=  28.76 u=  -7.3000 v=  -0.7000 vr=   2.78887 vt=   6.78249
 i=  743 j=  927 glon=  274.93 (0-360E) glon=  274.93 glat=  28.76 u= -13.6000 v=   3.0000 vr=   7.82378 vt=  11.52165
 i=  748 j=  927 glon=  275.13 (0-360E) glon=  275.13 glat=  28.76 u=  -9.9000 v=  -3.0000 vr=  -0.31854 vt=  10.33966
 i=  753 j=  927 glon=  275.33 (0-360E) glon=  275.33 glat=  28.76 u= -15.2000 v=   3.2000 vr=   5.28742 vt=  14.60559
 i=  758 j=  927 glon=  275.53 (0-360E) glon=  275.53 glat=  28.76 u= -15.0000 v=   9.5000 vr=   9.67720 vt=  14.88630
 i=  763 j=  927 glon=  275.73 (0-360E) glon=  275.73 glat=  28.76 u= -16.6000 v=  12.6000 vr=  10.58491 vt=  17.95215
 i=  768 j=  927 glon=  275.93 (0-360E) glon=  275.93 glat=  28.76 u= -13.1000 v=  12.2000 vr=   8.71791 vt=  15.63484
 i=  773 j=  927 glon=  276.13 (0-360E) glon=  276.13 glat=  28.76 u= -13.3000 v=  14.5000 vr=   8.90708 vt=  17.54434
 i=  778 j=  927 glon=  276.33 (0-360E) glon=  276.33 glat=  28.76 u= -11.6000 v=  19.5000 vr=  12.19083 vt=  19.13618
 i=  783 j=  927 glon=  276.53 (0-360E) glon=  276.53 glat=  28.76 u= -11.6000 v=  18.7000 vr=   9.59051 vt=  19.80586
 i=  788 j=  927 glon=  276.73 (0-360E) glon=  276.73 glat=  28.76 u=  -9.5000 v=  19.3000 vr=   9.58235 vt=  19.25925
 i=  793 j=  927 glon=  276.93 (0-360E) glon=  276.93 glat=  28.76 u=  -7.8000 v=  19.5000 vr=   9.35323 vt=  18.80444
 i=  798 j=  927 glon=  277.13 (0-360E) glon=  277.13 glat=  28.76 u=  -7.2000 v=  18.8000 vr=   7.99604 vt=  18.47548
 i=  713 j=  932 glon=  273.73 (0-360E) glon=  273.73 glat=  28.56 u=  -5.0000 v=  -9.6000 vr=  -1.58683 vt=  10.70710
 i=  718 j=  932 glon=  273.93 (0-360E) glon=  273.93 glat=  28.56 u=  -7.0000 v=  -9.7000 vr=  -0.70526 vt=  11.94121
 i=  723 j=  932 glon=  274.13 (0-360E) glon=  274.13 glat=  28.56 u=  -8.3000 v=  -8.6000 vr=   0.21264 vt=  11.95010
 i=  728 j=  932 glon=  274.33 (0-360E) glon=  274.33 glat=  28.56 u=  -8.3000 v=  -6.3000 vr=   0.99208 vt=  10.37284
 i=  733 j=  932 glon=  274.53 (0-360E) glon=  274.53 glat=  28.56 u=  -7.0000 v=  -7.1000 vr=  -1.35630 vt=   9.87778
 i=  738 j=  932 glon=  274.73 (0-360E) glon=  274.73 glat=  28.56 u=  -8.0000 v=  -3.2000 vr=   1.48509 vt=   8.48731
 i=  743 j=  932 glon=  274.93 (0-360E) glon=  274.93 glat=  28.56 u= -14.8000 v=   1.7000 vr=   7.80222 vt=  12.69076
 i=  748 j=  932 glon=  275.13 (0-360E) glon=  275.13 glat=  28.56 u= -18.0000 v=   0.7000 vr=   6.08856 vt=  16.95345
 i=  753 j=  932 glon=  275.33 (0-360E) glon=  275.33 glat=  28.56 u= -17.7000 v=   3.1000 vr=   5.93737 vt=  16.96018
 i=  758 j=  932 glon=  275.53 (0-360E) glon=  275.53 glat=  28.56 u= -14.5000 v=   5.3000 vr=   5.50082 vt=  14.42501
 i=  763 j=  932 glon=  275.73 (0-360E) glon=  275.73 glat=  28.56 u= -14.2000 v=   8.8000 vr=   6.79038 vt=  15.26338
 i=  768 j=  932 glon=  275.93 (0-360E) glon=  275.93 glat=  28.56 u= -16.5000 v=  11.1000 vr=   6.09934 vt=  18.92771
 i=  773 j=  932 glon=  276.13 (0-360E) glon=  276.13 glat=  28.56 u= -14.0000 v=  15.8000 vr=   8.83751 vt=  19.17129
 i=  778 j=  932 glon=  276.33 (0-360E) glon=  276.33 glat=  28.56 u= -15.2000 v=  16.1000 vr=   6.13635 vt=  21.27428
 i=  783 j=  932 glon=  276.53 (0-360E) glon=  276.53 glat=  28.56 u= -10.9000 v=  18.5000 vr=   8.36341 vt=  19.77659
 i=  788 j=  932 glon=  276.73 (0-360E) glon=  276.73 glat=  28.56 u=  -8.4000 v=  22.4000 vr=  11.10544 vt=  21.18936
 i=  793 j=  932 glon=  276.93 (0-360E) glon=  276.93 glat=  28.56 u=  -6.7000 v=  22.7000 vr=  10.84649 vt=  21.03648
 i=  798 j=  932 glon=  277.13 (0-360E) glon=  277.13 glat=  28.56 u=  -6.1000 v=  22.3000 vr=   9.60560 vt=  21.02932
 i=  803 j=  932 glon=  277.33 (0-360E) glon=  277.33 glat=  28.56 u=  -5.6000 v=  21.1000 vr=   8.05135 vt=  20.29152
 i=  713 j=  937 glon=  273.73 (0-360E) glon=  273.73 glat=  28.36 u=  -4.1000 v= -11.2000 vr=  -2.25108 vt=  11.71250
 i=  718 j=  937 glon=  273.93 (0-360E) glon=  273.93 glat=  28.36 u=  -6.9000 v= -11.2000 vr=  -0.55246 vt=  13.14324
 i=  723 j=  937 glon=  274.13 (0-360E) glon=  274.13 glat=  28.36 u=  -7.6000 v= -10.3000 vr=  -0.27622 vt=  12.79741
 i=  728 j=  937 glon=  274.33 (0-360E) glon=  274.33 glat=  28.36 u=  -7.4000 v=  -8.8000 vr=  -0.38210 vt=  11.49148
 i=  733 j=  937 glon=  274.53 (0-360E) glon=  274.53 glat=  28.36 u=  -7.7000 v=  -9.4000 vr=  -1.64817 vt=  12.03883
 i=  738 j=  937 glon=  274.73 (0-360E) glon=  274.73 glat=  28.36 u=  -9.7000 v=  -7.1000 vr=   0.10748 vt=  12.02033
 i=  743 j=  937 glon=  274.93 (0-360E) glon=  274.93 glat=  28.36 u= -10.5000 v=  -6.9000 vr=  -0.85920 vt=  12.53482
 i=  748 j=  937 glon=  275.13 (0-360E) glon=  275.13 glat=  28.36 u= -17.9000 v=  -4.3000 vr=   2.35358 vt=  18.25817
 i=  753 j=  937 glon=  275.33 (0-360E) glon=  275.33 glat=  28.36 u= -19.9000 v=   3.5000 vr=   7.31287 vt=  18.83566
 i=  758 j=  937 glon=  275.53 (0-360E) glon=  275.53 glat=  28.36 u= -18.4000 v=  10.7000 vr=  11.00661 vt=  18.21825
 i=  763 j=  937 glon=  275.73 (0-360E) glon=  275.73 glat=  28.36 u= -24.1000 v=  25.0000 vr=  20.73517 vt=  27.85431
 i=  768 j=  937 glon=  275.93 (0-360E) glon=  275.93 glat=  28.36 u= -20.5000 v=  20.5000 vr=  12.63741 vt=  26.09206
 i=  773 j=  937 glon=  276.13 (0-360E) glon=  276.13 glat=  28.36 u= -20.4000 v=  13.2000 vr=   2.11629 vt=  24.20581
 i=  778 j=  937 glon=  276.33 (0-360E) glon=  276.33 glat=  28.36 u= -16.7000 v=  19.1000 vr=   5.87030 vt=  24.68278
 i=  783 j=  937 glon=  276.53 (0-360E) glon=  276.53 glat=  28.36 u= -13.1000 v=  22.6000 vr=   8.10401 vt=  24.83335
 i=  788 j=  937 glon=  276.73 (0-360E) glon=  276.73 glat=  28.36 u= -10.2000 v=  23.2000 vr=   8.29776 vt=  23.94634
 i=  793 j=  937 glon=  276.93 (0-360E) glon=  276.93 glat=  28.36 u=  -7.0000 v=  24.1000 vr=   9.48179 vt=  23.23587
 i=  798 j=  937 glon=  277.13 (0-360E) glon=  277.13 glat=  28.36 u=  -5.6000 v=  23.2000 vr=   8.58883 vt=  22.26729
 i=  803 j=  937 glon=  277.33 (0-360E) glon=  277.33 glat=  28.36 u=  -5.0000 v=  23.1000 vr=   7.81095 vt=  22.30693
 i=  808 j=  937 glon=  277.53 (0-360E) glon=  277.53 glat=  28.36 u=  -3.3000 v=  22.7000 vr=   8.05490 vt=  21.47786
 i=  708 j=  942 glon=  273.53 (0-360E) glon=  273.53 glat=  28.16 u=  -3.5000 v= -11.2000 vr=  -1.19108 vt=  11.67353
 i=  713 j=  942 glon=  273.73 (0-360E) glon=  273.73 glat=  28.16 u=  -3.1000 v= -12.1000 vr=  -2.40292 vt=  12.25749
 i=  718 j=  942 glon=  273.93 (0-360E) glon=  273.93 glat=  28.16 u=  -5.9000 v= -12.4000 vr=  -0.65641 vt=  13.71638
 i=  723 j=  942 glon=  274.13 (0-360E) glon=  274.13 glat=  28.16 u=  -6.0000 v= -11.7000 vr=  -0.99262 vt=  13.11124
 i=  728 j=  942 glon=  274.33 (0-360E) glon=  274.33 glat=  28.16 u=  -4.2000 v= -11.1000 vr=  -3.02956 vt=  11.47483
 i=  733 j=  942 glon=  274.53 (0-360E) glon=  274.53 glat=  28.16 u=  -7.6000 v= -11.0000 vr=  -1.36997 vt=  13.29974
 i=  738 j=  942 glon=  274.73 (0-360E) glon=  274.73 glat=  28.16 u=  -7.1000 v= -11.8000 vr=  -3.73938 vt=  13.25394
 i=  743 j=  942 glon=  274.93 (0-360E) glon=  274.93 glat=  28.16 u=  -6.3000 v= -14.1000 vr=  -7.85559 vt=  13.29623
 i=  748 j=  942 glon=  275.13 (0-360E) glon=  275.13 glat=  28.16 u= -15.0000 v= -11.8000 vr=  -4.15166 vt=  18.62804
 i=  753 j=  942 glon=  275.33 (0-360E) glon=  275.33 glat=  28.16 u= -23.6000 v=   5.4000 vr=  10.96912 vt=  21.58236
 i=  758 j=  942 glon=  275.53 (0-360E) glon=  275.53 glat=  28.16 u= -26.0000 v=  -1.8000 vr=  -1.25144 vt=  26.03217
 i=  763 j=  942 glon=  275.73 (0-360E) glon=  275.73 glat=  28.16 u= -31.0000 v=   7.9000 vr=   1.41750 vt=  31.95936
 i=  768 j=  942 glon=  275.93 (0-360E) glon=  275.93 glat=  28.16 u= -22.6000 v=  22.4000 vr=  11.46417 vt=  29.68321
 i=  773 j=  942 glon=  276.13 (0-360E) glon=  276.13 glat=  28.16 u= -29.5000 v=  13.8000 vr=  -4.88993 vt=  32.19905
 i=  778 j=  942 glon=  276.33 (0-360E) glon=  276.33 glat=  28.16 u= -20.7000 v=  27.2000 vr=   6.42566 vt=  33.57143
 i=  783 j=  942 glon=  276.53 (0-360E) glon=  276.53 glat=  28.16 u= -17.9000 v=  24.8000 vr=   3.06454 vt=  30.43121
 i=  788 j=  942 glon=  276.73 (0-360E) glon=  276.73 glat=  28.16 u= -12.7000 v=  25.5000 vr=   4.88839 vt=  28.06499
 i=  793 j=  942 glon=  276.93 (0-360E) glon=  276.93 glat=  28.16 u=  -8.9000 v=  24.4000 vr=   5.45339 vt=  25.39351
 i=  798 j=  942 glon=  277.13 (0-360E) glon=  277.13 glat=  28.16 u=  -5.4000 v=  25.2000 vr=   7.38406 vt=  24.69161
 i=  803 j=  942 glon=  277.33 (0-360E) glon=  277.33 glat=  28.16 u=  -4.7000 v=  24.7000 vr=   6.57216 vt=  24.26905
 i=  808 j=  942 glon=  277.53 (0-360E) glon=  277.53 glat=  28.16 u=  -3.1000 v=  23.6000 vr=   6.59601 vt=  22.87056
 i=  708 j=  947 glon=  273.53 (0-360E) glon=  273.53 glat=  27.96 u=  -2.4000 v= -12.0000 vr=  -1.32995 vt=  12.16516
 i=  713 j=  947 glon=  273.73 (0-360E) glon=  273.73 glat=  27.96 u=  -2.1000 v= -12.7000 vr=  -2.23473 vt=  12.67699
 i=  718 j=  947 glon=  273.93 (0-360E) glon=  273.93 glat=  27.96 u=  -4.9000 v= -12.7000 vr=  -0.12313 vt=  13.61194
 i=  723 j=  947 glon=  274.13 (0-360E) glon=  274.13 glat=  27.96 u=  -4.3000 v= -12.5000 vr=  -1.24118 vt=  13.16053
 i=  728 j=  947 glon=  274.33 (0-360E) glon=  274.33 glat=  27.96 u=  -4.2000 v= -11.5000 vr=  -1.65782 vt=  12.13020
 i=  733 j=  947 glon=  274.53 (0-360E) glon=  274.53 glat=  27.96 u=  -7.5000 v= -14.0000 vr=  -1.14957 vt=  15.84072
 i=  738 j=  947 glon=  274.73 (0-360E) glon=  274.73 glat=  27.96 u=  -5.7000 v= -15.5000 vr=  -5.12091 vt=  15.70084
 i=  743 j=  947 glon=  274.93 (0-360E) glon=  274.93 glat=  27.96 u=  -7.7000 v= -24.0000 vr= -12.00993 vt=  22.15968
 i=  748 j=  947 glon=  275.13 (0-360E) glon=  275.13 glat=  27.96 u= -25.7000 v=  -2.5000 vr=  11.86806 vt=  22.93227
 i=  753 j=  947 glon=  275.33 (0-360E) glon=  275.33 glat=  27.96 u= -30.3000 v=   9.0000 vr=  18.22364 vt=  25.82613
 i=  758 j=  947 glon=  275.53 (0-360E) glon=  275.53 glat=  27.96 u= -26.3000 v=  11.9000 vr=  12.64328 vt=  25.95087
 i=  763 j=  947 glon=  275.73 (0-360E) glon=  275.73 glat=  27.96 u= -22.2000 v=  20.0000 vr=  13.25203 vt=  26.78103
 i=  768 j=  947 glon=  275.93 (0-360E) glon=  275.93 glat=  27.96 u= -21.4000 v=  21.6000 vr=   7.72038 vt=  29.40945
 i=  773 j=  947 glon=  276.13 (0-360E) glon=  276.13 glat=  27.96 u= -21.1000 v=  24.2000 vr=   3.86600 vt=  31.87325
 i=  778 j=  947 glon=  276.33 (0-360E) glon=  276.33 glat=  27.96 u= -24.9000 v=  19.4000 vr=  -6.84772 vt=  30.81361
 i=  783 j=  947 glon=  276.53 (0-360E) glon=  276.53 glat=  27.96 u= -19.8000 v=  26.2000 vr=  -2.16704 vt=  32.76864
 i=  788 j=  947 glon=  276.73 (0-360E) glon=  276.73 glat=  27.96 u= -14.5000 v=  28.4000 vr=   0.85526 vt=  31.87599
 i=  793 j=  947 glon=  276.93 (0-360E) glon=  276.93 glat=  27.96 u=  -4.6000 v=  26.5000 vr=   7.00731 vt=  25.96743
 i=  798 j=  947 glon=  277.13 (0-360E) glon=  277.13 glat=  27.96 u=  -5.2000 v=  23.9000 vr=   4.16494 vt=  24.10194
 i=  803 j=  947 glon=  277.33 (0-360E) glon=  277.33 glat=  27.96 u=  -3.3000 v=  25.7000 vr=   5.58485 vt=  25.30196
 i=  808 j=  947 glon=  277.53 (0-360E) glon=  277.53 glat=  27.96 u=  -1.7000 v=  25.1000 vr=   6.08091 vt=  24.41153
 i=  813 j=  947 glon=  277.73 (0-360E) glon=  277.73 glat=  27.96 u=  -0.8000 v=  24.3000 vr=   6.04169 vt=  23.55054
 i=  703 j=  952 glon=  273.33 (0-360E) glon=  273.33 glat=  27.76 u=  -1.2000 v= -12.0000 vr=  -1.00472 vt=  12.01793
 i=  708 j=  952 glon=  273.53 (0-360E) glon=  273.53 glat=  27.76 u=  -0.9000 v= -12.9000 vr=  -1.70134 vt=  12.81895
 i=  713 j=  952 glon=  273.73 (0-360E) glon=  273.73 glat=  27.76 u=  -0.7000 v= -13.2000 vr=  -2.24863 vt=  13.02588
 i=  718 j=  952 glon=  273.93 (0-360E) glon=  273.93 glat=  27.76 u=  -3.4000 v= -13.1000 vr=   0.03519 vt=  13.53399
 i=  723 j=  952 glon=  274.13 (0-360E) glon=  274.13 glat=  27.76 u=  -2.9000 v= -13.7000 vr=  -1.08018 vt=  13.96185
 i=  728 j=  952 glon=  274.33 (0-360E) glon=  274.33 glat=  27.76 u=  -6.1000 v= -18.0000 vr=  -0.06969 vt=  19.00540
 i=  733 j=  952 glon=  274.53 (0-360E) glon=  274.53 glat=  27.76 u=  -4.6000 v= -18.5000 vr=  -2.78181 vt=  18.85926
 i=  738 j=  952 glon=  274.73 (0-360E) glon=  274.73 glat=  27.76 u=  -3.9000 v= -18.9000 vr=  -5.15151 vt=  18.59790
 i=  743 j=  952 glon=  274.93 (0-360E) glon=  274.93 glat=  27.76 u=  -6.8000 v= -16.6000 vr=  -3.70385 vt=  17.55225
 i=  748 j=  952 glon=  275.13 (0-360E) glon=  275.13 glat=  27.76 u= -26.6000 v=  -8.4000 vr=  12.80588 vt=  24.78163
 i=  753 j=  952 glon=  275.33 (0-360E) glon=  275.33 glat=  27.76 u= -34.9000 v=   2.7000 vr=  18.47338 vt=  29.73271
 i=  758 j=  952 glon=  275.53 (0-360E) glon=  275.53 glat=  27.76 u= -33.4000 v=  16.1000 vr=  17.54341 vt=  32.66495
 i=  763 j=  952 glon=  275.73 (0-360E) glon=  275.73 glat=  27.76 u= -26.6000 v=  27.6000 vr=  14.80225 vt=  35.35836
 i=  768 j=  952 glon=  275.93 (0-360E) glon=  275.93 glat=  27.76 u= -20.7000 v=  32.6000 vr=  10.23526 vt=  37.23559
 i=  773 j=  952 glon=  276.13 (0-360E) glon=  276.13 glat=  27.76 u= -22.2000 v=  25.9000 vr=  -2.82608 vt=  33.99505
 i=  778 j=  952 glon=  276.33 (0-360E) glon=  276.33 glat=  27.76 u= -17.3000 v=  34.7000 vr=   1.17325 vt=  38.75569
 i=  783 j=  952 glon=  276.53 (0-360E) glon=  276.53 glat=  27.76 u= -15.1000 v=  22.7000 vr=  -4.97714 vt=  26.80537
 i=  788 j=  952 glon=  276.73 (0-360E) glon=  276.73 glat=  27.76 u= -16.4000 v=  29.4000 vr=  -5.65429 vt=  33.18658
 i=  793 j=  952 glon=  276.93 (0-360E) glon=  276.93 glat=  27.76 u= -12.1000 v=  24.5000 vr=  -4.50425 vt=  26.95128
 i=  798 j=  952 glon=  277.13 (0-360E) glon=  277.13 glat=  27.76 u= -10.6000 v=  25.0000 vr=  -3.89520 vt=  26.87354
 i=  803 j=  952 glon=  277.33 (0-360E) glon=  277.33 glat=  27.76 u=  -5.1000 v=  27.2000 vr=   1.19488 vt=  27.64819
 i=  808 j=  952 glon=  277.53 (0-360E) glon=  277.53 glat=  27.76 u=  -0.7000 v=  27.5000 vr=   4.92344 vt=  27.06473
 i=  813 j=  952 glon=  277.73 (0-360E) glon=  277.73 glat=  27.76 u=   0.9000 v=  26.5000 vr=   5.79147 vt=  25.87506
 i=  703 j=  957 glon=  273.33 (0-360E) glon=  273.33 glat=  27.56 u=  -0.6000 v= -12.5000 vr=  -0.44043 vt=  12.50664
 i=  708 j=  957 glon=  273.53 (0-360E) glon=  273.53 glat=  27.56 u=  -0.1000 v= -13.6000 vr=  -1.15377 vt=  13.55134
 i=  713 j=  957 glon=  273.73 (0-360E) glon=  273.73 glat=  27.56 u=   0.0000 v= -13.7000 vr=  -1.41248 vt=  13.62699
 i=  718 j=  957 glon=  273.93 (0-360E) glon=  273.93 glat=  27.56 u=  -0.3000 v= -12.8000 vr=  -1.19419 vt=  12.74770
 i=  723 j=  957 glon=  274.13 (0-360E) glon=  274.13 glat=  27.56 u=  -0.5000 v= -14.2000 vr=  -1.40190 vt=  14.13947
 i=  728 j=  957 glon=  274.33 (0-360E) glon=  274.33 glat=  27.56 u=  -2.4000 v= -19.1000 vr=  -0.60771 vt=  19.24060
 i=  733 j=  957 glon=  274.53 (0-360E) glon=  274.53 glat=  27.56 u=   0.0000 v= -20.5000 vr=  -3.82219 vt=  20.14053
 i=  738 j=  957 glon=  274.73 (0-360E) glon=  274.73 glat=  27.56 u=  -3.1000 v= -18.7000 vr=  -1.29730 vt=  18.91076
 i=  743 j=  957 glon=  274.93 (0-360E) glon=  274.93 glat=  27.56 u= -10.1000 v= -25.9000 vr=   1.85962 vt=  27.73737
 i=  748 j=  957 glon=  275.13 (0-360E) glon=  275.13 glat=  27.56 u= -18.9000 v= -23.8000 vr=   7.07551 vt=  29.55651
 i=  753 j=  957 glon=  275.33 (0-360E) glon=  275.33 glat=  27.56 u= -24.4000 v=  -7.9000 vr=  12.92356 vt=  22.15292
 i=  758 j=  957 glon=  275.53 (0-360E) glon=  275.53 glat=  27.56 u= -28.3000 v=  15.2000 vr=  17.78663 vt=  26.75006
 i=  763 j=  957 glon=  275.73 (0-360E) glon=  275.73 glat=  27.56 u= -25.7000 v=  37.4000 vr=   9.88976 vt=  44.28818
 i=  768 j=  957 glon=  275.93 (0-360E) glon=  275.93 glat=  27.56 u= -15.4000 v=  37.3000 vr=   3.26663 vt=  40.22163
 i=  773 j=  957 glon=  276.13 (0-360E) glon=  276.13 glat=  27.56 u=  -5.5000 v=  36.7000 vr=   6.43460 vt=  36.54772
 i=  778 j=  957 glon=  276.33 (0-360E) glon=  276.33 glat=  27.56 u=  -1.1000 v=  36.6000 vr=   7.75536 vt=  35.78581
 i=  783 j=  957 glon=  276.53 (0-360E) glon=  276.53 glat=  27.56 u=  -0.9000 v=  28.8000 vr=   4.68482 vt=  28.43066
 i=  788 j=  957 glon=  276.73 (0-360E) glon=  276.73 glat=  27.56 u= -12.6000 v=  44.6000 vr=  -5.26356 vt=  46.04579
 i=  793 j=  957 glon=  276.93 (0-360E) glon=  276.93 glat=  27.56 u=  -2.9000 v=  36.4000 vr=   2.12394 vt=  36.45352
 i=  798 j=  957 glon=  277.13 (0-360E) glon=  277.13 glat=  27.56 u=  -6.8000 v=  31.9000 vr=  -2.94239 vt=  32.48372
 i=  803 j=  957 glon=  277.33 (0-360E) glon=  277.33 glat=  27.56 u=  -1.1000 v=  35.5000 vr=   2.64658 vt=  35.41829
 i=  808 j=  957 glon=  277.53 (0-360E) glon=  277.53 glat=  27.56 u=   1.9000 v=  29.3000 vr=   4.64625 vt=  28.99159
 i=  813 j=  957 glon=  277.73 (0-360E) glon=  277.73 glat=  27.56 u=   2.6000 v=  27.4000 vr=   4.90939 vt=  27.08169
 i=  703 j=  962 glon=  273.33 (0-360E) glon=  273.33 glat=  27.36 u=   0.9000 v= -12.8000 vr=  -0.68195 vt=  12.81347
 i=  708 j=  962 glon=  273.53 (0-360E) glon=  273.53 glat=  27.36 u=   0.3000 v= -12.8000 vr=  -0.06771 vt=  12.80334
 i=  713 j=  962 glon=  273.73 (0-360E) glon=  273.73 glat=  27.36 u=   1.1000 v= -13.4000 vr=  -0.83797 vt=  13.41893
 i=  718 j=  962 glon=  273.93 (0-360E) glon=  273.93 glat=  27.36 u=   2.0000 v= -12.4000 vr=  -1.73523 vt=  12.43981
 i=  723 j=  962 glon=  274.13 (0-360E) glon=  274.13 glat=  27.36 u=   2.5000 v= -12.4000 vr=  -2.20610 vt=  12.45565
 i=  728 j=  962 glon=  274.33 (0-360E) glon=  274.33 glat=  27.36 u=   4.7000 v= -20.2000 vr=  -4.15679 vt=  20.31874
 i=  733 j=  962 glon=  274.53 (0-360E) glon=  274.53 glat=  27.36 u=   1.7000 v= -17.6000 vr=  -1.14817 vt=  17.64459
 i=  738 j=  962 glon=  274.73 (0-360E) glon=  274.73 glat=  27.36 u=   5.4000 v= -24.8000 vr=  -4.45030 vt=  24.98789
 i=  743 j=  962 glon=  274.93 (0-360E) glon=  274.93 glat=  27.36 u=   2.8000 v= -30.4000 vr=  -1.28955 vt=  30.50143
 i=  748 j=  962 glon=  275.13 (0-360E) glon=  275.13 glat=  27.36 u=  -0.3000 v= -19.3000 vr=   1.69288 vt=  19.22795
 i=  753 j=  962 glon=  275.33 (0-360E) glon=  275.33 glat=  27.36 u=  20.0000 v=  -9.2000 vr= -18.55983 vt=  11.83945
 i=  758 j=  962 glon=  275.53 (0-360E) glon=  275.53 glat=  27.36 u=  18.5000 v=   5.9000 vr= -14.71226 vt=  12.67318
 i=  763 j=  962 glon=  275.73 (0-360E) glon=  275.73 glat=  27.36 u=   9.8000 v=  27.8000 vr=   5.13615 vt=  29.02585
 i=  768 j=  962 glon=  275.93 (0-360E) glon=  275.93 glat=  27.36 u=  -0.4000 v=  45.6000 vr=  -4.00036 vt=  45.42595
 i=  773 j=  962 glon=  276.13 (0-360E) glon=  276.13 glat=  27.36 u=   0.0000 v=  42.1000 vr=  -2.21260 vt=  42.04182
 i=  778 j=  962 glon=  276.33 (0-360E) glon=  276.33 glat=  27.36 u=   4.6000 v=  38.3000 vr=   3.07242 vt=  38.45270
 i=  783 j=  962 glon=  276.53 (0-360E) glon=  276.53 glat=  27.36 u=   5.6000 v=  35.9000 vr=   4.43586 vt=  36.06235
 i=  788 j=  962 glon=  276.73 (0-360E) glon=  276.73 glat=  27.36 u=   7.7000 v=  36.3000 vr=   6.69829 vt=  36.49812
 i=  793 j=  962 glon=  276.93 (0-360E) glon=  276.93 glat=  27.36 u=   3.0000 v=  36.4000 vr=   2.11992 vt=  36.46184
 i=  798 j=  962 glon=  277.13 (0-360E) glon=  277.13 glat=  27.36 u=   1.3000 v=  32.4000 vr=   0.59672 vt=  32.42058
 i=  803 j=  962 glon=  277.33 (0-360E) glon=  277.33 glat=  27.36 u=  -1.6000 v=  26.1000 vr=  -2.11733 vt=  26.06313
 i=  808 j=  962 glon=  277.53 (0-360E) glon=  277.53 glat=  27.36 u=   2.3000 v=  28.7000 vr=   1.77218 vt=  28.73742
 i=  813 j=  962 glon=  277.73 (0-360E) glon=  277.73 glat=  27.36 u=   4.4000 v=  27.6000 vr=   3.92425 vt=  27.67165
 i=  703 j=  967 glon=  273.33 (0-360E) glon=  273.33 glat=  27.16 u=   1.6000 v= -12.3000 vr=  -0.13219 vt=  12.40292
 i=  708 j=  967 glon=  273.53 (0-360E) glon=  273.53 glat=  27.16 u=   0.8000 v= -13.2000 vr=   0.91209 vt=  13.19273
 i=  713 j=  967 glon=  273.73 (0-360E) glon=  273.73 glat=  27.16 u=   2.8000 v= -12.2000 vr=  -1.03477 vt=  12.47434
 i=  718 j=  967 glon=  273.93 (0-360E) glon=  273.93 glat=  27.16 u=   4.5000 v= -12.5000 vr=  -2.45870 vt=  13.05583
 i=  723 j=  967 glon=  274.13 (0-360E) glon=  274.13 glat=  27.16 u=   5.0000 v= -13.0000 vr=  -2.58322 vt=  13.68675
 i=  728 j=  967 glon=  274.33 (0-360E) glon=  274.33 glat=  27.16 u=   5.4000 v= -14.4000 vr=  -2.29975 vt=  15.20629
 i=  733 j=  967 glon=  274.53 (0-360E) glon=  274.53 glat=  27.16 u=   7.8000 v= -16.5000 vr=  -3.52357 vt=  17.90739
 i=  738 j=  967 glon=  274.73 (0-360E) glon=  274.73 glat=  27.16 u=  10.2000 v= -19.9000 vr=  -3.78417 vt=  22.03928
 i=  743 j=  967 glon=  274.93 (0-360E) glon=  274.93 glat=  27.16 u=  19.1000 v= -20.7000 vr=  -9.73637 vt=  26.42921
 i=  748 j=  967 glon=  275.13 (0-360E) glon=  275.13 glat=  27.16 u=  29.7000 v= -17.1000 vr= -16.44015 vt=  30.07028
 i=  753 j=  967 glon=  275.33 (0-360E) glon=  275.33 glat=  27.16 u=  35.5000 v= -10.1000 vr= -15.41137 vt=  33.53729
 i=  758 j=  967 glon=  275.53 (0-360E) glon=  275.53 glat=  27.16 u=  31.6000 v=   2.1000 vr=  -4.36834 vt=  31.36698
 i=  763 j=  967 glon=  275.73 (0-360E) glon=  275.73 glat=  27.16 u=  25.1000 v=  16.9000 vr=   0.78701 vt=  30.24898
 i=  768 j=  967 glon=  275.93 (0-360E) glon=  275.93 glat=  27.16 u=  17.7000 v=  42.1000 vr=  -8.70317 vt=  44.83252
 i=  773 j=  967 glon=  276.13 (0-360E) glon=  276.13 glat=  27.16 u=   9.5000 v=  40.0000 vr=  -7.40442 vt=  40.44038
 i=  778 j=  967 glon=  276.33 (0-360E) glon=  276.33 glat=  27.16 u=   8.5000 v=  36.1000 vr=  -3.17080 vt=  36.95140
 i=  783 j=  967 glon=  276.53 (0-360E) glon=  276.53 glat=  27.16 u=   7.0000 v=  35.8000 vr=  -2.29491 vt=  36.40568
 i=  788 j=  967 glon=  276.73 (0-360E) glon=  276.73 glat=  27.16 u=   3.2000 v=  36.7000 vr=  -4.69750 vt=  36.53852
 i=  793 j=  967 glon=  276.93 (0-360E) glon=  276.93 glat=  27.16 u=   5.7000 v=  32.3000 vr=  -0.34507 vt=  32.79727
 i=  798 j=  967 glon=  277.13 (0-360E) glon=  277.13 glat=  27.16 u=   6.3000 v=  30.6000 vr=   1.25330 vt=  31.21665
 i=  803 j=  967 glon=  277.33 (0-360E) glon=  277.33 glat=  27.16 u=   6.7000 v=  29.2000 vr=   2.39232 vt=  29.86313
 i=  808 j=  967 glon=  277.53 (0-360E) glon=  277.53 glat=  27.16 u=   4.1000 v=  28.0000 vr=   0.38475 vt=  28.29597
 i=  813 j=  967 glon=  277.73 (0-360E) glon=  277.73 glat=  27.16 u=   6.3000 v=  27.7000 vr=   2.92330 vt=  28.25658
 i=  703 j=  972 glon=  273.33 (0-360E) glon=  273.33 glat=  26.96 u=   3.1000 v= -12.0000 vr=  -0.44092 vt=  12.38610
 i=  708 j=  972 glon=  273.53 (0-360E) glon=  273.53 glat=  26.96 u=   2.7000 v= -12.4000 vr=   0.28957 vt=  12.68724
 i=  713 j=  972 glon=  273.73 (0-360E) glon=  273.73 glat=  26.96 u=   3.7000 v= -11.0000 vr=  -0.73134 vt=  11.58254
 i=  718 j=  972 glon=  273.93 (0-360E) glon=  273.93 glat=  26.96 u=   5.2000 v= -10.4000 vr=  -1.99465 vt=  11.45519
 i=  723 j=  972 glon=  274.13 (0-360E) glon=  274.13 glat=  26.96 u=   6.6000 v= -11.1000 vr=  -2.66195 vt=  12.63662
 i=  728 j=  972 glon=  274.33 (0-360E) glon=  274.33 glat=  26.96 u=   8.7000 v= -11.5000 vr=  -3.85043 vt=  13.89655
 i=  733 j=  972 glon=  274.53 (0-360E) glon=  274.53 glat=  26.96 u=   9.6000 v= -11.7000 vr=  -3.67149 vt=  14.68231
 i=  738 j=  972 glon=  274.73 (0-360E) glon=  274.73 glat=  26.96 u=  11.6000 v= -10.9000 vr=  -4.47329 vt=  15.27612
 i=  743 j=  972 glon=  274.93 (0-360E) glon=  274.93 glat=  26.96 u=  16.8000 v= -12.0000 vr=  -5.89854 vt=  19.78503
 i=  748 j=  972 glon=  275.13 (0-360E) glon=  275.13 glat=  26.96 u=  24.6000 v= -10.7000 vr=  -8.08964 vt=  25.57749
 i=  753 j=  972 glon=  275.33 (0-360E) glon=  275.33 glat=  26.96 u=  29.6000 v=  -7.3000 vr=  -5.61246 vt=  29.96582
 i=  758 j=  972 glon=  275.53 (0-360E) glon=  275.53 glat=  26.96 u=  31.1000 v=  -1.0000 vr=  -0.19213 vt=  31.11548
 i=  763 j=  972 glon=  275.73 (0-360E) glon=  275.73 glat=  26.96 u=  25.5000 v=   4.7000 vr=   4.62656 vt=  25.51343
 i=  768 j=  972 glon=  275.93 (0-360E) glon=  275.93 glat=  26.96 u=  17.5000 v=  38.3000 vr= -19.10025 vt=  37.52760
 i=  773 j=  972 glon=  276.13 (0-360E) glon=  276.13 glat=  26.96 u=  16.7000 v=  35.2000 vr=  -9.55099 vt=  37.77180
 i=  778 j=  972 glon=  276.33 (0-360E) glon=  276.33 glat=  26.96 u=  12.5000 v=  33.2000 vr=  -6.76117 vt=  34.82494
 i=  783 j=  972 glon=  276.53 (0-360E) glon=  276.53 glat=  26.96 u=  12.2000 v=  31.4000 vr=  -2.88615 vt=  33.56293
 i=  788 j=  972 glon=  276.73 (0-360E) glon=  276.73 glat=  26.96 u=  10.4000 v=  32.1000 vr=  -2.51306 vt=  33.64899
 i=  793 j=  972 glon=  276.93 (0-360E) glon=  276.93 glat=  26.96 u=   8.9000 v=  30.6000 vr=  -1.71253 vt=  31.82196
 i=  798 j=  972 glon=  277.13 (0-360E) glon=  277.13 glat=  26.96 u=   9.1000 v=  29.3000 vr=   0.11139 vt=  30.68041
 i=  803 j=  972 glon=  277.33 (0-360E) glon=  277.33 glat=  26.96 u=   1.5000 v=  28.6000 vr=  -6.08307 vt=  27.98582
 i=  808 j=  972 glon=  277.53 (0-360E) glon=  277.53 glat=  26.96 u=   7.3000 v=  27.3000 vr=   0.56427 vt=  28.25352
 i=  813 j=  972 glon=  277.73 (0-360E) glon=  277.73 glat=  26.96 u=   7.5000 v=  26.8000 vr=   1.45302 vt=  27.79170
 i=  708 j=  977 glon=  273.53 (0-360E) glon=  273.53 glat=  26.76 u=   4.3000 v=  -9.7000 vr=  -0.82490 vt=  10.57826
 i=  713 j=  977 glon=  273.73 (0-360E) glon=  273.73 glat=  26.76 u=   6.2000 v= -10.2000 vr=  -2.05865 vt=  11.75763
 i=  718 j=  977 glon=  273.93 (0-360E) glon=  273.93 glat=  26.76 u=   7.4000 v= -10.5000 vr=  -2.55905 vt=  12.58814
 i=  723 j=  977 glon=  274.13 (0-360E) glon=  274.13 glat=  26.76 u=   7.9000 v=  -9.5000 vr=  -2.82096 vt=  12.02922
 i=  728 j=  977 glon=  274.33 (0-360E) glon=  274.33 glat=  26.76 u=   8.6000 v=  -9.0000 vr=  -2.91660 vt=  12.10179
 i=  733 j=  977 glon=  274.53 (0-360E) glon=  274.53 glat=  26.76 u=  10.8000 v= -11.3000 vr=  -2.43009 vt=  15.44101
 i=  738 j=  977 glon=  274.73 (0-360E) glon=  274.73 glat=  26.76 u=  14.4000 v=  -9.3000 vr=  -4.82848 vt=  16.44797
 i=  743 j=  977 glon=  274.93 (0-360E) glon=  274.93 glat=  26.76 u=  16.8000 v=  -7.1000 vr=  -5.73521 vt=  17.31350
 i=  748 j=  977 glon=  275.13 (0-360E) glon=  275.13 glat=  26.76 u=  20.3000 v=  -7.4000 vr=  -3.99611 vt=  21.23396
 i=  753 j=  977 glon=  275.33 (0-360E) glon=  275.33 glat=  26.76 u=  26.5000 v=  -2.9000 vr=  -5.07379 vt=  26.17091
 i=  758 j=  977 glon=  275.53 (0-360E) glon=  275.53 glat=  26.76 u=  34.5000 v=  -7.3000 vr=   6.39697 vt=  34.67879
 i=  763 j=  977 glon=  275.73 (0-360E) glon=  275.73 glat=  26.76 u=  42.5000 v=   7.6000 vr=   3.24515 vt=  43.05205
 i=  768 j=  977 glon=  275.93 (0-360E) glon=  275.93 glat=  26.76 u=  25.8000 v=  32.1000 vr= -15.94836 vt=  37.96972
 i=  773 j=  977 glon=  276.13 (0-360E) glon=  276.13 glat=  26.76 u=  19.3000 v=  31.2000 vr= -11.79436 vt=  34.73936
 i=  778 j=  977 glon=  276.33 (0-360E) glon=  276.33 glat=  26.76 u=  18.2000 v=  29.8000 vr=  -6.46708 vt=  34.31409
 i=  783 j=  977 glon=  276.53 (0-360E) glon=  276.53 glat=  26.76 u=  14.6000 v=  29.2000 vr=  -5.21027 vt=  32.22814
 i=  788 j=  977 glon=  276.73 (0-360E) glon=  276.73 glat=  26.76 u=  11.6000 v=  28.8000 vr=  -4.84207 vt=  30.66846
 i=  793 j=  977 glon=  276.93 (0-360E) glon=  276.93 glat=  26.76 u=  10.7000 v=  28.2000 vr=  -3.34651 vt=  29.97550
 i=  798 j=  977 glon=  277.13 (0-360E) glon=  277.13 glat=  26.76 u=   9.8000 v=  29.0000 vr=  -2.93050 vt=  30.47051
 i=  803 j=  977 glon=  277.33 (0-360E) glon=  277.33 glat=  26.76 u=   8.3000 v=  26.4000 vr=  -2.07598 vt=  27.59602
 i=  808 j=  977 glon=  277.53 (0-360E) glon=  277.53 glat=  26.76 u=   9.5000 v=  26.2000 vr=   0.07569 vt=  27.86906
 i=  708 j=  982 glon=  273.53 (0-360E) glon=  273.53 glat=  26.56 u=   6.2000 v=  -8.5000 vr=  -2.04347 vt=  10.32057
 i=  713 j=  982 glon=  273.73 (0-360E) glon=  273.73 glat=  26.56 u=   6.3000 v=  -8.3000 vr=  -1.80400 vt=  10.26282
 i=  718 j=  982 glon=  273.93 (0-360E) glon=  273.93 glat=  26.56 u=   8.0000 v= -10.0000 vr=  -1.92815 vt=  12.66026
 i=  723 j=  982 glon=  274.13 (0-360E) glon=  274.13 glat=  26.56 u=   9.2000 v=  -8.2000 vr=  -3.17875 vt=  11.90695
 i=  728 j=  982 glon=  274.33 (0-360E) glon=  274.33 glat=  26.56 u=  10.2000 v=  -7.5000 vr=  -3.54381 vt=  12.15448
 i=  733 j=  982 glon=  274.53 (0-360E) glon=  274.53 glat=  26.56 u=  12.1000 v=  -6.8000 vr=  -4.34056 vt=  13.18368
 i=  738 j=  982 glon=  274.73 (0-360E) glon=  274.73 glat=  26.56 u=  15.2000 v=  -6.2000 vr=  -5.38262 vt=  15.50830
 i=  743 j=  982 glon=  274.93 (0-360E) glon=  274.93 glat=  26.56 u=  18.1000 v=  -4.1000 vr=  -6.60822 vt=  17.34219
 i=  748 j=  982 glon=  275.13 (0-360E) glon=  275.13 glat=  26.56 u=  19.2000 v=  -1.8000 vr=  -6.23913 vt=  18.24701
 i=  753 j=  982 glon=  275.33 (0-360E) glon=  275.33 glat=  26.56 u=  23.6000 v=   2.3000 vr=  -7.63822 vt=  22.44789
 i=  758 j=  982 glon=  275.53 (0-360E) glon=  275.53 glat=  26.56 u=  25.8000 v=   6.1000 vr=  -6.60961 vt=  25.67417
 i=  763 j=  982 glon=  275.73 (0-360E) glon=  275.73 glat=  26.56 u=  25.1000 v=  14.7000 vr=  -9.61315 vt=  27.45337
 i=  768 j=  982 glon=  275.93 (0-360E) glon=  275.93 glat=  26.56 u=  25.3000 v=  19.8000 vr=  -8.70806 vt=  30.92410
 i=  773 j=  982 glon=  276.13 (0-360E) glon=  276.13 glat=  26.56 u=  20.2000 v=  24.8000 vr= -10.31457 vt=  30.27688
 i=  778 j=  982 glon=  276.33 (0-360E) glon=  276.33 glat=  26.56 u=  19.1000 v=  27.4000 vr=  -8.69455 vt=  32.24864
 i=  783 j=  982 glon=  276.53 (0-360E) glon=  276.53 glat=  26.56 u=  15.9000 v=  26.3000 vr=  -6.56423 vt=  30.02351
 i=  788 j=  982 glon=  276.73 (0-360E) glon=  276.73 glat=  26.56 u=  13.2000 v=  26.3000 vr=  -5.92329 vt=  28.82438
 i=  793 j=  982 glon=  276.93 (0-360E) glon=  276.93 glat=  26.56 u=  12.6000 v=  26.6000 vr=  -4.44449 vt=  29.09582
 i=  798 j=  982 glon=  277.13 (0-360E) glon=  277.13 glat=  26.56 u=  11.4000 v=  25.8000 vr=  -3.30514 vt=  28.01207
 i=  803 j=  982 glon=  277.33 (0-360E) glon=  277.33 glat=  26.56 u=  10.8000 v=  24.5000 vr=  -1.82781 vt=  26.71234
 i=  808 j=  982 glon=  277.53 (0-360E) glon=  277.53 glat=  26.56 u=   9.9000 v=  25.5000 vr=  -1.95012 vt=  27.28474
 i=  713 j=  987 glon=  273.73 (0-360E) glon=  273.73 glat=  26.36 u=   8.9000 v=  -7.0000 vr=  -3.73836 vt=  10.68806
 i=  718 j=  987 glon=  273.93 (0-360E) glon=  273.93 glat=  26.36 u=   9.3000 v=  -6.3000 vr=  -3.89425 vt=  10.53636
 i=  723 j=  987 glon=  274.13 (0-360E) glon=  274.13 glat=  26.36 u=  10.7000 v=  -5.7000 vr=  -4.68605 vt=  11.18128
 i=  728 j=  987 glon=  274.33 (0-360E) glon=  274.33 glat=  26.36 u=  12.2000 v=  -5.0000 vr=  -5.40646 vt=  12.02540
 i=  733 j=  987 glon=  274.53 (0-360E) glon=  274.53 glat=  26.36 u=  13.5000 v=  -4.3000 vr=  -5.69976 vt=  12.97123
 i=  738 j=  987 glon=  274.73 (0-360E) glon=  274.73 glat=  26.36 u=  14.6000 v=  -3.2000 vr=  -5.83071 vt=  13.76237
 i=  743 j=  987 glon=  274.93 (0-360E) glon=  274.93 glat=  26.36 u=  17.3000 v=  -1.2000 vr=  -7.11194 vt=  15.81614
 i=  748 j=  987 glon=  275.13 (0-360E) glon=  275.13 glat=  26.36 u=  19.5000 v=   2.1000 vr=  -8.62145 vt=  17.61620
 i=  753 j=  987 glon=  275.33 (0-360E) glon=  275.33 glat=  26.36 u=  21.1000 v=   5.4000 vr=  -9.23060 vt=  19.72729
 i=  758 j=  987 glon=  275.53 (0-360E) glon=  275.53 glat=  26.36 u=  21.8000 v=   7.9000 vr=  -8.24670 vt=  21.67123
 i=  763 j=  987 glon=  275.73 (0-360E) glon=  275.73 glat=  26.36 u=  21.0000 v=  11.8000 vr=  -8.39088 vt=  22.57949
 i=  768 j=  987 glon=  275.93 (0-360E) glon=  275.93 glat=  26.36 u=  22.2000 v=  15.0000 vr=  -7.27061 vt=  25.78717
 i=  773 j=  987 glon=  276.13 (0-360E) glon=  276.13 glat=  26.36 u=  19.6000 v=  21.0000 vr=  -9.93381 vt=  26.95328
 i=  778 j=  987 glon=  276.33 (0-360E) glon=  276.33 glat=  26.36 u=  15.0000 v=  25.0000 vr= -12.29546 vt=  26.43523
 i=  783 j=  987 glon=  276.53 (0-360E) glon=  276.53 glat=  26.36 u=  14.5000 v=  23.2000 vr=  -8.29305 vt=  26.07135
 i=  788 j=  987 glon=  276.73 (0-360E) glon=  276.73 glat=  26.36 u=  13.8000 v=  24.1000 vr=  -6.99280 vt=  26.87658
 i=  793 j=  987 glon=  276.93 (0-360E) glon=  276.93 glat=  26.36 u=  12.5000 v=  26.0000 vr=  -7.11331 vt=  27.95802
 i=  798 j=  987 glon=  277.13 (0-360E) glon=  277.13 glat=  26.36 u=  12.3000 v=  25.0000 vr=  -4.84995 vt=  27.43662
 i=  803 j=  987 glon=  277.33 (0-360E) glon=  277.33 glat=  26.36 u=  10.8000 v=  25.6000 vr=  -4.91549 vt=  27.34663
 i=  718 j=  992 glon=  273.93 (0-360E) glon=  273.93 glat=  26.16 u=  10.5000 v=  -5.9000 vr=  -4.15015 vt=  11.30647
 i=  723 j=  992 glon=  274.13 (0-360E) glon=  274.13 glat=  26.16 u=  10.9000 v=  -4.4000 vr=  -4.73783 vt=  10.75746
 i=  728 j=  992 glon=  274.33 (0-360E) glon=  274.33 glat=  26.16 u=  11.9000 v=  -2.4000 vr=  -6.07465 vt=  10.51041
 i=  733 j=  992 glon=  274.53 (0-360E) glon=  274.53 glat=  26.16 u=  13.6000 v=  -1.7000 vr=  -6.70883 vt=  11.95164
 i=  738 j=  992 glon=  274.73 (0-360E) glon=  274.73 glat=  26.16 u=  15.0000 v=  -0.8000 vr=  -6.96751 vt=  13.30766
 i=  743 j=  992 glon=  274.93 (0-360E) glon=  274.93 glat=  26.16 u=  16.1000 v=   0.6000 vr=  -7.13754 vt=  14.44387
 i=  748 j=  992 glon=  275.13 (0-360E) glon=  275.13 glat=  26.16 u=  18.1000 v=   2.5000 vr=  -7.65074 vt=  16.59296
 i=  753 j=  992 glon=  275.33 (0-360E) glon=  275.33 glat=  26.16 u=  21.3000 v=   3.6000 vr=  -6.89041 vt=  20.47370
 i=  758 j=  992 glon=  275.53 (0-360E) glon=  275.53 glat=  26.16 u=  20.0000 v=   6.7000 vr=  -6.96651 vt=  19.90874
 i=  763 j=  992 glon=  275.73 (0-360E) glon=  275.73 glat=  26.16 u=  19.3000 v=  15.8000 vr= -13.14239 vt=  21.19923
 i=  768 j=  992 glon=  275.93 (0-360E) glon=  275.93 glat=  26.16 u=  17.9000 v=  14.3000 vr=  -9.00405 vt=  21.06720
 i=  773 j=  992 glon=  276.13 (0-360E) glon=  276.13 glat=  26.16 u=  19.7000 v=  21.7000 vr= -12.33436 vt=  26.58653
 i=  778 j=  992 glon=  276.33 (0-360E) glon=  276.33 glat=  26.16 u=  16.6000 v=  23.7000 vr= -12.43214 vt=  26.12837
 i=  783 j=  992 glon=  276.53 (0-360E) glon=  276.53 glat=  26.16 u=  14.7000 v=  22.9000 vr= -10.13655 vt=  25.25372
 i=  788 j=  992 glon=  276.73 (0-360E) glon=  276.73 glat=  26.16 u=  14.6000 v=  23.1000 vr=  -8.05498 vt=  26.11297
 i=  793 j=  992 glon=  276.93 (0-360E) glon=  276.93 glat=  26.16 u=  13.5000 v=  23.9000 vr=  -7.35234 vt=  26.44623
 i=  798 j=  992 glon=  277.13 (0-360E) glon=  277.13 glat=  26.16 u=  12.9000 v=  23.2000 vr=  -5.55698 vt=  25.95708
 i=  803 j=  992 glon=  277.33 (0-360E) glon=  277.33 glat=  26.16 u=  13.0000 v=  22.5000 vr=  -3.53615 vt=  25.74385
 i=  723 j=  997 glon=  274.13 (0-360E) glon=  274.13 glat=  25.96 u=  11.1000 v=  -3.1000 vr=  -5.02576 vt=  10.37120
 i=  728 j=  997 glon=  274.33 (0-360E) glon=  274.33 glat=  25.96 u=  11.9000 v=  -2.1000 vr=  -5.52412 vt=  10.74728
 i=  733 j=  997 glon=  274.53 (0-360E) glon=  274.53 glat=  25.96 u=  12.7000 v=  -0.5000 vr=  -6.38622 vt=  10.98891
 i=  738 j=  997 glon=  274.73 (0-360E) glon=  274.73 glat=  25.96 u=  13.4000 v=   0.8000 vr=  -6.80584 vt=  11.57068
 i=  743 j=  997 glon=  274.93 (0-360E) glon=  274.93 glat=  25.96 u=  14.6000 v=   1.7000 vr=  -6.84269 vt=  13.00875
 i=  748 j=  997 glon=  275.13 (0-360E) glon=  275.13 glat=  25.96 u=  16.3000 v=   3.8000 vr=  -7.79575 vt=  14.81068
 i=  753 j=  997 glon=  275.33 (0-360E) glon=  275.33 glat=  25.96 u=  18.9000 v=   6.6000 vr=  -9.09298 vt=  17.83502
 i=  758 j=  997 glon=  275.53 (0-360E) glon=  275.53 glat=  25.96 u=  18.7000 v=  10.7000 vr= -10.91412 vt=  18.57584
 i=  763 j=  997 glon=  275.73 (0-360E) glon=  275.73 glat=  25.96 u=  18.5000 v=  14.2000 vr= -12.02540 vt=  19.98198
 i=  768 j=  997 glon=  275.93 (0-360E) glon=  275.93 glat=  25.96 u=  19.5000 v=  16.0000 vr= -11.04568 vt=  22.67693
 i=  773 j=  997 glon=  276.13 (0-360E) glon=  276.13 glat=  25.96 u=  18.7000 v=  18.7000 vr= -11.19736 vt=  23.95828
 i=  778 j=  997 glon=  276.33 (0-360E) glon=  276.33 glat=  25.96 u=  16.7000 v=  20.6000 vr= -11.19611 vt=  24.03949
 i=  783 j=  997 glon=  276.53 (0-360E) glon=  276.53 glat=  25.96 u=  15.1000 v=  21.0000 vr= -10.02686 vt=  23.84265
 i=  788 j=  997 glon=  276.73 (0-360E) glon=  276.73 glat=  25.96 u=  14.7000 v=  21.8000 vr=  -8.83578 vt=  24.76407
 i=  793 j=  997 glon=  276.93 (0-360E) glon=  276.93 glat=  25.96 u=  13.3000 v=  22.5000 vr=  -8.37831 vt=  24.75770
 i=  798 j=  997 glon=  277.13 (0-360E) glon=  277.13 glat=  25.96 u=  14.7000 v=  22.2000 vr=  -5.50715 vt=  26.04998
 i=  728 j= 1002 glon=  274.33 (0-360E) glon=  274.33 glat=  25.76 u=  13.2000 v=  -0.3000 vr=  -7.07054 vt=  11.15067
 i=  733 j= 1002 glon=  274.53 (0-360E) glon=  274.53 glat=  25.76 u=  14.0000 v=   0.6000 vr=  -7.33937 vt=  11.93707
 i=  738 j= 1002 glon=  274.73 (0-360E) glon=  274.73 glat=  25.76 u=  14.9000 v=   2.0000 vr=  -7.91732 vt=  12.77991
 i=  743 j= 1002 glon=  274.93 (0-360E) glon=  274.93 glat=  25.76 u=  15.7000 v=   3.3000 vr=  -8.16144 vt=  13.81199
 i=  748 j= 1002 glon=  275.13 (0-360E) glon=  275.13 glat=  25.76 u=  16.0000 v=   5.4000 vr=  -8.83766 vt=  14.38943
 i=  753 j= 1002 glon=  275.33 (0-360E) glon=  275.33 glat=  25.76 u=  16.3000 v=   7.5000 vr=  -9.38325 vt=  15.29361
 i=  758 j= 1002 glon=  275.53 (0-360E) glon=  275.53 glat=  25.76 u=  17.4000 v=  10.9000 vr= -11.07484 vt=  17.28924
 i=  763 j= 1002 glon=  275.73 (0-360E) glon=  275.73 glat=  25.76 u=  18.1000 v=  13.5000 vr= -11.64188 vt=  19.34752
 i=  768 j= 1002 glon=  275.93 (0-360E) glon=  275.93 glat=  25.76 u=  18.2000 v=  14.9000 vr= -10.86108 vt=  20.86353
 i=  773 j= 1002 glon=  276.13 (0-360E) glon=  276.13 glat=  25.76 u=  16.9000 v=  17.4000 vr= -11.45047 vt=  21.38356
 i=  778 j= 1002 glon=  276.33 (0-360E) glon=  276.33 glat=  25.76 u=  15.9000 v=  19.2000 vr= -11.39669 vt=  22.17128
 i=  783 j= 1002 glon=  276.53 (0-360E) glon=  276.53 glat=  25.76 u=  14.8000 v=  19.9000 vr= -10.52667 vt=  22.45527
 i=  788 j= 1002 glon=  276.73 (0-360E) glon=  276.73 glat=  25.76 u=  14.1000 v=  20.6000 vr=  -9.64674 vt=  23.02413
 i=  738 j= 1007 glon=  274.73 (0-360E) glon=  274.73 glat=  25.56 u=  14.2000 v=   2.5000 vr=  -7.58622 vt=  12.26129
 i=  743 j= 1007 glon=  274.93 (0-360E) glon=  274.93 glat=  25.56 u=  15.5000 v=   4.4000 vr=  -8.68959 vt=  13.56838
 i=  748 j= 1007 glon=  275.13 (0-360E) glon=  275.13 glat=  25.56 u=  16.2000 v=   6.4000 vr=  -9.51136 vt=  14.59226
 i=  753 j= 1007 glon=  275.33 (0-360E) glon=  275.33 glat=  25.56 u=  17.1000 v=   8.5000 vr= -10.26452 vt=  16.10278
 i=  758 j= 1007 glon=  275.53 (0-360E) glon=  275.53 glat=  25.56 u=  16.8000 v=  10.5000 vr= -10.65045 vt=  16.70503
 i=  763 j= 1007 glon=  275.73 (0-360E) glon=  275.73 glat=  25.56 u=  16.7000 v=  12.6000 vr= -11.07648 vt=  17.74716
 i=  768 j= 1007 glon=  275.93 (0-360E) glon=  275.93 glat=  25.56 u=  16.0000 v=  14.3000 vr= -11.12918 vt=  18.34752
 i=  773 j= 1007 glon=  276.13 (0-360E) glon=  276.13 glat=  25.56 u=  15.5000 v=  16.3000 vr= -11.44958 vt=  19.36097
 i=  778 j= 1007 glon=  276.33 (0-360E) glon=  276.33 glat=  25.56 u=  15.4000 v=  17.6000 vr= -10.95934 vt=  20.65945
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    20.9128899182461       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     36.22 kts
    LL Wind Circ Vt mean quadmax value: SE     46.43 kts
    LL Wind Circ Vt mean quadmax value: SW     34.94 kts
    LL Wind Circ Vt mean quadmax value: NW     30.85 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   16.6181620570607       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    27.3863644078930     
   xcenlon=    275.550552166832     
   imax=         2738  jmax=         2041
   jlatfix=          961
   ilonfix (unadjusted) =          759
  
 In get_max_wind, ibeg=          682  iend=          835
                  jbeg=          893  jend=         1030
         ilonfix=          759  jlatfix=          961
 At end of get_max_wind, vmax=    36.3588146121405       rmax= 
   37.0177986342984     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   13.32 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   15.56 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   17.93 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   20.03 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   22.01 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   23.64 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   24.92 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   25.78 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   26.31 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   26.64 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   26.60 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   26.32 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   25.91 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   25.54 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   25.09 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   24.73 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   24.40 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   24.12 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   23.80 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   23.46 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   23.15 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   22.83 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   22.43 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   22.07 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   21.73 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   21.37 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   21.03 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   20.61 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   20.22 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.78 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   19.38 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   19.04 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.81 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   18.68 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   18.61 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   18.50 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   18.31 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   18.10 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   17.87 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   17.58 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   17.27 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.94 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    26.64 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    26.6427054795149      
  (m/s)   (in kts)=    51.7587839350536     
  rising_sum_dvdr=       13.3214545705243     
  declining_sum_dvdr=   -5.61636202177207     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    42 igrct=  1 Vmax (m/s)=   36.359   22:21:44
 TIMING: before call  getradii, fhr=    42 igrct=  1   22:21:44
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.81223087137682     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.81223087137682     
 mr4qs after add, mean_radii_vt_4quad_sum=    23.3888419189731     
 mr4qs before add, mean_radii_vt_4quad_sum=    23.3888419189731     
 mr4qs after add, mean_radii_vt_4quad_sum=    28.1245082143548     
 mr4qs before add, mean_radii_vt_4quad_sum=    28.1245082143548     
 mr4qs after add, mean_radii_vt_4quad_sum=    21.9403209400859     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   21.94 good_quad_ct=   4 mean_vt_4quad=      5.49
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    4.24 mean_vt_4quad=    5.35
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    4.19 mean_vt_4quad=    5.39
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    4.28 mean_vt_4quad=    5.44
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    4.30 mean_vt_4quad=    5.49
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    4.43 mean_vt_4quad=    5.53
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    4.59 mean_vt_4quad=    5.57
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    4.85 mean_vt_4quad=    5.61
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    5.00 mean_vt_4quad=    5.63
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    4.89 mean_vt_4quad=    5.66
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    5.09 mean_vt_4quad=    5.69
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    5.30 mean_vt_4quad=    5.73
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    5.42 mean_vt_4quad=    5.78
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    5.38 mean_vt_4quad=    5.81
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    5.46 mean_vt_4quad=    5.85
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    5.47 mean_vt_4quad=    5.89
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    5.89 mean_vt_4quad=    5.94
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    6.07 mean_vt_4quad=    5.99
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    6.17 mean_vt_4quad=    6.04
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    6.20 mean_vt_4quad=    6.10
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    6.36 mean_vt_4quad=    6.15
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    6.50 mean_vt_4quad=    6.20
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    6.38 mean_vt_4quad=    6.25
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    6.20 mean_vt_4quad=    6.32
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    6.39 mean_vt_4quad=    6.39
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    6.89 mean_vt_4quad=    6.48
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    7.57 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    7.77 mean_vt_4quad=    6.67
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    7.64 mean_vt_4quad=    6.75
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    7.79 mean_vt_4quad=    6.84
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    8.43 mean_vt_4quad=    6.92
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    8.39 mean_vt_4quad=    7.01
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    8.25 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    8.16 mean_vt_4quad=    7.21
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    8.12 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    8.18 mean_vt_4quad=    7.41
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    8.32 mean_vt_4quad=    7.53
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    8.53 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    8.86 mean_vt_4quad=    7.76
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    9.26 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    9.73 mean_vt_4quad=    8.01
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   10.14 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   10.42 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   10.57 mean_vt_4quad=    8.46
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   10.64 mean_vt_4quad=    8.60
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   11.06 mean_vt_4quad=    8.71
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   11.55 mean_vt_4quad=    8.81
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   11.96 mean_vt_4quad=    8.92
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   12.32 mean_vt_4quad=    9.03
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   12.70 mean_vt_4quad=    9.14
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   13.07 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   13.42 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   13.75 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   14.08 mean_vt_4quad=    9.67
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   14.40 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   14.69 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   14.96 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.21 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.42 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   15.61 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   15.79 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   15.94 mean_vt_4quad=   11.05
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.08 mean_vt_4quad=   11.22
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.21 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.41 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   16.66 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.66 mean_vt_4quad=   11.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    5.09
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   12.16 .... 0.5*v_holland=    5.09
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   12.37 .... 0.5*v_holland=    5.09
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    5.09
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   12.79 .... 0.5*v_holland=    5.09
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    174.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   93.8904000000000     
 vradius(iwindix,iquad) =          94
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.66 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   18.64 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.23 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.51 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   19.67 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   19.81 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   19.94 mean_vt_4quad=   13.18
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.19 mean_vt_4quad=   13.36
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.52 mean_vt_4quad=   13.54
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   20.79 mean_vt_4quad=   13.72
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.12 mean_vt_4quad=   13.89
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.50 mean_vt_4quad=   14.06
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   21.94 mean_vt_4quad=   14.22
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.42 mean_vt_4quad=   14.38
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   22.94 mean_vt_4quad=   14.55
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.57 mean_vt_4quad=   14.73
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.43 mean_vt_4quad=   14.94
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.25 mean_vt_4quad=   15.18
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   26.19 mean_vt_4quad=   15.43
  
 NO interp, exactdistkm=    120.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   64.7520000000000     
 vradius(iwindix,iquad) =          65
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   26.19 mean_vt_4quad=   15.43
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   27.14 mean_vt_4quad=   15.69
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.52 mean_vt_4quad=   15.97
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   27.23 mean_vt_4quad=   16.23
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   26.03 mean_vt_4quad=   16.44
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   23.61 mean_vt_4quad=   16.58
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   22.47 mean_vt_4quad=   16.67
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   22.41 mean_vt_4quad=   16.78
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   22.02 mean_vt_4quad=   16.99
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.82 mean_vt_4quad=   17.29
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   22.17 mean_vt_4quad=   17.66
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   23.57 mean_vt_4quad=   18.06
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   24.43 mean_vt_4quad=   18.46
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   25.13 mean_vt_4quad=   18.84
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   25.55 mean_vt_4quad=   19.19
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   25.44 mean_vt_4quad=   19.54
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.07 mean_vt_4quad=   19.86
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.00 mean_vt_4quad=   20.19
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   25.42 mean_vt_4quad=   20.50
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   25.97 mean_vt_4quad=   20.78
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   26.56 mean_vt_4quad=   21.07
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   27.12 mean_vt_4quad=   21.41
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   27.53 mean_vt_4quad=   21.80
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   27.84 mean_vt_4quad=   22.21
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   28.23 mean_vt_4quad=   22.62
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   28.78 mean_vt_4quad=   23.03
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   29.62 mean_vt_4quad=   23.43
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   30.67 mean_vt_4quad=   23.80
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   31.83 mean_vt_4quad=   24.20
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   32.94 mean_vt_4quad=   24.52
  
 NO interp, exactdistkm=    33.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   17.8068000000000     
 vradius(iwindix,iquad) =          18
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.26 mean_vt_4quad=    5.35
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.19 mean_vt_4quad=    5.39
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.12 mean_vt_4quad=    5.44
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.11 mean_vt_4quad=    5.49
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.13 mean_vt_4quad=    5.53
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.26 mean_vt_4quad=    5.57
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.33 mean_vt_4quad=    5.61
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.40 mean_vt_4quad=    5.63
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.44 mean_vt_4quad=    5.66
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.47 mean_vt_4quad=    5.69
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.48 mean_vt_4quad=    5.73
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.47 mean_vt_4quad=    5.78
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.52 mean_vt_4quad=    5.81
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.54 mean_vt_4quad=    5.85
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.60 mean_vt_4quad=    5.89
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.65 mean_vt_4quad=    5.94
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.72 mean_vt_4quad=    5.99
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.80 mean_vt_4quad=    6.04
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.89 mean_vt_4quad=    6.10
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.97 mean_vt_4quad=    6.15
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.06 mean_vt_4quad=    6.20
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.14 mean_vt_4quad=    6.25
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.22 mean_vt_4quad=    6.32
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.29 mean_vt_4quad=    6.39
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.34 mean_vt_4quad=    6.48
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.37 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.38 mean_vt_4quad=    6.67
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.43 mean_vt_4quad=    6.75
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.50 mean_vt_4quad=    6.84
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.59 mean_vt_4quad=    6.92
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.71 mean_vt_4quad=    7.01
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.83 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.97 mean_vt_4quad=    7.21
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.11 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   16.24 mean_vt_4quad=    7.41
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   16.35 mean_vt_4quad=    7.53
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   16.43 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.50 mean_vt_4quad=    7.76
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.55 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.61 mean_vt_4quad=    8.01
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.69 mean_vt_4quad=    8.16
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.77 mean_vt_4quad=    8.31
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.84 mean_vt_4quad=    8.46
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.89 mean_vt_4quad=    8.60
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.95 mean_vt_4quad=    8.71
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.05 mean_vt_4quad=    8.81
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.19 mean_vt_4quad=    8.92
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.41 mean_vt_4quad=    9.03
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.64 mean_vt_4quad=    9.14
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=    9.14 .... 0.5*v_holland=    3.96
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=    9.26 .... 0.5*v_holland=    3.96
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=    9.39 .... 0.5*v_holland=    3.96
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=    9.53 .... 0.5*v_holland=    3.96
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=    9.67 .... 0.5*v_holland=    3.96
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    225.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   121.410000000000     
 vradius(iwindix,iquad) =         121
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.64 mean_vt_4quad=    9.14
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.76 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.81 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.82 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.94 mean_vt_4quad=    9.67
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.06 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.09 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.12 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.20 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.31 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.44 mean_vt_4quad=   10.65
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.58 mean_vt_4quad=   10.85
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.74 mean_vt_4quad=   11.05
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.89 mean_vt_4quad=   11.22
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.07 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.26 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.42 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.67 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.73 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.68 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.79 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   19.91 mean_vt_4quad=   12.79
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.18 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.39 mean_vt_4quad=   13.18
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   20.73 mean_vt_4quad=   13.36
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   20.97 mean_vt_4quad=   13.54
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.30 mean_vt_4quad=   13.72
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   21.84 mean_vt_4quad=   13.89
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   22.33 mean_vt_4quad=   14.06
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   22.77 mean_vt_4quad=   14.22
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.18 mean_vt_4quad=   14.38
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.56 mean_vt_4quad=   14.55
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   23.93 mean_vt_4quad=   14.73
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   24.25 mean_vt_4quad=   14.94
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   24.55 mean_vt_4quad=   15.18
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.11 mean_vt_4quad=   15.43
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   25.59 mean_vt_4quad=   15.69
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   25.76 mean_vt_4quad=   15.97
  
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   25.76 mean_vt_4quad=   15.97
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   25.67 mean_vt_4quad=   16.23
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   25.19 mean_vt_4quad=   16.44
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.63 mean_vt_4quad=   16.58
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   24.27 mean_vt_4quad=   16.67
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   24.62 mean_vt_4quad=   16.78
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   25.07 mean_vt_4quad=   16.99
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.52 mean_vt_4quad=   17.29
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   26.05 mean_vt_4quad=   17.66
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   26.66 mean_vt_4quad=   18.06
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   27.05 mean_vt_4quad=   18.46
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   27.79 mean_vt_4quad=   18.84
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   29.05 mean_vt_4quad=   19.19
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   30.59 mean_vt_4quad=   19.54
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   32.53 mean_vt_4quad=   19.86
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   34.17 mean_vt_4quad=   20.19
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.19 mean_vt_4quad=    5.35
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.17 mean_vt_4quad=    5.39
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.15 mean_vt_4quad=    5.44
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.13 mean_vt_4quad=    5.49
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.09 mean_vt_4quad=    5.53
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.11 mean_vt_4quad=    5.57
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.16 mean_vt_4quad=    5.61
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.20 mean_vt_4quad=    5.63
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.28 mean_vt_4quad=    5.66
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.34 mean_vt_4quad=    5.69
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.36 mean_vt_4quad=    5.73
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.37 mean_vt_4quad=    5.78
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.38 mean_vt_4quad=    5.81
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.39 mean_vt_4quad=    5.85
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.45 mean_vt_4quad=    5.89
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.50 mean_vt_4quad=    5.94
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.53 mean_vt_4quad=    5.99
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.56 mean_vt_4quad=    6.04
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.61 mean_vt_4quad=    6.10
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.62 mean_vt_4quad=    6.15
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.65 mean_vt_4quad=    6.20
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.69 mean_vt_4quad=    6.25
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.76 mean_vt_4quad=    6.32
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.83 mean_vt_4quad=    6.39
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   12.92 mean_vt_4quad=    6.48
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.01 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.08 mean_vt_4quad=    6.67
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.15 mean_vt_4quad=    6.75
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.22 mean_vt_4quad=    6.84
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.30 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.37 mean_vt_4quad=    7.01
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.46 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.57 mean_vt_4quad=    7.21
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.67 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.74 mean_vt_4quad=    7.41
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.77 mean_vt_4quad=    7.53
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.78 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.75 mean_vt_4quad=    7.76
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.72 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.73 mean_vt_4quad=    8.01
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.80 mean_vt_4quad=    8.16
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.90 mean_vt_4quad=    8.31
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.02 mean_vt_4quad=    8.46
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.13 mean_vt_4quad=    8.60
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.20 mean_vt_4quad=    8.71
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.26 mean_vt_4quad=    8.81
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.30 mean_vt_4quad=    8.92
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.33 mean_vt_4quad=    9.03
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.37 mean_vt_4quad=    9.14
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.44 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.54 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.64 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.73 mean_vt_4quad=    9.67
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.70 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.60 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.44 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   14.27 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   14.17 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   14.12 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   14.23 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   14.40 mean_vt_4quad=   11.05
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.63 mean_vt_4quad=   11.22
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.88 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   15.12 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   15.33 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   15.49 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.64 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.78 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   15.93 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.99 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   15.97 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.76 mean_vt_4quad=   13.18
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.50 mean_vt_4quad=   13.36
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.25 mean_vt_4quad=   13.54
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.14 mean_vt_4quad=   13.72
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.16 mean_vt_4quad=   13.89
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.20 mean_vt_4quad=   14.06
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.30 mean_vt_4quad=   14.22
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.36 mean_vt_4quad=   14.38
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   15.40 mean_vt_4quad=   14.55
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   15.56 mean_vt_4quad=   14.73
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   15.89 mean_vt_4quad=   14.94
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   16.06 mean_vt_4quad=   15.18
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.25 mean_vt_4quad=   15.43
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   16.46 mean_vt_4quad=   15.69
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   16.80 mean_vt_4quad=   15.97
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   17.20 mean_vt_4quad=   16.23
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.67 mean_vt_4quad=   16.44
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   16.44 .... 0.5*v_holland=    8.01
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   16.58 .... 0.5*v_holland=    8.01
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.67 .... 0.5*v_holland=    8.01
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   16.78 .... 0.5*v_holland=    8.01
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   16.99 .... 0.5*v_holland=    8.01
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.67 mean_vt_4quad=   16.44
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   18.20 mean_vt_4quad=   16.58
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   18.67 mean_vt_4quad=   16.67
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   18.96 mean_vt_4quad=   16.78
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   19.13 mean_vt_4quad=   16.99
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   19.09 mean_vt_4quad=   17.29
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   18.94 mean_vt_4quad=   17.66
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   18.79 mean_vt_4quad=   18.06
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   18.80 mean_vt_4quad=   18.46
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   19.37 mean_vt_4quad=   18.84
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   20.25 mean_vt_4quad=   19.19
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   21.50 mean_vt_4quad=   19.54
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   22.46 mean_vt_4quad=   19.86
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   23.20 mean_vt_4quad=   20.19
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   23.62 mean_vt_4quad=   20.50
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   24.23 mean_vt_4quad=   20.78
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   25.14 mean_vt_4quad=   21.07
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   26.01 mean_vt_4quad=   21.41
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   26.01 mean_vt_4quad=   21.41
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   26.95 mean_vt_4quad=   21.80
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   27.78 mean_vt_4quad=   22.21
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   27.89 mean_vt_4quad=   22.62
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   27.91 mean_vt_4quad=   23.03
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   27.18 mean_vt_4quad=   23.43
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   26.91 mean_vt_4quad=   23.80
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   26.82 mean_vt_4quad=   24.20
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   26.69 mean_vt_4quad=   24.52
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   26.32 mean_vt_4quad=   24.58
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   25.69 mean_vt_4quad=   24.28
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   25.02 mean_vt_4quad=   23.62
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   24.69 mean_vt_4quad=   22.52
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   25.05 mean_vt_4quad=   20.88
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   25.81 mean_vt_4quad=   18.88
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   26.29 mean_vt_4quad=   16.46
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   25.30 mean_vt_4quad=   13.64
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   22.53 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   17.89 mean_vt_4quad=    5.49
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    6.94 mean_vt_4quad=    5.35
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.04 mean_vt_4quad=    5.39
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.16 mean_vt_4quad=    5.44
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.24 mean_vt_4quad=    5.49
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.30 mean_vt_4quad=    5.53
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.34 mean_vt_4quad=    5.57
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.39 mean_vt_4quad=    5.61
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.45 mean_vt_4quad=    5.63
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.50 mean_vt_4quad=    5.66
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    7.46 mean_vt_4quad=    5.69
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    7.50 mean_vt_4quad=    5.73
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    7.55 mean_vt_4quad=    5.78
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    7.58 mean_vt_4quad=    5.81
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    7.60 mean_vt_4quad=    5.85
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    7.56 mean_vt_4quad=    5.89
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    7.50 mean_vt_4quad=    5.94
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    7.48 mean_vt_4quad=    5.99
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    7.55 mean_vt_4quad=    6.04
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    7.61 mean_vt_4quad=    6.10
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    7.65 mean_vt_4quad=    6.15
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    7.70 mean_vt_4quad=    6.20
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    7.75 mean_vt_4quad=    6.25
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    7.82 mean_vt_4quad=    6.32
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    7.94 mean_vt_4quad=    6.39
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    8.05 mean_vt_4quad=    6.48
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    8.13 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    8.15 mean_vt_4quad=    6.67
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.24 mean_vt_4quad=    6.75
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.33 mean_vt_4quad=    6.84
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    8.40 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    8.69 mean_vt_4quad=    7.01
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    8.75 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    9.48 mean_vt_4quad=    7.21
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.10 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   12.14 mean_vt_4quad=    7.41
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   12.74 mean_vt_4quad=    7.53
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   12.86 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   12.56 mean_vt_4quad=    7.76
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   12.39 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   12.52 mean_vt_4quad=    8.01
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.54 mean_vt_4quad=    8.16
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.36 mean_vt_4quad=    8.31
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.09 mean_vt_4quad=    8.46
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.47 mean_vt_4quad=    8.60
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.01 mean_vt_4quad=    8.71
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   10.82 mean_vt_4quad=    8.81
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   10.70 mean_vt_4quad=    8.92
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   10.92 mean_vt_4quad=    9.03
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.01 mean_vt_4quad=    9.14
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.38 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   11.67 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   11.81 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   11.74 mean_vt_4quad=    9.67
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   11.74 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   11.65 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   11.61 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.59 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   11.50 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   11.54 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   11.72 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   11.89 mean_vt_4quad=   11.05
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.17 mean_vt_4quad=   11.22
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   12.46 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   12.70 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.05 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.74 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   14.39 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   14.48 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   14.20 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   14.53 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.31 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.68 mean_vt_4quad=   13.18
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.81 mean_vt_4quad=   13.36
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   13.94 mean_vt_4quad=   13.54
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.09 mean_vt_4quad=   13.72
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.23 mean_vt_4quad=   13.89
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.44 mean_vt_4quad=   14.06
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   14.72 mean_vt_4quad=   14.22
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   14.97 mean_vt_4quad=   14.38
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.29 mean_vt_4quad=   14.55
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.70 mean_vt_4quad=   14.73
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.07 mean_vt_4quad=   14.94
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   16.41 mean_vt_4quad=   15.18
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.76 mean_vt_4quad=   15.43
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.09 mean_vt_4quad=   15.69
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.61 mean_vt_4quad=   15.97
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   15.97 .... 0.5*v_holland=    7.62
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   16.23 .... 0.5*v_holland=    7.62
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   16.44 .... 0.5*v_holland=    7.62
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   16.58 .... 0.5*v_holland=    7.62
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.67 .... 0.5*v_holland=    7.62
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.61 mean_vt_4quad=   15.97
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.11 mean_vt_4quad=   16.23
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.36 mean_vt_4quad=   16.44
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   18.60 mean_vt_4quad=   16.58
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   18.81 mean_vt_4quad=   16.67
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   19.08 mean_vt_4quad=   16.78
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   18.91 mean_vt_4quad=   16.99
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   18.78 mean_vt_4quad=   17.29
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   19.45 mean_vt_4quad=   17.66
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   19.73 mean_vt_4quad=   18.06
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   19.82 mean_vt_4quad=   18.46
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   19.91 mean_vt_4quad=   18.84
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   19.75 mean_vt_4quad=   19.19
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   20.27 mean_vt_4quad=   19.54
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   20.88 mean_vt_4quad=   19.86
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   21.62 mean_vt_4quad=   20.19
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   22.57 mean_vt_4quad=   20.50
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   23.54 mean_vt_4quad=   20.78
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   24.73 mean_vt_4quad=   21.07
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   24.98 mean_vt_4quad=   21.41
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   24.80 mean_vt_4quad=   21.80
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   23.25 mean_vt_4quad=   22.21
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   24.08 mean_vt_4quad=   22.62
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   24.92 mean_vt_4quad=   23.03
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   26.39 mean_vt_4quad=   23.43
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   26.39 mean_vt_4quad=   23.43
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   28.21 mean_vt_4quad=   23.80
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   29.58 mean_vt_4quad=   24.20
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   30.41 mean_vt_4quad=   24.52
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   30.47 mean_vt_4quad=   24.58
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   30.90 mean_vt_4quad=   24.28
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   31.44 mean_vt_4quad=   23.62
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   30.74 mean_vt_4quad=   22.52
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   28.81 mean_vt_4quad=   20.88
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   25.61 mean_vt_4quad=   18.88
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   20.72 mean_vt_4quad=   16.46
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   16.14 mean_vt_4quad=   13.64
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   12.28 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   10.86 mean_vt_4quad=    5.49
  
 TIMING: after call  getradii, fhr=    42 igrct=  1   22:21:44
 TIMING: after getrad_iter_loop, fhr=    42 igrct=  2 Vmax (m/s)=   36.359   22:21:44
 TIMING: Before get_phase ... 22:21:44
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           42 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    18.097
  
  
  In get_cps_paramb, lead time=           42 :           0   10L  IDALIA   
   right_ct=          890   left_ct=          898
   zthicksum(1)=    3037723.09600000     
   zthicksum(2)=    3066471.76800000     
   zthick_right_mean=    3413.17201797752     
   zthick_left_mean=     3414.77925167038     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -1.60723369285733     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           58.22
  Sum of y-diffs squared (ydiff2) =         4463.83
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   312.22   6.7452       33.03   0.1661    -4.82    23.23     1091.20
    2   304.58   6.6846       25.39   0.1055     1.35     1.82      644.42
    3   292.26   6.6201       13.07   0.0409     3.74    13.98      170.70
    4   275.73   6.5511       -3.46  -0.0281     2.93     8.61       11.99
    5   255.95   6.4770      -23.24  -0.1022     0.05     0.00      540.04
    6   234.41   6.3969      -44.78  -0.1822    -3.25    10.58     2005.49
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   279.191     x:    6.58
  
  slope=    227.913         y-intercept =  -1220.284
  Regression equation:   Y = -1220.28 +   227.91X
  
  R2(r_squared) =  0.9870        r =  0.9935
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1011.82 zmin=  694.78 zdiff=  317.04
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1508.59 zmin= 1196.36 zdiff=  312.22
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.82 dlnp=     -0.057158  dzdlnp=       84.257
  
   +++ k=  3 press=    800.0 zmax= 2030.16 zmin= 1725.58 zdiff=  304.58
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.65 dlnp=     -0.060625  dzdlnp=      126.153
  
   +++ k=  4 press=    750.0 zmax= 2578.80 zmin= 2286.55 zdiff=  292.26
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -12.32 dlnp=     -0.064539  dzdlnp=      190.894
  
   +++ k=  5 press=    700.0 zmax= 3157.47 zmin= 2881.74 zdiff=  275.73
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -16.53 dlnp=     -0.068993  dzdlnp=      239.561
  
   +++ k=  6 press=    650.0 zmax= 3769.91 zmin= 3513.96 zdiff=  255.95
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -19.78 dlnp=     -0.074108  dzdlnp=      266.854
  
   +++ k=  7 press=    600.0 zmax= 4422.73 zmin= 4188.32 zdiff=  234.41
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.54 dlnp=     -0.080043  dzdlnp=      269.156
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           94.17
  Sum of y-diffs squared (ydiff2) =         3029.99
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   212.38   6.3099       30.30   0.2788     0.46     0.21      917.85
    2   197.81   6.2146       15.72   0.1834    -3.92    15.34      247.12
    3   189.57   6.1092        7.48   0.0781    -0.88     0.77       55.95
    4   182.14   5.9915        0.06  -0.0397     4.31    18.53        0.00
    5   169.01   5.8579      -13.08  -0.1732     5.46    29.84      171.09
    6   141.62   5.7038      -40.47  -0.3274    -5.43    29.47     1637.98
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   182.088     x:    6.03
  
  slope=    107.044         y-intercept =   -463.510
  Regression equation:   Y =  -463.51 +   107.04X
  
  R2(r_squared) =  0.9689        r =  0.9843
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           42 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4422.73 zmin= 4188.32 zdiff=  234.41
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5122.64 zmin= 4910.26 zdiff=  212.38
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -22.02 dlnp=     -0.087011  dzdlnp=      253.116
  
   +++ k=  9 press=    500.0 zmax= 5880.80 zmin= 5683.00 zdiff=  197.81
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -14.58 dlnp=     -0.095310  dzdlnp=      152.932
  
   +++ k= 10 press=    450.0 zmax= 6707.50 zmin= 6517.93 zdiff=  189.57
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -8.24 dlnp=     -0.105361  dzdlnp=       78.208
  
   +++ k= 11 press=    400.0 zmax= 7613.70 zmin= 7431.56 zdiff=  182.14
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -7.42 dlnp=     -0.117783  dzdlnp=       63.031
  
   +++ k= 12 press=    350.0 zmax= 8617.53 zmin= 8448.52 zdiff=  169.01
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -13.14 dlnp=     -0.133531  dzdlnp=       98.374
  
   +++ k= 13 press=    300.0 zmax= 9743.58 zmin= 9601.97 zdiff=  141.62
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -27.39 dlnp=     -0.154151  dzdlnp=      177.696
  
cps_stats: 10L   lead time=  42: 0   paramb=    -1.61  vtl=    227.91  vtu=    107.04
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   42:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  275.551 (0-360) guesslon=  275.551E  (  84.449W)   guesslat=   27.386
 ilonfix=          759  jlatfix=          961  npts=           33
 ibeg=          686  jbeg=          893  imax=         2738
 iend=          832  jend=         1029  jmax=         2041
 TIMING: find_maxmin 1  22:21:44
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  274.231E  (0-360) ctlon=  274.231E  (  85.769W)  ctlat=   27.266 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:21:44
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  274.231E   (0-360) guesslon=  274.231E  (  85.769W)   guesslat=   27.266
 ilonfix=          726  jlatfix=          964  npts=           16
 ibeg=          677  jbeg=          920  imax=         2738
 iend=          775  jend=         1008  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  273.911E  (0-360) ctlon=  273.911  (  86.089W)  ctlat=   27.346 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    42:00  mean_lon:  273.91E (  86.09W)    (0-360) mean_lon=  273.91E  mean_lat:   27.35  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    42:00  ifix:   694   jfix:   950  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          694  jx=          950
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         272 ,        1369 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         271 ,        1370 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    42:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:21:44
 TIMING: Before shear ... 22:21:44
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            8
  clon(ist,ifh,3)=    275.547643378997     
  clat(ist,ifh,3)=    27.3875533589815     
  fixlon(ist,ifh)=    275.550552166832     
  fixlat(ist,ifh)=    27.3863644078930     
  xcenlon=    275.547643378997     
  xcenlat=    27.3875533589815     
  
 xxshear
 In get_shear A, xcenlon=    275.547643378997       xcenlat= 
   27.3875533589815     
   In get_shear B, (0-360) xcenlon=    275.547643378997     
  
At start of get_shear:  10L   fhr=   42:00   Mean fix position=   275.55E  ( 84.45W)    27.39  (0-360) mean lon fix=  275.55
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   33.06 vr_mean(idist,ilev)=    1.55
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   29.39 vr_mean(idist,ilev)=    0.60
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   24.87 vr_mean(idist,ilev)=   -2.46
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   22.84 vr_mean(idist,ilev)=   -1.93
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.35 vr_mean(idist,ilev)=   -1.18
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.17 vr_mean(idist,ilev)=   -0.67
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.92 vr_mean(idist,ilev)=   -0.89
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.95 vr_mean(idist,ilev)=   -0.84
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.84 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.03 vr_mean(idist,ilev)=   -0.86
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.90 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.01 vr_mean(idist,ilev)=   -0.60
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.54 vr_mean(idist,ilev)=   -0.73
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.03 vr_mean(idist,ilev)=   -0.70
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.04 vr_mean(idist,ilev)=   -0.80
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.16 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.50 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.88 vr_mean(idist,ilev)=   -0.98
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.45 vr_mean(idist,ilev)=   -0.97
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -15.24 vr_mean(idist,ilev)=   15.24
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -22.86 vr_mean(idist,ilev)=   22.86
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -30.49 vr_mean(idist,ilev)=   30.49
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -38.11 vr_mean(idist,ilev)=   38.11
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -45.74 vr_mean(idist,ilev)=   45.74
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -53.37 vr_mean(idist,ilev)=   53.37
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -61.01 vr_mean(idist,ilev)=   61.01
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -68.65 vr_mean(idist,ilev)=   68.65
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -76.29 vr_mean(idist,ilev)=   76.29
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -83.94 vr_mean(idist,ilev)=   83.94
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -91.60 vr_mean(idist,ilev)=   91.60
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -99.26 vr_mean(idist,ilev)=   99.26
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -106.94 vr_mean(idist,ilev)=  106.94
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -114.61 vr_mean(idist,ilev)=  114.61
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -122.30 vr_mean(idist,ilev)=  122.30
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -130.00 vr_mean(idist,ilev)=  130.00
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -137.71 vr_mean(idist,ilev)=  137.71
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -145.43 vr_mean(idist,ilev)=  145.43
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -153.16 vr_mean(idist,ilev)=  153.16
  
 At end of get_shear: 
     ist=    4 ifh=    8 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:21:44
  
 After call to fixcenter, fix positions at 
 forecast hour=   42:00 follow:
  
fixpos  10L   fhr=   42:00   Fix position=   275.55E  ( 84.45W)    27.39   Max Wind=  71 kts
  
  
 xxxx get_next_ges, prev fix lon=    274.969322055648     
 xxxx get_next_ges, curr fix lon=    275.550552166832     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    275.550552166832        fixlat=    27.3863644078930     
        (0-360) fixlon=    275.550552166832     
      ilonfix=          759   jlatfix=          961
      ibeg=          278   iend=         1240
      jbeg=          509   jend=         1413
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    3.21238950935238       vavg=    6.29607273370509     
      ubar=   0.803097377338095       vbar=    1.57401818342627     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    3.86914559087133       vavg=    5.95799805584412     
      ubar=    2.73767017277376       vbar=    4.55301721134833     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.37363024933543       vavg=    4.41439686496514     
      ubar=    3.83107773510762       vbar=    5.65661642758962     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.83107773510762       vbar=    5.65661642758962     
      wgttot=    1.00000000000000     
      fixlon=    275.550552166832        fixlat=    27.3863644078930     
      barnlon=    276.392909609216       barnlat=    28.4851820230528     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.883473301007105     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      276.392909609216     
     Raw (no conversion for GM wrap) extraplon=    276.140136929276     
  
 --- barnlon=    276.39E  (  83.61W)    barnlat=     28.49
 --- extraplon=  276.14E  (  83.86W)    extraplat=   28.96
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   27.39
 | Current fix lon is   84.45W   ( 275.55E)
 | Current fix lon (raw, unadjusted)=  275.55E
 | Updated guess lat for next fcst hour is   28.72
 | Updated guess lon (0-360) for next fcst hour is   83.73W   ( 276.27E)
 | Raw updated guess lon for next fcst hour is  276.27E)
 -------------------------------------------------
  
 iocheck, dist=    164.589206799588        distm=    164589.206799588     
 iocheck, stmspd=    7.61987068516610        istmspd=          148
 iocheck, xincr=   0.715971102413903        yincr=    1.33856783732209     
 iocheck, stmdir=    28.1413668234186        istmdir=           28
 +++ RPT_STORM_MOTION: istmspd=   148 kts(*10)    istmdir=    28 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   8
     Fix location for this time:   275.55E  ( 84.45W)    27.39
     Fix lon (raw) for this time:  275.55E
     ilonfix=  759  jlatfix=  961
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    275.550552166832       xcenlat=    27.3863644078930     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    275.550552166832       xcenlat=    27.3863644078930     
  ilonfix=          759  jlatfix=          961
  ibeg=          636  iend=          882
  jbeg=          845  jend=         1077  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    275.550552166832        xcenlat=    27.3863644078930     
      ilonfix=          759   jlatfix=          961
      ibeg=          636   iend=          882
      jbeg=          845   jend=         1077
 After call to barnes, xsmoothval=   3.175541163193152E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.175541163193152E-004
      xcenlon=    275.550552166832        xcenlat=    27.3863644078930     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000318  imeanzeta (*1e6)=      318
   --- mean zeta raw =   3.175541163193152E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004873  igrid zeta (*1e6)=     4873 ifilret=   0
   --- grid zeta raw=   4.873150937472842E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    275.550552166832       xcenlat=    27.3863644078930     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    275.550552166832       xcenlat=    27.3863644078930     
  ilonfix=          759  jlatfix=          961
  ibeg=          636  iend=          882
  jbeg=          845  jend=         1077  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    275.550552166832        xcenlat=    27.3863644078930     
      ilonfix=          759   jlatfix=          961
      ibeg=          636   iend=          882
      jbeg=          845   jend=         1077
 After call to barnes, xsmoothval=   2.885968687346690E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.885968687346690E-004
      xcenlon=    275.550552166832        xcenlat=    27.3863644078930     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000289  imeanzeta (*1e6)=      289
   --- mean zeta raw =   2.885968687346690E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004757  igrid zeta (*1e6)=     4757 ifilret=   0
   --- grid zeta raw=   4.757150937472842E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           42
  
 segx, outlon=    275.550552166832       outlat=    27.3863644078930     
   ist=            4  ifcsthour=           42
   vmaxwind=    36.3588146121405       xminmslp=    97331.4900000000     
   vradius=           94          65          18         121          62
          37          58          31           0          62          23
           0
   maxstorm=            6
   plastbar=    99331.4900000000       rlastbar=    32.2992157537428     
   rmax=    37.0177986342984     
   cps_vals=   -1.60723369285733        227.913143759925     
   107.043776454630     
   wcore_flag= n
   istmspd=          148  istmdir=           28
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     26.6427054795149     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   32.2992157537428       irlastbar=          32
 output: plastbar=   99331.4900000000       iplastbar=         993
 rmax=    37.0177986342984        irmax=           37
 TXX top of atcfunix_ext, ist=            4  ifh=           42
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   32.2992157537428       irlastbar=          32
 output: plastbar=   99331.4900000000       iplastbar=         993
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           42
 intlat=          274
 clatns= N
 intlon=          844
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           71
 int(xminmslp/mslp_outp_adj + 0.5)=          973
 XX,  34, NEQ
 vradius(1,1)=           94
 vradius(1,2)=          121
 vradius(1,3)=           58
 vradius(1,4)=           62
 iplastbar=          993
 irlastbar=           32
 irmax=           37
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           28
 istmspd=          148
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -16
 icps_vals(2)=         2279
 icps_vals(3)=         1070
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           52
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          318
 igridzeta(1)=         4873
 imeanzeta(2)=          289
 igridzeta(2)=         4757
  
 rmax=    37.0177986342984        irmax=           37
 +++ Top of output_atcf_parms, ist=            4  ifh=           42
  
 xxxx get_next_ges, prev fix lon=    274.969322055648     
 xxxx get_next_ges, curr fix lon=    275.550552166832     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    275.550552166832        fixlat=    27.3863644078930     
        (0-360) fixlon=    275.550552166832     
      ilonfix=          759   jlatfix=          961
      ibeg=          278   iend=         1240
      jbeg=          509   jend=         1413
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    3.21238950935238       vavg=    6.29607273370509     
      ubar=   0.803097377338095       vbar=    1.57401818342627     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    3.86914559087133       vavg=    5.95799805584412     
      ubar=    2.73767017277376       vbar=    4.55301721134833     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.37363024933543       vavg=    4.41439686496514     
      ubar=    3.83107773510762       vbar=    5.65661642758962     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.83107773510762       vbar=    5.65661642758962     
      wgttot=    1.00000000000000     
      fixlon=    275.550552166832        fixlat=    27.3863644078930     
      barnlon=    276.392909609216       barnlat=    28.4851820230528     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.883473301007105     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      276.392909609216     
     Raw (no conversion for GM wrap) extraplon=    276.140136929276     
  
 --- barnlon=    276.39E  (  83.61W)    barnlat=     28.49
 --- extraplon=  276.14E  (  83.86W)    extraplat=   28.96
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    42.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   27.39
 | Current fix lon is   84.45W   ( 275.55E)
 | Current fix lon (raw, unadjusted)=  275.55E
 | Updated guess lat for next fcst hour is   28.72
 | Updated guess lon (0-360) for next fcst hour is   83.73W   ( 276.27E)
 | Raw updated guess lon for next fcst hour is  276.27E)
 -------------------------------------------------
  
 iocheck, dist=    164.589206799588        distm=    164589.206799588     
 iocheck, stmspd=    7.61987068516610        istmspd=          148
 iocheck, xincr=   0.715971102413903        yincr=    1.33856783732209     
 iocheck, stmdir=    28.1413668234186        istmdir=           28
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 42
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 42 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          208  = igcret =            0
 baclose return code for unit          608  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   48:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f02880                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f02880.ix                                                                                    
hafs.trak.storm.2023082812.f02880: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: cannot stat: 2
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: Not ready yet.  Size=98561904, age=2, min size=500, min age=10
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: Not ready yet.  Size=98561904, age=7, min size=500, min age=10
hafs.trak.storm.2023082812.f02880: sleep 5
hafs.trak.storm.2023082812.f02880: ready.
hafs.trak.storm.2023082812.f02880.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f02880.ix: ready.
 in open_grib_files in multi else part....
   lugb=          209   lugi=          609
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02880                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02880.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f02880...  gopen_i_file= ...hafs.trak.storm.2023082812.f02880.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f02880                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f02880.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          209  is CLOSED
 TEST open_grib_files, unit lugi=          609  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f02880                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f02880.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          209  is CLOSED
 TEST b4 getgridinfo, unit lugi=          609  is CLOSED
 before getgb2 call, lugb=          209  lugi=          609
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   48   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    48h ... 22:22:30
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:30
 TIMING: after getgb2-122:22:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   48   5588258   0.000       0.000     -0.2487E-02  0.6041E-02
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:30
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   48   5588258   0.000       0.000     -0.2914E-02  0.4431E-02
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   48   5588258   0.000       0.000      -48.30       55.80    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   48   5588258   0.000       0.000      -55.00       59.70    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   48   5588258   0.000       0.000      -46.57       49.12    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   48   5588258   0.000       0.000      -49.20       56.20    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   48   5588258   0.000       0.000       1054.       1639.    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:31
 TIMING: after getgb2-122:22:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   48   5588258   0.000       0.000       2724.       3259.    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:32
 TIMING: after getgb2-122:22:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   48   5588258   0.000       0.000      0.9582E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:32
 TIMING: after getgb2-122:22:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   48   5588258   0.000       0.000      -40.02       45.63    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:32
 TIMING: after getgb2-122:22:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   48   5588258   0.000       0.000      -44.93       49.95    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:32
 TIMING: after getgb2-122:22:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   48   5588258   0.000       0.000      -34.10       46.57    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:32
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   48   5588258   0.000       0.000      -36.81       48.74    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           48  hours
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   48   5588258   0.000       0.000       5393.       5961.    
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           48  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   48   5588258   0.000       0.000      0.1162E+05  0.1255E+05
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           48  hours
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           48  hours
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           48  hours
 TEST b4 getgb2 getdata, unit lugb=          209  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          609  is CLOSED

 TIMING: before getgb2-122:22:33
 TIMING: after getgb2-122:22:33
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           48  hours

 TIMING: before getgb2-phase22:22:33
 TIMING: after getgb2-222:22:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   48   5588258   0.000       0.000       554.3       1150.    

 TIMING: before getgb2-phase22:22:33
 TIMING: after getgb2-222:22:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   48   5588258   0.000       0.000       1054.       1639.    

 TIMING: before getgb2-phase22:22:33
 TIMING: after getgb2-222:22:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   48   5588258   0.000       0.000       1580.       2152.    

 TIMING: before getgb2-phase22:22:33
 TIMING: after getgb2-222:22:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   48   5588258   0.000       0.000       2136.       2690.    

 TIMING: before getgb2-phase22:22:34
 TIMING: after getgb2-222:22:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   48   5588258   0.000       0.000       2724.       3259.    

 TIMING: before getgb2-phase22:22:34
 TIMING: after getgb2-222:22:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   48   5588258   0.000       0.000       3350.       3862.    

 TIMING: before getgb2-phase22:22:34
 TIMING: after getgb2-222:22:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   48   5588258   0.000       0.000       4020.       4507.    

 TIMING: before getgb2-phase22:22:34
 TIMING: after getgb2-222:22:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   48   5588258   0.000       0.000       4697.       5205.    

 TIMING: before getgb2-phase22:22:34
 TIMING: after getgb2-222:22:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   48   5588258   0.000       0.000       5393.       5961.    

 TIMING: before getgb2-phase22:22:35
 TIMING: after getgb2-222:22:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   48   5588258   0.000       0.000       6152.       6781.    

 TIMING: before getgb2-phase22:22:35
 TIMING: after getgb2-222:22:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   48   5588258   0.000       0.000       6982.       7677.    

 TIMING: before getgb2-phase22:22:35
 TIMING: after getgb2-222:22:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   48   5588258   0.000       0.000       7898.       8667.    

 TIMING: before getgb2-phase22:22:35
 TIMING: after getgb2-222:22:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           48 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   48   5588258   0.000       0.000       8931.       9773.    
 TIMING: after getdata ... 22:22:35
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   48:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   2.394573083943848E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.413E  (0-360) ctlon=  298.413E  (  61.587W)  ctlat=   24.751 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.239E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:35
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.413E   (0-360) guesslon=  298.413E  (  61.587W)   guesslat=   24.751
 ilonfix=         1331  jlatfix=         1027  npts=           16
 ibeg=         1282  jbeg=          983  imax=         2738
 iend=         1380  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.693E  (0-360) ctlon=  298.693  (  61.307W)  ctlat=   24.731 fmax (x10e5) =        0.244E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.202000277228197E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.613E  (0-360) ctlon=  299.613E  (  60.387W)  ctlat=   23.951 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.320E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:35
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.613E   (0-360) guesslon=  299.613E  (  60.387W)   guesslat=   23.951
 ilonfix=         1361  jlatfix=         1047  npts=           16
 ibeg=         1313  jbeg=         1003  imax=         2738
 iend=         1409  jend=         1091  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.293E  (0-360) ctlon=  299.293  (  60.707W)  ctlat=   24.231 fmax (x10e5) =        0.215E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.813E  (0-360) ctlon=  298.813E  (  61.187W)  ctlat=   24.751 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.153E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:35
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.813E   (0-360) guesslon=  298.813E  (  61.187W)   guesslat=   24.751
 ilonfix=         1341  jlatfix=         1027  npts=           16
 ibeg=         1292  jbeg=          983  imax=         2738
 iend=         1390  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.693E  (0-360) ctlon=  298.693  (  61.307W)  ctlat=   24.631 fmax =       -0.100E+16 fmin =        0.153E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  299.213E  (0-360) ctlon=  299.213E  (  60.787W)  ctlat=   24.351 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.317E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:35
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.213E   (0-360) guesslon=  299.213E  (  60.787W)   guesslat=   24.351
 ilonfix=         1351  jlatfix=         1037  npts=           16
 ibeg=         1302  jbeg=          993  imax=         2738
 iend=         1400  jend=         1081  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.993E  (0-360) ctlon=  298.993  (  61.007W)  ctlat=   24.331 fmax =       -0.100E+16 fmin =        0.317E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.413E  (0-360) ctlon=  298.413E  (  61.587W)  ctlat=   24.751 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:35
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.413E   (0-360) guesslon=  298.413E  (  61.587W)   guesslat=   24.751
 ilonfix=         1331  jlatfix=         1027  npts=           16
 ibeg=         1282  jbeg=          983  imax=         2738
 iend=         1380  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.593E  (0-360) ctlon=  298.593  (  61.407W)  ctlat=   24.631 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.533 (0-360) guesslon=  298.533E  (  61.467W)   guesslat=   24.471
 ilonfix=         1334  jlatfix=         1034  npts=           33
 ibeg=         1261  jbeg=          966  imax=         2738
 iend=         1407  jend=         1102  jmax=         2041
 TIMING: find_maxmin 1  22:22:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.527258328357301E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.813E  (0-360) ctlon=  298.813E  (  61.187W)  ctlat=   24.351 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.153E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.813E   (0-360) guesslon=  298.813E  (  61.187W)   guesslat=   24.351
 ilonfix=         1341  jlatfix=         1037  npts=           16
 ibeg=         1292  jbeg=          993  imax=         2738
 iend=         1390  jend=         1081  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.693E  (0-360) ctlon=  298.693  (  61.307W)  ctlat=   24.631 fmax (x10e5) =        0.194E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    298.790872314231        uvgeslat=    24.5205655398969     
    (0-360 uvgeslon)=    298.790872314231     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.790872314231        uvgeslat=    24.5205655398969     
    (0-360 uvgeslon)=    298.790872314231     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.790872314231     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.471E  (0-360E lon):  298.471E    61.529W  ctlat=   24.521  xmax_circul_disk =      45505203.6
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.471E  (0-360E)=  298.471E  (  61.529W)   guesslat=   24.521
 ilonfix=         1332  jlatfix=         1033  npts=           56
 ibeg=         1263  jbeg=          969  imax=         2738
 iend=         1401  jend=         1097  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    46172467.8648454     
 nhalf get_wind_circ, k=  1 ctlon=  298.491E  (0-360E)=  298.491E  ctlon=   61.509W   ctlat=   24.721 Wind Circulation (NHEM: Max) =      46172467.9
 TIMING: After GWC 850 ... 22:22:36
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.790872314231        uvgeslat=    24.5205655398969     
    (0-360 uvgeslon)=    298.790872314231     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.790872314231     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.791E  (0-360E lon):  298.791E    61.209W  ctlat=   24.521  xmax_circul_disk =      48163609.5
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.791E  (0-360E)=  298.791E  (  61.209W)   guesslat=   24.521
 ilonfix=         1340  jlatfix=         1033  npts=           56
 ibeg=         1271  jbeg=          969  imax=         2738
 iend=         1409  jend=         1097  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    48410278.9940087     
 nhalf get_wind_circ, k=  1 ctlon=  298.871E  (0-360E)=  298.871E  ctlon=   61.129W   ctlat=   24.601 Wind Circulation (NHEM: Max) =      48410279.0
 TIMING: After GWC 700 ... 22:22:36
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.790872314231        uvgeslat=    24.5205655398969     
    (0-360 uvgeslon)=    298.790872314231     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.790872314231     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.471E  (0-360E lon):  298.471E    61.529W  ctlat=   24.521  xmax_circul_disk =      35436370.3
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.471E  (0-360E)=  298.471E  (  61.529W)   guesslat=   24.521
 ilonfix=         1332  jlatfix=         1033  npts=           56
 ibeg=         1263  jbeg=          969  imax=         2738
 iend=         1401  jend=         1097  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    35701997.8985592     
 nhalf get_wind_circ, k=  1 ctlon=  298.491E  (0-360E)=  298.491E  ctlon=   61.509W   ctlat=   24.601 Wind Circulation (NHEM: Max) =      35701997.9
 TIMING: After GWC Sfc ... 22:22:36
  
 At beg of fixcenter, stderr(ist,ifh-1) =    15.72  xavg_stderr=    13.04
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            9  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    48:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  298.53E   (0-360) guesslon=  298.53E  ( 61.47W)    24.47
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       298.69       61.31      24.73           24.36       T         33.13
   2    zeta 700    Max       299.29       60.71      24.23           21.50       T         81.48
   3    circ 850    Max       298.49       61.51      24.72           46.17       T         28.02
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       298.87       61.13      24.60           48.41       T         37.10
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       298.69       61.31      24.63         1534.14       T         24.05
   8     gph 700    Min       298.99       61.01      24.33         3173.14       T         49.11
   9        MSLP    Min       298.59       61.41      24.63       101378.53       T         18.80
  10    circ sfc    Max       298.49       61.51      24.60           35.70       T         14.96
  11    zeta sfc    Max       298.69       61.31      24.63           19.42       T         24.05
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    25.4357759426575       stderr_close= 
   16.8566020962116       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  19.305 devia=   1.145 wtpos=  0.68267     298.69   298.69    61.31    24.73
 ip=  2 kprm=  2 dist_from_mean=  65.928 devia=   3.911 wtpos=  0.27153     299.29   299.29    60.71    24.23
 ip=  3 kprm=  3 dist_from_mean=  31.768 devia=   1.885 wtpos=  0.53355     298.49   298.49    61.51    24.72
 ip=  5 kprm=  4 dist_from_mean=  12.121 devia=   0.719 wtpos=  0.78688     298.87   298.87    61.13    24.60
 ip=  7 kprm=  5 dist_from_mean=   9.577 devia=   0.568 wtpos=  0.82747     298.69   298.69    61.31    24.63
 ip=  8 kprm=  6 dist_from_mean=  35.527 devia=   2.108 wtpos=  0.49533     298.99   298.99    61.01    24.33
 ip=  9 kprm=  7 dist_from_mean=  18.012 devia=   1.069 wtpos=  0.70034     298.59   298.59    61.41    24.63
 ip= 10 kprm=  8 dist_from_mean=  27.107 devia=   1.608 wtpos=  0.58507     298.49   298.49    61.51    24.60
 ip= 11 kprm=  9 dist_from_mean=   9.577 devia=   0.568 wtpos=  0.82747     298.69   298.69    61.31    24.63
  
At end of fixcenter:  00L   fhr=   48:00   Fix position=   298.72E  (0-360) fixlon=  298.72  ( 61.28W)    24.60
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    298.719999032229     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.592695450595     
        (0-360E clon(ist,ifh,9))=    298.592695450595     
      clat(ist,ifh,9)=    24.6314718580787     
      xval(9)=    101378.532149620     
  
  After get_ij B, ibeg jbeg =         1227         892
  After get_ij B, iend jend =         1443        1168
  
 In is_it_a_storm, ilonfix=         1335  jlatfix=         1030
 ibeg jbeg iend jend =         1227         892        1443        1168
 cparm= slp  parmlon parmlat =    298.592695450595        24.6314718580787     
     (0-360E parmlon) =    298.592695450595     
 parmval=    101378.532149620     
  
 i= 1312 j=  967 glon=  297.69 (0-360E) glon=  297.69 glat=  27.16 dist=   295.44 slp=  101628.90 pgradient=  0.84743
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  0.84743
 mslp center =    298.592695450595        24.6314718580787     
   101378.532149620     
   (0-360E) lon of mslp center =    298.592695450595     
 pgrad loc   =    297.688689000000        297.688689000000     
   62.3113110000000        27.1609690000000        101628.900000000     
  ttest at location C IF....
      xinp_fixlat=    24.6314718580787     
      xinp_fixlon=    298.592695450595       (0-360E) xinp_fixlon= 
   298.592695450595     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   101171.460000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1338  jfix=         1028
 longitude=    298.592695450595      E   (   61.4073045494051      
 W)  (0-360E) xinp_fixlon=    298.592695450595     
 latitude=    24.6314718580787     
 mean mslp value (xval(9))=    101378.532149620     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1338  jfix=         1028
 longitude=    298.592695450595      E   (   61.4073045494051      
 W)  (0-360E) xinp_fixlon=    298.592695450595     
 latitude=    24.6314718580787     
 mean mslp value (xval(9))=    101378.532149620     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1338  jx=         1028
 *-----------------------------------------------*
  
 fxy(ix,jx)=    101171.460000000       xcentval=    101171.460000000     
 At A, num_found_contours=            0
 At A, contlo=    101171.460000000       conthi=    101571.460000000     
  
 num_found_contours=            0
 contlo=    101171.460000000       conthi=    101571.460000000     
 xcentval=    101171.460000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    101571.460000000       conthi=    101971.460000000     
  
 num_found_contours=            1
 contlo=    101571.460000000       conthi=    101971.460000000     
 xcentval=    101171.460000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1263 ,         970 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    101171.460000000     
 !!! (i,j) of central value = (        1338 ,        1028 )
 !!!  
 !!! Flagged value found    =    101571.300000000     
 !!! (i,j) of flagged value = (        1262 ,         969 )
 !!!   
 !!! Lower bound of contour interval =    101571.460000000     
 !!! Upper bound of contour interval =    101971.460000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1338  jfix=         1028
 longitude=    298.592695450595      E   (   61.4073045494051      W)  
 (0-360E) xinp_fixlon=    298.592695450595     
 latitude=    24.6314718580787     
 mean mslp value (xval(9))=    101378.532149620     
 gridpoint mslp value=    101171.460000000     
 ccflag= y
 prs of last closed isobar =    101571.460000000     
 radius of last closed isobar =    72.6315739232076       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   48:00
 !!! Boundary check xinp_fixlat is   24.63
 !!! Boundary check xinp_fixlon is   61.41W   ( 298.59E)  (0-360E) xinp_fixlon=  298.59
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.490879814231     
  850 mb wcirc fix lat=    24.7205605398969     
    (0-360) 850 mb wcirc fix lon=    298.490879814231     
  Multi-parm fix lon=      298.719999032229     
  Multi-parm fix lat=      24.5992827389627     
    (0-360) Multi-parm fix lon=      298.719999032229     
  
  
  After get_ij B, ibeg jbeg =         1242         924
  After get_ij B, iend jend =         1424        1132
  
 In is_it_a_storm, ilonfix=         1333  jlatfix=         1028
 ibeg jbeg iend jend =         1242         924        1424        1132
 cparm= v850  parmlon parmlat =    298.490879814231        24.7205605398969     
     (0-360E parmlon) =    298.490879814231     
 parmval=    46172467.8648454     
  
 i= 1322 j=  979 glon=  298.09 (0-360E) glon=  298.09 glat=  26.68 u=  -6.6000 v=   3.6000 vr=   4.74411 vt=   5.83210
 i= 1327 j=  979 glon=  298.29 (0-360E) glon=  298.29 glat=  26.68 u=  -6.9000 v=   3.9000 vr=   4.52422 vt=   6.50780
 i= 1332 j=  979 glon=  298.49 (0-360E) glon=  298.49 glat=  26.68 u=  -6.9000 v=   4.4000 vr=   4.40704 vt=   6.89551
 i= 1337 j=  979 glon=  298.69 (0-360E) glon=  298.69 glat=  26.68 u=  -6.8000 v=   5.0000 vr=   4.36120 vt=   7.22633
 i= 1342 j=  979 glon=  298.89 (0-360E) glon=  298.89 glat=  26.68 u=  -6.4000 v=   5.6000 vr=   4.35229 vt=   7.30599
 i= 1307 j=  984 glon=  297.49 (0-360E) glon=  297.49 glat=  26.48 u=  -5.6000 v=   2.4000 vr=   4.69989 vt=   3.87699
 i= 1312 j=  984 glon=  297.69 (0-360E) glon=  297.69 glat=  26.48 u=  -6.6000 v=   2.4000 vr=   4.73621 vt=   5.18540
 i= 1317 j=  984 glon=  297.89 (0-360E) glon=  297.89 glat=  26.48 u=  -7.5000 v=   2.7000 vr=   4.79796 vt=   6.36550
 i= 1322 j=  984 glon=  298.09 (0-360E) glon=  298.09 glat=  26.48 u=  -8.2000 v=   3.0000 vr=   4.59853 vt=   7.42250
 i= 1327 j=  984 glon=  298.29 (0-360E) glon=  298.29 glat=  26.48 u=  -8.7000 v=   3.7000 vr=   4.57978 vt=   8.27077
 i= 1332 j=  984 glon=  298.49 (0-360E) glon=  298.49 glat=  26.48 u=  -9.1000 v=   4.7000 vr=   4.71034 vt=   9.09465
 i= 1337 j=  984 glon=  298.69 (0-360E) glon=  298.69 glat=  26.48 u=  -8.8000 v=   5.8000 vr=   4.87998 vt=   9.34162
 i= 1342 j=  984 glon=  298.89 (0-360E) glon=  298.89 glat=  26.48 u=  -8.1000 v=   6.7000 vr=   4.94097 vt=   9.27830
 i= 1347 j=  984 glon=  299.09 (0-360E) glon=  299.09 glat=  26.48 u=  -7.0000 v=   7.1000 vr=   4.72953 vt=   8.77733
 i= 1352 j=  984 glon=  299.29 (0-360E) glon=  299.29 glat=  26.48 u=  -6.2000 v=   7.5000 vr=   4.58448 vt=   8.58327
 i= 1357 j=  984 glon=  299.49 (0-360E) glon=  299.49 glat=  26.48 u=  -5.6000 v=   7.7000 vr=   4.29194 vt=   8.49878
 i= 1297 j=  989 glon=  297.09 (0-360E) glon=  297.09 glat=  26.28 u=  -3.8000 v=   1.2000 vr=   3.33135 vt=   2.18681
 i= 1302 j=  989 glon=  297.29 (0-360E) glon=  297.29 glat=  26.28 u=  -5.9000 v=   1.5000 vr=   4.60871 vt=   3.97741
 i= 1307 j=  989 glon=  297.49 (0-360E) glon=  297.49 glat=  26.28 u=  -7.9000 v=   1.0000 vr=   4.83880 vt=   6.32424
 i= 1312 j=  989 glon=  297.69 (0-360E) glon=  297.69 glat=  26.28 u=  -8.9000 v=   1.1000 vr=   4.75506 vt=   7.60325
 i= 1317 j=  989 glon=  297.89 (0-360E) glon=  297.89 glat=  26.28 u=  -9.8000 v=   1.8000 vr=   4.93301 vt=   8.65710
 i= 1322 j=  989 glon=  298.09 (0-360E) glon=  298.09 glat=  26.28 u= -10.1000 v=   2.5000 vr=   4.73038 vt=   9.26734
 i= 1327 j=  989 glon=  298.29 (0-360E) glon=  298.29 glat=  26.28 u= -10.1000 v=   4.0000 vr=   5.14976 vt=   9.56504
 i= 1332 j=  989 glon=  298.49 (0-360E) glon=  298.49 glat=  26.28 u= -10.0000 v=   5.4000 vr=   5.41282 vt=   9.99306
 i= 1337 j=  989 glon=  298.69 (0-360E) glon=  298.69 glat=  26.28 u=  -9.5000 v=   6.7000 vr=   5.57310 vt=  10.20199
 i= 1342 j=  989 glon=  298.89 (0-360E) glon=  298.89 glat=  26.28 u=  -8.8000 v=   8.0000 vr=   5.81555 vt=  10.37398
 i= 1347 j=  989 glon=  299.09 (0-360E) glon=  299.09 glat=  26.28 u=  -8.5000 v=   8.9000 vr=   5.62172 vt=  10.94789
 i= 1352 j=  989 glon=  299.29 (0-360E) glon=  299.29 glat=  26.28 u=  -7.7000 v=   9.2000 vr=   5.11138 vt=  10.85374
 i= 1357 j=  989 glon=  299.49 (0-360E) glon=  299.49 glat=  26.28 u=  -6.5000 v=   8.7000 vr=   4.26774 vt=   9.98631
 i= 1362 j=  989 glon=  299.69 (0-360E) glon=  299.69 glat=  26.28 u=  -5.8000 v=   8.3000 vr=   3.49857 vt=   9.50211
 i= 1367 j=  989 glon=  299.89 (0-360E) glon=  299.89 glat=  26.28 u=  -5.3000 v=   8.2000 vr=   3.02047 vt=   9.28476
 i= 1292 j=  994 glon=  296.89 (0-360E) glon=  296.89 glat=  26.08 u=  -3.4000 v=  -1.9000 vr=   1.18705 vt=   3.70957
 i= 1297 j=  994 glon=  297.09 (0-360E) glon=  297.09 glat=  26.08 u=  -4.7000 v=  -0.3000 vr=   2.99256 vt=   3.63656
 i= 1302 j=  994 glon=  297.29 (0-360E) glon=  297.29 glat=  26.08 u=  -7.2000 v=  -0.7000 vr=   3.95817 vt=   6.05499
 i= 1307 j=  994 glon=  297.49 (0-360E) glon=  297.49 glat=  26.08 u=  -8.9000 v=  -0.3000 vr=   4.69484 vt=   7.56693
 i= 1312 j=  994 glon=  297.69 (0-360E) glon=  297.69 glat=  26.08 u=  -9.0000 v=   0.7000 vr=   4.86016 vt=   7.60716
 i= 1317 j=  994 glon=  297.89 (0-360E) glon=  297.89 glat=  26.08 u=  -8.7000 v=   2.0000 vr=   5.09528 vt=   7.32995
 i= 1322 j=  994 glon=  298.09 (0-360E) glon=  298.09 glat=  26.08 u=  -8.6000 v=   2.3000 vr=   4.44678 vt=   7.71208
 i= 1327 j=  994 glon=  298.29 (0-360E) glon=  298.29 glat=  26.08 u=  -9.5000 v=   3.0000 vr=   4.24084 vt=   9.01473
 i= 1332 j=  994 glon=  298.49 (0-360E) glon=  298.49 glat=  26.08 u= -10.5000 v=   4.1000 vr=   4.11545 vt=  10.49395
 i= 1337 j=  994 glon=  298.69 (0-360E) glon=  298.69 glat=  26.08 u=  -9.4000 v=   7.5000 vr=   6.20843 vt=  10.29881
 i= 1342 j=  994 glon=  298.89 (0-360E) glon=  298.89 glat=  26.08 u=  -8.8000 v=   8.3000 vr=   5.76980 vt=  10.63200
 i= 1347 j=  994 glon=  299.09 (0-360E) glon=  299.09 glat=  26.08 u=  -8.3000 v=   9.5000 vr=   5.75547 vt=  11.22562
 i= 1352 j=  994 glon=  299.29 (0-360E) glon=  299.29 glat=  26.08 u=  -8.2000 v=  10.4000 vr=   5.33401 vt=  12.12223
 i= 1357 j=  994 glon=  299.49 (0-360E) glon=  299.49 glat=  26.08 u=  -7.6000 v=  10.6000 vr=   4.61669 vt=  12.19861
 i= 1362 j=  994 glon=  299.69 (0-360E) glon=  299.69 glat=  26.08 u=  -6.3000 v=   9.7000 vr=   3.64601 vt=  10.97664
 i= 1367 j=  994 glon=  299.89 (0-360E) glon=  299.89 glat=  26.08 u=  -5.8000 v=   9.2000 vr=   2.77051 vt=  10.51686
 i= 1372 j=  994 glon=  300.09 (0-360E) glon=  300.09 glat=  26.08 u=  -5.3000 v=   8.8000 vr=   2.14954 vt=  10.04537
 i= 1287 j=  999 glon=  296.69 (0-360E) glon=  296.69 glat=  25.88 u=  -2.2000 v=  -2.7000 vr=   0.23722 vt=   3.47473
 i= 1292 j=  999 glon=  296.89 (0-360E) glon=  296.89 glat=  25.88 u=  -3.1000 v=  -3.3000 vr=   0.36946 vt=   4.51259
 i= 1297 j=  999 glon=  297.09 (0-360E) glon=  297.09 glat=  25.88 u=  -4.4000 v=  -2.2000 vr=   1.77193 vt=   4.58915
 i= 1302 j=  999 glon=  297.29 (0-360E) glon=  297.29 glat=  25.88 u=  -5.9000 v=  -1.8000 vr=   2.73170 vt=   5.53062
 i= 1307 j=  999 glon=  297.49 (0-360E) glon=  297.49 glat=  25.88 u=  -6.4000 v=  -1.1000 vr=   3.08220 vt=   5.71577
 i= 1312 j=  999 glon=  297.69 (0-360E) glon=  297.69 glat=  25.88 u=  -7.9000 v=  -0.4000 vr=   3.85785 vt=   6.90558
 i= 1317 j=  999 glon=  297.89 (0-360E) glon=  297.89 glat=  25.88 u=  -9.7000 v=   1.4000 vr=   5.39646 vt=   8.18097
 i= 1322 j=  999 glon=  298.09 (0-360E) glon=  298.09 glat=  25.88 u=  -9.8000 v=   1.4000 vr=   4.27285 vt=   8.92988
 i= 1327 j=  999 glon=  298.29 (0-360E) glon=  298.29 glat=  25.88 u=  -9.8000 v=   1.0000 vr=   2.51638 vt=   9.52407
 i= 1332 j=  999 glon=  298.49 (0-360E) glon=  298.49 glat=  25.88 u=  -9.0000 v=   6.3000 vr=   6.31553 vt=   8.98911
 i= 1337 j=  999 glon=  298.69 (0-360E) glon=  298.69 glat=  25.88 u=  -8.4000 v=   7.0000 vr=   5.63569 vt=   9.37011
 i= 1342 j=  999 glon=  298.89 (0-360E) glon=  298.89 glat=  25.88 u=  -8.7000 v=   7.9000 vr=   4.96286 vt=  10.65223
 i= 1347 j=  999 glon=  299.09 (0-360E) glon=  299.09 glat=  25.88 u=  -8.4000 v=   9.5000 vr=   5.05282 vt=  11.63095
 i= 1352 j=  999 glon=  299.29 (0-360E) glon=  299.29 glat=  25.88 u=  -8.0000 v=  10.9000 vr=   5.01617 vt=  12.55580
 i= 1357 j=  999 glon=  299.49 (0-360E) glon=  299.49 glat=  25.88 u=  -8.1000 v=  11.3000 vr=   3.92588 vt=  13.33745
 i= 1362 j=  999 glon=  299.69 (0-360E) glon=  299.69 glat=  25.88 u=  -7.4000 v=  10.7000 vr=   2.74626 vt=  12.71645
 i= 1367 j=  999 glon=  299.89 (0-360E) glon=  299.89 glat=  25.88 u=  -6.2000 v=  10.1000 vr=   2.23473 vt=  11.63856
 i= 1372 j=  999 glon=  300.09 (0-360E) glon=  300.09 glat=  25.88 u=  -5.7000 v=   9.7000 vr=   1.59839 vt=  11.13666
 i= 1377 j=  999 glon=  300.29 (0-360E) glon=  300.29 glat=  25.88 u=  -5.2000 v=   9.3000 vr=   1.13667 vt=  10.59424
 i= 1287 j= 1004 glon=  296.69 (0-360E) glon=  296.69 glat=  25.68 u=  -1.9000 v=  -3.9000 vr=  -0.32770 vt=   4.32581
 i= 1292 j= 1004 glon=  296.89 (0-360E) glon=  296.89 glat=  25.68 u=  -2.3000 v=  -4.6000 vr=  -0.60809 vt=   5.10688
 i= 1297 j= 1004 glon=  297.09 (0-360E) glon=  297.09 glat=  25.68 u=  -3.0000 v=  -3.7000 vr=   0.17102 vt=   4.76033
 i= 1302 j= 1004 glon=  297.29 (0-360E) glon=  297.29 glat=  25.68 u=  -4.4000 v=  -3.0000 vr=   1.32412 vt=   5.15817
 i= 1307 j= 1004 glon=  297.49 (0-360E) glon=  297.49 glat=  25.68 u=  -5.2000 v=  -2.4000 vr=   1.83477 vt=   5.42528
 i= 1312 j= 1004 glon=  297.69 (0-360E) glon=  297.69 glat=  25.68 u=  -7.3000 v=  -2.2000 vr=   2.65673 vt=   7.14645
 i= 1317 j= 1004 glon=  297.89 (0-360E) glon=  297.89 glat=  25.68 u=  -8.7000 v=  -1.1000 vr=   3.34516 vt=   8.10616
 i= 1322 j= 1004 glon=  298.09 (0-360E) glon=  298.09 glat=  25.68 u= -10.1000 v=   0.8000 vr=   4.33354 vt=   9.15808
 i= 1327 j= 1004 glon=  298.29 (0-360E) glon=  298.29 glat=  25.68 u=  -8.0000 v=   3.8000 vr=   5.23256 vt=   7.14565
 i= 1332 j= 1004 glon=  298.49 (0-360E) glon=  298.49 glat=  25.68 u=  -7.7000 v=   5.5000 vr=   5.51606 vt=   7.68851
 i= 1337 j= 1004 glon=  298.69 (0-360E) glon=  298.69 glat=  25.68 u=  -8.8000 v=   6.2000 vr=   4.47959 vt=   9.78842
 i= 1342 j= 1004 glon=  298.89 (0-360E) glon=  298.89 glat=  25.68 u=  -9.3000 v=   8.6000 vr=   4.78108 vt=  11.72993
 i= 1347 j= 1004 glon=  299.09 (0-360E) glon=  299.09 glat=  25.68 u=  -8.9000 v=   9.4000 vr=   3.80976 vt=  12.37157
 i= 1352 j= 1004 glon=  299.29 (0-360E) glon=  299.29 glat=  25.68 u=  -8.6000 v=  10.6000 vr=   3.28729 vt=  13.24816
 i= 1357 j= 1004 glon=  299.49 (0-360E) glon=  299.49 glat=  25.68 u=  -8.0000 v=  11.7000 vr=   3.02036 vt=  13.84801
 i= 1362 j= 1004 glon=  299.69 (0-360E) glon=  299.69 glat=  25.68 u=  -7.9000 v=  11.7000 vr=   1.81667 vt=  13.99999
 i= 1367 j= 1004 glon=  299.89 (0-360E) glon=  299.89 glat=  25.68 u=  -7.0000 v=  10.7000 vr=   0.86356 vt=  12.75713
 i= 1372 j= 1004 glon=  300.09 (0-360E) glon=  300.09 glat=  25.68 u=  -6.1000 v=  10.0000 vr=   0.41813 vt=  11.70620
 i= 1377 j= 1004 glon=  300.29 (0-360E) glon=  300.29 glat=  25.68 u=  -5.4000 v=   9.5000 vr=   0.14377 vt=  10.92654
 i= 1282 j= 1009 glon=  296.49 (0-360E) glon=  296.49 glat=  25.48 u=  -0.4000 v=  -4.6000 vr=  -1.39396 vt=   4.40192
 i= 1287 j= 1009 glon=  296.69 (0-360E) glon=  296.69 glat=  25.48 u=  -1.2000 v=  -4.9000 vr=  -0.96534 vt=   4.95158
 i= 1292 j= 1009 glon=  296.89 (0-360E) glon=  296.89 glat=  25.48 u=  -1.5000 v=  -5.5000 vr=  -1.20820 vt=   5.57138
 i= 1297 j= 1009 glon=  297.09 (0-360E) glon=  297.09 glat=  25.48 u=  -2.0000 v=  -4.7000 vr=  -0.68591 vt=   5.06157
 i= 1302 j= 1009 glon=  297.29 (0-360E) glon=  297.29 glat=  25.48 u=  -3.1000 v=  -4.2000 vr=   0.14782 vt=   5.21806
 i= 1307 j= 1009 glon=  297.49 (0-360E) glon=  297.49 glat=  25.48 u=  -3.4000 v=  -4.3000 vr=  -0.14553 vt=   5.47986
 i= 1312 j= 1009 glon=  297.69 (0-360E) glon=  297.69 glat=  25.48 u=  -4.7000 v=  -3.1000 vr=   1.01310 vt=   5.53838
 i= 1317 j= 1009 glon=  297.89 (0-360E) glon=  297.89 glat=  25.48 u=  -6.5000 v=  -2.6000 vr=   1.68255 vt=   6.79551
 i= 1322 j= 1009 glon=  298.09 (0-360E) glon=  298.09 glat=  25.48 u=  -7.0000 v=  -0.6000 vr=   2.48744 vt=   6.57059
 i= 1327 j= 1009 glon=  298.29 (0-360E) glon=  298.29 glat=  25.48 u=  -6.6000 v=   3.6000 vr=   5.04709 vt=   5.57197
 i= 1332 j= 1009 glon=  298.49 (0-360E) glon=  298.49 glat=  25.48 u=  -7.9000 v=   4.7000 vr=   4.72081 vt=   7.88758
 i= 1337 j= 1009 glon=  298.69 (0-360E) glon=  298.69 glat=  25.48 u=  -9.4000 v=   8.0000 vr=   5.62797 vt=  10.98571
 i= 1342 j= 1009 glon=  298.89 (0-360E) glon=  298.89 glat=  25.48 u=  -9.7000 v=   9.3000 vr=   4.24302 vt=  12.75056
 i= 1347 j= 1009 glon=  299.09 (0-360E) glon=  299.09 glat=  25.48 u=  -9.0000 v=   9.6000 vr=   2.58742 vt=  12.90214
 i= 1352 j= 1009 glon=  299.29 (0-360E) glon=  299.29 glat=  25.48 u=  -8.8000 v=  10.5000 vr=   1.53150 vt=  13.61413
 i= 1357 j= 1009 glon=  299.49 (0-360E) glon=  299.49 glat=  25.48 u=  -8.2000 v=  11.4000 vr=   1.04129 vt=  14.00413
 i= 1362 j= 1009 glon=  299.69 (0-360E) glon=  299.69 glat=  25.48 u=  -8.0000 v=  11.7000 vr=   0.13484 vt=  14.17293
 i= 1367 j= 1009 glon=  299.89 (0-360E) glon=  299.89 glat=  25.48 u=  -7.2000 v=  11.3000 vr=  -0.38698 vt=  13.39329
 i= 1372 j= 1009 glon=  300.09 (0-360E) glon=  300.09 glat=  25.48 u=  -6.5000 v=  10.4000 vr=  -0.95136 vt=  12.22722
 i= 1377 j= 1009 glon=  300.29 (0-360E) glon=  300.29 glat=  25.48 u=  -5.6000 v=   9.9000 vr=  -0.92168 vt=  11.33669
 i= 1382 j= 1009 glon=  300.49 (0-360E) glon=  300.49 glat=  25.48 u=  -5.0000 v=   9.4000 vr=  -1.00610 vt=  10.59942
 i= 1282 j= 1014 glon=  296.49 (0-360E) glon=  296.49 glat=  25.28 u=   0.0000 v=  -5.3000 vr=  -1.54521 vt=   5.06975
 i= 1287 j= 1014 glon=  296.69 (0-360E) glon=  296.69 glat=  25.28 u=  -0.4000 v=  -5.9000 vr=  -1.51748 vt=   5.71553
 i= 1292 j= 1014 glon=  296.89 (0-360E) glon=  296.89 glat=  25.28 u=  -0.6000 v=  -6.1000 vr=  -1.61923 vt=   5.91169
 i= 1297 j= 1014 glon=  297.09 (0-360E) glon=  297.09 glat=  25.28 u=  -1.2000 v=  -5.3000 vr=  -1.02690 vt=   5.33624
 i= 1302 j= 1014 glon=  297.29 (0-360E) glon=  297.29 glat=  25.28 u=  -1.7000 v=  -5.6000 vr=  -1.03710 vt=   5.75972
 i= 1307 j= 1014 glon=  297.49 (0-360E) glon=  297.49 glat=  25.28 u=  -2.2000 v=  -5.6000 vr=  -1.05751 vt=   5.92298
 i= 1312 j= 1014 glon=  297.69 (0-360E) glon=  297.69 glat=  25.28 u=  -4.2000 v=  -3.9000 vr=   0.95361 vt=   5.65160
 i= 1317 j= 1014 glon=  297.89 (0-360E) glon=  297.89 glat=  25.28 u=  -5.6000 v=  -3.9000 vr=   1.12026 vt=   6.73164
 i= 1322 j= 1014 glon=  298.09 (0-360E) glon=  298.09 glat=  25.28 u=  -5.2000 v=  -0.7000 vr=   2.25183 vt=   4.73912
 i= 1327 j= 1014 glon=  298.29 (0-360E) glon=  298.29 glat=  25.28 u=  -6.3000 v=   0.7000 vr=   2.62545 vt=   5.76949
 i= 1332 j= 1014 glon=  298.49 (0-360E) glon=  298.49 glat=  25.28 u=  -8.7000 v=   3.3000 vr=   3.33112 vt=   8.68813
 i= 1337 j= 1014 glon=  298.69 (0-360E) glon=  298.69 glat=  25.28 u=  -9.7000 v=   7.0000 vr=   3.70825 vt=  11.37273
 i= 1342 j= 1014 glon=  298.89 (0-360E) glon=  298.89 glat=  25.28 u= -10.7000 v=   9.6000 vr=   2.27500 vt=  14.19417
 i= 1347 j= 1014 glon=  299.09 (0-360E) glon=  299.09 glat=  25.28 u=  -9.3000 v=  10.9000 vr=   1.35775 vt=  14.26382
 i= 1352 j= 1014 glon=  299.29 (0-360E) glon=  299.29 glat=  25.28 u=  -8.7000 v=  11.6000 vr=   0.20940 vt=  14.49849
 i= 1357 j= 1014 glon=  299.49 (0-360E) glon=  299.49 glat=  25.28 u=  -7.8000 v=  11.8000 vr=  -0.43954 vt=  14.13813
 i= 1362 j= 1014 glon=  299.69 (0-360E) glon=  299.69 glat=  25.28 u=  -7.5000 v=  11.6000 vr=  -1.37295 vt=  13.74500
 i= 1367 j= 1014 glon=  299.89 (0-360E) glon=  299.89 glat=  25.28 u=  -7.6000 v=  12.0000 vr=  -2.13132 vt=  14.04341
 i= 1372 j= 1014 glon=  300.09 (0-360E) glon=  300.09 glat=  25.28 u=  -6.5000 v=  11.0000 vr=  -2.12862 vt=  12.59837
 i= 1377 j= 1014 glon=  300.29 (0-360E) glon=  300.29 glat=  25.28 u=  -5.8000 v=  10.2000 vr=  -2.20519 vt=  11.52463
 i= 1382 j= 1014 glon=  300.49 (0-360E) glon=  300.49 glat=  25.28 u=  -5.1000 v=   9.7000 vr=  -2.04360 vt=  10.76679
 i= 1282 j= 1019 glon=  296.49 (0-360E) glon=  296.49 glat=  25.08 u=   0.5000 v=  -5.8000 vr=  -1.59870 vt=   5.59769
 i= 1287 j= 1019 glon=  296.69 (0-360E) glon=  296.69 glat=  25.08 u=   0.4000 v=  -6.7000 vr=  -1.81173 vt=   6.46279
 i= 1292 j= 1019 glon=  296.89 (0-360E) glon=  296.89 glat=  25.08 u=   0.4000 v=  -6.7000 vr=  -1.98218 vt=   6.41256
 i= 1297 j= 1019 glon=  297.09 (0-360E) glon=  297.09 glat=  25.08 u=  -0.2000 v=  -6.1000 vr=  -1.45555 vt=   5.92717
 i= 1302 j= 1019 glon=  297.29 (0-360E) glon=  297.29 glat=  25.08 u=  -0.2000 v=  -6.2000 vr=  -1.74286 vt=   5.95335
 i= 1307 j= 1019 glon=  297.49 (0-360E) glon=  297.49 glat=  25.08 u=  -0.9000 v=  -6.6000 vr=  -1.58429 vt=   6.46993
 i= 1312 j= 1019 glon=  297.69 (0-360E) glon=  297.69 glat=  25.08 u=  -2.5000 v=  -6.1000 vr=  -0.45799 vt=   6.57649
 i= 1317 j= 1019 glon=  297.89 (0-360E) glon=  297.89 glat=  25.08 u=  -3.5000 v=  -4.4000 vr=   0.50391 vt=   5.59965
 i= 1322 j= 1019 glon=  298.09 (0-360E) glon=  298.09 glat=  25.08 u=  -3.3000 v=  -2.6000 vr=   0.52307 vt=   4.16850
 i= 1327 j= 1019 glon=  298.29 (0-360E) glon=  298.29 glat=  25.08 u=  -4.0000 v=  -2.3000 vr=  -0.23424 vt=   4.60816
 i= 1332 j= 1019 glon=  298.49 (0-360E) glon=  298.49 glat=  25.08 u=  -7.3000 v=   1.2000 vr=   1.24062 vt=   7.29321
 i= 1337 j= 1019 glon=  298.69 (0-360E) glon=  298.69 glat=  25.08 u=  -9.7000 v=   4.8000 vr=  -0.02862 vt=  10.82262
 i= 1342 j= 1019 glon=  298.89 (0-360E) glon=  298.89 glat=  25.08 u=  -9.7000 v=   8.9000 vr=  -0.58148 vt=  13.15150
 i= 1347 j= 1019 glon=  299.09 (0-360E) glon=  299.09 glat=  25.08 u=  -8.5000 v=  11.0000 vr=  -1.00381 vt=  13.86515
 i= 1352 j= 1019 glon=  299.29 (0-360E) glon=  299.29 glat=  25.08 u=  -8.4000 v=  11.5000 vr=  -2.41168 vt=  14.03545
 i= 1357 j= 1019 glon=  299.49 (0-360E) glon=  299.49 glat=  25.08 u=  -8.0000 v=  11.7000 vr=  -3.12829 vt=  13.82403
 i= 1362 j= 1019 glon=  299.69 (0-360E) glon=  299.69 glat=  25.08 u=  -7.0000 v=  12.3000 vr=  -2.80114 vt=  13.87240
 i= 1367 j= 1019 glon=  299.89 (0-360E) glon=  299.89 glat=  25.08 u=  -6.9000 v=  12.5000 vr=  -3.25445 vt=  13.90211
 i= 1372 j= 1019 glon=  300.09 (0-360E) glon=  300.09 glat=  25.08 u=  -6.5000 v=  11.9000 vr=  -3.47434 vt=  13.10683
 i= 1377 j= 1019 glon=  300.29 (0-360E) glon=  300.29 glat=  25.08 u=  -5.6000 v=  10.9000 vr=  -3.15492 vt=  11.84130
 i= 1382 j= 1019 glon=  300.49 (0-360E) glon=  300.49 glat=  25.08 u=  -5.3000 v=  10.1000 vr=  -3.26841 vt=  10.92783
 i= 1277 j= 1024 glon=  296.29 (0-360E) glon=  296.29 glat=  24.88 u=   1.5000 v=  -5.3000 vr=  -1.89729 vt=   5.17110
 i= 1282 j= 1024 glon=  296.49 (0-360E) glon=  296.49 glat=  24.88 u=   1.3000 v=  -6.1000 vr=  -1.80861 vt=   5.96900
 i= 1287 j= 1024 glon=  296.69 (0-360E) glon=  296.69 glat=  24.88 u=   1.2000 v=  -7.2000 vr=  -1.87304 vt=   7.05491
 i= 1292 j= 1024 glon=  296.89 (0-360E) glon=  296.89 glat=  24.88 u=   1.6000 v=  -7.6000 vr=  -2.40157 vt=   7.38596
 i= 1297 j= 1024 glon=  297.09 (0-360E) glon=  297.09 glat=  24.88 u=   1.2000 v=  -7.0000 vr=  -2.04832 vt=   6.80032
 i= 1302 j= 1024 glon=  297.29 (0-360E) glon=  297.29 glat=  24.88 u=   1.1000 v=  -6.8000 vr=  -2.06287 vt=   6.57226
 i= 1307 j= 1024 glon=  297.49 (0-360E) glon=  297.49 glat=  24.88 u=   1.1000 v=  -7.7000 vr=  -2.40709 vt=   7.39635
 i= 1312 j= 1024 glon=  297.69 (0-360E) glon=  297.69 glat=  24.88 u=   0.0000 v=  -8.1000 vr=  -1.73139 vt=   7.91279
 i= 1317 j= 1024 glon=  297.89 (0-360E) glon=  297.89 glat=  24.88 u=  -1.7000 v=  -5.1000 vr=   0.20067 vt=   5.37213
 i= 1322 j= 1024 glon=  298.09 (0-360E) glon=  298.09 glat=  24.88 u=  -2.0000 v=  -3.3000 vr=   0.50600 vt=   3.82544
 i= 1327 j= 1024 glon=  298.29 (0-360E) glon=  298.29 glat=  24.88 u=  -0.6000 v=  -4.2000 vr=  -2.31125 vt=   3.55783
 i= 1332 j= 1024 glon=  298.49 (0-360E) glon=  298.49 glat=  24.88 u=  -3.5000 v=  -3.5000 vr=  -3.45594 vt=   3.54351
 i= 1337 j= 1024 glon=  298.69 (0-360E) glon=  298.69 glat=  24.88 u=  -8.2000 v=   3.3000 vr=  -3.91779 vt=   7.92344
 i= 1342 j= 1024 glon=  298.89 (0-360E) glon=  298.89 glat=  24.88 u=  -8.0000 v=   8.7000 vr=  -3.78577 vt=  11.19634
 i= 1347 j= 1024 glon=  299.09 (0-360E) glon=  299.09 glat=  24.88 u=  -5.6000 v=  11.4000 vr=  -2.15113 vt=  12.51769
 i= 1352 j= 1024 glon=  299.29 (0-360E) glon=  299.29 glat=  24.88 u=  -4.9000 v=  10.8000 vr=  -2.46462 vt=  11.60067
 i= 1357 j= 1024 glon=  299.49 (0-360E) glon=  299.49 glat=  24.88 u=  -6.1000 v=  12.5000 vr=  -3.85051 vt=  13.36539
 i= 1362 j= 1024 glon=  299.69 (0-360E) glon=  299.69 glat=  24.88 u=  -7.4000 v=  11.8000 vr=  -5.62624 vt=  12.74149
 i= 1367 j= 1024 glon=  299.89 (0-360E) glon=  299.89 glat=  24.88 u=  -5.8000 v=  12.7000 vr=  -4.19551 vt=  13.31645
 i= 1372 j= 1024 glon=  300.09 (0-360E) glon=  300.09 glat=  24.88 u=  -6.4000 v=  12.9000 vr=  -4.98324 vt=  13.51064
 i= 1377 j= 1024 glon=  300.29 (0-360E) glon=  300.29 glat=  24.88 u=  -5.3000 v=  12.0000 vr=  -4.14270 vt=  12.44701
 i= 1382 j= 1024 glon=  300.49 (0-360E) glon=  300.49 glat=  24.88 u=  -4.6000 v=  10.8000 vr=  -3.67278 vt=  11.14947
 i= 1387 j= 1024 glon=  300.69 (0-360E) glon=  300.69 glat=  24.88 u=  -4.5000 v=   9.6000 vr=  -3.75795 vt=   9.91402
 i= 1277 j= 1029 glon=  296.29 (0-360E) glon=  296.29 glat=  24.68 u=   2.0000 v=  -5.6000 vr=  -1.86967 vt=   5.64485
 i= 1282 j= 1029 glon=  296.49 (0-360E) glon=  296.49 glat=  24.68 u=   2.0000 v=  -6.4000 vr=  -1.83995 vt=   6.44784
 i= 1287 j= 1029 glon=  296.69 (0-360E) glon=  296.69 glat=  24.68 u=   2.0000 v=  -7.1000 vr=  -1.80709 vt=   7.15153
 i= 1292 j= 1029 glon=  296.89 (0-360E) glon=  296.89 glat=  24.68 u=   2.3000 v=  -8.1000 vr=  -2.05754 vt=   8.16496
 i= 1297 j= 1029 glon=  297.09 (0-360E) glon=  297.09 glat=  24.68 u=   2.6000 v=  -7.9000 vr=  -2.33477 vt=   7.98241
 i= 1302 j= 1029 glon=  297.29 (0-360E) glon=  297.29 glat=  24.68 u=   1.9000 v=  -7.0000 vr=  -1.63092 vt=   7.06754
 i= 1307 j= 1029 glon=  297.49 (0-360E) glon=  297.49 glat=  24.68 u=   2.9000 v=  -7.2000 vr=  -2.57211 vt=   7.32354
 i= 1312 j= 1029 glon=  297.69 (0-360E) glon=  297.69 glat=  24.68 u=   3.3000 v=  -7.6000 vr=  -2.87246 vt=   7.77168
 i= 1317 j= 1029 glon=  297.89 (0-360E) glon=  297.89 glat=  24.68 u=   3.6000 v=  -6.0000 vr=  -3.15149 vt=   6.24725
 i= 1322 j= 1029 glon=  298.09 (0-360E) glon=  298.09 glat=  24.68 u=   2.0000 v=  -5.1000 vr=  -1.43602 vt=   5.28657
 i= 1327 j= 1029 glon=  298.29 (0-360E) glon=  298.29 glat=  24.68 u=   2.4000 v=  -4.5000 vr=  -1.39785 vt=   4.90469
 i= 1332 j= 1029 glon=  298.49 (0-360E) glon=  298.49 glat=  24.68 u=   3.2000 v=  -6.1000 vr=   5.92977 vt=   3.50540
 i= 1337 j= 1029 glon=  298.69 (0-360E) glon=  298.69 glat=  24.68 u=   1.0000 v=   0.0000 vr=   0.97657 vt=   0.21520
 i= 1342 j= 1029 glon=  298.89 (0-360E) glon=  298.89 glat=  24.68 u=  -1.6000 v=  10.6000 vr=  -2.75058 vt=  10.36119
 i= 1347 j= 1029 glon=  299.09 (0-360E) glon=  299.09 glat=  24.68 u=  -1.8000 v=  12.4000 vr=  -2.70858 vt=  12.23371
 i= 1352 j= 1029 glon=  299.29 (0-360E) glon=  299.29 glat=  24.68 u=  -2.0000 v=  11.1000 vr=  -2.61709 vt=  10.97091
 i= 1357 j= 1029 glon=  299.49 (0-360E) glon=  299.49 glat=  24.68 u=  -0.8000 v=  11.4000 vr=  -1.31576 vt=  11.35204
 i= 1362 j= 1029 glon=  299.69 (0-360E) glon=  299.69 glat=  24.68 u=  -8.2000 v=  12.6000 vr=  -8.67740 vt=  12.27610
 i= 1367 j= 1029 glon=  299.89 (0-360E) glon=  299.89 glat=  24.68 u=  -5.2000 v=  12.4000 vr=  -5.61226 vt=  12.21894
 i= 1372 j= 1029 glon=  300.09 (0-360E) glon=  300.09 glat=  24.68 u=  -5.9000 v=  13.4000 vr=  -6.29771 vt=  13.21775
 i= 1377 j= 1029 glon=  300.29 (0-360E) glon=  300.29 glat=  24.68 u=  -4.9000 v=  12.2000 vr=  -5.22906 vt=  12.06262
 i= 1382 j= 1029 glon=  300.49 (0-360E) glon=  300.49 glat=  24.68 u=  -4.3000 v=  11.3000 vr=  -4.58064 vt=  11.18918
 i= 1387 j= 1029 glon=  300.69 (0-360E) glon=  300.69 glat=  24.68 u=  -4.2000 v=  10.2000 vr=  -4.43563 vt=  10.09976
 i= 1277 j= 1034 glon=  296.29 (0-360E) glon=  296.29 glat=  24.48 u=   2.5000 v=  -5.7000 vr=  -1.78213 vt=   5.96356
 i= 1282 j= 1034 glon=  296.49 (0-360E) glon=  296.49 glat=  24.48 u=   2.6000 v=  -6.3000 vr=  -1.73257 vt=   6.59153
 i= 1287 j= 1034 glon=  296.69 (0-360E) glon=  296.69 glat=  24.48 u=   2.6000 v=  -7.1000 vr=  -1.52196 vt=   7.40632
 i= 1292 j= 1034 glon=  296.89 (0-360E) glon=  296.89 glat=  24.48 u=   2.8000 v=  -7.9000 vr=  -1.45752 vt=   8.25383
 i= 1297 j= 1034 glon=  297.09 (0-360E) glon=  297.09 glat=  24.48 u=   3.6000 v=  -8.2000 vr=  -2.00203 vt=   8.72880
 i= 1302 j= 1034 glon=  297.29 (0-360E) glon=  297.29 glat=  24.48 u=   2.5000 v=  -7.5000 vr=  -0.81963 vt=   7.86309
 i= 1307 j= 1034 glon=  297.49 (0-360E) glon=  297.49 glat=  24.48 u=   3.4000 v=  -7.0000 vr=  -1.49489 vt=   7.63710
 i= 1312 j= 1034 glon=  297.69 (0-360E) glon=  297.69 glat=  24.48 u=   3.8000 v=  -6.8000 vr=  -1.47757 vt=   7.64832
 i= 1317 j= 1034 glon=  297.89 (0-360E) glon=  297.89 glat=  24.48 u=   4.9000 v=  -6.4000 vr=  -1.91564 vt=   7.82945
 i= 1322 j= 1034 glon=  298.09 (0-360E) glon=  298.09 glat=  24.48 u=   4.2000 v=  -4.6000 vr=  -0.98851 vt=   6.15003
 i= 1327 j= 1034 glon=  298.29 (0-360E) glon=  298.29 glat=  24.48 u=   4.0000 v=  -4.9000 vr=   1.45371 vt=   6.15603
 i= 1332 j= 1034 glon=  298.49 (0-360E) glon=  298.49 glat=  24.48 u=   6.4000 v=  -3.1000 vr=   3.04621 vt=   6.42578
 i= 1337 j= 1034 glon=  298.69 (0-360E) glon=  298.69 glat=  24.48 u=   6.8000 v=  -0.9000 vr=   4.80070 vt=   4.89932
 i= 1342 j= 1034 glon=  298.89 (0-360E) glon=  298.89 glat=  24.48 u=   5.1000 v=   5.7000 vr=   1.09929 vt=   7.56912
 i= 1347 j= 1034 glon=  299.09 (0-360E) glon=  299.09 glat=  24.48 u=   1.7000 v=  11.3000 vr=  -3.01330 vt=  11.02271
 i= 1352 j= 1034 glon=  299.29 (0-360E) glon=  299.29 glat=  24.48 u=   0.7000 v=  10.8000 vr=  -2.73692 vt=  10.47088
 i= 1357 j= 1034 glon=  299.49 (0-360E) glon=  299.49 glat=  24.48 u=  -0.1000 v=  11.1000 vr=  -2.94958 vt=  10.70140
 i= 1362 j= 1034 glon=  299.69 (0-360E) glon=  299.69 glat=  24.48 u=  -4.4000 v=  12.6000 vr=  -7.02835 vt=  11.34558
 i= 1367 j= 1034 glon=  299.89 (0-360E) glon=  299.89 glat=  24.48 u=  -5.1000 v=  12.1000 vr=  -7.28026 vt=  10.92785
 i= 1372 j= 1034 glon=  300.09 (0-360E) glon=  300.09 glat=  24.48 u=  -5.5000 v=  13.3000 vr=  -7.62532 vt=  12.20633
 i= 1377 j= 1034 glon=  300.29 (0-360E) glon=  300.29 glat=  24.48 u=  -4.3000 v=  12.8000 vr=  -6.14893 vt=  12.02168
 i= 1382 j= 1034 glon=  300.49 (0-360E) glon=  300.49 glat=  24.48 u=  -4.0000 v=  11.6000 vr=  -5.52102 vt=  10.95803
 i= 1387 j= 1034 glon=  300.69 (0-360E) glon=  300.69 glat=  24.48 u=  -3.6000 v=  11.1000 vr=  -4.93647 vt=  10.57361
 i= 1282 j= 1039 glon=  296.49 (0-360E) glon=  296.49 glat=  24.28 u=   3.1000 v=  -6.2000 vr=  -1.53535 vt=   6.75964
 i= 1287 j= 1039 glon=  296.69 (0-360E) glon=  296.69 glat=  24.28 u=   3.2000 v=  -6.9000 vr=  -1.28041 vt=   7.49737
 i= 1292 j= 1039 glon=  296.89 (0-360E) glon=  296.89 glat=  24.28 u=   3.4000 v=  -7.3000 vr=  -1.12524 vt=   7.97395
 i= 1297 j= 1039 glon=  297.09 (0-360E) glon=  297.09 glat=  24.28 u=   4.2000 v=  -8.1000 vr=  -1.31009 vt=   9.02960
 i= 1302 j= 1039 glon=  297.29 (0-360E) glon=  297.29 glat=  24.28 u=   3.8000 v=  -7.9000 vr=  -0.56183 vt=   8.74839
 i= 1307 j= 1039 glon=  297.49 (0-360E) glon=  297.49 glat=  24.28 u=   3.4000 v=  -6.6000 vr=  -0.18390 vt=   7.42201
 i= 1312 j= 1039 glon=  297.69 (0-360E) glon=  297.69 glat=  24.28 u=   3.8000 v=  -6.4000 vr=   0.05669 vt=   7.44290
 i= 1317 j= 1039 glon=  297.89 (0-360E) glon=  297.89 glat=  24.28 u=   4.9000 v=  -6.1000 vr=   0.00287 vt=   7.82432
 i= 1322 j= 1039 glon=  298.09 (0-360E) glon=  298.09 glat=  24.28 u=   5.4000 v=  -5.0000 vr=   0.39226 vt=   7.34889
 i= 1327 j= 1039 glon=  298.29 (0-360E) glon=  298.29 glat=  24.28 u=   5.6000 v=  -4.5000 vr=   1.99097 vt=   6.90261
 i= 1332 j= 1039 glon=  298.49 (0-360E) glon=  298.49 glat=  24.28 u=   5.6000 v=  -2.2000 vr=   2.17437 vt=   5.61000
 i= 1337 j= 1039 glon=  298.69 (0-360E) glon=  298.69 glat=  24.28 u=   5.8000 v=  -0.4000 vr=   2.56615 vt=   5.21679
 i= 1342 j= 1039 glon=  298.89 (0-360E) glon=  298.89 glat=  24.28 u=   5.1000 v=   4.6000 vr=  -0.31369 vt=   6.86087
 i= 1347 j= 1039 glon=  299.09 (0-360E) glon=  299.09 glat=  24.28 u=   3.6000 v=  10.4000 vr=  -3.74738 vt=  10.34781
 i= 1352 j= 1039 glon=  299.29 (0-360E) glon=  299.29 glat=  24.28 u=   3.6000 v=  10.3000 vr=  -2.27048 vt=  10.67216
 i= 1357 j= 1039 glon=  299.49 (0-360E) glon=  299.49 glat=  24.28 u=   1.9000 v=  10.3000 vr=  -2.79602 vt=  10.09367
 i= 1362 j= 1039 glon=  299.69 (0-360E) glon=  299.69 glat=  24.28 u=  -4.1000 v=  11.9000 vr=  -8.27357 vt=   9.48515
 i= 1367 j= 1039 glon=  299.89 (0-360E) glon=  299.89 glat=  24.28 u=  -5.0000 v=  11.6000 vr=  -8.53796 vt=   9.30931
 i= 1372 j= 1039 glon=  300.09 (0-360E) glon=  300.09 glat=  24.28 u=  -5.5000 v=  12.7000 vr=  -8.97005 vt=  10.53937
 i= 1377 j= 1039 glon=  300.29 (0-360E) glon=  300.29 glat=  24.28 u=  -4.2000 v=  13.4000 vr=  -7.57127 vt=  11.82691
 i= 1382 j= 1039 glon=  300.49 (0-360E) glon=  300.49 glat=  24.28 u=  -3.1000 v=  12.0000 vr=  -5.87230 vt=  10.91449
 i= 1282 j= 1044 glon=  296.49 (0-360E) glon=  296.49 glat=  24.08 u=   3.4000 v=  -6.0000 vr=  -1.19817 vt=   6.79149
 i= 1287 j= 1044 glon=  296.69 (0-360E) glon=  296.69 glat=  24.08 u=   3.6000 v=  -6.5000 vr=  -0.97052 vt=   7.36669
 i= 1292 j= 1044 glon=  296.89 (0-360E) glon=  296.89 glat=  24.08 u=   3.7000 v=  -7.1000 vr=  -0.51554 vt=   7.98963
 i= 1297 j= 1044 glon=  297.09 (0-360E) glon=  297.09 glat=  24.08 u=   4.4000 v=  -7.1000 vr=  -0.73377 vt=   8.32055
 i= 1302 j= 1044 glon=  297.29 (0-360E) glon=  297.29 glat=  24.08 u=   4.6000 v=  -7.4000 vr=  -0.22060 vt=   8.71042
 i= 1307 j= 1044 glon=  297.49 (0-360E) glon=  297.49 glat=  24.08 u=   4.3000 v=  -6.8000 vr=   0.39523 vt=   8.03578
 i= 1312 j= 1044 glon=  297.69 (0-360E) glon=  297.69 glat=  24.08 u=   4.5000 v=  -5.5000 vr=   0.24712 vt=   7.10204
 i= 1317 j= 1044 glon=  297.89 (0-360E) glon=  297.89 glat=  24.08 u=   4.6000 v=  -4.9000 vr=   0.73250 vt=   6.68083
 i= 1322 j= 1044 glon=  298.09 (0-360E) glon=  298.09 glat=  24.08 u=   5.5000 v=  -4.8000 vr=   1.43696 vt=   7.15717
 i= 1327 j= 1044 glon=  298.29 (0-360E) glon=  298.29 glat=  24.08 u=   6.6000 v=  -3.5000 vr=   1.53980 vt=   7.31020
 i= 1332 j= 1044 glon=  298.49 (0-360E) glon=  298.49 glat=  24.08 u=   6.5000 v=  -2.4000 vr=   2.37955 vt=   6.50751
 i= 1337 j= 1044 glon=  298.69 (0-360E) glon=  298.69 glat=  24.08 u=   6.7000 v=   0.1000 vr=   1.71779 vt=   6.47682
 i= 1342 j= 1044 glon=  298.89 (0-360E) glon=  298.89 glat=  24.08 u=   8.9000 v=   6.1000 vr=  -0.92891 vt=  10.74975
 i= 1347 j= 1044 glon=  299.09 (0-360E) glon=  299.09 glat=  24.08 u=   4.3000 v=   8.8000 vr=  -3.92346 vt=   8.97421
 i= 1352 j= 1044 glon=  299.29 (0-360E) glon=  299.29 glat=  24.08 u=   4.5000 v=   9.3000 vr=  -2.78143 vt=   9.95006
 i= 1357 j= 1044 glon=  299.49 (0-360E) glon=  299.49 glat=  24.08 u=   4.2000 v=   9.0000 vr=  -1.76301 vt=   9.77404
 i= 1362 j= 1044 glon=  299.69 (0-360E) glon=  299.69 glat=  24.08 u=  -5.7000 v=  11.0000 vr= -10.49499 vt=   6.58371
 i= 1367 j= 1044 glon=  299.89 (0-360E) glon=  299.89 glat=  24.08 u=  -4.2000 v=  12.0000 vr=  -9.16240 vt=   8.81421
 i= 1372 j= 1044 glon=  300.09 (0-360E) glon=  300.09 glat=  24.08 u=  -4.8000 v=  11.9000 vr=  -9.20821 vt=   8.93638
 i= 1377 j= 1044 glon=  300.29 (0-360E) glon=  300.29 glat=  24.08 u=  -3.9000 v=  12.6000 vr=  -8.25045 vt=  10.29078
 i= 1382 j= 1044 glon=  300.49 (0-360E) glon=  300.49 glat=  24.08 u=  -2.5000 v=  11.4000 vr=  -6.17456 vt=   9.90378
 i= 1282 j= 1049 glon=  296.49 (0-360E) glon=  296.49 glat=  23.88 u=   3.8000 v=  -5.6000 vr=  -1.08767 vt=   6.67959
 i= 1287 j= 1049 glon=  296.69 (0-360E) glon=  296.69 glat=  23.88 u=   4.0000 v=  -6.0000 vr=  -0.80783 vt=   7.16571
 i= 1292 j= 1049 glon=  296.89 (0-360E) glon=  296.89 glat=  23.88 u=   4.0000 v=  -6.5000 vr=  -0.20602 vt=   7.62939
 i= 1297 j= 1049 glon=  297.09 (0-360E) glon=  297.09 glat=  23.88 u=   4.2000 v=  -6.5000 vr=   0.07806 vt=   7.73847
 i= 1302 j= 1049 glon=  297.29 (0-360E) glon=  297.29 glat=  23.88 u=   4.8000 v=  -6.6000 vr=   0.22169 vt=   8.15787
 i= 1307 j= 1049 glon=  297.49 (0-360E) glon=  297.49 glat=  23.88 u=   5.3000 v=  -6.4000 vr=   0.44377 vt=   8.29777
 i= 1312 j= 1049 glon=  297.69 (0-360E) glon=  297.69 glat=  23.88 u=   5.4000 v=  -5.8000 vr=   0.83888 vt=   7.88012
 i= 1317 j= 1049 glon=  297.89 (0-360E) glon=  297.89 glat=  23.88 u=   5.3000 v=  -4.7000 vr=   1.04140 vt=   7.00682
 i= 1322 j= 1049 glon=  298.09 (0-360E) glon=  298.09 glat=  23.88 u=   5.6000 v=  -3.5000 vr=   0.97144 vt=   6.53194
 i= 1327 j= 1049 glon=  298.29 (0-360E) glon=  298.29 glat=  23.88 u=   6.9000 v=  -2.6000 vr=   1.06275 vt=   7.29661
 i= 1332 j= 1049 glon=  298.49 (0-360E) glon=  298.49 glat=  23.88 u=   8.1000 v=  -0.9000 vr=   0.88059 vt=   8.10213
 i= 1337 j= 1049 glon=  298.69 (0-360E) glon=  298.69 glat=  23.88 u=   8.2000 v=   1.8000 vr=  -0.04143 vt=   8.39513
 i= 1342 j= 1049 glon=  298.89 (0-360E) glon=  298.89 glat=  23.88 u=   6.9000 v=   5.3000 vr=  -2.13625 vt=   8.43424
 i= 1347 j= 1049 glon=  299.09 (0-360E) glon=  299.09 glat=  23.88 u=   5.6000 v=   7.8000 vr=  -3.50414 vt=   8.93985
 i= 1352 j= 1049 glon=  299.29 (0-360E) glon=  299.29 glat=  23.88 u=   5.9000 v=   9.1000 vr=  -3.03119 vt=  10.41306
 i= 1357 j= 1049 glon=  299.49 (0-360E) glon=  299.49 glat=  23.88 u=   6.7000 v=  10.8000 vr=  -2.42549 vt=  12.47586
 i= 1362 j= 1049 glon=  299.69 (0-360E) glon=  299.69 glat=  23.88 u=   4.7000 v=  16.9000 vr=  -6.61195 vt=  16.24753
 i= 1367 j= 1049 glon=  299.89 (0-360E) glon=  299.89 glat=  23.88 u=  -3.8000 v=  10.5000 vr=  -8.96750 vt=   6.65386
 i= 1372 j= 1049 glon=  300.09 (0-360E) glon=  300.09 glat=  23.88 u=  -4.0000 v=  11.5000 vr=  -9.23196 vt=   7.93858
 i= 1377 j= 1049 glon=  300.29 (0-360E) glon=  300.29 glat=  23.88 u=  -3.0000 v=  12.2000 vr=  -8.26378 vt=   9.46308
 i= 1382 j= 1049 glon=  300.49 (0-360E) glon=  300.49 glat=  23.88 u=  -2.1000 v=  10.9000 vr=  -6.50333 vt=   8.99593
 i= 1287 j= 1054 glon=  296.69 (0-360E) glon=  296.69 glat=  23.68 u=   4.0000 v=  -5.3000 vr=  -0.52656 vt=   6.61912
 i= 1292 j= 1054 glon=  296.89 (0-360E) glon=  296.89 glat=  23.68 u=   4.0000 v=  -5.5000 vr=  -0.05188 vt=   6.80054
 i= 1297 j= 1054 glon=  297.09 (0-360E) glon=  297.09 glat=  23.68 u=   4.2000 v=  -5.7000 vr=   0.35376 vt=   7.07141
 i= 1302 j= 1054 glon=  297.29 (0-360E) glon=  297.29 glat=  23.68 u=   4.8000 v=  -5.8000 vr=   0.52312 vt=   7.51042
 i= 1307 j= 1054 glon=  297.49 (0-360E) glon=  297.49 glat=  23.68 u=   5.5000 v=  -5.9000 vr=   0.81314 vt=   8.02489
 i= 1312 j= 1054 glon=  297.69 (0-360E) glon=  297.69 glat=  23.68 u=   6.3000 v=  -5.7000 vr=   1.04711 vt=   8.43111
 i= 1317 j= 1054 glon=  297.89 (0-360E) glon=  297.89 glat=  23.68 u=   6.0000 v=  -4.7000 vr=   1.36061 vt=   7.49925
 i= 1322 j= 1054 glon=  298.09 (0-360E) glon=  298.09 glat=  23.68 u=   6.0000 v=  -2.9000 vr=   0.74276 vt=   6.62256
 i= 1327 j= 1054 glon=  298.29 (0-360E) glon=  298.29 glat=  23.68 u=   6.9000 v=  -1.6000 vr=   0.37258 vt=   7.07327
 i= 1332 j= 1054 glon=  298.49 (0-360E) glon=  298.49 glat=  23.68 u=   7.3000 v=   0.3000 vr=  -0.31413 vt=   7.29941
 i= 1337 j= 1054 glon=  298.69 (0-360E) glon=  298.69 glat=  23.68 u=   7.2000 v=   2.7000 vr=  -1.43182 vt=   7.55512
 i= 1342 j= 1054 glon=  298.89 (0-360E) glon=  298.89 glat=  23.68 u=   6.1000 v=   4.9000 vr=  -2.62145 vt=   7.37211
 i= 1347 j= 1054 glon=  299.09 (0-360E) glon=  299.09 glat=  23.68 u=   6.1000 v=   7.4000 vr=  -3.72937 vt=   8.83526
 i= 1352 j= 1054 glon=  299.29 (0-360E) glon=  299.29 glat=  23.68 u=   5.8000 v=   8.9000 vr=  -3.97928 vt=   9.84964
 i= 1357 j= 1054 glon=  299.49 (0-360E) glon=  299.49 glat=  23.68 u=   7.0000 v=  10.4000 vr=  -3.23574 vt=  12.11156
 i= 1362 j= 1054 glon=  299.69 (0-360E) glon=  299.69 glat=  23.68 u=   6.0000 v=  11.0000 vr=  -3.26191 vt=  12.09793
 i= 1367 j= 1054 glon=  299.89 (0-360E) glon=  299.89 glat=  23.68 u=  -4.1000 v=  11.4000 vr= -10.39724 vt=   6.21830
 i= 1372 j= 1054 glon=  300.09 (0-360E) glon=  300.09 glat=  23.68 u=  -3.4000 v=  11.3000 vr=  -9.35066 vt=   7.19828
 i= 1377 j= 1054 glon=  300.29 (0-360E) glon=  300.29 glat=  23.68 u=  -2.3000 v=  11.4000 vr=  -8.07338 vt=   8.37081
 i= 1292 j= 1059 glon=  296.89 (0-360E) glon=  296.89 glat=  23.48 u=   3.9000 v=  -5.1000 vr=   0.34065 vt=   6.41124
 i= 1297 j= 1059 glon=  297.09 (0-360E) glon=  297.09 glat=  23.48 u=   4.2000 v=  -5.1000 vr=   0.54737 vt=   6.58410
 i= 1302 j= 1059 glon=  297.29 (0-360E) glon=  297.29 glat=  23.48 u=   4.8000 v=  -4.9000 vr=   0.50175 vt=   6.84092
 i= 1307 j= 1059 glon=  297.49 (0-360E) glon=  297.49 glat=  23.48 u=   5.5000 v=  -5.2000 vr=   0.93137 vt=   7.51150
 i= 1312 j= 1059 glon=  297.69 (0-360E) glon=  297.69 glat=  23.48 u=   6.1000 v=  -4.7000 vr=   0.95496 vt=   7.64121
 i= 1317 j= 1059 glon=  297.89 (0-360E) glon=  297.89 glat=  23.48 u=   6.4000 v=  -4.3000 vr=   1.34446 vt=   7.59226
 i= 1322 j= 1059 glon=  298.09 (0-360E) glon=  298.09 glat=  23.48 u=   6.5000 v=  -3.4000 vr=   1.41922 vt=   7.19693
 i= 1327 j= 1059 glon=  298.29 (0-360E) glon=  298.29 glat=  23.48 u=   6.8000 v=  -1.5000 vr=   0.48462 vt=   6.94659
 i= 1332 j= 1059 glon=  298.49 (0-360E) glon=  298.49 glat=  23.48 u=   6.6000 v=   1.2000 vr=  -1.21072 vt=   6.59804
 i= 1337 j= 1059 glon=  298.69 (0-360E) glon=  298.69 glat=  23.48 u=   6.4000 v=   3.0000 vr=  -2.04862 vt=   6.76485
 i= 1342 j= 1059 glon=  298.89 (0-360E) glon=  298.89 glat=  23.48 u=   5.7000 v=   5.2000 vr=  -3.39284 vt=   6.92955
 i= 1347 j= 1059 glon=  299.09 (0-360E) glon=  299.09 glat=  23.48 u=   6.1000 v=   6.6000 vr=  -3.59170 vt=   8.23831
 i= 1352 j= 1059 glon=  299.29 (0-360E) glon=  299.29 glat=  23.48 u=   5.4000 v=   8.1000 vr=  -4.26107 vt=   8.75290
 i= 1357 j= 1059 glon=  299.49 (0-360E) glon=  299.49 glat=  23.48 u=   6.4000 v=   9.2000 vr=  -3.64317 vt=  10.59846
 i= 1362 j= 1059 glon=  299.69 (0-360E) glon=  299.69 glat=  23.48 u=   5.4000 v=   9.6000 vr=  -3.64968 vt=  10.39230
 i= 1367 j= 1059 glon=  299.89 (0-360E) glon=  299.89 glat=  23.48 u=  -2.4000 v=  11.6000 vr=  -9.82100 vt=   6.62329
 i= 1372 j= 1059 glon=  300.09 (0-360E) glon=  300.09 glat=  23.48 u=  -2.4000 v=  11.4000 vr=  -9.23172 vt=   7.10601
 i= 1297 j= 1064 glon=  297.09 (0-360E) glon=  297.09 glat=  23.28 u=   4.1000 v=  -4.7000 vr=   0.80119 vt=   6.18531
 i= 1302 j= 1064 glon=  297.29 (0-360E) glon=  297.29 glat=  23.28 u=   4.8000 v=  -4.7000 vr=   0.83962 vt=   6.66521
 i= 1307 j= 1064 glon=  297.49 (0-360E) glon=  297.49 glat=  23.28 u=   5.3000 v=  -4.1000 vr=   0.62730 vt=   6.67132
 i= 1312 j= 1064 glon=  297.69 (0-360E) glon=  297.69 glat=  23.28 u=   5.9000 v=  -3.6000 vr=   0.54145 vt=   6.89034
 i= 1317 j= 1064 glon=  297.89 (0-360E) glon=  297.89 glat=  23.28 u=   6.2000 v=  -3.1000 vr=   0.68993 vt=   6.89739
 i= 1322 j= 1064 glon=  298.09 (0-360E) glon=  298.09 glat=  23.28 u=   6.2000 v=  -2.0000 vr=   0.40924 vt=   6.50173
 i= 1327 j= 1064 glon=  298.29 (0-360E) glon=  298.29 glat=  23.28 u=   6.9000 v=  -0.6000 vr=  -0.28058 vt=   6.92035
 i= 1332 j= 1064 glon=  298.49 (0-360E) glon=  298.49 glat=  23.28 u=   6.7000 v=   1.2000 vr=  -1.20937 vt=   6.69831
 i= 1337 j= 1064 glon=  298.69 (0-360E) glon=  298.69 glat=  23.28 u=   6.0000 v=   3.0000 vr=  -2.23166 vt=   6.32611
 i= 1342 j= 1064 glon=  298.89 (0-360E) glon=  298.89 glat=  23.28 u=   6.4000 v=   4.7000 vr=  -2.99586 vt=   7.35356
 i= 1347 j= 1064 glon=  299.09 (0-360E) glon=  299.09 glat=  23.28 u=   6.3000 v=   5.8000 vr=  -3.19690 vt=   7.94417
 i= 1352 j= 1064 glon=  299.29 (0-360E) glon=  299.29 glat=  23.28 u=   5.3000 v=   7.1000 vr=  -3.95189 vt=   7.92985
 i= 1357 j= 1064 glon=  299.49 (0-360E) glon=  299.49 glat=  23.28 u=   6.3000 v=   8.2000 vr=  -3.57504 vt=   9.70304
 i= 1362 j= 1064 glon=  299.69 (0-360E) glon=  299.69 glat=  23.28 u=   1.1000 v=  11.6000 vr=  -8.58627 vt=   7.87693
 i= 1367 j= 1064 glon=  299.89 (0-360E) glon=  299.89 glat=  23.28 u=  -1.3000 v=  10.9000 vr=  -9.03259 vt=   6.23797
 i= 1302 j= 1069 glon=  297.29 (0-360E) glon=  297.29 glat=  23.08 u=   4.3000 v=  -3.8000 vr=   0.77427 vt=   5.68599
 i= 1307 j= 1069 glon=  297.49 (0-360E) glon=  297.49 glat=  23.08 u=   4.6000 v=  -3.1000 vr=   0.47198 vt=   5.52696
 i= 1312 j= 1069 glon=  297.69 (0-360E) glon=  297.69 glat=  23.08 u=   5.2000 v=  -2.5000 vr=   0.16706 vt=   5.76733
 i= 1317 j= 1069 glon=  297.89 (0-360E) glon=  297.89 glat=  23.08 u=   5.4000 v=  -1.9000 vr=   0.08835 vt=   5.72383
 i= 1322 j= 1069 glon=  298.09 (0-360E) glon=  298.09 glat=  23.08 u=   5.7000 v=  -1.4000 vr=   0.12291 vt=   5.86813
 i= 1327 j= 1069 glon=  298.29 (0-360E) glon=  298.29 glat=  23.08 u=   6.5000 v=  -0.6000 vr=  -0.12970 vt=   6.52634
 i= 1332 j= 1069 glon=  298.49 (0-360E) glon=  298.49 glat=  23.08 u=   6.2000 v=   1.4000 vr=  -1.40762 vt=   6.19827
 i= 1337 j= 1069 glon=  298.69 (0-360E) glon=  298.69 glat=  23.08 u=   6.2000 v=   2.8000 vr=  -2.10575 vt=   6.46884
 i= 1342 j= 1069 glon=  298.89 (0-360E) glon=  298.89 glat=  23.08 u=   6.2000 v=   3.9000 vr=  -2.46978 vt=   6.89566
 i= 1347 j= 1069 glon=  299.09 (0-360E) glon=  299.09 glat=  23.08 u=   5.9000 v=   5.4000 vr=  -3.26497 vt=   7.30137
 i= 1352 j= 1069 glon=  299.29 (0-360E) glon=  299.29 glat=  23.08 u=   5.0000 v=   6.8000 vr=  -4.19118 vt=   7.32625
 i= 1357 j= 1069 glon=  299.49 (0-360E) glon=  299.49 glat=  23.08 u=   5.7000 v=   8.5000 vr=  -4.67272 vt=   9.10526
 i= 1362 j= 1069 glon=  299.69 (0-360E) glon=  299.69 glat=  23.08 u=   1.9000 v=  10.1000 vr=  -7.35903 vt=   7.17389
 i= 1312 j= 1074 glon=  297.69 (0-360E) glon=  297.69 glat=  22.88 u=   4.5000 v=  -2.3000 vr=   0.47583 vt=   5.03126
 i= 1317 j= 1074 glon=  297.89 (0-360E) glon=  297.89 glat=  22.88 u=   4.7000 v=  -1.6000 vr=   0.18952 vt=   4.96126
 i= 1322 j= 1074 glon=  298.09 (0-360E) glon=  298.09 glat=  22.88 u=   5.0000 v=  -0.9000 vr=  -0.09462 vt=   5.07947
 i= 1327 j= 1074 glon=  298.29 (0-360E) glon=  298.29 glat=  22.88 u=   5.1000 v=   0.1000 vr=  -0.60801 vt=   5.06461
 i= 1332 j= 1074 glon=  298.49 (0-360E) glon=  298.49 glat=  22.88 u=   5.4000 v=   1.2000 vr=  -1.20592 vt=   5.39868
 i= 1337 j= 1074 glon=  298.69 (0-360E) glon=  298.69 glat=  22.88 u=   5.8000 v=   2.1000 vr=  -1.52420 vt=   5.97719
 i= 1342 j= 1074 glon=  298.89 (0-360E) glon=  298.89 glat=  22.88 u=   5.2000 v=   3.4000 vr=  -2.33021 vt=   5.75935
 i= 1347 j= 1074 glon=  299.09 (0-360E) glon=  299.09 glat=  22.88 u=   4.6000 v=   4.9000 vr=  -3.39205 vt=   5.80207
 i= 1352 j= 1074 glon=  299.29 (0-360E) glon=  299.29 glat=  22.88 u=   4.8000 v=   6.5000 vr=  -4.28121 vt=   6.85283
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    8.39033539407598       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     21.16 kts
    LL Wind Circ Vt mean quadmax value: SE     14.87 kts
    LL Wind Circ Vt mean quadmax value: SW     10.48 kts
    LL Wind Circ Vt mean quadmax value: NW     14.35 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    15.0238433379611       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.86515779173707       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    24.5992827389627     
   xcenlon=    298.719999032229     
   imax=         2738  jmax=         2041
   jlatfix=         1031
   ilonfix (unadjusted) =         1338
  
 In get_max_wind, ibeg=         1262  iend=         1413
                  jbeg=          963  jend=         1100
         ilonfix=         1338  jlatfix=         1031
 At end of get_max_wind, vmax=    13.6873956617028       rmax= 
   44.5893868913603     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.44 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.18 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    6.90 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    6.89 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    7.11 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    7.27 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    7.32 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    7.37 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    7.42 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    7.55 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    7.71 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    7.85 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    7.97 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=    8.06 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=    8.12 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=    8.14 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=    8.14 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=    8.11 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=    8.08 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=    8.06 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=    8.07 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=    8.09 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=    8.12 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=    8.16 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=    8.21 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=    8.26 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=    8.31 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=    8.31 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=    8.29 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=    8.23 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=    8.19 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=    8.16 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=    8.18 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=    8.24 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=    8.33 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=    8.41 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=    8.47 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=    8.47 (m/s)
  After ARMW loop#   1  maxrmw_wmag=     8.47 m/s   maxrmw_dist=   126.00  km   maxrmw_ix=   42
  
  In get_axisymet_rmw, the selected maxrmw_ix
  index is too close to the upper range.  We
  will continue the search again up in the next
  rdist range, with another loop through
  rdistloop.
  rdist_ix=            1  maxrmw_ix=           42
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            2
  
        ix=   1 radius=   75.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=   2 radius=   78.00 (km)    azim_ave_wmag=    8.10 (m/s)
        ix=   3 radius=   81.00 (km)    azim_ave_wmag=    8.12 (m/s)
        ix=   4 radius=   84.00 (km)    azim_ave_wmag=    8.16 (m/s)
        ix=   5 radius=   87.00 (km)    azim_ave_wmag=    8.21 (m/s)
        ix=   6 radius=   90.00 (km)    azim_ave_wmag=    8.26 (m/s)
        ix=   7 radius=   93.00 (km)    azim_ave_wmag=    8.31 (m/s)
        ix=   8 radius=   96.00 (km)    azim_ave_wmag=    8.31 (m/s)
        ix=   9 radius=   99.00 (km)    azim_ave_wmag=    8.29 (m/s)
        ix=  10 radius=  102.00 (km)    azim_ave_wmag=    8.23 (m/s)
        ix=  11 radius=  105.00 (km)    azim_ave_wmag=    8.19 (m/s)
        ix=  12 radius=  108.00 (km)    azim_ave_wmag=    8.16 (m/s)
        ix=  13 radius=  111.00 (km)    azim_ave_wmag=    8.18 (m/s)
        ix=  14 radius=  114.00 (km)    azim_ave_wmag=    8.24 (m/s)
        ix=  15 radius=  117.00 (km)    azim_ave_wmag=    8.33 (m/s)
        ix=  16 radius=  120.00 (km)    azim_ave_wmag=    8.41 (m/s)
        ix=  17 radius=  123.00 (km)    azim_ave_wmag=    8.47 (m/s)
        ix=  18 radius=  126.00 (km)    azim_ave_wmag=    8.47 (m/s)
        ix=  19 radius=  129.00 (km)    azim_ave_wmag=    8.45 (m/s)
        ix=  20 radius=  132.00 (km)    azim_ave_wmag=    8.40 (m/s)
        ix=  21 radius=  135.00 (km)    azim_ave_wmag=    8.33 (m/s)
        ix=  22 radius=  138.00 (km)    azim_ave_wmag=    8.25 (m/s)
        ix=  23 radius=  141.00 (km)    azim_ave_wmag=    8.15 (m/s)
        ix=  24 radius=  144.00 (km)    azim_ave_wmag=    8.05 (m/s)
        ix=  25 radius=  147.00 (km)    azim_ave_wmag=    7.92 (m/s)
        ix=  26 radius=  150.00 (km)    azim_ave_wmag=    7.79 (m/s)
        ix=  27 radius=  153.00 (km)    azim_ave_wmag=    7.66 (m/s)
        ix=  28 radius=  156.00 (km)    azim_ave_wmag=    7.56 (m/s)
        ix=  29 radius=  159.00 (km)    azim_ave_wmag=    7.49 (m/s)
        ix=  30 radius=  162.00 (km)    azim_ave_wmag=    7.43 (m/s)
        ix=  31 radius=  165.00 (km)    azim_ave_wmag=    7.36 (m/s)
        ix=  32 radius=  168.00 (km)    azim_ave_wmag=    7.29 (m/s)
        ix=  33 radius=  171.00 (km)    azim_ave_wmag=    7.20 (m/s)
        ix=  34 radius=  174.00 (km)    azim_ave_wmag=    7.11 (m/s)
        ix=  35 radius=  177.00 (km)    azim_ave_wmag=    7.03 (m/s)
        ix=  36 radius=  180.00 (km)    azim_ave_wmag=    6.97 (m/s)
        ix=  37 radius=  183.00 (km)    azim_ave_wmag=    6.93 (m/s)
        ix=  38 radius=  186.00 (km)    azim_ave_wmag=    6.88 (m/s)
        ix=  39 radius=  189.00 (km)    azim_ave_wmag=    6.83 (m/s)
        ix=  40 radius=  192.00 (km)    azim_ave_wmag=    6.76 (m/s)
        ix=  41 radius=  195.00 (km)    azim_ave_wmag=    6.68 (m/s)
        ix=  42 radius=  198.00 (km)    azim_ave_wmag=    6.59 (m/s)
  After ARMW loop#   2  maxrmw_wmag=     8.47 m/s   maxrmw_dist=   126.00  km   maxrmw_ix=   18
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    126.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    8.46905904010688      
  (m/s)   (in kts)=    16.4528409972156     
  rising_sum_dvdr=      0.369367681425425     
  declining_sum_dvdr=   -1.43593176636898     
  rising/declining threshold=   0.100000000000000     
 TIMING: Before get_phase ... 22:22:36
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           48 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   328.492
  
  
  In get_cps_paramb, lead time=           48 :           0   00L  NATL     
   right_ct=          879   left_ct=          866
   zthicksum(1)=    2980502.88293750     
   zthicksum(2)=    2938885.83012500     
   zthick_right_mean=    3390.78826272753     
   zthick_left_mean=     3393.63259829677     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.84433556923932     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            0.79
  Sum of y-diffs squared (ydiff2) =           89.71
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    53.92   6.7452       -5.03   0.1661     0.35     0.12       25.32
    2    55.68   6.6846       -3.27   0.1055     0.14     0.02       10.71
    3    57.33   6.6201       -1.62   0.0409    -0.30     0.09        2.64
    4    59.25   6.5511        0.30  -0.0281    -0.61     0.38        0.09
    5    62.26   6.4770        3.30  -0.1022    -0.00     0.00       10.92
    6    65.28   6.3969        6.33  -0.1822     0.43     0.18       40.04
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    58.952     x:    6.58
  
  slope=    -32.380         y-intercept =    271.984
  Regression equation:   Y =   271.98 -    32.38X
  
  R2(r_squared) =  0.9912        r =  0.9956
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1082.50 zmin= 1026.96 zdiff=   55.54
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1574.67 zmin= 1520.75 zdiff=   53.92
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -1.62 dlnp=     -0.057158  dzdlnp=       28.272
  
   +++ k=  3 press=    800.0 zmax= 2091.94 zmin= 2036.26 zdiff=   55.68
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=       1.76 dlnp=     -0.060625  dzdlnp=      -29.031
  
   +++ k=  4 press=    750.0 zmax= 2636.71 zmin= 2579.38 zdiff=   57.33
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=       1.65 dlnp=     -0.064539  dzdlnp=      -25.535
  
   +++ k=  5 press=    700.0 zmax= 3212.27 zmin= 3153.02 zdiff=   59.25
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       1.92 dlnp=     -0.068993  dzdlnp=      -27.829
  
   +++ k=  6 press=    650.0 zmax= 3822.81 zmin= 3760.55 zdiff=   62.26
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=       3.01 dlnp=     -0.074108  dzdlnp=      -40.589
  
   +++ k=  7 press=    600.0 zmax= 4473.30 zmin= 4408.02 zdiff=   65.28
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=       3.02 dlnp=     -0.080043  dzdlnp=      -37.780
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           20.91
  Sum of y-diffs squared (ydiff2) =          302.16
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    64.62   6.3099       10.73   0.2788     1.50     2.25      115.23
    2    61.07   6.2146        7.19   0.1834     1.11     1.24       51.71
    3    54.82   6.1092        0.93   0.0781    -1.65     2.73        0.87
    4    50.83   5.9915       -3.05  -0.0397    -1.73     3.01        9.30
    5    46.14   5.8579       -7.74  -0.1732    -2.00     3.99       59.87
    6    45.81   5.7038       -8.07  -0.3274     2.77     7.69       65.18
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    53.881     x:    6.03
  
  slope=     33.132         y-intercept =   -145.941
  Regression equation:   Y =  -145.94 +    33.13X
  
  R2(r_squared) =  0.9308        r =  0.9648
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4473.30 zmin= 4408.02 zdiff=   65.28
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5171.06 zmin= 5106.44 zdiff=   64.62
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -0.66 dlnp=     -0.087011  dzdlnp=        7.631
  
   +++ k=  9 press=    500.0 zmax= 5923.77 zmin= 5862.69 zdiff=   61.07
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -3.54 dlnp=     -0.095310  dzdlnp=       37.184
  
   +++ k= 10 press=    450.0 zmax= 6741.37 zmin= 6686.56 zdiff=   54.82
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -6.26 dlnp=     -0.105361  dzdlnp=       59.377
  
   +++ k= 11 press=    400.0 zmax= 7636.06 zmin= 7585.23 zdiff=   50.83
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -3.98 dlnp=     -0.117783  dzdlnp=       33.825
  
   +++ k= 12 press=    350.0 zmax= 8628.32 zmin= 8582.17 zdiff=   46.14
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -4.69 dlnp=     -0.133531  dzdlnp=       35.108
  
   +++ k= 13 press=    300.0 zmax= 9748.35 zmin= 9702.54 zdiff=   45.81
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -0.34 dlnp=     -0.154151  dzdlnp=        2.180
  
cps_stats: 00L   lead time=  48: 0   paramb=    -2.84  vtl=    -32.38  vtu=     33.13
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   48:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.720 (0-360) guesslon=  298.720E  (  61.280W)   guesslat=   24.599
 ilonfix=         1338  jlatfix=         1031  npts=           33
 ibeg=         1265  jbeg=          963  imax=         2738
 iend=         1411  jend=         1099  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.600E  (0-360) ctlon=  298.600E  (  61.400W)  ctlat=   25.679 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.600E   (0-360) guesslon=  298.600E  (  61.400W)   guesslat=   25.679
 ilonfix=         1335  jlatfix=         1004  npts=           16
 ibeg=         1286  jbeg=          960  imax=         2738
 iend=         1384  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.380E  (0-360) ctlon=  298.380  (  61.620W)  ctlat=   25.659 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    48:00  mean_lon:  298.38E (  61.62W)    (0-360) mean_lon=  298.38E  mean_lat:   25.66  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    48:00  ifix:  1317   jfix:   981  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1317  jx=          981
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         620 ,         284 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         619 ,         283 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    48:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:22:36
 TIMING: Before shear ... 22:22:36
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=            9
  clon(ist,ifh,3)=    298.490879814231     
  clat(ist,ifh,3)=    24.7205605398969     
  fixlon(ist,ifh)=    298.719999032229     
  fixlat(ist,ifh)=    24.5992827389627     
  xcenlon=    298.490879814231     
  xcenlat=    24.7205605398969     
  
 xxshear
 In get_shear A, xcenlon=    298.490879814231       xcenlat= 
   24.7205605398969     
   In get_shear B, (0-360) xcenlon=    298.490879814231     
  
At start of get_shear:  00L   fhr=   48:00   Mean fix position=   298.72E  ( 61.28W)    24.60  (0-360) mean lon fix=  298.72
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    7.45 vr_mean(idist,ilev)=    0.10
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=    8.95 vr_mean(idist,ilev)=    0.16
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=    9.03 vr_mean(idist,ilev)=   -0.04
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=    9.29 vr_mean(idist,ilev)=   -0.50
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=    9.45 vr_mean(idist,ilev)=   -0.57
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=    8.83 vr_mean(idist,ilev)=   -0.56
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    7.80 vr_mean(idist,ilev)=   -0.80
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    6.55 vr_mean(idist,ilev)=   -0.71
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    5.55 vr_mean(idist,ilev)=   -0.92
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    4.77 vr_mean(idist,ilev)=   -0.96
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    4.04 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    3.43 vr_mean(idist,ilev)=   -0.95
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    2.86 vr_mean(idist,ilev)=   -0.91
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    2.22 vr_mean(idist,ilev)=   -0.93
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    1.66 vr_mean(idist,ilev)=   -0.99
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    1.23 vr_mean(idist,ilev)=   -0.98
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    0.86 vr_mean(idist,ilev)=   -0.98
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    0.48 vr_mean(idist,ilev)=   -0.97
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    0.10 vr_mean(idist,ilev)=   -0.94
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.54 vr_mean(idist,ilev)=   13.54
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -20.32 vr_mean(idist,ilev)=   20.32
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -27.09 vr_mean(idist,ilev)=   27.09
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -33.87 vr_mean(idist,ilev)=   33.87
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -40.65 vr_mean(idist,ilev)=   40.65
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -47.43 vr_mean(idist,ilev)=   47.43
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -54.21 vr_mean(idist,ilev)=   54.21
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -61.00 vr_mean(idist,ilev)=   61.00
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -67.79 vr_mean(idist,ilev)=   67.79
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -74.58 vr_mean(idist,ilev)=   74.58
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -81.38 vr_mean(idist,ilev)=   81.38
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -88.18 vr_mean(idist,ilev)=   88.18
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -94.99 vr_mean(idist,ilev)=   94.99
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -101.81 vr_mean(idist,ilev)=  101.81
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -108.63 vr_mean(idist,ilev)=  108.63
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -115.46 vr_mean(idist,ilev)=  115.46
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -122.29 vr_mean(idist,ilev)=  122.29
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -129.14 vr_mean(idist,ilev)=  129.14
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -135.99 vr_mean(idist,ilev)=  135.99
  
 At end of get_shear: 
     ist=    1 ifh=    9 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:22:36
  
 After call to fixcenter, fix positions at 
 forecast hour=   48:00 follow:
  
fixpos  00L   fhr=   48:00   Fix position=   298.72E  ( 61.28W)    24.60   Max Wind=  27 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.057090368847     
 xxxx get_next_ges, curr fix lon=    298.719999032229     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.719999032229        fixlat=    24.5992827389627     
        (0-360) fixlon=    298.719999032229     
      ilonfix=         1338   jlatfix=         1031
      ibeg=          863   iend=         1813
      jbeg=          579   jend=         1483
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.680367643918979       vavg=    3.00373908756413     
      ubar=  -0.170091910979745       vbar=   0.750934771891033     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   6.409308299973696E-002  vavg=    1.92910912515700     
      ubar=  -0.138045369479876       vbar=    1.71548933446953     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.263041797083186       vavg=    1.87337945647458     
      ubar=  -7.228492020907995E-002  vbar=    2.18383419858818     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -7.228492020907995E-002  vbar=    2.18383419858818     
      wgttot=    1.00000000000000     
      fixlon=    298.719999032229        fixlat=    24.5992827389627     
      barnlon=    298.704529503178       barnlat=    25.0235002047773     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.907694065677871     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.704529503178     
     Raw (no conversion for GM wrap) extraplon=    298.381559233016     
  
 --- barnlon=    298.70E  (  61.30W)    barnlat=     25.02
 --- extraplon=  298.38E  (  61.62W)    extraplat=   25.10
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.60
 | Current fix lon is   61.28W   ( 298.72E)
 | Current fix lon (raw, unadjusted)=  298.72E
 | Updated guess lat for next fcst hour is   25.06
 | Updated guess lon (0-360) for next fcst hour is   61.46W   ( 298.54E)
 | Raw updated guess lon for next fcst hour is  298.54E)
 -------------------------------------------------
  
 iocheck, dist=    54.3792698783672        distm=    54379.2698783672     
 iocheck, stmspd=    2.51755879066515        istmspd=           49
 iocheck, xincr=  -0.176954664132154        yincr=   0.461923484604643     
 iocheck, stmdir=    339.039053097335        istmdir=          339
 +++ RPT_STORM_MOTION: istmspd=    49 kts(*10)    istmdir=   339 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=   9
     Fix location for this time:   298.72E  ( 61.28W)    24.60
     Fix lon (raw) for this time:  298.72E
     ilonfix= 1338  jlatfix= 1031
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.719999032229       xcenlat=    24.5992827389627     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.719999032229       xcenlat=    24.5992827389627     
  ilonfix=         1338  jlatfix=         1031
  ibeg=         1217  iend=         1459
  jbeg=          915  jend=         1147  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.719999032229        xcenlat=    24.5992827389627     
      ilonfix=         1338   jlatfix=         1031
      ibeg=         1217   iend=         1459
      jbeg=          915   jend=         1147
 After call to barnes, xsmoothval=   1.206183652210896E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.206183652210896E-004
      xcenlon=    298.719999032229        xcenlat=    24.5992827389627     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000121  imeanzeta (*1e6)=      121
   --- mean zeta raw =   1.206183652210896E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001389  igrid zeta (*1e6)=     1389 ifilret=   0
   --- grid zeta raw=   1.389194662060710E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.719999032229       xcenlat=    24.5992827389627     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.719999032229       xcenlat=    24.5992827389627     
  ilonfix=         1338  jlatfix=         1031
  ibeg=         1217  iend=         1459
  jbeg=          915  jend=         1147  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.719999032229        xcenlat=    24.5992827389627     
      ilonfix=         1338   jlatfix=         1031
      ibeg=         1217   iend=         1459
      jbeg=          915   jend=         1147
 After call to barnes, xsmoothval=   1.237535449655587E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.237535449655587E-004
      xcenlon=    298.719999032229        xcenlat=    24.5992827389627     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000124  imeanzeta (*1e6)=      124
   --- mean zeta raw =   1.237535449655587E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001197  igrid zeta (*1e6)=     1197 ifilret=   0
   --- grid zeta raw=   1.197379804596328E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           48
  
 segx, outlon=    298.719999032229       outlat=    24.5992827389627     
   ist=            1  ifcsthour=           48
   vmaxwind=    13.6873956617028       xminmslp=    101171.460000000     
   vradius=            0           0           0           0           0
           0           0           0           0           0           0
           0
   maxstorm=            6
   plastbar=    101571.460000000       rlastbar=    72.6315739232076     
   rmax=    44.5893868913603     
   cps_vals=   -2.84433556923932       -32.3799227812813     
   33.1316211893330     
   wcore_flag= n
   istmspd=           49  istmdir=          339
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    126.000000000000     
   axisymet_rmw_val=     8.46905904010688     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   72.6315739232076       irlastbar=          73
 output: plastbar=   101571.460000000       iplastbar=        1016
 rmax=    44.5893868913603        irmax=           45
 TXX top of atcfunix_ext, ist=            1  ifh=           48
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   72.6315739232076       irlastbar=          73
 output: plastbar=   101571.460000000       iplastbar=        1016
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           48
 intlat=          246
 clatns= N
 intlon=          613
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           27
 int(xminmslp/mslp_outp_adj + 0.5)=         1012
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=            0
 iplastbar=         1016
 irlastbar=           73
 irmax=           45
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          339
 istmspd=           49
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -28
 icps_vals(2)=         -324
 icps_vals(3)=          331
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           68
 irmw_val=           16
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          121
 igridzeta(1)=         1389
 imeanzeta(2)=          124
 igridzeta(2)=         1197
  
 rmax=    44.5893868913603        irmax=           45
 +++ Top of output_atcf_parms, ist=            1  ifh=           48
  
 xxxx get_next_ges, prev fix lon=    299.057090368847     
 xxxx get_next_ges, curr fix lon=    298.719999032229     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.719999032229        fixlat=    24.5992827389627     
        (0-360) fixlon=    298.719999032229     
      ilonfix=         1338   jlatfix=         1031
      ibeg=          863   iend=         1813
      jbeg=          579   jend=         1483
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.680367643918979       vavg=    3.00373908756413     
      ubar=  -0.170091910979745       vbar=   0.750934771891033     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   6.409308299973696E-002  vavg=    1.92910912515700     
      ubar=  -0.138045369479876       vbar=    1.71548933446953     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.263041797083186       vavg=    1.87337945647458     
      ubar=  -7.228492020907995E-002  vbar=    2.18383419858818     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -7.228492020907995E-002  vbar=    2.18383419858818     
      wgttot=    1.00000000000000     
      fixlon=    298.719999032229        fixlat=    24.5992827389627     
      barnlon=    298.704529503178       barnlat=    25.0235002047773     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.907694065677871     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.704529503178     
     Raw (no conversion for GM wrap) extraplon=    298.381559233016     
  
 --- barnlon=    298.70E  (  61.30W)    barnlat=     25.02
 --- extraplon=  298.38E  (  61.62W)    extraplat=   25.10
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.60
 | Current fix lon is   61.28W   ( 298.72E)
 | Current fix lon (raw, unadjusted)=  298.72E
 | Updated guess lat for next fcst hour is   25.06
 | Updated guess lon (0-360) for next fcst hour is   61.46W   ( 298.54E)
 | Raw updated guess lon for next fcst hour is  298.54E)
 -------------------------------------------------
  
 iocheck, dist=    54.3792698783672        distm=    54379.2698783672     
 iocheck, stmspd=    2.51755879066515        istmspd=           49
 iocheck, xincr=  -0.176954664132154        yincr=   0.461923484604643     
 iocheck, stmdir=    339.039053097335        istmdir=          339
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   48:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.119177385528257E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.112E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.837 fmax (x10e5) =        0.124E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   9.480809689797179E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.948E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.937 fmax (x10e5) =        0.112E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.121E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.937 fmax =       -0.100E+16 fmin =        0.121E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.287E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.937 fmax =       -0.100E+16 fmin =        0.287E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.977E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.937 fmax =       -0.100E+16 fmin =        0.977E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  290.851 (0-360) guesslon=  290.851E  (  69.149W)   guesslat=   33.977
 ilonfix=         1142  jlatfix=          796  npts=           33
 ibeg=         1066  jbeg=          728  imax=         2738
 iend=         1218  jend=          864  jmax=         2041
 TIMING: find_maxmin 1  22:22:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.499889326959686E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.131E  (0-360) ctlon=  291.131E  (  68.869W)  ctlat=   33.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.850E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.131E   (0-360) guesslon=  291.131E  (  68.869W)   guesslat=   33.857
 ilonfix=         1149  jlatfix=          799  npts=           16
 ibeg=         1097  jbeg=          755  imax=         2738
 iend=         1201  jend=          843  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.111E  (0-360) ctlon=  291.111  (  68.889W)  ctlat=   33.837 fmax (x10e5) =        0.852E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    291.064109173942        uvgeslat=    33.9077107977582     
    (0-360 uvgeslon)=    291.064109173942     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.064109173942        uvgeslat=    33.9077107977582     
    (0-360 uvgeslon)=    291.064109173942     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.064109173942     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.064E  (0-360E lon):  291.064E    68.936W  ctlat=   33.908  xmax_circul_disk =     167892424.8
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.064E  (0-360E)=  291.064E  (  68.936W)   guesslat=   33.908
 ilonfix=         1147  jlatfix=          798  npts=           56
 ibeg=         1075  jbeg=          734  imax=         2738
 iend=         1219  jend=          862  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    168747999.140410     
 nhalf get_wind_circ, k=  1 ctlon=  291.144E  (0-360E)=  291.144E  ctlon=   68.856W   ctlat=   33.868 Wind Circulation (NHEM: Max) =     168747999.1
 TIMING: After GWC 850 ... 22:22:36
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.064109173942        uvgeslat=    33.9077107977582     
    (0-360 uvgeslon)=    291.064109173942     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.064109173942     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.064E  (0-360E lon):  291.064E    68.936W  ctlat=   33.908  xmax_circul_disk =     161040402.5
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.064E  (0-360E)=  291.064E  (  68.936W)   guesslat=   33.908
 ilonfix=         1147  jlatfix=          798  npts=           56
 ibeg=         1075  jbeg=          734  imax=         2738
 iend=         1219  jend=          862  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    161931719.200877     
 nhalf get_wind_circ, k=  1 ctlon=  291.144E  (0-360E)=  291.144E  ctlon=   68.856W   ctlat=   33.868 Wind Circulation (NHEM: Max) =     161931719.2
 TIMING: After GWC 700 ... 22:22:36
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:22:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.064109173942        uvgeslat=    33.9077107977582     
    (0-360 uvgeslon)=    291.064109173942     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.064109173942     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.064E  (0-360E lon):  291.064E    68.936W  ctlat=   33.908  xmax_circul_disk =     103596559.8
 TIMING: get_wind_circ kloop, k=  1   22:22:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.064E  (0-360E)=  291.064E  (  68.936W)   guesslat=   33.908
 ilonfix=         1147  jlatfix=          798  npts=           56
 ibeg=         1075  jbeg=          734  imax=         2738
 iend=         1219  jend=          862  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    103897086.845639     
 nhalf get_wind_circ, k=  1 ctlon=  291.144E  (0-360E)=  291.144E  ctlon=   68.856W   ctlat=   33.868 Wind Circulation (NHEM: Max) =     103897086.8
 TIMING: After GWC Sfc ... 22:22:36
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.42  xavg_stderr=     2.75
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            9  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    48:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  290.85E   (0-360) guesslon=  290.85E  ( 69.15W)    33.98
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       291.11       68.89      33.84          124.35       T         28.60
   2    zeta 700    Max       291.11       68.89      33.94          112.08       T         24.39
   3    circ 850    Max       291.14       68.86      33.87          168.75       T         29.61
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       291.14       68.86      33.87          161.93       T         29.61
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       291.11       68.89      33.94         1213.21       T         24.39
   8     gph 700    Min       291.11       68.89      33.94         2872.30       T         24.39
   9        MSLP    Min       291.11       68.89      33.94        97667.37       T         24.39
  10    circ sfc    Max       291.14       68.86      33.87          103.90       T         29.61
  11    zeta sfc    Max       291.11       68.89      33.84           85.19       T         28.60
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.76148636686492       stderr_close= 
   1.08895626324661       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   6.170 devia=   1.234 wtpos=  0.66275     291.11   291.11    68.89    33.84
 ip=  2 kprm=  2 dist_from_mean=   5.131 devia=   1.026 wtpos=  0.71028     291.11   291.11    68.89    33.94
 ip=  3 kprm=  3 dist_from_mean=   3.329 devia=   0.666 wtpos=  0.80097     291.14   291.14    68.86    33.87
 ip=  5 kprm=  4 dist_from_mean=   3.329 devia=   0.666 wtpos=  0.80097     291.14   291.14    68.86    33.87
 ip=  7 kprm=  5 dist_from_mean=   5.131 devia=   1.026 wtpos=  0.71028     291.11   291.11    68.89    33.94
 ip=  8 kprm=  6 dist_from_mean=   5.131 devia=   1.026 wtpos=  0.71028     291.11   291.11    68.89    33.94
 ip=  9 kprm=  7 dist_from_mean=   5.131 devia=   1.026 wtpos=  0.71028     291.11   291.11    68.89    33.94
 ip= 10 kprm=  8 dist_from_mean=   3.329 devia=   0.666 wtpos=  0.80097     291.14   291.14    68.86    33.87
 ip= 11 kprm=  9 dist_from_mean=   6.170 devia=   1.234 wtpos=  0.66275     291.11   291.11    68.89    33.84
  
At end of fixcenter:  08L   fhr=   48:00   Fix position=   291.12E  (0-360) fixlon=  291.12  ( 68.88W)    33.89
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    291.123350889652     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    291.111380719397     
        (0-360E clon(ist,ifh,9))=    291.111380719397     
      clat(ist,ifh,9)=    33.9368009795764     
      xval(9)=    97667.3737966463     
  
  After get_ij B, ibeg jbeg =         1037         659
  After get_ij B, iend jend =         1259         935
  
 In is_it_a_storm, ilonfix=         1148  jlatfix=          797
 ibeg jbeg iend jend =         1037         659        1259         935
 cparm= slp  parmlon parmlat =    291.111380719397        33.9368009795764     
     (0-360E parmlon) =    291.111380719397     
 parmval=    97667.3737966463     
  
 i= 1122 j=  734 glon=  290.09 (0-360E) glon=  290.09 glat=  36.48 dist=   297.73 slp=  100676.58 pgradient= 10.10716
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     = 10.10716
 mslp center =    291.111380719397        33.9368009795764     
   97667.3737966463     
   (0-360E) lon of mslp center =    291.111380719397     
 pgrad loc   =    290.088879000000        290.088879000000     
   69.9111210000000        36.4807360000000        100676.580000000     
  ttest at location C IF....
      xinp_fixlat=    33.9368009795764     
      xinp_fixlon=    291.111380719397       (0-360E) xinp_fixlon= 
   291.111380719397     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95821.3800000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1147  jfix=          799
 longitude=    291.111380719397      E   (   68.8886192806034      
 W)  (0-360E) xinp_fixlon=    291.111380719397     
 latitude=    33.9368009795764     
 mean mslp value (xval(9))=    97667.3737966463     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1147  jfix=          799
 longitude=    291.111380719397      E   (   68.8886192806034      
 W)  (0-360E) xinp_fixlon=    291.111380719397     
 latitude=    33.9368009795764     
 mean mslp value (xval(9))=    97667.3737966463     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1147  jx=          799
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95821.3800000000       xcentval=    95821.3800000000     
 At A, num_found_contours=            0
 At A, contlo=    95821.3800000000       conthi=    96221.3800000000     
  
 num_found_contours=            0
 contlo=    95821.3800000000       conthi=    96221.3800000000     
 xcentval=    95821.3800000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96221.3800000000       conthi=    96621.3800000000     
  
 num_found_contours=            1
 contlo=    96221.3800000000       conthi=    96621.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            2
 At A, contlo=    96621.3800000000       conthi=    97021.3800000000     
  
 num_found_contours=            2
 contlo=    96621.3800000000       conthi=    97021.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            3
 At A, contlo=    97021.3800000000       conthi=    97421.3800000000     
  
 num_found_contours=            3
 contlo=    97021.3800000000       conthi=    97421.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            4
 At A, contlo=    97421.3800000000       conthi=    97821.3800000000     
  
 num_found_contours=            4
 contlo=    97421.3800000000       conthi=    97821.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            5
 At A, contlo=    97821.3800000000       conthi=    98221.3800000000     
  
 num_found_contours=            5
 contlo=    97821.3800000000       conthi=    98221.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            6
 At A, contlo=    98221.3800000000       conthi=    98621.3800000000     
  
 num_found_contours=            6
 contlo=    98221.3800000000       conthi=    98621.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            7
 At A, contlo=    98621.3800000000       conthi=    99021.3800000000     
  
 num_found_contours=            7
 contlo=    98621.3800000000       conthi=    99021.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            8
 At A, contlo=    99021.3800000000       conthi=    99421.3800000000     
  
 num_found_contours=            8
 contlo=    99021.3800000000       conthi=    99421.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=            9
 At A, contlo=    99421.3800000000       conthi=    99821.3800000000     
  
 num_found_contours=            9
 contlo=    99421.3800000000       conthi=    99821.3800000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=           10
 At A, contlo=    99821.3800000000       conthi=    100221.380000000     
  
 num_found_contours=           10
 contlo=    99821.3800000000       conthi=    100221.380000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=           11
 At A, contlo=    100221.380000000       conthi=    100621.380000000     
  
 num_found_contours=           11
 contlo=    100221.380000000       conthi=    100621.380000000     
 xcentval=    95821.3800000000     
 At A, num_found_contours=           12
 At A, contlo=    100621.380000000       conthi=    101021.380000000     
  
 num_found_contours=           12
 contlo=    100621.380000000       conthi=    101021.380000000     
 xcentval=    95821.3800000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         930 ,         730 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95821.3800000000     
 !!! (i,j) of central value = (        1147 ,         799 )
 !!!  
 !!! Flagged value found    =    100618.980000000     
 !!! (i,j) of flagged value = (         929 ,         729 )
 !!!   
 !!! Lower bound of contour interval =    100621.380000000     
 !!! Upper bound of contour interval =    101021.380000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1147  jfix=          799
 longitude=    291.111380719397      E   (   68.8886192806034      W)  
 (0-360E) xinp_fixlon=    291.111380719397     
 latitude=    33.9368009795764     
 mean mslp value (xval(9))=    97667.3737966463     
 gridpoint mslp value=    95821.3800000000     
 ccflag= y
 prs of last closed isobar =    100621.380000000     
 radius of last closed isobar =    115.833396847981       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   48:00
 !!! Boundary check xinp_fixlat is   33.94
 !!! Boundary check xinp_fixlon is   68.89W   ( 291.11E)  (0-360E) xinp_fixlon=  291.11
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    291.144107173942     
  850 mb wcirc fix lat=    33.8677117977582     
    (0-360) 850 mb wcirc fix lon=    291.144107173942     
  Multi-parm fix lon=      291.123350889652     
  Multi-parm fix lat=      33.8913545046739     
    (0-360) Multi-parm fix lon=      291.123350889652     
  
  
  After get_ij B, ibeg jbeg =         1055         695
  After get_ij B, iend jend =         1243         903
  
 In is_it_a_storm, ilonfix=         1149  jlatfix=          799
 ibeg jbeg iend jend =         1055         695        1243         903
 cparm= v850  parmlon parmlat =    291.144107173942        33.8677117977582     
     (0-360E parmlon) =    291.144107173942     
 parmval=    168747999.140410     
  
 i= 1135 j=  750 glon=  290.61 (0-360E) glon=  290.61 glat=  35.84 u= -14.1000 v=   0.9000 vr=   3.96005 vt=  13.56237
 i= 1140 j=  750 glon=  290.81 (0-360E) glon=  290.81 glat=  35.84 u= -15.5000 v=   2.5000 vr=   4.62881 vt=  15.00247
 i= 1145 j=  750 glon=  291.01 (0-360E) glon=  291.01 glat=  35.84 u= -16.5000 v=   4.7000 vr=   5.62463 vt=  16.20813
 i= 1150 j=  750 glon=  291.21 (0-360E) glon=  291.21 glat=  35.84 u= -16.7000 v=   6.7000 vr=   6.24538 vt=  16.87528
 i= 1155 j=  750 glon=  291.41 (0-360E) glon=  291.41 glat=  35.84 u= -16.7000 v=   8.7000 vr=   6.80865 vt=  17.55626
 i= 1160 j=  750 glon=  291.61 (0-360E) glon=  291.61 glat=  35.84 u= -16.5000 v=  10.7000 vr=   7.35359 vt=  18.23910
 i= 1120 j=  755 glon=  290.01 (0-360E) glon=  290.01 glat=  35.64 u= -10.9000 v=  -3.6000 vr=   1.92002 vt=  11.31740
 i= 1125 j=  755 glon=  290.21 (0-360E) glon=  290.21 glat=  35.64 u= -11.8000 v=  -4.1000 vr=   0.95869 vt=  12.45516
 i= 1130 j=  755 glon=  290.41 (0-360E) glon=  290.41 glat=  35.64 u= -13.8000 v=  -2.9000 vr=   1.73051 vt=  13.99483
 i= 1135 j=  755 glon=  290.61 (0-360E) glon=  290.61 glat=  35.64 u= -15.6000 v=  -0.6000 vr=   3.19299 vt=  15.28152
 i= 1140 j=  755 glon=  290.81 (0-360E) glon=  290.81 glat=  35.64 u= -17.2000 v=   1.7000 vr=   4.33385 vt=  16.73164
 i= 1145 j=  755 glon=  291.01 (0-360E) glon=  291.01 glat=  35.64 u= -17.9000 v=   4.5000 vr=   5.61664 vt=  17.58162
 i= 1150 j=  755 glon=  291.21 (0-360E) glon=  291.21 glat=  35.64 u= -18.3000 v=   7.3000 vr=   6.74502 vt=  18.51175
 i= 1155 j=  755 glon=  291.41 (0-360E) glon=  291.41 glat=  35.64 u= -18.2000 v=  10.0000 vr=   7.69705 vt=  19.28718
 i= 1160 j=  755 glon=  291.61 (0-360E) glon=  291.61 glat=  35.64 u= -18.2000 v=  12.5000 vr=   8.36515 vt=  20.43317
 i= 1165 j=  755 glon=  291.81 (0-360E) glon=  291.81 glat=  35.64 u= -17.7000 v=  14.4000 vr=   8.51710 vt=  21.16858
 i= 1170 j=  755 glon=  292.01 (0-360E) glon=  292.01 glat=  35.64 u= -17.1000 v=  15.7000 vr=   8.16728 vt=  21.73006
 i= 1175 j=  755 glon=  292.21 (0-360E) glon=  292.21 glat=  35.64 u= -15.9000 v=  16.9000 vr=   8.06406 vt=  21.75755
 i= 1110 j=  760 glon=  289.61 (0-360E) glon=  289.61 glat=  35.44 u=  -8.6000 v=  -7.2000 vr=  -0.18837 vt=  11.21448
 i= 1115 j=  760 glon=  289.81 (0-360E) glon=  289.81 glat=  35.44 u= -10.0000 v=  -6.8000 vr=   0.18907 vt=  12.09150
 i= 1120 j=  760 glon=  290.01 (0-360E) glon=  290.01 glat=  35.44 u= -10.7000 v=  -8.3000 vr=  -1.63770 vt=  13.44239
 i= 1125 j=  760 glon=  290.21 (0-360E) glon=  290.21 glat=  35.44 u= -12.7000 v=  -6.9000 vr=  -0.58583 vt=  14.44150
 i= 1130 j=  760 glon=  290.41 (0-360E) glon=  290.41 glat=  35.44 u= -14.9000 v=  -5.0000 vr=   0.70838 vt=  15.70058
 i= 1135 j=  760 glon=  290.61 (0-360E) glon=  290.61 glat=  35.44 u= -17.0000 v=  -2.5000 vr=   2.19689 vt=  17.04182
 i= 1140 j=  760 glon=  290.81 (0-360E) glon=  290.81 glat=  35.44 u= -18.4000 v=   0.7000 vr=   3.88146 vt=  17.99956
 i= 1145 j=  760 glon=  291.01 (0-360E) glon=  291.01 glat=  35.44 u= -19.8000 v=   4.7000 vr=   6.09160 vt=  19.41707
 i= 1150 j=  760 glon=  291.21 (0-360E) glon=  291.21 glat=  35.44 u= -20.0000 v=   8.4000 vr=   7.71525 vt=  20.27400
 i= 1155 j=  760 glon=  291.41 (0-360E) glon=  291.41 glat=  35.44 u= -19.8000 v=  11.4000 vr=   8.56341 vt=  21.18178
 i= 1160 j=  760 glon=  291.61 (0-360E) glon=  291.61 glat=  35.44 u= -18.9000 v=  13.5000 vr=   8.63049 vt=  21.56327
 i= 1165 j=  760 glon=  291.81 (0-360E) glon=  291.81 glat=  35.44 u= -18.2000 v=  15.5000 vr=   8.62879 vt=  22.29426
 i= 1170 j=  760 glon=  292.01 (0-360E) glon=  292.01 glat=  35.44 u= -17.3000 v=  17.4000 vr=   8.67788 vt=  22.95091
 i= 1175 j=  760 glon=  292.21 (0-360E) glon=  292.21 glat=  35.44 u= -16.5000 v=  19.1000 vr=   8.59939 vt=  23.72995
 i= 1180 j=  760 glon=  292.41 (0-360E) glon=  292.41 glat=  35.44 u= -15.6000 v=  19.9000 vr=   7.91848 vt=  24.01391
 i= 1185 j=  760 glon=  292.61 (0-360E) glon=  292.61 glat=  35.44 u= -14.5000 v=  20.3000 vr=   7.21299 vt=  23.88122
 i= 1105 j=  765 glon=  289.41 (0-360E) glon=  289.41 glat=  35.24 u=  -6.3000 v= -10.0000 vr=  -2.33582 vt=  11.58594
 i= 1110 j=  765 glon=  289.61 (0-360E) glon=  289.61 glat=  35.24 u=  -9.2000 v=  -9.9000 vr=  -0.99970 vt=  13.47778
 i= 1115 j=  765 glon=  289.81 (0-360E) glon=  289.81 glat=  35.24 u=  -9.1000 v= -12.2000 vr=  -3.78556 vt=  14.74176
 i= 1120 j=  765 glon=  290.01 (0-360E) glon=  290.01 glat=  35.24 u= -11.0000 v= -10.5000 vr=  -2.44601 vt=  15.00890
 i= 1125 j=  765 glon=  290.21 (0-360E) glon=  290.21 glat=  35.24 u= -14.0000 v=  -9.1000 vr=  -1.04891 vt=  16.66463
 i= 1130 j=  765 glon=  290.41 (0-360E) glon=  290.41 glat=  35.24 u= -16.1000 v=  -7.4000 vr=  -0.24242 vt=  17.71754
 i= 1135 j=  765 glon=  290.61 (0-360E) glon=  290.61 glat=  35.24 u= -20.8000 v=  -3.9000 vr=   2.67228 vt=  20.99307
 i= 1140 j=  765 glon=  290.81 (0-360E) glon=  290.81 glat=  35.24 u= -23.9000 v=   2.5000 vr=   7.18137 vt=  22.93225
 i= 1145 j=  765 glon=  291.01 (0-360E) glon=  291.01 glat=  35.24 u= -25.6000 v=   4.6000 vr=   6.66326 vt=  25.14201
 i= 1150 j=  765 glon=  291.21 (0-360E) glon=  291.21 glat=  35.24 u= -23.3000 v=   7.6000 vr=   6.68639 vt=  23.57843
 i= 1155 j=  765 glon=  291.41 (0-360E) glon=  291.41 glat=  35.24 u= -22.4000 v=  10.0000 vr=   6.34795 vt=  23.69522
 i= 1160 j=  765 glon=  291.61 (0-360E) glon=  291.61 glat=  35.24 u= -21.3000 v=  13.0000 vr=   6.77587 vt=  24.01619
 i= 1165 j=  765 glon=  291.81 (0-360E) glon=  291.81 glat=  35.24 u= -19.1000 v=  17.1000 vr=   8.77090 vt=  24.08924
 i= 1170 j=  765 glon=  292.01 (0-360E) glon=  292.01 glat=  35.24 u= -17.5000 v=  19.8000 vr=   9.46670 vt=  24.67127
 i= 1175 j=  765 glon=  292.21 (0-360E) glon=  292.21 glat=  35.24 u= -16.0000 v=  21.7000 vr=   9.61106 vt=  25.18963
 i= 1180 j=  765 glon=  292.41 (0-360E) glon=  292.41 glat=  35.24 u= -15.0000 v=  22.3000 vr=   8.62179 vt=  25.45495
 i= 1185 j=  765 glon=  292.61 (0-360E) glon=  292.61 glat=  35.24 u= -14.3000 v=  23.0000 vr=   7.74710 vt=  25.95135
 i= 1190 j=  765 glon=  292.81 (0-360E) glon=  292.81 glat=  35.24 u= -13.1000 v=  23.2000 vr=   7.05553 vt=  25.69182
 i= 1100 j=  770 glon=  289.21 (0-360E) glon=  289.21 glat=  35.04 u=  -3.3000 v= -12.1000 vr=  -4.45206 vt=  11.72515
 i= 1105 j=  770 glon=  289.41 (0-360E) glon=  289.41 glat=  35.04 u=  -6.9000 v= -12.6000 vr=  -2.59226 vt=  14.12976
 i= 1110 j=  770 glon=  289.61 (0-360E) glon=  289.61 glat=  35.04 u=  -8.1000 v= -15.1000 vr=  -4.25951 vt=  16.59749
 i= 1115 j=  770 glon=  289.81 (0-360E) glon=  289.81 glat=  35.04 u=  -9.4000 v= -13.5000 vr=  -3.35783 vt=  16.10388
 i= 1120 j=  770 glon=  290.01 (0-360E) glon=  290.01 glat=  35.04 u= -12.3000 v= -12.6000 vr=  -2.12809 vt=  17.47917
 i= 1125 j=  770 glon=  290.21 (0-360E) glon=  290.21 glat=  35.04 u= -15.0000 v= -11.4000 vr=  -1.24298 vt=  18.79934
 i= 1130 j=  770 glon=  290.41 (0-360E) glon=  290.41 glat=  35.04 u= -20.3000 v=  -9.2000 vr=   1.18724 vt=  22.25580
 i= 1135 j=  770 glon=  290.61 (0-360E) glon=  290.61 glat=  35.04 u= -24.9000 v=  -0.6000 vr=   8.23737 vt=  23.50565
 i= 1140 j=  770 glon=  290.81 (0-360E) glon=  290.81 glat=  35.04 u= -26.9000 v=   1.4000 vr=   7.55390 vt=  25.85553
 i= 1145 j=  770 glon=  291.01 (0-360E) glon=  291.01 glat=  35.04 u= -26.5000 v=   4.6000 vr=   7.09600 vt=  25.94334
 i= 1150 j=  770 glon=  291.21 (0-360E) glon=  291.21 glat=  35.04 u= -25.6000 v=   8.1000 vr=   6.92367 vt=  25.94287
 i= 1155 j=  770 glon=  291.41 (0-360E) glon=  291.41 glat=  35.04 u= -24.9000 v=  11.1000 vr=   6.34005 vt=  26.51459
 i= 1160 j=  770 glon=  291.61 (0-360E) glon=  291.61 glat=  35.04 u= -23.8000 v=  14.2000 vr=   6.07687 vt=  27.03982
 i= 1165 j=  770 glon=  291.81 (0-360E) glon=  291.81 glat=  35.04 u= -22.0000 v=  16.7000 vr=   5.77286 vt=  27.01044
 i= 1170 j=  770 glon=  292.01 (0-360E) glon=  292.01 glat=  35.04 u= -19.5000 v=  19.9000 vr=   6.81936 vt=  27.01400
 i= 1175 j=  770 glon=  292.21 (0-360E) glon=  292.21 glat=  35.04 u= -17.3000 v=  22.3000 vr=   7.41653 vt=  27.23188
 i= 1180 j=  770 glon=  292.41 (0-360E) glon=  292.41 glat=  35.04 u= -15.1000 v=  24.2000 vr=   7.96873 vt=  27.38886
 i= 1185 j=  770 glon=  292.61 (0-360E) glon=  292.61 glat=  35.04 u= -13.1000 v=  25.3000 vr=   8.13180 vt=  27.30520
 i= 1190 j=  770 glon=  292.81 (0-360E) glon=  292.81 glat=  35.04 u= -12.1000 v=  25.3000 vr=   7.12684 vt=  27.12394
 i= 1195 j=  770 glon=  293.01 (0-360E) glon=  293.01 glat=  35.04 u= -11.4000 v=  25.1000 vr=   6.03744 vt=  26.89831
 i= 1095 j=  775 glon=  289.01 (0-360E) glon=  289.01 glat=  34.84 u=  -1.1000 v= -13.4000 vr=  -5.44800 vt=  12.29184
 i= 1100 j=  775 glon=  289.21 (0-360E) glon=  289.21 glat=  34.84 u=  -2.7000 v= -14.5000 vr=  -5.17068 vt=  13.81319
 i= 1105 j=  775 glon=  289.41 (0-360E) glon=  289.41 glat=  34.84 u=  -6.0000 v= -17.5000 vr=  -4.79353 vt=  17.86819
 i= 1110 j=  775 glon=  289.61 (0-360E) glon=  289.61 glat=  34.84 u=  -7.0000 v= -17.6000 vr=  -5.09677 vt=  18.24234
 i= 1115 j=  775 glon=  289.81 (0-360E) glon=  289.81 glat=  34.84 u= -10.6000 v= -17.1000 vr=  -3.30484 vt=  19.84560
 i= 1120 j=  775 glon=  290.01 (0-360E) glon=  290.01 glat=  34.84 u= -13.7000 v= -13.9000 vr=  -0.45344 vt=  19.51139
 i= 1125 j=  775 glon=  290.21 (0-360E) glon=  290.21 glat=  34.84 u= -14.6000 v= -13.0000 vr=  -1.06411 vt=  19.51993
 i= 1130 j=  775 glon=  290.41 (0-360E) glon=  290.41 glat=  34.84 u= -25.8000 v=  -9.3000 vr=   5.81233 vt=  26.80199
 i= 1135 j=  775 glon=  290.61 (0-360E) glon=  290.61 glat=  34.84 u= -28.5000 v=  -7.9000 vr=   4.62902 vt=  29.21014
 i= 1140 j=  775 glon=  290.81 (0-360E) glon=  290.81 glat=  34.84 u= -30.1000 v=  -3.7000 vr=   4.70031 vt=  29.96009
 i= 1145 j=  775 glon=  291.01 (0-360E) glon=  291.01 glat=  34.84 u= -30.2000 v=   2.5000 vr=   5.93633 vt=  29.71616
 i= 1150 j=  775 glon=  291.21 (0-360E) glon=  291.21 glat=  34.84 u= -30.6000 v=   5.6000 vr=   3.90839 vt=  30.86170
 i= 1155 j=  775 glon=  291.41 (0-360E) glon=  291.41 glat=  34.84 u= -32.3000 v=  10.6000 vr=   3.24200 vt=  33.83991
 i= 1160 j=  775 glon=  291.61 (0-360E) glon=  291.61 glat=  34.84 u= -30.4000 v=  17.0000 vr=   4.62507 vt=  34.52200
 i= 1165 j=  775 glon=  291.81 (0-360E) glon=  291.81 glat=  34.84 u= -26.0000 v=  22.5000 vr=   6.77143 vt=  33.71050
 i= 1170 j=  775 glon=  292.01 (0-360E) glon=  292.01 glat=  34.84 u= -22.2000 v=  24.1000 vr=   6.23154 vt=  32.16859
 i= 1175 j=  775 glon=  292.21 (0-360E) glon=  292.21 glat=  34.84 u= -19.0000 v=  24.8000 vr=   5.58689 vt=  30.73803
 i= 1180 j=  775 glon=  292.41 (0-360E) glon=  292.41 glat=  34.84 u= -15.4000 v=  26.5000 vr=   6.70851 vt=  29.90662
 i= 1185 j=  775 glon=  292.61 (0-360E) glon=  292.61 glat=  34.84 u= -12.8000 v=  27.1000 vr=   6.91270 vt=  29.16273
 i= 1190 j=  775 glon=  292.81 (0-360E) glon=  292.81 glat=  34.84 u= -11.0000 v=  27.4000 vr=   6.73790 vt=  28.74649
 i= 1195 j=  775 glon=  293.01 (0-360E) glon=  293.01 glat=  34.84 u=  -9.4000 v=  27.2000 vr=   6.45840 vt=  28.04441
 i= 1200 j=  775 glon=  293.21 (0-360E) glon=  293.21 glat=  34.84 u=  -9.4000 v=  26.1000 vr=   4.63664 vt=  27.35090
 i= 1095 j=  780 glon=  289.01 (0-360E) glon=  289.01 glat=  34.64 u=   0.4000 v= -15.2000 vr=  -6.39223 vt=  13.79635
 i= 1100 j=  780 glon=  289.21 (0-360E) glon=  289.21 glat=  34.64 u=  -1.7000 v= -17.0000 vr=  -5.79013 vt=  16.07372
 i= 1105 j=  780 glon=  289.41 (0-360E) glon=  289.41 glat=  34.64 u=  -4.2000 v= -20.0000 vr=  -5.70847 vt=  19.62278
 i= 1110 j=  780 glon=  289.61 (0-360E) glon=  289.61 glat=  34.64 u=  -6.5000 v= -19.8000 vr=  -4.67387 vt=  20.30874
 i= 1115 j=  780 glon=  289.81 (0-360E) glon=  289.81 glat=  34.64 u= -12.1000 v= -19.9000 vr=  -1.43050 vt=  23.24594
 i= 1120 j=  780 glon=  290.01 (0-360E) glon=  290.01 glat=  34.64 u= -15.0000 v= -17.5000 vr=   0.51329 vt=  23.04315
 i= 1125 j=  780 glon=  290.21 (0-360E) glon=  290.21 glat=  34.64 u= -21.0000 v= -16.6000 vr=   3.17115 vt=  26.58014
 i= 1130 j=  780 glon=  290.41 (0-360E) glon=  290.41 glat=  34.64 u= -22.6000 v= -17.2000 vr=   0.49582 vt=  28.39638
 i= 1135 j=  780 glon=  290.61 (0-360E) glon=  290.61 glat=  34.64 u= -29.3000 v= -15.4000 vr=   1.23002 vt=  33.07774
 i= 1140 j=  780 glon=  290.81 (0-360E) glon=  290.81 glat=  34.64 u= -32.5000 v=  -9.3000 vr=   2.23899 vt=  33.73021
 i= 1145 j=  780 glon=  291.01 (0-360E) glon=  291.01 glat=  34.64 u= -39.7000 v=  -1.2000 vr=   4.50716 vt=  39.46157
 i= 1150 j=  780 glon=  291.21 (0-360E) glon=  291.21 glat=  34.64 u= -41.7000 v=   3.2000 vr=   0.30608 vt=  41.82148
 i= 1155 j=  780 glon=  291.41 (0-360E) glon=  291.41 glat=  34.64 u= -41.4000 v=  11.6000 vr=  -0.14162 vt=  42.99419
 i= 1160 j=  780 glon=  291.61 (0-360E) glon=  291.61 glat=  34.64 u= -38.5000 v=  21.8000 vr=   2.34106 vt=  44.18155
 i= 1165 j=  780 glon=  291.81 (0-360E) glon=  291.81 glat=  34.64 u= -30.6000 v=  28.4000 vr=   5.35507 vt=  41.40342
 i= 1170 j=  780 glon=  292.01 (0-360E) glon=  292.01 glat=  34.64 u= -23.7000 v=  31.1000 vr=   6.66523 vt=  38.52888
 i= 1175 j=  780 glon=  292.21 (0-360E) glon=  292.21 glat=  34.64 u= -17.8000 v=  32.7000 vr=   8.11327 vt=  36.33600
 i= 1180 j=  780 glon=  292.41 (0-360E) glon=  292.41 glat=  34.64 u= -14.1000 v=  31.2000 vr=   7.11093 vt=  33.49156
 i= 1185 j=  780 glon=  292.61 (0-360E) glon=  292.61 glat=  34.64 u= -12.0000 v=  29.8000 vr=   5.81043 vt=  31.59555
 i= 1190 j=  780 glon=  292.81 (0-360E) glon=  292.81 glat=  34.64 u=  -9.5000 v=  29.6000 vr=   6.09153 vt=  30.48448
 i= 1195 j=  780 glon=  293.01 (0-360E) glon=  293.01 glat=  34.64 u=  -8.5000 v=  28.8000 vr=   5.17836 vt=  29.57828
 i= 1200 j=  780 glon=  293.21 (0-360E) glon=  293.21 glat=  34.64 u=  -6.6000 v=  28.4000 vr=   5.56067 vt=  28.62165
 i= 1090 j=  785 glon=  288.81 (0-360E) glon=  288.81 glat=  34.44 u=   2.9000 v= -15.3000 vr=  -7.04963 vt=  13.88534
 i= 1095 j=  785 glon=  289.01 (0-360E) glon=  289.01 glat=  34.44 u=   2.2000 v= -16.8000 vr=  -7.19438 vt=  15.34017
 i= 1100 j=  785 glon=  289.21 (0-360E) glon=  289.21 glat=  34.44 u=   0.3000 v= -19.4000 vr=  -6.73168 vt=  18.19710
 i= 1105 j=  785 glon=  289.41 (0-360E) glon=  289.41 glat=  34.44 u=  -2.8000 v= -21.9000 vr=  -5.42535 vt=  21.40130
 i= 1110 j=  785 glon=  289.61 (0-360E) glon=  289.61 glat=  34.44 u=  -4.2000 v= -22.1000 vr=  -5.17595 vt=  21.89200
 i= 1115 j=  785 glon=  289.81 (0-360E) glon=  289.81 glat=  34.44 u= -14.1000 v= -23.4000 vr=   1.83255 vt=  27.25824
 i= 1120 j=  785 glon=  290.01 (0-360E) glon=  290.01 glat=  34.44 u= -14.4000 v= -22.3000 vr=   0.75386 vt=  26.53454
 i= 1125 j=  785 glon=  290.21 (0-360E) glon=  290.21 glat=  34.44 u= -20.0000 v= -24.6000 vr=   1.50654 vt=  31.66844
 i= 1130 j=  785 glon=  290.41 (0-360E) glon=  290.41 glat=  34.44 u= -24.3000 v= -26.8000 vr=  -0.62124 vt=  36.17104
 i= 1135 j=  785 glon=  290.61 (0-360E) glon=  290.61 glat=  34.44 u= -34.3000 v= -23.0000 vr=   2.83127 vt=  41.20041
 i= 1140 j=  785 glon=  290.81 (0-360E) glon=  290.81 glat=  34.44 u= -42.4000 v= -15.6000 vr=   4.47039 vt=  44.95704
 i= 1145 j=  785 glon=  291.01 (0-360E) glon=  291.01 glat=  34.44 u= -45.9000 v= -10.4000 vr=  -1.39341 vt=  47.04284
 i= 1150 j=  785 glon=  291.21 (0-360E) glon=  291.21 glat=  34.44 u= -46.6000 v=  10.2000 vr=   5.81049 vt=  47.34805
 i= 1155 j=  785 glon=  291.41 (0-360E) glon=  291.41 glat=  34.44 u= -42.2000 v=  25.2000 vr=   8.43848 vt=  48.42181
 i= 1160 j=  785 glon=  291.61 (0-360E) glon=  291.61 glat=  34.44 u= -36.1000 v=  32.1000 vr=   6.48389 vt=  47.87044
 i= 1165 j=  785 glon=  291.81 (0-360E) glon=  291.81 glat=  34.44 u= -32.0000 v=  35.7000 vr=   3.51790 vt=  47.81333
 i= 1170 j=  785 glon=  292.01 (0-360E) glon=  292.01 glat=  34.44 u= -21.6000 v=  31.2000 vr=   2.56321 vt=  37.86066
 i= 1175 j=  785 glon=  292.21 (0-360E) glon=  292.21 glat=  34.44 u= -17.4000 v=  34.3000 vr=   4.01562 vt=  38.25081
 i= 1180 j=  785 glon=  292.41 (0-360E) glon=  292.41 glat=  34.44 u= -13.6000 v=  35.5000 vr=   5.00406 vt=  37.68514
 i= 1185 j=  785 glon=  292.61 (0-360E) glon=  292.61 glat=  34.44 u=  -7.8000 v=  34.6000 vr=   7.61275 vt=  34.64168
 i= 1190 j=  785 glon=  292.81 (0-360E) glon=  292.81 glat=  34.44 u=  -7.2000 v=  32.2000 vr=   5.58640 vt=  32.51880
 i= 1195 j=  785 glon=  293.01 (0-360E) glon=  293.01 glat=  34.44 u=  -6.2000 v=  30.7000 vr=   4.73318 vt=  30.96009
 i= 1200 j=  785 glon=  293.21 (0-360E) glon=  293.21 glat=  34.44 u=  -5.1000 v=  29.4000 vr=   4.36263 vt=  29.51843
 i= 1205 j=  785 glon=  293.41 (0-360E) glon=  293.41 glat=  34.44 u=  -4.4000 v=  28.4000 vr=   3.93660 vt=  28.46793
 i= 1090 j=  790 glon=  288.81 (0-360E) glon=  288.81 glat=  34.24 u=   4.7000 v= -16.2000 vr=  -7.59397 vt=  15.06193
 i= 1095 j=  790 glon=  289.01 (0-360E) glon=  289.01 glat=  34.24 u=   4.0000 v= -18.1000 vr=  -7.55858 vt=  16.92566
 i= 1100 j=  790 glon=  289.21 (0-360E) glon=  289.21 glat=  34.24 u=   3.4000 v= -21.8000 vr=  -8.15342 vt=  20.50175
 i= 1105 j=  790 glon=  289.41 (0-360E) glon=  289.41 glat=  34.24 u=  -0.1000 v= -23.1000 vr=  -5.60925 vt=  22.40885
 i= 1110 j=  790 glon=  289.61 (0-360E) glon=  289.61 glat=  34.24 u=  -1.7000 v= -24.5000 vr=  -5.17339 vt=  24.00783
 i= 1115 j=  790 glon=  289.81 (0-360E) glon=  289.81 glat=  34.24 u= -10.1000 v= -30.8000 vr=  -0.16562 vt=  32.41331
 i= 1120 j=  790 glon=  290.01 (0-360E) glon=  290.01 glat=  34.24 u=  -9.8000 v= -26.8000 vr=  -0.69253 vt=  28.52719
 i= 1125 j=  790 glon=  290.21 (0-360E) glon=  290.21 glat=  34.24 u= -14.6000 v= -31.5000 vr=  -0.43122 vt=  34.71634
 i= 1130 j=  790 glon=  290.41 (0-360E) glon=  290.41 glat=  34.24 u= -19.8000 v= -36.9000 vr=  -2.31243 vt=  41.81271
 i= 1135 j=  790 glon=  290.61 (0-360E) glon=  290.61 glat=  34.24 u= -31.4000 v= -33.2000 vr=   2.71374 vt=  45.61618
 i= 1140 j=  790 glon=  290.81 (0-360E) glon=  290.81 glat=  34.24 u= -38.8000 v= -17.5000 vr=   9.16700 vt=  41.56508
 i= 1145 j=  790 glon=  291.01 (0-360E) glon=  291.01 glat=  34.24 u= -45.9000 v=   2.7000 vr=  15.80369 vt=  43.17804
 i= 1150 j=  790 glon=  291.21 (0-360E) glon=  291.21 glat=  34.24 u= -48.1000 v=  19.0000 vr=  11.95335 vt=  50.31627
 i= 1155 j=  790 glon=  291.41 (0-360E) glon=  291.41 glat=  34.24 u= -44.4000 v=  32.1000 vr=   5.13434 vt=  54.54731
 i= 1160 j=  790 glon=  291.61 (0-360E) glon=  291.61 glat=  34.24 u= -33.2000 v=  38.4000 vr=   2.82073 vt=  50.68376
 i= 1165 j=  790 glon=  291.81 (0-360E) glon=  291.81 glat=  34.24 u= -25.0000 v=  40.5000 vr=   1.93931 vt=  47.55512
 i= 1170 j=  790 glon=  292.01 (0-360E) glon=  292.01 glat=  34.24 u= -22.4000 v=  39.4000 vr=  -1.76557 vt=  45.28800
 i= 1175 j=  790 glon=  292.21 (0-360E) glon=  292.21 glat=  34.24 u= -17.6000 v=  38.6000 vr=  -1.28494 vt=  42.40364
 i= 1180 j=  790 glon=  292.41 (0-360E) glon=  292.41 glat=  34.24 u=  -7.9000 v=  39.7000 vr=   5.74935 vt=  40.06800
 i= 1185 j=  790 glon=  292.61 (0-360E) glon=  292.61 glat=  34.24 u=  -4.8000 v=  36.7000 vr=   6.06466 vt=  36.51232
 i= 1190 j=  790 glon=  292.81 (0-360E) glon=  292.81 glat=  34.24 u=  -2.7000 v=  34.4000 vr=   6.23614 vt=  33.93760
 i= 1195 j=  790 glon=  293.01 (0-360E) glon=  293.01 glat=  34.24 u=  -2.6000 v=  32.6000 vr=   4.97531 vt=  32.32285
 i= 1200 j=  790 glon=  293.21 (0-360E) glon=  293.21 glat=  34.24 u=  -3.1000 v=  30.5000 vr=   3.31315 vt=  30.47758
 i= 1205 j=  790 glon=  293.41 (0-360E) glon=  293.41 glat=  34.24 u=  -1.6000 v=  29.4000 vr=   3.99838 vt=  29.17075
 i= 1090 j=  795 glon=  288.81 (0-360E) glon=  288.81 glat=  34.04 u=   6.7000 v= -16.7000 vr=  -8.06168 vt=  16.08693
 i= 1095 j=  795 glon=  289.01 (0-360E) glon=  289.01 glat=  34.04 u=   6.5000 v= -18.8000 vr=  -8.19796 vt=  18.12411
 i= 1100 j=  795 glon=  289.21 (0-360E) glon=  289.21 glat=  34.04 u=   7.0000 v= -22.6000 vr=  -9.27508 vt=  21.76541
 i= 1105 j=  795 glon=  289.41 (0-360E) glon=  289.41 glat=  34.04 u=   2.8000 v= -24.2000 vr=  -5.56532 vt=  23.71723
 i= 1110 j=  795 glon=  289.61 (0-360E) glon=  289.61 glat=  34.04 u=  -1.0000 v= -26.3000 vr=  -2.45040 vt=  26.20468
 i= 1115 j=  795 glon=  289.81 (0-360E) glon=  289.81 glat=  34.04 u=  -7.6000 v= -30.9000 vr=   2.84310 vt=  31.69364
 i= 1120 j=  795 glon=  290.01 (0-360E) glon=  290.01 glat=  34.04 u=  -1.8000 v= -34.5000 vr=  -4.37042 vt=  34.26937
 i= 1125 j=  795 glon=  290.21 (0-360E) glon=  290.21 glat=  34.04 u=  -7.4000 v= -39.8000 vr=  -1.35143 vt=  40.45953
 i= 1130 j=  795 glon=  290.41 (0-360E) glon=  290.41 glat=  34.04 u= -12.4000 v= -42.7000 vr=   0.35082 vt=  44.46265
 i= 1135 j=  795 glon=  290.61 (0-360E) glon=  290.61 glat=  34.04 u= -20.9000 v= -39.2000 vr=   5.29171 vt=  44.10723
 i= 1140 j=  795 glon=  290.81 (0-360E) glon=  290.81 glat=  34.04 u= -18.9000 v= -26.7000 vr=   1.96338 vt=  32.65341
 i= 1145 j=  795 glon=  291.01 (0-360E) glon=  291.01 glat=  34.04 u= -15.6000 v=  -7.4000 vr=   2.28094 vt=  17.11483
 i= 1150 j=  795 glon=  291.21 (0-360E) glon=  291.21 glat=  34.04 u= -13.9000 v=  14.0000 vr=   9.24932 vt=  17.42585
 i= 1155 j=  795 glon=  291.41 (0-360E) glon=  291.41 glat=  34.04 u= -14.3000 v=  39.1000 vr=  12.94760 vt=  39.56842
 i= 1160 j=  795 glon=  291.61 (0-360E) glon=  291.61 glat=  34.04 u= -21.6000 v=  55.9000 vr=   3.12428 vt=  59.84654
 i= 1165 j=  795 glon=  291.81 (0-360E) glon=  291.81 glat=  34.04 u= -20.5000 v=  49.7000 vr=  -4.76087 vt=  53.55067
 i= 1170 j=  795 glon=  292.01 (0-360E) glon=  292.01 glat=  34.04 u= -14.7000 v=  46.3000 vr=  -3.53189 vt=  48.44900
 i= 1175 j=  795 glon=  292.21 (0-360E) glon=  292.21 glat=  34.04 u=  -3.5000 v=  48.7000 vr=   5.80410 vt=  48.47940
 i= 1180 j=  795 glon=  292.41 (0-360E) glon=  292.41 glat=  34.04 u=  -0.5000 v=  39.4000 vr=   5.79824 vt=  38.97423
 i= 1185 j=  795 glon=  292.61 (0-360E) glon=  292.61 glat=  34.04 u=  -0.7000 v=  36.6000 vr=   4.33594 vt=  36.34900
 i= 1190 j=  795 glon=  292.81 (0-360E) glon=  292.81 glat=  34.04 u=   1.2000 v=  34.3000 vr=   5.31451 vt=  33.90702
 i= 1195 j=  795 glon=  293.01 (0-360E) glon=  293.01 glat=  34.04 u=   0.7000 v=  33.0000 vr=   4.21033 vt=  32.73779
 i= 1200 j=  795 glon=  293.21 (0-360E) glon=  293.21 glat=  34.04 u=   0.4000 v=  31.6000 vr=   3.40869 vt=  31.41816
 i= 1205 j=  795 glon=  293.41 (0-360E) glon=  293.41 glat=  34.04 u=   0.3000 v=  29.6000 vr=   2.84094 vt=  29.46488
 i= 1090 j=  800 glon=  288.81 (0-360E) glon=  288.81 glat=  33.84 u=   8.3000 v= -16.9000 vr=  -7.99101 vt=  17.04828
 i= 1095 j=  800 glon=  289.01 (0-360E) glon=  289.01 glat=  33.84 u=   9.1000 v= -18.9000 vr=  -8.73425 vt=  19.07178
 i= 1100 j=  800 glon=  289.21 (0-360E) glon=  289.21 glat=  33.84 u=  10.1000 v= -21.6000 vr=  -9.65354 vt=  21.80319
 i= 1105 j=  800 glon=  289.41 (0-360E) glon=  289.41 glat=  33.84 u=   6.8000 v= -25.5000 vr=  -6.23183 vt=  25.64477
 i= 1110 j=  800 glon=  289.61 (0-360E) glon=  289.61 glat=  33.84 u=   1.2000 v= -27.7000 vr=  -0.52550 vt=  27.72100
 i= 1115 j=  800 glon=  289.81 (0-360E) glon=  289.81 glat=  33.84 u=  -3.0000 v= -31.9000 vr=   3.86529 vt=  31.80675
 i= 1120 j=  800 glon=  290.01 (0-360E) glon=  290.01 glat=  33.84 u=   5.7000 v= -37.7000 vr=  -4.52607 vt=  37.85888
 i= 1125 j=  800 glon=  290.21 (0-360E) glon=  290.21 glat=  33.84 u=   4.8000 v= -44.2000 vr=  -3.17166 vt=  44.34660
 i= 1130 j=  800 glon=  290.41 (0-360E) glon=  290.41 glat=  33.84 u=  -2.7000 v= -46.6000 vr=   4.82903 vt=  46.42769
 i= 1135 j=  800 glon=  290.61 (0-360E) glon=  290.61 glat=  33.84 u=  -0.5000 v= -45.3000 vr=   3.29412 vt=  45.18284
 i= 1140 j=  800 glon=  290.81 (0-360E) glon=  290.81 glat=  33.84 u=   8.4000 v= -27.4000 vr=  -5.70225 vt=  28.08566
 i= 1145 j=  800 glon=  291.01 (0-360E) glon=  291.01 glat=  33.84 u=  10.3000 v=  -4.2000 vr=  -9.03586 vt=   6.48715
 i= 1150 j=  800 glon=  291.21 (0-360E) glon=  291.21 glat=  33.84 u=  10.9000 v=  14.0000 vr=   3.47872 vt=  17.39852
 i= 1155 j=  800 glon=  291.41 (0-360E) glon=  291.41 glat=  33.84 u=  10.2000 v=  35.6000 vr=   5.77592 vt=  36.57921
 i= 1160 j=  800 glon=  291.61 (0-360E) glon=  291.61 glat=  33.84 u=   9.6000 v=  55.8000 vr=   5.63287 vt=  56.33889
 i= 1165 j=  800 glon=  291.81 (0-360E) glon=  291.81 glat=  33.84 u=  -0.2000 v=  59.4000 vr=  -3.18478 vt=  59.31490
 i= 1170 j=  800 glon=  292.01 (0-360E) glon=  292.01 glat=  33.84 u=  -2.0000 v=  49.5000 vr=  -3.95077 vt=  49.38260
 i= 1175 j=  800 glon=  292.21 (0-360E) glon=  292.21 glat=  33.84 u=  -0.8000 v=  50.1000 vr=  -2.44374 vt=  50.04676
 i= 1180 j=  800 glon=  292.41 (0-360E) glon=  292.41 glat=  33.84 u=   6.4000 v=  41.9000 vr=   5.20805 vt=  42.06479
 i= 1185 j=  800 glon=  292.61 (0-360E) glon=  292.61 glat=  33.84 u=   3.4000 v=  35.0000 vr=   2.51561 vt=  35.07466
 i= 1190 j=  800 glon=  292.81 (0-360E) glon=  292.81 glat=  33.84 u=   5.0000 v=  32.8000 vr=   4.24757 vt=  32.90590
 i= 1195 j=  800 glon=  293.01 (0-360E) glon=  293.01 glat=  33.84 u=   3.3000 v=  32.3000 vr=   2.61754 vt=  32.36245
 i= 1200 j=  800 glon=  293.21 (0-360E) glon=  293.21 glat=  33.84 u=   3.8000 v=  31.7000 vr=   3.17504 vt=  31.76868
 i= 1205 j=  800 glon=  293.41 (0-360E) glon=  293.41 glat=  33.84 u=   3.0000 v=  29.3000 vr=   2.45591 vt=  29.35061
 i= 1090 j=  805 glon=  288.81 (0-360E) glon=  288.81 glat=  33.64 u=   9.9000 v= -16.6000 vr=  -7.81055 vt=  17.67952
 i= 1095 j=  805 glon=  289.01 (0-360E) glon=  289.01 glat=  33.64 u=  11.6000 v= -18.5000 vr=  -9.06195 vt=  19.86683
 i= 1100 j=  805 glon=  289.21 (0-360E) glon=  289.21 glat=  33.64 u=  12.5000 v= -20.6000 vr=  -9.40007 vt=  22.18668
 i= 1105 j=  805 glon=  289.41 (0-360E) glon=  289.41 glat=  33.64 u=  13.6000 v= -24.4000 vr=  -9.53622 vt=  26.25606
 i= 1110 j=  805 glon=  289.61 (0-360E) glon=  289.61 glat=  33.64 u=   5.6000 v= -29.8000 vr=  -0.18722 vt=  30.32103
 i= 1115 j=  805 glon=  289.81 (0-360E) glon=  289.81 glat=  33.64 u=   3.9000 v= -34.7000 vr=   3.23870 vt=  34.76796
 i= 1120 j=  805 glon=  290.01 (0-360E) glon=  290.01 glat=  33.64 u=  10.4000 v= -38.1000 vr=  -1.09882 vt=  39.47863
 i= 1125 j=  805 glon=  290.21 (0-360E) glon=  290.21 glat=  33.64 u=  13.9000 v= -37.5000 vr=  -2.74889 vt=  39.89867
 i= 1130 j=  805 glon=  290.41 (0-360E) glon=  290.41 glat=  33.64 u=  18.3000 v= -43.9000 vr=  -1.79521 vt=  47.52765
 i= 1135 j=  805 glon=  290.61 (0-360E) glon=  290.61 glat=  33.64 u=  16.4000 v= -37.7000 vr=   2.56771 vt=  41.03239
 i= 1140 j=  805 glon=  290.81 (0-360E) glon=  290.81 glat=  33.64 u=  36.5000 v= -21.9000 vr= -14.44811 vt=  40.03888
 i= 1145 j=  805 glon=  291.01 (0-360E) glon=  291.01 glat=  33.64 u=  43.4000 v=  -5.8000 vr= -14.06131 vt=  41.46661
 i= 1150 j=  805 glon=  291.21 (0-360E) glon=  291.21 glat=  33.64 u=  42.0000 v=  13.5000 vr=  -3.44754 vt=  43.98141
 i= 1155 j=  805 glon=  291.41 (0-360E) glon=  291.41 glat=  33.64 u=  38.6000 v=  35.8000 vr=   1.14643 vt=  52.63350
 i= 1160 j=  805 glon=  291.61 (0-360E) glon=  291.61 glat=  33.64 u=  27.5000 v=  44.8000 vr=   0.96845 vt=  52.55808
 i= 1165 j=  805 glon=  291.81 (0-360E) glon=  291.81 glat=  33.64 u=  19.1000 v=  52.7000 vr=  -2.43634 vt=  56.00147
 i= 1170 j=  805 glon=  292.01 (0-360E) glon=  292.01 glat=  33.64 u=  10.1000 v=  48.1000 vr=  -4.94690 vt=  48.89937
 i= 1175 j=  805 glon=  292.21 (0-360E) glon=  292.21 glat=  33.64 u=   8.5000 v=  44.1000 vr=  -2.83062 vt=  44.82240
 i= 1180 j=  805 glon=  292.41 (0-360E) glon=  292.41 glat=  33.64 u=  16.3000 v=  38.4000 vr=   7.70941 vt=  40.99774
 i= 1185 j=  805 glon=  292.61 (0-360E) glon=  292.61 glat=  33.64 u=   8.2000 v=  34.6000 vr=   1.59962 vt=  35.52240
 i= 1190 j=  805 glon=  292.81 (0-360E) glon=  292.81 glat=  33.64 u=   9.3000 v=  32.0000 vr=   3.87002 vt=  33.09853
 i= 1195 j=  805 glon=  293.01 (0-360E) glon=  293.01 glat=  33.64 u=   5.6000 v=  31.0000 vr=   0.91344 vt=  31.48850
 i= 1200 j=  805 glon=  293.21 (0-360E) glon=  293.21 glat=  33.64 u=   6.2000 v=  30.7000 vr=   1.97257 vt=  31.25762
 i= 1205 j=  805 glon=  293.41 (0-360E) glon=  293.41 glat=  33.64 u=   6.4000 v=  28.9000 vr=   2.74126 vt=  29.47296
 i= 1090 j=  810 glon=  288.81 (0-360E) glon=  288.81 glat=  33.44 u=  11.6000 v= -16.1000 vr=  -7.77578 vt=  18.25670
 i= 1095 j=  810 glon=  289.01 (0-360E) glon=  289.01 glat=  33.44 u=  13.3000 v= -17.5000 vr=  -8.74305 vt=  20.16678
 i= 1100 j=  810 glon=  289.21 (0-360E) glon=  289.21 glat=  33.44 u=  15.0000 v= -19.3000 vr=  -9.45161 vt=  22.54234
 i= 1105 j=  810 glon=  289.41 (0-360E) glon=  289.41 glat=  33.44 u=  17.8000 v= -22.4000 vr= -10.61098 vt=  26.57080
 i= 1110 j=  810 glon=  289.61 (0-360E) glon=  289.61 glat=  33.44 u=  18.7000 v= -25.3000 vr=  -9.61008 vt=  29.95707
 i= 1115 j=  810 glon=  289.81 (0-360E) glon=  289.81 glat=  33.44 u=  19.5000 v= -30.9000 vr=  -7.00892 vt=  35.85994
 i= 1120 j=  810 glon=  290.01 (0-360E) glon=  290.01 glat=  33.44 u=  25.7000 v= -33.0000 vr=  -9.72351 vt=  40.68099
 i= 1125 j=  810 glon=  290.21 (0-360E) glon=  290.21 glat=  33.44 u=  24.2000 v= -32.3000 vr=  -5.59817 vt=  39.96987
 i= 1130 j=  810 glon=  290.41 (0-360E) glon=  290.41 glat=  33.44 u=  31.3000 v= -25.4000 vr= -11.07119 vt=  38.75924
 i= 1135 j=  810 glon=  290.61 (0-360E) glon=  290.61 glat=  33.44 u=  34.3000 v= -31.1000 vr=  -3.18980 vt=  46.19010
 i= 1140 j=  810 glon=  290.81 (0-360E) glon=  290.81 glat=  33.44 u=  36.0000 v= -18.9000 vr=  -3.84475 vt=  40.47750
 i= 1145 j=  810 glon=  291.01 (0-360E) glon=  291.01 glat=  33.44 u=  41.6000 v=  -0.3000 vr= -10.30480 vt=  40.30460
 i= 1150 j=  810 glon=  291.21 (0-360E) glon=  291.21 glat=  33.44 u=  42.3000 v=  15.7000 vr= -10.28531 vt=  43.93168
 i= 1155 j=  810 glon=  291.41 (0-360E) glon=  291.41 glat=  33.44 u=  38.5000 v=  26.2000 vr=  -5.65105 vt=  46.22505
 i= 1160 j=  810 glon=  291.61 (0-360E) glon=  291.61 glat=  33.44 u=  36.3000 v=  36.0000 vr=  -2.35920 vt=  51.06980
 i= 1165 j=  810 glon=  291.81 (0-360E) glon=  291.81 glat=  33.44 u=  27.7000 v=  42.8000 vr=  -4.29487 vt=  50.80043
 i= 1170 j=  810 glon=  292.01 (0-360E) glon=  292.01 glat=  33.44 u=  18.5000 v=  41.6000 vr=  -5.40335 vt=  45.20635
 i= 1175 j=  810 glon=  292.21 (0-360E) glon=  292.21 glat=  33.44 u=  13.7000 v=  39.4000 vr=  -4.86171 vt=  41.42962
 i= 1180 j=  810 glon=  292.41 (0-360E) glon=  292.41 glat=  33.44 u=  14.4000 v=  35.5000 vr=  -0.11250 vt=  38.30923
 i= 1185 j=  810 glon=  292.61 (0-360E) glon=  292.61 glat=  33.44 u=  11.7000 v=  32.0000 vr=   0.34792 vt=  34.07006
 i= 1190 j=  810 glon=  292.81 (0-360E) glon=  292.81 glat=  33.44 u=  10.4000 v=  30.5000 vr=   0.83093 vt=  32.21365
 i= 1195 j=  810 glon=  293.01 (0-360E) glon=  293.01 glat=  33.44 u=   7.7000 v=  30.2000 vr=  -0.72285 vt=  31.15778
 i= 1200 j=  810 glon=  293.21 (0-360E) glon=  293.21 glat=  33.44 u=   8.1000 v=  29.3000 vr=   0.64878 vt=  30.39209
 i= 1205 j=  810 glon=  293.41 (0-360E) glon=  293.41 glat=  33.44 u=   9.1000 v=  27.5000 vr=   2.64694 vt=  28.84534
 i= 1095 j=  815 glon=  289.01 (0-360E) glon=  289.01 glat=  33.24 u=  14.7000 v= -16.4000 vr=  -8.31147 vt=  20.39533
 i= 1100 j=  815 glon=  289.21 (0-360E) glon=  289.21 glat=  33.24 u=  16.5000 v= -17.4000 vr=  -8.97206 vt=  22.23763
 i= 1105 j=  815 glon=  289.41 (0-360E) glon=  289.41 glat=  33.24 u=  19.4000 v= -18.9000 vr= -10.17761 vt=  25.09953
 i= 1110 j=  815 glon=  289.61 (0-360E) glon=  289.61 glat=  33.24 u=  24.3000 v= -22.7000 vr= -11.71831 vt=  31.12011
 i= 1115 j=  815 glon=  289.81 (0-360E) glon=  289.81 glat=  33.24 u=  26.5000 v= -24.4000 vr= -11.00113 vt=  34.30139
 i= 1120 j=  815 glon=  290.01 (0-360E) glon=  290.01 glat=  33.24 u=  29.5000 v= -19.1000 vr= -13.95250 vt=  32.25504
 i= 1125 j=  815 glon=  290.21 (0-360E) glon=  290.21 glat=  33.24 u=  33.5000 v= -22.8000 vr= -11.72607 vt=  38.78904
 i= 1130 j=  815 glon=  290.41 (0-360E) glon=  290.41 glat=  33.24 u=  34.0000 v= -26.4000 vr=  -4.80919 vt=  42.77653
 i= 1135 j=  815 glon=  290.61 (0-360E) glon=  290.61 glat=  33.24 u=  39.2000 v= -22.5000 vr=  -4.33480 vt=  44.98999
 i= 1140 j=  815 glon=  290.81 (0-360E) glon=  290.81 glat=  33.24 u=  43.0000 v= -14.5000 vr=  -4.22276 vt=  45.18206
 i= 1145 j=  815 glon=  291.01 (0-360E) glon=  291.01 glat=  33.24 u=  45.2000 v=  -5.6000 vr=  -2.47197 vt=  45.47845
 i= 1150 j=  815 glon=  291.21 (0-360E) glon=  291.21 glat=  33.24 u=  45.0000 v=   7.3000 vr=  -3.42150 vt=  45.45969
 i= 1155 j=  815 glon=  291.41 (0-360E) glon=  291.41 glat=  33.24 u=  42.4000 v=  19.0000 vr=  -3.87662 vt=  46.30045
 i= 1160 j=  815 glon=  291.61 (0-360E) glon=  291.61 glat=  33.24 u=  36.0000 v=  28.0000 vr=  -4.95086 vt=  45.33750
 i= 1165 j=  815 glon=  291.81 (0-360E) glon=  291.81 glat=  33.24 u=  29.3000 v=  33.8000 vr=  -5.99784 vt=  44.32782
 i= 1170 j=  815 glon=  292.01 (0-360E) glon=  292.01 glat=  33.24 u=  24.2000 v=  33.7000 vr=  -3.94661 vt=  41.30078
 i= 1175 j=  815 glon=  292.21 (0-360E) glon=  292.21 glat=  33.24 u=  17.9000 v=  35.2000 vr=  -5.79255 vt=  39.06272
 i= 1180 j=  815 glon=  292.41 (0-360E) glon=  292.41 glat=  33.24 u=  20.2000 v=  31.3000 vr=   1.24704 vt=  37.23137
 i= 1185 j=  815 glon=  292.61 (0-360E) glon=  292.61 glat=  33.24 u=  14.6000 v=  29.1000 vr=  -0.42168 vt=  32.55445
 i= 1190 j=  815 glon=  292.81 (0-360E) glon=  292.81 glat=  33.24 u=  13.1000 v=  28.9000 vr=  -0.08962 vt=  31.73030
 i= 1195 j=  815 glon=  293.01 (0-360E) glon=  293.01 glat=  33.24 u=  10.8000 v=  28.8000 vr=  -0.89609 vt=  30.74536
 i= 1200 j=  815 glon=  293.21 (0-360E) glon=  293.21 glat=  33.24 u=  10.0000 v=  27.6000 vr=  -0.19701 vt=  29.35509
 i= 1205 j=  815 glon=  293.41 (0-360E) glon=  293.41 glat=  33.24 u=  11.1000 v=  25.9000 vr=   2.21829 vt=  28.09091
 i= 1095 j=  820 glon=  289.01 (0-360E) glon=  289.01 glat=  33.04 u=  16.4000 v= -14.9000 vr=  -8.49812 vt=  20.46343
 i= 1100 j=  820 glon=  289.21 (0-360E) glon=  289.21 glat=  33.04 u=  17.8000 v= -15.9000 vr=  -8.49215 vt=  22.30546
 i= 1105 j=  820 glon=  289.41 (0-360E) glon=  289.41 glat=  33.04 u=  19.9000 v= -17.2000 vr=  -8.64610 vt=  24.84140
 i= 1110 j=  820 glon=  289.61 (0-360E) glon=  289.61 glat=  33.04 u=  23.2000 v= -20.7000 vr=  -8.15359 vt=  30.00415
 i= 1115 j=  820 glon=  289.81 (0-360E) glon=  289.81 glat=  33.04 u=  27.7000 v= -22.5000 vr=  -8.72072 vt=  34.60475
 i= 1120 j=  820 glon=  290.01 (0-360E) glon=  290.01 glat=  33.04 u=  30.5000 v= -20.4000 vr=  -9.46262 vt=  35.45234
 i= 1125 j=  820 glon=  290.21 (0-360E) glon=  290.21 glat=  33.04 u=  33.0000 v= -18.0000 vr=  -9.47475 vt=  36.37622
 i= 1130 j=  820 glon=  290.41 (0-360E) glon=  290.41 glat=  33.04 u=  37.2000 v= -12.2000 vr= -12.29952 vt=  37.16721
 i= 1135 j=  820 glon=  290.61 (0-360E) glon=  290.61 glat=  33.04 u=  41.7000 v=  -9.5000 vr= -11.40290 vt=  41.22031
 i= 1140 j=  820 glon=  290.81 (0-360E) glon=  290.81 glat=  33.04 u=  44.7000 v=  -6.6000 vr=  -8.03486 vt=  44.46449
 i= 1145 j=  820 glon=  291.01 (0-360E) glon=  291.01 glat=  33.04 u=  44.7000 v=   2.0000 vr=  -8.01125 vt=  44.02170
 i= 1150 j=  820 glon=  291.21 (0-360E) glon=  291.21 glat=  33.04 u=  41.9000 v=  15.1000 vr= -12.34327 vt=  42.79327
 i= 1155 j=  820 glon=  291.41 (0-360E) glon=  291.41 glat=  33.04 u=  37.0000 v=  23.2000 vr= -12.89230 vt=  41.72564
 i= 1160 j=  820 glon=  291.61 (0-360E) glon=  291.61 glat=  33.04 u=  34.2000 v=  23.2000 vr=  -6.53153 vt=  40.80710
 i= 1165 j=  820 glon=  291.81 (0-360E) glon=  291.81 glat=  33.04 u=  27.8000 v=  26.7000 vr=  -6.75021 vt=  37.94950
 i= 1170 j=  820 glon=  292.01 (0-360E) glon=  292.01 glat=  33.04 u=  25.0000 v=  28.5000 vr=  -5.11761 vt=  37.56408
 i= 1175 j=  820 glon=  292.21 (0-360E) glon=  292.21 glat=  33.04 u=  23.8000 v=  28.5000 vr=  -2.09283 vt=  37.07169
 i= 1180 j=  820 glon=  292.41 (0-360E) glon=  292.41 glat=  33.04 u=  22.1000 v=  26.4000 vr=   1.00636 vt=  34.41449
 i= 1185 j=  820 glon=  292.61 (0-360E) glon=  292.61 glat=  33.04 u=  18.0000 v=  26.2000 vr=   0.11323 vt=  31.78722
 i= 1190 j=  820 glon=  292.81 (0-360E) glon=  292.81 glat=  33.04 u=  15.1000 v=  26.8000 vr=  -0.85795 vt=  30.74921
 i= 1195 j=  820 glon=  293.01 (0-360E) glon=  293.01 glat=  33.04 u=  13.1000 v=  27.0000 vr=  -1.23819 vt=  29.98461
 i= 1200 j=  820 glon=  293.21 (0-360E) glon=  293.21 glat=  33.04 u=  11.9000 v=  25.5000 vr=  -0.44580 vt=  28.13648
 i= 1100 j=  825 glon=  289.21 (0-360E) glon=  289.21 glat=  32.84 u=  19.1000 v= -13.8000 vr=  -8.62049 vt=  21.93028
 i= 1105 j=  825 glon=  289.41 (0-360E) glon=  289.41 glat=  32.84 u=  21.3000 v= -14.5000 vr=  -8.89690 vt=  24.18233
 i= 1110 j=  825 glon=  289.61 (0-360E) glon=  289.61 glat=  32.84 u=  24.2000 v= -15.2000 vr=  -9.28903 vt=  27.02580
 i= 1115 j=  825 glon=  289.81 (0-360E) glon=  289.81 glat=  32.84 u=  26.7000 v= -19.0000 vr=  -6.66944 vt=  32.08440
 i= 1120 j=  825 glon=  290.01 (0-360E) glon=  290.01 glat=  32.84 u=  28.7000 v= -19.7000 vr=  -4.90291 vt=  34.46363
 i= 1125 j=  825 glon=  290.21 (0-360E) glon=  290.21 glat=  32.84 u=  30.5000 v= -16.4000 vr=  -5.33658 vt=  34.21594
 i= 1130 j=  825 glon=  290.41 (0-360E) glon=  290.41 glat=  32.84 u=  33.9000 v= -13.3000 vr=  -5.92141 vt=  35.93100
 i= 1135 j=  825 glon=  290.61 (0-360E) glon=  290.61 glat=  32.84 u=  37.3000 v=  -9.0000 vr=  -6.58866 vt=  37.80052
 i= 1140 j=  825 glon=  290.81 (0-360E) glon=  290.81 glat=  32.84 u=  38.4000 v=   1.1000 vr= -11.13396 vt=  36.76690
 i= 1145 j=  825 glon=  291.01 (0-360E) glon=  291.01 glat=  32.84 u=  38.6000 v=   7.4000 vr= -11.56443 vt=  37.56307
 i= 1150 j=  825 glon=  291.21 (0-360E) glon=  291.21 glat=  32.84 u=  38.4000 v=  10.5000 vr=  -8.47209 vt=  38.89773
 i= 1155 j=  825 glon=  291.41 (0-360E) glon=  291.41 glat=  32.84 u=  36.3000 v=  14.6000 vr=  -6.65580 vt=  38.55581
 i= 1160 j=  825 glon=  291.61 (0-360E) glon=  291.61 glat=  32.84 u=  31.1000 v=  19.1000 vr=  -6.90945 vt=  35.83685
 i= 1165 j=  825 glon=  291.81 (0-360E) glon=  291.81 glat=  32.84 u=  28.6000 v=  20.9000 vr=  -4.83816 vt=  35.09077
 i= 1170 j=  825 glon=  292.01 (0-360E) glon=  292.01 glat=  32.84 u=  25.0000 v=  22.3000 vr=  -3.92647 vt=  33.26970
 i= 1175 j=  825 glon=  292.21 (0-360E) glon=  292.21 glat=  32.84 u=  24.8000 v=  23.1000 vr=  -1.31289 vt=  33.86630
 i= 1180 j=  825 glon=  292.41 (0-360E) glon=  292.41 glat=  32.84 u=  22.7000 v=  22.9000 vr=   0.21708 vt=  32.24365
 i= 1185 j=  825 glon=  292.61 (0-360E) glon=  292.61 glat=  32.84 u=  20.0000 v=  24.4000 vr=  -0.47864 vt=  31.54570
 i= 1190 j=  825 glon=  292.81 (0-360E) glon=  292.81 glat=  32.84 u=  16.6000 v=  25.0000 vr=  -1.61801 vt=  29.96568
 i= 1195 j=  825 glon=  293.01 (0-360E) glon=  293.01 glat=  32.84 u=  14.5000 v=  24.9000 vr=  -1.72854 vt=  28.76234
 i= 1200 j=  825 glon=  293.21 (0-360E) glon=  293.21 glat=  32.84 u=  13.9000 v=  22.9000 vr=   0.09503 vt=  26.78826
 i= 1105 j=  830 glon=  289.41 (0-360E) glon=  289.41 glat=  32.64 u=  21.5000 v= -11.7000 vr=  -8.76877 vt=  22.85276
 i= 1110 j=  830 glon=  289.61 (0-360E) glon=  289.61 glat=  32.64 u=  23.9000 v= -11.9000 vr=  -8.96423 vt=  25.14881
 i= 1115 j=  830 glon=  289.81 (0-360E) glon=  289.81 glat=  32.64 u=  27.3000 v= -11.4000 vr=  -9.85422 vt=  27.89524
 i= 1120 j=  830 glon=  290.01 (0-360E) glon=  290.01 glat=  32.64 u=  30.8000 v= -11.6000 vr=  -9.58807 vt=  31.48442
 i= 1125 j=  830 glon=  290.21 (0-360E) glon=  290.21 glat=  32.64 u=  33.3000 v= -12.3000 vr=  -7.44947 vt=  34.70858
 i= 1130 j=  830 glon=  290.41 (0-360E) glon=  290.41 glat=  32.64 u=  33.6000 v=  -9.9000 vr=  -6.14161 vt=  34.48551
 i= 1135 j=  830 glon=  290.61 (0-360E) glon=  290.61 glat=  32.64 u=  33.3000 v=  -6.0000 vr=  -5.73294 vt=  33.34701
 i= 1140 j=  830 glon=  290.81 (0-360E) glon=  290.81 glat=  32.64 u=  34.3000 v=  -2.4000 vr=  -5.27346 vt=  33.97706
 i= 1145 j=  830 glon=  291.01 (0-360E) glon=  291.01 glat=  32.64 u=  35.1000 v=   1.5000 vr=  -4.70436 vt=  34.81564
 i= 1150 j=  830 glon=  291.21 (0-360E) glon=  291.21 glat=  32.64 u=  34.5000 v=   6.6000 vr=  -5.07805 vt=  34.75663
 i= 1155 j=  830 glon=  291.41 (0-360E) glon=  291.41 glat=  32.64 u=  33.2000 v=  11.3000 vr=  -5.24706 vt=  34.67562
 i= 1160 j=  830 glon=  291.61 (0-360E) glon=  291.61 glat=  32.64 u=  30.3000 v=  14.1000 vr=  -4.32921 vt=  33.13847
 i= 1165 j=  830 glon=  291.81 (0-360E) glon=  291.81 glat=  32.64 u=  26.1000 v=  18.4000 vr=  -6.03905 vt=  31.35761
 i= 1170 j=  830 glon=  292.01 (0-360E) glon=  292.01 glat=  32.64 u=  25.9000 v=  18.9000 vr=  -3.19788 vt=  31.90288
 i= 1175 j=  830 glon=  292.21 (0-360E) glon=  292.21 glat=  32.64 u=  25.3000 v=  19.0000 vr=  -0.59880 vt=  31.63434
 i= 1180 j=  830 glon=  292.41 (0-360E) glon=  292.41 glat=  32.64 u=  24.1000 v=  20.9000 vr=  -0.19193 vt=  31.89958
 i= 1185 j=  830 glon=  292.61 (0-360E) glon=  292.61 glat=  32.64 u=  20.1000 v=  22.5000 vr=  -1.82809 vt=  30.11508
 i= 1190 j=  830 glon=  292.81 (0-360E) glon=  292.81 glat=  32.64 u=  17.5000 v=  22.7000 vr=  -1.99434 vt=  28.59305
 i= 1195 j=  830 glon=  293.01 (0-360E) glon=  293.01 glat=  32.64 u=  15.9000 v=  21.8000 vr=  -1.10460 vt=  26.95978
 i= 1110 j=  835 glon=  289.61 (0-360E) glon=  289.61 glat=  32.44 u=  23.3000 v=  -9.3000 vr=  -8.59725 vt=  23.56835
 i= 1115 j=  835 glon=  289.81 (0-360E) glon=  289.81 glat=  32.44 u=  25.2000 v=  -8.5000 vr=  -8.76912 vt=  25.10762
 i= 1120 j=  835 glon=  290.01 (0-360E) glon=  290.01 glat=  32.44 u=  27.7000 v=  -7.7000 vr=  -8.87242 vt=  27.34703
 i= 1125 j=  835 glon=  290.21 (0-360E) glon=  290.21 glat=  32.44 u=  30.5000 v=  -6.8000 vr=  -8.64325 vt=  30.02972
 i= 1130 j=  835 glon=  290.41 (0-360E) glon=  290.41 glat=  32.44 u=  33.5000 v=  -5.9000 vr=  -7.79321 vt=  33.11081
 i= 1135 j=  835 glon=  290.61 (0-360E) glon=  290.61 glat=  32.44 u=  35.3000 v=  -4.3000 vr=  -6.42873 vt=  34.97501
 i= 1140 j=  835 glon=  290.81 (0-360E) glon=  290.81 glat=  32.44 u=  35.1000 v=  -0.9000 vr=  -5.86319 vt=  34.61854
 i= 1145 j=  835 glon=  291.01 (0-360E) glon=  291.01 glat=  32.44 u=  33.6000 v=   3.6000 vr=  -6.23586 vt=  33.21196
 i= 1150 j=  835 glon=  291.21 (0-360E) glon=  291.21 glat=  32.44 u=  32.0000 v=   8.0000 vr=  -6.78458 vt=  32.27955
 i= 1155 j=  835 glon=  291.41 (0-360E) glon=  291.41 glat=  32.44 u=  29.4000 v=  10.3000 vr=  -5.68496 vt=  30.62893
 i= 1160 j=  835 glon=  291.61 (0-360E) glon=  291.61 glat=  32.44 u=  28.7000 v=  10.4000 vr=  -2.51777 vt=  30.42221
 i= 1165 j=  835 glon=  291.81 (0-360E) glon=  291.81 glat=  32.44 u=  28.4000 v=  13.3000 vr=  -2.12178 vt=  31.28815
 i= 1170 j=  835 glon=  292.01 (0-360E) glon=  292.01 glat=  32.44 u=  27.8000 v=  15.7000 vr=  -1.48929 vt=  31.89219
 i= 1175 j=  835 glon=  292.21 (0-360E) glon=  292.21 glat=  32.44 u=  26.4000 v=  17.3000 vr=  -0.76609 vt=  31.55413
 i= 1180 j=  835 glon=  292.41 (0-360E) glon=  292.41 glat=  32.44 u=  23.0000 v=  18.8000 vr=  -1.48195 vt=  29.66890
 i= 1185 j=  835 glon=  292.61 (0-360E) glon=  292.61 glat=  32.44 u=  19.9000 v=  19.9000 vr=  -2.22092 vt=  28.05508
 i= 1190 j=  835 glon=  292.81 (0-360E) glon=  292.81 glat=  32.44 u=  18.1000 v=  19.8000 vr=  -1.62441 vt=  26.77707
 i= 1115 j=  840 glon=  289.81 (0-360E) glon=  289.81 glat=  32.24 u=  24.0000 v=  -7.3000 vr=  -7.51067 vt=  23.93491
 i= 1120 j=  840 glon=  290.01 (0-360E) glon=  290.01 glat=  32.24 u=  25.2000 v=  -6.1000 vr=  -7.38874 vt=  24.85270
 i= 1125 j=  840 glon=  290.21 (0-360E) glon=  290.21 glat=  32.24 u=  26.5000 v=  -5.2000 vr=  -6.75913 vt=  26.14583
 i= 1130 j=  840 glon=  290.41 (0-360E) glon=  290.41 glat=  32.24 u=  28.4000 v=  -4.3000 vr=  -5.98893 vt=  28.09240
 i= 1135 j=  840 glon=  290.61 (0-360E) glon=  290.61 glat=  32.24 u=  29.9000 v=  -2.5000 vr=  -5.50008 vt=  29.49592
 i= 1140 j=  840 glon=  290.81 (0-360E) glon=  290.81 glat=  32.24 u=  31.4000 v=  -0.4000 vr=  -4.92482 vt=  31.01397
 i= 1145 j=  840 glon=  291.01 (0-360E) glon=  291.01 glat=  32.24 u=  32.2000 v=   2.0000 vr=  -4.22296 vt=  31.98447
 i= 1150 j=  840 glon=  291.21 (0-360E) glon=  291.21 glat=  32.24 u=  31.5000 v=   4.3000 vr=  -3.25246 vt=  31.62533
 i= 1155 j=  840 glon=  291.41 (0-360E) glon=  291.41 glat=  32.24 u=  30.8000 v=   6.6000 vr=  -2.39728 vt=  31.40785
 i= 1160 j=  840 glon=  291.61 (0-360E) glon=  291.61 glat=  32.24 u=  30.2000 v=   9.2000 vr=  -1.95062 vt=  31.50992
 i= 1165 j=  840 glon=  291.81 (0-360E) glon=  291.81 glat=  32.24 u=  28.6000 v=  11.8000 vr=  -1.94702 vt=  30.87732
 i= 1170 j=  840 glon=  292.01 (0-360E) glon=  292.01 glat=  32.24 u=  26.9000 v=  13.0000 vr=  -0.99053 vt=  29.86015
 i= 1175 j=  840 glon=  292.21 (0-360E) glon=  292.21 glat=  32.24 u=  24.6000 v=  14.7000 vr=  -1.13098 vt=  28.63513
 i= 1180 j=  840 glon=  292.41 (0-360E) glon=  292.41 glat=  32.24 u=  21.3000 v=  16.7000 vr=  -2.44617 vt=  26.95545
 i= 1125 j=  845 glon=  290.21 (0-360E) glon=  290.21 glat=  32.04 u=  25.0000 v=  -4.8000 vr=  -5.40074 vt=  24.87714
 i= 1130 j=  845 glon=  290.41 (0-360E) glon=  290.41 glat=  32.04 u=  25.6000 v=  -3.8000 vr=  -4.54522 vt=  25.47825
 i= 1135 j=  845 glon=  290.61 (0-360E) glon=  290.61 glat=  32.04 u=  26.3000 v=  -2.9000 vr=  -3.42858 vt=  26.23633
 i= 1140 j=  845 glon=  290.81 (0-360E) glon=  290.81 glat=  32.04 u=  27.1000 v=  -1.4000 vr=  -2.71871 vt=  26.99960
 i= 1145 j=  845 glon=  291.01 (0-360E) glon=  291.01 glat=  32.04 u=  28.0000 v=   0.5000 vr=  -2.22598 vt=  27.91586
 i= 1150 j=  845 glon=  291.21 (0-360E) glon=  291.21 glat=  32.04 u=  28.2000 v=   2.9000 vr=  -2.06492 vt=  28.27342
 i= 1155 j=  845 glon=  291.41 (0-360E) glon=  291.41 glat=  32.04 u=  27.6000 v=   5.5000 vr=  -2.14622 vt=  28.06072
 i= 1160 j=  845 glon=  291.61 (0-360E) glon=  291.61 glat=  32.04 u=  26.5000 v=   7.8000 vr=  -2.12713 vt=  27.54206
 i= 1165 j=  845 glon=  291.81 (0-360E) glon=  291.81 glat=  32.04 u=  25.4000 v=   9.5000 vr=  -1.71238 vt=  27.06433
 i= 1170 j=  845 glon=  292.01 (0-360E) glon=  292.01 glat=  32.04 u=  24.0000 v=  11.2000 vr=  -1.60518 vt=  26.43602
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.7213607547545       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     56.19 kts
    LL Wind Circ Vt mean quadmax value: SE     58.81 kts
    LL Wind Circ Vt mean quadmax value: SW     55.82 kts
    LL Wind Circ Vt mean quadmax value: NW     49.95 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220123304       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   11.9782298580254       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    33.8913545046739     
   xcenlon=    291.123350889652     
   imax=         2738  jmax=         2041
   jlatfix=          798
   ilonfix (unadjusted) =         1148
  
 In get_max_wind, ibeg=         1065  iend=         1230
                  jbeg=          730  jend=          867
         ilonfix=         1148  jlatfix=          798
 At end of get_max_wind, vmax=    45.2794699615621       rmax= 
   22.2002905144322     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.12 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.07 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.16 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.61 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   15.26 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   18.18 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   21.59 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   25.44 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   29.52 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   33.10 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   35.66 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   36.94 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   37.22 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   36.98 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   36.57 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   36.11 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   35.60 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   35.11 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   34.70 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.33 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.99 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.63 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   33.22 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   32.75 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   32.23 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   31.71 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   31.14 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   30.56 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   29.89 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   29.19 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   28.45 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   27.76 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   27.14 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   26.61 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   26.13 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   25.68 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   25.22 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   24.77 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   24.31 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.84 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   23.37 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   22.96 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    37.22 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    37.2182568885845      
  (m/s)   (in kts)=    72.3039076574531     
  rising_sum_dvdr=       30.0962251764897     
  declining_sum_dvdr=   -8.03040372162387     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    48 igrct=  1 Vmax (m/s)=   45.279   22:22:36
 TIMING: before call  getradii, fhr=    48 igrct=  1   22:22:37
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.57036541831617     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.57036541831617     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.1101568670514     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.1101568670514     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.4606177687373     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.4606177687373     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.0932564567665     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   12.09 good_quad_ct=   4 mean_vt_4quad=      3.02
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.12 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.17 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.23 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.29 mean_vt_4quad=    9.02
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.33 mean_vt_4quad=    9.10
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.39 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.46 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.51 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.58 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.66 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.73 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.79 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.88 mean_vt_4quad=    9.79
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.95 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   15.02 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   15.08 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.15 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.22 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   15.30 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   15.37 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.44 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.53 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.61 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.69 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.74 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.81 mean_vt_4quad=   11.00
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.87 mean_vt_4quad=   11.08
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.92 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.96 mean_vt_4quad=   11.25
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   16.01 mean_vt_4quad=   11.33
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   16.06 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.13 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.20 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.29 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.35 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.39 mean_vt_4quad=   11.89
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.46 mean_vt_4quad=   12.00
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.50 mean_vt_4quad=   12.10
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.54 mean_vt_4quad=   12.21
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.61 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.71 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.82 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.94 mean_vt_4quad=   12.60
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   17.09 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   17.24 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   17.40 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.55 mean_vt_4quad=   13.04
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   13.04 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.16 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.28 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   13.40 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   13.52 .... 0.5*v_holland=    6.21
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    231.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   124.647600000000     
 vradius(iwindix,iquad) =         125
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.55 mean_vt_4quad=   13.04
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.70 mean_vt_4quad=   13.16
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.84 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.97 mean_vt_4quad=   13.40
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   18.10 mean_vt_4quad=   13.52
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   18.22 mean_vt_4quad=   13.65
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   18.33 mean_vt_4quad=   13.78
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   18.51 mean_vt_4quad=   13.92
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.69 mean_vt_4quad=   14.05
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.91 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   19.07 mean_vt_4quad=   14.35
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   19.22 mean_vt_4quad=   14.51
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.37 mean_vt_4quad=   14.67
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.50 mean_vt_4quad=   14.83
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.62 mean_vt_4quad=   15.00
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.74 mean_vt_4quad=   15.18
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.87 mean_vt_4quad=   15.37
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.99 mean_vt_4quad=   15.55
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   20.12 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.25 mean_vt_4quad=   15.94
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.40 mean_vt_4quad=   16.15
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.58 mean_vt_4quad=   16.37
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.80 mean_vt_4quad=   16.60
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.04 mean_vt_4quad=   16.85
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.22 mean_vt_4quad=   17.10
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.39 mean_vt_4quad=   17.37
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.57 mean_vt_4quad=   17.63
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.78 mean_vt_4quad=   17.90
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.02 mean_vt_4quad=   18.18
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.30 mean_vt_4quad=   18.46
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   22.64 mean_vt_4quad=   18.75
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.01 mean_vt_4quad=   19.04
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.39 mean_vt_4quad=   19.33
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.77 mean_vt_4quad=   19.61
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.14 mean_vt_4quad=   19.89
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.48 mean_vt_4quad=   20.20
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.92 mean_vt_4quad=   20.55
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.64 mean_vt_4quad=   20.93
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.48 mean_vt_4quad=   21.33
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.48 mean_vt_4quad=   21.33
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.31 mean_vt_4quad=   21.74
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   28.13 mean_vt_4quad=   22.16
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   28.90 mean_vt_4quad=   22.57
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   29.67 mean_vt_4quad=   22.96
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   30.35 mean_vt_4quad=   23.36
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   30.87 mean_vt_4quad=   23.78
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   31.21 mean_vt_4quad=   24.26
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   31.41 mean_vt_4quad=   24.78
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.63 mean_vt_4quad=   25.35
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   31.94 mean_vt_4quad=   25.93
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   32.44 mean_vt_4quad=   26.52
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   33.06 mean_vt_4quad=   27.09
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.31 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.34 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.38 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.44 mean_vt_4quad=    9.02
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.57 mean_vt_4quad=    9.10
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.67 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.77 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.84 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.91 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.96 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.03 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.06 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.11 mean_vt_4quad=    9.79
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.18 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.26 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.34 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.44 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.55 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.65 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.76 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.84 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.91 mean_vt_4quad=   10.65
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.99 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.03 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.05 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.09 mean_vt_4quad=   11.00
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.14 mean_vt_4quad=   11.08
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.24 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.35 mean_vt_4quad=   11.25
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.47 mean_vt_4quad=   11.33
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.58 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.69 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.80 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.91 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   16.01 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   16.12 mean_vt_4quad=   11.89
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   16.24 mean_vt_4quad=   12.00
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.35 mean_vt_4quad=   12.10
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.48 mean_vt_4quad=   12.21
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.59 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.68 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.78 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.88 mean_vt_4quad=   12.60
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.99 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   17.17 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.42 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.67 mean_vt_4quad=   13.04
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   13.04 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.16 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.28 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   13.40 .... 0.5*v_holland=    6.21
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   13.52 .... 0.5*v_holland=    6.21
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    231.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   124.647600000000     
 vradius(iwindix,iquad) =         125
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.67 mean_vt_4quad=   13.04
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.88 mean_vt_4quad=   13.16
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.97 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.01 mean_vt_4quad=   13.40
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.23 mean_vt_4quad=   13.52
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   18.44 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   18.63 mean_vt_4quad=   13.78
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.76 mean_vt_4quad=   13.92
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.88 mean_vt_4quad=   14.05
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.97 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.14 mean_vt_4quad=   14.35
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.36 mean_vt_4quad=   14.51
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.59 mean_vt_4quad=   14.67
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.78 mean_vt_4quad=   14.83
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.96 mean_vt_4quad=   15.00
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   20.13 mean_vt_4quad=   15.18
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.29 mean_vt_4quad=   15.37
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.45 mean_vt_4quad=   15.55
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.60 mean_vt_4quad=   15.74
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.78 mean_vt_4quad=   15.94
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   21.03 mean_vt_4quad=   16.15
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.29 mean_vt_4quad=   16.37
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.47 mean_vt_4quad=   16.60
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.68 mean_vt_4quad=   16.85
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   22.00 mean_vt_4quad=   17.10
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   22.33 mean_vt_4quad=   17.37
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.71 mean_vt_4quad=   17.63
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   23.27 mean_vt_4quad=   17.90
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.81 mean_vt_4quad=   18.18
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   24.21 mean_vt_4quad=   18.46
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   24.55 mean_vt_4quad=   18.75
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   25.00 mean_vt_4quad=   19.04
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   25.54 mean_vt_4quad=   19.33
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   26.00 mean_vt_4quad=   19.61
  
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   26.00 mean_vt_4quad=   19.61
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   26.27 mean_vt_4quad=   19.89
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   26.40 mean_vt_4quad=   20.20
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   26.47 mean_vt_4quad=   20.55
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   26.95 mean_vt_4quad=   20.93
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   27.57 mean_vt_4quad=   21.33
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   27.97 mean_vt_4quad=   21.74
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   28.45 mean_vt_4quad=   22.16
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   29.00 mean_vt_4quad=   22.57
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   29.68 mean_vt_4quad=   22.96
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   30.40 mean_vt_4quad=   23.36
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   30.93 mean_vt_4quad=   23.78
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   31.32 mean_vt_4quad=   24.26
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   32.00 mean_vt_4quad=   24.78
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   32.53 mean_vt_4quad=   25.35
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   32.94 mean_vt_4quad=   25.93
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.82 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.95 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.03 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.05 mean_vt_4quad=    9.02
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.06 mean_vt_4quad=    9.10
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.95 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.84 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.82 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.84 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.91 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.00 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.12 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.25 mean_vt_4quad=    9.79
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.38 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.50 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.62 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.77 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.93 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.07 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.19 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.28 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.39 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.51 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.64 mean_vt_4quad=   10.84
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.77 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.90 mean_vt_4quad=   11.00
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.99 mean_vt_4quad=   11.08
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.08 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.15 mean_vt_4quad=   11.25
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.19 mean_vt_4quad=   11.33
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.23 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.26 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.29 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.32 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.38 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   14.47 mean_vt_4quad=   11.89
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.63 mean_vt_4quad=   12.00
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.79 mean_vt_4quad=   12.10
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   14.95 mean_vt_4quad=   12.21
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.08 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.18 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.27 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.37 mean_vt_4quad=   12.60
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.52 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.67 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.83 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   16.01 mean_vt_4quad=   13.04
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   16.21 mean_vt_4quad=   13.16
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   16.38 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   16.51 mean_vt_4quad=   13.40
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   16.65 mean_vt_4quad=   13.52
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   16.79 mean_vt_4quad=   13.65
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   16.92 mean_vt_4quad=   13.78
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   17.06 mean_vt_4quad=   13.92
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   17.21 mean_vt_4quad=   14.05
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   17.43 mean_vt_4quad=   14.20
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   17.66 mean_vt_4quad=   14.35
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.35 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.51 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.67 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   14.83 .... 0.5*v_holland=    7.11
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   15.00 .... 0.5*v_holland=    7.11
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    201.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   108.459600000000     
 vradius(iwindix,iquad) =         108
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   17.66 mean_vt_4quad=   14.35
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   17.92 mean_vt_4quad=   14.51
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   18.16 mean_vt_4quad=   14.67
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   18.40 mean_vt_4quad=   14.83
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   18.60 mean_vt_4quad=   15.00
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   18.88 mean_vt_4quad=   15.18
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   19.21 mean_vt_4quad=   15.37
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   19.54 mean_vt_4quad=   15.55
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   19.76 mean_vt_4quad=   15.74
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   19.93 mean_vt_4quad=   15.94
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   20.09 mean_vt_4quad=   16.15
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   20.20 mean_vt_4quad=   16.37
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   20.29 mean_vt_4quad=   16.60
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   20.33 mean_vt_4quad=   16.85
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   20.40 mean_vt_4quad=   17.10
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   20.78 mean_vt_4quad=   17.37
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   21.43 mean_vt_4quad=   17.63
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   21.96 mean_vt_4quad=   17.90
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   22.38 mean_vt_4quad=   18.18
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   22.87 mean_vt_4quad=   18.46
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   23.57 mean_vt_4quad=   18.75
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   24.14 mean_vt_4quad=   19.04
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   24.64 mean_vt_4quad=   19.33
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   25.31 mean_vt_4quad=   19.61
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   26.01 mean_vt_4quad=   19.89
  
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   26.01 mean_vt_4quad=   19.89
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   26.53 mean_vt_4quad=   20.20
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   26.93 mean_vt_4quad=   20.55
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   27.11 mean_vt_4quad=   20.93
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   27.30 mean_vt_4quad=   21.33
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   27.69 mean_vt_4quad=   21.74
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   28.18 mean_vt_4quad=   22.16
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   29.25 mean_vt_4quad=   22.57
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   30.23 mean_vt_4quad=   22.96
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   31.08 mean_vt_4quad=   23.36
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   31.41 mean_vt_4quad=   23.78
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   31.41 mean_vt_4quad=   24.26
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   31.43 mean_vt_4quad=   24.78
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   31.72 mean_vt_4quad=   25.35
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   32.78 mean_vt_4quad=   25.93
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   33.78 mean_vt_4quad=   26.52
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.27 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.31 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.39 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.47 mean_vt_4quad=    9.02
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.54 mean_vt_4quad=    9.10
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.61 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.67 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.80 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.97 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.15 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.33 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.52 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.73 mean_vt_4quad=    9.79
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.01 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.24 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.54 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.77 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.95 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.09 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.16 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.18 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.22 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.18 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.21 mean_vt_4quad=   10.84
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.30 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.42 mean_vt_4quad=   11.00
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.54 mean_vt_4quad=   11.08
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.64 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.73 mean_vt_4quad=   11.25
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.81 mean_vt_4quad=   11.33
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.90 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.00 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.09 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.18 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.23 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.25 mean_vt_4quad=   11.89
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.25 mean_vt_4quad=   12.00
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.26 mean_vt_4quad=   12.10
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.30 mean_vt_4quad=   12.21
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.37 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.44 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.51 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.62 mean_vt_4quad=   12.60
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.75 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.89 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.04 mean_vt_4quad=   12.92
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.17 mean_vt_4quad=   13.04
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.28 mean_vt_4quad=   13.16
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.38 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.49 mean_vt_4quad=   13.40
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.59 mean_vt_4quad=   13.52
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.67 mean_vt_4quad=   13.65
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.71 mean_vt_4quad=   13.78
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.74 mean_vt_4quad=   13.92
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.84 mean_vt_4quad=   14.05
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   12.99 mean_vt_4quad=   14.20
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.20 mean_vt_4quad=   14.35
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.41 mean_vt_4quad=   14.51
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.65 mean_vt_4quad=   14.67
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.90 mean_vt_4quad=   14.83
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.12 mean_vt_4quad=   15.00
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.34 mean_vt_4quad=   15.18
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.62 mean_vt_4quad=   15.37
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.90 mean_vt_4quad=   15.55
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.19 mean_vt_4quad=   15.74
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.54 mean_vt_4quad=   15.94
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.94 mean_vt_4quad=   16.15
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.31 mean_vt_4quad=   16.37
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.58 mean_vt_4quad=   16.60
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.92 mean_vt_4quad=   16.85
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.45 mean_vt_4quad=   17.10
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.03 mean_vt_4quad=   17.37
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   17.37 .... 0.5*v_holland=    9.04
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   17.63 .... 0.5*v_holland=    9.04
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   17.90 .... 0.5*v_holland=    9.04
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   18.18 .... 0.5*v_holland=    9.04
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   18.46 .... 0.5*v_holland=    9.04
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    156.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   84.1776000000000     
 vradius(iwindix,iquad) =          84
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.03 mean_vt_4quad=   17.37
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   18.57 mean_vt_4quad=   17.63
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.04 mean_vt_4quad=   17.90
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   19.47 mean_vt_4quad=   18.18
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.90 mean_vt_4quad=   18.46
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   20.54 mean_vt_4quad=   18.75
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   21.35 mean_vt_4quad=   19.04
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   22.20 mean_vt_4quad=   19.33
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   23.05 mean_vt_4quad=   19.61
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   23.85 mean_vt_4quad=   19.89
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   24.53 mean_vt_4quad=   20.20
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   25.10 mean_vt_4quad=   20.55
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   25.54 mean_vt_4quad=   20.93
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   25.77 mean_vt_4quad=   21.33
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   25.77 mean_vt_4quad=   21.33
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   25.72 mean_vt_4quad=   21.74
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   25.29 mean_vt_4quad=   22.16
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.75 mean_vt_4quad=   22.57
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   24.45 mean_vt_4quad=   22.96
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.54 mean_vt_4quad=   23.36
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.12 mean_vt_4quad=   23.78
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   26.34 mean_vt_4quad=   24.26
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   28.17 mean_vt_4quad=   24.78
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   30.14 mean_vt_4quad=   25.35
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   31.78 mean_vt_4quad=   25.93
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   32.87 mean_vt_4quad=   26.52
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   33.48 mean_vt_4quad=   27.09
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 TIMING: after call  getradii, fhr=    48 igrct=  1   22:22:37
 TIMING: after getrad_iter_loop, fhr=    48 igrct=  2 Vmax (m/s)=   45.279   22:22:37
 TIMING: Before get_phase ... 22:22:37
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           48 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    36.890
  
  
  In get_cps_paramb, lead time=           48 :           0   08L  FRANKLIN 
   right_ct=          942   left_ct=          971
   zthicksum(1)=    3207642.87487500     
   zthicksum(2)=    3303327.68068750     
   zthick_right_mean=    3405.14105613058     
   zthick_left_mean=     3401.98525302523     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    3.15580310534688     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           24.70
  Sum of y-diffs squared (ydiff2) =         2280.88
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   481.41   6.7452       24.65   0.1661    -2.44     5.96      607.46
    2   474.00   6.6846       17.24   0.1055     0.04     0.00      297.17
    3   465.02   6.6201        8.26   0.0409     1.59     2.52       68.27
    4   454.72   6.5511       -2.04  -0.0281     2.54     6.44        4.17
    5   441.27   6.4770      -15.49  -0.1022     1.18     1.38      239.92
    6   424.14   6.3969      -32.62  -0.1822    -2.90     8.39     1063.89
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   456.761     x:    6.58
  
  slope=    163.100         y-intercept =   -616.296
  Regression equation:   Y =  -616.30 +   163.10X
  
  R2(r_squared) =  0.9892        r =  0.9946
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1042.19 zmin=  554.31 zdiff=  487.89
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1535.76 zmin= 1054.35 zdiff=  481.41
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.48 dlnp=     -0.057158  dzdlnp=      113.369
  
   +++ k=  3 press=    800.0 zmax= 2054.27 zmin= 1580.27 zdiff=  474.00
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.41 dlnp=     -0.060625  dzdlnp=      122.195
  
   +++ k=  4 press=    750.0 zmax= 2600.55 zmin= 2135.53 zdiff=  465.02
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.98 dlnp=     -0.064539  dzdlnp=      139.080
  
   +++ k=  5 press=    700.0 zmax= 3178.73 zmin= 2724.01 zdiff=  454.72
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.30 dlnp=     -0.068993  dzdlnp=      149.349
  
   +++ k=  6 press=    650.0 zmax= 3791.53 zmin= 3350.26 zdiff=  441.27
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.45 dlnp=     -0.074108  dzdlnp=      181.465
  
   +++ k=  7 press=    600.0 zmax= 4443.67 zmin= 4019.53 zdiff=  424.14
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -17.13 dlnp=     -0.080043  dzdlnp=      213.986
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           13.12
  Sum of y-diffs squared (ydiff2) =        23109.37
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   403.18   6.3099       81.42   0.2788    -2.27     5.17     6629.22
    2   377.89   6.2146       56.13   0.1834     1.05     1.11     3150.80
    3   347.57   6.1092       25.81   0.0781     2.37     5.60      666.26
    4   310.00   5.9915      -11.76  -0.0397     0.16     0.03      138.20
    5   268.67   5.8579      -53.08  -0.1732    -1.07     1.16     2817.91
    6   223.23   5.7038      -98.52  -0.3274    -0.23     0.05     9706.98
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   321.756     x:    6.03
  
  slope=    300.239         y-intercept =  -1489.034
  Regression equation:   Y = -1489.03 +   300.24X
  
  R2(r_squared) =  0.9994        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4443.67 zmin= 4019.53 zdiff=  424.14
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5141.91 zmin= 4738.74 zdiff=  403.18
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -20.97 dlnp=     -0.087011  dzdlnp=      240.980
  
   +++ k=  9 press=    500.0 zmax= 5895.73 zmin= 5517.85 zdiff=  377.89
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -25.29 dlnp=     -0.095310  dzdlnp=      265.323
  
   +++ k= 10 press=    450.0 zmax= 6717.77 zmin= 6370.20 zdiff=  347.57
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -30.32 dlnp=     -0.105361  dzdlnp=      287.774
  
   +++ k= 11 press=    400.0 zmax= 7619.33 zmin= 7309.33 zdiff=  310.00
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -37.57 dlnp=     -0.117783  dzdlnp=      318.959
  
   +++ k= 12 press=    350.0 zmax= 8619.26 zmin= 8350.59 zdiff=  268.67
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -41.33 dlnp=     -0.133531  dzdlnp=      309.500
  
   +++ k= 13 press=    300.0 zmax= 9742.36 zmin= 9519.13 zdiff=  223.23
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -45.44 dlnp=     -0.154151  dzdlnp=      294.777
  
cps_stats: 08L   lead time=  48: 0   paramb=     3.16  vtl=    163.10  vtu=    300.24
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   48:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.123 (0-360) guesslon=  291.123E  (  68.877W)   guesslat=   33.891
 ilonfix=         1148  jlatfix=          798  npts=           33
 ibeg=         1072  jbeg=          730  imax=         2738
 iend=         1224  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  291.403E  (0-360) ctlon=  291.403E  (  68.597W)  ctlat=   32.571 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  291.403E   (0-360) guesslon=  291.403E  (  68.597W)   guesslat=   32.571
 ilonfix=         1155  jlatfix=          831  npts=           16
 ibeg=         1103  jbeg=          787  imax=         2738
 iend=         1207  jend=          875  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.083E  (0-360) ctlon=  291.083  (  68.917W)  ctlat=   32.251 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    48:00  mean_lon:  291.08E (  68.92W)    (0-360) mean_lon=  291.08E  mean_lat:   32.25  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    48:00  ifix:  1123   jfix:   816  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1123  jx=          816
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         596 ,         289 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         595 ,         288 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    48:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:22:37
 TIMING: Before shear ... 22:22:37
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=            9
  clon(ist,ifh,3)=    291.144107173942     
  clat(ist,ifh,3)=    33.8677117977582     
  fixlon(ist,ifh)=    291.123350889652     
  fixlat(ist,ifh)=    33.8913545046739     
  xcenlon=    291.144107173942     
  xcenlat=    33.8677117977582     
  
 xxshear
 In get_shear A, xcenlon=    291.144107173942       xcenlat= 
   33.8677117977582     
   In get_shear B, (0-360) xcenlon=    291.144107173942     
  
At start of get_shear:  08L   fhr=   48:00   Mean fix position=   291.12E  ( 68.88W)    33.89  (0-360) mean lon fix=  291.12
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   47.06 vr_mean(idist,ilev)=    1.97
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   47.10 vr_mean(idist,ilev)=   -1.39
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   39.76 vr_mean(idist,ilev)=   -2.66
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   34.13 vr_mean(idist,ilev)=   -0.09
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   29.72 vr_mean(idist,ilev)=   -0.54
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.82 vr_mean(idist,ilev)=   -1.21
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.84 vr_mean(idist,ilev)=   -1.10
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.30 vr_mean(idist,ilev)=   -0.81
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.49 vr_mean(idist,ilev)=   -0.51
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   18.01 vr_mean(idist,ilev)=   -0.71
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.38 vr_mean(idist,ilev)=   -0.74
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.64 vr_mean(idist,ilev)=   -0.89
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.07 vr_mean(idist,ilev)=   -0.78
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.72 vr_mean(idist,ilev)=   -0.85
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.59 vr_mean(idist,ilev)=   -1.01
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.58 vr_mean(idist,ilev)=   -0.97
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.75 vr_mean(idist,ilev)=   -0.86
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.01 vr_mean(idist,ilev)=   -0.82
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.39 vr_mean(idist,ilev)=   -0.69
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -19.75 vr_mean(idist,ilev)=   19.75
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -29.62 vr_mean(idist,ilev)=   29.62
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -39.50 vr_mean(idist,ilev)=   39.50
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -49.38 vr_mean(idist,ilev)=   49.38
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -59.27 vr_mean(idist,ilev)=   59.27
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -69.17 vr_mean(idist,ilev)=   69.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -79.07 vr_mean(idist,ilev)=   79.07
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -88.98 vr_mean(idist,ilev)=   88.98
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -98.90 vr_mean(idist,ilev)=   98.90
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -108.83 vr_mean(idist,ilev)=  108.83
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -118.77 vr_mean(idist,ilev)=  118.77
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -128.73 vr_mean(idist,ilev)=  128.73
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -138.71 vr_mean(idist,ilev)=  138.71
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -148.70 vr_mean(idist,ilev)=  148.70
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -158.72 vr_mean(idist,ilev)=  158.72
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -168.75 vr_mean(idist,ilev)=  168.75
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -178.81 vr_mean(idist,ilev)=  178.81
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -188.91 vr_mean(idist,ilev)=  188.91
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -199.03 vr_mean(idist,ilev)=  199.03
  
 At end of get_shear: 
     ist=    2 ifh=    9 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:22:37
  
 After call to fixcenter, fix positions at 
 forecast hour=   48:00 follow:
  
fixpos  08L   fhr=   48:00   Fix position=   291.12E  ( 68.88W)    33.89   Max Wind=  88 kts
  
  
 xxxx get_next_ges, prev fix lon=    290.257244793817     
 xxxx get_next_ges, curr fix lon=    291.123350889652     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    291.123350889652        fixlat=    33.8913545046739     
        (0-360) fixlon=    291.123350889652     
      ilonfix=         1148   jlatfix=          798
      ibeg=          650   iend=         1646
      jbeg=          346   jend=         1250
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.76899198590751       vavg=    5.56295369522664     
      ubar=    1.19224799647688       vbar=    1.39073842380666     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.90081913158406       vavg=    6.27629031006269     
      ubar=    3.64265756226891       vbar=    4.52888357883801     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    5.11829647415750       vavg=    5.87691697303819     
      ubar=    4.92223168080828       vbar=    5.99811282209755     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    4.92223168080828       vbar=    5.99811282209755     
      wgttot=    1.00000000000000     
      fixlon=    291.123350889652        fixlat=    33.8913545046739     
      barnlon=    292.283199969750       barnlat=    35.0565089942890     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824383805012649     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      292.283199969750     
     Raw (no conversion for GM wrap) extraplon=    291.999208733679     
  
 --- barnlon=    292.28E  (  67.72W)    barnlat=     35.06
 --- extraplon=  292.00E  (  68.00W)    extraplat=   34.85
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   33.89
 | Current fix lon is   68.88W   ( 291.12E)
 | Current fix lon (raw, unadjusted)=  291.12E
 | Updated guess lat for next fcst hour is   34.95
 | Updated guess lon (0-360) for next fcst hour is   67.86W   ( 292.14E)
 | Raw updated guess lon for next fcst hour is  292.14E)
 -------------------------------------------------
  
 iocheck, dist=    150.365271313691        distm=    150365.271313691     
 iocheck, stmspd=    6.96135515341162        istmspd=          135
 iocheck, xincr=    1.01785346206253        yincr=    1.06004737998770     
 iocheck, stmdir=    43.8367100230588        istmdir=           44
 +++ RPT_STORM_MOTION: istmspd=   135 kts(*10)    istmdir=    44 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=   9
     Fix location for this time:   291.12E  ( 68.88W)    33.89
     Fix lon (raw) for this time:  291.12E
     ilonfix= 1148  jlatfix=  798
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.123350889652       xcenlat=    33.8913545046739     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.123350889652       xcenlat=    33.8913545046739     
  ilonfix=         1148  jlatfix=          798
  ibeg=         1021  iend=         1275
  jbeg=          682  jend=          914  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    291.123350889652        xcenlat=    33.8913545046739     
      ilonfix=         1148   jlatfix=          798
      ibeg=         1021   iend=         1275
      jbeg=          682   jend=          914
 After call to barnes, xsmoothval=   4.744320103203666E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.744320103203666E-004
      xcenlon=    291.123350889652        xcenlat=    33.8913545046739     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000474  imeanzeta (*1e6)=      474
   --- mean zeta raw =   4.744320103203666E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003873  igrid zeta (*1e6)=     3873 ifilret=   0
   --- grid zeta raw=   3.873276890567568E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.123350889652       xcenlat=    33.8913545046739     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.123350889652       xcenlat=    33.8913545046739     
  ilonfix=         1148  jlatfix=          798
  ibeg=         1021  iend=         1275
  jbeg=          682  jend=          914  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    291.123350889652        xcenlat=    33.8913545046739     
      ilonfix=         1148   jlatfix=          798
      ibeg=         1021   iend=         1275
      jbeg=          682   jend=          914
 After call to barnes, xsmoothval=   4.384507295767930E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.384507295767930E-004
      xcenlon=    291.123350889652        xcenlat=    33.8913545046739     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000438  imeanzeta (*1e6)=      438
   --- mean zeta raw =   4.384507295767930E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002933  igrid zeta (*1e6)=     2933 ifilret=   0
   --- grid zeta raw=   2.932530048869062E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           48
  
 segx, outlon=    291.123350889652       outlat=    33.8913545046739     
   ist=            2  ifcsthour=           48
   vmaxwind=    45.2794699615621       xminmslp=    95821.3800000000     
   vradius=          125          63          44         125          71
          47         108          70          45          84          63
          44
   maxstorm=            6
   plastbar=    100621.380000000       rlastbar=    115.833396847981     
   rmax=    22.2002905144322     
   cps_vals=    3.15580310534688        163.099672926200     
   300.239139411598     
   wcore_flag= n
   istmspd=          135  istmdir=           44
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     37.2182568885845     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   115.833396847981       irlastbar=         116
 output: plastbar=   100621.380000000       iplastbar=        1006
 rmax=    22.2002905144322        irmax=           22
 TXX top of atcfunix_ext, ist=            2  ifh=           48
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   115.833396847981       irlastbar=         116
 output: plastbar=   100621.380000000       iplastbar=        1006
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           48
 intlat=          339
 clatns= N
 intlon=          689
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           88
 int(xminmslp/mslp_outp_adj + 0.5)=          958
 XX,  34, NEQ
 vradius(1,1)=          125
 vradius(1,2)=          125
 vradius(1,3)=          108
 vradius(1,4)=           84
 iplastbar=         1006
 irlastbar=          116
 irmax=           22
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           44
 istmspd=          135
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           32
 icps_vals(2)=         1631
 icps_vals(3)=         3002
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           72
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          474
 igridzeta(1)=         3873
 imeanzeta(2)=          438
 igridzeta(2)=         2933
  
 rmax=    22.2002905144322        irmax=           22
 +++ Top of output_atcf_parms, ist=            2  ifh=           48
  
 xxxx get_next_ges, prev fix lon=    290.257244793817     
 xxxx get_next_ges, curr fix lon=    291.123350889652     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    291.123350889652        fixlat=    33.8913545046739     
        (0-360) fixlon=    291.123350889652     
      ilonfix=         1148   jlatfix=          798
      ibeg=          650   iend=         1646
      jbeg=          346   jend=         1250
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.76899198590751       vavg=    5.56295369522664     
      ubar=    1.19224799647688       vbar=    1.39073842380666     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.90081913158406       vavg=    6.27629031006269     
      ubar=    3.64265756226891       vbar=    4.52888357883801     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    5.11829647415750       vavg=    5.87691697303819     
      ubar=    4.92223168080828       vbar=    5.99811282209755     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    4.92223168080828       vbar=    5.99811282209755     
      wgttot=    1.00000000000000     
      fixlon=    291.123350889652        fixlat=    33.8913545046739     
      barnlon=    292.283199969750       barnlat=    35.0565089942890     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824383805012649     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      292.283199969750     
     Raw (no conversion for GM wrap) extraplon=    291.999208733679     
  
 --- barnlon=    292.28E  (  67.72W)    barnlat=     35.06
 --- extraplon=  292.00E  (  68.00W)    extraplat=   34.85
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   33.89
 | Current fix lon is   68.88W   ( 291.12E)
 | Current fix lon (raw, unadjusted)=  291.12E
 | Updated guess lat for next fcst hour is   34.95
 | Updated guess lon (0-360) for next fcst hour is   67.86W   ( 292.14E)
 | Raw updated guess lon for next fcst hour is  292.14E)
 -------------------------------------------------
  
 iocheck, dist=    150.365271313691        distm=    150365.271313691     
 iocheck, stmspd=    6.96135515341162        istmspd=          135
 iocheck, xincr=    1.01785346206253        yincr=    1.06004737998770     
 iocheck, stmdir=    43.8367100230588        istmdir=           44
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   48:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.128630663347054E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  276.547E  (0-360) ctlon=  276.547E  (  83.453W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.113E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  276.547E   (0-360) guesslon=  276.547E  (  83.453W)   guesslat=   28.605
 ilonfix=          784  jlatfix=          930  npts=           16
 ibeg=          734  jbeg=          886  imax=         2738
 iend=          834  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.427E  (0-360) ctlon=  276.427  (  83.573W)  ctlat=   28.685 fmax (x10e5) =        0.105E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   1.076118633732968E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  276.147E  (0-360) ctlon=  276.147E  (  83.853W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.108E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  276.147E   (0-360) guesslon=  276.147E  (  83.853W)   guesslat=   28.605
 ilonfix=          774  jlatfix=          930  npts=           16
 ibeg=          724  jbeg=          886  imax=         2738
 iend=          824  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.327E  (0-360) ctlon=  276.327  (  83.673W)  ctlat=   28.685 fmax (x10e5) =        0.997E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  276.547E  (0-360) ctlon=  276.547E  (  83.453W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.126E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  276.547E   (0-360) guesslon=  276.547E  (  83.453W)   guesslat=   28.605
 ilonfix=          784  jlatfix=          930  npts=           16
 ibeg=          734  jbeg=          886  imax=         2738
 iend=          834  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.427E  (0-360) ctlon=  276.427  (  83.573W)  ctlat=   28.685 fmax =       -0.100E+16 fmin =        0.126E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  276.547E  (0-360) ctlon=  276.547E  (  83.453W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.292E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  276.547E   (0-360) guesslon=  276.547E  (  83.453W)   guesslat=   28.605
 ilonfix=          784  jlatfix=          930  npts=           16
 ibeg=          734  jbeg=          886  imax=         2738
 iend=          834  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.427E  (0-360) ctlon=  276.427  (  83.573W)  ctlat=   28.685 fmax =       -0.100E+16 fmin =        0.292E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  276.547E  (0-360) ctlon=  276.547E  (  83.453W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.982E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  276.547E   (0-360) guesslon=  276.547E  (  83.453W)   guesslat=   28.605
 ilonfix=          784  jlatfix=          930  npts=           16
 ibeg=          734  jbeg=          886  imax=         2738
 iend=          834  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.427E  (0-360) ctlon=  276.427  (  83.573W)  ctlat=   28.685 fmax =       -0.100E+16 fmin =        0.982E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.267 (0-360) guesslon=  276.267E  (  83.733W)   guesslat=   28.725
 ilonfix=          777  jlatfix=          927  npts=           33
 ibeg=          703  jbeg=          859  imax=         2738
 iend=          851  jend=          995  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   5.316344881173583E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  276.547E  (0-360) ctlon=  276.547E  (  83.453W)  ctlat=   28.605 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.532E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  276.547E   (0-360) guesslon=  276.547E  (  83.453W)   guesslat=   28.605
 ilonfix=          784  jlatfix=          930  npts=           16
 ibeg=          734  jbeg=          886  imax=         2738
 iend=          834  jend=          974  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.427E  (0-360) ctlon=  276.427  (  83.573W)  ctlat=   28.685 fmax (x10e5) =        0.753E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    276.379247723791        uvgeslat=    28.6922057906696     
    (0-360 uvgeslon)=    276.379247723791     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:22:37
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    276.379247723791        uvgeslat=    28.6922057906696     
    (0-360 uvgeslon)=    276.379247723791     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    276.379247723791     
  
 After first run, Wind Circulation (NHEM) ctlon=  276.379E  (0-360E lon):  276.379E    83.621W  ctlat=   28.692  xmax_circul_disk =     125213109.6
 TIMING: get_wind_circ kloop, k=  1   22:22:37
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  276.379E  (0-360E)=  276.379E  (  83.621W)   guesslat=   28.692
 ilonfix=          780  jlatfix=          928  npts=           56
 ibeg=          710  jbeg=          864  imax=         2738
 iend=          850  jend=          992  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    125984080.677856     
 nhalf get_wind_circ, k=  1 ctlon=  276.399E  (0-360E)=  276.399E  ctlon=   83.601W   ctlat=   28.772 Wind Circulation (NHEM: Max) =     125984080.7
 TIMING: After GWC 850 ... 22:22:37
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:22:37
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    276.379247723791        uvgeslat=    28.6922057906696     
    (0-360 uvgeslon)=    276.379247723791     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    276.379247723791     
  
 After first run, Wind Circulation (NHEM) ctlon=  276.379E  (0-360E lon):  276.379E    83.621W  ctlat=   28.692  xmax_circul_disk =     120688200.8
 TIMING: get_wind_circ kloop, k=  1   22:22:37
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  276.379E  (0-360E)=  276.379E  (  83.621W)   guesslat=   28.692
 ilonfix=          780  jlatfix=          928  npts=           56
 ibeg=          710  jbeg=          864  imax=         2738
 iend=          850  jend=          992  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    121724280.671233     
 nhalf get_wind_circ, k=  1 ctlon=  276.399E  (0-360E)=  276.399E  ctlon=   83.601W   ctlat=   28.772 Wind Circulation (NHEM: Max) =     121724280.7
 TIMING: After GWC 700 ... 22:22:37
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:22:37
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    276.379247723791        uvgeslat=    28.6922057906696     
    (0-360 uvgeslon)=    276.379247723791     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    276.379247723791     
  
 After first run, Wind Circulation (NHEM) ctlon=  276.379E  (0-360E lon):  276.379E    83.621W  ctlat=   28.692  xmax_circul_disk =      65202189.2
 TIMING: get_wind_circ kloop, k=  1   22:22:37
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  276.379E  (0-360E)=  276.379E  (  83.621W)   guesslat=   28.692
 ilonfix=          780  jlatfix=          928  npts=           56
 ibeg=          710  jbeg=          864  imax=         2738
 iend=          850  jend=          992  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    66890440.5815357     
 nhalf get_wind_circ, k=  1 ctlon=  276.339E  (0-360E)=  276.339E  ctlon=   83.661W   ctlat=   28.592 Wind Circulation (NHEM: Max) =      66890440.6
 TIMING: After GWC Sfc ... 22:22:37
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.96  xavg_stderr=     7.07
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=            9  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    48:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  276.27E   (0-360) guesslon=  276.27E  ( 83.73W)    28.72
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       276.43       83.57      28.68          104.63       T         16.23
   2    zeta 700    Max       276.33       83.67      28.68           99.72       T          7.35
   3    circ 850    Max       276.40       83.60      28.77          125.98       T         13.97
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       276.40       83.60      28.77          121.72       T         13.97
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       276.43       83.57      28.68         1260.22       T         16.23
   8     gph 700    Min       276.43       83.57      28.68         2917.48       T         16.23
   9        MSLP    Min       276.43       83.57      28.68        98182.25       T         16.23
  10    circ sfc    Max       276.34       83.66      28.59           66.89       T         16.38
  11    zeta sfc    Max       276.43       83.57      28.68           75.26       T         16.23
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.71113100171118       stderr_close= 
   3.52564721375287       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   2.809 devia=   0.562 wtpos=  0.82922     276.43   276.43    83.57    28.68
 ip=  2 kprm=  2 dist_from_mean=   7.205 devia=   1.441 wtpos=  0.61859     276.33   276.33    83.67    28.68
 ip=  3 kprm=  3 dist_from_mean=   8.693 devia=   1.739 wtpos=  0.56015     276.40   276.40    83.60    28.77
 ip=  5 kprm=  4 dist_from_mean=   8.693 devia=   1.739 wtpos=  0.56015     276.40   276.40    83.60    28.77
 ip=  7 kprm=  5 dist_from_mean=   2.809 devia=   0.562 wtpos=  0.82922     276.43   276.43    83.57    28.68
 ip=  8 kprm=  6 dist_from_mean=   2.809 devia=   0.562 wtpos=  0.82922     276.43   276.43    83.57    28.68
 ip=  9 kprm=  7 dist_from_mean=   2.809 devia=   0.562 wtpos=  0.82922     276.43   276.43    83.57    28.68
 ip= 10 kprm=  8 dist_from_mean=  12.764 devia=   2.553 wtpos=  0.42702     276.34   276.34    83.66    28.59
 ip= 11 kprm=  9 dist_from_mean=   2.809 devia=   0.562 wtpos=  0.82922     276.43   276.43    83.57    28.68
  
At end of fixcenter:  10L   fhr=   48:00   Fix position=   276.41E  (0-360) fixlon=  276.41  ( 83.59W)    28.69
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    276.405974889148     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    276.426519269246     
        (0-360E clon(ist,ifh,9))=    276.426519269246     
      clat(ist,ifh,9)=    28.6849332452151     
      xval(9)=    98182.2521513607     
  
  After get_ij B, ibeg jbeg =          672         790
  After get_ij B, iend jend =          890        1066
  
 In is_it_a_storm, ilonfix=          781  jlatfix=          928
 ibeg jbeg iend jend =          672         790         890        1066
 cparm= slp  parmlon parmlat =    276.426519269246        28.6849332452151     
     (0-360E parmlon) =    276.426519269246     
 parmval=    98182.2521513607     
  
 i=  757 j=  865 glon=  275.49 (0-360E) glon=  275.49 glat=  31.24 dist=   298.20 slp=  100461.86 pgradient=  7.64455
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.64455
 mslp center =    276.426519269246        28.6849332452151     
   98182.2521513607     
   (0-360E) lon of mslp center =    276.426519269246     
 pgrad loc   =    275.489244000000        275.489244000000     
   84.5107560000000        31.2408670000000        100461.860000000     
  ttest at location C IF....
      xinp_fixlat=    28.6849332452151     
      xinp_fixlon=    276.426519269246       (0-360E) xinp_fixlon= 
   276.426519269246     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   95829.5400000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          778  jfix=          929
 longitude=    276.426519269246      E   (   83.5734807307541      
 W)  (0-360E) xinp_fixlon=    276.426519269246     
 latitude=    28.6849332452151     
 mean mslp value (xval(9))=    98182.2521513607     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          778  jfix=          929
 longitude=    276.426519269246      E   (   83.5734807307541      
 W)  (0-360E) xinp_fixlon=    276.426519269246     
 latitude=    28.6849332452151     
 mean mslp value (xval(9))=    98182.2521513607     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          778  jx=          929
 *-----------------------------------------------*
  
 fxy(ix,jx)=    95829.5400000000       xcentval=    95829.5400000000     
 At A, num_found_contours=            0
 At A, contlo=    95829.5400000000       conthi=    96229.5400000000     
  
 num_found_contours=            0
 contlo=    95829.5400000000       conthi=    96229.5400000000     
 xcentval=    95829.5400000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96229.5400000000       conthi=    96629.5400000000     
  
 num_found_contours=            1
 contlo=    96229.5400000000       conthi=    96629.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            2
 At A, contlo=    96629.5400000000       conthi=    97029.5400000000     
  
 num_found_contours=            2
 contlo=    96629.5400000000       conthi=    97029.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            3
 At A, contlo=    97029.5400000000       conthi=    97429.5400000000     
  
 num_found_contours=            3
 contlo=    97029.5400000000       conthi=    97429.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            4
 At A, contlo=    97429.5400000000       conthi=    97829.5400000000     
  
 num_found_contours=            4
 contlo=    97429.5400000000       conthi=    97829.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            5
 At A, contlo=    97829.5400000000       conthi=    98229.5400000000     
  
 num_found_contours=            5
 contlo=    97829.5400000000       conthi=    98229.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            6
 At A, contlo=    98229.5400000000       conthi=    98629.5400000000     
  
 num_found_contours=            6
 contlo=    98229.5400000000       conthi=    98629.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            7
 At A, contlo=    98629.5400000000       conthi=    99029.5400000000     
  
 num_found_contours=            7
 contlo=    98629.5400000000       conthi=    99029.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            8
 At A, contlo=    99029.5400000000       conthi=    99429.5400000000     
  
 num_found_contours=            8
 contlo=    99029.5400000000       conthi=    99429.5400000000     
 xcentval=    95829.5400000000     
 At A, num_found_contours=            9
 At A, contlo=    99429.5400000000       conthi=    99829.5400000000     
  
 num_found_contours=            9
 contlo=    99429.5400000000       conthi=    99829.5400000000     
 xcentval=    95829.5400000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         813 ,         923 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    95829.5400000000     
 !!! (i,j) of central value = (         778 ,         929 )
 !!!  
 !!! Flagged value found    =    99230.9800000000     
 !!! (i,j) of flagged value = (         814 ,         924 )
 !!!   
 !!! Lower bound of contour interval =    99429.5400000000     
 !!! Upper bound of contour interval =    99829.5400000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          778  jfix=          929
 longitude=    276.426519269246      E   (   83.5734807307541      W)  
 (0-360E) xinp_fixlon=    276.426519269246     
 latitude=    28.6849332452151     
 mean mslp value (xval(9))=    98182.2521513607     
 gridpoint mslp value=    95829.5400000000     
 ccflag= y
 prs of last closed isobar =    99429.5400000000     
 radius of last closed isobar =    42.5384557228961       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   48:00
 !!! Boundary check xinp_fixlat is   28.68
 !!! Boundary check xinp_fixlon is   83.57W   ( 276.43E)  (0-360E) xinp_fixlon=  276.43
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    276.399247223791     
  850 mb wcirc fix lat=    28.7722037906696     
    (0-360) 850 mb wcirc fix lon=    276.399247223791     
  Multi-parm fix lon=      276.405974889148     
  Multi-parm fix lat=      28.6941496006545     
    (0-360) Multi-parm fix lon=      276.405974889148     
  
  
  After get_ij B, ibeg jbeg =          688         822
  After get_ij B, iend jend =          872        1030
  
 In is_it_a_storm, ilonfix=          780  jlatfix=          926
 ibeg jbeg iend jend =          688         822         872        1030
 cparm= v850  parmlon parmlat =    276.399247223791        28.7722037906696     
     (0-360E parmlon) =    276.399247223791     
 parmval=    125984080.677856     
  
 i=  773 j=  877 glon=  276.13 (0-360E) glon=  276.13 glat=  30.76 u=  -8.7000 v=  -1.4000 vr=  -0.36699 vt=   8.80428
 i=  778 j=  877 glon=  276.33 (0-360E) glon=  276.33 glat=  30.76 u=  -8.9000 v=  -0.5000 vr=  -0.22654 vt=   8.91115
 i=  783 j=  877 glon=  276.53 (0-360E) glon=  276.53 glat=  30.76 u=  -9.0000 v=   0.1000 vr=  -0.41240 vt=   8.99110
 i=  788 j=  877 glon=  276.73 (0-360E) glon=  276.73 glat=  30.76 u=  -8.5000 v=   0.7000 vr=  -0.52483 vt=   8.51261
 i=  753 j=  882 glon=  275.33 (0-360E) glon=  275.33 glat=  30.56 u=  -8.9000 v=  -4.3000 vr=   0.31181 vt=   9.87941
 i=  758 j=  882 glon=  275.53 (0-360E) glon=  275.53 glat=  30.56 u=  -9.1000 v=  -4.1000 vr=  -0.21558 vt=   9.97865
 i=  763 j=  882 glon=  275.73 (0-360E) glon=  275.73 glat=  30.56 u=  -9.5000 v=  -3.3000 vr=  -0.18346 vt=  10.05517
 i=  768 j=  882 glon=  275.93 (0-360E) glon=  275.93 glat=  30.56 u=  -9.7000 v=  -2.9000 vr=  -0.65800 vt=  10.10282
 i=  773 j=  882 glon=  276.13 (0-360E) glon=  276.13 glat=  30.56 u=  -9.9000 v=  -2.0000 vr=  -0.68969 vt=  10.07642
 i=  778 j=  882 glon=  276.33 (0-360E) glon=  276.33 glat=  30.56 u=  -9.5000 v=  -0.5000 vr=  -0.17533 vt=   9.51153
 i=  783 j=  882 glon=  276.53 (0-360E) glon=  276.53 glat=  30.56 u=  -7.8000 v=   0.6000 vr=   0.10516 vt=   7.82234
 i=  788 j=  882 glon=  276.73 (0-360E) glon=  276.73 glat=  30.56 u=  -5.0000 v=   1.4000 vr=   0.58739 vt=   5.15897
 i=  793 j=  882 glon=  276.93 (0-360E) glon=  276.93 glat=  30.56 u=  -6.3000 v=   1.7000 vr=   0.06830 vt=   6.52498
 i=  798 j=  882 glon=  277.13 (0-360E) glon=  277.13 glat=  30.56 u=  -7.9000 v=   4.4000 vr=   1.49293 vt=   8.91858
 i=  803 j=  882 glon=  277.33 (0-360E) glon=  277.33 glat=  30.56 u=  -8.5000 v=   6.1000 vr=   2.03942 vt=  10.26162
 i=  748 j=  887 glon=  275.13 (0-360E) glon=  275.13 glat=  30.36 u=  -9.1000 v=  -6.1000 vr=   0.21613 vt=  10.95323
 i=  753 j=  887 glon=  275.33 (0-360E) glon=  275.33 glat=  30.36 u=  -9.9000 v=  -6.0000 vr=  -0.14673 vt=  11.57534
 i=  758 j=  887 glon=  275.53 (0-360E) glon=  275.53 glat=  30.36 u= -10.8000 v=  -5.3000 vr=  -0.11850 vt=  12.02979
 i=  763 j=  887 glon=  275.73 (0-360E) glon=  275.73 glat=  30.36 u= -10.7000 v=  -5.2000 vr=  -1.18026 vt=  11.83795
 i=  768 j=  887 glon=  275.93 (0-360E) glon=  275.93 glat=  30.36 u= -10.4000 v=  -3.5000 vr=  -0.78695 vt=  10.94489
 i=  773 j=  887 glon=  276.13 (0-360E) glon=  276.13 glat=  30.36 u=  -9.8000 v=  -0.8000 vr=   0.64737 vt=   9.81126
 i=  778 j=  887 glon=  276.33 (0-360E) glon=  276.33 glat=  30.36 u=  -7.2000 v=   1.7000 vr=   1.97563 vt=   7.12930
 i=  783 j=  887 glon=  276.53 (0-360E) glon=  276.53 glat=  30.36 u=  -5.8000 v=   2.1000 vr=   1.68141 vt=   5.93489
 i=  788 j=  887 glon=  276.73 (0-360E) glon=  276.73 glat=  30.36 u=  -5.3000 v=   1.4000 vr=   0.43169 vt=   5.46476
 i=  793 j=  887 glon=  276.93 (0-360E) glon=  276.93 glat=  30.36 u=  -8.5000 v=   1.0000 vr=  -1.41762 vt=   8.44040
 i=  798 j=  887 glon=  277.13 (0-360E) glon=  277.13 glat=  30.36 u= -10.9000 v=  20.0000 vr=  14.49971 vt=  17.56611
 i=  803 j=  887 glon=  277.33 (0-360E) glon=  277.33 glat=  30.36 u=  -9.6000 v=   5.6000 vr=   0.61291 vt=  11.09704
 i=  808 j=  887 glon=  277.53 (0-360E) glon=  277.53 glat=  30.36 u=  -3.1000 v=  17.2000 vr=  12.96836 vt=  11.71630
 i=  813 j=  887 glon=  277.73 (0-360E) glon=  277.73 glat=  30.36 u=  -8.3000 v=  12.5000 vr=   5.17979 vt=  14.08225
 i=  738 j=  892 glon=  274.73 (0-360E) glon=  274.73 glat=  30.16 u=  -7.8000 v=  -8.4000 vr=  -0.12044 vt=  11.46235
 i=  743 j=  892 glon=  274.93 (0-360E) glon=  274.93 glat=  30.16 u=  -8.7000 v=  -8.0000 vr=   0.05020 vt=  11.81895
 i=  748 j=  892 glon=  275.13 (0-360E) glon=  275.13 glat=  30.16 u= -10.1000 v=  -7.8000 vr=   0.22363 vt=  12.75931
 i=  753 j=  892 glon=  275.33 (0-360E) glon=  275.33 glat=  30.16 u= -11.0000 v=  -7.5000 vr=  -0.07010 vt=  13.31334
 i=  758 j=  892 glon=  275.53 (0-360E) glon=  275.53 glat=  30.16 u= -11.1000 v=  -7.5000 vr=  -1.24443 vt=  13.33834
 i=  763 j=  892 glon=  275.73 (0-360E) glon=  275.73 glat=  30.16 u= -10.6000 v=  -4.6000 vr=  -0.11946 vt=  11.55447
 i=  768 j=  892 glon=  275.93 (0-360E) glon=  275.93 glat=  30.16 u= -10.7000 v=  -3.5000 vr=  -0.32165 vt=  11.25329
 i=  773 j=  892 glon=  276.13 (0-360E) glon=  276.13 glat=  30.16 u= -12.2000 v=  -1.3000 vr=   0.76157 vt=  12.24541
 i=  778 j=  892 glon=  276.33 (0-360E) glon=  276.33 glat=  30.16 u= -10.2000 v=   7.1000 vr=   7.54199 vt=   9.87767
 i=  783 j=  892 glon=  276.53 (0-360E) glon=  276.53 glat=  30.16 u=  -5.0000 v=   1.1000 vr=   0.68889 vt=   5.07301
 i=  788 j=  892 glon=  276.73 (0-360E) glon=  276.73 glat=  30.16 u=  -6.1000 v=   2.1000 vr=   0.81624 vt=   6.39951
 i=  793 j=  892 glon=  276.93 (0-360E) glon=  276.93 glat=  30.16 u= -12.0000 v=  11.0000 vr=   6.63851 vt=  14.86372
 i=  798 j=  892 glon=  277.13 (0-360E) glon=  277.13 glat=  30.16 u= -10.3000 v=  19.0000 vr=  12.96381 vt=  17.29248
 i=  803 j=  892 glon=  277.33 (0-360E) glon=  277.33 glat=  30.16 u=  -4.0000 v=  21.4000 vr=  16.44449 vt=  14.26670
 i=  808 j=  892 glon=  277.53 (0-360E) glon=  277.53 glat=  30.16 u=  -5.3000 v=  23.6000 vr=  16.15052 vt=  18.00585
 i=  813 j=  892 glon=  277.73 (0-360E) glon=  277.73 glat=  30.16 u=   1.7000 v=  24.7000 vr=  20.01823 vt=  14.56882
 i=  818 j=  892 glon=  277.93 (0-360E) glon=  277.93 glat=  30.16 u=   0.0000 v=  22.6000 vr=  16.25889 vt=  15.69740
 i=  733 j=  897 glon=  274.53 (0-360E) glon=  274.53 glat=  29.96 u=  -4.9000 v= -10.1000 vr=  -1.94901 vt=  11.05538
 i=  738 j=  897 glon=  274.73 (0-360E) glon=  274.73 glat=  29.96 u=  -8.0000 v=  -9.6000 vr=   0.16772 vt=  12.49527
 i=  743 j=  897 glon=  274.93 (0-360E) glon=  274.93 glat=  29.96 u=  -9.3000 v= -10.0000 vr=   0.05827 vt=  13.65601
 i=  748 j=  897 glon=  275.13 (0-360E) glon=  275.13 glat=  29.96 u= -10.3000 v=  -9.9000 vr=  -0.18809 vt=  14.28512
 i=  753 j=  897 glon=  275.33 (0-360E) glon=  275.33 glat=  29.96 u= -10.7000 v=  -9.7000 vr=  -0.99495 vt=  14.40799
 i=  758 j=  897 glon=  275.53 (0-360E) glon=  275.53 glat=  29.96 u= -11.1000 v=  -7.2000 vr=  -0.07670 vt=  13.23042
 i=  763 j=  897 glon=  275.73 (0-360E) glon=  275.73 glat=  29.96 u= -11.1000 v=  -5.9000 vr=  -0.38381 vt=  12.56474
 i=  768 j=  897 glon=  275.93 (0-360E) glon=  275.93 glat=  29.96 u= -12.0000 v=  -4.5000 vr=  -0.33226 vt=  12.81170
 i=  773 j=  897 glon=  276.13 (0-360E) glon=  276.13 glat=  29.96 u= -10.6000 v=   3.0000 vr=   5.00697 vt=   9.81276
 i=  778 j=  897 glon=  276.33 (0-360E) glon=  276.33 glat=  29.96 u= -16.4000 v=   5.4000 vr=   6.23612 vt=  16.10065
 i=  783 j=  897 glon=  276.53 (0-360E) glon=  276.53 glat=  29.96 u= -14.3000 v=   9.2000 vr=   7.79789 vt=  15.11036
 i=  788 j=  897 glon=  276.73 (0-360E) glon=  276.73 glat=  29.96 u= -13.2000 v=  13.2000 vr=   9.71505 vt=  15.94044
 i=  793 j=  897 glon=  276.93 (0-360E) glon=  276.93 glat=  29.96 u=  -9.2000 v=  15.3000 vr=  10.91359 vt=  14.12882
 i=  798 j=  897 glon=  277.13 (0-360E) glon=  277.13 glat=  29.96 u=  -5.9000 v=  18.4000 vr=  13.41754 vt=  13.90466
 i=  803 j=  897 glon=  277.33 (0-360E) glon=  277.33 glat=  29.96 u=  -5.4000 v=  19.5000 vr=  13.03917 vt=  15.47223
 i=  808 j=  897 glon=  277.53 (0-360E) glon=  277.53 glat=  29.96 u=  -3.2000 v=  23.8000 vr=  16.24403 vt=  17.68647
 i=  813 j=  897 glon=  277.73 (0-360E) glon=  277.73 glat=  29.96 u=   0.9000 v=  23.1000 vr=  17.12366 vt=  15.53063
 i=  818 j=  897 glon=  277.93 (0-360E) glon=  277.93 glat=  29.96 u=   2.8000 v=  21.5000 vr=  16.35114 vt=  14.23834
 i=  823 j=  897 glon=  278.13 (0-360E) glon=  278.13 glat=  29.96 u=   2.4000 v=  21.0000 vr=  14.83138 vt=  15.05955
 i=  733 j=  902 glon=  274.53 (0-360E) glon=  274.53 glat=  29.76 u=  -5.4000 v= -11.3000 vr=  -1.18925 vt=  12.46738
 i=  738 j=  902 glon=  274.73 (0-360E) glon=  274.73 glat=  29.76 u=  -7.2000 v= -11.5000 vr=  -0.45214 vt=  13.56044
 i=  743 j=  902 glon=  274.93 (0-360E) glon=  274.93 glat=  29.76 u=  -9.3000 v= -12.3000 vr=  -0.09702 vt=  15.41981
 i=  748 j=  902 glon=  275.13 (0-360E) glon=  275.13 glat=  29.76 u=  -9.4000 v= -12.1000 vr=  -1.00206 vt=  15.28940
 i=  753 j=  902 glon=  275.33 (0-360E) glon=  275.33 glat=  29.76 u= -11.0000 v= -10.6000 vr=  -0.12173 vt=  15.27564
 i=  758 j=  902 glon=  275.53 (0-360E) glon=  275.53 glat=  29.76 u= -13.2000 v=  -9.3000 vr=   0.69020 vt=  16.13238
 i=  763 j=  902 glon=  275.73 (0-360E) glon=  275.73 glat=  29.76 u= -13.0000 v=  -8.7000 vr=  -0.85150 vt=  15.61938
 i=  768 j=  902 glon=  275.93 (0-360E) glon=  275.93 glat=  29.76 u= -12.6000 v=  -1.6000 vr=   3.36089 vt=  12.24845
 i=  773 j=  902 glon=  276.13 (0-360E) glon=  276.13 glat=  29.76 u= -15.4000 v=  -2.8000 vr=   0.85420 vt=  15.62915
 i=  778 j=  902 glon=  276.33 (0-360E) glon=  276.33 glat=  29.76 u= -15.4000 v=  -1.8000 vr=  -0.84463 vt=  15.48182
 i=  783 j=  902 glon=  276.53 (0-360E) glon=  276.53 glat=  29.76 u= -16.3000 v=   4.8000 vr=   2.90711 vt=  16.74153
 i=  788 j=  902 glon=  276.73 (0-360E) glon=  276.73 glat=  29.76 u= -16.9000 v=  12.4000 vr=   7.16792 vt=  19.69749
 i=  793 j=  902 glon=  276.93 (0-360E) glon=  276.93 glat=  29.76 u= -14.1000 v=  14.8000 vr=   7.41298 vt=  19.04988
 i=  798 j=  902 glon=  277.13 (0-360E) glon=  277.13 glat=  29.76 u=  -9.5000 v=  15.6000 vr=   7.94587 vt=  16.44607
 i=  803 j=  902 glon=  277.33 (0-360E) glon=  277.33 glat=  29.76 u=  -4.9000 v=  15.1000 vr=   8.53888 vt=  13.38310
 i=  808 j=  902 glon=  277.53 (0-360E) glon=  277.53 glat=  29.76 u=  -0.5000 v=  22.8000 vr=  15.75393 vt=  16.48950
 i=  813 j=  902 glon=  277.73 (0-360E) glon=  277.73 glat=  29.76 u=   3.1000 v=  22.3000 vr=  16.78131 vt=  15.00958
 i=  818 j=  902 glon=  277.93 (0-360E) glon=  277.93 glat=  29.76 u=   4.1000 v=  20.3000 vr=  15.33297 vt=  13.92121
 i=  823 j=  902 glon=  278.13 (0-360E) glon=  278.13 glat=  29.76 u=   3.5000 v=  20.3000 vr=  13.99673 vt=  15.11395
 i=  828 j=  902 glon=  278.33 (0-360E) glon=  278.33 glat=  29.76 u=   3.4000 v=  21.0000 vr=  13.49851 vt=  16.44233
 i=  728 j=  907 glon=  274.33 (0-360E) glon=  274.33 glat=  29.56 u=  -2.1000 v= -12.6000 vr=  -3.05953 vt=  12.40199
 i=  733 j=  907 glon=  274.53 (0-360E) glon=  274.53 glat=  29.56 u=  -5.6000 v= -12.5000 vr=  -0.33948 vt=  13.69287
 i=  738 j=  907 glon=  274.73 (0-360E) glon=  274.73 glat=  29.56 u=  -6.1000 v= -13.2000 vr=  -0.86258 vt=  14.51571
 i=  743 j=  907 glon=  274.93 (0-360E) glon=  274.93 glat=  29.56 u=  -7.9000 v= -14.6000 vr=  -0.86062 vt=  16.57798
 i=  748 j=  907 glon=  275.13 (0-360E) glon=  275.13 glat=  29.56 u=  -8.9000 v= -13.5000 vr=  -0.52794 vt=  16.16110
 i=  753 j=  907 glon=  275.33 (0-360E) glon=  275.33 glat=  29.56 u= -12.0000 v= -14.0000 vr=   0.18092 vt=  18.43820
 i=  758 j=  907 glon=  275.53 (0-360E) glon=  275.53 glat=  29.56 u= -15.4000 v= -13.5000 vr=   0.99809 vt=  20.45517
 i=  763 j=  907 glon=  275.73 (0-360E) glon=  275.73 glat=  29.56 u= -13.1000 v=  -9.9000 vr=  -0.12334 vt=  16.41965
 i=  768 j=  907 glon=  275.93 (0-360E) glon=  275.93 glat=  29.56 u= -18.1000 v= -10.9000 vr=  -1.29311 vt=  21.08905
 i=  773 j=  907 glon=  276.13 (0-360E) glon=  276.13 glat=  29.56 u= -20.8000 v=  -9.8000 vr=  -3.41886 vt=  22.73744
 i=  778 j=  907 glon=  276.33 (0-360E) glon=  276.33 glat=  29.56 u= -27.3000 v=   0.8000 vr=   2.91175 vt=  27.15606
 i=  783 j=  907 glon=  276.53 (0-360E) glon=  276.53 glat=  29.56 u= -25.9000 v=   6.1000 vr=   2.34165 vt=  26.50541
 i=  788 j=  907 glon=  276.73 (0-360E) glon=  276.73 glat=  29.56 u= -21.5000 v=  10.6000 vr=   2.56239 vt=  23.83368
 i=  793 j=  907 glon=  276.93 (0-360E) glon=  276.93 glat=  29.56 u= -14.0000 v=  13.2000 vr=   4.27912 vt=  18.75977
 i=  798 j=  907 glon=  277.13 (0-360E) glon=  277.13 glat=  29.56 u= -11.6000 v=  14.5000 vr=   3.95829 vt=  18.14227
 i=  803 j=  907 glon=  277.33 (0-360E) glon=  277.33 glat=  29.56 u= -12.6000 v=  24.0000 vr=   7.63177 vt=  26.00992
 i=  808 j=  907 glon=  277.53 (0-360E) glon=  277.53 glat=  29.56 u=  -1.4000 v=  25.1000 vr=  14.52948 vt=  20.51498
 i=  813 j=  907 glon=  277.73 (0-360E) glon=  277.73 glat=  29.56 u=   5.0000 v=  25.2000 vr=  18.24334 vt=  18.08924
 i=  818 j=  907 glon=  277.93 (0-360E) glon=  277.93 glat=  29.56 u=   3.9000 v=  22.6000 vr=  14.79095 vt=  17.52706
 i=  823 j=  907 glon=  278.13 (0-360E) glon=  278.13 glat=  29.56 u=   1.9000 v=  17.7000 vr=   9.82167 vt=  14.84705
 i=  828 j=  907 glon=  278.33 (0-360E) glon=  278.33 glat=  29.56 u=   1.5000 v=  19.2000 vr=   9.42805 vt=  16.79291
 i=  833 j=  907 glon=  278.53 (0-360E) glon=  278.53 glat=  29.56 u=   1.7000 v=  21.2000 vr=   9.75579 vt=  18.89853
 i=  728 j=  912 glon=  274.33 (0-360E) glon=  274.33 glat=  29.36 u=  -1.5000 v= -14.0000 vr=  -2.84431 vt=  13.78985
 i=  733 j=  912 glon=  274.53 (0-360E) glon=  274.53 glat=  29.36 u=  -4.5000 v= -14.4000 vr=  -0.58580 vt=  15.07537
 i=  738 j=  912 glon=  274.73 (0-360E) glon=  274.73 glat=  29.36 u=  -3.9000 v= -15.1000 vr=  -1.97609 vt=  15.46981
 i=  743 j=  912 glon=  274.93 (0-360E) glon=  274.93 glat=  29.36 u=  -4.9000 v= -16.4000 vr=  -2.32374 vt=  16.95790
 i=  748 j=  912 glon=  275.13 (0-360E) glon=  275.13 glat=  29.36 u=  -6.6000 v= -15.9000 vr=  -1.57272 vt=  17.14341
 i=  753 j=  912 glon=  275.33 (0-360E) glon=  275.33 glat=  29.36 u=  -9.8000 v= -18.3000 vr=  -1.40816 vt=  20.71104
 i=  758 j=  912 glon=  275.53 (0-360E) glon=  275.53 glat=  29.36 u= -12.1000 v= -20.3000 vr=  -2.81596 vt=  23.46424
 i=  763 j=  912 glon=  275.73 (0-360E) glon=  275.73 glat=  29.36 u= -12.4000 v= -15.4000 vr=  -2.14514 vt=  19.65498
 i=  768 j=  912 glon=  275.93 (0-360E) glon=  275.93 glat=  29.36 u= -18.3000 v= -20.7000 vr=  -6.47631 vt=  26.85959
 i=  773 j=  912 glon=  276.13 (0-360E) glon=  276.13 glat=  29.36 u= -32.5000 v=  -6.7000 vr=   5.89321 vt=  32.65594
 i=  778 j=  912 glon=  276.33 (0-360E) glon=  276.33 glat=  29.36 u= -31.5000 v=  -6.0000 vr=  -2.70580 vt=  31.95197
 i=  783 j=  912 glon=  276.53 (0-360E) glon=  276.53 glat=  29.36 u= -33.5000 v=   5.1000 vr=  -1.34894 vt=  33.85913
 i=  788 j=  912 glon=  276.73 (0-360E) glon=  276.73 glat=  29.36 u= -26.7000 v=  19.5000 vr=   5.74243 vt=  32.56017
 i=  793 j=  912 glon=  276.93 (0-360E) glon=  276.93 glat=  29.36 u= -21.6000 v=  17.7000 vr=   0.52241 vt=  27.92091
 i=  798 j=  912 glon=  277.13 (0-360E) glon=  277.13 glat=  29.36 u= -18.9000 v=  18.7000 vr=  -1.25016 vt=  26.55818
 i=  803 j=  912 glon=  277.33 (0-360E) glon=  277.33 glat=  29.36 u=  -6.6000 v=  31.7000 vr=  13.19119 vt=  29.57098
 i=  808 j=  912 glon=  277.53 (0-360E) glon=  277.53 glat=  29.36 u=  -1.4000 v=  27.1000 vr=  12.61560 vt=  24.02533
 i=  813 j=  912 glon=  277.73 (0-360E) glon=  277.73 glat=  29.36 u=   3.0000 v=  22.1000 vr=  12.60934 vt=  18.39605
 i=  818 j=  912 glon=  277.93 (0-360E) glon=  277.93 glat=  29.36 u=   2.0000 v=  19.7000 vr=   9.71190 vt=  17.25599
 i=  823 j=  912 glon=  278.13 (0-360E) glon=  278.13 glat=  29.36 u=  -5.2000 v=  21.1000 vr=   2.73017 vt=  21.55913
 i=  828 j=  912 glon=  278.33 (0-360E) glon=  278.33 glat=  29.36 u=  -4.5000 v=  24.4000 vr=   3.69004 vt=  24.53556
 i=  833 j=  912 glon=  278.53 (0-360E) glon=  278.53 glat=  29.36 u=   0.0000 v=  25.3000 vr=   7.51795 vt=  24.15720
 i=  728 j=  917 glon=  274.33 (0-360E) glon=  274.33 glat=  29.16 u=  -0.1000 v= -15.2000 vr=  -3.02568 vt=  14.89615
 i=  733 j=  917 glon=  274.53 (0-360E) glon=  274.53 glat=  29.16 u=  -2.5000 v= -16.1000 vr=  -1.22419 vt=  16.24689
 i=  738 j=  917 glon=  274.73 (0-360E) glon=  274.73 glat=  29.16 u=  -1.4000 v= -16.3000 vr=  -2.78032 vt=  16.12203
 i=  743 j=  917 glon=  274.93 (0-360E) glon=  274.93 glat=  29.16 u=  -1.1000 v= -17.3000 vr=  -3.89935 vt=  16.89068
 i=  748 j=  917 glon=  275.13 (0-360E) glon=  275.13 glat=  29.16 u=  -2.1000 v= -18.5000 vr=  -4.07778 vt=  18.16677
 i=  753 j=  917 glon=  275.33 (0-360E) glon=  275.33 glat=  29.16 u=  -4.2000 v= -21.8000 vr=  -4.43172 vt=  21.75408
 i=  758 j=  917 glon=  275.53 (0-360E) glon=  275.53 glat=  29.16 u=  -5.1000 v= -25.0000 vr=  -6.78293 vt=  24.59679
 i=  763 j=  917 glon=  275.73 (0-360E) glon=  275.73 glat=  29.16 u=  -5.1000 v= -20.3000 vr=  -6.94048 vt=  19.74664
 i=  768 j=  917 glon=  275.93 (0-360E) glon=  275.93 glat=  29.16 u= -21.2000 v= -26.5000 vr=  -2.76427 vt=  33.82379
 i=  773 j=  917 glon=  276.13 (0-360E) glon=  276.13 glat=  29.16 u= -30.6000 v= -24.0000 vr=  -4.59518 vt=  38.61663
 i=  778 j=  917 glon=  276.33 (0-360E) glon=  276.33 glat=  29.16 u= -42.1000 v= -12.9000 vr=  -6.18192 vt=  43.59592
 i=  783 j=  917 glon=  276.53 (0-360E) glon=  276.53 glat=  29.16 u= -41.9000 v=   5.5000 vr=  -6.49672 vt=  41.75707
 i=  788 j=  917 glon=  276.73 (0-360E) glon=  276.73 glat=  29.16 u= -35.4000 v=  16.6000 vr=  -7.80638 vt=  38.31162
 i=  793 j=  917 glon=  276.93 (0-360E) glon=  276.93 glat=  29.16 u= -23.6000 v=  23.4000 vr=  -3.08887 vt=  33.09046
 i=  798 j=  917 glon=  277.13 (0-360E) glon=  277.13 glat=  29.16 u= -12.9000 v=  26.3000 vr=   2.60970 vt=  29.17687
 i=  803 j=  917 glon=  277.33 (0-360E) glon=  277.33 glat=  29.16 u=  -8.5000 v=  25.9000 vr=   3.44236 vt=  27.04090
 i=  808 j=  917 glon=  277.53 (0-360E) glon=  277.53 glat=  29.16 u=  -2.7000 v=  25.8000 vr=   6.86829 vt=  25.01513
 i=  813 j=  917 glon=  277.73 (0-360E) glon=  277.73 glat=  29.16 u=   0.5000 v=  21.4000 vr=   7.19800 vt=  20.15933
 i=  818 j=  917 glon=  277.93 (0-360E) glon=  277.93 glat=  29.16 u=  -8.2000 v=  20.5000 vr=  -2.22933 vt=  21.96634
 i=  823 j=  917 glon=  278.13 (0-360E) glon=  278.13 glat=  29.16 u=  -8.0000 v=  32.5000 vr=   0.21211 vt=  33.46946
 i=  828 j=  917 glon=  278.33 (0-360E) glon=  278.33 glat=  29.16 u=   1.2000 v=  32.6000 vr=   8.35242 vt=  31.53470
 i=  833 j=  917 glon=  278.53 (0-360E) glon=  278.53 glat=  29.16 u=   3.1000 v=  29.1000 vr=   8.84889 vt=  27.89475
 i=  723 j=  922 glon=  274.13 (0-360E) glon=  274.13 glat=  28.96 u=   2.3000 v= -14.1000 vr=  -3.55249 vt=  13.83762
 i=  728 j=  922 glon=  274.33 (0-360E) glon=  274.33 glat=  28.96 u=   2.2000 v= -16.2000 vr=  -3.79320 vt=  15.90257
 i=  733 j=  922 glon=  274.53 (0-360E) glon=  274.53 glat=  28.96 u=   0.0000 v= -17.3000 vr=  -1.91040 vt=  17.19420
 i=  738 j=  922 glon=  274.73 (0-360E) glon=  274.73 glat=  28.96 u=   0.7000 v= -17.1000 vr=  -2.82167 vt=  16.88011
 i=  743 j=  922 glon=  274.93 (0-360E) glon=  274.93 glat=  28.96 u=   2.0000 v= -17.8000 vr=  -4.50589 vt=  17.33600
 i=  748 j=  922 glon=  275.13 (0-360E) glon=  275.13 glat=  28.96 u=   2.2000 v= -19.5000 vr=  -5.37994 vt=  18.87184
 i=  753 j=  922 glon=  275.33 (0-360E) glon=  275.33 glat=  28.96 u=   2.7000 v= -23.2000 vr=  -7.17672 vt=  22.22667
 i=  758 j=  922 glon=  275.53 (0-360E) glon=  275.53 glat=  28.96 u=  -0.2000 v= -30.5000 vr=  -7.08427 vt=  29.66653
 i=  763 j=  922 glon=  275.73 (0-360E) glon=  275.73 glat=  28.96 u=  -0.5000 v= -27.3000 vr=  -7.84583 vt=  26.15307
 i=  768 j=  922 glon=  275.93 (0-360E) glon=  275.93 glat=  28.96 u= -11.0000 v= -37.0000 vr=  -5.38355 vt=  38.22326
 i=  773 j=  922 glon=  276.13 (0-360E) glon=  276.13 glat=  28.96 u= -29.4000 v= -41.7000 vr=  -3.00355 vt=  50.93357
 i=  778 j=  922 glon=  276.33 (0-360E) glon=  276.33 glat=  28.96 u= -45.9000 v=  -0.1000 vr=  14.09616 vt=  43.68201
 i=  783 j=  922 glon=  276.53 (0-360E) glon=  276.53 glat=  28.96 u= -38.0000 v=  29.4000 vr=   5.53700 vt=  47.72527
 i=  788 j=  922 glon=  276.73 (0-360E) glon=  276.73 glat=  28.96 u= -24.9000 v=  37.7000 vr=  -0.26467 vt=  45.17997
 i=  793 j=  922 glon=  276.93 (0-360E) glon=  276.93 glat=  28.96 u= -19.7000 v=  40.5000 vr=  -3.04383 vt=  44.93412
 i=  798 j=  922 glon=  277.13 (0-360E) glon=  277.13 glat=  28.96 u=  -9.7000 v=  35.5000 vr=   0.69151 vt=  36.79486
 i=  803 j=  922 glon=  277.33 (0-360E) glon=  277.33 glat=  28.96 u=  -6.1000 v=  32.9000 vr=   1.41855 vt=  33.43064
 i=  808 j=  922 glon=  277.53 (0-360E) glon=  277.53 glat=  28.96 u=  -4.2000 v=  21.1000 vr=  -0.22464 vt=  21.51278
 i=  813 j=  922 glon=  277.73 (0-360E) glon=  277.73 glat=  28.96 u=  -1.5000 v=  17.0000 vr=   1.18993 vt=  17.02451
 i=  818 j=  922 glon=  277.93 (0-360E) glon=  277.93 glat=  28.96 u=   1.6000 v=  27.7000 vr=   5.35812 vt=  27.22390
 i=  823 j=  922 glon=  278.13 (0-360E) glon=  278.13 glat=  28.96 u=   3.6000 v=  28.0000 vr=   6.93089 vt=  27.36645
 i=  828 j=  922 glon=  278.33 (0-360E) glon=  278.33 glat=  28.96 u=   6.8000 v=  27.8000 vr=   9.72944 vt=  26.91501
 i=  833 j=  922 glon=  278.53 (0-360E) glon=  278.53 glat=  28.96 u=   5.8000 v=  28.7000 vr=   8.52793 vt=  28.01079
 i=  723 j=  927 glon=  274.13 (0-360E) glon=  274.13 glat=  28.76 u=   3.9000 v= -14.5000 vr=  -3.77294 vt=  14.53358
 i=  728 j=  927 glon=  274.33 (0-360E) glon=  274.33 glat=  28.76 u=   4.0000 v= -16.2000 vr=  -3.85141 vt=  16.23597
 i=  733 j=  927 glon=  274.53 (0-360E) glon=  274.53 glat=  28.76 u=   2.9000 v= -17.0000 vr=  -2.73546 vt=  17.02725
 i=  738 j=  927 glon=  274.73 (0-360E) glon=  274.73 glat=  28.76 u=   2.6000 v= -17.4000 vr=  -2.42031 vt=  17.42590
 i=  743 j=  927 glon=  274.93 (0-360E) glon=  274.93 glat=  28.76 u=   4.1000 v= -17.7000 vr=  -3.90207 vt=  17.74468
 i=  748 j=  927 glon=  275.13 (0-360E) glon=  275.13 glat=  28.76 u=   5.7000 v= -20.1000 vr=  -5.45195 vt=  20.16870
 i=  753 j=  927 glon=  275.33 (0-360E) glon=  275.33 glat=  28.76 u=   6.4000 v= -23.2000 vr=  -6.07562 vt=  23.28705
 i=  758 j=  927 glon=  275.53 (0-360E) glon=  275.53 glat=  28.76 u=   9.4000 v= -30.1000 vr=  -8.90430 vt=  30.25035
 i=  763 j=  927 glon=  275.73 (0-360E) glon=  275.73 glat=  28.76 u=  12.6000 v= -31.3000 vr= -11.95539 vt=  31.55184
 i=  768 j=  927 glon=  275.93 (0-360E) glon=  275.93 glat=  28.76 u=   8.7000 v= -43.0000 vr=  -7.47924 vt=  43.22905
 i=  773 j=  927 glon=  276.13 (0-360E) glon=  276.13 glat=  28.76 u=  -1.2000 v= -49.6000 vr=   3.58635 vt=  49.48473
 i=  778 j=  927 glon=  276.33 (0-360E) glon=  276.33 glat=  28.76 u=  -1.9000 v=   0.9000 vr=   1.70596 vt=  -1.22869
 i=  783 j=  927 glon=  276.53 (0-360E) glon=  276.53 glat=  28.76 u=  -5.0000 v=  27.4000 vr=  -7.68135 vt=  26.77231
 i=  788 j=  927 glon=  276.73 (0-360E) glon=  276.73 glat=  28.76 u=  -1.1000 v=  57.0000 vr=  -3.35811 vt=  56.91163
 i=  793 j=  927 glon=  276.93 (0-360E) glon=  276.93 glat=  28.76 u=  -0.6000 v=  48.5000 vr=  -1.82824 vt=  48.46924
 i=  798 j=  927 glon=  277.13 (0-360E) glon=  277.13 glat=  28.76 u=  -0.3000 v=  41.3000 vr=  -1.08614 vt=  41.28681
 i=  803 j=  927 glon=  277.33 (0-360E) glon=  277.33 glat=  28.76 u=   2.7000 v=  35.0000 vr=   2.15491 vt=  35.03778
 i=  808 j=  927 glon=  277.53 (0-360E) glon=  277.53 glat=  28.76 u=  -3.0000 v=  24.4000 vr=  -3.32664 vt=  24.35762
 i=  813 j=  927 glon=  277.73 (0-360E) glon=  277.73 glat=  28.76 u=   2.4000 v=  27.0000 vr=   2.07761 vt=  27.02672
 i=  818 j=  927 glon=  277.93 (0-360E) glon=  277.93 glat=  28.76 u=   3.3000 v=  32.7000 vr=   2.94379 vt=  32.73399
 i=  823 j=  927 glon=  278.13 (0-360E) glon=  278.13 glat=  28.76 u=   5.9000 v=  29.8000 vr=   5.59851 vt=  29.85811
 i=  828 j=  927 glon=  278.33 (0-360E) glon=  278.33 glat=  28.76 u=   6.6000 v=  27.0000 vr=   6.34304 vt=  27.06152
 i=  833 j=  927 glon=  278.53 (0-360E) glon=  278.53 glat=  28.76 u=   6.5000 v=  26.5000 vr=   6.26044 vt=  26.55761
 i=  723 j=  932 glon=  274.13 (0-360E) glon=  274.13 glat=  28.56 u=   5.0000 v= -14.2000 vr=  -3.40743 vt=  14.66388
 i=  728 j=  932 glon=  274.33 (0-360E) glon=  274.33 glat=  28.56 u=   5.2000 v= -15.5000 vr=  -3.30725 vt=  16.01100
 i=  733 j=  932 glon=  274.53 (0-360E) glon=  274.53 glat=  28.56 u=   4.1000 v= -15.3000 vr=  -2.05273 vt=  15.70625
 i=  738 j=  932 glon=  274.73 (0-360E) glon=  274.73 glat=  28.56 u=   4.4000 v= -17.9000 vr=  -1.73779 vt=  18.35075
 i=  743 j=  932 glon=  274.93 (0-360E) glon=  274.93 glat=  28.56 u=   5.8000 v= -18.0000 vr=  -2.75754 vt=  18.70925
 i=  748 j=  932 glon=  275.13 (0-360E) glon=  275.13 glat=  28.56 u=   7.7000 v= -20.4000 vr=  -3.70882 vt=  21.48708
 i=  753 j=  932 glon=  275.33 (0-360E) glon=  275.33 glat=  28.56 u=  10.7000 v= -21.4000 vr=  -5.68919 vt=  23.23969
 i=  758 j=  932 glon=  275.53 (0-360E) glon=  275.53 glat=  28.56 u=  16.8000 v= -25.9000 vr=  -9.22958 vt=  29.45955
 i=  763 j=  932 glon=  275.73 (0-360E) glon=  275.73 glat=  28.56 u=  21.8000 v= -29.4000 vr= -10.52342 vt=  35.05507
 i=  768 j=  932 glon=  275.93 (0-360E) glon=  275.93 glat=  28.56 u=  26.7000 v= -35.1000 vr=  -7.71697 vt=  43.42060
 i=  773 j=  932 glon=  276.13 (0-360E) glon=  276.13 glat=  28.56 u=  35.7000 v= -39.7000 vr=  -0.19252 vt=  53.39048
 i=  778 j=  932 glon=  276.33 (0-360E) glon=  276.33 glat=  28.56 u=  40.0000 v=  -6.6000 vr=  -4.82660 vt=  40.25250
 i=  783 j=  932 glon=  276.53 (0-360E) glon=  276.53 glat=  28.56 u=  29.8000 v=  17.0000 vr=  -0.81408 vt=  34.29836
 i=  788 j=  932 glon=  276.73 (0-360E) glon=  276.73 glat=  28.56 u=  20.1000 v=  54.4000 vr= -15.86882 vt=  55.78127
 i=  793 j=  932 glon=  276.93 (0-360E) glon=  276.93 glat=  28.56 u=  14.8000 v=  46.7000 vr=  -5.89687 vt=  48.63288
 i=  798 j=  932 glon=  277.13 (0-360E) glon=  277.13 glat=  28.56 u=   6.7000 v=  40.3000 vr=  -6.32298 vt=  40.36087
 i=  803 j=  932 glon=  277.33 (0-360E) glon=  277.33 glat=  28.56 u=   6.9000 v=  36.5000 vr=  -2.54087 vt=  37.05947
 i=  808 j=  932 glon=  277.53 (0-360E) glon=  277.53 glat=  28.56 u=   8.4000 v=  30.1000 vr=   1.86924 vt=  31.19417
 i=  813 j=  932 glon=  277.73 (0-360E) glon=  277.73 glat=  28.56 u=   6.7000 v=  23.6000 vr=   2.32140 vt=  24.42255
 i=  818 j=  932 glon=  277.93 (0-360E) glon=  277.93 glat=  28.56 u=  14.7000 v=  25.3000 vr=  10.50214 vt=  27.31090
 i=  823 j=  932 glon=  278.13 (0-360E) glon=  278.13 glat=  28.56 u=   9.8000 v=  27.7000 vr=   5.78597 vt=  28.80716
 i=  828 j=  932 glon=  278.33 (0-360E) glon=  278.33 glat=  28.56 u=   7.4000 v=  26.9000 vr=   3.90448 vt=  27.62472
 i=  833 j=  932 glon=  278.53 (0-360E) glon=  278.53 glat=  28.56 u=   7.4000 v=  26.3000 vr=   4.28284 vt=  26.98346
 i=  728 j=  937 glon=  274.33 (0-360E) glon=  274.33 glat=  28.36 u=   6.2000 v= -14.3000 vr=  -2.82687 vt=  15.32771
 i=  733 j=  937 glon=  274.53 (0-360E) glon=  274.53 glat=  28.36 u=   5.7000 v= -14.3000 vr=  -1.99683 vt=  15.26410
 i=  738 j=  937 glon=  274.73 (0-360E) glon=  274.73 glat=  28.36 u=   5.8000 v= -16.9000 vr=  -0.96021 vt=  17.84175
 i=  743 j=  937 glon=  274.93 (0-360E) glon=  274.93 glat=  28.36 u=   7.0000 v= -18.3000 vr=  -1.05567 vt=  19.56465
 i=  748 j=  937 glon=  275.13 (0-360E) glon=  275.13 glat=  28.36 u=   9.1000 v= -18.3000 vr=  -2.15359 vt=  20.32393
 i=  753 j=  937 glon=  275.33 (0-360E) glon=  275.33 glat=  28.36 u=  13.3000 v= -18.6000 vr=  -4.67727 vt=  22.38243
 i=  758 j=  937 glon=  275.53 (0-360E) glon=  275.53 glat=  28.36 u=  19.7000 v= -20.7000 vr=  -7.48613 vt=  27.57785
 i=  763 j=  937 glon=  275.73 (0-360E) glon=  275.73 glat=  28.36 u=  26.7000 v= -22.4000 vr=  -9.00563 vt=  33.66821
 i=  768 j=  937 glon=  275.93 (0-360E) glon=  275.93 glat=  28.36 u=  32.4000 v= -23.6000 vr=  -6.25717 vt=  39.59252
 i=  773 j=  937 glon=  276.13 (0-360E) glon=  276.13 glat=  28.36 u=  38.6000 v= -27.3000 vr=   4.39456 vt=  47.07375
 i=  778 j=  937 glon=  276.33 (0-360E) glon=  276.33 glat=  28.36 u=  41.9000 v= -15.8000 vr=   9.43595 vt=  43.77457
 i=  783 j=  937 glon=  276.53 (0-360E) glon=  276.53 glat=  28.36 u=  44.5000 v=   1.0000 vr=  10.92593 vt=  43.14944
 i=  788 j=  937 glon=  276.73 (0-360E) glon=  276.73 glat=  28.36 u=  40.4000 v=  42.8000 vr= -11.75567 vt=  57.66979
 i=  793 j=  937 glon=  276.93 (0-360E) glon=  276.93 glat=  28.36 u=  25.4000 v=  37.2000 vr=  -5.64718 vt=  44.68903
 i=  798 j=  937 glon=  277.13 (0-360E) glon=  277.13 glat=  28.36 u=  16.7000 v=  35.3000 vr=  -5.06303 vt=  38.72139
 i=  803 j=  937 glon=  277.33 (0-360E) glon=  277.33 glat=  28.36 u=  11.4000 v=  29.8000 vr=  -3.28189 vt=  31.73687
 i=  808 j=  937 glon=  277.53 (0-360E) glon=  277.53 glat=  28.36 u=  11.3000 v=  33.6000 vr=  -2.50763 vt=  35.36046
 i=  813 j=  937 glon=  277.73 (0-360E) glon=  277.73 glat=  28.36 u=  10.6000 v=  29.2000 vr=   0.21489 vt=  31.06371
 i=  818 j=  937 glon=  277.93 (0-360E) glon=  277.93 glat=  28.36 u=   4.5000 v=  24.2000 vr=  -2.85710 vt=  24.44846
 i=  823 j=  937 glon=  278.13 (0-360E) glon=  278.13 glat=  28.36 u=   9.1000 v=  27.2000 vr=   1.57471 vt=  28.63862
 i=  828 j=  937 glon=  278.33 (0-360E) glon=  278.33 glat=  28.36 u=   7.0000 v=  26.3000 vr=   0.49317 vt=  27.21115
 i=  833 j=  937 glon=  278.53 (0-360E) glon=  278.53 glat=  28.36 u=   8.7000 v=  26.1000 vr=   2.77323 vt=  27.37169
 i=  728 j=  942 glon=  274.33 (0-360E) glon=  274.33 glat=  28.16 u=   7.0000 v= -13.2000 vr=  -2.36950 vt=  14.75213
 i=  733 j=  942 glon=  274.53 (0-360E) glon=  274.53 glat=  28.16 u=   7.3000 v= -13.3000 vr=  -2.14894 vt=  15.01872
 i=  738 j=  942 glon=  274.73 (0-360E) glon=  274.73 glat=  28.16 u=   6.8000 v= -16.4000 vr=   0.08763 vt=  17.75366
 i=  743 j=  942 glon=  274.93 (0-360E) glon=  274.93 glat=  28.16 u=   8.2000 v= -17.0000 vr=  -0.08594 vt=  18.87413
 i=  748 j=  942 glon=  275.13 (0-360E) glon=  275.13 glat=  28.16 u=  10.2000 v= -17.1000 vr=  -0.68223 vt=  19.89936
 i=  753 j=  942 glon=  275.33 (0-360E) glon=  275.33 glat=  28.16 u=  12.4000 v= -17.5000 vr=  -0.81408 vt=  21.43239
 i=  758 j=  942 glon=  275.53 (0-360E) glon=  275.53 glat=  28.16 u=  17.9000 v= -17.6000 vr=  -2.94950 vt=  24.92931
 i=  763 j=  942 glon=  275.73 (0-360E) glon=  275.73 glat=  28.16 u=  25.0000 v= -17.7000 vr=  -4.55880 vt=  30.29038
 i=  768 j=  942 glon=  275.93 (0-360E) glon=  275.93 glat=  28.16 u=  31.7000 v= -17.3000 vr=  -3.38457 vt=  35.95448
 i=  773 j=  942 glon=  276.13 (0-360E) glon=  276.13 glat=  28.16 u=  37.6000 v= -10.9000 vr=  -3.42826 vt=  38.99765
 i=  778 j=  942 glon=  276.33 (0-360E) glon=  276.33 glat=  28.16 u=  49.3000 v=   1.8000 vr=  -6.72362 vt=  48.87252
 i=  783 j=  942 glon=  276.53 (0-360E) glon=  276.53 glat=  28.16 u=  47.7000 v=  15.3000 vr=  -6.28877 vt=  49.69740
 i=  788 j=  942 glon=  276.73 (0-360E) glon=  276.73 glat=  28.16 u=  35.7000 v=  23.6000 vr=  -6.04496 vt=  42.36636
 i=  793 j=  942 glon=  276.93 (0-360E) glon=  276.93 glat=  28.16 u=  28.4000 v=  27.0000 vr=  -4.30156 vt=  38.94941
 i=  798 j=  942 glon=  277.13 (0-360E) glon=  277.13 glat=  28.16 u=  20.2000 v=  30.7000 vr=  -6.60336 vt=  36.15143
 i=  803 j=  942 glon=  277.33 (0-360E) glon=  277.33 glat=  28.16 u=  15.0000 v=  29.1000 vr=  -5.47508 vt=  32.27745
 i=  808 j=  942 glon=  277.53 (0-360E) glon=  277.53 glat=  28.16 u=  15.5000 v=  31.7000 vr=  -3.49523 vt=  35.11301
 i=  813 j=  942 glon=  277.73 (0-360E) glon=  277.73 glat=  28.16 u=  14.6000 v=  25.3000 vr=   1.13566 vt=  29.18836
 i=  818 j=  942 glon=  277.93 (0-360E) glon=  277.93 glat=  28.16 u=  11.4000 v=  28.1000 vr=  -1.34418 vt=  30.29461
 i=  823 j=  942 glon=  278.13 (0-360E) glon=  278.13 glat=  28.16 u=  10.3000 v=  29.4000 vr=  -1.51895 vt=  31.11499
 i=  828 j=  942 glon=  278.33 (0-360E) glon=  278.33 glat=  28.16 u=   7.7000 v=  27.0000 vr=  -2.01930 vt=  28.00379
 i=  833 j=  942 glon=  278.53 (0-360E) glon=  278.53 glat=  28.16 u=   9.4000 v=  26.5000 vr=   0.58862 vt=  28.11163
 i=  728 j=  947 glon=  274.33 (0-360E) glon=  274.33 glat=  27.96 u=   6.9000 v= -12.2000 vr=  -1.27972 vt=  13.95752
 i=  733 j=  947 glon=  274.53 (0-360E) glon=  274.53 glat=  27.96 u=   7.3000 v= -13.2000 vr=  -0.65208 vt=  15.07000
 i=  738 j=  947 glon=  274.73 (0-360E) glon=  274.73 glat=  27.96 u=   8.0000 v= -15.0000 vr=   0.30492 vt=  16.99727
 i=  743 j=  947 glon=  274.93 (0-360E) glon=  274.93 glat=  27.96 u=   8.8000 v= -14.8000 vr=   0.46115 vt=  17.21242
 i=  748 j=  947 glon=  275.13 (0-360E) glon=  275.13 glat=  27.96 u=  10.1000 v= -15.2000 vr=   0.80437 vt=  18.23192
 i=  753 j=  947 glon=  275.33 (0-360E) glon=  275.33 glat=  27.96 u=  12.7000 v= -15.3000 vr=   0.41030 vt=  19.87993
 i=  758 j=  947 glon=  275.53 (0-360E) glon=  275.53 glat=  27.96 u=  16.5000 v= -13.8000 vr=  -1.24852 vt=  21.47397
 i=  763 j=  947 glon=  275.73 (0-360E) glon=  275.73 glat=  27.96 u=  22.2000 v=  -9.6000 vr=  -5.25205 vt=  23.60966
 i=  768 j=  947 glon=  275.93 (0-360E) glon=  275.93 glat=  27.96 u=  28.0000 v=  -6.3000 vr=  -7.07712 vt=  27.81374
 i=  773 j=  947 glon=  276.13 (0-360E) glon=  276.13 glat=  27.96 u=  32.2000 v=  -3.8000 vr=  -5.38554 vt=  31.97305
 i=  778 j=  947 glon=  276.33 (0-360E) glon=  276.33 glat=  27.96 u=  34.6000 v=   1.9000 vr=  -4.50988 vt=  34.35740
 i=  783 j=  947 glon=  276.53 (0-360E) glon=  276.53 glat=  27.96 u=  36.3000 v=   6.7000 vr=  -1.57724 vt=  36.87943
 i=  788 j=  947 glon=  276.73 (0-360E) glon=  276.73 glat=  27.96 u=  30.5000 v=  16.1000 vr=  -4.90454 vt=  34.13804
 i=  793 j=  947 glon=  276.93 (0-360E) glon=  276.93 glat=  27.96 u=  28.6000 v=  22.5000 vr=  -5.29385 vt=  36.00257
 i=  798 j=  947 glon=  277.13 (0-360E) glon=  277.13 glat=  27.96 u=  20.8000 v=  24.9000 vr=  -6.65897 vt=  31.75387
 i=  803 j=  947 glon=  277.33 (0-360E) glon=  277.33 glat=  27.96 u=  17.2000 v=  23.4000 vr=  -4.31578 vt=  28.71888
 i=  808 j=  947 glon=  277.53 (0-360E) glon=  277.53 glat=  27.96 u=  19.2000 v=  22.6000 vr=   0.51911 vt=  29.65014
 i=  813 j=  947 glon=  277.73 (0-360E) glon=  277.73 glat=  27.96 u=  14.0000 v=  29.2000 vr=  -5.21853 vt=  31.95946
 i=  818 j=  947 glon=  277.93 (0-360E) glon=  277.93 glat=  27.96 u=  13.5000 v=  31.1000 vr=  -4.59575 vt=  33.59076
 i=  823 j=  947 glon=  278.13 (0-360E) glon=  278.13 glat=  27.96 u=  12.6000 v=  29.2000 vr=  -2.72744 vt=  31.68534
 i=  828 j=  947 glon=  278.33 (0-360E) glon=  278.33 glat=  27.96 u=   9.2000 v=  27.9000 vr=  -3.84125 vt=  29.12550
 i=  733 j=  952 glon=  274.53 (0-360E) glon=  274.53 glat=  27.76 u=   8.6000 v= -12.7000 vr=  -0.62438 vt=  15.32515
 i=  738 j=  952 glon=  274.73 (0-360E) glon=  274.73 glat=  27.76 u=   8.5000 v= -13.0000 vr=   0.41455 vt=  15.52669
 i=  743 j=  952 glon=  274.93 (0-360E) glon=  274.93 glat=  27.76 u=   9.6000 v= -11.8000 vr=  -0.25575 vt=  15.20969
 i=  748 j=  952 glon=  275.13 (0-360E) glon=  275.13 glat=  27.76 u=  11.1000 v= -12.0000 vr=  -0.14317 vt=  16.34593
 i=  753 j=  952 glon=  275.33 (0-360E) glon=  275.33 glat=  27.76 u=  12.9000 v= -12.7000 vr=   0.53645 vt=  18.09454
 i=  758 j=  952 glon=  275.53 (0-360E) glon=  275.53 glat=  27.76 u=  16.8000 v= -12.9000 vr=   0.17395 vt=  21.18065
 i=  763 j=  952 glon=  275.73 (0-360E) glon=  275.73 glat=  27.76 u=  19.7000 v=  -9.4000 vr=  -1.77980 vt=  21.75505
 i=  768 j=  952 glon=  275.93 (0-360E) glon=  275.93 glat=  27.76 u=  23.1000 v=  -7.1000 vr=  -2.15697 vt=  24.07005
 i=  773 j=  952 glon=  276.13 (0-360E) glon=  276.13 glat=  27.76 u=  27.9000 v=  -3.4000 vr=  -3.06163 vt=  27.93916
 i=  778 j=  952 glon=  276.33 (0-360E) glon=  276.33 glat=  27.76 u=  28.9000 v=   3.9000 vr=  -5.64786 vt=  28.60982
 i=  783 j=  952 glon=  276.53 (0-360E) glon=  276.53 glat=  27.76 u=  28.4000 v=   9.7000 vr=  -6.45197 vt=  29.30908
 i=  788 j=  952 glon=  276.73 (0-360E) glon=  276.73 glat=  27.76 u=  28.0000 v=  15.6000 vr=  -7.28092 vt=  31.21455
 i=  793 j=  952 glon=  276.93 (0-360E) glon=  276.93 glat=  27.76 u=  25.0000 v=  18.8000 vr=  -6.62619 vt=  30.57014
 i=  798 j=  952 glon=  277.13 (0-360E) glon=  277.13 glat=  27.76 u=  21.9000 v=  19.6000 vr=  -4.83484 vt=  28.98956
 i=  803 j=  952 glon=  277.33 (0-360E) glon=  277.33 glat=  27.76 u=  20.2000 v=  20.7000 vr=  -3.42749 vt=  28.71902
 i=  808 j=  952 glon=  277.53 (0-360E) glon=  277.53 glat=  27.76 u=  20.9000 v=  20.4000 vr=   0.05135 vt=  29.20560
 i=  813 j=  952 glon=  277.73 (0-360E) glon=  277.73 glat=  27.76 u=  20.3000 v=  29.0000 vr=  -3.68235 vt=  35.20696
 i=  818 j=  952 glon=  277.93 (0-360E) glon=  277.93 glat=  27.76 u=  16.2000 v=  30.1000 vr=  -5.21728 vt=  33.78210
 i=  823 j=  952 glon=  278.13 (0-360E) glon=  278.13 glat=  27.76 u=  13.8000 v=  28.5000 vr=  -4.37461 vt=  31.36164
 i=  828 j=  952 glon=  278.33 (0-360E) glon=  278.33 glat=  27.76 u=  10.9000 v=  28.3000 vr=  -5.22104 vt=  29.87375
 i=  738 j=  957 glon=  274.73 (0-360E) glon=  274.73 glat=  27.56 u=  11.5000 v= -11.5000 vr=  -1.51826 vt=  16.19243
 i=  743 j=  957 glon=  274.93 (0-360E) glon=  274.93 glat=  27.56 u=  11.8000 v=  -9.7000 vr=  -1.95099 vt=  15.15004
 i=  748 j=  957 glon=  275.13 (0-360E) glon=  275.13 glat=  27.56 u=  11.5000 v=  -7.8000 vr=  -2.04184 vt=  13.74485
 i=  753 j=  957 glon=  275.33 (0-360E) glon=  275.33 glat=  27.56 u=  13.3000 v=  -8.3000 vr=  -1.58876 vt=  15.59666
 i=  758 j=  957 glon=  275.53 (0-360E) glon=  275.53 glat=  27.56 u=  16.1000 v=  -8.3000 vr=  -1.56809 vt=  18.04553
 i=  763 j=  957 glon=  275.73 (0-360E) glon=  275.73 glat=  27.56 u=  19.1000 v=  -6.9000 vr=  -2.14166 vt=  20.19488
 i=  768 j=  957 glon=  275.93 (0-360E) glon=  275.93 glat=  27.56 u=  21.9000 v=  -5.0000 vr=  -2.33569 vt=  22.34177
 i=  773 j=  957 glon=  276.13 (0-360E) glon=  276.13 glat=  27.56 u=  23.8000 v=  -0.4000 vr=  -4.18384 vt=  23.43279
 i=  778 j=  957 glon=  276.33 (0-360E) glon=  276.33 glat=  27.56 u=  25.2000 v=   4.6000 vr=  -5.87305 vt=  24.93406
 i=  783 j=  957 glon=  276.53 (0-360E) glon=  276.53 glat=  27.56 u=  25.7000 v=   7.8000 vr=  -5.35217 vt=  26.31890
 i=  788 j=  957 glon=  276.73 (0-360E) glon=  276.73 glat=  27.56 u=  23.2000 v=  12.9000 vr=  -7.14335 vt=  25.56604
 i=  793 j=  957 glon=  276.93 (0-360E) glon=  276.93 glat=  27.56 u=  22.9000 v=  14.1000 vr=  -4.94337 vt=  26.43451
 i=  798 j=  957 glon=  277.13 (0-360E) glon=  277.13 glat=  27.56 u=  22.2000 v=  15.2000 vr=  -3.04814 vt=  26.73179
 i=  803 j=  957 glon=  277.33 (0-360E) glon=  277.33 glat=  27.56 u=  18.8000 v=  20.2000 vr=  -6.24269 vt=  26.87952
 i=  808 j=  957 glon=  277.53 (0-360E) glon=  277.53 glat=  27.56 u=  16.6000 v=  21.8000 vr=  -6.35585 vt=  26.65339
 i=  813 j=  957 glon=  277.73 (0-360E) glon=  277.73 glat=  27.56 u=  17.0000 v=  25.5000 vr=  -6.58137 vt=  29.93218
 i=  818 j=  957 glon=  277.93 (0-360E) glon=  277.93 glat=  27.56 u=  16.5000 v=  27.7000 vr=  -6.33208 vt=  31.61400
 i=  823 j=  957 glon=  278.13 (0-360E) glon=  278.13 glat=  27.56 u=  13.6000 v=  27.8000 vr=  -6.74817 vt=  30.20368
 i=  743 j=  962 glon=  274.93 (0-360E) glon=  274.93 glat=  27.36 u=  15.1000 v=  -9.6000 vr=  -3.09664 vt=  17.62330
 i=  748 j=  962 glon=  275.13 (0-360E) glon=  275.13 glat=  27.36 u=  12.6000 v=  -6.8000 vr=  -2.47308 vt=  14.10262
 i=  753 j=  962 glon=  275.33 (0-360E) glon=  275.33 glat=  27.36 u=  16.3000 v=  -3.9000 vr=  -5.78736 vt=  15.72916
 i=  758 j=  962 glon=  275.53 (0-360E) glon=  275.53 glat=  27.36 u=  17.5000 v=  -3.6000 vr=  -5.16912 vt=  17.10234
 i=  763 j=  962 glon=  275.73 (0-360E) glon=  275.73 glat=  27.36 u=  18.1000 v=  -3.7000 vr=  -3.55582 vt=  18.12888
 i=  768 j=  962 glon=  275.93 (0-360E) glon=  275.93 glat=  27.36 u=  19.2000 v=   0.3000 vr=  -5.68346 vt=  18.34198
 i=  773 j=  962 glon=  276.13 (0-360E) glon=  276.13 glat=  27.36 u=  20.4000 v=   3.3000 vr=  -6.63906 vt=  19.56969
 i=  778 j=  962 glon=  276.33 (0-360E) glon=  276.33 glat=  27.36 u=  22.1000 v=   5.2000 vr=  -6.15852 vt=  21.85229
 i=  783 j=  962 glon=  276.53 (0-360E) glon=  276.53 glat=  27.36 u=  21.1000 v=   5.9000 vr=  -4.17737 vt=  21.50743
 i=  788 j=  962 glon=  276.73 (0-360E) glon=  276.73 glat=  27.36 u=  20.8000 v=   9.0000 vr=  -4.62679 vt=  22.18632
 i=  793 j=  962 glon=  276.93 (0-360E) glon=  276.93 glat=  27.36 u=  21.6000 v=  10.8000 vr=  -3.48404 vt=  23.89689
 i=  798 j=  962 glon=  277.13 (0-360E) glon=  277.13 glat=  27.36 u=  18.2000 v=  14.7000 vr=  -5.85055 vt=  22.65174
 i=  803 j=  962 glon=  277.33 (0-360E) glon=  277.33 glat=  27.36 u=  23.6000 v=  16.0000 vr=  -2.02383 vt=  28.44054
 i=  808 j=  962 glon=  277.53 (0-360E) glon=  277.53 glat=  27.36 u=  20.8000 v=  21.2000 vr=  -5.38097 vt=  29.20831
 i=  813 j=  962 glon=  277.73 (0-360E) glon=  277.73 glat=  27.36 u=  16.6000 v=  24.4000 vr=  -8.22542 vt=  28.34188
 i=  818 j=  962 glon=  277.93 (0-360E) glon=  277.93 glat=  27.36 u=  15.6000 v=  25.1000 vr=  -7.44455 vt=  28.59980
 i=  748 j=  967 glon=  275.13 (0-360E) glon=  275.13 glat=  27.16 u=  14.9000 v=  -8.0000 vr=  -1.90311 vt=  16.80441
 i=  753 j=  967 glon=  275.33 (0-360E) glon=  275.33 glat=  27.16 u=  16.3000 v=  -4.7000 vr=  -4.15597 vt=  16.44713
 i=  758 j=  967 glon=  275.53 (0-360E) glon=  275.53 glat=  27.16 u=  16.9000 v=  -2.0000 vr=  -5.44033 vt=  16.12491
 i=  763 j=  967 glon=  275.73 (0-360E) glon=  275.73 glat=  27.16 u=  16.9000 v=   0.5000 vr=  -6.27382 vt=  15.70029
 i=  768 j=  967 glon=  275.93 (0-360E) glon=  275.93 glat=  27.16 u=  18.6000 v=   2.0000 vr=  -6.56021 vt=  17.51924
 i=  773 j=  967 glon=  276.13 (0-360E) glon=  276.13 glat=  27.16 u=  18.5000 v=   3.9000 vr=  -6.55673 vt=  17.73328
 i=  778 j=  967 glon=  276.33 (0-360E) glon=  276.33 glat=  27.16 u=  19.6000 v=   6.2000 vr=  -6.94439 vt=  19.34878
 i=  783 j=  967 glon=  276.53 (0-360E) glon=  276.53 glat=  27.16 u=  20.3000 v=   4.0000 vr=  -2.55284 vt=  20.53224
 i=  788 j=  967 glon=  276.73 (0-360E) glon=  276.73 glat=  27.16 u=  20.9000 v=  13.3000 vr=  -9.38350 vt=  22.92705
 i=  793 j=  967 glon=  276.93 (0-360E) glon=  276.93 glat=  27.16 u=  18.6000 v=  12.7000 vr=  -7.03059 vt=  21.39675
 i=  798 j=  967 glon=  277.13 (0-360E) glon=  277.13 glat=  27.16 u=  20.7000 v=  14.4000 vr=  -5.71679 vt=  24.55949
 i=  803 j=  967 glon=  277.33 (0-360E) glon=  277.33 glat=  27.16 u=  20.7000 v=  16.8000 vr=  -5.61681 vt=  26.06111
 i=  808 j=  967 glon=  277.53 (0-360E) glon=  277.53 glat=  27.16 u=  18.8000 v=  19.5000 vr=  -6.73975 vt=  26.23482
 i=  813 j=  967 glon=  277.73 (0-360E) glon=  277.73 glat=  27.16 u=  16.6000 v=  21.1000 vr=  -7.34240 vt=  25.82361
 i=  758 j=  972 glon=  275.53 (0-360E) glon=  275.53 glat=  26.96 u=  15.3000 v=  -3.2000 vr=  -3.00691 vt=  15.33912
 i=  763 j=  972 glon=  275.73 (0-360E) glon=  275.73 glat=  26.96 u=  15.4000 v=  -1.1000 vr=  -3.72026 vt=  14.98431
 i=  768 j=  972 glon=  275.93 (0-360E) glon=  275.93 glat=  26.96 u=  17.0000 v=   1.4000 vr=  -5.14980 vt=  16.26160
 i=  773 j=  972 glon=  276.13 (0-360E) glon=  276.13 glat=  26.96 u=  18.0000 v=   5.0000 vr=  -7.29938 vt=  17.19649
 i=  778 j=  972 glon=  276.33 (0-360E) glon=  276.33 glat=  26.96 u=  16.8000 v=   5.4000 vr=  -5.96827 vt=  16.60662
 i=  783 j=  972 glon=  276.53 (0-360E) glon=  276.53 glat=  26.96 u=  19.1000 v=   7.3000 vr=  -6.08144 vt=  19.52220
 i=  788 j=  972 glon=  276.73 (0-360E) glon=  276.73 glat=  26.96 u=  19.3000 v=   9.4000 vr=  -6.22580 vt=  20.54481
 i=  793 j=  972 glon=  276.93 (0-360E) glon=  276.93 glat=  26.96 u=  18.1000 v=  11.6000 vr=  -6.72026 vt=  20.42077
 i=  798 j=  972 glon=  277.13 (0-360E) glon=  277.13 glat=  26.96 u=  19.4000 v=  12.2000 vr=  -5.01543 vt=  22.36170
 i=  803 j=  972 glon=  277.33 (0-360E) glon=  277.33 glat=  26.96 u=  19.9000 v=  12.9000 vr=  -3.56704 vt=  23.44560
 i=  778 j=  977 glon=  276.33 (0-360E) glon=  276.33 glat=  26.76 u=  17.1000 v=   5.8000 vr=  -6.32134 vt=  16.91422
 i=  783 j=  977 glon=  276.53 (0-360E) glon=  276.53 glat=  26.76 u=  17.4000 v=   7.1000 vr=  -6.09991 vt=  17.77530
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    22.8715018375608       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     32.61 kts
    LL Wind Circ Vt mean quadmax value: SE     51.57 kts
    LL Wind Circ Vt mean quadmax value: SW     38.63 kts
    LL Wind Circ Vt mean quadmax value: NW     33.28 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   15.1019182760430       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    28.6941496006545     
   xcenlon=    276.405974889148     
   imax=         2738  jmax=         2041
   jlatfix=          928
   ilonfix (unadjusted) =          780
  
 In get_max_wind, ibeg=          702  iend=          857
                  jbeg=          860  jend=          997
         ilonfix=          780  jlatfix=          928
 At end of get_max_wind, vmax=    50.6566017415302       rmax= 
   14.9306345386118     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   12.77 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   13.60 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   15.10 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   17.99 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   22.57 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   28.19 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   34.16 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   38.84 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   41.02 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   41.18 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   40.22 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   38.85 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   37.63 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   36.56 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   35.64 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   34.64 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   33.52 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   32.16 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   30.82 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   29.52 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   28.34 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   27.23 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   26.23 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   25.34 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   24.52 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   23.67 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   22.82 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   21.91 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   20.88 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.74 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.68 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   17.84 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   17.18 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   16.70 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   16.21 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.75 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.30 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.92 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.60 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.34 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.15 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   13.93 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    41.18 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    41.1828495641007      
  (m/s)   (in kts)=    80.0059218481785     
  rising_sum_dvdr=       28.4097105588668     
  declining_sum_dvdr=   -18.3621795423537     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    48 igrct=  1 Vmax (m/s)=   50.657   22:22:37
 TIMING: before call  getradii, fhr=    48 igrct=  1   22:22:37
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    9.72126333914093     
 mr4qs before add, mean_radii_vt_4quad_sum=    9.72126333914093     
 mr4qs after add, mean_radii_vt_4quad_sum=    23.0360447079876     
 mr4qs before add, mean_radii_vt_4quad_sum=    23.0360447079876     
 mr4qs after add, mean_radii_vt_4quad_sum=    21.4024667858478     
 mr4qs before add, mean_radii_vt_4quad_sum=    21.4024667858478     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.8356062036581     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   15.84 good_quad_ct=   4 mean_vt_4quad=      3.96
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.75 mean_vt_4quad=    6.90
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.96 mean_vt_4quad=    6.91
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.16 mean_vt_4quad=    6.92
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.32 mean_vt_4quad=    6.94
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.47 mean_vt_4quad=    6.97
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.61 mean_vt_4quad=    7.01
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.74 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.82 mean_vt_4quad=    7.09
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.85 mean_vt_4quad=    7.12
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.85 mean_vt_4quad=    7.15
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.80 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.73 mean_vt_4quad=    7.17
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.60 mean_vt_4quad=    7.18
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.40 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.13 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.85 mean_vt_4quad=    7.18
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.58 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.33 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.14 mean_vt_4quad=    7.13
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.09 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.20 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.35 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.55 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.78 mean_vt_4quad=    7.26
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.00 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.14 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.08 mean_vt_4quad=    7.35
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.09 mean_vt_4quad=    7.36
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.16 mean_vt_4quad=    7.35
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.13 mean_vt_4quad=    7.37
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.97 mean_vt_4quad=    7.43
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.97 mean_vt_4quad=    7.46
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.83 mean_vt_4quad=    7.48
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.70 mean_vt_4quad=    7.45
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.60 mean_vt_4quad=    7.42
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.41 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   12.40 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   10.38 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    7.90 mean_vt_4quad=    7.13
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    6.90 mean_vt_4quad=    7.10
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    6.94 mean_vt_4quad=    7.13
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    7.07 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    7.02 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    7.04 mean_vt_4quad=    7.26
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    7.20 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    7.59 mean_vt_4quad=    7.36
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    8.06 mean_vt_4quad=    7.42
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    8.04 mean_vt_4quad=    7.46
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    8.05 mean_vt_4quad=    7.50
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    8.08 mean_vt_4quad=    7.54
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    7.92 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    8.04 mean_vt_4quad=    7.63
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    8.13 mean_vt_4quad=    7.70
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    8.40 mean_vt_4quad=    7.79
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    8.76 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    9.06 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    9.26 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    9.70 mean_vt_4quad=    8.08
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   10.09 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   10.56 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   10.84 mean_vt_4quad=    8.27
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   10.82 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   11.06 mean_vt_4quad=    8.35
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   11.54 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   11.67 mean_vt_4quad=    8.54
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   12.21 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   12.01 mean_vt_4quad=    8.82
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   11.52 mean_vt_4quad=    8.96
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   10.93 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   11.13 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   11.55 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   11.82 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   11.76 mean_vt_4quad=   10.14
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   11.77 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   11.37 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   10.47 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=    9.30 mean_vt_4quad=   11.14
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=    8.69 mean_vt_4quad=   11.31
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=    8.71 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=    8.76 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=    9.40 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   10.05 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   10.34 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   10.35 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   10.01 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=    9.61 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   11.88 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   14.29 mean_vt_4quad=   13.17
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   16.55 mean_vt_4quad=   13.47
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   18.21 mean_vt_4quad=   13.77
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   13.77 .... 0.5*v_holland=   11.76
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=   11.76
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   14.65 .... 0.5*v_holland=   11.76
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   15.37 .... 0.5*v_holland=   11.76
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  30
  ++++ rdist(ihc)=   90.00  mean_radii_vt_4quad(ihc)=   16.24 .... 0.5*v_holland=   11.76
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   18.21 mean_vt_4quad=   13.77
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   19.17 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   19.88 mean_vt_4quad=   14.65
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   20.39 mean_vt_4quad=   15.37
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.10 mean_vt_4quad=   16.24
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.92 mean_vt_4quad=   17.12
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.89 mean_vt_4quad=   17.88
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   23.77 mean_vt_4quad=   18.57
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   24.59 mean_vt_4quad=   19.24
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   25.34 mean_vt_4quad=   19.96
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   26.28 mean_vt_4quad=   20.73
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   26.28 mean_vt_4quad=   20.73
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   27.36 mean_vt_4quad=   21.56
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   28.66 mean_vt_4quad=   22.44
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   29.84 mean_vt_4quad=   23.37
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   30.71 mean_vt_4quad=   24.38
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   31.42 mean_vt_4quad=   25.46
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   32.53 mean_vt_4quad=   26.69
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   33.48 mean_vt_4quad=   28.03
  
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   15.19 mean_vt_4quad=    6.90
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   15.17 mean_vt_4quad=    6.91
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   15.17 mean_vt_4quad=    6.92
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   15.18 mean_vt_4quad=    6.94
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   15.19 mean_vt_4quad=    6.97
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.17 mean_vt_4quad=    7.01
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.18 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.23 mean_vt_4quad=    7.09
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.28 mean_vt_4quad=    7.12
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.30 mean_vt_4quad=    7.15
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.31 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.32 mean_vt_4quad=    7.17
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.33 mean_vt_4quad=    7.18
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.36 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.39 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.39 mean_vt_4quad=    7.18
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.39 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.38 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.39 mean_vt_4quad=    7.13
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.40 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.41 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.43 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.46 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.48 mean_vt_4quad=    7.26
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.48 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.48 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.47 mean_vt_4quad=    7.35
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   15.44 mean_vt_4quad=    7.36
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.42 mean_vt_4quad=    7.35
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.41 mean_vt_4quad=    7.37
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.42 mean_vt_4quad=    7.43
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.52 mean_vt_4quad=    7.46
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.57 mean_vt_4quad=    7.48
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.64 mean_vt_4quad=    7.45
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.78 mean_vt_4quad=    7.42
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.87 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.91 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.01 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   16.13 mean_vt_4quad=    7.13
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.31 mean_vt_4quad=    7.10
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.43 mean_vt_4quad=    7.13
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.52 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.61 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.71 mean_vt_4quad=    7.26
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.85 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.96 mean_vt_4quad=    7.36
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.10 mean_vt_4quad=    7.42
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.21 mean_vt_4quad=    7.46
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   17.42 mean_vt_4quad=    7.50
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.61 mean_vt_4quad=    7.54
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=    7.54 .... 0.5*v_holland=    5.59
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=    7.58 .... 0.5*v_holland=    5.59
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=    7.63 .... 0.5*v_holland=    5.59
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=    7.70 .... 0.5*v_holland=    5.59
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=    7.79 .... 0.5*v_holland=    5.59
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    222.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   119.791200000000     
 vradius(iwindix,iquad) =         120
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   17.61 mean_vt_4quad=    7.54
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.75 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.81 mean_vt_4quad=    7.63
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.93 mean_vt_4quad=    7.70
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.07 mean_vt_4quad=    7.79
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   18.16 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   18.46 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.77 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.12 mean_vt_4quad=    8.08
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.56 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.71 mean_vt_4quad=    8.21
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.58 mean_vt_4quad=    8.27
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.46 mean_vt_4quad=    8.31
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   19.24 mean_vt_4quad=    8.35
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   19.04 mean_vt_4quad=    8.42
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.99 mean_vt_4quad=    8.54
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.02 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.17 mean_vt_4quad=    8.82
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.29 mean_vt_4quad=    8.96
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.91 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.51 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.89 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.96 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.19 mean_vt_4quad=   10.14
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.36 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.51 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   21.52 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   21.53 mean_vt_4quad=   11.14
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   21.49 mean_vt_4quad=   11.31
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   21.51 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   21.58 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   21.64 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   21.68 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   21.75 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   21.84 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.01 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.21 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   22.45 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   22.69 mean_vt_4quad=   13.17
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   23.06 mean_vt_4quad=   13.47
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   23.56 mean_vt_4quad=   13.77
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   24.03 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   24.40 mean_vt_4quad=   14.65
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   24.68 mean_vt_4quad=   15.37
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   25.11 mean_vt_4quad=   16.24
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   25.63 mean_vt_4quad=   17.12
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   26.28 mean_vt_4quad=   17.88
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   26.28 mean_vt_4quad=   17.88
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   27.00 mean_vt_4quad=   18.57
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   27.76 mean_vt_4quad=   19.24
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   28.52 mean_vt_4quad=   19.96
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   29.26 mean_vt_4quad=   20.73
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   29.90 mean_vt_4quad=   21.56
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   30.54 mean_vt_4quad=   22.44
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   31.92 mean_vt_4quad=   23.37
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   33.48 mean_vt_4quad=   24.38
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.13 mean_vt_4quad=    6.90
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.20 mean_vt_4quad=    6.91
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.27 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.34 mean_vt_4quad=    6.94
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.40 mean_vt_4quad=    6.97
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.44 mean_vt_4quad=    7.01
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.45 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.46 mean_vt_4quad=    7.09
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.46 mean_vt_4quad=    7.12
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.46 mean_vt_4quad=    7.15
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.46 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.46 mean_vt_4quad=    7.17
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.46 mean_vt_4quad=    7.18
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.45 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.45 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.45 mean_vt_4quad=    7.18
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.47 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.50 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.55 mean_vt_4quad=    7.13
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.61 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.68 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.78 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.88 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.99 mean_vt_4quad=    7.26
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.12 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.24 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.36 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.46 mean_vt_4quad=    7.36
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.48 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.48 mean_vt_4quad=    7.37
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.46 mean_vt_4quad=    7.43
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.38 mean_vt_4quad=    7.46
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.30 mean_vt_4quad=    7.48
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.21 mean_vt_4quad=    7.45
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.14 mean_vt_4quad=    7.42
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.10 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.10 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.12 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.14 mean_vt_4quad=    7.13
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.15 mean_vt_4quad=    7.10
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.16 mean_vt_4quad=    7.13
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.16 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.18 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.21 mean_vt_4quad=    7.26
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.26 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.34 mean_vt_4quad=    7.36
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.47 mean_vt_4quad=    7.42
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.60 mean_vt_4quad=    7.46
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.68 mean_vt_4quad=    7.50
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   13.74 mean_vt_4quad=    7.54
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   13.75 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.70 mean_vt_4quad=    7.63
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.62 mean_vt_4quad=    7.70
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   13.54 mean_vt_4quad=    7.79
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.49 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   13.51 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   13.60 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.74 mean_vt_4quad=    8.08
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   13.82 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.57 mean_vt_4quad=    8.21
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.25 mean_vt_4quad=    8.27
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   13.20 mean_vt_4quad=    8.31
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.34 mean_vt_4quad=    8.35
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   13.49 mean_vt_4quad=    8.42
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   13.69 mean_vt_4quad=    8.54
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   13.87 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   13.95 mean_vt_4quad=    8.82
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.98 mean_vt_4quad=    8.96
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   14.16 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   14.31 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.61 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.73 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.90 mean_vt_4quad=   10.14
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.95 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.03 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.20 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.53 mean_vt_4quad=   11.14
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.95 mean_vt_4quad=   11.31
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.40 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   16.82 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.25 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   17.69 mean_vt_4quad=   11.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    9.66
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    9.66
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   12.26 .... 0.5*v_holland=    9.66
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   12.43 .... 0.5*v_holland=    9.66
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   12.64 .... 0.5*v_holland=    9.66
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   17.69 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   18.12 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   18.54 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.94 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   19.30 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   19.60 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   19.93 mean_vt_4quad=   13.17
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   20.31 mean_vt_4quad=   13.47
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   20.77 mean_vt_4quad=   13.77
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.28 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.81 mean_vt_4quad=   14.65
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.32 mean_vt_4quad=   15.37
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.79 mean_vt_4quad=   16.24
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   23.18 mean_vt_4quad=   17.12
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.57 mean_vt_4quad=   17.88
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   24.20 mean_vt_4quad=   18.57
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   25.03 mean_vt_4quad=   19.24
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   25.88 mean_vt_4quad=   19.96
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   25.88 mean_vt_4quad=   19.96
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.87 mean_vt_4quad=   20.73
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   27.60 mean_vt_4quad=   21.56
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   28.19 mean_vt_4quad=   22.44
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   29.30 mean_vt_4quad=   23.37
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   31.14 mean_vt_4quad=   24.38
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   34.35 mean_vt_4quad=   25.46
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.60 mean_vt_4quad=    6.90
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.55 mean_vt_4quad=    6.91
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.53 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.53 mean_vt_4quad=    6.94
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.55 mean_vt_4quad=    6.97
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.50 mean_vt_4quad=    7.01
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.49 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.47 mean_vt_4quad=    7.09
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.51 mean_vt_4quad=    7.12
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    7.58 mean_vt_4quad=    7.15
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    7.64 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    7.68 mean_vt_4quad=    7.17
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    7.72 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    7.75 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    7.79 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    7.84 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    7.91 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    7.94 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    7.99 mean_vt_4quad=    7.13
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    8.04 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    8.12 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    8.18 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    8.26 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    8.37 mean_vt_4quad=    7.26
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    8.49 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    8.63 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    8.78 mean_vt_4quad=    7.35
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.93 mean_vt_4quad=    7.36
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    9.06 mean_vt_4quad=    7.35
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    9.19 mean_vt_4quad=    7.37
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    9.30 mean_vt_4quad=    7.43
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    9.40 mean_vt_4quad=    7.46
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    9.50 mean_vt_4quad=    7.48
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    9.58 mean_vt_4quad=    7.45
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    9.66 mean_vt_4quad=    7.42
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    9.74 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    9.81 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    9.87 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    9.93 mean_vt_4quad=    7.13
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    9.97 mean_vt_4quad=    7.10
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    9.97 mean_vt_4quad=    7.13
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   10.00 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   10.05 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   10.13 mean_vt_4quad=    7.26
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   10.22 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   10.31 mean_vt_4quad=    7.36
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   10.38 mean_vt_4quad=    7.42
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   10.46 mean_vt_4quad=    7.46
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   10.55 mean_vt_4quad=    7.50
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   10.64 mean_vt_4quad=    7.54
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   10.75 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   10.88 mean_vt_4quad=    7.63
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   11.03 mean_vt_4quad=    7.70
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   11.20 mean_vt_4quad=    7.79
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   11.41 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   11.64 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.87 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.08 mean_vt_4quad=    8.08
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.24 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   12.35 mean_vt_4quad=    8.21
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.41 mean_vt_4quad=    8.27
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.45 mean_vt_4quad=    8.31
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   12.52 mean_vt_4quad=    8.35
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   12.63 mean_vt_4quad=    8.42
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.77 mean_vt_4quad=    8.54
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   12.94 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.14 mean_vt_4quad=    8.82
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.35 mean_vt_4quad=    8.96
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.62 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.89 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.16 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.41 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.65 mean_vt_4quad=   10.14
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.93 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.27 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.59 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   16.00 mean_vt_4quad=   11.14
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.39 mean_vt_4quad=   11.31
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.66 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.89 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.11 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   17.35 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.58 mean_vt_4quad=   12.11
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   12.26 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   12.43 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   12.64 .... 0.5*v_holland=    9.89
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   12.89 .... 0.5*v_holland=    9.89
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.58 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   17.78 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.97 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   18.20 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.42 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.73 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   19.17 mean_vt_4quad=   13.47
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   20.03 mean_vt_4quad=   13.77
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   20.98 mean_vt_4quad=   14.12
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.88 mean_vt_4quad=   14.65
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   22.57 mean_vt_4quad=   15.37
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   23.01 mean_vt_4quad=   16.24
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   23.37 mean_vt_4quad=   17.12
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   23.80 mean_vt_4quad=   17.88
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   24.61 mean_vt_4quad=   18.57
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.46 mean_vt_4quad=   19.24
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.21 mean_vt_4quad=   19.96
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.21 mean_vt_4quad=   19.96
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.82 mean_vt_4quad=   20.73
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   27.64 mean_vt_4quad=   21.56
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   28.57 mean_vt_4quad=   22.44
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   29.73 mean_vt_4quad=   23.37
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   30.87 mean_vt_4quad=   24.38
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   31.94 mean_vt_4quad=   25.46
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   33.45 mean_vt_4quad=   26.69
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
 TIMING: after call  getradii, fhr=    48 igrct=  1   22:22:37
 TIMING: after getrad_iter_loop, fhr=    48 igrct=  2 Vmax (m/s)=   50.657   22:22:37
 TIMING: Before get_phase ... 22:22:37
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           48 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    29.799
  
  
  In get_cps_paramb, lead time=           48 :           0   10L  IDALIA   
   right_ct=          902   left_ct=          908
   zthicksum(1)=    3077977.78437500     
   zthicksum(2)=    3093280.40075000     
   zthick_right_mean=    3412.39222214524     
   zthick_left_mean=     3406.69647659692     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    5.69574554831934     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            3.24
  Sum of y-diffs squared (ydiff2) =         6142.97
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   445.87   6.7452       43.88   0.1661    -0.81     0.65     1925.34
    2   431.10   6.6846       29.11   0.1055     0.74     0.54      847.43
    3   413.54   6.6201       11.54   0.0409     0.53     0.28      133.23
    4   394.75   6.5511       -7.24  -0.0281     0.31     0.10       52.44
    5   373.29   6.4770      -28.71  -0.1022    -1.21     1.47      824.00
    6   353.41   6.3969      -48.59  -0.1822     0.44     0.20     2360.53
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   401.993     x:    6.58
  
  slope=    269.055         y-intercept =  -1368.159
  Regression equation:   Y = -1368.16 +   269.05X
  
  R2(r_squared) =  0.9995        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1014.34 zmin=  558.13 zdiff=  456.21
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1510.40 zmin= 1064.53 zdiff=  445.87
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -10.34 dlnp=     -0.057158  dzdlnp=      180.831
  
   +++ k=  3 press=    800.0 zmax= 2030.91 zmin= 1599.81 zdiff=  431.10
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -14.77 dlnp=     -0.060625  dzdlnp=      243.597
  
   +++ k=  4 press=    750.0 zmax= 2577.93 zmin= 2164.39 zdiff=  413.54
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -17.57 dlnp=     -0.064539  dzdlnp=      272.210
  
   +++ k=  5 press=    700.0 zmax= 3155.28 zmin= 2760.53 zdiff=  394.75
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -18.78 dlnp=     -0.068993  dzdlnp=      272.260
  
   +++ k=  6 press=    650.0 zmax= 3767.37 zmin= 3394.09 zdiff=  373.29
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -21.46 dlnp=     -0.074108  dzdlnp=      289.631
  
   +++ k=  7 press=    600.0 zmax= 4420.37 zmin= 4066.97 zdiff=  353.41
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -19.88 dlnp=     -0.080043  dzdlnp=      248.367
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           24.08
  Sum of y-diffs squared (ydiff2) =        13539.99
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   330.34   6.3099       62.10   0.2788    -1.93     3.71     3856.24
    2   309.33   6.2146       41.09   0.1834    -1.04     1.09     1688.44
    3   287.97   6.1092       19.73   0.0781     1.80     3.22      389.30
    4   262.40   5.9915       -5.84  -0.0397     3.28    10.76       34.07
    5   228.64   5.8579      -39.60  -0.1732     0.19     0.04     1567.95
    6   190.75   5.7038      -77.49  -0.3274    -2.29     5.26     6003.98
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   268.237     x:    6.03
  
  slope=    229.678         y-intercept =  -1116.987
  Regression equation:   Y = -1116.99 +   229.68X
  
  R2(r_squared) =  0.9982        r =  0.9991
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           48 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4420.37 zmin= 4066.97 zdiff=  353.41
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5120.59 zmin= 4790.26 zdiff=  330.34
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -23.07 dlnp=     -0.087011  dzdlnp=      265.161
  
   +++ k=  9 press=    500.0 zmax= 5877.65 zmin= 5568.33 zdiff=  309.33
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -21.01 dlnp=     -0.095310  dzdlnp=      220.417
  
   +++ k= 10 press=    450.0 zmax= 6702.56 zmin= 6414.59 zdiff=  287.97
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -21.36 dlnp=     -0.105361  dzdlnp=      202.732
  
   +++ k= 11 press=    400.0 zmax= 7607.52 zmin= 7345.12 zdiff=  262.40
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -25.57 dlnp=     -0.117783  dzdlnp=      217.077
  
   +++ k= 12 press=    350.0 zmax= 8609.21 zmin= 8380.57 zdiff=  228.64
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -33.76 dlnp=     -0.133531  dzdlnp=      252.824
  
   +++ k= 13 press=    300.0 zmax= 9735.68 zmin= 9544.92 zdiff=  190.75
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -37.89 dlnp=     -0.154151  dzdlnp=      245.785
  
cps_stats: 10L   lead time=  48: 0   paramb=     5.70  vtl=    269.05  vtu=    229.68
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   48:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  276.406 (0-360) guesslon=  276.406E  (  83.594W)   guesslat=   28.694
 ilonfix=          780  jlatfix=          928  npts=           33
 ibeg=          706  jbeg=          860  imax=         2738
 iend=          854  jend=          996  jmax=         2041
 TIMING: find_maxmin 1  22:22:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  276.286E  (0-360) ctlon=  276.286E  (  83.714W)  ctlat=   27.374 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:22:37
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  276.286E   (0-360) guesslon=  276.286E  (  83.714W)   guesslat=   27.374
 ilonfix=          777  jlatfix=          961  npts=           16
 ibeg=          728  jbeg=          917  imax=         2738
 iend=          826  jend=         1005  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.066E  (0-360) ctlon=  276.066  (  83.934W)  ctlat=   27.254 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    48:00  mean_lon:  276.07E (  83.93W)    (0-360) mean_lon=  276.07E  mean_lat:   27.25  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    48:00  ifix:   759   jfix:   941  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          759  jx=          941
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         283 ,        1417 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         282 ,        1418 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    48:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:22:37
 TIMING: Before shear ... 22:22:37
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=            9
  clon(ist,ifh,3)=    276.399247223791     
  clat(ist,ifh,3)=    28.7722037906696     
  fixlon(ist,ifh)=    276.405974889148     
  fixlat(ist,ifh)=    28.6941496006545     
  xcenlon=    276.399247223791     
  xcenlat=    28.7722037906696     
  
 xxshear
 In get_shear A, xcenlon=    276.399247223791       xcenlat= 
   28.7722037906696     
   In get_shear B, (0-360) xcenlon=    276.399247223791     
  
At start of get_shear:  10L   fhr=   48:00   Mean fix position=   276.41E  ( 83.59W)    28.69  (0-360) mean lon fix=  276.41
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   44.59 vr_mean(idist,ilev)=   -4.47
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   34.75 vr_mean(idist,ilev)=   -3.46
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   27.13 vr_mean(idist,ilev)=   -2.87
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   22.53 vr_mean(idist,ilev)=    0.02
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   20.13 vr_mean(idist,ilev)=    2.01
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.94 vr_mean(idist,ilev)=    0.10
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   17.96 vr_mean(idist,ilev)=    0.50
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.72 vr_mean(idist,ilev)=   -0.23
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.39 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.29 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.24 vr_mean(idist,ilev)=   -0.48
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.19 vr_mean(idist,ilev)=   -0.37
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.51 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.93 vr_mean(idist,ilev)=   -0.12
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.27 vr_mean(idist,ilev)=    0.28
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.71 vr_mean(idist,ilev)=    0.31
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.24 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    9.04 vr_mean(idist,ilev)=   -0.37
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    8.73 vr_mean(idist,ilev)=   -0.42
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -16.16 vr_mean(idist,ilev)=   16.16
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -24.23 vr_mean(idist,ilev)=   24.23
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -32.32 vr_mean(idist,ilev)=   32.32
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -40.40 vr_mean(idist,ilev)=   40.40
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -48.49 vr_mean(idist,ilev)=   48.49
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -56.58 vr_mean(idist,ilev)=   56.58
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -64.67 vr_mean(idist,ilev)=   64.67
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -72.77 vr_mean(idist,ilev)=   72.77
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -80.88 vr_mean(idist,ilev)=   80.88
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -88.99 vr_mean(idist,ilev)=   88.99
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -97.11 vr_mean(idist,ilev)=   97.11
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -105.23 vr_mean(idist,ilev)=  105.23
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -113.37 vr_mean(idist,ilev)=  113.37
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -121.52 vr_mean(idist,ilev)=  121.52
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -129.67 vr_mean(idist,ilev)=  129.67
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -137.84 vr_mean(idist,ilev)=  137.84
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -146.02 vr_mean(idist,ilev)=  146.02
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -154.22 vr_mean(idist,ilev)=  154.22
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -162.43 vr_mean(idist,ilev)=  162.43
  
 At end of get_shear: 
     ist=    4 ifh=    9 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:22:37
  
 After call to fixcenter, fix positions at 
 forecast hour=   48:00 follow:
  
fixpos  10L   fhr=   48:00   Fix position=   276.41E  ( 83.59W)    28.69   Max Wind=  98 kts
  
  
 xxxx get_next_ges, prev fix lon=    275.550552166832     
 xxxx get_next_ges, curr fix lon=    276.405974889148     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    276.405974889148        fixlat=    28.6941496006545     
        (0-360) fixlon=    276.405974889148     
      ilonfix=          780   jlatfix=          928
      ibeg=          296   iend=         1264
      jbeg=          476   jend=         1380
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.39960308379778       vavg=    4.46322590953081     
      ubar=    1.09990077094944       vbar=    1.11580647738270     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    5.86032976124273       vavg=    5.21138042737367     
      ubar=    4.03006565157081       vbar=    3.72149669106954     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.28822410817773       vavg=    5.97416412379127     
      ubar=    5.60212167861524       vbar=    5.21503772201735     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    5.60212167861524       vbar=    5.21503772201735     
      wgttot=    1.00000000000000     
      fixlon=    276.405974889148        fixlat=    28.6941496006545     
      barnlon=    277.652637050370       barnlat=    29.7071890008030     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.872916378276959     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      277.652637050370     
     Raw (no conversion for GM wrap) extraplon=    277.272152380945     
  
 --- barnlon=    277.65E  (  82.35W)    barnlat=     29.71
 --- extraplon=  277.27E  (  82.73W)    extraplat=   30.00
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   28.69
 | Current fix lon is   83.59W   ( 276.41E)
 | Current fix lon (raw, unadjusted)=  276.41E
 | Updated guess lat for next fcst hour is   29.85
 | Updated guess lon (0-360) for next fcst hour is   82.54W   ( 277.46E)
 | Raw updated guess lon for next fcst hour is  277.46E)
 -------------------------------------------------
  
 iocheck, dist=    164.766135873855        distm=    164766.135873855     
 iocheck, stmspd=    7.62806184601181        istmspd=          148
 iocheck, xincr=    1.05641982650928        yincr=    1.16041229645501     
 iocheck, stmdir=    42.3142013212631        istmdir=           42
 +++ RPT_STORM_MOTION: istmspd=   148 kts(*10)    istmdir=    42 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=   9
     Fix location for this time:   276.41E  ( 83.59W)    28.69
     Fix lon (raw) for this time:  276.41E
     ilonfix=  780  jlatfix=  928
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    276.405974889148       xcenlat=    28.6941496006545     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    276.405974889148       xcenlat=    28.6941496006545     
  ilonfix=          780  jlatfix=          928
  ibeg=          656  iend=          904
  jbeg=          812  jend=         1044  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    276.405974889148        xcenlat=    28.6941496006545     
      ilonfix=          780   jlatfix=          928
      ibeg=          656   iend=          904
      jbeg=          812   jend=         1044
 After call to barnes, xsmoothval=   3.506182750550909E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.506182750550909E-004
      xcenlon=    276.405974889148        xcenlat=    28.6941496006545     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000351  imeanzeta (*1e6)=      351
   --- mean zeta raw =   3.506182750550909E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.005971  igrid zeta (*1e6)=     5971 ifilret=   0
   --- grid zeta raw=   5.970560605576411E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    276.405974889148       xcenlat=    28.6941496006545     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    276.405974889148       xcenlat=    28.6941496006545     
  ilonfix=          780  jlatfix=          928
  ibeg=          656  iend=          904
  jbeg=          812  jend=         1044  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    276.405974889148        xcenlat=    28.6941496006545     
      ilonfix=          780   jlatfix=          928
      ibeg=          656   iend=          904
      jbeg=          812   jend=         1044
 After call to barnes, xsmoothval=   3.393679713992116E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.393679713992116E-004
      xcenlon=    276.405974889148        xcenlat=    28.6941496006545     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000339  imeanzeta (*1e6)=      339
   --- mean zeta raw =   3.393679713992116E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004362  igrid zeta (*1e6)=     4362 ifilret=   0
   --- grid zeta raw=   4.361722440879961E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           48
  
 segx, outlon=    276.405974889148       outlat=    28.6941496006545     
   ist=            4  ifcsthour=           48
   vmaxwind=    50.6566017415302       xminmslp=    95829.5400000000     
   vradius=           55          39          28         120          45
          32          68          40          31          66          40
          29
   maxstorm=            6
   plastbar=    99429.5400000000       rlastbar=    42.5384557228961     
   rmax=    14.9306345386118     
   cps_vals=    5.69574554831934        269.054820163339     
   229.677894598448     
   wcore_flag= n
   istmspd=          148  istmdir=           42
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     41.1828495641007     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   42.5384557228961       irlastbar=          43
 output: plastbar=   99429.5400000000       iplastbar=         994
 rmax=    14.9306345386118        irmax=           15
 TXX top of atcfunix_ext, ist=            4  ifh=           48
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   42.5384557228961       irlastbar=          43
 output: plastbar=   99429.5400000000       iplastbar=         994
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           48
 intlat=          287
 clatns= N
 intlon=          836
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           98
 int(xminmslp/mslp_outp_adj + 0.5)=          958
 XX,  34, NEQ
 vradius(1,1)=           55
 vradius(1,2)=          120
 vradius(1,3)=           68
 vradius(1,4)=           66
 iplastbar=          994
 irlastbar=           43
 irmax=           15
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           42
 istmspd=          148
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           57
 icps_vals(2)=         2691
 icps_vals(3)=         2297
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           80
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          351
 igridzeta(1)=         5971
 imeanzeta(2)=          339
 igridzeta(2)=         4362
  
 rmax=    14.9306345386118        irmax=           15
 +++ Top of output_atcf_parms, ist=            4  ifh=           48
  
 xxxx get_next_ges, prev fix lon=    275.550552166832     
 xxxx get_next_ges, curr fix lon=    276.405974889148     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    276.405974889148        fixlat=    28.6941496006545     
        (0-360) fixlon=    276.405974889148     
      ilonfix=          780   jlatfix=          928
      ibeg=          296   iend=         1264
      jbeg=          476   jend=         1380
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.39960308379778       vavg=    4.46322590953081     
      ubar=    1.09990077094944       vbar=    1.11580647738270     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    5.86032976124273       vavg=    5.21138042737367     
      ubar=    4.03006565157081       vbar=    3.72149669106954     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.28822410817773       vavg=    5.97416412379127     
      ubar=    5.60212167861524       vbar=    5.21503772201735     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    5.60212167861524       vbar=    5.21503772201735     
      wgttot=    1.00000000000000     
      fixlon=    276.405974889148        fixlat=    28.6941496006545     
      barnlon=    277.652637050370       barnlat=    29.7071890008030     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.872916378276959     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      277.652637050370     
     Raw (no conversion for GM wrap) extraplon=    277.272152380945     
  
 --- barnlon=    277.65E  (  82.35W)    barnlat=     29.71
 --- extraplon=  277.27E  (  82.73W)    extraplat=   30.00
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    48.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   28.69
 | Current fix lon is   83.59W   ( 276.41E)
 | Current fix lon (raw, unadjusted)=  276.41E
 | Updated guess lat for next fcst hour is   29.85
 | Updated guess lon (0-360) for next fcst hour is   82.54W   ( 277.46E)
 | Raw updated guess lon for next fcst hour is  277.46E)
 -------------------------------------------------
  
 iocheck, dist=    164.766135873855        distm=    164766.135873855     
 iocheck, stmspd=    7.62806184601181        istmspd=          148
 iocheck, xincr=    1.05641982650928        yincr=    1.16041229645501     
 iocheck, stmdir=    42.3142013212631        istmdir=           42
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 48
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 48 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          209  = igcret =            0
 baclose return code for unit          609  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   54:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f03240                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f03240.ix                                                                                    
hafs.trak.storm.2023082812.f03240: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: cannot stat: 2
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: Not ready yet.  Size=103819156, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: Not ready yet.  Size=103819156, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f03240: sleep 5
hafs.trak.storm.2023082812.f03240: ready.
hafs.trak.storm.2023082812.f03240.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f03240.ix: ready.
 in open_grib_files in multi else part....
   lugb=          210   lugi=          610
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03240                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03240.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f03240...  gopen_i_file= ...hafs.trak.storm.2023082812.f03240.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03240                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03240.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          210  is CLOSED
 TEST open_grib_files, unit lugi=          610  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f03240                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f03240.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          210  is CLOSED
 TEST b4 getgridinfo, unit lugi=          610  is CLOSED
 before getgb2 call, lugb=          210  lugi=          610
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   54   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    54h ... 22:23:23
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:23
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   54   5588258   0.000       0.000     -0.3489E-02  0.5738E-02
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   54   5588258   0.000       0.000     -0.4283E-02  0.4406E-02
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   54   5588258   0.000       0.000      -48.10       57.10    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   54   5588258   0.000       0.000      -47.70       58.00    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   54   5588258   0.000       0.000      -42.61       50.28    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   54   5588258   0.000       0.000      -37.41       48.52    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:24
 TIMING: after getgb2-122:23:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   54   5588258   0.000       0.000       1084.       1595.    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:25
 TIMING: after getgb2-122:23:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   54   5588258   0.000       0.000       2754.       3240.    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:25
 TIMING: after getgb2-122:23:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   54   5588258   0.000       0.000      0.9614E+05  0.1023E+06
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:25
 TIMING: after getgb2-122:23:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   54   5588258   0.000       0.000      -35.20       36.83    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:25
 TIMING: after getgb2-122:23:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   54   5588258   0.000       0.000      -35.21       40.91    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:25
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   54   5588258   0.000       0.000      -35.02       44.75    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   54   5588258   0.000       0.000      -37.39       45.04    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           54  hours
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   54   5588258   0.000       0.000       5431.       5979.    
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           54  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   54   5588258   0.000       0.000      0.1164E+05  0.1255E+05
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           54  hours
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           54  hours
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           54  hours
 TEST b4 getgb2 getdata, unit lugb=          210  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          610  is CLOSED

 TIMING: before getgb2-122:23:26
 TIMING: after getgb2-122:23:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           54  hours

 TIMING: before getgb2-phase22:23:26
 TIMING: after getgb2-222:23:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   54   5588258   0.000       0.000       583.4       1105.    

 TIMING: before getgb2-phase22:23:26
 TIMING: after getgb2-222:23:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   54   5588258   0.000       0.000       1084.       1595.    

 TIMING: before getgb2-phase22:23:26
 TIMING: after getgb2-222:23:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   54   5588258   0.000       0.000       1610.       2111.    

 TIMING: before getgb2-phase22:23:27
 TIMING: after getgb2-222:23:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   54   5588258   0.000       0.000       2166.       2655.    

 TIMING: before getgb2-phase22:23:27
 TIMING: after getgb2-222:23:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   54   5588258   0.000       0.000       2754.       3240.    

 TIMING: before getgb2-phase22:23:27
 TIMING: after getgb2-222:23:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   54   5588258   0.000       0.000       3380.       3862.    

 TIMING: before getgb2-phase22:23:27
 TIMING: after getgb2-222:23:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   54   5588258   0.000       0.000       4049.       4520.    

 TIMING: before getgb2-phase22:23:27
 TIMING: after getgb2-222:23:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   54   5588258   0.000       0.000       4729.       5224.    

 TIMING: before getgb2-phase22:23:28
 TIMING: after getgb2-222:23:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   54   5588258   0.000       0.000       5431.       5979.    

 TIMING: before getgb2-phase22:23:28
 TIMING: after getgb2-222:23:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   54   5588258   0.000       0.000       6194.       6798.    

 TIMING: before getgb2-phase22:23:28
 TIMING: after getgb2-222:23:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   54   5588258   0.000       0.000       7025.       7693.    

 TIMING: before getgb2-phase22:23:28
 TIMING: after getgb2-222:23:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   54   5588258   0.000       0.000       7938.       8682.    

 TIMING: before getgb2-phase22:23:28
 TIMING: after getgb2-222:23:29
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           54 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   54   5588258   0.000       0.000       8959.       9787.    
 TIMING: after getdata ... 22:23:29
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   54:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.439959745606145E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.823E  (0-360) ctlon=  298.823E  (  61.177W)  ctlat=   24.941 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.344E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.823E   (0-360) guesslon=  298.823E  (  61.177W)   guesslat=   24.941
 ilonfix=         1341  jlatfix=         1022  npts=           16
 ibeg=         1292  jbeg=          978  imax=         2738
 iend=         1390  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.503E  (0-360) ctlon=  298.503  (  61.497W)  ctlat=   24.921 fmax (x10e5) =        0.345E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.576085135384449E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.223E  (0-360) ctlon=  299.223E  (  60.777W)  ctlat=   24.541 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.458E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.223E   (0-360) guesslon=  299.223E  (  60.777W)   guesslat=   24.541
 ilonfix=         1351  jlatfix=         1032  npts=           16
 ibeg=         1302  jbeg=          988  imax=         2738
 iend=         1400  jend=         1076  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.903E  (0-360) ctlon=  298.903  (  61.097W)  ctlat=   24.721 fmax (x10e5) =        0.329E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.823E  (0-360) ctlon=  298.823E  (  61.177W)  ctlat=   24.941 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.152E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.823E   (0-360) guesslon=  298.823E  (  61.177W)   guesslat=   24.941
 ilonfix=         1341  jlatfix=         1022  npts=           16
 ibeg=         1292  jbeg=          978  imax=         2738
 iend=         1390  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.703E  (0-360) ctlon=  298.703  (  61.297W)  ctlat=   24.821 fmax =       -0.100E+16 fmin =        0.152E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.823E  (0-360) ctlon=  298.823E  (  61.177W)  ctlat=   24.941 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.316E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.823E   (0-360) guesslon=  298.823E  (  61.177W)   guesslat=   24.941
 ilonfix=         1341  jlatfix=         1022  npts=           16
 ibeg=         1292  jbeg=          978  imax=         2738
 iend=         1390  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.903E  (0-360) ctlon=  298.903  (  61.097W)  ctlat=   24.721 fmax =       -0.100E+16 fmin =        0.316E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.823E  (0-360) ctlon=  298.823E  (  61.177W)  ctlat=   24.941 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.823E   (0-360) guesslon=  298.823E  (  61.177W)   guesslat=   24.941
 ilonfix=         1341  jlatfix=         1022  npts=           16
 ibeg=         1292  jbeg=          978  imax=         2738
 iend=         1390  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.603E  (0-360) ctlon=  298.603  (  61.397W)  ctlat=   24.821 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.543 (0-360) guesslon=  298.543E  (  61.457W)   guesslat=   25.061
 ilonfix=         1334  jlatfix=         1019  npts=           33
 ibeg=         1261  jbeg=          951  imax=         2738
 iend=         1407  jend=         1087  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   2.067503773915711E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.823E  (0-360) ctlon=  298.823E  (  61.177W)  ctlat=   24.941 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.207E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.823E   (0-360) guesslon=  298.823E  (  61.177W)   guesslat=   24.941
 ilonfix=         1341  jlatfix=         1022  npts=           16
 ibeg=         1292  jbeg=          978  imax=         2738
 iend=         1390  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.603E  (0-360) ctlon=  298.603  (  61.397W)  ctlat=   24.821 fmax (x10e5) =        0.239E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    298.664859504461        uvgeslat=    24.8557568144765     
    (0-360 uvgeslon)=    298.664859504461     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:23:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.664859504461        uvgeslat=    24.8557568144765     
    (0-360 uvgeslon)=    298.664859504461     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.664859504461     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.345E  (0-360E lon):  298.345E    61.655W  ctlat=   24.856  xmax_circul_disk =      59015627.4
 TIMING: get_wind_circ kloop, k=  1   22:23:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.345E  (0-360E)=  298.345E  (  61.655W)   guesslat=   24.856
 ilonfix=         1329  jlatfix=         1024  npts=           56
 ibeg=         1260  jbeg=          960  imax=         2738
 iend=         1398  jend=         1088  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    59312063.6923388     
 nhalf get_wind_circ, k=  1 ctlon=  298.485E  (0-360E)=  298.485E  ctlon=   61.515W   ctlat=   24.936 Wind Circulation (NHEM: Max) =      59312063.7
 TIMING: After GWC 850 ... 22:23:29
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:23:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.664859504461        uvgeslat=    24.8557568144765     
    (0-360 uvgeslon)=    298.664859504461     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.664859504461     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.665E  (0-360E lon):  298.665E    61.335W  ctlat=   24.856  xmax_circul_disk =      56700462.5
 TIMING: get_wind_circ kloop, k=  1   22:23:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.665E  (0-360E)=  298.665E  (  61.335W)   guesslat=   24.856
 ilonfix=         1337  jlatfix=         1024  npts=           56
 ibeg=         1268  jbeg=          960  imax=         2738
 iend=         1406  jend=         1088  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    56884204.5597411     
 nhalf get_wind_circ, k=  1 ctlon=  298.925E  (0-360E)=  298.925E  ctlon=   61.075W   ctlat=   24.816 Wind Circulation (NHEM: Max) =      56884204.6
 TIMING: After GWC 700 ... 22:23:29
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:23:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.664859504461        uvgeslat=    24.8557568144765     
    (0-360 uvgeslon)=    298.664859504461     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.664859504461     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.345E  (0-360E lon):  298.345E    61.655W  ctlat=   24.856  xmax_circul_disk =      44571418.7
 TIMING: get_wind_circ kloop, k=  1   22:23:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.345E  (0-360E)=  298.345E  (  61.655W)   guesslat=   24.856
 ilonfix=         1329  jlatfix=         1024  npts=           56
 ibeg=         1260  jbeg=          960  imax=         2738
 iend=         1398  jend=         1088  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    44697986.2717395     
 nhalf get_wind_circ, k=  1 ctlon=  298.425E  (0-360E)=  298.425E  ctlon=   61.575W   ctlat=   24.936 Wind Circulation (NHEM: Max) =      44697986.3
 TIMING: After GWC Sfc ... 22:23:29
  
 At beg of fixcenter, stderr(ist,ifh-1) =    19.20  xavg_stderr=    16.49
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           10  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    54:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  298.54E   (0-360) guesslon=  298.54E  ( 61.46W)    25.06
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       298.50       61.50      24.92           34.52       T         16.08
   2    zeta 700    Max       298.90       61.10      24.72           32.88       T         52.42
   3    circ 850    Max       298.48       61.52      24.94           59.31       T         15.13
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       298.92       61.08      24.82           56.88       T         47.19
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       298.70       61.30      24.82         1518.38       T         31.18
   8     gph 700    Min       298.90       61.10      24.72         3158.59       T         52.42
   9        MSLP    Min       298.60       61.40      24.82       101210.17       T         27.36
  10    circ sfc    Max       298.42       61.58      24.94           44.70       T         18.34
  11    zeta sfc    Max       298.60       61.40      24.82           23.90       T         27.36
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    18.3668605450854       stderr_close= 
   9.14562527201021       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  19.604 devia=   2.144 wtpos=  0.48942     298.50   298.50    61.50    24.92
 ip=  2 kprm=  2 dist_from_mean=  26.485 devia=   2.896 wtpos=  0.38086     298.90   298.90    61.10    24.72
 ip=  3 kprm=  3 dist_from_mean=  22.000 devia=   2.406 wtpos=  0.44850     298.48   298.48    61.52    24.94
 ip=  5 kprm=  4 dist_from_mean=  25.553 devia=   2.794 wtpos=  0.39403     298.92   298.92    61.08    24.82
 ip=  7 kprm=  5 dist_from_mean=   3.437 devia=   0.376 wtpos=  0.88227     298.70   298.70    61.30    24.82
 ip=  8 kprm=  6 dist_from_mean=  26.485 devia=   2.896 wtpos=  0.38086     298.90   298.90    61.10    24.72
 ip=  9 kprm=  7 dist_from_mean=   7.177 devia=   0.785 wtpos=  0.76982     298.60   298.60    61.40    24.82
 ip= 10 kprm=  8 dist_from_mean=  27.382 devia=   2.994 wtpos=  0.36861     298.42   298.42    61.58    24.94
 ip= 11 kprm=  9 dist_from_mean=   7.177 devia=   0.785 wtpos=  0.76982     298.60   298.60    61.40    24.82
  
At end of fixcenter:  00L   fhr=   54:00   Fix position=   298.66E  (0-360) fixlon=  298.66  ( 61.34W)    24.83
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    298.659534378873     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.603042868097     
        (0-360E clon(ist,ifh,9))=    298.603042868097     
      clat(ist,ifh,9)=    24.8212122235674     
      xval(9)=    101210.173135132     
  
  After get_ij B, ibeg jbeg =         1227         887
  After get_ij B, iend jend =         1443        1163
  
 In is_it_a_storm, ilonfix=         1335  jlatfix=         1025
 ibeg jbeg iend jend =         1227         887        1443        1163
 cparm= slp  parmlon parmlat =    298.603042868097        24.8212122235674     
     (0-360E parmlon) =    298.603042868097     
 parmval=    101210.173135132     
  
 i= 1312 j=  962 glon=  297.69 (0-360E) glon=  297.69 glat=  27.36 dist=   296.80 slp=  101584.49 pgradient=  1.26118
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  1.26118
 mslp center =    298.603042868097        24.8212122235674     
   101210.173135132     
   (0-360E) lon of mslp center =    298.603042868097     
 pgrad loc   =    297.688689000000        297.688689000000     
   62.3113110000000        27.3609640000000        101584.490000000     
  ttest at location C IF....
      xinp_fixlat=    24.8212122235674     
      xinp_fixlon=    298.603042868097       (0-360E) xinp_fixlon= 
   298.603042868097     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   100690.090000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1339  jfix=         1020
 longitude=    298.603042868097      E   (   61.3969571319032      
 W)  (0-360E) xinp_fixlon=    298.603042868097     
 latitude=    24.8212122235674     
 mean mslp value (xval(9))=    101210.173135132     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1339  jfix=         1020
 longitude=    298.603042868097      E   (   61.3969571319032      
 W)  (0-360E) xinp_fixlon=    298.603042868097     
 latitude=    24.8212122235674     
 mean mslp value (xval(9))=    101210.173135132     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1339  jx=         1020
 *-----------------------------------------------*
  
 fxy(ix,jx)=    100690.090000000       xcentval=    100690.090000000     
 At A, num_found_contours=            0
 At A, contlo=    100690.090000000       conthi=    101090.090000000     
  
 num_found_contours=            0
 contlo=    100690.090000000       conthi=    101090.090000000     
 xcentval=    100690.090000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    101090.090000000       conthi=    101490.090000000     
  
 num_found_contours=            1
 contlo=    101090.090000000       conthi=    101490.090000000     
 xcentval=    100690.090000000     
 At A, num_found_contours=            2
 At A, contlo=    101490.090000000       conthi=    101890.090000000     
  
 num_found_contours=            2
 contlo=    101490.090000000       conthi=    101890.090000000     
 xcentval=    100690.090000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1250 ,         940 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    100690.090000000     
 !!! (i,j) of central value = (        1339 ,        1020 )
 !!!  
 !!! Flagged value found    =    101488.330000000     
 !!! (i,j) of flagged value = (        1249 ,         939 )
 !!!   
 !!! Lower bound of contour interval =    101490.090000000     
 !!! Upper bound of contour interval =    101890.090000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1339  jfix=         1020
 longitude=    298.603042868097      E   (   61.3969571319032      W)  
 (0-360E) xinp_fixlon=    298.603042868097     
 latitude=    24.8212122235674     
 mean mslp value (xval(9))=    101210.173135132     
 gridpoint mslp value=    100690.090000000     
 ccflag= y
 prs of last closed isobar =    101490.090000000     
 radius of last closed isobar =    57.5289849906222       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   54:00
 !!! Boundary check xinp_fixlat is   24.82
 !!! Boundary check xinp_fixlon is   61.40W   ( 298.60E)  (0-360E) xinp_fixlon=  298.60
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.484864004461     
  850 mb wcirc fix lat=    24.9357548144765     
    (0-360) 850 mb wcirc fix lon=    298.484864004461     
  Multi-parm fix lon=      298.659534378873     
  Multi-parm fix lat=      24.8343598356212     
    (0-360) Multi-parm fix lon=      298.659534378873     
  
  
  After get_ij B, ibeg jbeg =         1241         918
  After get_ij B, iend jend =         1423        1126
  
 In is_it_a_storm, ilonfix=         1332  jlatfix=         1022
 ibeg jbeg iend jend =         1241         918        1423        1126
 cparm= v850  parmlon parmlat =    298.484864004461        24.9357548144765     
     (0-360E parmlon) =    298.484864004461     
 parmval=    59312063.6923388     
  
 i= 1326 j=  973 glon=  298.25 (0-360E) glon=  298.25 glat=  26.92 u=  -8.0000 v=   6.5000 vr=   7.31742 vt=   7.25985
 i= 1331 j=  973 glon=  298.45 (0-360E) glon=  298.45 glat=  26.92 u=  -7.7000 v=   6.5000 vr=   6.62587 vt=   7.59196
 i= 1336 j=  973 glon=  298.65 (0-360E) glon=  298.65 glat=  26.92 u=  -7.5000 v=   7.1000 vr=   6.52309 vt=   8.00683
 i= 1341 j=  973 glon=  298.85 (0-360E) glon=  298.85 glat=  26.92 u=  -7.2000 v=   7.5000 vr=   6.22374 vt=   8.32797
 i= 1306 j=  978 glon=  297.45 (0-360E) glon=  297.45 glat=  26.72 u=  -6.7000 v=   2.3000 vr=   5.15038 vt=   4.86349
 i= 1311 j=  978 glon=  297.65 (0-360E) glon=  297.65 glat=  26.72 u=  -7.7000 v=   3.6000 vr=   6.31740 vt=   5.68687
 i= 1316 j=  978 glon=  297.85 (0-360E) glon=  297.85 glat=  26.72 u=  -8.8000 v=   4.8000 vr=   7.26658 vt=   6.90484
 i= 1321 j=  978 glon=  298.05 (0-360E) glon=  298.05 glat=  26.72 u=  -9.3000 v=   6.3000 vr=   8.15675 vt=   7.72317
 i= 1326 j=  978 glon=  298.25 (0-360E) glon=  298.25 glat=  26.72 u=  -9.0000 v=   7.4000 vr=   8.41586 vt=   8.05812
 i= 1331 j=  978 glon=  298.45 (0-360E) glon=  298.45 glat=  26.72 u=  -8.7000 v=   7.7000 vr=   7.85803 vt=   8.55753
 i= 1336 j=  978 glon=  298.65 (0-360E) glon=  298.65 glat=  26.72 u=  -8.7000 v=   8.0000 vr=   7.25395 vt=   9.33114
 i= 1341 j=  978 glon=  298.85 (0-360E) glon=  298.85 glat=  26.72 u=  -8.2000 v=   8.2000 vr=   6.57960 vt=   9.54928
 i= 1346 j=  978 glon=  299.05 (0-360E) glon=  299.05 glat=  26.72 u=  -7.9000 v=   8.4000 vr=   5.90945 vt=   9.90194
 i= 1351 j=  978 glon=  299.25 (0-360E) glon=  299.25 glat=  26.72 u=  -7.4000 v=   8.3000 vr=   5.07213 vt=   9.89563
 i= 1356 j=  978 glon=  299.45 (0-360E) glon=  299.45 glat=  26.72 u=  -6.8000 v=   8.4000 vr=   4.56562 vt=   9.79567
 i= 1301 j=  983 glon=  297.25 (0-360E) glon=  297.25 glat=  26.52 u=  -5.9000 v=   0.2000 vr=   3.56600 vt=   4.70464
 i= 1306 j=  983 glon=  297.45 (0-360E) glon=  297.45 glat=  26.52 u=  -7.2000 v=   1.5000 vr=   4.95637 vt=   5.43363
 i= 1311 j=  983 glon=  297.65 (0-360E) glon=  297.65 glat=  26.52 u=  -8.3000 v=   2.6000 vr=   5.92056 vt=   6.37157
 i= 1316 j=  983 glon=  297.85 (0-360E) glon=  297.85 glat=  26.52 u=  -9.5000 v=   4.0000 vr=   7.00059 vt=   7.56583
 i= 1321 j=  983 glon=  298.05 (0-360E) glon=  298.05 glat=  26.52 u= -10.0000 v=   6.1000 vr=   8.33343 vt=   8.23189
 i= 1326 j=  983 glon=  298.25 (0-360E) glon=  298.25 glat=  26.52 u= -10.2000 v=   8.2000 vr=   9.48797 vt=   9.01435
 i= 1331 j=  983 glon=  298.45 (0-360E) glon=  298.45 glat=  26.52 u= -10.4000 v=   8.9000 vr=   9.11267 vt=  10.21417
 i= 1336 j=  983 glon=  298.65 (0-360E) glon=  298.65 glat=  26.52 u=  -9.7000 v=   8.9000 vr=   7.95947 vt=  10.48556
 i= 1341 j=  983 glon=  298.85 (0-360E) glon=  298.85 glat=  26.52 u=  -9.1000 v=   8.8000 vr=   6.76818 vt=  10.69774
 i= 1346 j=  983 glon=  299.05 (0-360E) glon=  299.05 glat=  26.52 u=  -8.6000 v=   8.7000 vr=   5.64980 vt=  10.85033
 i= 1351 j=  983 glon=  299.25 (0-360E) glon=  299.25 glat=  26.52 u=  -8.1000 v=   8.7000 vr=   4.74011 vt=  10.90098
 i= 1356 j=  983 glon=  299.45 (0-360E) glon=  299.45 glat=  26.52 u=  -7.5000 v=   8.8000 vr=   4.09603 vt=  10.81261
 i= 1361 j=  983 glon=  299.65 (0-360E) glon=  299.65 glat=  26.52 u=  -6.9000 v=   8.9000 vr=   3.59402 vt=  10.67253
 i= 1366 j=  983 glon=  299.85 (0-360E) glon=  299.85 glat=  26.52 u=  -6.0000 v=   9.0000 vr=   3.41214 vt=  10.26437
 i= 1296 j=  988 glon=  297.05 (0-360E) glon=  297.05 glat=  26.32 u=  -5.4000 v=  -1.9000 vr=   2.31356 vt=   5.23617
 i= 1301 j=  988 glon=  297.25 (0-360E) glon=  297.25 glat=  26.32 u=  -6.3000 v=  -0.6000 vr=   3.49399 vt=   5.27655
 i= 1306 j=  988 glon=  297.45 (0-360E) glon=  297.45 glat=  26.32 u=  -7.7000 v=   0.5000 vr=   4.73168 vt=   6.09518
 i= 1311 j=  988 glon=  297.65 (0-360E) glon=  297.65 glat=  26.32 u=  -8.9000 v=   1.7000 vr=   5.75856 vt=   6.99564
 i= 1316 j=  988 glon=  297.85 (0-360E) glon=  297.85 glat=  26.32 u= -10.4000 v=   3.1000 vr=   6.85287 vt=   8.41476
 i= 1321 j=  988 glon=  298.05 (0-360E) glon=  298.05 glat=  26.32 u= -12.0000 v=   5.4000 vr=   8.48015 vt=  10.06216
 i= 1326 j=  988 glon=  298.25 (0-360E) glon=  298.25 glat=  26.32 u= -13.1000 v=   7.3000 vr=   9.21089 vt=  11.83467
 i= 1331 j=  988 glon=  298.45 (0-360E) glon=  298.45 glat=  26.32 u= -13.1000 v=   8.7000 vr=   9.00697 vt=  12.89087
 i= 1336 j=  988 glon=  298.65 (0-360E) glon=  298.65 glat=  26.32 u= -12.2000 v=   9.7000 vr=   8.34798 vt=  13.16211
 i= 1341 j=  988 glon=  298.85 (0-360E) glon=  298.85 glat=  26.32 u= -10.7000 v=  10.3000 vr=   7.54879 vt=  12.79045
 i= 1346 j=  988 glon=  299.05 (0-360E) glon=  299.05 glat=  26.32 u=  -9.7000 v=  10.0000 vr=   6.03314 vt=  12.55752
 i= 1351 j=  988 glon=  299.25 (0-360E) glon=  299.25 glat=  26.32 u=  -8.9000 v=   9.9000 vr=   4.88553 vt=  12.38352
 i= 1356 j=  988 glon=  299.45 (0-360E) glon=  299.45 glat=  26.32 u=  -8.1000 v=   9.9000 vr=   4.06042 vt=  12.12984
 i= 1361 j=  988 glon=  299.65 (0-360E) glon=  299.65 glat=  26.32 u=  -7.3000 v=   9.6000 vr=   3.21949 vt=  11.62260
 i= 1366 j=  988 glon=  299.85 (0-360E) glon=  299.85 glat=  26.32 u=  -6.5000 v=   9.6000 vr=   2.83598 vt=  11.24132
 i= 1371 j=  988 glon=  300.05 (0-360E) glon=  300.05 glat=  26.32 u=  -5.7000 v=   9.7000 vr=   2.70027 vt=  10.92193
 i= 1291 j=  993 glon=  296.85 (0-360E) glon=  296.85 glat=  26.12 u=  -4.3000 v=  -4.1000 vr=   0.80451 vt=   5.88666
 i= 1296 j=  993 glon=  297.05 (0-360E) glon=  297.05 glat=  26.12 u=  -5.2000 v=  -2.5000 vr=   2.16432 vt=   5.34843
 i= 1301 j=  993 glon=  297.25 (0-360E) glon=  297.25 glat=  26.12 u=  -6.6000 v=  -1.6000 vr=   3.37176 vt=   5.89502
 i= 1306 j=  993 glon=  297.45 (0-360E) glon=  297.45 glat=  26.12 u=  -8.2000 v=  -0.8000 vr=   4.46398 vt=   6.92480
 i= 1311 j=  993 glon=  297.65 (0-360E) glon=  297.65 glat=  26.12 u= -10.0000 v=   0.7000 vr=   5.97325 vt=   8.05048
 i= 1316 j=  993 glon=  297.85 (0-360E) glon=  297.85 glat=  26.12 u= -11.5000 v=   1.9000 vr=   6.73416 vt=   9.51373
 i= 1321 j=  993 glon=  298.05 (0-360E) glon=  298.05 glat=  26.12 u= -13.0000 v=   3.4000 vr=   7.33292 vt=  11.26003
 i= 1326 j=  993 glon=  298.25 (0-360E) glon=  298.25 glat=  26.12 u= -14.7000 v=   5.8000 vr=   8.31594 vt=  13.43782
 i= 1331 j=  993 glon=  298.45 (0-360E) glon=  298.45 glat=  26.12 u= -14.3000 v=   9.2000 vr=   9.59135 vt=  14.04051
 i= 1336 j=  993 glon=  298.65 (0-360E) glon=  298.65 glat=  26.12 u= -14.4000 v=  10.1000 vr=   8.23566 vt=  15.54168
 i= 1341 j=  993 glon=  298.85 (0-360E) glon=  298.85 glat=  26.12 u= -13.6000 v=  10.9000 vr=   6.86358 vt=  16.02065
 i= 1346 j=  993 glon=  299.05 (0-360E) glon=  299.05 glat=  26.12 u= -11.3000 v=  11.0000 vr=   5.63565 vt=  14.72853
 i= 1351 j=  993 glon=  299.25 (0-360E) glon=  299.25 glat=  26.12 u=  -9.9000 v=  10.5000 vr=   4.08067 vt=  13.84226
 i= 1356 j=  993 glon=  299.45 (0-360E) glon=  299.45 glat=  26.12 u=  -8.9000 v=  10.3000 vr=   3.01534 vt=  13.27433
 i= 1361 j=  993 glon=  299.65 (0-360E) glon=  299.65 glat=  26.12 u=  -7.7000 v=  10.4000 vr=   2.65028 vt=  12.66594
 i= 1366 j=  993 glon=  299.85 (0-360E) glon=  299.85 glat=  26.12 u=  -6.8000 v=  10.4000 vr=   2.28564 vt=  12.21376
 i= 1371 j=  993 glon=  300.05 (0-360E) glon=  300.05 glat=  26.12 u=  -6.1000 v=  10.4000 vr=   1.98328 vt=  11.89271
 i= 1376 j=  993 glon=  300.25 (0-360E) glon=  300.25 glat=  26.12 u=  -5.4000 v=  10.5000 vr=   1.90198 vt=  11.65300
 i= 1286 j=  998 glon=  296.65 (0-360E) glon=  296.65 glat=  25.92 u=  -3.0000 v=  -5.4000 vr=  -0.15793 vt=   6.17536
 i= 1291 j=  998 glon=  296.85 (0-360E) glon=  296.85 glat=  25.92 u=  -3.8000 v=  -5.0000 vr=   0.40701 vt=   6.26692
 i= 1296 j=  998 glon=  297.05 (0-360E) glon=  297.05 glat=  25.92 u=  -4.9000 v=  -3.6000 vr=   1.73991 vt=   5.82604
 i= 1301 j=  998 glon=  297.25 (0-360E) glon=  297.25 glat=  25.92 u=  -6.8000 v=  -3.0000 vr=   3.12894 vt=   6.74164
 i= 1306 j=  998 glon=  297.45 (0-360E) glon=  297.45 glat=  25.92 u=  -8.3000 v=  -2.9000 vr=   3.62871 vt=   8.00827
 i= 1311 j=  998 glon=  297.65 (0-360E) glon=  297.65 glat=  25.92 u= -10.2000 v=   0.0000 vr=   6.21759 vt=   8.08589
 i= 1316 j=  998 glon=  297.85 (0-360E) glon=  297.85 glat=  25.92 u= -11.4000 v=   1.1000 vr=   6.70398 vt=   9.28583
 i= 1321 j=  998 glon=  298.05 (0-360E) glon=  298.05 glat=  25.92 u= -12.2000 v=   0.9000 vr=   5.37383 vt=  10.98963
 i= 1326 j=  998 glon=  298.25 (0-360E) glon=  298.25 glat=  25.92 u= -13.2000 v=   4.6000 vr=   7.29416 vt=  11.92456
 i= 1331 j=  998 glon=  298.45 (0-360E) glon=  298.45 glat=  25.92 u= -13.8000 v=   9.1000 vr=   9.55349 vt=  13.49003
 i= 1336 j=  998 glon=  298.65 (0-360E) glon=  298.65 glat=  25.92 u= -13.4000 v=   9.1000 vr=   7.00503 vt=  14.60478
 i= 1341 j=  998 glon=  298.85 (0-360E) glon=  298.85 glat=  25.92 u= -14.1000 v=  12.0000 vr=   6.91168 vt=  17.17669
 i= 1346 j=  998 glon=  299.05 (0-360E) glon=  299.05 glat=  25.92 u= -12.9000 v=  12.4000 vr=   5.07544 vt=  17.15838
 i= 1351 j=  998 glon=  299.25 (0-360E) glon=  299.25 glat=  25.92 u= -11.6000 v=  12.9000 vr=   3.89060 vt=  16.90660
 i= 1356 j=  998 glon=  299.45 (0-360E) glon=  299.45 glat=  25.92 u=  -9.7000 v=  11.9000 vr=   2.46890 vt=  15.15271
 i= 1361 j=  998 glon=  299.65 (0-360E) glon=  299.65 glat=  25.92 u=  -8.6000 v=  11.1000 vr=   1.28677 vt=  13.98264
 i= 1366 j=  998 glon=  299.85 (0-360E) glon=  299.85 glat=  25.92 u=  -7.4000 v=  11.2000 vr=   1.18367 vt=  13.37157
 i= 1371 j=  998 glon=  300.05 (0-360E) glon=  300.05 glat=  25.92 u=  -6.5000 v=  11.2000 vr=   1.03957 vt=  12.90772
 i= 1376 j=  998 glon=  300.25 (0-360E) glon=  300.25 glat=  25.92 u=  -5.7000 v=  11.0000 vr=   0.89800 vt=  12.35652
 i= 1281 j= 1003 glon=  296.45 (0-360E) glon=  296.45 glat=  25.72 u=  -1.1000 v=  -5.0000 vr=  -0.93126 vt=   5.03416
 i= 1286 j= 1003 glon=  296.65 (0-360E) glon=  296.65 glat=  25.72 u=  -2.1000 v=  -6.1000 vr=  -0.68863 vt=   6.41450
 i= 1291 j= 1003 glon=  296.85 (0-360E) glon=  296.85 glat=  25.72 u=  -2.8000 v=  -6.2000 vr=  -0.41387 vt=   6.79034
 i= 1296 j= 1003 glon=  297.05 (0-360E) glon=  297.05 glat=  25.72 u=  -4.1000 v=  -5.0000 vr=   0.93726 vt=   6.39778
 i= 1301 j= 1003 glon=  297.25 (0-360E) glon=  297.25 glat=  25.72 u=  -5.9000 v=  -4.8000 vr=   2.08399 vt=   7.31485
 i= 1306 j= 1003 glon=  297.45 (0-360E) glon=  297.45 glat=  25.72 u=  -7.3000 v=  -4.2000 vr=   2.91070 vt=   7.90302
 i= 1311 j= 1003 glon=  297.65 (0-360E) glon=  297.65 glat=  25.72 u=  -8.3000 v=  -1.8000 vr=   4.47007 vt=   7.22139
 i= 1316 j= 1003 glon=  297.85 (0-360E) glon=  297.85 glat=  25.72 u=  -9.9000 v=  -0.5000 vr=   5.45538 vt=   8.27640
 i= 1321 j= 1003 glon=  298.05 (0-360E) glon=  298.05 glat=  25.72 u= -10.6000 v=  -1.1000 vr=   3.78116 vt=   9.96357
 i= 1326 j= 1003 glon=  298.25 (0-360E) glon=  298.25 glat=  25.72 u= -11.0000 v=   4.8000 vr=   7.52176 vt=   9.35218
 i= 1331 j= 1003 glon=  298.45 (0-360E) glon=  298.45 glat=  25.72 u= -12.1000 v=   7.2000 vr=   7.69821 vt=  11.78930
 i= 1336 j= 1003 glon=  298.65 (0-360E) glon=  298.65 glat=  25.72 u= -13.3000 v=   8.9000 vr=   6.27722 vt=  14.72061
 i= 1341 j= 1003 glon=  298.85 (0-360E) glon=  298.85 glat=  25.72 u= -14.0000 v=  11.6000 vr=   5.28052 vt=  17.39759
 i= 1346 j= 1003 glon=  299.05 (0-360E) glon=  299.05 glat=  25.72 u= -13.9000 v=  13.9000 vr=   4.07306 vt=  19.23097
 i= 1351 j= 1003 glon=  299.25 (0-360E) glon=  299.25 glat=  25.72 u= -13.0000 v=  15.1000 vr=   2.72897 vt=  19.73734
 i= 1356 j= 1003 glon=  299.45 (0-360E) glon=  299.45 glat=  25.72 u= -10.9000 v=  14.0000 vr=   1.24573 vt=  17.69910
 i= 1361 j= 1003 glon=  299.65 (0-360E) glon=  299.65 glat=  25.72 u=  -9.2000 v=  12.9000 vr=   0.31022 vt=  15.84152
 i= 1366 j= 1003 glon=  299.85 (0-360E) glon=  299.85 glat=  25.72 u=  -7.9000 v=  12.4000 vr=  -0.03804 vt=  14.70267
 i= 1371 j= 1003 glon=  300.05 (0-360E) glon=  300.05 glat=  25.72 u=  -7.0000 v=  12.0000 vr=  -0.33187 vt=  13.88848
 i= 1376 j= 1003 glon=  300.25 (0-360E) glon=  300.25 glat=  25.72 u=  -5.6000 v=  11.7000 vr=   0.10346 vt=  12.97071
 i= 1381 j= 1003 glon=  300.45 (0-360E) glon=  300.45 glat=  25.72 u=  -5.1000 v=  11.3000 vr=  -0.13785 vt=  12.39681
 i= 1281 j= 1008 glon=  296.45 (0-360E) glon=  296.45 glat=  25.52 u=  -0.2000 v=  -5.9000 vr=  -1.57432 vt=   5.68960
 i= 1286 j= 1008 glon=  296.65 (0-360E) glon=  296.65 glat=  25.52 u=  -1.0000 v=  -7.0000 vr=  -1.35927 vt=   6.93919
 i= 1291 j= 1008 glon=  296.85 (0-360E) glon=  296.85 glat=  25.52 u=  -1.4000 v=  -7.1000 vr=  -1.28711 vt=   7.12133
 i= 1296 j= 1008 glon=  297.05 (0-360E) glon=  297.05 glat=  25.52 u=  -2.8000 v=  -6.3000 vr=  -0.01624 vt=   6.89418
 i= 1301 j= 1008 glon=  297.25 (0-360E) glon=  297.25 glat=  25.52 u=  -4.1000 v=  -5.8000 vr=   0.95931 vt=   7.03774
 i= 1306 j= 1008 glon=  297.45 (0-360E) glon=  297.45 glat=  25.52 u=  -5.0000 v=  -4.9000 vr=   1.65911 vt=   6.80128
 i= 1311 j= 1008 glon=  297.65 (0-360E) glon=  297.65 glat=  25.52 u=  -6.7000 v=  -3.5000 vr=   3.16792 vt=   6.86326
 i= 1316 j= 1008 glon=  297.85 (0-360E) glon=  297.85 glat=  25.52 u=  -7.7000 v=  -3.1000 vr=   3.19741 vt=   7.66007
 i= 1321 j= 1008 glon=  298.05 (0-360E) glon=  298.05 glat=  25.52 u=  -9.6000 v=  -2.1000 vr=   3.63270 vt=   9.13091
 i= 1326 j= 1008 glon=  298.25 (0-360E) glon=  298.25 glat=  25.52 u= -11.4000 v=   4.2000 vr=   7.85880 vt=   9.26495
 i= 1331 j= 1008 glon=  298.45 (0-360E) glon=  298.45 glat=  25.52 u= -13.5000 v=   5.9000 vr=   6.64574 vt=  13.14892
 i= 1336 j= 1008 glon=  298.65 (0-360E) glon=  298.65 glat=  25.52 u= -14.3000 v=   9.5000 vr=   5.69474 vt=  16.19599
 i= 1341 j= 1008 glon=  298.85 (0-360E) glon=  298.85 glat=  25.52 u= -13.1000 v=  11.3000 vr=   3.41741 vt=  16.95940
 i= 1346 j= 1008 glon=  299.05 (0-360E) glon=  299.05 glat=  25.52 u= -13.8000 v=  13.4000 vr=   1.01594 vt=  19.20854
 i= 1351 j= 1008 glon=  299.25 (0-360E) glon=  299.25 glat=  25.52 u= -13.9000 v=  15.9000 vr=  -0.35944 vt=  21.11613
 i= 1356 j= 1008 glon=  299.45 (0-360E) glon=  299.45 glat=  25.52 u= -11.8000 v=  16.7000 vr=  -0.52614 vt=  20.44146
 i= 1361 j= 1008 glon=  299.65 (0-360E) glon=  299.65 glat=  25.52 u= -10.1000 v=  14.7000 vr=  -1.72351 vt=  17.75189
 i= 1366 j= 1008 glon=  299.85 (0-360E) glon=  299.85 glat=  25.52 u=  -8.2000 v=  14.5000 vr=  -1.23595 vt=  16.61212
 i= 1371 j= 1008 glon=  300.05 (0-360E) glon=  300.05 glat=  25.52 u=  -6.9000 v=  13.7000 vr=  -1.18304 vt=  15.29380
 i= 1376 j= 1008 glon=  300.25 (0-360E) glon=  300.25 glat=  25.52 u=  -5.6000 v=  12.4000 vr=  -1.03198 vt=  13.56669
 i= 1381 j= 1008 glon=  300.45 (0-360E) glon=  300.45 glat=  25.52 u=  -4.8000 v=  11.8000 vr=  -0.91340 vt=  12.70613
 i= 1281 j= 1013 glon=  296.45 (0-360E) glon=  296.45 glat=  25.32 u=   0.7000 v=  -6.7000 vr=  -2.03120 vt=   6.42295
 i= 1286 j= 1013 glon=  296.65 (0-360E) glon=  296.65 glat=  25.32 u=   0.3000 v=  -7.5000 vr=  -1.96057 vt=   7.24542
 i= 1291 j= 1013 glon=  296.85 (0-360E) glon=  296.85 glat=  25.32 u=  -0.5000 v=  -7.4000 vr=  -1.35642 vt=   7.29178
 i= 1296 j= 1013 glon=  297.05 (0-360E) glon=  297.05 glat=  25.32 u=  -0.9000 v=  -7.9000 vr=  -1.36042 vt=   7.83385
 i= 1301 j= 1013 glon=  297.25 (0-360E) glon=  297.25 glat=  25.32 u=  -2.6000 v=  -6.7000 vr=   0.29414 vt=   7.18077
 i= 1306 j= 1013 glon=  297.45 (0-360E) glon=  297.45 glat=  25.32 u=  -3.5000 v=  -5.9000 vr=   1.00931 vt=   6.78537
 i= 1311 j= 1013 glon=  297.65 (0-360E) glon=  297.65 glat=  25.32 u=  -5.1000 v=  -5.4000 vr=   2.10713 vt=   7.12250
 i= 1316 j= 1013 glon=  297.85 (0-360E) glon=  297.85 glat=  25.32 u=  -5.7000 v=  -5.4000 vr=   1.74455 vt=   7.65549
 i= 1321 j= 1013 glon=  298.05 (0-360E) glon=  298.05 glat=  25.32 u=  -8.5000 v=  -4.1000 vr=   3.22829 vt=   8.86781
 i= 1326 j= 1013 glon=  298.25 (0-360E) glon=  298.25 glat=  25.32 u= -12.2000 v=  -0.3000 vr=   5.66307 vt=  10.81017
 i= 1331 j= 1013 glon=  298.45 (0-360E) glon=  298.45 glat=  25.32 u= -16.4000 v=   1.9000 vr=   3.28414 vt=  16.17975
 i= 1336 j= 1013 glon=  298.65 (0-360E) glon=  298.65 glat=  25.32 u= -17.0000 v=   9.0000 vr=   2.28645 vt=  19.09901
 i= 1341 j= 1013 glon=  298.85 (0-360E) glon=  298.85 glat=  25.32 u= -13.3000 v=  10.2000 vr=  -0.90086 vt=  16.73674
 i= 1346 j= 1013 glon=  299.05 (0-360E) glon=  299.05 glat=  25.32 u= -10.3000 v=  12.7000 vr=  -0.58725 vt=  16.34121
 i= 1351 j= 1013 glon=  299.25 (0-360E) glon=  299.25 glat=  25.32 u= -12.0000 v=  14.5000 vr=  -3.45190 vt=  18.50228
 i= 1356 j= 1013 glon=  299.45 (0-360E) glon=  299.45 glat=  25.32 u= -11.9000 v=  17.1000 vr=  -4.01587 vt=  20.44243
 i= 1361 j= 1013 glon=  299.65 (0-360E) glon=  299.65 glat=  25.32 u= -10.8000 v=  17.5000 vr=  -4.17707 vt=  20.13559
 i= 1366 j= 1013 glon=  299.85 (0-360E) glon=  299.85 glat=  25.32 u=  -8.7000 v=  15.8000 vr=  -3.64376 vt=  17.66502
 i= 1371 j= 1013 glon=  300.05 (0-360E) glon=  300.05 glat=  25.32 u=  -6.9000 v=  15.2000 vr=  -2.71493 vt=  16.47055
 i= 1376 j= 1013 glon=  300.25 (0-360E) glon=  300.25 glat=  25.32 u=  -5.3000 v=  13.7000 vr=  -1.98717 vt=  14.55442
 i= 1381 j= 1013 glon=  300.45 (0-360E) glon=  300.45 glat=  25.32 u=  -4.5000 v=  12.3000 vr=  -1.84096 vt=  12.96730
 i= 1386 j= 1013 glon=  300.65 (0-360E) glon=  300.65 glat=  25.32 u=  -3.9000 v=  11.8000 vr=  -1.60004 vt=  12.32436
 i= 1281 j= 1018 glon=  296.45 (0-360E) glon=  296.45 glat=  25.12 u=   1.6000 v=  -7.2000 vr=  -2.28400 vt=   7.01308
 i= 1286 j= 1018 glon=  296.65 (0-360E) glon=  296.65 glat=  25.12 u=   1.6000 v=  -7.9000 vr=  -2.43763 vt=   7.68297
 i= 1291 j= 1018 glon=  296.85 (0-360E) glon=  296.85 glat=  25.12 u=   0.9000 v=  -8.3000 vr=  -1.89713 vt=   8.13025
 i= 1296 j= 1018 glon=  297.05 (0-360E) glon=  297.05 glat=  25.12 u=   0.7000 v=  -8.6000 vr=  -1.88244 vt=   8.42060
 i= 1301 j= 1018 glon=  297.25 (0-360E) glon=  297.25 glat=  25.12 u=  -0.5000 v=  -8.1000 vr=  -0.80984 vt=   8.07491
 i= 1306 j= 1018 glon=  297.45 (0-360E) glon=  297.45 glat=  25.12 u=  -1.7000 v=  -7.0000 vr=   0.32656 vt=   7.19607
 i= 1311 j= 1018 glon=  297.65 (0-360E) glon=  297.65 glat=  25.12 u=  -3.1000 v=  -7.1000 vr=   1.33669 vt=   7.63107
 i= 1316 j= 1018 glon=  297.85 (0-360E) glon=  297.85 glat=  25.12 u=  -3.9000 v=  -7.2000 vr=   1.51936 vt=   8.04621
 i= 1321 j= 1018 glon=  298.05 (0-360E) glon=  298.05 glat=  25.12 u=  -5.7000 v=  -6.7000 vr=   2.32419 vt=   8.48399
 i= 1326 j= 1018 glon=  298.25 (0-360E) glon=  298.25 glat=  25.12 u=  -7.4000 v=  -4.9000 vr=   2.39147 vt=   8.54698
 i= 1331 j= 1018 glon=  298.45 (0-360E) glon=  298.45 glat=  25.12 u=  -8.1000 v=  -7.1000 vr=  -5.57880 vt=   9.21396
 i= 1336 j= 1018 glon=  298.65 (0-360E) glon=  298.65 glat=  25.12 u= -17.5000 v=   3.6000 vr=  -8.13671 vt=  15.90610
 i= 1341 j= 1018 glon=  298.85 (0-360E) glon=  298.85 glat=  25.12 u= -14.3000 v=  18.9000 vr=  -3.22172 vt=  23.48022
 i= 1346 j= 1018 glon=  299.05 (0-360E) glon=  299.05 glat=  25.12 u= -10.2000 v=  16.0000 vr=  -4.15327 vt=  18.51460
 i= 1351 j= 1018 glon=  299.25 (0-360E) glon=  299.25 glat=  25.12 u= -10.9000 v=  13.7000 vr=  -7.00924 vt=  16.04277
 i= 1356 j= 1018 glon=  299.45 (0-360E) glon=  299.45 glat=  25.12 u= -10.2000 v=  16.7000 vr=  -6.54525 vt=  18.44152
 i= 1361 j= 1018 glon=  299.65 (0-360E) glon=  299.65 glat=  25.12 u=  -9.3000 v=  18.6000 vr=  -5.98444 vt=  19.91573
 i= 1366 j= 1018 glon=  299.85 (0-360E) glon=  299.85 glat=  25.12 u=  -8.4000 v=  17.7000 vr=  -5.73075 vt=  18.73522
 i= 1371 j= 1018 glon=  300.05 (0-360E) glon=  300.05 glat=  25.12 u=  -6.6000 v=  16.2000 vr=  -4.49390 vt=  16.90576
 i= 1376 j= 1018 glon=  300.25 (0-360E) glon=  300.25 glat=  25.12 u=  -5.4000 v=  14.7000 vr=  -3.72228 vt=  15.21166
 i= 1381 j= 1018 glon=  300.45 (0-360E) glon=  300.45 glat=  25.12 u=  -4.3000 v=  12.9000 vr=  -2.99082 vt=  13.26480
 i= 1386 j= 1018 glon=  300.65 (0-360E) glon=  300.65 glat=  25.12 u=  -3.4000 v=  12.3000 vr=  -2.28022 vt=  12.55590
 i= 1281 j= 1023 glon=  296.45 (0-360E) glon=  296.45 glat=  24.92 u=   2.5000 v=  -7.3000 vr=  -2.42134 vt=   7.32647
 i= 1286 j= 1023 glon=  296.65 (0-360E) glon=  296.65 glat=  24.92 u=   2.8000 v=  -8.2000 vr=  -2.70589 vt=   8.23153
 i= 1291 j= 1023 glon=  296.85 (0-360E) glon=  296.85 glat=  24.92 u=   2.6000 v=  -8.8000 vr=  -2.49115 vt=   8.83143
 i= 1296 j= 1023 glon=  297.05 (0-360E) glon=  297.05 glat=  24.92 u=   2.2000 v=  -8.3000 vr=  -2.08759 vt=   8.32898
 i= 1301 j= 1023 glon=  297.25 (0-360E) glon=  297.25 glat=  24.92 u=   2.0000 v=  -8.8000 vr=  -1.86676 vt=   8.82922
 i= 1306 j= 1023 glon=  297.45 (0-360E) glon=  297.45 glat=  24.92 u=   1.1000 v=  -8.2000 vr=  -0.95722 vt=   8.21789
 i= 1311 j= 1023 glon=  297.65 (0-360E) glon=  297.65 glat=  24.92 u=   0.3000 v=  -8.1000 vr=  -0.13102 vt=   8.10449
 i= 1316 j= 1023 glon=  297.85 (0-360E) glon=  297.85 glat=  24.92 u=   0.5000 v=  -8.3000 vr=  -0.27867 vt=   8.31038
 i= 1321 j= 1023 glon=  298.05 (0-360E) glon=  298.05 glat=  24.92 u=  -1.4000 v=  -8.9000 vr=   1.73717 vt=   8.84037
 i= 1326 j= 1023 glon=  298.25 (0-360E) glon=  298.25 glat=  24.92 u=  -1.1000 v=  -6.4000 vr=   1.53923 vt=   6.30878
 i= 1331 j= 1023 glon=  298.45 (0-360E) glon=  298.45 glat=  24.92 u=   3.7000 v=  -2.1000 vr=  -2.51560 vt=   3.43100
 i= 1336 j= 1023 glon=  298.65 (0-360E) glon=  298.65 glat=  24.92 u=  10.9000 v=   6.0000 vr=  10.25261 vt=   7.04940
 i= 1341 j= 1023 glon=  298.85 (0-360E) glon=  298.85 glat=  24.92 u=   0.0000 v=  17.8000 vr=  -0.80568 vt=  17.78176
 i= 1346 j= 1023 glon=  299.05 (0-360E) glon=  299.05 glat=  24.92 u=  -2.8000 v=  15.2000 vr=  -3.25172 vt=  15.10981
 i= 1351 j= 1023 glon=  299.25 (0-360E) glon=  299.25 glat=  24.92 u=  -5.0000 v=  17.5000 vr=  -5.39394 vt=  17.38262
 i= 1356 j= 1023 glon=  299.45 (0-360E) glon=  299.45 glat=  24.92 u=  -8.5000 v=  15.7000 vr=  -8.78850 vt=  15.54034
 i= 1361 j= 1023 glon=  299.65 (0-360E) glon=  299.65 glat=  24.92 u=  -7.8000 v=  19.3000 vr=  -8.10476 vt=  19.17402
 i= 1366 j= 1023 glon=  299.85 (0-360E) glon=  299.85 glat=  24.92 u=  -7.3000 v=  18.9000 vr=  -7.56459 vt=  18.79566
 i= 1371 j= 1023 glon=  300.05 (0-360E) glon=  300.05 glat=  24.92 u=  -5.9000 v=  17.0000 vr=  -6.11598 vt=  16.92350
 i= 1376 j= 1023 glon=  300.25 (0-360E) glon=  300.25 glat=  24.92 u=  -5.0000 v=  15.6000 vr=  -5.18297 vt=  15.54017
 i= 1381 j= 1023 glon=  300.45 (0-360E) glon=  300.45 glat=  24.92 u=  -4.0000 v=  13.5000 vr=  -4.14812 vt=  13.45523
 i= 1386 j= 1023 glon=  300.65 (0-360E) glon=  300.65 glat=  24.92 u=  -3.2000 v=  12.4000 vr=  -3.32859 vt=  12.36610
 i= 1281 j= 1028 glon=  296.45 (0-360E) glon=  296.45 glat=  24.72 u=   3.2000 v=  -7.2000 vr=  -2.32033 vt=   7.52968
 i= 1286 j= 1028 glon=  296.65 (0-360E) glon=  296.65 glat=  24.72 u=   3.6000 v=  -7.9000 vr=  -2.53363 vt=   8.30366
 i= 1291 j= 1028 glon=  296.85 (0-360E) glon=  296.85 glat=  24.72 u=   3.9000 v=  -8.3000 vr=  -2.64618 vt=   8.78053
 i= 1296 j= 1028 glon=  297.05 (0-360E) glon=  297.05 glat=  24.72 u=   3.9000 v=  -8.8000 vr=  -2.39352 vt=   9.32315
 i= 1301 j= 1028 glon=  297.25 (0-360E) glon=  297.25 glat=  24.72 u=   4.4000 v=  -8.6000 vr=  -2.68413 vt=   9.27984
 i= 1306 j= 1028 glon=  297.45 (0-360E) glon=  297.45 glat=  24.72 u=   4.4000 v=  -8.7000 vr=  -2.33509 vt=   9.46559
 i= 1311 j= 1028 glon=  297.65 (0-360E) glon=  297.65 glat=  24.72 u=   3.9000 v=  -8.4000 vr=  -1.45175 vt=   9.14672
 i= 1316 j= 1028 glon=  297.85 (0-360E) glon=  297.85 glat=  24.72 u=   4.8000 v=  -8.5000 vr=  -1.52487 vt=   9.64182
 i= 1321 j= 1028 glon=  298.05 (0-360E) glon=  298.05 glat=  24.72 u=   6.4000 v=  -8.1000 vr=  -1.75555 vt=  10.17291
 i= 1326 j= 1028 glon=  298.25 (0-360E) glon=  298.25 glat=  24.72 u=   8.4000 v=  -5.3000 vr=  -2.17955 vt=   9.69018
 i= 1331 j= 1028 glon=  298.45 (0-360E) glon=  298.45 glat=  24.72 u=  10.3000 v=   0.8000 vr=  -2.34770 vt=  10.06073
 i= 1336 j= 1028 glon=  298.65 (0-360E) glon=  298.65 glat=  24.72 u=  10.7000 v=   6.6000 vr=   0.66051 vt=  12.55443
 i= 1341 j= 1028 glon=  298.85 (0-360E) glon=  298.85 glat=  24.72 u=   6.0000 v=  11.0000 vr=  -0.97558 vt=  12.49193
 i= 1346 j= 1028 glon=  299.05 (0-360E) glon=  299.05 glat=  24.72 u=   3.9000 v=  15.7000 vr=  -2.49552 vt=  15.98350
 i= 1351 j= 1028 glon=  299.25 (0-360E) glon=  299.25 glat=  24.72 u=  -1.1000 v=  10.4000 vr=  -4.14143 vt=   9.60305
 i= 1356 j= 1028 glon=  299.45 (0-360E) glon=  299.45 glat=  24.72 u=  -0.6000 v=  16.1000 vr=  -4.44823 vt=  15.48494
 i= 1361 j= 1028 glon=  299.65 (0-360E) glon=  299.65 glat=  24.72 u=  -3.8000 v=  17.8000 vr=  -7.30523 vt=  16.67074
 i= 1366 j= 1028 glon=  299.85 (0-360E) glon=  299.85 glat=  24.72 u=  -5.4000 v=  18.7000 vr=  -8.56009 vt=  17.48070
 i= 1371 j= 1028 glon=  300.05 (0-360E) glon=  300.05 glat=  24.72 u=  -6.2000 v=  17.6000 vr=  -8.80946 vt=  16.44972
 i= 1376 j= 1028 glon=  300.25 (0-360E) glon=  300.25 glat=  24.72 u=  -4.3000 v=  15.8000 vr=  -6.41011 vt=  15.06786
 i= 1381 j= 1028 glon=  300.45 (0-360E) glon=  300.45 glat=  24.72 u=  -3.3000 v=  13.8000 vr=  -4.97355 vt=  13.28886
 i= 1386 j= 1028 glon=  300.65 (0-360E) glon=  300.65 glat=  24.72 u=  -2.5000 v=  12.6000 vr=  -3.90173 vt=  12.23873
 i= 1281 j= 1033 glon=  296.45 (0-360E) glon=  296.45 glat=  24.52 u=   3.8000 v=  -6.8000 vr=  -2.19263 vt=   7.47478
 i= 1286 j= 1033 glon=  296.65 (0-360E) glon=  296.65 glat=  24.52 u=   4.3000 v=  -7.4000 vr=  -2.35990 vt=   8.22684
 i= 1291 j= 1033 glon=  296.85 (0-360E) glon=  296.85 glat=  24.52 u=   4.8000 v=  -8.1000 vr=  -2.41919 vt=   9.09932
 i= 1296 j= 1033 glon=  297.05 (0-360E) glon=  297.05 glat=  24.52 u=   5.3000 v=  -8.2000 vr=  -2.54188 vt=   9.42703
 i= 1301 j= 1033 glon=  297.25 (0-360E) glon=  297.25 glat=  24.52 u=   6.1000 v=  -8.3000 vr=  -2.82409 vt=   9.90578
 i= 1306 j= 1033 glon=  297.45 (0-360E) glon=  297.45 glat=  24.52 u=   6.8000 v=  -8.1000 vr=  -2.93724 vt=  10.15985
 i= 1311 j= 1033 glon=  297.65 (0-360E) glon=  297.65 glat=  24.52 u=   7.6000 v=  -8.1000 vr=  -2.77199 vt=  10.75574
 i= 1316 j= 1033 glon=  297.85 (0-360E) glon=  297.85 glat=  24.52 u=   7.6000 v=  -7.1000 vr=  -2.02267 vt=  10.20190
 i= 1321 j= 1033 glon=  298.05 (0-360E) glon=  298.05 glat=  24.52 u=   9.1000 v=  -5.2000 vr=  -2.51783 vt=  10.17401
 i= 1326 j= 1033 glon=  298.25 (0-360E) glon=  298.25 glat=  24.52 u=  11.3000 v=  -2.3000 vr=  -3.14420 vt=  11.09477
 i= 1331 j= 1033 glon=  298.45 (0-360E) glon=  298.45 glat=  24.52 u=  12.2000 v=   1.8000 vr=  -2.75765 vt=  12.01979
 i= 1336 j= 1033 glon=  298.65 (0-360E) glon=  298.65 glat=  24.52 u=  10.9000 v=   6.0000 vr=  -1.97058 vt=  12.28523
 i= 1341 j= 1033 glon=  298.85 (0-360E) glon=  298.85 glat=  24.52 u=   9.5000 v=   8.7000 vr=  -0.89288 vt=  12.85079
 i= 1346 j= 1033 glon=  299.05 (0-360E) glon=  299.05 glat=  24.52 u=   9.8000 v=  11.2000 vr=   0.55167 vt=  14.87198
 i= 1351 j= 1033 glon=  299.25 (0-360E) glon=  299.25 glat=  24.52 u=  -0.4000 v=  19.3000 vr= -10.26907 vt=  16.34614
 i= 1356 j= 1033 glon=  299.45 (0-360E) glon=  299.45 glat=  24.52 u=  -2.4000 v=  16.1000 vr=  -9.08561 vt=  13.50635
 i= 1361 j= 1033 glon=  299.65 (0-360E) glon=  299.65 glat=  24.52 u=  -2.5000 v=  17.2000 vr=  -8.64123 vt=  15.08043
 i= 1366 j= 1033 glon=  299.85 (0-360E) glon=  299.85 glat=  24.52 u=  -4.2000 v=  17.7000 vr=  -9.64033 vt=  15.42706
 i= 1371 j= 1033 glon=  300.05 (0-360E) glon=  300.05 glat=  24.52 u=  -5.6000 v=  17.8000 vr= -10.40842 vt=  15.48757
 i= 1376 j= 1033 glon=  300.25 (0-360E) glon=  300.25 glat=  24.52 u=  -3.9000 v=  15.5000 vr=  -7.70470 vt=  14.00348
 i= 1381 j= 1033 glon=  300.45 (0-360E) glon=  300.45 glat=  24.52 u=  -2.4000 v=  13.4000 vr=  -5.41655 vt=  12.48924
 i= 1386 j= 1033 glon=  300.65 (0-360E) glon=  300.65 glat=  24.52 u=  -2.0000 v=  12.5000 vr=  -4.58370 vt=  11.79999
 i= 1281 j= 1038 glon=  296.45 (0-360E) glon=  296.45 glat=  24.32 u=   4.3000 v=  -6.2000 vr=  -2.10004 vt=   7.24706
 i= 1286 j= 1038 glon=  296.65 (0-360E) glon=  296.65 glat=  24.32 u=   4.6000 v=  -6.8000 vr=  -1.94002 vt=   7.97724
 i= 1291 j= 1038 glon=  296.85 (0-360E) glon=  296.85 glat=  24.32 u=   5.4000 v=  -7.3000 vr=  -2.17604 vt=   8.81560
 i= 1296 j= 1038 glon=  297.05 (0-360E) glon=  297.05 glat=  24.32 u=   6.3000 v=  -7.4000 vr=  -2.52289 vt=   9.38536
 i= 1301 j= 1038 glon=  297.25 (0-360E) glon=  297.25 glat=  24.32 u=   6.8000 v=  -7.4000 vr=  -2.39232 vt=   9.76098
 i= 1306 j= 1038 glon=  297.45 (0-360E) glon=  297.45 glat=  24.32 u=   8.0000 v=  -7.1000 vr=  -2.79962 vt=  10.32338
 i= 1311 j= 1038 glon=  297.65 (0-360E) glon=  297.65 glat=  24.32 u=   9.0000 v=  -6.5000 vr=  -2.89426 vt=  10.71790
 i= 1316 j= 1038 glon=  297.85 (0-360E) glon=  297.85 glat=  24.32 u=   9.4000 v=  -5.2000 vr=  -2.64144 vt=  10.41263
 i= 1321 j= 1038 glon=  298.05 (0-360E) glon=  298.05 glat=  24.32 u=  10.4000 v=  -3.5000 vr=  -2.68754 vt=  10.63895
 i= 1326 j= 1038 glon=  298.25 (0-360E) glon=  298.25 glat=  24.32 u=  11.9000 v=  -1.1000 vr=  -2.88038 vt=  11.59842
 i= 1331 j= 1038 glon=  298.45 (0-360E) glon=  298.45 glat=  24.32 u=  12.2000 v=   1.9000 vr=  -2.54853 vt=  12.08118
 i= 1336 j= 1038 glon=  298.65 (0-360E) glon=  298.65 glat=  24.32 u=  12.1000 v=   5.7000 vr=  -2.69517 vt=  13.10099
 i= 1341 j= 1038 glon=  298.85 (0-360E) glon=  298.85 glat=  24.32 u=  11.7000 v=   9.2000 vr=  -2.56867 vt=  14.66056
 i= 1346 j= 1038 glon=  299.05 (0-360E) glon=  299.05 glat=  24.32 u=  10.9000 v=  12.1000 vr=  -2.33037 vt=  16.11798
 i= 1351 j= 1038 glon=  299.25 (0-360E) glon=  299.25 glat=  24.32 u=   7.1000 v=  20.3000 vr=  -8.16854 vt=  19.89409
 i= 1356 j= 1038 glon=  299.45 (0-360E) glon=  299.45 glat=  24.32 u=  -0.3000 v=  20.6000 vr= -12.10683 vt=  16.66958
 i= 1361 j= 1038 glon=  299.65 (0-360E) glon=  299.65 glat=  24.32 u=  -1.3000 v=  15.5000 vr=  -8.93834 vt=  12.72973
 i= 1366 j= 1038 glon=  299.85 (0-360E) glon=  299.85 glat=  24.32 u=  -1.8000 v=  15.7000 vr=  -8.62006 vt=  13.24479
 i= 1371 j= 1038 glon=  300.05 (0-360E) glon=  300.05 glat=  24.32 u=  -4.3000 v=  17.9000 vr= -11.09329 vt=  14.69145
 i= 1376 j= 1038 glon=  300.25 (0-360E) glon=  300.25 glat=  24.32 u=  -3.3000 v=  15.0000 vr=  -8.49211 vt=  12.79743
 i= 1381 j= 1038 glon=  300.45 (0-360E) glon=  300.45 glat=  24.32 u=  -2.0000 v=  13.2000 vr=  -6.23079 vt=  11.80751
 i= 1286 j= 1043 glon=  296.65 (0-360E) glon=  296.65 glat=  24.12 u=   4.9000 v=  -6.1000 vr=  -1.70473 vt=   7.63635
 i= 1291 j= 1043 glon=  296.85 (0-360E) glon=  296.85 glat=  24.12 u=   5.6000 v=  -6.4000 vr=  -1.81489 vt=   8.30820
 i= 1296 j= 1043 glon=  297.05 (0-360E) glon=  297.05 glat=  24.12 u=   6.5000 v=  -6.8000 vr=  -1.89354 vt=   9.21436
 i= 1301 j= 1043 glon=  297.25 (0-360E) glon=  297.25 glat=  24.12 u=   7.4000 v=  -6.6000 vr=  -2.09891 vt=   9.69095
 i= 1306 j= 1043 glon=  297.45 (0-360E) glon=  297.45 glat=  24.12 u=   8.3000 v=  -6.0000 vr=  -2.33750 vt=   9.97126
 i= 1311 j= 1043 glon=  297.65 (0-360E) glon=  297.65 glat=  24.12 u=   9.3000 v=  -5.2000 vr=  -2.53044 vt=  10.35021
 i= 1316 j= 1043 glon=  297.85 (0-360E) glon=  297.85 glat=  24.12 u=   9.8000 v=  -4.0000 vr=  -2.40264 vt=  10.30860
 i= 1321 j= 1043 glon=  298.05 (0-360E) glon=  298.05 glat=  24.12 u=  10.4000 v=  -2.7000 vr=  -2.11827 vt=  10.53389
 i= 1326 j= 1043 glon=  298.25 (0-360E) glon=  298.25 glat=  24.12 u=  11.3000 v=  -0.5000 vr=  -2.39351 vt=  11.05491
 i= 1331 j= 1043 glon=  298.45 (0-360E) glon=  298.45 glat=  24.12 u=  11.6000 v=   2.4000 vr=  -2.86573 vt=  11.49381
 i= 1336 j= 1043 glon=  298.65 (0-360E) glon=  298.65 glat=  24.12 u=  11.0000 v=   5.8000 vr=  -3.72973 vt=  11.86293
 i= 1341 j= 1043 glon=  298.85 (0-360E) glon=  298.85 glat=  24.12 u=  10.7000 v=   8.4000 vr=  -3.76394 vt=  13.07221
 i= 1346 j= 1043 glon=  299.05 (0-360E) glon=  299.05 glat=  24.12 u=  11.0000 v=  11.8000 vr=  -4.14141 vt=  15.59130
 i= 1351 j= 1043 glon=  299.25 (0-360E) glon=  299.25 glat=  24.12 u=  11.2000 v=  22.1000 vr=  -9.57876 vt=  22.84945
 i= 1356 j= 1043 glon=  299.45 (0-360E) glon=  299.45 glat=  24.12 u=   3.3000 v=  19.1000 vr= -10.61221 vt=  16.21977
 i= 1361 j= 1043 glon=  299.65 (0-360E) glon=  299.65 glat=  24.12 u=   0.8000 v=  16.2000 vr=  -9.27368 vt=  13.30710
 i= 1366 j= 1043 glon=  299.85 (0-360E) glon=  299.85 glat=  24.12 u=  -0.8000 v=  14.1000 vr=  -8.43619 vt=  11.32610
 i= 1371 j= 1043 glon=  300.05 (0-360E) glon=  300.05 glat=  24.12 u=  -3.2000 v=  17.2000 vr= -11.36226 vt=  13.30335
 i= 1376 j= 1043 glon=  300.25 (0-360E) glon=  300.25 glat=  24.12 u=  -2.2000 v=  15.0000 vr=  -8.79199 vt=  12.35074
 i= 1381 j= 1043 glon=  300.45 (0-360E) glon=  300.45 glat=  24.12 u=  -1.8000 v=  12.6000 vr=  -6.90375 vt=  10.69291
 i= 1286 j= 1048 glon=  296.65 (0-360E) glon=  296.65 glat=  23.92 u=   5.1000 v=  -5.3000 vr=  -1.58592 vt=   7.18226
 i= 1291 j= 1048 glon=  296.85 (0-360E) glon=  296.85 glat=  23.92 u=   5.6000 v=  -5.5000 vr=  -1.50917 vt=   7.70275
 i= 1296 j= 1048 glon=  297.05 (0-360E) glon=  297.05 glat=  23.92 u=   6.7000 v=  -5.5000 vr=  -1.89926 vt=   8.45771
 i= 1301 j= 1048 glon=  297.25 (0-360E) glon=  297.25 glat=  23.92 u=   7.5000 v=  -5.4000 vr=  -1.93422 vt=   9.03708
 i= 1306 j= 1048 glon=  297.45 (0-360E) glon=  297.45 glat=  23.92 u=   8.4000 v=  -4.9000 vr=  -2.11314 vt=   9.49235
 i= 1311 j= 1048 glon=  297.65 (0-360E) glon=  297.65 glat=  23.92 u=   9.3000 v=  -3.8000 vr=  -2.52695 vt=   9.72340
 i= 1316 j= 1048 glon=  297.85 (0-360E) glon=  297.85 glat=  23.92 u=   9.0000 v=  -2.3000 vr=  -2.45386 vt=   8.95927
 i= 1321 j= 1048 glon=  298.05 (0-360E) glon=  298.05 glat=  23.92 u=   9.5000 v=  -0.8000 vr=  -2.71012 vt=   9.14031
 i= 1326 j= 1048 glon=  298.25 (0-360E) glon=  298.25 glat=  23.92 u=   9.8000 v=   0.9000 vr=  -2.90816 vt=   9.40174
 i= 1331 j= 1048 glon=  298.45 (0-360E) glon=  298.45 glat=  23.92 u=  10.0000 v=   2.9000 vr=  -3.22241 vt=   9.90081
 i= 1336 j= 1048 glon=  298.65 (0-360E) glon=  298.65 glat=  23.92 u=   9.7000 v=   5.2000 vr=  -3.73732 vt=  10.35193
 i= 1341 j= 1048 glon=  298.85 (0-360E) glon=  298.85 glat=  23.92 u=   9.8000 v=   7.9000 vr=  -4.47676 vt=  11.76472
 i= 1346 j= 1048 glon=  299.05 (0-360E) glon=  299.05 glat=  23.92 u=   8.7000 v=  12.2000 vr=  -6.97271 vt=  13.26316
 i= 1351 j= 1048 glon=  299.25 (0-360E) glon=  299.25 glat=  23.92 u=   9.2000 v=  15.5000 vr=  -7.60745 vt=  16.34064
 i= 1356 j= 1048 glon=  299.45 (0-360E) glon=  299.45 glat=  23.92 u=   4.9000 v=  15.6000 vr=  -8.61896 vt=  13.89545
 i= 1361 j= 1048 glon=  299.65 (0-360E) glon=  299.65 glat=  23.92 u=   2.5000 v=  13.8000 vr=  -7.76381 vt=  11.67961
 i= 1366 j= 1048 glon=  299.85 (0-360E) glon=  299.85 glat=  23.92 u=   0.3000 v=  12.2000 vr=  -7.51149 vt=   9.61808
 i= 1371 j= 1048 glon=  300.05 (0-360E) glon=  300.05 glat=  23.92 u=  -2.0000 v=  16.1000 vr= -11.00658 vt=  11.91911
 i= 1376 j= 1048 glon=  300.25 (0-360E) glon=  300.25 glat=  23.92 u=  -1.6000 v=  14.3000 vr=  -9.02708 vt=  11.20544
 i= 1291 j= 1053 glon=  296.85 (0-360E) glon=  296.85 glat=  23.72 u=   5.7000 v=  -4.7000 vr=  -1.42872 vt=   7.24836
 i= 1296 j= 1053 glon=  297.05 (0-360E) glon=  297.05 glat=  23.72 u=   6.3000 v=  -4.7000 vr=  -1.39977 vt=   7.73438
 i= 1301 j= 1053 glon=  297.25 (0-360E) glon=  297.25 glat=  23.72 u=   7.2000 v=  -4.4000 vr=  -1.65072 vt=   8.27497
 i= 1306 j= 1053 glon=  297.45 (0-360E) glon=  297.45 glat=  23.72 u=   7.9000 v=  -3.9000 vr=  -1.75268 vt=   8.63413
 i= 1311 j= 1053 glon=  297.65 (0-360E) glon=  297.65 glat=  23.72 u=   8.9000 v=  -2.9000 vr=  -2.25864 vt=   9.08397
 i= 1316 j= 1053 glon=  297.85 (0-360E) glon=  297.85 glat=  23.72 u=   9.1000 v=  -1.7000 vr=  -2.37469 vt=   8.94767
 i= 1321 j= 1053 glon=  298.05 (0-360E) glon=  298.05 glat=  23.72 u=   9.7000 v=  -0.6000 vr=  -2.43873 vt=   9.40758
 i= 1326 j= 1053 glon=  298.25 (0-360E) glon=  298.25 glat=  23.72 u=  10.1000 v=   0.7000 vr=  -2.44705 vt=   9.82405
 i= 1331 j= 1053 glon=  298.45 (0-360E) glon=  298.45 glat=  23.72 u=   9.9000 v=   2.7000 vr=  -2.96705 vt=   9.82327
 i= 1336 j= 1053 glon=  298.65 (0-360E) glon=  298.65 glat=  23.72 u=   9.3000 v=   5.0000 vr=  -3.83143 vt=   9.83922
 i= 1341 j= 1053 glon=  298.85 (0-360E) glon=  298.85 glat=  23.72 u=   8.4000 v=   7.4000 vr=  -4.93414 vt=  10.04859
 i= 1346 j= 1053 glon=  299.05 (0-360E) glon=  299.05 glat=  23.72 u=   7.4000 v=  10.6000 vr=  -6.89160 vt=  10.93736
 i= 1351 j= 1053 glon=  299.25 (0-360E) glon=  299.25 glat=  23.72 u=   6.7000 v=  12.4000 vr=  -7.44504 vt=  11.96751
 i= 1356 j= 1053 glon=  299.45 (0-360E) glon=  299.45 glat=  23.72 u=   5.3000 v=  12.2000 vr=  -6.80161 vt=  11.43102
 i= 1361 j= 1053 glon=  299.65 (0-360E) glon=  299.65 glat=  23.72 u=   3.8000 v=  11.3000 vr=  -6.03525 vt=  10.28133
 i= 1366 j= 1053 glon=  299.85 (0-360E) glon=  299.85 glat=  23.72 u=   0.4000 v=  12.6000 vr=  -8.54451 vt=   9.26884
 i= 1371 j= 1053 glon=  300.05 (0-360E) glon=  300.05 glat=  23.72 u=  -1.4000 v=  15.7000 vr= -11.28192 vt=  11.00764
 i= 1376 j= 1053 glon=  300.25 (0-360E) glon=  300.25 glat=  23.72 u=  -1.6000 v=  13.7000 vr=  -9.56881 vt=   9.93418
 i= 1296 j= 1058 glon=  297.05 (0-360E) glon=  297.05 glat=  23.52 u=   6.0000 v=  -4.0000 vr=  -1.12219 vt=   7.12325
 i= 1301 j= 1058 glon=  297.25 (0-360E) glon=  297.25 glat=  23.52 u=   6.8000 v=  -3.5000 vr=  -1.48355 vt=   7.50260
 i= 1306 j= 1058 glon=  297.45 (0-360E) glon=  297.45 glat=  23.52 u=   7.3000 v=  -2.8000 vr=  -1.71180 vt=   7.62888
 i= 1311 j= 1058 glon=  297.65 (0-360E) glon=  297.65 glat=  23.52 u=   8.2000 v=  -2.1000 vr=  -2.02955 vt=   8.21772
 i= 1316 j= 1058 glon=  297.85 (0-360E) glon=  297.85 glat=  23.52 u=   8.4000 v=  -0.8000 vr=  -2.43757 vt=   8.07826
 i= 1321 j= 1058 glon=  298.05 (0-360E) glon=  298.05 glat=  23.52 u=   8.6000 v=   0.5000 vr=  -2.80261 vt=   8.14588
 i= 1326 j= 1058 glon=  298.25 (0-360E) glon=  298.25 glat=  23.52 u=   8.9000 v=   1.7000 vr=  -3.01652 vt=   8.54404
 i= 1331 j= 1058 glon=  298.45 (0-360E) glon=  298.45 glat=  23.52 u=   8.4000 v=   3.3000 vr=  -3.49448 vt=   8.32098
 i= 1336 j= 1058 glon=  298.65 (0-360E) glon=  298.65 glat=  23.52 u=   8.0000 v=   5.0000 vr=  -4.13488 vt=   8.47955
 i= 1341 j= 1058 glon=  298.85 (0-360E) glon=  298.85 glat=  23.52 u=   7.1000 v=   7.1000 vr=  -5.29714 vt=   8.52996
 i= 1346 j= 1058 glon=  299.05 (0-360E) glon=  299.05 glat=  23.52 u=   6.4000 v=   9.1000 vr=  -6.37608 vt=   9.11678
 i= 1351 j= 1058 glon=  299.25 (0-360E) glon=  299.25 glat=  23.52 u=   6.2000 v=  10.5000 vr=  -6.69579 vt=  10.19100
 i= 1356 j= 1058 glon=  299.45 (0-360E) glon=  299.45 glat=  23.52 u=   5.1000 v=  10.1000 vr=  -5.90480 vt=   9.65160
 i= 1361 j= 1058 glon=  299.65 (0-360E) glon=  299.65 glat=  23.52 u=   2.8000 v=  10.3000 vr=  -6.57686 vt=   8.40684
 i= 1366 j= 1058 glon=  299.85 (0-360E) glon=  299.85 glat=  23.52 u=   0.4000 v=  12.1000 vr=  -8.84412 vt=   8.26750
 i= 1371 j= 1058 glon=  300.05 (0-360E) glon=  300.05 glat=  23.52 u=  -1.5000 v=  14.9000 vr= -11.58560 vt=   9.48862
 i= 1301 j= 1063 glon=  297.25 (0-360E) glon=  297.25 glat=  23.32 u=   6.4000 v=  -2.8000 vr=  -1.35489 vt=   6.85305
 i= 1306 j= 1063 glon=  297.45 (0-360E) glon=  297.45 glat=  23.32 u=   6.6000 v=  -1.9000 vr=  -1.68332 vt=   6.65856
 i= 1311 j= 1063 glon=  297.65 (0-360E) glon=  297.65 glat=  23.32 u=   7.2000 v=  -1.2000 vr=  -1.98088 vt=   7.02539
 i= 1316 j= 1063 glon=  297.85 (0-360E) glon=  297.85 glat=  23.32 u=   7.5000 v=  -0.4000 vr=  -2.15297 vt=   7.19546
 i= 1321 j= 1063 glon=  298.05 (0-360E) glon=  298.05 glat=  23.32 u=   7.7000 v=   0.7000 vr=  -2.51696 vt=   7.31060
 i= 1326 j= 1063 glon=  298.25 (0-360E) glon=  298.25 glat=  23.32 u=   7.9000 v=   2.0000 vr=  -3.02449 vt=   7.56720
 i= 1331 j= 1063 glon=  298.45 (0-360E) glon=  298.45 glat=  23.32 u=   7.4000 v=   3.3000 vr=  -3.45018 vt=   7.33119
 i= 1336 j= 1063 glon=  298.65 (0-360E) glon=  298.65 glat=  23.32 u=   6.5000 v=   4.7000 vr=  -4.08284 vt=   6.90438
 i= 1341 j= 1063 glon=  298.85 (0-360E) glon=  298.85 glat=  23.32 u=   6.1000 v=   6.1000 vr=  -4.75120 vt=   7.20042
 i= 1346 j= 1063 glon=  299.05 (0-360E) glon=  299.05 glat=  23.32 u=   5.7000 v=   7.7000 vr=  -5.61390 vt=   7.76300
 i= 1351 j= 1063 glon=  299.25 (0-360E) glon=  299.25 glat=  23.32 u=   4.8000 v=   9.8000 vr=  -7.10650 vt=   8.28116
 i= 1356 j= 1063 glon=  299.45 (0-360E) glon=  299.45 glat=  23.32 u=   4.5000 v=   9.2000 vr=  -5.94108 vt=   8.34228
 i= 1361 j= 1063 glon=  299.65 (0-360E) glon=  299.65 glat=  23.32 u=   1.0000 v=  10.2000 vr=  -7.98578 vt=   6.42396
 i= 1311 j= 1068 glon=  297.65 (0-360E) glon=  297.65 glat=  23.12 u=   6.3000 v=  -0.5000 vr=  -1.97379 vt=   6.00368
 i= 1316 j= 1068 glon=  297.85 (0-360E) glon=  297.85 glat=  23.12 u=   6.5000 v=   0.2000 vr=  -2.16550 vt=   6.13193
 i= 1321 j= 1068 glon=  298.05 (0-360E) glon=  298.05 glat=  23.12 u=   6.8000 v=   1.0000 vr=  -2.42974 vt=   6.42934
 i= 1326 j= 1068 glon=  298.25 (0-360E) glon=  298.25 glat=  23.12 u=   6.9000 v=   2.0000 vr=  -2.79767 vt=   6.61687
 i= 1331 j= 1068 glon=  298.45 (0-360E) glon=  298.45 glat=  23.12 u=   6.5000 v=   3.1000 vr=  -3.21745 vt=   6.44267
 i= 1336 j= 1068 glon=  298.65 (0-360E) glon=  298.65 glat=  23.12 u=   5.8000 v=   4.2000 vr=  -3.71108 vt=   6.12437
 i= 1341 j= 1068 glon=  298.85 (0-360E) glon=  298.85 glat=  23.12 u=   5.5000 v=   5.0000 vr=  -3.93183 vt=   6.30799
 i= 1346 j= 1068 glon=  299.05 (0-360E) glon=  299.05 glat=  23.12 u=   5.7000 v=   6.8000 vr=  -4.99327 vt=   7.33466
 i= 1351 j= 1068 glon=  299.25 (0-360E) glon=  299.25 glat=  23.12 u=   3.3000 v=   9.6000 vr=  -7.78567 vt=   6.51409
 i= 1356 j= 1068 glon=  299.45 (0-360E) glon=  299.45 glat=  23.12 u=   3.0000 v=   9.2000 vr=  -6.97998 vt=   6.70223
 i= 1331 j= 1073 glon=  298.45 (0-360E) glon=  298.45 glat=  22.92 u=   5.9000 v=   2.5000 vr=  -2.59615 vt=   5.85833
 i= 1336 j= 1073 glon=  298.65 (0-360E) glon=  298.65 glat=  22.92 u=   5.6000 v=   3.5000 vr=  -3.07710 vt=   5.84307
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    10.8783707964126       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     26.44 kts
    LL Wind Circ Vt mean quadmax value: SE     18.17 kts
    LL Wind Circ Vt mean quadmax value: SW     13.63 kts
    LL Wind Circ Vt mean quadmax value: NW     13.93 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    15.0134701900830       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   2.41428703369661       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    24.8343598356212     
   xcenlon=    298.659534378873     
   imax=         2738  jmax=         2041
   jlatfix=         1025
   ilonfix (unadjusted) =         1337
  
 In get_max_wind, ibeg=         1261  iend=         1412
                  jbeg=          957  jend=         1094
         ilonfix=         1337  jlatfix=         1025
 At end of get_max_wind, vmax=    23.3032401180608       rmax= 
   15.9471564430367     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.21 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.03 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    9.82 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.49 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    9.38 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    9.58 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   10.17 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   11.28 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   12.50 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   13.34 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   13.78 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   13.90 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   13.85 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   13.70 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   13.54 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   13.37 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   13.21 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   13.08 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   12.98 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   12.88 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   12.78 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   12.71 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   12.65 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   12.62 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   12.62 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   12.58 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   12.53 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   12.44 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   12.34 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   12.23 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   12.12 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   12.02 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   11.94 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   11.86 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   11.77 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   11.64 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   11.51 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   11.37 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   11.23 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   11.08 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   10.91 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   10.74 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    13.90 m/s   maxrmw_dist=    36.00  km   maxrmw_ix=   12
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    36.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    13.8993559602140      
  (m/s)   (in kts)=    27.0022788239078     
  rising_sum_dvdr=       3.69393361864342     
  declining_sum_dvdr=   -1.55698235567708     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    54 igrct=  1 Vmax (m/s)=   23.303   22:23:29
 TIMING: before call  getradii, fhr=    54 igrct=  1   22:23:29
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.10736723100898     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.10736723100898     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.9239408059627     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.9239408059627     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.7494159505800     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.7494159505800     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.61320253443291     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    5.61 good_quad_ct=   4 mean_vt_4quad=      1.40
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    7.35 mean_vt_4quad=    2.22
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    7.36 mean_vt_4quad=    2.28
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    7.46 mean_vt_4quad=    2.34
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    7.55 mean_vt_4quad=    2.40
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    7.55 mean_vt_4quad=    2.46
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    7.53 mean_vt_4quad=    2.52
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    7.59 mean_vt_4quad=    2.59
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    7.63 mean_vt_4quad=    2.65
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    7.65 mean_vt_4quad=    2.71
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    7.70 mean_vt_4quad=    2.77
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    7.70 mean_vt_4quad=    2.84
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    7.69 mean_vt_4quad=    2.90
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    7.68 mean_vt_4quad=    2.97
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    7.69 mean_vt_4quad=    3.03
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    7.70 mean_vt_4quad=    3.10
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    7.78 mean_vt_4quad=    3.17
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    7.84 mean_vt_4quad=    3.24
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    7.90 mean_vt_4quad=    3.32
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    7.98 mean_vt_4quad=    3.39
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    8.04 mean_vt_4quad=    3.46
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    8.09 mean_vt_4quad=    3.53
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    8.17 mean_vt_4quad=    3.61
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    8.20 mean_vt_4quad=    3.68
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    8.23 mean_vt_4quad=    3.75
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    8.27 mean_vt_4quad=    3.83
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    8.29 mean_vt_4quad=    3.91
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    8.32 mean_vt_4quad=    3.99
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    8.36 mean_vt_4quad=    4.07
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    8.42 mean_vt_4quad=    4.15
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    8.51 mean_vt_4quad=    4.23
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    8.59 mean_vt_4quad=    4.32
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    8.66 mean_vt_4quad=    4.41
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    8.71 mean_vt_4quad=    4.49
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    8.75 mean_vt_4quad=    4.57
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    8.79 mean_vt_4quad=    4.66
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    8.84 mean_vt_4quad=    4.74
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    8.88 mean_vt_4quad=    4.82
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    8.96 mean_vt_4quad=    4.89
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    9.01 mean_vt_4quad=    4.97
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    9.07 mean_vt_4quad=    5.05
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    9.10 mean_vt_4quad=    5.13
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    9.14 mean_vt_4quad=    5.21
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    9.17 mean_vt_4quad=    5.28
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    9.21 mean_vt_4quad=    5.35
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    9.23 mean_vt_4quad=    5.41
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    9.25 mean_vt_4quad=    5.48
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    9.27 mean_vt_4quad=    5.56
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    9.34 mean_vt_4quad=    5.64
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    9.41 mean_vt_4quad=    5.73
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    9.46 mean_vt_4quad=    5.81
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    9.53 mean_vt_4quad=    5.90
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    9.61 mean_vt_4quad=    5.99
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    9.67 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    9.73 mean_vt_4quad=    6.15
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    9.76 mean_vt_4quad=    6.23
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    9.83 mean_vt_4quad=    6.31
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    9.92 mean_vt_4quad=    6.39
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    9.99 mean_vt_4quad=    6.47
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   10.05 mean_vt_4quad=    6.55
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   10.08 mean_vt_4quad=    6.64
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   10.13 mean_vt_4quad=    6.72
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   10.17 mean_vt_4quad=    6.80
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   10.21 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   10.23 mean_vt_4quad=    6.97
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   10.27 mean_vt_4quad=    7.06
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   10.33 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   10.43 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   10.55 mean_vt_4quad=    7.31
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   10.67 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   10.79 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   10.94 mean_vt_4quad=    7.54
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   11.08 mean_vt_4quad=    7.60
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   11.24 mean_vt_4quad=    7.66
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   11.39 mean_vt_4quad=    7.73
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   11.56 mean_vt_4quad=    7.80
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   11.70 mean_vt_4quad=    7.87
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   11.83 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   12.02 mean_vt_4quad=    8.06
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   12.20 mean_vt_4quad=    8.17
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   12.59 mean_vt_4quad=    8.28
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   13.00 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   13.36 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   13.69 mean_vt_4quad=    8.64
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.01 mean_vt_4quad=    8.76
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   14.42 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   14.89 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   15.40 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   15.92 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   16.37 mean_vt_4quad=    9.29
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   16.68 mean_vt_4quad=    9.40
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   16.88 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   16.99 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   17.08 mean_vt_4quad=    9.71
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   17.20 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   17.29 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   17.34 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   17.29 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   17.18 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   17.04 mean_vt_4quad=   10.48
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   16.88 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   16.88 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   17.12 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   17.42 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   17.73 mean_vt_4quad=   10.93
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   10.93 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   10.98 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   11.04 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   11.12 .... 0.5*v_holland=    9.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  16
  ++++ rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=   11.22 .... 0.5*v_holland=    9.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.68 mean_vt_4quad=    2.22
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    6.79 mean_vt_4quad=    2.28
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    6.86 mean_vt_4quad=    2.34
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    6.96 mean_vt_4quad=    2.40
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    7.03 mean_vt_4quad=    2.46
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    7.01 mean_vt_4quad=    2.52
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    6.97 mean_vt_4quad=    2.59
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    6.95 mean_vt_4quad=    2.65
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    6.94 mean_vt_4quad=    2.71
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    6.94 mean_vt_4quad=    2.77
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    6.91 mean_vt_4quad=    2.84
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    6.94 mean_vt_4quad=    2.90
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    7.00 mean_vt_4quad=    2.97
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    7.08 mean_vt_4quad=    3.03
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    7.16 mean_vt_4quad=    3.10
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.21 mean_vt_4quad=    3.17
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.26 mean_vt_4quad=    3.24
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.31 mean_vt_4quad=    3.32
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.38 mean_vt_4quad=    3.39
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.43 mean_vt_4quad=    3.46
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.45 mean_vt_4quad=    3.53
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    7.47 mean_vt_4quad=    3.61
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    7.50 mean_vt_4quad=    3.68
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    7.51 mean_vt_4quad=    3.75
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    7.53 mean_vt_4quad=    3.83
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    7.54 mean_vt_4quad=    3.91
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    7.56 mean_vt_4quad=    3.99
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    7.60 mean_vt_4quad=    4.07
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    7.66 mean_vt_4quad=    4.15
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    7.73 mean_vt_4quad=    4.23
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    7.84 mean_vt_4quad=    4.32
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    8.03 mean_vt_4quad=    4.41
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    8.15 mean_vt_4quad=    4.49
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    8.43 mean_vt_4quad=    4.57
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    8.58 mean_vt_4quad=    4.66
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    8.70 mean_vt_4quad=    4.74
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    8.71 mean_vt_4quad=    4.82
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    8.73 mean_vt_4quad=    4.89
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    8.78 mean_vt_4quad=    4.97
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    8.87 mean_vt_4quad=    5.05
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    8.97 mean_vt_4quad=    5.13
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    9.09 mean_vt_4quad=    5.21
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    9.14 mean_vt_4quad=    5.28
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=    9.20 mean_vt_4quad=    5.35
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=    9.23 mean_vt_4quad=    5.41
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=    9.24 mean_vt_4quad=    5.48
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=    9.26 mean_vt_4quad=    5.56
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=    9.33 mean_vt_4quad=    5.64
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=    9.39 mean_vt_4quad=    5.73
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=    9.44 mean_vt_4quad=    5.81
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=    9.42 mean_vt_4quad=    5.90
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=    9.50 mean_vt_4quad=    5.99
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=    9.46 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=    9.64 mean_vt_4quad=    6.15
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=    9.92 mean_vt_4quad=    6.23
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   10.14 mean_vt_4quad=    6.31
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   10.34 mean_vt_4quad=    6.39
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   10.47 mean_vt_4quad=    6.47
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   10.57 mean_vt_4quad=    6.55
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   10.69 mean_vt_4quad=    6.64
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   10.81 mean_vt_4quad=    6.72
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   10.92 mean_vt_4quad=    6.80
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   11.08 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   11.26 mean_vt_4quad=    6.97
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   11.48 mean_vt_4quad=    7.06
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   11.67 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   11.82 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   11.96 mean_vt_4quad=    7.31
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   12.18 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   12.37 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   12.58 mean_vt_4quad=    7.54
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   12.76 mean_vt_4quad=    7.60
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   13.01 mean_vt_4quad=    7.66
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   13.29 mean_vt_4quad=    7.73
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   13.60 mean_vt_4quad=    7.80
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   13.93 mean_vt_4quad=    7.87
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   14.23 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   14.55 mean_vt_4quad=    8.06
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   14.91 mean_vt_4quad=    8.17
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.23 mean_vt_4quad=    8.28
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.51 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   15.76 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.98 mean_vt_4quad=    8.64
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   16.22 mean_vt_4quad=    8.76
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   16.77 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   17.43 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   18.01 mean_vt_4quad=    9.08
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=    9.08 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=    9.18 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=    9.29 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=    9.40 .... 0.5*v_holland=    5.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=    9.51 .... 0.5*v_holland=    5.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    4.25 mean_vt_4quad=    2.22
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    4.30 mean_vt_4quad=    2.28
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    4.34 mean_vt_4quad=    2.34
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    4.39 mean_vt_4quad=    2.40
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    4.45 mean_vt_4quad=    2.46
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    4.54 mean_vt_4quad=    2.52
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    4.63 mean_vt_4quad=    2.59
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    4.76 mean_vt_4quad=    2.65
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    4.89 mean_vt_4quad=    2.71
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.05 mean_vt_4quad=    2.77
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    5.23 mean_vt_4quad=    2.84
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    5.42 mean_vt_4quad=    2.90
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    5.59 mean_vt_4quad=    2.97
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    5.74 mean_vt_4quad=    3.03
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    5.84 mean_vt_4quad=    3.10
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    5.93 mean_vt_4quad=    3.17
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    5.99 mean_vt_4quad=    3.24
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.02 mean_vt_4quad=    3.32
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.09 mean_vt_4quad=    3.39
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.15 mean_vt_4quad=    3.46
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.22 mean_vt_4quad=    3.53
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.30 mean_vt_4quad=    3.61
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.39 mean_vt_4quad=    3.68
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    6.50 mean_vt_4quad=    3.75
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    6.61 mean_vt_4quad=    3.83
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    6.73 mean_vt_4quad=    3.91
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    6.84 mean_vt_4quad=    3.99
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    6.93 mean_vt_4quad=    4.07
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    7.06 mean_vt_4quad=    4.15
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    7.21 mean_vt_4quad=    4.23
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    7.35 mean_vt_4quad=    4.32
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    7.49 mean_vt_4quad=    4.41
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    7.61 mean_vt_4quad=    4.49
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    7.72 mean_vt_4quad=    4.57
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    7.82 mean_vt_4quad=    4.66
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    7.92 mean_vt_4quad=    4.74
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.99 mean_vt_4quad=    4.82
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    8.05 mean_vt_4quad=    4.89
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    8.08 mean_vt_4quad=    4.97
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    8.06 mean_vt_4quad=    5.05
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    8.02 mean_vt_4quad=    5.13
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    7.95 mean_vt_4quad=    5.21
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    7.86 mean_vt_4quad=    5.28
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    7.79 mean_vt_4quad=    5.35
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    7.76 mean_vt_4quad=    5.41
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    7.75 mean_vt_4quad=    5.48
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    7.75 mean_vt_4quad=    5.56
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    7.75 mean_vt_4quad=    5.64
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    7.74 mean_vt_4quad=    5.73
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    7.72 mean_vt_4quad=    5.81
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    7.71 mean_vt_4quad=    5.90
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    7.68 mean_vt_4quad=    5.99
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    7.66 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    7.63 mean_vt_4quad=    6.15
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    7.59 mean_vt_4quad=    6.23
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    7.53 mean_vt_4quad=    6.31
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    7.45 mean_vt_4quad=    6.39
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    7.37 mean_vt_4quad=    6.47
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    7.28 mean_vt_4quad=    6.55
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    7.26 mean_vt_4quad=    6.64
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    7.37 mean_vt_4quad=    6.72
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    7.45 mean_vt_4quad=    6.80
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    7.52 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    7.65 mean_vt_4quad=    6.97
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    7.81 mean_vt_4quad=    7.06
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    7.95 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    8.06 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=    8.07 mean_vt_4quad=    7.31
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=    8.06 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=    8.09 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=    8.19 mean_vt_4quad=    7.54
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=    8.31 mean_vt_4quad=    7.60
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=    8.42 mean_vt_4quad=    7.66
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=    8.50 mean_vt_4quad=    7.73
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=    8.55 mean_vt_4quad=    7.80
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=    8.56 mean_vt_4quad=    7.87
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=    8.53 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=    8.46 mean_vt_4quad=    8.06
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=    8.44 mean_vt_4quad=    8.17
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=    8.54 mean_vt_4quad=    8.28
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=    8.62 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=    8.72 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=    8.82 mean_vt_4quad=    8.64
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=    8.92 mean_vt_4quad=    8.76
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=    8.99 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=    9.03 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=    9.06 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=    9.05 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=    9.06 mean_vt_4quad=    9.29
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=    9.18 mean_vt_4quad=    9.40
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=    9.30 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=    9.42 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=    9.54 mean_vt_4quad=    9.71
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=    9.75 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=    9.99 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   10.20 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   10.35 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   10.48 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   10.72 mean_vt_4quad=   10.48
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   10.90 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   11.04 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   11.15 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   11.24 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   11.35 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   11.49 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   11.66 mean_vt_4quad=   11.04
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   11.75 mean_vt_4quad=   11.12
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   11.78 mean_vt_4quad=   11.22
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   11.70 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   11.62 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   11.56 mean_vt_4quad=   11.64
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   11.59 mean_vt_4quad=   11.73
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   11.67 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   11.78 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   11.91 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   12.04 mean_vt_4quad=    8.92
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   12.19 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   12.40 mean_vt_4quad=    5.94
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   12.64 mean_vt_4quad=    5.00
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   12.88 mean_vt_4quad=    4.29
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   13.03 mean_vt_4quad=    3.57
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   12.60 mean_vt_4quad=    2.64
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   11.77 mean_vt_4quad=    1.40
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.69 mean_vt_4quad=    2.22
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.69 mean_vt_4quad=    2.28
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    5.70 mean_vt_4quad=    2.34
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    5.70 mean_vt_4quad=    2.40
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    5.73 mean_vt_4quad=    2.46
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    5.76 mean_vt_4quad=    2.52
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    5.80 mean_vt_4quad=    2.59
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.83 mean_vt_4quad=    2.65
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.89 mean_vt_4quad=    2.71
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    5.93 mean_vt_4quad=    2.77
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    6.03 mean_vt_4quad=    2.84
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.11 mean_vt_4quad=    2.90
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    6.17 mean_vt_4quad=    2.97
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    6.22 mean_vt_4quad=    3.03
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    6.22 mean_vt_4quad=    3.10
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    6.25 mean_vt_4quad=    3.17
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    6.29 mean_vt_4quad=    3.24
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    6.35 mean_vt_4quad=    3.32
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    6.43 mean_vt_4quad=    3.39
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    6.50 mean_vt_4quad=    3.46
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    6.59 mean_vt_4quad=    3.53
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    6.63 mean_vt_4quad=    3.61
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    6.65 mean_vt_4quad=    3.68
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    6.63 mean_vt_4quad=    3.75
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    6.69 mean_vt_4quad=    3.83
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    6.72 mean_vt_4quad=    3.91
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    6.78 mean_vt_4quad=    3.99
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    6.85 mean_vt_4quad=    4.07
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    6.92 mean_vt_4quad=    4.15
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    6.97 mean_vt_4quad=    4.23
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    7.02 mean_vt_4quad=    4.32
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    7.08 mean_vt_4quad=    4.41
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    7.13 mean_vt_4quad=    4.49
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    7.18 mean_vt_4quad=    4.57
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    7.21 mean_vt_4quad=    4.66
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    7.27 mean_vt_4quad=    4.74
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    7.37 mean_vt_4quad=    4.82
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    7.52 mean_vt_4quad=    4.89
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    7.71 mean_vt_4quad=    4.97
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.86 mean_vt_4quad=    5.05
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    7.98 mean_vt_4quad=    5.13
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    8.07 mean_vt_4quad=    5.21
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    8.17 mean_vt_4quad=    5.28
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    8.27 mean_vt_4quad=    5.35
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    8.36 mean_vt_4quad=    5.41
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    8.45 mean_vt_4quad=    5.48
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    8.48 mean_vt_4quad=    5.56
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    8.48 mean_vt_4quad=    5.64
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    8.52 mean_vt_4quad=    5.73
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    8.46 mean_vt_4quad=    5.81
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    8.49 mean_vt_4quad=    5.90
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    8.54 mean_vt_4quad=    5.99
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.65 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    8.77 mean_vt_4quad=    6.15
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    8.88 mean_vt_4quad=    6.23
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    8.98 mean_vt_4quad=    6.31
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    9.06 mean_vt_4quad=    6.39
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    9.11 mean_vt_4quad=    6.47
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    9.17 mean_vt_4quad=    6.55
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    9.25 mean_vt_4quad=    6.64
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    9.34 mean_vt_4quad=    6.72
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    9.43 mean_vt_4quad=    6.80
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    9.50 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    9.50 mean_vt_4quad=    6.97
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    9.47 mean_vt_4quad=    7.06
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    9.43 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    9.37 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    9.30 mean_vt_4quad=    7.31
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    9.29 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    9.32 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    9.37 mean_vt_4quad=    7.54
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    9.46 mean_vt_4quad=    7.60
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    9.59 mean_vt_4quad=    7.66
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    9.78 mean_vt_4quad=    7.73
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   10.00 mean_vt_4quad=    7.80
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   10.25 mean_vt_4quad=    7.87
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   10.51 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   10.74 mean_vt_4quad=    8.06
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   10.94 mean_vt_4quad=    8.17
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   11.11 mean_vt_4quad=    8.28
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   11.26 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   11.44 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   11.60 mean_vt_4quad=    8.64
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   11.70 mean_vt_4quad=    8.76
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   11.72 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   11.74 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   11.74 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   11.79 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   11.90 mean_vt_4quad=    9.29
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   12.03 mean_vt_4quad=    9.40
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   12.18 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   12.36 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   12.55 mean_vt_4quad=    9.71
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   12.75 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   12.94 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   13.11 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   13.25 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   13.29 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   13.33 mean_vt_4quad=   10.48
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   13.38 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   13.51 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   13.71 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   13.97 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   14.36 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   14.76 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   15.16 mean_vt_4quad=   11.04
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   15.57 mean_vt_4quad=   11.12
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   16.05 mean_vt_4quad=   11.22
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   16.63 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   17.45 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   18.47 mean_vt_4quad=   11.64
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  13
  ++++ rdist(ihc)=   39.00  mean_radii_vt_4quad(ihc)=   11.64 .... 0.5*v_holland=   11.58
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  12
  ++++ rdist(ihc)=   36.00  mean_radii_vt_4quad(ihc)=   11.73 .... 0.5*v_holland=   11.58
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  11
  ++++ rdist(ihc)=   33.00  mean_radii_vt_4quad(ihc)=   11.67 .... 0.5*v_holland=   11.58
 NOTE: v_holland axis not met, checkct=   4 num_bins_to_check=   5 ihc=  10
  ---> rdist(ihc)=   30.00  mean_radii_vt_4quad(ihc)=   11.24 .... 0.5*v_holland=   11.58
 NOTE: v_holland axis not met, checkct=   5 num_bins_to_check=   5 ihc=   9
  ---> rdist(ihc)=   27.00  mean_radii_vt_4quad(ihc)=   10.36 .... 0.5*v_holland=   11.58
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=   0.600000000000000     
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    23.3032401180608       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    54 igrct=  1   22:23:29
 TIMING: after getrad_iter_loop, fhr=    54 igrct=  2 Vmax (m/s)=   23.303   22:23:29
 TIMING: Before get_phase ... 22:23:29
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           54 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   346.862
  
  
  In get_cps_paramb, lead time=           54 :           0   00L  NATL     
   right_ct=          877   left_ct=          875
   zthicksum(1)=    2972238.46918750     
   zthicksum(2)=    2968004.10131250     
   zthick_right_mean=    3389.09745631414     
   zthick_left_mean=     3392.00468721429     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.90723090014535     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            4.17
  Sum of y-diffs squared (ydiff2) =           47.05
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   101.22   6.7452        2.75   0.1661    -0.98     0.96        7.59
    2   100.86   6.6846        2.40   0.1055     0.03     0.00        5.77
    3    99.94   6.6201        1.48   0.0409     0.56     0.32        2.20
    4    98.90   6.5511        0.43  -0.0281     1.07     1.14        0.19
    5    96.70   6.4770       -1.77  -0.1022     0.53     0.28        3.12
    6    93.15   6.3969       -5.31  -0.1822    -1.21     1.47       28.19
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    98.461     x:    6.58
  
  slope=     22.487         y-intercept =    -49.485
  Regression equation:   Y =   -49.48 +    22.49X
  
  R2(r_squared) =  0.9115        r =  0.9547
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1078.77 zmin=  977.21 zdiff=  101.56
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1571.12 zmin= 1469.91 zdiff=  101.22
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -0.34 dlnp=     -0.057158  dzdlnp=        6.018
  
   +++ k=  3 press=    800.0 zmax= 2088.88 zmin= 1988.01 zdiff=  100.86
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -0.35 dlnp=     -0.060625  dzdlnp=        5.806
  
   +++ k=  4 press=    750.0 zmax= 2634.38 zmin= 2534.44 zdiff=   99.94
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -0.92 dlnp=     -0.064539  dzdlnp=       14.255
  
   +++ k=  5 press=    700.0 zmax= 3211.23 zmin= 3112.33 zdiff=   98.90
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -1.05 dlnp=     -0.068993  dzdlnp=       15.190
  
   +++ k=  6 press=    650.0 zmax= 3822.72 zmin= 3726.02 zdiff=   96.70
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -2.20 dlnp=     -0.074108  dzdlnp=       29.686
  
   +++ k=  7 press=    600.0 zmax= 4473.61 zmin= 4380.46 zdiff=   93.15
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -3.54 dlnp=     -0.080043  dzdlnp=       44.276
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            9.62
  Sum of y-diffs squared (ydiff2) =          687.82
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    88.10   6.3099       13.48   0.2788    -0.86     0.74      181.71
    2    84.02   6.2146        9.40   0.1834    -0.04     0.00       88.36
    3    79.22   6.1092        4.60   0.0781     0.58     0.34       21.16
    4    74.70   5.9915        0.09  -0.0397     2.13     4.54        0.01
    5    63.71   5.8579      -10.90  -0.1732    -1.99     3.97      118.90
    6    57.95   5.7038      -16.66  -0.3274     0.18     0.03      277.69
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    74.616     x:    6.03
  
  slope=     51.449         y-intercept =   -235.681
  Regression equation:   Y =  -235.68 +    51.45X
  
  R2(r_squared) =  0.9860        r =  0.9930
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4473.61 zmin= 4380.46 zdiff=   93.15
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5169.99 zmin= 5081.89 zdiff=   88.10
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -5.06 dlnp=     -0.087011  dzdlnp=       58.107
  
   +++ k=  9 press=    500.0 zmax= 5922.15 zmin= 5838.14 zdiff=   84.02
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -4.08 dlnp=     -0.095310  dzdlnp=       42.808
  
   +++ k= 10 press=    450.0 zmax= 6738.71 zmin= 6659.49 zdiff=   79.22
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -4.80 dlnp=     -0.105361  dzdlnp=       45.558
  
   +++ k= 11 press=    400.0 zmax= 7634.54 zmin= 7559.84 zdiff=   74.70
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -4.51 dlnp=     -0.117783  dzdlnp=       38.308
  
   +++ k= 12 press=    350.0 zmax= 8627.23 zmin= 8563.52 zdiff=   63.71
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -10.99 dlnp=     -0.133531  dzdlnp=       82.318
  
   +++ k= 13 press=    300.0 zmax= 9748.06 zmin= 9690.11 zdiff=   57.95
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -5.76 dlnp=     -0.154151  dzdlnp=       37.366
  
cps_stats: 00L   lead time=  54: 0   paramb=    -2.91  vtl=     22.49  vtu=     51.45
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   54:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.660 (0-360) guesslon=  298.660E  (  61.340W)   guesslat=   24.834
 ilonfix=         1337  jlatfix=         1025  npts=           33
 ibeg=         1264  jbeg=          957  imax=         2738
 iend=         1410  jend=         1093  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.740E  (0-360) ctlon=  297.740E  (  62.260W)  ctlat=   25.514 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  297.740E   (0-360) guesslon=  297.740E  (  62.260W)   guesslat=   25.514
 ilonfix=         1314  jlatfix=         1008  npts=           16
 ibeg=         1265  jbeg=          964  imax=         2738
 iend=         1363  jend=         1052  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.620E  (0-360) ctlon=  297.620  (  62.380W)  ctlat=   25.394 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    54:00  mean_lon:  297.62E (  62.38W)    (0-360) mean_lon=  297.62E  mean_lat:   25.39  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    54:00  ifix:  1298   jfix:   999  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1298  jx=          999
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         589 ,         290 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         588 ,         289 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    54:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:23:29
 TIMING: Before shear ... 22:23:29
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           10
  clon(ist,ifh,3)=    298.484864004461     
  clat(ist,ifh,3)=    24.9357548144765     
  fixlon(ist,ifh)=    298.659534378873     
  fixlat(ist,ifh)=    24.8343598356212     
  xcenlon=    298.484864004461     
  xcenlat=    24.9357548144765     
  
 xxshear
 In get_shear A, xcenlon=    298.484864004461       xcenlat= 
   24.9357548144765     
   In get_shear B, (0-360) xcenlon=    298.484864004461     
  
At start of get_shear:  00L   fhr=   54:00   Mean fix position=   298.66E  ( 61.34W)    24.83  (0-360) mean lon fix=  298.66
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   13.26 vr_mean(idist,ilev)=   -0.10
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   12.30 vr_mean(idist,ilev)=   -0.24
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   12.88 vr_mean(idist,ilev)=   -0.88
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   13.13 vr_mean(idist,ilev)=   -1.20
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   11.65 vr_mean(idist,ilev)=   -1.23
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   10.07 vr_mean(idist,ilev)=   -1.03
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=    8.88 vr_mean(idist,ilev)=   -1.06
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    7.87 vr_mean(idist,ilev)=   -1.02
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    6.85 vr_mean(idist,ilev)=   -1.18
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    6.05 vr_mean(idist,ilev)=   -0.99
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    5.30 vr_mean(idist,ilev)=   -0.89
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    4.55 vr_mean(idist,ilev)=   -0.80
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    4.05 vr_mean(idist,ilev)=   -0.89
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    3.45 vr_mean(idist,ilev)=   -0.77
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    2.77 vr_mean(idist,ilev)=   -0.69
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    2.33 vr_mean(idist,ilev)=   -0.87
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    2.12 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    1.50 vr_mean(idist,ilev)=   -0.99
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    1.17 vr_mean(idist,ilev)=   -1.07
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.68 vr_mean(idist,ilev)=   13.68
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -20.52 vr_mean(idist,ilev)=   20.52
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -27.36 vr_mean(idist,ilev)=   27.36
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -34.20 vr_mean(idist,ilev)=   34.20
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -41.05 vr_mean(idist,ilev)=   41.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -47.90 vr_mean(idist,ilev)=   47.90
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -54.75 vr_mean(idist,ilev)=   54.75
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -61.60 vr_mean(idist,ilev)=   61.60
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -68.46 vr_mean(idist,ilev)=   68.46
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -75.32 vr_mean(idist,ilev)=   75.32
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -82.19 vr_mean(idist,ilev)=   82.19
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -89.06 vr_mean(idist,ilev)=   89.06
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -95.94 vr_mean(idist,ilev)=   95.94
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -102.82 vr_mean(idist,ilev)=  102.82
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -109.71 vr_mean(idist,ilev)=  109.71
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -116.61 vr_mean(idist,ilev)=  116.61
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -123.51 vr_mean(idist,ilev)=  123.51
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -130.42 vr_mean(idist,ilev)=  130.42
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -137.35 vr_mean(idist,ilev)=  137.35
  
 At end of get_shear: 
     ist=    1 ifh=   10 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:23:29
  
 After call to fixcenter, fix positions at 
 forecast hour=   54:00 follow:
  
fixpos  00L   fhr=   54:00   Fix position=   298.66E  ( 61.34W)    24.83   Max Wind=  45 kts
  
  
 xxxx get_next_ges, prev fix lon=    298.719999032229     
 xxxx get_next_ges, curr fix lon=    298.659534378873     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.659534378873        fixlat=    24.8343598356212     
        (0-360) fixlon=    298.659534378873     
      ilonfix=         1337   jlatfix=         1025
      ibeg=          862   iend=         1812
      jbeg=          573   jend=         1477
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.129221146576639       vavg=    3.60443419702267     
      ubar=  -3.230528664415981E-002  vbar=   0.901108549255668     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.354756913251243       vavg=    1.66446809116545     
      ubar=   0.145073169981462       vbar=    1.73334259483839     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.26216217365533       vavg=    1.49669341345136     
      ubar=   0.460613713395295       vbar=    2.10751594820123     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.460613713395295       vbar=    2.10751594820123     
      wgttot=    1.00000000000000     
      fixlon=    298.659534378873        fixlat=    24.8343598356212     
      barnlon=    298.758291450372       barnlat=    25.2437522131597     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.906019496132550     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.758291450372     
     Raw (no conversion for GM wrap) extraplon=    298.598954807276     
  
 --- barnlon=    298.76E  (  61.24W)    barnlat=     25.24
 --- extraplon=  298.60E  (  61.40W)    extraplat=   25.07
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.83
 | Current fix lon is   61.34W   ( 298.66E)
 | Current fix lon (raw, unadjusted)=  298.66E
 | Updated guess lat for next fcst hour is   25.16
 | Updated guess lon (0-360) for next fcst hour is   61.32W   ( 298.68E)
 | Raw updated guess lon for next fcst hour is  298.68E)
 -------------------------------------------------
  
 iocheck, dist=    35.8824983695052        distm=    35882.4983695052     
 iocheck, stmspd=    1.66122677636598        istmspd=           32
 iocheck, xincr=   1.908874995120868E-002   yincr=   0.322234737098476     
 iocheck, stmdir=    3.39016257497373        istmdir=            3
 +++ RPT_STORM_MOTION: istmspd=    32 kts(*10)    istmdir=     3 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  10
     Fix location for this time:   298.66E  ( 61.34W)    24.83
     Fix lon (raw) for this time:  298.66E
     ilonfix= 1337  jlatfix= 1025
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.659534378873       xcenlat=    24.8343598356212     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.659534378873       xcenlat=    24.8343598356212     
  ilonfix=         1337  jlatfix=         1025
  ibeg=         1216  iend=         1458
  jbeg=          909  jend=         1141  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.659534378873        xcenlat=    24.8343598356212     
      ilonfix=         1337   jlatfix=         1025
      ibeg=         1216   iend=         1458
      jbeg=          909   jend=         1141
 After call to barnes, xsmoothval=   1.593382347110560E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.593382347110560E-004
      xcenlon=    298.659534378873        xcenlat=    24.8343598356212     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000159  imeanzeta (*1e6)=      159
   --- mean zeta raw =   1.593382347110560E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003140  igrid zeta (*1e6)=     3140 ifilret=   0
   --- grid zeta raw=   3.140270734650912E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.659534378873       xcenlat=    24.8343598356212     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.659534378873       xcenlat=    24.8343598356212     
  ilonfix=         1337  jlatfix=         1025
  ibeg=         1216  iend=         1458
  jbeg=          909  jend=         1141  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.659534378873        xcenlat=    24.8343598356212     
      ilonfix=         1337   jlatfix=         1025
      ibeg=         1216   iend=         1458
      jbeg=          909   jend=         1141
 After call to barnes, xsmoothval=   1.498519470702509E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.498519470702509E-004
      xcenlon=    298.659534378873        xcenlat=    24.8343598356212     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000150  imeanzeta (*1e6)=      150
   --- mean zeta raw =   1.498519470702509E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003842  igrid zeta (*1e6)=     3842 ifilret=   0
   --- grid zeta raw=   3.842270734650912E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           54
  
 segx, outlon=    298.659534378873       outlat=    24.8343598356212     
   ist=            1  ifcsthour=           54
   vmaxwind=    23.3032401180608       xminmslp=    100690.090000000     
   vradius=           32           0           0          60           0
           0           0           0           0          21           0
           0
   maxstorm=            6
   plastbar=    101490.090000000       rlastbar=    57.5289849906222     
   rmax=    15.9471564430367     
   cps_vals=   -2.90723090014535        22.4871224012306     
   51.4489694783551     
   wcore_flag= n
   istmspd=           32  istmdir=            3
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    36.0000000000000     
   axisymet_rmw_val=     13.8993559602140     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   57.5289849906222       irlastbar=          58
 output: plastbar=   101490.090000000       iplastbar=        1015
 rmax=    15.9471564430367        irmax=           16
 TXX top of atcfunix_ext, ist=            1  ifh=           54
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   57.5289849906222       irlastbar=          58
 output: plastbar=   101490.090000000       iplastbar=        1015
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           54
 intlat=          248
 clatns= N
 intlon=          613
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           45
 int(xminmslp/mslp_outp_adj + 0.5)=         1007
 XX,  34, NEQ
 vradius(1,1)=           32
 vradius(1,2)=           60
 vradius(1,3)=            0
 vradius(1,4)=           21
 iplastbar=         1015
 irlastbar=           58
 irmax=           16
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=            3
 istmspd=           32
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -29
 icps_vals(2)=          225
 icps_vals(3)=          514
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           19
 irmw_val=           27
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          159
 igridzeta(1)=         3140
 imeanzeta(2)=          150
 igridzeta(2)=         3842
  
 rmax=    15.9471564430367        irmax=           16
 +++ Top of output_atcf_parms, ist=            1  ifh=           54
  
 xxxx get_next_ges, prev fix lon=    298.719999032229     
 xxxx get_next_ges, curr fix lon=    298.659534378873     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.659534378873        fixlat=    24.8343598356212     
        (0-360) fixlon=    298.659534378873     
      ilonfix=         1337   jlatfix=         1025
      ibeg=          862   iend=         1812
      jbeg=          573   jend=         1477
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.129221146576639       vavg=    3.60443419702267     
      ubar=  -3.230528664415981E-002  vbar=   0.901108549255668     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.354756913251243       vavg=    1.66446809116545     
      ubar=   0.145073169981462       vbar=    1.73334259483839     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.26216217365533       vavg=    1.49669341345136     
      ubar=   0.460613713395295       vbar=    2.10751594820123     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.460613713395295       vbar=    2.10751594820123     
      wgttot=    1.00000000000000     
      fixlon=    298.659534378873        fixlat=    24.8343598356212     
      barnlon=    298.758291450372       barnlat=    25.2437522131597     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.906019496132550     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.758291450372     
     Raw (no conversion for GM wrap) extraplon=    298.598954807276     
  
 --- barnlon=    298.76E  (  61.24W)    barnlat=     25.24
 --- extraplon=  298.60E  (  61.40W)    extraplat=   25.07
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   24.83
 | Current fix lon is   61.34W   ( 298.66E)
 | Current fix lon (raw, unadjusted)=  298.66E
 | Updated guess lat for next fcst hour is   25.16
 | Updated guess lon (0-360) for next fcst hour is   61.32W   ( 298.68E)
 | Raw updated guess lon for next fcst hour is  298.68E)
 -------------------------------------------------
  
 iocheck, dist=    35.8824983695052        distm=    35882.4983695052     
 iocheck, stmspd=    1.66122677636598        istmspd=           32
 iocheck, xincr=   1.908874995120868E-002   yincr=   0.322234737098476     
 iocheck, stmdir=    3.39016257497373        istmdir=            3
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   54:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.138388631025783E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.021E  (0-360) ctlon=  292.021E  (  67.979W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.114E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.021E   (0-360) guesslon=  292.021E  (  67.979W)   guesslat=   34.831
 ilonfix=         1171  jlatfix=          775  npts=           16
 ibeg=         1118  jbeg=          731  imax=         2738
 iend=         1224  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax (x10e5) =        0.123E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   9.487364193008328E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.021E  (0-360) ctlon=  292.021E  (  67.979W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.949E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.021E   (0-360) guesslon=  292.021E  (  67.979W)   guesslat=   34.831
 ilonfix=         1171  jlatfix=          775  npts=           16
 ibeg=         1118  jbeg=          731  imax=         2738
 iend=         1224  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax (x10e5) =        0.109E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  292.421E  (0-360) ctlon=  292.421E  (  67.579W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.122E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  292.421E   (0-360) guesslon=  292.421E  (  67.579W)   guesslat=   34.831
 ilonfix=         1181  jlatfix=          775  npts=           16
 ibeg=         1128  jbeg=          731  imax=         2738
 iend=         1234  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax =       -0.100E+16 fmin =        0.122E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  292.421E  (0-360) ctlon=  292.421E  (  67.579W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.288E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  292.421E   (0-360) guesslon=  292.421E  (  67.579W)   guesslat=   34.831
 ilonfix=         1181  jlatfix=          775  npts=           16
 ibeg=         1128  jbeg=          731  imax=         2738
 iend=         1234  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax =       -0.100E+16 fmin =        0.287E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  292.421E  (0-360) ctlon=  292.421E  (  67.579W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.978E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  292.421E   (0-360) guesslon=  292.421E  (  67.579W)   guesslat=   34.831
 ilonfix=         1181  jlatfix=          775  npts=           16
 ibeg=         1128  jbeg=          731  imax=         2738
 iend=         1234  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax =       -0.100E+16 fmin =        0.977E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.141 (0-360) guesslon=  292.141E  (  67.859W)   guesslat=   34.951
 ilonfix=         1174  jlatfix=          772  npts=           33
 ibeg=         1097  jbeg=          704  imax=         2738
 iend=         1251  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:23:29
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.131045569091030E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.021E  (0-360) ctlon=  292.021E  (  67.979W)  ctlat=   34.831 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.813E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.021E   (0-360) guesslon=  292.021E  (  67.979W)   guesslat=   34.831
 ilonfix=         1171  jlatfix=          775  npts=           16
 ibeg=         1118  jbeg=          731  imax=         2738
 iend=         1224  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.201E  (0-360) ctlon=  292.201  (  67.799W)  ctlat=   34.811 fmax (x10e5) =        0.813E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    292.190294033533        uvgeslat=    34.8368592937525     
    (0-360 uvgeslon)=    292.190294033533     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:23:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.190294033533        uvgeslat=    34.8368592937525     
    (0-360 uvgeslon)=    292.190294033533     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.190294033533     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.190E  (0-360E lon):  292.190E    67.810W  ctlat=   34.837  xmax_circul_disk =     168446412.4
 TIMING: get_wind_circ kloop, k=  1   22:23:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.190E  (0-360E)=  292.190E  (  67.810W)   guesslat=   34.837
 ilonfix=         1175  jlatfix=          775  npts=           56
 ibeg=         1102  jbeg=          711  imax=         2738
 iend=         1248  jend=          839  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    169372770.735987     
 nhalf get_wind_circ, k=  1 ctlon=  292.270E  (0-360E)=  292.270E  ctlon=   67.730W   ctlat=   34.857 Wind Circulation (NHEM: Max) =     169372770.7
 TIMING: After GWC 850 ... 22:23:30
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:23:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.190294033533        uvgeslat=    34.8368592937525     
    (0-360 uvgeslon)=    292.190294033533     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.190294033533     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.190E  (0-360E lon):  292.190E    67.810W  ctlat=   34.837  xmax_circul_disk =     161451900.8
 TIMING: get_wind_circ kloop, k=  1   22:23:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.190E  (0-360E)=  292.190E  (  67.810W)   guesslat=   34.837
 ilonfix=         1175  jlatfix=          775  npts=           56
 ibeg=         1102  jbeg=          711  imax=         2738
 iend=         1248  jend=          839  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    161459657.606927     
 nhalf get_wind_circ, k=  1 ctlon=  292.210E  (0-360E)=  292.210E  ctlon=   67.790W   ctlat=   34.857 Wind Circulation (NHEM: Max) =     161459657.6
 TIMING: After GWC 700 ... 22:23:30
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:23:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.190294033533        uvgeslat=    34.8368592937525     
    (0-360 uvgeslon)=    292.190294033533     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.190294033533     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.190E  (0-360E lon):  292.190E    67.810W  ctlat=   34.837  xmax_circul_disk =     105698315.6
 TIMING: get_wind_circ kloop, k=  1   22:23:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.190E  (0-360E)=  292.190E  (  67.810W)   guesslat=   34.837
 ilonfix=         1175  jlatfix=          775  npts=           56
 ibeg=         1102  jbeg=          711  imax=         2738
 iend=         1248  jend=          839  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105664192.301392     
 nhalf get_wind_circ, k=  1 ctlon=  292.210E  (0-360E)=  292.210E  ctlon=   67.790W   ctlat=   34.857 Wind Circulation (NHEM: Max) =     105664192.3
 TIMING: After GWC Sfc ... 22:23:30
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.42  xavg_stderr=     2.36
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           10  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    54:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  292.14E   (0-360) guesslon=  292.14E  ( 67.86W)    34.95
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       292.20       67.80      34.81          122.68       T         16.50
   2    zeta 700    Max       292.20       67.80      34.81          109.29       T         16.50
   3    circ 850    Max       292.27       67.73      34.86          169.37       T         15.78
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       292.21       67.79      34.86          161.46       T         12.26
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       292.20       67.80      34.81         1215.60       T         16.50
   8     gph 700    Min       292.20       67.80      34.81         2874.18       T         16.50
   9        MSLP    Min       292.20       67.80      34.81        97695.99       T         16.50
  10    circ sfc    Max       292.21       67.79      34.86          105.66       T         12.26
  11    zeta sfc    Max       292.20       67.80      34.81           81.33       T         16.50
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    2.72674815759817       stderr_close= 
   1.42438041474626       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
 ip=  2 kprm=  2 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
 ip=  3 kprm=  3 dist_from_mean=   6.382 devia=   1.276 wtpos=  0.65346     292.27   292.27    67.73    34.86
 ip=  5 kprm=  4 dist_from_mean=   3.370 devia=   0.674 wtpos=  0.79879     292.21   292.21    67.79    34.86
 ip=  7 kprm=  5 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
 ip=  8 kprm=  6 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
 ip=  9 kprm=  7 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
 ip= 10 kprm=  8 dist_from_mean=   3.370 devia=   0.674 wtpos=  0.79879     292.21   292.21    67.79    34.86
 ip= 11 kprm=  9 dist_from_mean=   1.903 devia=   0.381 wtpos=  0.88084     292.20   292.20    67.80    34.81
  
At end of fixcenter:  08L   fhr=   54:00   Fix position=   292.21E  (0-360) fixlon=  292.21  ( 67.79W)    34.82
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    292.209120721888     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    292.201202851715     
        (0-360E clon(ist,ifh,9))=    292.201202851715     
      clat(ist,ifh,9)=    34.8114053846616     
      xval(9)=    97695.9854398890     
  
  After get_ij B, ibeg jbeg =         1063         637
  After get_ij B, iend jend =         1287         913
  
 In is_it_a_storm, ilonfix=         1175  jlatfix=          775
 ibeg jbeg iend jend =         1063         637        1287         913
 cparm= slp  parmlon parmlat =    292.201202851715        34.8114053846616     
     (0-360E parmlon) =    292.201202851715     
 parmval=    97695.9854398890     
  
 i= 1148 j=  712 glon=  291.13 (0-360E) glon=  291.13 glat=  37.36 dist=   299.39 slp=  100524.17 pgradient=  9.44635
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  9.44635
 mslp center =    292.201202851715        34.8114053846616     
   97695.9854398890     
   (0-360E) lon of mslp center =    292.201202851715     
 pgrad loc   =    291.128853000000        291.128853000000     
   68.8711470000000        37.3607140000000        100524.170000000     
  ttest at location C IF....
      xinp_fixlat=    34.8114053846616     
      xinp_fixlon=    292.201202851715       (0-360E) xinp_fixlon= 
   292.201202851715     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96138.5700000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1175  jfix=          775
 longitude=    292.201202851715      E   (   67.7987971482852      
 W)  (0-360E) xinp_fixlon=    292.201202851715     
 latitude=    34.8114053846616     
 mean mslp value (xval(9))=    97695.9854398890     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1175  jfix=          775
 longitude=    292.201202851715      E   (   67.7987971482852      
 W)  (0-360E) xinp_fixlon=    292.201202851715     
 latitude=    34.8114053846616     
 mean mslp value (xval(9))=    97695.9854398890     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1175  jx=          775
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96138.5700000000       xcentval=    96138.5700000000     
 At A, num_found_contours=            0
 At A, contlo=    96138.5700000000       conthi=    96538.5700000000     
  
 num_found_contours=            0
 contlo=    96138.5700000000       conthi=    96538.5700000000     
 xcentval=    96138.5700000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96538.5700000000       conthi=    96938.5700000000     
  
 num_found_contours=            1
 contlo=    96538.5700000000       conthi=    96938.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            2
 At A, contlo=    96938.5700000000       conthi=    97338.5700000000     
  
 num_found_contours=            2
 contlo=    96938.5700000000       conthi=    97338.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            3
 At A, contlo=    97338.5700000000       conthi=    97738.5700000000     
  
 num_found_contours=            3
 contlo=    97338.5700000000       conthi=    97738.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            4
 At A, contlo=    97738.5700000000       conthi=    98138.5700000000     
  
 num_found_contours=            4
 contlo=    97738.5700000000       conthi=    98138.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            5
 At A, contlo=    98138.5700000000       conthi=    98538.5700000000     
  
 num_found_contours=            5
 contlo=    98138.5700000000       conthi=    98538.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            6
 At A, contlo=    98538.5700000000       conthi=    98938.5700000000     
  
 num_found_contours=            6
 contlo=    98538.5700000000       conthi=    98938.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            7
 At A, contlo=    98938.5700000000       conthi=    99338.5700000000     
  
 num_found_contours=            7
 contlo=    98938.5700000000       conthi=    99338.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            8
 At A, contlo=    99338.5700000000       conthi=    99738.5700000000     
  
 num_found_contours=            8
 contlo=    99338.5700000000       conthi=    99738.5700000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=            9
 At A, contlo=    99738.5700000000       conthi=    100138.570000000     
  
 num_found_contours=            9
 contlo=    99738.5700000000       conthi=    100138.570000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=           10
 At A, contlo=    100138.570000000       conthi=    100538.570000000     
  
 num_found_contours=           10
 contlo=    100138.570000000       conthi=    100538.570000000     
 xcentval=    96138.5700000000     
 At A, num_found_contours=           11
 At A, contlo=    100538.570000000       conthi=    100938.570000000     
  
 num_found_contours=           11
 contlo=    100538.570000000       conthi=    100938.570000000     
 xcentval=    96138.5700000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1242 ,         585 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96138.5700000000     
 !!! (i,j) of central value = (        1175 ,         775 )
 !!!  
 !!! Flagged value found    =    100516.010000000     
 !!! (i,j) of flagged value = (        1243 ,         584 )
 !!!   
 !!! Lower bound of contour interval =    100538.570000000     
 !!! Upper bound of contour interval =    100938.570000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1175  jfix=          775
 longitude=    292.201202851715      E   (   67.7987971482852      W)  
 (0-360E) xinp_fixlon=    292.201202851715     
 latitude=    34.8114053846616     
 mean mslp value (xval(9))=    97695.9854398890     
 gridpoint mslp value=    96138.5700000000     
 ccflag= y
 prs of last closed isobar =    100538.570000000     
 radius of last closed isobar =    118.051823670601       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   54:00
 !!! Boundary check xinp_fixlat is   34.81
 !!! Boundary check xinp_fixlon is   67.80W   ( 292.20E)  (0-360E) xinp_fixlon=  292.20
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    292.270292033533     
  850 mb wcirc fix lat=    34.8568587937525     
    (0-360) 850 mb wcirc fix lon=    292.270292033533     
  Multi-parm fix lon=      292.209120721888     
  Multi-parm fix lat=      34.8249823117290     
    (0-360) Multi-parm fix lon=      292.209120721888     
  
  
  After get_ij B, ibeg jbeg =         1082         670
  After get_ij B, iend jend =         1272         878
  
 In is_it_a_storm, ilonfix=         1177  jlatfix=          774
 ibeg jbeg iend jend =         1082         670        1272         878
 cparm= v850  parmlon parmlat =    292.270292033533        34.8568587937525     
     (0-360E parmlon) =    292.270292033533     
 parmval=    169372770.735987     
  
 i= 1167 j=  725 glon=  291.89 (0-360E) glon=  291.89 glat=  36.84 u= -13.8000 v=   1.6000 vr=   3.71883 vt=  13.38545
 i= 1172 j=  725 glon=  292.09 (0-360E) glon=  292.09 glat=  36.84 u= -14.3000 v=   3.6000 vr=   4.65382 vt=  13.99257
 i= 1177 j=  725 glon=  292.29 (0-360E) glon=  292.29 glat=  36.84 u= -14.4000 v=   5.5000 vr=   5.39014 vt=  14.44148
 i= 1182 j=  725 glon=  292.49 (0-360E) glon=  292.49 glat=  36.84 u= -14.6000 v=   7.6000 vr=   6.26317 vt=  15.22145
 i= 1187 j=  725 glon=  292.69 (0-360E) glon=  292.69 glat=  36.84 u= -14.5000 v=   9.6000 vr=   7.00199 vt=  15.91798
 i= 1152 j=  730 glon=  291.29 (0-360E) glon=  291.29 glat=  36.64 u= -11.7000 v=  -5.5000 vr=  -0.22001 vt=  12.92639
 i= 1157 j=  730 glon=  291.49 (0-360E) glon=  291.49 glat=  36.64 u= -13.8000 v=  -3.3000 vr=   1.54105 vt=  14.10515
 i= 1162 j=  730 glon=  291.69 (0-360E) glon=  291.69 glat=  36.64 u= -15.1000 v=  -1.5000 vr=   2.43333 vt=  14.97795
 i= 1167 j=  730 glon=  291.89 (0-360E) glon=  291.89 glat=  36.64 u= -16.1000 v=   0.5000 vr=   3.26064 vt=  15.77429
 i= 1172 j=  730 glon=  292.09 (0-360E) glon=  292.09 glat=  36.64 u= -17.0000 v=   3.2000 vr=   4.59544 vt=  16.67699
 i= 1177 j=  730 glon=  292.29 (0-360E) glon=  292.29 glat=  36.64 u= -17.7000 v=   6.1000 vr=   5.94973 vt=  17.75108
 i= 1182 j=  730 glon=  292.49 (0-360E) glon=  292.49 glat=  36.64 u= -17.7000 v=   8.9000 vr=   7.09513 vt=  18.49754
 i= 1187 j=  730 glon=  292.69 (0-360E) glon=  292.69 glat=  36.64 u= -17.0000 v=  11.9000 vr=   8.49033 vt=  18.93474
 i= 1192 j=  730 glon=  292.89 (0-360E) glon=  292.89 glat=  36.64 u= -15.9000 v=  14.3000 vr=   9.42872 vt=  19.19373
 i= 1197 j=  730 glon=  293.09 (0-360E) glon=  293.09 glat=  36.64 u= -14.6000 v=  15.8000 vr=   9.67225 vt=  19.21582
 i= 1202 j=  730 glon=  293.29 (0-360E) glon=  293.29 glat=  36.64 u= -13.6000 v=  16.4000 vr=   9.11306 vt=  19.25804
 i= 1142 j=  735 glon=  290.89 (0-360E) glon=  290.89 glat=  36.44 u=  -9.3000 v=  -9.9000 vr=  -2.65320 vt=  13.32143
 i= 1147 j=  735 glon=  291.09 (0-360E) glon=  291.09 glat=  36.44 u= -10.7000 v=  -8.7000 vr=  -1.85313 vt=  13.66550
 i= 1152 j=  735 glon=  291.29 (0-360E) glon=  291.29 glat=  36.44 u= -13.7000 v=  -7.1000 vr=  -0.14216 vt=  15.42983
 i= 1157 j=  735 glon=  291.49 (0-360E) glon=  291.49 glat=  36.44 u= -15.2000 v=  -5.8000 vr=   0.30470 vt=  16.26614
 i= 1162 j=  735 glon=  291.69 (0-360E) glon=  291.69 glat=  36.44 u= -17.0000 v=  -3.3000 vr=   1.72247 vt=  17.23146
 i= 1167 j=  735 glon=  291.89 (0-360E) glon=  291.89 glat=  36.44 u= -18.7000 v=  -0.8000 vr=   2.82411 vt=  18.50282
 i= 1172 j=  735 glon=  292.09 (0-360E) glon=  292.09 glat=  36.44 u= -19.4000 v=   1.5000 vr=   3.30058 vt=  19.17593
 i= 1177 j=  735 glon=  292.29 (0-360E) glon=  292.29 glat=  36.44 u= -21.3000 v=   5.7000 vr=   5.49625 vt=  21.35348
 i= 1182 j=  735 glon=  292.49 (0-360E) glon=  292.49 glat=  36.44 u= -20.8000 v=  11.3000 vr=   8.90020 vt=  21.93436
 i= 1187 j=  735 glon=  292.69 (0-360E) glon=  292.69 glat=  36.44 u= -19.6000 v=  13.1000 vr=   8.67038 vt=  21.92247
 i= 1192 j=  735 glon=  292.89 (0-360E) glon=  292.89 glat=  36.44 u= -19.5000 v=  16.0000 vr=   9.31624 vt=  23.44051
 i= 1197 j=  735 glon=  293.09 (0-360E) glon=  293.09 glat=  36.44 u= -17.8000 v=  17.9000 vr=   9.56414 vt=  23.36187
 i= 1202 j=  735 glon=  293.29 (0-360E) glon=  293.29 glat=  36.44 u= -15.6000 v=  19.0000 vr=   9.55697 vt=  22.65004
 i= 1207 j=  735 glon=  293.49 (0-360E) glon=  293.49 glat=  36.44 u= -13.4000 v=  19.8000 vr=   9.61908 vt=  21.88774
 i= 1212 j=  735 glon=  293.69 (0-360E) glon=  293.69 glat=  36.44 u= -12.0000 v=  20.4000 vr=   9.35577 vt=  21.74005
 i= 1132 j=  740 glon=  290.49 (0-360E) glon=  290.49 glat=  36.24 u=  -6.2000 v= -12.1000 vr=  -3.81301 vt=  13.05033
 i= 1137 j=  740 glon=  290.69 (0-360E) glon=  290.69 glat=  36.24 u=  -7.7000 v= -12.7000 vr=  -4.00090 vt=  14.30289
 i= 1142 j=  740 glon=  290.89 (0-360E) glon=  290.89 glat=  36.24 u=  -9.1000 v= -12.4000 vr=  -3.83654 vt=  14.89466
 i= 1147 j=  740 glon=  291.09 (0-360E) glon=  291.09 glat=  36.24 u= -11.8000 v= -11.1000 vr=  -2.33731 vt=  16.03081
 i= 1152 j=  740 glon=  291.29 (0-360E) glon=  291.29 glat=  36.24 u= -14.0000 v= -10.0000 vr=  -1.62239 vt=  17.12798
 i= 1157 j=  740 glon=  291.49 (0-360E) glon=  291.49 glat=  36.24 u= -15.6000 v=  -7.4000 vr=  -0.17779 vt=  17.26524
 i= 1162 j=  740 glon=  291.69 (0-360E) glon=  291.69 glat=  36.24 u= -16.9000 v=  -5.0000 vr=   0.76111 vt=  17.60769
 i= 1167 j=  740 glon=  291.89 (0-360E) glon=  291.89 glat=  36.24 u= -19.2000 v=  -2.5000 vr=   1.78057 vt=  19.28003
 i= 1172 j=  740 glon=  292.09 (0-360E) glon=  292.09 glat=  36.24 u= -24.2000 v=   4.8000 vr=   7.35084 vt=  23.55091
 i= 1177 j=  740 glon=  292.29 (0-360E) glon=  292.29 glat=  36.24 u= -25.5000 v=   5.9000 vr=   5.62065 vt=  25.56303
 i= 1182 j=  740 glon=  292.49 (0-360E) glon=  292.49 glat=  36.24 u= -24.9000 v=  13.1000 vr=   9.80580 vt=  26.37170
 i= 1187 j=  740 glon=  292.69 (0-360E) glon=  292.69 glat=  36.24 u= -21.4000 v=  16.6000 vr=  10.98014 vt=  24.75796
 i= 1192 j=  740 glon=  292.89 (0-360E) glon=  292.89 glat=  36.24 u= -18.6000 v=  17.7000 vr=  10.24138 vt=  23.54494
 i= 1197 j=  740 glon=  293.09 (0-360E) glon=  293.09 glat=  36.24 u= -18.6000 v=  18.4000 vr=   8.46388 vt=  24.75647
 i= 1202 j=  740 glon=  293.29 (0-360E) glon=  293.29 glat=  36.24 u= -18.8000 v=  20.3000 vr=   7.69002 vt=  26.57807
 i= 1207 j=  740 glon=  293.49 (0-360E) glon=  293.49 glat=  36.24 u= -15.7000 v=  22.0000 vr=   8.66278 vt=  25.60168
 i= 1212 j=  740 glon=  293.69 (0-360E) glon=  293.69 glat=  36.24 u= -13.0000 v=  21.9000 vr=   8.40685 vt=  24.04028
 i= 1217 j=  740 glon=  293.89 (0-360E) glon=  293.89 glat=  36.24 u= -11.5000 v=  21.9000 vr=   7.84210 vt=  23.45978
 i= 1127 j=  745 glon=  290.29 (0-360E) glon=  290.29 glat=  36.04 u=  -4.9000 v= -13.8000 vr=  -4.14014 vt=  14.04668
 i= 1132 j=  745 glon=  290.49 (0-360E) glon=  290.49 glat=  36.04 u=  -5.9000 v= -14.9000 vr=  -4.77826 vt=  15.29668
 i= 1137 j=  745 glon=  290.69 (0-360E) glon=  290.69 glat=  36.04 u=  -7.0000 v= -15.6000 vr=  -5.33673 vt=  16.24436
 i= 1142 j=  745 glon=  290.89 (0-360E) glon=  290.89 glat=  36.04 u=  -9.0000 v= -15.1000 vr=  -4.68484 vt=  16.94291
 i= 1147 j=  745 glon=  291.09 (0-360E) glon=  291.09 glat=  36.04 u= -11.7000 v= -13.7000 vr=  -3.19742 vt=  17.73010
 i= 1152 j=  745 glon=  291.29 (0-360E) glon=  291.29 glat=  36.04 u= -13.0000 v= -12.2000 vr=  -2.79145 vt=  17.60817
 i= 1157 j=  745 glon=  291.49 (0-360E) glon=  291.49 glat=  36.04 u= -15.2000 v= -10.0000 vr=  -1.57341 vt=  18.12635
 i= 1162 j=  745 glon=  291.69 (0-360E) glon=  291.69 glat=  36.04 u= -21.9000 v=  -6.9000 vr=   1.76221 vt=  22.89355
 i= 1167 j=  745 glon=  291.89 (0-360E) glon=  291.89 glat=  36.04 u= -29.5000 v=  -4.1000 vr=   3.55203 vt=  29.57098
 i= 1172 j=  745 glon=  292.09 (0-360E) glon=  292.09 glat=  36.04 u= -27.0000 v=   8.5000 vr=  11.79154 vt=  25.73343
 i= 1177 j=  745 glon=  292.29 (0-360E) glon=  292.29 glat=  36.04 u= -25.3000 v=   7.5000 vr=   7.17562 vt=  25.39391
 i= 1182 j=  745 glon=  292.49 (0-360E) glon=  292.49 glat=  36.04 u= -24.1000 v=  10.7000 vr=   6.98358 vt=  25.42695
 i= 1187 j=  745 glon=  292.69 (0-360E) glon=  292.69 glat=  36.04 u= -22.3000 v=  19.0000 vr=  12.05878 vt=  26.69973
 i= 1192 j=  745 glon=  292.89 (0-360E) glon=  292.89 glat=  36.04 u= -23.3000 v=  21.6000 vr=  10.70405 vt=  29.91443
 i= 1197 j=  745 glon=  293.09 (0-360E) glon=  293.09 glat=  36.04 u= -23.2000 v=  24.7000 vr=  10.06987 vt=  32.35626
 i= 1202 j=  745 glon=  293.29 (0-360E) glon=  293.29 glat=  36.04 u= -17.7000 v=  27.1000 vr=  11.95723 vt=  30.07864
 i= 1207 j=  745 glon=  293.49 (0-360E) glon=  293.49 glat=  36.04 u= -14.3000 v=  27.1000 vr=  11.49179 vt=  28.40491
 i= 1212 j=  745 glon=  293.69 (0-360E) glon=  293.69 glat=  36.04 u= -13.9000 v=  25.2000 vr=   8.22609 vt=  27.57864
 i= 1217 j=  745 glon=  293.89 (0-360E) glon=  293.89 glat=  36.04 u= -11.6000 v=  24.4000 vr=   7.56492 vt=  25.93631
 i= 1222 j=  745 glon=  294.09 (0-360E) glon=  294.09 glat=  36.04 u= -10.3000 v=  23.3000 vr=   6.38670 vt=  24.66151
 i= 1127 j=  750 glon=  290.29 (0-360E) glon=  290.29 glat=  35.84 u=  -4.3000 v= -16.1000 vr=  -4.61896 vt=  16.01141
 i= 1132 j=  750 glon=  290.49 (0-360E) glon=  290.49 glat=  35.84 u=  -4.8000 v= -18.1000 vr=  -6.09432 vt=  17.70619
 i= 1137 j=  750 glon=  290.69 (0-360E) glon=  290.69 glat=  35.84 u=  -5.6000 v= -18.4000 vr=  -6.63475 vt=  18.05270
 i= 1142 j=  750 glon=  290.89 (0-360E) glon=  290.89 glat=  35.84 u=  -8.8000 v= -17.5000 vr=  -4.81585 vt=  18.98677
 i= 1147 j=  750 glon=  291.09 (0-360E) glon=  291.09 glat=  35.84 u= -11.0000 v= -16.1000 vr=  -3.74856 vt=  19.13526
 i= 1152 j=  750 glon=  291.29 (0-360E) glon=  291.29 glat=  35.84 u= -18.8000 v= -14.8000 vr=   0.44362 vt=  23.92244
 i= 1157 j=  750 glon=  291.49 (0-360E) glon=  291.49 glat=  35.84 u= -19.4000 v= -12.5000 vr=   0.10199 vt=  23.07812
 i= 1162 j=  750 glon=  291.69 (0-360E) glon=  291.69 glat=  35.84 u= -25.5000 v= -12.0000 vr=   0.30366 vt=  28.18081
 i= 1167 j=  750 glon=  291.89 (0-360E) glon=  291.89 glat=  35.84 u= -28.9000 v=  -1.6000 vr=   7.21486 vt=  28.03062
 i= 1172 j=  750 glon=  292.09 (0-360E) glon=  292.09 glat=  35.84 u= -31.4000 v=   5.2000 vr=   9.82688 vt=  30.27263
 i= 1177 j=  750 glon=  292.29 (0-360E) glon=  292.29 glat=  35.84 u= -28.8000 v=   9.4000 vr=   8.95515 vt=  28.94141
 i= 1182 j=  750 glon=  292.49 (0-360E) glon=  292.49 glat=  35.84 u= -29.2000 v=  16.3000 vr=  10.81657 vt=  31.64383
 i= 1187 j=  750 glon=  292.69 (0-360E) glon=  292.69 glat=  35.84 u= -29.9000 v=  15.6000 vr=   4.90245 vt=  33.36669
 i= 1192 j=  750 glon=  292.89 (0-360E) glon=  292.89 glat=  35.84 u= -26.5000 v=  21.4000 vr=   6.89997 vt=  33.35567
 i= 1197 j=  750 glon=  293.09 (0-360E) glon=  293.09 glat=  35.84 u= -19.8000 v=  25.2000 vr=   9.67257 vt=  30.55358
 i= 1202 j=  750 glon=  293.29 (0-360E) glon=  293.29 glat=  35.84 u= -16.9000 v=  27.5000 vr=  10.03073 vt=  30.67971
 i= 1207 j=  750 glon=  293.49 (0-360E) glon=  293.49 glat=  35.84 u= -13.8000 v=  28.0000 vr=   9.80100 vt=  29.63748
 i= 1212 j=  750 glon=  293.69 (0-360E) glon=  293.69 glat=  35.84 u= -10.0000 v=  29.4000 vr=  11.32477 vt=  28.91556
 i= 1217 j=  750 glon=  293.89 (0-360E) glon=  293.89 glat=  35.84 u= -11.0000 v=  27.6000 vr=   7.55636 vt=  28.73432
 i= 1222 j=  750 glon=  294.09 (0-360E) glon=  294.09 glat=  35.84 u=  -9.3000 v=  26.2000 vr=   6.60880 vt=  27.00470
 i= 1227 j=  750 glon=  294.29 (0-360E) glon=  294.29 glat=  35.84 u=  -8.3000 v=  24.9000 vr=   5.51763 vt=  25.66039
 i= 1122 j=  755 glon=  290.09 (0-360E) glon=  290.09 glat=  35.64 u=  -1.2000 v= -16.6000 vr=  -5.50048 vt=  15.70811
 i= 1127 j=  755 glon=  290.29 (0-360E) glon=  290.29 glat=  35.64 u=  -3.3000 v= -18.4000 vr=  -4.96170 vt=  18.02308
 i= 1132 j=  755 glon=  290.49 (0-360E) glon=  290.49 glat=  35.64 u=  -3.1000 v= -21.0000 vr=  -7.14238 vt=  19.98991
 i= 1137 j=  755 glon=  290.69 (0-360E) glon=  290.69 glat=  35.64 u=  -4.2000 v= -21.0000 vr=  -7.22557 vt=  20.16014
 i= 1142 j=  755 glon=  290.89 (0-360E) glon=  290.89 glat=  35.64 u=  -7.1000 v= -20.8000 vr=  -5.96472 vt=  21.15354
 i= 1147 j=  755 glon=  291.09 (0-360E) glon=  291.09 glat=  35.64 u= -12.1000 v= -19.2000 vr=  -2.64912 vt=  22.53957
 i= 1152 j=  755 glon=  291.29 (0-360E) glon=  291.29 glat=  35.64 u= -15.9000 v= -18.3000 vr=  -1.36886 vt=  24.20385
 i= 1157 j=  755 glon=  291.49 (0-360E) glon=  291.49 glat=  35.64 u= -21.0000 v= -15.7000 vr=   1.13401 vt=  26.19550
 i= 1162 j=  755 glon=  291.69 (0-360E) glon=  291.69 glat=  35.64 u= -23.8000 v= -13.3000 vr=   0.99489 vt=  27.24592
 i= 1167 j=  755 glon=  291.89 (0-360E) glon=  291.89 glat=  35.64 u= -32.9000 v= -10.7000 vr=   2.23944 vt=  34.52369
 i= 1172 j=  755 glon=  292.09 (0-360E) glon=  292.09 glat=  35.64 u= -34.3000 v=  -5.8000 vr=   0.68811 vt=  34.78012
 i= 1177 j=  755 glon=  292.29 (0-360E) glon=  292.29 glat=  35.64 u= -38.4000 v=   6.2000 vr=   5.45584 vt=  38.51277
 i= 1182 j=  755 glon=  292.49 (0-360E) glon=  292.49 glat=  35.64 u= -38.4000 v=  13.1000 vr=   4.22719 vt=  40.35221
 i= 1187 j=  755 glon=  292.69 (0-360E) glon=  292.69 glat=  35.64 u= -31.3000 v=  22.5000 vr=   8.07564 vt=  37.69249
 i= 1192 j=  755 glon=  292.89 (0-360E) glon=  292.89 glat=  35.64 u= -27.1000 v=  28.3000 vr=   9.05127 vt=  38.12315
 i= 1197 j=  755 glon=  293.09 (0-360E) glon=  293.09 glat=  35.64 u= -22.8000 v=  31.7000 vr=   9.24962 vt=  37.93645
 i= 1202 j=  755 glon=  293.29 (0-360E) glon=  293.29 glat=  35.64 u= -20.2000 v=  31.1000 vr=   6.53646 vt=  36.50376
 i= 1207 j=  755 glon=  293.49 (0-360E) glon=  293.49 glat=  35.64 u= -14.4000 v=  35.1000 vr=  10.29684 vt=  36.51500
 i= 1212 j=  755 glon=  293.69 (0-360E) glon=  293.69 glat=  35.64 u= -10.9000 v=  30.9000 vr=   8.17678 vt=  31.72949
 i= 1217 j=  755 glon=  293.89 (0-360E) glon=  293.89 glat=  35.64 u=  -7.8000 v=  31.3000 vr=   9.13124 vt=  30.93785
 i= 1222 j=  755 glon=  294.09 (0-360E) glon=  294.09 glat=  35.64 u=  -8.3000 v=  29.3000 vr=   6.20019 vt=  29.81506
 i= 1227 j=  755 glon=  294.29 (0-360E) glon=  294.29 glat=  35.64 u=  -6.7000 v=  26.8000 vr=   5.32020 vt=  27.10766
 i= 1232 j=  755 glon=  294.49 (0-360E) glon=  294.49 glat=  35.64 u=  -6.0000 v=  25.6000 vr=   4.51311 vt=  25.90351
 i= 1122 j=  760 glon=  290.09 (0-360E) glon=  290.09 glat=  35.44 u=   0.5000 v= -18.1000 vr=  -6.01149 vt=  17.07987
 i= 1127 j=  760 glon=  290.29 (0-360E) glon=  290.29 glat=  35.44 u=  -1.3000 v= -20.6000 vr=  -5.66170 vt=  19.84931
 i= 1132 j=  760 glon=  290.49 (0-360E) glon=  290.49 glat=  35.44 u=  -1.3000 v= -23.0000 vr=  -7.25265 vt=  21.86525
 i= 1137 j=  760 glon=  290.69 (0-360E) glon=  290.69 glat=  35.44 u=  -1.9000 v= -23.2000 vr=  -7.72859 vt=  21.95721
 i= 1142 j=  760 glon=  290.89 (0-360E) glon=  290.89 glat=  35.44 u=  -3.6000 v= -24.2000 vr=  -7.83421 vt=  23.17812
 i= 1147 j=  760 glon=  291.09 (0-360E) glon=  291.09 glat=  35.44 u= -12.2000 v= -24.1000 vr=  -1.94573 vt=  26.94187
 i= 1152 j=  760 glon=  291.29 (0-360E) glon=  291.29 glat=  35.44 u= -10.4000 v= -24.1000 vr=  -5.70672 vt=  25.62037
 i= 1157 j=  760 glon=  291.49 (0-360E) glon=  291.49 glat=  35.44 u= -21.7000 v= -21.1000 vr=   1.84420 vt=  30.21091
 i= 1162 j=  760 glon=  291.69 (0-360E) glon=  291.69 glat=  35.44 u= -22.1000 v= -22.4000 vr=  -3.37079 vt=  31.28590
 i= 1167 j=  760 glon=  291.89 (0-360E) glon=  291.89 glat=  35.44 u= -30.8000 v= -22.5000 vr=  -5.29826 vt=  37.77325
 i= 1172 j=  760 glon=  292.09 (0-360E) glon=  292.09 glat=  35.44 u= -46.2000 v=  -6.1000 vr=   5.48708 vt=  46.27680
 i= 1177 j=  760 glon=  292.29 (0-360E) glon=  292.29 glat=  35.44 u= -46.8000 v=  11.8000 vr=  10.57976 vt=  47.09086
 i= 1182 j=  760 glon=  292.49 (0-360E) glon=  292.49 glat=  35.44 u= -40.0000 v=  25.5000 vr=  12.65425 vt=  45.71783
 i= 1187 j=  760 glon=  292.69 (0-360E) glon=  292.69 glat=  35.44 u= -34.7000 v=  30.7000 vr=   8.89340 vt=  45.46963
 i= 1192 j=  760 glon=  292.89 (0-360E) glon=  292.89 glat=  35.44 u= -28.6000 v=  34.7000 vr=   7.43631 vt=  44.34807
 i= 1197 j=  760 glon=  293.09 (0-360E) glon=  293.09 glat=  35.44 u= -18.5000 v=  36.5000 vr=   9.97407 vt=  39.68650
 i= 1202 j=  760 glon=  293.29 (0-360E) glon=  293.29 glat=  35.44 u= -18.5000 v=  35.1000 vr=   4.90207 vt=  39.37296
 i= 1207 j=  760 glon=  293.49 (0-360E) glon=  293.49 glat=  35.44 u= -13.4000 v=  38.5000 vr=   7.78296 vt=  40.01544
 i= 1212 j=  760 glon=  293.69 (0-360E) glon=  293.69 glat=  35.44 u=  -7.4000 v=  34.9000 vr=   8.96006 vt=  34.53241
 i= 1217 j=  760 glon=  293.89 (0-360E) glon=  293.89 glat=  35.44 u=  -7.0000 v=  32.8000 vr=   6.70178 vt=  32.86223
 i= 1222 j=  760 glon=  294.09 (0-360E) glon=  294.09 glat=  35.44 u=  -5.1000 v=  31.4000 vr=   6.58691 vt=  31.12206
 i= 1227 j=  760 glon=  294.29 (0-360E) glon=  294.29 glat=  35.44 u=  -4.9000 v=  28.8000 vr=   4.83841 vt=  28.81041
 i= 1232 j=  760 glon=  294.49 (0-360E) glon=  294.49 glat=  35.44 u=  -4.5000 v=  26.8000 vr=   3.77600 vt=  26.91156
 i= 1117 j=  765 glon=  289.89 (0-360E) glon=  289.89 glat=  35.24 u=   3.0000 v= -18.1000 vr=  -6.33474 vt=  17.21863
 i= 1122 j=  765 glon=  290.09 (0-360E) glon=  290.09 glat=  35.24 u=   2.4000 v= -19.3000 vr=  -6.29966 vt=  18.40012
 i= 1127 j=  765 glon=  290.29 (0-360E) glon=  290.29 glat=  35.24 u=   1.2000 v= -22.1000 vr=  -6.14992 vt=  21.26096
 i= 1132 j=  765 glon=  290.49 (0-360E) glon=  290.49 glat=  35.24 u=   0.9000 v= -24.4000 vr=  -6.97577 vt=  23.39890
 i= 1137 j=  765 glon=  290.69 (0-360E) glon=  290.69 glat=  35.24 u=   1.0000 v= -24.3000 vr=  -7.77477 vt=  23.04437
 i= 1142 j=  765 glon=  290.89 (0-360E) glon=  290.89 glat=  35.24 u=  -0.5000 v= -26.4000 vr=  -7.92482 vt=  25.18744
 i= 1147 j=  765 glon=  291.09 (0-360E) glon=  291.09 glat=  35.24 u=  -9.3000 v= -26.3000 vr=  -0.97581 vt=  27.87881
 i= 1152 j=  765 glon=  291.29 (0-360E) glon=  291.29 glat=  35.24 u=  -7.6000 v= -30.5000 vr=  -6.21591 vt=  30.81189
 i= 1157 j=  765 glon=  291.49 (0-360E) glon=  291.49 glat=  35.24 u= -12.7000 v= -28.5000 vr=  -3.71447 vt=  30.97971
 i= 1162 j=  765 glon=  291.69 (0-360E) glon=  291.69 glat=  35.24 u= -15.2000 v= -34.6000 vr=  -9.83644 vt=  36.48896
 i= 1167 j=  765 glon=  291.89 (0-360E) glon=  291.89 glat=  35.24 u= -34.0000 v= -26.4000 vr=   1.01609 vt=  43.03403
 i= 1172 j=  765 glon=  292.09 (0-360E) glon=  292.09 glat=  35.24 u= -34.9000 v=  -2.1000 vr=  10.65142 vt=  33.30116
 i= 1177 j=  765 glon=  292.29 (0-360E) glon=  292.29 glat=  35.24 u= -41.0000 v=  22.2000 vr=  20.56176 vt=  41.84560
 i= 1182 j=  765 glon=  292.49 (0-360E) glon=  292.49 glat=  35.24 u= -36.3000 v=  39.4000 vr=  20.35310 vt=  49.55604
 i= 1187 j=  765 glon=  292.69 (0-360E) glon=  292.69 glat=  35.24 u= -24.3000 v=  44.3000 vr=  16.82113 vt=  47.64483
 i= 1192 j=  765 glon=  292.89 (0-360E) glon=  292.89 glat=  35.24 u= -16.4000 v=  37.5000 vr=   9.52588 vt=  39.80537
 i= 1197 j=  765 glon=  293.09 (0-360E) glon=  293.09 glat=  35.24 u= -16.6000 v=  45.2000 vr=   7.96860 vt=  47.48791
 i= 1202 j=  765 glon=  293.29 (0-360E) glon=  293.29 glat=  35.24 u=  -4.2000 v=  47.6000 vr=  15.97707 vt=  45.03480
 i= 1207 j=  765 glon=  293.49 (0-360E) glon=  293.49 glat=  35.24 u=  -9.0000 v=  37.6000 vr=   4.98767 vt=  38.33905
 i= 1212 j=  765 glon=  293.69 (0-360E) glon=  293.69 glat=  35.24 u=  -6.2000 v=  39.9000 vr=   6.49441 vt=  39.85314
 i= 1217 j=  765 glon=  293.89 (0-360E) glon=  293.89 glat=  35.24 u=  -3.3000 v=  34.2000 vr=   6.20931 vt=  33.79311
 i= 1222 j=  765 glon=  294.09 (0-360E) glon=  294.09 glat=  35.24 u=  -3.1000 v=  33.0000 vr=   5.08683 vt=  32.75262
 i= 1227 j=  765 glon=  294.29 (0-360E) glon=  294.29 glat=  35.24 u=  -2.3000 v=  30.7000 vr=   4.54979 vt=  30.44798
 i= 1232 j=  765 glon=  294.49 (0-360E) glon=  294.49 glat=  35.24 u=  -2.1000 v=  28.5000 vr=   3.67788 vt=  28.33960
 i= 1237 j=  765 glon=  294.69 (0-360E) glon=  294.69 glat=  35.24 u=  -2.2000 v=  26.5000 vr=   2.71926 vt=  26.45176
 i= 1117 j=  770 glon=  289.89 (0-360E) glon=  289.89 glat=  35.04 u=   4.3000 v= -18.9000 vr=  -5.93631 vt=  18.45156
 i= 1122 j=  770 glon=  290.09 (0-360E) glon=  290.09 glat=  35.04 u=   4.6000 v= -20.3000 vr=  -6.53893 vt=  19.76088
 i= 1127 j=  770 glon=  290.29 (0-360E) glon=  290.29 glat=  35.04 u=   3.8000 v= -23.0000 vr=  -6.24742 vt=  22.45907
 i= 1132 j=  770 glon=  290.49 (0-360E) glon=  290.49 glat=  35.04 u=   3.7000 v= -25.6000 vr=  -6.75485 vt=  24.96842
 i= 1137 j=  770 glon=  290.69 (0-360E) glon=  290.69 glat=  35.04 u=   4.1000 v= -26.2000 vr=  -7.63657 vt=  25.39553
 i= 1142 j=  770 glon=  290.89 (0-360E) glon=  290.89 glat=  35.04 u=   3.0000 v= -28.9000 vr=  -7.49552 vt=  28.07182
 i= 1147 j=  770 glon=  291.09 (0-360E) glon=  291.09 glat=  35.04 u=  -1.1000 v= -27.3000 vr=  -3.93197 vt=  27.03774
 i= 1152 j=  770 glon=  291.29 (0-360E) glon=  291.29 glat=  35.04 u=  -6.3000 v= -32.3000 vr=  -0.97559 vt=  32.89420
 i= 1157 j=  770 glon=  291.49 (0-360E) glon=  291.49 glat=  35.04 u=  -3.8000 v= -34.6000 vr=  -5.82898 vt=  34.31651
 i= 1162 j=  770 glon=  291.69 (0-360E) glon=  291.69 glat=  35.04 u=  -6.4000 v= -42.4000 vr=  -9.23270 vt=  41.87454
 i= 1167 j=  770 glon=  291.89 (0-360E) glon=  291.89 glat=  35.04 u= -14.1000 v= -28.5000 vr=  -2.26588 vt=  31.71633
 i= 1172 j=  770 glon=  292.09 (0-360E) glon=  292.09 glat=  35.04 u= -11.3000 v= -10.5000 vr=  -1.05141 vt=  15.38943
 i= 1177 j=  770 glon=  292.29 (0-360E) glon=  292.29 glat=  35.04 u= -14.3000 v=  12.4000 vr=  11.18014 vt=  15.27267
 i= 1182 j=  770 glon=  292.49 (0-360E) glon=  292.49 glat=  35.04 u= -14.1000 v=  41.5000 vr=  19.87090 vt=  39.06670
 i= 1187 j=  770 glon=  292.69 (0-360E) glon=  292.69 glat=  35.04 u= -19.1000 v=  50.7000 vr=   7.06587 vt=  53.71567
 i= 1192 j=  770 glon=  292.89 (0-360E) glon=  292.89 glat=  35.04 u=  -7.8000 v=  46.9000 vr=   8.58884 vt=  46.76197
 i= 1197 j=  770 glon=  293.09 (0-360E) glon=  293.09 glat=  35.04 u=  -6.6000 v=  39.5000 vr=   3.99551 vt=  39.84778
 i= 1202 j=  770 glon=  293.29 (0-360E) glon=  293.29 glat=  35.04 u=  -8.2000 v=  46.4000 vr=   1.85334 vt=  47.08254
 i= 1207 j=  770 glon=  293.49 (0-360E) glon=  293.49 glat=  35.04 u=  -6.1000 v=  37.9000 vr=   0.74560 vt=  38.38052
 i= 1212 j=  770 glon=  293.69 (0-360E) glon=  293.69 glat=  35.04 u=  -3.1000 v=  35.4000 vr=   2.34026 vt=  35.45833
 i= 1217 j=  770 glon=  293.89 (0-360E) glon=  293.89 glat=  35.04 u=  -0.1000 v=  36.3000 vr=   4.73566 vt=  35.98991
 i= 1222 j=  770 glon=  294.09 (0-360E) glon=  294.09 glat=  35.04 u=   0.2000 v=  33.1000 vr=   4.09673 vt=  32.84611
 i= 1227 j=  770 glon=  294.29 (0-360E) glon=  294.29 glat=  35.04 u=   1.9000 v=  32.4000 vr=   5.29846 vt=  32.02025
 i= 1232 j=  770 glon=  294.49 (0-360E) glon=  294.49 glat=  35.04 u=   0.8000 v=  29.4000 vr=   3.58263 vt=  29.19186
 i= 1237 j=  770 glon=  294.69 (0-360E) glon=  294.69 glat=  35.04 u=  -0.2000 v=  27.2000 vr=   2.13743 vt=  27.11663
 i= 1117 j=  775 glon=  289.89 (0-360E) glon=  289.89 glat=  34.84 u=   6.2000 v= -19.3000 vr=  -5.96359 vt=  19.37435
 i= 1122 j=  775 glon=  290.09 (0-360E) glon=  290.09 glat=  34.84 u=   7.2000 v= -20.9000 vr=  -6.93189 vt=  20.99045
 i= 1127 j=  775 glon=  290.29 (0-360E) glon=  290.29 glat=  34.84 u=   6.6000 v= -23.4000 vr=  -6.28334 vt=  23.48701
 i= 1132 j=  775 glon=  290.49 (0-360E) glon=  290.49 glat=  34.84 u=   6.7000 v= -26.3000 vr=  -6.32075 vt=  26.39371
 i= 1137 j=  775 glon=  290.69 (0-360E) glon=  290.69 glat=  34.84 u=   8.4000 v= -28.2000 vr=  -7.96089 vt=  28.32709
 i= 1142 j=  775 glon=  290.89 (0-360E) glon=  290.89 glat=  34.84 u=   7.0000 v= -27.8000 vr=  -6.52501 vt=  27.91530
 i= 1147 j=  775 glon=  291.09 (0-360E) glon=  291.09 glat=  34.84 u=   8.0000 v= -30.5000 vr=  -7.41486 vt=  30.64751
 i= 1152 j=  775 glon=  291.29 (0-360E) glon=  291.29 glat=  34.84 u=   6.9000 v= -36.3000 vr=  -6.09368 vt=  36.44403
 i= 1157 j=  775 glon=  291.49 (0-360E) glon=  291.49 glat=  34.84 u=   6.3000 v= -36.8000 vr=  -5.30835 vt=  36.95607
 i= 1162 j=  775 glon=  291.69 (0-360E) glon=  291.69 glat=  34.84 u=   4.2000 v= -47.6000 vr=  -2.52788 vt=  47.71802
 i= 1167 j=  775 glon=  291.89 (0-360E) glon=  291.89 glat=  34.84 u=   6.9000 v= -29.4000 vr=  -5.35482 vt=  29.72030
 i= 1172 j=  775 glon=  292.09 (0-360E) glon=  292.09 glat=  34.84 u=   6.1000 v= -12.1000 vr=  -4.75990 vt=  12.68713
 i= 1177 j=  775 glon=  292.29 (0-360E) glon=  292.29 glat=  34.84 u=   4.1000 v=  11.8000 vr=  -5.75678 vt=  11.08645
 i= 1182 j=  775 glon=  292.49 (0-360E) glon=  292.49 glat=  34.84 u=   3.2000 v=  33.5000 vr=   0.17692 vt=  33.65202
 i= 1187 j=  775 glon=  292.69 (0-360E) glon=  292.69 glat=  34.84 u=  -4.7000 v=  57.2000 vr=  -7.42828 vt=  56.91002
 i= 1192 j=  775 glon=  292.89 (0-360E) glon=  292.89 glat=  34.84 u=  -0.2000 v=  51.1000 vr=  -1.89331 vt=  51.06530
 i= 1197 j=  775 glon=  293.09 (0-360E) glon=  293.09 glat=  34.84 u=   2.6000 v=  44.0000 vr=   1.46283 vt=  44.05247
 i= 1202 j=  775 glon=  293.29 (0-360E) glon=  293.29 glat=  34.84 u=   1.7000 v=  37.9000 vr=   0.88447 vt=  37.92780
 i= 1207 j=  775 glon=  293.49 (0-360E) glon=  293.49 glat=  34.84 u=   2.6000 v=  48.4000 vr=   1.69479 vt=  48.44015
 i= 1212 j=  775 glon=  293.69 (0-360E) glon=  293.69 glat=  34.84 u=   1.4000 v=  37.7000 vr=   0.76897 vt=  37.71815
 i= 1217 j=  775 glon=  293.89 (0-360E) glon=  293.89 glat=  34.84 u=   3.9000 v=  34.0000 vr=   3.37935 vt=  34.05569
 i= 1222 j=  775 glon=  294.09 (0-360E) glon=  294.09 glat=  34.84 u=   3.6000 v=  33.5000 vr=   3.12350 vt=  33.54778
 i= 1227 j=  775 glon=  294.29 (0-360E) glon=  294.29 glat=  34.84 u=   3.9000 v=  32.2000 vr=   3.46933 vt=  32.24924
 i= 1232 j=  775 glon=  294.49 (0-360E) glon=  294.49 glat=  34.84 u=   4.0000 v=  30.0000 vr=   3.61914 vt=  30.04833
 i= 1237 j=  775 glon=  294.69 (0-360E) glon=  294.69 glat=  34.84 u=   2.6000 v=  27.5000 vr=   2.26622 vt=  27.52952
 i= 1117 j=  780 glon=  289.89 (0-360E) glon=  289.89 glat=  34.64 u=   8.8000 v= -19.0000 vr=  -6.54930 vt=  19.88836
 i= 1122 j=  780 glon=  290.09 (0-360E) glon=  290.09 glat=  34.64 u=   9.3000 v= -21.1000 vr=  -6.59284 vt=  22.09603
 i= 1127 j=  780 glon=  290.29 (0-360E) glon=  290.29 glat=  34.64 u=   9.3000 v= -23.1000 vr=  -6.06503 vt=  24.15192
 i= 1132 j=  780 glon=  290.49 (0-360E) glon=  290.49 glat=  34.64 u=   9.9000 v= -26.3000 vr=  -5.83466 vt=  27.48921
 i= 1137 j=  780 glon=  290.69 (0-360E) glon=  290.69 glat=  34.64 u=  11.6000 v= -28.1000 vr=  -6.71939 vt=  29.64827
 i= 1142 j=  780 glon=  290.89 (0-360E) glon=  290.89 glat=  34.64 u=  13.9000 v= -29.0000 vr=  -8.12652 vt=  31.11543
 i= 1147 j=  780 glon=  291.09 (0-360E) glon=  291.09 glat=  34.64 u=  11.9000 v= -31.2000 vr=  -4.74089 vt=  33.05411
 i= 1152 j=  780 glon=  291.29 (0-360E) glon=  291.29 glat=  34.64 u=  18.5000 v= -33.6000 vr=  -9.08313 vt=  37.26536
 i= 1157 j=  780 glon=  291.49 (0-360E) glon=  291.49 glat=  34.64 u=  15.7000 v= -36.7000 vr=  -3.09765 vt=  39.79679
 i= 1162 j=  780 glon=  291.69 (0-360E) glon=  291.69 glat=  34.64 u=  16.8000 v= -45.7000 vr=   3.59523 vt=  48.55723
 i= 1167 j=  780 glon=  291.89 (0-360E) glon=  291.89 glat=  34.64 u=  23.1000 v= -29.8000 vr=  -2.06863 vt=  37.64799
 i= 1172 j=  780 glon=  292.09 (0-360E) glon=  292.09 glat=  34.64 u=  24.5000 v= -12.7000 vr=  -3.44934 vt=  27.37959
 i= 1177 j=  780 glon=  292.29 (0-360E) glon=  292.29 glat=  34.64 u=  22.9000 v=  10.5000 vr=  -8.86534 vt=  23.58105
 i= 1182 j=  780 glon=  292.49 (0-360E) glon=  292.49 glat=  34.64 u=  19.0000 v=  30.9000 vr= -11.64111 vt=  34.35542
 i= 1187 j=  780 glon=  292.69 (0-360E) glon=  292.69 glat=  34.64 u=  16.6000 v=  52.1000 vr= -13.71847 vt=  52.93178
 i= 1192 j=  780 glon=  292.89 (0-360E) glon=  292.89 glat=  34.64 u=  11.4000 v=  54.5000 vr= -10.91715 vt=  54.59877
 i= 1197 j=  780 glon=  293.09 (0-360E) glon=  293.09 glat=  34.64 u=  11.5000 v=  44.3000 vr=  -2.69448 vt=  45.68895
 i= 1202 j=  780 glon=  293.29 (0-360E) glon=  293.29 glat=  34.64 u=   9.9000 v=  38.3000 vr=  -0.08865 vt=  39.55872
 i= 1207 j=  780 glon=  293.49 (0-360E) glon=  293.49 glat=  34.64 u=  13.5000 v=  36.9000 vr=   5.29522 vt=  38.93354
 i= 1212 j=  780 glon=  293.69 (0-360E) glon=  293.69 glat=  34.64 u=  11.9000 v=  36.9000 vr=   4.84102 vt=  38.46797
 i= 1217 j=  780 glon=  293.89 (0-360E) glon=  293.89 glat=  34.64 u=   8.8000 v=  33.6000 vr=   3.16133 vt=  34.58910
 i= 1222 j=  780 glon=  294.09 (0-360E) glon=  294.09 glat=  34.64 u=   6.7000 v=  31.5000 vr=   1.98144 vt=  32.14364
 i= 1227 j=  780 glon=  294.29 (0-360E) glon=  294.29 glat=  34.64 u=   6.6000 v=  31.7000 vr=   2.29286 vt=  32.29849
 i= 1232 j=  780 glon=  294.49 (0-360E) glon=  294.49 glat=  34.64 u=   7.2000 v=  30.0000 vr=   3.45648 vt=  30.65767
 i= 1237 j=  780 glon=  294.69 (0-360E) glon=  294.69 glat=  34.64 u=   5.9000 v=  27.3000 vr=   2.75540 vt=  27.79402
 i= 1117 j=  785 glon=  289.89 (0-360E) glon=  289.89 glat=  34.44 u=  11.4000 v= -18.0000 vr=  -7.29660 vt=  20.01798
 i= 1122 j=  785 glon=  290.09 (0-360E) glon=  290.09 glat=  34.44 u=  11.1000 v= -20.5000 vr=  -6.06379 vt=  22.50979
 i= 1127 j=  785 glon=  290.29 (0-360E) glon=  290.29 glat=  34.44 u=  12.5000 v= -22.2000 vr=  -6.50207 vt=  24.63358
 i= 1132 j=  785 glon=  290.49 (0-360E) glon=  290.49 glat=  34.44 u=  12.9000 v= -25.1000 vr=  -5.43359 vt=  27.69289
 i= 1137 j=  785 glon=  290.69 (0-360E) glon=  290.69 glat=  34.44 u=  13.9000 v= -27.8000 vr=  -4.65172 vt=  30.73128
 i= 1142 j=  785 glon=  290.89 (0-360E) glon=  290.89 glat=  34.44 u=  15.9000 v= -28.7000 vr=  -4.95338 vt=  32.43399
 i= 1147 j=  785 glon=  291.09 (0-360E) glon=  291.09 glat=  34.44 u=  13.7000 v= -33.2000 vr=   0.57614 vt=  35.91097
 i= 1152 j=  785 glon=  291.29 (0-360E) glon=  291.29 glat=  34.44 u=  20.3000 v= -31.7000 vr=  -3.43260 vt=  37.48596
 i= 1157 j=  785 glon=  291.49 (0-360E) glon=  291.49 glat=  34.44 u=  26.0000 v= -32.7000 vr=  -3.97922 vt=  41.58673
 i= 1162 j=  785 glon=  291.69 (0-360E) glon=  291.69 glat=  34.44 u=  31.8000 v= -36.0000 vr=  -0.29725 vt=  48.03282
 i= 1167 j=  785 glon=  291.89 (0-360E) glon=  291.89 glat=  34.44 u=  32.5000 v= -30.7000 vr=   4.98258 vt=  44.42875
 i= 1172 j=  785 glon=  292.09 (0-360E) glon=  292.09 glat=  34.44 u=  41.3000 v= -12.1000 vr=  -2.53879 vt=  42.96108
 i= 1177 j=  785 glon=  292.29 (0-360E) glon=  292.29 glat=  34.44 u=  40.3000 v=   4.5000 vr=  -3.02320 vt=  40.43761
 i= 1182 j=  785 glon=  292.49 (0-360E) glon=  292.49 glat=  34.44 u=  34.5000 v=  23.7000 vr=  -8.09471 vt=  41.06599
 i= 1187 j=  785 glon=  292.69 (0-360E) glon=  292.69 glat=  34.44 u=  30.6000 v=  46.7000 vr= -16.52620 vt=  53.33043
 i= 1192 j=  785 glon=  292.89 (0-360E) glon=  292.89 glat=  34.44 u=  26.0000 v=  46.1000 vr=  -9.13476 vt=  52.13220
 i= 1197 j=  785 glon=  293.09 (0-360E) glon=  293.09 glat=  34.44 u=  21.4000 v=  42.6000 vr=  -4.28437 vt=  47.48015
 i= 1202 j=  785 glon=  293.29 (0-360E) glon=  293.29 glat=  34.44 u=  15.1000 v=  36.6000 vr=  -2.85341 vt=  39.48959
 i= 1207 j=  785 glon=  293.49 (0-360E) glon=  293.49 glat=  34.44 u=  14.9000 v=  36.1000 vr=  -0.19517 vt=  39.05358
 i= 1212 j=  785 glon=  293.69 (0-360E) glon=  293.69 glat=  34.44 u=  16.8000 v=  32.5000 vr=   4.78272 vt=  36.27142
 i= 1217 j=  785 glon=  293.89 (0-360E) glon=  293.89 glat=  34.44 u=  13.0000 v=  30.4000 vr=   3.21020 vt=  32.90676
 i= 1222 j=  785 glon=  294.09 (0-360E) glon=  294.09 glat=  34.44 u=  12.0000 v=  30.0000 vr=   3.37963 vt=  32.13375
 i= 1227 j=  785 glon=  294.29 (0-360E) glon=  294.29 glat=  34.44 u=  10.2000 v=  30.2000 vr=   2.39754 vt=  31.78572
 i= 1232 j=  785 glon=  294.49 (0-360E) glon=  294.49 glat=  34.44 u=  10.0000 v=  28.5000 vr=   3.25328 vt=  30.02776
 i= 1122 j=  790 glon=  290.09 (0-360E) glon=  290.09 glat=  34.24 u=  13.9000 v= -18.8000 vr=  -6.93186 vt=  22.32934
 i= 1127 j=  790 glon=  290.29 (0-360E) glon=  290.29 glat=  34.24 u=  14.6000 v= -21.2000 vr=  -6.05059 vt=  25.01980
 i= 1132 j=  790 glon=  290.49 (0-360E) glon=  290.49 glat=  34.24 u=  15.9000 v= -22.9000 vr=  -5.67539 vt=  27.29487
 i= 1137 j=  790 glon=  290.69 (0-360E) glon=  290.69 glat=  34.24 u=  17.7000 v= -25.8000 vr=  -4.84911 vt=  30.90981
 i= 1142 j=  790 glon=  290.89 (0-360E) glon=  290.89 glat=  34.24 u=  19.6000 v= -27.4000 vr=  -4.07561 vt=  33.44113
 i= 1147 j=  790 glon=  291.09 (0-360E) glon=  291.09 glat=  34.24 u=  19.5000 v= -27.5000 vr=  -1.66714 vt=  33.67077
 i= 1152 j=  790 glon=  291.29 (0-360E) glon=  291.29 glat=  34.24 u=  20.9000 v= -29.3000 vr=   1.22487 vt=  35.96943
 i= 1157 j=  790 glon=  291.49 (0-360E) glon=  291.49 glat=  34.24 u=  27.0000 v= -25.7000 vr=  -1.66215 vt=  37.23879
 i= 1162 j=  790 glon=  291.69 (0-360E) glon=  291.69 glat=  34.24 u=  33.2000 v= -25.7000 vr=  -0.02507 vt=  41.98487
 i= 1167 j=  790 glon=  291.89 (0-360E) glon=  291.89 glat=  34.24 u=  41.7000 v= -25.6000 vr=   3.90683 vt=  48.77486
 i= 1172 j=  790 glon=  292.09 (0-360E) glon=  292.09 glat=  34.24 u=  43.4000 v= -16.0000 vr=   5.33749 vt=  45.94639
 i= 1177 j=  790 glon=  292.29 (0-360E) glon=  292.29 glat=  34.24 u=  43.4000 v=   2.0000 vr=  -0.92644 vt=  43.43618
 i= 1182 j=  790 glon=  292.49 (0-360E) glon=  292.49 glat=  34.24 u=  42.4000 v=  20.5000 vr=  -7.81229 vt=  46.44328
 i= 1187 j=  790 glon=  292.69 (0-360E) glon=  292.69 glat=  34.24 u=  39.1000 v=  39.0000 vr= -14.99739 vt=  53.14968
 i= 1192 j=  790 glon=  292.89 (0-360E) glon=  292.89 glat=  34.24 u=  34.7000 v=  36.3000 vr=  -5.93808 vt=  49.86501
 i= 1197 j=  790 glon=  293.09 (0-360E) glon=  293.09 glat=  34.24 u=  26.9000 v=  35.7000 vr=  -4.31546 vt=  44.49131
 i= 1202 j=  790 glon=  293.29 (0-360E) glon=  293.29 glat=  34.24 u=  20.0000 v=  31.6000 vr=  -2.67858 vt=  37.30128
 i= 1207 j=  790 glon=  293.49 (0-360E) glon=  293.49 glat=  34.24 u=  19.7000 v=  35.7000 vr=  -2.00987 vt=  40.72518
 i= 1212 j=  790 glon=  293.69 (0-360E) glon=  293.69 glat=  34.24 u=  14.2000 v=  27.5000 vr=  -0.37436 vt=  30.94753
 i= 1217 j=  790 glon=  293.89 (0-360E) glon=  293.89 glat=  34.24 u=  15.4000 v=  28.5000 vr=   1.89448 vt=  32.33915
 i= 1222 j=  790 glon=  294.09 (0-360E) glon=  294.09 glat=  34.24 u=  15.8000 v=  27.9000 vr=   3.85708 vt=  31.83038
 i= 1227 j=  790 glon=  294.29 (0-360E) glon=  294.29 glat=  34.24 u=  13.9000 v=  28.6000 vr=   2.93966 vt=  31.66273
 i= 1232 j=  790 glon=  294.49 (0-360E) glon=  294.49 glat=  34.24 u=  12.6000 v=  26.8000 vr=   3.21794 vt=  29.43883
 i= 1122 j=  795 glon=  290.09 (0-360E) glon=  290.09 glat=  34.04 u=  15.2000 v= -17.6000 vr=  -6.45185 vt=  22.34219
 i= 1127 j=  795 glon=  290.29 (0-360E) glon=  290.29 glat=  34.04 u=  16.7000 v= -18.9000 vr=  -6.37684 vt=  24.40155
 i= 1132 j=  795 glon=  290.49 (0-360E) glon=  290.49 glat=  34.04 u=  18.2000 v= -21.0000 vr=  -5.59279 vt=  27.22059
 i= 1137 j=  795 glon=  290.69 (0-360E) glon=  290.69 glat=  34.04 u=  20.3000 v= -22.9000 vr=  -4.94307 vt=  30.20043
 i= 1142 j=  795 glon=  290.89 (0-360E) glon=  290.89 glat=  34.04 u=  23.1000 v= -25.2000 vr=  -3.98764 vt=  33.95215
 i= 1147 j=  795 glon=  291.09 (0-360E) glon=  291.09 glat=  34.04 u=  26.7000 v= -27.1000 vr=  -2.95577 vt=  37.92840
 i= 1152 j=  795 glon=  291.29 (0-360E) glon=  291.29 glat=  34.04 u=  34.8000 v= -22.3000 vr=  -8.57324 vt=  40.43303
 i= 1157 j=  795 glon=  291.49 (0-360E) glon=  291.49 glat=  34.04 u=  31.9000 v= -24.2000 vr=  -0.69933 vt=  40.03450
 i= 1162 j=  795 glon=  291.69 (0-360E) glon=  291.69 glat=  34.04 u=  33.1000 v= -22.8000 vr=   2.94780 vt=  40.08442
 i= 1167 j=  795 glon=  291.89 (0-360E) glon=  291.89 glat=  34.04 u=  41.3000 v= -18.0000 vr=   1.98384 vt=  45.00838
 i= 1172 j=  795 glon=  292.09 (0-360E) glon=  292.09 glat=  34.04 u=  50.0000 v= -10.2000 vr=   1.03771 vt=  51.01924
 i= 1177 j=  795 glon=  292.29 (0-360E) glon=  292.29 glat=  34.04 u=  55.9000 v=   9.2000 vr=  -8.15434 vt=  56.06208
 i= 1182 j=  795 glon=  292.49 (0-360E) glon=  292.49 glat=  34.04 u=  48.8000 v=  23.6000 vr= -12.55092 vt=  52.73400
 i= 1187 j=  795 glon=  292.69 (0-360E) glon=  292.69 glat=  34.04 u=  41.8000 v=  27.4000 vr=  -9.00541 vt=  49.16200
 i= 1192 j=  795 glon=  292.89 (0-360E) glon=  292.89 glat=  34.04 u=  36.7000 v=  27.3000 vr=  -3.76904 vt=  45.58480
 i= 1197 j=  795 glon=  293.09 (0-360E) glon=  293.09 glat=  34.04 u=  28.6000 v=  29.7000 vr=  -4.74108 vt=  40.95818
 i= 1202 j=  795 glon=  293.29 (0-360E) glon=  293.29 glat=  34.04 u=  24.4000 v=  29.6000 vr=  -3.22354 vt=  38.22471
 i= 1207 j=  795 glon=  293.49 (0-360E) glon=  293.49 glat=  34.04 u=  27.0000 v=  25.3000 vr=   4.89833 vt=  36.67556
 i= 1212 j=  795 glon=  293.69 (0-360E) glon=  293.69 glat=  34.04 u=  22.1000 v=  26.8000 vr=   2.66979 vt=  34.63412
 i= 1217 j=  795 glon=  293.89 (0-360E) glon=  293.89 glat=  34.04 u=  20.3000 v=  25.6000 vr=   3.83545 vt=  32.44594
 i= 1222 j=  795 glon=  294.09 (0-360E) glon=  294.09 glat=  34.04 u=  18.0000 v=  27.4000 vr=   2.56726 vt=  32.68286
 i= 1227 j=  795 glon=  294.29 (0-360E) glon=  294.29 glat=  34.04 u=  15.7000 v=  25.8000 vr=   2.59045 vt=  30.09019
 i= 1232 j=  795 glon=  294.49 (0-360E) glon=  294.49 glat=  34.04 u=  14.0000 v=  24.3000 vr=   2.73470 vt=  27.91078
 i= 1127 j=  800 glon=  290.29 (0-360E) glon=  290.29 glat=  33.84 u=  17.9000 v= -17.3000 vr=  -5.96041 vt=  24.16968
 i= 1132 j=  800 glon=  290.49 (0-360E) glon=  290.49 glat=  33.84 u=  19.8000 v= -18.3000 vr=  -5.77372 vt=  26.33617
 i= 1137 j=  800 glon=  290.69 (0-360E) glon=  290.69 glat=  33.84 u=  21.9000 v= -19.8000 vr=  -5.00978 vt=  29.09557
 i= 1142 j=  800 glon=  290.89 (0-360E) glon=  290.89 glat=  33.84 u=  24.8000 v= -21.6000 vr=  -4.03828 vt=  32.63882
 i= 1147 j=  800 glon=  291.09 (0-360E) glon=  291.09 glat=  33.84 u=  27.7000 v= -22.8000 vr=  -2.63096 vt=  35.77999
 i= 1152 j=  800 glon=  291.29 (0-360E) glon=  291.29 glat=  33.84 u=  31.5000 v= -22.1000 vr=  -2.26847 vt=  38.41242
 i= 1157 j=  800 glon=  291.49 (0-360E) glon=  291.49 glat=  33.84 u=  35.8000 v= -20.3000 vr=  -1.97364 vt=  41.10760
 i= 1162 j=  800 glon=  291.69 (0-360E) glon=  291.69 glat=  33.84 u=  42.2000 v= -14.5000 vr=  -4.85301 vt=  44.35694
 i= 1167 j=  800 glon=  291.89 (0-360E) glon=  291.89 glat=  33.84 u=  44.4000 v= -10.2000 vr=  -3.35947 vt=  45.43252
 i= 1172 j=  800 glon=  292.09 (0-360E) glon=  292.09 glat=  33.84 u=  45.0000 v=  -0.2000 vr=  -6.34635 vt=  44.55069
 i= 1177 j=  800 glon=  292.29 (0-360E) glon=  292.29 glat=  33.84 u=  43.9000 v=   2.9000 vr=  -2.24070 vt=  43.93858
 i= 1182 j=  800 glon=  292.49 (0-360E) glon=  292.49 glat=  33.84 u=  44.7000 v=  12.7000 vr=  -4.71448 vt=  46.22936
 i= 1187 j=  800 glon=  292.69 (0-360E) glon=  292.69 glat=  33.84 u=  39.7000 v=  17.8000 vr=  -4.11506 vt=  43.31277
 i= 1192 j=  800 glon=  292.89 (0-360E) glon=  292.89 glat=  33.84 u=  35.1000 v=  21.3000 vr=  -3.33233 vt=  40.92182
 i= 1197 j=  800 glon=  293.09 (0-360E) glon=  293.09 glat=  33.84 u=  28.0000 v=  24.7000 vr=  -5.13534 vt=  36.98268
 i= 1202 j=  800 glon=  293.29 (0-360E) glon=  293.29 glat=  33.84 u=  23.9000 v=  24.8000 vr=  -3.95379 vt=  34.21429
 i= 1207 j=  800 glon=  293.49 (0-360E) glon=  293.49 glat=  33.84 u=  26.0000 v=  20.9000 vr=   3.34153 vt=  33.19103
 i= 1212 j=  800 glon=  293.69 (0-360E) glon=  293.69 glat=  33.84 u=  24.4000 v=  21.5000 vr=   4.22806 vt=  32.24490
 i= 1217 j=  800 glon=  293.89 (0-360E) glon=  293.89 glat=  33.84 u=  22.8000 v=  22.6000 vr=   4.34318 vt=  31.80781
 i= 1222 j=  800 glon=  294.09 (0-360E) glon=  294.09 glat=  33.84 u=  19.6000 v=  24.8000 vr=   2.19155 vt=  31.53406
 i= 1227 j=  800 glon=  294.29 (0-360E) glon=  294.29 glat=  33.84 u=  16.7000 v=  22.8000 vr=   2.25013 vt=  28.17209
 i= 1132 j=  805 glon=  290.49 (0-360E) glon=  290.49 glat=  33.64 u=  20.5000 v= -15.7000 vr=  -5.69914 vt=  25.18451
 i= 1137 j=  805 glon=  290.69 (0-360E) glon=  290.69 glat=  33.64 u=  22.7000 v= -16.3000 vr=  -5.41126 vt=  27.41712
 i= 1142 j=  805 glon=  290.89 (0-360E) glon=  290.89 glat=  33.64 u=  25.0000 v= -16.9000 vr=  -4.69168 vt=  29.80936
 i= 1147 j=  805 glon=  291.09 (0-360E) glon=  291.09 glat=  33.64 u=  27.8000 v= -17.1000 vr=  -3.97956 vt=  32.39465
 i= 1152 j=  805 glon=  291.29 (0-360E) glon=  291.29 glat=  33.64 u=  30.6000 v= -16.3000 vr=  -3.33849 vt=  34.50948
 i= 1157 j=  805 glon=  291.49 (0-360E) glon=  291.49 glat=  33.64 u=  33.0000 v= -13.7000 vr=  -3.31258 vt=  35.57691
 i= 1162 j=  805 glon=  291.69 (0-360E) glon=  291.69 glat=  33.64 u=  35.2000 v= -10.7000 vr=  -2.93450 vt=  36.67313
 i= 1167 j=  805 glon=  291.89 (0-360E) glon=  291.89 glat=  33.64 u=  36.4000 v=  -7.5000 vr=  -1.84099 vt=  37.11901
 i= 1172 j=  805 glon=  292.09 (0-360E) glon=  292.09 glat=  33.64 u=  38.8000 v=  -4.8000 vr=   0.03165 vt=  39.09577
 i= 1177 j=  805 glon=  292.29 (0-360E) glon=  292.29 glat=  33.64 u=  39.1000 v=   2.3000 vr=  -1.80912 vt=  39.12579
 i= 1182 j=  805 glon=  292.49 (0-360E) glon=  292.49 glat=  33.64 u=  37.6000 v=   9.2000 vr=  -3.59656 vt=  38.54173
 i= 1187 j=  805 glon=  292.69 (0-360E) glon=  292.69 glat=  33.64 u=  36.8000 v=  13.8000 vr=  -3.24454 vt=  39.16826
 i= 1192 j=  805 glon=  292.89 (0-360E) glon=  292.89 glat=  33.64 u=  32.6000 v=  17.4000 vr=  -3.46175 vt=  36.79044
 i= 1197 j=  805 glon=  293.09 (0-360E) glon=  293.09 glat=  33.64 u=  31.2000 v=  19.7000 vr=  -2.12055 vt=  36.83793
 i= 1202 j=  805 glon=  293.29 (0-360E) glon=  293.29 glat=  33.64 u=  27.0000 v=  17.2000 vr=   1.14653 vt=  31.99258
 i= 1207 j=  805 glon=  293.49 (0-360E) glon=  293.49 glat=  33.64 u=  25.2000 v=  17.3000 vr=   2.65939 vt=  30.45091
 i= 1212 j=  805 glon=  293.69 (0-360E) glon=  293.69 glat=  33.64 u=  23.1000 v=  20.3000 vr=   1.31287 vt=  30.72420
 i= 1217 j=  805 glon=  293.89 (0-360E) glon=  293.89 glat=  33.64 u=  23.0000 v=  21.6000 vr=   2.36556 vt=  31.46370
 i= 1222 j=  805 glon=  294.09 (0-360E) glon=  294.09 glat=  33.64 u=  19.8000 v=  21.0000 vr=   2.05662 vt=  28.78907
 i= 1137 j=  810 glon=  290.69 (0-360E) glon=  290.69 glat=  33.44 u=  22.3000 v= -14.1000 vr=  -4.67986 vt=  25.96534
 i= 1142 j=  810 glon=  290.89 (0-360E) glon=  290.89 glat=  33.44 u=  24.4000 v= -13.6000 vr=  -4.65176 vt=  27.54417
 i= 1147 j=  810 glon=  291.09 (0-360E) glon=  291.09 glat=  33.44 u=  26.9000 v= -13.2000 vr=  -4.33527 vt=  29.64887
 i= 1152 j=  810 glon=  291.29 (0-360E) glon=  291.29 glat=  33.44 u=  29.1000 v= -12.8000 vr=  -3.29859 vt=  31.61913
 i= 1157 j=  810 glon=  291.49 (0-360E) glon=  291.49 glat=  33.44 u=  31.5000 v= -12.3000 vr=  -1.83211 vt=  33.76660
 i= 1162 j=  810 glon=  291.69 (0-360E) glon=  291.69 glat=  33.44 u=  33.5000 v= -11.1000 vr=  -0.21786 vt=  35.29040
 i= 1167 j=  810 glon=  291.89 (0-360E) glon=  291.89 glat=  33.44 u=  34.6000 v=  -8.4000 vr=   0.70374 vt=  35.59810
 i= 1172 j=  810 glon=  292.09 (0-360E) glon=  292.09 glat=  33.44 u=  34.8000 v=  -2.4000 vr=  -1.26769 vt=  34.85962
 i= 1177 j=  810 glon=  292.29 (0-360E) glon=  292.29 glat=  33.44 u=  36.0000 v=   0.4000 vr=  -0.01176 vt=  36.00222
 i= 1182 j=  810 glon=  292.49 (0-360E) glon=  292.49 glat=  33.44 u=  35.0000 v=   2.6000 vr=   1.83586 vt=  35.04839
 i= 1187 j=  810 glon=  292.69 (0-360E) glon=  292.69 glat=  33.44 u=  33.6000 v=   7.8000 vr=   0.37059 vt=  34.49149
 i= 1192 j=  810 glon=  292.89 (0-360E) glon=  292.89 glat=  33.44 u=  31.6000 v=  10.3000 vr=   1.00487 vt=  33.22108
 i= 1197 j=  810 glon=  293.09 (0-360E) glon=  293.09 glat=  33.44 u=  28.0000 v=  14.6000 vr=  -1.15186 vt=  31.55683
 i= 1202 j=  810 glon=  293.29 (0-360E) glon=  293.29 glat=  33.44 u=  25.2000 v=  15.8000 vr=  -0.76228 vt=  29.73380
 i= 1207 j=  810 glon=  293.49 (0-360E) glon=  293.49 glat=  33.44 u=  25.3000 v=  16.8000 vr=   0.89972 vt=  30.35656
 i= 1212 j=  810 glon=  293.69 (0-360E) glon=  293.69 glat=  33.44 u=  25.6000 v=  18.8000 vr=   1.75404 vt=  31.71314
 i= 1217 j=  810 glon=  293.89 (0-360E) glon=  293.89 glat=  33.44 u=  22.6000 v=  17.9000 vr=   2.41152 vt=  28.72898
 i= 1142 j=  815 glon=  290.89 (0-360E) glon=  290.89 glat=  33.24 u=  23.6000 v= -11.7000 vr=  -4.00382 vt=  26.03497
 i= 1147 j=  815 glon=  291.09 (0-360E) glon=  291.09 glat=  33.24 u=  25.6000 v= -11.2000 vr=  -3.60268 vt=  27.70958
 i= 1152 j=  815 glon=  291.29 (0-360E) glon=  291.29 glat=  33.24 u=  27.4000 v= -10.3000 vr=  -3.04455 vt=  29.11324
 i= 1157 j=  815 glon=  291.49 (0-360E) glon=  291.49 glat=  33.24 u=  29.4000 v=  -9.1000 vr=  -2.42759 vt=  30.68023
 i= 1162 j=  815 glon=  291.69 (0-360E) glon=  291.69 glat=  33.24 u=  31.1000 v=  -7.5000 vr=  -1.65144 vt=  31.94891
 i= 1167 j=  815 glon=  291.89 (0-360E) glon=  291.89 glat=  33.24 u=  32.9000 v=  -6.3000 vr=  -0.10021 vt=  33.49761
 i= 1172 j=  815 glon=  292.09 (0-360E) glon=  292.09 glat=  33.24 u=  34.3000 v=  -5.1000 vr=   1.91623 vt=  34.62410
 i= 1177 j=  815 glon=  292.29 (0-360E) glon=  292.29 glat=  33.24 u=  34.5000 v=  -2.2000 vr=   2.52610 vt=  34.47766
 i= 1182 j=  815 glon=  292.49 (0-360E) glon=  292.49 glat=  33.24 u=  33.6000 v=   1.7000 vr=   2.03348 vt=  33.58147
 i= 1187 j=  815 glon=  292.69 (0-360E) glon=  292.69 glat=  33.24 u=  32.4000 v=   5.5000 vr=   1.38591 vt=  32.83427
 i= 1192 j=  815 glon=  292.89 (0-360E) glon=  292.89 glat=  33.24 u=  29.5000 v=  10.2000 vr=  -0.85339 vt=  31.20195
 i= 1197 j=  815 glon=  293.09 (0-360E) glon=  293.09 glat=  33.24 u=  27.9000 v=  13.6000 vr=  -1.80709 vt=  30.98555
 i= 1202 j=  815 glon=  293.29 (0-360E) glon=  293.29 glat=  33.24 u=  27.1000 v=  13.9000 vr=   0.14612 vt=  30.45650
 i= 1207 j=  815 glon=  293.49 (0-360E) glon=  293.49 glat=  33.24 u=  25.7000 v=  15.0000 vr=   0.80569 vt=  29.74627
 i= 1212 j=  815 glon=  293.69 (0-360E) glon=  293.69 glat=  33.24 u=  23.7000 v=  14.8000 vr=   1.87274 vt=  27.87872
 i= 1152 j=  820 glon=  291.29 (0-360E) glon=  291.29 glat=  33.04 u=  25.7000 v=  -7.2000 vr=  -3.87913 vt=  26.40611
 i= 1157 j=  820 glon=  291.49 (0-360E) glon=  291.49 glat=  33.04 u=  27.1000 v=  -6.0000 vr=  -3.40620 vt=  27.54647
 i= 1162 j=  820 glon=  291.69 (0-360E) glon=  291.69 glat=  33.04 u=  28.5000 v=  -4.7000 vr=  -2.73186 vt=  28.75547
 i= 1167 j=  820 glon=  291.89 (0-360E) glon=  291.89 glat=  33.04 u=  29.8000 v=  -3.3000 vr=  -1.83600 vt=  29.92589
 i= 1172 j=  820 glon=  292.09 (0-360E) glon=  292.09 glat=  33.04 u=  30.9000 v=  -2.1000 vr=  -0.44573 vt=  30.96807
 i= 1177 j=  820 glon=  292.29 (0-360E) glon=  292.29 glat=  33.04 u=  31.1000 v=   0.4000 vr=  -0.13816 vt=  31.10227
 i= 1182 j=  820 glon=  292.49 (0-360E) glon=  292.49 glat=  33.04 u=  30.5000 v=   3.0000 vr=   0.02762 vt=  30.64717
 i= 1187 j=  820 glon=  292.69 (0-360E) glon=  292.69 glat=  33.04 u=  29.2000 v=   6.4000 vr=  -0.83426 vt=  29.88150
 i= 1192 j=  820 glon=  292.89 (0-360E) glon=  292.89 glat=  33.04 u=  28.8000 v=   8.6000 vr=  -0.49190 vt=  30.05259
 i= 1197 j=  820 glon=  293.09 (0-360E) glon=  293.09 glat=  33.04 u=  28.0000 v=   9.8000 vr=   0.56614 vt=  29.66007
 i= 1202 j=  820 glon=  293.29 (0-360E) glon=  293.29 glat=  33.04 u=  25.9000 v=  11.5000 vr=   0.42683 vt=  28.33510
 i= 1172 j=  825 glon=  292.09 (0-360E) glon=  292.09 glat=  32.84 u=  26.8000 v=  -0.3000 vr=  -1.68660 vt=  26.74856
 i= 1177 j=  825 glon=  292.29 (0-360E) glon=  292.29 glat=  32.84 u=  27.0000 v=   1.1000 vr=  -0.89509 vt=  27.00757
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.9405386206665       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     57.39 kts
    LL Wind Circ Vt mean quadmax value: SE     60.56 kts
    LL Wind Circ Vt mean quadmax value: SW     57.30 kts
    LL Wind Circ Vt mean quadmax value: NW     44.60 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   12.9433440462286       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.8249823117290     
   xcenlon=    292.209120721888     
   imax=         2738  jmax=         2041
   jlatfix=          775
   ilonfix (unadjusted) =         1176
  
 In get_max_wind, ibeg=         1092  iend=         1259
                  jbeg=          707  jend=          844
         ilonfix=         1176  jlatfix=          775
 At end of get_max_wind, vmax=    41.3546381921061       rmax= 
   20.0691499420045     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.80 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.20 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.64 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   13.18 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   15.46 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.54 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   19.66 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   22.01 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   24.71 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   27.60 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   30.38 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   32.67 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   34.20 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   35.19 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   35.67 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   35.86 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   35.68 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   35.32 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   34.80 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.24 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.62 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.03 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   32.41 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   31.87 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   31.39 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   30.97 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   30.51 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   30.04 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   29.53 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   29.02 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   28.49 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   27.91 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   27.38 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   26.86 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   26.40 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   25.95 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   25.50 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   25.03 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   24.55 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   24.08 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   23.62 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   23.17 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    35.86 m/s   maxrmw_dist=    48.00  km   maxrmw_ix=   16
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    48.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    35.8611156707140      
  (m/s)   (in kts)=    69.6673894134961     
  rising_sum_dvdr=       29.0612386453365     
  declining_sum_dvdr=   -8.48522939163330     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    54 igrct=  1 Vmax (m/s)=   41.355   22:23:30
 TIMING: before call  getradii, fhr=    54 igrct=  1   22:23:30
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.71400535870287     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.71400535870287     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.3379906273024     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.3379906273024     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.6644638811927     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.6644638811927     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.1604759564709     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   13.16 good_quad_ct=   4 mean_vt_4quad=      3.29
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.11 mean_vt_4quad=    8.64
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.15 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.20 mean_vt_4quad=    8.81
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.28 mean_vt_4quad=    8.89
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.35 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.42 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.48 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.52 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.54 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.54 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.57 mean_vt_4quad=    9.47
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.62 mean_vt_4quad=    9.56
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.68 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.75 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.84 mean_vt_4quad=    9.86
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.93 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.01 mean_vt_4quad=   10.06
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.07 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   15.10 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   15.15 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.20 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.24 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.27 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.35 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.44 mean_vt_4quad=   10.86
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.52 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.60 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.67 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.78 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.90 mean_vt_4quad=   11.40
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.99 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.08 mean_vt_4quad=   11.61
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.16 mean_vt_4quad=   11.72
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.23 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.28 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.35 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.45 mean_vt_4quad=   12.18
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.57 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.79 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   17.10 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   17.36 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.56 mean_vt_4quad=   12.83
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.83 .... 0.5*v_holland=    6.53
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   12.97 .... 0.5*v_holland=    6.53
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   13.10 .... 0.5*v_holland=    6.53
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   13.24 .... 0.5*v_holland=    6.53
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   13.38 .... 0.5*v_holland=    6.53
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    246.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   132.741600000000     
 vradius(iwindix,iquad) =         133
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.56 mean_vt_4quad=   12.83
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   17.73 mean_vt_4quad=   12.97
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   17.90 mean_vt_4quad=   13.10
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   18.07 mean_vt_4quad=   13.24
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   18.24 mean_vt_4quad=   13.38
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   18.39 mean_vt_4quad=   13.52
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   18.55 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   18.68 mean_vt_4quad=   13.80
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   18.82 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.05 mean_vt_4quad=   14.09
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   19.29 mean_vt_4quad=   14.23
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   19.51 mean_vt_4quad=   14.37
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   19.71 mean_vt_4quad=   14.50
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   19.91 mean_vt_4quad=   14.64
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   20.10 mean_vt_4quad=   14.77
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   20.29 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   20.49 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   20.71 mean_vt_4quad=   15.25
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   20.93 mean_vt_4quad=   15.42
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   21.14 mean_vt_4quad=   15.60
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   21.37 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   21.57 mean_vt_4quad=   15.98
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   21.73 mean_vt_4quad=   16.18
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   21.91 mean_vt_4quad=   16.39
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   22.10 mean_vt_4quad=   16.61
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   22.33 mean_vt_4quad=   16.83
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   22.58 mean_vt_4quad=   17.06
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   22.82 mean_vt_4quad=   17.29
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   23.09 mean_vt_4quad=   17.52
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   23.39 mean_vt_4quad=   17.75
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   23.72 mean_vt_4quad=   17.98
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   24.07 mean_vt_4quad=   18.21
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   24.41 mean_vt_4quad=   18.45
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   24.76 mean_vt_4quad=   18.72
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   25.08 mean_vt_4quad=   19.01
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   25.27 mean_vt_4quad=   19.30
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   25.43 mean_vt_4quad=   19.59
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   25.62 mean_vt_4quad=   19.90
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   26.03 mean_vt_4quad=   20.21
  
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   26.03 mean_vt_4quad=   20.21
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   26.65 mean_vt_4quad=   20.52
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   27.25 mean_vt_4quad=   20.83
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   27.66 mean_vt_4quad=   21.15
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   27.85 mean_vt_4quad=   21.47
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   27.83 mean_vt_4quad=   21.82
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.76 mean_vt_4quad=   22.22
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   28.18 mean_vt_4quad=   22.63
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   28.67 mean_vt_4quad=   23.06
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   29.16 mean_vt_4quad=   23.46
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   29.63 mean_vt_4quad=   23.87
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   30.06 mean_vt_4quad=   24.29
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.40 mean_vt_4quad=   24.73
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   30.60 mean_vt_4quad=   25.21
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   30.69 mean_vt_4quad=   25.75
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   30.67 mean_vt_4quad=   26.33
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   30.80 mean_vt_4quad=   26.93
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   31.22 mean_vt_4quad=   27.49
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   31.73 mean_vt_4quad=   28.02
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   32.22 mean_vt_4quad=   28.48
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   32.73 mean_vt_4quad=   28.94
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   33.24 mean_vt_4quad=   29.47
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.53 mean_vt_4quad=    8.64
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.59 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.65 mean_vt_4quad=    8.81
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.73 mean_vt_4quad=    8.89
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.81 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.93 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.06 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.19 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.32 mean_vt_4quad=    9.30
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.42 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.50 mean_vt_4quad=    9.47
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.57 mean_vt_4quad=    9.56
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.63 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.67 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.68 mean_vt_4quad=    9.86
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.72 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.79 mean_vt_4quad=   10.06
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.87 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.97 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.08 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.21 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.35 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.48 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.59 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.70 mean_vt_4quad=   10.86
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.83 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.93 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.04 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.17 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.30 mean_vt_4quad=   11.40
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.42 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.52 mean_vt_4quad=   11.61
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.60 mean_vt_4quad=   11.72
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.65 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   16.69 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   16.77 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   16.84 mean_vt_4quad=   12.18
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   16.94 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.06 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.21 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.34 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.48 mean_vt_4quad=   12.83
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.62 mean_vt_4quad=   12.97
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   12.97 .... 0.5*v_holland=    6.60
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   13.10 .... 0.5*v_holland=    6.60
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   13.24 .... 0.5*v_holland=    6.60
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   13.38 .... 0.5*v_holland=    6.60
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   13.52 .... 0.5*v_holland=    6.60
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    243.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   131.122800000000     
 vradius(iwindix,iquad) =         131
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.62 mean_vt_4quad=   12.97
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   17.86 mean_vt_4quad=   13.10
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.13 mean_vt_4quad=   13.24
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.41 mean_vt_4quad=   13.38
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.63 mean_vt_4quad=   13.52
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.86 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.11 mean_vt_4quad=   13.80
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.37 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.62 mean_vt_4quad=   14.09
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.83 mean_vt_4quad=   14.23
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.01 mean_vt_4quad=   14.37
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.17 mean_vt_4quad=   14.50
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.34 mean_vt_4quad=   14.64
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.50 mean_vt_4quad=   14.77
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.64 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.78 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.91 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.07 mean_vt_4quad=   15.42
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   21.26 mean_vt_4quad=   15.60
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.48 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   21.70 mean_vt_4quad=   15.98
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   21.85 mean_vt_4quad=   16.18
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   21.98 mean_vt_4quad=   16.39
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   22.18 mean_vt_4quad=   16.61
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   22.49 mean_vt_4quad=   16.83
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   22.84 mean_vt_4quad=   17.06
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.26 mean_vt_4quad=   17.29
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   23.69 mean_vt_4quad=   17.52
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   24.01 mean_vt_4quad=   17.75
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   24.20 mean_vt_4quad=   17.98
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   24.24 mean_vt_4quad=   18.21
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   24.23 mean_vt_4quad=   18.45
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   24.23 mean_vt_4quad=   18.72
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   24.31 mean_vt_4quad=   19.01
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   24.84 mean_vt_4quad=   19.30
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   25.27 mean_vt_4quad=   19.59
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   25.51 mean_vt_4quad=   19.90
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   25.94 mean_vt_4quad=   20.21
  
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   25.94 mean_vt_4quad=   20.21
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   26.84 mean_vt_4quad=   20.52
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   27.66 mean_vt_4quad=   20.83
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   28.23 mean_vt_4quad=   21.15
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   28.68 mean_vt_4quad=   21.47
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   28.93 mean_vt_4quad=   21.82
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   29.02 mean_vt_4quad=   22.22
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   29.17 mean_vt_4quad=   22.63
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   30.03 mean_vt_4quad=   23.06
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   30.91 mean_vt_4quad=   23.46
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   31.97 mean_vt_4quad=   23.87
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   33.54 mean_vt_4quad=   24.29
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.09 mean_vt_4quad=    8.64
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.11 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.14 mean_vt_4quad=    8.81
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.19 mean_vt_4quad=    8.89
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.24 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.29 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.34 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.44 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.56 mean_vt_4quad=    9.30
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.67 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.78 mean_vt_4quad=    9.47
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.87 mean_vt_4quad=    9.56
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.95 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.02 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.10 mean_vt_4quad=    9.86
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.15 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.24 mean_vt_4quad=   10.06
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.34 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.46 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.59 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.72 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.83 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.95 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.09 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.23 mean_vt_4quad=   10.86
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.37 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.49 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.61 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.72 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.79 mean_vt_4quad=   11.40
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.83 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.82 mean_vt_4quad=   11.61
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.82 mean_vt_4quad=   11.72
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.83 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.80 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   14.82 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.85 mean_vt_4quad=   12.18
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.94 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.07 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.23 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.41 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.59 mean_vt_4quad=   12.83
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.80 mean_vt_4quad=   12.97
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.98 mean_vt_4quad=   13.10
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   16.15 mean_vt_4quad=   13.24
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   16.31 mean_vt_4quad=   13.38
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   16.50 mean_vt_4quad=   13.52
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   16.68 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   16.87 mean_vt_4quad=   13.80
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   17.13 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   17.41 mean_vt_4quad=   14.09
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   17.71 mean_vt_4quad=   14.23
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   14.23 .... 0.5*v_holland=    7.39
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   14.37 .... 0.5*v_holland=    7.39
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   14.50 .... 0.5*v_holland=    7.39
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   14.64 .... 0.5*v_holland=    7.39
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.77 .... 0.5*v_holland=    7.39
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    216.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   116.553600000000     
 vradius(iwindix,iquad) =         117
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   17.71 mean_vt_4quad=   14.23
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   17.94 mean_vt_4quad=   14.37
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   18.16 mean_vt_4quad=   14.50
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   18.37 mean_vt_4quad=   14.64
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   18.59 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   18.79 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   18.99 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   19.19 mean_vt_4quad=   15.25
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   19.40 mean_vt_4quad=   15.42
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   19.62 mean_vt_4quad=   15.60
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   19.84 mean_vt_4quad=   15.79
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   20.05 mean_vt_4quad=   15.98
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   20.28 mean_vt_4quad=   16.18
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   20.53 mean_vt_4quad=   16.39
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   20.79 mean_vt_4quad=   16.61
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   21.02 mean_vt_4quad=   16.83
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   21.25 mean_vt_4quad=   17.06
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   21.45 mean_vt_4quad=   17.29
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   21.62 mean_vt_4quad=   17.52
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   21.78 mean_vt_4quad=   17.75
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   21.91 mean_vt_4quad=   17.98
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   22.08 mean_vt_4quad=   18.21
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   22.29 mean_vt_4quad=   18.45
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   22.61 mean_vt_4quad=   18.72
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   22.98 mean_vt_4quad=   19.01
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   23.39 mean_vt_4quad=   19.30
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   23.78 mean_vt_4quad=   19.59
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   24.24 mean_vt_4quad=   19.90
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   24.73 mean_vt_4quad=   20.21
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   25.25 mean_vt_4quad=   20.52
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   25.75 mean_vt_4quad=   20.83
  
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   25.75 mean_vt_4quad=   20.83
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   26.19 mean_vt_4quad=   21.15
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   26.69 mean_vt_4quad=   21.47
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   27.33 mean_vt_4quad=   21.82
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   28.27 mean_vt_4quad=   22.22
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   29.39 mean_vt_4quad=   22.63
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   30.32 mean_vt_4quad=   23.06
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   30.70 mean_vt_4quad=   23.46
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   30.79 mean_vt_4quad=   23.87
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   31.52 mean_vt_4quad=   24.29
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   33.38 mean_vt_4quad=   24.73
  
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.53 mean_vt_4quad=    8.64
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.57 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.60 mean_vt_4quad=    8.81
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.64 mean_vt_4quad=    8.89
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.68 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.70 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.74 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.78 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    8.78 mean_vt_4quad=    9.30
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.82 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.89 mean_vt_4quad=    9.47
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.93 mean_vt_4quad=    9.56
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.96 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.97 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.97 mean_vt_4quad=    9.86
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.00 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.04 mean_vt_4quad=   10.06
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.07 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.14 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.23 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.33 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.44 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.53 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.60 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.68 mean_vt_4quad=   10.86
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.78 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.87 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.02 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.17 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.31 mean_vt_4quad=   11.40
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.53 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.72 mean_vt_4quad=   11.61
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.86 mean_vt_4quad=   11.72
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.96 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.06 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.17 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.23 mean_vt_4quad=   12.18
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.30 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.35 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.38 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.39 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.42 mean_vt_4quad=   12.83
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.43 mean_vt_4quad=   12.97
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.48 mean_vt_4quad=   13.10
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.53 mean_vt_4quad=   13.24
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.62 mean_vt_4quad=   13.38
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.73 mean_vt_4quad=   13.52
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.85 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.99 mean_vt_4quad=   13.80
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.12 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.24 mean_vt_4quad=   14.09
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.34 mean_vt_4quad=   14.23
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.51 mean_vt_4quad=   14.37
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.67 mean_vt_4quad=   14.50
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.85 mean_vt_4quad=   14.64
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.05 mean_vt_4quad=   14.77
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.24 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.43 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.65 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.86 mean_vt_4quad=   15.42
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.11 mean_vt_4quad=   15.60
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.36 mean_vt_4quad=   15.79
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.60 mean_vt_4quad=   15.98
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.83 mean_vt_4quad=   16.18
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.02 mean_vt_4quad=   16.39
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.20 mean_vt_4quad=   16.61
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.40 mean_vt_4quad=   16.83
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.64 mean_vt_4quad=   17.06
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.84 mean_vt_4quad=   17.29
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.08 mean_vt_4quad=   17.52
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.42 mean_vt_4quad=   17.75
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.84 mean_vt_4quad=   17.98
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.32 mean_vt_4quad=   18.21
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.95 mean_vt_4quad=   18.45
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   18.45 .... 0.5*v_holland=   10.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   18.72 .... 0.5*v_holland=   10.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   19.01 .... 0.5*v_holland=   10.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   19.30 .... 0.5*v_holland=   10.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   19.59 .... 0.5*v_holland=   10.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    150.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   80.9400000000000     
 vradius(iwindix,iquad) =          81
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.95 mean_vt_4quad=   18.45
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.53 mean_vt_4quad=   18.72
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.00 mean_vt_4quad=   19.01
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   19.19 mean_vt_4quad=   19.30
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.35 mean_vt_4quad=   19.59
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   19.57 mean_vt_4quad=   19.90
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   19.71 mean_vt_4quad=   20.21
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   20.12 mean_vt_4quad=   20.52
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   20.69 mean_vt_4quad=   20.83
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.10 mean_vt_4quad=   21.15
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   21.42 mean_vt_4quad=   21.47
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   21.69 mean_vt_4quad=   21.82
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   21.93 mean_vt_4quad=   22.22
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   22.58 mean_vt_4quad=   22.63
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.21 mean_vt_4quad=   23.06
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   23.76 mean_vt_4quad=   23.46
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.25 mean_vt_4quad=   23.87
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   24.83 mean_vt_4quad=   24.29
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.51 mean_vt_4quad=   24.73
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   26.17 mean_vt_4quad=   25.21
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   26.17 mean_vt_4quad=   25.21
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   26.72 mean_vt_4quad=   25.75
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   26.89 mean_vt_4quad=   26.33
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.87 mean_vt_4quad=   26.93
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   27.66 mean_vt_4quad=   27.49
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   28.49 mean_vt_4quad=   28.02
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   29.16 mean_vt_4quad=   28.48
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   29.77 mean_vt_4quad=   28.94
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   30.35 mean_vt_4quad=   29.47
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   30.88 mean_vt_4quad=   30.07
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   31.50 mean_vt_4quad=   30.70
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   32.31 mean_vt_4quad=   31.34
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   33.06 mean_vt_4quad=   31.95
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 TIMING: after call  getradii, fhr=    54 igrct=  1   22:23:30
 TIMING: after getrad_iter_loop, fhr=    54 igrct=  2 Vmax (m/s)=   41.355   22:23:30
 TIMING: Before get_phase ... 22:23:30
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           54 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    43.527
  
  
  In get_cps_paramb, lead time=           54 :           0   08L  FRANKLIN 
   right_ct=          952   left_ct=          980
   zthicksum(1)=    3243730.92450000     
   zthicksum(2)=    3337061.76275000     
   zthick_right_mean=    3407.28038287815     
   zthick_left_mean=     3405.16506403061     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    2.11531884754004     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           28.47
  Sum of y-diffs squared (ydiff2) =         2413.84
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   449.99   6.7452       24.96   0.1661    -2.90     8.39      622.80
    2   443.01   6.6846       17.97   0.1055     0.29     0.08      322.99
    3   433.96   6.6201        8.92   0.0409     2.06     4.25       79.64
    4   422.92   6.5511       -2.12  -0.0281     2.59     6.72        4.48
    5   408.74   6.4770      -16.29  -0.1022     0.84     0.71      265.43
    6   391.59   6.3969      -33.44  -0.1822    -2.88     8.32     1118.50
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   425.036     x:    6.58
  
  slope=    167.704         y-intercept =   -678.315
  Regression equation:   Y =  -678.31 +   167.70X
  
  R2(r_squared) =  0.9882        r =  0.9941
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1039.40 zmin=  583.42 zdiff=  455.98
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1533.91 zmin= 1083.92 zdiff=  449.99
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.98 dlnp=     -0.057158  dzdlnp=      104.691
  
   +++ k=  3 press=    800.0 zmax= 2053.18 zmin= 1610.17 zdiff=  443.01
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -6.98 dlnp=     -0.060625  dzdlnp=      115.201
  
   +++ k=  4 press=    750.0 zmax= 2599.59 zmin= 2165.63 zdiff=  433.96
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.05 dlnp=     -0.064539  dzdlnp=      140.195
  
   +++ k=  5 press=    700.0 zmax= 3177.12 zmin= 2754.20 zdiff=  422.92
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -11.04 dlnp=     -0.068993  dzdlnp=      160.017
  
   +++ k=  6 press=    650.0 zmax= 3789.19 zmin= 3380.44 zdiff=  408.74
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.18 dlnp=     -0.074108  dzdlnp=      191.288
  
   +++ k=  7 press=    600.0 zmax= 4441.08 zmin= 4049.48 zdiff=  391.59
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -17.15 dlnp=     -0.080043  dzdlnp=      214.286
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           33.92
  Sum of y-diffs squared (ydiff2) =        17876.90
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   371.70   6.3099       70.16   0.2788    -3.40    11.57     4922.61
    2   350.03   6.2146       48.49   0.1834     0.08     0.01     2351.22
    3   325.33   6.1092       23.79   0.0781     3.18    10.10      565.74
    4   293.57   5.9915       -7.97  -0.0397     2.50     6.25       63.60
    5   255.92   5.8579      -45.62  -0.1732     0.09     0.01     2081.43
    6   212.70   5.7038      -88.84  -0.3274    -2.45     5.98     7892.31
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   301.543     x:    6.03
  
  slope=    263.894         y-intercept =  -1290.047
  Regression equation:   Y = -1290.05 +   263.89X
  
  R2(r_squared) =  0.9981        r =  0.9991
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4441.08 zmin= 4049.48 zdiff=  391.59
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5139.88 zmin= 4768.17 zdiff=  371.70
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -19.89 dlnp=     -0.087011  dzdlnp=      228.568
  
   +++ k=  9 press=    500.0 zmax= 5894.57 zmin= 5544.54 zdiff=  350.03
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -21.67 dlnp=     -0.095310  dzdlnp=      227.384
  
   +++ k= 10 press=    450.0 zmax= 6715.83 zmin= 6390.50 zdiff=  325.33
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -24.70 dlnp=     -0.105361  dzdlnp=      234.471
  
   +++ k= 11 press=    400.0 zmax= 7616.13 zmin= 7322.56 zdiff=  293.57
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -31.76 dlnp=     -0.117783  dzdlnp=      269.648
  
   +++ k= 12 press=    350.0 zmax= 8616.03 zmin= 8360.11 zdiff=  255.92
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -37.65 dlnp=     -0.133531  dzdlnp=      281.941
  
   +++ k= 13 press=    300.0 zmax= 9739.74 zmin= 9527.04 zdiff=  212.70
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -43.22 dlnp=     -0.154151  dzdlnp=      280.349
  
cps_stats: 08L   lead time=  54: 0   paramb=     2.12  vtl=    167.70  vtu=    263.89
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   54:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.209 (0-360) guesslon=  292.209E  (  67.791W)   guesslat=   34.825
 ilonfix=         1176  jlatfix=          775  npts=           33
 ibeg=         1099  jbeg=          707  imax=         2738
 iend=         1253  jend=          843  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  290.889E  (0-360) ctlon=  290.889E  (  69.111W)  ctlat=   35.505 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  290.889E   (0-360) guesslon=  290.889E  (  69.111W)   guesslat=   35.505
 ilonfix=         1143  jlatfix=          758  npts=           16
 ibeg=         1090  jbeg=          714  imax=         2738
 iend=         1196  jend=          802  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.669E  (0-360) ctlon=  290.669  (  69.331W)  ctlat=   35.485 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    54:00  mean_lon:  290.67E (  69.33W)    (0-360) mean_lon=  290.67E  mean_lat:   35.48  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    54:00  ifix:  1113   jfix:   735  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1113  jx=          735
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         655 ,         277 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         654 ,         276 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    54:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:23:30
 TIMING: Before shear ... 22:23:30
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           10
  clon(ist,ifh,3)=    292.270292033533     
  clat(ist,ifh,3)=    34.8568587937525     
  fixlon(ist,ifh)=    292.209120721888     
  fixlat(ist,ifh)=    34.8249823117290     
  xcenlon=    292.270292033533     
  xcenlat=    34.8568587937525     
  
 xxshear
 In get_shear A, xcenlon=    292.270292033533       xcenlat= 
   34.8568587937525     
   In get_shear B, (0-360) xcenlon=    292.270292033533     
  
At start of get_shear:  08L   fhr=   54:00   Mean fix position=   292.21E  ( 67.79W)    34.82  (0-360) mean lon fix=  292.21
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   45.59 vr_mean(idist,ilev)=    1.74
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   43.71 vr_mean(idist,ilev)=   -0.82
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   39.08 vr_mean(idist,ilev)=    0.08
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   34.64 vr_mean(idist,ilev)=    0.07
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   30.72 vr_mean(idist,ilev)=    1.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   27.60 vr_mean(idist,ilev)=    0.98
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   24.89 vr_mean(idist,ilev)=    0.33
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.83 vr_mean(idist,ilev)=    0.10
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.85 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   18.24 vr_mean(idist,ilev)=   -0.26
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.61 vr_mean(idist,ilev)=   -0.26
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.91 vr_mean(idist,ilev)=   -0.45
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.45 vr_mean(idist,ilev)=   -0.36
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.18 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.98 vr_mean(idist,ilev)=    0.02
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.84 vr_mean(idist,ilev)=    0.14
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.87 vr_mean(idist,ilev)=   -0.02
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.97 vr_mean(idist,ilev)=    0.03
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.21 vr_mean(idist,ilev)=    0.04
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.49 vr_mean(idist,ilev)=   20.49
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.74 vr_mean(idist,ilev)=   30.74
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.99 vr_mean(idist,ilev)=   40.99
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -51.25 vr_mean(idist,ilev)=   51.25
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -61.51 vr_mean(idist,ilev)=   61.51
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -71.78 vr_mean(idist,ilev)=   71.78
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -82.06 vr_mean(idist,ilev)=   82.06
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -92.34 vr_mean(idist,ilev)=   92.34
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -102.64 vr_mean(idist,ilev)=  102.64
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -112.95 vr_mean(idist,ilev)=  112.95
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -123.28 vr_mean(idist,ilev)=  123.28
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -133.62 vr_mean(idist,ilev)=  133.62
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -143.98 vr_mean(idist,ilev)=  143.98
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -154.36 vr_mean(idist,ilev)=  154.36
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -164.77 vr_mean(idist,ilev)=  164.77
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -175.19 vr_mean(idist,ilev)=  175.19
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -185.65 vr_mean(idist,ilev)=  185.65
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -196.15 vr_mean(idist,ilev)=  196.15
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -206.68 vr_mean(idist,ilev)=  206.68
  
 At end of get_shear: 
     ist=    2 ifh=   10 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:23:30
  
 After call to fixcenter, fix positions at 
 forecast hour=   54:00 follow:
  
fixpos  08L   fhr=   54:00   Fix position=   292.21E  ( 67.79W)    34.82   Max Wind=  80 kts
  
  
 xxxx get_next_ges, prev fix lon=    291.123350889652     
 xxxx get_next_ges, curr fix lon=    292.209120721888     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    292.209120721888        fixlat=    34.8249823117290     
        (0-360) fixlon=    292.209120721888     
      ilonfix=         1176   jlatfix=          775
      ibeg=          675   iend=         1677
      jbeg=          323   jend=         1227
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    5.56125952739492       vavg=    4.96179755751991     
      ubar=    1.39031488184873       vbar=    1.24044938937998     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.81744387454574       vavg=    5.30753952935799     
      ubar=    4.79903681912160       vbar=    3.89421915405897     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    7.29694428212607       vavg=    6.63237545761672     
      ubar=    6.62327288965312       vbar=    5.55231301846315     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.62327288965312       vbar=    5.55231301846315     
      wgttot=    1.00000000000000     
      fixlon=    292.209120721888        fixlat=    34.8249823117290     
      barnlon=    293.786817129558       barnlat=    35.9035386232038     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.815488976799461     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      293.786817129558     
     Raw (no conversion for GM wrap) extraplon=    293.307269031760     
  
 --- barnlon=    293.79E  (  66.21W)    barnlat=     35.90
 --- extraplon=  293.31E  (  66.69W)    extraplat=   35.76
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   34.82
 | Current fix lon is   67.79W   ( 292.21E)
 | Current fix lon (raw, unadjusted)=  292.21E
 | Updated guess lat for next fcst hour is   35.83
 | Updated guess lon (0-360) for next fcst hour is   66.45W   ( 293.55E)
 | Raw updated guess lon for next fcst hour is  293.55E)
 -------------------------------------------------
  
 iocheck, dist=    165.064048184078        distm=    165064.048184078     
 iocheck, stmspd=    7.64185408259620        istmspd=          148
 iocheck, xincr=    1.33792235877110        yincr=    1.00609205926495     
 iocheck, stmdir=    53.0575331857735        istmdir=           53
 +++ RPT_STORM_MOTION: istmspd=   148 kts(*10)    istmdir=    53 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  10
     Fix location for this time:   292.21E  ( 67.79W)    34.82
     Fix lon (raw) for this time:  292.21E
     ilonfix= 1176  jlatfix=  775
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.209120721888       xcenlat=    34.8249823117290     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.209120721888       xcenlat=    34.8249823117290     
  ilonfix=         1176  jlatfix=          775
  ibeg=         1048  iend=         1304
  jbeg=          659  jend=          891  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    292.209120721888        xcenlat=    34.8249823117290     
      ilonfix=         1176   jlatfix=          775
      ibeg=         1048   iend=         1304
      jbeg=          659   jend=          891
 After call to barnes, xsmoothval=   4.726604438729051E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.726604438729051E-004
      xcenlon=    292.209120721888        xcenlat=    34.8249823117290     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000473  imeanzeta (*1e6)=      473
   --- mean zeta raw =   4.726604438729051E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003504  igrid zeta (*1e6)=     3504 ifilret=   0
   --- grid zeta raw=   3.504181283322191E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.209120721888       xcenlat=    34.8249823117290     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.209120721888       xcenlat=    34.8249823117290     
  ilonfix=         1176  jlatfix=          775
  ibeg=         1048  iend=         1304
  jbeg=          659  jend=          891  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    292.209120721888        xcenlat=    34.8249823117290     
      ilonfix=         1176   jlatfix=          775
      ibeg=         1048   iend=         1304
      jbeg=          659   jend=          891
 After call to barnes, xsmoothval=   4.425518333262305E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.425518333262305E-004
      xcenlon=    292.209120721888        xcenlat=    34.8249823117290     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000443  imeanzeta (*1e6)=      443
   --- mean zeta raw =   4.425518333262305E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002890  igrid zeta (*1e6)=     2890 ifilret=   0
   --- grid zeta raw=   2.890097985848827E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           54
  
 segx, outlon=    292.209120721888       outlat=    34.8249823117290     
   ist=            2  ifcsthour=           54
   vmaxwind=    41.3546381921061       xminmslp=    96138.5700000000     
   vradius=          133          71          37         131          71
          53         117          68          52          81          50
          31
   maxstorm=            6
   plastbar=    100538.570000000       rlastbar=    118.051823670601     
   rmax=    20.0691499420045     
   cps_vals=    2.11531884754004        167.704154589715     
   263.894458244849     
   wcore_flag= n
   istmspd=          148  istmdir=           53
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    48.0000000000000     
   axisymet_rmw_val=     35.8611156707140     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   118.051823670601       irlastbar=         118
 output: plastbar=   100538.570000000       iplastbar=        1005
 rmax=    20.0691499420045        irmax=           20
 TXX top of atcfunix_ext, ist=            2  ifh=           54
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   118.051823670601       irlastbar=         118
 output: plastbar=   100538.570000000       iplastbar=        1005
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           54
 intlat=          348
 clatns= N
 intlon=          678
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           80
 int(xminmslp/mslp_outp_adj + 0.5)=          961
 XX,  34, NEQ
 vradius(1,1)=          133
 vradius(1,2)=          131
 vradius(1,3)=          117
 vradius(1,4)=           81
 iplastbar=         1005
 irlastbar=          118
 irmax=           20
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           53
 istmspd=          148
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           21
 icps_vals(2)=         1677
 icps_vals(3)=         2639
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           26
 irmw_val=           70
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          473
 igridzeta(1)=         3504
 imeanzeta(2)=          443
 igridzeta(2)=         2890
  
 rmax=    20.0691499420045        irmax=           20
 +++ Top of output_atcf_parms, ist=            2  ifh=           54
  
 xxxx get_next_ges, prev fix lon=    291.123350889652     
 xxxx get_next_ges, curr fix lon=    292.209120721888     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    292.209120721888        fixlat=    34.8249823117290     
        (0-360) fixlon=    292.209120721888     
      ilonfix=         1176   jlatfix=          775
      ibeg=          675   iend=         1677
      jbeg=          323   jend=         1227
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    5.56125952739492       vavg=    4.96179755751991     
      ubar=    1.39031488184873       vbar=    1.24044938937998     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.81744387454574       vavg=    5.30753952935799     
      ubar=    4.79903681912160       vbar=    3.89421915405897     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    7.29694428212607       vavg=    6.63237545761672     
      ubar=    6.62327288965312       vbar=    5.55231301846315     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.62327288965312       vbar=    5.55231301846315     
      wgttot=    1.00000000000000     
      fixlon=    292.209120721888        fixlat=    34.8249823117290     
      barnlon=    293.786817129558       barnlat=    35.9035386232038     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.815488976799461     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      293.786817129558     
     Raw (no conversion for GM wrap) extraplon=    293.307269031760     
  
 --- barnlon=    293.79E  (  66.21W)    barnlat=     35.90
 --- extraplon=  293.31E  (  66.69W)    extraplat=   35.76
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   34.82
 | Current fix lon is   67.79W   ( 292.21E)
 | Current fix lon (raw, unadjusted)=  292.21E
 | Updated guess lat for next fcst hour is   35.83
 | Updated guess lon (0-360) for next fcst hour is   66.45W   ( 293.55E)
 | Raw updated guess lon for next fcst hour is  293.55E)
 -------------------------------------------------
  
 iocheck, dist=    165.064048184078        distm=    165064.048184078     
 iocheck, stmspd=    7.64185408259620        istmspd=          148
 iocheck, xincr=    1.33792235877110        yincr=    1.00609205926495     
 iocheck, stmdir=    53.0575331857735        istmdir=           53
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   54:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   9.909603608291035E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.991E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.922E  (0-360) ctlon=  277.922  (  82.078W)  ctlat=   30.115 fmax (x10e5) =        0.994E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   7.690545894375160E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.769E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.822E  (0-360) ctlon=  277.822  (  82.178W)  ctlat=   30.115 fmax (x10e5) =        0.824E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.130E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.922E  (0-360) ctlon=  277.922  (  82.078W)  ctlat=   30.215 fmax =       -0.100E+16 fmin =        0.130E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.295E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.922E  (0-360) ctlon=  277.922  (  82.078W)  ctlat=   30.215 fmax =       -0.100E+16 fmin =        0.295E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.988E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.922E  (0-360) ctlon=  277.922  (  82.078W)  ctlat=   30.215 fmax =       -0.100E+16 fmin =        0.987E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.462 (0-360) guesslon=  277.462E  (  82.538W)   guesslat=   29.855
 ilonfix=          807  jlatfix=          899  npts=           33
 ibeg=          733  jbeg=          831  imax=         2738
 iend=          881  jend=          967  jmax=         2041
 TIMING: find_maxmin 1  22:23:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         8610
 !!! Zeta check, fmax=   3.825579216556857E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  277.742E  (0-360) ctlon=  277.742E  (  82.258W)  ctlat=   30.135 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.383E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  277.742E   (0-360) guesslon=  277.742E  (  82.258W)   guesslat=   30.135
 ilonfix=          814  jlatfix=          892  npts=           16
 ibeg=          764  jbeg=          848  imax=         2738
 iend=          864  jend=          936  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.922E  (0-360) ctlon=  277.922  (  82.078W)  ctlat=   30.115 fmax (x10e5) =        0.356E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    277.820567579294        uvgeslat=    30.0945558971095     
    (0-360 uvgeslon)=    277.820567579294     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:23:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    277.820567579294        uvgeslat=    30.0945558971095     
    (0-360 uvgeslon)=    277.820567579294     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    277.820567579294     
  
 After first run, Wind Circulation (NHEM) ctlon=  277.821E  (0-360E lon):  277.821E    82.179W  ctlat=   30.095  xmax_circul_disk =     116089077.3
 TIMING: get_wind_circ kloop, k=  1   22:23:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  277.821E  (0-360E)=  277.821E  (  82.179W)   guesslat=   30.095
 ilonfix=          816  jlatfix=          893  npts=           56
 ibeg=          746  jbeg=          829  imax=         2738
 iend=          886  jend=          957  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    116306412.641391     
 nhalf get_wind_circ, k=  1 ctlon=  277.961E  (0-360E)=  277.961E  ctlon=   82.039W   ctlat=   30.175 Wind Circulation (NHEM: Max) =     116306412.6
 TIMING: After GWC 850 ... 22:23:30
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:23:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    277.820567579294        uvgeslat=    30.0945558971095     
    (0-360 uvgeslon)=    277.820567579294     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    277.820567579294     
  
 After first run, Wind Circulation (NHEM) ctlon=  277.821E  (0-360E lon):  277.821E    82.179W  ctlat=   30.095  xmax_circul_disk =     110738513.5
 TIMING: get_wind_circ kloop, k=  1   22:23:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  277.821E  (0-360E)=  277.821E  (  82.179W)   guesslat=   30.095
 ilonfix=          816  jlatfix=          893  npts=           56
 ibeg=          746  jbeg=          829  imax=         2738
 iend=          886  jend=          957  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    111937935.520819     
 nhalf get_wind_circ, k=  1 ctlon=  277.781E  (0-360E)=  277.781E  ctlon=   82.219W   ctlat=   30.295 Wind Circulation (NHEM: Max) =     111937935.5
 TIMING: After GWC 700 ... 22:23:30
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:23:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    277.820567579294        uvgeslat=    30.0945558971095     
    (0-360 uvgeslon)=    277.820567579294     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    277.820567579294     
  
 After first run, Wind Circulation (NHEM) ctlon=  278.141E  (0-360E lon):  278.141E    81.859W  ctlat=   30.095  xmax_circul_disk =      52676852.1
 TIMING: get_wind_circ kloop, k=  1   22:23:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  278.141E  (0-360E)=  278.141E  (  81.859W)   guesslat=   30.095
 ilonfix=          824  jlatfix=          893  npts=           56
 ibeg=          754  jbeg=          829  imax=         2738
 iend=          894  jend=          957  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    53321661.3174452     
 nhalf get_wind_circ, k=  1 ctlon=  278.101E  (0-360E)=  278.101E  ctlon=   81.899W   ctlat=   29.995 Wind Circulation (NHEM: Max) =      53321661.3
 TIMING: After GWC Sfc ... 22:23:30
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.78  xavg_stderr=     5.75
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           10  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    54:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  277.46E   (0-360) guesslon=  277.46E  ( 82.54W)    29.85
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       277.92       82.08      30.11           99.41       T         52.90
   2    zeta 700    Max       277.82       82.18      30.11           82.35       T         45.14
   3    circ 850    Max       277.96       82.04      30.17          116.31       T         59.72
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       277.78       82.22      30.29          111.94       T         57.71
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       277.92       82.08      30.21         1302.68       T         59.69
   8     gph 700    Min       277.92       82.08      30.21         2952.24       T         59.69
   9        MSLP    Min       277.92       82.08      30.21        98748.57       T         59.69
  10    circ sfc    Max       278.10       81.90      29.99           53.32       T         63.44
  11    zeta sfc    Max       277.92       82.08      30.11           35.59       T         52.90
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    9.83180785909670       stderr_close= 
   7.20037832941377       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   5.196 devia=   0.722 wtpos=  0.78620     277.92   277.92    82.08    30.11
 ip=  2 kprm=  2 dist_from_mean=  10.688 devia=   1.484 wtpos=  0.60969     277.82   277.82    82.18    30.11
 ip=  3 kprm=  3 dist_from_mean=   4.212 devia=   0.585 wtpos=  0.82285     277.96   277.96    82.04    30.17
 ip=  5 kprm=  4 dist_from_mean=  19.953 devia=   2.771 wtpos=  0.39705     277.78   277.78    82.22    30.29
 ip=  7 kprm=  5 dist_from_mean=   5.936 devia=   0.824 wtpos=  0.75971     277.92   277.92    82.08    30.21
 ip=  8 kprm=  6 dist_from_mean=   5.936 devia=   0.824 wtpos=  0.75971     277.92   277.92    82.08    30.21
 ip=  9 kprm=  7 dist_from_mean=   5.936 devia=   0.824 wtpos=  0.75971     277.92   277.92    82.08    30.21
 ip= 10 kprm=  8 dist_from_mean=  25.432 devia=   3.532 wtpos=  0.30810     278.10   278.10    81.90    29.99
 ip= 11 kprm=  9 dist_from_mean=   5.196 devia=   0.722 wtpos=  0.78620     277.92   277.92    82.08    30.11
  
At end of fixcenter:  10L   fhr=   54:00   Fix position=   277.92E  (0-360) fixlon=  277.92  ( 82.08W)    30.17
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    277.917213465935     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    277.922383215657     
        (0-360E clon(ist,ifh,9))=    277.922383215657     
      clat(ist,ifh,9)=    30.2145528971095     
      xval(9)=    98748.5686489910     
  
  After get_ij B, ibeg jbeg =          708         752
  After get_ij B, iend jend =          928        1028
  
 In is_it_a_storm, ilonfix=          818  jlatfix=          890
 ibeg jbeg iend jend =          708         752         928        1028
 cparm= slp  parmlon parmlat =    277.922383215657        30.2145528971095     
     (0-360E parmlon) =    277.922383215657     
 parmval=    98748.5686489910     
  
 i=  793 j=  827 glon=  276.93 (0-360E) glon=  276.93 glat=  32.76 dist=   298.38 slp=  100343.85 pgradient=  5.34649
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.34649
 mslp center =    277.922383215657        30.2145528971095     
   98748.5686489910     
   (0-360E) lon of mslp center =    277.922383215657     
 pgrad loc   =    276.929208000000        276.929208000000     
   83.0707920000000        32.7608290000000        100343.850000000     
  ttest at location C IF....
      xinp_fixlat=    30.2145528971095     
      xinp_fixlon=    277.922383215657       (0-360E) xinp_fixlon= 
   277.922383215657     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96757.7700000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          818  jfix=          892
 longitude=    277.922383215657      E   (   82.0776167843426      
 W)  (0-360E) xinp_fixlon=    277.922383215657     
 latitude=    30.2145528971095     
 mean mslp value (xval(9))=    98748.5686489910     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          818  jfix=          892
 longitude=    277.922383215657      E   (   82.0776167843426      
 W)  (0-360E) xinp_fixlon=    277.922383215657     
 latitude=    30.2145528971095     
 mean mslp value (xval(9))=    98748.5686489910     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          818  jx=          892
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96757.7700000000       xcentval=    96757.7700000000     
 At A, num_found_contours=            0
 At A, contlo=    96757.7700000000       conthi=    97157.7700000000     
  
 num_found_contours=            0
 contlo=    96757.7700000000       conthi=    97157.7700000000     
 xcentval=    96757.7700000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97157.7700000000       conthi=    97557.7700000000     
  
 num_found_contours=            1
 contlo=    97157.7700000000       conthi=    97557.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            2
 At A, contlo=    97557.7700000000       conthi=    97957.7700000000     
  
 num_found_contours=            2
 contlo=    97557.7700000000       conthi=    97957.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            3
 At A, contlo=    97957.7700000000       conthi=    98357.7700000000     
  
 num_found_contours=            3
 contlo=    97957.7700000000       conthi=    98357.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            4
 At A, contlo=    98357.7700000000       conthi=    98757.7700000000     
  
 num_found_contours=            4
 contlo=    98357.7700000000       conthi=    98757.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            5
 At A, contlo=    98757.7700000000       conthi=    99157.7700000000     
  
 num_found_contours=            5
 contlo=    98757.7700000000       conthi=    99157.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            6
 At A, contlo=    99157.7700000000       conthi=    99557.7700000000     
  
 num_found_contours=            6
 contlo=    99157.7700000000       conthi=    99557.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            7
 At A, contlo=    99557.7700000000       conthi=    99957.7700000000     
  
 num_found_contours=            7
 contlo=    99557.7700000000       conthi=    99957.7700000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            8
 At A, contlo=    99957.7700000000       conthi=    100357.770000000     
  
 num_found_contours=            8
 contlo=    99957.7700000000       conthi=    100357.770000000     
 xcentval=    96757.7700000000     
 At A, num_found_contours=            9
 At A, contlo=    100357.770000000       conthi=    100757.770000000     
  
 num_found_contours=            9
 contlo=    100357.770000000       conthi=    100757.770000000     
 xcentval=    96757.7700000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         755 ,         829 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96757.7700000000     
 !!! (i,j) of central value = (         818 ,         892 )
 !!!  
 !!! Flagged value found    =    100357.610000000     
 !!! (i,j) of flagged value = (         754 ,         828 )
 !!!   
 !!! Lower bound of contour interval =    100357.770000000     
 !!! Upper bound of contour interval =    100757.770000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          818  jfix=          892
 longitude=    277.922383215657      E   (   82.0776167843426      W)  
 (0-360E) xinp_fixlon=    277.922383215657     
 latitude=    30.2145528971095     
 mean mslp value (xval(9))=    98748.5686489910     
 gridpoint mslp value=    96757.7700000000     
 ccflag= y
 prs of last closed isobar =    100357.770000000     
 radius of last closed isobar =    120.578307262144       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   54:00
 !!! Boundary check xinp_fixlat is   30.21
 !!! Boundary check xinp_fixlon is   82.08W   ( 277.92E)  (0-360E) xinp_fixlon=  277.92
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    277.960564079294     
  850 mb wcirc fix lat=    30.1745538971095     
    (0-360) 850 mb wcirc fix lon=    277.960564079294     
  Multi-parm fix lon=      277.917213465935     
  Multi-parm fix lat=      30.1666111950130     
    (0-360) Multi-parm fix lon=      277.917213465935     
  
  
  After get_ij B, ibeg jbeg =          726         787
  After get_ij B, iend jend =          912         995
  
 In is_it_a_storm, ilonfix=          819  jlatfix=          891
 ibeg jbeg iend jend =          726         787         912         995
 cparm= v850  parmlon parmlat =    277.960564079294        30.1745538971095     
     (0-360E parmlon) =    277.960564079294     
 parmval=    116306412.641391     
  
 i=  811 j=  842 glon=  277.65 (0-360E) glon=  277.65 glat=  32.16 u=  -6.7000 v=  -3.6000 vr=  -2.67244 vt=   7.12096
 i=  816 j=  842 glon=  277.85 (0-360E) glon=  277.85 glat=  32.16 u=  -7.0000 v=  -2.9000 vr=  -2.55944 vt=   7.13157
 i=  821 j=  842 glon=  278.05 (0-360E) glon=  278.05 glat=  32.16 u=  -8.2000 v=  -0.9000 vr=  -1.21374 vt=   8.15946
 i=  826 j=  842 glon=  278.25 (0-360E) glon=  278.25 glat=  32.16 u=  -4.9000 v=   3.0000 vr=   2.36920 vt=   5.23421
 i=  796 j=  847 glon=  277.05 (0-360E) glon=  277.05 glat=  31.96 u=  -8.6000 v=  -8.7000 vr=  -4.50529 vt=  11.37332
 i=  801 j=  847 glon=  277.25 (0-360E) glon=  277.25 glat=  31.96 u=  -9.2000 v=  -7.3000 vr=  -3.92155 vt=  11.07030
 i=  806 j=  847 glon=  277.45 (0-360E) glon=  277.45 glat=  31.96 u=  -8.9000 v=  -4.7000 vr=  -2.43418 vt=   9.76600
 i=  811 j=  847 glon=  277.65 (0-360E) glon=  277.65 glat=  31.96 u=  -8.4000 v=  -4.3000 vr=  -3.00628 vt=   8.94496
 i=  816 j=  847 glon=  277.85 (0-360E) glon=  277.85 glat=  31.96 u=  -9.0000 v=  -5.9000 vr=  -5.40933 vt=   9.30318
 i=  821 j=  847 glon=  278.05 (0-360E) glon=  278.05 glat=  31.96 u=  -6.1000 v=  -1.1000 vr=  -1.35916 vt=   6.04754
 i=  826 j=  847 glon=  278.25 (0-360E) glon=  278.25 glat=  31.96 u=  -3.4000 v=  -2.8000 vr=  -3.24156 vt=   2.98200
 i=  831 j=  847 glon=  278.45 (0-360E) glon=  278.45 glat=  31.96 u=   1.2000 v=   2.5000 vr=   2.70847 vt=  -0.59515
 i=  836 j=  847 glon=  278.65 (0-360E) glon=  278.65 glat=  31.96 u=  -6.2000 v=   3.6000 vr=   1.46382 vt=   7.01835
 i=  841 j=  847 glon=  278.85 (0-360E) glon=  278.85 glat=  31.96 u=  -2.7000 v=   8.8000 vr=   7.02567 vt=   5.94727
 i=  846 j=  847 glon=  279.05 (0-360E) glon=  279.05 glat=  31.96 u=  -1.6000 v=  12.3000 vr=  10.14629 vt=   7.13462
 i=  786 j=  852 glon=  276.65 (0-360E) glon=  276.65 glat=  31.76 u=  -5.7000 v= -11.7000 vr=  -6.21577 vt=  11.43434
 i=  791 j=  852 glon=  276.85 (0-360E) glon=  276.85 glat=  31.76 u=  -7.9000 v= -11.1000 vr=  -5.41623 vt=  12.50138
 i=  796 j=  852 glon=  277.05 (0-360E) glon=  277.05 glat=  31.76 u=  -8.9000 v=  -9.4000 vr=  -4.47487 vt=  12.14683
 i=  801 j=  852 glon=  277.25 (0-360E) glon=  277.25 glat=  31.76 u= -10.3000 v=  -7.1000 vr=  -2.91118 vt=  12.16655
 i=  806 j=  852 glon=  277.45 (0-360E) glon=  277.45 glat=  31.76 u=  -8.6000 v=  -4.7000 vr=  -2.22812 vt=   9.54387
 i=  811 j=  852 glon=  277.65 (0-360E) glon=  277.65 glat=  31.76 u=  -6.5000 v=  -5.2000 vr=  -4.04405 vt=   7.27569
 i=  816 j=  852 glon=  277.85 (0-360E) glon=  277.85 glat=  31.76 u=  -5.2000 v=  -4.7000 vr=  -4.37766 vt=   5.47413
 i=  821 j=  852 glon=  278.05 (0-360E) glon=  278.05 glat=  31.76 u=  -3.3000 v=  -3.1000 vr=  -3.25495 vt=   3.14726
 i=  826 j=  852 glon=  278.25 (0-360E) glon=  278.25 glat=  31.76 u=  -2.6000 v=   1.8000 vr=   1.37591 vt=   2.84726
 i=  831 j=  852 glon=  278.45 (0-360E) glon=  278.45 glat=  31.76 u= -13.5000 v=   5.9000 vr=   2.24143 vt=  14.56146
 i=  836 j=  852 glon=  278.65 (0-360E) glon=  278.65 glat=  31.76 u=  -7.1000 v=   8.4000 vr=   5.38105 vt=   9.59241
 i=  841 j=  852 glon=  278.85 (0-360E) glon=  278.85 glat=  31.76 u=  -3.3000 v=   8.4000 vr=   6.13007 vt=   6.62362
 i=  846 j=  852 glon=  279.05 (0-360E) glon=  279.05 glat=  31.76 u=  -1.7000 v=  11.7000 vr=   9.20380 vt=   7.42092
 i=  851 j=  852 glon=  279.25 (0-360E) glon=  279.25 glat=  31.76 u=  -0.8000 v=  13.4000 vr=  10.51457 vt=   8.34528
 i=  776 j=  857 glon=  276.25 (0-360E) glon=  276.25 glat=  31.56 u=  -3.4000 v= -11.7000 vr=  -5.51637 vt=  10.86369
 i=  781 j=  857 glon=  276.45 (0-360E) glon=  276.45 glat=  31.56 u=  -4.1000 v= -12.6000 vr=  -6.35972 vt=  11.62428
 i=  786 j=  857 glon=  276.65 (0-360E) glon=  276.65 glat=  31.56 u=  -6.2000 v= -12.7000 vr=  -5.91399 vt=  12.83568
 i=  791 j=  857 glon=  276.85 (0-360E) glon=  276.85 glat=  31.56 u=  -7.4000 v= -10.5000 vr=  -4.42547 vt=  12.05924
 i=  796 j=  857 glon=  277.05 (0-360E) glon=  277.05 glat=  31.56 u=  -9.2000 v= -10.4000 vr=  -4.50979 vt=  13.13247
 i=  801 j=  857 glon=  277.25 (0-360E) glon=  277.25 glat=  31.56 u=  -9.6000 v=  -9.0000 vr=  -4.34735 vt=  12.42017
 i=  806 j=  857 glon=  277.45 (0-360E) glon=  277.45 glat=  31.56 u=  -6.1000 v=  -3.6000 vr=  -1.58299 vt=   6.90392
 i=  811 j=  857 glon=  277.65 (0-360E) glon=  277.65 glat=  31.56 u=  -6.5000 v=  -4.2000 vr=  -2.88864 vt=   7.17954
 i=  816 j=  857 glon=  277.85 (0-360E) glon=  277.85 glat=  31.56 u=  -6.9000 v=  -6.0000 vr=  -5.50928 vt=   7.29779
 i=  821 j=  857 glon=  278.05 (0-360E) glon=  278.05 glat=  31.56 u= -10.2000 v=   1.4000 vr=   0.83708 vt=  10.26154
 i=  826 j=  857 glon=  278.25 (0-360E) glon=  278.25 glat=  31.56 u= -13.7000 v=   3.3000 vr=   0.82961 vt=  14.06740
 i=  831 j=  857 glon=  278.45 (0-360E) glon=  278.45 glat=  31.56 u=  -6.9000 v=   4.5000 vr=   2.30068 vt=   7.90992
 i=  836 j=  857 glon=  278.65 (0-360E) glon=  278.65 glat=  31.56 u=  -5.6000 v=   7.5000 vr=   4.69049 vt=   8.09996
 i=  841 j=  857 glon=  278.85 (0-360E) glon=  278.85 glat=  31.56 u=  -3.8000 v=  10.4000 vr=   7.26375 vt=   8.35691
 i=  846 j=  857 glon=  279.05 (0-360E) glon=  279.05 glat=  31.56 u=  -2.9000 v=  12.0000 vr=   8.30789 vt=   9.13176
 i=  851 j=  857 glon=  279.25 (0-360E) glon=  279.25 glat=  31.56 u=  -2.7000 v=  13.0000 vr=   8.44883 vt=  10.24243
 i=  856 j=  857 glon=  279.45 (0-360E) glon=  279.45 glat=  31.56 u=  -2.9000 v=  15.3000 vr=   9.24357 vt=  12.53221
 i=  861 j=  857 glon=  279.65 (0-360E) glon=  279.65 glat=  31.56 u=  -1.5000 v=  16.0000 vr=   9.92790 vt=  12.63672
 i=  776 j=  862 glon=  276.25 (0-360E) glon=  276.25 glat=  31.36 u=  -2.8000 v= -13.5000 vr=  -6.25067 vt=  12.28899
 i=  781 j=  862 glon=  276.45 (0-360E) glon=  276.45 glat=  31.36 u=  -3.7000 v= -13.9000 vr=  -6.60040 vt=  12.78025
 i=  786 j=  862 glon=  276.65 (0-360E) glon=  276.65 glat=  31.36 u=  -6.2000 v= -13.0000 vr=  -5.11695 vt=  13.46316
 i=  791 j=  862 glon=  276.85 (0-360E) glon=  276.85 glat=  31.36 u=  -6.5000 v= -12.2000 vr=  -5.39649 vt=  12.72666
 i=  796 j=  862 glon=  277.05 (0-360E) glon=  277.05 glat=  31.36 u=  -7.7000 v= -11.0000 vr=  -4.91320 vt=  12.49602
 i=  801 j=  862 glon=  277.25 (0-360E) glon=  277.25 glat=  31.36 u=  -7.1000 v= -10.4000 vr=  -5.97565 vt=  11.08429
 i=  806 j=  862 glon=  277.45 (0-360E) glon=  277.45 glat=  31.36 u=  -9.6000 v=  -5.8000 vr=  -2.09216 vt=  11.01920
 i=  811 j=  862 glon=  277.65 (0-360E) glon=  277.65 glat=  31.36 u= -12.6000 v=  -5.4000 vr=  -2.48641 vt=  13.48101
 i=  816 j=  862 glon=  277.85 (0-360E) glon=  277.85 glat=  31.36 u= -11.5000 v=  -6.2000 vr=  -5.25227 vt=  11.96260
 i=  821 j=  862 glon=  278.05 (0-360E) glon=  278.05 glat=  31.36 u= -12.7000 v=  -1.8000 vr=  -2.61222 vt=  12.55812
 i=  826 j=  862 glon=  278.25 (0-360E) glon=  278.25 glat=  31.36 u= -12.6000 v=   3.1000 vr=   0.44798 vt=  12.96801
 i=  831 j=  862 glon=  278.45 (0-360E) glon=  278.45 glat=  31.36 u= -10.9000 v=   7.5000 vr=   3.42006 vt=  12.78136
 i=  836 j=  862 glon=  278.65 (0-360E) glon=  278.65 glat=  31.36 u=  -9.6000 v=   8.8000 vr=   3.57116 vt=  12.52385
 i=  841 j=  862 glon=  278.85 (0-360E) glon=  278.85 glat=  31.36 u=  -6.3000 v=  10.4000 vr=   5.31419 vt=  10.93661
 i=  846 j=  862 glon=  279.05 (0-360E) glon=  279.05 glat=  31.36 u=  -4.4000 v=  13.3000 vr=   7.69157 vt=  11.70854
 i=  851 j=  862 glon=  279.25 (0-360E) glon=  279.25 glat=  31.36 u=  -2.8000 v=  14.8000 vr=   8.87446 vt=  12.17062
 i=  856 j=  862 glon=  279.45 (0-360E) glon=  279.45 glat=  31.36 u=  -0.7000 v=  16.7000 vr=  10.80108 vt=  12.75605
 i=  861 j=  862 glon=  279.65 (0-360E) glon=  279.65 glat=  31.36 u=   0.8000 v=  19.1000 vr=  12.65563 vt=  14.32777
 i=  866 j=  862 glon=  279.85 (0-360E) glon=  279.85 glat=  31.36 u=   1.7000 v=  19.6000 vr=  12.87715 vt=  14.87377
 i=  771 j=  867 glon=  276.05 (0-360E) glon=  276.05 glat=  31.16 u=  -1.8000 v= -13.9000 vr=  -5.55272 vt=  12.86924
 i=  776 j=  867 glon=  276.25 (0-360E) glon=  276.25 glat=  31.16 u=  -1.9000 v= -15.2000 vr=  -6.83049 vt=  13.71111
 i=  781 j=  867 glon=  276.45 (0-360E) glon=  276.45 glat=  31.16 u=  -3.8000 v= -15.7000 vr=  -6.41270 vt=  14.82590
 i=  786 j=  867 glon=  276.65 (0-360E) glon=  276.65 glat=  31.16 u=  -4.9000 v= -13.8000 vr=  -5.35580 vt=  13.62958
 i=  791 j=  867 glon=  276.85 (0-360E) glon=  276.85 glat=  31.16 u=  -6.2000 v= -12.3000 vr=  -4.48551 vt=  13.02345
 i=  796 j=  867 glon=  277.05 (0-360E) glon=  277.05 glat=  31.16 u=  -6.4000 v= -10.3000 vr=  -4.05841 vt=  11.42713
 i=  801 j=  867 glon=  277.25 (0-360E) glon=  277.25 glat=  31.16 u=  -8.0000 v= -10.0000 vr=  -4.26141 vt=  12.07644
 i=  806 j=  867 glon=  277.45 (0-360E) glon=  277.45 glat=  31.16 u= -13.5000 v= -10.9000 vr=  -4.43770 vt=  16.77399
 i=  811 j=  867 glon=  277.65 (0-360E) glon=  277.65 glat=  31.16 u= -13.2000 v=  -8.2000 vr=  -4.44416 vt=  14.89058
 i=  816 j=  867 glon=  277.85 (0-360E) glon=  277.85 glat=  31.16 u= -16.7000 v=  -5.8000 vr=  -4.15414 vt=  17.18351
 i=  821 j=  867 glon=  278.05 (0-360E) glon=  278.05 glat=  31.16 u= -17.7000 v=  -1.7000 vr=  -3.06214 vt=  17.51580
 i=  826 j=  867 glon=  278.25 (0-360E) glon=  278.25 glat=  31.16 u= -15.0000 v=   4.2000 vr=   0.40192 vt=  15.57172
 i=  831 j=  867 glon=  278.45 (0-360E) glon=  278.45 glat=  31.16 u= -10.8000 v=   7.6000 vr=   2.74427 vt=  12.91778
 i=  836 j=  867 glon=  278.65 (0-360E) glon=  278.65 glat=  31.16 u=  -7.0000 v=  11.0000 vr=   5.80885 vt=  11.67293
 i=  841 j=  867 glon=  278.85 (0-360E) glon=  278.85 glat=  31.16 u=  -6.0000 v=  15.1000 vr=   8.23305 vt=  14.00810
 i=  846 j=  867 glon=  279.05 (0-360E) glon=  279.05 glat=  31.16 u=  -5.1000 v=  15.5000 vr=   7.69529 vt=  14.38897
 i=  851 j=  867 glon=  279.25 (0-360E) glon=  279.25 glat=  31.16 u=  -2.7000 v=  15.6000 vr=   8.31511 vt=  13.47253
 i=  856 j=  867 glon=  279.45 (0-360E) glon=  279.45 glat=  31.16 u=  -1.0000 v=  16.8000 vr=   9.41405 vt=  13.95047
 i=  861 j=  867 glon=  279.65 (0-360E) glon=  279.65 glat=  31.16 u=   1.1000 v=  19.7000 vr=  11.91840 vt=  15.72424
 i=  866 j=  867 glon=  279.85 (0-360E) glon=  279.85 glat=  31.16 u=   2.9000 v=  20.4000 vr=  12.99927 vt=  15.98715
 i=  766 j=  872 glon=  275.85 (0-360E) glon=  275.85 glat=  30.96 u=   0.5000 v= -14.0000 vr=  -5.95708 vt=  12.67924
 i=  771 j=  872 glon=  276.05 (0-360E) glon=  276.05 glat=  30.96 u=  -0.8000 v= -15.5000 vr=  -5.89935 vt=  14.35575
 i=  776 j=  872 glon=  276.25 (0-360E) glon=  276.25 glat=  30.96 u=  -0.7000 v= -16.7000 vr=  -7.18733 vt=  15.09047
 i=  781 j=  872 glon=  276.45 (0-360E) glon=  276.45 glat=  30.96 u=  -2.6000 v= -16.7000 vr=  -6.35892 vt=  15.65932
 i=  786 j=  872 glon=  276.65 (0-360E) glon=  276.65 glat=  30.96 u=  -3.8000 v= -15.1000 vr=  -5.46869 vt=  14.57887
 i=  791 j=  872 glon=  276.85 (0-360E) glon=  276.85 glat=  30.96 u=  -4.6000 v= -12.8000 vr=  -4.54092 vt=  12.82108
 i=  796 j=  872 glon=  277.05 (0-360E) glon=  277.05 glat=  30.96 u=  -4.9000 v= -11.0000 vr=  -4.30226 vt=  11.24725
 i=  801 j=  872 glon=  277.25 (0-360E) glon=  277.25 glat=  30.96 u= -11.4000 v= -13.7000 vr=  -3.77516 vt=  17.41833
 i=  806 j=  872 glon=  277.45 (0-360E) glon=  277.45 glat=  30.96 u= -12.9000 v= -13.0000 vr=  -5.02037 vt=  17.61266
 i=  811 j=  872 glon=  277.65 (0-360E) glon=  277.65 glat=  30.96 u= -17.1000 v= -10.3000 vr=  -4.21712 vt=  19.51194
 i=  816 j=  872 glon=  277.85 (0-360E) glon=  277.85 glat=  30.96 u= -21.7000 v=  -2.3000 vr=   0.34935 vt=  21.81875
 i=  821 j=  872 glon=  278.05 (0-360E) glon=  278.05 glat=  30.96 u= -24.7000 v=   6.7000 vr=   4.27820 vt=  25.23246
 i=  826 j=  872 glon=  278.25 (0-360E) glon=  278.25 glat=  30.96 u= -19.4000 v=  10.0000 vr=   3.67548 vt=  21.51397
 i=  831 j=  872 glon=  278.45 (0-360E) glon=  278.45 glat=  30.96 u= -17.0000 v=  17.8000 vr=   7.64988 vt=  23.39486
 i=  836 j=  872 glon=  278.65 (0-360E) glon=  278.65 glat=  30.96 u= -12.8000 v=  20.8000 vr=   8.86701 vt=  22.75645
 i=  841 j=  872 glon=  278.85 (0-360E) glon=  278.85 glat=  30.96 u=  -8.5000 v=  21.8000 vr=   9.65476 vt=  21.31374
 i=  846 j=  872 glon=  279.05 (0-360E) glon=  279.05 glat=  30.96 u=  -4.5000 v=  22.5000 vr=  10.96481 vt=  20.15621
 i=  851 j=  872 glon=  279.25 (0-360E) glon=  279.25 glat=  30.96 u=  -1.7000 v=  20.9000 vr=  10.64630 vt=  18.06534
 i=  856 j=  872 glon=  279.45 (0-360E) glon=  279.45 glat=  30.96 u=   0.4000 v=  19.9000 vr=  10.69178 vt=  16.78856
 i=  861 j=  872 glon=  279.65 (0-360E) glon=  279.65 glat=  30.96 u=   1.9000 v=  19.9000 vr=  11.07553 vt=  16.64189
 i=  866 j=  872 glon=  279.85 (0-360E) glon=  279.85 glat=  30.96 u=   4.2000 v=  21.4000 vr=  13.02374 vt=  17.49235
 i=  871 j=  872 glon=  280.05 (0-360E) glon=  280.05 glat=  30.96 u=   4.6000 v=  21.1000 vr=  12.58626 vt=  17.54868
 i=  766 j=  877 glon=  275.85 (0-360E) glon=  275.85 glat=  30.76 u=   1.3000 v= -15.2000 vr=  -5.83216 vt=  14.09666
 i=  771 j=  877 glon=  276.05 (0-360E) glon=  276.05 glat=  30.76 u=   0.6000 v= -16.7000 vr=  -6.09850 vt=  15.55822
 i=  776 j=  877 glon=  276.25 (0-360E) glon=  276.25 glat=  30.76 u=   0.6000 v= -17.2000 vr=  -6.85091 vt=  15.78813
 i=  781 j=  877 glon=  276.45 (0-360E) glon=  276.45 glat=  30.76 u=   0.0000 v= -16.6000 vr=  -6.76246 vt=  15.16012
 i=  786 j=  877 glon=  276.65 (0-360E) glon=  276.65 glat=  30.76 u=  -0.5000 v= -16.6000 vr=  -7.15654 vt=  14.98646
 i=  791 j=  877 glon=  276.85 (0-360E) glon=  276.85 glat=  30.76 u=  -3.4000 v= -14.8000 vr=  -4.79123 vt=  14.40986
 i=  796 j=  877 glon=  277.05 (0-360E) glon=  277.05 glat=  30.76 u=  -4.1000 v= -16.0000 vr=  -6.25421 vt=  15.28708
 i=  801 j=  877 glon=  277.25 (0-360E) glon=  277.25 glat=  30.76 u=  -9.7000 v= -19.0000 vr=  -6.08888 vt=  20.44543
 i=  806 j=  877 glon=  277.45 (0-360E) glon=  277.45 glat=  30.76 u= -15.3000 v= -15.3000 vr=  -3.01221 vt=  21.42677
 i=  811 j=  877 glon=  277.65 (0-360E) glon=  277.65 glat=  30.76 u= -25.2000 v=  -9.5000 vr=   1.86856 vt=  26.86631
 i=  816 j=  877 glon=  277.85 (0-360E) glon=  277.85 glat=  30.76 u= -29.3000 v=  -4.9000 vr=  -0.09408 vt=  29.70675
 i=  821 j=  877 glon=  278.05 (0-360E) glon=  278.05 glat=  30.76 u= -24.8000 v=   8.6000 vr=   5.31936 vt=  25.70417
 i=  826 j=  877 glon=  278.25 (0-360E) glon=  278.25 glat=  30.76 u= -26.4000 v=  17.4000 vr=   5.68724 vt=  31.10266
 i=  831 j=  877 glon=  278.45 (0-360E) glon=  278.45 glat=  30.76 u= -14.4000 v=  25.6000 vr=  12.36310 vt=  26.64346
 i=  836 j=  877 glon=  278.65 (0-360E) glon=  278.65 glat=  30.76 u= -14.0000 v=  24.6000 vr=   7.28733 vt=  27.35059
 i=  841 j=  877 glon=  278.85 (0-360E) glon=  278.85 glat=  30.76 u= -12.6000 v=  26.6000 vr=   6.10796 vt=  28.79258
 i=  846 j=  877 glon=  279.05 (0-360E) glon=  279.05 glat=  30.76 u=  -4.2000 v=  25.5000 vr=   9.89416 vt=  23.87458
 i=  851 j=  877 glon=  279.25 (0-360E) glon=  279.25 glat=  30.76 u=  -4.2000 v=  24.6000 vr=   7.70254 vt=  23.73754
 i=  856 j=  877 glon=  279.45 (0-360E) glon=  279.45 glat=  30.76 u=  -1.1000 v=  23.8000 vr=   8.81862 vt=  22.13327
 i=  861 j=  877 glon=  279.65 (0-360E) glon=  279.65 glat=  30.76 u=   2.9000 v=  21.9000 vr=  10.80105 vt=  19.27063
 i=  866 j=  877 glon=  279.85 (0-360E) glon=  279.85 glat=  30.76 u=   4.7000 v=  20.8000 vr=  11.39479 vt=  18.02467
 i=  871 j=  877 glon=  280.05 (0-360E) glon=  280.05 glat=  30.76 u=   5.7000 v=  20.2000 vr=  11.59390 vt=  17.49604
 i=  766 j=  882 glon=  275.85 (0-360E) glon=  275.85 glat=  30.56 u=   2.4000 v= -16.1000 vr=  -5.61532 vt=  15.27868
 i=  771 j=  882 glon=  276.05 (0-360E) glon=  276.05 glat=  30.56 u=   2.1000 v= -17.3000 vr=  -5.92042 vt=  16.39050
 i=  776 j=  882 glon=  276.25 (0-360E) glon=  276.25 glat=  30.56 u=   2.0000 v= -17.2000 vr=  -6.22686 vt=  16.15754
 i=  781 j=  882 glon=  276.45 (0-360E) glon=  276.45 glat=  30.56 u=   2.4000 v= -16.6000 vr=  -6.96527 vt=  15.25795
 i=  786 j=  882 glon=  276.65 (0-360E) glon=  276.65 glat=  30.56 u=   0.8000 v= -17.5000 vr=  -6.36444 vt=  16.32127
 i=  791 j=  882 glon=  276.85 (0-360E) glon=  276.85 glat=  30.56 u=  -1.0000 v= -17.6000 vr=  -5.60859 vt=  16.71238
 i=  796 j=  882 glon=  277.05 (0-360E) glon=  277.05 glat=  30.56 u=  -3.5000 v= -19.9000 vr=  -5.59480 vt=  19.41541
 i=  801 j=  882 glon=  277.25 (0-360E) glon=  277.25 glat=  30.56 u=  -3.8000 v= -23.7000 vr=  -9.37439 vt=  22.09640
 i=  806 j=  882 glon=  277.45 (0-360E) glon=  277.45 glat=  30.56 u= -21.7000 v= -20.3000 vr=   2.98622 vt=  29.56455
 i=  811 j=  882 glon=  277.65 (0-360E) glon=  277.65 glat=  30.56 u= -26.1000 v= -15.9000 vr=   1.86805 vt=  30.50460
 i=  816 j=  882 glon=  277.85 (0-360E) glon=  277.85 glat=  30.56 u= -34.2000 v=  -2.2000 vr=   6.12882 vt=  33.71821
 i=  821 j=  882 glon=  278.05 (0-360E) glon=  278.05 glat=  30.56 u= -32.0000 v=  14.6000 vr=   8.10300 vt=  34.22720
 i=  826 j=  882 glon=  278.25 (0-360E) glon=  278.25 glat=  30.56 u= -23.5000 v=  24.6000 vr=   7.92437 vt=  33.08496
 i=  831 j=  882 glon=  278.45 (0-360E) glon=  278.45 glat=  30.56 u= -14.3000 v=  27.6000 vr=   8.07224 vt=  30.01814
 i=  836 j=  882 glon=  278.65 (0-360E) glon=  278.65 glat=  30.56 u=  -8.0000 v=  31.3000 vr=  10.30952 vt=  30.61705
 i=  841 j=  882 glon=  278.85 (0-360E) glon=  278.85 glat=  30.56 u=  -0.9000 v=  31.8000 vr=  13.44963 vt=  28.82980
 i=  846 j=  882 glon=  279.05 (0-360E) glon=  279.05 glat=  30.56 u=   1.9000 v=  29.3000 vr=  12.83931 vt=  26.40553
 i=  851 j=  882 glon=  279.25 (0-360E) glon=  279.25 glat=  30.56 u=   1.6000 v=  30.4000 vr=  11.40895 vt=  28.22332
 i=  856 j=  882 glon=  279.45 (0-360E) glon=  279.45 glat=  30.56 u=   3.1000 v=  26.9000 vr=  10.63468 vt=  24.90228
 i=  861 j=  882 glon=  279.65 (0-360E) glon=  279.65 glat=  30.56 u=   3.7000 v=  25.7000 vr=  10.07347 vt=  23.93126
 i=  866 j=  882 glon=  279.85 (0-360E) glon=  279.85 glat=  30.56 u=   4.2000 v=  23.6000 vr=   9.43791 vt=  22.03465
 i=  871 j=  882 glon=  280.05 (0-360E) glon=  280.05 glat=  30.56 u=   6.8000 v=  20.5000 vr=  10.85854 vt=  18.67035
 i=  876 j=  882 glon=  280.25 (0-360E) glon=  280.25 glat=  30.56 u=   5.6000 v=  20.4000 vr=   9.31464 vt=  18.99362
 i=  761 j=  887 glon=  275.65 (0-360E) glon=  275.65 glat=  30.36 u=   3.1000 v= -14.8000 vr=  -4.38412 vt=  14.47168
 i=  766 j=  887 glon=  275.85 (0-360E) glon=  275.85 glat=  30.36 u=   3.6000 v= -16.7000 vr=  -5.19976 vt=  16.27306
 i=  771 j=  887 glon=  276.05 (0-360E) glon=  276.05 glat=  30.36 u=   4.1000 v= -17.7000 vr=  -5.98454 vt=  17.15475
 i=  776 j=  887 glon=  276.25 (0-360E) glon=  276.25 glat=  30.36 u=   3.4000 v= -17.3000 vr=  -5.47216 vt=  16.76024
 i=  781 j=  887 glon=  276.45 (0-360E) glon=  276.45 glat=  30.36 u=   4.5000 v= -17.6000 vr=  -6.88488 vt=  16.81096
 i=  786 j=  887 glon=  276.65 (0-360E) glon=  276.65 glat=  30.36 u=   3.5000 v= -18.1000 vr=  -6.34115 vt=  17.31040
 i=  791 j=  887 glon=  276.85 (0-360E) glon=  276.85 glat=  30.36 u=   2.6000 v= -19.2000 vr=  -6.16589 vt=  18.36795
 i=  796 j=  887 glon=  277.05 (0-360E) glon=  277.05 glat=  30.36 u=   1.6000 v= -24.0000 vr=  -7.03923 vt=  23.00020
 i=  801 j=  887 glon=  277.25 (0-360E) glon=  277.25 glat=  30.36 u=   2.2000 v= -27.7000 vr= -10.10402 vt=  25.88511
 i=  806 j=  887 glon=  277.45 (0-360E) glon=  277.45 glat=  30.36 u= -15.0000 v= -30.2000 vr=   2.11896 vt=  33.65338
 i=  811 j=  887 glon=  277.65 (0-360E) glon=  277.65 glat=  30.36 u= -26.9000 v= -24.9000 vr=   7.95424 vt=  35.78198
 i=  816 j=  887 glon=  277.85 (0-360E) glon=  277.85 glat=  30.36 u= -34.2000 v=   7.2000 vr=  22.09291 vt=  27.08105
 i=  821 j=  887 glon=  278.05 (0-360E) glon=  278.05 glat=  30.36 u= -28.4000 v=  30.9000 vr=  17.78510 vt=  38.01395
 i=  826 j=  887 glon=  278.25 (0-360E) glon=  278.25 glat=  30.36 u= -18.9000 v=  38.7000 vr=   8.00622 vt=  42.31785
 i=  831 j=  887 glon=  278.45 (0-360E) glon=  278.45 glat=  30.36 u=  -6.9000 v=  38.5000 vr=   9.19830 vt=  38.01646
 i=  836 j=  887 glon=  278.65 (0-360E) glon=  278.65 glat=  30.36 u=  -3.4000 v=  35.1000 vr=   7.19721 vt=  34.52203
 i=  841 j=  887 glon=  278.85 (0-360E) glon=  278.85 glat=  30.36 u=  -0.9000 v=  32.1000 vr=   6.63722 vt=  31.41922
 i=  846 j=  887 glon=  279.05 (0-360E) glon=  279.05 glat=  30.36 u=   0.2000 v=  30.5000 vr=   6.05321 vt=  29.89396
 i=  851 j=  887 glon=  279.25 (0-360E) glon=  279.25 glat=  30.36 u=   3.0000 v=  30.8000 vr=   7.95868 vt=  29.90484
 i=  856 j=  887 glon=  279.45 (0-360E) glon=  279.45 glat=  30.36 u=   6.5000 v=  28.5000 vr=  10.42930 vt=  27.30805
 i=  861 j=  887 glon=  279.65 (0-360E) glon=  279.65 glat=  30.36 u=   5.8000 v=  26.7000 vr=   9.03855 vt=  25.78439
 i=  866 j=  887 glon=  279.85 (0-360E) glon=  279.85 glat=  30.36 u=   6.7000 v=  26.3000 vr=   9.53222 vt=  25.41096
 i=  871 j=  887 glon=  280.05 (0-360E) glon=  280.05 glat=  30.36 u=   7.0000 v=  25.1000 vr=   9.42516 vt=  24.29355
 i=  876 j=  887 glon=  280.25 (0-360E) glon=  280.25 glat=  30.36 u=   6.3000 v=  20.4000 vr=   8.08159 vt=  19.76203
 i=  761 j=  892 glon=  275.65 (0-360E) glon=  275.65 glat=  30.16 u=   4.4000 v= -15.3000 vr=  -4.24334 vt=  15.34419
 i=  766 j=  892 glon=  275.85 (0-360E) glon=  275.85 glat=  30.16 u=   5.2000 v= -16.9000 vr=  -5.01860 vt=  16.95475
 i=  771 j=  892 glon=  276.05 (0-360E) glon=  276.05 glat=  30.16 u=   5.6000 v= -17.6000 vr=  -5.40032 vt=  17.66229
 i=  776 j=  892 glon=  276.25 (0-360E) glon=  276.25 glat=  30.16 u=   5.0000 v= -16.8000 vr=  -4.79642 vt=  16.85925
 i=  781 j=  892 glon=  276.45 (0-360E) glon=  276.45 glat=  30.16 u=   6.4000 v= -17.6000 vr=  -6.16892 vt=  17.68232
 i=  786 j=  892 glon=  276.65 (0-360E) glon=  276.65 glat=  30.16 u=   6.6000 v= -18.5000 vr=  -6.33206 vt=  18.59341
 i=  791 j=  892 glon=  276.85 (0-360E) glon=  276.85 glat=  30.16 u=   6.6000 v= -20.7000 vr=  -6.26097 vt=  20.80505
 i=  796 j=  892 glon=  277.05 (0-360E) glon=  277.05 glat=  30.16 u=   9.2000 v= -25.0000 vr=  -8.71973 vt=  25.17154
 i=  801 j=  892 glon=  277.25 (0-360E) glon=  277.25 glat=  30.16 u=  12.2000 v= -27.4000 vr= -11.54807 vt=  27.68108
 i=  806 j=  892 glon=  277.45 (0-360E) glon=  277.45 glat=  30.16 u=   1.4000 v= -38.8000 vr=  -0.15903 vt=  38.82492
 i=  811 j=  892 glon=  277.65 (0-360E) glon=  277.65 glat=  30.16 u=   0.3000 v= -25.9000 vr=   1.03036 vt=  25.88124
 i=  816 j=  892 glon=  277.85 (0-360E) glon=  277.85 glat=  30.16 u=   7.5000 v=   1.6000 vr=  -7.65051 vt=  -0.52890
 i=  821 j=  892 glon=  278.05 (0-360E) glon=  278.05 glat=  30.16 u=   5.4000 v=  47.3000 vr=  -2.99553 vt=  47.51291
 i=  826 j=  892 glon=  278.25 (0-360E) glon=  278.25 glat=  30.16 u=   1.9000 v=  48.3000 vr=  -0.77329 vt=  48.33117
 i=  831 j=  892 glon=  278.45 (0-360E) glon=  278.45 glat=  30.16 u=   2.5000 v=  44.2000 vr=   1.02422 vt=  44.25880
 i=  836 j=  892 glon=  278.65 (0-360E) glon=  278.65 glat=  30.16 u=   5.7000 v=  39.9000 vr=   4.72633 vt=  40.02701
 i=  841 j=  892 glon=  278.85 (0-360E) glon=  278.85 glat=  30.16 u=   5.3000 v=  33.5000 vr=   4.64408 vt=  33.59721
 i=  846 j=  892 glon=  279.05 (0-360E) glon=  279.05 glat=  30.16 u=   9.7000 v=  31.3000 vr=   9.17910 vt=  31.45670
 i=  851 j=  892 glon=  279.25 (0-360E) glon=  279.25 glat=  30.16 u=   8.0000 v=  29.2000 vr=   7.57199 vt=  29.31390
 i=  856 j=  892 glon=  279.45 (0-360E) glon=  279.45 glat=  30.16 u=   9.8000 v=  28.3000 vr=   9.42469 vt=  28.42719
 i=  861 j=  892 glon=  279.65 (0-360E) glon=  279.65 glat=  30.16 u=   8.2000 v=  26.5000 vr=   7.87617 vt=  26.59804
 i=  866 j=  892 glon=  279.85 (0-360E) glon=  279.85 glat=  30.16 u=   8.1000 v=  25.4000 vr=   7.80982 vt=  25.49072
 i=  871 j=  892 glon=  280.05 (0-360E) glon=  280.05 glat=  30.16 u=   9.6000 v=  25.5000 vr=   9.32458 vt=  25.60200
 i=  876 j=  892 glon=  280.25 (0-360E) glon=  280.25 glat=  30.16 u=   9.8000 v=  25.0000 vr=   9.54259 vt=  25.09938
 i=  761 j=  897 glon=  275.65 (0-360E) glon=  275.65 glat=  29.96 u=   5.6000 v= -14.6000 vr=  -3.94452 vt=  15.13145
 i=  766 j=  897 glon=  275.85 (0-360E) glon=  275.85 glat=  29.96 u=   6.5000 v= -16.1000 vr=  -4.51161 vt=  16.76620
 i=  771 j=  897 glon=  276.05 (0-360E) glon=  276.05 glat=  29.96 u=   7.7000 v= -16.7000 vr=  -5.42608 vt=  17.57093
 i=  776 j=  897 glon=  276.25 (0-360E) glon=  276.25 glat=  29.96 u=   6.8000 v= -15.9000 vr=  -4.39906 vt=  16.72418
 i=  781 j=  897 glon=  276.45 (0-360E) glon=  276.45 glat=  29.96 u=   8.0000 v= -16.8000 vr=  -5.12902 vt=  17.88668
 i=  786 j=  897 glon=  276.65 (0-360E) glon=  276.65 glat=  29.96 u=   7.7000 v= -18.3000 vr=  -4.12648 vt=  19.42041
 i=  791 j=  897 glon=  276.85 (0-360E) glon=  276.85 glat=  29.96 u=   9.6000 v= -20.6000 vr=  -4.85096 vt=  22.20334
 i=  796 j=  897 glon=  277.05 (0-360E) glon=  277.05 glat=  29.96 u=  13.1000 v= -23.8000 vr=  -6.36916 vt=  26.40992
 i=  801 j=  897 glon=  277.25 (0-360E) glon=  277.25 glat=  29.96 u=  18.7000 v= -24.1000 vr=  -9.72006 vt=  28.91402
 i=  806 j=  897 glon=  277.45 (0-360E) glon=  277.45 glat=  29.96 u=  19.1000 v= -35.4000 vr=  -1.76502 vt=  40.18525
 i=  811 j=  897 glon=  277.65 (0-360E) glon=  277.65 glat=  29.96 u=  28.5000 v= -29.9000 vr=  -3.72811 vt=  41.13832
 i=  816 j=  897 glon=  277.85 (0-360E) glon=  277.85 glat=  29.96 u=  35.6000 v=   4.2000 vr= -18.46103 vt=  30.72768
 i=  821 j=  897 glon=  278.05 (0-360E) glon=  278.05 glat=  29.96 u=  32.8000 v=  31.7000 vr= -18.76292 vt=  41.57743
 i=  826 j=  897 glon=  278.25 (0-360E) glon=  278.25 glat=  29.96 u=  24.4000 v=  42.0000 vr=  -8.78935 vt=  47.77141
 i=  831 j=  897 glon=  278.45 (0-360E) glon=  278.45 glat=  29.96 u=  13.7000 v=  41.5000 vr=  -6.53359 vt=  43.21171
 i=  836 j=  897 glon=  278.65 (0-360E) glon=  278.65 glat=  29.96 u=  12.9000 v=  37.7000 vr=  -0.63979 vt=  39.84082
 i=  841 j=  897 glon=  278.85 (0-360E) glon=  278.85 glat=  29.96 u=   9.0000 v=  36.3000 vr=  -1.11772 vt=  37.38236
 i=  846 j=  897 glon=  279.05 (0-360E) glon=  279.05 glat=  29.96 u=  14.3000 v=  32.2000 vr=   6.74272 vt=  34.58129
 i=  851 j=  897 glon=  279.25 (0-360E) glon=  279.25 glat=  29.96 u=  11.1000 v=  28.5000 vr=   5.45541 vt=  30.09483
 i=  856 j=  897 glon=  279.45 (0-360E) glon=  279.45 glat=  29.96 u=  12.2000 v=  26.9000 vr=   7.54322 vt=  28.55783
 i=  861 j=  897 glon=  279.65 (0-360E) glon=  279.65 glat=  29.96 u=  10.5000 v=  25.9000 vr=   6.54476 vt=  27.17032
 i=  866 j=  897 glon=  279.85 (0-360E) glon=  279.85 glat=  29.96 u=  10.0000 v=  25.9000 vr=   6.45030 vt=  27.00377
 i=  871 j=  897 glon=  280.05 (0-360E) glon=  280.05 glat=  29.96 u=  11.4000 v=  25.8000 vr=   8.17374 vt=  26.99611
 i=  876 j=  897 glon=  280.25 (0-360E) glon=  280.25 glat=  29.96 u=  10.5000 v=  24.5000 vr=   7.68947 vt=  25.52199
 i=  766 j=  902 glon=  275.85 (0-360E) glon=  275.85 glat=  29.76 u=   7.2000 v= -14.9000 vr=  -3.66303 vt=  16.13791
 i=  771 j=  902 glon=  276.05 (0-360E) glon=  276.05 glat=  29.76 u=   8.7000 v= -15.2000 vr=  -4.68732 vt=  16.87481
 i=  776 j=  902 glon=  276.25 (0-360E) glon=  276.25 glat=  29.76 u=   9.0000 v= -14.4000 vr=  -4.73879 vt=  16.30656
 i=  781 j=  902 glon=  276.45 (0-360E) glon=  276.45 glat=  29.76 u=   9.1000 v= -15.8000 vr=  -3.85917 vt=  17.82012
 i=  786 j=  902 glon=  276.65 (0-360E) glon=  276.65 glat=  29.76 u=   9.8000 v= -17.1000 vr=  -3.30269 vt=  19.43045
 i=  791 j=  902 glon=  276.85 (0-360E) glon=  276.85 glat=  29.76 u=  12.7000 v= -17.5000 vr=  -4.70952 vt=  21.10357
 i=  796 j=  902 glon=  277.05 (0-360E) glon=  277.05 glat=  29.76 u=  15.6000 v= -21.2000 vr=  -3.92798 vt=  26.02635
 i=  801 j=  902 glon=  277.25 (0-360E) glon=  277.25 glat=  29.76 u=  20.7000 v= -22.0000 vr=  -4.87993 vt=  29.81067
 i=  806 j=  902 glon=  277.45 (0-360E) glon=  277.45 glat=  29.76 u=  31.2000 v= -15.4000 vr= -12.25776 vt=  32.56297
 i=  811 j=  902 glon=  277.65 (0-360E) glon=  277.65 glat=  29.76 u=  39.8000 v= -18.4000 vr=  -6.29794 vt=  43.39281
 i=  816 j=  902 glon=  277.85 (0-360E) glon=  277.85 glat=  29.76 u=  43.6000 v=  -0.8000 vr=  -9.11482 vt=  42.64411
 i=  821 j=  902 glon=  278.05 (0-360E) glon=  278.05 glat=  29.76 u=  42.8000 v=  17.9000 vr=  -9.79846 vt=  45.34579
 i=  826 j=  902 glon=  278.25 (0-360E) glon=  278.25 glat=  29.76 u=  31.0000 v=  27.7000 vr=  -7.69596 vt=  40.85416
 i=  831 j=  902 glon=  278.45 (0-360E) glon=  278.45 glat=  29.76 u=  23.1000 v=  33.8000 vr=  -7.14552 vt=  40.31118
 i=  836 j=  902 glon=  278.65 (0-360E) glon=  278.65 glat=  29.76 u=  21.0000 v=  33.9000 vr=  -2.11980 vt=  39.82106
 i=  841 j=  902 glon=  278.85 (0-360E) glon=  278.85 glat=  29.76 u=  19.8000 v=  32.3000 vr=   2.07935 vt=  37.82864
 i=  846 j=  902 glon=  279.05 (0-360E) glon=  279.05 glat=  29.76 u=  15.2000 v=  31.4000 vr=   1.22442 vt=  34.86403
 i=  851 j=  902 glon=  279.25 (0-360E) glon=  279.25 glat=  29.76 u=  13.3000 v=  27.9000 vr=   2.69110 vt=  30.79055
 i=  856 j=  902 glon=  279.45 (0-360E) glon=  279.45 glat=  29.76 u=  14.4000 v=  24.2000 vr=   6.23190 vt=  27.46204
 i=  861 j=  902 glon=  279.65 (0-360E) glon=  279.65 glat=  29.76 u=  11.4000 v=  24.2000 vr=   4.28880 vt=  26.40466
 i=  866 j=  902 glon=  279.85 (0-360E) glon=  279.85 glat=  29.76 u=   9.7000 v=  26.3000 vr=   2.84434 vt=  27.88709
 i=  871 j=  902 glon=  280.05 (0-360E) glon=  280.05 glat=  29.76 u=   8.9000 v=  23.0000 vr=   3.44094 vt=  24.42069
 i=  766 j=  907 glon=  275.85 (0-360E) glon=  275.85 glat=  29.56 u=   8.5000 v= -13.3000 vr=  -3.76324 vt=  15.32899
 i=  771 j=  907 glon=  276.05 (0-360E) glon=  276.05 glat=  29.56 u=   9.3000 v= -13.4000 vr=  -4.00386 vt=  15.81199
 i=  776 j=  907 glon=  276.25 (0-360E) glon=  276.25 glat=  29.56 u=  10.0000 v= -13.0000 vr=  -4.21500 vt=  15.85036
 i=  781 j=  907 glon=  276.45 (0-360E) glon=  276.45 glat=  29.56 u=  11.7000 v= -14.0000 vr=  -4.60177 vt=  17.65542
 i=  786 j=  907 glon=  276.65 (0-360E) glon=  276.65 glat=  29.56 u=  12.6000 v= -16.4000 vr=  -3.24221 vt=  20.42567
 i=  791 j=  907 glon=  276.85 (0-360E) glon=  276.85 glat=  29.56 u=  14.9000 v= -14.8000 vr=  -4.56992 vt=  20.49795
 i=  796 j=  907 glon=  277.05 (0-360E) glon=  277.05 glat=  29.56 u=  18.9000 v= -14.1000 vr=  -6.23574 vt=  22.74061
 i=  801 j=  907 glon=  277.25 (0-360E) glon=  277.25 glat=  29.56 u=  20.2000 v= -17.0000 vr=  -2.29106 vt=  26.30192
 i=  806 j=  907 glon=  277.45 (0-360E) glon=  277.45 glat=  29.56 u=  26.1000 v= -11.5000 vr=  -5.93509 vt=  27.89686
 i=  811 j=  907 glon=  277.65 (0-360E) glon=  277.65 glat=  29.56 u=  32.8000 v=  -8.6000 vr=  -5.31589 vt=  33.48942
 i=  816 j=  907 glon=  277.85 (0-360E) glon=  277.85 glat=  29.56 u=  37.1000 v=   0.6000 vr=  -6.35218 vt=  36.55708
 i=  821 j=  907 glon=  278.05 (0-360E) glon=  278.05 glat=  29.56 u=  34.2000 v=  12.9000 vr=  -8.55730 vt=  35.53621
 i=  826 j=  907 glon=  278.25 (0-360E) glon=  278.25 glat=  29.56 u=  32.1000 v=  18.4000 vr=  -4.93801 vt=  36.66860
 i=  831 j=  907 glon=  278.45 (0-360E) glon=  278.45 glat=  29.56 u=  29.5000 v=  24.7000 vr=  -3.60478 vt=  38.30595
 i=  836 j=  907 glon=  278.65 (0-360E) glon=  278.65 glat=  29.56 u=  24.6000 v=  29.3000 vr=  -3.89978 vt=  38.05840
 i=  841 j=  907 glon=  278.85 (0-360E) glon=  278.85 glat=  29.56 u=  20.2000 v=  30.1000 vr=  -3.01917 vt=  36.12388
 i=  846 j=  907 glon=  279.05 (0-360E) glon=  279.05 glat=  29.56 u=  21.3000 v=  25.5000 vr=   3.88248 vt=  32.99797
 i=  851 j=  907 glon=  279.25 (0-360E) glon=  279.25 glat=  29.56 u=  15.0000 v=  25.2000 vr=   0.93592 vt=  29.31150
 i=  856 j=  907 glon=  279.45 (0-360E) glon=  279.45 glat=  29.56 u=  14.4000 v=  22.1000 vr=   3.43272 vt=  26.15313
 i=  861 j=  907 glon=  279.65 (0-360E) glon=  279.65 glat=  29.56 u=  11.9000 v=  22.1000 vr=   2.34226 vt=  24.99067
 i=  866 j=  907 glon=  279.85 (0-360E) glon=  279.85 glat=  29.56 u=  10.4000 v=  22.0000 vr=   1.92084 vt=  24.25841
 i=  871 j=  907 glon=  280.05 (0-360E) glon=  280.05 glat=  29.56 u=  13.8000 v=  25.4000 vr=   4.79139 vt=  28.50689
 i=  766 j=  912 glon=  275.85 (0-360E) glon=  275.85 glat=  29.36 u=   9.4000 v= -12.6000 vr=  -3.40905 vt=  15.34596
 i=  771 j=  912 glon=  276.05 (0-360E) glon=  276.05 glat=  29.36 u=  10.7000 v= -12.3000 vr=  -4.12615 vt=  15.77197
 i=  776 j=  912 glon=  276.25 (0-360E) glon=  276.25 glat=  29.36 u=  11.4000 v= -10.9000 vr=  -4.70668 vt=  15.05381
 i=  781 j=  912 glon=  276.45 (0-360E) glon=  276.45 glat=  29.36 u=  13.1000 v= -11.9000 vr=  -4.80503 vt=  17.03325
 i=  786 j=  912 glon=  276.65 (0-360E) glon=  276.65 glat=  29.36 u=  15.1000 v= -13.2000 vr=  -4.55309 vt=  19.53252
 i=  791 j=  912 glon=  276.85 (0-360E) glon=  276.85 glat=  29.36 u=  16.0000 v= -11.9000 vr=  -4.51167 vt=  19.42305
 i=  796 j=  912 glon=  277.05 (0-360E) glon=  277.05 glat=  29.36 u=  18.1000 v= -12.4000 vr=  -3.68432 vt=  21.62859
 i=  801 j=  912 glon=  277.25 (0-360E) glon=  277.25 glat=  29.36 u=  22.3000 v= -10.6000 vr=  -5.00014 vt=  24.17951
 i=  806 j=  912 glon=  277.45 (0-360E) glon=  277.45 glat=  29.36 u=  26.0000 v=  -7.7000 vr=  -5.66295 vt=  26.51831
 i=  811 j=  912 glon=  277.65 (0-360E) glon=  277.65 glat=  29.36 u=  31.1000 v=  -2.0000 vr=  -7.88589 vt=  30.15000
 i=  816 j=  912 glon=  277.85 (0-360E) glon=  277.85 glat=  29.36 u=  34.1000 v=   1.5000 vr=  -5.50499 vt=  33.68613
 i=  821 j=  912 glon=  278.05 (0-360E) glon=  278.05 glat=  29.36 u=  33.1000 v=   7.2000 vr=  -4.05913 vt=  33.62995
 i=  826 j=  912 glon=  278.25 (0-360E) glon=  278.25 glat=  29.36 u=  32.8000 v=  11.6000 vr=  -1.45607 vt=  34.76032
 i=  831 j=  912 glon=  278.45 (0-360E) glon=  278.45 glat=  29.36 u=  26.6000 v=  22.1000 vr=  -7.33762 vt=  33.79541
 i=  836 j=  912 glon=  278.65 (0-360E) glon=  278.65 glat=  29.36 u=  22.0000 v=  21.3000 vr=  -4.18612 vt=  30.33424
 i=  841 j=  912 glon=  278.85 (0-360E) glon=  278.85 glat=  29.36 u=  16.8000 v=  29.1000 vr=  -9.62249 vt=  32.19406
 i=  846 j=  912 glon=  279.05 (0-360E) glon=  279.05 glat=  29.36 u=  17.2000 v=  22.3000 vr=  -1.58311 vt=  28.11803
 i=  851 j=  912 glon=  279.25 (0-360E) glon=  279.25 glat=  29.36 u=  16.7000 v=  21.2000 vr=   0.95888 vt=  26.97055
 i=  856 j=  912 glon=  279.45 (0-360E) glon=  279.45 glat=  29.36 u=  14.5000 v=  20.9000 vr=   1.05174 vt=  25.41562
 i=  861 j=  912 glon=  279.65 (0-360E) glon=  279.65 glat=  29.36 u=  12.2000 v=  20.9000 vr=   0.43487 vt=  24.19630
 i=  866 j=  912 glon=  279.85 (0-360E) glon=  279.85 glat=  29.36 u=  10.5000 v=  23.2000 vr=  -1.01249 vt=  25.44533
 i=  871 j=  912 glon=  280.05 (0-360E) glon=  280.05 glat=  29.36 u=  13.7000 v=  21.5000 vr=   3.58234 vt=  25.24097
 i=  771 j=  917 glon=  276.05 (0-360E) glon=  276.05 glat=  29.16 u=  11.7000 v= -12.4000 vr=  -3.45794 vt=  16.69409
 i=  776 j=  917 glon=  276.25 (0-360E) glon=  276.25 glat=  29.16 u=  12.8000 v= -10.1000 vr=  -4.83002 vt=  15.57308
 i=  781 j=  917 glon=  276.45 (0-360E) glon=  276.45 glat=  29.16 u=  13.1000 v=  -9.9000 vr=  -4.26912 vt=  15.85543
 i=  786 j=  917 glon=  276.65 (0-360E) glon=  276.65 glat=  29.16 u=  14.7000 v= -10.1000 vr=  -4.22079 vt=  17.32873
 i=  791 j=  917 glon=  276.85 (0-360E) glon=  276.85 glat=  29.16 u=  16.2000 v= -12.0000 vr=  -2.43753 vt=  20.01246
 i=  796 j=  917 glon=  277.05 (0-360E) glon=  277.05 glat=  29.16 u=  18.2000 v= -10.2000 vr=  -3.12579 vt=  20.62788
 i=  801 j=  917 glon=  277.25 (0-360E) glon=  277.25 glat=  29.16 u=  21.5000 v=  -8.2000 vr=  -4.15751 vt=  22.63195
 i=  806 j=  917 glon=  277.45 (0-360E) glon=  277.45 glat=  29.16 u=  24.8000 v=  -5.4000 vr=  -4.98316 vt=  24.88711
 i=  811 j=  917 glon=  277.65 (0-360E) glon=  277.65 glat=  29.16 u=  26.4000 v=  -1.2000 vr=  -5.63127 vt=  25.82032
 i=  816 j=  917 glon=  277.85 (0-360E) glon=  277.85 glat=  29.16 u=  28.2000 v=   3.9000 vr=  -6.55585 vt=  27.70326
 i=  821 j=  917 glon=  278.05 (0-360E) glon=  278.05 glat=  29.16 u=  29.1000 v=   7.3000 vr=  -5.08057 vt=  29.56836
 i=  826 j=  917 glon=  278.25 (0-360E) glon=  278.25 glat=  29.16 u=  26.2000 v=  14.0000 vr=  -7.31616 vt=  28.79086
 i=  831 j=  917 glon=  278.45 (0-360E) glon=  278.45 glat=  29.16 u=  25.7000 v=  15.9000 vr=  -4.76883 vt=  29.84222
 i=  836 j=  917 glon=  278.65 (0-360E) glon=  278.65 glat=  29.16 u=  23.5000 v=  22.2000 vr=  -7.21937 vt=  31.51144
 i=  841 j=  917 glon=  278.85 (0-360E) glon=  278.85 glat=  29.16 u=  19.7000 v=  21.5000 vr=  -5.22153 vt=  28.68929
 i=  846 j=  917 glon=  279.05 (0-360E) glon=  279.05 glat=  29.16 u=  19.3000 v=  21.2000 vr=  -2.39983 vt=  28.56870
 i=  851 j=  917 glon=  279.25 (0-360E) glon=  279.25 glat=  29.16 u=  16.8000 v=  21.3000 vr=  -1.91638 vt=  27.06026
 i=  856 j=  917 glon=  279.45 (0-360E) glon=  279.45 glat=  29.16 u=  15.4000 v=  20.9000 vr=  -0.85408 vt=  25.94688
 i=  861 j=  917 glon=  279.65 (0-360E) glon=  279.65 glat=  29.16 u=  13.3000 v=  20.2000 vr=  -0.62744 vt=  24.17719
 i=  866 j=  917 glon=  279.85 (0-360E) glon=  279.85 glat=  29.16 u=  12.1000 v=  22.4000 vr=  -1.58092 vt=  25.41005
 i=  776 j=  922 glon=  276.25 (0-360E) glon=  276.25 glat=  28.96 u=  13.6000 v= -11.2000 vr=  -3.39892 vt=  17.28720
 i=  781 j=  922 glon=  276.45 (0-360E) glon=  276.45 glat=  28.96 u=  13.9000 v=  -9.6000 vr=  -3.64678 vt=  16.49457
 i=  786 j=  922 glon=  276.65 (0-360E) glon=  276.65 glat=  28.96 u=  15.1000 v=  -8.6000 vr=  -4.02610 vt=  16.90445
 i=  791 j=  922 glon=  276.85 (0-360E) glon=  276.85 glat=  28.96 u=  16.5000 v=  -8.0000 vr=  -3.97877 vt=  17.90026
 i=  796 j=  922 glon=  277.05 (0-360E) glon=  277.05 glat=  28.96 u=  18.3000 v=  -6.0000 vr=  -4.94678 vt=  18.61234
 i=  801 j=  922 glon=  277.25 (0-360E) glon=  277.25 glat=  28.96 u=  21.3000 v=  -5.2000 vr=  -5.00855 vt=  21.34583
 i=  806 j=  922 glon=  277.45 (0-360E) glon=  277.45 glat=  28.96 u=  23.2000 v=  -1.3000 vr=  -6.73775 vt=  22.23809
 i=  811 j=  922 glon=  277.65 (0-360E) glon=  277.65 glat=  28.96 u=  23.2000 v=   5.9000 vr= -10.79669 vt=  21.36542
 i=  816 j=  922 glon=  277.85 (0-360E) glon=  277.85 glat=  28.96 u=  23.7000 v=   9.0000 vr= -10.85167 vt=  22.91138
 i=  821 j=  922 glon=  278.05 (0-360E) glon=  278.05 glat=  28.96 u=  23.5000 v=   8.5000 vr=  -6.99811 vt=  23.99013
 i=  826 j=  922 glon=  278.25 (0-360E) glon=  278.25 glat=  28.96 u=  23.7000 v=  10.3000 vr=  -5.30198 vt=  25.29168
 i=  831 j=  922 glon=  278.45 (0-360E) glon=  278.45 glat=  28.96 u=  23.4000 v=  12.5000 vr=  -4.09203 vt=  26.21193
 i=  836 j=  922 glon=  278.65 (0-360E) glon=  278.65 glat=  28.96 u=  26.2000 v=  18.2000 vr=  -4.77349 vt=  31.54194
 i=  841 j=  922 glon=  278.85 (0-360E) glon=  278.85 glat=  28.96 u=  20.1000 v=  20.1000 vr=  -6.21086 vt=  27.73888
 i=  846 j=  922 glon=  279.05 (0-360E) glon=  279.05 glat=  28.96 u=  18.9000 v=  20.3000 vr=  -4.44456 vt=  27.37784
 i=  851 j=  922 glon=  279.25 (0-360E) glon=  279.25 glat=  28.96 u=  16.5000 v=  20.0000 vr=  -3.57054 vt=  25.68076
 i=  856 j=  922 glon=  279.45 (0-360E) glon=  279.45 glat=  28.96 u=  16.4000 v=  20.9000 vr=  -2.41340 vt=  26.45648
 i=  861 j=  922 glon=  279.65 (0-360E) glon=  279.65 glat=  28.96 u=  16.7000 v=  20.9000 vr=  -0.53755 vt=  26.74717
 i=  781 j=  927 glon=  276.45 (0-360E) glon=  276.45 glat=  28.76 u=  14.9000 v= -10.1000 vr=  -2.70066 vt=  17.79681
 i=  786 j=  927 glon=  276.65 (0-360E) glon=  276.65 glat=  28.76 u=  14.8000 v=  -9.1000 vr=  -2.17056 vt=  17.23771
 i=  791 j=  927 glon=  276.85 (0-360E) glon=  276.85 glat=  28.76 u=  15.6000 v=  -6.5000 vr=  -3.40750 vt=  16.55291
 i=  796 j=  927 glon=  277.05 (0-360E) glon=  277.05 glat=  28.76 u=  17.5000 v=  -3.0000 vr=  -5.91632 vt=  16.74059
 i=  801 j=  927 glon=  277.25 (0-360E) glon=  277.25 glat=  28.76 u=  18.3000 v=   0.1000 vr=  -7.40936 vt=  16.73324
 i=  806 j=  927 glon=  277.45 (0-360E) glon=  277.45 glat=  28.76 u=  20.2000 v=   2.0000 vr=  -7.95486 vt=  18.67512
 i=  811 j=  927 glon=  277.65 (0-360E) glon=  277.65 glat=  28.76 u=  22.8000 v=   4.2000 vr=  -8.40428 vt=  21.60667
 i=  816 j=  927 glon=  277.85 (0-360E) glon=  277.85 glat=  28.76 u=  24.2000 v=   5.4000 vr=  -7.03771 vt=  23.77542
 i=  821 j=  927 glon=  278.05 (0-360E) glon=  278.05 glat=  28.76 u=  23.5000 v=   7.4000 vr=  -6.11296 vt=  23.86717
 i=  826 j=  927 glon=  278.25 (0-360E) glon=  278.25 glat=  28.76 u=  20.4000 v=  11.4000 vr=  -7.66781 vt=  22.07543
 i=  831 j=  927 glon=  278.45 (0-360E) glon=  278.45 glat=  28.76 u=  21.3000 v=  15.2000 vr=  -8.44383 vt=  24.76756
 i=  836 j=  927 glon=  278.65 (0-360E) glon=  278.65 glat=  28.76 u=  21.5000 v=  15.8000 vr=  -6.19047 vt=  25.95319
 i=  841 j=  927 glon=  278.85 (0-360E) glon=  278.85 glat=  28.76 u=  20.2000 v=  18.2000 vr=  -6.31898 vt=  26.44524
 i=  846 j=  927 glon=  279.05 (0-360E) glon=  279.05 glat=  28.76 u=  17.9000 v=  18.4000 vr=  -5.37438 vt=  25.10151
 i=  851 j=  927 glon=  279.25 (0-360E) glon=  279.25 glat=  28.76 u=  16.4000 v=  18.3000 vr=  -4.20714 vt=  24.21053
 i=  856 j=  927 glon=  279.45 (0-360E) glon=  279.45 glat=  28.76 u=  14.7000 v=  22.0000 vr=  -6.36530 vt=  25.68215
 i=  786 j=  932 glon=  276.65 (0-360E) glon=  276.65 glat=  28.56 u=  15.4000 v=  -7.5000 vr=  -2.73211 vt=  16.90993
 i=  791 j=  932 glon=  276.85 (0-360E) glon=  276.85 glat=  28.56 u=  16.0000 v=  -5.6000 vr=  -3.39261 vt=  16.60874
 i=  796 j=  932 glon=  277.05 (0-360E) glon=  277.05 glat=  28.56 u=  16.6000 v=  -2.3000 vr=  -5.23565 vt=  15.91973
 i=  801 j=  932 glon=  277.25 (0-360E) glon=  277.25 glat=  28.56 u=  17.6000 v=   1.0000 vr=  -7.22059 vt=  16.08176
 i=  806 j=  932 glon=  277.45 (0-360E) glon=  277.45 glat=  28.56 u=  18.1000 v=   5.1000 vr=  -9.71651 vt=  16.09998
 i=  811 j=  932 glon=  277.65 (0-360E) glon=  277.65 glat=  28.56 u=  18.9000 v=   7.1000 vr= -10.12418 vt=  17.46771
 i=  816 j=  932 glon=  277.85 (0-360E) glon=  277.85 glat=  28.56 u=  18.4000 v=   5.7000 vr=  -6.79017 vt=  18.02619
 i=  821 j=  932 glon=  278.05 (0-360E) glon=  278.05 glat=  28.56 u=  17.9000 v=   9.3000 vr=  -8.43720 vt=  18.32249
 i=  826 j=  932 glon=  278.25 (0-360E) glon=  278.25 glat=  28.56 u=  20.5000 v=   9.4000 vr=  -6.14422 vt=  21.69927
 i=  831 j=  932 glon=  278.45 (0-360E) glon=  278.45 glat=  28.56 u=  21.0000 v=  13.2000 vr=  -7.43009 vt=  23.66503
 i=  836 j=  932 glon=  278.65 (0-360E) glon=  278.65 glat=  28.56 u=  19.3000 v=  16.0000 vr=  -8.30446 vt=  23.65430
 i=  841 j=  932 glon=  278.85 (0-360E) glon=  278.85 glat=  28.56 u=  19.6000 v=  17.0000 vr=  -6.89445 vt=  25.01253
 i=  846 j=  932 glon=  279.05 (0-360E) glon=  279.05 glat=  28.56 u=  18.3000 v=  15.7000 vr=  -4.31542 vt=  23.72250
 i=  851 j=  932 glon=  279.25 (0-360E) glon=  279.25 glat=  28.56 u=  15.5000 v=  15.9000 vr=  -4.25756 vt=  21.79296
 i=  796 j=  937 glon=  277.05 (0-360E) glon=  277.05 glat=  28.36 u=  16.7000 v=  -1.8000 vr=  -5.02440 vt=  16.02764
 i=  801 j=  937 glon=  277.25 (0-360E) glon=  277.25 glat=  28.36 u=  17.1000 v=   1.3000 vr=  -6.74148 vt=  15.76872
 i=  806 j=  937 glon=  277.45 (0-360E) glon=  277.45 glat=  28.36 u=  17.6000 v=   1.4000 vr=  -5.54452 vt=  16.76241
 i=  811 j=  937 glon=  277.65 (0-360E) glon=  277.65 glat=  28.36 u=  17.3000 v=   4.6000 vr=  -7.10054 vt=  16.43266
 i=  816 j=  937 glon=  277.85 (0-360E) glon=  277.85 glat=  28.36 u=  17.5000 v=   6.0000 vr=  -6.92342 vt=  17.15565
 i=  821 j=  937 glon=  278.05 (0-360E) glon=  278.05 glat=  28.36 u=  18.8000 v=   6.7000 vr=  -5.89700 vt=  19.06713
 i=  826 j=  937 glon=  278.25 (0-360E) glon=  278.25 glat=  28.36 u=  20.2000 v=   7.7000 vr=  -4.86257 vt=  21.06384
 i=  831 j=  937 glon=  278.45 (0-360E) glon=  278.45 glat=  28.36 u=  18.9000 v=  10.4000 vr=  -5.82226 vt=  20.77189
 i=  836 j=  937 glon=  278.65 (0-360E) glon=  278.65 glat=  28.36 u=  16.6000 v=  13.8000 vr=  -7.91093 vt=  20.08525
 i=  841 j=  937 glon=  278.85 (0-360E) glon=  278.85 glat=  28.36 u=  18.2000 v=  14.5000 vr=  -6.22361 vt=  22.42224
 i=  816 j=  942 glon=  277.85 (0-360E) glon=  277.85 glat=  28.16 u=  17.8000 v=   6.0000 vr=  -6.84749 vt=  17.49148
 i=  821 j=  942 glon=  278.05 (0-360E) glon=  278.05 glat=  28.16 u=  17.7000 v=   6.5000 vr=  -5.81900 vt=  17.93542
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    21.2919880826518       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     27.26 kts
    LL Wind Circ Vt mean quadmax value: SE     24.71 kts
    LL Wind Circ Vt mean quadmax value: SW     20.04 kts
    LL Wind Circ Vt mean quadmax value: NW     13.26 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   19.7509987892237       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    30.1666111950130     
   xcenlon=    277.917213465935     
   imax=         2738  jmax=         2041
   jlatfix=          891
   ilonfix (unadjusted) =          818
  
 In get_max_wind, ibeg=          738  iend=          897
                  jbeg=          823  jend=          960
         ilonfix=          818  jlatfix=          891
 At end of get_max_wind, vmax=    25.9491753240830       rmax= 
   21.9910155173510     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.63 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.92 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   14.16 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   15.58 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   16.60 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.39 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   18.11 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   18.44 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   18.48 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   18.46 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   18.38 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   18.37 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   18.19 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   17.76 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   17.07 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   16.42 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   15.89 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   15.36 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   14.86 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   14.38 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   13.83 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   13.44 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   13.30 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   13.50 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   13.73 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   13.70 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   13.42 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   13.11 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   12.83 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   12.63 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   12.42 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   12.16 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   11.88 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   11.68 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   11.58 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   11.51 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   11.35 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   11.16 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   11.03 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   10.88 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   10.77 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   10.66 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    18.48 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    18.4818187646714      
  (m/s)   (in kts)=    35.9046293141270     
  rising_sum_dvdr=       8.84820141872477     
  declining_sum_dvdr=   -4.78026279611420     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    54 igrct=  1 Vmax (m/s)=   25.949   22:23:30
 TIMING: before call  getradii, fhr=    54 igrct=  1   22:23:30
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    11.3665610425121     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.3665610425121     
 mr4qs after add, mean_radii_vt_4quad_sum=    18.5313107538142     
 mr4qs before add, mean_radii_vt_4quad_sum=    18.5313107538142     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.2164800455052     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.2164800455052     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.1406838757359     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   16.14 good_quad_ct=   4 mean_vt_4quad=      4.04
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.61 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.74 mean_vt_4quad=    6.90
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.90 mean_vt_4quad=    6.92
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.91 mean_vt_4quad=    6.94
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.08 mean_vt_4quad=    6.96
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.07 mean_vt_4quad=    6.98
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.13 mean_vt_4quad=    7.01
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.19 mean_vt_4quad=    7.03
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.19 mean_vt_4quad=    7.07
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.14 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.06 mean_vt_4quad=    7.15
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.92 mean_vt_4quad=    7.19
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.87 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.96 mean_vt_4quad=    7.25
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.02 mean_vt_4quad=    7.29
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.16 mean_vt_4quad=    7.34
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.31 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.48 mean_vt_4quad=    7.44
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.63 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.77 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.90 mean_vt_4quad=    7.54
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.02 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.07 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.10 mean_vt_4quad=    7.69
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.12 mean_vt_4quad=    7.74
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.20 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.22 mean_vt_4quad=    7.82
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.29 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.31 mean_vt_4quad=    7.93
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.35 mean_vt_4quad=    7.98
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.41 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.51 mean_vt_4quad=    8.07
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.64 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.83 mean_vt_4quad=    8.17
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.98 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.10 mean_vt_4quad=    8.23
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.28 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.38 mean_vt_4quad=    8.26
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.46 mean_vt_4quad=    8.28
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.60 mean_vt_4quad=    8.30
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.61 mean_vt_4quad=    8.33
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.64 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.73 mean_vt_4quad=    8.39
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.91 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   17.15 mean_vt_4quad=    8.44
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   17.38 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.62 mean_vt_4quad=    8.52
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=    8.52 .... 0.5*v_holland=    2.48
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=    8.58 .... 0.5*v_holland=    2.48
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=    8.67 .... 0.5*v_holland=    2.48
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=    8.75 .... 0.5*v_holland=    2.48
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=    8.81 .... 0.5*v_holland=    2.48
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    231.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   124.647600000000     
 vradius(iwindix,iquad) =         125
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.62 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.86 mean_vt_4quad=    8.58
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   18.08 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   18.25 mean_vt_4quad=    8.75
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   18.32 mean_vt_4quad=    8.81
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   18.29 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   18.18 mean_vt_4quad=    8.89
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   18.07 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.03 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.05 mean_vt_4quad=    9.03
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.09 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.10 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.06 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.04 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.06 mean_vt_4quad=    9.22
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.15 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.24 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.19 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.05 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.85 mean_vt_4quad=    9.40
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.63 mean_vt_4quad=    9.40
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.47 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.36 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   17.35 mean_vt_4quad=    9.37
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   17.40 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.45 mean_vt_4quad=    9.49
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   17.61 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.85 mean_vt_4quad=    9.52
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.14 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   18.49 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   18.83 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   19.13 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   19.37 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   19.56 mean_vt_4quad=    8.81
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   19.69 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   19.79 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   19.87 mean_vt_4quad=    8.91
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.96 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   20.14 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   20.44 mean_vt_4quad=    9.22
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   20.68 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.90 mean_vt_4quad=    9.47
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   21.07 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   21.25 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   21.47 mean_vt_4quad=    9.72
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.66 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.84 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.98 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   22.14 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.32 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   22.56 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   23.35 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   23.19 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   21.56 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   17.51 mean_vt_4quad=   10.28
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   14.39 mean_vt_4quad=   10.30
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   14.48 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   14.17 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   13.70 mean_vt_4quad=   11.25
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   14.23 mean_vt_4quad=   11.61
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   14.81 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   16.18 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   18.45 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   20.82 mean_vt_4quad=   13.41
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   22.02 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   21.68 mean_vt_4quad=   14.07
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   20.37 mean_vt_4quad=   14.17
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   19.52 mean_vt_4quad=   14.27
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   19.32 mean_vt_4quad=   14.29
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   19.89 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   20.76 mean_vt_4quad=   13.65
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   21.29 mean_vt_4quad=   12.80
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   21.49 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   21.21 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   20.14 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   17.34 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   13.16 mean_vt_4quad=    4.04
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   15.03 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   15.04 mean_vt_4quad=    6.90
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   15.08 mean_vt_4quad=    6.92
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   15.11 mean_vt_4quad=    6.94
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   15.11 mean_vt_4quad=    6.96
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.15 mean_vt_4quad=    6.98
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.20 mean_vt_4quad=    7.01
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.24 mean_vt_4quad=    7.03
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.26 mean_vt_4quad=    7.07
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.34 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.38 mean_vt_4quad=    7.15
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.40 mean_vt_4quad=    7.19
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.41 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.45 mean_vt_4quad=    7.25
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.49 mean_vt_4quad=    7.29
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.58 mean_vt_4quad=    7.34
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.67 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.73 mean_vt_4quad=    7.44
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.80 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.89 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.05 mean_vt_4quad=    7.54
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.16 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.24 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.41 mean_vt_4quad=    7.69
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.54 mean_vt_4quad=    7.74
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.66 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.98 mean_vt_4quad=    7.82
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.27 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.47 mean_vt_4quad=    7.93
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.83 mean_vt_4quad=    7.98
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  94
  ++++ rdist(ihc)=  282.00  mean_radii_vt_4quad(ihc)=    7.98 .... 0.5*v_holland=    2.04
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  93
  ++++ rdist(ihc)=  279.00  mean_radii_vt_4quad(ihc)=    8.03 .... 0.5*v_holland=    2.04
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=    8.07 .... 0.5*v_holland=    2.04
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=    8.12 .... 0.5*v_holland=    2.04
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=    8.17 .... 0.5*v_holland=    2.04
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    282.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   152.167200000000     
 vradius(iwindix,iquad) =         152
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.83 mean_vt_4quad=    7.98
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   18.10 mean_vt_4quad=    8.03
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   18.36 mean_vt_4quad=    8.07
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   18.51 mean_vt_4quad=    8.12
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   18.65 mean_vt_4quad=    8.17
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   18.70 mean_vt_4quad=    8.21
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   18.73 mean_vt_4quad=    8.23
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   18.75 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   18.93 mean_vt_4quad=    8.26
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   19.04 mean_vt_4quad=    8.28
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   18.96 mean_vt_4quad=    8.30
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   18.89 mean_vt_4quad=    8.33
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.79 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.86 mean_vt_4quad=    8.39
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.95 mean_vt_4quad=    8.42
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   19.01 mean_vt_4quad=    8.44
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   19.01 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.16 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.30 mean_vt_4quad=    8.58
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.37 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.38 mean_vt_4quad=    8.75
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.30 mean_vt_4quad=    8.81
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.28 mean_vt_4quad=    8.85
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.29 mean_vt_4quad=    8.89
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.30 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.29 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   19.24 mean_vt_4quad=    9.03
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.17 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.11 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.15 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.16 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.11 mean_vt_4quad=    9.22
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.03 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.90 mean_vt_4quad=    9.30
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.80 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.85 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   18.90 mean_vt_4quad=    9.40
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   18.82 mean_vt_4quad=    9.40
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   18.64 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   18.48 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   18.34 mean_vt_4quad=    9.37
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   18.27 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   18.29 mean_vt_4quad=    9.49
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   18.39 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   18.57 mean_vt_4quad=    9.52
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   18.82 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   19.09 mean_vt_4quad=    9.30
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   19.35 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   19.54 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   19.67 mean_vt_4quad=    8.85
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   19.80 mean_vt_4quad=    8.81
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   19.90 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   19.90 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.00 mean_vt_4quad=    8.91
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   20.33 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   20.70 mean_vt_4quad=    9.09
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   21.06 mean_vt_4quad=    9.22
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   21.32 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   21.51 mean_vt_4quad=    9.47
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   21.71 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   21.89 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   22.04 mean_vt_4quad=    9.72
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   22.11 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   22.14 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   22.01 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   21.90 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   21.89 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   21.92 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   21.89 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   20.29 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   17.27 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   17.21 mean_vt_4quad=   10.28
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   17.17 mean_vt_4quad=   10.30
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   17.98 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   19.13 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   20.36 mean_vt_4quad=   11.25
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   21.39 mean_vt_4quad=   11.61
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   21.96 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   22.67 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   23.47 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   24.82 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   25.14 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   24.47 mean_vt_4quad=   14.07
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   23.07 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   23.01 mean_vt_4quad=   14.27
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   22.89 mean_vt_4quad=   14.29
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   22.87 mean_vt_4quad=   14.14
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   23.25 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   23.72 mean_vt_4quad=   12.80
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   23.65 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   22.59 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   20.47 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   17.42 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   13.20 mean_vt_4quad=    4.04
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.99 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.08 mean_vt_4quad=    6.90
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.07 mean_vt_4quad=    6.92
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.06 mean_vt_4quad=    6.94
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.10 mean_vt_4quad=    6.96
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.94 mean_vt_4quad=    6.98
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.97 mean_vt_4quad=    7.01
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.98 mean_vt_4quad=    7.03
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.98 mean_vt_4quad=    7.07
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.98 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.00 mean_vt_4quad=    7.15
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.72 mean_vt_4quad=    7.19
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.73 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.70 mean_vt_4quad=    7.25
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   11.64 mean_vt_4quad=    7.29
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   11.68 mean_vt_4quad=    7.34
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   11.77 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   11.86 mean_vt_4quad=    7.44
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   11.91 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   11.88 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   11.97 mean_vt_4quad=    7.54
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.02 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   12.06 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   12.16 mean_vt_4quad=    7.69
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   12.23 mean_vt_4quad=    7.74
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   12.33 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   12.38 mean_vt_4quad=    7.82
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.42 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   12.43 mean_vt_4quad=    7.93
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   12.49 mean_vt_4quad=    7.98
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   12.58 mean_vt_4quad=    8.03
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.58 mean_vt_4quad=    8.07
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   12.60 mean_vt_4quad=    8.12
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.51 mean_vt_4quad=    8.17
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.47 mean_vt_4quad=    8.21
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.45 mean_vt_4quad=    8.23
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   12.41 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   12.38 mean_vt_4quad=    8.26
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.41 mean_vt_4quad=    8.28
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   12.48 mean_vt_4quad=    8.30
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   12.58 mean_vt_4quad=    8.33
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   12.61 mean_vt_4quad=    8.36
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   12.71 mean_vt_4quad=    8.39
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   12.76 mean_vt_4quad=    8.42
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   12.79 mean_vt_4quad=    8.44
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   12.70 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   12.75 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   12.85 mean_vt_4quad=    8.58
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.01 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   13.11 mean_vt_4quad=    8.75
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   13.17 mean_vt_4quad=    8.81
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   13.17 mean_vt_4quad=    8.85
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   13.26 mean_vt_4quad=    8.89
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   13.18 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.09 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   12.99 mean_vt_4quad=    9.03
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   12.95 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   12.97 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   12.93 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.00 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.12 mean_vt_4quad=    9.22
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   13.27 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.35 mean_vt_4quad=    9.30
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   13.56 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   13.70 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   13.72 mean_vt_4quad=    9.40
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   13.87 mean_vt_4quad=    9.40
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   14.01 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   14.09 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   14.15 mean_vt_4quad=    9.37
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.19 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.33 mean_vt_4quad=    9.49
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.60 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.85 mean_vt_4quad=    9.52
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.91 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.80 mean_vt_4quad=    9.30
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.21 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   12.92 mean_vt_4quad=    8.95
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   11.34 mean_vt_4quad=    8.85
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   10.03 mean_vt_4quad=    8.81
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=    9.53 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=    9.97 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   10.57 mean_vt_4quad=    8.91
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   11.23 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   11.80 mean_vt_4quad=    9.09
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   11.59 mean_vt_4quad=    9.22
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   11.37 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   11.22 mean_vt_4quad=    9.47
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   11.19 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   11.43 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   11.66 mean_vt_4quad=    9.72
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   12.44 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   13.05 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   13.43 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   13.86 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   14.38 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   14.97 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   15.56 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   15.68 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   16.09 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   16.23 mean_vt_4quad=   10.28
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   16.86 mean_vt_4quad=   10.30
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   17.68 mean_vt_4quad=   10.56
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   10.56 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   10.92 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   11.25 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   11.61 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   11.96 .... 0.5*v_holland=    8.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   17.68 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   18.81 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   18.50 mean_vt_4quad=   11.25
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   18.99 mean_vt_4quad=   11.61
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   19.23 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   19.58 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   19.95 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   20.34 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   20.62 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   20.81 mean_vt_4quad=   14.07
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   20.94 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   20.81 mean_vt_4quad=   14.27
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   20.77 mean_vt_4quad=   14.29
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   20.47 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   19.98 mean_vt_4quad=   13.65
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   19.37 mean_vt_4quad=   12.80
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   18.64 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   17.53 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   16.03 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   13.44 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   10.51 mean_vt_4quad=    4.04
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    4.47 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    4.47 mean_vt_4quad=    6.90
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    4.38 mean_vt_4quad=    6.92
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    4.24 mean_vt_4quad=    6.94
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    4.34 mean_vt_4quad=    6.96
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    4.25 mean_vt_4quad=    6.98
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    4.38 mean_vt_4quad=    7.01
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    4.62 mean_vt_4quad=    7.03
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    4.71 mean_vt_4quad=    7.07
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    4.98 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.10 mean_vt_4quad=    7.15
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    5.11 mean_vt_4quad=    7.19
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.24 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.12 mean_vt_4quad=    7.25
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.03 mean_vt_4quad=    7.29
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    4.77 mean_vt_4quad=    7.34
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    4.59 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    4.46 mean_vt_4quad=    7.44
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    4.62 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    4.65 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    4.77 mean_vt_4quad=    7.54
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    4.80 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    4.84 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    4.89 mean_vt_4quad=    7.69
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    5.02 mean_vt_4quad=    7.74
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    5.08 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    5.15 mean_vt_4quad=    7.82
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    5.35 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    5.55 mean_vt_4quad=    7.93
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    5.59 mean_vt_4quad=    7.98
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    5.67 mean_vt_4quad=    8.03
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    5.82 mean_vt_4quad=    8.07
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    6.03 mean_vt_4quad=    8.12
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.25 mean_vt_4quad=    8.17
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.41 mean_vt_4quad=    8.21
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.63 mean_vt_4quad=    8.23
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.88 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.82 mean_vt_4quad=    8.26
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.78 mean_vt_4quad=    8.28
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    6.37 mean_vt_4quad=    8.30
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    5.85 mean_vt_4quad=    8.33
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    5.74 mean_vt_4quad=    8.36
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    5.60 mean_vt_4quad=    8.39
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    5.49 mean_vt_4quad=    8.42
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    5.47 mean_vt_4quad=    8.44
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    5.47 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    5.54 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    5.68 mean_vt_4quad=    8.58
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    5.82 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    6.01 mean_vt_4quad=    8.75
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    6.16 mean_vt_4quad=    8.81
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    6.28 mean_vt_4quad=    8.85
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    6.42 mean_vt_4quad=    8.89
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    6.58 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    6.72 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    6.73 mean_vt_4quad=    9.03
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    6.62 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    6.77 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    6.90 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    7.06 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    7.16 mean_vt_4quad=    9.22
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    7.22 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    7.28 mean_vt_4quad=    9.30
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    7.27 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    7.34 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    7.36 mean_vt_4quad=    9.40
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    7.40 mean_vt_4quad=    9.40
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    7.32 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    7.46 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    7.62 mean_vt_4quad=    9.37
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    7.79 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    7.98 mean_vt_4quad=    9.49
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    8.04 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    8.16 mean_vt_4quad=    9.52
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=    8.02 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=    8.08 mean_vt_4quad=    9.30
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=    7.94 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=    7.73 mean_vt_4quad=    8.95
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=    7.60 mean_vt_4quad=    8.85
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    7.85 mean_vt_4quad=    8.81
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    7.98 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    8.19 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    8.31 mean_vt_4quad=    8.91
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    8.38 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=    8.41 mean_vt_4quad=    9.09
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=    8.16 mean_vt_4quad=    9.22
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=    8.41 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=    8.59 mean_vt_4quad=    9.47
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=    8.69 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=    8.80 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=    8.86 mean_vt_4quad=    9.72
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=    8.96 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=    9.10 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=    9.31 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=    9.87 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   10.57 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   11.36 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   11.96 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   12.32 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   12.64 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   13.38 mean_vt_4quad=   10.28
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   14.44 mean_vt_4quad=   10.30
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   14.98 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   15.16 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   15.75 mean_vt_4quad=   11.25
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   16.17 mean_vt_4quad=   11.61
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   16.08 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   15.68 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   15.53 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   16.06 mean_vt_4quad=   13.41
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   16.35 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   17.25 mean_vt_4quad=   14.07
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   17.93 mean_vt_4quad=   14.17
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  11
  ++++ rdist(ihc)=   33.00  mean_radii_vt_4quad(ihc)=   14.17 .... 0.5*v_holland=   12.52
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  10
  ++++ rdist(ihc)=   30.00  mean_radii_vt_4quad(ihc)=   14.27 .... 0.5*v_holland=   12.52
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=   9
  ++++ rdist(ihc)=   27.00  mean_radii_vt_4quad(ihc)=   14.29 .... 0.5*v_holland=   12.52
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=   8
  ++++ rdist(ihc)=   24.00  mean_radii_vt_4quad(ihc)=   14.14 .... 0.5*v_holland=   12.52
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=   7
  ++++ rdist(ihc)=   21.00  mean_radii_vt_4quad(ihc)=   13.65 .... 0.5*v_holland=   12.52
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    33.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   17.8068000000000     
 vradius(iwindix,iquad) =          18
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   17.93 mean_vt_4quad=   14.17
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   17.35 mean_vt_4quad=   14.27
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   16.97 mean_vt_4quad=   14.29
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   17.60 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   17.39 mean_vt_4quad=   13.65
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   16.83 mean_vt_4quad=   12.80
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   16.16 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   15.90 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   15.20 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   12.24 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    9.33 mean_vt_4quad=    4.04
  
 TIMING: after call  getradii, fhr=    54 igrct=  1   22:23:30
 TIMING: after getrad_iter_loop, fhr=    54 igrct=  2 Vmax (m/s)=   25.949   22:23:30
 TIMING: Before get_phase ... 22:23:30
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           54 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    41.424
  
  
  In get_cps_paramb, lead time=           54 :           0   10L  IDALIA   
   right_ct=          910   left_ct=          926
   zthicksum(1)=    3104703.36712500     
   zthicksum(2)=    3152067.28612500     
   zthick_right_mean=    3411.76194189561     
   zthick_left_mean=     3403.96035218682     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    7.80158970878438     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           25.78
  Sum of y-diffs squared (ydiff2) =         1802.08
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   386.64   6.7452       20.46   0.1661    -3.57    12.76      418.78
    2   383.70   6.6846       17.53   0.1055     2.27     5.13      307.23
    3   373.90   6.6201        7.72   0.0409     1.80     3.23       59.60
    4   363.26   6.5511       -2.92  -0.0281     1.14     1.30        8.53
    5   351.58   6.4770      -14.60  -0.1022     0.19     0.04      213.16
    6   337.98   6.3969      -28.19  -0.1822    -1.82     3.32      794.79
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   366.176     x:    6.58
  
  slope=    144.719         y-intercept =   -585.950
  Regression equation:   Y =  -585.95 +   144.72X
  
  R2(r_squared) =  0.9857        r =  0.9928
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1017.66 zmin=  631.64 zdiff=  386.02
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1513.85 zmin= 1127.21 zdiff=  386.64
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=       0.62 dlnp=     -0.057158  dzdlnp=      -10.917
  
   +++ k=  3 press=    800.0 zmax= 2034.11 zmin= 1650.41 zdiff=  383.70
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -2.94 dlnp=     -0.060625  dzdlnp=       48.429
  
   +++ k=  4 press=    750.0 zmax= 2581.36 zmin= 2207.46 zdiff=  373.90
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.81 dlnp=     -0.064539  dzdlnp=      151.971
  
   +++ k=  5 press=    700.0 zmax= 3159.12 zmin= 2795.87 zdiff=  363.26
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.64 dlnp=     -0.068993  dzdlnp=      154.219
  
   +++ k=  6 press=    650.0 zmax= 3771.82 zmin= 3420.24 zdiff=  351.58
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -11.68 dlnp=     -0.074108  dzdlnp=      157.608
  
   +++ k=  7 press=    600.0 zmax= 4425.89 zmin= 4087.91 zdiff=  337.98
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -13.59 dlnp=     -0.080043  dzdlnp=      169.809
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           26.31
  Sum of y-diffs squared (ydiff2) =         9309.79
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   322.05   6.3099       50.51   0.2788    -2.55     6.50     2551.46
    2   306.19   6.2146       34.66   0.1834    -0.26     0.07     1201.04
    3   288.62   6.1092       17.09   0.0781     2.22     4.95      292.00
    4   265.74   5.9915       -5.79  -0.0397     1.76     3.11       33.55
    5   240.32   5.8579      -31.22  -0.1732     1.76     3.09      974.44
    6   206.29   5.7038      -65.25  -0.3274    -2.93     8.60     4257.30
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   271.536     x:    6.03
  
  slope=    190.350         y-intercept =   -876.492
  Regression equation:   Y =  -876.49 +   190.35X
  
  R2(r_squared) =  0.9972        r =  0.9986
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           54 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4425.89 zmin= 4087.91 zdiff=  337.98
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5127.37 zmin= 4805.32 zdiff=  322.05
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -15.94 dlnp=     -0.087011  dzdlnp=      183.148
  
   +++ k=  9 press=    500.0 zmax= 5885.37 zmin= 5579.18 zdiff=  306.19
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -15.86 dlnp=     -0.095310  dzdlnp=      166.362
  
   +++ k= 10 press=    450.0 zmax= 6711.17 zmin= 6422.55 zdiff=  288.62
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -17.57 dlnp=     -0.105361  dzdlnp=      166.742
  
   +++ k= 11 press=    400.0 zmax= 7616.32 zmin= 7350.57 zdiff=  265.74
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -22.88 dlnp=     -0.117783  dzdlnp=      194.255
  
   +++ k= 12 press=    350.0 zmax= 8620.14 zmin= 8379.82 zdiff=  240.32
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -25.42 dlnp=     -0.133531  dzdlnp=      190.397
  
   +++ k= 13 press=    300.0 zmax= 9747.94 zmin= 9541.65 zdiff=  206.29
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -34.03 dlnp=     -0.154151  dzdlnp=      220.771
  
cps_stats: 10L   lead time=  54: 0   paramb=     7.80  vtl=    144.72  vtu=    190.35
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   54:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  277.917 (0-360) guesslon=  277.917E  (  82.083W)   guesslat=   30.167
 ilonfix=          818  jlatfix=          891  npts=           33
 ibeg=          743  jbeg=          823  imax=         2738
 iend=          893  jend=          959  jmax=         2041
 TIMING: find_maxmin 1  22:23:31
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  276.597E  (0-360) ctlon=  276.597E  (  83.403W)  ctlat=   30.847 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:23:31
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  276.597E   (0-360) guesslon=  276.597E  (  83.403W)   guesslat=   30.847
 ilonfix=          785  jlatfix=          874  npts=           16
 ibeg=          734  jbeg=          830  imax=         2738
 iend=          836  jend=          918  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  276.277E  (0-360) ctlon=  276.277  (  83.723W)  ctlat=   30.727 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    54:00  mean_lon:  276.28E (  83.72W)    (0-360) mean_lon=  276.28E  mean_lat:   30.73  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    54:00  ifix:   753   jfix:   854  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          753  jx=          854
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         271 ,         372 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         270 ,         371 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    54:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:23:31
 TIMING: Before shear ... 22:23:31
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           10
  clon(ist,ifh,3)=    277.960564079294     
  clat(ist,ifh,3)=    30.1745538971095     
  fixlon(ist,ifh)=    277.917213465935     
  fixlat(ist,ifh)=    30.1666111950130     
  xcenlon=    277.960564079294     
  xcenlat=    30.1745538971095     
  
 xxshear
 In get_shear A, xcenlon=    277.960564079294       xcenlat= 
   30.1745538971095     
   In get_shear B, (0-360) xcenlon=    277.960564079294     
  
At start of get_shear:  10L   fhr=   54:00   Mean fix position=   277.92E  ( 82.08W)    30.17  (0-360) mean lon fix=  277.92
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   38.65 vr_mean(idist,ilev)=    0.21
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   30.94 vr_mean(idist,ilev)=   -1.91
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   26.66 vr_mean(idist,ilev)=   -1.35
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   21.94 vr_mean(idist,ilev)=   -1.17
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.53 vr_mean(idist,ilev)=   -0.96
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.25 vr_mean(idist,ilev)=   -1.40
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.69 vr_mean(idist,ilev)=   -1.05
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.21 vr_mean(idist,ilev)=   -0.50
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.62 vr_mean(idist,ilev)=   -1.17
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.10 vr_mean(idist,ilev)=   -0.85
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.68 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.63 vr_mean(idist,ilev)=   -0.38
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.00 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.52 vr_mean(idist,ilev)=   -0.56
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.86 vr_mean(idist,ilev)=   -0.64
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.34 vr_mean(idist,ilev)=   -0.41
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.70 vr_mean(idist,ilev)=   -0.54
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    9.36 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    9.10 vr_mean(idist,ilev)=   -0.42
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -17.11 vr_mean(idist,ilev)=   17.11
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -25.66 vr_mean(idist,ilev)=   25.66
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -34.22 vr_mean(idist,ilev)=   34.22
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -42.78 vr_mean(idist,ilev)=   42.78
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -51.34 vr_mean(idist,ilev)=   51.34
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -59.91 vr_mean(idist,ilev)=   59.91
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -68.48 vr_mean(idist,ilev)=   68.48
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -77.06 vr_mean(idist,ilev)=   77.06
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -85.64 vr_mean(idist,ilev)=   85.64
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -94.23 vr_mean(idist,ilev)=   94.23
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -102.84 vr_mean(idist,ilev)=  102.84
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -111.45 vr_mean(idist,ilev)=  111.45
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -120.07 vr_mean(idist,ilev)=  120.07
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -128.70 vr_mean(idist,ilev)=  128.70
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -137.35 vr_mean(idist,ilev)=  137.35
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -146.00 vr_mean(idist,ilev)=  146.00
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -154.68 vr_mean(idist,ilev)=  154.68
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -163.37 vr_mean(idist,ilev)=  163.37
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -172.08 vr_mean(idist,ilev)=  172.08
  
 At end of get_shear: 
     ist=    4 ifh=   10 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:23:31
  
 After call to fixcenter, fix positions at 
 forecast hour=   54:00 follow:
  
fixpos  10L   fhr=   54:00   Fix position=   277.92E  ( 82.08W)    30.17   Max Wind=  50 kts
  
  
 xxxx get_next_ges, prev fix lon=    276.405974889148     
 xxxx get_next_ges, curr fix lon=    277.917213465935     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    277.917213465935        fixlat=    30.1666111950130     
        (0-360) fixlon=    277.917213465935     
      ilonfix=          818   jlatfix=          891
      ibeg=          330   iend=         1306
      jbeg=          439   jend=         1343
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.78954113566085       vavg=    3.96986017400742     
      ubar=    1.19738528391521       vbar=   0.992465043501855     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.24438601703352       vavg=    5.07206561775878     
      ubar=    4.81957829243197       vbar=    3.52849785238124     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    7.43737318782309       vavg=    6.78414182940931     
      ubar=    6.67892158938775       vbar=    5.22453330973357     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.67892158938775       vbar=    5.22453330973357     
      wgttot=    1.00000000000000     
      fixlon=    277.917213465935        fixlat=    30.1666111950130     
      barnlon=    279.425676487955       barnlat=    31.1814951464374     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.860083386660883     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      279.425676487955     
     Raw (no conversion for GM wrap) extraplon=    279.451197006638     
  
 --- barnlon=    279.43E  (  80.57W)    barnlat=     31.18
 --- extraplon=  279.45E  (  80.55W)    extraplat=   31.64
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   30.17
 | Current fix lon is   82.08W   ( 277.92E)
 | Current fix lon (raw, unadjusted)=  277.92E
 | Updated guess lat for next fcst hour is   31.41
 | Updated guess lon (0-360) for next fcst hour is   80.56W   ( 279.44E)
 | Raw updated guess lon for next fcst hour is  279.44E)
 -------------------------------------------------
  
 iocheck, dist=    200.593855078704        distm=    200593.855078704     
 iocheck, stmspd=    9.28675254994002        istmspd=          180
 iocheck, xincr=    1.52122328136176        yincr=    1.24367277289147     
 iocheck, stmdir=    50.7323592879198        istmdir=           51
 +++ RPT_STORM_MOTION: istmspd=   180 kts(*10)    istmdir=    51 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  10
     Fix location for this time:   277.92E  ( 82.08W)    30.17
     Fix lon (raw) for this time:  277.92E
     ilonfix=  818  jlatfix=  891
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    277.917213465935       xcenlat=    30.1666111950130     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    277.917213465935       xcenlat=    30.1666111950130     
  ilonfix=          818  jlatfix=          891
  ibeg=          693  iend=          943
  jbeg=          775  jend=         1007  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    277.917213465935        xcenlat=    30.1666111950130     
      ilonfix=          818   jlatfix=          891
      ibeg=          693   iend=          943
      jbeg=          775   jend=         1007
 After call to barnes, xsmoothval=   3.262109411535141E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.262109411535141E-004
      xcenlon=    277.917213465935        xcenlat=    30.1666111950130     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000326  imeanzeta (*1e6)=      326
   --- mean zeta raw =   3.262109411535141E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.005665  igrid zeta (*1e6)=     5665 ifilret=   0
   --- grid zeta raw=   5.664637606468382E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    277.917213465935       xcenlat=    30.1666111950130     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    277.917213465935       xcenlat=    30.1666111950130     
  ilonfix=          818  jlatfix=          891
  ibeg=          693  iend=          943
  jbeg=          775  jend=         1007  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    277.917213465935        xcenlat=    30.1666111950130     
      ilonfix=          818   jlatfix=          891
      ibeg=          693   iend=          943
      jbeg=          775   jend=         1007
 After call to barnes, xsmoothval=   3.106383493453576E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.106383493453576E-004
      xcenlon=    277.917213465935        xcenlat=    30.1666111950130     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000311  imeanzeta (*1e6)=      311
   --- mean zeta raw =   3.106383493453576E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004333  igrid zeta (*1e6)=     4333 ifilret=   0
   --- grid zeta raw=   4.332725617934820E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           54
  
 segx, outlon=    277.917213465935       outlat=    30.1666111950130     
   ist=            4  ifcsthour=           54
   vmaxwind=    25.9491753240830       xminmslp=    96757.7700000000     
   vradius=          125           0           0         152           0
           0          34           0           0          18           0
           0
   maxstorm=            6
   plastbar=    100357.770000000       rlastbar=    120.578307262144     
   rmax=    21.9910155173510     
   cps_vals=    7.80158970878438        144.718627884919     
   190.349550423143     
   wcore_flag= n
   istmspd=          180  istmdir=           51
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     18.4818187646714     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   120.578307262144       irlastbar=         121
 output: plastbar=   100357.770000000       iplastbar=        1004
 rmax=    21.9910155173510        irmax=           22
 TXX top of atcfunix_ext, ist=            4  ifh=           54
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   120.578307262144       irlastbar=         121
 output: plastbar=   100357.770000000       iplastbar=        1004
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           54
 intlat=          302
 clatns= N
 intlon=          821
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           50
 int(xminmslp/mslp_outp_adj + 0.5)=          968
 XX,  34, NEQ
 vradius(1,1)=          125
 vradius(1,2)=          152
 vradius(1,3)=           34
 vradius(1,4)=           18
 iplastbar=         1004
 irlastbar=          121
 irmax=           22
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           51
 istmspd=          180
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           78
 icps_vals(2)=         1447
 icps_vals(3)=         1903
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           36
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          326
 igridzeta(1)=         5665
 imeanzeta(2)=          311
 igridzeta(2)=         4333
  
 rmax=    21.9910155173510        irmax=           22
 +++ Top of output_atcf_parms, ist=            4  ifh=           54
  
 xxxx get_next_ges, prev fix lon=    276.405974889148     
 xxxx get_next_ges, curr fix lon=    277.917213465935     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    277.917213465935        fixlat=    30.1666111950130     
        (0-360) fixlon=    277.917213465935     
      ilonfix=          818   jlatfix=          891
      ibeg=          330   iend=         1306
      jbeg=          439   jend=         1343
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.78954113566085       vavg=    3.96986017400742     
      ubar=    1.19738528391521       vbar=   0.992465043501855     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.24438601703352       vavg=    5.07206561775878     
      ubar=    4.81957829243197       vbar=    3.52849785238124     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    7.43737318782309       vavg=    6.78414182940931     
      ubar=    6.67892158938775       vbar=    5.22453330973357     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.67892158938775       vbar=    5.22453330973357     
      wgttot=    1.00000000000000     
      fixlon=    277.917213465935        fixlat=    30.1666111950130     
      barnlon=    279.425676487955       barnlat=    31.1814951464374     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.860083386660883     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      279.425676487955     
     Raw (no conversion for GM wrap) extraplon=    279.451197006638     
  
 --- barnlon=    279.43E  (  80.57W)    barnlat=     31.18
 --- extraplon=  279.45E  (  80.55W)    extraplat=   31.64
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    54.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   30.17
 | Current fix lon is   82.08W   ( 277.92E)
 | Current fix lon (raw, unadjusted)=  277.92E
 | Updated guess lat for next fcst hour is   31.41
 | Updated guess lon (0-360) for next fcst hour is   80.56W   ( 279.44E)
 | Raw updated guess lon for next fcst hour is  279.44E)
 -------------------------------------------------
  
 iocheck, dist=    200.593855078704        distm=    200593.855078704     
 iocheck, stmspd=    9.28675254994002        istmspd=          180
 iocheck, xincr=    1.52122328136176        yincr=    1.24367277289147     
 iocheck, stmdir=    50.7323592879198        istmdir=           51
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 54
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 54 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          210  = igcret =            0
 baclose return code for unit          610  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   60:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f03600                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f03600.ix                                                                                    
hafs.trak.storm.2023082812.f03600: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: cannot stat: 2
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: Not ready yet.  Size=107931472, age=1, min size=500, min age=10
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: Not ready yet.  Size=107931472, age=6, min size=500, min age=10
hafs.trak.storm.2023082812.f03600: sleep 5
hafs.trak.storm.2023082812.f03600: ready.
hafs.trak.storm.2023082812.f03600.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f03600.ix: ready.
 in open_grib_files in multi else part....
   lugb=          211   lugi=          611
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03600                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03600.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f03600...  gopen_i_file= ...hafs.trak.storm.2023082812.f03600.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03600                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03600.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          211  is CLOSED
 TEST open_grib_files, unit lugi=          611  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f03600                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f03600.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          211  is CLOSED
 TEST b4 getgridinfo, unit lugi=          611  is CLOSED
 before getgb2 call, lugb=          211  lugi=          611
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   60   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    60h ... 22:24:12
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   60   5588258   0.000       0.000     -0.2599E-02  0.4549E-02
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   60   5588258   0.000       0.000     -0.2935E-02  0.4213E-02
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   60   5588258   0.000       0.000      -43.86       52.20    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   60   5588258   0.000       0.000      -38.39       54.25    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   60   5588258   0.000       0.000      -33.86       52.75    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:12
 TIMING: after getgb2-122:24:13
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   60   5588258   0.000       0.000      -39.86       46.21    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:13
 TIMING: after getgb2-122:24:13
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   60   5588258   0.000       0.000       1095.       1597.    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:13
 TIMING: after getgb2-122:24:13
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   60   5588258   0.000       0.000       2762.       3237.    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:13
 TIMING: after getgb2-122:24:13
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   60   5588258   0.000       0.000      0.9630E+05  0.1024E+06
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:13
 TIMING: after getgb2-122:24:13
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   60   5588258   0.000       0.000      -34.63       39.08    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:13
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   60   5588258   0.000       0.000      -30.67       39.30    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   60   5588258   0.000       0.000      -30.25       42.27    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   60   5588258   0.000       0.000      -33.94       43.21    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           60  hours
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   60   5588258   0.000       0.000       5433.       5959.    
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           60  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   60   5588258   0.000       0.000      0.1164E+05  0.1256E+05
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           60  hours
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           60  hours
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           60  hours
 TEST b4 getgb2 getdata, unit lugb=          211  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          611  is CLOSED

 TIMING: before getgb2-122:24:14
 TIMING: after getgb2-122:24:14
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           60  hours

 TIMING: before getgb2-phase22:24:14
 TIMING: after getgb2-222:24:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   60   5588258   0.000       0.000       596.0       1107.    

 TIMING: before getgb2-phase22:24:14
 TIMING: after getgb2-222:24:15
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   60   5588258   0.000       0.000       1095.       1597.    

 TIMING: before getgb2-phase22:24:15
 TIMING: after getgb2-222:24:15
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   60   5588258   0.000       0.000       1620.       2112.    

 TIMING: before getgb2-phase22:24:15
 TIMING: after getgb2-222:24:15
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   60   5588258   0.000       0.000       2174.       2659.    

 TIMING: before getgb2-phase22:24:15
 TIMING: after getgb2-222:24:15
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   60   5588258   0.000       0.000       2762.       3237.    

 TIMING: before getgb2-phase22:24:15
 TIMING: after getgb2-222:24:15
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   60   5588258   0.000       0.000       3389.       3851.    

 TIMING: before getgb2-phase22:24:15
 TIMING: after getgb2-222:24:16
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   60   5588258   0.000       0.000       4059.       4504.    

 TIMING: before getgb2-phase22:24:16
 TIMING: after getgb2-222:24:16
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   60   5588258   0.000       0.000       4726.       5203.    

 TIMING: before getgb2-phase22:24:16
 TIMING: after getgb2-222:24:16
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   60   5588258   0.000       0.000       5433.       5959.    

 TIMING: before getgb2-phase22:24:16
 TIMING: after getgb2-222:24:16
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   60   5588258   0.000       0.000       6198.       6779.    

 TIMING: before getgb2-phase22:24:16
 TIMING: after getgb2-222:24:16
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   60   5588258   0.000       0.000       7031.       7676.    

 TIMING: before getgb2-phase22:24:16
 TIMING: after getgb2-222:24:17
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   60   5588258   0.000       0.000       7946.       8665.    

 TIMING: before getgb2-phase22:24:17
 TIMING: after getgb2-222:24:17
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           60 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   60   5588258   0.000       0.000       8970.       9775.    
 TIMING: after getdata ... 22:24:17
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   60:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.602441428409363E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.660E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.439E  (0-360) ctlon=  298.439  (  61.561W)  ctlat=   25.517 fmax (x10e5) =        0.446E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.310643459750664E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.631E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.639E  (0-360) ctlon=  298.639  (  61.361W)  ctlat=   25.317 fmax (x10e5) =        0.352E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.151E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.539E  (0-360) ctlon=  298.539  (  61.461W)  ctlat=   25.417 fmax =       -0.100E+16 fmin =        0.151E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.315E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.639E  (0-360) ctlon=  298.639  (  61.361W)  ctlat=   25.417 fmax =       -0.100E+16 fmin =        0.315E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.539E  (0-360) ctlon=  298.539  (  61.461W)  ctlat=   25.417 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.679 (0-360) guesslon=  298.679E  (  61.321W)   guesslat=   25.157
 ilonfix=         1337  jlatfix=         1017  npts=           33
 ibeg=         1264  jbeg=          949  imax=         2738
 iend=         1410  jend=         1085  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   5.420077003753799E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.559E  (0-360) ctlon=  298.559E  (  61.441W)  ctlat=   25.437 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.542E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.559E   (0-360) guesslon=  298.559E  (  61.441W)   guesslat=   25.437
 ilonfix=         1334  jlatfix=         1010  npts=           16
 ibeg=         1285  jbeg=          966  imax=         2738
 iend=         1383  jend=         1054  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.539E  (0-360) ctlon=  298.539  (  61.461W)  ctlat=   25.417 fmax (x10e5) =        0.350E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    298.573171219733        uvgeslat=    25.3693165272652     
    (0-360 uvgeslon)=    298.573171219733     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:24:17
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.573171219733        uvgeslat=    25.3693165272652     
    (0-360 uvgeslon)=    298.573171219733     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.573171219733     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.253E  (0-360E lon):  298.253E    61.747W  ctlat=   25.369  xmax_circul_disk =      66442198.4
 TIMING: get_wind_circ kloop, k=  1   22:24:17
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.253E  (0-360E)=  298.253E  (  61.747W)   guesslat=   25.369
 ilonfix=         1327  jlatfix=         1011  npts=           56
 ibeg=         1258  jbeg=          947  imax=         2738
 iend=         1396  jend=         1075  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    67685653.4465041     
 nhalf get_wind_circ, k=  1 ctlon=  298.453E  (0-360E)=  298.453E  ctlon=   61.547W   ctlat=   25.269 Wind Circulation (NHEM: Max) =      67685653.4
 TIMING: After GWC 850 ... 22:24:17
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:24:17
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.573171219733        uvgeslat=    25.3693165272652     
    (0-360 uvgeslon)=    298.573171219733     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.573171219733     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.573E  (0-360E lon):  298.573E    61.427W  ctlat=   25.369  xmax_circul_disk =      61972535.6
 TIMING: get_wind_circ kloop, k=  1   22:24:17
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.573E  (0-360E)=  298.573E  (  61.427W)   guesslat=   25.369
 ilonfix=         1335  jlatfix=         1011  npts=           56
 ibeg=         1266  jbeg=          947  imax=         2738
 iend=         1404  jend=         1075  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    62048402.1628826     
 nhalf get_wind_circ, k=  1 ctlon=  298.593E  (0-360E)=  298.593E  ctlon=   61.407W   ctlat=   25.329 Wind Circulation (NHEM: Max) =      62048402.2
 TIMING: After GWC 700 ... 22:24:17
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:24:17
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.573171219733        uvgeslat=    25.3693165272652     
    (0-360 uvgeslon)=    298.573171219733     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.573171219733     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.253E  (0-360E lon):  298.253E    61.747W  ctlat=   25.049  xmax_circul_disk =      48584779.6
 TIMING: get_wind_circ kloop, k=  1   22:24:17
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.253E  (0-360E)=  298.253E  (  61.747W)   guesslat=   25.049
 ilonfix=         1327  jlatfix=         1019  npts=           56
 ibeg=         1258  jbeg=          955  imax=         2738
 iend=         1396  jend=         1083  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    49699986.5873129     
 nhalf get_wind_circ, k=  1 ctlon=  298.393E  (0-360E)=  298.393E  ctlon=   61.607W   ctlat=   25.249 Wind Circulation (NHEM: Max) =      49699986.6
 TIMING: After GWC Sfc ... 22:24:17
  
 At beg of fixcenter, stderr(ist,ifh-1) =    14.27  xavg_stderr=    16.40
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           11  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    60:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  298.68E   (0-360) guesslon=  298.68E  ( 61.32W)    25.16
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       298.44       61.56      25.52           44.64       T         46.73
   2    zeta 700    Max       298.64       61.36      25.32           35.20       T         18.24
   3    circ 850    Max       298.45       61.55      25.27           67.69       T         25.91
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       298.59       61.41      25.33           62.05       T         21.04
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       298.54       61.46      25.42         1507.50       T         32.15
   8     gph 700    Min       298.64       61.36      25.42         3152.72       T         29.19
   9        MSLP    Min       298.54       61.46      25.42       101073.44       T         32.15
  10    circ sfc    Max       298.39       61.61      25.25           49.70       T         30.51
  11    zeta sfc    Max       298.54       61.46      25.42           35.03       T         32.15
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    11.0224744677938       stderr_close= 
   5.31256939185358       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  18.523 devia=   3.487 wtpos=  0.31279     298.44   298.44    61.56    25.52
 ip=  2 kprm=  2 dist_from_mean=  12.519 devia=   2.357 wtpos=  0.45589     298.64   298.64    61.36    25.32
 ip=  3 kprm=  3 dist_from_mean=  13.786 devia=   2.595 wtpos=  0.42104     298.45   298.45    61.55    25.27
 ip=  5 kprm=  4 dist_from_mean=   7.911 devia=   1.489 wtpos=  0.60875     298.59   298.59    61.41    25.33
 ip=  7 kprm=  5 dist_from_mean=   5.037 devia=   0.948 wtpos=  0.72903     298.54   298.54    61.46    25.42
 ip=  8 kprm=  6 dist_from_mean=  11.975 devia=   2.254 wtpos=  0.47173     298.64   298.64    61.36    25.42
 ip=  9 kprm=  7 dist_from_mean=   5.037 devia=   0.948 wtpos=  0.72903     298.54   298.54    61.46    25.42
 ip= 10 kprm=  8 dist_from_mean=  19.377 devia=   3.647 wtpos=  0.29647     298.39   298.39    61.61    25.25
 ip= 11 kprm=  9 dist_from_mean=   5.037 devia=   0.948 wtpos=  0.72903     298.54   298.54    61.46    25.42
  
At end of fixcenter:  00L   fhr=   60:00   Fix position=   298.54E  (0-360) fixlon=  298.54  ( 61.46W)    25.38
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    298.541904939846     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.538626628824     
        (0-360E clon(ist,ifh,9))=    298.538626628824     
      clat(ist,ifh,9)=    25.4165880727197     
      xval(9)=    101073.440601486     
  
  After get_ij B, ibeg jbeg =         1226         872
  After get_ij B, iend jend =         1442        1148
  
 In is_it_a_storm, ilonfix=         1334  jlatfix=         1010
 ibeg jbeg iend jend =         1226         872        1442        1148
 cparm= slp  parmlon parmlat =    298.538626628824        25.4165880727197     
     (0-360E parmlon) =    298.538626628824     
 parmval=    101073.440601486     
  
 i= 1311 j=  947 glon=  297.65 (0-360E) glon=  297.65 glat=  27.96 dist=   296.41 slp=  101568.59 pgradient=  1.67049
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  1.67049
 mslp center =    298.538626628824        25.4165880727197     
   101073.440601486     
   (0-360E) lon of mslp center =    298.538626628824     
 pgrad loc   =    297.648690000000        297.648690000000     
   62.3513100000000        27.9609490000000        101568.590000000     
  ttest at location C IF....
      xinp_fixlat=    25.4165880727197     
      xinp_fixlon=    298.538626628824       (0-360E) xinp_fixlon= 
   298.538626628824     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   100338.830000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1332  jfix=         1010
 longitude=    298.538626628824      E   (   61.4613733711759      
 W)  (0-360E) xinp_fixlon=    298.538626628824     
 latitude=    25.4165880727197     
 mean mslp value (xval(9))=    101073.440601486     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1332  jfix=         1010
 longitude=    298.538626628824      E   (   61.4613733711759      
 W)  (0-360E) xinp_fixlon=    298.538626628824     
 latitude=    25.4165880727197     
 mean mslp value (xval(9))=    101073.440601486     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1332  jx=         1010
 *-----------------------------------------------*
  
 fxy(ix,jx)=    100338.830000000       xcentval=    100338.830000000     
 At A, num_found_contours=            0
 At A, contlo=    100338.830000000       conthi=    100738.830000000     
  
 num_found_contours=            0
 contlo=    100338.830000000       conthi=    100738.830000000     
 xcentval=    100338.830000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100738.830000000       conthi=    101138.830000000     
  
 num_found_contours=            1
 contlo=    100738.830000000       conthi=    101138.830000000     
 xcentval=    100338.830000000     
 At A, num_found_contours=            2
 At A, contlo=    101138.830000000       conthi=    101538.830000000     
  
 num_found_contours=            2
 contlo=    101138.830000000       conthi=    101538.830000000     
 xcentval=    100338.830000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1353 ,        1023 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    100338.830000000     
 !!! (i,j) of central value = (        1332 ,        1010 )
 !!!  
 !!! Flagged value found    =    101136.910000000     
 !!! (i,j) of flagged value = (        1354 ,        1024 )
 !!!   
 !!! Lower bound of contour interval =    101138.830000000     
 !!! Upper bound of contour interval =    101538.830000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1332  jfix=         1010
 longitude=    298.538626628824      E   (   61.4613733711759      W)  
 (0-360E) xinp_fixlon=    298.538626628824     
 latitude=    25.4165880727197     
 mean mslp value (xval(9))=    101073.440601486     
 gridpoint mslp value=    100338.830000000     
 ccflag= y
 prs of last closed isobar =    101138.830000000     
 radius of last closed isobar =    21.5877544166524       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   60:00
 !!! Boundary check xinp_fixlat is   25.42
 !!! Boundary check xinp_fixlon is   61.46W   ( 298.54E)  (0-360E) xinp_fixlon=  298.54
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.453174219733     
  850 mb wcirc fix lat=    25.2693190272652     
    (0-360) 850 mb wcirc fix lon=    298.453174219733     
  Multi-parm fix lon=      298.541904939846     
  Multi-parm fix lat=      25.3789267702948     
    (0-360) Multi-parm fix lon=      298.541904939846     
  
  
  After get_ij B, ibeg jbeg =         1241         910
  After get_ij B, iend jend =         1423        1118
  
 In is_it_a_storm, ilonfix=         1332  jlatfix=         1014
 ibeg jbeg iend jend =         1241         910        1423        1118
 cparm= v850  parmlon parmlat =    298.453174219733        25.2693190272652     
     (0-360E parmlon) =    298.453174219733     
 parmval=    67685653.4465041     
  
 i= 1321 j=  965 glon=  298.05 (0-360E) glon=  298.05 glat=  27.24 u=  -7.2500 v=   4.1200 vr=   5.36874 vt=   6.38071
 i= 1326 j=  965 glon=  298.25 (0-360E) glon=  298.25 glat=  27.24 u=  -7.0300 v=   4.6700 vr=   5.30356 vt=   6.56521
 i= 1331 j=  965 glon=  298.45 (0-360E) glon=  298.45 glat=  27.24 u=  -6.9500 v=   5.5300 vr=   5.54429 vt=   6.93861
 i= 1336 j=  965 glon=  298.65 (0-360E) glon=  298.65 glat=  27.24 u=  -6.7300 v=   6.1400 vr=   5.51712 vt=   7.24941
 i= 1341 j=  965 glon=  298.85 (0-360E) glon=  298.85 glat=  27.24 u=  -6.4200 v=   6.4600 vr=   5.21573 vt=   7.46620
 i= 1306 j=  970 glon=  297.45 (0-360E) glon=  297.45 glat=  27.04 u=  -8.5700 v=   1.5000 vr=   5.23700 vt=   6.94757
 i= 1311 j=  970 glon=  297.65 (0-360E) glon=  297.65 glat=  27.04 u=  -9.4800 v=   2.1000 vr=   5.53490 vt=   7.97780
 i= 1316 j=  970 glon=  297.85 (0-360E) glon=  297.85 glat=  27.04 u=  -9.0600 v=   2.4000 vr=   4.95693 vt=   7.95440
 i= 1321 j=  970 glon=  298.05 (0-360E) glon=  298.05 glat=  27.04 u=  -9.4100 v=   3.4100 vr=   5.23623 vt=   8.52983
 i= 1326 j=  970 glon=  298.25 (0-360E) glon=  298.25 glat=  27.04 u=  -9.7600 v=   4.2900 vr=   5.27655 vt=   9.26389
 i= 1331 j=  970 glon=  298.45 (0-360E) glon=  298.45 glat=  27.04 u=  -9.9600 v=   4.8500 vr=   4.87280 vt=   9.94886
 i= 1336 j=  970 glon=  298.65 (0-360E) glon=  298.65 glat=  27.04 u=  -9.7800 v=   5.7100 vr=   4.71448 vt=  10.29690
 i= 1341 j=  970 glon=  298.85 (0-360E) glon=  298.85 glat=  27.04 u=  -8.9700 v=   6.3000 vr=   4.40746 vt=  10.03619
 i= 1346 j=  970 glon=  299.05 (0-360E) glon=  299.05 glat=  27.04 u=  -8.0100 v=   7.1100 vr=   4.48247 vt=   9.72726
 i= 1351 j=  970 glon=  299.25 (0-360E) glon=  299.25 glat=  27.04 u=  -7.1600 v=   7.9000 vr=   4.63646 vt=   9.60098
 i= 1356 j=  970 glon=  299.45 (0-360E) glon=  299.45 glat=  27.04 u=  -6.5500 v=   8.7900 vr=   4.88031 vt=   9.81576
 i= 1296 j=  975 glon=  297.05 (0-360E) glon=  297.05 glat=  26.84 u=  -7.1100 v=   0.1500 vr=   4.58247 vt=   5.43834
 i= 1301 j=  975 glon=  297.25 (0-360E) glon=  297.25 glat=  26.84 u=  -9.4800 v=   0.3500 vr=   5.68148 vt=   7.59696
 i= 1306 j=  975 glon=  297.45 (0-360E) glon=  297.45 glat=  26.84 u= -10.9100 v=   0.7100 vr=   6.06534 vt=   9.09636
 i= 1311 j=  975 glon=  297.65 (0-360E) glon=  297.65 glat=  26.84 u= -10.4100 v=   0.0600 vr=   4.41800 vt=   9.42619
 i= 1316 j=  975 glon=  297.85 (0-360E) glon=  297.85 glat=  26.84 u= -11.7300 v=   1.3000 vr=   5.07165 vt=  10.65651
 i= 1321 j=  975 glon=  298.05 (0-360E) glon=  298.05 glat=  26.84 u= -12.9600 v=   2.7800 vr=   5.63714 vt=  11.99636
 i= 1326 j=  975 glon=  298.25 (0-360E) glon=  298.25 glat=  26.84 u= -13.5700 v=   4.2400 vr=   5.79182 vt=  12.98373
 i= 1331 j=  975 glon=  298.45 (0-360E) glon=  298.45 glat=  26.84 u= -13.7800 v=   6.2800 vr=   6.31557 vt=  13.76373
 i= 1336 j=  975 glon=  298.65 (0-360E) glon=  298.65 glat=  26.84 u= -13.0600 v=   7.8700 vr=   6.36589 vt=  13.85554
 i= 1341 j=  975 glon=  298.85 (0-360E) glon=  298.85 glat=  26.84 u= -11.8200 v=   8.8100 vr=   5.97687 vt=  13.47611
 i= 1346 j=  975 glon=  299.05 (0-360E) glon=  299.05 glat=  26.84 u= -10.4700 v=   9.6400 vr=   5.73756 vt=  13.02424
 i= 1351 j=  975 glon=  299.25 (0-360E) glon=  299.25 glat=  26.84 u=  -8.7300 v=  10.0600 vr=   5.52612 vt=  12.11935
 i= 1356 j=  975 glon=  299.45 (0-360E) glon=  299.45 glat=  26.84 u=  -7.4600 v=  10.0700 vr=   5.04137 vt=  11.47349
 i= 1361 j=  975 glon=  299.65 (0-360E) glon=  299.65 glat=  26.84 u=  -6.4700 v=   9.9500 vr=   4.54011 vt=  10.96589
 i= 1366 j=  975 glon=  299.85 (0-360E) glon=  299.85 glat=  26.84 u=  -5.7800 v=   9.8900 vr=   4.09917 vt=  10.69660
 i= 1291 j=  980 glon=  296.85 (0-360E) glon=  296.85 glat=  26.64 u=  -6.6500 v=  -1.7400 vr=   3.63806 vt=   5.83220
 i= 1296 j=  980 glon=  297.05 (0-360E) glon=  297.05 glat=  26.64 u=  -8.6500 v=  -1.0500 vr=   5.10501 vt=   7.06143
 i= 1301 j=  980 glon=  297.25 (0-360E) glon=  297.25 glat=  26.64 u= -11.0900 v=  -1.3900 vr=   5.80298 vt=   9.55226
 i= 1306 j=  980 glon=  297.45 (0-360E) glon=  297.45 glat=  26.64 u= -11.6900 v=  -2.0400 vr=   4.74552 vt=  10.87648
 i= 1311 j=  980 glon=  297.65 (0-360E) glon=  297.65 glat=  26.64 u= -13.0000 v=  -1.1200 vr=   5.09146 vt=  12.01380
 i= 1316 j=  980 glon=  297.85 (0-360E) glon=  297.85 glat=  26.64 u= -15.0200 v=   0.4100 vr=   5.92993 vt=  13.80596
 i= 1321 j=  980 glon=  298.05 (0-360E) glon=  298.05 glat=  26.64 u= -16.2600 v=   2.1600 vr=   6.26668 vt=  15.15856
 i= 1326 j=  980 glon=  298.25 (0-360E) glon=  298.25 glat=  26.64 u= -16.6300 v=   3.6200 vr=   5.80354 vt=  15.99938
 i= 1331 j=  980 glon=  298.45 (0-360E) glon=  298.45 glat=  26.64 u= -17.0900 v=   5.3700 vr=   5.42058 vt=  17.07402
 i= 1336 j=  980 glon=  298.65 (0-360E) glon=  298.65 glat=  26.64 u= -16.8600 v=   7.8000 vr=   5.58723 vt=  17.71673
 i= 1341 j=  980 glon=  298.85 (0-360E) glon=  298.85 glat=  26.64 u= -15.8200 v=  10.4800 vr=   6.16133 vt=  17.94828
 i= 1346 j=  980 glon=  299.05 (0-360E) glon=  299.05 glat=  26.64 u= -14.2100 v=  11.6400 vr=   5.65660 vt=  17.47617
 i= 1351 j=  980 glon=  299.25 (0-360E) glon=  299.25 glat=  26.64 u= -11.7700 v=  11.7400 vr=   4.94410 vt=  15.87187
 i= 1356 j=  980 glon=  299.45 (0-360E) glon=  299.45 glat=  26.64 u=  -9.2700 v=  11.5500 vr=   4.58051 vt=  14.08383
 i= 1361 j=  980 glon=  299.65 (0-360E) glon=  299.65 glat=  26.64 u=  -7.6000 v=  11.1100 vr=   4.02812 vt=  12.84392
 i= 1366 j=  980 glon=  299.85 (0-360E) glon=  299.85 glat=  26.64 u=  -6.3800 v=  11.1700 vr=   3.90347 vt=  12.25709
 i= 1371 j=  980 glon=  300.05 (0-360E) glon=  300.05 glat=  26.64 u=  -5.8300 v=  11.0800 vr=   3.40723 vt=  12.04766
 i= 1286 j=  985 glon=  296.65 (0-360E) glon=  296.65 glat=  26.44 u=  -4.8600 v=  -4.7100 vr=   1.20797 vt=   6.65917
 i= 1291 j=  985 glon=  296.85 (0-360E) glon=  296.85 glat=  26.44 u=  -7.0100 v=  -3.6900 vr=   3.14020 vt=   7.27292
 i= 1296 j=  985 glon=  297.05 (0-360E) glon=  297.05 glat=  26.44 u=  -9.2500 v=  -3.0900 vr=   4.70545 vt=   8.54221
 i= 1301 j=  985 glon=  297.25 (0-360E) glon=  297.25 glat=  26.44 u= -10.3400 v=  -3.5500 vr=   4.43845 vt=   9.99091
 i= 1306 j=  985 glon=  297.45 (0-360E) glon=  297.45 glat=  26.44 u= -11.1700 v=  -3.9000 vr=   3.75637 vt=  11.21912
 i= 1311 j=  985 glon=  297.65 (0-360E) glon=  297.65 glat=  26.44 u= -12.9000 v=  -2.8700 vr=   4.35807 vt=  12.47614
 i= 1316 j=  985 glon=  297.85 (0-360E) glon=  297.85 glat=  26.44 u= -14.3100 v=  -0.2600 vr=   5.80503 vt=  13.08225
 i= 1321 j=  985 glon=  298.05 (0-360E) glon=  298.05 glat=  26.44 u= -13.8500 v=   0.9200 vr=   4.99747 vt=  12.94968
 i= 1326 j=  985 glon=  298.25 (0-360E) glon=  298.25 glat=  26.44 u= -15.4400 v=   2.8200 vr=   5.18724 vt=  14.81346
 i= 1331 j=  985 glon=  298.45 (0-360E) glon=  298.45 glat=  26.44 u= -16.4100 v=   6.2900 vr=   6.34687 vt=  16.38809
 i= 1336 j=  985 glon=  298.65 (0-360E) glon=  298.65 glat=  26.44 u= -15.2100 v=   8.3000 vr=   5.94362 vt=  16.27598
 i= 1341 j=  985 glon=  298.85 (0-360E) glon=  298.85 glat=  26.44 u= -14.0700 v=   9.9900 vr=   5.45732 vt=  16.37018
 i= 1346 j=  985 glon=  299.05 (0-360E) glon=  299.05 glat=  26.44 u= -12.6800 v=  11.3600 vr=   5.03873 vt=  16.26171
 i= 1351 j=  985 glon=  299.25 (0-360E) glon=  299.25 glat=  26.44 u= -12.8500 v=  13.4300 vr=   4.73400 vt=  17.97433
 i= 1356 j=  985 glon=  299.45 (0-360E) glon=  299.45 glat=  26.44 u= -11.8900 v=  13.3900 vr=   3.38244 vt=  17.58475
 i= 1361 j=  985 glon=  299.65 (0-360E) glon=  299.65 glat=  26.44 u=  -9.3900 v=  12.3700 vr=   2.72657 vt=  15.28904
 i= 1366 j=  985 glon=  299.85 (0-360E) glon=  299.85 glat=  26.44 u=  -7.6900 v=  11.8800 vr=   2.44512 vt=  13.93886
 i= 1371 j=  985 glon=  300.05 (0-360E) glon=  300.05 glat=  26.44 u=  -6.3500 v=  11.8800 vr=   2.55160 vt=  13.22673
 i= 1376 j=  985 glon=  300.25 (0-360E) glon=  300.25 glat=  26.44 u=  -5.2000 v=  11.6900 vr=   2.61047 vt=  12.52524
 i= 1286 j=  990 glon=  296.65 (0-360E) glon=  296.65 glat=  26.24 u=  -3.9100 v=  -6.3800 vr=   0.10756 vt=   7.48204
 i= 1291 j=  990 glon=  296.85 (0-360E) glon=  296.85 glat=  26.24 u=  -6.1900 v=  -6.0800 vr=   1.76993 vt=   8.49411
 i= 1296 j=  990 glon=  297.05 (0-360E) glon=  297.05 glat=  26.24 u=  -7.7600 v=  -4.8100 vr=   3.24647 vt=   8.53312
 i= 1301 j=  990 glon=  297.25 (0-360E) glon=  297.25 glat=  26.24 u=  -8.3400 v=  -4.6600 vr=   3.12372 vt=   9.02849
 i= 1306 j=  990 glon=  297.45 (0-360E) glon=  297.45 glat=  26.24 u=  -8.9200 v=  -5.2400 vr=   2.26238 vt=  10.09483
 i= 1311 j=  990 glon=  297.65 (0-360E) glon=  297.65 glat=  26.24 u= -11.5900 v=  -4.0400 vr=   3.70733 vt=  11.70066
 i= 1316 j=  990 glon=  297.85 (0-360E) glon=  297.85 glat=  26.24 u= -11.9100 v=  -1.9000 vr=   4.17701 vt=  11.31418
 i= 1321 j=  990 glon=  298.05 (0-360E) glon=  298.05 glat=  26.24 u= -14.1200 v=  -0.2900 vr=   4.69562 vt=  13.31952
 i= 1326 j=  990 glon=  298.25 (0-360E) glon=  298.25 glat=  26.24 u= -16.5800 v=   1.3600 vr=   4.43016 vt=  16.03495
 i= 1331 j=  990 glon=  298.45 (0-360E) glon=  298.45 glat=  26.24 u= -16.1900 v=   4.7900 vr=   4.85769 vt=  16.16982
 i= 1336 j=  990 glon=  298.65 (0-360E) glon=  298.65 glat=  26.24 u= -17.2600 v=  11.5900 vr=   8.31986 vt=  19.05297
 i= 1341 j=  990 glon=  298.85 (0-360E) glon=  298.85 glat=  26.24 u= -11.7000 v=  13.5700 vr=   8.70234 vt=  15.66219
 i= 1346 j=  990 glon=  299.05 (0-360E) glon=  299.05 glat=  26.24 u= -11.3600 v=  12.5500 vr=   5.47996 vt=  16.01631
 i= 1351 j=  990 glon=  299.25 (0-360E) glon=  299.25 glat=  26.24 u= -10.4200 v=  13.3000 vr=   4.49654 vt=  16.28642
 i= 1356 j=  990 glon=  299.45 (0-360E) glon=  299.45 glat=  26.24 u= -11.7300 v=  14.9200 vr=   2.97559 vt=  18.74420
 i= 1361 j=  990 glon=  299.65 (0-360E) glon=  299.65 glat=  26.24 u= -11.1900 v=  15.6100 vr=   2.10789 vt=  19.09044
 i= 1366 j=  990 glon=  299.85 (0-360E) glon=  299.85 glat=  26.24 u=  -8.8600 v=  14.2300 vr=   1.65021 vt=  16.68141
 i= 1371 j=  990 glon=  300.05 (0-360E) glon=  300.05 glat=  26.24 u=  -7.0900 v=  13.1500 vr=   1.44795 vt=  14.86923
 i= 1376 j=  990 glon=  300.25 (0-360E) glon=  300.25 glat=  26.24 u=  -5.7000 v=  12.4100 vr=   1.45981 vt=  13.57818
 i= 1281 j=  995 glon=  296.45 (0-360E) glon=  296.45 glat=  26.04 u=  -2.4500 v=  -7.2800 vr=  -0.57710 vt=   7.65949
 i= 1286 j=  995 glon=  296.65 (0-360E) glon=  296.65 glat=  26.04 u=  -2.6900 v=  -7.7300 vr=  -0.85515 vt=   8.13988
 i= 1291 j=  995 glon=  296.85 (0-360E) glon=  296.85 glat=  26.04 u=  -4.6500 v=  -8.4200 vr=   0.16807 vt=   9.61721
 i= 1296 j=  995 glon=  297.05 (0-360E) glon=  297.05 glat=  26.04 u=  -5.3800 v=  -6.7400 vr=   1.10857 vt=   8.55237
 i= 1301 j=  995 glon=  297.25 (0-360E) glon=  297.25 glat=  26.04 u=  -6.6400 v=  -5.9500 vr=   1.98498 vt=   8.69206
 i= 1306 j=  995 glon=  297.45 (0-360E) glon=  297.45 glat=  26.04 u=  -7.7300 v=  -5.3400 vr=   2.43662 vt=   9.07367
 i= 1311 j=  995 glon=  297.65 (0-360E) glon=  297.65 glat=  26.04 u= -10.6700 v=  -4.6500 vr=   3.93489 vt=  10.95390
 i= 1316 j=  995 glon=  297.85 (0-360E) glon=  297.85 glat=  26.04 u= -12.4900 v=  -3.9600 vr=   3.98370 vt=  12.48246
 i= 1321 j=  995 glon=  298.05 (0-360E) glon=  298.05 glat=  26.04 u= -15.6700 v=  -0.5300 vr=   6.22610 vt=  14.38977
 i= 1326 j=  995 glon=  298.25 (0-360E) glon=  298.25 glat=  26.04 u= -16.7900 v=   1.6900 vr=   5.55089 vt=  15.93574
 i= 1331 j=  995 glon=  298.45 (0-360E) glon=  298.45 glat=  26.04 u= -15.7400 v=   8.1300 vr=   8.21283 vt=  15.69694
 i= 1336 j=  995 glon=  298.65 (0-360E) glon=  298.65 glat=  26.04 u= -17.2600 v=  13.8100 vr=   9.61361 vt=  19.90483
 i= 1341 j=  995 glon=  298.85 (0-360E) glon=  298.85 glat=  26.04 u= -10.6400 v=  11.1700 vr=   5.66733 vt=  14.34782
 i= 1346 j=  995 glon=  299.05 (0-360E) glon=  299.05 glat=  26.04 u=  -7.7800 v=  16.7800 vr=   9.31469 vt=  15.97916
 i= 1351 j=  995 glon=  299.25 (0-360E) glon=  299.25 glat=  26.04 u=  -9.1200 v=  11.3400 vr=   2.07769 vt=  14.40324
 i= 1356 j=  995 glon=  299.45 (0-360E) glon=  299.45 glat=  26.04 u=  -9.6800 v=  12.6700 vr=   0.89202 vt=  15.91966
 i= 1361 j=  995 glon=  299.65 (0-360E) glon=  299.65 glat=  26.04 u= -10.7700 v=  15.3400 vr=   0.13259 vt=  18.74276
 i= 1366 j=  995 glon=  299.85 (0-360E) glon=  299.85 glat=  26.04 u=  -9.6800 v=  16.7900 vr=   0.47762 vt=  19.37468
 i= 1371 j=  995 glon=  300.05 (0-360E) glon=  300.05 glat=  26.04 u=  -7.4000 v=  15.0900 vr=   0.56340 vt=  16.79734
 i= 1376 j=  995 glon=  300.25 (0-360E) glon=  300.25 glat=  26.04 u=  -5.8400 v=  13.7300 vr=   0.58704 vt=  14.90885
 i= 1381 j=  995 glon=  300.45 (0-360E) glon=  300.45 glat=  26.04 u=  -4.8000 v=  12.8900 vr=   0.61886 vt=  13.74078
 i= 1281 j= 1000 glon=  296.45 (0-360E) glon=  296.45 glat=  25.84 u=  -1.3700 v=  -8.1100 vr=  -1.10731 vt=   8.15002
 i= 1286 j= 1000 glon=  296.65 (0-360E) glon=  296.65 glat=  25.84 u=  -1.4200 v=  -8.5600 vr=  -1.46722 vt=   8.55203
 i= 1291 j= 1000 glon=  296.85 (0-360E) glon=  296.85 glat=  25.84 u=  -2.6900 v=  -9.8500 vr=  -1.08552 vt=  10.15284
 i= 1296 j= 1000 glon=  297.05 (0-360E) glon=  297.05 glat=  25.84 u=  -2.7700 v=  -8.5500 vr=  -0.96773 vt=   8.93526
 i= 1301 j= 1000 glon=  297.25 (0-360E) glon=  297.25 glat=  25.84 u=  -3.0100 v=  -7.7400 vr=  -0.92117 vt=   8.25343
 i= 1306 j= 1000 glon=  297.45 (0-360E) glon=  297.45 glat=  25.84 u=  -5.9600 v=  -6.1100 vr=   1.79653 vt=   8.34423
 i= 1311 j= 1000 glon=  297.65 (0-360E) glon=  297.65 glat=  25.84 u=  -8.5800 v=  -6.6500 vr=   2.64122 vt=  10.52914
 i= 1316 j= 1000 glon=  297.85 (0-360E) glon=  297.85 glat=  25.84 u= -11.2300 v=  -5.8600 vr=   3.52512 vt=  12.16660
 i= 1321 j= 1000 glon=  298.05 (0-360E) glon=  298.05 glat=  25.84 u= -13.0200 v=  -4.7700 vr=   2.99504 vt=  13.53894
 i= 1326 j= 1000 glon=  298.25 (0-360E) glon=  298.25 glat=  25.84 u= -18.1300 v=   1.1500 vr=   6.66900 vt=  16.89804
 i= 1331 j= 1000 glon=  298.45 (0-360E) glon=  298.45 glat=  25.84 u= -22.2700 v=  12.6800 vr=  12.83816 vt=  22.17920
 i= 1336 j= 1000 glon=  298.65 (0-360E) glon=  298.65 glat=  25.84 u= -16.1400 v=  17.0800 vr=  11.55554 vt=  20.46205
 i= 1341 j= 1000 glon=  298.85 (0-360E) glon=  298.85 glat=  25.84 u= -10.9300 v=  19.4900 vr=  10.73259 vt=  19.59940
 i= 1346 j= 1000 glon=  299.05 (0-360E) glon=  299.05 glat=  25.84 u= -11.0400 v=  17.0800 vr=   4.86440 vt=  19.74704
 i= 1351 j= 1000 glon=  299.25 (0-360E) glon=  299.25 glat=  25.84 u= -11.6600 v=  10.1600 vr=  -2.81233 vt=  15.20763
 i= 1356 j= 1000 glon=  299.45 (0-360E) glon=  299.45 glat=  25.84 u=  -9.8900 v=  13.0900 vr=  -1.34444 vt=  16.35092
 i= 1361 j= 1000 glon=  299.65 (0-360E) glon=  299.65 glat=  25.84 u=  -9.3100 v=  13.8800 vr=  -1.76270 vt=  16.61997
 i= 1366 j= 1000 glon=  299.85 (0-360E) glon=  299.85 glat=  25.84 u=  -9.9800 v=  17.6100 vr=  -1.85892 vt=  20.15582
 i= 1371 j= 1000 glon=  300.05 (0-360E) glon=  300.05 glat=  25.84 u=  -7.6200 v=  17.0500 vr=  -0.84452 vt=  18.65620
 i= 1376 j= 1000 glon=  300.25 (0-360E) glon=  300.25 glat=  25.84 u=  -5.6900 v=  15.4000 vr=  -0.29611 vt=  16.41488
 i= 1381 j= 1000 glon=  300.45 (0-360E) glon=  300.45 glat=  25.84 u=  -4.7900 v=  14.1600 vr=  -0.33620 vt=  14.94445
 i= 1281 j= 1005 glon=  296.45 (0-360E) glon=  296.45 glat=  25.64 u=   0.0600 v=  -8.7100 vr=  -1.77838 vt=   8.52673
 i= 1286 j= 1005 glon=  296.65 (0-360E) glon=  296.65 glat=  25.64 u=  -0.1700 v=  -9.0400 vr=  -1.81453 vt=   8.85765
 i= 1291 j= 1005 glon=  296.85 (0-360E) glon=  296.85 glat=  25.64 u=  -0.5000 v= -10.6100 vr=  -2.12083 vt=  10.40789
 i= 1296 j= 1005 glon=  297.05 (0-360E) glon=  297.05 glat=  25.64 u=  -1.0400 v=  -9.9000 vr=  -1.76056 vt=   9.79755
 i= 1301 j= 1005 glon=  297.25 (0-360E) glon=  297.25 glat=  25.64 u=  -0.0800 v=  -8.8300 vr=  -2.76091 vt=   8.38765
 i= 1306 j= 1005 glon=  297.45 (0-360E) glon=  297.45 glat=  25.64 u=  -2.2600 v=  -8.1200 vr=  -0.97215 vt=   8.37239
 i= 1311 j= 1005 glon=  297.65 (0-360E) glon=  297.65 glat=  25.64 u=  -5.3400 v=  -7.8200 vr=   1.20578 vt=   9.39224
 i= 1316 j= 1005 glon=  297.85 (0-360E) glon=  297.85 glat=  25.64 u=  -6.2000 v=  -9.3700 vr=  -0.13677 vt=  11.23469
 i= 1321 j= 1005 glon=  298.05 (0-360E) glon=  298.05 glat=  25.64 u=  -6.0400 v=  -7.9300 vr=  -1.41553 vt=   9.86726
 i= 1326 j= 1005 glon=  298.25 (0-360E) glon=  298.25 glat=  25.64 u= -15.6900 v=  -4.5400 vr=   2.92076 vt=  16.07037
 i= 1331 j= 1005 glon=  298.45 (0-360E) glon=  298.45 glat=  25.64 u= -21.0700 v=   4.8700 vr=   5.10042 vt=  21.01541
 i= 1336 j= 1005 glon=  298.65 (0-360E) glon=  298.65 glat=  25.64 u= -18.8300 v=  18.3400 vr=   8.48001 vt=  24.87999
 i= 1341 j= 1005 glon=  298.85 (0-360E) glon=  298.85 glat=  25.64 u=  -8.1100 v=  22.8300 vr=  10.82856 vt=  21.67310
 i= 1346 j= 1005 glon=  299.05 (0-360E) glon=  299.05 glat=  25.64 u=  -5.6800 v=  20.1900 vr=   6.78653 vt=  19.84544
 i= 1351 j= 1005 glon=  299.25 (0-360E) glon=  299.25 glat=  25.64 u=  -8.6500 v=  18.9900 vr=   1.01434 vt=  20.84259
 i= 1356 j= 1005 glon=  299.45 (0-360E) glon=  299.45 glat=  25.64 u= -10.9900 v=  12.6100 vr=  -5.36679 vt=  15.84266
 i= 1361 j= 1005 glon=  299.65 (0-360E) glon=  299.65 glat=  25.64 u=  -8.0800 v=  13.7000 vr=  -3.21437 vt=  15.57704
 i= 1366 j= 1005 glon=  299.85 (0-360E) glon=  299.85 glat=  25.64 u=  -8.1900 v=  13.5900 vr=  -4.05064 vt=  15.34133
 i= 1371 j= 1005 glon=  300.05 (0-360E) glon=  300.05 glat=  25.64 u=  -8.9800 v=  18.1400 vr=  -4.22310 vt=  19.79559
 i= 1376 j= 1005 glon=  300.25 (0-360E) glon=  300.25 glat=  25.64 u=  -5.7000 v=  17.3600 vr=  -1.73836 vt=  18.18894
 i= 1381 j= 1005 glon=  300.45 (0-360E) glon=  300.45 glat=  25.64 u=  -4.4600 v=  15.9100 vr=  -1.21626 vt=  16.47848
 i= 1386 j= 1005 glon=  300.65 (0-360E) glon=  300.65 glat=  25.64 u=  -3.2800 v=  14.0800 vr=  -0.68971 vt=  14.44054
 i= 1276 j= 1010 glon=  296.25 (0-360E) glon=  296.25 glat=  25.44 u=   0.0400 v=  -7.5600 vr=  -0.65639 vt=   7.53156
 i= 1281 j= 1010 glon=  296.45 (0-360E) glon=  296.45 glat=  25.44 u=   1.2400 v=  -8.9500 vr=  -2.04469 vt=   8.80110
 i= 1286 j= 1010 glon=  296.65 (0-360E) glon=  296.65 glat=  25.44 u=   1.1400 v=  -9.2700 vr=  -2.07271 vt=   9.10694
 i= 1291 j= 1010 glon=  296.85 (0-360E) glon=  296.85 glat=  25.44 u=   1.4600 v= -10.3100 vr=  -2.63130 vt=  10.07492
 i= 1296 j= 1010 glon=  297.05 (0-360E) glon=  297.05 glat=  25.44 u=   1.1800 v= -11.0100 vr=  -2.61656 vt=  10.75947
 i= 1301 j= 1010 glon=  297.25 (0-360E) glon=  297.25 glat=  25.44 u=   2.0000 v=  -9.9000 vr=  -3.49653 vt=   9.47546
 i= 1306 j= 1010 glon=  297.45 (0-360E) glon=  297.45 glat=  25.44 u=   1.2600 v=  -8.9400 vr=  -2.88337 vt=   8.55555
 i= 1311 j= 1010 glon=  297.65 (0-360E) glon=  297.65 glat=  25.44 u=  -1.1900 v=  -8.5600 vr=  -0.79635 vt=   8.60555
 i= 1316 j= 1010 glon=  297.85 (0-360E) glon=  297.85 glat=  25.44 u=  -0.3100 v=  -9.8000 vr=  -2.63205 vt=   9.44502
 i= 1321 j= 1010 glon=  298.05 (0-360E) glon=  298.05 glat=  25.44 u=   1.8000 v= -11.2200 vr=  -6.39226 vt=   9.39507
 i= 1326 j= 1010 glon=  298.25 (0-360E) glon=  298.25 glat=  25.44 u=   2.1400 v= -12.0100 vr=  -9.73958 vt=   7.34577
 i= 1331 j= 1010 glon=  298.45 (0-360E) glon=  298.45 glat=  25.44 u=  -0.3900 v=  -6.3700 vr=  -6.35896 vt=   0.54092
 i= 1336 j= 1010 glon=  298.65 (0-360E) glon=  298.65 glat=  25.44 u=  -3.5300 v=  18.4600 vr=  10.32865 vt=  15.70196
 i= 1341 j= 1010 glon=  298.85 (0-360E) glon=  298.85 glat=  25.44 u=  -2.1900 v=  21.0000 vr=   7.10493 vt=  19.88256
 i= 1346 j= 1010 glon=  299.05 (0-360E) glon=  299.05 glat=  25.44 u=  -1.3800 v=  22.0100 vr=   5.35170 vt=  21.39401
 i= 1351 j= 1010 glon=  299.25 (0-360E) glon=  299.25 glat=  25.44 u=  -0.8400 v=  23.0200 vr=   4.49701 vt=  22.59210
 i= 1356 j= 1010 glon=  299.45 (0-360E) glon=  299.45 glat=  25.44 u=  -9.0700 v=  11.4500 vr=  -6.78688 vt=  12.93467
 i= 1361 j= 1010 glon=  299.65 (0-360E) glon=  299.65 glat=  25.44 u=  -7.2500 v=  13.3500 vr=  -5.09713 vt=  14.31098
 i= 1366 j= 1010 glon=  299.85 (0-360E) glon=  299.85 glat=  25.44 u=  -6.7300 v=  12.2400 vr=  -5.05182 vt=  13.02266
 i= 1371 j= 1010 glon=  300.05 (0-360E) glon=  300.05 glat=  25.44 u=  -6.6500 v=  14.8700 vr=  -4.89249 vt=  15.53715
 i= 1376 j= 1010 glon=  300.25 (0-360E) glon=  300.25 glat=  25.44 u=  -5.6600 v=  19.3100 vr=  -3.66512 vt=  19.78582
 i= 1381 j= 1010 glon=  300.45 (0-360E) glon=  300.45 glat=  25.44 u=  -4.1400 v=  17.7000 vr=  -2.51359 vt=  18.00310
 i= 1386 j= 1010 glon=  300.65 (0-360E) glon=  300.65 glat=  25.44 u=  -2.3800 v=  15.9100 vr=  -1.06865 vt=  16.05149
 i= 1276 j= 1015 glon=  296.25 (0-360E) glon=  296.25 glat=  25.24 u=   0.9700 v=  -7.5600 vr=  -0.83740 vt=   7.57583
 i= 1281 j= 1015 glon=  296.45 (0-360E) glon=  296.45 glat=  25.24 u=   2.0200 v=  -8.8200 vr=  -1.85452 vt=   8.85627
 i= 1286 j= 1015 glon=  296.65 (0-360E) glon=  296.65 glat=  25.24 u=   2.2900 v=  -9.2100 vr=  -2.10330 vt=   9.25442
 i= 1291 j= 1015 glon=  296.85 (0-360E) glon=  296.85 glat=  25.24 u=   2.7100 v=  -9.8000 vr=  -2.49244 vt=   9.85758
 i= 1296 j= 1015 glon=  297.05 (0-360E) glon=  297.05 glat=  25.24 u=   3.2200 v= -11.0300 vr=  -2.94725 vt=  11.10599
 i= 1301 j= 1015 glon=  297.25 (0-360E) glon=  297.25 glat=  25.24 u=   3.9800 v= -10.6300 vr=  -3.68028 vt=  10.73745
 i= 1306 j= 1015 glon=  297.45 (0-360E) glon=  297.45 glat=  25.24 u=   4.6400 v=  -9.6600 vr=  -4.31960 vt=   9.80746
 i= 1311 j= 1015 glon=  297.65 (0-360E) glon=  297.65 glat=  25.24 u=   3.7200 v=  -9.0700 vr=  -3.35135 vt=   9.21259
 i= 1316 j= 1015 glon=  297.85 (0-360E) glon=  297.85 glat=  25.24 u=   3.6700 v=  -8.5500 vr=  -3.21345 vt=   8.73185
 i= 1321 j= 1015 glon=  298.05 (0-360E) glon=  298.05 glat=  25.24 u=   7.5100 v=  -9.0600 vr=  -6.78163 vt=   9.61734
 i= 1326 j= 1015 glon=  298.25 (0-360E) glon=  298.25 glat=  25.24 u=  12.4000 v=  -8.1600 vr= -11.01924 vt=   9.94595
 i= 1331 j= 1015 glon=  298.45 (0-360E) glon=  298.45 glat=  25.24 u=  14.6300 v=  -3.3300 vr=   1.21185 vt=  14.95517
 i= 1336 j= 1015 glon=  298.65 (0-360E) glon=  298.65 glat=  25.24 u=  11.8800 v=   9.8400 vr=  10.17111 vt=  11.59778
 i= 1341 j= 1015 glon=  298.85 (0-360E) glon=  298.85 glat=  25.24 u=   5.3000 v=  16.7200 vr=   3.95216 vt=  17.08885
 i= 1346 j= 1015 glon=  299.05 (0-360E) glon=  299.05 glat=  25.24 u=   2.9000 v=  19.6200 vr=   1.84492 vt=  19.74717
 i= 1351 j= 1015 glon=  299.25 (0-360E) glon=  299.25 glat=  25.24 u=  -2.3400 v=  20.0300 vr=  -3.15401 vt=  19.91805
 i= 1356 j= 1015 glon=  299.45 (0-360E) glon=  299.45 glat=  25.24 u=  -7.9800 v=  16.0400 vr=  -8.50773 vt=  15.76644
 i= 1361 j= 1015 glon=  299.65 (0-360E) glon=  299.65 glat=  25.24 u=  -7.3600 v=  15.8700 vr=  -7.80508 vt=  15.65590
 i= 1366 j= 1015 glon=  299.85 (0-360E) glon=  299.85 glat=  25.24 u=  -6.0600 v=  12.9800 vr=  -6.37966 vt=  12.82591
 i= 1371 j= 1015 glon=  300.05 (0-360E) glon=  300.05 glat=  25.24 u=  -6.0300 v=  14.4600 vr=  -6.34996 vt=  14.32238
 i= 1376 j= 1015 glon=  300.25 (0-360E) glon=  300.25 glat=  25.24 u=  -4.5500 v=  20.2600 vr=  -4.96027 vt=  20.16348
 i= 1381 j= 1015 glon=  300.45 (0-360E) glon=  300.45 glat=  25.24 u=  -3.1800 v=  19.9300 vr=  -3.55376 vt=  19.86676
 i= 1386 j= 1015 glon=  300.65 (0-360E) glon=  300.65 glat=  25.24 u=  -1.1700 v=  16.3500 vr=  -1.45706 vt=  16.32692
 i= 1276 j= 1020 glon=  296.25 (0-360E) glon=  296.25 glat=  25.04 u=   2.0200 v=  -7.4900 vr=  -1.12514 vt=   7.67558
 i= 1281 j= 1020 glon=  296.45 (0-360E) glon=  296.45 glat=  25.04 u=   2.6000 v=  -8.4300 vr=  -1.49577 vt=   8.69411
 i= 1286 j= 1020 glon=  296.65 (0-360E) glon=  296.65 glat=  25.04 u=   3.8100 v=  -9.2700 vr=  -2.45828 vt=   9.71627
 i= 1291 j= 1020 glon=  296.85 (0-360E) glon=  296.85 glat=  25.04 u=   3.8400 v=  -9.3900 vr=  -2.30635 vt=   9.87919
 i= 1296 j= 1020 glon=  297.05 (0-360E) glon=  297.05 glat=  25.04 u=   4.5800 v= -10.0400 vr=  -2.70577 vt=  10.69845
 i= 1301 j= 1020 glon=  297.25 (0-360E) glon=  297.25 glat=  25.04 u=   5.3100 v= -10.5300 vr=  -3.01387 vt=  11.40147
 i= 1306 j= 1020 glon=  297.45 (0-360E) glon=  297.45 glat=  25.04 u=   6.5500 v=  -9.7600 vr=  -3.95542 vt=  11.06864
 i= 1311 j= 1020 glon=  297.65 (0-360E) glon=  297.65 glat=  25.04 u=   5.8300 v=  -8.7900 vr=  -2.91835 vt=  10.13589
 i= 1316 j= 1020 glon=  297.85 (0-360E) glon=  297.85 glat=  25.04 u=   6.9400 v=  -8.5200 vr=  -3.11228 vt=  10.53887
 i= 1321 j= 1020 glon=  298.05 (0-360E) glon=  298.05 glat=  25.04 u=   9.4000 v=  -6.9400 vr=  -4.29627 vt=  10.86580
 i= 1326 j= 1020 glon=  298.25 (0-360E) glon=  298.25 glat=  25.04 u=  12.6100 v=  -4.5100 vr=  -4.43379 vt=  12.63700
 i= 1331 j= 1020 glon=  298.45 (0-360E) glon=  298.45 glat=  25.04 u=  14.1100 v=   0.6800 vr=  -0.93172 vt=  14.09562
 i= 1336 j= 1020 glon=  298.65 (0-360E) glon=  298.65 glat=  25.04 u=  11.2700 v=   8.5600 vr=   0.13337 vt=  14.15163
 i= 1341 j= 1020 glon=  298.85 (0-360E) glon=  298.85 glat=  25.04 u=   7.4800 v=  11.5900 vr=   0.06457 vt=  13.79400
 i= 1346 j= 1020 glon=  299.05 (0-360E) glon=  299.05 glat=  25.04 u=   8.2200 v=  15.4800 vr=   1.51242 vt=  17.46171
 i= 1351 j= 1020 glon=  299.25 (0-360E) glon=  299.25 glat=  25.04 u=   4.2900 v=  16.3200 vr=  -0.86792 vt=  16.85210
 i= 1356 j= 1020 glon=  299.45 (0-360E) glon=  299.45 glat=  25.04 u=  -6.7700 v=  19.1900 vr= -11.30686 vt=  16.91875
 i= 1361 j= 1020 glon=  299.65 (0-360E) glon=  299.65 glat=  25.04 u=  -4.2600 v=  17.8100 vr=  -7.88117 vt=  16.52970
 i= 1366 j= 1020 glon=  299.85 (0-360E) glon=  299.85 glat=  25.04 u=  -6.1600 v=  12.8100 vr=  -8.36955 vt=  11.48879
 i= 1371 j= 1020 glon=  300.05 (0-360E) glon=  300.05 glat=  25.04 u=  -8.0800 v=  16.5400 vr= -10.60736 vt=  15.04466
 i= 1376 j= 1020 glon=  300.25 (0-360E) glon=  300.25 glat=  25.04 u=  -5.4800 v=  19.6800 vr=  -8.22539 vt=  18.69962
 i= 1381 j= 1020 glon=  300.45 (0-360E) glon=  300.45 glat=  25.04 u=  -2.9300 v=  19.7300 vr=  -5.45016 vt=  19.18733
 i= 1386 j= 1020 glon=  300.65 (0-360E) glon=  300.65 glat=  25.04 u=  -1.0100 v=  17.1800 vr=  -3.03099 vt=  16.94065
 i= 1281 j= 1025 glon=  296.45 (0-360E) glon=  296.45 glat=  24.84 u=   3.2200 v=  -7.9500 vr=  -1.27795 vt=   8.48161
 i= 1286 j= 1025 glon=  296.65 (0-360E) glon=  296.65 glat=  24.84 u=   4.4900 v=  -8.5900 vr=  -2.13504 vt=   9.45462
 i= 1291 j= 1025 glon=  296.85 (0-360E) glon=  296.85 glat=  24.84 u=   5.4100 v=  -9.0400 vr=  -2.60420 vt=  10.20822
 i= 1296 j= 1025 glon=  297.05 (0-360E) glon=  297.05 glat=  24.84 u=   5.9700 v=  -9.2500 vr=  -2.67939 vt=  10.67822
 i= 1301 j= 1025 glon=  297.25 (0-360E) glon=  297.25 glat=  24.84 u=   6.4700 v=  -9.3500 vr=  -2.58177 vt=  11.07329
 i= 1306 j= 1025 glon=  297.45 (0-360E) glon=  297.45 glat=  24.84 u=   7.2600 v=  -9.0400 vr=  -2.69810 vt=  11.27606
 i= 1311 j= 1025 glon=  297.65 (0-360E) glon=  297.65 glat=  24.84 u=   7.7500 v=  -7.6700 vr=  -2.77980 vt=  10.54344
 i= 1316 j= 1025 glon=  297.85 (0-360E) glon=  297.85 glat=  24.84 u=   7.9000 v=  -7.2200 vr=  -1.76295 vt=  10.55606
 i= 1321 j= 1025 glon=  298.05 (0-360E) glon=  298.05 glat=  24.84 u=   9.0900 v=  -5.9200 vr=  -1.40303 vt=  10.75667
 i= 1326 j= 1025 glon=  298.25 (0-360E) glon=  298.25 glat=  24.84 u=  11.6600 v=  -3.3800 vr=  -1.52220 vt=  12.04421
 i= 1331 j= 1025 glon=  298.45 (0-360E) glon=  298.45 glat=  24.84 u=  12.0800 v=   1.7100 vr=  -1.82490 vt=  12.06318
 i= 1336 j= 1025 glon=  298.65 (0-360E) glon=  298.65 glat=  24.84 u=  10.8600 v=   7.2200 vr=  -2.52700 vt=  12.79384
 i= 1341 j= 1025 glon=  298.85 (0-360E) glon=  298.85 glat=  24.84 u=   9.6700 v=   9.5200 vr=  -1.10749 vt=  13.52452
 i= 1346 j= 1025 glon=  299.05 (0-360E) glon=  299.05 glat=  24.84 u=   8.5900 v=  12.2700 vr=  -0.91850 vt=  14.94983
 i= 1351 j= 1025 glon=  299.25 (0-360E) glon=  299.25 glat=  24.84 u=  12.0800 v=  18.2100 vr=   1.04856 vt=  21.82730
 i= 1356 j= 1025 glon=  299.45 (0-360E) glon=  299.45 glat=  24.84 u=   5.5600 v=  22.7200 vr=  -4.76677 vt=  22.89956
 i= 1361 j= 1025 glon=  299.65 (0-360E) glon=  299.65 glat=  24.84 u=   0.9300 v=  18.2500 vr=  -5.88498 vt=  17.30013
 i= 1366 j= 1025 glon=  299.85 (0-360E) glon=  299.85 glat=  24.84 u=  -4.1700 v=  15.0100 vr=  -8.79896 vt=  12.85563
 i= 1371 j= 1025 glon=  300.05 (0-360E) glon=  300.05 glat=  24.84 u=  -5.9200 v=  18.1900 vr= -10.89021 vt=  15.72659
 i= 1376 j= 1025 glon=  300.25 (0-360E) glon=  300.25 glat=  24.84 u=  -4.8200 v=  20.7300 vr= -10.00160 vt=  18.78652
 i= 1381 j= 1025 glon=  300.45 (0-360E) glon=  300.45 glat=  24.84 u=  -2.6200 v=  19.0800 vr=  -7.01362 vt=  17.93655
 i= 1281 j= 1030 glon=  296.45 (0-360E) glon=  296.45 glat=  24.64 u=   4.0700 v=  -7.2900 vr=  -1.43447 vt=   8.22504
 i= 1286 j= 1030 glon=  296.65 (0-360E) glon=  296.65 glat=  24.64 u=   4.2200 v=  -8.1700 vr=  -0.98020 vt=   9.14311
 i= 1291 j= 1030 glon=  296.85 (0-360E) glon=  296.85 glat=  24.64 u=   6.7000 v=  -8.4500 vr=  -2.76962 vt=  10.42217
 i= 1296 j= 1030 glon=  297.05 (0-360E) glon=  297.05 glat=  24.64 u=   7.3700 v=  -8.6400 vr=  -2.75774 vt=  11.01641
 i= 1301 j= 1030 glon=  297.25 (0-360E) glon=  297.25 glat=  24.64 u=   7.7200 v=  -8.3300 vr=  -2.51282 vt=  11.07579
 i= 1306 j= 1030 glon=  297.45 (0-360E) glon=  297.45 glat=  24.64 u=   8.2100 v=  -8.0000 vr=  -2.19403 vt=  11.25124
 i= 1311 j= 1030 glon=  297.65 (0-360E) glon=  297.65 glat=  24.64 u=   8.4700 v=  -6.9900 vr=  -1.83925 vt=  10.82673
 i= 1316 j= 1030 glon=  297.85 (0-360E) glon=  297.85 glat=  24.64 u=   8.8100 v=  -5.5800 vr=  -1.57471 vt=  10.30887
 i= 1321 j= 1030 glon=  298.05 (0-360E) glon=  298.05 glat=  24.64 u=   9.2400 v=  -4.3000 vr=  -0.93667 vt=  10.14841
 i= 1326 j= 1030 glon=  298.25 (0-360E) glon=  298.25 glat=  24.64 u=  10.2000 v=  -2.1700 vr=  -0.80171 vt=  10.39741
 i= 1331 j= 1030 glon=  298.45 (0-360E) glon=  298.45 glat=  24.64 u=  10.9000 v=   0.8500 vr=  -0.92074 vt=  10.89425
 i= 1336 j= 1030 glon=  298.65 (0-360E) glon=  298.65 glat=  24.64 u=  10.1900 v=   3.9800 vr=  -1.06784 vt=  10.88743
 i= 1341 j= 1030 glon=  298.85 (0-360E) glon=  298.85 glat=  24.64 u=   9.7900 v=   7.0000 vr=  -1.23587 vt=  11.97150
 i= 1346 j= 1030 glon=  299.05 (0-360E) glon=  299.05 glat=  24.64 u=   9.8900 v=   9.1900 vr=  -0.53938 vt=  13.48990
 i= 1351 j= 1030 glon=  299.25 (0-360E) glon=  299.25 glat=  24.64 u=   7.6300 v=  19.2200 vr=  -6.90047 vt=  19.49381
 i= 1356 j= 1030 glon=  299.45 (0-360E) glon=  299.45 glat=  24.64 u=   5.2300 v=  15.8200 vr=  -4.77548 vt=  15.96309
 i= 1361 j= 1030 glon=  299.65 (0-360E) glon=  299.65 glat=  24.64 u=   1.4700 v=  15.9200 vr=  -6.74422 vt=  14.49561
 i= 1366 j= 1030 glon=  299.85 (0-360E) glon=  299.85 glat=  24.64 u=  -3.2500 v=  17.4600 vr= -10.71302 vt=  14.16493
 i= 1371 j= 1030 glon=  300.05 (0-360E) glon=  300.05 glat=  24.64 u=  -2.9200 v=  15.9900 vr=  -9.08809 vt=  13.47639
 i= 1376 j= 1030 glon=  300.25 (0-360E) glon=  300.25 glat=  24.64 u=  -3.3300 v=  19.3500 vr= -10.12955 vt=  16.81974
 i= 1381 j= 1030 glon=  300.45 (0-360E) glon=  300.45 glat=  24.64 u=  -1.8800 v=  17.8200 vr=  -7.68119 vt=  16.18907
 i= 1281 j= 1035 glon=  296.45 (0-360E) glon=  296.45 glat=  24.44 u=   4.8600 v=  -6.5900 vr=  -1.66232 vt=   8.01775
 i= 1286 j= 1035 glon=  296.65 (0-360E) glon=  296.65 glat=  24.44 u=   5.1200 v=  -7.4200 vr=  -1.18970 vt=   8.93619
 i= 1291 j= 1035 glon=  296.85 (0-360E) glon=  296.85 glat=  24.44 u=   5.9300 v=  -8.1200 vr=  -1.10940 vt=   9.99342
 i= 1296 j= 1035 glon=  297.05 (0-360E) glon=  297.05 glat=  24.44 u=   8.0900 v=  -7.7800 vr=  -2.51513 vt=  10.93849
 i= 1301 j= 1035 glon=  297.25 (0-360E) glon=  297.25 glat=  24.44 u=   9.2400 v=  -7.5800 vr=  -2.75992 vt=  11.62828
 i= 1306 j= 1035 glon=  297.45 (0-360E) glon=  297.45 glat=  24.44 u=   8.9100 v=  -6.8000 vr=  -2.00023 vt=  11.02847
 i= 1311 j= 1035 glon=  297.65 (0-360E) glon=  297.65 glat=  24.44 u=   9.5400 v=  -5.8200 vr=  -1.92495 vt=  11.00811
 i= 1316 j= 1035 glon=  297.85 (0-360E) glon=  297.85 glat=  24.44 u=  10.0500 v=  -4.5200 vr=  -1.76809 vt=  10.87689
 i= 1321 j= 1035 glon=  298.05 (0-360E) glon=  298.05 glat=  24.44 u=  10.0300 v=  -2.8800 vr=  -1.42259 vt=  10.33787
 i= 1326 j= 1035 glon=  298.25 (0-360E) glon=  298.25 glat=  24.44 u=  10.1100 v=  -1.2500 vr=  -0.98651 vt=  10.13910
 i= 1331 j= 1035 glon=  298.45 (0-360E) glon=  298.45 glat=  24.44 u=  10.2900 v=   0.8500 vr=  -0.90068 vt=  10.28569
 i= 1336 j= 1035 glon=  298.65 (0-360E) glon=  298.65 glat=  24.44 u=  10.4600 v=   3.0200 vr=  -0.76656 vt=  10.86022
 i= 1341 j= 1035 glon=  298.85 (0-360E) glon=  298.85 glat=  24.44 u=  10.6300 v=   4.8200 vr=  -0.20542 vt=  11.66992
 i= 1346 j= 1035 glon=  299.05 (0-360E) glon=  299.05 glat=  24.44 u=   8.5100 v=  12.1600 vr=  -5.55016 vt=  13.76523
 i= 1351 j= 1035 glon=  299.25 (0-360E) glon=  299.25 glat=  24.44 u=  10.2400 v=  18.0000 vr=  -6.87158 vt=  19.53558
 i= 1356 j= 1035 glon=  299.45 (0-360E) glon=  299.45 glat=  24.44 u=   3.9600 v=  13.9700 vr=  -6.54683 vt=  12.96077
 i= 1361 j= 1035 glon=  299.65 (0-360E) glon=  299.65 glat=  24.44 u=   2.0300 v=  13.2500 vr=  -6.45371 vt=  11.74875
 i= 1366 j= 1035 glon=  299.85 (0-360E) glon=  299.85 glat=  24.44 u=  -3.0000 v=  13.6500 vr= -10.00799 vt=   9.75513
 i= 1371 j= 1035 glon=  300.05 (0-360E) glon=  300.05 glat=  24.44 u=  -1.1900 v=  15.5500 vr=  -8.79294 vt=  12.88033
 i= 1376 j= 1035 glon=  300.25 (0-360E) glon=  300.25 glat=  24.44 u=  -2.3000 v=  17.8500 vr= -10.18884 vt=  14.83577
 i= 1381 j= 1035 glon=  300.45 (0-360E) glon=  300.45 glat=  24.44 u=  -2.1500 v=  16.5300 vr=  -8.88316 vt=  14.10507
 i= 1286 j= 1040 glon=  296.65 (0-360E) glon=  296.65 glat=  24.24 u=   5.8600 v=  -6.4900 vr=  -1.48550 vt=   8.61702
 i= 1291 j= 1040 glon=  296.85 (0-360E) glon=  296.85 glat=  24.24 u=   6.4200 v=  -7.0500 vr=  -1.15235 vt=   9.46525
 i= 1296 j= 1040 glon=  297.05 (0-360E) glon=  297.05 glat=  24.24 u=   7.2900 v=  -7.1300 vr=  -1.17393 vt=  10.12931
 i= 1301 j= 1040 glon=  297.25 (0-360E) glon=  297.25 glat=  24.24 u=   8.8300 v=  -6.5900 vr=  -1.89555 vt=  10.85375
 i= 1306 j= 1040 glon=  297.45 (0-360E) glon=  297.45 glat=  24.24 u=   9.8800 v=  -6.0600 vr=  -2.00198 vt=  11.41622
 i= 1311 j= 1040 glon=  297.65 (0-360E) glon=  297.65 glat=  24.24 u=  10.3900 v=  -5.1800 vr=  -1.77783 vt=  11.47274
 i= 1316 j= 1040 glon=  297.85 (0-360E) glon=  297.85 glat=  24.24 u=  10.7500 v=  -3.7300 vr=  -1.75955 vt=  11.24186
 i= 1321 j= 1040 glon=  298.05 (0-360E) glon=  298.05 glat=  24.24 u=  11.2500 v=  -1.9700 vr=  -1.92091 vt=  11.25849
 i= 1326 j= 1040 glon=  298.25 (0-360E) glon=  298.25 glat=  24.24 u=  11.5700 v=  -0.1700 vr=  -1.88466 vt=  11.41674
 i= 1331 j= 1040 glon=  298.45 (0-360E) glon=  298.45 glat=  24.24 u=  11.9200 v=   1.6500 vr=  -1.69730 vt=  11.91336
 i= 1336 j= 1040 glon=  298.65 (0-360E) glon=  298.65 glat=  24.24 u=  12.3200 v=   3.3800 vr=  -1.23936 vt=  12.71498
 i= 1341 j= 1040 glon=  298.85 (0-360E) glon=  298.85 glat=  24.24 u=  12.6300 v=   5.8300 vr=  -1.34956 vt=  13.84502
 i= 1346 j= 1040 glon=  299.05 (0-360E) glon=  299.05 glat=  24.24 u=   8.7300 v=  12.0100 vr=  -6.58102 vt=  13.30951
 i= 1351 j= 1040 glon=  299.25 (0-360E) glon=  299.25 glat=  24.24 u=   6.4800 v=  10.9400 vr=  -5.24388 vt=  11.58342
 i= 1356 j= 1040 glon=  299.45 (0-360E) glon=  299.45 glat=  24.24 u=   4.8400 v=  10.8800 vr=  -4.99547 vt=  10.80950
 i= 1361 j= 1040 glon=  299.65 (0-360E) glon=  299.65 glat=  24.24 u=   2.9500 v=  11.0600 vr=  -5.48608 vt=  10.04635
 i= 1366 j= 1040 glon=  299.85 (0-360E) glon=  299.85 glat=  24.24 u=   1.1300 v=   9.6800 vr=  -5.24297 vt=   8.21527
 i= 1371 j= 1040 glon=  300.05 (0-360E) glon=  300.05 glat=  24.24 u=   0.0300 v=  13.4500 vr=  -7.79216 vt=  10.96292
 i= 1376 j= 1040 glon=  300.25 (0-360E) glon=  300.25 glat=  24.24 u=  -1.4800 v=  16.6300 vr= -10.16662 vt=  13.24338
 i= 1291 j= 1045 glon=  296.85 (0-360E) glon=  296.85 glat=  24.04 u=   6.9500 v=  -5.8700 vr=  -1.50750 vt=   8.97145
 i= 1296 j= 1045 glon=  297.05 (0-360E) glon=  297.05 glat=  24.04 u=   7.3400 v=  -6.1700 vr=  -0.98619 vt=   9.53792
 i= 1301 j= 1045 glon=  297.25 (0-360E) glon=  297.25 glat=  24.04 u=   8.0700 v=  -5.7400 vr=  -1.06230 vt=   9.84602
 i= 1306 j= 1045 glon=  297.45 (0-360E) glon=  297.45 glat=  24.04 u=   9.2100 v=  -4.6600 vr=  -1.73506 vt=  10.17493
 i= 1311 j= 1045 glon=  297.65 (0-360E) glon=  297.65 glat=  24.04 u=   9.9700 v=  -3.9900 vr=  -1.65534 vt=  10.61041
 i= 1316 j= 1045 glon=  297.85 (0-360E) glon=  297.85 glat=  24.04 u=  10.6200 v=  -3.0100 vr=  -1.57625 vt=  10.92520
 i= 1321 j= 1045 glon=  298.05 (0-360E) glon=  298.05 glat=  24.04 u=  11.3000 v=  -1.4500 vr=  -1.84252 vt=  11.24267
 i= 1326 j= 1045 glon=  298.25 (0-360E) glon=  298.25 glat=  24.04 u=  11.6700 v=   0.1700 vr=  -1.90970 vt=  11.51394
 i= 1331 j= 1045 glon=  298.45 (0-360E) glon=  298.45 glat=  24.04 u=  11.8400 v=   1.8800 vr=  -1.91935 vt=  11.83368
 i= 1336 j= 1045 glon=  298.65 (0-360E) glon=  298.65 glat=  24.04 u=  11.8000 v=   4.3200 vr=  -2.59067 vt=  12.29597
 i= 1341 j= 1045 glon=  298.85 (0-360E) glon=  298.85 glat=  24.04 u=  11.5600 v=   6.9500 vr=  -3.43315 vt=  13.04414
 i= 1346 j= 1045 glon=  299.05 (0-360E) glon=  299.05 glat=  24.04 u=   9.5800 v=  10.0300 vr=  -5.32989 vt=  12.80506
 i= 1351 j= 1045 glon=  299.25 (0-360E) glon=  299.25 glat=  24.04 u=   5.8300 v=  11.0200 vr=  -6.55533 vt=  10.60458
 i= 1356 j= 1045 glon=  299.45 (0-360E) glon=  299.45 glat=  24.04 u=   4.8900 v=  10.1400 vr=  -5.28248 vt=   9.94118
 i= 1361 j= 1045 glon=  299.65 (0-360E) glon=  299.65 glat=  24.04 u=   3.8300 v=   9.7500 vr=  -4.78586 vt=   9.31810
 i= 1366 j= 1045 glon=  299.85 (0-360E) glon=  299.85 glat=  24.04 u=   2.9800 v=  10.8500 vr=  -5.43295 vt=   9.85322
 i= 1371 j= 1045 glon=  300.05 (0-360E) glon=  300.05 glat=  24.04 u=  -0.9900 v=  14.0700 vr=  -9.87913 vt=  10.06716
 i= 1296 j= 1050 glon=  297.05 (0-360E) glon=  297.05 glat=  23.84 u=   7.3000 v=  -4.7700 vr=  -1.28897 vt=   8.62447
 i= 1301 j= 1050 glon=  297.25 (0-360E) glon=  297.25 glat=  23.84 u=   7.8100 v=  -4.4900 vr=  -1.17089 vt=   8.93226
 i= 1306 j= 1050 glon=  297.45 (0-360E) glon=  297.45 glat=  23.84 u=   8.3600 v=  -4.2600 vr=  -0.89902 vt=   9.33964
 i= 1311 j= 1050 glon=  297.65 (0-360E) glon=  297.65 glat=  23.84 u=   9.3900 v=  -3.2200 vr=  -1.40111 vt=   9.82738
 i= 1316 j= 1050 glon=  297.85 (0-360E) glon=  297.85 glat=  23.84 u=   9.9500 v=  -1.9100 vr=  -1.78097 vt=   9.97390
 i= 1321 j= 1050 glon=  298.05 (0-360E) glon=  298.05 glat=  23.84 u=  10.6200 v=  -0.6300 vr=  -2.03127 vt=  10.44295
 i= 1326 j= 1050 glon=  298.25 (0-360E) glon=  298.25 glat=  23.84 u=  10.9300 v=   0.6500 vr=  -2.05199 vt=  10.75531
 i= 1331 j= 1050 glon=  298.45 (0-360E) glon=  298.45 glat=  23.84 u=  10.7700 v=   1.9400 vr=  -1.97079 vt=  10.76441
 i= 1336 j= 1050 glon=  298.65 (0-360E) glon=  298.65 glat=  23.84 u=  10.5400 v=   3.5200 vr=  -2.19486 vt=  10.89333
 i= 1341 j= 1050 glon=  298.85 (0-360E) glon=  298.85 glat=  23.84 u=   9.3700 v=   6.5100 vr=  -4.03224 vt=  10.67324
 i= 1346 j= 1050 glon=  299.05 (0-360E) glon=  299.05 glat=  23.84 u=  10.2900 v=   9.3900 vr=  -5.14551 vt=  12.94527
 i= 1351 j= 1050 glon=  299.25 (0-360E) glon=  299.25 glat=  23.84 u=   6.6100 v=   9.0500 vr=  -5.10076 vt=   9.97882
 i= 1356 j= 1050 glon=  299.45 (0-360E) glon=  299.45 glat=  23.84 u=   5.2000 v=   8.6900 vr=  -4.57185 vt=   9.03628
 i= 1361 j= 1050 glon=  299.65 (0-360E) glon=  299.65 glat=  23.84 u=   3.6900 v=   8.8400 vr=  -4.81668 vt=   8.28018
 i= 1366 j= 1050 glon=  299.85 (0-360E) glon=  299.85 glat=  23.84 u=   2.1300 v=  10.5500 vr=  -6.49315 vt=   8.58361
 i= 1301 j= 1055 glon=  297.25 (0-360E) glon=  297.25 glat=  23.64 u=   7.3300 v=  -3.6100 vr=  -1.08176 vt=   8.09881
 i= 1306 j= 1055 glon=  297.45 (0-360E) glon=  297.45 glat=  23.64 u=   8.0200 v=  -2.9400 vr=  -1.34782 vt=   8.43489
 i= 1311 j= 1055 glon=  297.65 (0-360E) glon=  297.65 glat=  23.64 u=   8.8600 v=  -2.3000 vr=  -1.52314 vt=   9.02605
 i= 1316 j= 1055 glon=  297.85 (0-360E) glon=  297.85 glat=  23.64 u=   9.3500 v=  -1.5200 vr=  -1.54302 vt=   9.34623
 i= 1321 j= 1055 glon=  298.05 (0-360E) glon=  298.05 glat=  23.64 u=   9.5700 v=  -0.8600 vr=  -1.26486 vt=   9.52495
 i= 1326 j= 1055 glon=  298.25 (0-360E) glon=  298.25 glat=  23.64 u=   9.6200 v=  -0.0300 vr=  -1.05928 vt=   9.56155
 i= 1331 j= 1055 glon=  298.45 (0-360E) glon=  298.45 glat=  23.64 u=   9.4400 v=   1.1800 vr=  -1.20369 vt=   9.43701
 i= 1336 j= 1055 glon=  298.65 (0-360E) glon=  298.65 glat=  23.64 u=   8.8500 v=   3.1800 vr=  -2.20299 vt=   9.14230
 i= 1341 j= 1055 glon=  298.85 (0-360E) glon=  298.85 glat=  23.64 u=   8.3300 v=   5.1700 vr=  -3.25653 vt=   9.24731
 i= 1346 j= 1055 glon=  299.05 (0-360E) glon=  299.05 glat=  23.64 u=   8.0200 v=   7.1900 vr=  -4.29955 vt=   9.87575
 i= 1351 j= 1055 glon=  299.25 (0-360E) glon=  299.25 glat=  23.64 u=   6.6400 v=   7.3000 vr=  -3.98528 vt=   9.02757
 i= 1356 j= 1055 glon=  299.45 (0-360E) glon=  299.45 glat=  23.64 u=   4.9800 v=   7.4400 vr=  -4.09395 vt=   7.96201
 i= 1361 j= 1055 glon=  299.65 (0-360E) glon=  299.65 glat=  23.64 u=   2.9100 v=   7.4700 vr=  -4.60812 vt=   6.56005
 i= 1311 j= 1060 glon=  297.65 (0-360E) glon=  297.65 glat=  23.44 u=   8.1600 v=  -2.2300 vr=  -0.95387 vt=   8.40527
 i= 1316 j= 1060 glon=  297.85 (0-360E) glon=  297.85 glat=  23.44 u=   8.2600 v=  -1.5900 vr=  -0.85052 vt=   8.36853
 i= 1321 j= 1060 glon=  298.05 (0-360E) glon=  298.05 glat=  23.44 u=   8.6100 v=  -0.6000 vr=  -1.10662 vt=   8.55964
 i= 1326 j= 1060 glon=  298.25 (0-360E) glon=  298.25 glat=  23.44 u=   8.6800 v=   0.1200 vr=  -0.99606 vt=   8.62349
 i= 1331 j= 1060 glon=  298.45 (0-360E) glon=  298.45 glat=  23.44 u=   8.1100 v=   1.2700 vr=  -1.28813 vt=   8.10714
 i= 1336 j= 1060 glon=  298.65 (0-360E) glon=  298.65 glat=  23.44 u=   7.3900 v=   3.2900 vr=  -2.56079 vt=   7.67324
 i= 1341 j= 1060 glon=  298.85 (0-360E) glon=  298.85 glat=  23.44 u=   7.5300 v=   5.1200 vr=  -3.57359 vt=   8.37525
 i= 1346 j= 1060 glon=  299.05 (0-360E) glon=  299.05 glat=  23.44 u=   7.5800 v=   5.9600 vr=  -3.56737 vt=   8.95834
 i= 1351 j= 1060 glon=  299.25 (0-360E) glon=  299.25 glat=  23.44 u=   6.5200 v=   6.0200 vr=  -3.20599 vt=   8.27481
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    12.3453573575086       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     28.89 kts
    LL Wind Circ Vt mean quadmax value: SE     20.79 kts
    LL Wind Circ Vt mean quadmax value: SW     16.41 kts
    LL Wind Circ Vt mean quadmax value: NW     23.51 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    14.9804966499230       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.54932804067550       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.3789267702948     
   xcenlon=    298.541904939846     
   imax=         2738  jmax=         2041
   jlatfix=         1011
   ilonfix (unadjusted) =         1334
  
 In get_max_wind, ibeg=         1258  iend=         1409
                  jbeg=          943  jend=         1080
         ilonfix=         1334  jlatfix=         1011
 At end of get_max_wind, vmax=    21.5792909985477       rmax= 
   13.4046004341765     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.46 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.48 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   11.27 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.82 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.19 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   15.17 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   15.67 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   15.68 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   15.40 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   15.09 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   15.18 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   15.30 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   15.24 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   15.09 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   14.84 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   14.61 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   14.37 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   14.15 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   13.91 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   13.64 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   13.36 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   13.07 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   12.80 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   12.56 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   12.36 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   12.20 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   12.10 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   12.04 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   11.99 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   11.96 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   11.94 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   11.91 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   11.89 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   11.82 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   11.74 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   11.64 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   11.56 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   11.51 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   11.47 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   11.42 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    15.79 m/s   maxrmw_dist=    24.00  km   maxrmw_ix=    8
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    24.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    15.7889997769451      
  (m/s)   (in kts)=    30.6732898666712     
  rising_sum_dvdr=       5.32973114696040     
  declining_sum_dvdr=   -2.98636464141655     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    60 igrct=  1 Vmax (m/s)=   21.579   22:24:17
 TIMING: before call  getradii, fhr=    60 igrct=  1   22:24:17
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    4.25756509445309     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.25756509445309     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.2684411839580     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.2684411839580     
 mr4qs after add, mean_radii_vt_4quad_sum=    18.3814801025585     
 mr4qs before add, mean_radii_vt_4quad_sum=    18.3814801025585     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.7124807061672     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.71 good_quad_ct=   4 mean_vt_4quad=      2.93
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    7.14 mean_vt_4quad=    2.40
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    7.14 mean_vt_4quad=    2.47
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    7.11 mean_vt_4quad=    2.52
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    7.06 mean_vt_4quad=    2.58
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    7.01 mean_vt_4quad=    2.64
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    6.96 mean_vt_4quad=    2.70
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    6.98 mean_vt_4quad=    2.77
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    6.97 mean_vt_4quad=    2.85
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    7.01 mean_vt_4quad=    2.93
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    6.99 mean_vt_4quad=    3.01
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    7.01 mean_vt_4quad=    3.09
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    7.05 mean_vt_4quad=    3.17
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    7.08 mean_vt_4quad=    3.25
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    7.09 mean_vt_4quad=    3.34
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    7.10 mean_vt_4quad=    3.42
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    7.14 mean_vt_4quad=    3.51
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    7.19 mean_vt_4quad=    3.58
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    7.25 mean_vt_4quad=    3.66
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    7.31 mean_vt_4quad=    3.74
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    7.39 mean_vt_4quad=    3.82
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    7.45 mean_vt_4quad=    3.90
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    7.53 mean_vt_4quad=    3.98
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    7.60 mean_vt_4quad=    4.06
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    7.65 mean_vt_4quad=    4.13
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    7.72 mean_vt_4quad=    4.20
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    7.79 mean_vt_4quad=    4.27
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    7.84 mean_vt_4quad=    4.34
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    7.86 mean_vt_4quad=    4.40
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    7.88 mean_vt_4quad=    4.47
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    7.89 mean_vt_4quad=    4.54
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    7.97 mean_vt_4quad=    4.61
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    8.05 mean_vt_4quad=    4.68
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    8.11 mean_vt_4quad=    4.75
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    8.12 mean_vt_4quad=    4.82
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    8.17 mean_vt_4quad=    4.89
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    8.21 mean_vt_4quad=    4.96
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    8.31 mean_vt_4quad=    5.04
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    8.36 mean_vt_4quad=    5.11
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    8.40 mean_vt_4quad=    5.18
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    8.43 mean_vt_4quad=    5.26
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    8.45 mean_vt_4quad=    5.34
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    8.49 mean_vt_4quad=    5.41
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    8.56 mean_vt_4quad=    5.49
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    8.66 mean_vt_4quad=    5.58
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    8.79 mean_vt_4quad=    5.66
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    8.91 mean_vt_4quad=    5.74
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    9.00 mean_vt_4quad=    5.83
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    9.06 mean_vt_4quad=    5.92
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    9.11 mean_vt_4quad=    6.01
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    9.17 mean_vt_4quad=    6.10
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    9.21 mean_vt_4quad=    6.19
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    9.25 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    9.28 mean_vt_4quad=    6.38
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=    9.33 mean_vt_4quad=    6.48
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=    9.38 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=    9.44 mean_vt_4quad=    6.68
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=    9.55 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=    9.68 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=    9.84 mean_vt_4quad=    7.00
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   10.04 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   10.24 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   10.45 mean_vt_4quad=    7.35
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   10.68 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   10.93 mean_vt_4quad=    7.59
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   11.20 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   11.47 mean_vt_4quad=    7.83
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   11.72 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   11.96 mean_vt_4quad=    8.10
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   12.18 mean_vt_4quad=    8.24
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   12.39 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   12.58 mean_vt_4quad=    8.53
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   12.79 mean_vt_4quad=    8.66
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   13.00 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   13.21 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   13.43 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   13.62 mean_vt_4quad=    9.19
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   13.82 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   14.01 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   14.21 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   14.42 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   14.56 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   14.68 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   14.78 mean_vt_4quad=    9.92
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.94 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   15.17 mean_vt_4quad=   10.05
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   15.39 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   15.53 mean_vt_4quad=   10.18
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   15.64 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   15.84 mean_vt_4quad=   10.34
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   16.06 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   16.33 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   16.61 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   16.87 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   17.07 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   17.26 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   17.44 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   17.65 mean_vt_4quad=   11.43
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   11.43 .... 0.5*v_holland=    5.04
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   11.65 .... 0.5*v_holland=    5.04
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   11.89 .... 0.5*v_holland=    5.04
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   12.15 .... 0.5*v_holland=    5.04
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   12.41 .... 0.5*v_holland=    5.04
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.09 mean_vt_4quad=    2.40
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    6.20 mean_vt_4quad=    2.47
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    6.32 mean_vt_4quad=    2.52
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    6.40 mean_vt_4quad=    2.58
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    6.44 mean_vt_4quad=    2.64
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    6.48 mean_vt_4quad=    2.70
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    6.54 mean_vt_4quad=    2.77
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    6.58 mean_vt_4quad=    2.85
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    6.63 mean_vt_4quad=    2.93
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    6.73 mean_vt_4quad=    3.01
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    6.82 mean_vt_4quad=    3.09
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    6.89 mean_vt_4quad=    3.17
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    6.93 mean_vt_4quad=    3.25
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    6.91 mean_vt_4quad=    3.34
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    6.95 mean_vt_4quad=    3.42
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.01 mean_vt_4quad=    3.51
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.08 mean_vt_4quad=    3.58
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.19 mean_vt_4quad=    3.66
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.27 mean_vt_4quad=    3.74
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.37 mean_vt_4quad=    3.82
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.45 mean_vt_4quad=    3.90
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    7.49 mean_vt_4quad=    3.98
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    7.55 mean_vt_4quad=    4.06
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    7.61 mean_vt_4quad=    4.13
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    7.67 mean_vt_4quad=    4.20
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    7.76 mean_vt_4quad=    4.27
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    7.81 mean_vt_4quad=    4.34
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    7.85 mean_vt_4quad=    4.40
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    7.98 mean_vt_4quad=    4.47
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    8.24 mean_vt_4quad=    4.54
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    8.45 mean_vt_4quad=    4.61
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    8.67 mean_vt_4quad=    4.68
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    8.97 mean_vt_4quad=    4.75
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    9.30 mean_vt_4quad=    4.82
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    9.70 mean_vt_4quad=    4.89
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    9.93 mean_vt_4quad=    4.96
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    9.99 mean_vt_4quad=    5.04
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   10.00 mean_vt_4quad=    5.11
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    9.96 mean_vt_4quad=    5.18
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    9.98 mean_vt_4quad=    5.26
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    9.86 mean_vt_4quad=    5.34
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    9.80 mean_vt_4quad=    5.41
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    9.92 mean_vt_4quad=    5.49
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   10.02 mean_vt_4quad=    5.58
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   10.13 mean_vt_4quad=    5.66
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   10.25 mean_vt_4quad=    5.74
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   10.34 mean_vt_4quad=    5.83
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   10.41 mean_vt_4quad=    5.92
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   10.47 mean_vt_4quad=    6.01
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   10.52 mean_vt_4quad=    6.10
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   10.57 mean_vt_4quad=    6.19
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   10.66 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   10.75 mean_vt_4quad=    6.38
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   10.99 mean_vt_4quad=    6.48
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   11.31 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   11.62 mean_vt_4quad=    6.68
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   11.91 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   12.20 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   12.37 mean_vt_4quad=    7.00
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   12.54 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   12.80 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.07 mean_vt_4quad=    7.35
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.34 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.62 mean_vt_4quad=    7.59
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.91 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   14.18 mean_vt_4quad=    7.83
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.43 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.66 mean_vt_4quad=    8.10
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.95 mean_vt_4quad=    8.24
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   15.17 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   15.41 mean_vt_4quad=    8.53
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   15.56 mean_vt_4quad=    8.66
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   15.67 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   15.74 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   15.81 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   15.88 mean_vt_4quad=    9.19
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   16.12 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   16.49 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   16.68 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   16.76 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   17.09 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   17.58 mean_vt_4quad=    9.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=    9.84 .... 0.5*v_holland=    3.33
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=    9.92 .... 0.5*v_holland=    3.33
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=    9.98 .... 0.5*v_holland=    3.33
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   10.05 .... 0.5*v_holland=    3.33
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   10.11 .... 0.5*v_holland=    3.33
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.60 mean_vt_4quad=    2.40
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.90 mean_vt_4quad=    2.47
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    7.26 mean_vt_4quad=    2.52
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    7.49 mean_vt_4quad=    2.58
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    7.78 mean_vt_4quad=    2.64
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    8.05 mean_vt_4quad=    2.70
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    8.25 mean_vt_4quad=    2.77
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    8.17 mean_vt_4quad=    2.85
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    8.35 mean_vt_4quad=    2.93
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    8.55 mean_vt_4quad=    3.01
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    8.78 mean_vt_4quad=    3.09
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    8.92 mean_vt_4quad=    3.17
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    9.12 mean_vt_4quad=    3.25
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    9.35 mean_vt_4quad=    3.34
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    9.47 mean_vt_4quad=    3.42
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    9.75 mean_vt_4quad=    3.51
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    9.98 mean_vt_4quad=    3.58
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   10.17 mean_vt_4quad=    3.66
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   10.46 mean_vt_4quad=    3.74
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   10.60 mean_vt_4quad=    3.82
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   10.67 mean_vt_4quad=    3.90
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   10.94 mean_vt_4quad=    3.98
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   11.07 mean_vt_4quad=    4.06
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   11.39 mean_vt_4quad=    4.13
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   11.32 mean_vt_4quad=    4.20
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   11.22 mean_vt_4quad=    4.27
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   10.99 mean_vt_4quad=    4.34
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   10.60 mean_vt_4quad=    4.40
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   10.16 mean_vt_4quad=    4.47
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    9.73 mean_vt_4quad=    4.54
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    9.22 mean_vt_4quad=    4.61
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    8.77 mean_vt_4quad=    4.68
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    8.47 mean_vt_4quad=    4.75
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    8.29 mean_vt_4quad=    4.82
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    8.15 mean_vt_4quad=    4.89
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    8.02 mean_vt_4quad=    4.96
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.90 mean_vt_4quad=    5.04
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    7.78 mean_vt_4quad=    5.11
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    7.62 mean_vt_4quad=    5.18
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    7.45 mean_vt_4quad=    5.26
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    7.47 mean_vt_4quad=    5.34
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    7.54 mean_vt_4quad=    5.41
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    7.62 mean_vt_4quad=    5.49
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    7.68 mean_vt_4quad=    5.58
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    7.75 mean_vt_4quad=    5.66
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    7.81 mean_vt_4quad=    5.74
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    7.89 mean_vt_4quad=    5.83
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    7.97 mean_vt_4quad=    5.92
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    8.05 mean_vt_4quad=    6.01
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    8.14 mean_vt_4quad=    6.10
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    8.23 mean_vt_4quad=    6.19
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    8.33 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    8.44 mean_vt_4quad=    6.38
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    8.54 mean_vt_4quad=    6.48
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    8.67 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    8.79 mean_vt_4quad=    6.68
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    8.89 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    8.98 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    9.05 mean_vt_4quad=    7.00
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    9.11 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    9.17 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    9.24 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    9.28 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    9.31 mean_vt_4quad=    7.59
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    9.29 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    9.25 mean_vt_4quad=    7.83
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    9.21 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=    9.16 mean_vt_4quad=    8.10
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=    9.23 mean_vt_4quad=    8.24
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=    9.33 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=    9.44 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=    9.55 mean_vt_4quad=    8.66
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=    9.66 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=    9.73 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=    9.78 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=    9.80 mean_vt_4quad=    9.19
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=    9.81 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=    9.78 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=    9.74 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=    9.67 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=    9.60 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=    9.54 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=    9.47 mean_vt_4quad=    9.92
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=    9.37 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=    9.28 mean_vt_4quad=   10.05
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=    9.19 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=    9.19 mean_vt_4quad=   10.18
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=    9.23 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=    9.31 mean_vt_4quad=   10.34
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=    9.43 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=    9.56 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=    9.71 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=    9.87 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   10.01 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   10.14 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   10.20 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   10.20 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   10.13 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   10.01 mean_vt_4quad=   11.89
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=    9.98 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   10.09 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   10.41 mean_vt_4quad=   12.67
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   10.71 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   11.03 mean_vt_4quad=   13.18
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   11.36 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   11.70 mean_vt_4quad=   13.69
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   12.09 mean_vt_4quad=   13.98
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   12.54 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   13.07 mean_vt_4quad=   14.60
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   13.65 mean_vt_4quad=   14.78
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   14.20 mean_vt_4quad=   14.78
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   14.64 mean_vt_4quad=   14.70
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   14.87 mean_vt_4quad=   14.75
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   14.69 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   13.97 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   14.02 mean_vt_4quad=   14.98
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   13.67 mean_vt_4quad=   14.62
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   12.93 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   11.97 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   11.38 mean_vt_4quad=   10.82
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   11.30 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   11.30 mean_vt_4quad=    5.86
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   11.35 mean_vt_4quad=    2.93
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.97 mean_vt_4quad=    2.40
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    6.03 mean_vt_4quad=    2.47
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    6.06 mean_vt_4quad=    2.52
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    6.09 mean_vt_4quad=    2.58
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    6.10 mean_vt_4quad=    2.64
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    6.11 mean_vt_4quad=    2.70
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    6.06 mean_vt_4quad=    2.77
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.98 mean_vt_4quad=    2.85
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.93 mean_vt_4quad=    2.93
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    5.98 mean_vt_4quad=    3.01
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.99 mean_vt_4quad=    3.09
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.04 mean_vt_4quad=    3.17
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    6.05 mean_vt_4quad=    3.25
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    6.03 mean_vt_4quad=    3.34
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.97 mean_vt_4quad=    3.42
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    5.93 mean_vt_4quad=    3.51
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    5.88 mean_vt_4quad=    3.58
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    5.83 mean_vt_4quad=    3.66
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    5.75 mean_vt_4quad=    3.74
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    5.69 mean_vt_4quad=    3.82
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    5.71 mean_vt_4quad=    3.90
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    5.76 mean_vt_4quad=    3.98
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    5.83 mean_vt_4quad=    4.06
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    5.93 mean_vt_4quad=    4.13
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    6.02 mean_vt_4quad=    4.20
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    6.10 mean_vt_4quad=    4.27
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    6.11 mean_vt_4quad=    4.34
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    6.02 mean_vt_4quad=    4.40
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    5.89 mean_vt_4quad=    4.47
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    5.75 mean_vt_4quad=    4.54
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    5.66 mean_vt_4quad=    4.61
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    5.60 mean_vt_4quad=    4.68
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    5.55 mean_vt_4quad=    4.75
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    5.60 mean_vt_4quad=    4.82
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    5.68 mean_vt_4quad=    4.89
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    5.80 mean_vt_4quad=    4.96
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    5.95 mean_vt_4quad=    5.04
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.12 mean_vt_4quad=    5.11
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.25 mean_vt_4quad=    5.18
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    6.35 mean_vt_4quad=    5.26
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    6.37 mean_vt_4quad=    5.34
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    6.34 mean_vt_4quad=    5.41
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    6.29 mean_vt_4quad=    5.49
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    6.21 mean_vt_4quad=    5.58
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    6.13 mean_vt_4quad=    5.66
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    6.08 mean_vt_4quad=    5.74
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    6.22 mean_vt_4quad=    5.83
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    6.39 mean_vt_4quad=    5.92
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    6.50 mean_vt_4quad=    6.01
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    6.59 mean_vt_4quad=    6.10
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    6.69 mean_vt_4quad=    6.19
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    6.77 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    6.80 mean_vt_4quad=    6.38
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    6.83 mean_vt_4quad=    6.48
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    6.86 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    6.88 mean_vt_4quad=    6.68
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    6.88 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    6.88 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    6.84 mean_vt_4quad=    7.00
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    6.77 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    6.75 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    6.77 mean_vt_4quad=    7.35
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    6.87 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    7.12 mean_vt_4quad=    7.59
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    7.34 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    7.55 mean_vt_4quad=    7.83
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    7.74 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    7.99 mean_vt_4quad=    8.10
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    8.29 mean_vt_4quad=    8.24
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    8.60 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    8.93 mean_vt_4quad=    8.53
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    9.31 mean_vt_4quad=    8.66
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    9.74 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   10.20 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   10.68 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   11.14 mean_vt_4quad=    9.19
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   11.57 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   11.92 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   12.19 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   12.33 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   12.39 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   12.46 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   12.57 mean_vt_4quad=    9.92
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   12.71 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   12.82 mean_vt_4quad=   10.05
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   12.92 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   12.97 mean_vt_4quad=   10.18
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   13.06 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   13.12 mean_vt_4quad=   10.34
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   13.17 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   13.24 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   13.36 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   13.47 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   13.59 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   13.68 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   13.89 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   14.49 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   15.20 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   15.87 mean_vt_4quad=   11.89
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   16.47 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   17.02 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   17.35 mean_vt_4quad=   12.67
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   17.59 mean_vt_4quad=   12.92
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   12.92 .... 0.5*v_holland=    6.30
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   13.18 .... 0.5*v_holland=    6.30
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   13.43 .... 0.5*v_holland=    6.30
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   13.69 .... 0.5*v_holland=    6.30
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   13.98 .... 0.5*v_holland=    6.30
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.5792909985477       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    60 igrct=  1   22:24:17
 TIMING: after getrad_iter_loop, fhr=    60 igrct=  2 Vmax (m/s)=   21.579   22:24:17
 TIMING: Before get_phase ... 22:24:17
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           60 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   348.958
  
  
  In get_cps_paramb, lead time=           60 :           0   00L  NATL     
   right_ct=          877   left_ct=          879
   zthicksum(1)=    2973265.13081250     
   zthicksum(2)=    2981930.97893750     
   zthick_right_mean=    3390.26810811004     
   zthick_left_mean=     3392.41294532139     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -2.14483721135093     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            2.87
  Sum of y-diffs squared (ydiff2) =         1047.90
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   121.96   6.7452       18.82   0.1661     0.38     0.14      354.04
    2   115.40   6.6846       12.26   0.1055     0.55     0.30      150.21
    3   107.18   6.6201        4.03   0.0409    -0.51     0.26       16.26
    4    99.22   6.5511       -3.92  -0.0281    -0.80     0.65       15.37
    5    91.14   6.4770      -12.00  -0.1022    -0.66     0.43      144.00
    6    83.96   6.3969      -19.18  -0.1822     1.04     1.09      368.03
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   103.144     x:    6.58
  
  slope=    111.002         y-intercept =   -627.153
  Regression equation:   Y =  -627.15 +   111.00X
  
  R2(r_squared) =  0.9973        r =  0.9986
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1084.27 zmin=  957.28 zdiff=  126.98
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1576.37 zmin= 1454.41 zdiff=  121.96
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.02 dlnp=     -0.057158  dzdlnp=       87.896
  
   +++ k=  3 press=    800.0 zmax= 2093.64 zmin= 1978.24 zdiff=  115.40
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -6.56 dlnp=     -0.060625  dzdlnp=      108.207
  
   +++ k=  4 press=    750.0 zmax= 2638.49 zmin= 2531.31 zdiff=  107.18
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.22 dlnp=     -0.064539  dzdlnp=      127.428
  
   +++ k=  5 press=    700.0 zmax= 3214.22 zmin= 3114.99 zdiff=   99.22
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -7.95 dlnp=     -0.068993  dzdlnp=      115.258
  
   +++ k=  6 press=    650.0 zmax= 3825.01 zmin= 3733.87 zdiff=   91.14
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -8.08 dlnp=     -0.074108  dzdlnp=      109.030
  
   +++ k=  7 press=    600.0 zmax= 4475.54 zmin= 4391.58 zdiff=   83.96
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -7.18 dlnp=     -0.080043  dzdlnp=       89.752
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           17.57
  Sum of y-diffs squared (ydiff2) =         1410.29
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    76.30   6.3099       20.95   0.2788     0.40     0.16      438.82
    2    69.70   6.2146       14.35   0.1834     0.82     0.68      205.87
    3    60.88   6.1092        5.53   0.0781    -0.23     0.05       30.60
    4    52.18   5.9915       -3.17  -0.0397    -0.25     0.06       10.06
    5    39.34   5.8579      -16.00  -0.1732    -3.23    10.45      256.13
    6    33.70   5.7038      -21.65  -0.3274     2.48     6.17      468.81
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    55.348     x:    6.03
  
  slope=     73.727         y-intercept =   -389.313
  Regression equation:   Y =  -389.31 +    73.73X
  
  R2(r_squared) =  0.9875        r =  0.9938
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4475.54 zmin= 4391.58 zdiff=   83.96
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5172.36 zmin= 5096.06 zdiff=   76.30
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -7.66 dlnp=     -0.087011  dzdlnp=       88.080
  
   +++ k=  9 press=    500.0 zmax= 5924.76 zmin= 5855.06 zdiff=   69.70
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -6.60 dlnp=     -0.095310  dzdlnp=       69.248
  
   +++ k= 10 press=    450.0 zmax= 6741.99 zmin= 6681.11 zdiff=   60.88
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -8.82 dlnp=     -0.105361  dzdlnp=       83.675
  
   +++ k= 11 press=    400.0 zmax= 7636.96 zmin= 7584.78 zdiff=   52.18
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -8.70 dlnp=     -0.117783  dzdlnp=       73.899
  
   +++ k= 12 press=    350.0 zmax= 8627.52 zmin= 8588.18 zdiff=   39.34
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -12.83 dlnp=     -0.133531  dzdlnp=       96.097
  
   +++ k= 13 press=    300.0 zmax= 9746.66 zmin= 9712.96 zdiff=   33.70
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -5.65 dlnp=     -0.154151  dzdlnp=       36.639
  
cps_stats: 00L   lead time=  60: 0   paramb=    -2.14  vtl=    111.00  vtu=     73.73
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   60:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.542 (0-360) guesslon=  298.542E  (  61.458W)   guesslat=   25.379
 ilonfix=         1334  jlatfix=         1011  npts=           33
 ibeg=         1261  jbeg=          943  imax=         2738
 iend=         1407  jend=         1079  jmax=         2041
 TIMING: find_maxmin 1  22:24:17
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.222E  (0-360) ctlon=  297.222E  (  62.778W)  ctlat=   25.659 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:17
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  297.222E   (0-360) guesslon=  297.222E  (  62.778W)   guesslat=   25.659
 ilonfix=         1301  jlatfix=         1004  npts=           16
 ibeg=         1252  jbeg=          960  imax=         2738
 iend=         1350  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.002E  (0-360) ctlon=  297.002  (  62.998W)  ctlat=   25.739 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    60:00  mean_lon:  297.00E (  63.00W)    (0-360) mean_lon=  297.00E  mean_lat:   25.74  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    60:00  ifix:  1271   jfix:   979  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1271  jx=          979
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         583 ,         292 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         582 ,         291 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    60:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:24:18
 TIMING: Before shear ... 22:24:18
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           11
  clon(ist,ifh,3)=    298.453174219733     
  clat(ist,ifh,3)=    25.2693190272652     
  fixlon(ist,ifh)=    298.541904939846     
  fixlat(ist,ifh)=    25.3789267702948     
  xcenlon=    298.453174219733     
  xcenlat=    25.2693190272652     
  
 xxshear
 In get_shear A, xcenlon=    298.453174219733       xcenlat= 
   25.2693190272652     
   In get_shear B, (0-360) xcenlon=    298.453174219733     
  
At start of get_shear:  00L   fhr=   60:00   Mean fix position=   298.54E  ( 61.46W)    25.38  (0-360) mean lon fix=  298.54
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   15.06 vr_mean(idist,ilev)=    0.60
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   14.27 vr_mean(idist,ilev)=    1.94
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   13.87 vr_mean(idist,ilev)=   -0.65
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   13.43 vr_mean(idist,ilev)=   -1.13
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   13.06 vr_mean(idist,ilev)=   -1.20
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   12.28 vr_mean(idist,ilev)=   -0.86
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   10.64 vr_mean(idist,ilev)=   -0.56
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=    9.18 vr_mean(idist,ilev)=   -0.37
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    7.82 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    6.91 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    6.02 vr_mean(idist,ilev)=    0.11
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    5.19 vr_mean(idist,ilev)=    0.54
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    4.73 vr_mean(idist,ilev)=    0.34
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    4.06 vr_mean(idist,ilev)=    0.21
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    3.41 vr_mean(idist,ilev)=    0.18
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    2.71 vr_mean(idist,ilev)=    0.29
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    2.18 vr_mean(idist,ilev)=    0.23
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    1.73 vr_mean(idist,ilev)=    0.24
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    1.24 vr_mean(idist,ilev)=    0.29
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -13.89 vr_mean(idist,ilev)=   13.89
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -20.83 vr_mean(idist,ilev)=   20.83
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -27.78 vr_mean(idist,ilev)=   27.78
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -34.73 vr_mean(idist,ilev)=   34.73
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -41.68 vr_mean(idist,ilev)=   41.68
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -48.63 vr_mean(idist,ilev)=   48.63
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -55.58 vr_mean(idist,ilev)=   55.58
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -62.54 vr_mean(idist,ilev)=   62.54
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -69.51 vr_mean(idist,ilev)=   69.51
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -76.47 vr_mean(idist,ilev)=   76.47
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -83.44 vr_mean(idist,ilev)=   83.44
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -90.42 vr_mean(idist,ilev)=   90.42
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -97.40 vr_mean(idist,ilev)=   97.40
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -104.39 vr_mean(idist,ilev)=  104.39
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -111.39 vr_mean(idist,ilev)=  111.39
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -118.39 vr_mean(idist,ilev)=  118.39
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -125.41 vr_mean(idist,ilev)=  125.41
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -132.43 vr_mean(idist,ilev)=  132.43
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -139.46 vr_mean(idist,ilev)=  139.46
  
 At end of get_shear: 
     ist=    1 ifh=   11 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:24:18
  
 After call to fixcenter, fix positions at 
 forecast hour=   60:00 follow:
  
fixpos  00L   fhr=   60:00   Fix position=   298.54E  ( 61.46W)    25.38   Max Wind=  42 kts
  
  
 xxxx get_next_ges, prev fix lon=    298.659534378873     
 xxxx get_next_ges, curr fix lon=    298.541904939846     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.541904939846        fixlat=    25.3789267702948     
        (0-360) fixlon=    298.541904939846     
      ilonfix=         1334   jlatfix=         1011
      ibeg=          858   iend=         1810
      jbeg=          559   jend=         1463
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.397826941593398       vavg=    2.99359979189855     
      ubar=   9.945673539834957E-002  vbar=   0.748399947974638     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   4.433744810252065E-002  vavg=   0.928919626977148     
      ubar=   0.121625459449610       vbar=    1.21285976146321     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.384755707727141       vavg=   9.673483801623341E-002
      ubar=   0.217814386381395       vbar=    1.23704347096727     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.217814386381395       vbar=    1.23704347096727     
      wgttot=    1.00000000000000     
      fixlon=    298.541904939846        fixlat=    25.3789267702948     
      barnlon=    298.588782376679       barnlat=    25.6192268107903     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.902592221077246     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.588782376679     
     Raw (no conversion for GM wrap) extraplon=    298.423743933358     
  
 --- barnlon=    298.59E  (  61.41W)    barnlat=     25.62
 --- extraplon=  298.42E  (  61.58W)    extraplat=   25.92
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.38
 | Current fix lon is   61.46W   ( 298.54E)
 | Current fix lon (raw, unadjusted)=  298.54E
 | Updated guess lat for next fcst hour is   25.77
 | Updated guess lon (0-360) for next fcst hour is   61.49W   ( 298.51E)
 | Raw updated guess lon for next fcst hour is  298.51E)
 -------------------------------------------------
  
 iocheck, dist=    43.7828292719832        distm=    43782.8292719832     
 iocheck, stmspd=    2.02698283666589        istmspd=           39
 iocheck, xincr=  -3.564178482753277E-002   yincr=   0.392433487584523     
 iocheck, stmdir=    354.810492568681        istmdir=          355
 +++ RPT_STORM_MOTION: istmspd=    39 kts(*10)    istmdir=   355 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  11
     Fix location for this time:   298.54E  ( 61.46W)    25.38
     Fix lon (raw) for this time:  298.54E
     ilonfix= 1334  jlatfix= 1011
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.541904939846       xcenlat=    25.3789267702948     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.541904939846       xcenlat=    25.3789267702948     
  ilonfix=         1334  jlatfix=         1011
  ibeg=         1212  iend=         1456
  jbeg=          895  jend=         1127  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.541904939846        xcenlat=    25.3789267702948     
      ilonfix=         1334   jlatfix=         1011
      ibeg=         1212   iend=         1456
      jbeg=          895   jend=         1127
 After call to barnes, xsmoothval=   1.797622495980159E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.797622495980159E-004
      xcenlon=    298.541904939846        xcenlat=    25.3789267702948     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000180  imeanzeta (*1e6)=      180
   --- mean zeta raw =   1.797622495980159E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003435  igrid zeta (*1e6)=     3435 ifilret=   0
   --- grid zeta raw=   3.435349815687993E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.541904939846       xcenlat=    25.3789267702948     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.541904939846       xcenlat=    25.3789267702948     
  ilonfix=         1334  jlatfix=         1011
  ibeg=         1212  iend=         1456
  jbeg=          895  jend=         1127  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.541904939846        xcenlat=    25.3789267702948     
      ilonfix=         1334   jlatfix=         1011
      ibeg=         1212   iend=         1456
      jbeg=          895   jend=         1127
 After call to barnes, xsmoothval=   1.637257960529262E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.637257960529262E-004
      xcenlon=    298.541904939846        xcenlat=    25.3789267702948     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000164  imeanzeta (*1e6)=      164
   --- mean zeta raw =   1.637257960529262E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003027  igrid zeta (*1e6)=     3027 ifilret=   0
   --- grid zeta raw=   3.027441770923878E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           60
  
 segx, outlon=    298.541904939846       outlat=    25.3789267702948     
   ist=            1  ifcsthour=           60
   vmaxwind=    21.5792909985477       xminmslp=    100338.830000000     
   vradius=           44           0           0          68           0
           0           0           0           0          34           0
           0
   maxstorm=            6
   plastbar=    101138.830000000       rlastbar=    21.5877544166524     
   rmax=    13.4046004341765     
   cps_vals=   -2.14483721135093        111.001756698225     
   73.7272841327806     
   wcore_flag= n
   istmspd=           39  istmdir=          355
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    24.0000000000000     
   axisymet_rmw_val=     15.7889997769451     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   21.5877544166524       irlastbar=          22
 output: plastbar=   101138.830000000       iplastbar=        1011
 rmax=    13.4046004341765        irmax=           13
 TXX top of atcfunix_ext, ist=            1  ifh=           60
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   21.5877544166524       irlastbar=          22
 output: plastbar=   101138.830000000       iplastbar=        1011
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           60
 intlat=          254
 clatns= N
 intlon=          615
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           42
 int(xminmslp/mslp_outp_adj + 0.5)=         1003
 XX,  34, NEQ
 vradius(1,1)=           44
 vradius(1,2)=           68
 vradius(1,3)=            0
 vradius(1,4)=           34
 iplastbar=         1011
 irlastbar=           22
 irmax=           13
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          355
 istmspd=           39
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          -21
 icps_vals(2)=         1110
 icps_vals(3)=          737
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           13
 irmw_val=           31
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          180
 igridzeta(1)=         3435
 imeanzeta(2)=          164
 igridzeta(2)=         3027
  
 rmax=    13.4046004341765        irmax=           13
 +++ Top of output_atcf_parms, ist=            1  ifh=           60
  
 xxxx get_next_ges, prev fix lon=    298.659534378873     
 xxxx get_next_ges, curr fix lon=    298.541904939846     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.541904939846        fixlat=    25.3789267702948     
        (0-360) fixlon=    298.541904939846     
      ilonfix=         1334   jlatfix=         1011
      ibeg=          858   iend=         1810
      jbeg=          559   jend=         1463
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   0.397826941593398       vavg=    2.99359979189855     
      ubar=   9.945673539834957E-002  vbar=   0.748399947974638     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   4.433744810252065E-002  vavg=   0.928919626977148     
      ubar=   0.121625459449610       vbar=    1.21285976146321     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   0.384755707727141       vavg=   9.673483801623341E-002
      ubar=   0.217814386381395       vbar=    1.23704347096727     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   0.217814386381395       vbar=    1.23704347096727     
      wgttot=    1.00000000000000     
      fixlon=    298.541904939846        fixlat=    25.3789267702948     
      barnlon=    298.588782376679       barnlat=    25.6192268107903     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.902592221077246     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.588782376679     
     Raw (no conversion for GM wrap) extraplon=    298.423743933358     
  
 --- barnlon=    298.59E  (  61.41W)    barnlat=     25.62
 --- extraplon=  298.42E  (  61.58W)    extraplat=   25.92
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.38
 | Current fix lon is   61.46W   ( 298.54E)
 | Current fix lon (raw, unadjusted)=  298.54E
 | Updated guess lat for next fcst hour is   25.77
 | Updated guess lon (0-360) for next fcst hour is   61.49W   ( 298.51E)
 | Raw updated guess lon for next fcst hour is  298.51E)
 -------------------------------------------------
  
 iocheck, dist=    43.7828292719832        distm=    43782.8292719832     
 iocheck, stmspd=    2.02698283666589        istmspd=           39
 iocheck, xincr=  -3.564178482753277E-002   yincr=   0.392433487584523     
 iocheck, stmdir=    354.810492568681        istmdir=          355
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   60:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.299831740966723E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.130E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax (x10e5) =        0.118E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.077620722238482E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.108E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax (x10e5) =        0.107E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.122E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax =       -0.100E+16 fmin =        0.121E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.288E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax =       -0.100E+16 fmin =        0.287E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.977E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax =       -0.100E+16 fmin =        0.977E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.547 (0-360) guesslon=  293.547E  (  66.453W)   guesslat=   35.831
 ilonfix=         1209  jlatfix=          750  npts=           33
 ibeg=         1132  jbeg=          682  imax=         2738
 iend=         1286  jend=          818  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.792067202608906E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.827E  (0-360) ctlon=  293.827E  (  66.173W)  ctlat=   35.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.879E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.827E   (0-360) guesslon=  293.827E  (  66.173W)   guesslat=   35.711
 ilonfix=         1216  jlatfix=          753  npts=           16
 ibeg=         1163  jbeg=          709  imax=         2738
 iend=         1269  jend=          797  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.807E  (0-360) ctlon=  293.807  (  66.193W)  ctlat=   35.591 fmax (x10e5) =        0.796E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    293.759765035205        uvgeslat=    35.6347156437213     
    (0-360 uvgeslon)=    293.759765035205     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.759765035205        uvgeslat=    35.6347156437213     
    (0-360 uvgeslon)=    293.759765035205     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.759765035205     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.760E  (0-360E lon):  293.760E    66.240W  ctlat=   35.635  xmax_circul_disk =     165264659.7
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.760E  (0-360E)=  293.760E  (  66.240W)   guesslat=   35.635
 ilonfix=         1214  jlatfix=          755  npts=           56
 ibeg=         1141  jbeg=          691  imax=         2738
 iend=         1287  jend=          819  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    165847203.849779     
 nhalf get_wind_circ, k=  1 ctlon=  293.720E  (0-360E)=  293.720E  ctlon=   66.280W   ctlat=   35.595 Wind Circulation (NHEM: Max) =     165847203.8
 TIMING: After GWC 850 ... 22:24:18
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.759765035205        uvgeslat=    35.6347156437213     
    (0-360 uvgeslon)=    293.759765035205     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.759765035205     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.760E  (0-360E lon):  293.760E    66.240W  ctlat=   35.635  xmax_circul_disk =     159841704.3
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.760E  (0-360E)=  293.760E  (  66.240W)   guesslat=   35.635
 ilonfix=         1214  jlatfix=          755  npts=           56
 ibeg=         1141  jbeg=          691  imax=         2738
 iend=         1287  jend=          819  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    160184027.180508     
 nhalf get_wind_circ, k=  1 ctlon=  293.780E  (0-360E)=  293.780E  ctlon=   66.220W   ctlat=   35.535 Wind Circulation (NHEM: Max) =     160184027.2
 TIMING: After GWC 700 ... 22:24:18
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.759765035205        uvgeslat=    35.6347156437213     
    (0-360 uvgeslon)=    293.759765035205     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.759765035205     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.760E  (0-360E lon):  293.760E    66.240W  ctlat=   35.635  xmax_circul_disk =     106182551.6
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.760E  (0-360E)=  293.760E  (  66.240W)   guesslat=   35.635
 ilonfix=         1214  jlatfix=          755  npts=           56
 ibeg=         1141  jbeg=          691  imax=         2738
 iend=         1287  jend=          819  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    106378479.564099     
 nhalf get_wind_circ, k=  1 ctlon=  293.720E  (0-360E)=  293.720E  ctlon=   66.280W   ctlat=   35.595 Wind Circulation (NHEM: Max) =     106378479.6
 TIMING: After GWC Sfc ... 22:24:18
  
 At beg of fixcenter, stderr(ist,ifh-1) =     1.74  xavg_stderr=     2.19
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           11  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    60:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  293.55E   (0-360) guesslon=  293.55E  ( 66.45W)    35.83
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       293.81       66.19      35.59          118.30       T         35.54
   2    zeta 700    Max       293.81       66.19      35.59          106.98       T         35.54
   3    circ 850    Max       293.72       66.28      35.59          165.85       T         30.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       293.78       66.22      35.53          160.18       T         39.09
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       293.81       66.19      35.59         1213.88       T         35.54
   8     gph 700    Min       293.81       66.19      35.59         2874.79       T         35.54
   9        MSLP    Min       293.81       66.19      35.59        97653.67       T         35.54
  10    circ sfc    Max       293.72       66.28      35.59          106.38       T         30.56
  11    zeta sfc    Max       293.81       66.19      35.59           79.57       T         35.54
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    3.36407930000664       stderr_close= 
   1.76598020014634       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
 ip=  2 kprm=  2 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
 ip=  3 kprm=  3 dist_from_mean=   5.950 devia=   1.190 wtpos=  0.67255     293.72   293.72    66.28    35.59
 ip=  5 kprm=  4 dist_from_mean=   5.678 devia=   1.136 wtpos=  0.68488     293.78   293.78    66.22    35.53
 ip=  7 kprm=  5 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
 ip=  8 kprm=  6 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
 ip=  9 kprm=  7 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
 ip= 10 kprm=  8 dist_from_mean=   5.950 devia=   1.190 wtpos=  0.67255     293.72   293.72    66.28    35.59
 ip= 11 kprm=  9 dist_from_mean=   2.116 devia=   0.423 wtpos=  0.86841     293.81   293.81    66.19    35.59
  
At end of fixcenter:  08L   fhr=   60:00   Fix position=   293.79E  (0-360) fixlon=  293.79  ( 66.21W)    35.59
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    293.788244060287     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    293.807036580659     
        (0-360E clon(ist,ifh,9))=    293.807036580659     
      clat(ist,ifh,9)=    35.5910803709940     
      xval(9)=    97653.6687329550     
  
  After get_ij B, ibeg jbeg =         1103         618
  After get_ij B, iend jend =         1327         894
  
 In is_it_a_storm, ilonfix=         1215  jlatfix=          756
 ibeg jbeg iend jend =         1103         618        1327         894
 cparm= slp  parmlon parmlat =    293.807036580659        35.5910803709940     
     (0-360E parmlon) =    293.807036580659     
 parmval=    97653.6687329550     
  
 i= 1188 j=  693 glon=  292.73 (0-360E) glon=  292.73 glat=  38.12 dist=   297.18 slp=  100408.11 pgradient=  9.26851
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  9.26851
 mslp center =    293.807036580659        35.5910803709940     
   97653.6687329550     
   (0-360E) lon of mslp center =    293.807036580659     
 pgrad loc   =    292.728813000000        292.728813000000     
   67.2711870000000        38.1206950000000        100408.110000000     
  ttest at location C IF....
      xinp_fixlat=    35.5910803709940     
      xinp_fixlon=    293.807036580659       (0-360E) xinp_fixlon= 
   293.807036580659     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96301.2300000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1214  jfix=          756
 longitude=    293.807036580659      E   (   66.1929634193409      
 W)  (0-360E) xinp_fixlon=    293.807036580659     
 latitude=    35.5910803709940     
 mean mslp value (xval(9))=    97653.6687329550     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1214  jfix=          756
 longitude=    293.807036580659      E   (   66.1929634193409      
 W)  (0-360E) xinp_fixlon=    293.807036580659     
 latitude=    35.5910803709940     
 mean mslp value (xval(9))=    97653.6687329550     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1214  jx=          756
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96301.2300000000       xcentval=    96301.2300000000     
 At A, num_found_contours=            0
 At A, contlo=    96301.2300000000       conthi=    96701.2300000000     
  
 num_found_contours=            0
 contlo=    96301.2300000000       conthi=    96701.2300000000     
 xcentval=    96301.2300000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96701.2300000000       conthi=    97101.2300000000     
  
 num_found_contours=            1
 contlo=    96701.2300000000       conthi=    97101.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            2
 At A, contlo=    97101.2300000000       conthi=    97501.2300000000     
  
 num_found_contours=            2
 contlo=    97101.2300000000       conthi=    97501.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            3
 At A, contlo=    97501.2300000000       conthi=    97901.2300000000     
  
 num_found_contours=            3
 contlo=    97501.2300000000       conthi=    97901.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            4
 At A, contlo=    97901.2300000000       conthi=    98301.2300000000     
  
 num_found_contours=            4
 contlo=    97901.2300000000       conthi=    98301.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            5
 At A, contlo=    98301.2300000000       conthi=    98701.2300000000     
  
 num_found_contours=            5
 contlo=    98301.2300000000       conthi=    98701.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            6
 At A, contlo=    98701.2300000000       conthi=    99101.2300000000     
  
 num_found_contours=            6
 contlo=    98701.2300000000       conthi=    99101.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            7
 At A, contlo=    99101.2300000000       conthi=    99501.2300000000     
  
 num_found_contours=            7
 contlo=    99101.2300000000       conthi=    99501.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            8
 At A, contlo=    99501.2300000000       conthi=    99901.2300000000     
  
 num_found_contours=            8
 contlo=    99501.2300000000       conthi=    99901.2300000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=            9
 At A, contlo=    99901.2300000000       conthi=    100301.230000000     
  
 num_found_contours=            9
 contlo=    99901.2300000000       conthi=    100301.230000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=           10
 At A, contlo=    100301.230000000       conthi=    100701.230000000     
  
 num_found_contours=           10
 contlo=    100301.230000000       conthi=    100701.230000000     
 xcentval=    96301.2300000000     
 At A, num_found_contours=           11
 At A, contlo=    100701.230000000       conthi=    101101.230000000     
  
 num_found_contours=           11
 contlo=    100701.230000000       conthi=    101101.230000000     
 xcentval=    96301.2300000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1053 ,         683 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96301.2300000000     
 !!! (i,j) of central value = (        1214 ,         756 )
 !!!  
 !!! Flagged value found    =    100699.630000000     
 !!! (i,j) of flagged value = (        1052 ,         682 )
 !!!   
 !!! Lower bound of contour interval =    100701.230000000     
 !!! Upper bound of contour interval =    101101.230000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1214  jfix=          756
 longitude=    293.807036580659      E   (   66.1929634193409      W)  
 (0-360E) xinp_fixlon=    293.807036580659     
 latitude=    35.5910803709940     
 mean mslp value (xval(9))=    97653.6687329550     
 gridpoint mslp value=    96301.2300000000     
 ccflag= y
 prs of last closed isobar =    100701.230000000     
 radius of last closed isobar =    198.866967221758       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   60:00
 !!! Boundary check xinp_fixlat is   35.59
 !!! Boundary check xinp_fixlon is   66.19W   ( 293.81E)  (0-360E) xinp_fixlon=  293.81
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    293.719766035205     
  850 mb wcirc fix lat=    35.5947166437212     
    (0-360) 850 mb wcirc fix lon=    293.719766035205     
  Multi-parm fix lon=      293.788244060287     
  Multi-parm fix lat=      35.5864245244200     
    (0-360) Multi-parm fix lon=      293.788244060287     
  
  
  After get_ij B, ibeg jbeg =         1118         652
  After get_ij B, iend jend =         1308         860
  
 In is_it_a_storm, ilonfix=         1213  jlatfix=          756
 ibeg jbeg iend jend =         1118         652        1308         860
 cparm= v850  parmlon parmlat =    293.719766035205        35.5947166437212     
     (0-360E parmlon) =    293.719766035205     
 parmval=    165847203.849779     
  
 i= 1198 j=  707 glon=  293.13 (0-360E) glon=  293.13 glat=  37.56 u= -13.0200 v=   0.2000 vr=   3.26855 vt=  12.60464
 i= 1203 j=  707 glon=  293.33 (0-360E) glon=  293.33 glat=  37.56 u= -13.7800 v=   2.1100 vr=   4.26992 vt=  13.27058
 i= 1208 j=  707 glon=  293.53 (0-360E) glon=  293.53 glat=  37.56 u= -14.8300 v=   4.3700 vr=   5.51712 vt=  14.44255
 i= 1213 j=  707 glon=  293.73 (0-360E) glon=  293.73 glat=  37.56 u= -14.9300 v=   6.2600 vr=   6.20459 vt=  14.95311
 i= 1218 j=  707 glon=  293.93 (0-360E) glon=  293.93 glat=  37.56 u= -15.0300 v=   7.6400 vr=   6.32543 vt=  15.62880
 i= 1223 j=  707 glon=  294.13 (0-360E) glon=  294.13 glat=  37.56 u= -15.2300 v=   9.6300 vr=   6.97138 vt=  16.61595
 i= 1183 j=  712 glon=  292.53 (0-360E) glon=  292.53 glat=  37.36 u= -10.9300 v=  -5.0100 vr=   0.84253 vt=  11.99396
 i= 1188 j=  712 glon=  292.73 (0-360E) glon=  292.73 glat=  37.36 u= -12.8000 v=  -4.1400 vr=   1.52444 vt=  13.36621
 i= 1193 j=  712 glon=  292.93 (0-360E) glon=  292.93 glat=  37.36 u= -13.4400 v=  -2.5700 vr=   2.16319 vt=  13.51144
 i= 1198 j=  712 glon=  293.13 (0-360E) glon=  293.13 glat=  37.36 u= -14.9900 v=  -0.8200 vr=   3.12517 vt=  14.68352
 i= 1203 j=  712 glon=  293.33 (0-360E) glon=  293.33 glat=  37.36 u= -15.5300 v=   1.3700 vr=   4.08554 vt=  15.04547
 i= 1208 j=  712 glon=  293.53 (0-360E) glon=  293.53 glat=  37.36 u= -16.5600 v=   2.9500 vr=   4.38133 vt=  16.24007
 i= 1213 j=  712 glon=  293.73 (0-360E) glon=  293.73 glat=  37.36 u= -16.3300 v=   4.3500 vr=   4.28251 vt=  16.34783
 i= 1218 j=  712 glon=  293.93 (0-360E) glon=  293.93 glat=  37.36 u= -17.7600 v=   7.3900 vr=   5.66439 vt=  18.38326
 i= 1223 j=  712 glon=  294.13 (0-360E) glon=  294.13 glat=  37.36 u= -16.6400 v=   9.6400 vr=   6.41170 vt=  18.13034
 i= 1228 j=  712 glon=  294.33 (0-360E) glon=  294.33 glat=  37.36 u= -16.4000 v=  11.8100 vr=   6.96894 vt=  18.97024
 i= 1233 j=  712 glon=  294.53 (0-360E) glon=  294.53 glat=  37.36 u= -15.9600 v=  13.5500 vr=   7.15772 vt=  19.67463
 i= 1238 j=  712 glon=  294.73 (0-360E) glon=  294.73 glat=  37.36 u= -14.9100 v=  15.3900 vr=   7.70890 vt=  19.99333
 i= 1243 j=  712 glon=  294.93 (0-360E) glon=  294.93 glat=  37.36 u= -13.3300 v=  17.1200 vr=   8.50793 vt=  19.95992
 i= 1173 j=  717 glon=  292.13 (0-360E) glon=  292.13 glat=  37.16 u=  -8.4000 v=  -8.8900 vr=  -1.51349 vt=  12.13678
 i= 1178 j=  717 glon=  292.33 (0-360E) glon=  292.33 glat=  37.16 u=  -9.9900 v=  -8.0100 vr=  -0.65882 vt=  12.78773
 i= 1183 j=  717 glon=  292.53 (0-360E) glon=  292.53 glat=  37.16 u= -12.4800 v=  -7.1400 vr=   0.47145 vt=  14.37038
 i= 1188 j=  717 glon=  292.73 (0-360E) glon=  292.73 glat=  37.16 u= -12.7400 v=  -7.4500 vr=  -0.81746 vt=  14.73573
 i= 1193 j=  717 glon=  292.93 (0-360E) glon=  292.93 glat=  37.16 u= -12.9800 v=  -5.0900 vr=   0.20260 vt=  13.94086
 i= 1198 j=  717 glon=  293.13 (0-360E) glon=  293.13 glat=  37.16 u= -15.1800 v=  -2.8100 vr=   1.74740 vt=  15.33868
 i= 1203 j=  717 glon=  293.33 (0-360E) glon=  293.33 glat=  37.16 u= -17.2700 v=  -0.7900 vr=   2.64581 vt=  17.08440
 i= 1208 j=  717 glon=  293.53 (0-360E) glon=  293.53 glat=  37.16 u= -17.6700 v=   2.4200 vr=   4.14346 vt=  17.34696
 i= 1213 j=  717 glon=  293.73 (0-360E) glon=  293.73 glat=  37.16 u= -17.7300 v=   5.6300 vr=   5.54729 vt=  17.75605
 i= 1218 j=  717 glon=  293.93 (0-360E) glon=  293.93 glat=  37.16 u= -17.8400 v=   7.3500 vr=   5.39194 vt=  18.52606
 i= 1223 j=  717 glon=  294.13 (0-360E) glon=  294.13 glat=  37.16 u= -17.6400 v=   9.7100 vr=   5.85211 vt=  19.26672
 i= 1228 j=  717 glon=  294.33 (0-360E) glon=  294.33 glat=  37.16 u= -17.3300 v=  11.9100 vr=   6.15646 vt=  20.10659
 i= 1233 j=  717 glon=  294.53 (0-360E) glon=  294.53 glat=  37.16 u= -17.0600 v=  14.4700 vr=   6.76479 vt=  21.32281
 i= 1238 j=  717 glon=  294.73 (0-360E) glon=  294.73 glat=  37.16 u= -16.1100 v=  16.8500 vr=   7.48202 vt=  22.07881
 i= 1243 j=  717 glon=  294.93 (0-360E) glon=  294.93 glat=  37.16 u= -15.2800 v=  18.5800 vr=   7.64316 vt=  22.80958
 i= 1248 j=  717 glon=  295.13 (0-360E) glon=  295.13 glat=  37.16 u= -13.1300 v=  19.8900 vr=   8.32453 vt=  22.33184
 i= 1168 j=  722 glon=  291.93 (0-360E) glon=  291.93 glat=  36.96 u=  -6.4400 v= -11.5600 vr=  -3.20779 vt=  12.83812
 i= 1173 j=  722 glon=  292.13 (0-360E) glon=  292.13 glat=  36.96 u=  -9.1000 v= -11.4100 vr=  -2.03039 vt=  14.45253
 i= 1178 j=  722 glon=  292.33 (0-360E) glon=  292.33 glat=  36.96 u= -10.3700 v= -11.1400 vr=  -1.97715 vt=  15.09064
 i= 1183 j=  722 glon=  292.53 (0-360E) glon=  292.53 glat=  36.96 u= -12.1600 v=  -8.1800 vr=   0.34457 vt=  14.65126
 i= 1188 j=  722 glon=  292.73 (0-360E) glon=  292.73 glat=  36.96 u= -15.2000 v=  -6.5800 vr=   2.03498 vt=  16.43762
 i= 1193 j=  722 glon=  292.93 (0-360E) glon=  292.93 glat=  36.96 u= -14.5600 v=  -7.0400 vr=  -0.18807 vt=  16.17157
 i= 1198 j=  722 glon=  293.13 (0-360E) glon=  293.13 glat=  36.96 u= -16.4700 v=  -3.5800 vr=   2.06856 vt=  16.72717
 i= 1203 j=  722 glon=  293.33 (0-360E) glon=  293.33 glat=  36.96 u= -18.3700 v=  -0.8900 vr=   3.28083 vt=  18.09655
 i= 1208 j=  722 glon=  293.53 (0-360E) glon=  293.53 glat=  36.96 u= -19.8900 v=   2.4800 vr=   4.70144 vt=  19.48484
 i= 1213 j=  722 glon=  293.73 (0-360E) glon=  293.73 glat=  36.96 u= -20.9300 v=   5.3600 vr=   5.24801 vt=  20.95836
 i= 1218 j=  722 glon=  293.93 (0-360E) glon=  293.93 glat=  36.96 u= -21.3500 v=   9.9300 vr=   7.22962 vt=  22.40893
 i= 1223 j=  722 glon=  294.13 (0-360E) glon=  294.13 glat=  36.96 u= -20.4900 v=  12.2700 vr=   7.09589 vt=  22.80441
 i= 1228 j=  722 glon=  294.33 (0-360E) glon=  294.33 glat=  36.96 u= -19.2500 v=  15.0000 vr=   7.56910 vt=  23.20067
 i= 1233 j=  722 glon=  294.53 (0-360E) glon=  294.53 glat=  36.96 u= -17.6700 v=  16.2900 vr=   7.03994 vt=  22.97895
 i= 1238 j=  722 glon=  294.73 (0-360E) glon=  294.73 glat=  36.96 u= -16.8200 v=  17.8800 vr=   6.69618 vt=  23.61711
 i= 1243 j=  722 glon=  294.93 (0-360E) glon=  294.93 glat=  36.96 u= -15.1900 v=  19.9900 vr=   7.37590 vt=  23.99859
 i= 1248 j=  722 glon=  295.13 (0-360E) glon=  295.13 glat=  36.96 u= -13.7100 v=  21.4800 vr=   7.66274 vt=  24.30302
 i= 1253 j=  722 glon=  295.33 (0-360E) glon=  295.33 glat=  36.96 u= -11.6000 v=  22.3300 vr=   8.10705 vt=  23.82152
 i= 1258 j=  722 glon=  295.53 (0-360E) glon=  295.53 glat=  36.96 u=  -9.2300 v=  22.3400 vr=   8.43069 vt=  22.65374
 i= 1163 j=  727 glon=  291.73 (0-360E) glon=  291.73 glat=  36.76 u=  -4.5800 v= -13.4000 vr=  -4.09280 vt=  13.55675
 i= 1168 j=  727 glon=  291.93 (0-360E) glon=  291.93 glat=  36.76 u=  -6.2500 v= -14.0800 vr=  -3.90624 vt=  14.90135
 i= 1173 j=  727 glon=  292.13 (0-360E) glon=  292.13 glat=  36.76 u=  -8.2400 v= -14.5200 vr=  -3.59359 vt=  16.30381
 i= 1178 j=  727 glon=  292.33 (0-360E) glon=  292.33 glat=  36.76 u= -10.2700 v= -13.4400 vr=  -2.49831 vt=  16.72916
 i= 1183 j=  727 glon=  292.53 (0-360E) glon=  292.53 glat=  36.76 u= -11.9800 v= -11.8700 vr=  -1.48663 vt=  16.79903
 i= 1188 j=  727 glon=  292.73 (0-360E) glon=  292.73 glat=  36.76 u= -14.7200 v=  -8.8200 vr=   1.09718 vt=  17.12504
 i= 1193 j=  727 glon=  292.93 (0-360E) glon=  292.93 glat=  36.76 u= -15.6900 v=  -8.3100 vr=   0.28238 vt=  17.75253
 i= 1198 j=  727 glon=  293.13 (0-360E) glon=  293.13 glat=  36.76 u= -19.0500 v=  -5.7200 vr=   1.94884 vt=  19.79452
 i= 1203 j=  727 glon=  293.33 (0-360E) glon=  293.33 glat=  36.76 u= -20.1000 v=  -3.8300 vr=   1.57451 vt=  20.40098
 i= 1208 j=  727 glon=  293.53 (0-360E) glon=  293.53 glat=  36.76 u= -22.1900 v=  -0.3100 vr=   2.61168 vt=  22.03795
 i= 1213 j=  727 glon=  293.73 (0-360E) glon=  293.73 glat=  36.76 u= -23.5200 v=   5.7200 vr=   5.57245 vt=  23.55539
 i= 1218 j=  727 glon=  293.93 (0-360E) glon=  293.93 glat=  36.76 u= -23.3700 v=   9.8600 vr=   6.39866 vt=  24.54452
 i= 1223 j=  727 glon=  294.13 (0-360E) glon=  294.13 glat=  36.76 u= -22.8600 v=  13.1400 vr=   6.38849 vt=  25.58176
 i= 1228 j=  727 glon=  294.33 (0-360E) glon=  294.33 glat=  36.76 u= -21.7100 v=  16.6300 vr=   6.84883 vt=  26.47592
 i= 1233 j=  727 glon=  294.53 (0-360E) glon=  294.53 glat=  36.76 u= -19.7300 v=  19.3600 vr=   7.19561 vt=  26.68905
 i= 1238 j=  727 glon=  294.73 (0-360E) glon=  294.73 glat=  36.76 u= -17.6600 v=  21.8000 vr=   7.68966 vt=  26.98119
 i= 1243 j=  727 glon=  294.93 (0-360E) glon=  294.93 glat=  36.76 u= -15.6700 v=  23.3300 vr=   7.74999 vt=  27.01436
 i= 1248 j=  727 glon=  295.13 (0-360E) glon=  295.13 glat=  36.76 u= -13.3100 v=  24.6500 vr=   8.25567 vt=  26.76980
 i= 1253 j=  727 glon=  295.33 (0-360E) glon=  295.33 glat=  36.76 u= -11.3300 v=  24.6600 vr=   7.93636 vt=  25.95185
 i= 1258 j=  727 glon=  295.53 (0-360E) glon=  295.53 glat=  36.76 u=  -9.4400 v=  23.9300 vr=   7.44107 vt=  24.62497
 i= 1263 j=  727 glon=  295.73 (0-360E) glon=  295.73 glat=  36.76 u=  -7.6700 v=  23.3500 vr=   7.28279 vt=  23.47365
 i= 1158 j=  732 glon=  291.53 (0-360E) glon=  291.53 glat=  36.56 u=  -2.2700 v= -14.8300 vr=  -5.02955 vt=  14.13455
 i= 1163 j=  732 glon=  291.73 (0-360E) glon=  291.73 glat=  36.56 u=  -3.5900 v= -15.7100 vr=  -4.92949 vt=  15.34250
 i= 1168 j=  732 glon=  291.93 (0-360E) glon=  291.93 glat=  36.56 u=  -5.4600 v= -17.1000 vr=  -4.87137 vt=  17.27690
 i= 1173 j=  732 glon=  292.13 (0-360E) glon=  292.13 glat=  36.56 u=  -5.9800 v= -16.9000 vr=  -5.30007 vt=  17.12541
 i= 1178 j=  732 glon=  292.33 (0-360E) glon=  292.33 glat=  36.56 u=  -9.5900 v= -16.6300 vr=  -3.49756 vt=  18.87570
 i= 1183 j=  732 glon=  292.53 (0-360E) glon=  292.53 glat=  36.56 u= -12.7600 v= -14.5900 vr=  -1.26985 vt=  19.34097
 i= 1188 j=  732 glon=  292.73 (0-360E) glon=  292.73 glat=  36.56 u= -15.6800 v= -12.8700 vr=   0.15144 vt=  20.28488
 i= 1193 j=  732 glon=  292.93 (0-360E) glon=  292.93 glat=  36.56 u= -19.4500 v= -11.1800 vr=   1.45549 vt=  22.38697
 i= 1198 j=  732 glon=  293.13 (0-360E) glon=  293.13 glat=  36.56 u= -22.4900 v=  -4.7800 vr=   5.71656 vt=  22.27037
 i= 1203 j=  732 glon=  293.33 (0-360E) glon=  293.33 glat=  36.56 u= -27.5600 v=  -0.8800 vr=   7.75817 vt=  26.46014
 i= 1208 j=  732 glon=  293.53 (0-360E) glon=  293.53 glat=  36.56 u= -28.0500 v=   1.8000 vr=   6.21639 vt=  27.41166
 i= 1213 j=  732 glon=  293.73 (0-360E) glon=  293.73 glat=  36.56 u= -28.8900 v=   0.1500 vr=  -0.06873 vt=  28.89031
 i= 1218 j=  732 glon=  293.93 (0-360E) glon=  293.93 glat=  36.56 u= -28.9100 v=   5.4600 vr=   0.38271 vt=  29.41859
 i= 1223 j=  732 glon=  294.13 (0-360E) glon=  294.13 glat=  36.56 u= -26.9200 v=  17.1600 vr=   7.48757 vt=  31.03366
 i= 1228 j=  732 glon=  294.33 (0-360E) glon=  294.33 glat=  36.56 u= -21.1000 v=  22.9000 vr=  10.77952 vt=  29.21339
 i= 1233 j=  732 glon=  294.53 (0-360E) glon=  294.53 glat=  36.56 u= -18.4300 v=  23.7000 vr=   9.23740 vt=  28.56616
 i= 1238 j=  732 glon=  294.73 (0-360E) glon=  294.73 glat=  36.56 u= -16.6800 v=  23.3800 vr=   7.03395 vt=  27.84547
 i= 1243 j=  732 glon=  294.93 (0-360E) glon=  294.93 glat=  36.56 u= -14.4900 v=  25.1900 vr=   7.31844 vt=  28.12360
 i= 1248 j=  732 glon=  295.13 (0-360E) glon=  295.13 glat=  36.56 u= -13.0400 v=  25.9800 vr=   6.76018 vt=  28.27193
 i= 1253 j=  732 glon=  295.33 (0-360E) glon=  295.33 glat=  36.56 u= -10.7800 v=  27.2100 vr=   7.45544 vt=  28.30210
 i= 1258 j=  732 glon=  295.53 (0-360E) glon=  295.53 glat=  36.56 u=  -8.3100 v=  27.0500 vr=   7.85192 vt=  27.18650
 i= 1263 j=  732 glon=  295.73 (0-360E) glon=  295.73 glat=  36.56 u=  -6.9500 v=  25.0200 vr=   6.69001 vt=  25.09077
 i= 1158 j=  737 glon=  291.53 (0-360E) glon=  291.53 glat=  36.36 u=  -0.5300 v= -16.5700 vr=  -5.99780 vt=  15.45549
 i= 1163 j=  737 glon=  291.73 (0-360E) glon=  291.73 glat=  36.36 u=  -2.0800 v= -18.0700 vr=  -5.79198 vt=  17.24251
 i= 1168 j=  737 glon=  291.93 (0-360E) glon=  291.93 glat=  36.36 u=  -3.9900 v= -20.1200 vr=  -5.78352 vt=  19.67957
 i= 1173 j=  737 glon=  292.13 (0-360E) glon=  292.13 glat=  36.36 u=  -4.7000 v= -19.7900 vr=  -6.00055 vt=  19.43521
 i= 1178 j=  737 glon=  292.33 (0-360E) glon=  292.33 glat=  36.36 u=  -8.6200 v= -20.9900 vr=  -4.60366 vt=  22.21915
 i= 1183 j=  737 glon=  292.53 (0-360E) glon=  292.53 glat=  36.36 u= -11.8700 v= -19.9600 vr=  -3.05693 vt=  23.02072
 i= 1188 j=  737 glon=  292.73 (0-360E) glon=  292.73 glat=  36.36 u= -17.0600 v= -15.8800 vr=   1.42630 vt=  23.26335
 i= 1193 j=  737 glon=  292.93 (0-360E) glon=  292.93 glat=  36.36 u= -21.9700 v= -11.3700 vr=   5.41102 vt=  24.13874
 i= 1198 j=  737 glon=  293.13 (0-360E) glon=  293.13 glat=  36.36 u= -26.4000 v=  -8.8200 vr=   6.53991 vt=  27.05516
 i= 1203 j=  737 glon=  293.33 (0-360E) glon=  293.33 glat=  36.36 u= -25.6900 v= -10.7100 vr=  -0.06409 vt=  27.83300
 i= 1208 j=  737 glon=  293.53 (0-360E) glon=  293.53 glat=  36.36 u= -32.3500 v=  -5.8400 vr=   0.68897 vt=  32.86569
 i= 1213 j=  737 glon=  293.73 (0-360E) glon=  293.73 glat=  36.36 u= -37.5400 v=   6.8900 vr=   6.53105 vt=  37.60411
 i= 1218 j=  737 glon=  293.93 (0-360E) glon=  293.93 glat=  36.36 u= -33.8600 v=  16.5100 vr=   8.80140 vt=  36.62806
 i= 1223 j=  737 glon=  294.13 (0-360E) glon=  294.13 glat=  36.36 u= -27.5900 v=  24.9000 vr=  11.87735 vt=  35.21572
 i= 1228 j=  737 glon=  294.33 (0-360E) glon=  294.33 glat=  36.36 u= -22.5900 v=  28.9700 vr=  12.08681 vt=  34.69118
 i= 1233 j=  737 glon=  294.53 (0-360E) glon=  294.53 glat=  36.36 u= -21.4800 v=  29.2000 vr=   8.16917 vt=  35.31706
 i= 1238 j=  737 glon=  294.73 (0-360E) glon=  294.73 glat=  36.36 u= -17.8400 v=  28.3000 vr=   6.26715 vt=  32.86150
 i= 1243 j=  737 glon=  294.93 (0-360E) glon=  294.93 glat=  36.36 u= -13.4200 v=  29.0000 vr=   7.21496 vt=  31.12942
 i= 1248 j=  737 glon=  295.13 (0-360E) glon=  295.13 glat=  36.36 u= -11.0700 v=  28.7300 vr=   6.72407 vt=  30.04571
 i= 1253 j=  737 glon=  295.33 (0-360E) glon=  295.33 glat=  36.36 u= -10.4900 v=  27.6600 vr=   4.86352 vt=  29.17982
 i= 1258 j=  737 glon=  295.53 (0-360E) glon=  295.53 glat=  36.36 u=  -7.7400 v=  28.5200 vr=   6.23038 vt=  28.88737
 i= 1263 j=  737 glon=  295.73 (0-360E) glon=  295.73 glat=  36.36 u=  -4.8500 v=  27.9000 vr=   7.36279 vt=  27.34450
 i= 1268 j=  737 glon=  295.93 (0-360E) glon=  295.93 glat=  36.36 u=  -4.3700 v=  25.2700 vr=   5.79378 vt=  24.98203
 i= 1153 j=  742 glon=  291.33 (0-360E) glon=  291.33 glat=  36.16 u=   1.8000 v= -16.5000 vr=  -6.25945 vt=  15.37235
 i= 1158 j=  742 glon=  291.53 (0-360E) glon=  291.53 glat=  36.16 u=   1.5500 v= -18.1600 vr=  -6.89743 vt=  16.87049
 i= 1163 j=  742 glon=  291.73 (0-360E) glon=  291.73 glat=  36.16 u=   0.2700 v= -19.8500 vr=  -6.73062 vt=  18.67603
 i= 1168 j=  742 glon=  291.93 (0-360E) glon=  291.93 glat=  36.16 u=  -1.7400 v= -22.4000 vr=  -6.41943 vt=  21.53087
 i= 1173 j=  742 glon=  292.13 (0-360E) glon=  292.13 glat=  36.16 u=  -3.1400 v= -21.6300 vr=  -5.73474 vt=  21.09098
 i= 1178 j=  742 glon=  292.33 (0-360E) glon=  292.33 glat=  36.16 u=  -3.7900 v= -23.6800 vr=  -7.15908 vt=  22.88786
 i= 1183 j=  742 glon=  292.53 (0-360E) glon=  292.53 glat=  36.16 u=  -7.8500 v= -26.5500 vr=  -6.57974 vt=  26.89297
 i= 1188 j=  742 glon=  292.73 (0-360E) glon=  292.73 glat=  36.16 u= -22.5300 v= -22.0400 vr=   5.79416 vt=  30.98048
 i= 1193 j=  742 glon=  292.93 (0-360E) glon=  292.93 glat=  36.16 u= -23.3300 v= -13.5000 vr=   8.60140 vt=  25.54515
 i= 1198 j=  742 glon=  293.13 (0-360E) glon=  293.13 glat=  36.16 u= -31.4100 v=  -8.2700 vr=  14.01677 vt=  29.30036
 i= 1203 j=  742 glon=  293.33 (0-360E) glon=  293.33 glat=  36.16 u= -38.0400 v=  -3.3600 vr=  15.68080 vt=  34.82016
 i= 1208 j=  742 glon=  293.53 (0-360E) glon=  293.53 glat=  36.16 u= -40.5700 v=   0.5300 vr=  11.22856 vt=  38.98878
 i= 1213 j=  742 glon=  293.73 (0-360E) glon=  293.73 glat=  36.16 u= -40.7100 v=  11.2200 vr=  10.69240 vt=  40.85174
 i= 1218 j=  742 glon=  293.93 (0-360E) glon=  293.93 glat=  36.16 u= -37.4300 v=  23.1400 vr=  11.41696 vt=  42.49844
 i= 1223 j=  742 glon=  294.13 (0-360E) glon=  294.13 glat=  36.16 u= -33.5500 v=  29.8200 vr=   8.73604 vt=  44.02859
 i= 1228 j=  742 glon=  294.33 (0-360E) glon=  294.33 glat=  36.16 u= -29.6200 v=  34.4100 vr=   6.40319 vt=  44.94877
 i= 1233 j=  742 glon=  294.53 (0-360E) glon=  294.53 glat=  36.16 u= -21.5400 v=  37.2400 vr=   7.94800 vt=  42.28024
 i= 1238 j=  742 glon=  294.73 (0-360E) glon=  294.73 glat=  36.16 u= -15.2200 v=  37.0500 vr=   8.47523 vt=  39.14743
 i= 1243 j=  742 glon=  294.93 (0-360E) glon=  294.93 glat=  36.16 u= -12.0600 v=  32.2700 vr=   5.59709 vt=  33.99219
 i= 1248 j=  742 glon=  295.13 (0-360E) glon=  295.13 glat=  36.16 u=  -8.0200 v=  32.7500 vr=   7.24290 vt=  32.93058
 i= 1253 j=  742 glon=  295.33 (0-360E) glon=  295.33 glat=  36.16 u=  -7.0700 v=  31.4600 vr=   5.91252 vt=  31.69793
 i= 1258 j=  742 glon=  295.53 (0-360E) glon=  295.53 glat=  36.16 u=  -7.8600 v=  29.1800 vr=   3.03906 vt=  30.06686
 i= 1263 j=  742 glon=  295.73 (0-360E) glon=  295.73 glat=  36.16 u=  -4.0600 v=  29.1400 vr=   5.58553 vt=  28.88642
 i= 1268 j=  742 glon=  295.93 (0-360E) glon=  295.93 glat=  36.16 u=  -1.8200 v=  27.4800 vr=   6.39686 vt=  26.78699
 i= 1153 j=  747 glon=  291.33 (0-360E) glon=  291.33 glat=  35.96 u=   3.5500 v= -17.5500 vr=  -6.63804 vt=  16.62953
 i= 1158 j=  747 glon=  291.53 (0-360E) glon=  291.53 glat=  35.96 u=   3.8600 v= -19.3400 vr=  -7.57703 vt=  18.20780
 i= 1163 j=  747 glon=  291.73 (0-360E) glon=  291.73 glat=  35.96 u=   2.6400 v= -21.0500 vr=  -7.12333 vt=  19.98325
 i= 1168 j=  747 glon=  291.93 (0-360E) glon=  291.93 glat=  35.96 u=   1.1500 v= -23.7500 vr=  -6.81116 vt=  22.78142
 i= 1173 j=  747 glon=  292.13 (0-360E) glon=  292.13 glat=  35.96 u=  -0.0900 v= -23.7000 vr=  -6.28556 vt=  22.85147
 i= 1178 j=  747 glon=  292.33 (0-360E) glon=  292.33 glat=  35.96 u=  -2.5500 v= -28.6500 vr=  -6.31355 vt=  28.06179
 i= 1183 j=  747 glon=  292.53 (0-360E) glon=  292.53 glat=  35.96 u=  -2.6800 v= -30.9100 vr=  -8.35281 vt=  29.88045
 i= 1188 j=  747 glon=  292.73 (0-360E) glon=  292.73 glat=  35.96 u= -18.8100 v= -25.3500 vr=   6.69332 vt=  30.84863
 i= 1193 j=  747 glon=  292.93 (0-360E) glon=  292.93 glat=  35.96 u= -20.7100 v= -22.5200 vr=   6.89138 vt=  29.80878
 i= 1198 j=  747 glon=  293.13 (0-360E) glon=  293.13 glat=  35.96 u= -28.7000 v= -19.0700 vr=  11.28884 vt=  32.55637
 i= 1203 j=  747 glon=  293.33 (0-360E) glon=  293.33 glat=  35.96 u= -36.6900 v= -16.4500 vr=  11.63428 vt=  38.48899
 i= 1208 j=  747 glon=  293.53 (0-360E) glon=  293.53 glat=  35.96 u= -41.1300 v=  -7.0000 vr=   9.60588 vt=  40.60054
 i= 1213 j=  747 glon=  293.73 (0-360E) glon=  293.73 glat=  35.96 u= -42.5200 v=   8.3600 vr=   7.50726 vt=  42.67881
 i= 1218 j=  747 glon=  293.93 (0-360E) glon=  293.93 glat=  35.96 u= -39.8500 v=  24.1300 vr=   5.11875 vt=  46.30419
 i= 1223 j=  747 glon=  294.13 (0-360E) glon=  294.13 glat=  35.96 u= -33.2600 v=  34.5500 vr=   3.20857 vt=  47.85013
 i= 1228 j=  747 glon=  294.33 (0-360E) glon=  294.33 glat=  35.96 u= -27.2700 v=  41.5400 vr=   2.73864 vt=  49.61577
 i= 1233 j=  747 glon=  294.53 (0-360E) glon=  294.53 glat=  35.96 u= -20.4800 v=  41.0900 vr=   2.03225 vt=  45.86598
 i= 1238 j=  747 glon=  294.73 (0-360E) glon=  294.73 glat=  35.96 u= -12.3100 v=  43.8200 vr=   6.53319 vt=  45.04493
 i= 1243 j=  747 glon=  294.93 (0-360E) glon=  294.93 glat=  35.96 u=  -9.3800 v=  40.9000 vr=   5.38259 vt=  41.61517
 i= 1248 j=  747 glon=  295.13 (0-360E) glon=  295.13 glat=  35.96 u=  -8.4800 v=  35.9100 vr=   2.74139 vt=  36.79570
 i= 1253 j=  747 glon=  295.33 (0-360E) glon=  295.33 glat=  35.96 u=  -3.8800 v=  34.3500 vr=   5.39639 vt=  34.14463
 i= 1258 j=  747 glon=  295.53 (0-360E) glon=  295.53 glat=  35.96 u=  -4.2100 v=  31.6400 vr=   3.42280 vt=  31.73481
 i= 1263 j=  747 glon=  295.73 (0-360E) glon=  295.73 glat=  35.96 u=  -3.8000 v=  29.4100 vr=   2.58190 vt=  29.54187
 i= 1268 j=  747 glon=  295.93 (0-360E) glon=  295.93 glat=  35.96 u=  -0.2900 v=  28.6800 vr=   5.29194 vt=  28.18904
 i= 1273 j=  747 glon=  296.13 (0-360E) glon=  296.13 glat=  35.96 u=   0.3700 v=  26.2000 vr=   5.02348 vt=  25.71656
 i= 1153 j=  752 glon=  291.33 (0-360E) glon=  291.33 glat=  35.76 u=   5.4100 v= -18.0800 vr=  -6.81456 vt=  17.59876
 i= 1158 j=  752 glon=  291.53 (0-360E) glon=  291.53 glat=  35.76 u=   6.1600 v= -19.9100 vr=  -7.86808 vt=  19.29889
 i= 1163 j=  752 glon=  291.73 (0-360E) glon=  291.73 glat=  35.76 u=   5.3600 v= -22.0400 vr=  -7.46859 vt=  21.41755
 i= 1168 j=  752 glon=  291.93 (0-360E) glon=  291.93 glat=  35.76 u=   3.4500 v= -24.5200 vr=  -6.09418 vt=  23.99987
 i= 1173 j=  752 glon=  292.13 (0-360E) glon=  292.13 glat=  35.76 u=   3.6900 v= -25.7500 vr=  -6.83634 vt=  25.09867
 i= 1178 j=  752 glon=  292.33 (0-360E) glon=  292.33 glat=  35.76 u=   3.8700 v= -27.9900 vr=  -7.79988 vt=  27.15840
 i= 1183 j=  752 glon=  292.53 (0-360E) glon=  292.53 glat=  35.76 u=   5.0400 v= -32.2800 vr= -10.33216 vt=  30.99430
 i= 1188 j=  752 glon=  292.73 (0-360E) glon=  292.73 glat=  35.76 u= -10.9400 v= -28.7900 vr=   4.97602 vt=  30.39386
 i= 1193 j=  752 glon=  292.93 (0-360E) glon=  292.93 glat=  35.76 u= -11.9400 v= -31.8700 vr=   3.65487 vt=  33.83641
 i= 1198 j=  752 glon=  293.13 (0-360E) glon=  293.13 glat=  35.76 u= -15.2900 v= -31.1300 vr=   4.32630 vt=  34.41140
 i= 1203 j=  752 glon=  293.33 (0-360E) glon=  293.33 glat=  35.76 u= -14.6600 v= -25.9600 vr=   0.99376 vt=  29.79681
 i= 1208 j=  752 glon=  293.53 (0-360E) glon=  293.53 glat=  35.76 u= -14.5400 v= -18.1700 vr=  -3.33924 vt=  23.03063
 i= 1213 j=  752 glon=  293.73 (0-360E) glon=  293.73 glat=  35.76 u= -14.5300 v=   2.2200 vr=   1.57680 vt=  14.61380
 i= 1218 j=  752 glon=  293.93 (0-360E) glon=  293.93 glat=  35.76 u= -12.3200 v=  18.0700 vr=   3.81427 vt=  21.53506
 i= 1223 j=  752 glon=  294.13 (0-360E) glon=  294.13 glat=  35.76 u= -15.6600 v=  42.3900 vr=   4.89465 vt=  44.92427
 i= 1228 j=  752 glon=  294.33 (0-360E) glon=  294.33 glat=  35.76 u= -17.5900 v=  47.0800 vr=  -1.77371 vt=  50.22737
 i= 1233 j=  752 glon=  294.53 (0-360E) glon=  294.53 glat=  35.76 u= -15.1200 v=  49.7000 vr=  -2.59242 vt=  51.88433
 i= 1238 j=  752 glon=  294.73 (0-360E) glon=  294.73 glat=  35.76 u=  -5.4200 v=  48.3600 vr=   4.16355 vt=  48.48434
 i= 1243 j=  752 glon=  294.93 (0-360E) glon=  294.93 glat=  35.76 u=  -1.9900 v=  42.2900 vr=   4.95596 vt=  42.04572
 i= 1248 j=  752 glon=  295.13 (0-360E) glon=  295.13 glat=  35.76 u=  -2.7700 v=  37.5100 vr=   2.50591 vt=  37.52857
 i= 1253 j=  752 glon=  295.33 (0-360E) glon=  295.33 glat=  35.76 u=   0.3100 v=  36.0100 vr=   4.69456 vt=  35.70402
 i= 1258 j=  752 glon=  295.53 (0-360E) glon=  295.53 glat=  35.76 u=   1.1200 v=  33.6200 vr=   4.72771 vt=  33.30477
 i= 1263 j=  752 glon=  295.73 (0-360E) glon=  295.73 glat=  35.76 u=  -1.3600 v=  30.2900 vr=   1.54960 vt=  30.28089
 i= 1268 j=  752 glon=  295.93 (0-360E) glon=  295.93 glat=  35.76 u=   0.1500 v=  28.6900 vr=   2.62118 vt=  28.57040
 i= 1273 j=  752 glon=  296.13 (0-360E) glon=  296.13 glat=  35.76 u=   2.6500 v=  27.1300 vr=   4.75590 vt=  26.84103
 i= 1153 j=  757 glon=  291.33 (0-360E) glon=  291.33 glat=  35.56 u=   7.9500 v= -17.8800 vr=  -7.55060 vt=  18.05229
 i= 1158 j=  757 glon=  291.53 (0-360E) glon=  291.53 glat=  35.56 u=   7.9400 v= -20.2700 vr=  -7.46039 vt=  20.45138
 i= 1163 j=  757 glon=  291.73 (0-360E) glon=  291.73 glat=  35.56 u=   8.8400 v= -22.2200 vr=  -8.27781 vt=  22.43551
 i= 1168 j=  757 glon=  291.93 (0-360E) glon=  291.93 glat=  35.56 u=   5.5800 v= -24.3200 vr=  -4.91640 vt=  24.46278
 i= 1173 j=  757 glon=  292.13 (0-360E) glon=  292.13 glat=  35.56 u=   7.6700 v= -27.4500 vr=  -6.84886 vt=  27.66631
 i= 1178 j=  757 glon=  292.33 (0-360E) glon=  292.33 glat=  35.56 u=   7.1400 v= -28.6800 vr=  -6.18407 vt=  28.90120
 i= 1183 j=  757 glon=  292.53 (0-360E) glon=  292.53 glat=  35.56 u=   7.3000 v= -27.0700 vr=  -6.27060 vt=  27.32681
 i= 1188 j=  757 glon=  292.73 (0-360E) glon=  292.73 glat=  35.56 u=  -0.1600 v= -30.1500 vr=   1.50075 vt=  30.11305
 i= 1193 j=  757 glon=  292.93 (0-360E) glon=  292.93 glat=  35.56 u=   7.8000 v= -35.2100 vr=  -5.86423 vt=  35.58363
 i= 1198 j=  757 glon=  293.13 (0-360E) glon=  293.13 glat=  35.56 u=   6.7700 v= -34.3200 vr=  -4.28346 vt=  34.71811
 i= 1203 j=  757 glon=  293.33 (0-360E) glon=  293.33 glat=  35.56 u=   7.4200 v= -24.4900 vr=  -4.75282 vt=  25.14413
 i= 1208 j=  757 glon=  293.53 (0-360E) glon=  293.53 glat=  35.56 u=  10.4800 v= -14.3600 vr=  -7.16329 vt=  16.27044
 i= 1213 j=  757 glon=  293.73 (0-360E) glon=  293.73 glat=  35.56 u=   9.4100 v=  -0.9400 vr=   2.90609 vt=   8.99924
 i= 1218 j=  757 glon=  293.93 (0-360E) glon=  293.93 glat=  35.56 u=   5.9600 v=  15.1700 vr=   2.86452 vt=  16.04509
 i= 1223 j=  757 glon=  294.13 (0-360E) glon=  294.13 glat=  35.56 u=   5.3200 v=  34.3400 vr=   1.76955 vt=  34.70456
 i= 1228 j=  757 glon=  294.33 (0-360E) glon=  294.33 glat=  35.56 u=   2.8400 v=  53.8300 vr=  -0.92996 vt=  53.89684
 i= 1233 j=  757 glon=  294.53 (0-360E) glon=  294.53 glat=  35.56 u=  -3.1500 v=  51.8200 vr=  -5.91866 vt=  51.57717
 i= 1238 j=  757 glon=  294.73 (0-360E) glon=  294.73 glat=  35.56 u=   2.3300 v=  47.5600 vr=   0.24645 vt=  47.61640
 i= 1243 j=  757 glon=  294.93 (0-360E) glon=  294.93 glat=  35.56 u=   3.0100 v=  44.4100 vr=   1.34926 vt=  44.49143
 i= 1248 j=  757 glon=  295.13 (0-360E) glon=  295.13 glat=  35.56 u=   1.4700 v=  36.2900 vr=   0.27730 vt=  36.31870
 i= 1253 j=  757 glon=  295.33 (0-360E) glon=  295.33 glat=  35.56 u=   4.0800 v=  35.7100 vr=   3.02378 vt=  35.81490
 i= 1258 j=  757 glon=  295.53 (0-360E) glon=  295.53 glat=  35.56 u=   6.6100 v=  33.3300 vr=   5.70774 vt=  33.49631
 i= 1263 j=  757 glon=  295.73 (0-360E) glon=  295.73 glat=  35.56 u=   2.1500 v=  30.4900 vr=   1.38665 vt=  30.53424
 i= 1268 j=  757 glon=  295.93 (0-360E) glon=  295.93 glat=  35.56 u=   1.8000 v=  28.7900 vr=   1.12519 vt=  28.82426
 i= 1273 j=  757 glon=  296.13 (0-360E) glon=  296.13 glat=  35.56 u=   3.7800 v=  27.1300 vr=   3.17896 vt=  27.20698
 i= 1153 j=  762 glon=  291.33 (0-360E) glon=  291.33 glat=  35.36 u=  10.5100 v= -17.2900 vr=  -8.26558 vt=  18.46847
 i= 1158 j=  762 glon=  291.53 (0-360E) glon=  291.53 glat=  35.36 u=  10.0500 v= -20.1900 vr=  -7.22580 vt=  21.36414
 i= 1163 j=  762 glon=  291.73 (0-360E) glon=  291.73 glat=  35.36 u=  11.1800 v= -21.8100 vr=  -7.83722 vt=  23.22168
 i= 1168 j=  762 glon=  291.93 (0-360E) glon=  291.93 glat=  35.36 u=  11.7300 v= -23.7100 vr=  -7.71482 vt=  25.30293
 i= 1173 j=  762 glon=  292.13 (0-360E) glon=  292.13 glat=  35.36 u=  11.0600 v= -25.7000 vr=  -6.20934 vt=  27.28109
 i= 1178 j=  762 glon=  292.33 (0-360E) glon=  292.33 glat=  35.36 u=  12.5700 v= -28.1600 vr=  -6.50964 vt=  30.14324
 i= 1183 j=  762 glon=  292.53 (0-360E) glon=  292.53 glat=  35.36 u=  15.6400 v= -32.7600 vr=  -7.41567 vt=  35.53639
 i= 1188 j=  762 glon=  292.73 (0-360E) glon=  292.73 glat=  35.36 u=  12.2900 v= -32.3600 vr=  -2.70744 vt=  34.50918
 i= 1193 j=  762 glon=  292.93 (0-360E) glon=  292.93 glat=  35.36 u=  18.2900 v= -31.6100 vr=  -6.32788 vt=  35.96768
 i= 1198 j=  762 glon=  293.13 (0-360E) glon=  293.13 glat=  35.36 u=  22.7800 v= -33.5100 vr=  -5.77644 vt=  40.10588
 i= 1203 j=  762 glon=  293.33 (0-360E) glon=  293.33 glat=  35.36 u=  31.8200 v= -26.7700 vr=  -9.74997 vt=  40.42380
 i= 1208 j=  762 glon=  293.53 (0-360E) glon=  293.53 glat=  35.36 u=  27.6600 v= -11.8100 vr=  -5.46265 vt=  29.57552
 i= 1213 j=  762 glon=  293.73 (0-360E) glon=  293.73 glat=  35.36 u=  29.0100 v=  -1.7700 vr=   2.67903 vt=  28.94021
 i= 1218 j=  762 glon=  293.93 (0-360E) glon=  293.93 glat=  35.36 u=  27.7500 v=  12.3100 vr=   6.35577 vt=  29.68506
 i= 1223 j=  762 glon=  294.13 (0-360E) glon=  294.13 glat=  35.36 u=  25.3200 v=  31.5400 vr=   2.54916 vt=  40.36553
 i= 1228 j=  762 glon=  294.33 (0-360E) glon=  294.33 glat=  35.36 u=  24.3700 v=  48.3500 vr=   1.32900 vt=  54.12812
 i= 1233 j=  762 glon=  294.53 (0-360E) glon=  294.53 glat=  35.36 u=  13.8600 v=  49.0600 vr=  -3.46041 vt=  50.86265
 i= 1238 j=  762 glon=  294.73 (0-360E) glon=  294.73 glat=  35.36 u=   7.5700 v=  48.4700 vr=  -6.11604 vt=  48.67484
 i= 1243 j=  762 glon=  294.93 (0-360E) glon=  294.93 glat=  35.36 u=   8.7200 v=  45.0400 vr=  -2.06774 vt=  45.82973
 i= 1248 j=  762 glon=  295.13 (0-360E) glon=  295.13 glat=  35.36 u=   4.8900 v=  36.6900 vr=  -2.66843 vt=  36.91812
 i= 1253 j=  762 glon=  295.33 (0-360E) glon=  295.33 glat=  35.36 u=   7.9500 v=  34.7800 vr=   1.57063 vt=  35.64245
 i= 1258 j=  762 glon=  295.53 (0-360E) glon=  295.53 glat=  35.36 u=   9.5500 v=  32.7600 vr=   4.14243 vt=  33.87123
 i= 1263 j=  762 glon=  295.73 (0-360E) glon=  295.73 glat=  35.36 u=   6.3900 v=  30.2500 vr=   1.89146 vt=  30.85963
 i= 1268 j=  762 glon=  295.93 (0-360E) glon=  295.93 glat=  35.36 u=   4.2100 v=  28.5800 vr=   0.33356 vt=  28.88649
 i= 1273 j=  762 glon=  296.13 (0-360E) glon=  296.13 glat=  35.36 u=   4.6700 v=  26.7000 vr=   1.31774 vt=  27.07328
 i= 1153 j=  767 glon=  291.33 (0-360E) glon=  291.33 glat=  35.16 u=  12.4600 v= -16.4900 vr=  -8.46835 vt=  18.85361
 i= 1158 j=  767 glon=  291.53 (0-360E) glon=  291.53 glat=  35.16 u=  12.9100 v= -19.0600 vr=  -7.92885 vt=  21.61215
 i= 1163 j=  767 glon=  291.73 (0-360E) glon=  291.73 glat=  35.16 u=  13.2000 v= -21.7900 vr=  -7.00377 vt=  24.49472
 i= 1168 j=  767 glon=  291.93 (0-360E) glon=  291.93 glat=  35.16 u=  15.1000 v= -21.7100 vr=  -8.17781 vt=  25.14871
 i= 1173 j=  767 glon=  292.13 (0-360E) glon=  292.13 glat=  35.16 u=  16.3800 v= -24.1000 vr=  -7.77641 vt=  28.08277
 i= 1178 j=  767 glon=  292.33 (0-360E) glon=  292.33 glat=  35.16 u=  16.8100 v= -25.3300 vr=  -6.54435 vt=  29.68765
 i= 1183 j=  767 glon=  292.53 (0-360E) glon=  292.53 glat=  35.16 u=  21.2500 v= -28.6500 vr=  -7.60731 vt=  34.84987
 i= 1188 j=  767 glon=  292.73 (0-360E) glon=  292.73 glat=  35.16 u=  27.3300 v= -29.6000 vr=  -9.97430 vt=  39.03335
 i= 1193 j=  767 glon=  292.93 (0-360E) glon=  292.93 glat=  35.16 u=  25.3200 v= -24.0600 vr=  -7.50711 vt=  34.11201
 i= 1198 j=  767 glon=  293.13 (0-360E) glon=  293.13 glat=  35.16 u=  33.6800 v= -22.9000 vr=  -9.64263 vt=  39.56984
 i= 1203 j=  767 glon=  293.33 (0-360E) glon=  293.33 glat=  35.16 u=  39.3900 v= -22.5600 vr=  -5.09370 vt=  45.10632
 i= 1208 j=  767 glon=  293.53 (0-360E) glon=  293.53 glat=  35.16 u=  46.3000 v= -14.2900 vr=  -2.16352 vt=  48.40675
 i= 1213 j=  767 glon=  293.73 (0-360E) glon=  293.73 glat=  35.16 u=  47.8700 v=  -3.6800 vr=   4.48973 vt=  47.80085
 i= 1218 j=  767 glon=  293.93 (0-360E) glon=  293.93 glat=  35.16 u=  48.6000 v=  12.6600 vr=   5.95529 vt=  49.86753
 i= 1223 j=  767 glon=  294.13 (0-360E) glon=  294.13 glat=  35.16 u=  43.1900 v=  26.7000 vr=   5.09482 vt=  50.52038
 i= 1228 j=  767 glon=  294.33 (0-360E) glon=  294.33 glat=  35.16 u=  37.1800 v=  40.3300 vr=   1.37255 vt=  54.83591
 i= 1233 j=  767 glon=  294.53 (0-360E) glon=  294.53 glat=  35.16 u=  26.6000 v=  41.9400 vr=  -0.92949 vt=  49.65541
 i= 1238 j=  767 glon=  294.73 (0-360E) glon=  294.73 glat=  35.16 u=  17.3200 v=  48.1600 vr=  -7.27836 vt=  50.65958
 i= 1243 j=  767 glon=  294.93 (0-360E) glon=  294.93 glat=  35.16 u=  17.5600 v=  40.6500 vr=  -0.44107 vt=  44.27845
 i= 1248 j=  767 glon=  295.13 (0-360E) glon=  295.13 glat=  35.16 u=  11.8400 v=  34.5000 vr=  -1.24369 vt=  36.45393
 i= 1253 j=  767 glon=  295.33 (0-360E) glon=  295.33 glat=  35.16 u=  11.4800 v=  34.8400 vr=  -0.18973 vt=  36.68215
 i= 1258 j=  767 glon=  295.53 (0-360E) glon=  295.53 glat=  35.16 u=  13.2400 v=  32.1300 vr=   3.47717 vt=  34.57664
 i= 1263 j=  767 glon=  295.73 (0-360E) glon=  295.73 glat=  35.16 u=   9.7000 v=  29.4300 vr=   1.68551 vt=  30.94146
 i= 1268 j=  767 glon=  295.93 (0-360E) glon=  295.93 glat=  35.16 u=   6.6600 v=  27.7000 vr=  -0.16926 vt=  28.48889
 i= 1273 j=  767 glon=  296.13 (0-360E) glon=  296.13 glat=  35.16 u=   6.3500 v=  26.0500 vr=   0.42154 vt=  26.80946
 i= 1158 j=  772 glon=  291.53 (0-360E) glon=  291.53 glat=  34.96 u=  15.3400 v= -17.6300 vr=  -8.45028 vt=  21.78819
 i= 1163 j=  772 glon=  291.73 (0-360E) glon=  291.73 glat=  34.96 u=  15.8500 v= -20.3100 vr=  -7.26358 vt=  24.71759
 i= 1168 j=  772 glon=  291.93 (0-360E) glon=  291.93 glat=  34.96 u=  16.9100 v= -21.6500 vr=  -6.78254 vt=  26.62081
 i= 1173 j=  772 glon=  292.13 (0-360E) glon=  292.13 glat=  34.96 u=  18.8300 v= -21.5500 vr=  -7.35882 vt=  27.65537
 i= 1178 j=  772 glon=  292.33 (0-360E) glon=  292.33 glat=  34.96 u=  19.2000 v= -22.5900 vr=  -5.65084 vt=  29.10354
 i= 1183 j=  772 glon=  292.53 (0-360E) glon=  292.53 glat=  34.96 u=  21.5900 v= -24.9700 vr=  -4.34869 vt=  32.72183
 i= 1188 j=  772 glon=  292.73 (0-360E) glon=  292.73 glat=  34.96 u=  28.5100 v= -25.2100 vr=  -6.79725 vt=  37.44545
 i= 1193 j=  772 glon=  292.93 (0-360E) glon=  292.93 glat=  34.96 u=  35.6800 v= -24.5000 vr=  -8.21145 vt=  42.49570
 i= 1198 j=  772 glon=  293.13 (0-360E) glon=  293.13 glat=  34.96 u=  39.1500 v= -20.9300 vr=  -6.98797 vt=  43.84012
 i= 1203 j=  772 glon=  293.33 (0-360E) glon=  293.33 glat=  34.96 u=  44.0100 v= -13.7500 vr=  -7.46458 vt=  45.49970
 i= 1208 j=  772 glon=  293.53 (0-360E) glon=  293.53 glat=  34.96 u=  48.9900 v=  -6.1800 vr=  -5.67438 vt=  49.05114
 i= 1213 j=  772 glon=  293.73 (0-360E) glon=  293.73 glat=  34.96 u=  49.9300 v=   1.7800 vr=  -1.20097 vt=  49.94728
 i= 1218 j=  772 glon=  293.93 (0-360E) glon=  293.93 glat=  34.96 u=  48.1700 v=  12.1000 vr=   0.80947 vt=  49.65988
 i= 1223 j=  772 glon=  294.13 (0-360E) glon=  294.13 glat=  34.96 u=  47.4500 v=  23.5900 vr=   1.18576 vt=  52.97721
 i= 1228 j=  772 glon=  294.33 (0-360E) glon=  294.33 glat=  34.96 u=  39.2700 v=  33.2400 vr=  -2.00114 vt=  51.41037
 i= 1233 j=  772 glon=  294.53 (0-360E) glon=  294.53 glat=  34.96 u=  34.7600 v=  32.1400 vr=   2.72379 vt=  47.26329
 i= 1238 j=  772 glon=  294.73 (0-360E) glon=  294.73 glat=  34.96 u=  26.0000 v=  41.3200 vr=  -4.72060 vt=  48.59072
 i= 1243 j=  772 glon=  294.93 (0-360E) glon=  294.93 glat=  34.96 u=  22.0200 v=  40.6900 vr=  -3.60314 vt=  46.12563
 i= 1248 j=  772 glon=  295.13 (0-360E) glon=  295.13 glat=  34.96 u=  14.4700 v=  32.4000 vr=  -3.09133 vt=  35.34946
 i= 1253 j=  772 glon=  295.33 (0-360E) glon=  295.33 glat=  34.96 u=  15.7400 v=  32.8300 vr=  -0.24123 vt=  36.40739
 i= 1258 j=  772 glon=  295.53 (0-360E) glon=  295.53 glat=  34.96 u=  16.5300 v=  30.2100 vr=   3.11772 vt=  34.29526
 i= 1263 j=  772 glon=  295.73 (0-360E) glon=  295.73 glat=  34.96 u=  12.3300 v=  28.0000 vr=   1.25238 vt=  30.56895
 i= 1268 j=  772 glon=  295.93 (0-360E) glon=  295.93 glat=  34.96 u=   8.9800 v=  26.3500 vr=  -0.42010 vt=  27.83499
 i= 1158 j=  777 glon=  291.53 (0-360E) glon=  291.53 glat=  34.76 u=  16.4600 v= -15.6700 vr=  -8.19056 vt=  21.19894
 i= 1163 j=  777 glon=  291.73 (0-360E) glon=  291.73 glat=  34.76 u=  18.1400 v= -17.9000 vr=  -7.85957 vt=  24.24246
 i= 1168 j=  777 glon=  291.93 (0-360E) glon=  291.93 glat=  34.76 u=  19.5900 v= -19.8800 vr=  -7.06001 vt=  27.00257
 i= 1173 j=  777 glon=  292.13 (0-360E) glon=  292.13 glat=  34.76 u=  20.9700 v= -21.1400 vr=  -6.12366 vt=  29.14003
 i= 1178 j=  777 glon=  292.33 (0-360E) glon=  292.33 glat=  34.76 u=  23.3700 v= -21.3600 vr=  -6.10196 vt=  31.06723
 i= 1183 j=  777 glon=  292.53 (0-360E) glon=  292.53 glat=  34.76 u=  25.1800 v= -19.9200 vr=  -6.06803 vt=  31.52805
 i= 1188 j=  777 glon=  292.73 (0-360E) glon=  292.73 glat=  34.76 u=  27.7400 v= -20.6800 vr=  -4.40681 vt=  34.31836
 i= 1193 j=  777 glon=  292.93 (0-360E) glon=  292.93 glat=  34.76 u=  34.5600 v= -18.8100 vr=  -6.23102 vt=  38.85079
 i= 1198 j=  777 glon=  293.13 (0-360E) glon=  293.13 glat=  34.76 u=  40.2500 v= -16.4000 vr=  -5.91816 vt=  43.05808
 i= 1203 j=  777 glon=  293.33 (0-360E) glon=  293.33 glat=  34.76 u=  45.6300 v= -12.1300 vr=  -4.95431 vt=  46.95411
 i= 1208 j=  777 glon=  293.53 (0-360E) glon=  293.53 glat=  34.76 u=  48.8600 v=  -6.0800 vr=  -2.98941 vt=  49.14600
 i= 1213 j=  777 glon=  293.73 (0-360E) glon=  293.73 glat=  34.76 u=  49.9300 v=   1.3900 vr=  -0.94959 vt=  49.94032
 i= 1218 j=  777 glon=  293.93 (0-360E) glon=  293.93 glat=  34.76 u=  47.8300 v=  10.0300 vr=  -0.25255 vt=  48.86968
 i= 1223 j=  777 glon=  294.13 (0-360E) glon=  294.13 glat=  34.76 u=  44.5000 v=  17.0300 vr=   0.70191 vt=  47.64219
 i= 1228 j=  777 glon=  294.33 (0-360E) glon=  294.33 glat=  34.76 u=  41.0500 v=  21.0400 vr=   2.90263 vt=  46.03649
 i= 1233 j=  777 glon=  294.53 (0-360E) glon=  294.53 glat=  34.76 u=  37.8000 v=  31.0800 vr=  -0.96766 vt=  48.92719
 i= 1238 j=  777 glon=  294.73 (0-360E) glon=  294.73 glat=  34.76 u=  26.4600 v=  32.8700 vr=  -4.87227 vt=  41.91455
 i= 1243 j=  777 glon=  294.93 (0-360E) glon=  294.93 glat=  34.76 u=  27.9700 v=  33.8400 vr=  -0.58277 vt=  43.89905
 i= 1248 j=  777 glon=  295.13 (0-360E) glon=  295.13 glat=  34.76 u=  19.1500 v=  31.0600 vr=  -2.83498 vt=  36.37869
 i= 1253 j=  777 glon=  295.33 (0-360E) glon=  295.33 glat=  34.76 u=  19.2400 v=  29.2100 vr=   0.46487 vt=  34.97407
 i= 1258 j=  777 glon=  295.53 (0-360E) glon=  295.53 glat=  34.76 u=  18.4600 v=  27.6100 vr=   2.36528 vt=  33.12837
 i= 1263 j=  777 glon=  295.73 (0-360E) glon=  295.73 glat=  34.76 u=  13.8400 v=  25.9300 vr=   0.45094 vt=  29.38890
 i= 1268 j=  777 glon=  295.93 (0-360E) glon=  295.93 glat=  34.76 u=  11.1200 v=  24.8200 vr=  -0.46192 vt=  27.19326
 i= 1163 j=  782 glon=  291.73 (0-360E) glon=  291.73 glat=  34.56 u=  18.9700 v= -15.7800 vr=  -7.44512 vt=  23.52529
 i= 1168 j=  782 glon=  291.93 (0-360E) glon=  291.93 glat=  34.56 u=  20.9300 v= -17.3700 vr=  -6.97189 vt=  26.29020
 i= 1173 j=  782 glon=  292.13 (0-360E) glon=  292.13 glat=  34.56 u=  22.9600 v= -18.3700 vr=  -6.44158 vt=  28.69015
 i= 1178 j=  782 glon=  292.33 (0-360E) glon=  292.33 glat=  34.56 u=  24.7600 v= -19.1200 vr=  -5.36486 vt=  30.81964
 i= 1183 j=  782 glon=  292.53 (0-360E) glon=  292.53 glat=  34.56 u=  26.9300 v= -20.0000 vr=  -3.81894 vt=  33.32628
 i= 1188 j=  782 glon=  292.73 (0-360E) glon=  292.73 glat=  34.56 u=  29.2200 v= -17.5000 vr=  -4.17920 vt=  33.80226
 i= 1193 j=  782 glon=  292.93 (0-360E) glon=  292.93 glat=  34.56 u=  30.3600 v= -16.5900 vr=  -1.97961 vt=  34.54039
 i= 1198 j=  782 glon=  293.13 (0-360E) glon=  293.13 glat=  34.56 u=  32.9700 v= -18.6200 vr=   2.95332 vt=  37.74921
 i= 1203 j=  782 glon=  293.33 (0-360E) glon=  293.33 glat=  34.56 u=  37.4900 v= -14.9400 vr=   3.22910 vt=  40.22781
 i= 1208 j=  782 glon=  293.53 (0-360E) glon=  293.53 glat=  34.56 u=  41.7000 v=  -9.8300 vr=   3.50778 vt=  42.69911
 i= 1213 j=  782 glon=  293.73 (0-360E) glon=  293.73 glat=  34.56 u=  44.0400 v=  -4.0800 vr=   4.39337 vt=  44.00984
 i= 1218 j=  782 glon=  293.93 (0-360E) glon=  293.93 glat=  34.56 u=  42.9100 v=   2.6900 vr=   4.32723 vt=  42.77592
 i= 1223 j=  782 glon=  294.13 (0-360E) glon=  294.13 glat=  34.56 u=  39.7900 v=  15.8400 vr=  -2.85890 vt=  42.73145
 i= 1228 j=  782 glon=  294.33 (0-360E) glon=  294.33 glat=  34.56 u=  39.7100 v=  19.0800 vr=  -0.01230 vt=  44.05599
 i= 1233 j=  782 glon=  294.53 (0-360E) glon=  294.53 glat=  34.56 u=  40.7900 v=  18.5600 vr=   6.27533 vt=  44.37249
 i= 1238 j=  782 glon=  294.73 (0-360E) glon=  294.73 glat=  34.56 u=  31.7400 v=  26.2800 vr=  -0.83261 vt=  41.19918
 i= 1243 j=  782 glon=  294.93 (0-360E) glon=  294.93 glat=  34.56 u=  27.4700 v=  26.1000 vr=   0.01969 vt=  37.89209
 i= 1248 j=  782 glon=  295.13 (0-360E) glon=  295.13 glat=  34.56 u=  21.1100 v=  28.4300 vr=  -3.38776 vt=  35.24798
 i= 1253 j=  782 glon=  295.33 (0-360E) glon=  295.33 glat=  34.56 u=  21.0500 v=  26.0700 vr=   0.32032 vt=  33.50589
 i= 1258 j=  782 glon=  295.53 (0-360E) glon=  295.53 glat=  34.56 u=  19.7200 v=  24.7100 vr=   1.87570 vt=  31.55858
 i= 1263 j=  782 glon=  295.73 (0-360E) glon=  295.73 glat=  34.56 u=  14.6900 v=  23.6200 vr=  -0.27874 vt=  27.81408
 i= 1168 j=  787 glon=  291.93 (0-360E) glon=  291.93 glat=  34.36 u=  20.9300 v= -15.0300 vr=  -6.23407 vt=  25.00204
 i= 1173 j=  787 glon=  292.13 (0-360E) glon=  292.13 glat=  34.36 u=  23.0200 v= -16.1000 vr=  -5.54025 vt=  27.53972
 i= 1178 j=  787 glon=  292.33 (0-360E) glon=  292.33 glat=  34.36 u=  24.7700 v= -16.3700 vr=  -4.67855 vt=  29.31964
 i= 1183 j=  787 glon=  292.53 (0-360E) glon=  292.53 glat=  34.36 u=  26.8900 v= -15.3600 vr=  -4.54015 vt=  30.63313
 i= 1188 j=  787 glon=  292.73 (0-360E) glon=  292.73 glat=  34.36 u=  29.3200 v= -14.9400 vr=  -3.55489 vt=  32.71435
 i= 1193 j=  787 glon=  292.93 (0-360E) glon=  292.93 glat=  34.36 u=  32.2400 v= -14.3800 vr=  -2.19001 vt=  35.23359
 i= 1198 j=  787 glon=  293.13 (0-360E) glon=  293.13 glat=  34.36 u=  34.7100 v= -11.7000 vr=  -1.73347 vt=  36.58783
 i= 1203 j=  787 glon=  293.33 (0-360E) glon=  293.33 glat=  34.36 u=  36.0800 v=  -9.2400 vr=  -0.08603 vt=  37.24428
 i= 1208 j=  787 glon=  293.53 (0-360E) glon=  293.53 glat=  34.36 u=  38.1700 v=  -5.0300 vr=   0.20667 vt=  38.49944
 i= 1213 j=  787 glon=  293.73 (0-360E) glon=  293.73 glat=  34.36 u=  39.9100 v=   0.5200 vr=  -0.28181 vt=  39.91239
 i= 1218 j=  787 glon=  293.93 (0-360E) glon=  293.93 glat=  34.36 u=  38.9400 v=   7.7900 vr=  -2.38368 vt=  39.63995
 i= 1223 j=  787 glon=  294.13 (0-360E) glon=  294.13 glat=  34.36 u=  39.1000 v=   8.7100 vr=   1.80131 vt=  40.01786
 i= 1228 j=  787 glon=  294.33 (0-360E) glon=  294.33 glat=  34.36 u=  37.7200 v=  14.7600 vr=   0.39563 vt=  40.50308
 i= 1233 j=  787 glon=  294.53 (0-360E) glon=  294.53 glat=  34.36 u=  34.0400 v=  18.9100 vr=  -0.62884 vt=  38.93474
 i= 1238 j=  787 glon=  294.73 (0-360E) glon=  294.73 glat=  34.36 u=  32.2200 v=  17.9700 vr=   2.91187 vt=  36.77731
 i= 1243 j=  787 glon=  294.93 (0-360E) glon=  294.93 glat=  34.36 u=  25.0800 v=  24.3800 vr=  -3.41660 vt=  34.80973
 i= 1248 j=  787 glon=  295.13 (0-360E) glon=  295.13 glat=  34.36 u=  23.7900 v=  23.5400 vr=  -1.05445 vt=  33.45122
 i= 1253 j=  787 glon=  295.33 (0-360E) glon=  295.33 glat=  34.36 u=  21.8400 v=  22.8500 vr=   0.20325 vt=  31.60802
 i= 1258 j=  787 glon=  295.53 (0-360E) glon=  295.53 glat=  34.36 u=  20.1300 v=  21.5800 vr=   1.53026 vt=  29.47154
 i= 1173 j=  792 glon=  292.13 (0-360E) glon=  292.13 glat=  34.16 u=  23.0700 v= -13.0900 vr=  -5.74502 vt=  25.89532
 i= 1178 j=  792 glon=  292.33 (0-360E) glon=  292.33 glat=  34.16 u=  25.4900 v= -13.7400 vr=  -5.02111 vt=  28.51870
 i= 1183 j=  792 glon=  292.53 (0-360E) glon=  292.53 glat=  34.16 u=  27.1900 v= -13.4300 vr=  -4.12137 vt=  30.04456
 i= 1188 j=  792 glon=  292.73 (0-360E) glon=  292.73 glat=  34.16 u=  27.7800 v= -12.2300 vr=  -2.98625 vt=  30.20569
 i= 1193 j=  792 glon=  292.93 (0-360E) glon=  292.93 glat=  34.16 u=  29.6800 v= -10.8700 vr=  -2.27004 vt=  31.52628
 i= 1198 j=  792 glon=  293.13 (0-360E) glon=  293.13 glat=  34.16 u=  32.3000 v=  -8.6300 vr=  -2.12008 vt=  33.36573
 i= 1203 j=  792 glon=  293.33 (0-360E) glon=  293.33 glat=  34.16 u=  34.1300 v=  -5.8800 vr=  -1.67763 vt=  34.59215
 i= 1208 j=  792 glon=  293.53 (0-360E) glon=  293.53 glat=  34.16 u=  34.6400 v=  -2.8800 vr=  -0.88256 vt=  34.74831
 i= 1213 j=  792 glon=  293.73 (0-360E) glon=  293.73 glat=  34.16 u=  35.3700 v=  -0.8600 vr=   1.04174 vt=  35.36511
 i= 1218 j=  792 glon=  293.93 (0-360E) glon=  293.93 glat=  34.16 u=  37.9100 v=   4.7200 vr=  -0.20555 vt=  38.20215
 i= 1223 j=  792 glon=  294.13 (0-360E) glon=  294.13 glat=  34.16 u=  34.7900 v=   6.6800 vr=   1.38587 vt=  35.39839
 i= 1228 j=  792 glon=  294.33 (0-360E) glon=  294.33 glat=  34.16 u=  33.5200 v=  11.1200 vr=   0.47361 vt=  35.31318
 i= 1233 j=  792 glon=  294.53 (0-360E) glon=  294.53 glat=  34.16 u=  31.6700 v=  14.0100 vr=   0.51752 vt=  34.62660
 i= 1238 j=  792 glon=  294.73 (0-360E) glon=  294.73 glat=  34.16 u=  27.3500 v=  19.7600 vr=  -3.52528 vt=  33.55671
 i= 1243 j=  792 glon=  294.93 (0-360E) glon=  294.93 glat=  34.16 u=  25.4100 v=  20.3400 vr=  -2.37235 vt=  32.46160
 i= 1248 j=  792 glon=  295.13 (0-360E) glon=  295.13 glat=  34.16 u=  23.7700 v=  20.2200 vr=  -0.93497 vt=  31.19274
 i= 1253 j=  792 glon=  295.33 (0-360E) glon=  295.33 glat=  34.16 u=  22.1900 v=  19.4000 vr=   0.63611 vt=  29.46780
 i= 1178 j=  797 glon=  292.33 (0-360E) glon=  292.33 glat=  33.96 u=  24.5000 v= -10.1700 vr=  -5.61402 vt=  25.92608
 i= 1183 j=  797 glon=  292.53 (0-360E) glon=  292.53 glat=  33.96 u=  26.5400 v=  -9.8900 vr=  -5.06359 vt=  27.86653
 i= 1188 j=  797 glon=  292.73 (0-360E) glon=  292.73 glat=  33.96 u=  28.5700 v=  -9.1400 vr=  -4.48376 vt=  29.65941
 i= 1193 j=  797 glon=  292.93 (0-360E) glon=  292.93 glat=  33.96 u=  30.0000 v=  -8.4000 vr=  -3.21680 vt=  30.98729
 i= 1198 j=  797 glon=  293.13 (0-360E) glon=  293.13 glat=  33.96 u=  30.7700 v=  -7.2500 vr=  -1.76555 vt=  31.56324
 i= 1203 j=  797 glon=  293.33 (0-360E) glon=  293.33 glat=  33.96 u=  31.7100 v=  -5.3800 vr=  -0.80443 vt=  32.15309
 i= 1208 j=  797 glon=  293.53 (0-360E) glon=  293.53 glat=  33.96 u=  32.4500 v=  -2.9800 vr=  -0.11888 vt=  32.58633
 i= 1213 j=  797 glon=  293.73 (0-360E) glon=  293.73 glat=  33.96 u=  32.7300 v=  -0.1800 vr=   0.32769 vt=  32.72885
 i= 1218 j=  797 glon=  293.93 (0-360E) glon=  293.93 glat=  33.96 u=  33.3700 v=   2.2100 vr=   1.27148 vt=  33.41892
 i= 1223 j=  797 glon=  294.13 (0-360E) glon=  294.13 glat=  33.96 u=  33.2900 v=   7.0000 vr=  -0.18730 vt=  34.01748
 i= 1228 j=  797 glon=  294.33 (0-360E) glon=  294.33 glat=  33.96 u=  31.3700 v=  10.5600 vr=  -0.96526 vt=  33.08563
 i= 1233 j=  797 glon=  294.53 (0-360E) glon=  294.53 glat=  33.96 u=  28.4500 v=  14.4400 vr=  -2.72340 vt=  31.78835
 i= 1238 j=  797 glon=  294.73 (0-360E) glon=  294.73 glat=  33.96 u=  25.8100 v=  16.6400 vr=  -3.24256 vt=  30.53738
 i= 1243 j=  797 glon=  294.93 (0-360E) glon=  294.93 glat=  33.96 u=  24.8200 v=  17.0300 vr=  -1.75405 vt=  30.04957
 i= 1248 j=  797 glon=  295.13 (0-360E) glon=  295.13 glat=  33.96 u=  23.2900 v=  16.9300 vr=  -0.45609 vt=  28.78960
 i= 1188 j=  802 glon=  292.73 (0-360E) glon=  292.73 glat=  33.76 u=  26.8000 v=  -6.5500 vr=  -4.82926 vt=  27.16286
 i= 1193 j=  802 glon=  292.93 (0-360E) glon=  292.93 glat=  33.76 u=  28.0900 v=  -5.3600 vr=  -4.28169 vt=  28.27446
 i= 1198 j=  802 glon=  293.13 (0-360E) glon=  293.13 glat=  33.76 u=  29.0500 v=  -3.9800 vr=  -3.55067 vt=  29.10560
 i= 1203 j=  802 glon=  293.33 (0-360E) glon=  293.33 glat=  33.76 u=  29.8000 v=  -2.3900 vr=  -2.76243 vt=  29.76779
 i= 1208 j=  802 glon=  293.53 (0-360E) glon=  293.53 glat=  33.76 u=  30.4100 v=  -0.4800 vr=  -2.10177 vt=  30.34108
 i= 1213 j=  802 glon=  293.73 (0-360E) glon=  293.73 glat=  33.76 u=  30.8000 v=   1.9100 vr=  -1.78608 vt=  30.80743
 i= 1218 j=  802 glon=  293.93 (0-360E) glon=  293.93 glat=  33.76 u=  30.4400 v=   4.5800 vr=  -1.73567 vt=  30.73365
 i= 1223 j=  802 glon=  294.13 (0-360E) glon=  294.13 glat=  33.76 u=  29.4700 v=   7.9000 vr=  -2.48549 vt=  30.40910
 i= 1228 j=  802 glon=  294.33 (0-360E) glon=  294.33 glat=  33.76 u=  27.6100 v=  11.5300 vr=  -3.89473 vt=  29.66621
 i= 1233 j=  802 glon=  294.53 (0-360E) glon=  294.53 glat=  33.76 u=  25.5000 v=  13.4800 vr=  -4.03417 vt=  28.56021
 i= 1238 j=  802 glon=  294.73 (0-360E) glon=  294.73 glat=  33.76 u=  25.0700 v=  13.6000 vr=  -2.12874 vt=  28.44175
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    30.1631693986110       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     53.79 kts
    LL Wind Circ Vt mean quadmax value: SE     63.14 kts
    LL Wind Circ Vt mean quadmax value: SW     55.27 kts
    LL Wind Circ Vt mean quadmax value: NW     49.30 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   14.9830014082946       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    35.5864245244200     
   xcenlon=    293.788244060287     
   imax=         2738  jmax=         2041
   jlatfix=          756
   ilonfix (unadjusted) =         1215
  
 In get_max_wind, ibeg=         1131  iend=         1298
                  jbeg=          688  jend=          825
         ilonfix=         1215  jlatfix=          756
 At end of get_max_wind, vmax=    40.5688994181504       rmax= 
   27.9597011004392     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.50 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.53 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    9.94 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   11.59 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   13.32 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   15.11 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   17.11 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   19.54 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   22.29 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   25.00 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   27.36 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   29.30 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   30.91 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   32.26 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   33.27 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   34.04 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   34.41 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   34.55 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   34.44 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   34.11 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.64 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   33.04 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   32.37 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   31.67 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   30.97 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   30.32 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   29.71 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   29.17 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   28.70 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   28.31 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   27.95 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   27.58 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   27.16 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   26.74 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   26.29 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   25.83 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   25.34 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   24.79 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   24.24 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.74 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   23.35 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   23.07 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    34.55 m/s   maxrmw_dist=    54.00  km   maxrmw_ix=   18
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    54.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    34.5520723623331      
  (m/s)   (in kts)=    67.1243109783045     
  rising_sum_dvdr=       27.0536134934753     
  declining_sum_dvdr=   -8.26414512921021     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    60 igrct=  1 Vmax (m/s)=   40.569   22:24:18
 TIMING: before call  getradii, fhr=    60 igrct=  1   22:24:18
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.41728249703210     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.41728249703210     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.9807714089867     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.9807714089867     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.0291783393745     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.0291783393745     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.9595994859819     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   10.96 good_quad_ct=   4 mean_vt_4quad=      2.74
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.44 mean_vt_4quad=    8.90
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.53 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.58 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.58 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.59 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.61 mean_vt_4quad=    9.28
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.63 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.67 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.72 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.77 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.84 mean_vt_4quad=    9.67
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.93 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.03 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.12 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.21 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.30 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.38 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.45 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.54 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.63 mean_vt_4quad=   10.57
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.73 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.85 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.97 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.10 mean_vt_4quad=   10.98
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.24 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.37 mean_vt_4quad=   11.19
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.50 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.64 mean_vt_4quad=   11.40
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.77 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.88 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.97 mean_vt_4quad=   11.71
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.06 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.13 mean_vt_4quad=   11.94
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.15 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.12 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.09 mean_vt_4quad=   12.27
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.09 mean_vt_4quad=   12.38
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.17 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.26 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.36 mean_vt_4quad=   12.76
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.43 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.50 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.73 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.78 mean_vt_4quad=   13.22
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.93 mean_vt_4quad=   13.33
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   17.18 mean_vt_4quad=   13.46
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.42 mean_vt_4quad=   13.60
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.56 mean_vt_4quad=   13.74
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.74 .... 0.5*v_holland=    7.70
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.87 .... 0.5*v_holland=    7.70
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   14.00 .... 0.5*v_holland=    7.70
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   14.14 .... 0.5*v_holland=    7.70
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   14.29 .... 0.5*v_holland=    7.70
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    228.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   123.028800000000     
 vradius(iwindix,iquad) =         123
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.56 mean_vt_4quad=   13.74
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.49 mean_vt_4quad=   13.87
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.54 mean_vt_4quad=   14.00
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.65 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.75 mean_vt_4quad=   14.29
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.87 mean_vt_4quad=   14.46
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   18.05 mean_vt_4quad=   14.64
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.29 mean_vt_4quad=   14.83
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.54 mean_vt_4quad=   15.02
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.73 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.86 mean_vt_4quad=   15.40
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.15 mean_vt_4quad=   15.57
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.47 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.59 mean_vt_4quad=   15.91
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.50 mean_vt_4quad=   16.08
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.60 mean_vt_4quad=   16.26
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.79 mean_vt_4quad=   16.43
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.94 mean_vt_4quad=   16.63
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.10 mean_vt_4quad=   16.83
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.27 mean_vt_4quad=   17.06
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.59 mean_vt_4quad=   17.29
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.99 mean_vt_4quad=   17.52
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.37 mean_vt_4quad=   17.74
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.70 mean_vt_4quad=   17.96
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   22.03 mean_vt_4quad=   18.20
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   22.33 mean_vt_4quad=   18.44
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   22.64 mean_vt_4quad=   18.70
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.96 mean_vt_4quad=   18.97
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   23.24 mean_vt_4quad=   19.23
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.49 mean_vt_4quad=   19.51
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.76 mean_vt_4quad=   19.79
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.04 mean_vt_4quad=   20.08
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.32 mean_vt_4quad=   20.35
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.60 mean_vt_4quad=   20.59
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.94 mean_vt_4quad=   20.84
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.25 mean_vt_4quad=   21.16
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.61 mean_vt_4quad=   21.57
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.03 mean_vt_4quad=   22.04
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.03 mean_vt_4quad=   22.04
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   26.50 mean_vt_4quad=   22.53
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   26.98 mean_vt_4quad=   22.99
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   27.54 mean_vt_4quad=   23.44
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   28.27 mean_vt_4quad=   23.88
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   29.02 mean_vt_4quad=   24.31
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   29.66 mean_vt_4quad=   24.75
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.11 mean_vt_4quad=   25.19
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   30.42 mean_vt_4quad=   25.57
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   30.82 mean_vt_4quad=   25.93
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   31.31 mean_vt_4quad=   26.30
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   31.90 mean_vt_4quad=   26.77
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   32.57 mean_vt_4quad=   27.33
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   33.16 mean_vt_4quad=   27.96
  
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.33 mean_vt_4quad=    8.90
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.42 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.52 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.63 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.75 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.87 mean_vt_4quad=    9.28
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.00 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.11 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.20 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.27 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.33 mean_vt_4quad=    9.67
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.38 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.41 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.46 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.52 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.62 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.72 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.86 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.96 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.08 mean_vt_4quad=   10.57
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.20 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.33 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.41 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.48 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.58 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.72 mean_vt_4quad=   11.19
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.88 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.10 mean_vt_4quad=   11.40
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.20 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.32 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.45 mean_vt_4quad=   11.71
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.59 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.75 mean_vt_4quad=   11.94
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.89 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.04 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.20 mean_vt_4quad=   12.27
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.38 mean_vt_4quad=   12.38
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.58 mean_vt_4quad=   12.51
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    6.85
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.63 .... 0.5*v_holland=    6.85
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.76 .... 0.5*v_holland=    6.85
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    6.85
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    6.85
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    258.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   139.216800000000     
 vradius(iwindix,iquad) =         139
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.58 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.77 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.92 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   18.03 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.19 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.40 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.59 mean_vt_4quad=   13.22
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.80 mean_vt_4quad=   13.33
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.99 mean_vt_4quad=   13.46
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.20 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.37 mean_vt_4quad=   13.74
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.67 mean_vt_4quad=   13.87
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.93 mean_vt_4quad=   14.00
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   20.19 mean_vt_4quad=   14.14
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   20.48 mean_vt_4quad=   14.29
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.75 mean_vt_4quad=   14.46
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.95 mean_vt_4quad=   14.64
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   21.10 mean_vt_4quad=   14.83
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   21.30 mean_vt_4quad=   15.02
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   21.46 mean_vt_4quad=   15.22
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   21.63 mean_vt_4quad=   15.40
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   21.77 mean_vt_4quad=   15.57
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.92 mean_vt_4quad=   15.74
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   22.07 mean_vt_4quad=   15.91
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   22.29 mean_vt_4quad=   16.08
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   22.55 mean_vt_4quad=   16.26
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.88 mean_vt_4quad=   16.43
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   23.19 mean_vt_4quad=   16.63
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   23.45 mean_vt_4quad=   16.83
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   23.75 mean_vt_4quad=   17.06
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   24.05 mean_vt_4quad=   17.29
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   24.37 mean_vt_4quad=   17.52
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   24.62 mean_vt_4quad=   17.74
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   25.04 mean_vt_4quad=   17.96
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   25.49 mean_vt_4quad=   18.20
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.95 mean_vt_4quad=   18.44
  
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.95 mean_vt_4quad=   18.44
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   26.45 mean_vt_4quad=   18.70
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   26.98 mean_vt_4quad=   18.97
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   27.57 mean_vt_4quad=   19.23
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   28.24 mean_vt_4quad=   19.51
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   28.80 mean_vt_4quad=   19.79
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   29.29 mean_vt_4quad=   20.08
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   29.63 mean_vt_4quad=   20.35
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   29.74 mean_vt_4quad=   20.59
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   29.60 mean_vt_4quad=   20.84
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   29.64 mean_vt_4quad=   21.16
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   29.99 mean_vt_4quad=   21.57
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   30.51 mean_vt_4quad=   22.04
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   31.04 mean_vt_4quad=   22.53
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   31.37 mean_vt_4quad=   22.99
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   31.62 mean_vt_4quad=   23.44
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   31.84 mean_vt_4quad=   23.88
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   32.45 mean_vt_4quad=   24.31
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   33.20 mean_vt_4quad=   24.75
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.32 mean_vt_4quad=    8.90
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.43 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.52 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.63 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.74 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.86 mean_vt_4quad=    9.28
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.97 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.06 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.13 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.18 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.21 mean_vt_4quad=    9.67
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.27 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.35 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.42 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.50 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.60 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.69 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.82 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.94 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.08 mean_vt_4quad=   10.57
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.24 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.43 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.58 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.74 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.88 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.02 mean_vt_4quad=   11.19
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.16 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.31 mean_vt_4quad=   11.40
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.43 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.55 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.67 mean_vt_4quad=   11.71
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   15.82 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.93 mean_vt_4quad=   11.94
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.15 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.35 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.53 mean_vt_4quad=   12.27
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.72 mean_vt_4quad=   12.38
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.98 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.22 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.45 mean_vt_4quad=   12.76
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.69 mean_vt_4quad=   12.88
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   13.11 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   13.22 .... 0.5*v_holland=    7.08
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   13.33 .... 0.5*v_holland=    7.08
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    249.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   134.360400000000     
 vradius(iwindix,iquad) =         134
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.69 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   17.92 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   18.12 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   18.29 mean_vt_4quad=   13.22
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   18.42 mean_vt_4quad=   13.33
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   18.54 mean_vt_4quad=   13.46
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.68 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.80 mean_vt_4quad=   13.74
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   18.93 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   19.05 mean_vt_4quad=   14.00
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   19.18 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   19.31 mean_vt_4quad=   14.29
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   19.43 mean_vt_4quad=   14.46
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.53 mean_vt_4quad=   14.64
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.63 mean_vt_4quad=   14.83
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.72 mean_vt_4quad=   15.02
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   19.86 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   20.06 mean_vt_4quad=   15.40
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.32 mean_vt_4quad=   15.57
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   20.67 mean_vt_4quad=   15.74
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   21.05 mean_vt_4quad=   15.91
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.43 mean_vt_4quad=   16.08
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   21.77 mean_vt_4quad=   16.26
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   22.08 mean_vt_4quad=   16.43
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   22.35 mean_vt_4quad=   16.63
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   22.62 mean_vt_4quad=   16.83
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   22.71 mean_vt_4quad=   17.06
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   22.73 mean_vt_4quad=   17.29
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   22.71 mean_vt_4quad=   17.52
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   22.70 mean_vt_4quad=   17.74
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   22.71 mean_vt_4quad=   17.96
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   22.91 mean_vt_4quad=   18.20
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   23.17 mean_vt_4quad=   18.44
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   23.62 mean_vt_4quad=   18.70
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   24.15 mean_vt_4quad=   18.97
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   24.69 mean_vt_4quad=   19.23
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   25.22 mean_vt_4quad=   19.51
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   25.70 mean_vt_4quad=   19.79
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   26.17 mean_vt_4quad=   20.08
  
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   26.17 mean_vt_4quad=   20.08
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   26.59 mean_vt_4quad=   20.35
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   26.89 mean_vt_4quad=   20.59
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   27.13 mean_vt_4quad=   20.84
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   27.42 mean_vt_4quad=   21.16
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   27.86 mean_vt_4quad=   21.57
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   28.39 mean_vt_4quad=   22.04
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   28.94 mean_vt_4quad=   22.53
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   29.29 mean_vt_4quad=   22.99
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   29.51 mean_vt_4quad=   23.44
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   29.67 mean_vt_4quad=   23.88
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   29.74 mean_vt_4quad=   24.31
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   29.93 mean_vt_4quad=   24.75
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   30.04 mean_vt_4quad=   25.19
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   29.96 mean_vt_4quad=   25.57
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   30.61 mean_vt_4quad=   25.93
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   31.62 mean_vt_4quad=   26.30
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   32.77 mean_vt_4quad=   26.77
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   33.83 mean_vt_4quad=   27.33
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.17 mean_vt_4quad=    8.90
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.25 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.33 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.42 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.54 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.67 mean_vt_4quad=    9.28
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.82 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.97 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.11 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.21 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.29 mean_vt_4quad=    9.67
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.34 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.36 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.38 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.39 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.39 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.37 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.39 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.44 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.53 mean_vt_4quad=   10.57
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.68 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.86 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.05 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.21 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.31 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.35 mean_vt_4quad=   11.19
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.34 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.28 mean_vt_4quad=   11.40
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.25 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.29 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.34 mean_vt_4quad=   11.71
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.47 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.61 mean_vt_4quad=   11.94
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.74 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.84 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.88 mean_vt_4quad=   12.27
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.02 mean_vt_4quad=   12.38
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.19 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.37 mean_vt_4quad=   12.63
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.53 mean_vt_4quad=   12.76
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.68 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.79 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.91 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.08 mean_vt_4quad=   13.22
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.30 mean_vt_4quad=   13.33
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.53 mean_vt_4quad=   13.46
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.80 mean_vt_4quad=   13.60
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.08 mean_vt_4quad=   13.74
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.37 mean_vt_4quad=   13.87
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.64 mean_vt_4quad=   14.00
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.85 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.96 mean_vt_4quad=   14.29
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   14.02 mean_vt_4quad=   14.46
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.09 mean_vt_4quad=   14.64
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   14.18 mean_vt_4quad=   14.83
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   14.30 mean_vt_4quad=   15.02
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.47 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   14.71 mean_vt_4quad=   15.40
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   14.94 mean_vt_4quad=   15.57
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.13 mean_vt_4quad=   15.74
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.27 mean_vt_4quad=   15.91
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.40 mean_vt_4quad=   16.08
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.54 mean_vt_4quad=   16.26
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.73 mean_vt_4quad=   16.43
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.88 mean_vt_4quad=   16.63
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   16.00 mean_vt_4quad=   16.83
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.16 mean_vt_4quad=   17.06
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.39 mean_vt_4quad=   17.29
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.71 mean_vt_4quad=   17.52
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   17.09 mean_vt_4quad=   17.74
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.62 mean_vt_4quad=   17.96
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   17.96 .... 0.5*v_holland=   10.72
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   18.20 .... 0.5*v_holland=   10.72
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   18.44 .... 0.5*v_holland=   10.72
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   18.70 .... 0.5*v_holland=   10.72
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   18.97 .... 0.5*v_holland=   10.72
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    159.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   85.7964000000000     
 vradius(iwindix,iquad) =          86
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.62 mean_vt_4quad=   17.96
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.06 mean_vt_4quad=   18.20
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   18.35 mean_vt_4quad=   18.44
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   18.65 mean_vt_4quad=   18.70
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.96 mean_vt_4quad=   18.97
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   19.16 mean_vt_4quad=   19.23
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   19.44 mean_vt_4quad=   19.51
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.93 mean_vt_4quad=   19.79
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   20.47 mean_vt_4quad=   20.08
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.68 mean_vt_4quad=   20.35
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   20.29 mean_vt_4quad=   20.59
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   19.60 mean_vt_4quad=   20.84
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   20.21 mean_vt_4quad=   21.16
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   21.12 mean_vt_4quad=   21.57
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.06 mean_vt_4quad=   22.04
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.71 mean_vt_4quad=   22.53
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.46 mean_vt_4quad=   22.99
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.53 mean_vt_4quad=   23.44
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.33 mean_vt_4quad=   23.88
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   25.77 mean_vt_4quad=   24.31
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   25.77 mean_vt_4quad=   24.31
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.78 mean_vt_4quad=   24.75
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.35 mean_vt_4quad=   25.19
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   24.35 mean_vt_4quad=   25.57
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   24.85 mean_vt_4quad=   25.93
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   25.56 mean_vt_4quad=   26.30
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.11 mean_vt_4quad=   26.77
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   26.52 mean_vt_4quad=   27.33
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   26.95 mean_vt_4quad=   27.96
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   27.73 mean_vt_4quad=   28.61
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   28.62 mean_vt_4quad=   29.29
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   29.46 mean_vt_4quad=   29.98
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   30.29 mean_vt_4quad=   30.67
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   31.10 mean_vt_4quad=   31.31
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   31.84 mean_vt_4quad=   31.86
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   32.44 mean_vt_4quad=   32.27
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   32.58 mean_vt_4quad=   32.50
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   32.20 mean_vt_4quad=   32.50
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   32.48 mean_vt_4quad=   32.24
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   33.08 mean_vt_4quad=   31.65
  
 NO interp, exactdistkm=    45.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   24.2820000000000     
 vradius(iwindix,iquad) =          24
 TIMING: after call  getradii, fhr=    60 igrct=  1   22:24:18
 TIMING: after getrad_iter_loop, fhr=    60 igrct=  2 Vmax (m/s)=   40.569   22:24:18
 TIMING: Before get_phase ... 22:24:18
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           60 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    59.000
  
  
  In get_cps_paramb, lead time=           60 :           0   08L  FRANKLIN 
   right_ct=          956   left_ct=          995
   zthicksum(1)=    3257051.86775000     
   zthicksum(2)=    3388781.30618750     
   zthick_right_mean=    3406.95802065899     
   zthick_left_mean=     3405.81035797739     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    1.14766268160474     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           67.17
  Sum of y-diffs squared (ydiff2) =         2292.37
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   437.49   6.7452       22.53   0.1661    -4.37    19.10      507.69
    2   432.25   6.6846       17.29   0.1055     0.21     0.04      299.01
    3   424.97   6.6201       10.01   0.0409     3.38    11.45      100.24
    4   414.33   6.5511       -0.63  -0.0281     3.92    15.36        0.39
    5   399.69   6.4770      -15.27  -0.1022     1.28     1.64      233.11
    6   381.02   6.3969      -33.94  -0.1822    -4.42    19.58     1151.92
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   414.956     x:    6.58
  
  slope=    161.976         y-intercept =   -650.711
  Regression equation:   Y =  -650.71 +   161.98X
  
  R2(r_squared) =  0.9707        r =  0.9852
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1037.85 zmin=  596.02 zdiff=  441.83
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1532.10 zmin= 1094.62 zdiff=  437.49
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.34 dlnp=     -0.057158  dzdlnp=       75.999
  
   +++ k=  3 press=    800.0 zmax= 2051.84 zmin= 1619.59 zdiff=  432.25
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.24 dlnp=     -0.060625  dzdlnp=       86.434
  
   +++ k=  4 press=    750.0 zmax= 2599.04 zmin= 2174.07 zdiff=  424.97
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.28 dlnp=     -0.064539  dzdlnp=      112.801
  
   +++ k=  5 press=    700.0 zmax= 3176.76 zmin= 2762.43 zdiff=  414.33
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.64 dlnp=     -0.068993  dzdlnp=      154.219
  
   +++ k=  6 press=    650.0 zmax= 3788.61 zmin= 3388.92 zdiff=  399.69
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.64 dlnp=     -0.074108  dzdlnp=      197.550
  
   +++ k=  7 press=    600.0 zmax= 4440.03 zmin= 4059.02 zdiff=  381.02
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -18.67 dlnp=     -0.080043  dzdlnp=      233.275
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           10.99
  Sum of y-diffs squared (ydiff2) =        18691.00
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   359.52   6.3099       73.40   0.2788    -1.87     3.49     5387.56
    2   335.65   6.2146       49.53   0.1834    -0.01     0.00     2453.02
    3   308.78   6.1092       22.66   0.0781     1.58     2.49      513.66
    4   276.93   5.9915       -9.19  -0.0397     1.53     2.33       84.49
    5   239.71   5.8579      -46.41  -0.1732     0.37     0.13     2153.70
    6   196.13   5.7038      -89.99  -0.3274    -1.60     2.55     8098.56
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   286.120     x:    6.03
  
  slope=    270.013         y-intercept =  -1342.373
  Regression equation:   Y = -1342.37 +   270.01X
  
  R2(r_squared) =  0.9994        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4440.03 zmin= 4059.02 zdiff=  381.02
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5139.03 zmin= 4779.51 zdiff=  359.52
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -21.50 dlnp=     -0.087011  dzdlnp=      247.048
  
   +++ k=  9 press=    500.0 zmax= 5893.24 zmin= 5557.59 zdiff=  335.65
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -23.87 dlnp=     -0.095310  dzdlnp=      250.466
  
   +++ k= 10 press=    450.0 zmax= 6713.91 zmin= 6405.13 zdiff=  308.78
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -26.86 dlnp=     -0.105361  dzdlnp=      254.972
  
   +++ k= 11 press=    400.0 zmax= 7614.74 zmin= 7337.81 zdiff=  276.93
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -31.86 dlnp=     -0.117783  dzdlnp=      270.463
  
   +++ k= 12 press=    350.0 zmax= 8614.23 zmin= 8374.52 zdiff=  239.71
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -37.22 dlnp=     -0.133531  dzdlnp=      278.706
  
   +++ k= 13 press=    300.0 zmax= 9737.19 zmin= 9541.06 zdiff=  196.13
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -43.58 dlnp=     -0.154151  dzdlnp=      282.736
  
cps_stats: 08L   lead time=  60: 0   paramb=     1.15  vtl=    161.98  vtu=    270.01
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   60:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.788 (0-360) guesslon=  293.788E  (  66.212W)   guesslat=   35.586
 ilonfix=         1215  jlatfix=          756  npts=           33
 ibeg=         1138  jbeg=          688  imax=         2738
 iend=         1292  jend=          824  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  292.468E  (0-360) ctlon=  292.468E  (  67.532W)  ctlat=   35.466 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  292.468E   (0-360) guesslon=  292.468E  (  67.532W)   guesslat=   35.466
 ilonfix=         1182  jlatfix=          759  npts=           16
 ibeg=         1129  jbeg=          715  imax=         2738
 iend=         1235  jend=          803  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.148E  (0-360) ctlon=  292.148  (  67.852W)  ctlat=   35.646 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    60:00  mean_lon:  292.15E (  67.85W)    (0-360) mean_lon=  292.15E  mean_lat:   35.65  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    60:00  ifix:  1161   jfix:   731  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1161  jx=          731
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         699 ,         269 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         698 ,         268 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    60:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:24:18
 TIMING: Before shear ... 22:24:18
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           11
  clon(ist,ifh,3)=    293.719766035205     
  clat(ist,ifh,3)=    35.5947166437212     
  fixlon(ist,ifh)=    293.788244060287     
  fixlat(ist,ifh)=    35.5864245244200     
  xcenlon=    293.719766035205     
  xcenlat=    35.5947166437212     
  
 xxshear
 In get_shear A, xcenlon=    293.719766035205       xcenlat= 
   35.5947166437212     
   In get_shear B, (0-360) xcenlon=    293.719766035205     
  
At start of get_shear:  08L   fhr=   60:00   Mean fix position=   293.79E  ( 66.21W)    35.59  (0-360) mean lon fix=  293.79
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   43.74 vr_mean(idist,ilev)=    2.05
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   43.36 vr_mean(idist,ilev)=    1.45
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   39.68 vr_mean(idist,ilev)=    0.84
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   33.99 vr_mean(idist,ilev)=    0.32
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   30.15 vr_mean(idist,ilev)=    0.14
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.87 vr_mean(idist,ilev)=   -0.31
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   24.56 vr_mean(idist,ilev)=   -0.50
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.48 vr_mean(idist,ilev)=   -0.55
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.35 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.87 vr_mean(idist,ilev)=   -0.06
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.37 vr_mean(idist,ilev)=   -0.06
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.77 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.34 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.09 vr_mean(idist,ilev)=   -0.13
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.88 vr_mean(idist,ilev)=   -0.34
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.70 vr_mean(idist,ilev)=   -0.54
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.76 vr_mean(idist,ilev)=   -0.49
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.02 vr_mean(idist,ilev)=   -0.55
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.32 vr_mean(idist,ilev)=   -0.56
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -21.06 vr_mean(idist,ilev)=   21.06
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -31.59 vr_mean(idist,ilev)=   31.59
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -42.13 vr_mean(idist,ilev)=   42.13
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -52.67 vr_mean(idist,ilev)=   52.67
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -63.22 vr_mean(idist,ilev)=   63.22
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -73.77 vr_mean(idist,ilev)=   73.77
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -84.34 vr_mean(idist,ilev)=   84.34
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -94.91 vr_mean(idist,ilev)=   94.91
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -105.50 vr_mean(idist,ilev)=  105.50
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -116.10 vr_mean(idist,ilev)=  116.10
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -126.71 vr_mean(idist,ilev)=  126.71
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -137.35 vr_mean(idist,ilev)=  137.35
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -148.00 vr_mean(idist,ilev)=  148.00
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -158.68 vr_mean(idist,ilev)=  158.68
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -169.38 vr_mean(idist,ilev)=  169.38
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -180.11 vr_mean(idist,ilev)=  180.11
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -190.87 vr_mean(idist,ilev)=  190.87
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -201.67 vr_mean(idist,ilev)=  201.67
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -212.52 vr_mean(idist,ilev)=  212.52
  
 At end of get_shear: 
     ist=    2 ifh=   11 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:24:18
  
 After call to fixcenter, fix positions at 
 forecast hour=   60:00 follow:
  
fixpos  08L   fhr=   60:00   Fix position=   293.79E  ( 66.21W)    35.59   Max Wind=  79 kts
  
  
 xxxx get_next_ges, prev fix lon=    292.209120721888     
 xxxx get_next_ges, curr fix lon=    293.788244060287     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.788244060287        fixlat=    35.5864245244200     
        (0-360) fixlon=    293.788244060287     
      ilonfix=         1215   jlatfix=          756
      ibeg=          711   iend=         1719
      jbeg=          304   jend=         1208
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    5.52403587574538       vavg=    5.01363025123075     
      ubar=    1.38100896893634       vbar=    1.25340756280769     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.03209637977353       vavg=    4.76095157369087     
      ubar=    4.89705715882311       vbar=    3.63388334965312     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.15349399673598       vavg=    5.07161402459133     
      ubar=    6.93543065800710       vbar=    4.90178685580095     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.93543065800710       vbar=    4.90178685580095     
      wgttot=    1.00000000000000     
      fixlon=    293.788244060287        fixlat=    35.5864245244200     
      barnlon=    295.454836342418       barnlat=    36.5386138432224     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.808375141827860     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      295.454836342418     
     Raw (no conversion for GM wrap) extraplon=    295.382456371515     
  
 --- barnlon=    295.45E  (  64.55W)    barnlat=     36.54
 --- extraplon=  295.38E  (  64.62W)    extraplat=   36.35
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   35.59
 | Current fix lon is   66.21W   ( 293.79E)
 | Current fix lon (raw, unadjusted)=  293.79E
 | Updated guess lat for next fcst hour is   36.44
 | Updated guess lon (0-360) for next fcst hour is   64.58W   ( 295.42E)
 | Raw updated guess lon for next fcst hour is  295.42E)
 -------------------------------------------------
  
 iocheck, dist=    174.868994583792        distm=    174868.994583792     
 iocheck, stmspd=    8.09578678628665        istmspd=          157
 iocheck, xincr=    1.63040229667945        yincr=   0.856815765746703     
 iocheck, stmdir=    62.2769900520567        istmdir=           62
 +++ RPT_STORM_MOTION: istmspd=   157 kts(*10)    istmdir=    62 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  11
     Fix location for this time:   293.79E  ( 66.21W)    35.59
     Fix lon (raw) for this time:  293.79E
     ilonfix= 1215  jlatfix=  756
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.788244060287       xcenlat=    35.5864245244200     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.788244060287       xcenlat=    35.5864245244200     
  ilonfix=         1215  jlatfix=          756
  ibeg=         1086  iend=         1344
  jbeg=          640  jend=          872  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.788244060287        xcenlat=    35.5864245244200     
      ilonfix=         1215   jlatfix=          756
      ibeg=         1086   iend=         1344
      jbeg=          640   jend=          872
 After call to barnes, xsmoothval=   4.639184709332109E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.639184709332109E-004
      xcenlon=    293.788244060287        xcenlat=    35.5864245244200     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000464  imeanzeta (*1e6)=      464
   --- mean zeta raw =   4.639184709332109E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003232  igrid zeta (*1e6)=     3232 ifilret=   0
   --- grid zeta raw=   3.231770814965008E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.788244060287       xcenlat=    35.5864245244200     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.788244060287       xcenlat=    35.5864245244200     
  ilonfix=         1215  jlatfix=          756
  ibeg=         1086  iend=         1344
  jbeg=          640  jend=          872  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.788244060287        xcenlat=    35.5864245244200     
      ilonfix=         1215   jlatfix=          756
      ibeg=         1086   iend=         1344
      jbeg=          640   jend=          872
 After call to barnes, xsmoothval=   4.405091670795369E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.405091670795369E-004
      xcenlon=    293.788244060287        xcenlat=    35.5864245244200     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000441  imeanzeta (*1e6)=      441
   --- mean zeta raw =   4.405091670795369E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002373  igrid zeta (*1e6)=     2373 ifilret=   0
   --- grid zeta raw=   2.372599061134443E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           60
  
 segx, outlon=    293.788244060287       outlat=    35.5864245244200     
   ist=            2  ifcsthour=           60
   vmaxwind=    40.5688994181504       xminmslp=    96301.2300000000     
   vradius=          123          63          42         139          83
          53         134          73          44          86          55
          24
   maxstorm=            6
   plastbar=    100701.230000000       rlastbar=    198.866967221758     
   rmax=    27.9597011004392     
   cps_vals=    1.14766268160474        161.976336476528     
   270.013205494435     
   wcore_flag= n
   istmspd=          157  istmdir=           62
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    54.0000000000000     
   axisymet_rmw_val=     34.5520723623331     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   198.866967221758       irlastbar=         199
 output: plastbar=   100701.230000000       iplastbar=        1007
 rmax=    27.9597011004392        irmax=           28
 TXX top of atcfunix_ext, ist=            2  ifh=           60
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   198.866967221758       irlastbar=         199
 output: plastbar=   100701.230000000       iplastbar=        1007
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           60
 intlat=          356
 clatns= N
 intlon=          662
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           79
 int(xminmslp/mslp_outp_adj + 0.5)=          963
 XX,  34, NEQ
 vradius(1,1)=          123
 vradius(1,2)=          139
 vradius(1,3)=          134
 vradius(1,4)=           86
 iplastbar=         1007
 irlastbar=          199
 irmax=           28
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           62
 istmspd=          157
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           11
 icps_vals(2)=         1620
 icps_vals(3)=         2700
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           29
 irmw_val=           67
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          464
 igridzeta(1)=         3232
 imeanzeta(2)=          441
 igridzeta(2)=         2373
  
 rmax=    27.9597011004392        irmax=           28
 +++ Top of output_atcf_parms, ist=            2  ifh=           60
  
 xxxx get_next_ges, prev fix lon=    292.209120721888     
 xxxx get_next_ges, curr fix lon=    293.788244060287     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.788244060287        fixlat=    35.5864245244200     
        (0-360) fixlon=    293.788244060287     
      ilonfix=         1215   jlatfix=          756
      ibeg=          711   iend=         1719
      jbeg=          304   jend=         1208
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    5.52403587574538       vavg=    5.01363025123075     
      ubar=    1.38100896893634       vbar=    1.25340756280769     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.03209637977353       vavg=    4.76095157369087     
      ubar=    4.89705715882311       vbar=    3.63388334965312     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.15349399673598       vavg=    5.07161402459133     
      ubar=    6.93543065800710       vbar=    4.90178685580095     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.93543065800710       vbar=    4.90178685580095     
      wgttot=    1.00000000000000     
      fixlon=    293.788244060287        fixlat=    35.5864245244200     
      barnlon=    295.454836342418       barnlat=    36.5386138432224     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.808375141827860     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      295.454836342418     
     Raw (no conversion for GM wrap) extraplon=    295.382456371515     
  
 --- barnlon=    295.45E  (  64.55W)    barnlat=     36.54
 --- extraplon=  295.38E  (  64.62W)    extraplat=   36.35
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   35.59
 | Current fix lon is   66.21W   ( 293.79E)
 | Current fix lon (raw, unadjusted)=  293.79E
 | Updated guess lat for next fcst hour is   36.44
 | Updated guess lon (0-360) for next fcst hour is   64.58W   ( 295.42E)
 | Raw updated guess lon for next fcst hour is  295.42E)
 -------------------------------------------------
  
 iocheck, dist=    174.868994583792        distm=    174868.994583792     
 iocheck, stmspd=    8.09578678628665        istmspd=          157
 iocheck, xincr=    1.63040229667945        yincr=   0.856815765746703     
 iocheck, stmdir=    62.2769900520567        istmdir=           62
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   60:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.355849718263643E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.636E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.498E  (0-360) ctlon=  279.498  (  80.502W)  ctlat=   31.570 fmax (x10e5) =        0.782E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.036553741143328E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.604E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.398E  (0-360) ctlon=  279.398  (  80.602W)  ctlat=   31.570 fmax (x10e5) =        0.704E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.132E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.398E  (0-360) ctlon=  279.398  (  80.602W)  ctlat=   31.570 fmax =       -0.100E+16 fmin =        0.132E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.297E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.398E  (0-360) ctlon=  279.398  (  80.602W)  ctlat=   31.570 fmax =       -0.100E+16 fmin =        0.297E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.989E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.398E  (0-360) ctlon=  279.398  (  80.602W)  ctlat=   31.570 fmax =       -0.100E+16 fmin =        0.989E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.438 (0-360) guesslon=  279.438E  (  80.562W)   guesslat=   31.410
 ilonfix=          856  jlatfix=          860  npts=           33
 ibeg=          781  jbeg=          792  imax=         2738
 iend=          931  jend=          928  jmax=         2041
 TIMING: find_maxmin 1  22:24:18
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   3.582655207105326E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  279.318E  (0-360) ctlon=  279.318E  (  80.682W)  ctlat=   31.690 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.358E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:18
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  279.318E   (0-360) guesslon=  279.318E  (  80.682W)   guesslat=   31.690
 ilonfix=          853  jlatfix=          853  npts=           16
 ibeg=          802  jbeg=          809  imax=         2738
 iend=          904  jend=          897  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.498E  (0-360) ctlon=  279.498  (  80.502W)  ctlat=   31.570 fmax (x10e5) =        0.519E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    279.442073020024        uvgeslat=    31.5411897860863     
    (0-360 uvgeslon)=    279.442073020024     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    279.442073020024        uvgeslat=    31.5411897860863     
    (0-360 uvgeslon)=    279.442073020024     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    279.442073020024     
  
 After first run, Wind Circulation (NHEM) ctlon=  279.442E  (0-360E lon):  279.442E    80.558W  ctlat=   31.541  xmax_circul_disk =     114571111.3
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  279.442E  (0-360E)=  279.442E  (  80.558W)   guesslat=   31.541
 ilonfix=          856  jlatfix=          857  npts=           56
 ibeg=          785  jbeg=          793  imax=         2738
 iend=          927  jend=          921  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    114541130.975336     
 nhalf get_wind_circ, k=  1 ctlon=  279.462E  (0-360E)=  279.462E  ctlon=   80.538W   ctlat=   31.561 Wind Circulation (NHEM: Max) =     114541131.0
 TIMING: After GWC 850 ... 22:24:18
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    279.442073020024        uvgeslat=    31.5411897860863     
    (0-360 uvgeslon)=    279.442073020024     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    279.442073020024     
  
 After first run, Wind Circulation (NHEM) ctlon=  279.442E  (0-360E lon):  279.442E    80.558W  ctlat=   31.541  xmax_circul_disk =     107342644.1
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  279.442E  (0-360E)=  279.442E  (  80.558W)   guesslat=   31.541
 ilonfix=          856  jlatfix=          857  npts=           56
 ibeg=          785  jbeg=          793  imax=         2738
 iend=          927  jend=          921  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    108194616.088398     
 nhalf get_wind_circ, k=  1 ctlon=  279.582E  (0-360E)=  279.582E  ctlon=   80.418W   ctlat=   31.561 Wind Circulation (NHEM: Max) =     108194616.1
 TIMING: After GWC 700 ... 22:24:18
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:24:18
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    279.442073020024        uvgeslat=    31.5411897860863     
    (0-360 uvgeslon)=    279.442073020024     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    279.442073020024     
  
 After first run, Wind Circulation (NHEM) ctlon=  279.442E  (0-360E lon):  279.442E    80.558W  ctlat=   31.541  xmax_circul_disk =      61859158.3
 TIMING: get_wind_circ kloop, k=  1   22:24:18
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  279.442E  (0-360E)=  279.442E  (  80.558W)   guesslat=   31.541
 ilonfix=          856  jlatfix=          857  npts=           56
 ibeg=          785  jbeg=          793  imax=         2738
 iend=          927  jend=          921  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    61970039.1819847     
 nhalf get_wind_circ, k=  1 ctlon=  279.462E  (0-360E)=  279.462E  ctlon=   80.538W   ctlat=   31.501 Wind Circulation (NHEM: Max) =      61970039.2
 TIMING: After GWC Sfc ... 22:24:19
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.22  xavg_stderr=     4.65
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           11  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    60:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  279.44E   (0-360) guesslon=  279.44E  ( 80.56W)    31.41
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       279.50       80.50      31.57           78.19       T         18.68
   2    zeta 700    Max       279.40       80.60      31.57           70.39       T         18.19
   3    circ 850    Max       279.46       80.54      31.56          114.54       T         16.93
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       279.58       80.42      31.56          108.19       T         21.61
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       279.40       80.60      31.57         1318.40       T         18.19
   8     gph 700    Min       279.40       80.60      31.57         2970.59       T         18.19
   9        MSLP    Min       279.40       80.60      31.57        98876.51       T         18.19
  10    circ sfc    Max       279.46       80.54      31.50           61.97       T         10.35
  11    zeta sfc    Max       279.50       80.50      31.57           51.85       T         18.68
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.52471717703632       stderr_close= 
   2.79843778981700       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.235 devia=   0.847 wtpos=  0.75400     279.50   279.50    80.50    31.57
 ip=  2 kprm=  2 dist_from_mean=   5.485 devia=   1.097 wtpos=  0.69372     279.40   279.40    80.60    31.57
 ip=  3 kprm=  3 dist_from_mean=   0.654 devia=   0.131 wtpos=  0.95732     279.46   279.46    80.54    31.56
 ip=  5 kprm=  4 dist_from_mean=  12.020 devia=   2.404 wtpos=  0.44872     279.58   279.58    80.42    31.56
 ip=  7 kprm=  5 dist_from_mean=   5.485 devia=   1.097 wtpos=  0.69372     279.40   279.40    80.60    31.57
 ip=  8 kprm=  6 dist_from_mean=   5.485 devia=   1.097 wtpos=  0.69372     279.40   279.40    80.60    31.57
 ip=  9 kprm=  7 dist_from_mean=   5.485 devia=   1.097 wtpos=  0.69372     279.40   279.40    80.60    31.57
 ip= 10 kprm=  8 dist_from_mean=   6.636 devia=   1.327 wtpos=  0.64249     279.46   279.46    80.54    31.50
 ip= 11 kprm=  9 dist_from_mean=   4.235 devia=   0.847 wtpos=  0.75400     279.50   279.50    80.50    31.57
  
At end of fixcenter:  10L   fhr=   60:00   Fix position=   279.45E  (0-360) fixlon=  279.45  ( 80.55W)    31.56
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    279.451348271350     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    279.398437747296     
        (0-360E clon(ist,ifh,9))=    279.398437747296     
      clat(ist,ifh,9)=    31.5702799679045     
      xval(9)=    98876.5149985524     
  
  After get_ij B, ibeg jbeg =          745         718
  After get_ij B, iend jend =          965         994
  
 In is_it_a_storm, ilonfix=          855  jlatfix=          856
 ibeg jbeg iend jend =          745         718         965         994
 cparm= slp  parmlon parmlat =    279.398437747296        31.5702799679045     
     (0-360E parmlon) =    279.398437747296     
 parmval=    98876.5149985524     
  
 i=  830 j=  793 glon=  278.41 (0-360E) glon=  278.41 glat=  34.12 dist=   298.28 slp=  100196.11 pgradient=  4.42406
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.42406
 mslp center =    279.398437747296        31.5702799679045     
   98876.5149985524     
   (0-360E) lon of mslp center =    279.398437747296     
 pgrad loc   =    278.409171000000        278.409171000000     
   81.5908290000000        34.1207950000000        100196.110000000     
  ttest at location C IF....
      xinp_fixlat=    31.5702799679045     
      xinp_fixlon=    279.398437747296       (0-360E) xinp_fixlon= 
   279.398437747296     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97484.4300000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          856  jfix=          856
 longitude=    279.398437747296      E   (   80.6015622527037      
 W)  (0-360E) xinp_fixlon=    279.398437747296     
 latitude=    31.5702799679045     
 mean mslp value (xval(9))=    98876.5149985524     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          856  jfix=          856
 longitude=    279.398437747296      E   (   80.6015622527037      
 W)  (0-360E) xinp_fixlon=    279.398437747296     
 latitude=    31.5702799679045     
 mean mslp value (xval(9))=    98876.5149985524     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          856  jx=          856
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97484.4300000000       xcentval=    97484.4300000000     
 At A, num_found_contours=            0
 At A, contlo=    97484.4300000000       conthi=    97884.4300000000     
  
 num_found_contours=            0
 contlo=    97484.4300000000       conthi=    97884.4300000000     
 xcentval=    97484.4300000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97884.4300000000       conthi=    98284.4300000000     
  
 num_found_contours=            1
 contlo=    97884.4300000000       conthi=    98284.4300000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            2
 At A, contlo=    98284.4300000000       conthi=    98684.4300000000     
  
 num_found_contours=            2
 contlo=    98284.4300000000       conthi=    98684.4300000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            3
 At A, contlo=    98684.4300000000       conthi=    99084.4300000000     
  
 num_found_contours=            3
 contlo=    98684.4300000000       conthi=    99084.4300000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            4
 At A, contlo=    99084.4300000000       conthi=    99484.4300000000     
  
 num_found_contours=            4
 contlo=    99084.4300000000       conthi=    99484.4300000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            5
 At A, contlo=    99484.4300000000       conthi=    99884.4300000000     
  
 num_found_contours=            5
 contlo=    99484.4300000000       conthi=    99884.4300000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            6
 At A, contlo=    99884.4300000000       conthi=    100284.430000000     
  
 num_found_contours=            6
 contlo=    99884.4300000000       conthi=    100284.430000000     
 xcentval=    97484.4300000000     
 At A, num_found_contours=            7
 At A, contlo=    100284.430000000       conthi=    100684.430000000     
  
 num_found_contours=            7
 contlo=    100284.430000000       conthi=    100684.430000000     
 xcentval=    97484.4300000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         768 ,         874 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97484.4300000000     
 !!! (i,j) of central value = (         856 ,         856 )
 !!!  
 !!! Flagged value found    =    100284.110000000     
 !!! (i,j) of flagged value = (         767 ,         875 )
 !!!   
 !!! Lower bound of contour interval =    100284.430000000     
 !!! Upper bound of contour interval =    100684.430000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          856  jfix=          856
 longitude=    279.398437747296      E   (   80.6015622527037      W)  
 (0-360E) xinp_fixlon=    279.398437747296     
 latitude=    31.5702799679045     
 mean mslp value (xval(9))=    98876.5149985524     
 gridpoint mslp value=    97484.4300000000     
 ccflag= y
 prs of last closed isobar =    100284.430000000     
 radius of last closed isobar =    133.559207744930       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   60:00
 !!! Boundary check xinp_fixlat is   31.57
 !!! Boundary check xinp_fixlon is   80.60W   ( 279.40E)  (0-360E) xinp_fixlon=  279.40
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    279.462072520024     
  850 mb wcirc fix lat=    31.5611892860863     
    (0-360) 850 mb wcirc fix lon=    279.462072520024     
  Multi-parm fix lon=      279.451348271350     
  Multi-parm fix lat=      31.5612502961248     
    (0-360) Multi-parm fix lon=      279.451348271350     
  
  
  After get_ij B, ibeg jbeg =          764         752
  After get_ij B, iend jend =          950         960
  
 In is_it_a_storm, ilonfix=          857  jlatfix=          856
 ibeg jbeg iend jend =          764         752         950         960
 cparm= v850  parmlon parmlat =    279.462072520024        31.5611892860863     
     (0-360E parmlon) =    279.462072520024     
 parmval=    114541130.975336     
  
 i=  849 j=  807 glon=  279.17 (0-360E) glon=  279.17 glat=  33.56 u=  -8.9700 v=  -4.4700 vr=  -3.33085 vt=   9.45237
 i=  854 j=  807 glon=  279.37 (0-360E) glon=  279.37 glat=  33.56 u= -11.7500 v=  -5.4600 vr=  -4.99341 vt=  11.95575
 i=  859 j=  807 glon=  279.57 (0-360E) glon=  279.57 glat=  33.56 u=  -9.5400 v=  -5.6200 vr=  -6.04665 vt=   9.27545
 i=  864 j=  807 glon=  279.77 (0-360E) glon=  279.77 glat=  33.56 u=  -9.8600 v=  -6.2200 vr=  -7.44044 vt=   8.97484
 i=  829 j=  812 glon=  278.37 (0-360E) glon=  278.37 glat=  33.36 u=  -9.8700 v=  -9.6400 vr=  -4.04513 vt=  13.19028
 i=  834 j=  812 glon=  278.57 (0-360E) glon=  278.57 glat=  33.36 u= -11.7900 v=  -9.1600 vr=  -3.86696 vt=  14.42069
 i=  839 j=  812 glon=  278.77 (0-360E) glon=  278.77 glat=  33.36 u= -12.1700 v=  -7.3500 vr=  -3.20809 vt=  13.85062
 i=  844 j=  812 glon=  278.97 (0-360E) glon=  278.97 glat=  33.36 u= -10.5400 v=  -5.3300 vr=  -2.80687 vt=  11.47266
 i=  849 j=  812 glon=  279.17 (0-360E) glon=  279.17 glat=  33.36 u= -12.1900 v=  -7.0100 vr=  -5.27750 vt=  13.03396
 i=  854 j=  812 glon=  279.37 (0-360E) glon=  279.37 glat=  33.36 u= -10.2400 v=  -5.0100 vr=  -4.55731 vt=  10.44934
 i=  859 j=  812 glon=  279.57 (0-360E) glon=  279.57 glat=  33.36 u=  -8.1400 v=  -8.2400 vr=  -8.63964 vt=   7.71452
 i=  864 j=  812 glon=  279.77 (0-360E) glon=  279.77 glat=  33.36 u= -11.2800 v=  -5.8000 vr=  -7.35547 vt=  10.33322
 i=  869 j=  812 glon=  279.97 (0-360E) glon=  279.97 glat=  33.36 u= -14.0000 v=  -0.0600 vr=  -3.31225 vt=  13.60267
 i=  874 j=  812 glon=  280.17 (0-360E) glon=  280.17 glat=  33.36 u=  -7.3800 v=  12.2400 vr=   9.27838 vt=  10.87169
 i=  879 j=  812 glon=  280.37 (0-360E) glon=  280.37 glat=  33.36 u=  -3.8100 v=  11.1700 vr=   8.77159 vt=   7.89583
 i=  824 j=  817 glon=  278.17 (0-360E) glon=  278.17 glat=  33.16 u=  -8.3400 v= -10.5400 vr=  -3.96405 vt=  12.84264
 i=  829 j=  817 glon=  278.37 (0-360E) glon=  278.37 glat=  33.16 u= -10.3600 v= -10.6700 vr=  -4.02705 vt=  14.31647
 i=  834 j=  817 glon=  278.57 (0-360E) glon=  278.57 glat=  33.16 u= -12.4200 v= -10.4500 vr=  -4.12299 vt=  15.69904
 i=  839 j=  817 glon=  278.77 (0-360E) glon=  278.77 glat=  33.16 u= -14.9300 v=  -7.0700 vr=  -1.48316 vt=  16.45266
 i=  844 j=  817 glon=  278.97 (0-360E) glon=  278.97 glat=  33.16 u=  -5.9400 v=  -2.9400 vr=  -1.34162 vt=   6.49055
 i=  849 j=  817 glon=  279.17 (0-360E) glon=  279.17 glat=  33.16 u= -13.2700 v=  -0.4200 vr=   1.62224 vt=  13.17716
 i=  854 j=  817 glon=  279.37 (0-360E) glon=  279.37 glat=  33.16 u=  -9.7900 v=   0.3300 vr=   0.81150 vt=   9.76189
 i=  859 j=  817 glon=  279.57 (0-360E) glon=  279.57 glat=  33.16 u= -10.7100 v=  -6.9000 vr=  -7.49609 vt=  10.30159
 i=  864 j=  817 glon=  279.77 (0-360E) glon=  279.77 glat=  33.16 u= -10.0000 v=  -0.1500 vr=  -1.75556 vt=   9.84584
 i=  869 j=  817 glon=  279.97 (0-360E) glon=  279.97 glat=  33.16 u= -10.5700 v=   7.9500 vr=   4.93134 vt=  12.27230
 i=  874 j=  817 glon=  280.17 (0-360E) glon=  280.17 glat=  33.16 u=  -5.6000 v=  11.4600 vr=   8.76230 vt=   9.26897
 i=  879 j=  817 glon=  280.37 (0-360E) glon=  280.37 glat=  33.16 u=  -4.2000 v=  11.6200 vr=   8.64721 vt=   8.82554
 i=  884 j=  817 glon=  280.57 (0-360E) glon=  280.57 glat=  33.16 u=  -3.4000 v=  13.7400 vr=  10.12080 vt=   9.89530
 i=  889 j=  817 glon=  280.77 (0-360E) glon=  280.77 glat=  33.16 u=  -2.3100 v=  13.9700 vr=  10.15557 vt=   9.86718
 i=  814 j=  822 glon=  277.77 (0-360E) glon=  277.77 glat=  32.96 u=  -5.0000 v= -10.6900 vr=  -3.85448 vt=  11.15433
 i=  819 j=  822 glon=  277.97 (0-360E) glon=  277.97 glat=  32.96 u=  -6.7400 v= -11.2100 vr=  -3.76675 vt=  12.52610
 i=  824 j=  822 glon=  278.17 (0-360E) glon=  278.17 glat=  32.96 u=  -8.7400 v= -11.1700 vr=  -3.38143 vt=  13.77398
 i=  829 j=  822 glon=  278.37 (0-360E) glon=  278.37 glat=  32.96 u= -10.4100 v= -11.4100 vr=  -3.74777 vt=  14.98367
 i=  834 j=  822 glon=  278.57 (0-360E) glon=  278.57 glat=  32.96 u= -12.5000 v= -11.6100 vr=  -4.24919 vt=  16.52230
 i=  839 j=  822 glon=  278.77 (0-360E) glon=  278.77 glat=  32.96 u= -13.7300 v=  -9.1400 vr=  -3.10319 vt=  16.19947
 i=  844 j=  822 glon=  278.97 (0-360E) glon=  278.97 glat=  32.96 u= -13.1200 v=  -0.1000 vr=   3.66311 vt=  12.59865
 i=  849 j=  822 glon=  279.17 (0-360E) glon=  279.17 glat=  32.96 u= -12.9900 v=   2.4900 vr=   4.72392 vt=  12.35414
 i=  854 j=  822 glon=  279.37 (0-360E) glon=  279.37 glat=  32.96 u= -11.9900 v=   4.5900 vr=   5.25738 vt=  11.71274
 i=  859 j=  822 glon=  279.57 (0-360E) glon=  279.57 glat=  32.96 u= -11.8700 v=   6.9800 vr=   6.19617 vt=  12.29735
 i=  864 j=  822 glon=  279.77 (0-360E) glon=  279.77 glat=  32.96 u= -12.5400 v=   6.9600 vr=   4.54626 vt=  13.60238
 i=  869 j=  822 glon=  279.97 (0-360E) glon=  279.97 glat=  32.96 u=  -8.6000 v=   8.2200 vr=   5.32802 vt=  10.63676
 i=  874 j=  822 glon=  280.17 (0-360E) glon=  280.17 glat=  32.96 u=  -8.9300 v=  11.2800 vr=   6.84454 vt=  12.65447
 i=  879 j=  822 glon=  280.37 (0-360E) glon=  280.37 glat=  32.96 u=  -5.4300 v=  11.6100 vr=   7.55023 vt=  10.35717
 i=  884 j=  822 glon=  280.57 (0-360E) glon=  280.57 glat=  32.96 u=  -2.9400 v=  12.3900 vr=   8.64039 vt=   9.35411
 i=  889 j=  822 glon=  280.77 (0-360E) glon=  280.77 glat=  32.96 u=  -0.4800 v=  13.1300 vr=   9.98128 vt=   8.54408
 i=  894 j=  822 glon=  280.97 (0-360E) glon=  280.97 glat=  32.96 u=   1.2300 v=  14.7700 vr=  11.71775 vt=   9.07524
 i=  899 j=  822 glon=  281.17 (0-360E) glon=  281.17 glat=  32.96 u=   2.7400 v=  16.3500 vr=  13.30965 vt=   9.88349
 i=  809 j=  827 glon=  277.57 (0-360E) glon=  277.57 glat=  32.76 u=  -3.5800 v= -10.9200 vr=  -3.63071 vt=  10.90325
 i=  814 j=  827 glon=  277.77 (0-360E) glon=  277.77 glat=  32.76 u=  -4.4000 v= -11.6800 vr=  -4.07703 vt=  11.79662
 i=  819 j=  827 glon=  277.97 (0-360E) glon=  277.97 glat=  32.76 u=  -6.5100 v= -11.9400 vr=  -3.45320 vt=  13.15367
 i=  824 j=  827 glon=  278.17 (0-360E) glon=  278.17 glat=  32.76 u=  -8.0900 v= -12.7500 vr=  -3.92280 vt=  14.58157
 i=  829 j=  827 glon=  278.37 (0-360E) glon=  278.37 glat=  32.76 u=  -9.6300 v= -13.1700 vr=  -4.50822 vt=  15.67998
 i=  834 j=  827 glon=  278.57 (0-360E) glon=  278.57 glat=  32.76 u=  -9.4700 v= -12.2100 vr=  -5.25204 vt=  14.53207
 i=  839 j=  827 glon=  278.77 (0-360E) glon=  278.77 glat=  32.76 u= -12.0000 v=  -6.1500 vr=  -0.23222 vt=  13.48216
 i=  844 j=  827 glon=  278.97 (0-360E) glon=  278.97 glat=  32.76 u=  -8.8000 v=  -1.7200 vr=   1.27657 vt=   8.87518
 i=  849 j=  827 glon=  279.17 (0-360E) glon=  279.17 glat=  32.76 u= -15.1600 v=  -0.1800 vr=   2.90251 vt=  14.88064
 i=  854 j=  827 glon=  279.37 (0-360E) glon=  279.37 glat=  32.76 u= -12.4700 v=   1.7300 vr=   2.54489 vt=  12.32953
 i=  859 j=  827 glon=  279.57 (0-360E) glon=  279.57 glat=  32.76 u= -10.9400 v=   3.3600 vr=   2.52348 vt=  11.16267
 i=  864 j=  827 glon=  279.77 (0-360E) glon=  279.77 glat=  32.76 u= -12.8200 v=   6.7400 vr=   3.86238 vt=  13.95930
 i=  869 j=  827 glon=  279.97 (0-360E) glon=  279.97 glat=  32.76 u=  -9.8100 v=   9.3200 vr=   5.45576 vt=  12.38278
 i=  874 j=  827 glon=  280.17 (0-360E) glon=  280.17 glat=  32.76 u=  -7.0100 v=  11.1400 vr=   6.82014 vt=  11.25724
 i=  879 j=  827 glon=  280.37 (0-360E) glon=  280.37 glat=  32.76 u=  -5.7300 v=  14.7400 vr=   9.29890 vt=  12.79183
 i=  884 j=  827 glon=  280.57 (0-360E) glon=  280.57 glat=  32.76 u=  -4.0300 v=  16.3600 vr=  10.37753 vt=  13.27393
 i=  889 j=  827 glon=  280.77 (0-360E) glon=  280.77 glat=  32.76 u=  -1.7400 v=  16.8800 vr=  11.18990 vt=  12.75728
 i=  894 j=  827 glon=  280.97 (0-360E) glon=  280.97 glat=  32.76 u=   0.7600 v=  16.9600 vr=  12.13052 vt=  11.87728
 i=  899 j=  827 glon=  281.17 (0-360E) glon=  281.17 glat=  32.76 u=   2.7100 v=  17.7100 vr=  13.35006 vt=  11.94839
 i=  904 j=  827 glon=  281.37 (0-360E) glon=  281.37 glat=  32.76 u=   3.2200 v=  21.5300 vr=  15.35790 vt=  15.42868
 i=  809 j=  832 glon=  277.57 (0-360E) glon=  277.57 glat=  32.56 u=  -3.0300 v= -12.0700 vr=  -3.75984 vt=  11.86294
 i=  814 j=  832 glon=  277.77 (0-360E) glon=  277.77 glat=  32.56 u=  -3.0500 v= -12.0800 vr=  -4.35774 vt=  11.67215
 i=  819 j=  832 glon=  277.97 (0-360E) glon=  277.97 glat=  32.56 u=  -4.6200 v= -13.3900 vr=  -4.62996 vt=  13.38656
 i=  824 j=  832 glon=  278.17 (0-360E) glon=  278.17 glat=  32.56 u=  -6.5700 v= -16.4400 vr=  -6.17722 vt=  16.59158
 i=  829 j=  832 glon=  278.37 (0-360E) glon=  278.37 glat=  32.56 u=  -7.3300 v= -15.8000 vr=  -6.56742 vt=  16.13189
 i=  834 j=  832 glon=  278.57 (0-360E) glon=  278.57 glat=  32.56 u=  -6.9100 v= -16.1100 vr=  -8.64287 vt=  15.25061
 i=  839 j=  832 glon=  278.77 (0-360E) glon=  278.77 glat=  32.56 u=  -9.7300 v= -13.0800 vr=  -6.32579 vt=  15.02477
 i=  844 j=  832 glon=  278.97 (0-360E) glon=  278.97 glat=  32.56 u= -12.8500 v=  -3.3500 vr=   1.87851 vt=  13.14596
 i=  849 j=  832 glon=  279.17 (0-360E) glon=  279.17 glat=  32.56 u= -15.2300 v=  -6.3800 vr=  -2.51035 vt=  16.32040
 i=  854 j=  832 glon=  279.37 (0-360E) glon=  279.37 glat=  32.56 u= -19.5100 v=   6.5100 vr=   8.02619 vt=  18.93675
 i=  859 j=  832 glon=  279.57 (0-360E) glon=  279.57 glat=  32.56 u= -11.1700 v=   7.2800 vr=   6.23753 vt=  11.78391
 i=  864 j=  832 glon=  279.77 (0-360E) glon=  279.77 glat=  32.56 u= -19.0700 v=   7.4400 vr=   2.38147 vt=  20.33094
 i=  869 j=  832 glon=  279.97 (0-360E) glon=  279.97 glat=  32.56 u= -10.2700 v=  11.1000 vr=   6.12566 vt=  13.82603
 i=  874 j=  832 glon=  280.17 (0-360E) glon=  280.17 glat=  32.56 u=  -9.1900 v=  14.1900 vr=   7.42133 vt=  15.19000
 i=  879 j=  832 glon=  280.37 (0-360E) glon=  280.37 glat=  32.56 u=  -6.8400 v=  16.2000 vr=   8.64055 vt=  15.31556
 i=  884 j=  832 glon=  280.57 (0-360E) glon=  280.57 glat=  32.56 u=  -3.8100 v=  18.6700 vr=  10.96639 vt=  15.58279
 i=  889 j=  832 glon=  280.77 (0-360E) glon=  280.77 glat=  32.56 u=  -1.8400 v=  20.9800 vr=  12.63927 vt=  16.84621
 i=  894 j=  832 glon=  280.97 (0-360E) glon=  280.97 glat=  32.56 u=  -0.0400 v=  20.4100 vr=  12.49206 vt=  16.14057
 i=  899 j=  832 glon=  281.17 (0-360E) glon=  281.17 glat=  32.56 u=   0.9600 v=  20.5300 vr=  12.39597 vt=  16.39336
 i=  904 j=  832 glon=  281.37 (0-360E) glon=  281.37 glat=  32.56 u=   2.5700 v=  19.3900 vr=  12.31842 vt=  15.19321
 i=  804 j=  837 glon=  277.37 (0-360E) glon=  277.37 glat=  32.36 u=  -2.1400 v= -12.1100 vr=  -2.96343 vt=  11.93523
 i=  809 j=  837 glon=  277.57 (0-360E) glon=  277.57 glat=  32.36 u=  -2.3600 v= -12.9800 vr=  -3.61734 vt=  12.68719
 i=  814 j=  837 glon=  277.77 (0-360E) glon=  277.77 glat=  32.36 u=  -2.0300 v= -12.5000 vr=  -4.26023 vt=  11.92566
 i=  819 j=  837 glon=  277.97 (0-360E) glon=  277.97 glat=  32.36 u=  -2.1300 v= -14.0600 vr=  -5.65989 vt=  13.04554
 i=  824 j=  837 glon=  278.17 (0-360E) glon=  278.17 glat=  32.36 u=  -4.7100 v= -17.2400 vr=  -6.30001 vt=  16.72458
 i=  829 j=  837 glon=  278.37 (0-360E) glon=  278.37 glat=  32.36 u=  -5.5900 v= -17.5100 vr=  -7.15978 vt=  16.92884
 i=  834 j=  837 glon=  278.57 (0-360E) glon=  278.57 glat=  32.36 u=  -4.3500 v= -17.9200 vr=  -9.98572 vt=  15.50272
 i=  839 j=  837 glon=  278.77 (0-360E) glon=  278.77 glat=  32.36 u=  -8.2000 v= -11.9300 vr=  -4.73324 vt=  13.68069
 i=  844 j=  837 glon=  278.97 (0-360E) glon=  278.97 glat=  32.36 u=  -6.8200 v= -10.4000 vr=  -6.04299 vt=  10.86990
 i=  849 j=  837 glon=  279.17 (0-360E) glon=  279.17 glat=  32.36 u= -20.8100 v=  -3.3100 vr=   3.02909 vt=  20.85274
 i=  854 j=  837 glon=  279.37 (0-360E) glon=  279.37 glat=  32.36 u= -18.4100 v=   4.8600 vr=   6.64666 vt=  17.84292
 i=  859 j=  837 glon=  279.57 (0-360E) glon=  279.57 glat=  32.36 u= -15.7800 v=   8.9500 vr=   7.10760 vt=  16.69111
 i=  864 j=  837 glon=  279.77 (0-360E) glon=  279.77 glat=  32.36 u= -14.5600 v=   9.4100 vr=   4.42522 vt=  16.76184
 i=  869 j=  837 glon=  279.97 (0-360E) glon=  279.97 glat=  32.36 u= -11.9100 v=  12.0800 vr=   4.97680 vt=  16.21746
 i=  874 j=  837 glon=  280.17 (0-360E) glon=  280.17 glat=  32.36 u= -14.5700 v=  15.2400 vr=   3.41401 vt=  20.80594
 i=  879 j=  837 glon=  280.37 (0-360E) glon=  280.37 glat=  32.36 u=  -9.3200 v=  16.1900 vr=   5.16545 vt=  17.95262
 i=  884 j=  837 glon=  280.57 (0-360E) glon=  280.57 glat=  32.36 u=  -5.2000 v=  19.7500 vr=   8.79688 vt=  18.43143
 i=  889 j=  837 glon=  280.77 (0-360E) glon=  280.77 glat=  32.36 u=  -1.5700 v=  21.5000 vr=  11.24654 vt=  18.39104
 i=  894 j=  837 glon=  280.97 (0-360E) glon=  280.97 glat=  32.36 u=   0.9500 v=  21.4700 vr=  12.12829 vt=  17.74170
 i=  899 j=  837 glon=  281.17 (0-360E) glon=  281.17 glat=  32.36 u=   0.5800 v=  22.6400 vr=  11.37369 vt=  19.58431
 i=  904 j=  837 glon=  281.37 (0-360E) glon=  281.37 glat=  32.36 u=   3.1400 v=  23.0000 vr=  12.92053 vt=  19.28521
 i=  909 j=  837 glon=  281.57 (0-360E) glon=  281.57 glat=  32.36 u=   5.7900 v=  22.0200 vr=  14.18975 vt=  17.80605
 i=  804 j=  842 glon=  277.37 (0-360E) glon=  277.37 glat=  32.16 u=  -1.6900 v= -13.1900 vr=  -2.55123 vt=  13.05080
 i=  809 j=  842 glon=  277.57 (0-360E) glon=  277.57 glat=  32.16 u=  -1.3000 v= -14.0500 vr=  -3.63214 vt=  13.63452
 i=  814 j=  842 glon=  277.77 (0-360E) glon=  277.77 glat=  32.16 u=  -3.4600 v= -13.5700 vr=  -1.97561 vt=  13.86411
 i=  819 j=  842 glon=  277.97 (0-360E) glon=  277.97 glat=  32.16 u=  -3.4500 v= -10.8100 vr=  -1.46394 vt=  11.25235
 i=  824 j=  842 glon=  278.17 (0-360E) glon=  278.17 glat=  32.16 u=  -4.3500 v= -17.0400 vr=  -4.29821 vt=  17.05314
 i=  829 j=  842 glon=  278.37 (0-360E) glon=  278.37 glat=  32.16 u=  -8.3900 v= -14.9700 vr=  -1.03276 vt=  17.12969
 i=  834 j=  842 glon=  278.57 (0-360E) glon=  278.57 glat=  32.16 u=  -7.1500 v= -15.6300 vr=  -4.05158 vt=  16.70342
 i=  839 j=  842 glon=  278.77 (0-360E) glon=  278.77 glat=  32.16 u= -12.6900 v= -14.1300 vr=  -1.16590 vt=  18.95610
 i=  844 j=  842 glon=  278.97 (0-360E) glon=  278.97 glat=  32.16 u= -14.5500 v=  -8.3600 vr=   1.49320 vt=  16.71414
 i=  849 j=  842 glon=  279.17 (0-360E) glon=  279.17 glat=  32.16 u= -22.5700 v=  -2.0900 vr=   6.73314 vt=  21.64343
 i=  854 j=  842 glon=  279.37 (0-360E) glon=  279.37 glat=  32.16 u= -21.8600 v=   9.6100 vr=  12.38471 vt=  20.41643
 i=  859 j=  842 glon=  279.57 (0-360E) glon=  279.57 glat=  32.16 u= -21.1900 v=  15.3300 vr=  11.97388 vt=  23.25191
 i=  864 j=  842 glon=  279.77 (0-360E) glon=  279.77 glat=  32.16 u= -18.4700 v=  19.0400 vr=  10.07655 vt=  24.53825
 i=  869 j=  842 glon=  279.97 (0-360E) glon=  279.97 glat=  32.16 u= -14.4600 v=  25.4300 vr=  12.18922 vt=  26.59322
 i=  874 j=  842 glon=  280.17 (0-360E) glon=  280.17 glat=  32.16 u= -10.0600 v=  30.4700 vr=  14.36474 vt=  28.69283
 i=  879 j=  842 glon=  280.37 (0-360E) glon=  280.37 glat=  32.16 u=  -6.4100 v=  29.6900 vr=  13.12135 vt=  27.39369
 i=  884 j=  842 glon=  280.57 (0-360E) glon=  280.57 glat=  32.16 u=  -0.4300 v=  25.6400 vr=  13.36869 vt=  21.88316
 i=  889 j=  842 glon=  280.77 (0-360E) glon=  280.77 glat=  32.16 u=  -0.0400 v=  26.0400 vr=  12.27157 vt=  22.96719
 i=  894 j=  842 glon=  280.97 (0-360E) glon=  280.97 glat=  32.16 u=  -2.4300 v=  19.1200 vr=   5.84702 vt=  18.36550
 i=  899 j=  842 glon=  281.17 (0-360E) glon=  281.17 glat=  32.16 u=   2.3600 v=  21.7300 vr=  10.41007 vt=  19.21960
 i=  904 j=  842 glon=  281.37 (0-360E) glon=  281.37 glat=  32.16 u=   4.2200 v=  23.8600 vr=  12.14876 vt=  20.96463
 i=  909 j=  842 glon=  281.57 (0-360E) glon=  281.57 glat=  32.16 u=   5.1800 v=  22.5700 vr=  11.98541 vt=  19.81382
 i=  799 j=  847 glon=  277.17 (0-360E) glon=  277.17 glat=  31.96 u=   1.3900 v= -12.2600 vr=  -3.76042 vt=  11.75155
 i=  804 j=  847 glon=  277.37 (0-360E) glon=  277.37 glat=  31.96 u=  -0.2600 v= -14.3200 vr=  -2.81548 vt=  14.04290
 i=  809 j=  847 glon=  277.57 (0-360E) glon=  277.57 glat=  31.96 u=   0.4100 v= -15.4700 vr=  -4.06031 vt=  14.93328
 i=  814 j=  847 glon=  277.77 (0-360E) glon=  277.77 glat=  31.96 u=  -1.6400 v= -17.8300 vr=  -3.12062 vt=  17.63123
 i=  819 j=  847 glon=  277.97 (0-360E) glon=  277.97 glat=  31.96 u=  -3.8100 v= -13.3900 vr=  -0.33905 vt=  13.91737
 i=  824 j=  847 glon=  278.17 (0-360E) glon=  278.17 glat=  31.96 u=  -0.8400 v= -14.7600 vr=  -4.21145 vt=  14.17134
 i=  829 j=  847 glon=  278.37 (0-360E) glon=  278.37 glat=  31.96 u=  -3.7100 v= -19.9200 vr=  -4.41243 vt=  19.77627
 i=  834 j=  847 glon=  278.57 (0-360E) glon=  278.57 glat=  31.96 u=  -8.4900 v= -20.0200 vr=  -1.76865 vt=  21.67377
 i=  839 j=  847 glon=  278.77 (0-360E) glon=  278.77 glat=  31.96 u=  -9.9000 v= -17.1300 vr=  -1.39237 vt=  19.73596
 i=  844 j=  847 glon=  278.97 (0-360E) glon=  278.97 glat=  31.96 u= -11.9400 v= -19.9700 vr=  -5.11518 vt=  22.69801
 i=  849 j=  847 glon=  279.17 (0-360E) glon=  279.17 glat=  31.96 u= -20.0100 v=  -5.4800 vr=   5.94540 vt=  19.87669
 i=  854 j=  847 glon=  279.37 (0-360E) glon=  279.37 glat=  31.96 u= -18.4000 v=   0.7600 vr=   4.31786 vt=  17.90234
 i=  859 j=  847 glon=  279.57 (0-360E) glon=  279.57 glat=  31.96 u= -17.2500 v=  11.5400 vr=   7.41591 vt=  19.38397
 i=  864 j=  847 glon=  279.77 (0-360E) glon=  279.77 glat=  31.96 u= -11.9100 v=  26.1600 vr=  15.37028 vt=  24.28885
 i=  869 j=  847 glon=  279.97 (0-360E) glon=  279.97 glat=  31.96 u=  -6.6400 v=  28.0200 vr=  14.15032 vt=  25.07944
 i=  874 j=  847 glon=  280.17 (0-360E) glon=  280.17 glat=  31.96 u=  -4.1000 v=  29.6900 vr=  12.97887 vt=  27.01583
 i=  879 j=  847 glon=  280.37 (0-360E) glon=  280.37 glat=  31.96 u=  -1.7600 v=  28.6500 vr=  11.56461 vt=  26.27128
 i=  884 j=  847 glon=  280.57 (0-360E) glon=  280.57 glat=  31.96 u=   2.1400 v=  28.9400 vr=  13.21442 vt=  25.83568
 i=  889 j=  847 glon=  280.77 (0-360E) glon=  280.77 glat=  31.96 u=   0.8800 v=  24.6100 vr=   9.08724 vt=  22.88774
 i=  894 j=  847 glon=  280.97 (0-360E) glon=  280.97 glat=  31.96 u=   6.3600 v=  26.8300 vr=  13.97735 vt=  23.76830
 i=  899 j=  847 glon=  281.17 (0-360E) glon=  281.17 glat=  31.96 u=   4.1200 v=  26.3800 vr=  10.87877 vt=  24.38301
 i=  904 j=  847 glon=  281.37 (0-360E) glon=  281.37 glat=  31.96 u=   4.7900 v=  24.3500 vr=  10.37797 vt=  22.54250
 i=  909 j=  847 glon=  281.57 (0-360E) glon=  281.57 glat=  31.96 u=   5.6600 v=  23.3300 vr=  10.49741 vt=  21.59002
 i=  914 j=  847 glon=  281.77 (0-360E) glon=  281.77 glat=  31.96 u=   7.0500 v=  22.9600 vr=  11.37713 vt=  21.15242
 i=  799 j=  852 glon=  277.17 (0-360E) glon=  277.17 glat=  31.76 u=   2.8600 v= -12.8000 vr=  -4.07878 vt=  12.46528
 i=  804 j=  852 glon=  277.37 (0-360E) glon=  277.37 glat=  31.76 u=   1.7300 v= -15.4300 vr=  -3.36196 vt=  15.15833
 i=  809 j=  852 glon=  277.57 (0-360E) glon=  277.57 glat=  31.76 u=   2.1000 v= -16.8400 vr=  -4.08112 vt=  16.47240
 i=  814 j=  852 glon=  277.77 (0-360E) glon=  277.77 glat=  31.76 u=   1.8000 v= -18.0000 vr=  -4.18338 vt=  17.59941
 i=  819 j=  852 glon=  277.97 (0-360E) glon=  277.97 glat=  31.76 u=   1.8800 v= -17.3500 vr=  -4.49147 vt=  16.86368
 i=  824 j=  852 glon=  278.17 (0-360E) glon=  278.17 glat=  31.76 u=   2.9000 v= -15.9700 vr=  -5.65865 vt=  15.21284
 i=  829 j=  852 glon=  278.37 (0-360E) glon=  278.37 glat=  31.76 u=   2.2000 v= -21.4800 vr=  -6.60675 vt=  20.55678
 i=  834 j=  852 glon=  278.57 (0-360E) glon=  278.57 glat=  31.76 u=   1.6000 v= -24.5000 vr=  -7.72472 vt=  23.30534
 i=  839 j=  852 glon=  278.77 (0-360E) glon=  278.77 glat=  31.76 u=  -4.3400 v= -23.2100 vr=  -3.29450 vt=  23.38132
 i=  844 j=  852 glon=  278.97 (0-360E) glon=  278.97 glat=  31.76 u= -10.3500 v= -21.3200 vr=   0.21087 vt=  23.69853
 i=  849 j=  852 glon=  279.17 (0-360E) glon=  279.17 glat=  31.76 u=  -7.2300 v= -19.6200 vr=  -6.60747 vt=  19.83831
 i=  854 j=  852 glon=  279.37 (0-360E) glon=  279.37 glat=  31.76 u= -15.3200 v=  -5.9700 vr=   0.09541 vt=  16.44184
 i=  859 j=  852 glon=  279.57 (0-360E) glon=  279.57 glat=  31.76 u= -14.1200 v=  19.7300 vr=  12.08056 vt=  21.04061
 i=  864 j=  852 glon=  279.77 (0-360E) glon=  279.77 glat=  31.76 u=  -7.6200 v=  27.2100 vr=  10.44448 vt=  26.25569
 i=  869 j=  852 glon=  279.97 (0-360E) glon=  279.97 glat=  31.76 u=   1.2200 v=  36.8800 vr=  16.55369 vt=  32.97875
 i=  874 j=  852 glon=  280.17 (0-360E) glon=  280.17 glat=  31.76 u=   3.1200 v=  30.4700 vr=  12.51052 vt=  27.95786
 i=  879 j=  852 glon=  280.37 (0-360E) glon=  280.37 glat=  31.76 u=   6.4200 v=  28.6000 vr=  13.32172 vt=  26.10954
 i=  884 j=  852 glon=  280.57 (0-360E) glon=  280.57 glat=  31.76 u=   5.5300 v=  30.1700 vr=  11.59111 vt=  28.39817
 i=  889 j=  852 glon=  280.77 (0-360E) glon=  280.77 glat=  31.76 u=   6.3300 v=  24.1500 vr=  10.42757 vt=  22.68385
 i=  894 j=  852 glon=  280.97 (0-360E) glon=  280.97 glat=  31.76 u=   6.3100 v=  25.7200 vr=  10.10441 vt=  24.47929
 i=  899 j=  852 glon=  281.17 (0-360E) glon=  281.17 glat=  31.76 u=   7.5600 v=  25.7900 vr=  10.90186 vt=  24.56475
 i=  904 j=  852 glon=  281.37 (0-360E) glon=  281.37 glat=  31.76 u=   5.9600 v=  23.7500 vr=   8.71136 vt=  22.88441
 i=  909 j=  852 glon=  281.57 (0-360E) glon=  281.57 glat=  31.76 u=   6.8500 v=  23.0600 vr=   9.24741 vt=  22.20747
 i=  914 j=  852 glon=  281.77 (0-360E) glon=  281.77 glat=  31.76 u=   7.2600 v=  23.5300 vr=   9.47617 vt=  22.72819
 i=  799 j=  857 glon=  277.17 (0-360E) glon=  277.17 glat=  31.56 u=   4.4000 v= -13.2800 vr=  -4.38633 vt=  13.28452
 i=  804 j=  857 glon=  277.37 (0-360E) glon=  277.37 glat=  31.56 u=   3.2900 v= -15.9300 vr=  -3.27346 vt=  15.93341
 i=  809 j=  857 glon=  277.57 (0-360E) glon=  277.57 glat=  31.56 u=   3.9700 v= -17.4400 vr=  -3.95171 vt=  17.44415
 i=  814 j=  857 glon=  277.77 (0-360E) glon=  277.77 glat=  31.56 u=   3.3600 v= -18.6200 vr=  -3.34022 vt=  18.62356
 i=  819 j=  857 glon=  277.97 (0-360E) glon=  277.97 glat=  31.56 u=   5.6400 v= -16.3000 vr=  -5.62240 vt=  16.30608
 i=  824 j=  857 glon=  278.17 (0-360E) glon=  278.17 glat=  31.56 u=   4.8300 v= -19.5400 vr=  -4.80845 vt=  19.54531
 i=  829 j=  857 glon=  278.37 (0-360E) glon=  278.37 glat=  31.56 u=   7.6200 v= -22.1600 vr=  -7.59485 vt=  22.16863
 i=  834 j=  857 glon=  278.57 (0-360E) glon=  278.57 glat=  31.56 u=  11.1100 v= -26.3000 vr= -11.07889 vt=  26.31312
 i=  839 j=  857 glon=  278.77 (0-360E) glon=  278.77 glat=  31.56 u=  -0.3900 v= -27.5700 vr=   0.42477 vt=  27.56949
 i=  844 j=  857 glon=  278.97 (0-360E) glon=  278.97 glat=  31.56 u=   3.6100 v= -20.9100 vr=  -3.58045 vt=  20.91508
 i=  849 j=  857 glon=  279.17 (0-360E) glon=  279.17 glat=  31.56 u=   8.7100 v= -21.6100 vr=  -8.67083 vt=  21.62575
 i=  854 j=  857 glon=  279.37 (0-360E) glon=  279.37 glat=  31.56 u=  16.1100 v=  -8.5000 vr= -16.07267 vt=   8.57038
 i=  859 j=  857 glon=  279.57 (0-360E) glon=  279.57 glat=  31.56 u=  16.2600 v=  22.8800 vr=  16.17179 vt=  22.94243
 i=  864 j=  857 glon=  279.77 (0-360E) glon=  279.77 glat=  31.56 u=  13.5400 v=  33.6200 vr=  13.48067 vt=  33.64383
 i=  869 j=  857 glon=  279.97 (0-360E) glon=  279.97 glat=  31.56 u=  10.2100 v=  36.3100 vr=  10.15924 vt=  36.32424
 i=  874 j=  857 glon=  280.17 (0-360E) glon=  280.17 glat=  31.56 u=   9.5400 v=  33.8900 vr=   9.49749 vt=  33.90194
 i=  879 j=  857 glon=  280.37 (0-360E) glon=  280.37 glat=  31.56 u=   8.9200 v=  26.9200 vr=   8.88827 vt=  26.93049
 i=  884 j=  857 glon=  280.57 (0-360E) glon=  280.57 glat=  31.56 u=  10.8600 v=  23.9800 vr=  10.83285 vt=  23.99228
 i=  889 j=  857 glon=  280.77 (0-360E) glon=  280.77 glat=  31.56 u=   8.5300 v=  23.4700 vr=   8.50416 vt=  23.47938
 i=  894 j=  857 glon=  280.97 (0-360E) glon=  280.97 glat=  31.56 u=   8.7700 v=  25.1600 vr=   8.74287 vt=  25.16944
 i=  899 j=  857 glon=  281.17 (0-360E) glon=  281.17 glat=  31.56 u=   9.3800 v=  25.1700 vr=   9.35328 vt=  25.17994
 i=  904 j=  857 glon=  281.37 (0-360E) glon=  281.37 glat=  31.56 u=   8.5600 v=  24.0900 vr=   8.53475 vt=  24.09896
 i=  909 j=  857 glon=  281.57 (0-360E) glon=  281.57 glat=  31.56 u=   8.2500 v=  24.8300 vr=   8.22424 vt=  24.83855
 i=  914 j=  857 glon=  281.77 (0-360E) glon=  281.77 glat=  31.56 u=   9.2400 v=  23.2200 vr=   9.21611 vt=  23.22949
 i=  799 j=  862 glon=  277.17 (0-360E) glon=  277.17 glat=  31.36 u=   6.0000 v= -13.2500 vr=  -4.54990 vt=  13.81524
 i=  804 j=  862 glon=  277.37 (0-360E) glon=  277.37 glat=  31.36 u=   4.8100 v= -16.1500 vr=  -2.90301 vt=  16.59913
 i=  809 j=  862 glon=  277.57 (0-360E) glon=  277.57 glat=  31.36 u=   5.6200 v= -17.4600 vr=  -3.35222 vt=  18.03326
 i=  814 j=  862 glon=  277.77 (0-360E) glon=  277.77 glat=  31.36 u=   5.7000 v= -18.4300 vr=  -3.04190 vt=  19.04998
 i=  819 j=  862 glon=  277.97 (0-360E) glon=  277.97 glat=  31.36 u=   7.2700 v= -16.6800 vr=  -4.53090 vt=  17.62232
 i=  824 j=  862 glon=  278.17 (0-360E) glon=  278.17 glat=  31.36 u=   8.8800 v= -19.1700 vr=  -5.25161 vt=  20.46372
 i=  829 j=  862 glon=  278.37 (0-360E) glon=  278.37 glat=  31.36 u=  10.5900 v= -22.0300 vr=  -5.66682 vt=  23.77722
 i=  834 j=  862 glon=  278.57 (0-360E) glon=  278.57 glat=  31.36 u=  11.8900 v= -25.0700 vr=  -5.06688 vt=  27.28010
 i=  839 j=  862 glon=  278.77 (0-360E) glon=  278.77 glat=  31.36 u=  20.2400 v= -26.3700 vr= -10.65477 vt=  31.48826
 i=  844 j=  862 glon=  278.97 (0-360E) glon=  278.97 glat=  31.36 u=  12.0400 v= -16.9100 vr=  -3.57303 vt=  20.44855
 i=  849 j=  862 glon=  279.17 (0-360E) glon=  279.17 glat=  31.36 u=  23.2800 v= -13.8400 vr=  -9.48888 vt=  25.36662
 i=  854 j=  862 glon=  279.37 (0-360E) glon=  279.37 glat=  31.36 u=  29.3500 v=  -3.5500 vr=  -7.49159 vt=  28.59897
 i=  859 j=  862 glon=  279.57 (0-360E) glon=  279.57 glat=  31.36 u=  28.0200 v=  14.2800 vr=  -1.37751 vt=  31.41880
 i=  864 j=  862 glon=  279.77 (0-360E) glon=  279.77 glat=  31.36 u=  22.8500 v=  23.4000 vr=   3.91168 vt=  32.47124
 i=  869 j=  862 glon=  279.97 (0-360E) glon=  279.97 glat=  31.36 u=  18.2700 v=  31.6800 vr=   3.22202 vt=  36.42848
 i=  874 j=  862 glon=  280.17 (0-360E) glon=  280.17 glat=  31.36 u=  19.2000 v=  31.7500 vr=   8.15495 vt=  36.19668
 i=  879 j=  862 glon=  280.37 (0-360E) glon=  280.37 glat=  31.36 u=  14.1800 v=  25.8900 vr=   7.17929 vt=  28.63254
 i=  884 j=  862 glon=  280.57 (0-360E) glon=  280.57 glat=  31.36 u=  12.5300 v=  22.8600 vr=   7.45098 vt=  24.98126
 i=  889 j=  862 glon=  280.77 (0-360E) glon=  280.77 glat=  31.36 u=  11.2900 v=  22.9300 vr=   6.98488 vt=  24.58578
 i=  894 j=  862 glon=  280.97 (0-360E) glon=  280.97 glat=  31.36 u=  11.8000 v=  24.1700 vr=   7.85120 vt=  25.72523
 i=  899 j=  862 glon=  281.17 (0-360E) glon=  281.17 glat=  31.36 u=  10.8200 v=  24.2100 vr=   7.32290 vt=  25.48669
 i=  904 j=  862 glon=  281.37 (0-360E) glon=  281.37 glat=  31.36 u=  13.0600 v=  24.0900 vr=   9.91035 vt=  25.54754
 i=  909 j=  862 glon=  281.57 (0-360E) glon=  281.57 glat=  31.36 u=  11.7000 v=  25.0000 vr=   8.73798 vt=  26.18278
 i=  914 j=  862 glon=  281.77 (0-360E) glon=  281.77 glat=  31.36 u=   9.9600 v=  22.7800 vr=   7.48302 vt=  23.70937
 i=  799 j=  867 glon=  277.17 (0-360E) glon=  277.17 glat=  31.16 u=   7.3400 v= -13.2100 vr=  -4.47158 vt=  14.43554
 i=  804 j=  867 glon=  277.37 (0-360E) glon=  277.37 glat=  31.16 u=   7.1200 v= -15.6200 vr=  -3.45511 vt=  16.81490
 i=  809 j=  867 glon=  277.57 (0-360E) glon=  277.57 glat=  31.16 u=   6.8700 v= -17.8200 vr=  -2.30421 vt=  18.95890
 i=  814 j=  867 glon=  277.77 (0-360E) glon=  277.77 glat=  31.16 u=   8.1800 v= -19.0200 vr=  -2.72918 vt=  20.52375
 i=  819 j=  867 glon=  277.97 (0-360E) glon=  277.97 glat=  31.16 u=   8.9900 v= -18.8600 vr=  -2.85697 vt=  20.69680
 i=  824 j=  867 glon=  278.17 (0-360E) glon=  278.17 glat=  31.16 u=   8.8200 v= -17.0100 vr=  -2.43778 vt=  19.00499
 i=  829 j=  867 glon=  278.37 (0-360E) glon=  278.37 glat=  31.16 u=  11.1700 v= -18.8600 vr=  -2.77663 vt=  21.74302
 i=  834 j=  867 glon=  278.57 (0-360E) glon=  278.57 glat=  31.16 u=  14.3700 v= -20.5600 vr=  -3.11502 vt=  24.88990
 i=  839 j=  867 glon=  278.77 (0-360E) glon=  278.77 glat=  31.16 u=  20.2500 v= -20.1400 vr=  -5.44183 vt=  28.03691
 i=  844 j=  867 glon=  278.97 (0-360E) glon=  278.97 glat=  31.16 u=  22.2000 v= -17.1600 vr=  -4.22893 vt=  27.73845
 i=  849 j=  867 glon=  279.17 (0-360E) glon=  279.17 glat=  31.16 u=  24.4100 v=  -6.1900 vr=  -7.66897 vt=  23.98648
 i=  854 j=  867 glon=  279.37 (0-360E) glon=  279.37 glat=  31.16 u=  29.5800 v=   0.2200 vr=  -5.96097 vt=  28.97398
 i=  859 j=  867 glon=  279.57 (0-360E) glon=  279.57 glat=  31.16 u=  27.9200 v=   9.7600 vr=  -3.30574 vt=  29.39143
 i=  864 j=  867 glon=  279.77 (0-360E) glon=  279.77 glat=  31.16 u=  25.7200 v=  18.4300 vr=  -1.34700 vt=  31.61280
 i=  869 j=  867 glon=  279.97 (0-360E) glon=  279.97 glat=  31.16 u=  23.8200 v=  30.0300 vr=  -2.94058 vt=  38.21709
 i=  874 j=  867 glon=  280.17 (0-360E) glon=  280.17 glat=  31.16 u=  22.3400 v=  25.9400 vr=   4.22977 vt=  33.97158
 i=  879 j=  867 glon=  280.37 (0-360E) glon=  280.37 glat=  31.16 u=  17.8800 v=  23.3000 vr=   5.12618 vt=  28.91897
 i=  884 j=  867 glon=  280.57 (0-360E) glon=  280.57 glat=  31.16 u=  14.4000 v=  22.2800 vr=   4.50636 vt=  26.14290
 i=  889 j=  867 glon=  280.77 (0-360E) glon=  280.77 glat=  31.16 u=  13.6000 v=  22.7700 vr=   5.03703 vt=  26.03961
 i=  894 j=  867 glon=  280.97 (0-360E) glon=  280.97 glat=  31.16 u=  14.1300 v=  23.3600 vr=   6.46343 vt=  26.52491
 i=  899 j=  867 glon=  281.17 (0-360E) glon=  281.17 glat=  31.16 u=  13.2600 v=  23.7300 vr=   6.40100 vt=  26.41908
 i=  904 j=  867 glon=  281.37 (0-360E) glon=  281.37 glat=  31.16 u=  14.6800 v=  25.0800 vr=   8.14943 vt=  27.89437
 i=  909 j=  867 glon=  281.57 (0-360E) glon=  281.57 glat=  31.16 u=  13.1300 v=  23.0600 vr=   7.68907 vt=  25.39761
 i=  914 j=  867 glon=  281.77 (0-360E) glon=  281.77 glat=  31.16 u=  12.8400 v=  21.5200 vr=   8.17615 vt=  23.68811
 i=  804 j=  872 glon=  277.37 (0-360E) glon=  277.37 glat=  30.96 u=   9.3800 v= -14.0600 vr=  -4.34336 vt=  16.33411
 i=  809 j=  872 glon=  277.57 (0-360E) glon=  277.57 glat=  30.96 u=   9.2800 v= -16.8700 vr=  -2.75143 vt=  19.05636
 i=  814 j=  872 glon=  277.77 (0-360E) glon=  277.77 glat=  30.96 u=  10.1300 v= -18.5700 vr=  -2.16105 vt=  21.04262
 i=  819 j=  872 glon=  277.97 (0-360E) glon=  277.97 glat=  30.96 u=  12.2200 v= -19.1700 vr=  -2.82161 vt=  22.55783
 i=  824 j=  872 glon=  278.17 (0-360E) glon=  278.17 glat=  30.96 u=  14.2400 v= -18.4400 vr=  -3.64430 vt=  23.01152
 i=  829 j=  872 glon=  278.37 (0-360E) glon=  278.37 glat=  30.96 u=  15.6900 v= -18.3100 vr=  -3.24236 vt=  23.89392
 i=  834 j=  872 glon=  278.57 (0-360E) glon=  278.57 glat=  30.96 u=  20.6400 v= -19.4500 vr=  -4.14241 vt=  28.05624
 i=  839 j=  872 glon=  278.77 (0-360E) glon=  278.77 glat=  30.96 u=  25.3700 v= -17.3400 vr=  -5.42758 vt=  30.24655
 i=  844 j=  872 glon=  278.97 (0-360E) glon=  278.97 glat=  30.96 u=  28.2200 v= -13.2200 vr=  -5.35716 vt=  30.69915
 i=  849 j=  872 glon=  279.17 (0-360E) glon=  279.17 glat=  30.96 u=  29.8000 v=  -8.1900 vr=  -3.89241 vt=  30.65885
 i=  854 j=  872 glon=  279.37 (0-360E) glon=  279.37 glat=  30.96 u=  29.8500 v=   0.0500 vr=  -3.95893 vt=  29.58635
 i=  859 j=  872 glon=  279.57 (0-360E) glon=  279.57 glat=  30.96 u=  30.7900 v=   4.7700 vr=  -0.08249 vt=  31.15719
 i=  864 j=  872 glon=  279.77 (0-360E) glon=  279.77 glat=  30.96 u=  31.0400 v=  17.4000 vr=  -3.53220 vt=  35.40855
 i=  869 j=  872 glon=  279.97 (0-360E) glon=  279.97 glat=  30.96 u=  30.9500 v=  23.6400 vr=  -1.09357 vt=  38.93015
 i=  874 j=  872 glon=  280.17 (0-360E) glon=  280.17 glat=  30.96 u=  22.7800 v=  19.9400 vr=   2.06205 vt=  30.20397
 i=  879 j=  872 glon=  280.37 (0-360E) glon=  280.37 glat=  30.96 u=  19.2800 v=  20.2600 vr=   2.78441 vt=  27.82864
 i=  884 j=  872 glon=  280.57 (0-360E) glon=  280.57 glat=  30.96 u=  17.1000 v=  21.7400 vr=   2.72501 vt=  27.52475
 i=  889 j=  872 glon=  280.77 (0-360E) glon=  280.77 glat=  30.96 u=  16.5600 v=  22.1700 vr=   4.01353 vt=  27.37945
 i=  894 j=  872 glon=  280.97 (0-360E) glon=  280.97 glat=  30.96 u=  16.0800 v=  23.2700 vr=   4.65136 vt=  27.90025
 i=  899 j=  872 glon=  281.17 (0-360E) glon=  281.17 glat=  30.96 u=  15.1800 v=  23.0600 vr=   5.16075 vt=  27.12126
 i=  904 j=  872 glon=  281.37 (0-360E) glon=  281.37 glat=  30.96 u=  16.1100 v=  22.1800 vr=   7.33973 vt=  26.41236
 i=  909 j=  872 glon=  281.57 (0-360E) glon=  281.57 glat=  30.96 u=  14.2200 v=  22.2400 vr=   6.33721 vt=  25.62549
 i=  804 j=  877 glon=  277.37 (0-360E) glon=  277.37 glat=  30.76 u=  10.7300 v= -12.3000 vr=  -4.70471 vt=  15.62973
 i=  809 j=  877 glon=  277.57 (0-360E) glon=  277.57 glat=  30.76 u=  11.9700 v= -14.2500 vr=  -4.34225 vt=  18.09664
 i=  814 j=  877 glon=  277.77 (0-360E) glon=  277.77 glat=  30.76 u=  12.0300 v= -16.8900 vr=  -2.28381 vt=  20.61012
 i=  819 j=  877 glon=  277.97 (0-360E) glon=  277.97 glat=  30.76 u=  13.1900 v= -18.3800 vr=  -1.34377 vt=  22.58306
 i=  824 j=  877 glon=  278.17 (0-360E) glon=  278.17 glat=  30.76 u=  15.9600 v= -17.2200 vr=  -2.77046 vt=  23.31469
 i=  829 j=  877 glon=  278.37 (0-360E) glon=  278.37 glat=  30.76 u=  20.0100 v= -13.9000 vr=  -6.10728 vt=  23.58625
 i=  834 j=  877 glon=  278.57 (0-360E) glon=  278.57 glat=  30.76 u=  23.4000 v= -12.2100 vr=  -7.27593 vt=  25.37134
 i=  839 j=  877 glon=  278.77 (0-360E) glon=  278.77 glat=  30.76 u=  27.0900 v= -11.3000 vr=  -7.00224 vt=  28.50486
 i=  844 j=  877 glon=  278.97 (0-360E) glon=  278.97 glat=  30.76 u=  30.3800 v=  -8.8600 vr=  -6.29181 vt=  31.01382
 i=  849 j=  877 glon=  279.17 (0-360E) glon=  279.17 glat=  30.76 u=  32.9400 v=  -5.3300 vr=  -4.73681 vt=  33.03052
 i=  854 j=  877 glon=  279.37 (0-360E) glon=  279.37 glat=  30.76 u=  34.2700 v=  -0.1000 vr=  -3.28161 vt=  34.11267
 i=  859 j=  877 glon=  279.57 (0-360E) glon=  279.57 glat=  30.76 u=  31.7300 v=   5.6400 vr=  -2.00231 vt=  32.16509
 i=  864 j=  877 glon=  279.77 (0-360E) glon=  279.77 glat=  30.76 u=  34.0300 v=  16.2900 vr=  -4.88801 vt=  37.41006
 i=  869 j=  877 glon=  279.97 (0-360E) glon=  279.97 glat=  30.76 u=  28.4800 v=  11.5200 vr=   3.41161 vt=  30.53165
 i=  874 j=  877 glon=  280.17 (0-360E) glon=  280.17 glat=  30.76 u=  23.4300 v=  16.4200 vr=   0.98564 vt=  28.59388
 i=  879 j=  877 glon=  280.37 (0-360E) glon=  280.37 glat=  30.76 u=  19.2200 v=  19.6700 vr=  -0.79564 vt=  27.48971
 i=  884 j=  877 glon=  280.57 (0-360E) glon=  280.57 glat=  30.76 u=  19.3600 v=  20.8500 vr=   1.26214 vt=  28.42427
 i=  889 j=  877 glon=  280.77 (0-360E) glon=  280.77 glat=  30.76 u=  17.8200 v=  21.0200 vr=   2.17897 vt=  27.47080
 i=  894 j=  877 glon=  280.97 (0-360E) glon=  280.97 glat=  30.76 u=  16.9000 v=  22.5100 vr=   2.39461 vt=  28.04596
 i=  899 j=  877 glon=  281.17 (0-360E) glon=  281.17 glat=  30.76 u=  17.0600 v=  21.9600 vr=   4.30437 vt=  27.47285
 i=  904 j=  877 glon=  281.37 (0-360E) glon=  281.37 glat=  30.76 u=  16.5400 v=  21.5000 vr=   5.26928 vt=  26.60933
 i=  909 j=  877 glon=  281.57 (0-360E) glon=  281.57 glat=  30.76 u=  15.5400 v=  21.6600 vr=   5.29264 vt=  26.12729
 i=  809 j=  882 glon=  277.57 (0-360E) glon=  277.57 glat=  30.56 u=  13.4400 v= -11.6300 vr=  -5.26003 vt=  16.97712
 i=  814 j=  882 glon=  277.77 (0-360E) glon=  277.77 glat=  30.56 u=  15.1700 v= -12.9200 vr=  -5.07777 vt=  19.26841
 i=  819 j=  882 glon=  277.97 (0-360E) glon=  277.97 glat=  30.56 u=  14.8900 v= -15.5700 vr=  -2.06321 vt=  21.44482
 i=  824 j=  882 glon=  278.17 (0-360E) glon=  278.17 glat=  30.56 u=  15.8800 v= -15.1000 vr=  -1.59974 vt=  21.85464
 i=  829 j=  882 glon=  278.37 (0-360E) glon=  278.37 glat=  30.56 u=  17.5100 v= -13.9000 vr=  -1.76124 vt=  22.28695
 i=  834 j=  882 glon=  278.57 (0-360E) glon=  278.57 glat=  30.56 u=  21.2800 v= -11.7200 vr=  -3.56708 vt=  24.03066
 i=  839 j=  882 glon=  278.77 (0-360E) glon=  278.77 glat=  30.56 u=  25.1200 v=  -9.7200 vr=  -4.41783 vt=  26.57020
 i=  844 j=  882 glon=  278.97 (0-360E) glon=  278.97 glat=  30.56 u=  27.3100 v=  -8.2500 vr=  -2.98804 vt=  28.37200
 i=  849 j=  882 glon=  279.17 (0-360E) glon=  279.17 glat=  30.56 u=  29.1500 v=  -7.2600 vr=  -0.03051 vt=  30.04046
 i=  854 j=  882 glon=  279.37 (0-360E) glon=  279.37 glat=  30.56 u=  29.8400 v=   0.2800 vr=  -2.63993 vt=  29.72431
 i=  859 j=  882 glon=  279.57 (0-360E) glon=  279.57 glat=  30.56 u=  29.6900 v=   1.6200 vr=   1.09041 vt=  29.71416
 i=  864 j=  882 glon=  279.77 (0-360E) glon=  279.77 glat=  30.56 u=  28.5300 v=   5.9600 vr=   1.47110 vt=  29.10873
 i=  869 j=  882 glon=  279.97 (0-360E) glon=  279.97 glat=  30.56 u=  28.1300 v=   9.3000 vr=   2.63951 vt=  29.50966
 i=  874 j=  882 glon=  280.17 (0-360E) glon=  280.17 glat=  30.56 u=  21.5300 v=  15.8600 vr=  -2.45828 vt=  26.62776
 i=  879 j=  882 glon=  280.37 (0-360E) glon=  280.37 glat=  30.56 u=  21.3100 v=  18.5100 vr=  -1.60374 vt=  28.18092
 i=  884 j=  882 glon=  280.57 (0-360E) glon=  280.57 glat=  30.56 u=  19.5100 v=  19.3400 vr=  -0.68138 vt=  27.46291
 i=  889 j=  882 glon=  280.77 (0-360E) glon=  280.77 glat=  30.56 u=  19.0200 v=  21.2200 vr=  -0.03829 vt=  28.49644
 i=  894 j=  882 glon=  280.97 (0-360E) glon=  280.97 glat=  30.56 u=  17.5900 v=  21.0100 vr=   0.94254 vt=  27.38503
 i=  899 j=  882 glon=  281.17 (0-360E) glon=  281.17 glat=  30.56 u=  17.7300 v=  20.4600 vr=   2.97823 vt=  26.90901
 i=  904 j=  882 glon=  281.37 (0-360E) glon=  281.37 glat=  30.56 u=  16.8700 v=  21.0900 vr=   3.25863 vt=  26.80982
 i=  809 j=  887 glon=  277.57 (0-360E) glon=  277.57 glat=  30.36 u=  14.5400 v=  -9.5900 vr=  -5.91913 vt=  16.38120
 i=  814 j=  887 glon=  277.77 (0-360E) glon=  277.77 glat=  30.36 u=  16.1300 v= -10.9100 vr=  -5.40756 vt=  18.70730
 i=  819 j=  887 glon=  277.97 (0-360E) glon=  277.97 glat=  30.36 u=  18.3000 v= -11.1800 vr=  -5.63322 vt=  20.69177
 i=  824 j=  887 glon=  278.17 (0-360E) glon=  278.17 glat=  30.36 u=  18.8800 v= -11.1100 vr=  -4.58649 vt=  21.42080
 i=  829 j=  887 glon=  278.37 (0-360E) glon=  278.37 glat=  30.36 u=  18.6800 v= -11.5200 vr=  -2.36194 vt=  21.81912
 i=  834 j=  887 glon=  278.57 (0-360E) glon=  278.57 glat=  30.36 u=  19.5200 v= -12.3100 vr=  -0.07295 vt=  23.07729
 i=  839 j=  887 glon=  278.77 (0-360E) glon=  278.77 glat=  30.36 u=  21.4600 v= -11.6100 vr=   0.92265 vt=  24.38180
 i=  844 j=  887 glon=  278.97 (0-360E) glon=  278.97 glat=  30.36 u=  23.2500 v=  -8.9300 vr=   0.72831 vt=  24.89532
 i=  849 j=  887 glon=  279.17 (0-360E) glon=  279.17 glat=  30.36 u=  24.6700 v=  -3.8600 vr=  -1.25839 vt=  24.93842
 i=  854 j=  887 glon=  279.37 (0-360E) glon=  279.37 glat=  30.36 u=  26.9700 v=  -2.4600 vr=   0.67378 vt=  27.07358
 i=  859 j=  887 glon=  279.57 (0-360E) glon=  279.57 glat=  30.36 u=  28.2700 v=   1.0900 vr=   1.06242 vt=  28.27105
 i=  864 j=  887 glon=  279.77 (0-360E) glon=  279.77 glat=  30.36 u=  26.3100 v=   5.3600 vr=   0.38337 vt=  26.84770
 i=  869 j=  887 glon=  279.97 (0-360E) glon=  279.97 glat=  30.36 u=  22.9700 v=  11.2500 vr=  -2.78325 vt=  25.42512
 i=  874 j=  887 glon=  280.17 (0-360E) glon=  280.17 glat=  30.36 u=  22.7600 v=  15.0000 vr=  -3.17037 vt=  27.07335
 i=  879 j=  887 glon=  280.37 (0-360E) glon=  280.37 glat=  30.36 u=  20.6400 v=  16.4000 vr=  -2.59258 vt=  26.23448
 i=  884 j=  887 glon=  280.57 (0-360E) glon=  280.57 glat=  30.36 u=  19.7900 v=  19.1700 vr=  -2.82821 vt=  27.40683
 i=  889 j=  887 glon=  280.77 (0-360E) glon=  280.77 glat=  30.36 u=  19.5600 v=  19.5900 vr=  -1.05048 vt=  27.66330
 i=  894 j=  887 glon=  280.97 (0-360E) glon=  280.97 glat=  30.36 u=  17.9500 v=  19.5600 vr=  -0.24961 vt=  26.54682
 i=  899 j=  887 glon=  281.17 (0-360E) glon=  281.17 glat=  30.36 u=  17.8800 v=  19.9000 vr=   1.10524 vt=  26.72981
 i=  814 j=  892 glon=  277.77 (0-360E) glon=  277.77 glat=  30.16 u=  16.7100 v=  -8.5000 vr=  -6.06711 vt=  17.73878
 i=  819 j=  892 glon=  277.97 (0-360E) glon=  277.97 glat=  30.16 u=  18.4000 v=  -9.3200 vr=  -5.47996 vt=  19.88448
 i=  824 j=  892 glon=  278.17 (0-360E) glon=  278.17 glat=  30.16 u=  20.0800 v=  -9.1700 vr=  -5.22329 vt=  21.44790
 i=  829 j=  892 glon=  278.37 (0-360E) glon=  278.37 glat=  30.16 u=  21.1500 v=  -7.5900 vr=  -5.41251 vt=  21.80906
 i=  834 j=  892 glon=  278.57 (0-360E) glon=  278.57 glat=  30.16 u=  21.7100 v=  -6.4100 vr=  -4.75642 vt=  22.13117
 i=  839 j=  892 glon=  278.77 (0-360E) glon=  278.77 glat=  30.16 u=  21.6000 v=  -5.3300 vr=  -3.50443 vt=  21.97016
 i=  844 j=  892 glon=  278.97 (0-360E) glon=  278.97 glat=  30.16 u=  22.6800 v=  -3.9900 vr=  -2.71517 vt=  22.86767
 i=  849 j=  892 glon=  279.17 (0-360E) glon=  279.17 glat=  30.16 u=  23.4900 v=  -2.3100 vr=  -1.86231 vt=  23.52973
 i=  854 j=  892 glon=  279.37 (0-360E) glon=  279.37 glat=  30.16 u=  24.3100 v=  -0.3000 vr=  -1.07794 vt=  24.28794
 i=  859 j=  892 glon=  279.57 (0-360E) glon=  279.57 glat=  30.16 u=  23.3400 v=   3.9400 vr=  -2.40862 vt=  23.54735
 i=  864 j=  892 glon=  279.77 (0-360E) glon=  279.77 glat=  30.16 u=  21.3100 v=   8.6500 vr=  -4.57434 vt=  22.53917
 i=  869 j=  892 glon=  279.97 (0-360E) glon=  279.97 glat=  30.16 u=  22.0100 v=  10.7800 vr=  -3.78884 vt=  24.21349
 i=  874 j=  892 glon=  280.17 (0-360E) glon=  280.17 glat=  30.16 u=  20.8300 v=  13.3000 vr=  -3.95829 vt=  24.39489
 i=  879 j=  892 glon=  280.37 (0-360E) glon=  280.37 glat=  30.16 u=  20.2100 v=  16.8600 vr=  -4.96701 vt=  25.84632
 i=  884 j=  892 glon=  280.57 (0-360E) glon=  280.57 glat=  30.16 u=  20.5800 v=  17.4400 vr=  -2.94138 vt=  26.81489
 i=  889 j=  892 glon=  280.77 (0-360E) glon=  280.77 glat=  30.16 u=  18.9000 v=  18.1200 vr=  -2.39988 vt=  26.07269
 i=  894 j=  892 glon=  280.97 (0-360E) glon=  280.97 glat=  30.16 u=  19.2000 v=  18.3600 vr=  -0.54735 vt=  26.55993
 i=  824 j=  897 glon=  278.17 (0-360E) glon=  278.17 glat=  29.96 u=  19.9200 v=  -7.4600 vr=  -5.17180 vt=  20.63275
 i=  829 j=  897 glon=  278.37 (0-360E) glon=  278.37 glat=  29.96 u=  20.5500 v=  -6.5900 vr=  -4.66536 vt=  21.07048
 i=  834 j=  897 glon=  278.57 (0-360E) glon=  278.57 glat=  29.96 u=  21.5200 v=  -4.6900 vr=  -5.03147 vt=  21.44273
 i=  839 j=  897 glon=  278.77 (0-360E) glon=  278.77 glat=  29.96 u=  22.1900 v=  -2.8900 vr=  -4.99511 vt=  21.81277
 i=  844 j=  897 glon=  278.97 (0-360E) glon=  278.97 glat=  29.96 u=  22.4700 v=  -1.4500 vr=  -4.32291 vt=  22.09787
 i=  849 j=  897 glon=  279.17 (0-360E) glon=  279.17 glat=  29.96 u=  22.0500 v=  -0.0100 vr=  -3.40172 vt=  21.78603
 i=  854 j=  897 glon=  279.37 (0-360E) glon=  279.37 glat=  29.96 u=  20.7900 v=   2.4500 vr=  -3.47869 vt=  20.64280
 i=  859 j=  897 glon=  279.57 (0-360E) glon=  279.57 glat=  29.96 u=  20.5600 v=   4.7000 vr=  -3.51721 vt=  20.79502
 i=  864 j=  897 glon=  279.77 (0-360E) glon=  279.77 glat=  29.96 u=  20.7600 v=   7.5600 vr=  -4.09705 vt=  21.71049
 i=  869 j=  897 glon=  279.97 (0-360E) glon=  279.97 glat=  29.96 u=  21.0200 v=  10.5700 vr=  -4.70309 vt=  23.05312
 i=  874 j=  897 glon=  280.17 (0-360E) glon=  280.17 glat=  29.96 u=  20.0300 v=  13.9900 vr=  -6.00753 vt=  23.68186
 i=  879 j=  897 glon=  280.37 (0-360E) glon=  280.37 glat=  29.96 u=  20.8400 v=  15.2100 vr=  -4.60107 vt=  25.38661
 i=  884 j=  897 glon=  280.57 (0-360E) glon=  280.57 glat=  29.96 u=  20.4300 v=  15.6700 vr=  -3.09449 vt=  25.56087
 i=  889 j=  897 glon=  280.77 (0-360E) glon=  280.77 glat=  29.96 u=  18.7700 v=  16.7300 vr=  -2.98484 vt=  24.96591
 i=  834 j=  902 glon=  278.57 (0-360E) glon=  278.57 glat=  29.76 u=  20.5900 v=  -6.0700 vr=  -2.45363 vt=  21.32540
 i=  839 j=  902 glon=  278.77 (0-360E) glon=  278.77 glat=  29.76 u=  21.1000 v=  -4.4300 vr=  -2.39259 vt=  21.42686
 i=  844 j=  902 glon=  278.97 (0-360E) glon=  278.97 glat=  29.76 u=  21.1300 v=  -2.9500 vr=  -1.94880 vt=  21.24574
 i=  849 j=  902 glon=  279.17 (0-360E) glon=  279.17 glat=  29.76 u=  21.1100 v=  -1.1700 vr=  -1.75332 vt=  21.06957
 i=  854 j=  902 glon=  279.37 (0-360E) glon=  279.37 glat=  29.76 u=  21.1300 v=   1.3400 vr=  -2.27150 vt=  21.05024
 i=  859 j=  902 glon=  279.57 (0-360E) glon=  279.57 glat=  29.76 u=  20.3700 v=   4.8900 vr=  -3.84788 vt=  20.59230
 i=  864 j=  902 glon=  279.77 (0-360E) glon=  279.77 glat=  29.76 u=  20.6800 v=   7.4500 vr=  -4.38411 vt=  21.53937
 i=  869 j=  902 glon=  279.97 (0-360E) glon=  279.97 glat=  29.76 u=  19.8800 v=  10.7200 vr=  -5.76266 vt=  21.83860
 i=  874 j=  902 glon=  280.17 (0-360E) glon=  280.17 glat=  29.76 u=  20.8300 v=  12.3600 vr=  -5.08081 vt=  23.68214
 i=  879 j=  902 glon=  280.37 (0-360E) glon=  280.37 glat=  29.76 u=  21.1000 v=  12.7600 vr=  -3.36737 vt=  24.42721
 i=  849 j=  907 glon=  279.17 (0-360E) glon=  279.17 glat=  29.56 u=  20.2800 v=  -0.6400 vr=  -1.88874 vt=  20.20200
 i=  854 j=  907 glon=  279.37 (0-360E) glon=  279.37 glat=  29.56 u=  20.2600 v=   1.7500 vr=  -2.55415 vt=  20.17440
 i=  859 j=  907 glon=  279.57 (0-360E) glon=  279.57 glat=  29.56 u=  20.6000 v=   3.8200 vr=  -2.87252 vt=  20.75334
 i=  864 j=  907 glon=  279.77 (0-360E) glon=  279.77 glat=  29.56 u=  19.5500 v=   7.0000 vr=  -4.39184 vt=  20.29567
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    20.7813983297223       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     35.52 kts
    LL Wind Circ Vt mean quadmax value: SE     43.68 kts
    LL Wind Circ Vt mean quadmax value: SW     32.67 kts
    LL Wind Circ Vt mean quadmax value: NW     15.14 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.47356145350848       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   19.1823180897467       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    31.5612502961248     
   xcenlon=    279.451348271350     
   imax=         2738  jmax=         2041
   jlatfix=          856
   ilonfix (unadjusted) =          857
  
 In get_max_wind, ibeg=          776  iend=          937
                  jbeg=          788  jend=          925
         ilonfix=          857  jlatfix=          856
 At end of get_max_wind, vmax=    29.4131467204718       rmax= 
   14.3976528505041     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   16.62 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   16.64 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   17.12 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   18.58 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   20.09 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   21.45 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   22.51 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   23.25 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   23.49 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   23.36 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   23.08 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   22.83 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   22.71 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   22.76 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   22.91 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   23.00 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   22.87 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   22.46 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   21.81 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   21.16 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.57 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   20.05 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   19.63 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   19.25 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   18.93 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   18.58 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   18.20 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   17.78 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   17.36 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.97 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.69 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   16.43 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   16.21 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.98 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.74 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.50 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.24 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.93 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.64 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.37 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.06 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   13.72 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    23.49 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    23.4913955847393      
  (m/s)   (in kts)=    45.6367342024731     
  rising_sum_dvdr=       6.86905931076244     
  declining_sum_dvdr=   -4.90651610415944     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    60 igrct=  1 Vmax (m/s)=   29.413   22:24:19
 TIMING: before call  getradii, fhr=    60 igrct=  1   22:24:19
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=  -0.840609803263583     
 mr4qs before add, mean_radii_vt_4quad_sum=  -0.840609803263583     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.4340146799826     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.4340146799826     
 mr4qs after add, mean_radii_vt_4quad_sum=    27.1416116336002     
 mr4qs before add, mean_radii_vt_4quad_sum=    27.1416116336002     
 mr4qs after add, mean_radii_vt_4quad_sum=    18.5904054962695     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   18.59 good_quad_ct=   4 mean_vt_4quad=      4.65
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.50 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.52 mean_vt_4quad=    6.05
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.57 mean_vt_4quad=    6.04
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.63 mean_vt_4quad=    6.03
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.64 mean_vt_4quad=    6.01
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.71 mean_vt_4quad=    6.00
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.78 mean_vt_4quad=    5.99
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.88 mean_vt_4quad=    6.00
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.03 mean_vt_4quad=    6.03
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.15 mean_vt_4quad=    6.05
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.25 mean_vt_4quad=    6.08
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.34 mean_vt_4quad=    6.10
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.39 mean_vt_4quad=    6.13
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.48 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.53 mean_vt_4quad=    6.21
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.58 mean_vt_4quad=    6.26
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.62 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.66 mean_vt_4quad=    6.31
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.68 mean_vt_4quad=    6.30
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.71 mean_vt_4quad=    6.28
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.78 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.78 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.83 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.87 mean_vt_4quad=    6.32
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.94 mean_vt_4quad=    6.35
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.99 mean_vt_4quad=    6.40
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.09 mean_vt_4quad=    6.45
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.23 mean_vt_4quad=    6.50
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.35 mean_vt_4quad=    6.54
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.45 mean_vt_4quad=    6.59
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.51 mean_vt_4quad=    6.66
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.58 mean_vt_4quad=    6.72
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.60 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.68 mean_vt_4quad=    6.82
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.73 mean_vt_4quad=    6.84
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.83 mean_vt_4quad=    6.86
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.90 mean_vt_4quad=    6.90
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.94 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.99 mean_vt_4quad=    7.01
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.97 mean_vt_4quad=    7.07
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.02 mean_vt_4quad=    7.13
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.07 mean_vt_4quad=    7.20
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.10 mean_vt_4quad=    7.28
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.16 mean_vt_4quad=    7.37
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.18 mean_vt_4quad=    7.46
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.23 mean_vt_4quad=    7.55
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.26 mean_vt_4quad=    7.62
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.37 mean_vt_4quad=    7.70
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.45 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.48 mean_vt_4quad=    7.86
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.43 mean_vt_4quad=    7.95
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.52 mean_vt_4quad=    8.06
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.58 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.65 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.72 mean_vt_4quad=    8.33
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.80 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.90 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.92 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.89 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.87 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.88 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.93 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.99 mean_vt_4quad=    9.04
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   17.07 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   17.15 mean_vt_4quad=    9.28
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.23 mean_vt_4quad=    9.41
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.29 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.34 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.60 mean_vt_4quad=    9.82
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=    9.82 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=    9.97 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   10.11 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   10.23 .... 0.5*v_holland=    3.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   10.33 .... 0.5*v_holland=    3.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.60 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   17.94 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   18.23 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.45 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   18.61 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   18.70 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.42 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   18.16 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   18.26 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   18.39 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   18.55 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   18.72 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   18.92 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   19.12 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   19.36 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.65 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   20.01 mean_vt_4quad=   12.47
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   20.45 mean_vt_4quad=   12.73
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   20.80 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.94 mean_vt_4quad=   13.24
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.92 mean_vt_4quad=   13.47
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.88 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   20.89 mean_vt_4quad=   13.90
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.04 mean_vt_4quad=   14.11
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.27 mean_vt_4quad=   14.31
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.56 mean_vt_4quad=   14.51
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.87 mean_vt_4quad=   14.79
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.20 mean_vt_4quad=   15.16
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   22.53 mean_vt_4quad=   15.64
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   22.87 mean_vt_4quad=   16.07
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   23.23 mean_vt_4quad=   16.48
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   23.62 mean_vt_4quad=   16.88
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   24.06 mean_vt_4quad=   17.38
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   24.52 mean_vt_4quad=   17.96
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   24.98 mean_vt_4quad=   18.55
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   25.41 mean_vt_4quad=   19.16
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   25.82 mean_vt_4quad=   19.82
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
  --- vmaxwind of    29.4131467204718       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   16.50 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   16.56 mean_vt_4quad=    6.05
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   16.62 mean_vt_4quad=    6.04
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   16.54 mean_vt_4quad=    6.03
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   16.51 mean_vt_4quad=    6.01
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   16.63 mean_vt_4quad=    6.00
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   16.76 mean_vt_4quad=    5.99
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   16.88 mean_vt_4quad=    6.00
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   17.16 mean_vt_4quad=    6.03
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   17.43 mean_vt_4quad=    6.05
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   17.66 mean_vt_4quad=    6.08
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 113
  ++++ rdist(ihc)=  339.00  mean_radii_vt_4quad(ihc)=    6.08 .... 0.5*v_holland=    1.93
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 112
  ++++ rdist(ihc)=  336.00  mean_radii_vt_4quad(ihc)=    6.10 .... 0.5*v_holland=    1.93
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 111
  ++++ rdist(ihc)=  333.00  mean_radii_vt_4quad(ihc)=    6.13 .... 0.5*v_holland=    1.93
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 110
  ++++ rdist(ihc)=  330.00  mean_radii_vt_4quad(ihc)=    6.17 .... 0.5*v_holland=    1.93
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 109
  ++++ rdist(ihc)=  327.00  mean_radii_vt_4quad(ihc)=    6.21 .... 0.5*v_holland=    1.93
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    339.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   182.924400000000     
 vradius(iwindix,iquad) =         183
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   17.66 mean_vt_4quad=    6.08
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   17.60 mean_vt_4quad=    6.10
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   17.38 mean_vt_4quad=    6.13
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   17.12 mean_vt_4quad=    6.17
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   16.86 mean_vt_4quad=    6.21
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   16.84 mean_vt_4quad=    6.26
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.88 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   16.92 mean_vt_4quad=    6.31
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   17.09 mean_vt_4quad=    6.30
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   17.29 mean_vt_4quad=    6.28
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   17.41 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   17.50 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   17.54 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   17.55 mean_vt_4quad=    6.32
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   17.52 mean_vt_4quad=    6.35
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   17.46 mean_vt_4quad=    6.40
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   17.43 mean_vt_4quad=    6.45
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.43 mean_vt_4quad=    6.50
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.44 mean_vt_4quad=    6.54
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.47 mean_vt_4quad=    6.59
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.49 mean_vt_4quad=    6.66
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.51 mean_vt_4quad=    6.72
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.53 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.53 mean_vt_4quad=    6.82
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.54 mean_vt_4quad=    6.84
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.61 mean_vt_4quad=    6.86
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.65 mean_vt_4quad=    6.90
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.65 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.64 mean_vt_4quad=    7.01
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.61 mean_vt_4quad=    7.07
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.66 mean_vt_4quad=    7.13
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.90 mean_vt_4quad=    7.20
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.21 mean_vt_4quad=    7.28
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.51 mean_vt_4quad=    7.37
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.82 mean_vt_4quad=    7.46
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   19.00 mean_vt_4quad=    7.55
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.18 mean_vt_4quad=    7.62
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.22 mean_vt_4quad=    7.70
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.17 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.02 mean_vt_4quad=    7.86
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.08 mean_vt_4quad=    7.95
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.18 mean_vt_4quad=    8.06
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.21 mean_vt_4quad=    8.16
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.27 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.28 mean_vt_4quad=    8.33
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   19.26 mean_vt_4quad=    8.42
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.23 mean_vt_4quad=    8.50
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.12 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.21 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.48 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.88 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   20.30 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.64 mean_vt_4quad=    9.04
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.84 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   21.01 mean_vt_4quad=    9.28
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   21.12 mean_vt_4quad=    9.41
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   21.19 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.15 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.98 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.65 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   20.67 mean_vt_4quad=   10.11
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   20.82 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   20.95 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.09 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.25 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   21.41 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   21.55 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   21.67 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   21.77 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   21.88 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   22.00 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   22.11 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   22.21 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   22.35 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.60 mean_vt_4quad=   12.47
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.92 mean_vt_4quad=   12.73
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.32 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   23.76 mean_vt_4quad=   13.24
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.00 mean_vt_4quad=   13.47
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   24.27 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   24.61 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   24.94 mean_vt_4quad=   14.11
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.34 mean_vt_4quad=   14.31
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   25.72 mean_vt_4quad=   14.51
  
 NO interp, exactdistkm=    90.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   48.5640000000000     
 vradius(iwindix,iquad) =          49
  
  --- vmaxwind of    29.4131467204718       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    9.87 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    9.70 mean_vt_4quad=    6.05
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    9.70 mean_vt_4quad=    6.04
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    9.56 mean_vt_4quad=    6.03
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    9.28 mean_vt_4quad=    6.01
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    8.73 mean_vt_4quad=    6.00
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    7.80 mean_vt_4quad=    5.99
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    6.34 mean_vt_4quad=    6.00
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    5.57 mean_vt_4quad=    6.03
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.59 mean_vt_4quad=    6.05
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    5.65 mean_vt_4quad=    6.08
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    5.81 mean_vt_4quad=    6.10
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    5.91 mean_vt_4quad=    6.13
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    6.04 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    6.09 mean_vt_4quad=    6.21
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    6.17 mean_vt_4quad=    6.26
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    6.31 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.51 mean_vt_4quad=    6.31
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.58 mean_vt_4quad=    6.30
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.62 mean_vt_4quad=    6.28
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.59 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.55 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.74 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    7.28 mean_vt_4quad=    6.32
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    8.21 mean_vt_4quad=    6.35
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    9.12 mean_vt_4quad=    6.40
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    9.91 mean_vt_4quad=    6.45
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   10.39 mean_vt_4quad=    6.50
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   10.69 mean_vt_4quad=    6.54
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   10.80 mean_vt_4quad=    6.59
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   11.03 mean_vt_4quad=    6.66
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   11.36 mean_vt_4quad=    6.72
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   11.83 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.18 mean_vt_4quad=    6.82
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.43 mean_vt_4quad=    6.84
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.59 mean_vt_4quad=    6.86
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   12.73 mean_vt_4quad=    6.90
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   12.84 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.91 mean_vt_4quad=    7.01
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   12.94 mean_vt_4quad=    7.07
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   12.97 mean_vt_4quad=    7.13
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.01 mean_vt_4quad=    7.20
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.09 mean_vt_4quad=    7.28
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.20 mean_vt_4quad=    7.37
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.33 mean_vt_4quad=    7.46
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.46 mean_vt_4quad=    7.55
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.60 mean_vt_4quad=    7.62
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.76 mean_vt_4quad=    7.70
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.95 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.12 mean_vt_4quad=    7.86
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.26 mean_vt_4quad=    7.95
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.38 mean_vt_4quad=    8.06
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.50 mean_vt_4quad=    8.16
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.63 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   14.78 mean_vt_4quad=    8.33
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   14.94 mean_vt_4quad=    8.42
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   15.09 mean_vt_4quad=    8.50
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.27 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.40 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.53 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   15.69 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   15.85 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.01 mean_vt_4quad=    9.04
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.20 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.41 mean_vt_4quad=    9.28
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.62 mean_vt_4quad=    9.41
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   16.86 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.10 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.35 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.60 mean_vt_4quad=    9.97
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=    9.97 .... 0.5*v_holland=    3.99
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   10.11 .... 0.5*v_holland=    3.99
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   10.23 .... 0.5*v_holland=    3.99
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   10.33 .... 0.5*v_holland=    3.99
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   10.43 .... 0.5*v_holland=    3.99
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    162.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   87.4152000000000     
 vradius(iwindix,iquad) =          87
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.60 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   17.80 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.98 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   18.10 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   18.15 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   18.19 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   18.25 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   18.45 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   18.78 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.31 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   19.93 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.59 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   21.18 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.70 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.19 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.30 mean_vt_4quad=   12.47
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   22.03 mean_vt_4quad=   12.73
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   21.71 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   21.44 mean_vt_4quad=   13.24
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   21.39 mean_vt_4quad=   13.47
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   21.42 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.52 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.68 mean_vt_4quad=   14.11
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   21.90 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.22 mean_vt_4quad=   14.51
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   22.68 mean_vt_4quad=   14.79
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.24 mean_vt_4quad=   15.16
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   23.63 mean_vt_4quad=   15.64
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.87 mean_vt_4quad=   16.07
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.09 mean_vt_4quad=   16.48
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   24.28 mean_vt_4quad=   16.88
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   24.45 mean_vt_4quad=   17.38
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   24.57 mean_vt_4quad=   17.96
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   25.06 mean_vt_4quad=   18.55
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   25.98 mean_vt_4quad=   19.16
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
  
  --- vmaxwind of    29.4131467204718       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    4.35 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    4.41 mean_vt_4quad=    6.05
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    4.35 mean_vt_4quad=    6.04
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    4.23 mean_vt_4quad=    6.03
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    4.11 mean_vt_4quad=    6.01
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    4.00 mean_vt_4quad=    6.00
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    3.97 mean_vt_4quad=    5.99
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    3.93 mean_vt_4quad=    6.00
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    3.94 mean_vt_4quad=    6.03
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    3.73 mean_vt_4quad=    6.05
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    3.45 mean_vt_4quad=    6.08
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    3.29 mean_vt_4quad=    6.10
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    3.19 mean_vt_4quad=    6.13
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    3.15 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    3.13 mean_vt_4quad=    6.21
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    3.14 mean_vt_4quad=    6.26
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    3.16 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    3.16 mean_vt_4quad=    6.31
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    3.19 mean_vt_4quad=    6.30
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    3.13 mean_vt_4quad=    6.28
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    3.12 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    3.14 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    3.03 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    2.86 mean_vt_4quad=    6.32
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    2.71 mean_vt_4quad=    6.35
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    2.73 mean_vt_4quad=    6.40
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    2.71 mean_vt_4quad=    6.45
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    2.68 mean_vt_4quad=    6.50
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    2.67 mean_vt_4quad=    6.54
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    2.66 mean_vt_4quad=    6.59
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    2.63 mean_vt_4quad=    6.66
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    2.63 mean_vt_4quad=    6.72
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    2.64 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    2.67 mean_vt_4quad=    6.82
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    2.80 mean_vt_4quad=    6.84
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    2.94 mean_vt_4quad=    6.86
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    3.10 mean_vt_4quad=    6.90
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    3.25 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    3.36 mean_vt_4quad=    7.01
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    3.40 mean_vt_4quad=    7.07
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    3.31 mean_vt_4quad=    7.13
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    3.37 mean_vt_4quad=    7.20
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    3.36 mean_vt_4quad=    7.28
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    3.46 mean_vt_4quad=    7.37
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    3.60 mean_vt_4quad=    7.46
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    3.64 mean_vt_4quad=    7.55
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    3.59 mean_vt_4quad=    7.62
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    3.70 mean_vt_4quad=    7.70
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    3.71 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    3.71 mean_vt_4quad=    7.86
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    3.82 mean_vt_4quad=    7.95
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    3.95 mean_vt_4quad=    8.06
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    4.21 mean_vt_4quad=    8.16
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    4.33 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    4.44 mean_vt_4quad=    8.33
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    4.65 mean_vt_4quad=    8.42
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    4.95 mean_vt_4quad=    8.50
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    5.23 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    5.51 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    5.74 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    6.00 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    6.01 mean_vt_4quad=    8.93
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    5.87 mean_vt_4quad=    9.04
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    5.79 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    5.82 mean_vt_4quad=    9.28
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    5.99 mean_vt_4quad=    9.41
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    6.13 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    6.30 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    6.33 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    6.54 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    6.77 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    7.03 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    7.31 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    7.53 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=    7.61 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=    7.90 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=    8.16 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=    8.31 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=    8.23 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    8.19 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    8.33 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    8.41 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    8.48 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    8.70 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=    8.90 mean_vt_4quad=   12.47
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=    9.18 mean_vt_4quad=   12.73
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=    9.54 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   10.04 mean_vt_4quad=   13.24
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   10.27 mean_vt_4quad=   13.47
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   10.24 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   10.15 mean_vt_4quad=   13.90
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   10.30 mean_vt_4quad=   14.11
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   10.57 mean_vt_4quad=   14.31
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   10.91 mean_vt_4quad=   14.51
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   11.36 mean_vt_4quad=   14.79
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   11.68 mean_vt_4quad=   15.16
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   11.96 mean_vt_4quad=   15.64
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   13.94 mean_vt_4quad=   16.07
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   15.83 mean_vt_4quad=   16.48
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   16.57 mean_vt_4quad=   16.88
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   17.07 mean_vt_4quad=   17.38
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   17.59 mean_vt_4quad=   17.96
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   17.96 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   18.55 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   19.16 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   19.82 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   20.51 .... 0.5*v_holland=    9.12
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   17.59 mean_vt_4quad=   17.96
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   18.19 mean_vt_4quad=   18.55
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   18.64 mean_vt_4quad=   19.16
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   19.16 mean_vt_4quad=   19.82
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   19.33 mean_vt_4quad=   20.51
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   20.19 mean_vt_4quad=   21.04
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   19.85 mean_vt_4quad=   21.32
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   19.33 mean_vt_4quad=   21.38
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   19.79 mean_vt_4quad=   21.35
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   20.38 mean_vt_4quad=   21.35
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   21.07 mean_vt_4quad=   21.46
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   21.59 mean_vt_4quad=   21.64
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   21.87 mean_vt_4quad=   21.83
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   21.78 mean_vt_4quad=   21.88
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   20.27 mean_vt_4quad=   21.52
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   17.97 mean_vt_4quad=   20.65
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   16.56 mean_vt_4quad=   19.25
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   16.00 mean_vt_4quad=   17.36
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   15.63 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   15.36 mean_vt_4quad=   12.28
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   15.33 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   15.74 mean_vt_4quad=    4.65
  
 TIMING: after call  getradii, fhr=    60 igrct=  1   22:24:19
 TIMING: after getrad_iter_loop, fhr=    60 igrct=  2 Vmax (m/s)=   29.413   22:24:19
 TIMING: Before get_phase ... 22:24:19
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           60 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    42.966
  
  
  In get_cps_paramb, lead time=           60 :           0   10L  IDALIA   
   right_ct=          923   left_ct=          943
   zthicksum(1)=    3149248.73368751     
   zthicksum(2)=    3208570.14293750     
   zthick_right_mean=    3411.97045903305     
   zthick_left_mean=     3402.51340714475     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    9.45705188829788     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           19.19
  Sum of y-diffs squared (ydiff2) =          443.68
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   301.72   6.7452        9.41   0.1661    -2.34     5.47       88.56
    2   300.05   6.6846        7.74   0.1055     0.28     0.08       59.89
    3   296.65   6.6201        4.34   0.0409     1.44     2.08       18.82
    4   292.65   6.5511        0.34  -0.0281     2.32     5.40        0.11
    5   285.76   6.4770       -6.55  -0.1022     0.68     0.46       42.89
    6   277.03   6.3969      -15.28  -0.1822    -2.39     5.69      233.40
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   292.309     x:    6.58
  
  slope=     70.745         y-intercept =   -173.135
  Regression equation:   Y =  -173.14 +    70.75X
  
  R2(r_squared) =  0.9567        r =  0.9781
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1005.67 zmin=  703.35 zdiff=  302.32
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1501.63 zmin= 1199.91 zdiff=  301.72
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -0.60 dlnp=     -0.057158  dzdlnp=       10.497
  
   +++ k=  3 press=    800.0 zmax= 2021.98 zmin= 1721.94 zdiff=  300.05
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -1.67 dlnp=     -0.060625  dzdlnp=       27.580
  
   +++ k=  4 press=    750.0 zmax= 2569.64 zmin= 2272.99 zdiff=  296.65
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -3.40 dlnp=     -0.064539  dzdlnp=       52.682
  
   +++ k=  5 press=    700.0 zmax= 3149.41 zmin= 2856.76 zdiff=  292.65
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -4.00 dlnp=     -0.068993  dzdlnp=       57.977
  
   +++ k=  6 press=    650.0 zmax= 3763.54 zmin= 3477.78 zdiff=  285.76
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -6.89 dlnp=     -0.074108  dzdlnp=       92.945
  
   +++ k=  7 press=    600.0 zmax= 4418.72 zmin= 4141.69 zdiff=  277.03
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -8.73 dlnp=     -0.080043  dzdlnp=      109.042
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           82.20
  Sum of y-diffs squared (ydiff2) =         5857.76
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   268.39   6.3099       36.98   0.2788    -4.87    23.74     1367.52
    2   258.94   6.2146       27.53   0.1834    -0.01     0.00      758.01
    3   246.72   6.1092       15.31   0.0781     3.58    12.84      234.33
    4   229.54   5.9915       -1.88  -0.0397     4.08    16.68        3.52
    5   207.55   5.8579      -23.86  -0.1732     2.15     4.61      569.30
    6   177.33   5.7038      -54.08  -0.3274    -4.93    24.32     2925.08
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   231.412     x:    6.03
  
  slope=    150.139         y-intercept =   -674.101
  Regression equation:   Y =  -674.10 +   150.14X
  
  R2(r_squared) =  0.9860        r =  0.9930
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           60 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4418.72 zmin= 4141.69 zdiff=  277.03
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5122.82 zmin= 4854.43 zdiff=  268.39
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -8.64 dlnp=     -0.087011  dzdlnp=       99.297
  
   +++ k=  9 press=    500.0 zmax= 5881.83 zmin= 5622.89 zdiff=  258.94
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -9.45 dlnp=     -0.095310  dzdlnp=       99.129
  
   +++ k= 10 press=    450.0 zmax= 6707.90 zmin= 6461.18 zdiff=  246.72
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -12.22 dlnp=     -0.105361  dzdlnp=      116.021
  
   +++ k= 11 press=    400.0 zmax= 7614.00 zmin= 7384.46 zdiff=  229.54
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -17.18 dlnp=     -0.117783  dzdlnp=      145.895
  
   +++ k= 12 press=    350.0 zmax= 8620.07 zmin= 8412.52 zdiff=  207.55
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -21.98 dlnp=     -0.133531  dzdlnp=      164.635
  
   +++ k= 13 press=    300.0 zmax= 9748.95 zmin= 9571.62 zdiff=  177.33
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -30.22 dlnp=     -0.154151  dzdlnp=      196.068
  
cps_stats: 10L   lead time=  60: 0   paramb=     9.46  vtl=     70.75  vtu=    150.14
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   60:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  279.451 (0-360) guesslon=  279.451E  (  80.549W)   guesslat=   31.561
 ilonfix=          857  jlatfix=          856  npts=           33
 ibeg=          782  jbeg=          788  imax=         2738
 iend=          932  jend=          924  jmax=         2041
 TIMING: find_maxmin 1  22:24:19
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  278.131E  (0-360) ctlon=  278.131E  (  81.869W)  ctlat=   31.441 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:24:19
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  278.131E   (0-360) guesslon=  278.131E  (  81.869W)   guesslat=   31.441
 ilonfix=          824  jlatfix=          859  npts=           16
 ibeg=          773  jbeg=          815  imax=         2738
 iend=          875  jend=          903  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  277.811E  (0-360) ctlon=  277.811  (  82.189W)  ctlat=   31.721 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    60:00  mean_lon:  277.81E (  82.19W)    (0-360) mean_lon=  277.81E  mean_lat:   31.72  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    60:00  ifix:   803   jfix:   829  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          803  jx=          829
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         329 ,         355 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         328 ,         354 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    60:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:24:19
 TIMING: Before shear ... 22:24:19
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           11
  clon(ist,ifh,3)=    279.462072520024     
  clat(ist,ifh,3)=    31.5611892860863     
  fixlon(ist,ifh)=    279.451348271350     
  fixlat(ist,ifh)=    31.5612502961248     
  xcenlon=    279.462072520024     
  xcenlat=    31.5611892860863     
  
 xxshear
 In get_shear A, xcenlon=    279.462072520024       xcenlat= 
   31.5611892860863     
   In get_shear B, (0-360) xcenlon=    279.462072520024     
  
At start of get_shear:  10L   fhr=   60:00   Mean fix position=   279.45E  ( 80.55W)    31.56  (0-360) mean lon fix=  279.45
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   26.10 vr_mean(idist,ilev)=    3.06
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   27.81 vr_mean(idist,ilev)=    2.36
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   25.04 vr_mean(idist,ilev)=    0.82
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   21.41 vr_mean(idist,ilev)=    1.10
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   20.36 vr_mean(idist,ilev)=    1.24
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   19.30 vr_mean(idist,ilev)=    0.74
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.10 vr_mean(idist,ilev)=    0.08
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.84 vr_mean(idist,ilev)=    0.51
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.79 vr_mean(idist,ilev)=    0.59
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.81 vr_mean(idist,ilev)=    0.04
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.41 vr_mean(idist,ilev)=   -0.21
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.57 vr_mean(idist,ilev)=   -1.08
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.16 vr_mean(idist,ilev)=   -0.80
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.86 vr_mean(idist,ilev)=   -0.90
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   12.43 vr_mean(idist,ilev)=   -0.92
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   12.08 vr_mean(idist,ilev)=   -0.93
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   11.90 vr_mean(idist,ilev)=   -1.47
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   11.47 vr_mean(idist,ilev)=   -1.43
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   11.38 vr_mean(idist,ilev)=   -1.38
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -18.07 vr_mean(idist,ilev)=   18.07
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -27.11 vr_mean(idist,ilev)=   27.11
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -36.15 vr_mean(idist,ilev)=   36.15
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -45.19 vr_mean(idist,ilev)=   45.19
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -54.24 vr_mean(idist,ilev)=   54.24
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -63.30 vr_mean(idist,ilev)=   63.30
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -72.35 vr_mean(idist,ilev)=   72.35
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -81.42 vr_mean(idist,ilev)=   81.42
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -90.49 vr_mean(idist,ilev)=   90.49
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -99.58 vr_mean(idist,ilev)=   99.58
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -108.67 vr_mean(idist,ilev)=  108.67
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -117.77 vr_mean(idist,ilev)=  117.77
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -126.89 vr_mean(idist,ilev)=  126.89
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -136.02 vr_mean(idist,ilev)=  136.02
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -145.16 vr_mean(idist,ilev)=  145.16
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -154.32 vr_mean(idist,ilev)=  154.32
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -163.50 vr_mean(idist,ilev)=  163.50
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -172.70 vr_mean(idist,ilev)=  172.70
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -181.92 vr_mean(idist,ilev)=  181.92
  
 At end of get_shear: 
     ist=    4 ifh=   11 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:24:19
  
 After call to fixcenter, fix positions at 
 forecast hour=   60:00 follow:
  
fixpos  10L   fhr=   60:00   Fix position=   279.45E  ( 80.55W)    31.56   Max Wind=  57 kts
  
  
 xxxx get_next_ges, prev fix lon=    277.917213465935     
 xxxx get_next_ges, curr fix lon=    279.451348271350     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    279.451348271350        fixlat=    31.5612502961248     
        (0-360) fixlon=    279.451348271350     
      ilonfix=          857   jlatfix=          856
      ibeg=          366   iend=         1348
      jbeg=          404   jend=         1308
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.99889359900399       vavg=    2.57018185527970     
      ubar=    1.24972339975100       vbar=   0.642545463819925     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.48467224604594       vavg=    3.31233394729941     
      ubar=    4.49205952277397       vbar=    2.29871243746963     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.46445723636739       vavg=    4.58527945463251     
      ubar=    6.60817383186581       vbar=    3.44503230112776     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.60817383186581       vbar=    3.44503230112776     
      wgttot=    1.00000000000000     
      fixlon=    279.451348271350        fixlat=    31.5612502961248     
      barnlon=    280.963298795701       barnlat=    32.2304599244833     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.849009913679007     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      280.963298795701     
     Raw (no conversion for GM wrap) extraplon=    281.008595431442     
  
 --- barnlon=    280.96E  (  79.04W)    barnlat=     32.23
 --- extraplon=  281.01E  (  78.99W)    extraplat=   32.96
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   31.56
 | Current fix lon is   80.55W   ( 279.45E)
 | Current fix lon (raw, unadjusted)=  279.45E
 | Updated guess lat for next fcst hour is   32.59
 | Updated guess lon (0-360) for next fcst hour is   79.01W   ( 280.99E)
 | Raw updated guess lon for next fcst hour is  280.99E)
 -------------------------------------------------
  
 iocheck, dist=    184.582458932564        distm=    184582.458932564     
 iocheck, stmspd=    8.54548420984093        istmspd=          166
 iocheck, xincr=    1.53459884222184        yincr=    1.03192436473516     
 iocheck, stmdir=    56.0815683819347        istmdir=           56
 +++ RPT_STORM_MOTION: istmspd=   166 kts(*10)    istmdir=    56 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  11
     Fix location for this time:   279.45E  ( 80.55W)    31.56
     Fix lon (raw) for this time:  279.45E
     ilonfix=  857  jlatfix=  856
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    279.451348271350       xcenlat=    31.5612502961248     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    279.451348271350       xcenlat=    31.5612502961248     
  ilonfix=          857  jlatfix=          856
  ibeg=          732  iend=          982
  jbeg=          740  jend=          972  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    279.451348271350        xcenlat=    31.5612502961248     
      ilonfix=          857   jlatfix=          856
      ibeg=          732   iend=          982
      jbeg=          740   jend=          972
 After call to barnes, xsmoothval=   3.122281940146784E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.122281940146784E-004
      xcenlon=    279.451348271350        xcenlat=    31.5612502961248     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000312  imeanzeta (*1e6)=      312
   --- mean zeta raw =   3.122281940146784E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004216  igrid zeta (*1e6)=     4216 ifilret=   0
   --- grid zeta raw=   4.216493337927968E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    279.451348271350       xcenlat=    31.5612502961248     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    279.451348271350       xcenlat=    31.5612502961248     
  ilonfix=          857  jlatfix=          856
  ibeg=          732  iend=          982
  jbeg=          740  jend=          972  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    279.451348271350        xcenlat=    31.5612502961248     
      ilonfix=          857   jlatfix=          856
      ibeg=          732   iend=          982
      jbeg=          740   jend=          972
 After call to barnes, xsmoothval=   2.933537415915280E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.933537415915280E-004
      xcenlon=    279.451348271350        xcenlat=    31.5612502961248     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000293  imeanzeta (*1e6)=      293
   --- mean zeta raw =   2.933537415915280E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004136  igrid zeta (*1e6)=     4136 ifilret=   0
   --- grid zeta raw=   4.136493337927967E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           60
  
 segx, outlon=    279.451348271350       outlat=    31.5612502961248     
   ist=            4  ifcsthour=           60
   vmaxwind=    29.4131467204718       xminmslp=    97484.4300000000     
   vradius=           89          31           0         183          49
           0          87          32           0          36           0
           0
   maxstorm=            6
   plastbar=    100284.430000000       rlastbar=    133.559207744930     
   rmax=    14.3976528505041     
   cps_vals=    9.45705188829788        70.7453885201608     
   150.139067041552     
   wcore_flag= n
   istmspd=          166  istmdir=           56
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     23.4913955847393     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   133.559207744930       irlastbar=         134
 output: plastbar=   100284.430000000       iplastbar=        1003
 rmax=    14.3976528505041        irmax=           14
 TXX top of atcfunix_ext, ist=            4  ifh=           60
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   133.559207744930       irlastbar=         134
 output: plastbar=   100284.430000000       iplastbar=        1003
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           60
 intlat=          316
 clatns= N
 intlon=          805
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           57
 int(xminmslp/mslp_outp_adj + 0.5)=          975
 XX,  34, NEQ
 vradius(1,1)=           89
 vradius(1,2)=          183
 vradius(1,3)=           87
 vradius(1,4)=           36
 iplastbar=         1003
 irlastbar=          134
 irmax=           14
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           56
 istmspd=          166
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           95
 icps_vals(2)=          707
 icps_vals(3)=         1501
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           46
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          312
 igridzeta(1)=         4216
 imeanzeta(2)=          293
 igridzeta(2)=         4136
  
 rmax=    14.3976528505041        irmax=           14
 +++ Top of output_atcf_parms, ist=            4  ifh=           60
  
 xxxx get_next_ges, prev fix lon=    277.917213465935     
 xxxx get_next_ges, curr fix lon=    279.451348271350     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    279.451348271350        fixlat=    31.5612502961248     
        (0-360) fixlon=    279.451348271350     
      ilonfix=          857   jlatfix=          856
      ibeg=          366   iend=         1348
      jbeg=          404   jend=         1308
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.99889359900399       vavg=    2.57018185527970     
      ubar=    1.24972339975100       vbar=   0.642545463819925     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.48467224604594       vavg=    3.31233394729941     
      ubar=    4.49205952277397       vbar=    2.29871243746963     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.46445723636739       vavg=    4.58527945463251     
      ubar=    6.60817383186581       vbar=    3.44503230112776     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.60817383186581       vbar=    3.44503230112776     
      wgttot=    1.00000000000000     
      fixlon=    279.451348271350        fixlat=    31.5612502961248     
      barnlon=    280.963298795701       barnlat=    32.2304599244833     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.849009913679007     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      280.963298795701     
     Raw (no conversion for GM wrap) extraplon=    281.008595431442     
  
 --- barnlon=    280.96E  (  79.04W)    barnlat=     32.23
 --- extraplon=  281.01E  (  78.99W)    extraplat=   32.96
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    60.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   31.56
 | Current fix lon is   80.55W   ( 279.45E)
 | Current fix lon (raw, unadjusted)=  279.45E
 | Updated guess lat for next fcst hour is   32.59
 | Updated guess lon (0-360) for next fcst hour is   79.01W   ( 280.99E)
 | Raw updated guess lon for next fcst hour is  280.99E)
 -------------------------------------------------
  
 iocheck, dist=    184.582458932564        distm=    184582.458932564     
 iocheck, stmspd=    8.54548420984093        istmspd=          166
 iocheck, xincr=    1.53459884222184        yincr=    1.03192436473516     
 iocheck, stmdir=    56.0815683819347        istmdir=           56
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 60
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 60 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          211  = igcret =            0
 baclose return code for unit          611  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   66:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f03960                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f03960.ix                                                                                    
hafs.trak.storm.2023082812.f03960: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: cannot stat: 2
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: Not ready yet.  Size=105063174, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: Not ready yet.  Size=105063174, age=9, min size=500, min age=10
hafs.trak.storm.2023082812.f03960: sleep 5
hafs.trak.storm.2023082812.f03960: ready.
hafs.trak.storm.2023082812.f03960.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f03960.ix: ready.
 in open_grib_files in multi else part....
   lugb=          212   lugi=          612
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03960                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03960.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f03960...  gopen_i_file= ...hafs.trak.storm.2023082812.f03960.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f03960                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f03960.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          212  is CLOSED
 TEST open_grib_files, unit lugi=          612  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f03960                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f03960.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          212  is CLOSED
 TEST b4 getgridinfo, unit lugi=          612  is CLOSED
 before getgb2 call, lugb=          212  lugi=          612
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   66   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    66h ... 22:25:06
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:06
 TIMING: after getgb2-122:25:06
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   66   5588258   0.000       0.000     -0.1809E-02  0.3991E-02
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:06
 TIMING: after getgb2-122:25:06
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   66   5588258   0.000       0.000     -0.2010E-02  0.3165E-02
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:06
 TIMING: after getgb2-122:25:06
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   66   5588258   0.000       0.000      -49.20       50.54    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:06
 TIMING: after getgb2-122:25:06
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   66   5588258   0.000       0.000      -41.80       61.80    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:06
 TIMING: after getgb2-122:25:07
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   66   5588258   0.000       0.000      -37.39       55.52    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:07
 TIMING: after getgb2-122:25:07
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   66   5588258   0.000       0.000      -34.05       53.58    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:07
 TIMING: after getgb2-122:25:07
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   66   5588258   0.000       0.000       1123.       1620.    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:07
 TIMING: after getgb2-122:25:07
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   66   5588258   0.000       0.000       2793.       3246.    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:07
 TIMING: after getgb2-122:25:07
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   66   5588258   0.000       0.000      0.9660E+05  0.1024E+06
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:07
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   66   5588258   0.000       0.000      -35.64       35.14    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   66   5588258   0.000       0.000      -32.05       40.68    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   66   5588258   0.000       0.000      -30.23       44.51    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   66   5588258   0.000       0.000      -28.68       37.62    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           66  hours
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   66   5588258   0.000       0.000       5425.       5959.    
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           66  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   66   5588258   0.000       0.000      0.1163E+05  0.1255E+05
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           66  hours
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           66  hours
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           66  hours
 TEST b4 getgb2 getdata, unit lugb=          212  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          612  is CLOSED

 TIMING: before getgb2-122:25:08
 TIMING: after getgb2-122:25:08
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           66  hours

 TIMING: before getgb2-phase22:25:08
 TIMING: after getgb2-222:25:09
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   66   5588258   0.000       0.000       623.6       1129.    

 TIMING: before getgb2-phase22:25:09
 TIMING: after getgb2-222:25:09
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   66   5588258   0.000       0.000       1123.       1620.    

 TIMING: before getgb2-phase22:25:09
 TIMING: after getgb2-222:25:09
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   66   5588258   0.000       0.000       1649.       2135.    

 TIMING: before getgb2-phase22:25:09
 TIMING: after getgb2-222:25:09
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   66   5588258   0.000       0.000       2204.       2675.    

 TIMING: before getgb2-phase22:25:09
 TIMING: after getgb2-222:25:09
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   66   5588258   0.000       0.000       2793.       3246.    

 TIMING: before getgb2-phase22:25:09
 TIMING: after getgb2-222:25:10
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   66   5588258   0.000       0.000       3420.       3852.    

 TIMING: before getgb2-phase22:25:10
 TIMING: after getgb2-222:25:10
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   66   5588258   0.000       0.000       4061.       4499.    

 TIMING: before getgb2-phase22:25:10
 TIMING: after getgb2-222:25:10
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   66   5588258   0.000       0.000       4718.       5202.    

 TIMING: before getgb2-phase22:25:10
 TIMING: after getgb2-222:25:10
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   66   5588258   0.000       0.000       5425.       5959.    

 TIMING: before getgb2-phase22:25:10
 TIMING: after getgb2-222:25:10
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   66   5588258   0.000       0.000       6191.       6780.    

 TIMING: before getgb2-phase22:25:10
 TIMING: after getgb2-222:25:11
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   66   5588258   0.000       0.000       7023.       7677.    

 TIMING: before getgb2-phase22:25:11
 TIMING: after getgb2-222:25:11
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   66   5588258   0.000       0.000       7939.       8667.    

 TIMING: before getgb2-phase22:25:11
 TIMING: after getgb2-222:25:11
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           66 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   66   5588258   0.000       0.000       8964.       9774.    
 TIMING: after getdata ... 22:25:11
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   66:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.699963815934064E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.651 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.370E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.651
 ilonfix=         1330  jlatfix=         1004  npts=           16
 ibeg=         1281  jbeg=          960  imax=         2738
 iend=         1379  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.166E  (0-360) ctlon=  298.166  (  61.834W)  ctlat=   25.431 fmax (x10e5) =        0.415E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   2.971618889773040E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.251 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.297E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.251
 ilonfix=         1330  jlatfix=         1014  npts=           16
 ibeg=         1281  jbeg=          970  imax=         2738
 iend=         1379  jend=         1058  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.366E  (0-360) ctlon=  298.366  (  61.634W)  ctlat=   25.531 fmax (x10e5) =        0.345E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.651 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.149E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.651
 ilonfix=         1330  jlatfix=         1004  npts=           16
 ibeg=         1281  jbeg=          960  imax=         2738
 iend=         1379  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.266E  (0-360) ctlon=  298.266  (  61.734W)  ctlat=   25.531 fmax =       -0.100E+16 fmin =        0.149E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.651 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.314E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.651
 ilonfix=         1330  jlatfix=         1004  npts=           16
 ibeg=         1281  jbeg=          960  imax=         2738
 iend=         1379  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.366E  (0-360) ctlon=  298.366  (  61.634W)  ctlat=   25.531 fmax =       -0.100E+16 fmin =        0.314E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.651 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.651
 ilonfix=         1330  jlatfix=         1004  npts=           16
 ibeg=         1281  jbeg=          960  imax=         2738
 iend=         1379  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.266E  (0-360) ctlon=  298.266  (  61.734W)  ctlat=   25.431 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.506 (0-360) guesslon=  298.506E  (  61.494W)   guesslat=   25.771
 ilonfix=         1333  jlatfix=         1001  npts=           33
 ibeg=         1260  jbeg=          933  imax=         2738
 iend=         1406  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:25:11
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.053363700674197E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.386E  (0-360) ctlon=  298.386E  (  61.614W)  ctlat=   25.651 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.305E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:11
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.386E   (0-360) guesslon=  298.386E  (  61.614W)   guesslat=   25.651
 ilonfix=         1330  jlatfix=         1004  npts=           16
 ibeg=         1281  jbeg=          960  imax=         2738
 iend=         1379  jend=         1048  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.166E  (0-360) ctlon=  298.166  (  61.834W)  ctlat=   25.531 fmax (x10e5) =        0.395E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    298.300813745928        uvgeslat=    25.5477294851520     
    (0-360 uvgeslon)=    298.300813745928     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:25:11
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.300813745928        uvgeslat=    25.5477294851520     
    (0-360 uvgeslon)=    298.300813745928     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.300813745928     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.301E  (0-360E lon):  298.301E    61.699W  ctlat=   25.548  xmax_circul_disk =      72771238.4
 TIMING: get_wind_circ kloop, k=  1   22:25:11
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.301E  (0-360E)=  298.301E  (  61.699W)   guesslat=   25.548
 ilonfix=         1328  jlatfix=         1007  npts=           56
 ibeg=         1259  jbeg=          943  imax=         2738
 iend=         1397  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    72721538.4958734     
 nhalf get_wind_circ, k=  1 ctlon=  298.321E  (0-360E)=  298.321E  ctlon=   61.679W   ctlat=   25.508 Wind Circulation (NHEM: Max) =      72721538.5
 TIMING: After GWC 850 ... 22:25:11
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:25:11
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.300813745928        uvgeslat=    25.5477294851520     
    (0-360 uvgeslon)=    298.300813745928     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.300813745928     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.621E  (0-360E lon):  298.621E    61.379W  ctlat=   25.548  xmax_circul_disk =      72021476.4
 TIMING: get_wind_circ kloop, k=  1   22:25:11
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.621E  (0-360E)=  298.621E  (  61.379W)   guesslat=   25.548
 ilonfix=         1336  jlatfix=         1007  npts=           56
 ibeg=         1267  jbeg=          943  imax=         2738
 iend=         1405  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    72743011.1567772     
 nhalf get_wind_circ, k=  1 ctlon=  298.401E  (0-360E)=  298.401E  ctlon=   61.599W   ctlat=   25.508 Wind Circulation (NHEM: Max) =      72743011.2
 TIMING: After GWC 700 ... 22:25:11
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:25:11
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.300813745928        uvgeslat=    25.5477294851520     
    (0-360 uvgeslon)=    298.300813745928     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.300813745928     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.301E  (0-360E lon):  298.301E    61.699W  ctlat=   25.548  xmax_circul_disk =      54368591.8
 TIMING: get_wind_circ kloop, k=  1   22:25:11
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.301E  (0-360E)=  298.301E  (  61.699W)   guesslat=   25.548
 ilonfix=         1328  jlatfix=         1007  npts=           56
 ibeg=         1259  jbeg=          943  imax=         2738
 iend=         1397  jend=         1071  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    55077338.8143187     
 nhalf get_wind_circ, k=  1 ctlon=  298.201E  (0-360E)=  298.201E  ctlon=   61.799W   ctlat=   25.448 Wind Circulation (NHEM: Max) =      55077338.8
 TIMING: After GWC Sfc ... 22:25:11
  
 At beg of fixcenter, stderr(ist,ifh-1) =     7.67  xavg_stderr=    13.71
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           12  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    66:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  298.51E   (0-360) guesslon=  298.51E  ( 61.49W)    25.77
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       298.17       61.83      25.43           41.52       T         50.91
   2    zeta 700    Max       298.37       61.63      25.53           34.47       T         30.15
   3    circ 850    Max       298.32       61.68      25.51           72.72       T         34.71
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       298.40       61.60      25.51           72.74       T         31.16
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       298.27       61.73      25.53         1491.14       T         35.93
   8     gph 700    Min       298.37       61.63      25.53         3135.11       T         30.15
   9        MSLP    Min       298.27       61.73      25.43       100867.14       T         44.82
  10    circ sfc    Max       298.20       61.80      25.45           55.08       T         47.25
  11    zeta sfc    Max       298.17       61.83      25.53           39.52       T         43.28
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    9.13602863027516       stderr_close= 
   3.11314309416012       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=  13.409 devia=   2.682 wtpos=  0.40903     298.17   298.17    61.83    25.43
 ip=  2 kprm=  2 dist_from_mean=   9.573 devia=   1.915 wtpos=  0.52823     298.37   298.37    61.63    25.53
 ip=  3 kprm=  3 dist_from_mean=   4.348 devia=   0.870 wtpos=  0.74836     298.32   298.32    61.68    25.51
 ip=  5 kprm=  4 dist_from_mean=  12.212 devia=   2.442 wtpos=  0.44303     298.40   298.40    61.60    25.51
 ip=  7 kprm=  5 dist_from_mean=   4.314 devia=   0.863 wtpos=  0.75004     298.27   298.27    61.73    25.53
 ip=  8 kprm=  6 dist_from_mean=   9.573 devia=   1.915 wtpos=  0.52823     298.37   298.37    61.63    25.53
 ip=  9 kprm=  7 dist_from_mean=   7.165 devia=   1.433 wtpos=  0.62023     298.27   298.27    61.73    25.43
 ip= 10 kprm=  8 dist_from_mean=   9.506 devia=   1.901 wtpos=  0.53062     298.20   298.20    61.80    25.45
 ip= 11 kprm=  9 dist_from_mean=  12.124 devia=   2.425 wtpos=  0.44564     298.17   298.17    61.83    25.53
  
At end of fixcenter:  00L   fhr=   66:00   Fix position=   298.28E  (0-360) fixlon=  298.28  ( 61.72W)    25.50
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    298.283431884127     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.266269155019     
        (0-360E clon(ist,ifh,9))=    298.266269155019     
      clat(ist,ifh,9)=    25.4313687578793     
      xval(9)=    100867.137227255     
  
  After get_ij B, ibeg jbeg =         1219         872
  After get_ij B, iend jend =         1435        1148
  
 In is_it_a_storm, ilonfix=         1327  jlatfix=         1010
 ibeg jbeg iend jend =         1219         872        1435        1148
 cparm= slp  parmlon parmlat =    298.266269155019        25.4313687578793     
     (0-360E parmlon) =    298.266269155019     
 parmval=    100867.137227255     
  
 i= 1304 j=  947 glon=  297.37 (0-360E) glon=  297.37 glat=  27.96 dist=   295.07 slp=  101469.18 pgradient=  2.04036
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  2.04036
 mslp center =    298.266269155019        25.4313687578793     
   100867.137227255     
   (0-360E) lon of mslp center =    298.266269155019     
 pgrad loc   =    297.368697000000        297.368697000000     
   62.6313030000000        27.9609490000000        101469.180000000     
  ttest at location C IF....
      xinp_fixlat=    25.4313687578793     
      xinp_fixlon=    298.266269155019       (0-360E) xinp_fixlon= 
   298.266269155019     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   100306.620000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1326  jfix=         1008
 longitude=    298.266269155019      E   (   61.7337308449813      
 W)  (0-360E) xinp_fixlon=    298.266269155019     
 latitude=    25.4313687578793     
 mean mslp value (xval(9))=    100867.137227255     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1326  jfix=         1008
 longitude=    298.266269155019      E   (   61.7337308449813      
 W)  (0-360E) xinp_fixlon=    298.266269155019     
 latitude=    25.4313687578793     
 mean mslp value (xval(9))=    100867.137227255     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1326  jx=         1008
 *-----------------------------------------------*
  
 fxy(ix,jx)=    100306.620000000       xcentval=    100306.620000000     
 At A, num_found_contours=            0
 At A, contlo=    100306.620000000       conthi=    100706.620000000     
  
 num_found_contours=            0
 contlo=    100306.620000000       conthi=    100706.620000000     
 xcentval=    100306.620000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100706.620000000       conthi=    101106.620000000     
  
 num_found_contours=            1
 contlo=    100706.620000000       conthi=    101106.620000000     
 xcentval=    100306.620000000     
 At A, num_found_contours=            2
 At A, contlo=    101106.620000000       conthi=    101506.620000000     
  
 num_found_contours=            2
 contlo=    101106.620000000       conthi=    101506.620000000     
 xcentval=    100306.620000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1351 ,        1014 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    100306.620000000     
 !!! (i,j) of central value = (        1326 ,        1008 )
 !!!  
 !!! Flagged value found    =    101088.540000000     
 !!! (i,j) of flagged value = (        1352 ,        1015 )
 !!!   
 !!! Lower bound of contour interval =    101106.620000000     
 !!! Upper bound of contour interval =    101506.620000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1326  jfix=         1008
 longitude=    298.266269155019      E   (   61.7337308449813      W)  
 (0-360E) xinp_fixlon=    298.266269155019     
 latitude=    25.4313687578793     
 mean mslp value (xval(9))=    100867.137227255     
 gridpoint mslp value=    100306.620000000     
 ccflag= y
 prs of last closed isobar =    101106.620000000     
 radius of last closed isobar =    33.7533962766461       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   66:00
 !!! Boundary check xinp_fixlat is   25.43
 !!! Boundary check xinp_fixlon is   61.73W   ( 298.27E)  (0-360E) xinp_fixlon=  298.27
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.320813245928     
  850 mb wcirc fix lat=    25.5077304851520     
    (0-360) 850 mb wcirc fix lon=    298.320813245928     
  Multi-parm fix lon=      298.283431884127     
  Multi-parm fix lat=      25.4962979437452     
    (0-360) Multi-parm fix lon=      298.283431884127     
  
  
  After get_ij B, ibeg jbeg =         1237         904
  After get_ij B, iend jend =         1419        1112
  
 In is_it_a_storm, ilonfix=         1328  jlatfix=         1008
 ibeg jbeg iend jend =         1237         904        1419        1112
 cparm= v850  parmlon parmlat =    298.320813245928        25.5077304851520     
     (0-360E parmlon) =    298.320813245928     
 parmval=    72721538.4958734     
  
 i= 1317 j=  959 glon=  297.89 (0-360E) glon=  297.89 glat=  27.48 u= -10.5200 v=   2.3000 vr=   4.28853 vt=   9.87770
 i= 1322 j=  959 glon=  298.09 (0-360E) glon=  298.09 glat=  27.48 u= -11.8700 v=   4.8000 vr=   6.02147 vt=  11.29951
 i= 1327 j=  959 glon=  298.29 (0-360E) glon=  298.29 glat=  27.48 u= -12.3600 v=   7.5000 vr=   7.68010 vt=  12.24890
 i= 1332 j=  959 glon=  298.49 (0-360E) glon=  298.49 glat=  27.48 u= -12.0300 v=   9.0000 vr=   8.05677 vt=  12.68106
 i= 1337 j=  959 glon=  298.69 (0-360E) glon=  298.69 glat=  27.48 u= -11.4200 v=  10.6000 vr=   8.56705 vt=  13.01469
 i= 1302 j=  964 glon=  297.29 (0-360E) glon=  297.29 glat=  27.28 u= -10.5200 v=  -2.9000 vr=   2.31297 vt=  10.66445
 i= 1307 j=  964 glon=  297.49 (0-360E) glon=  297.49 glat=  27.28 u= -11.6300 v=  -2.5000 vr=   2.22047 vt=  11.68659
 i= 1312 j=  964 glon=  297.69 (0-360E) glon=  297.69 glat=  27.28 u=  -9.6600 v=  -0.3000 vr=   2.66380 vt=   9.29030
 i= 1317 j=  964 glon=  297.89 (0-360E) glon=  297.89 glat=  27.28 u= -10.6800 v=   1.3000 vr=   3.55612 vt=  10.15413
 i= 1322 j=  964 glon=  298.09 (0-360E) glon=  298.09 glat=  27.28 u= -11.8500 v=   4.8000 vr=   6.15237 vt=  11.20762
 i= 1327 j=  964 glon=  298.29 (0-360E) glon=  298.29 glat=  27.28 u= -12.0100 v=   6.5000 vr=   6.69483 vt=  11.90250
 i= 1332 j=  964 glon=  298.49 (0-360E) glon=  298.49 glat=  27.28 u= -12.1800 v=   8.3000 vr=   7.23716 vt=  12.84001
 i= 1337 j=  964 glon=  298.69 (0-360E) glon=  298.69 glat=  27.28 u= -12.8100 v=  10.4000 vr=   7.87457 vt=  14.49991
 i= 1342 j=  964 glon=  298.89 (0-360E) glon=  298.89 glat=  27.28 u= -12.4400 v=  12.6000 vr=   8.66488 vt=  15.44129
 i= 1347 j=  964 glon=  299.09 (0-360E) glon=  299.09 glat=  27.28 u= -11.4800 v=  12.6000 vr=   7.57356 vt=  15.27061
 i= 1352 j=  964 glon=  299.29 (0-360E) glon=  299.29 glat=  27.28 u= -10.3100 v=  12.0000 vr=   6.22544 vt=  14.54442
 i= 1297 j=  969 glon=  297.09 (0-360E) glon=  297.09 glat=  27.08 u= -10.0500 v=  -4.8000 vr=   1.87243 vt=  10.97891
 i= 1302 j=  969 glon=  297.29 (0-360E) glon=  297.29 glat=  27.08 u= -11.7900 v=  -3.7000 vr=   2.81156 vt=  12.03284
 i= 1307 j=  969 glon=  297.49 (0-360E) glon=  297.49 glat=  27.08 u=  -9.9900 v=  -2.1000 vr=   2.39852 vt=   9.92256
 i= 1312 j=  969 glon=  297.69 (0-360E) glon=  297.69 glat=  27.08 u= -10.3200 v=   0.1000 vr=   3.60317 vt=   9.67107
 i= 1317 j=  969 glon=  297.89 (0-360E) glon=  297.89 glat=  27.08 u= -11.1300 v=   1.9000 vr=   4.51465 vt=  10.34915
 i= 1322 j=  969 glon=  298.09 (0-360E) glon=  298.09 glat=  27.08 u= -10.7900 v=   3.4000 vr=   4.79016 vt=  10.24883
 i= 1327 j=  969 glon=  298.29 (0-360E) glon=  298.29 glat=  27.08 u= -12.1400 v=   4.7000 vr=   4.92225 vt=  12.05160
 i= 1332 j=  969 glon=  298.49 (0-360E) glon=  298.49 glat=  27.08 u= -12.7700 v=   7.7000 vr=   6.44479 vt=  13.44722
 i= 1337 j=  969 glon=  298.69 (0-360E) glon=  298.69 glat=  27.08 u= -12.7700 v=   9.4000 vr=   6.57004 vt=  14.43148
 i= 1342 j=  969 glon=  298.89 (0-360E) glon=  298.89 glat=  27.08 u= -13.1000 v=  11.0000 vr=   6.41547 vt=  15.85723
 i= 1347 j=  969 glon=  299.09 (0-360E) glon=  299.09 glat=  27.08 u= -12.7200 v=  12.2000 vr=   6.05373 vt=  16.55266
 i= 1352 j=  969 glon=  299.29 (0-360E) glon=  299.29 glat=  27.08 u= -10.9600 v=  12.6000 vr=   5.71122 vt=  15.69279
 i= 1357 j=  969 glon=  299.49 (0-360E) glon=  299.49 glat=  27.08 u=  -9.8100 v=  12.6000 vr=   5.02079 vt=  15.15875
 i= 1362 j=  969 glon=  299.69 (0-360E) glon=  299.69 glat=  27.08 u=  -9.3000 v=  12.4000 vr=   4.02356 vt=  14.96867
 i= 1287 j=  974 glon=  296.69 (0-360E) glon=  296.69 glat=  26.88 u=  -6.1800 v=  -5.9000 vr=   0.49895 vt=   8.52956
 i= 1292 j=  974 glon=  296.89 (0-360E) glon=  296.89 glat=  26.88 u=  -8.9300 v=  -6.7000 vr=   1.23969 vt=  11.09496
 i= 1297 j=  974 glon=  297.09 (0-360E) glon=  297.09 glat=  26.88 u= -10.0400 v=  -5.5000 vr=   2.03840 vt=  11.26484
 i= 1302 j=  974 glon=  297.29 (0-360E) glon=  297.29 glat=  26.88 u=  -9.0600 v=  -4.3000 vr=   1.52012 vt=   9.91276
 i= 1307 j=  974 glon=  297.49 (0-360E) glon=  297.49 glat=  26.88 u=  -9.2700 v=  -1.7000 vr=   2.94869 vt=   8.95143
 i= 1312 j=  974 glon=  297.69 (0-360E) glon=  297.69 glat=  26.88 u= -10.3700 v=  -1.1000 vr=   2.95411 vt=  10.00101
 i= 1317 j=  974 glon=  297.89 (0-360E) glon=  297.89 glat=  26.88 u= -10.9500 v=   2.0000 vr=   4.90842 vt=   9.99049
 i= 1322 j=  974 glon=  298.09 (0-360E) glon=  298.09 glat=  26.88 u= -10.8000 v=   2.4000 vr=   3.99701 vt=  10.31620
 i= 1327 j=  974 glon=  298.29 (0-360E) glon=  298.29 glat=  26.88 u= -13.6600 v=   3.1000 vr=   3.38694 vt=  13.59170
 i= 1332 j=  974 glon=  298.49 (0-360E) glon=  298.49 glat=  26.88 u= -13.4200 v=   6.1000 vr=   4.59607 vt=  14.00652
 i= 1337 j=  974 glon=  298.69 (0-360E) glon=  298.69 glat=  26.88 u= -12.9900 v=   8.6000 vr=   5.31585 vt=  14.64383
 i= 1342 j=  974 glon=  298.89 (0-360E) glon=  298.89 glat=  26.88 u= -13.1900 v=  10.9000 vr=   5.61350 vt=  16.16399
 i= 1347 j=  974 glon=  299.09 (0-360E) glon=  299.09 glat=  26.88 u= -12.4900 v=  12.6000 vr=   5.63649 vt=  16.82231
 i= 1352 j=  974 glon=  299.29 (0-360E) glon=  299.29 glat=  26.88 u= -12.5000 v=  13.4000 vr=   4.61167 vt=  17.73535
 i= 1357 j=  974 glon=  299.49 (0-360E) glon=  299.49 glat=  26.88 u= -10.9600 v=  13.3000 vr=   3.88727 vt=  16.78990
 i= 1362 j=  974 glon=  299.69 (0-360E) glon=  299.69 glat=  26.88 u=  -9.7400 v=  13.1000 vr=   3.23510 vt=  16.00037
 i= 1367 j=  974 glon=  299.89 (0-360E) glon=  299.89 glat=  26.88 u=  -8.8600 v=  12.6000 vr=   2.41573 vt=  15.21262
 i= 1282 j=  979 glon=  296.49 (0-360E) glon=  296.49 glat=  26.68 u=  -5.3100 v=  -6.4000 vr=   0.63670 vt=   8.29160
 i= 1287 j=  979 glon=  296.69 (0-360E) glon=  296.69 glat=  26.68 u=  -6.1500 v=  -7.4000 vr=   0.20691 vt=   9.61976
 i= 1292 j=  979 glon=  296.89 (0-360E) glon=  296.89 glat=  26.68 u=  -8.7200 v=  -7.9000 vr=   1.14999 vt=  11.71008
 i= 1297 j=  979 glon=  297.09 (0-360E) glon=  297.09 glat=  26.68 u=  -8.3600 v=  -5.6000 vr=   1.68522 vt=   9.92016
 i= 1302 j=  979 glon=  297.29 (0-360E) glon=  297.29 glat=  26.68 u=  -7.4000 v=  -3.7000 vr=   1.69998 vt=   8.09692
 i= 1307 j=  979 glon=  297.49 (0-360E) glon=  297.49 glat=  26.68 u=  -8.5500 v=  -2.8000 vr=   2.24541 vt=   8.71210
 i= 1312 j=  979 glon=  297.69 (0-360E) glon=  297.69 glat=  26.68 u=  -9.5700 v=  -1.1000 vr=   3.18896 vt=   9.08985
 i= 1317 j=  979 glon=  297.89 (0-360E) glon=  297.89 glat=  26.68 u= -11.0400 v=   1.4000 vr=   4.80439 vt=  10.03790
 i= 1322 j=  979 glon=  298.09 (0-360E) glon=  298.09 glat=  26.68 u= -11.3600 v=   4.2000 vr=   6.12722 vt=  10.44734
 i= 1327 j=  979 glon=  298.29 (0-360E) glon=  298.29 glat=  26.68 u= -12.6500 v=   7.9000 vr=   8.20948 vt=  12.45139
 i= 1332 j=  979 glon=  298.49 (0-360E) glon=  298.49 glat=  26.68 u= -14.1100 v=   9.6000 vr=   7.71875 vt=  15.22081
 i= 1337 j=  979 glon=  298.69 (0-360E) glon=  298.69 glat=  26.68 u= -13.4400 v=  10.3000 vr=   6.26084 vt=  15.73294
 i= 1342 j=  979 glon=  298.89 (0-360E) glon=  298.89 glat=  26.68 u= -13.4500 v=  11.5000 vr=   5.16700 vt=  16.92497
 i= 1347 j=  979 glon=  299.09 (0-360E) glon=  299.09 glat=  26.68 u= -13.8900 v=  12.8000 vr=   3.97008 vt=  18.46647
 i= 1352 j=  979 glon=  299.29 (0-360E) glon=  299.29 glat=  26.68 u= -12.9900 v=  15.1000 vr=   4.36484 vt=  19.43446
 i= 1357 j=  979 glon=  299.49 (0-360E) glon=  299.49 glat=  26.68 u= -11.8300 v=  14.9000 vr=   3.18278 vt=  18.75710
 i= 1362 j=  979 glon=  299.69 (0-360E) glon=  299.69 glat=  26.68 u= -10.7300 v=  14.2000 vr=   2.00226 vt=  17.68513
 i= 1367 j=  979 glon=  299.89 (0-360E) glon=  299.89 glat=  26.68 u=  -9.4200 v=  13.5000 vr=   1.35617 vt=  16.40571
 i= 1372 j=  979 glon=  300.09 (0-360E) glon=  300.09 glat=  26.68 u=  -8.2400 v=  12.5000 vr=   0.75173 vt=  14.95268
 i= 1282 j=  984 glon=  296.49 (0-360E) glon=  296.49 glat=  26.48 u=  -5.0700 v=  -8.0000 vr=   0.32745 vt=   9.46561
 i= 1287 j=  984 glon=  296.69 (0-360E) glon=  296.69 glat=  26.48 u=  -5.6100 v=  -8.6000 vr=  -0.04767 vt=  10.26790
 i= 1292 j=  984 glon=  296.89 (0-360E) glon=  296.89 glat=  26.48 u=  -8.0100 v=  -7.9000 vr=   1.65512 vt=  11.12792
 i= 1297 j=  984 glon=  297.09 (0-360E) glon=  297.09 glat=  26.48 u=  -7.2800 v=  -5.7000 vr=   1.72697 vt=   9.08328
 i= 1302 j=  984 glon=  297.29 (0-360E) glon=  297.29 glat=  26.48 u=  -7.9300 v=  -4.9000 vr=   1.94244 vt=   9.11712
 i= 1307 j=  984 glon=  297.49 (0-360E) glon=  297.49 glat=  26.48 u=  -9.7100 v=  -3.2000 vr=   3.39463 vt=   9.64368
 i= 1312 j=  984 glon=  297.69 (0-360E) glon=  297.69 glat=  26.48 u= -12.7000 v=  -0.7000 vr=   5.81191 vt=  11.31379
 i= 1317 j=  984 glon=  297.89 (0-360E) glon=  297.89 glat=  26.48 u= -14.1800 v=   0.4000 vr=   5.63809 vt=  13.01708
 i= 1322 j=  984 glon=  298.09 (0-360E) glon=  298.09 glat=  26.48 u= -14.6700 v=   4.1000 vr=   7.08996 vt=  13.48152
 i= 1327 j=  984 glon=  298.29 (0-360E) glon=  298.29 glat=  26.48 u= -14.2400 v=   7.3000 vr=   7.72012 vt=  14.01668
 i= 1332 j=  984 glon=  298.49 (0-360E) glon=  298.49 glat=  26.48 u= -14.1600 v=  10.0000 vr=   7.70786 vt=  15.52722
 i= 1337 j=  984 glon=  298.69 (0-360E) glon=  298.69 glat=  26.48 u= -15.3400 v=  12.8000 vr=   7.17237 vt=  18.64706
 i= 1342 j=  984 glon=  298.89 (0-360E) glon=  298.89 glat=  26.48 u= -15.4700 v=  14.7000 vr=   5.81156 vt=  20.53379
 i= 1347 j=  984 glon=  299.09 (0-360E) glon=  299.09 glat=  26.48 u= -14.5500 v=  15.0000 vr=   3.78945 vt=  20.55097
 i= 1352 j=  984 glon=  299.29 (0-360E) glon=  299.29 glat=  26.48 u= -12.4600 v=  15.9000 vr=   3.51456 vt=  19.89245
 i= 1357 j=  984 glon=  299.49 (0-360E) glon=  299.49 glat=  26.48 u= -12.1100 v=  18.0000 vr=   3.31046 vt=  21.44045
 i= 1362 j=  984 glon=  299.69 (0-360E) glon=  299.69 glat=  26.48 u= -11.2100 v=  16.2000 vr=   1.21446 vt=  19.66289
 i= 1367 j=  984 glon=  299.89 (0-360E) glon=  299.89 glat=  26.48 u=  -9.4600 v=  15.0000 vr=   0.68724 vt=  17.72059
 i= 1372 j=  984 glon=  300.09 (0-360E) glon=  300.09 glat=  26.48 u=  -8.6800 v=  13.1000 vr=  -0.61257 vt=  15.70278
 i= 1377 j=  984 glon=  300.29 (0-360E) glon=  300.29 glat=  26.48 u=  -7.7900 v=  11.8000 vr=  -1.18936 vt=  14.08934
 i= 1277 j=  989 glon=  296.29 (0-360E) glon=  296.29 glat=  26.28 u=  -3.6600 v=  -7.8000 vr=   0.36564 vt=   8.60825
 i= 1282 j=  989 glon=  296.49 (0-360E) glon=  296.49 glat=  26.28 u=  -4.4500 v=  -9.5000 vr=   0.03028 vt=  10.49055
 i= 1287 j=  989 glon=  296.69 (0-360E) glon=  296.69 glat=  26.28 u=  -5.1800 v=  -9.8000 vr=   0.05107 vt=  11.08466
 i= 1292 j=  989 glon=  296.89 (0-360E) glon=  296.89 glat=  26.28 u=  -6.7600 v=  -9.0000 vr=   1.19499 vt=  11.19239
 i= 1297 j=  989 glon=  297.09 (0-360E) glon=  297.09 glat=  26.28 u=  -6.4500 v=  -7.1000 vr=   1.24986 vt=   9.51054
 i= 1302 j=  989 glon=  297.29 (0-360E) glon=  297.29 glat=  26.28 u=  -7.6500 v=  -6.4000 vr=   1.80193 vt=   9.80997
 i= 1307 j=  989 glon=  297.49 (0-360E) glon=  297.49 glat=  26.28 u= -12.1900 v=  -5.4000 vr=   4.61861 vt=  12.50698
 i= 1312 j=  989 glon=  297.69 (0-360E) glon=  297.69 glat=  26.28 u= -14.4800 v=  -3.3000 vr=   5.93642 vt=  13.61320
 i= 1317 j=  989 glon=  297.89 (0-360E) glon=  297.89 glat=  26.28 u= -14.8900 v=  -0.6000 vr=   6.16309 vt=  13.56792
 i= 1322 j=  989 glon=  298.09 (0-360E) glon=  298.09 glat=  26.28 u= -16.1300 v=   1.6000 vr=   5.75673 vt=  15.15246
 i= 1327 j=  989 glon=  298.29 (0-360E) glon=  298.29 glat=  26.28 u= -15.3600 v=   7.9000 vr=   8.46931 vt=  15.05358
 i= 1332 j=  989 glon=  298.49 (0-360E) glon=  298.49 glat=  26.28 u= -15.5700 v=   9.0000 vr=   5.84361 vt=  17.00815
 i= 1337 j=  989 glon=  298.69 (0-360E) glon=  298.69 glat=  26.28 u= -17.8100 v=  11.7000 vr=   3.73470 vt=  20.97947
 i= 1342 j=  989 glon=  298.89 (0-360E) glon=  298.89 glat=  26.28 u= -13.0400 v=  17.8000 vr=   7.64186 vt=  20.69984
 i= 1347 j=  989 glon=  299.09 (0-360E) glon=  299.09 glat=  26.28 u= -11.8400 v=  18.0000 vr=   5.50590 vt=  20.82956
 i= 1352 j=  989 glon=  299.29 (0-360E) glon=  299.29 glat=  26.28 u= -13.5800 v=  18.8000 vr=   2.28803 vt=  23.07859
 i= 1357 j=  989 glon=  299.49 (0-360E) glon=  299.49 glat=  26.28 u= -12.2100 v=  20.2000 vr=   2.08839 vt=  23.51091
 i= 1362 j=  989 glon=  299.69 (0-360E) glon=  299.69 glat=  26.28 u= -10.6800 v=  18.3000 vr=   0.63916 vt=  21.17885
 i= 1367 j=  989 glon=  299.89 (0-360E) glon=  299.89 glat=  26.28 u=  -9.8300 v=  17.0000 vr=  -0.50560 vt=  19.63093
 i= 1372 j=  989 glon=  300.09 (0-360E) glon=  300.09 glat=  26.28 u=  -8.3100 v=  15.2000 vr=  -0.88518 vt=  17.30065
 i= 1377 j=  989 glon=  300.29 (0-360E) glon=  300.29 glat=  26.28 u=  -7.5100 v=  13.0000 vr=  -1.73447 vt=  14.91280
 i= 1277 j=  994 glon=  296.29 (0-360E) glon=  296.29 glat=  26.08 u=  -3.1000 v=  -8.9000 vr=   0.33383 vt=   9.41852
 i= 1282 j=  994 glon=  296.49 (0-360E) glon=  296.49 glat=  26.08 u=  -3.5700 v= -10.4000 vr=  -0.00334 vt=  10.99568
 i= 1287 j=  994 glon=  296.69 (0-360E) glon=  296.69 glat=  26.08 u=  -4.5200 v= -10.1000 vr=   0.57459 vt=  11.05035
 i= 1292 j=  994 glon=  296.89 (0-360E) glon=  296.89 glat=  26.08 u=  -4.3400 v= -10.3000 vr=  -0.18823 vt=  11.17543
 i= 1297 j=  994 glon=  297.09 (0-360E) glon=  297.09 glat=  26.08 u=  -5.5100 v=  -8.9000 vr=   0.83360 vt=  10.43433
 i= 1302 j=  994 glon=  297.29 (0-360E) glon=  297.29 glat=  26.08 u=  -7.3300 v=  -8.7000 vr=   1.69271 vt=  11.24961
 i= 1307 j=  994 glon=  297.49 (0-360E) glon=  297.49 glat=  26.08 u= -10.2800 v=  -6.9000 vr=   3.98969 vt=  11.72053
 i= 1312 j=  994 glon=  297.69 (0-360E) glon=  297.69 glat=  26.08 u= -13.3800 v=  -6.8000 vr=   4.61827 vt=  14.28061
 i= 1317 j=  994 glon=  297.89 (0-360E) glon=  297.89 glat=  26.08 u= -13.8700 v=  -5.2000 vr=   3.49811 vt=  14.39375
 i= 1322 j=  994 glon=  298.09 (0-360E) glon=  298.09 glat=  26.08 u= -14.0600 v=   1.8000 vr=   6.51261 vt=  12.59006
 i= 1327 j=  994 glon=  298.29 (0-360E) glon=  298.29 glat=  26.08 u= -13.6800 v=   3.3000 vr=   3.98627 vt=  13.49600
 i= 1332 j=  994 glon=  298.49 (0-360E) glon=  298.49 glat=  26.08 u= -12.1300 v=   4.3000 vr=   1.06168 vt=  12.82575
 i= 1337 j=  994 glon=  298.69 (0-360E) glon=  298.69 glat=  26.08 u= -10.2000 v=   9.0000 vr=   2.68107 vt=  13.33611
 i= 1342 j=  994 glon=  298.89 (0-360E) glon=  298.89 glat=  26.08 u=  -7.3300 v=  15.9000 vr=   6.97029 vt=  16.06094
 i= 1347 j=  994 glon=  299.09 (0-360E) glon=  299.09 glat=  26.08 u= -10.6700 v=  14.2000 vr=   0.82472 vt=  17.74285
 i= 1352 j=  994 glon=  299.29 (0-360E) glon=  299.29 glat=  26.08 u= -11.9000 v=  17.6000 vr=  -0.30761 vt=  21.24324
 i= 1357 j=  994 glon=  299.49 (0-360E) glon=  299.49 glat=  26.08 u= -10.2900 v=  19.0000 vr=   0.01256 vt=  21.60750
 i= 1362 j=  994 glon=  299.69 (0-360E) glon=  299.69 glat=  26.08 u= -10.8100 v=  21.6000 vr=  -0.74771 vt=  24.14243
 i= 1367 j=  994 glon=  299.89 (0-360E) glon=  299.89 glat=  26.08 u=  -7.8200 v=  18.6000 vr=  -0.30708 vt=  20.17469
 i= 1372 j=  994 glon=  300.09 (0-360E) glon=  300.09 glat=  26.08 u=  -8.1900 v=  16.4000 vr=  -2.20966 vt=  18.19762
 i= 1377 j=  994 glon=  300.29 (0-360E) glon=  300.29 glat=  26.08 u=  -7.4000 v=  14.6000 vr=  -2.60695 vt=  16.15933
 i= 1277 j=  999 glon=  296.29 (0-360E) glon=  296.29 glat=  25.88 u=  -2.0900 v=  -9.4000 vr=   0.20802 vt=   9.62730
 i= 1282 j=  999 glon=  296.49 (0-360E) glon=  296.49 glat=  25.88 u=  -2.4400 v= -10.6000 vr=   0.08053 vt=  10.87691
 i= 1287 j=  999 glon=  296.69 (0-360E) glon=  296.69 glat=  25.88 u=  -3.1400 v= -10.6000 vr=   0.47034 vt=  11.04529
 i= 1292 j=  999 glon=  296.89 (0-360E) glon=  296.89 glat=  25.88 u=  -3.2300 v= -10.7000 vr=   0.16025 vt=  11.17574
 i= 1297 j=  999 glon=  297.09 (0-360E) glon=  297.09 glat=  25.88 u=  -3.8700 v= -10.8000 vr=   0.25348 vt=  11.46964
 i= 1302 j=  999 glon=  297.29 (0-360E) glon=  297.29 glat=  25.88 u=  -5.8800 v= -10.8000 vr=   1.45822 vt=  12.21016
 i= 1307 j=  999 glon=  297.49 (0-360E) glon=  297.49 glat=  25.88 u=  -9.0500 v=  -8.7000 vr=   4.24324 vt=  11.81471
 i= 1312 j=  999 glon=  297.69 (0-360E) glon=  297.69 glat=  25.88 u=  -9.8100 v=  -9.5000 vr=   3.01418 vt=  13.31919
 i= 1317 j=  999 glon=  297.89 (0-360E) glon=  297.89 glat=  25.88 u= -12.3900 v=  -5.9000 vr=   4.87202 vt=  12.82909
 i= 1322 j=  999 glon=  298.09 (0-360E) glon=  298.09 glat=  25.88 u= -14.4400 v=  -2.8000 vr=   4.62277 vt=  13.96365
 i= 1327 j=  999 glon=  298.29 (0-360E) glon=  298.29 glat=  25.88 u= -15.1900 v=   3.1000 vr=   4.26664 vt=  14.90442
 i= 1332 j=  999 glon=  298.49 (0-360E) glon=  298.49 glat=  25.88 u= -11.6100 v=   8.2000 vr=   3.23511 vt=  13.84074
 i= 1337 j=  999 glon=  298.69 (0-360E) glon=  298.69 glat=  25.88 u=  -7.4800 v=  11.8000 vr=   3.84708 vt=  13.43095
 i= 1342 j=  999 glon=  298.89 (0-360E) glon=  298.89 glat=  25.88 u=  -8.4500 v=  12.6000 vr=   0.58271 vt=  15.15991
 i= 1347 j=  999 glon=  299.09 (0-360E) glon=  299.09 glat=  25.88 u= -10.9400 v=  12.8000 vr=  -3.57488 vt=  16.45430
 i= 1352 j=  999 glon=  299.29 (0-360E) glon=  299.29 glat=  25.88 u= -11.3800 v=  17.0000 vr=  -3.80990 vt=  20.09948
 i= 1357 j=  999 glon=  299.49 (0-360E) glon=  299.49 glat=  25.88 u= -10.3200 v=  15.7000 vr=  -4.51833 vt=  18.23670
 i= 1362 j=  999 glon=  299.69 (0-360E) glon=  299.69 glat=  25.88 u=  -9.7900 v=  17.3000 vr=  -4.40605 vt=  19.38352
 i= 1367 j=  999 glon=  299.89 (0-360E) glon=  299.89 glat=  25.88 u=  -8.3900 v=  17.5000 vr=  -3.69847 vt=  19.05160
 i= 1372 j=  999 glon=  300.09 (0-360E) glon=  300.09 glat=  25.88 u=  -6.9300 v=  17.3000 vr=  -2.86284 vt=  18.41519
 i= 1377 j=  999 glon=  300.29 (0-360E) glon=  300.29 glat=  25.88 u=  -6.5400 v=  15.7000 vr=  -3.22892 vt=  16.69837
 i= 1382 j=  999 glon=  300.49 (0-360E) glon=  300.49 glat=  25.88 u=  -5.9800 v=  13.6000 vr=  -3.38176 vt=  14.46666
 i= 1272 j= 1004 glon=  296.09 (0-360E) glon=  296.09 glat=  25.68 u=  -0.0900 v=  -8.2000 vr=  -0.57730 vt=   8.18015
 i= 1277 j= 1004 glon=  296.29 (0-360E) glon=  296.29 glat=  25.68 u=  -0.7200 v=  -9.7000 vr=  -0.15737 vt=   9.72541
 i= 1282 j= 1004 glon=  296.49 (0-360E) glon=  296.49 glat=  25.68 u=  -0.9500 v= -11.3000 vr=  -0.19323 vt=  11.33822
 i= 1287 j= 1004 glon=  296.69 (0-360E) glon=  296.69 glat=  25.68 u=  -1.3300 v= -11.3000 vr=   0.03572 vt=  11.37794
 i= 1292 j= 1004 glon=  296.89 (0-360E) glon=  296.89 glat=  25.68 u=  -1.4800 v= -11.7000 vr=  -0.05638 vt=  11.79310
 i= 1297 j= 1004 glon=  297.09 (0-360E) glon=  297.09 glat=  25.68 u=  -2.5400 v= -12.2000 vr=   0.65931 vt=  12.44415
 i= 1302 j= 1004 glon=  297.29 (0-360E) glon=  297.29 glat=  25.68 u=  -2.0900 v= -12.1000 vr=  -0.13555 vt=  12.27843
 i= 1307 j= 1004 glon=  297.49 (0-360E) glon=  297.49 glat=  25.68 u=  -6.5000 v= -11.7000 vr=   3.72150 vt=  12.85653
 i= 1312 j= 1004 glon=  297.69 (0-360E) glon=  297.69 glat=  25.68 u=  -7.4000 v= -11.8000 vr=   3.66475 vt=  13.43762
 i= 1317 j= 1004 glon=  297.89 (0-360E) glon=  297.89 glat=  25.68 u=  -9.5200 v= -12.3000 vr=   3.71423 vt=  15.10380
 i= 1322 j= 1004 glon=  298.09 (0-360E) glon=  298.09 glat=  25.68 u= -12.5300 v=  -8.5000 vr=   4.23944 vt=  14.53541
 i= 1327 j= 1004 glon=  298.29 (0-360E) glon=  298.29 glat=  25.68 u= -11.4800 v=   3.5000 vr=   5.34674 vt=  10.74489
 i= 1332 j= 1004 glon=  298.49 (0-360E) glon=  298.49 glat=  25.68 u=  -8.7200 v=  13.4000 vr=   4.34914 vt=  15.38452
 i= 1337 j= 1004 glon=  298.69 (0-360E) glon=  298.69 glat=  25.68 u=  -5.9500 v=  14.0000 vr=   1.19690 vt=  15.16476
 i= 1342 j= 1004 glon=  298.89 (0-360E) glon=  298.89 glat=  25.68 u=  -4.5100 v=  13.7000 vr=   0.10325 vt=  14.42288
 i= 1347 j= 1004 glon=  299.09 (0-360E) glon=  299.09 glat=  25.68 u=  -6.1000 v=  11.5000 vr=  -3.14448 vt=  12.63219
 i= 1352 j= 1004 glon=  299.29 (0-360E) glon=  299.29 glat=  25.68 u= -10.4000 v=  12.8000 vr=  -7.73542 vt=  14.56583
 i= 1357 j= 1004 glon=  299.49 (0-360E) glon=  299.49 glat=  25.68 u=  -9.2900 v=  14.6000 vr=  -6.83215 vt=  15.89924
 i= 1362 j= 1004 glon=  299.69 (0-360E) glon=  299.69 glat=  25.68 u=  -8.4600 v=  15.1000 vr=  -6.31971 vt=  16.11344
 i= 1367 j= 1004 glon=  299.89 (0-360E) glon=  299.89 glat=  25.68 u= -10.0000 v=  18.2000 vr=  -7.77033 vt=  19.25778
 i= 1372 j= 1004 glon=  300.09 (0-360E) glon=  300.09 glat=  25.68 u=  -6.8400 v=  18.2000 vr=  -4.89826 vt=  18.81575
 i= 1377 j= 1004 glon=  300.29 (0-360E) glon=  300.29 glat=  25.68 u=  -6.5100 v=  16.0000 vr=  -4.98827 vt=  16.53775
 i= 1382 j= 1004 glon=  300.49 (0-360E) glon=  300.49 glat=  25.68 u=  -5.3200 v=  14.5000 vr=  -4.08309 vt=  14.89566
 i= 1272 j= 1009 glon=  296.09 (0-360E) glon=  296.09 glat=  25.48 u=   0.5200 v=  -8.9000 vr=  -0.37211 vt=   8.90741
 i= 1277 j= 1009 glon=  296.29 (0-360E) glon=  296.29 glat=  25.48 u=   0.7500 v=  -9.8000 vr=  -0.57637 vt=   9.81174
 i= 1282 j= 1009 glon=  296.49 (0-360E) glon=  296.49 glat=  25.48 u=   0.7200 v= -11.2000 vr=  -0.50628 vt=  11.21169
 i= 1287 j= 1009 glon=  296.69 (0-360E) glon=  296.69 glat=  25.48 u=  -0.6200 v= -11.6000 vr=   0.86122 vt=  11.58459
 i= 1292 j= 1009 glon=  296.89 (0-360E) glon=  296.89 glat=  25.48 u=   0.8800 v= -10.8000 vr=  -0.63056 vt=  10.81743
 i= 1297 j= 1009 glon=  297.09 (0-360E) glon=  297.09 glat=  25.48 u=   1.3600 v= -13.0000 vr=  -1.01966 vt=  13.03111
 i= 1302 j= 1009 glon=  297.29 (0-360E) glon=  297.29 glat=  25.48 u=  -0.3800 v= -14.1000 vr=   0.80975 vt=  14.08186
 i= 1307 j= 1009 glon=  297.49 (0-360E) glon=  297.49 glat=  25.48 u=  -1.3000 v= -12.7000 vr=   1.76965 vt=  12.64311
 i= 1312 j= 1009 glon=  297.69 (0-360E) glon=  297.69 glat=  25.48 u=  -2.8900 v= -13.7000 vr=   3.54339 vt=  13.54572
 i= 1317 j= 1009 glon=  297.89 (0-360E) glon=  297.89 glat=  25.48 u=  -1.6000 v= -17.0000 vr=   2.77160 vt=  16.84869
 i= 1322 j= 1009 glon=  298.09 (0-360E) glon=  298.09 glat=  25.48 u=  -1.7600 v=  -9.3000 vr=   2.92619 vt=   9.00139
 i= 1327 j= 1009 glon=  298.29 (0-360E) glon=  298.29 glat=  25.48 u=   2.0800 v=   2.4000 vr=  -3.15590 vt=  -0.35597
 i= 1332 j= 1009 glon=  298.49 (0-360E) glon=  298.49 glat=  25.48 u=   1.8400 v=  11.4000 vr=  -0.17147 vt=  11.54626
 i= 1337 j= 1009 glon=  298.69 (0-360E) glon=  298.69 glat=  25.48 u=  -0.2900 v=  14.9000 vr=  -1.49440 vt=  14.82771
 i= 1342 j= 1009 glon=  298.89 (0-360E) glon=  298.89 glat=  25.48 u=  -1.2700 v=  11.5000 vr=  -1.87890 vt=  11.41633
 i= 1347 j= 1009 glon=  299.09 (0-360E) glon=  299.09 glat=  25.48 u=   0.3600 v=  10.3000 vr=  -0.05141 vt=  10.30616
 i= 1352 j= 1009 glon=  299.29 (0-360E) glon=  299.29 glat=  25.48 u=   4.3500 v=  10.7000 vr=   4.00221 vt=  10.83489
 i= 1357 j= 1009 glon=  299.49 (0-360E) glon=  299.49 glat=  25.48 u=  -2.3100 v=  11.9000 vr=  -2.63484 vt=  11.83232
 i= 1362 j= 1009 glon=  299.69 (0-360E) glon=  299.69 glat=  25.48 u=  -9.4600 v=  19.4000 vr=  -9.92204 vt=  19.16780
 i= 1367 j= 1009 glon=  299.89 (0-360E) glon=  299.89 glat=  25.48 u=  -8.6800 v=  19.8000 vr=  -9.10304 vt=  19.60910
 i= 1372 j= 1009 glon=  300.09 (0-360E) glon=  300.09 glat=  25.48 u=  -7.2400 v=  18.6000 vr=  -7.60283 vt=  18.45466
 i= 1377 j= 1009 glon=  300.29 (0-360E) glon=  300.29 glat=  25.48 u=  -5.9800 v=  16.6000 vr=  -6.27966 vt=  16.48897
 i= 1382 j= 1009 glon=  300.49 (0-360E) glon=  300.49 glat=  25.48 u=  -5.2200 v=  14.5000 vr=  -5.46483 vt=  14.40951
 i= 1277 j= 1014 glon=  296.29 (0-360E) glon=  296.29 glat=  25.28 u=   2.0800 v=  -9.9000 vr=  -0.81361 vt=  10.08337
 i= 1282 j= 1014 glon=  296.49 (0-360E) glon=  296.49 glat=  25.28 u=   2.3000 v= -10.5000 vr=  -0.81781 vt=  10.71780
 i= 1287 j= 1014 glon=  296.69 (0-360E) glon=  296.69 glat=  25.28 u=   1.5100 v= -11.2000 vr=   0.24362 vt=  11.29871
 i= 1292 j= 1014 glon=  296.89 (0-360E) glon=  296.89 glat=  25.28 u=   1.0300 v=  -9.0000 vr=   0.56286 vt=   9.04124
 i= 1297 j= 1014 glon=  297.09 (0-360E) glon=  297.09 glat=  25.28 u=   2.7100 v= -11.3000 vr=  -0.37362 vt=  11.61441
 i= 1302 j= 1014 glon=  297.29 (0-360E) glon=  297.29 glat=  25.28 u=   1.2000 v= -16.6000 vr=   2.78755 vt=  16.40822
 i= 1307 j= 1014 glon=  297.49 (0-360E) glon=  297.49 glat=  25.28 u=   0.5800 v= -13.1000 vr=   3.24703 vt=  12.70446
 i= 1312 j= 1014 glon=  297.69 (0-360E) glon=  297.69 glat=  25.28 u=   2.9500 v= -13.0000 vr=   2.07071 vt=  13.16870
 i= 1317 j= 1014 glon=  297.89 (0-360E) glon=  297.89 glat=  25.28 u=   3.6800 v= -12.9000 vr=   3.30675 vt=  13.00068
 i= 1322 j= 1014 glon=  298.09 (0-360E) glon=  298.09 glat=  25.28 u=   9.9400 v=  -3.1000 vr=  -4.46974 vt=   9.40399
 i= 1327 j= 1014 glon=  298.29 (0-360E) glon=  298.29 glat=  25.28 u=  13.0600 v=   6.2000 vr=  -7.80800 vt=  12.16711
 i= 1332 j= 1014 glon=  298.49 (0-360E) glon=  298.49 glat=  25.28 u=  10.1200 v=   9.1000 vr=  -1.94203 vt=  13.47045
 i= 1337 j= 1014 glon=  298.69 (0-360E) glon=  298.69 glat=  25.28 u=   6.6600 v=  13.3000 vr=  -2.00412 vt=  14.73869
 i= 1342 j= 1014 glon=  298.89 (0-360E) glon=  298.89 glat=  25.28 u=   4.7900 v=  11.5000 vr=  -0.28076 vt=  12.45453
 i= 1347 j= 1014 glon=  299.09 (0-360E) glon=  299.09 glat=  25.28 u=   4.5500 v=  10.1000 vr=   1.17131 vt=  11.01547
 i= 1352 j= 1014 glon=  299.29 (0-360E) glon=  299.29 glat=  25.28 u=   4.7600 v=   9.2000 vr=   2.28020 vt=  10.10437
 i= 1357 j= 1014 glon=  299.49 (0-360E) glon=  299.49 glat=  25.28 u=  -2.7100 v=  16.3000 vr=  -6.10742 vt=  15.35361
 i= 1362 j= 1014 glon=  299.69 (0-360E) glon=  299.69 glat=  25.28 u=  -7.9300 v=  20.5000 vr= -11.54663 vt=  18.70322
 i= 1367 j= 1014 glon=  299.89 (0-360E) glon=  299.89 glat=  25.28 u=  -6.3400 v=  19.8000 vr=  -9.44336 vt=  18.52184
 i= 1372 j= 1014 glon=  300.09 (0-360E) glon=  300.09 glat=  25.28 u=  -5.8000 v=  19.2000 vr=  -8.49992 vt=  18.16676
 i= 1377 j= 1014 glon=  300.29 (0-360E) glon=  300.29 glat=  25.28 u=  -5.5200 v=  17.0000 vr=  -7.68424 vt=  16.13762
 i= 1382 j= 1014 glon=  300.49 (0-360E) glon=  300.49 glat=  25.28 u=  -4.9300 v=  14.8000 vr=  -6.65478 vt=  14.10882
 i= 1277 j= 1019 glon=  296.29 (0-360E) glon=  296.29 glat=  25.08 u=   2.4200 v=  -9.9000 vr=  -0.07947 vt=  10.19118
 i= 1282 j= 1019 glon=  296.49 (0-360E) glon=  296.49 glat=  25.08 u=   3.3300 v= -10.0000 vr=  -0.69456 vt=  10.51696
 i= 1287 j= 1019 glon=  296.69 (0-360E) glon=  296.69 glat=  25.08 u=   3.9500 v= -10.7000 vr=  -0.78781 vt=  11.37857
 i= 1292 j= 1019 glon=  296.89 (0-360E) glon=  296.89 glat=  25.08 u=   1.4100 v= -11.0000 vr=   2.13273 vt=  10.88299
 i= 1297 j= 1019 glon=  297.09 (0-360E) glon=  297.09 glat=  25.08 u=  -0.6400 v= -11.1000 vr=   4.59138 vt=  10.12615
 i= 1302 j= 1019 glon=  297.29 (0-360E) glon=  297.29 glat=  25.08 u=   2.0500 v= -13.5000 vr=   3.77498 vt=  13.12258
 i= 1307 j= 1019 glon=  297.49 (0-360E) glon=  297.49 glat=  25.08 u=   4.6200 v= -12.4000 vr=   2.11917 vt=  13.06191
 i= 1312 j= 1019 glon=  297.69 (0-360E) glon=  297.69 glat=  25.08 u=   5.7800 v= -11.0000 vr=   1.96393 vt=  12.26994
 i= 1317 j= 1019 glon=  297.89 (0-360E) glon=  297.89 glat=  25.08 u=  11.1300 v=  -8.7000 vr=  -1.08808 vt=  14.08485
 i= 1322 j= 1019 glon=  298.09 (0-360E) glon=  298.09 glat=  25.08 u=  12.2000 v=  -3.5000 vr=  -2.23844 vt=  12.49317
 i= 1327 j= 1019 glon=  298.29 (0-360E) glon=  298.29 glat=  25.08 u=  13.0800 v=   2.7000 vr=  -3.58164 vt=  12.86655
 i= 1332 j= 1019 glon=  298.49 (0-360E) glon=  298.49 glat=  25.08 u=  13.2600 v=   8.9000 vr=  -3.94695 vt=  15.47447
 i= 1337 j= 1019 glon=  298.69 (0-360E) glon=  298.69 glat=  25.08 u=  10.9000 v=  10.6000 vr=  -1.67020 vt=  15.11226
 i= 1342 j= 1019 glon=  298.89 (0-360E) glon=  298.89 glat=  25.08 u=   9.2200 v=  10.3000 vr=   0.49235 vt=  13.81506
 i= 1347 j= 1019 glon=  299.09 (0-360E) glon=  299.09 glat=  25.08 u=   8.2500 v=  11.0000 vr=   1.24872 vt=  13.69318
 i= 1352 j= 1019 glon=  299.29 (0-360E) glon=  299.29 glat=  25.08 u=  11.5800 v=  12.3000 vr=   4.98813 vt=  16.14016
 i= 1357 j= 1019 glon=  299.49 (0-360E) glon=  299.49 glat=  25.08 u=  10.5600 v=  23.4000 vr=   0.96720 vt=  25.65420
 i= 1362 j= 1019 glon=  299.69 (0-360E) glon=  299.69 glat=  25.08 u=   0.6300 v=  21.1000 vr=  -6.33783 vt=  20.13551
 i= 1367 j= 1019 glon=  299.89 (0-360E) glon=  299.89 glat=  25.08 u=  -4.9200 v=  20.4000 vr= -10.64404 vt=  18.08510
 i= 1372 j= 1019 glon=  300.09 (0-360E) glon=  300.09 glat=  25.08 u=  -4.7300 v=  18.8000 vr=  -9.47446 vt=  16.91294
 i= 1377 j= 1019 glon=  300.29 (0-360E) glon=  300.29 glat=  25.08 u=  -4.6000 v=  17.6000 vr=  -8.63598 vt=  16.01062
 i= 1382 j= 1019 glon=  300.49 (0-360E) glon=  300.49 glat=  25.08 u=  -4.3600 v=  14.5000 vr=  -7.39741 vt=  13.21128
 i= 1277 j= 1024 glon=  296.29 (0-360E) glon=  296.29 glat=  24.88 u=   3.4500 v=  -8.9000 vr=  -0.35860 vt=   9.53855
 i= 1282 j= 1024 glon=  296.49 (0-360E) glon=  296.49 glat=  24.88 u=   3.9600 v=  -9.8000 vr=  -0.20299 vt=  10.56789
 i= 1287 j= 1024 glon=  296.69 (0-360E) glon=  296.69 glat=  24.88 u=   5.1600 v= -10.0000 vr=  -0.80969 vt=  11.22364
 i= 1292 j= 1024 glon=  296.89 (0-360E) glon=  296.89 glat=  24.88 u=   6.3700 v=  -9.9000 vr=  -1.39330 vt=  11.68955
 i= 1297 j= 1024 glon=  297.09 (0-360E) glon=  297.09 glat=  24.88 u=   5.2900 v= -10.7000 vr=   0.65900 vt=  11.91805
 i= 1302 j= 1024 glon=  297.29 (0-360E) glon=  297.29 glat=  24.88 u=   8.3200 v= -10.8000 vr=  -0.86464 vt=  13.60569
 i= 1307 j= 1024 glon=  297.49 (0-360E) glon=  297.49 glat=  24.88 u=   8.1600 v=  -9.5000 vr=  -0.17498 vt=  12.52218
 i= 1312 j= 1024 glon=  297.69 (0-360E) glon=  297.69 glat=  24.88 u=  10.3100 v=  -7.6000 vr=  -1.32176 vt=  12.74006
 i= 1317 j= 1024 glon=  297.89 (0-360E) glon=  297.89 glat=  24.88 u=  12.3400 v=  -4.8000 vr=  -2.44927 vt=  13.01217
 i= 1322 j= 1024 glon=  298.09 (0-360E) glon=  298.09 glat=  24.88 u=  15.8500 v=   0.1000 vr=  -5.12531 vt=  14.99879
 i= 1327 j= 1024 glon=  298.29 (0-360E) glon=  298.29 glat=  24.88 u=  14.2200 v=   4.5000 vr=  -5.15348 vt=  13.99643
 i= 1332 j= 1024 glon=  298.49 (0-360E) glon=  298.49 glat=  24.88 u=  13.5000 v=   6.6000 vr=  -3.23913 vt=  14.67372
 i= 1337 j= 1024 glon=  298.69 (0-360E) glon=  298.69 glat=  24.88 u=  12.5400 v=   8.7000 vr=  -1.81184 vt=  15.15450
 i= 1342 j= 1024 glon=  298.89 (0-360E) glon=  298.89 glat=  24.88 u=  12.2100 v=  10.7000 vr=  -0.55018 vt=  16.22564
 i= 1347 j= 1024 glon=  299.09 (0-360E) glon=  299.09 glat=  24.88 u=  10.7100 v=  12.1000 vr=  -0.17477 vt=  16.15808
 i= 1352 j= 1024 glon=  299.29 (0-360E) glon=  299.29 glat=  24.88 u=  13.1100 v=  10.4000 vr=   4.58008 vt=  16.09518
 i= 1357 j= 1024 glon=  299.49 (0-360E) glon=  299.49 glat=  24.88 u=  14.4300 v=  10.8000 vr=   6.86623 vt=  16.66493
 i= 1362 j= 1024 glon=  299.69 (0-360E) glon=  299.69 glat=  24.88 u=   0.5200 v=  18.4000 vr=  -7.89029 vt=  16.63051
 i= 1367 j= 1024 glon=  299.89 (0-360E) glon=  299.89 glat=  24.88 u=  -5.8200 v=  18.1000 vr= -12.67880 vt=  14.16793
 i= 1372 j= 1024 glon=  300.09 (0-360E) glon=  300.09 glat=  24.88 u=  -4.1000 v=  19.0000 vr= -10.80124 vt=  16.15992
 i= 1377 j= 1024 glon=  300.29 (0-360E) glon=  300.29 glat=  24.88 u=  -3.2200 v=  17.7000 vr=  -8.97043 vt=  15.59455
 i= 1277 j= 1029 glon=  296.29 (0-360E) glon=  296.29 glat=  24.68 u=   4.2700 v=  -8.0000 vr=  -0.58288 vt=   9.04948
 i= 1282 j= 1029 glon=  296.49 (0-360E) glon=  296.49 glat=  24.68 u=   5.2000 v=  -8.3000 vr=  -0.91967 vt=   9.75111
 i= 1287 j= 1029 glon=  296.69 (0-360E) glon=  296.69 glat=  24.68 u=   5.8800 v=  -9.1000 vr=  -0.65696 vt=  10.81447
 i= 1292 j= 1029 glon=  296.89 (0-360E) glon=  296.89 glat=  24.68 u=   7.2700 v=  -9.0000 vr=  -1.26228 vt=  11.50042
 i= 1297 j= 1029 glon=  297.09 (0-360E) glon=  297.09 glat=  24.68 u=   8.4700 v=  -8.4000 vr=  -1.77804 vt=  11.79574
 i= 1302 j= 1029 glon=  297.29 (0-360E) glon=  297.29 glat=  24.68 u=  10.0100 v=  -7.5000 vr=  -2.50568 vt=  12.25445
 i= 1307 j= 1029 glon=  297.49 (0-360E) glon=  297.49 glat=  24.68 u=  11.1900 v=  -6.3000 vr=  -2.86299 vt=  12.51836
 i= 1312 j= 1029 glon=  297.69 (0-360E) glon=  297.69 glat=  24.68 u=  11.9300 v=  -4.6000 vr=  -2.99522 vt=  12.43035
 i= 1317 j= 1029 glon=  297.89 (0-360E) glon=  297.89 glat=  24.68 u=  13.1100 v=  -2.5000 vr=  -3.33919 vt=  12.92176
 i= 1322 j= 1029 glon=  298.09 (0-360E) glon=  298.09 glat=  24.68 u=  13.8700 v=   0.4000 vr=  -3.80011 vt=  13.34526
 i= 1327 j= 1029 glon=  298.29 (0-360E) glon=  298.29 glat=  24.68 u=  13.4100 v=   3.4000 vr=  -3.86893 vt=  13.28230
 i= 1332 j= 1029 glon=  298.49 (0-360E) glon=  298.49 glat=  24.68 u=  13.4200 v=   6.9000 vr=  -4.36381 vt=  14.44519
 i= 1337 j= 1029 glon=  298.69 (0-360E) glon=  298.69 glat=  24.68 u=  13.6200 v=   9.3000 vr=  -3.54648 vt=  16.10642
 i= 1342 j= 1029 glon=  298.89 (0-360E) glon=  298.89 glat=  24.68 u=  13.2100 v=   9.0000 vr=  -0.68158 vt=  15.96996
 i= 1347 j= 1029 glon=  299.09 (0-360E) glon=  299.09 glat=  24.68 u=  15.3100 v=  11.4000 vr=   1.10361 vt=  19.05618
 i= 1352 j= 1029 glon=  299.29 (0-360E) glon=  299.29 glat=  24.68 u=   9.8300 v=  12.4000 vr=  -1.38564 vt=  15.76290
 i= 1357 j= 1029 glon=  299.49 (0-360E) glon=  299.49 glat=  24.68 u=   9.9400 v=  12.8000 vr=  -0.08675 vt=  16.20605
 i= 1362 j= 1029 glon=  299.69 (0-360E) glon=  299.69 glat=  24.68 u=   4.2900 v=  15.5000 vr=  -5.07470 vt=  15.26111
 i= 1367 j= 1029 glon=  299.89 (0-360E) glon=  299.89 glat=  24.68 u=  -0.7400 v=  17.7000 vr=  -9.58898 vt=  14.89594
 i= 1372 j= 1029 glon=  300.09 (0-360E) glon=  300.09 glat=  24.68 u=  -3.2600 v=  17.8000 vr= -11.11037 vt=  14.28382
 i= 1377 j= 1029 glon=  300.29 (0-360E) glon=  300.29 glat=  24.68 u=  -2.3800 v=  15.7000 vr=  -8.81398 vt=  13.20864
 i= 1282 j= 1034 glon=  296.49 (0-360E) glon=  296.49 glat=  24.48 u=   5.6400 v=  -6.5000 vr=  -1.35001 vt=   8.49924
 i= 1287 j= 1034 glon=  296.69 (0-360E) glon=  296.69 glat=  24.48 u=   6.7000 v=  -6.9000 vr=  -1.54120 vt=   9.49340
 i= 1292 j= 1034 glon=  296.89 (0-360E) glon=  296.89 glat=  24.48 u=   7.8100 v=  -7.1000 vr=  -1.69308 vt=  10.41823
 i= 1297 j= 1034 glon=  297.09 (0-360E) glon=  297.09 glat=  24.48 u=   9.2000 v=  -7.2000 vr=  -1.87323 vt=  11.53131
 i= 1302 j= 1034 glon=  297.29 (0-360E) glon=  297.29 glat=  24.48 u=  10.5000 v=  -6.5000 vr=  -2.24371 vt=  12.14355
 i= 1307 j= 1034 glon=  297.49 (0-360E) glon=  297.49 glat=  24.48 u=  11.8900 v=  -5.2000 vr=  -2.82865 vt=  12.66534
 i= 1312 j= 1034 glon=  297.69 (0-360E) glon=  297.69 glat=  24.48 u=  12.7100 v=  -3.4000 vr=  -3.20943 vt=  12.75945
 i= 1317 j= 1034 glon=  297.89 (0-360E) glon=  297.89 glat=  24.48 u=  13.2400 v=  -1.3000 vr=  -3.49406 vt=  12.83663
 i= 1322 j= 1034 glon=  298.09 (0-360E) glon=  298.09 glat=  24.48 u=  13.8400 v=   1.5000 vr=  -4.24212 vt=  13.25896
 i= 1327 j= 1034 glon=  298.29 (0-360E) glon=  298.29 glat=  24.48 u=  13.6100 v=   4.3000 vr=  -4.68345 vt=  13.48286
 i= 1332 j= 1034 glon=  298.49 (0-360E) glon=  298.49 glat=  24.48 u=  13.8000 v=   6.0000 vr=  -3.91695 vt=  14.52919
 i= 1337 j= 1034 glon=  298.69 (0-360E) glon=  298.69 glat=  24.48 u=  13.3500 v=   7.2000 vr=  -2.73501 vt=  14.91919
 i= 1342 j= 1034 glon=  298.89 (0-360E) glon=  298.89 glat=  24.48 u=  15.1100 v=   7.3000 vr=   0.22753 vt=  16.77946
 i= 1347 j= 1034 glon=  299.09 (0-360E) glon=  299.09 glat=  24.48 u=  14.6400 v=   9.9000 vr=  -0.00581 vt=  17.67313
 i= 1352 j= 1034 glon=  299.29 (0-360E) glon=  299.29 glat=  24.48 u=   9.9100 v=  11.9000 vr=  -2.63757 vt=  15.25980
 i= 1357 j= 1034 glon=  299.49 (0-360E) glon=  299.49 glat=  24.48 u=   7.3600 v=  13.9000 vr=  -4.42770 vt=  15.09222
 i= 1362 j= 1034 glon=  299.69 (0-360E) glon=  299.69 glat=  24.48 u=   3.9100 v=  14.4000 vr=  -6.20783 vt=  13.56875
 i= 1367 j= 1034 glon=  299.89 (0-360E) glon=  299.89 glat=  24.48 u=   0.8900 v=  18.3000 vr= -10.04052 vt=  15.32547
 i= 1372 j= 1034 glon=  300.09 (0-360E) glon=  300.09 glat=  24.48 u=  -0.7300 v=  16.6000 vr=  -9.61503 vt=  13.55154
 i= 1287 j= 1039 glon=  296.69 (0-360E) glon=  296.69 glat=  24.28 u=   6.6400 v=  -5.3000 vr=  -1.70622 vt=   8.32276
 i= 1292 j= 1039 glon=  296.89 (0-360E) glon=  296.89 glat=  24.28 u=   7.7800 v=  -5.1000 vr=  -2.13102 vt=   9.05523
 i= 1297 j= 1039 glon=  297.09 (0-360E) glon=  297.09 glat=  24.28 u=   9.1700 v=  -4.9000 vr=  -2.53068 vt=  10.08437
 i= 1302 j= 1039 glon=  297.29 (0-360E) glon=  297.29 glat=  24.28 u=  10.3700 v=  -4.1000 vr=  -3.01162 vt=  10.73671
 i= 1307 j= 1039 glon=  297.49 (0-360E) glon=  297.49 glat=  24.28 u=  11.5700 v=  -3.1000 vr=  -3.40531 vt=  11.48385
 i= 1312 j= 1039 glon=  297.69 (0-360E) glon=  297.69 glat=  24.28 u=  12.3900 v=  -1.6000 vr=  -3.78308 vt=  11.90632
 i= 1317 j= 1039 glon=  297.89 (0-360E) glon=  297.89 glat=  24.28 u=  12.7200 v=   0.2000 vr=  -4.05249 vt=  12.05884
 i= 1322 j= 1039 glon=  298.09 (0-360E) glon=  298.09 glat=  24.28 u=  12.7900 v=   2.0000 vr=  -4.12965 vt=  12.26907
 i= 1327 j= 1039 glon=  298.29 (0-360E) glon=  298.29 glat=  24.28 u=  12.8400 v=   3.7000 vr=  -4.00325 vt=  12.74871
 i= 1332 j= 1039 glon=  298.49 (0-360E) glon=  298.49 glat=  24.28 u=  13.0300 v=   4.9000 vr=  -3.26193 vt=  13.53332
 i= 1337 j= 1039 glon=  298.69 (0-360E) glon=  298.69 glat=  24.28 u=  13.1400 v=   5.2000 vr=  -1.57843 vt=  14.04308
 i= 1342 j= 1039 glon=  298.89 (0-360E) glon=  298.89 glat=  24.28 u=  12.3600 v=   5.8000 vr=  -0.57694 vt=  13.64099
 i= 1347 j= 1039 glon=  299.09 (0-360E) glon=  299.09 glat=  24.28 u=  10.4500 v=   8.9000 vr=  -2.59908 vt=  13.47803
 i= 1352 j= 1039 glon=  299.29 (0-360E) glon=  299.29 glat=  24.28 u=   8.7700 v=  10.9000 vr=  -3.78412 vt=  13.46861
 i= 1357 j= 1039 glon=  299.49 (0-360E) glon=  299.49 glat=  24.28 u=   5.8100 v=  12.9000 vr=  -5.99385 vt=  12.81561
 i= 1362 j= 1039 glon=  299.69 (0-360E) glon=  299.69 glat=  24.28 u=   3.5900 v=  14.3000 vr=  -7.53316 vt=  12.67397
 i= 1367 j= 1039 glon=  299.89 (0-360E) glon=  299.89 glat=  24.28 u=   1.0400 v=  15.5000 vr=  -9.37238 vt=  12.38911
 i= 1372 j= 1039 glon=  300.09 (0-360E) glon=  300.09 glat=  24.28 u=   1.0400 v=  14.4000 vr=  -7.96264 vt=  12.04317
 i= 1292 j= 1044 glon=  296.89 (0-360E) glon=  296.89 glat=  24.08 u=   6.9100 v=  -4.6000 vr=  -1.23243 vt=   8.20909
 i= 1297 j= 1044 glon=  297.09 (0-360E) glon=  297.09 glat=  24.08 u=   8.0000 v=  -4.1000 vr=  -1.68916 vt=   8.82931
 i= 1302 j= 1044 glon=  297.29 (0-360E) glon=  297.29 glat=  24.08 u=   9.1600 v=  -3.4000 vr=  -2.16817 vt=   9.52705
 i= 1307 j= 1044 glon=  297.49 (0-360E) glon=  297.49 glat=  24.08 u=  10.1100 v=  -2.2000 vr=  -2.77117 vt=   9.96859
 i= 1312 j= 1044 glon=  297.69 (0-360E) glon=  297.69 glat=  24.08 u=  11.1800 v=  -1.0000 vr=  -3.23165 vt=  10.74936
 i= 1317 j= 1044 glon=  297.89 (0-360E) glon=  297.89 glat=  24.08 u=  11.8500 v=   0.1000 vr=  -3.22901 vt=  11.40202
 i= 1322 j= 1044 glon=  298.09 (0-360E) glon=  298.09 glat=  24.08 u=  12.0400 v=   1.3000 vr=  -3.04031 vt=  11.72212
 i= 1327 j= 1044 glon=  298.29 (0-360E) glon=  298.29 glat=  24.08 u=  12.0800 v=   2.5000 vr=  -2.74575 vt=  12.02652
 i= 1332 j= 1044 glon=  298.49 (0-360E) glon=  298.49 glat=  24.08 u=  12.1300 v=   3.6000 vr=  -2.29528 vt=  12.44301
 i= 1337 j= 1044 glon=  298.69 (0-360E) glon=  298.69 glat=  24.08 u=  11.3300 v=   4.0000 vr=  -1.32073 vt=  11.94255
 i= 1342 j= 1044 glon=  298.89 (0-360E) glon=  298.89 glat=  24.08 u=   9.3500 v=   6.1000 vr=  -2.57112 vt=  10.86379
 i= 1347 j= 1044 glon=  299.09 (0-360E) glon=  299.09 glat=  24.08 u=   8.1600 v=   8.1000 vr=  -3.71117 vt=  10.88222
 i= 1352 j= 1044 glon=  299.29 (0-360E) glon=  299.29 glat=  24.08 u=   6.1500 v=   9.6000 vr=  -4.96775 vt=  10.26177
 i= 1357 j= 1044 glon=  299.49 (0-360E) glon=  299.49 glat=  24.08 u=   3.9400 v=  11.7000 vr=  -7.06293 vt=  10.12564
 i= 1362 j= 1044 glon=  299.69 (0-360E) glon=  299.69 glat=  24.08 u=   3.1500 v=  13.2000 vr=  -7.91677 vt=  11.02212
 i= 1367 j= 1044 glon=  299.89 (0-360E) glon=  299.89 glat=  24.08 u=   1.0500 v=  12.9000 vr=  -8.41950 vt=   9.82978
 i= 1297 j= 1049 glon=  297.09 (0-360E) glon=  297.09 glat=  23.88 u=   8.0100 v=  -2.7000 vr=  -2.29809 vt=   8.13442
 i= 1302 j= 1049 glon=  297.29 (0-360E) glon=  297.29 glat=  23.88 u=   8.7300 v=  -2.4000 vr=  -2.26393 vt=   8.76627
 i= 1307 j= 1049 glon=  297.49 (0-360E) glon=  297.49 glat=  23.88 u=   8.9600 v=  -1.9000 vr=  -2.03953 vt=   8.92927
 i= 1312 j= 1049 glon=  297.69 (0-360E) glon=  297.69 glat=  23.88 u=   9.3400 v=  -1.1000 vr=  -2.06142 vt=   9.17585
 i= 1317 j= 1049 glon=  297.89 (0-360E) glon=  297.89 glat=  23.88 u=   9.8000 v=   0.0000 vr=  -2.29160 vt=   9.52830
 i= 1322 j= 1049 glon=  298.09 (0-360E) glon=  298.09 glat=  23.88 u=  10.2500 v=   0.8000 vr=  -2.10692 vt=  10.06297
 i= 1327 j= 1049 glon=  298.29 (0-360E) glon=  298.29 glat=  23.88 u=  10.0200 v=   2.2000 vr=  -2.37888 vt=   9.97904
 i= 1332 j= 1049 glon=  298.49 (0-360E) glon=  298.49 glat=  23.88 u=   9.9500 v=   2.8000 vr=  -1.86220 vt=  10.16734
 i= 1337 j= 1049 glon=  298.69 (0-360E) glon=  298.69 glat=  23.88 u=   9.0200 v=   3.0000 vr=  -1.12980 vt=   9.43843
 i= 1342 j= 1049 glon=  298.89 (0-360E) glon=  298.89 glat=  23.88 u=   7.2800 v=   4.8000 vr=  -2.38340 vt=   8.38796
 i= 1347 j= 1049 glon=  299.09 (0-360E) glon=  299.09 glat=  23.88 u=   6.2000 v=   6.5000 vr=  -3.54192 vt=   8.25499
 i= 1352 j= 1049 glon=  299.29 (0-360E) glon=  299.29 glat=  23.88 u=   4.8700 v=   7.8000 vr=  -4.56016 vt=   7.98510
 i= 1357 j= 1049 glon=  299.49 (0-360E) glon=  299.49 glat=  23.88 u=   3.0300 v=  11.4000 vr=  -7.91197 vt=   8.74881
 i= 1307 j= 1054 glon=  297.49 (0-360E) glon=  297.49 glat=  23.68 u=   9.5800 v=  -2.3000 vr=  -1.52610 vt=   9.73332
 i= 1312 j= 1054 glon=  297.69 (0-360E) glon=  297.69 glat=  23.68 u=   7.9500 v=  -3.1000 vr=   0.58090 vt=   8.51323
 i= 1317 j= 1054 glon=  297.89 (0-360E) glon=  297.89 glat=  23.68 u=   8.1700 v=  -0.7000 vr=  -1.02721 vt=   8.13534
 i= 1322 j= 1054 glon=  298.09 (0-360E) glon=  298.09 glat=  23.68 u=   8.8200 v=   0.4000 vr=  -1.40601 vt=   8.71639
 i= 1327 j= 1054 glon=  298.29 (0-360E) glon=  298.29 glat=  23.68 u=   8.6000 v=   1.3000 vr=  -1.43689 vt=   8.57819
 i= 1332 j= 1054 glon=  298.49 (0-360E) glon=  298.49 glat=  23.68 u=   8.3400 v=   1.2000 vr=  -0.50404 vt=   8.41080
 i= 1337 j= 1054 glon=  298.69 (0-360E) glon=  298.69 glat=  23.68 u=   7.0700 v=   2.0000 vr=  -0.69891 vt=   7.31413
 i= 1342 j= 1054 glon=  298.89 (0-360E) glon=  298.89 glat=  23.68 u=   6.2800 v=   4.7000 vr=  -2.82235 vt=   7.31866
 i= 1347 j= 1054 glon=  299.09 (0-360E) glon=  299.09 glat=  23.68 u=   5.7200 v=   5.8000 vr=  -3.38616 vt=   7.40894
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    13.2525085511654       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     28.81 kts
    LL Wind Circ Vt mean quadmax value: SE     23.89 kts
    LL Wind Circ Vt mean quadmax value: SW     23.68 kts
    LL Wind Circ Vt mean quadmax value: NW     25.07 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    10.0417727286133       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   2.61285268609428       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.4962979437452     
   xcenlon=    298.283431884127     
   imax=         2738  jmax=         2041
   jlatfix=         1008
   ilonfix (unadjusted) =         1327
  
 In get_max_wind, ibeg=         1251  iend=         1402
                  jbeg=          940  jend=         1077
         ilonfix=         1327  jlatfix=         1008
 At end of get_max_wind, vmax=    18.5667713940793       rmax= 
   14.8446475462178     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.28 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.06 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.35 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.88 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.22 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.44 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.50 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   14.32 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   14.91 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   15.15 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   15.05 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   14.68 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   14.23 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   13.77 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   13.41 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   13.11 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   12.88 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   12.72 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   12.63 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   12.62 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   12.71 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   12.89 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   13.08 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   13.20 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   13.23 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   13.15 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   13.03 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   12.88 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   12.73 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   12.61 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   12.54 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   12.51 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   12.51 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   12.55 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   12.57 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   12.54 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   12.46 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   12.38 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   12.29 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   12.22 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   12.15 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   12.12 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    15.15 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    15.1466223408157      
  (m/s)   (in kts)=    29.4253432215027     
  rising_sum_dvdr=       7.87014939578064     
  declining_sum_dvdr=   -2.12100276396851     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    66 igrct=  1 Vmax (m/s)=   18.567   22:25:11
 TIMING: before call  getradii, fhr=    66 igrct=  1   22:25:11
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.71362518218096     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.71362518218096     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.2550533200579     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.2550533200579     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.1754571899332     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.1754571899332     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.72628194640677     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    8.73 good_quad_ct=   4 mean_vt_4quad=      2.18
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    6.93 mean_vt_4quad=    2.44
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    6.99 mean_vt_4quad=    2.53
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    7.10 mean_vt_4quad=    2.62
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    7.19 mean_vt_4quad=    2.70
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    7.29 mean_vt_4quad=    2.79
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    7.39 mean_vt_4quad=    2.88
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    7.43 mean_vt_4quad=    2.98
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    7.44 mean_vt_4quad=    3.07
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    7.42 mean_vt_4quad=    3.17
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    7.41 mean_vt_4quad=    3.26
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    7.40 mean_vt_4quad=    3.36
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    7.46 mean_vt_4quad=    3.45
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    7.51 mean_vt_4quad=    3.55
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    7.56 mean_vt_4quad=    3.64
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    7.61 mean_vt_4quad=    3.73
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    7.67 mean_vt_4quad=    3.82
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    7.76 mean_vt_4quad=    3.90
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    7.82 mean_vt_4quad=    3.98
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    7.86 mean_vt_4quad=    4.07
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    7.89 mean_vt_4quad=    4.15
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    7.94 mean_vt_4quad=    4.23
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    7.99 mean_vt_4quad=    4.32
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    8.03 mean_vt_4quad=    4.41
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    8.08 mean_vt_4quad=    4.50
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    8.14 mean_vt_4quad=    4.59
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    8.21 mean_vt_4quad=    4.68
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    8.30 mean_vt_4quad=    4.77
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    8.39 mean_vt_4quad=    4.87
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    8.45 mean_vt_4quad=    4.96
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    8.49 mean_vt_4quad=    5.05
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    8.47 mean_vt_4quad=    5.15
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    8.51 mean_vt_4quad=    5.24
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    8.52 mean_vt_4quad=    5.34
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    8.51 mean_vt_4quad=    5.44
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    8.48 mean_vt_4quad=    5.54
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    8.45 mean_vt_4quad=    5.64
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    8.41 mean_vt_4quad=    5.75
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    8.38 mean_vt_4quad=    5.85
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    8.39 mean_vt_4quad=    5.96
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    8.44 mean_vt_4quad=    6.07
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    8.50 mean_vt_4quad=    6.19
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    8.56 mean_vt_4quad=    6.30
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    8.64 mean_vt_4quad=    6.41
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    8.73 mean_vt_4quad=    6.52
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    8.83 mean_vt_4quad=    6.63
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    8.93 mean_vt_4quad=    6.74
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    9.03 mean_vt_4quad=    6.85
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    9.13 mean_vt_4quad=    6.97
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    9.25 mean_vt_4quad=    7.09
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    9.40 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    9.56 mean_vt_4quad=    7.37
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    9.73 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    9.91 mean_vt_4quad=    7.66
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   10.08 mean_vt_4quad=    7.81
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   10.26 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   10.43 mean_vt_4quad=    8.10
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   10.61 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   10.79 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   10.96 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   11.09 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   11.19 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   11.26 mean_vt_4quad=    8.88
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   11.43 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   11.63 mean_vt_4quad=    9.10
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   11.83 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   12.08 mean_vt_4quad=    9.33
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   12.38 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   12.62 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   12.78 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   12.94 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   13.15 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   13.33 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   13.44 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   13.56 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   13.85 mean_vt_4quad=   10.54
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   14.17 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   14.44 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   14.48 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   14.40 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   14.60 mean_vt_4quad=   10.98
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   14.72 mean_vt_4quad=   11.08
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   14.73 mean_vt_4quad=   11.19
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   14.66 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.59 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   14.59 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   14.64 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   14.75 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   15.01 mean_vt_4quad=   11.82
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   15.35 mean_vt_4quad=   11.94
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   15.68 mean_vt_4quad=   12.03
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   15.86 mean_vt_4quad=   12.09
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   15.98 mean_vt_4quad=   12.13
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   16.09 mean_vt_4quad=   12.17
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   16.23 mean_vt_4quad=   12.22
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   16.42 mean_vt_4quad=   12.30
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   16.65 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   16.88 mean_vt_4quad=   12.49
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   17.12 mean_vt_4quad=   12.56
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   17.36 mean_vt_4quad=   12.59
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   17.55 mean_vt_4quad=   12.58
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    5.85
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   12.52 .... 0.5*v_holland=    5.85
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   12.41 .... 0.5*v_holland=    5.85
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   12.32 .... 0.5*v_holland=    5.85
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   12.28 .... 0.5*v_holland=    5.85
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
  --- vmaxwind of    18.5667713940793       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    18.5667713940793       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.69 mean_vt_4quad=    2.44
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    6.78 mean_vt_4quad=    2.53
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    6.88 mean_vt_4quad=    2.62
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    6.97 mean_vt_4quad=    2.70
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    7.05 mean_vt_4quad=    2.79
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    7.15 mean_vt_4quad=    2.88
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    7.26 mean_vt_4quad=    2.98
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    7.36 mean_vt_4quad=    3.07
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    7.43 mean_vt_4quad=    3.17
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    7.49 mean_vt_4quad=    3.26
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    7.51 mean_vt_4quad=    3.36
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    7.55 mean_vt_4quad=    3.45
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    7.56 mean_vt_4quad=    3.55
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    7.58 mean_vt_4quad=    3.64
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    7.62 mean_vt_4quad=    3.73
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.67 mean_vt_4quad=    3.82
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.74 mean_vt_4quad=    3.90
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.81 mean_vt_4quad=    3.98
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.88 mean_vt_4quad=    4.07
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.92 mean_vt_4quad=    4.15
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.98 mean_vt_4quad=    4.23
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    8.04 mean_vt_4quad=    4.32
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    8.09 mean_vt_4quad=    4.41
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    8.13 mean_vt_4quad=    4.50
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    8.16 mean_vt_4quad=    4.59
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    8.19 mean_vt_4quad=    4.68
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    8.22 mean_vt_4quad=    4.77
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    8.26 mean_vt_4quad=    4.87
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    8.29 mean_vt_4quad=    4.96
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    8.33 mean_vt_4quad=    5.05
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    8.35 mean_vt_4quad=    5.15
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    8.35 mean_vt_4quad=    5.24
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    8.36 mean_vt_4quad=    5.34
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    8.41 mean_vt_4quad=    5.44
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    8.49 mean_vt_4quad=    5.54
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    8.66 mean_vt_4quad=    5.64
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    8.84 mean_vt_4quad=    5.75
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    9.03 mean_vt_4quad=    5.85
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    9.19 mean_vt_4quad=    5.96
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    9.37 mean_vt_4quad=    6.07
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    9.52 mean_vt_4quad=    6.19
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    9.69 mean_vt_4quad=    6.30
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    9.88 mean_vt_4quad=    6.41
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   10.06 mean_vt_4quad=    6.52
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   10.28 mean_vt_4quad=    6.63
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   10.50 mean_vt_4quad=    6.74
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   10.75 mean_vt_4quad=    6.85
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   10.98 mean_vt_4quad=    6.97
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   11.22 mean_vt_4quad=    7.09
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   11.45 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   11.65 mean_vt_4quad=    7.37
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   11.84 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.01 mean_vt_4quad=    7.66
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   12.21 mean_vt_4quad=    7.81
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   12.42 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   12.63 mean_vt_4quad=    8.10
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   12.89 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.20 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.50 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.82 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   14.05 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.91 mean_vt_4quad=    8.88
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.42 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.48 mean_vt_4quad=    9.10
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.68 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.92 mean_vt_4quad=    9.33
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.23 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.40 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.55 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.74 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   15.03 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   15.28 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   15.56 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   15.92 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   16.44 mean_vt_4quad=   10.54
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   16.94 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   17.03 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   17.03 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   16.96 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   17.03 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   17.02 mean_vt_4quad=   11.08
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   16.67 mean_vt_4quad=   11.19
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   16.49 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   16.52 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   16.60 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.56 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   16.17 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   15.33 mean_vt_4quad=   11.82
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   14.23 mean_vt_4quad=   11.94
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   13.63 mean_vt_4quad=   12.03
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   13.43 mean_vt_4quad=   12.09
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   13.29 mean_vt_4quad=   12.13
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   13.23 mean_vt_4quad=   12.17
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   13.18 mean_vt_4quad=   12.22
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   13.15 mean_vt_4quad=   12.30
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   13.13 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   13.12 mean_vt_4quad=   12.49
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   13.11 mean_vt_4quad=   12.56
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   13.11 mean_vt_4quad=   12.59
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   13.11 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   13.15 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   13.25 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   13.45 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   13.68 mean_vt_4quad=   12.28
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   13.84 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   13.92 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   13.96 mean_vt_4quad=   12.56
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   14.00 mean_vt_4quad=   12.75
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   14.11 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   14.33 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   14.65 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   15.06 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   15.53 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   16.04 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   16.14 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   15.93 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   15.33 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   14.47 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   13.62 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   12.86 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   11.95 mean_vt_4quad=    6.58
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   10.97 mean_vt_4quad=    4.45
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    9.66 mean_vt_4quad=    2.18
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    4.86 mean_vt_4quad=    2.44
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    4.87 mean_vt_4quad=    2.53
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    4.85 mean_vt_4quad=    2.62
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    4.81 mean_vt_4quad=    2.70
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    4.78 mean_vt_4quad=    2.79
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    4.77 mean_vt_4quad=    2.88
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    4.88 mean_vt_4quad=    2.98
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    4.99 mean_vt_4quad=    3.07
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    5.14 mean_vt_4quad=    3.17
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.30 mean_vt_4quad=    3.26
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    5.49 mean_vt_4quad=    3.36
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    5.69 mean_vt_4quad=    3.45
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    5.84 mean_vt_4quad=    3.55
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    5.96 mean_vt_4quad=    3.64
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    5.97 mean_vt_4quad=    3.73
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    5.95 mean_vt_4quad=    3.82
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    5.89 mean_vt_4quad=    3.90
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    5.91 mean_vt_4quad=    3.98
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    5.98 mean_vt_4quad=    4.07
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.03 mean_vt_4quad=    4.15
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.08 mean_vt_4quad=    4.23
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.16 mean_vt_4quad=    4.32
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.20 mean_vt_4quad=    4.41
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    6.22 mean_vt_4quad=    4.50
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    6.23 mean_vt_4quad=    4.59
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    6.40 mean_vt_4quad=    4.68
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    6.53 mean_vt_4quad=    4.77
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    6.72 mean_vt_4quad=    4.87
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    6.85 mean_vt_4quad=    4.96
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    6.88 mean_vt_4quad=    5.05
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    6.87 mean_vt_4quad=    5.15
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    6.88 mean_vt_4quad=    5.24
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    6.91 mean_vt_4quad=    5.34
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    6.97 mean_vt_4quad=    5.44
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    7.02 mean_vt_4quad=    5.54
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    7.10 mean_vt_4quad=    5.64
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.19 mean_vt_4quad=    5.75
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    7.32 mean_vt_4quad=    5.85
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    7.42 mean_vt_4quad=    5.96
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    7.54 mean_vt_4quad=    6.07
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    7.61 mean_vt_4quad=    6.19
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    7.73 mean_vt_4quad=    6.30
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    7.95 mean_vt_4quad=    6.41
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    8.14 mean_vt_4quad=    6.52
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    8.30 mean_vt_4quad=    6.63
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    8.43 mean_vt_4quad=    6.74
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    8.57 mean_vt_4quad=    6.85
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    8.66 mean_vt_4quad=    6.97
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    8.68 mean_vt_4quad=    7.09
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    8.73 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    8.87 mean_vt_4quad=    7.37
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    8.96 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    9.05 mean_vt_4quad=    7.66
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    9.15 mean_vt_4quad=    7.81
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    9.25 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    9.34 mean_vt_4quad=    8.10
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    9.41 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    9.45 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    9.49 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    9.53 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=    9.56 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=    9.58 mean_vt_4quad=    8.88
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=    9.59 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=    9.60 mean_vt_4quad=    9.10
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=    9.64 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=    9.72 mean_vt_4quad=    9.33
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=    9.82 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=    9.94 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   10.05 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   10.14 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   10.18 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   10.19 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   10.21 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   10.25 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   10.32 mean_vt_4quad=   10.54
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   10.40 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   10.47 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   10.57 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   10.66 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   10.71 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   10.73 mean_vt_4quad=   11.08
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   10.82 mean_vt_4quad=   11.19
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   10.89 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   10.97 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   11.04 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   11.12 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   11.22 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   11.33 mean_vt_4quad=   11.82
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   11.49 mean_vt_4quad=   11.94
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   11.71 mean_vt_4quad=   12.03
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   11.93 mean_vt_4quad=   12.09
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   12.16 mean_vt_4quad=   12.13
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   12.36 mean_vt_4quad=   12.17
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   12.51 mean_vt_4quad=   12.22
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   12.68 mean_vt_4quad=   12.30
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   12.86 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   13.14 mean_vt_4quad=   12.49
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   13.40 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   13.42 mean_vt_4quad=   12.59
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   13.26 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   13.00 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   12.65 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   12.43 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   12.52 mean_vt_4quad=   12.28
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   12.72 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   12.84 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   12.83 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   12.81 mean_vt_4quad=   12.75
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   13.22 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   13.72 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   14.20 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   14.57 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   14.80 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   14.82 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   14.68 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   14.35 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   13.87 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   13.37 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   12.84 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   12.12 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   11.23 mean_vt_4quad=    6.58
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   10.21 mean_vt_4quad=    4.45
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    9.00 mean_vt_4quad=    2.18
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.96 mean_vt_4quad=    2.44
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.99 mean_vt_4quad=    2.53
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    6.00 mean_vt_4quad=    2.62
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    5.99 mean_vt_4quad=    2.70
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    6.01 mean_vt_4quad=    2.79
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    6.03 mean_vt_4quad=    2.88
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    6.05 mean_vt_4quad=    2.98
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    6.07 mean_vt_4quad=    3.07
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    6.06 mean_vt_4quad=    3.17
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.03 mean_vt_4quad=    3.26
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.98 mean_vt_4quad=    3.36
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    5.91 mean_vt_4quad=    3.45
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.81 mean_vt_4quad=    3.55
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.76 mean_vt_4quad=    3.64
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.68 mean_vt_4quad=    3.73
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    5.59 mean_vt_4quad=    3.82
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    5.54 mean_vt_4quad=    3.90
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    5.46 mean_vt_4quad=    3.98
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    5.38 mean_vt_4quad=    4.07
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    5.33 mean_vt_4quad=    4.15
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    5.28 mean_vt_4quad=    4.23
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    5.31 mean_vt_4quad=    4.32
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    5.32 mean_vt_4quad=    4.41
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    5.38 mean_vt_4quad=    4.50
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    5.40 mean_vt_4quad=    4.59
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    5.38 mean_vt_4quad=    4.68
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    5.34 mean_vt_4quad=    4.77
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    5.29 mean_vt_4quad=    4.87
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    5.26 mean_vt_4quad=    4.96
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    5.37 mean_vt_4quad=    5.05
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    5.52 mean_vt_4quad=    5.15
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    5.67 mean_vt_4quad=    5.24
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    5.84 mean_vt_4quad=    5.34
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.00 mean_vt_4quad=    5.44
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.17 mean_vt_4quad=    5.54
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.30 mean_vt_4quad=    5.64
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.45 mean_vt_4quad=    5.75
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.62 mean_vt_4quad=    5.85
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.77 mean_vt_4quad=    5.96
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    6.85 mean_vt_4quad=    6.07
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    6.95 mean_vt_4quad=    6.19
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    7.07 mean_vt_4quad=    6.30
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    7.20 mean_vt_4quad=    6.41
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    7.36 mean_vt_4quad=    6.52
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    7.52 mean_vt_4quad=    6.63
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    7.68 mean_vt_4quad=    6.74
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    7.86 mean_vt_4quad=    6.85
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    8.06 mean_vt_4quad=    6.97
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    8.27 mean_vt_4quad=    7.09
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    8.47 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    8.66 mean_vt_4quad=    7.37
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    8.82 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.97 mean_vt_4quad=    7.66
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    9.10 mean_vt_4quad=    7.81
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    9.26 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    9.43 mean_vt_4quad=    8.10
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    9.61 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    9.76 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    9.83 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    9.87 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    9.90 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   10.04 mean_vt_4quad=    8.88
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   10.10 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   10.21 mean_vt_4quad=    9.10
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   10.20 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   10.17 mean_vt_4quad=    9.33
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   10.15 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   10.12 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   10.16 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   10.19 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   10.26 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   10.32 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   10.30 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   10.36 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   10.44 mean_vt_4quad=   10.54
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   10.44 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   10.37 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   10.12 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   10.21 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   10.38 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   10.59 mean_vt_4quad=   11.08
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   10.81 mean_vt_4quad=   11.19
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   11.01 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   11.24 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   11.50 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   11.78 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   12.01 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   12.26 mean_vt_4quad=   11.82
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   12.46 mean_vt_4quad=   11.94
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   12.64 mean_vt_4quad=   12.03
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   12.90 mean_vt_4quad=   12.09
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   13.20 mean_vt_4quad=   12.13
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   13.51 mean_vt_4quad=   12.17
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   13.85 mean_vt_4quad=   12.22
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   14.20 mean_vt_4quad=   12.30
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   14.44 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   14.48 mean_vt_4quad=   12.49
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   14.27 mean_vt_4quad=   12.56
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   14.03 mean_vt_4quad=   12.59
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   14.16 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   14.46 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   14.79 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   15.16 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   15.53 mean_vt_4quad=   12.28
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   15.85 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   16.10 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   16.34 mean_vt_4quad=   12.56
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   16.58 mean_vt_4quad=   12.75
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   16.90 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   17.21 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   17.52 mean_vt_4quad=   13.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  13
  ++++ rdist(ihc)=   39.00  mean_radii_vt_4quad(ihc)=   13.60 .... 0.5*v_holland=    8.76
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  12
  ++++ rdist(ihc)=   36.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=    8.76
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  11
  ++++ rdist(ihc)=   33.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    8.76
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  10
  ++++ rdist(ihc)=   30.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    8.76
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=   9
  ++++ rdist(ihc)=   27.00  mean_radii_vt_4quad(ihc)=   13.85 .... 0.5*v_holland=    8.76
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
  
  --- vmaxwind of    18.5667713940793       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    18.5667713940793       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    66 igrct=  1   22:25:11
 TIMING: after getrad_iter_loop, fhr=    66 igrct=  2 Vmax (m/s)=   18.567   22:25:11
 TIMING: Before get_phase ... 22:25:11
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           66 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   296.751
  
  
  In get_cps_paramb, lead time=           66 :           0   00L  NATL     
   right_ct=          889   left_ct=          866
   zthicksum(1)=    3016968.58475000     
   zthicksum(2)=    2935925.16550000     
   zthick_right_mean=    3393.66544966254     
   zthick_left_mean=     3390.21381697460     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    3.45163268794067     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            0.80
  Sum of y-diffs squared (ydiff2) =          133.15
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   113.79   6.7452        6.57   0.1661     0.01     0.00       43.12
    2   110.92   6.6846        3.69   0.1055    -0.47     0.22       13.65
    3   109.17   6.6201        1.94   0.0409     0.33     0.11        3.77
    4   106.70   6.5511       -0.53  -0.0281     0.58     0.34        0.28
    5   102.83   6.4770       -4.39  -0.1022    -0.36     0.13       19.30
    6    99.94   6.3969       -7.28  -0.1822    -0.08     0.01       53.02
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   107.225     x:    6.58
  
  slope=     39.502         y-intercept =   -152.666
  Regression equation:   Y =  -152.67 +    39.50X
  
  R2(r_squared) =  0.9940        r =  0.9970
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1070.33 zmin=  953.22 zdiff=  117.11
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1562.27 zmin= 1448.48 zdiff=  113.79
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -3.32 dlnp=     -0.057158  dzdlnp=       58.084
  
   +++ k=  3 press=    800.0 zmax= 2079.26 zmin= 1968.34 zdiff=  110.92
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -2.87 dlnp=     -0.060625  dzdlnp=       47.373
  
   +++ k=  4 press=    750.0 zmax= 2624.24 zmin= 2515.07 zdiff=  109.17
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -1.75 dlnp=     -0.064539  dzdlnp=       27.147
  
   +++ k=  5 press=    700.0 zmax= 3201.02 zmin= 3094.32 zdiff=  106.70
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -2.47 dlnp=     -0.068993  dzdlnp=       35.830
  
   +++ k=  6 press=    650.0 zmax= 3813.22 zmin= 3710.39 zdiff=  102.83
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -3.86 dlnp=     -0.074108  dzdlnp=       52.140
  
   +++ k=  7 press=    600.0 zmax= 4465.18 zmin= 4365.24 zdiff=   99.94
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -2.89 dlnp=     -0.080043  dzdlnp=       36.081
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           11.31
  Sum of y-diffs squared (ydiff2) =         1899.23
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    94.72   6.3099       23.06   0.2788    -0.87     0.76      531.70
    2    87.10   6.2146       15.44   0.1834    -0.30     0.09      238.48
    3    77.98   6.1092        6.32   0.0781    -0.38     0.14       39.98
    4    71.17   5.9915       -0.49  -0.0397     2.91     8.49        0.24
    5    56.78   5.8579      -14.88  -0.1732    -0.01     0.00      221.34
    6    42.21   5.7038      -29.45  -0.3274    -1.35     1.83      867.50
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    71.661     x:    6.03
  
  slope=     85.840         y-intercept =   -446.052
  Regression equation:   Y =  -446.05 +    85.84X
  
  R2(r_squared) =  0.9940        r =  0.9970
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4465.18 zmin= 4365.24 zdiff=   99.94
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5162.18 zmin= 5067.46 zdiff=   94.72
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -5.22 dlnp=     -0.087011  dzdlnp=       60.038
  
   +++ k=  9 press=    500.0 zmax= 5914.30 zmin= 5827.20 zdiff=   87.10
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -7.62 dlnp=     -0.095310  dzdlnp=       79.908
  
   +++ k= 10 press=    450.0 zmax= 6732.42 zmin= 6654.43 zdiff=   77.98
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -9.12 dlnp=     -0.105361  dzdlnp=       86.560
  
   +++ k= 11 press=    400.0 zmax= 7629.03 zmin= 7557.86 zdiff=   71.17
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -6.82 dlnp=     -0.117783  dzdlnp=       57.869
  
   +++ k= 12 press=    350.0 zmax= 8620.96 zmin= 8564.18 zdiff=   56.78
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -14.38 dlnp=     -0.133531  dzdlnp=      107.720
  
   +++ k= 13 press=    300.0 zmax= 9736.14 zmin= 9693.93 zdiff=   42.21
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -14.58 dlnp=     -0.154151  dzdlnp=       94.557
  
cps_stats: 00L   lead time=  66: 0   paramb=     3.45  vtl=     39.50  vtu=     85.84
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   66:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.283 (0-360) guesslon=  298.283E  (  61.717W)   guesslat=   25.496
 ilonfix=         1327  jlatfix=         1008  npts=           33
 ibeg=         1254  jbeg=          940  imax=         2738
 iend=         1400  jend=         1076  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.163E  (0-360) ctlon=  298.163E  (  61.837W)  ctlat=   24.176 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.163E   (0-360) guesslon=  298.163E  (  61.837W)   guesslat=   24.176
 ilonfix=         1324  jlatfix=         1041  npts=           16
 ibeg=         1276  jbeg=          997  imax=         2738
 iend=         1372  jend=         1085  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.943E  (0-360) ctlon=  297.943  (  62.057W)  ctlat=   24.456 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    66:00  mean_lon:  297.94E (  62.06W)    (0-360) mean_lon=  297.94E  mean_lat:   24.46  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    66:00  ifix:  1306   jfix:  1011  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1306  jx=         1011
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         586 ,         291 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         585 ,         290 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    66:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:25:12
 TIMING: Before shear ... 22:25:12
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           12
  clon(ist,ifh,3)=    298.320813245928     
  clat(ist,ifh,3)=    25.5077304851520     
  fixlon(ist,ifh)=    298.283431884127     
  fixlat(ist,ifh)=    25.4962979437452     
  xcenlon=    298.320813245928     
  xcenlat=    25.5077304851520     
  
 xxshear
 In get_shear A, xcenlon=    298.320813245928       xcenlat= 
   25.5077304851520     
   In get_shear B, (0-360) xcenlon=    298.320813245928     
  
At start of get_shear:  00L   fhr=   66:00   Mean fix position=   298.28E  ( 61.72W)    25.50  (0-360) mean lon fix=  298.28
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   13.83 vr_mean(idist,ilev)=    1.01
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   13.68 vr_mean(idist,ilev)=    0.92
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   14.53 vr_mean(idist,ilev)=    1.23
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   15.23 vr_mean(idist,ilev)=    0.73
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   14.15 vr_mean(idist,ilev)=   -0.58
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   13.24 vr_mean(idist,ilev)=   -1.02
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   12.03 vr_mean(idist,ilev)=   -0.95
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   10.46 vr_mean(idist,ilev)=   -0.71
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=    8.72 vr_mean(idist,ilev)=   -0.89
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    7.38 vr_mean(idist,ilev)=   -0.41
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    6.35 vr_mean(idist,ilev)=   -0.18
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    5.43 vr_mean(idist,ilev)=   -0.03
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    4.92 vr_mean(idist,ilev)=   -0.19
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    4.19 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    3.61 vr_mean(idist,ilev)=   -0.31
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    2.88 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    2.19 vr_mean(idist,ilev)=   -0.64
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    1.69 vr_mean(idist,ilev)=   -0.67
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    1.18 vr_mean(idist,ilev)=   -0.60
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.04 vr_mean(idist,ilev)=   14.04
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.06 vr_mean(idist,ilev)=   21.06
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.08 vr_mean(idist,ilev)=   28.08
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.10 vr_mean(idist,ilev)=   35.10
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.13 vr_mean(idist,ilev)=   42.13
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -49.15 vr_mean(idist,ilev)=   49.15
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -56.18 vr_mean(idist,ilev)=   56.18
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -63.22 vr_mean(idist,ilev)=   63.22
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -70.26 vr_mean(idist,ilev)=   70.26
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -77.30 vr_mean(idist,ilev)=   77.30
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -84.35 vr_mean(idist,ilev)=   84.35
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -91.40 vr_mean(idist,ilev)=   91.40
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -98.46 vr_mean(idist,ilev)=   98.46
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -105.53 vr_mean(idist,ilev)=  105.53
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -112.60 vr_mean(idist,ilev)=  112.60
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -119.68 vr_mean(idist,ilev)=  119.68
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -126.77 vr_mean(idist,ilev)=  126.77
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -133.87 vr_mean(idist,ilev)=  133.87
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -140.98 vr_mean(idist,ilev)=  140.98
  
 At end of get_shear: 
     ist=    1 ifh=   12 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:25:12
  
 After call to fixcenter, fix positions at 
 forecast hour=   66:00 follow:
  
fixpos  00L   fhr=   66:00   Fix position=   298.28E  ( 61.72W)    25.50   Max Wind=  36 kts
  
  
 xxxx get_next_ges, prev fix lon=    298.541904939846     
 xxxx get_next_ges, curr fix lon=    298.283431884127     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.283431884127        fixlat=    25.4962979437452     
        (0-360) fixlon=    298.283431884127     
      ilonfix=         1327   jlatfix=         1008
      ibeg=          850   iend=         1804
      jbeg=          556   jend=         1460
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -3.569575845661569E-002  vavg=    2.69167260382809     
      ubar=  -8.923939614153923E-003  vbar=   0.672918150957022     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.947095918783207       vavg=    1.22210907968977     
      ubar=  -0.482471899005757       vbar=    1.28397269080191     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.42801156653950       vavg=   0.598380101579317     
      ubar=  -0.839474790640632       vbar=    1.43356771619674     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.839474790640632       vbar=    1.43356771619674     
      wgttot=    1.00000000000000     
      fixlon=    298.283431884127        fixlat=    25.4962979437452     
      barnlon=    298.102556359835       barnlat=    25.7747735093498     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.901564366720975     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.102556359835     
     Raw (no conversion for GM wrap) extraplon=    298.024706195272     
  
 --- barnlon=    298.10E  (  61.90W)    barnlat=     25.77
 --- extraplon=  298.02E  (  61.98W)    extraplat=   25.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.50
 | Current fix lon is   61.72W   ( 298.28E)
 | Current fix lon (raw, unadjusted)=  298.28E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   61.94W   ( 298.06E)
 | Raw updated guess lon for next fcst hour is  298.06E)
 -------------------------------------------------
  
 iocheck, dist=    31.1483357486832        distm=    31148.3357486832     
 iocheck, stmspd=    1.44205258095755        istmspd=           28
 iocheck, xincr=  -0.219800606574097        yincr=   0.197923369527508     
 iocheck, stmdir=    312.002017447782        istmdir=          312
 +++ RPT_STORM_MOTION: istmspd=    28 kts(*10)    istmdir=   312 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  12
     Fix location for this time:   298.28E  ( 61.72W)    25.50
     Fix lon (raw) for this time:  298.28E
     ilonfix= 1327  jlatfix= 1008
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.283431884127       xcenlat=    25.4962979437452     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.283431884127       xcenlat=    25.4962979437452     
  ilonfix=         1327  jlatfix=         1008
  ibeg=         1205  iend=         1449
  jbeg=          892  jend=         1124  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.283431884127        xcenlat=    25.4962979437452     
      ilonfix=         1327   jlatfix=         1008
      ibeg=         1205   iend=         1449
      jbeg=          892   jend=         1124
 After call to barnes, xsmoothval=   1.926207269586083E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.926207269586083E-004
      xcenlon=    298.283431884127        xcenlat=    25.4962979437452     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000193  imeanzeta (*1e6)=      193
   --- mean zeta raw =   1.926207269586083E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001730  igrid zeta (*1e6)=     1730 ifilret=   0
   --- grid zeta raw=   1.730349815687993E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.283431884127       xcenlat=    25.4962979437452     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.283431884127       xcenlat=    25.4962979437452     
  ilonfix=         1327  jlatfix=         1008
  ibeg=         1205  iend=         1449
  jbeg=          892  jend=         1124  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.283431884127        xcenlat=    25.4962979437452     
      ilonfix=         1327   jlatfix=         1008
      ibeg=         1205   iend=         1449
      jbeg=          892   jend=         1124
 After call to barnes, xsmoothval=   1.800333570044693E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.800333570044693E-004
      xcenlon=    298.283431884127        xcenlat=    25.4962979437452     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000180  imeanzeta (*1e6)=      180
   --- mean zeta raw =   1.800333570044693E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002204  igrid zeta (*1e6)=     2204 ifilret=   0
   --- grid zeta raw=   2.204165996861259E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           66
  
 segx, outlon=    298.283431884127       outlat=    25.4962979437452     
   ist=            1  ifcsthour=           66
   vmaxwind=    18.5667713940793       xminmslp=    100306.620000000     
   vradius=           39           0           0           0           0
           0           0           0           0          21           0
           0
   maxstorm=            6
   plastbar=    101106.620000000       rlastbar=    33.7533962766461     
   rmax=    14.8446475462178     
   cps_vals=    3.45163268794067        39.5022740154092     
   85.8397148161367     
   wcore_flag= n
   istmspd=           28  istmdir=          312
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     15.1466223408157     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   33.7533962766461       irlastbar=          34
 output: plastbar=   101106.620000000       iplastbar=        1011
 rmax=    14.8446475462178        irmax=           15
 TXX top of atcfunix_ext, ist=            1  ifh=           66
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   33.7533962766461       irlastbar=          34
 output: plastbar=   101106.620000000       iplastbar=        1011
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           66
 intlat=          255
 clatns= N
 intlon=          617
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           36
 int(xminmslp/mslp_outp_adj + 0.5)=         1003
 XX,  34, NEQ
 vradius(1,1)=           39
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=           21
 iplastbar=         1011
 irlastbar=           34
 irmax=           15
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          312
 istmspd=           28
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           35
 icps_vals(2)=          395
 icps_vals(3)=          858
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           29
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          193
 igridzeta(1)=         1730
 imeanzeta(2)=          180
 igridzeta(2)=         2204
  
 rmax=    14.8446475462178        irmax=           15
 +++ Top of output_atcf_parms, ist=            1  ifh=           66
  
 xxxx get_next_ges, prev fix lon=    298.541904939846     
 xxxx get_next_ges, curr fix lon=    298.283431884127     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.283431884127        fixlat=    25.4962979437452     
        (0-360) fixlon=    298.283431884127     
      ilonfix=         1327   jlatfix=         1008
      ibeg=          850   iend=         1804
      jbeg=          556   jend=         1460
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -3.569575845661569E-002  vavg=    2.69167260382809     
      ubar=  -8.923939614153923E-003  vbar=   0.672918150957022     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=  -0.947095918783207       vavg=    1.22210907968977     
      ubar=  -0.482471899005757       vbar=    1.28397269080191     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.42801156653950       vavg=   0.598380101579317     
      ubar=  -0.839474790640632       vbar=    1.43356771619674     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=  -0.839474790640632       vbar=    1.43356771619674     
      wgttot=    1.00000000000000     
      fixlon=    298.283431884127        fixlat=    25.4962979437452     
      barnlon=    298.102556359835       barnlat=    25.7747735093498     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.901564366720975     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      298.102556359835     
     Raw (no conversion for GM wrap) extraplon=    298.024706195272     
  
 --- barnlon=    298.10E  (  61.90W)    barnlat=     25.77
 --- extraplon=  298.02E  (  61.98W)    extraplat=   25.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.50
 | Current fix lon is   61.72W   ( 298.28E)
 | Current fix lon (raw, unadjusted)=  298.28E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   61.94W   ( 298.06E)
 | Raw updated guess lon for next fcst hour is  298.06E)
 -------------------------------------------------
  
 iocheck, dist=    31.1483357486832        distm=    31148.3357486832     
 iocheck, stmspd=    1.44205258095755        istmspd=           28
 iocheck, xincr=  -0.219800606574097        yincr=   0.197923369527508     
 iocheck, stmdir=    312.002017447782        istmdir=          312
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   66:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.102221609217181E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.299E  (0-360) ctlon=  295.299E  (  64.701W)  ctlat=   36.723 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.110E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.299E   (0-360) guesslon=  295.299E  (  64.701W)   guesslat=   36.723
 ilonfix=         1253  jlatfix=          727  npts=           16
 ibeg=         1199  jbeg=          683  imax=         2738
 iend=         1307  jend=          771  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.479E  (0-360) ctlon=  295.479  (  64.521W)  ctlat=   36.403 fmax (x10e5) =        0.115E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.058149510350548E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.699E  (0-360) ctlon=  295.699E  (  64.301W)  ctlat=   36.323 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.106E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.699E   (0-360) guesslon=  295.699E  (  64.301W)   guesslat=   36.323
 ilonfix=         1263  jlatfix=          737  npts=           16
 ibeg=         1210  jbeg=          693  imax=         2738
 iend=         1316  jend=          781  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.579E  (0-360) ctlon=  295.579  (  64.421W)  ctlat=   36.303 fmax (x10e5) =        0.997E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  295.299E  (0-360) ctlon=  295.299E  (  64.701W)  ctlat=   36.323 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.122E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  295.299E   (0-360) guesslon=  295.299E  (  64.701W)   guesslat=   36.323
 ilonfix=         1253  jlatfix=          737  npts=           16
 ibeg=         1200  jbeg=          693  imax=         2738
 iend=         1306  jend=          781  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.479E  (0-360) ctlon=  295.479  (  64.521W)  ctlat=   36.303 fmax =       -0.100E+16 fmin =        0.121E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  295.699E  (0-360) ctlon=  295.699E  (  64.301W)  ctlat=   36.323 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.288E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  295.699E   (0-360) guesslon=  295.699E  (  64.301W)   guesslat=   36.323
 ilonfix=         1263  jlatfix=          737  npts=           16
 ibeg=         1210  jbeg=          693  imax=         2738
 iend=         1316  jend=          781  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.479E  (0-360) ctlon=  295.479  (  64.521W)  ctlat=   36.303 fmax =       -0.100E+16 fmin =        0.288E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  295.299E  (0-360) ctlon=  295.299E  (  64.701W)  ctlat=   36.323 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.977E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  295.299E   (0-360) guesslon=  295.299E  (  64.701W)   guesslat=   36.323
 ilonfix=         1253  jlatfix=          737  npts=           16
 ibeg=         1200  jbeg=          693  imax=         2738
 iend=         1306  jend=          781  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.479E  (0-360) ctlon=  295.479  (  64.521W)  ctlat=   36.303 fmax =       -0.100E+16 fmin =        0.977E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.419 (0-360) guesslon=  295.419E  (  64.581W)   guesslat=   36.443
 ilonfix=         1256  jlatfix=          734  npts=           33
 ibeg=         1179  jbeg=          666  imax=         2738
 iend=         1333  jend=          802  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.952306023266882E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.299E  (0-360) ctlon=  295.299E  (  64.701W)  ctlat=   36.323 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.595E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.299E   (0-360) guesslon=  295.299E  (  64.701W)   guesslat=   36.323
 ilonfix=         1253  jlatfix=          737  npts=           16
 ibeg=         1200  jbeg=          693  imax=         2738
 iend=         1306  jend=          781  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.479E  (0-360) ctlon=  295.479  (  64.521W)  ctlat=   36.303 fmax (x10e5) =        0.821E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    295.485917402421        uvgeslat=    36.3468790628940     
    (0-360 uvgeslon)=    295.485917402421     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:25:12
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.485917402421        uvgeslat=    36.3468790628940     
    (0-360 uvgeslon)=    295.485917402421     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.485917402421     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.486E  (0-360E lon):  295.486E    64.514W  ctlat=   36.347  xmax_circul_disk =     163684160.0
 TIMING: get_wind_circ kloop, k=  1   22:25:12
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.486E  (0-360E)=  295.486E  (  64.514W)   guesslat=   36.347
 ilonfix=         1257  jlatfix=          737  npts=           56
 ibeg=         1184  jbeg=          673  imax=         2738
 iend=         1330  jend=          801  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    164075593.494410     
 nhalf get_wind_circ, k=  1 ctlon=  295.386E  (0-360E)=  295.386E  ctlon=   64.614W   ctlat=   36.307 Wind Circulation (NHEM: Max) =     164075593.5
 TIMING: After GWC 850 ... 22:25:12
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:25:12
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.485917402421        uvgeslat=    36.3468790628940     
    (0-360 uvgeslon)=    295.485917402421     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.485917402421     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.486E  (0-360E lon):  295.486E    64.514W  ctlat=   36.347  xmax_circul_disk =     153814600.5
 TIMING: get_wind_circ kloop, k=  1   22:25:12
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.486E  (0-360E)=  295.486E  (  64.514W)   guesslat=   36.347
 ilonfix=         1257  jlatfix=          737  npts=           56
 ibeg=         1184  jbeg=          673  imax=         2738
 iend=         1330  jend=          801  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    153818963.895574     
 nhalf get_wind_circ, k=  1 ctlon=  295.446E  (0-360E)=  295.446E  ctlon=   64.554W   ctlat=   36.367 Wind Circulation (NHEM: Max) =     153818963.9
 TIMING: After GWC 700 ... 22:25:12
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:25:12
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.485917402421        uvgeslat=    36.3468790628940     
    (0-360 uvgeslon)=    295.485917402421     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.485917402421     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.486E  (0-360E lon):  295.486E    64.514W  ctlat=   36.347  xmax_circul_disk =     101286507.8
 TIMING: get_wind_circ kloop, k=  1   22:25:12
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.486E  (0-360E)=  295.486E  (  64.514W)   guesslat=   36.347
 ilonfix=         1257  jlatfix=          737  npts=           56
 ibeg=         1184  jbeg=          673  imax=         2738
 iend=         1330  jend=          801  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    101457113.329718     
 nhalf get_wind_circ, k=  1 ctlon=  295.386E  (0-360E)=  295.386E  ctlon=   64.614W   ctlat=   36.367 Wind Circulation (NHEM: Max) =     101457113.3
 TIMING: After GWC Sfc ... 22:25:12
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.53  xavg_stderr=     2.23
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           12  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    66:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  295.42E   (0-360) guesslon=  295.42E  ( 64.58W)    36.44
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       295.48       64.52      36.40          114.78       T          6.97
   2    zeta 700    Max       295.58       64.42      36.30           99.69       T         21.15
   3    circ 850    Max       295.39       64.61      36.31          164.08       T         15.44
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       295.45       64.55      36.37          153.82       T          8.83
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       295.48       64.52      36.30         1214.56       T         16.47
   8     gph 700    Min       295.48       64.52      36.30         2879.64       T         16.47
   9        MSLP    Min       295.48       64.52      36.30        97664.70       T         16.47
  10    circ sfc    Max       295.39       64.61      36.37          101.46       T          8.98
  11    zeta sfc    Max       295.48       64.52      36.30           82.12       T         16.47
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.73570897630718       stderr_close= 
   2.76906014689189       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   8.350 devia=   1.670 wtpos=  0.57313     295.48   295.48    64.52    36.40
 ip=  2 kprm=  2 dist_from_mean=  10.530 devia=   2.106 wtpos=  0.49560     295.58   295.58    64.42    36.30
 ip=  3 kprm=  3 dist_from_mean=   7.540 devia=   1.508 wtpos=  0.60492     295.39   295.39    64.61    36.31
 ip=  5 kprm=  4 dist_from_mean=   4.573 devia=   0.915 wtpos=  0.73721     295.45   295.45    64.55    36.37
 ip=  7 kprm=  5 dist_from_mean=   3.086 devia=   0.617 wtpos=  0.81406     295.48   295.48    64.52    36.30
 ip=  8 kprm=  6 dist_from_mean=   3.086 devia=   0.617 wtpos=  0.81406     295.48   295.48    64.52    36.30
 ip=  9 kprm=  7 dist_from_mean=   3.086 devia=   0.617 wtpos=  0.81406     295.48   295.48    64.52    36.30
 ip= 10 kprm=  8 dist_from_mean=   8.285 devia=   1.657 wtpos=  0.57559     295.39   295.39    64.61    36.37
 ip= 11 kprm=  9 dist_from_mean=   3.086 devia=   0.617 wtpos=  0.81406     295.48   295.48    64.52    36.30
  
At end of fixcenter:  08L   fhr=   66:00   Fix position=   295.47E  (0-360) fixlon=  295.47  ( 64.53W)    36.33
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    295.465184264617     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    295.478644856966     
        (0-360E clon(ist,ifh,9))=    295.478644856966     
      clat(ist,ifh,9)=    36.3032437901667     
      xval(9)=    97664.7038683001     
  
  After get_ij B, ibeg jbeg =         1145         600
  After get_ij B, iend jend =         1369         876
  
 In is_it_a_storm, ilonfix=         1257  jlatfix=          738
 ibeg jbeg iend jend =         1145         600        1369         876
 cparm= slp  parmlon parmlat =    295.478644856966        36.3032437901667     
     (0-360E parmlon) =    295.478644856966     
 parmval=    97664.7038683001     
  
 i= 1230 j=  675 glon=  294.41 (0-360E) glon=  294.41 glat=  38.84 dist=   297.48 slp=  100285.98 pgradient=  8.81157
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  8.81157
 mslp center =    295.478644856966        36.3032437901667     
   97664.7038683001     
   (0-360E) lon of mslp center =    295.478644856966     
 pgrad loc   =    294.408771000000        294.408771000000     
   65.5912290000000        38.8406770000000        100285.980000000     
  ttest at location C IF....
      xinp_fixlat=    36.3032437901667     
      xinp_fixlon=    295.478644856966       (0-360E) xinp_fixlon= 
   295.478644856966     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96596.3800000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1257  jfix=          738
 longitude=    295.478644856966      E   (   64.5213551430338      
 W)  (0-360E) xinp_fixlon=    295.478644856966     
 latitude=    36.3032437901667     
 mean mslp value (xval(9))=    97664.7038683001     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1257  jfix=          738
 longitude=    295.478644856966      E   (   64.5213551430338      
 W)  (0-360E) xinp_fixlon=    295.478644856966     
 latitude=    36.3032437901667     
 mean mslp value (xval(9))=    97664.7038683001     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1257  jx=          738
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96596.3800000000       xcentval=    96596.3800000000     
 At A, num_found_contours=            0
 At A, contlo=    96596.3800000000       conthi=    96996.3800000000     
  
 num_found_contours=            0
 contlo=    96596.3800000000       conthi=    96996.3800000000     
 xcentval=    96596.3800000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    96996.3800000000       conthi=    97396.3800000000     
  
 num_found_contours=            1
 contlo=    96996.3800000000       conthi=    97396.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            2
 At A, contlo=    97396.3800000000       conthi=    97796.3800000000     
  
 num_found_contours=            2
 contlo=    97396.3800000000       conthi=    97796.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            3
 At A, contlo=    97796.3800000000       conthi=    98196.3800000000     
  
 num_found_contours=            3
 contlo=    97796.3800000000       conthi=    98196.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            4
 At A, contlo=    98196.3800000000       conthi=    98596.3800000000     
  
 num_found_contours=            4
 contlo=    98196.3800000000       conthi=    98596.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            5
 At A, contlo=    98596.3800000000       conthi=    98996.3800000000     
  
 num_found_contours=            5
 contlo=    98596.3800000000       conthi=    98996.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            6
 At A, contlo=    98996.3800000000       conthi=    99396.3800000000     
  
 num_found_contours=            6
 contlo=    98996.3800000000       conthi=    99396.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            7
 At A, contlo=    99396.3800000000       conthi=    99796.3800000000     
  
 num_found_contours=            7
 contlo=    99396.3800000000       conthi=    99796.3800000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            8
 At A, contlo=    99796.3800000000       conthi=    100196.380000000     
  
 num_found_contours=            8
 contlo=    99796.3800000000       conthi=    100196.380000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=            9
 At A, contlo=    100196.380000000       conthi=    100596.380000000     
  
 num_found_contours=            9
 contlo=    100196.380000000       conthi=    100596.380000000     
 xcentval=    96596.3800000000     
 At A, num_found_contours=           10
 At A, contlo=    100596.380000000       conthi=    100996.380000000     
  
 num_found_contours=           10
 contlo=    100596.380000000       conthi=    100996.380000000     
 xcentval=    96596.3800000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1188 ,         629 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96596.3800000000     
 !!! (i,j) of central value = (        1257 ,         738 )
 !!!  
 !!! Flagged value found    =    100590.140000000     
 !!! (i,j) of flagged value = (        1187 ,         628 )
 !!!   
 !!! Lower bound of contour interval =    100596.380000000     
 !!! Upper bound of contour interval =    100996.380000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1257  jfix=          738
 longitude=    295.478644856966      E   (   64.5213551430338      W)  
 (0-360E) xinp_fixlon=    295.478644856966     
 latitude=    36.3032437901667     
 mean mslp value (xval(9))=    97664.7038683001     
 gridpoint mslp value=    96596.3800000000     
 ccflag= y
 prs of last closed isobar =    100596.380000000     
 radius of last closed isobar =    182.713888298819       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   66:00
 !!! Boundary check xinp_fixlat is   36.30
 !!! Boundary check xinp_fixlon is   64.52W   ( 295.48E)  (0-360E) xinp_fixlon=  295.48
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    295.385919902421     
  850 mb wcirc fix lat=    36.3068800628940     
    (0-360) 850 mb wcirc fix lon=    295.385919902421     
  Multi-parm fix lon=      295.465184264617     
  Multi-parm fix lat=      36.3261587928995     
    (0-360) Multi-parm fix lon=      295.465184264617     
  
  
  After get_ij B, ibeg jbeg =         1160         634
  After get_ij B, iend jend =         1350         842
  
 In is_it_a_storm, ilonfix=         1255  jlatfix=          738
 ibeg jbeg iend jend =         1160         634        1350         842
 cparm= v850  parmlon parmlat =    295.385919902421        36.3068800628940     
     (0-360E parmlon) =    295.385919902421     
 parmval=    164075593.494410     
  
 i= 1245 j=  689 glon=  295.01 (0-360E) glon=  295.01 glat=  38.28 u= -14.6800 v=   5.4000 vr=   7.55827 vt=  13.69434
 i= 1250 j=  689 glon=  295.21 (0-360E) glon=  295.21 glat=  38.28 u= -14.5900 v=   7.3000 vr=   8.32708 vt=  14.02918
 i= 1255 j=  689 glon=  295.41 (0-360E) glon=  295.41 glat=  38.28 u= -14.5200 v=   9.6000 vr=   9.46515 vt=  14.60826
 i= 1260 j=  689 glon=  295.61 (0-360E) glon=  295.61 glat=  38.28 u= -13.9500 v=  11.2000 vr=   9.89873 vt=  14.90160
 i= 1265 j=  689 glon=  295.81 (0-360E) glon=  295.81 glat=  38.28 u= -13.3700 v=  12.6000 vr=  10.15812 vt=  15.30783
 i= 1225 j=  694 glon=  294.21 (0-360E) glon=  294.21 glat=  38.08 u=  -9.7400 v=  -3.7000 vr=   1.31259 vt=  10.33609
 i= 1230 j=  694 glon=  294.41 (0-360E) glon=  294.41 glat=  38.08 u= -11.5900 v=  -1.9000 vr=   2.94627 vt=  11.36915
 i= 1235 j=  694 glon=  294.61 (0-360E) glon=  294.61 glat=  38.08 u= -13.4400 v=   0.3000 vr=   4.73730 vt=  12.58100
 i= 1240 j=  694 glon=  294.81 (0-360E) glon=  294.81 glat=  38.08 u= -15.7900 v=   3.0000 vr=   6.88751 vt=  14.52193
 i= 1245 j=  694 glon=  295.01 (0-360E) glon=  295.01 glat=  38.08 u= -17.1700 v=   5.4000 vr=   8.20720 vt=  16.01907
 i= 1250 j=  694 glon=  295.21 (0-360E) glon=  295.21 glat=  38.08 u= -17.6100 v=   8.1000 vr=   9.47894 vt=  16.90774
 i= 1255 j=  694 glon=  295.41 (0-360E) glon=  295.41 glat=  38.08 u= -17.1200 v=  10.6000 vr=  10.42294 vt=  17.22837
 i= 1260 j=  694 glon=  295.61 (0-360E) glon=  295.61 glat=  38.08 u= -16.5400 v=  13.1000 vr=  11.37780 vt=  17.76872
 i= 1265 j=  694 glon=  295.81 (0-360E) glon=  295.81 glat=  38.08 u= -15.5200 v=  15.8000 vr=  12.60751 vt=  18.20882
 i= 1270 j=  694 glon=  296.01 (0-360E) glon=  296.01 glat=  38.08 u= -14.2800 v=  17.8000 vr=  13.26574 vt=  18.56821
 i= 1275 j=  694 glon=  296.21 (0-360E) glon=  296.21 glat=  38.08 u= -12.9600 v=  18.8000 vr=  13.10274 vt=  18.70080
 i= 1280 j=  694 glon=  296.41 (0-360E) glon=  296.41 glat=  38.08 u= -11.7200 v=  19.3000 vr=  12.59671 vt=  18.73956
 i= 1215 j=  699 glon=  293.81 (0-360E) glon=  293.81 glat=  37.88 u=  -6.8400 v=  -7.1000 vr=  -1.23504 vt=   9.78112
 i= 1220 j=  699 glon=  294.01 (0-360E) glon=  294.01 glat=  37.88 u= -10.0200 v=  -6.0000 vr=   0.85656 vt=  11.64761
 i= 1225 j=  699 glon=  294.21 (0-360E) glon=  294.21 glat=  37.88 u= -11.4300 v=  -5.2000 vr=   1.42871 vt=  12.47572
 i= 1230 j=  699 glon=  294.41 (0-360E) glon=  294.41 glat=  37.88 u= -13.8700 v=  -2.7000 vr=   3.77051 vt=  13.61801
 i= 1235 j=  699 glon=  294.61 (0-360E) glon=  294.61 glat=  37.88 u= -16.5800 v=  -1.9000 vr=   4.34085 vt=  16.11408
 i= 1240 j=  699 glon=  294.81 (0-360E) glon=  294.81 glat=  37.88 u= -18.6200 v=   2.1000 vr=   7.26898 vt=  17.27068
 i= 1245 j=  699 glon=  295.01 (0-360E) glon=  295.01 glat=  37.88 u= -20.8300 v=   5.1000 vr=   8.93929 vt=  19.49328
 i= 1250 j=  699 glon=  295.21 (0-360E) glon=  295.21 glat=  37.88 u= -21.2400 v=   7.2000 vr=   9.08011 vt=  20.50681
 i= 1255 j=  699 glon=  295.41 (0-360E) glon=  295.41 glat=  37.88 u= -20.6300 v=  10.3000 vr=  10.05944 vt=  20.74836
 i= 1260 j=  699 glon=  295.61 (0-360E) glon=  295.61 glat=  37.88 u= -19.7200 v=  14.5000 vr=  12.18325 vt=  21.22962
 i= 1265 j=  699 glon=  295.81 (0-360E) glon=  295.81 glat=  37.88 u= -18.5700 v=  17.0000 vr=  12.70776 vt=  21.73379
 i= 1270 j=  699 glon=  296.01 (0-360E) glon=  296.01 glat=  37.88 u= -16.5200 v=  19.3000 vr=  13.39728 vt=  21.58502
 i= 1275 j=  699 glon=  296.21 (0-360E) glon=  296.21 glat=  37.88 u= -14.3600 v=  21.7000 vr=  14.45510 vt=  21.63677
 i= 1280 j=  699 glon=  296.41 (0-360E) glon=  296.41 glat=  37.88 u= -12.1700 v=  23.1000 vr=  14.85043 vt=  21.47519
 i= 1285 j=  699 glon=  296.61 (0-360E) glon=  296.61 glat=  37.88 u= -10.7000 v=  23.1000 vr=  13.93077 vt=  21.30806
 i= 1290 j=  699 glon=  296.81 (0-360E) glon=  296.81 glat=  37.88 u=  -9.3400 v=  23.4000 vr=  13.43816 vt=  21.31224
 i= 1210 j=  704 glon=  293.61 (0-360E) glon=  293.61 glat=  37.68 u=  -6.0900 v=  -9.4000 vr=  -2.11047 vt=  10.99973
 i= 1215 j=  704 glon=  293.81 (0-360E) glon=  293.81 glat=  37.68 u=  -8.2500 v=  -9.1000 vr=  -1.08149 vt=  12.23531
 i= 1220 j=  704 glon=  294.01 (0-360E) glon=  294.01 glat=  37.68 u= -12.0500 v=  -7.4000 vr=   1.80483 vt=  14.02516
 i= 1225 j=  704 glon=  294.21 (0-360E) glon=  294.21 glat=  37.68 u= -13.1000 v=  -7.3000 vr=   1.41981 vt=  14.92930
 i= 1230 j=  704 glon=  294.41 (0-360E) glon=  294.41 glat=  37.68 u= -14.6500 v=  -5.9000 vr=   2.14601 vt=  15.64695
 i= 1235 j=  704 glon=  294.61 (0-360E) glon=  294.61 glat=  37.68 u= -18.5000 v=  -3.0000 vr=   4.91972 vt=  18.08442
 i= 1240 j=  704 glon=  294.81 (0-360E) glon=  294.81 glat=  37.68 u= -21.5900 v=  -0.1000 vr=   6.80388 vt=  20.49013
 i= 1245 j=  704 glon=  295.01 (0-360E) glon=  295.01 glat=  37.68 u= -23.1100 v=   3.1000 vr=   7.99921 vt=  21.90193
 i= 1250 j=  704 glon=  295.21 (0-360E) glon=  295.21 glat=  37.68 u= -22.8300 v=   5.6000 vr=   7.91980 vt=  22.13246
 i= 1255 j=  704 glon=  295.41 (0-360E) glon=  295.41 glat=  37.68 u= -23.2300 v=   9.9000 vr=   9.58951 vt=  23.35989
 i= 1260 j=  704 glon=  295.61 (0-360E) glon=  295.61 glat=  37.68 u= -21.9700 v=  14.6000 vr=  11.64294 vt=  23.67030
 i= 1265 j=  704 glon=  295.81 (0-360E) glon=  295.81 glat=  37.68 u= -19.6700 v=  17.5000 vr=  12.27327 vt=  23.29218
 i= 1270 j=  704 glon=  296.01 (0-360E) glon=  296.01 glat=  37.68 u= -18.0300 v=  19.7000 vr=  12.34659 vt=  23.67979
 i= 1275 j=  704 glon=  296.21 (0-360E) glon=  296.21 glat=  37.68 u= -16.6200 v=  21.5000 vr=  12.17142 vt=  24.29673
 i= 1280 j=  704 glon=  296.41 (0-360E) glon=  296.41 glat=  37.68 u= -14.7600 v=  23.3000 vr=  12.41776 vt=  24.62817
 i= 1285 j=  704 glon=  296.61 (0-360E) glon=  296.61 glat=  37.68 u= -11.7200 v=  25.6000 vr=  13.99666 vt=  24.42973
 i= 1290 j=  704 glon=  296.81 (0-360E) glon=  296.81 glat=  37.68 u=  -9.1400 v=  26.7000 vr=  14.65882 vt=  24.11532
 i= 1295 j=  704 glon=  297.01 (0-360E) glon=  297.01 glat=  37.68 u=  -7.4000 v=  26.5000 vr=  14.09741 vt=  23.62780
 i= 1300 j=  704 glon=  297.21 (0-360E) glon=  297.21 glat=  37.68 u=  -5.9600 v=  26.2000 vr=  13.53639 vt=  23.21051
 i= 1205 j=  709 glon=  293.41 (0-360E) glon=  293.41 glat=  37.48 u=  -3.7000 v= -11.6000 vr=  -3.88382 vt=  11.53976
 i= 1210 j=  709 glon=  293.61 (0-360E) glon=  293.61 glat=  37.48 u=  -5.6700 v= -11.1000 vr=  -2.64015 vt=  12.18148
 i= 1215 j=  709 glon=  293.81 (0-360E) glon=  293.81 glat=  37.48 u=  -8.5700 v= -11.0000 vr=  -1.16315 vt=  13.89575
 i= 1220 j=  709 glon=  294.01 (0-360E) glon=  294.01 glat=  37.48 u= -10.0700 v=  -9.8000 vr=  -0.20602 vt=  14.05000
 i= 1225 j=  709 glon=  294.21 (0-360E) glon=  294.21 glat=  37.48 u= -12.2100 v=  -9.6000 vr=   0.19774 vt=  15.53078
 i= 1230 j=  709 glon=  294.41 (0-360E) glon=  294.41 glat=  37.48 u= -16.5400 v=  -7.5000 vr=   2.96844 vt=  17.91675
 i= 1235 j=  709 glon=  294.61 (0-360E) glon=  294.61 glat=  37.48 u= -21.0800 v=  -5.2000 vr=   5.31107 vt=  21.05229
 i= 1240 j=  709 glon=  294.81 (0-360E) glon=  294.81 glat=  37.48 u= -22.7000 v=  -3.9000 vr=   4.71133 vt=  22.54558
 i= 1245 j=  709 glon=  295.01 (0-360E) glon=  295.01 glat=  37.48 u= -25.9000 v=   0.7000 vr=   7.14833 vt=  24.90384
 i= 1250 j=  709 glon=  295.21 (0-360E) glon=  295.21 glat=  37.48 u= -28.3100 v=   8.8000 vr=  12.14159 vt=  27.04585
 i= 1255 j=  709 glon=  295.41 (0-360E) glon=  295.41 glat=  37.48 u= -27.1300 v=  14.3000 vr=  13.87479 vt=  27.34990
 i= 1260 j=  709 glon=  295.61 (0-360E) glon=  295.61 glat=  37.48 u= -24.9200 v=  18.3000 vr=  14.33663 vt=  27.39265
 i= 1265 j=  709 glon=  295.81 (0-360E) glon=  295.81 glat=  37.48 u= -24.8000 v=  20.5000 vr=  12.80163 vt=  29.51962
 i= 1270 j=  709 glon=  296.01 (0-360E) glon=  296.01 glat=  37.48 u= -21.8600 v=  22.9000 vr=  12.49479 vt=  29.08865
 i= 1275 j=  709 glon=  296.21 (0-360E) glon=  296.21 glat=  37.48 u= -17.2400 v=  25.6000 vr=  13.84138 vt=  27.58612
 i= 1280 j=  709 glon=  296.41 (0-360E) glon=  296.41 glat=  37.48 u= -13.7300 v=  26.4000 vr=  13.73980 vt=  26.39490
 i= 1285 j=  709 glon=  296.61 (0-360E) glon=  296.61 glat=  37.48 u= -11.9600 v=  26.7000 vr=  12.77465 vt=  26.31995
 i= 1290 j=  709 glon=  296.81 (0-360E) glon=  296.81 glat=  37.48 u= -10.4300 v=  28.0000 vr=  12.74479 vt=  27.02509
 i= 1295 j=  709 glon=  297.01 (0-360E) glon=  297.01 glat=  37.48 u=  -7.4800 v=  28.8000 vr=  13.65934 vt=  26.43507
 i= 1300 j=  709 glon=  297.21 (0-360E) glon=  297.21 glat=  37.48 u=  -4.7800 v=  28.5000 vr=  14.03105 vt=  25.26318
 i= 1305 j=  709 glon=  297.41 (0-360E) glon=  297.41 glat=  37.48 u=  -3.6100 v=  27.5000 vr=  13.09921 vt=  24.44776
 i= 1200 j=  714 glon=  293.21 (0-360E) glon=  293.21 glat=  37.28 u=  -0.6700 v= -12.9000 vr=  -5.63942 vt=  11.62135
 i= 1205 j=  714 glon=  293.41 (0-360E) glon=  293.41 glat=  37.28 u=  -2.2000 v= -13.1000 vr=  -4.92538 vt=  12.33656
 i= 1210 j=  714 glon=  293.61 (0-360E) glon=  293.61 glat=  37.28 u=  -3.7200 v= -12.2000 vr=  -3.76307 vt=  12.18678
 i= 1215 j=  714 glon=  293.81 (0-360E) glon=  293.81 glat=  37.28 u=  -6.1500 v= -12.7000 vr=  -2.82772 vt=  13.82449
 i= 1220 j=  714 glon=  294.01 (0-360E) glon=  294.01 glat=  37.28 u=  -8.6400 v= -12.4000 vr=  -1.67747 vt=  15.01984
 i= 1225 j=  714 glon=  294.21 (0-360E) glon=  294.21 glat=  37.28 u= -12.3900 v= -12.4000 vr=  -0.23854 vt=  17.52756
 i= 1230 j=  714 glon=  294.41 (0-360E) glon=  294.41 glat=  37.28 u= -17.7600 v= -11.0000 vr=   2.60211 vt=  20.72792
 i= 1235 j=  714 glon=  294.61 (0-360E) glon=  294.61 glat=  37.28 u= -21.5100 v=  -9.7000 vr=   3.45655 vt=  23.34143
 i= 1240 j=  714 glon=  294.81 (0-360E) glon=  294.81 glat=  37.28 u= -25.3600 v=  -7.2000 vr=   4.40776 vt=  25.99118
 i= 1245 j=  714 glon=  295.01 (0-360E) glon=  295.01 glat=  37.28 u= -29.9900 v=  -2.6000 vr=   6.42922 vt=  29.40791
 i= 1250 j=  714 glon=  295.21 (0-360E) glon=  295.21 glat=  37.28 u= -32.7700 v=   5.8000 vr=  10.47820 vt=  31.58671
 i= 1255 j=  714 glon=  295.41 (0-360E) glon=  295.41 glat=  37.28 u= -29.0000 v=   9.0000 vr=   8.45246 vt=  29.16429
 i= 1260 j=  714 glon=  295.61 (0-360E) glon=  295.61 glat=  37.28 u= -28.0600 v=  15.9000 vr=  10.56488 vt=  30.47223
 i= 1265 j=  714 glon=  295.81 (0-360E) glon=  295.81 glat=  37.28 u= -28.2000 v=  19.0000 vr=   8.64927 vt=  32.88511
 i= 1270 j=  714 glon=  296.01 (0-360E) glon=  296.01 glat=  37.28 u= -23.2300 v=  23.1000 vr=   9.92087 vt=  31.22210
 i= 1275 j=  714 glon=  296.21 (0-360E) glon=  296.21 glat=  37.28 u= -19.3900 v=  27.1000 vr=  11.51249 vt=  31.27051
 i= 1280 j=  714 glon=  296.41 (0-360E) glon=  296.41 glat=  37.28 u= -18.8300 v=  27.4000 vr=   8.76384 vt=  32.07061
 i= 1285 j=  714 glon=  296.61 (0-360E) glon=  296.61 glat=  37.28 u= -15.0700 v=  31.0000 vr=  11.07063 vt=  32.64270
 i= 1290 j=  714 glon=  296.81 (0-360E) glon=  296.81 glat=  37.28 u=  -9.3300 v=  31.3000 vr=  13.13322 vt=  29.90414
 i= 1295 j=  714 glon=  297.01 (0-360E) glon=  297.01 glat=  37.28 u=  -6.7400 v=  30.5000 vr=  12.77594 vt=  28.50356
 i= 1300 j=  714 glon=  297.21 (0-360E) glon=  297.21 glat=  37.28 u=  -3.9100 v=  30.5000 vr=  13.54280 vt=  27.60672
 i= 1305 j=  714 glon=  297.41 (0-360E) glon=  297.41 glat=  37.28 u=  -1.7600 v=  29.8000 vr=  13.70546 vt=  26.51977
 i= 1200 j=  719 glon=  293.21 (0-360E) glon=  293.21 glat=  37.08 u=   1.4200 v= -14.1000 vr=  -6.94151 vt=  12.35483
 i= 1205 j=  719 glon=  293.41 (0-360E) glon=  293.41 glat=  37.08 u=  -0.1500 v= -13.8000 vr=  -5.85382 vt=  12.49781
 i= 1210 j=  719 glon=  293.61 (0-360E) glon=  293.61 glat=  37.08 u=  -1.9100 v= -14.5000 vr=  -5.17768 vt=  13.67807
 i= 1215 j=  719 glon=  293.81 (0-360E) glon=  293.81 glat=  37.08 u=  -4.5600 v= -13.7000 vr=  -3.20316 vt=  14.07918
 i= 1220 j=  719 glon=  294.01 (0-360E) glon=  294.01 glat=  37.08 u=  -7.8600 v= -15.1000 vr=  -2.16836 vt=  16.88454
 i= 1225 j=  719 glon=  294.21 (0-360E) glon=  294.21 glat=  37.08 u= -11.0700 v= -15.7000 vr=  -1.33450 vt=  19.16387
 i= 1230 j=  719 glon=  294.41 (0-360E) glon=  294.41 glat=  37.08 u= -20.4000 v= -14.6000 vr=   4.31771 vt=  24.71189
 i= 1235 j=  719 glon=  294.61 (0-360E) glon=  294.61 glat=  37.08 u= -22.5600 v= -15.3000 vr=   2.28777 vt=  27.16265
 i= 1240 j=  719 glon=  294.81 (0-360E) glon=  294.81 glat=  37.08 u= -25.2600 v= -13.4000 vr=   1.50732 vt=  28.55443
 i= 1245 j=  719 glon=  295.01 (0-360E) glon=  295.01 glat=  37.08 u= -34.4700 v= -10.1000 vr=   3.17490 vt=  35.77864
 i= 1250 j=  719 glon=  295.21 (0-360E) glon=  295.21 glat=  37.08 u= -30.9600 v=  -4.7000 vr=   0.98179 vt=  31.29932
 i= 1255 j=  719 glon=  295.41 (0-360E) glon=  295.41 glat=  37.08 u= -32.6600 v=  -0.3000 vr=  -1.07410 vt=  32.64371
 i= 1260 j=  719 glon=  295.61 (0-360E) glon=  295.61 glat=  37.08 u= -36.0000 v=  13.7000 vr=   5.22810 vt=  38.16225
 i= 1265 j=  719 glon=  295.81 (0-360E) glon=  295.81 glat=  37.08 u= -33.6100 v=  21.4000 vr=   6.07084 vt=  39.37940
 i= 1270 j=  719 glon=  296.01 (0-360E) glon=  296.01 glat=  37.08 u= -26.2500 v=  32.2000 vr=  12.75775 vt=  39.53659
 i= 1275 j=  719 glon=  296.21 (0-360E) glon=  296.21 glat=  37.08 u= -20.1700 v=  31.8000 vr=  11.03595 vt=  36.00384
 i= 1280 j=  719 glon=  296.41 (0-360E) glon=  296.41 glat=  37.08 u= -14.7400 v=  31.8000 vr=  11.01454 vt=  33.27443
 i= 1285 j=  719 glon=  296.61 (0-360E) glon=  296.61 glat=  37.08 u= -11.7000 v=  30.6000 vr=   9.67383 vt=  31.29963
 i= 1290 j=  719 glon=  296.81 (0-360E) glon=  296.81 glat=  37.08 u= -11.9600 v=  30.8000 vr=   7.27200 vt=  32.23041
 i= 1295 j=  719 glon=  297.01 (0-360E) glon=  297.01 glat=  37.08 u=  -5.7200 v=  32.6000 vr=  11.61559 vt=  30.99284
 i= 1300 j=  719 glon=  297.21 (0-360E) glon=  297.21 glat=  37.08 u=  -3.3500 v=  32.4000 vr=  12.05542 vt=  30.25970
 i= 1305 j=  719 glon=  297.41 (0-360E) glon=  297.41 glat=  37.08 u=  -0.2500 v=  31.6000 vr=  13.22920 vt=  28.69862
 i= 1310 j=  719 glon=  297.61 (0-360E) glon=  297.61 glat=  37.08 u=   1.2400 v=  30.3000 vr=  13.04460 vt=  27.37637
 i= 1195 j=  724 glon=  293.01 (0-360E) glon=  293.01 glat=  36.88 u=   3.9500 v= -13.9000 vr=  -7.70816 vt=  12.22280
 i= 1200 j=  724 glon=  293.21 (0-360E) glon=  293.21 glat=  36.88 u=   3.3400 v= -15.2000 vr=  -7.83725 vt=  13.44519
 i= 1205 j=  724 glon=  293.41 (0-360E) glon=  293.41 glat=  36.88 u=   2.2000 v= -14.6000 vr=  -6.96481 vt=  13.01889
 i= 1210 j=  724 glon=  293.61 (0-360E) glon=  293.61 glat=  36.88 u=   0.9100 v= -15.9000 vr=  -6.70982 vt=  14.44356
 i= 1215 j=  724 glon=  293.81 (0-360E) glon=  293.81 glat=  36.88 u=  -2.0300 v= -16.4000 vr=  -4.85532 vt=  15.79578
 i= 1220 j=  724 glon=  294.01 (0-360E) glon=  294.01 glat=  36.88 u=  -5.3200 v= -17.9000 vr=  -3.45775 vt=  18.35092
 i= 1225 j=  724 glon=  294.21 (0-360E) glon=  294.21 glat=  36.88 u= -10.2800 v= -18.4000 vr=  -0.69784 vt=  21.06541
 i= 1230 j=  724 glon=  294.41 (0-360E) glon=  294.41 glat=  36.88 u= -18.5300 v= -22.4000 vr=   1.80554 vt=  29.01484
 i= 1235 j=  724 glon=  294.61 (0-360E) glon=  294.61 glat=  36.88 u= -18.8300 v= -24.4000 vr=  -2.59529 vt=  30.71145
 i= 1240 j=  724 glon=  294.81 (0-360E) glon=  294.81 glat=  36.88 u= -28.4200 v= -21.9000 vr=   0.87030 vt=  35.86850
 i= 1245 j=  724 glon=  295.01 (0-360E) glon=  295.01 glat=  36.88 u= -33.5800 v= -19.8000 vr=  -1.80144 vt=  38.94113
 i= 1250 j=  724 glon=  295.21 (0-360E) glon=  295.21 glat=  36.88 u= -45.5400 v=  -6.1000 vr=   5.05702 vt=  45.66758
 i= 1255 j=  724 glon=  295.41 (0-360E) glon=  295.41 glat=  36.88 u= -48.6600 v=  11.8000 vr=  10.23785 vt=  49.01247
 i= 1260 j=  724 glon=  295.61 (0-360E) glon=  295.61 glat=  36.88 u= -45.9600 v=  24.9000 vr=  10.06312 vt=  51.29391
 i= 1265 j=  724 glon=  295.81 (0-360E) glon=  295.81 glat=  36.88 u= -39.8300 v=  34.0000 vr=   8.92697 vt=  51.60173
 i= 1270 j=  724 glon=  296.01 (0-360E) glon=  296.01 glat=  36.88 u= -30.5100 v=  36.6000 vr=   7.47370 vt=  47.05915
 i= 1275 j=  724 glon=  296.21 (0-360E) glon=  296.21 glat=  36.88 u= -22.1000 v=  40.3000 vr=   9.64783 vt=  44.93795
 i= 1280 j=  724 glon=  296.41 (0-360E) glon=  296.41 glat=  36.88 u= -13.7000 v=  37.4000 vr=  10.09043 vt=  38.53094
 i= 1285 j=  724 glon=  296.61 (0-360E) glon=  296.61 glat=  36.88 u=  -7.1800 v=  37.9000 vr=  12.81062 vt=  36.38476
 i= 1290 j=  724 glon=  296.81 (0-360E) glon=  296.81 glat=  36.88 u=  -5.1600 v=  34.2000 vr=  10.61876 vt=  32.91667
 i= 1295 j=  724 glon=  297.01 (0-360E) glon=  297.01 glat=  36.88 u=  -6.3400 v=  33.9000 vr=   7.71913 vt=  33.61280
 i= 1300 j=  724 glon=  297.21 (0-360E) glon=  297.21 glat=  36.88 u=  -0.6400 v=  34.6000 vr=  11.87938 vt=  32.50308
 i= 1305 j=  724 glon=  297.41 (0-360E) glon=  297.41 glat=  36.88 u=   1.0700 v=  32.8000 vr=  11.77326 vt=  30.63291
 i= 1310 j=  724 glon=  297.61 (0-360E) glon=  297.61 glat=  36.88 u=   3.8300 v=  31.5000 vr=  13.11913 vt=  28.89303
 i= 1195 j=  729 glon=  293.01 (0-360E) glon=  293.01 glat=  36.68 u=   5.8100 v= -14.4000 vr=  -8.38349 vt=  13.07031
 i= 1200 j=  729 glon=  293.21 (0-360E) glon=  293.21 glat=  36.68 u=   5.8100 v= -15.3000 vr=  -8.79792 vt=  13.80010
 i= 1205 j=  729 glon=  293.41 (0-360E) glon=  293.41 glat=  36.68 u=   5.8000 v= -15.1000 vr=  -9.03300 vt=  13.41845
 i= 1210 j=  729 glon=  293.61 (0-360E) glon=  293.61 glat=  36.68 u=   5.3900 v= -16.8000 vr=  -9.39747 vt=  14.93250
 i= 1215 j=  729 glon=  293.81 (0-360E) glon=  293.81 glat=  36.68 u=   1.9800 v= -18.9000 vr=  -7.17160 vt=  17.59826
 i= 1220 j=  729 glon=  294.01 (0-360E) glon=  294.01 glat=  36.68 u=  -2.6900 v= -20.3000 vr=  -3.87351 vt=  20.10776
 i= 1225 j=  729 glon=  294.21 (0-360E) glon=  294.21 glat=  36.68 u=  -6.2400 v= -22.1000 vr=  -2.24621 vt=  22.85393
 i= 1230 j=  729 glon=  294.41 (0-360E) glon=  294.41 glat=  36.68 u=  -8.7100 v= -27.2000 vr=  -3.75174 vt=  28.31305
 i= 1235 j=  729 glon=  294.61 (0-360E) glon=  294.61 glat=  36.68 u= -11.0700 v= -34.6000 vr=  -8.19551 vt=  35.39122
 i= 1240 j=  729 glon=  294.81 (0-360E) glon=  294.81 glat=  36.68 u= -23.1700 v= -35.4000 vr=  -4.10516 vt=  42.10887
 i= 1245 j=  729 glon=  295.01 (0-360E) glon=  295.01 glat=  36.68 u= -21.1400 v= -23.7000 vr=  -5.06004 vt=  31.35260
 i= 1250 j=  729 glon=  295.21 (0-360E) glon=  295.21 glat=  36.68 u= -13.8800 v=  -3.2000 vr=   1.95766 vt=  14.10893
 i= 1255 j=  729 glon=  295.41 (0-360E) glon=  295.41 glat=  36.68 u= -15.1600 v=   3.4000 vr=   2.65178 vt=  15.30861
 i= 1260 j=  729 glon=  295.61 (0-360E) glon=  295.61 glat=  36.68 u= -24.5800 v=  23.6000 vr=  10.64313 vt=  32.37067
 i= 1265 j=  729 glon=  295.81 (0-360E) glon=  295.81 glat=  36.68 u= -33.5800 v=  44.8000 vr=  10.49700 vt=  54.99518
 i= 1270 j=  729 glon=  296.01 (0-360E) glon=  296.01 glat=  36.68 u= -27.7300 v=  47.9000 vr=   6.34981 vt=  54.98220
 i= 1275 j=  729 glon=  296.21 (0-360E) glon=  296.21 glat=  36.68 u= -17.7200 v=  47.6000 vr=   7.88684 vt=  50.17526
 i= 1280 j=  729 glon=  296.41 (0-360E) glon=  296.41 glat=  36.68 u= -10.6300 v=  42.9000 vr=   7.96348 vt=  43.47401
 i= 1285 j=  729 glon=  296.61 (0-360E) glon=  296.61 glat=  36.68 u=  -7.0700 v=  38.1000 vr=   6.81314 vt=  38.14677
 i= 1290 j=  729 glon=  296.81 (0-360E) glon=  296.81 glat=  36.68 u=  -0.8900 v=  38.3000 vr=  10.91593 vt=  36.72226
 i= 1295 j=  729 glon=  297.01 (0-360E) glon=  297.01 glat=  36.68 u=  -0.3600 v=  35.1000 vr=   9.17862 vt=  33.88056
 i= 1300 j=  729 glon=  297.21 (0-360E) glon=  297.21 glat=  36.68 u=  -1.1300 v=  34.2000 vr=   7.19848 vt=  33.45293
 i= 1305 j=  729 glon=  297.41 (0-360E) glon=  297.41 glat=  36.68 u=   3.8000 v=  33.8000 vr=  11.10399 vt=  32.14936
 i= 1310 j=  729 glon=  297.61 (0-360E) glon=  297.61 glat=  36.68 u=   5.7700 v=  31.8000 vr=  11.98194 vt=  30.01609
 i= 1315 j=  729 glon=  297.81 (0-360E) glon=  297.81 glat=  36.68 u=   6.3300 v=  30.6000 vr=  11.79684 vt=  28.93550
 i= 1195 j=  734 glon=  293.01 (0-360E) glon=  293.01 glat=  36.48 u=   7.7700 v= -14.6000 vr=  -8.96719 vt=  13.89685
 i= 1200 j=  734 glon=  293.21 (0-360E) glon=  293.21 glat=  36.48 u=   7.7800 v= -15.1000 vr=  -9.14701 vt=  14.31330
 i= 1205 j=  734 glon=  293.41 (0-360E) glon=  293.41 glat=  36.48 u=   8.0600 v= -15.2000 vr=  -9.58622 vt=  14.28664
 i= 1210 j=  734 glon=  293.61 (0-360E) glon=  293.61 glat=  36.48 u=   8.4200 v= -18.4000 vr= -10.49568 vt=  17.30020
 i= 1215 j=  734 glon=  293.81 (0-360E) glon=  293.81 glat=  36.48 u=   5.9400 v= -19.8000 vr=  -8.49224 vt=  18.84690
 i= 1220 j=  734 glon=  294.01 (0-360E) glon=  294.01 glat=  36.48 u=   1.4900 v= -22.7000 vr=  -4.90812 vt=  22.21307
 i= 1225 j=  734 glon=  294.21 (0-360E) glon=  294.21 glat=  36.48 u=  -1.9100 v= -26.6000 vr=  -2.83963 vt=  26.51687
 i= 1230 j=  734 glon=  294.41 (0-360E) glon=  294.41 glat=  36.48 u=  -0.2400 v= -32.1000 vr=  -6.61325 vt=  31.41230
 i= 1235 j=  734 glon=  294.61 (0-360E) glon=  294.61 glat=  36.48 u=  -8.0400 v= -38.3000 vr=  -2.42988 vt=  39.05928
 i= 1240 j=  734 glon=  294.81 (0-360E) glon=  294.81 glat=  36.48 u=  -6.9800 v= -36.8000 vr=  -6.30500 vt=  36.92164
 i= 1245 j=  734 glon=  295.01 (0-360E) glon=  295.01 glat=  36.48 u=   2.1200 v= -22.8000 vr= -13.15152 vt=  18.74492
 i= 1250 j=  734 glon=  295.21 (0-360E) glon=  295.21 glat=  36.48 u=  -0.4900 v=  -9.4000 vr=  -6.95399 vt=   6.34367
 i= 1255 j=  734 glon=  295.41 (0-360E) glon=  295.41 glat=  36.48 u=  -5.3600 v=   1.8000 vr=   1.22637 vt=   5.51957
 i= 1260 j=  734 glon=  295.61 (0-360E) glon=  295.61 glat=  36.48 u=  -6.0600 v=  14.3000 vr=   5.59312 vt=  14.48898
 i= 1265 j=  734 glon=  295.81 (0-360E) glon=  295.81 glat=  36.48 u=  -5.8500 v=  33.3000 vr=   9.90318 vt=  32.32707
 i= 1270 j=  734 glon=  296.01 (0-360E) glon=  296.01 glat=  36.48 u= -20.1600 v=  55.2000 vr=  -1.05644 vt=  58.75670
 i= 1275 j=  734 glon=  296.21 (0-360E) glon=  296.21 glat=  36.48 u= -10.2600 v=  55.5000 vr=   4.04640 vt=  56.29515
 i= 1280 j=  734 glon=  296.41 (0-360E) glon=  296.41 glat=  36.48 u=  -6.7700 v=  49.0000 vr=   3.36770 vt=  49.35070
 i= 1285 j=  734 glon=  296.61 (0-360E) glon=  296.61 glat=  36.48 u=  -2.4700 v=  41.2000 vr=   4.60168 vt=  41.01665
 i= 1290 j=  734 glon=  296.81 (0-360E) glon=  296.81 glat=  36.48 u=   0.6700 v=  38.7000 vr=   6.32645 vt=  38.18527
 i= 1295 j=  734 glon=  297.01 (0-360E) glon=  297.01 glat=  36.48 u=   2.9000 v=  37.9000 vr=   7.71329 vt=  37.21996
 i= 1300 j=  734 glon=  297.21 (0-360E) glon=  297.21 glat=  36.48 u=   2.5500 v=  37.0000 vr=   6.70653 vt=  36.47636
 i= 1305 j=  734 glon=  297.41 (0-360E) glon=  297.41 glat=  36.48 u=   6.5200 v=  34.0000 vr=   9.91002 vt=  33.17080
 i= 1310 j=  734 glon=  297.61 (0-360E) glon=  297.61 glat=  36.48 u=   7.8900 v=  31.8000 vr=  10.73859 vt=  30.95440
 i= 1315 j=  734 glon=  297.81 (0-360E) glon=  297.81 glat=  36.48 u=   8.2700 v=  30.6000 vr=  10.75232 vt=  29.81846
 i= 1195 j=  739 glon=  293.01 (0-360E) glon=  293.01 glat=  36.28 u=   9.9800 v= -14.6000 vr=  -9.71211 vt=  14.77956
 i= 1200 j=  739 glon=  293.21 (0-360E) glon=  293.21 glat=  36.28 u=   9.6900 v= -15.4000 vr=  -9.39181 vt=  15.58364
 i= 1205 j=  739 glon=  293.41 (0-360E) glon=  293.41 glat=  36.28 u=  10.5100 v= -15.5000 vr= -10.19022 vt=  15.71208
 i= 1210 j=  739 glon=  293.61 (0-360E) glon=  293.61 glat=  36.28 u=  10.4600 v= -17.8000 vr= -10.06506 vt=  18.02626
 i= 1215 j=  739 glon=  293.81 (0-360E) glon=  293.81 glat=  36.28 u=  10.0200 v= -20.0000 vr=  -9.53627 vt=  20.23512
 i= 1220 j=  739 glon=  294.01 (0-360E) glon=  294.01 glat=  36.28 u=   8.7300 v= -23.1000 vr=  -8.11056 vt=  23.32470
 i= 1225 j=  739 glon=  294.21 (0-360E) glon=  294.21 glat=  36.28 u=   4.0300 v= -28.8000 vr=  -3.15544 vt=  28.90889
 i= 1230 j=  739 glon=  294.41 (0-360E) glon=  294.41 glat=  36.28 u=  10.5700 v= -32.3000 vr=  -9.41583 vt=  32.65512
 i= 1235 j=  739 glon=  294.61 (0-360E) glon=  294.61 glat=  36.28 u=   9.6700 v= -38.3000 vr=  -7.99048 vt=  38.68528
 i= 1240 j=  739 glon=  294.81 (0-360E) glon=  294.81 glat=  36.28 u=  10.0800 v= -35.2000 vr=  -8.03743 vt=  35.72179
 i= 1245 j=  739 glon=  295.01 (0-360E) glon=  295.01 glat=  36.28 u=  19.2500 v= -27.6000 vr= -16.78664 vt=  29.16387
 i= 1250 j=  739 glon=  295.21 (0-360E) glon=  295.21 glat=  36.28 u=  12.4600 v= -15.0000 vr=  -9.54771 vt=  17.00273
 i= 1255 j=  739 glon=  295.41 (0-360E) glon=  295.41 glat=  36.28 u=   9.5800 v=  -0.5000 vr=   5.92236 vt=   7.54666
 i= 1260 j=  739 glon=  295.61 (0-360E) glon=  295.61 glat=  36.28 u=  11.5000 v=  11.6000 vr=   9.70182 vt=  13.14095
 i= 1265 j=  739 glon=  295.81 (0-360E) glon=  295.81 glat=  36.28 u=  12.0000 v=  25.4000 vr=   9.99406 vt=  26.25412
 i= 1270 j=  739 glon=  296.01 (0-360E) glon=  296.01 glat=  36.28 u=   3.2600 v=  56.4000 vr=   0.23448 vt=  56.49365
 i= 1275 j=  739 glon=  296.21 (0-360E) glon=  296.21 glat=  36.28 u=  -7.1500 v=  59.9000 vr=  -9.62399 vt=  59.55259
 i= 1280 j=  739 glon=  296.41 (0-360E) glon=  296.41 glat=  36.28 u=   1.1300 v=  50.2000 vr=  -0.58463 vt=  50.20931
 i= 1285 j=  739 glon=  296.61 (0-360E) glon=  296.61 glat=  36.28 u=   4.0800 v=  46.2000 vr=   2.72165 vt=  46.29988
 i= 1290 j=  739 glon=  296.81 (0-360E) glon=  296.81 glat=  36.28 u=   3.5400 v=  40.1000 vr=   2.49591 vt=  40.17850
 i= 1295 j=  739 glon=  297.01 (0-360E) glon=  297.01 glat=  36.28 u=   6.8400 v=  38.7000 vr=   5.92718 vt=  38.85028
 i= 1300 j=  739 glon=  297.21 (0-360E) glon=  297.21 glat=  36.28 u=   6.0800 v=  36.6000 vr=   5.28596 vt=  36.72309
 i= 1305 j=  739 glon=  297.41 (0-360E) glon=  297.41 glat=  36.28 u=   8.5100 v=  33.8000 vr=   7.82616 vt=  33.96486
 i= 1310 j=  739 glon=  297.61 (0-360E) glon=  297.61 glat=  36.28 u=  10.4700 v=  31.4000 vr=   9.87159 vt=  31.59324
 i= 1315 j=  739 glon=  297.81 (0-360E) glon=  297.81 glat=  36.28 u=   9.5300 v=  30.2000 vr=   8.98394 vt=  30.36692
 i= 1195 j=  744 glon=  293.01 (0-360E) glon=  293.01 glat=  36.08 u=  11.9400 v= -14.6000 vr= -10.05571 vt=  15.95639
 i= 1200 j=  744 glon=  293.21 (0-360E) glon=  293.21 glat=  36.08 u=  12.1200 v= -15.1000 vr= -10.00411 vt=  16.57776
 i= 1205 j=  744 glon=  293.41 (0-360E) glon=  293.41 glat=  36.08 u=  12.9400 v= -15.5000 vr= -10.55228 vt=  17.21461
 i= 1210 j=  744 glon=  293.61 (0-360E) glon=  293.61 glat=  36.08 u=  14.5900 v= -16.6000 vr= -11.74318 vt=  18.72234
 i= 1215 j=  744 glon=  293.81 (0-360E) glon=  293.81 glat=  36.08 u=  14.0200 v= -18.5000 vr= -10.48534 vt=  20.70913
 i= 1220 j=  744 glon=  294.01 (0-360E) glon=  294.01 glat=  36.08 u=  14.1800 v= -21.7000 vr=  -9.48446 vt=  24.12483
 i= 1225 j=  744 glon=  294.21 (0-360E) glon=  294.21 glat=  36.08 u=  12.3200 v= -25.1000 vr=  -6.09095 vt=  27.28906
 i= 1230 j=  744 glon=  294.41 (0-360E) glon=  294.41 glat=  36.08 u=  16.8500 v= -29.3000 vr=  -8.03865 vt=  32.82975
 i= 1235 j=  744 glon=  294.61 (0-360E) glon=  294.61 glat=  36.08 u=  23.2300 v= -33.0000 vr= -10.58232 vt=  38.94416
 i= 1240 j=  744 glon=  294.81 (0-360E) glon=  294.81 glat=  36.08 u=  24.1800 v= -37.7000 vr=  -5.22074 vt=  44.48265
 i= 1245 j=  744 glon=  295.01 (0-360E) glon=  295.01 glat=  36.08 u=  32.6200 v= -24.6000 vr= -11.47593 vt=  39.21132
 i= 1250 j=  744 glon=  295.21 (0-360E) glon=  295.21 glat=  36.08 u=  35.4500 v= -19.1000 vr=  -2.78291 vt=  40.17173
 i= 1255 j=  744 glon=  295.41 (0-360E) glon=  295.41 glat=  36.08 u=  32.6100 v=  -1.7000 vr=   4.34017 vt=  32.36456
 i= 1260 j=  744 glon=  295.61 (0-360E) glon=  295.61 glat=  36.08 u=  30.1500 v=  14.3000 vr=   7.55416 vt=  32.50303
 i= 1265 j=  744 glon=  295.81 (0-360E) glon=  295.81 glat=  36.08 u=  33.1400 v=  25.8000 vr=  13.32864 vt=  39.82772
 i= 1270 j=  744 glon=  296.01 (0-360E) glon=  296.01 glat=  36.08 u=  21.8900 v=  54.0000 vr=  -2.28644 vt=  58.22323
 i= 1275 j=  744 glon=  296.21 (0-360E) glon=  296.21 glat=  36.08 u=   9.3000 v=  61.1000 vr= -11.02158 vt=  60.81303
 i= 1280 j=  744 glon=  296.41 (0-360E) glon=  296.41 glat=  36.08 u=  11.3800 v=  53.8000 vr=  -3.38312 vt=  54.88624
 i= 1285 j=  744 glon=  296.61 (0-360E) glon=  296.61 glat=  36.08 u=  11.9500 v=  45.9000 vr=   1.24821 vt=  47.41365
 i= 1290 j=  744 glon=  296.81 (0-360E) glon=  296.81 glat=  36.08 u=   9.9000 v=  40.8000 vr=   1.67849 vt=  41.95036
 i= 1295 j=  744 glon=  297.01 (0-360E) glon=  297.01 glat=  36.08 u=  10.5700 v=  38.1000 vr=   3.77219 vt=  39.35868
 i= 1300 j=  744 glon=  297.21 (0-360E) glon=  297.21 glat=  36.08 u=   9.7000 v=  36.2000 vr=   3.91704 vt=  37.27180
 i= 1305 j=  744 glon=  297.41 (0-360E) glon=  297.41 glat=  36.08 u=  11.0100 v=  32.9000 vr=   6.21975 vt=  34.13129
 i= 1310 j=  744 glon=  297.61 (0-360E) glon=  297.61 glat=  36.08 u=  12.6200 v=  30.9000 vr=   8.47898 vt=  32.28283
 i= 1315 j=  744 glon=  297.81 (0-360E) glon=  297.81 glat=  36.08 u=  10.9000 v=  29.6000 vr=   7.24477 vt=  30.69989
 i= 1195 j=  749 glon=  293.01 (0-360E) glon=  293.01 glat=  35.88 u=  13.4200 v= -14.6000 vr=  -9.83696 vt=  17.21890
 i= 1200 j=  749 glon=  293.21 (0-360E) glon=  293.21 glat=  35.88 u=  14.5100 v= -14.0000 vr= -10.71289 vt=  17.08140
 i= 1205 j=  749 glon=  293.41 (0-360E) glon=  293.41 glat=  35.88 u=  14.7900 v= -14.6000 vr= -10.43807 vt=  17.97083
 i= 1210 j=  749 glon=  293.61 (0-360E) glon=  293.61 glat=  35.88 u=  16.4400 v= -15.4000 vr= -11.29195 vt=  19.49168
 i= 1215 j=  749 glon=  293.81 (0-360E) glon=  293.81 glat=  35.88 u=  18.8100 v= -16.8000 vr= -12.42364 vt=  21.94788
 i= 1220 j=  749 glon=  294.01 (0-360E) glon=  294.01 glat=  35.88 u=  19.4800 v= -19.4000 vr= -11.16595 vt=  25.12274
 i= 1225 j=  749 glon=  294.21 (0-360E) glon=  294.21 glat=  35.88 u=  18.3800 v= -22.4000 vr=  -7.53143 vt=  27.97967
 i= 1230 j=  749 glon=  294.41 (0-360E) glon=  294.41 glat=  35.88 u=  20.0700 v= -26.9000 vr=  -4.80309 vt=  33.21664
 i= 1235 j=  749 glon=  294.61 (0-360E) glon=  294.61 glat=  35.88 u=  27.2900 v= -27.6000 vr=  -7.00823 vt=  38.17576
 i= 1240 j=  749 glon=  294.81 (0-360E) glon=  294.81 glat=  35.88 u=  34.7300 v= -28.3000 vr=  -6.48397 vt=  44.32856
 i= 1245 j=  749 glon=  295.01 (0-360E) glon=  295.01 glat=  35.88 u=  36.9900 v= -29.1000 vr=   2.19682 vt=  47.01323
 i= 1250 j=  749 glon=  295.21 (0-360E) glon=  295.21 glat=  35.88 u=  42.0100 v= -11.6000 vr=  -2.36287 vt=  43.51801
 i= 1255 j=  749 glon=  295.41 (0-360E) glon=  295.41 glat=  35.88 u=  45.1500 v=   0.6000 vr=   1.35036 vt=  45.13379
 i= 1260 j=  749 glon=  295.61 (0-360E) glon=  295.61 glat=  35.88 u=  46.2500 v=  14.6000 vr=   4.52447 vt=  48.28821
 i= 1265 j=  749 glon=  295.81 (0-360E) glon=  295.81 glat=  35.88 u=  43.3500 v=  29.9000 vr=   3.73200 vt=  52.52908
 i= 1270 j=  749 glon=  296.01 (0-360E) glon=  296.01 glat=  35.88 u=  29.3200 v=  52.6000 vr= -11.70856 vt=  59.07057
 i= 1275 j=  749 glon=  296.21 (0-360E) glon=  296.21 glat=  35.88 u=  23.8400 v=  52.8000 vr=  -8.54075 vt=  57.29957
 i= 1280 j=  749 glon=  296.41 (0-360E) glon=  296.41 glat=  35.88 u=  19.7900 v=  47.1000 vr=  -4.12833 vt=  50.92162
 i= 1285 j=  749 glon=  296.61 (0-360E) glon=  296.61 glat=  35.88 u=  19.2800 v=  41.8000 vr=   1.00670 vt=  46.02114
 i= 1290 j=  749 glon=  296.81 (0-360E) glon=  296.81 glat=  35.88 u=  15.7900 v=  38.5000 vr=   1.27446 vt=  41.59267
 i= 1295 j=  749 glon=  297.01 (0-360E) glon=  297.01 glat=  35.88 u=  14.2700 v=  37.0000 vr=   1.97284 vt=  39.60733
 i= 1300 j=  749 glon=  297.21 (0-360E) glon=  297.21 glat=  35.88 u=  12.6700 v=  35.0000 vr=   2.27226 vt=  37.15327
 i= 1305 j=  749 glon=  297.41 (0-360E) glon=  297.41 glat=  35.88 u=  13.4700 v=  31.8000 vr=   4.83739 vt=  34.19474
 i= 1310 j=  749 glon=  297.61 (0-360E) glon=  297.61 glat=  35.88 u=  14.4400 v=  30.1000 vr=   6.91916 vt=  32.65959
 i= 1315 j=  749 glon=  297.81 (0-360E) glon=  297.81 glat=  35.88 u=  12.7600 v=  28.8000 vr=   6.15537 vt=  30.89286
 i= 1195 j=  754 glon=  293.01 (0-360E) glon=  293.01 glat=  35.68 u=  14.0600 v= -14.9000 vr=  -8.64565 vt=  18.57273
 i= 1200 j=  754 glon=  293.21 (0-360E) glon=  293.21 glat=  35.68 u=  15.9200 v= -14.1000 vr= -10.17529 vt=  18.67404
 i= 1205 j=  754 glon=  293.41 (0-360E) glon=  293.41 glat=  35.68 u=  16.9400 v= -13.4000 vr= -10.79680 vt=  18.70703
 i= 1210 j=  754 glon=  293.61 (0-360E) glon=  293.61 glat=  35.68 u=  18.2400 v= -13.9000 vr= -11.08295 vt=  20.07675
 i= 1215 j=  754 glon=  293.81 (0-360E) glon=  293.81 glat=  35.68 u=  19.9400 v= -14.9000 vr= -11.24827 vt=  22.20563
 i= 1220 j=  754 glon=  294.01 (0-360E) glon=  294.01 glat=  35.68 u=  21.0700 v= -16.6000 vr= -10.14894 vt=  24.82950
 i= 1225 j=  754 glon=  294.21 (0-360E) glon=  294.21 glat=  35.68 u=  20.5300 v= -19.5000 vr=  -6.35968 vt=  27.59140
 i= 1230 j=  754 glon=  294.41 (0-360E) glon=  294.41 glat=  35.68 u=  23.9100 v= -22.2000 vr=  -4.88007 vt=  32.26008
 i= 1235 j=  754 glon=  294.61 (0-360E) glon=  294.61 glat=  35.68 u=  29.1200 v= -22.1000 vr=  -4.96819 vt=  36.21742
 i= 1240 j=  754 glon=  294.81 (0-360E) glon=  294.81 glat=  35.68 u=  33.6300 v= -21.5000 vr=  -2.81181 vt=  39.81609
 i= 1245 j=  754 glon=  295.01 (0-360E) glon=  295.01 glat=  35.68 u=  41.5300 v= -19.5000 vr=  -0.62112 vt=  45.87598
 i= 1250 j=  754 glon=  295.21 (0-360E) glon=  295.21 glat=  35.68 u=  40.5400 v= -11.4000 vr=   2.08463 vt=  42.06074
 i= 1255 j=  754 glon=  295.41 (0-360E) glon=  295.41 glat=  35.68 u=  45.9100 v=   1.3000 vr=   0.05143 vt=  45.92837
 i= 1260 j=  754 glon=  295.61 (0-360E) glon=  295.61 glat=  35.68 u=  47.3800 v=  11.6000 vr=   1.93439 vt=  48.74097
 i= 1265 j=  754 glon=  295.81 (0-360E) glon=  295.81 glat=  35.68 u=  45.1800 v=  32.8000 vr=  -7.18195 vt=  55.36689
 i= 1270 j=  754 glon=  296.01 (0-360E) glon=  296.01 glat=  35.68 u=  33.2700 v=  44.2000 vr= -13.66023 vt=  53.60906
 i= 1275 j=  754 glon=  296.21 (0-360E) glon=  296.21 glat=  35.68 u=  27.1500 v=  46.0000 vr= -11.84834 vt=  52.08397
 i= 1280 j=  754 glon=  296.41 (0-360E) glon=  296.41 glat=  35.68 u=  26.8200 v=  38.5000 vr=  -1.96501 vt=  46.87965
 i= 1285 j=  754 glon=  296.61 (0-360E) glon=  296.61 glat=  35.68 u=  23.1700 v=  36.7000 vr=  -0.18348 vt=  43.40167
 i= 1290 j=  754 glon=  296.81 (0-360E) glon=  296.81 glat=  35.68 u=  20.1200 v=  35.5000 vr=   0.56426 vt=  40.80130
 i= 1295 j=  754 glon=  297.01 (0-360E) glon=  297.01 glat=  35.68 u=  17.4000 v=  34.8000 vr=   0.56533 vt=  38.90348
 i= 1300 j=  754 glon=  297.21 (0-360E) glon=  297.21 glat=  35.68 u=  14.6400 v=  32.9000 vr=   0.45175 vt=  36.00744
 i= 1305 j=  754 glon=  297.41 (0-360E) glon=  297.41 glat=  35.68 u=  15.4000 v=  30.3000 vr=   3.38296 vt=  33.82019
 i= 1310 j=  754 glon=  297.61 (0-360E) glon=  297.61 glat=  35.68 u=  15.9300 v=  29.0000 vr=   5.32558 vt=  32.65583
 i= 1200 j=  759 glon=  293.21 (0-360E) glon=  293.21 glat=  35.48 u=  16.6900 v= -14.9000 vr=  -8.68010 vt=  20.62091
 i= 1205 j=  759 glon=  293.41 (0-360E) glon=  293.41 glat=  35.48 u=  18.0500 v= -13.8000 vr=  -9.61252 vt=  20.58742
 i= 1210 j=  759 glon=  293.61 (0-360E) glon=  293.61 glat=  35.48 u=  18.7900 v= -12.6000 vr=  -9.93433 vt=  20.32568
 i= 1215 j=  759 glon=  293.81 (0-360E) glon=  293.81 glat=  35.48 u=  21.1300 v= -13.3000 vr= -10.43099 vt=  22.68395
 i= 1220 j=  759 glon=  294.01 (0-360E) glon=  294.01 glat=  35.48 u=  24.2100 v= -14.2000 vr= -10.91490 vt=  25.85786
 i= 1225 j=  759 glon=  294.21 (0-360E) glon=  294.21 glat=  35.48 u=  24.9000 v= -14.5000 vr=  -9.24347 vt=  27.29136
 i= 1230 j=  759 glon=  294.41 (0-360E) glon=  294.41 glat=  35.48 u=  25.7700 v= -14.7000 vr=  -7.14306 vt=  28.79513
 i= 1235 j=  759 glon=  294.61 (0-360E) glon=  294.61 glat=  35.48 u=  27.7600 v= -18.0000 vr=  -2.44390 vt=  32.99462
 i= 1240 j=  759 glon=  294.81 (0-360E) glon=  294.81 glat=  35.48 u=  31.0900 v= -16.8000 vr=  -0.64025 vt=  35.33296
 i= 1245 j=  759 glon=  295.01 (0-360E) glon=  295.01 glat=  35.48 u=  36.4500 v= -14.5000 vr=   0.99375 vt=  39.21562
 i= 1250 j=  759 glon=  295.21 (0-360E) glon=  295.21 glat=  35.48 u=  42.5900 v=  -6.6000 vr=  -0.76785 vt=  43.09151
 i= 1255 j=  759 glon=  295.41 (0-360E) glon=  295.41 glat=  35.48 u=  46.5700 v=   5.2000 vr=  -4.15930 vt=  46.67446
 i= 1260 j=  759 glon=  295.61 (0-360E) glon=  295.61 glat=  35.48 u=  49.9400 v=  22.0000 vr= -10.86320 vt=  53.47892
 i= 1265 j=  759 glon=  295.81 (0-360E) glon=  295.81 glat=  35.48 u=  47.0800 v=  27.3000 vr=  -7.24527 vt=  53.93814
 i= 1270 j=  759 glon=  296.01 (0-360E) glon=  296.01 glat=  35.48 u=  34.6700 v=  37.3000 vr= -13.84066 vt=  49.00750
 i= 1275 j=  759 glon=  296.21 (0-360E) glon=  296.21 glat=  35.48 u=  32.9200 v=  35.4000 vr=  -6.97968 vt=  47.83483
 i= 1280 j=  759 glon=  296.41 (0-360E) glon=  296.41 glat=  35.48 u=  30.0600 v=  31.9000 vr=  -1.35102 vt=  43.81082
 i= 1285 j=  759 glon=  296.61 (0-360E) glon=  296.61 glat=  35.48 u=  24.7400 v=  32.3000 vr=  -1.81464 vt=  40.64560
 i= 1290 j=  759 glon=  296.81 (0-360E) glon=  296.81 glat=  35.48 u=  23.1100 v=  32.9000 vr=  -0.52885 vt=  40.20202
 i= 1295 j=  759 glon=  297.01 (0-360E) glon=  297.01 glat=  35.48 u=  19.4300 v=  31.8000 vr=  -0.62284 vt=  37.26093
 i= 1300 j=  759 glon=  297.21 (0-360E) glon=  297.21 glat=  35.48 u=  16.6500 v=  30.2000 vr=  -0.37448 vt=  34.48365
 i= 1305 j=  759 glon=  297.41 (0-360E) glon=  297.41 glat=  35.48 u=  16.9600 v=  28.5000 vr=   2.14428 vt=  33.09522
 i= 1310 j=  759 glon=  297.61 (0-360E) glon=  297.61 glat=  35.48 u=  17.3500 v=  27.5000 vr=   4.12052 vt=  32.25359
 i= 1205 j=  764 glon=  293.41 (0-360E) glon=  293.41 glat=  35.28 u=  19.1700 v= -14.4000 vr=  -8.27330 vt=  22.50337
 i= 1210 j=  764 glon=  293.61 (0-360E) glon=  293.61 glat=  35.28 u=  20.1700 v= -13.5000 vr=  -8.49998 vt=  22.73388
 i= 1215 j=  764 glon=  293.81 (0-360E) glon=  293.81 glat=  35.28 u=  21.9200 v= -12.7000 vr=  -9.05726 vt=  23.65887
 i= 1220 j=  764 glon=  294.01 (0-360E) glon=  294.01 glat=  35.28 u=  24.2300 v= -12.3000 vr=  -9.43327 vt=  25.48326
 i= 1225 j=  764 glon=  294.21 (0-360E) glon=  294.21 glat=  35.28 u=  27.5100 v= -10.6000 vr= -10.89747 vt=  27.39352
 i= 1230 j=  764 glon=  294.41 (0-360E) glon=  294.41 glat=  35.28 u=  30.5400 v=  -9.2000 vr= -11.31326 vt=  29.82183
 i= 1235 j=  764 glon=  294.61 (0-360E) glon=  294.61 glat=  35.28 u=  33.7400 v=  -9.3000 vr=  -9.66963 vt=  33.63593
 i= 1240 j=  764 glon=  294.81 (0-360E) glon=  294.81 glat=  35.28 u=  37.3900 v=  -6.9000 vr=  -9.18734 vt=  36.89465
 i= 1245 j=  764 glon=  295.01 (0-360E) glon=  295.01 glat=  35.28 u=  39.8600 v=  -2.6000 vr=  -8.85906 vt=  38.94992
 i= 1250 j=  764 glon=  295.21 (0-360E) glon=  295.21 glat=  35.28 u=  42.2300 v=   2.3000 vr=  -8.11591 vt=  41.50656
 i= 1255 j=  764 glon=  295.41 (0-360E) glon=  295.41 glat=  35.28 u=  44.1800 v=   8.1000 vr=  -7.30425 vt=  44.31851
 i= 1260 j=  764 glon=  295.61 (0-360E) glon=  295.61 glat=  35.28 u=  44.2800 v=  13.6000 vr=  -5.73916 vt=  45.96456
 i= 1265 j=  764 glon=  295.81 (0-360E) glon=  295.81 glat=  35.28 u=  39.8400 v=  22.9000 vr=  -9.13912 vt=  45.03457
 i= 1270 j=  764 glon=  296.01 (0-360E) glon=  296.01 glat=  35.28 u=  37.2800 v=  27.6000 vr=  -8.36858 vt=  45.62374
 i= 1275 j=  764 glon=  296.21 (0-360E) glon=  296.21 glat=  35.28 u=  34.7300 v=  25.0000 vr=  -2.11161 vt=  42.74008
 i= 1280 j=  764 glon=  296.41 (0-360E) glon=  296.41 glat=  35.28 u=  28.9800 v=  28.0000 vr=  -3.65873 vt=  40.13046
 i= 1285 j=  764 glon=  296.61 (0-360E) glon=  296.61 glat=  35.28 u=  26.5200 v=  29.0000 vr=  -2.54294 vt=  39.21535
 i= 1290 j=  764 glon=  296.81 (0-360E) glon=  296.81 glat=  35.28 u=  24.0200 v=  29.5000 vr=  -1.78947 vt=  38.00011
 i= 1295 j=  764 glon=  297.01 (0-360E) glon=  297.01 glat=  35.28 u=  20.2100 v=  29.1000 vr=  -2.09859 vt=  35.36736
 i= 1300 j=  764 glon=  297.21 (0-360E) glon=  297.21 glat=  35.28 u=  18.1000 v=  27.6000 vr=  -1.02004 vt=  32.98984
 i= 1305 j=  764 glon=  297.41 (0-360E) glon=  297.41 glat=  35.28 u=  18.0900 v=  26.8000 vr=   0.96060 vt=  32.31974
 i= 1205 j=  769 glon=  293.41 (0-360E) glon=  293.41 glat=  35.08 u=  20.5000 v= -12.1000 vr=  -8.83847 vt=  22.10297
 i= 1210 j=  769 glon=  293.61 (0-360E) glon=  293.61 glat=  35.08 u=  21.8200 v= -12.9000 vr=  -8.16870 vt=  23.99572
 i= 1215 j=  769 glon=  293.81 (0-360E) glon=  293.81 glat=  35.08 u=  22.9200 v= -12.8000 vr=  -7.60448 vt=  25.12645
 i= 1220 j=  769 glon=  294.01 (0-360E) glon=  294.01 glat=  35.08 u=  25.1700 v= -11.8000 vr=  -8.15111 vt=  26.57684
 i= 1225 j=  769 glon=  294.21 (0-360E) glon=  294.21 glat=  35.08 u=  27.2600 v= -10.9000 vr=  -8.08087 vt=  28.22441
 i= 1230 j=  769 glon=  294.41 (0-360E) glon=  294.41 glat=  35.08 u=  29.6000 v=  -9.1000 vr=  -8.36915 vt=  29.81488
 i= 1235 j=  769 glon=  294.61 (0-360E) glon=  294.61 glat=  35.08 u=  32.6600 v=  -6.4000 vr=  -9.19382 vt=  31.98608
 i= 1240 j=  769 glon=  294.81 (0-360E) glon=  294.81 glat=  35.08 u=  34.4000 v=  -4.4000 vr=  -8.12393 vt=  33.71530
 i= 1245 j=  769 glon=  295.01 (0-360E) glon=  295.01 glat=  35.08 u=  36.8400 v=  -1.5000 vr=  -7.43872 vt=  36.11234
 i= 1250 j=  769 glon=  295.21 (0-360E) glon=  295.21 glat=  35.08 u=  39.0100 v=   3.6000 vr=  -8.10467 vt=  38.32825
 i= 1255 j=  769 glon=  295.41 (0-360E) glon=  295.41 glat=  35.08 u=  38.9300 v=   9.5000 vr=  -8.91268 vt=  39.06864
 i= 1260 j=  769 glon=  295.61 (0-360E) glon=  295.61 glat=  35.08 u=  38.3000 v=  14.1000 vr=  -8.37968 vt=  39.94347
 i= 1265 j=  769 glon=  295.81 (0-360E) glon=  295.81 glat=  35.08 u=  38.5200 v=  17.0000 vr=  -6.02721 vt=  41.67089
 i= 1270 j=  769 glon=  296.01 (0-360E) glon=  296.01 glat=  35.08 u=  36.8100 v=  17.8000 vr=  -2.48244 vt=  40.81242
 i= 1275 j=  769 glon=  296.21 (0-360E) glon=  296.21 glat=  35.08 u=  31.1800 v=  22.6000 vr=  -5.00380 vt=  38.18265
 i= 1280 j=  769 glon=  296.41 (0-360E) glon=  296.41 glat=  35.08 u=  29.8500 v=  23.7000 vr=  -2.97860 vt=  37.99790
 i= 1285 j=  769 glon=  296.61 (0-360E) glon=  296.61 glat=  35.08 u=  25.9700 v=  26.2000 vr=  -4.12902 vt=  36.65832
 i= 1290 j=  769 glon=  296.81 (0-360E) glon=  296.81 glat=  35.08 u=  23.3000 v=  26.7000 vr=  -3.57907 vt=  35.25578
 i= 1295 j=  769 glon=  297.01 (0-360E) glon=  297.01 glat=  35.08 u=  20.8300 v=  25.9000 vr=  -2.52822 vt=  33.14072
 i= 1300 j=  769 glon=  297.21 (0-360E) glon=  297.21 glat=  35.08 u=  19.1400 v=  25.3000 vr=  -1.54495 vt=  31.68663
 i= 1215 j=  774 glon=  293.81 (0-360E) glon=  293.81 glat=  34.88 u=  24.4000 v= -10.3000 vr=  -8.55581 vt=  25.06488
 i= 1220 j=  774 glon=  294.01 (0-360E) glon=  294.01 glat=  34.88 u=  26.0300 v= -10.1000 vr=  -8.03801 vt=  26.73876
 i= 1225 j=  774 glon=  294.21 (0-360E) glon=  294.21 glat=  34.88 u=  27.4300 v=  -9.6000 vr=  -7.23100 vt=  28.14742
 i= 1230 j=  774 glon=  294.41 (0-360E) glon=  294.41 glat=  34.88 u=  28.8300 v=  -8.7000 vr=  -6.35829 vt=  29.43520
 i= 1235 j=  774 glon=  294.61 (0-360E) glon=  294.61 glat=  34.88 u=  30.8500 v=  -6.6000 vr=  -6.40261 vt=  30.89157
 i= 1240 j=  774 glon=  294.81 (0-360E) glon=  294.81 glat=  34.88 u=  32.9900 v=  -3.5000 vr=  -6.93994 vt=  32.44114
 i= 1245 j=  774 glon=  295.01 (0-360E) glon=  295.01 glat=  34.88 u=  34.4900 v=   0.0000 vr=  -7.21878 vt=  33.72609
 i= 1250 j=  774 glon=  295.21 (0-360E) glon=  295.21 glat=  34.88 u=  36.2400 v=   3.7000 vr=  -7.30743 vt=  35.68794
 i= 1255 j=  774 glon=  295.41 (0-360E) glon=  295.41 glat=  34.88 u=  36.6800 v=   7.2000 vr=  -6.72419 vt=  36.77020
 i= 1260 j=  774 glon=  295.61 (0-360E) glon=  295.61 glat=  34.88 u=  36.5000 v=  10.4000 vr=  -5.73820 vt=  37.51644
 i= 1265 j=  774 glon=  295.81 (0-360E) glon=  295.81 glat=  34.88 u=  35.4200 v=  13.3000 vr=  -4.66894 vt=  37.54554
 i= 1270 j=  774 glon=  296.01 (0-360E) glon=  296.01 glat=  34.88 u=  32.5600 v=  16.4000 vr=  -4.61620 vt=  36.16358
 i= 1275 j=  774 glon=  296.21 (0-360E) glon=  296.21 glat=  34.88 u=  31.0300 v=  19.3000 vr=  -4.36968 vt=  36.28025
 i= 1280 j=  774 glon=  296.41 (0-360E) glon=  296.41 glat=  34.88 u=  27.1000 v=  22.7000 vr=  -6.04787 vt=  34.82992
 i= 1285 j=  774 glon=  296.61 (0-360E) glon=  296.61 glat=  34.88 u=  25.2200 v=  23.3000 vr=  -4.79520 vt=  33.99918
 i= 1290 j=  774 glon=  296.81 (0-360E) glon=  296.81 glat=  34.88 u=  23.4200 v=  22.9000 vr=  -3.14745 vt=  32.60368
 i= 1295 j=  774 glon=  297.01 (0-360E) glon=  297.01 glat=  34.88 u=  20.8200 v=  23.7000 vr=  -3.38541 vt=  31.36401
 i= 1220 j=  779 glon=  294.01 (0-360E) glon=  294.01 glat=  34.68 u=  25.6900 v=  -7.9000 vr=  -7.98890 vt=  25.66249
 i= 1225 j=  779 glon=  294.21 (0-360E) glon=  294.21 glat=  34.68 u=  27.4300 v=  -7.2000 vr=  -7.64254 vt=  27.31001
 i= 1230 j=  779 glon=  294.41 (0-360E) glon=  294.41 glat=  34.68 u=  29.1600 v=  -5.9000 vr=  -7.44303 vt=  28.80481
 i= 1235 j=  779 glon=  294.61 (0-360E) glon=  294.61 glat=  34.68 u=  30.6300 v=  -4.0000 vr=  -7.31963 vt=  30.01033
 i= 1240 j=  779 glon=  294.81 (0-360E) glon=  294.81 glat=  34.68 u=  31.6500 v=  -1.7000 vr=  -7.10760 vt=  30.88842
 i= 1245 j=  779 glon=  295.01 (0-360E) glon=  295.01 glat=  34.68 u=  32.6300 v=   0.6000 vr=  -6.61346 vt=  31.95840
 i= 1250 j=  779 glon=  295.21 (0-360E) glon=  295.21 glat=  34.68 u=  33.7200 v=   2.9000 vr=  -5.85294 vt=  33.33454
 i= 1255 j=  779 glon=  295.41 (0-360E) glon=  295.41 glat=  34.68 u=  33.9500 v=   5.5000 vr=  -5.11366 vt=  34.01034
 i= 1260 j=  779 glon=  295.61 (0-360E) glon=  295.61 glat=  34.68 u=  33.1700 v=   8.5000 vr=  -4.78928 vt=  33.90519
 i= 1265 j=  779 glon=  295.81 (0-360E) glon=  295.81 glat=  34.68 u=  31.7900 v=  12.7000 vr=  -5.87732 vt=  33.72464
 i= 1270 j=  779 glon=  296.01 (0-360E) glon=  296.01 glat=  34.68 u=  29.8000 v=  16.7000 vr=  -7.12499 vt=  33.40905
 i= 1275 j=  779 glon=  296.21 (0-360E) glon=  296.21 glat=  34.68 u=  27.5800 v=  19.0000 vr=  -7.13123 vt=  32.72311
 i= 1280 j=  779 glon=  296.41 (0-360E) glon=  296.41 glat=  34.68 u=  25.9800 v=  20.1000 vr=  -6.13321 vt=  32.27002
 i= 1285 j=  779 glon=  296.61 (0-360E) glon=  296.61 glat=  34.68 u=  25.2400 v=  19.9000 vr=  -3.89265 vt=  31.90478
 i= 1290 j=  779 glon=  296.81 (0-360E) glon=  296.81 glat=  34.68 u=  22.5400 v=  21.2000 vr=  -4.30043 vt=  30.64307
 i= 1230 j=  784 glon=  294.41 (0-360E) glon=  294.41 glat=  34.48 u=  27.7100 v=  -3.7000 vr=  -7.62028 vt=  26.89731
 i= 1235 j=  784 glon=  294.61 (0-360E) glon=  294.61 glat=  34.48 u=  28.7500 v=  -2.8000 vr=  -6.72177 vt=  28.09306
 i= 1240 j=  784 glon=  294.81 (0-360E) glon=  294.81 glat=  34.48 u=  29.3700 v=  -1.5000 vr=  -5.83247 vt=  28.82411
 i= 1245 j=  784 glon=  295.01 (0-360E) glon=  295.01 glat=  34.48 u=  30.0600 v=   0.8000 vr=  -5.75117 vt=  29.51555
 i= 1250 j=  784 glon=  295.21 (0-360E) glon=  295.21 glat=  34.48 u=  30.4300 v=   3.9000 vr=  -6.27336 vt=  30.03065
 i= 1255 j=  784 glon=  295.41 (0-360E) glon=  295.41 glat=  34.48 u=  30.3500 v=   7.4000 vr=  -7.09216 vt=  30.42341
 i= 1260 j=  784 glon=  295.61 (0-360E) glon=  295.61 glat=  34.48 u=  29.6600 v=  10.9000 vr=  -7.92826 vt=  30.58870
 i= 1265 j=  784 glon=  295.81 (0-360E) glon=  295.81 glat=  34.48 u=  28.1700 v=  14.0000 vr=  -8.56524 vt=  30.26856
 i= 1270 j=  784 glon=  296.01 (0-360E) glon=  296.01 glat=  34.48 u=  27.2200 v=  15.8000 vr=  -7.98002 vt=  30.44483
 i= 1275 j=  784 glon=  296.21 (0-360E) glon=  296.21 glat=  34.48 u=  26.1300 v=  16.6000 vr=  -6.63683 vt=  30.23722
 i= 1280 j=  784 glon=  296.41 (0-360E) glon=  296.41 glat=  34.48 u=  25.9800 v=  16.7000 vr=  -4.48108 vt=  30.55766
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    29.8663704704989       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     59.51 kts
    LL Wind Circ Vt mean quadmax value: SE     60.11 kts
    LL Wind Circ Vt mean quadmax value: SW     52.26 kts
    LL Wind Circ Vt mean quadmax value: NW     51.94 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220119251       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   15.4599457387046       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    36.3261587928995     
   xcenlon=    295.465184264617     
   imax=         2738  jmax=         2041
   jlatfix=          737
   ilonfix (unadjusted) =         1257
  
 In get_max_wind, ibeg=         1172  iend=         1341
                  jbeg=          669  jend=          806
         ilonfix=         1257  jlatfix=          737
 At end of get_max_wind, vmax=    40.7058337342450       rmax= 
   33.0462195631870     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    7.81 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.39 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    9.23 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.23 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.42 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.79 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   14.30 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.98 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.78 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   19.76 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   22.01 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   24.48 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   26.99 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   29.11 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   30.95 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   32.47 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   33.73 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   34.63 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   35.10 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   35.17 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   35.01 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   34.68 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   34.18 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   33.52 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   32.74 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   31.90 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   31.10 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   30.36 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   29.68 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   29.05 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   28.48 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   27.95 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   27.41 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   26.85 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   26.29 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   25.76 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   25.26 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   24.78 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   24.32 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.88 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   23.47 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   23.05 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    35.17 m/s   maxrmw_dist=    60.00  km   maxrmw_ix=   20
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    60.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    35.1702102932561      
  (m/s)   (in kts)=    68.3251675367086     
  rising_sum_dvdr=       25.9422450229949     
  declining_sum_dvdr=   -9.90565041121426     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    66 igrct=  1 Vmax (m/s)=   40.706   22:25:12
 TIMING: before call  getradii, fhr=    66 igrct=  1   22:25:12
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.36428704923089     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.36428704923089     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.1742748354028     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.1742748354028     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.2267163536639     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.2267163536639     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.52617308811257     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    9.53 good_quad_ct=   4 mean_vt_4quad=      2.38
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.17 mean_vt_4quad=    8.64
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.21 mean_vt_4quad=    8.71
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.26 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.32 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.38 mean_vt_4quad=    8.91
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.43 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.50 mean_vt_4quad=    9.03
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.57 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.63 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.69 mean_vt_4quad=    9.22
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.76 mean_vt_4quad=    9.28
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.83 mean_vt_4quad=    9.33
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.90 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.98 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.05 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.15 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.26 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.36 mean_vt_4quad=    9.72
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.45 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.55 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.64 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.74 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.83 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.94 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.05 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.17 mean_vt_4quad=   10.48
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.30 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.42 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.55 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.68 mean_vt_4quad=   10.91
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.81 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.93 mean_vt_4quad=   11.13
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.05 mean_vt_4quad=   11.24
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.15 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.22 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.26 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.30 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.39 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.51 mean_vt_4quad=   11.90
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.65 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.80 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.96 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.12 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.27 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.41 mean_vt_4quad=   12.72
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.53 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.66 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.79 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.92 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.05 mean_vt_4quad=   13.43
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.18 mean_vt_4quad=   13.58
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.29 mean_vt_4quad=   13.73
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.40 mean_vt_4quad=   13.88
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.48 mean_vt_4quad=   14.03
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.54 mean_vt_4quad=   14.18
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   14.18 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.33 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.48 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.62 .... 0.5*v_holland=    9.33
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.77 .... 0.5*v_holland=    9.33
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    207.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   111.697200000000     
 vradius(iwindix,iquad) =         112
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.54 mean_vt_4quad=   14.18
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.63 mean_vt_4quad=   14.33
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.74 mean_vt_4quad=   14.48
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.86 mean_vt_4quad=   14.62
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.01 mean_vt_4quad=   14.77
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.17 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.34 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.49 mean_vt_4quad=   15.26
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.62 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.74 mean_vt_4quad=   15.60
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.91 mean_vt_4quad=   15.75
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.09 mean_vt_4quad=   15.89
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.28 mean_vt_4quad=   16.05
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.55 mean_vt_4quad=   16.23
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.79 mean_vt_4quad=   16.43
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   19.99 mean_vt_4quad=   16.65
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.15 mean_vt_4quad=   16.88
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.37 mean_vt_4quad=   17.12
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.80 mean_vt_4quad=   17.38
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.35 mean_vt_4quad=   17.64
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.86 mean_vt_4quad=   17.91
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.35 mean_vt_4quad=   18.18
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   22.86 mean_vt_4quad=   18.46
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.42 mean_vt_4quad=   18.76
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.02 mean_vt_4quad=   19.07
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.62 mean_vt_4quad=   19.38
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   25.17 mean_vt_4quad=   19.70
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   25.63 mean_vt_4quad=   20.03
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   26.04 mean_vt_4quad=   20.36
  
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   26.04 mean_vt_4quad=   20.36
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   26.40 mean_vt_4quad=   20.70
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   26.70 mean_vt_4quad=   21.07
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   26.96 mean_vt_4quad=   21.48
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   27.26 mean_vt_4quad=   21.90
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   27.63 mean_vt_4quad=   22.35
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   28.14 mean_vt_4quad=   22.83
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   28.69 mean_vt_4quad=   23.33
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   29.30 mean_vt_4quad=   23.83
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.03 mean_vt_4quad=   24.31
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   30.83 mean_vt_4quad=   24.80
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.63 mean_vt_4quad=   25.32
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   32.39 mean_vt_4quad=   25.90
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   33.09 mean_vt_4quad=   26.54
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.94 mean_vt_4quad=    8.64
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.01 mean_vt_4quad=    8.71
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.06 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.12 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.13 mean_vt_4quad=    8.91
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.15 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.17 mean_vt_4quad=    9.03
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.24 mean_vt_4quad=    9.09
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.31 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.35 mean_vt_4quad=    9.22
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.39 mean_vt_4quad=    9.28
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.46 mean_vt_4quad=    9.33
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.52 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.61 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.70 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.77 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.84 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.91 mean_vt_4quad=    9.72
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.99 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.06 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.19 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.25 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.40 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.56 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.72 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.87 mean_vt_4quad=   10.48
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.02 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.18 mean_vt_4quad=   10.69
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.34 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.47 mean_vt_4quad=   10.91
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.62 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.78 mean_vt_4quad=   11.13
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.92 mean_vt_4quad=   11.24
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.05 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.15 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.25 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.37 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.51 mean_vt_4quad=   11.78
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   11.78 .... 0.5*v_holland=    7.60
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   11.90 .... 0.5*v_holland=    7.60
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    7.60
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.15 .... 0.5*v_holland=    7.60
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.29 .... 0.5*v_holland=    7.60
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    258.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   139.216800000000     
 vradius(iwindix,iquad) =         139
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.51 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.62 mean_vt_4quad=   11.90
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.69 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.75 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.86 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.05 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.26 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.44 mean_vt_4quad=   12.72
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.63 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.81 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.99 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.21 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.48 mean_vt_4quad=   13.43
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.75 mean_vt_4quad=   13.58
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.97 mean_vt_4quad=   13.73
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.10 mean_vt_4quad=   13.88
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.19 mean_vt_4quad=   14.03
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.31 mean_vt_4quad=   14.18
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.47 mean_vt_4quad=   14.33
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.67 mean_vt_4quad=   14.48
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.90 mean_vt_4quad=   14.62
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   21.15 mean_vt_4quad=   14.77
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.36 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   21.55 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.69 mean_vt_4quad=   15.26
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   21.91 mean_vt_4quad=   15.44
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.26 mean_vt_4quad=   15.60
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.73 mean_vt_4quad=   15.75
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   23.19 mean_vt_4quad=   15.89
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   23.64 mean_vt_4quad=   16.05
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   24.06 mean_vt_4quad=   16.23
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   24.43 mean_vt_4quad=   16.43
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   24.76 mean_vt_4quad=   16.65
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   25.08 mean_vt_4quad=   16.88
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   25.43 mean_vt_4quad=   17.12
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.74 mean_vt_4quad=   17.38
  
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.74 mean_vt_4quad=   17.38
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   26.07 mean_vt_4quad=   17.64
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   26.37 mean_vt_4quad=   17.91
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   26.71 mean_vt_4quad=   18.18
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   27.18 mean_vt_4quad=   18.46
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   27.66 mean_vt_4quad=   18.76
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   28.10 mean_vt_4quad=   19.07
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   28.53 mean_vt_4quad=   19.38
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   28.98 mean_vt_4quad=   19.70
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   29.47 mean_vt_4quad=   20.03
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   30.17 mean_vt_4quad=   20.36
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   30.96 mean_vt_4quad=   20.70
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   31.68 mean_vt_4quad=   21.07
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   32.31 mean_vt_4quad=   21.48
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   32.92 mean_vt_4quad=   21.90
  
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   13.06 mean_vt_4quad=    8.64
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.12 mean_vt_4quad=    8.71
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.19 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.26 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.34 mean_vt_4quad=    8.91
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.42 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.50 mean_vt_4quad=    9.03
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.60 mean_vt_4quad=    9.09
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.69 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.76 mean_vt_4quad=    9.22
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.80 mean_vt_4quad=    9.28
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.81 mean_vt_4quad=    9.33
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.80 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.79 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.75 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.75 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.83 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.93 mean_vt_4quad=    9.72
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.10 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.33 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.61 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.89 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.15 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.36 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.51 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.67 mean_vt_4quad=   10.48
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.81 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.96 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   16.09 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   16.21 mean_vt_4quad=   10.91
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   16.32 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.45 mean_vt_4quad=   11.13
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.59 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.76 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.94 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   17.12 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   17.30 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   17.47 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.63 mean_vt_4quad=   11.90
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   11.90 .... 0.5*v_holland=    7.68
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    7.68
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.15 .... 0.5*v_holland=    7.68
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.29 .... 0.5*v_holland=    7.68
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   12.43 .... 0.5*v_holland=    7.68
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    255.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   137.598000000000     
 vradius(iwindix,iquad) =         138
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.63 mean_vt_4quad=   11.90
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.80 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.95 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   18.10 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   18.22 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   18.34 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   18.46 mean_vt_4quad=   12.72
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   18.59 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.73 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.89 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   19.03 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   19.15 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   19.25 mean_vt_4quad=   13.58
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   19.32 mean_vt_4quad=   13.73
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   19.37 mean_vt_4quad=   13.88
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.46 mean_vt_4quad=   14.03
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.66 mean_vt_4quad=   14.18
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.86 mean_vt_4quad=   14.33
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   20.14 mean_vt_4quad=   14.48
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   20.44 mean_vt_4quad=   14.62
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.74 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   21.06 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   21.41 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.79 mean_vt_4quad=   15.26
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   22.15 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   22.53 mean_vt_4quad=   15.60
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   22.89 mean_vt_4quad=   15.75
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   23.24 mean_vt_4quad=   15.89
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   23.58 mean_vt_4quad=   16.05
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   23.80 mean_vt_4quad=   16.23
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   23.96 mean_vt_4quad=   16.43
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   24.20 mean_vt_4quad=   16.65
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   24.35 mean_vt_4quad=   16.88
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   24.46 mean_vt_4quad=   17.12
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   24.62 mean_vt_4quad=   17.38
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   24.82 mean_vt_4quad=   17.64
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   25.04 mean_vt_4quad=   17.91
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   25.46 mean_vt_4quad=   18.18
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   25.94 mean_vt_4quad=   18.46
  
 NO interp, exactdistkm=    141.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   76.0836000000000     
 vradius(iwindix,iquad) =          76
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   25.94 mean_vt_4quad=   18.46
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   26.42 mean_vt_4quad=   18.76
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   26.86 mean_vt_4quad=   19.07
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   27.12 mean_vt_4quad=   19.38
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   27.34 mean_vt_4quad=   19.70
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   27.52 mean_vt_4quad=   20.03
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   28.08 mean_vt_4quad=   20.36
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   28.83 mean_vt_4quad=   20.70
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   29.78 mean_vt_4quad=   21.07
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   30.58 mean_vt_4quad=   21.48
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   31.16 mean_vt_4quad=   21.90
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   31.49 mean_vt_4quad=   22.35
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   31.39 mean_vt_4quad=   22.83
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   31.00 mean_vt_4quad=   23.33
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   30.36 mean_vt_4quad=   23.83
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   29.74 mean_vt_4quad=   24.31
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   29.61 mean_vt_4quad=   24.80
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   29.91 mean_vt_4quad=   25.32
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   30.77 mean_vt_4quad=   25.90
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   31.59 mean_vt_4quad=   26.54
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   32.38 mean_vt_4quad=   27.24
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   32.69 mean_vt_4quad=   28.01
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   32.87 mean_vt_4quad=   28.82
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   33.57 mean_vt_4quad=   29.67
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    8.14 mean_vt_4quad=    8.64
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    8.24 mean_vt_4quad=    8.71
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    8.37 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    8.48 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    8.45 mean_vt_4quad=    8.91
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    8.32 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    8.23 mean_vt_4quad=    9.03
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.25 mean_vt_4quad=    9.09
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    8.40 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.53 mean_vt_4quad=    9.22
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.53 mean_vt_4quad=    9.28
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.49 mean_vt_4quad=    9.33
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.41 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.36 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.34 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.36 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.42 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.48 mean_vt_4quad=    9.72
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    8.55 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    8.64 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    8.73 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    8.86 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.01 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.19 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.40 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.65 mean_vt_4quad=   10.48
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.93 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.19 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.43 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.62 mean_vt_4quad=   10.91
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.76 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.87 mean_vt_4quad=   11.13
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.96 mean_vt_4quad=   11.24
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.03 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.12 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.22 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.35 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.50 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.69 mean_vt_4quad=   11.90
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.88 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.05 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.20 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.33 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.45 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.55 mean_vt_4quad=   12.72
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.64 mean_vt_4quad=   12.86
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.69 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.71 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.74 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.80 mean_vt_4quad=   13.43
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.88 mean_vt_4quad=   13.58
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.97 mean_vt_4quad=   13.73
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.07 mean_vt_4quad=   13.88
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.16 mean_vt_4quad=   14.03
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.20 mean_vt_4quad=   14.18
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.31 mean_vt_4quad=   14.33
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.43 mean_vt_4quad=   14.48
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.58 mean_vt_4quad=   14.62
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.76 mean_vt_4quad=   14.77
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.01 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.31 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.57 mean_vt_4quad=   15.26
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.77 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.95 mean_vt_4quad=   15.60
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.12 mean_vt_4quad=   15.75
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.28 mean_vt_4quad=   15.89
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.47 mean_vt_4quad=   16.05
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.68 mean_vt_4quad=   16.23
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.91 mean_vt_4quad=   16.43
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.15 mean_vt_4quad=   16.65
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.40 mean_vt_4quad=   16.88
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.67 mean_vt_4quad=   17.12
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   16.94 mean_vt_4quad=   17.38
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.20 mean_vt_4quad=   17.64
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.47 mean_vt_4quad=   17.91
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.75 mean_vt_4quad=   18.18
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   18.18 .... 0.5*v_holland=   12.82
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   18.46 .... 0.5*v_holland=   12.82
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   18.76 .... 0.5*v_holland=   12.82
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   19.07 .... 0.5*v_holland=   12.82
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   19.38 .... 0.5*v_holland=   12.82
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    144.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   77.7024000000000     
 vradius(iwindix,iquad) =          78
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.75 mean_vt_4quad=   18.18
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.07 mean_vt_4quad=   18.46
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   18.45 mean_vt_4quad=   18.76
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   18.90 mean_vt_4quad=   19.07
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   19.37 mean_vt_4quad=   19.38
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   19.80 mean_vt_4quad=   19.70
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   20.15 mean_vt_4quad=   20.03
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   20.46 mean_vt_4quad=   20.36
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   20.75 mean_vt_4quad=   20.70
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   21.09 mean_vt_4quad=   21.07
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   21.43 mean_vt_4quad=   21.48
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   21.76 mean_vt_4quad=   21.90
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   22.03 mean_vt_4quad=   22.35
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   22.28 mean_vt_4quad=   22.83
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.58 mean_vt_4quad=   23.33
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   23.04 mean_vt_4quad=   23.83
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   23.71 mean_vt_4quad=   24.31
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   24.52 mean_vt_4quad=   24.80
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   25.67 mean_vt_4quad=   25.32
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   26.86 mean_vt_4quad=   25.90
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   26.86 mean_vt_4quad=   25.90
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   28.04 mean_vt_4quad=   26.54
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   29.00 mean_vt_4quad=   27.24
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   29.91 mean_vt_4quad=   28.01
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   30.78 mean_vt_4quad=   28.82
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   31.51 mean_vt_4quad=   29.67
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   32.08 mean_vt_4quad=   30.48
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   32.47 mean_vt_4quad=   31.21
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   33.09 mean_vt_4quad=   31.80
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
 TIMING: after call  getradii, fhr=    66 igrct=  1   22:25:12
 TIMING: after getrad_iter_loop, fhr=    66 igrct=  2 Vmax (m/s)=   40.706   22:25:12
 TIMING: Before get_phase ... 22:25:12
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           66 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    60.921
  
  
  In get_cps_paramb, lead time=           66 :           0   08L  FRANKLIN 
   right_ct=          970   left_ct=         1006
   zthicksum(1)=    3306356.09150000     
   zthicksum(2)=    3424618.72650000     
   zthick_right_mean=    3408.61452731959     
   zthick_left_mean=     3404.19356510935     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    4.42096221024303     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           35.52
  Sum of y-diffs squared (ydiff2) =         2053.64
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   403.42   6.7452       22.41   0.1661    -3.21    10.29      502.30
    2   397.55   6.6846       16.55   0.1055     0.28     0.08      273.84
    3   389.62   6.6201        8.62   0.0409     2.31     5.32       74.30
    4   379.52   6.5511       -1.48  -0.0281     2.85     8.10        2.20
    5   366.28   6.4770      -14.72  -0.1022     1.04     1.08      216.80
    6   349.63   6.3969      -31.37  -0.1822    -3.26    10.65      984.20
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   381.004     x:    6.58
  
  slope=    154.255         y-intercept =   -633.864
  Regression equation:   Y =  -633.86 +   154.26X
  
  R2(r_squared) =  0.9827        r =  0.9913
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1031.77 zmin=  623.64 zdiff=  408.14
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1526.42 zmin= 1123.01 zdiff=  403.42
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.72 dlnp=     -0.057158  dzdlnp=       82.578
  
   +++ k=  3 press=    800.0 zmax= 2046.44 zmin= 1648.89 zdiff=  397.55
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.86 dlnp=     -0.060625  dzdlnp=       96.726
  
   +++ k=  4 press=    750.0 zmax= 2593.98 zmin= 2204.35 zdiff=  389.62
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.93 dlnp=     -0.064539  dzdlnp=      122.841
  
   +++ k=  5 press=    700.0 zmax= 3172.63 zmin= 2793.11 zdiff=  379.52
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.10 dlnp=     -0.068993  dzdlnp=      146.450
  
   +++ k=  6 press=    650.0 zmax= 3785.82 zmin= 3419.54 zdiff=  366.28
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.24 dlnp=     -0.074108  dzdlnp=      178.658
  
   +++ k=  7 press=    600.0 zmax= 4438.92 zmin= 4089.29 zdiff=  349.63
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.65 dlnp=     -0.080043  dzdlnp=      207.989
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.84
  Sum of y-diffs squared (ydiff2) =        16965.35
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   328.81   6.3099       71.34   0.2788    -0.39     0.15     5089.02
    2   305.46   6.2146       47.99   0.1834     0.78     0.61     2302.59
    3   277.57   6.1092       20.10   0.0781     0.00     0.00      403.90
    4   246.38   5.9915      -11.09  -0.0397    -0.87     0.76      122.91
    5   213.46   5.8579      -44.01  -0.1732     0.56     0.31     1937.29
    6   173.15   5.7038      -84.32  -0.3274    -0.08     0.01     7109.64
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   257.471     x:    6.03
  
  slope=    257.309         y-intercept =  -1294.399
  Regression equation:   Y = -1294.40 +   257.31X
  
  R2(r_squared) =  0.9999        r =  0.9999
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4438.92 zmin= 4089.29 zdiff=  349.63
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5138.08 zmin= 4809.27 zdiff=  328.81
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -20.82 dlnp=     -0.087011  dzdlnp=      239.325
  
   +++ k=  9 press=    500.0 zmax= 5892.80 zmin= 5587.34 zdiff=  305.46
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -23.35 dlnp=     -0.095310  dzdlnp=      245.011
  
   +++ k= 10 press=    450.0 zmax= 6713.06 zmin= 6435.49 zdiff=  277.57
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -27.89 dlnp=     -0.105361  dzdlnp=      264.691
  
   +++ k= 11 press=    400.0 zmax= 7613.06 zmin= 7366.67 zdiff=  246.38
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -31.18 dlnp=     -0.117783  dzdlnp=      264.758
  
   +++ k= 12 press=    350.0 zmax= 8614.08 zmin= 8400.63 zdiff=  213.46
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -32.93 dlnp=     -0.133531  dzdlnp=      246.594
  
   +++ k= 13 press=    300.0 zmax= 9736.87 zmin= 9563.72 zdiff=  173.15
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -40.30 dlnp=     -0.154151  dzdlnp=      261.458
  
cps_stats: 08L   lead time=  66: 0   paramb=     4.42  vtl=    154.26  vtu=    257.31
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   66:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.465 (0-360) guesslon=  295.465E  (  64.535W)   guesslat=   36.326
 ilonfix=         1257  jlatfix=          737  npts=           33
 ibeg=         1180  jbeg=          669  imax=         2738
 iend=         1334  jend=          805  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  295.345E  (0-360) ctlon=  295.345E  (  64.655W)  ctlat=   35.006 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  295.345E   (0-360) guesslon=  295.345E  (  64.655W)   guesslat=   35.006
 ilonfix=         1254  jlatfix=          770  npts=           16
 ibeg=         1201  jbeg=          726  imax=         2738
 iend=         1307  jend=          814  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.025E  (0-360) ctlon=  295.025  (  64.975W)  ctlat=   35.086 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    66:00  mean_lon:  295.03E (  64.97W)    (0-360) mean_lon=  295.03E  mean_lat:   35.09  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    66:00  ifix:  1233   jfix:   745  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1233  jx=          745
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         749 ,         261 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         748 ,         260 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    66:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:25:12
 TIMING: Before shear ... 22:25:12
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           12
  clon(ist,ifh,3)=    295.385919902421     
  clat(ist,ifh,3)=    36.3068800628940     
  fixlon(ist,ifh)=    295.465184264617     
  fixlat(ist,ifh)=    36.3261587928995     
  xcenlon=    295.385919902421     
  xcenlat=    36.3068800628940     
  
 xxshear
 In get_shear A, xcenlon=    295.385919902421       xcenlat= 
   36.3068800628940     
   In get_shear B, (0-360) xcenlon=    295.385919902421     
  
At start of get_shear:  08L   fhr=   66:00   Mean fix position=   295.47E  ( 64.53W)    36.33  (0-360) mean lon fix=  295.47
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   40.12 vr_mean(idist,ilev)=    2.05
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   47.27 vr_mean(idist,ilev)=   -1.98
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   39.73 vr_mean(idist,ilev)=   -0.83
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   33.16 vr_mean(idist,ilev)=    0.49
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   29.31 vr_mean(idist,ilev)=   -0.45
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   26.36 vr_mean(idist,ilev)=    0.20
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.84 vr_mean(idist,ilev)=    0.65
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.76 vr_mean(idist,ilev)=    0.08
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.79 vr_mean(idist,ilev)=   -0.23
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.90 vr_mean(idist,ilev)=   -0.36
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.14 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.66 vr_mean(idist,ilev)=   -0.35
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.37 vr_mean(idist,ilev)=   -0.55
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.11 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.97 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.89 vr_mean(idist,ilev)=   -0.51
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.15 vr_mean(idist,ilev)=   -0.44
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.42 vr_mean(idist,ilev)=   -0.22
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.74 vr_mean(idist,ilev)=   -0.24
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -21.62 vr_mean(idist,ilev)=   21.62
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -32.43 vr_mean(idist,ilev)=   32.43
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -43.25 vr_mean(idist,ilev)=   43.25
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -54.07 vr_mean(idist,ilev)=   54.07
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -64.89 vr_mean(idist,ilev)=   64.89
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -75.73 vr_mean(idist,ilev)=   75.73
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -86.58 vr_mean(idist,ilev)=   86.58
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -97.43 vr_mean(idist,ilev)=   97.43
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -108.30 vr_mean(idist,ilev)=  108.30
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -119.19 vr_mean(idist,ilev)=  119.19
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -130.09 vr_mean(idist,ilev)=  130.09
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -141.01 vr_mean(idist,ilev)=  141.01
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -151.95 vr_mean(idist,ilev)=  151.95
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -162.92 vr_mean(idist,ilev)=  162.92
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -173.92 vr_mean(idist,ilev)=  173.92
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -184.94 vr_mean(idist,ilev)=  184.94
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -196.01 vr_mean(idist,ilev)=  196.01
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -207.11 vr_mean(idist,ilev)=  207.11
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -218.27 vr_mean(idist,ilev)=  218.27
  
 At end of get_shear: 
     ist=    2 ifh=   12 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:25:12
  
 After call to fixcenter, fix positions at 
 forecast hour=   66:00 follow:
  
fixpos  08L   fhr=   66:00   Fix position=   295.47E  ( 64.53W)    36.33   Max Wind=  79 kts
  
  
 xxxx get_next_ges, prev fix lon=    293.788244060287     
 xxxx get_next_ges, curr fix lon=    295.465184264617     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.465184264617        fixlat=    36.3261587928995     
        (0-360) fixlon=    295.465184264617     
      ilonfix=         1257   jlatfix=          737
      ibeg=          750   iend=         1764
      jbeg=          285   jend=         1189
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    6.23685492801228       vavg=    6.43619507613690     
      ubar=    1.55921373200307       vbar=    1.60904876903423     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.49436939186571       vavg=    6.43866752303386     
      ubar=    5.30639842793592       vbar=    4.82838253055115     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.09739019509946       vavg=    5.89282644511538     
      ubar=    7.33074597671079       vbar=    6.30158914183000     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    7.33074597671079       vbar=    6.30158914183000     
      wgttot=    1.00000000000000     
      fixlon=    295.465184264617        fixlat=    36.3261587928995     
      barnlon=    297.246807662405       barnlat=    37.5502646238641     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.799284048342759     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      297.246807662405     
     Raw (no conversion for GM wrap) extraplon=    297.158119810822     
  
 --- barnlon=    297.25E  (  62.75W)    barnlat=     37.55
 --- extraplon=  297.16E  (  62.84W)    extraplat=   37.07
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   36.33
 | Current fix lon is   64.53W   ( 295.47E)
 | Current fix lon (raw, unadjusted)=  295.47E
 | Updated guess lat for next fcst hour is   37.31
 | Updated guess lon (0-360) for next fcst hour is   62.80W   ( 297.20E)
 | Raw updated guess lon for next fcst hour is  297.20E)
 -------------------------------------------------
  
 iocheck, dist=    189.301598778920        distm=    189301.598778920     
 iocheck, stmspd=    8.76396290643149        istmspd=          170
 iocheck, xincr=    1.73727947199637        yincr=   0.981920049722049     
 iocheck, stmdir=    60.5246239319634        istmdir=           61
 +++ RPT_STORM_MOTION: istmspd=   170 kts(*10)    istmdir=    61 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  12
     Fix location for this time:   295.47E  ( 64.53W)    36.33
     Fix lon (raw) for this time:  295.47E
     ilonfix= 1257  jlatfix=  737
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.465184264617       xcenlat=    36.3261587928995     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.465184264617       xcenlat=    36.3261587928995     
  ilonfix=         1257  jlatfix=          737
  ibeg=         1128  iend=         1386
  jbeg=          621  jend=          853  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.465184264617        xcenlat=    36.3261587928995     
      ilonfix=         1257   jlatfix=          737
      ibeg=         1128   iend=         1386
      jbeg=          621   jend=          853
 After call to barnes, xsmoothval=   4.623027177863608E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.623027177863608E-004
      xcenlon=    295.465184264617        xcenlat=    36.3261587928995     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000462  imeanzeta (*1e6)=      462
   --- mean zeta raw =   4.623027177863608E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003904  igrid zeta (*1e6)=     3904 ifilret=   0
   --- grid zeta raw=   3.904126824016866E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.465184264617       xcenlat=    36.3261587928995     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.465184264617       xcenlat=    36.3261587928995     
  ilonfix=         1257  jlatfix=          737
  ibeg=         1128  iend=         1386
  jbeg=          621  jend=          853  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.465184264617        xcenlat=    36.3261587928995     
      ilonfix=         1257   jlatfix=          737
      ibeg=         1128   iend=         1386
      jbeg=          621   jend=          853
 After call to barnes, xsmoothval=   4.234673732867397E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.234673732867397E-004
      xcenlon=    295.465184264617        xcenlat=    36.3261587928995     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000423  imeanzeta (*1e6)=      423
   --- mean zeta raw =   4.234673732867397E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002556  igrid zeta (*1e6)=     2556 ifilret=   0
   --- grid zeta raw=   2.556193511729579E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           66
  
 segx, outlon=    295.465184264617       outlat=    36.3261587928995     
   ist=            2  ifcsthour=           66
   vmaxwind=    40.7058337342450       xminmslp=    96596.3800000000     
   vradius=          112          66          45         139          83
          60         138          76          39          78          47
          34
   maxstorm=            6
   plastbar=    100596.380000000       rlastbar=    182.713888298819     
   rmax=    33.0462195631870     
   cps_vals=    4.42096221024303        154.255230115433     
   257.308664879316     
   wcore_flag= n
   istmspd=          170  istmdir=           61
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    60.0000000000000     
   axisymet_rmw_val=     35.1702102932561     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   182.713888298819       irlastbar=         183
 output: plastbar=   100596.380000000       iplastbar=        1006
 rmax=    33.0462195631870        irmax=           33
 TXX top of atcfunix_ext, ist=            2  ifh=           66
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   182.713888298819       irlastbar=         183
 output: plastbar=   100596.380000000       iplastbar=        1006
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           66
 intlat=          363
 clatns= N
 intlon=          645
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           79
 int(xminmslp/mslp_outp_adj + 0.5)=          966
 XX,  34, NEQ
 vradius(1,1)=          112
 vradius(1,2)=          139
 vradius(1,3)=          138
 vradius(1,4)=           78
 iplastbar=         1006
 irlastbar=          183
 irmax=           33
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           61
 istmspd=          170
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           44
 icps_vals(2)=         1543
 icps_vals(3)=         2573
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           32
 irmw_val=           68
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          462
 igridzeta(1)=         3904
 imeanzeta(2)=          423
 igridzeta(2)=         2556
  
 rmax=    33.0462195631870        irmax=           33
 +++ Top of output_atcf_parms, ist=            2  ifh=           66
  
 xxxx get_next_ges, prev fix lon=    293.788244060287     
 xxxx get_next_ges, curr fix lon=    295.465184264617     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.465184264617        fixlat=    36.3261587928995     
        (0-360) fixlon=    295.465184264617     
      ilonfix=         1257   jlatfix=          737
      ibeg=          750   iend=         1764
      jbeg=          285   jend=         1189
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    6.23685492801228       vavg=    6.43619507613690     
      ubar=    1.55921373200307       vbar=    1.60904876903423     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.49436939186571       vavg=    6.43866752303386     
      ubar=    5.30639842793592       vbar=    4.82838253055115     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.09739019509946       vavg=    5.89282644511538     
      ubar=    7.33074597671079       vbar=    6.30158914183000     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    7.33074597671079       vbar=    6.30158914183000     
      wgttot=    1.00000000000000     
      fixlon=    295.465184264617        fixlat=    36.3261587928995     
      barnlon=    297.246807662405       barnlat=    37.5502646238641     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.799284048342759     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      297.246807662405     
     Raw (no conversion for GM wrap) extraplon=    297.158119810822     
  
 --- barnlon=    297.25E  (  62.75W)    barnlat=     37.55
 --- extraplon=  297.16E  (  62.84W)    extraplat=   37.07
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   36.33
 | Current fix lon is   64.53W   ( 295.47E)
 | Current fix lon (raw, unadjusted)=  295.47E
 | Updated guess lat for next fcst hour is   37.31
 | Updated guess lon (0-360) for next fcst hour is   62.80W   ( 297.20E)
 | Raw updated guess lon for next fcst hour is  297.20E)
 -------------------------------------------------
  
 iocheck, dist=    189.301598778920        distm=    189301.598778920     
 iocheck, stmspd=    8.76396290643149        istmspd=          170
 iocheck, xincr=    1.73727947199637        yincr=   0.981920049722049     
 iocheck, stmdir=    60.5246239319634        istmdir=           61
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   66:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.893566207485480E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  281.266E  (0-360) ctlon=  281.266E  (  78.734W)  ctlat=   32.473 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.689E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  281.266E   (0-360) guesslon=  281.266E  (  78.734W)   guesslat=   32.473
 ilonfix=          902  jlatfix=          834  npts=           16
 ibeg=          851  jbeg=          790  imax=         2738
 iend=          953  jend=          878  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.653 fmax (x10e5) =        0.722E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.712826369751061E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  280.866E  (0-360) ctlon=  280.866E  (  79.134W)  ctlat=   32.873 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.671E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  280.866E   (0-360) guesslon=  280.866E  (  79.134W)   guesslat=   32.873
 ilonfix=          892  jlatfix=          824  npts=           16
 ibeg=          840  jbeg=          780  imax=         2738
 iend=          944  jend=          868  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.653 fmax (x10e5) =        0.642E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  281.266E  (0-360) ctlon=  281.266E  (  78.734W)  ctlat=   32.473 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.133E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  281.266E   (0-360) guesslon=  281.266E  (  78.734W)   guesslat=   32.473
 ilonfix=          902  jlatfix=          834  npts=           16
 ibeg=          851  jbeg=          790  imax=         2738
 iend=          953  jend=          878  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.653 fmax =       -0.100E+16 fmin =        0.133E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  281.266E  (0-360) ctlon=  281.266E  (  78.734W)  ctlat=   32.473 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.299E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  281.266E   (0-360) guesslon=  281.266E  (  78.734W)   guesslat=   32.473
 ilonfix=          902  jlatfix=          834  npts=           16
 ibeg=          851  jbeg=          790  imax=         2738
 iend=          953  jend=          878  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.653 fmax =       -0.100E+16 fmin =        0.298E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  281.266E  (0-360) ctlon=  281.266E  (  78.734W)  ctlat=   32.473 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.990E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  281.266E   (0-360) guesslon=  281.266E  (  78.734W)   guesslat=   32.473
 ilonfix=          902  jlatfix=          834  npts=           16
 ibeg=          851  jbeg=          790  imax=         2738
 iend=          953  jend=          878  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.653 fmax =       -0.100E+16 fmin =        0.989E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  280.986 (0-360) guesslon=  280.986E  (  79.014W)   guesslat=   32.593
 ilonfix=          895  jlatfix=          831  npts=           33
 ibeg=          819  jbeg=          763  imax=         2738
 iend=          971  jend=          899  jmax=         2041
 TIMING: find_maxmin 1  22:25:12
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.553864402409506E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  281.266E  (0-360) ctlon=  281.266E  (  78.734W)  ctlat=   32.473 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.455E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:12
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  281.266E   (0-360) guesslon=  281.266E  (  78.734W)   guesslat=   32.473
 ilonfix=          902  jlatfix=          834  npts=           16
 ibeg=          851  jbeg=          790  imax=         2738
 iend=          953  jend=          878  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.146E  (0-360) ctlon=  281.146  (  78.854W)  ctlat=   32.553 fmax (x10e5) =        0.511E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    281.116852931754        uvgeslat=    32.6240829790418     
    (0-360 uvgeslon)=    281.116852931754     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:25:12
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    281.116852931754        uvgeslat=    32.6240829790418     
    (0-360 uvgeslon)=    281.116852931754     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    281.116852931754     
  
 After first run, Wind Circulation (NHEM) ctlon=  281.117E  (0-360E lon):  281.117E    78.883W  ctlat=   32.624  xmax_circul_disk =     110626851.2
 TIMING: get_wind_circ kloop, k=  1   22:25:12
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  281.117E  (0-360E)=  281.117E  (  78.883W)   guesslat=   32.624
 ilonfix=          898  jlatfix=          830  npts=           56
 ibeg=          826  jbeg=          766  imax=         2738
 iend=          970  jend=          894  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    110908639.760301     
 nhalf get_wind_circ, k=  1 ctlon=  281.197E  (0-360E)=  281.197E  ctlon=   78.803W   ctlat=   32.584 Wind Circulation (NHEM: Max) =     110908639.8
 TIMING: After GWC 850 ... 22:25:13
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:25:13
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    281.116852931754        uvgeslat=    32.6240829790418     
    (0-360 uvgeslon)=    281.116852931754     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    281.116852931754     
  
 After first run, Wind Circulation (NHEM) ctlon=  281.117E  (0-360E lon):  281.117E    78.883W  ctlat=   32.624  xmax_circul_disk =     103237846.3
 TIMING: get_wind_circ kloop, k=  1   22:25:13
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  281.117E  (0-360E)=  281.117E  (  78.883W)   guesslat=   32.624
 ilonfix=          898  jlatfix=          830  npts=           56
 ibeg=          826  jbeg=          766  imax=         2738
 iend=          970  jend=          894  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    103569318.815697     
 nhalf get_wind_circ, k=  1 ctlon=  281.197E  (0-360E)=  281.197E  ctlon=   78.803W   ctlat=   32.584 Wind Circulation (NHEM: Max) =     103569318.8
 TIMING: After GWC 700 ... 22:25:13
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:25:13
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    281.116852931754        uvgeslat=    32.6240829790418     
    (0-360 uvgeslon)=    281.116852931754     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    281.116852931754     
  
 After first run, Wind Circulation (NHEM) ctlon=  281.117E  (0-360E lon):  281.117E    78.883W  ctlat=   32.624  xmax_circul_disk =      68439587.5
 TIMING: get_wind_circ kloop, k=  1   22:25:13
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  281.117E  (0-360E)=  281.117E  (  78.883W)   guesslat=   32.624
 ilonfix=          898  jlatfix=          830  npts=           56
 ibeg=          826  jbeg=          766  imax=         2738
 iend=          970  jend=          894  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    68912993.6969848     
 nhalf get_wind_circ, k=  1 ctlon=  281.257E  (0-360E)=  281.257E  ctlon=   78.743W   ctlat=   32.584 Wind Circulation (NHEM: Max) =      68912993.7
 TIMING: After GWC Sfc ... 22:25:13
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.84  xavg_stderr=     3.61
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           12  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    66:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  280.99E   (0-360) guesslon=  280.99E  ( 79.01W)    32.59
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       281.15       78.85      32.65           72.22       T         16.40
   2    zeta 700    Max       281.15       78.85      32.65           64.15       T         16.40
   3    circ 850    Max       281.20       78.80      32.58          110.91       T         19.79
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       281.20       78.80      32.58          103.57       T         19.79
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       281.15       78.85      32.65         1325.65       T         16.40
   8     gph 700    Min       281.15       78.85      32.65         2982.73       T         16.40
   9        MSLP    Min       281.15       78.85      32.65        98922.88       T         16.40
  10    circ sfc    Max       281.26       78.74      32.58           68.91       T         25.40
  11    zeta sfc    Max       281.15       78.85      32.55           51.12       T         15.64
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.33055322463885       stderr_close= 
   1.65113878812695       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.394 devia=   0.879 wtpos=  0.74606     281.15   281.15    78.85    32.65
 ip=  2 kprm=  2 dist_from_mean=   4.394 devia=   0.879 wtpos=  0.74606     281.15   281.15    78.85    32.65
 ip=  3 kprm=  3 dist_from_mean=   4.651 devia=   0.930 wtpos=  0.73342     281.20   281.20    78.80    32.58
 ip=  5 kprm=  4 dist_from_mean=   4.651 devia=   0.930 wtpos=  0.73342     281.20   281.20    78.80    32.58
 ip=  7 kprm=  5 dist_from_mean=   4.394 devia=   0.879 wtpos=  0.74606     281.15   281.15    78.85    32.65
 ip=  8 kprm=  6 dist_from_mean=   4.394 devia=   0.879 wtpos=  0.74606     281.15   281.15    78.85    32.65
 ip=  9 kprm=  7 dist_from_mean=   4.394 devia=   0.879 wtpos=  0.74606     281.15   281.15    78.85    32.65
 ip= 10 kprm=  8 dist_from_mean=   9.052 devia=   1.810 wtpos=  0.54692     281.26   281.26    78.74    32.58
 ip= 11 kprm=  9 dist_from_mean=   7.650 devia=   1.530 wtpos=  0.60048     281.15   281.15    78.85    32.55
  
At end of fixcenter:  10L   fhr=   66:00   Fix position=   281.17E  (0-360) fixlon=  281.17  ( 78.83W)    32.62
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    281.167273419456     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    281.145943113572     
        (0-360E clon(ist,ifh,9))=    281.145943113572     
      clat(ist,ifh,9)=    32.6531731608600     
      xval(9)=    98922.8785271101     
  
  After get_ij B, ibeg jbeg =          788         691
  After get_ij B, iend jend =         1010         967
  
 In is_it_a_storm, ilonfix=          899  jlatfix=          829
 ibeg jbeg iend jend =          788         691        1010         967
 cparm= slp  parmlon parmlat =    281.145943113572        32.6531731608600     
     (0-360E parmlon) =    281.145943113572     
 parmval=    98922.8785271101     
  
 i=  873 j=  766 glon=  280.13 (0-360E) glon=  280.13 glat=  35.20 dist=   298.40 slp=  100341.50 pgradient=  4.75402
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.75402
 mslp center =    281.145943113572        32.6531731608600     
   98922.8785271101     
   (0-360E) lon of mslp center =    281.145943113572     
 pgrad loc   =    280.129128000000        280.129128000000     
   79.8708720000000        35.2007680000000        100341.500000000     
  ttest at location C IF....
      xinp_fixlat=    32.6531731608600     
      xinp_fixlon=    281.145943113572       (0-360E) xinp_fixlon= 
   281.145943113572     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97965.5000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          900  jfix=          830
 longitude=    281.145943113572      E   (   78.8540568864282      
 W)  (0-360E) xinp_fixlon=    281.145943113572     
 latitude=    32.6531731608600     
 mean mslp value (xval(9))=    98922.8785271101     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          900  jfix=          830
 longitude=    281.145943113572      E   (   78.8540568864282      
 W)  (0-360E) xinp_fixlon=    281.145943113572     
 latitude=    32.6531731608600     
 mean mslp value (xval(9))=    98922.8785271101     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          900  jx=          830
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97965.5000000000       xcentval=    97965.5000000000     
 At A, num_found_contours=            0
 At A, contlo=    97965.5000000000       conthi=    98365.5000000000     
  
 num_found_contours=            0
 contlo=    97965.5000000000       conthi=    98365.5000000000     
 xcentval=    97965.5000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98365.5000000000       conthi=    98765.5000000000     
  
 num_found_contours=            1
 contlo=    98365.5000000000       conthi=    98765.5000000000     
 xcentval=    97965.5000000000     
 At A, num_found_contours=            2
 At A, contlo=    98765.5000000000       conthi=    99165.5000000000     
  
 num_found_contours=            2
 contlo=    98765.5000000000       conthi=    99165.5000000000     
 xcentval=    97965.5000000000     
 At A, num_found_contours=            3
 At A, contlo=    99165.5000000000       conthi=    99565.5000000000     
  
 num_found_contours=            3
 contlo=    99165.5000000000       conthi=    99565.5000000000     
 xcentval=    97965.5000000000     
 At A, num_found_contours=            4
 At A, contlo=    99565.5000000000       conthi=    99965.5000000000     
  
 num_found_contours=            4
 contlo=    99565.5000000000       conthi=    99965.5000000000     
 xcentval=    97965.5000000000     
 At A, num_found_contours=            5
 At A, contlo=    99965.5000000000       conthi=    100365.500000000     
  
 num_found_contours=            5
 contlo=    99965.5000000000       conthi=    100365.500000000     
 xcentval=    97965.5000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         944 ,         820 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97965.5000000000     
 !!! (i,j) of central value = (         900 ,         830 )
 !!!  
 !!! Flagged value found    =    99965.1800000000     
 !!! (i,j) of flagged value = (         945 ,         819 )
 !!!   
 !!! Lower bound of contour interval =    99965.5000000000     
 !!! Upper bound of contour interval =    100365.500000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          900  jfix=          830
 longitude=    281.145943113572      E   (   78.8540568864282      W)  
 (0-360E) xinp_fixlon=    281.145943113572     
 latitude=    32.6531731608600     
 mean mslp value (xval(9))=    98922.8785271101     
 gridpoint mslp value=    97965.5000000000     
 ccflag= y
 prs of last closed isobar =    99965.5000000000     
 radius of last closed isobar =    72.2258937212447       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   66:00
 !!! Boundary check xinp_fixlat is   32.65
 !!! Boundary check xinp_fixlon is   78.85W   ( 281.15E)  (0-360E) xinp_fixlon=  281.15
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    281.196850931754     
  850 mb wcirc fix lat=    32.5840839790418     
    (0-360) 850 mb wcirc fix lon=    281.196850931754     
  Multi-parm fix lon=      281.167273419456     
  Multi-parm fix lat=      32.6217799187144     
    (0-360) Multi-parm fix lon=      281.167273419456     
  
  
  After get_ij B, ibeg jbeg =          806         727
  After get_ij B, iend jend =          994         935
  
 In is_it_a_storm, ilonfix=          900  jlatfix=          831
 ibeg jbeg iend jend =          806         727         994         935
 cparm= v850  parmlon parmlat =    281.196850931754        32.5840839790418     
     (0-360E parmlon) =    281.196850931754     
 parmval=    110908639.760301     
  
 i=  891 j=  782 glon=  280.85 (0-360E) glon=  280.85 glat=  34.56 u= -13.2500 v=  -8.0000 vr=  -5.98214 vt=  14.27503
 i=  896 j=  782 glon=  281.05 (0-360E) glon=  281.05 glat=  34.56 u= -14.1900 v=  -8.2000 vr=  -7.29705 vt=  14.67478
 i=  901 j=  782 glon=  281.25 (0-360E) glon=  281.25 glat=  34.56 u= -12.2500 v=  -5.6000 vr=  -5.86985 vt=  12.12301
 i=  906 j=  782 glon=  281.45 (0-360E) glon=  281.45 glat=  34.56 u= -11.3900 v=  -7.5000 vr=  -8.66845 vt=  10.52806
 i=  911 j=  782 glon=  281.65 (0-360E) glon=  281.65 glat=  34.56 u= -12.1600 v=  -5.6000 vr=  -7.78952 vt=  10.88802
 i=  871 j=  787 glon=  280.05 (0-360E) glon=  280.05 glat=  34.36 u= -15.5700 v=  -8.8000 vr=  -0.31246 vt=  17.88204
 i=  876 j=  787 glon=  280.25 (0-360E) glon=  280.25 glat=  34.36 u= -13.6500 v=  -8.3000 vr=  -1.99863 vt=  15.84986
 i=  881 j=  787 glon=  280.45 (0-360E) glon=  280.45 glat=  34.36 u= -12.4500 v=  -7.0000 vr=  -2.45609 vt=  14.07019
 i=  886 j=  787 glon=  280.65 (0-360E) glon=  280.65 glat=  34.36 u= -12.9300 v=  -7.6000 vr=  -4.12160 vt=  14.42072
 i=  891 j=  787 glon=  280.85 (0-360E) glon=  280.85 glat=  34.36 u= -14.3900 v=  -7.8000 vr=  -5.36676 vt=  15.46318
 i=  896 j=  787 glon=  281.05 (0-360E) glon=  281.05 glat=  34.36 u= -12.5600 v=  -4.1000 vr=  -3.21656 vt=  12.81473
 i=  901 j=  787 glon=  281.25 (0-360E) glon=  281.25 glat=  34.36 u= -10.6800 v=  -1.7000 vr=  -1.96271 vt=  10.63486
 i=  906 j=  787 glon=  281.45 (0-360E) glon=  281.45 glat=  34.36 u=  -9.6900 v=  -4.4000 vr=  -5.51447 vt=   9.10202
 i=  911 j=  787 glon=  281.65 (0-360E) glon=  281.65 glat=  34.36 u= -13.1200 v=  -3.8000 vr=  -6.45492 vt=  12.03779
 i=  916 j=  787 glon=  281.85 (0-360E) glon=  281.85 glat=  34.36 u= -10.9000 v=  -2.7000 vr=  -5.78800 vt=   9.62284
 i=  921 j=  787 glon=  282.05 (0-360E) glon=  282.05 glat=  34.36 u= -16.5300 v=   4.4000 vr=  -2.08969 vt=  16.97746
 i=  926 j=  787 glon=  282.25 (0-360E) glon=  282.25 glat=  34.36 u=  -4.9100 v=  14.6000 vr=  10.88803 vt=  10.89582
 i=  866 j=  792 glon=  279.85 (0-360E) glon=  279.85 glat=  34.16 u= -14.6400 v= -10.7000 vr=  -0.14519 vt=  18.13280
 i=  871 j=  792 glon=  280.05 (0-360E) glon=  280.05 glat=  34.16 u= -14.4300 v= -10.8000 vr=  -1.68421 vt=  17.94515
 i=  876 j=  792 glon=  280.25 (0-360E) glon=  280.25 glat=  34.16 u= -13.8900 v=  -8.5000 vr=  -1.32894 vt=  16.23010
 i=  881 j=  792 glon=  280.45 (0-360E) glon=  280.45 glat=  34.16 u= -12.6200 v=  -7.8000 vr=  -2.57932 vt=  14.60998
 i=  886 j=  792 glon=  280.65 (0-360E) glon=  280.65 glat=  34.16 u= -15.1800 v=  -8.2000 vr=  -3.62399 vt=  16.86829
 i=  891 j=  792 glon=  280.85 (0-360E) glon=  280.85 glat=  34.16 u= -10.8300 v=  -7.3000 vr=  -5.20772 vt=  11.97742
 i=  896 j=  792 glon=  281.05 (0-360E) glon=  281.05 glat=  34.16 u=  -5.8000 v=  -6.6000 vr=  -6.12520 vt=   6.29936
 i=  901 j=  792 glon=  281.25 (0-360E) glon=  281.25 glat=  34.16 u=  -9.5100 v=  -5.2000 vr=  -5.46224 vt=   9.36184
 i=  906 j=  792 glon=  281.45 (0-360E) glon=  281.45 glat=  34.16 u= -12.0500 v=  -1.8000 vr=  -3.38683 vt=  11.70350
 i=  911 j=  792 glon=  281.65 (0-360E) glon=  281.65 glat=  34.16 u=  -9.9900 v=   6.3000 vr=   3.78768 vt=  11.18676
 i=  916 j=  792 glon=  281.85 (0-360E) glon=  281.85 glat=  34.16 u=  -7.3600 v=   5.6000 vr=   2.87631 vt=   8.78956
 i=  921 j=  792 glon=  282.05 (0-360E) glon=  282.05 glat=  34.16 u=  -3.2700 v=   8.1000 vr=   6.02467 vt=   6.32505
 i=  926 j=  792 glon=  282.25 (0-360E) glon=  282.25 glat=  34.16 u=  -1.7200 v=   9.3000 vr=   7.27122 vt=   6.04795
 i=  931 j=  792 glon=  282.45 (0-360E) glon=  282.45 glat=  34.16 u=  -0.6500 v=   9.6000 vr=   7.62364 vt=   5.87049
 i=  936 j=  792 glon=  282.65 (0-360E) glon=  282.65 glat=  34.16 u=   0.3300 v=  11.4000 vr=   9.21425 vt=   6.72060
 i=  856 j=  797 glon=  279.45 (0-360E) glon=  279.45 glat=  33.96 u= -11.5100 v= -11.7000 vr=   0.42237 vt=  16.40706
 i=  861 j=  797 glon=  279.65 (0-360E) glon=  279.65 glat=  33.96 u= -12.4800 v= -11.5000 vr=   0.23011 vt=  16.96901
 i=  866 j=  797 glon=  279.85 (0-360E) glon=  279.85 glat=  33.96 u= -13.3500 v= -12.3000 vr=  -1.00498 vt=  18.12464
 i=  871 j=  797 glon=  280.05 (0-360E) glon=  280.05 glat=  33.96 u= -14.4300 v= -10.2000 vr=  -0.06864 vt=  17.67089
 i=  876 j=  797 glon=  280.25 (0-360E) glon=  280.25 glat=  33.96 u= -12.8400 v=  -8.5000 vr=  -0.92755 vt=  15.37060
 i=  881 j=  797 glon=  280.45 (0-360E) glon=  280.45 glat=  33.96 u= -16.1600 v=  -9.0000 vr=  -1.48060 vt=  18.43783
 i=  886 j=  797 glon=  280.65 (0-360E) glon=  280.65 glat=  33.96 u= -12.9300 v=  -4.6000 vr=  -0.26599 vt=  13.72130
 i=  891 j=  797 glon=  280.85 (0-360E) glon=  280.85 glat=  33.96 u= -10.3200 v=  -5.0000 vr=  -2.75062 vt=  11.13268
 i=  896 j=  797 glon=  281.05 (0-360E) glon=  281.05 glat=  33.96 u=  -6.9100 v=  -6.4000 vr=  -5.75428 vt=   7.45630
 i=  901 j=  797 glon=  281.25 (0-360E) glon=  281.25 glat=  33.96 u= -11.4300 v=  -5.8000 vr=  -6.16096 vt=  11.23955
 i=  906 j=  797 glon=  281.45 (0-360E) glon=  281.45 glat=  33.96 u= -14.1900 v=   4.6000 vr=   2.38956 vt=  14.72434
 i=  911 j=  797 glon=  281.65 (0-360E) glon=  281.65 glat=  33.96 u= -11.4200 v=   8.4000 vr=   5.06152 vt=  13.24226
 i=  916 j=  797 glon=  281.85 (0-360E) glon=  281.85 glat=  33.96 u=  -6.8900 v=   8.3000 vr=   5.16480 vt=   9.47032
 i=  921 j=  797 glon=  282.05 (0-360E) glon=  282.05 glat=  33.96 u=  -6.3400 v=   5.0000 vr=   1.51042 vt=   7.93185
 i=  926 j=  797 glon=  282.25 (0-360E) glon=  282.25 glat=  33.96 u=  -3.9400 v=   7.5000 vr=   4.18000 vt=   7.36894
 i=  931 j=  797 glon=  282.45 (0-360E) glon=  282.45 glat=  33.96 u=  -1.7000 v=  11.4000 vr=   8.02064 vt=   8.27765
 i=  936 j=  797 glon=  282.65 (0-360E) glon=  282.65 glat=  33.96 u=   0.3300 v=  11.1000 vr=   8.51874 vt=   7.12390
 i=  941 j=  797 glon=  282.85 (0-360E) glon=  282.85 glat=  33.96 u=   0.8100 v=  12.8000 vr=   9.57596 vt=   8.53212
 i=  851 j=  802 glon=  279.25 (0-360E) glon=  279.25 glat=  33.76 u= -10.1700 v= -12.5000 vr=   1.00527 vt=  16.08317
 i=  856 j=  802 glon=  279.45 (0-360E) glon=  279.45 glat=  33.76 u= -10.0300 v= -12.5000 vr=   0.04734 vt=  16.02650
 i=  861 j=  802 glon=  279.65 (0-360E) glon=  279.65 glat=  33.76 u= -11.6400 v= -12.7000 vr=   0.14051 vt=  17.22672
 i=  866 j=  802 glon=  279.85 (0-360E) glon=  279.85 glat=  33.76 u= -14.2800 v= -12.8000 vr=   0.70352 vt=  19.16412
 i=  871 j=  802 glon=  280.05 (0-360E) glon=  280.05 glat=  33.76 u= -14.1000 v= -11.5000 vr=   0.05818 vt=  18.19496
 i=  876 j=  802 glon=  280.25 (0-360E) glon=  280.25 glat=  33.76 u= -12.6500 v=  -8.7000 vr=  -0.10832 vt=  15.35255
 i=  881 j=  802 glon=  280.45 (0-360E) glon=  280.45 glat=  33.76 u= -11.0900 v= -11.5000 vr=  -4.91863 vt=  15.20017
 i=  886 j=  802 glon=  280.65 (0-360E) glon=  280.65 glat=  33.76 u=  -8.7000 v=  -8.2000 vr=  -4.46783 vt=  11.08912
 i=  891 j=  802 glon=  280.85 (0-360E) glon=  280.85 glat=  33.76 u= -13.1300 v=  -8.9000 vr=  -5.47466 vt=  14.88741
 i=  896 j=  802 glon=  281.05 (0-360E) glon=  281.05 glat=  33.76 u= -13.3800 v=  -1.2000 vr=   0.20972 vt=  13.43207
 i=  901 j=  802 glon=  281.25 (0-360E) glon=  281.25 glat=  33.76 u= -11.2900 v=  -0.3000 vr=  -0.72049 vt=  11.27098
 i=  906 j=  802 glon=  281.45 (0-360E) glon=  281.45 glat=  33.76 u= -11.6100 v=   5.4000 vr=   3.25736 vt=  12.38312
 i=  911 j=  802 glon=  281.65 (0-360E) glon=  281.65 glat=  33.76 u=  -9.0500 v=   6.7000 vr=   3.59533 vt=  10.67081
 i=  916 j=  802 glon=  281.85 (0-360E) glon=  281.85 glat=  33.76 u=  -6.6500 v=   6.9000 vr=   3.44669 vt=   8.94164
 i=  921 j=  802 glon=  282.05 (0-360E) glon=  282.05 glat=  33.76 u=  -5.4000 v=  10.3000 vr=   5.98855 vt=   9.96931
 i=  926 j=  802 glon=  282.25 (0-360E) glon=  282.25 glat=  33.76 u=  -2.8800 v=  12.4000 vr=   8.17726 vt=   9.75637
 i=  931 j=  802 glon=  282.45 (0-360E) glon=  282.45 glat=  33.76 u=  -1.9000 v=  12.9000 vr=   8.33928 vt=  10.02379
 i=  936 j=  802 glon=  282.65 (0-360E) glon=  282.65 glat=  33.76 u=  -0.1000 v=  10.5000 vr=   7.20502 vt=   7.63857
 i=  941 j=  802 glon=  282.85 (0-360E) glon=  282.85 glat=  33.76 u=   3.7400 v=  17.3000 vr=  14.01709 vt=  10.80735
 i=  946 j=  802 glon=  283.05 (0-360E) glon=  283.05 glat=  33.76 u=   1.9600 v=  16.0000 vr=  11.18338 vt=  11.60920
 i=  851 j=  807 glon=  279.25 (0-360E) glon=  279.25 glat=  33.56 u=  -8.7600 v= -13.0000 vr=   0.91399 vt=  15.64935
 i=  856 j=  807 glon=  279.45 (0-360E) glon=  279.45 glat=  33.56 u=  -8.6400 v= -12.8000 vr=   0.15040 vt=  15.44238
 i=  861 j=  807 glon=  279.65 (0-360E) glon=  279.65 glat=  33.56 u= -10.0800 v= -13.5000 vr=  -0.00729 vt=  16.84804
 i=  866 j=  807 glon=  279.85 (0-360E) glon=  279.85 glat=  33.56 u= -10.6100 v= -13.1000 vr=  -0.49031 vt=  16.85057
 i=  871 j=  807 glon=  280.05 (0-360E) glon=  280.05 glat=  33.56 u= -11.9800 v= -11.6000 vr=   0.18540 vt=  16.67471
 i=  876 j=  807 glon=  280.25 (0-360E) glon=  280.25 glat=  33.56 u= -11.0100 v= -12.7000 vr=  -2.87070 vt=  16.56107
 i=  881 j=  807 glon=  280.45 (0-360E) glon=  280.45 glat=  33.56 u= -12.5300 v= -11.6000 vr=  -2.96825 vt=  16.81518
 i=  886 j=  807 glon=  280.65 (0-360E) glon=  280.65 glat=  33.56 u= -12.5500 v= -11.0000 vr=  -4.59718 vt=  16.04271
 i=  891 j=  807 glon=  280.85 (0-360E) glon=  280.85 glat=  33.56 u= -13.5800 v=  -7.2000 vr=  -3.00472 vt=  15.07408
 i=  896 j=  807 glon=  281.05 (0-360E) glon=  281.05 glat=  33.56 u= -16.7000 v=  -4.1000 vr=  -1.96145 vt=  17.08370
 i=  901 j=  807 glon=  281.25 (0-360E) glon=  281.25 glat=  33.56 u= -17.2000 v=   2.2000 vr=   1.42542 vt=  17.28144
 i=  906 j=  807 glon=  281.45 (0-360E) glon=  281.45 glat=  33.56 u= -13.9500 v=   7.7000 vr=   4.56606 vt=  15.26576
 i=  911 j=  807 glon=  281.65 (0-360E) glon=  281.65 glat=  33.56 u= -10.8000 v=  12.5000 vr=   7.73137 vt=  14.59849
 i=  916 j=  807 glon=  281.85 (0-360E) glon=  281.85 glat=  33.56 u=  -7.6900 v=  13.5000 vr=   8.00519 vt=  13.31552
 i=  921 j=  807 glon=  282.05 (0-360E) glon=  282.05 glat=  33.56 u=  -6.0900 v=  14.1000 vr=   7.76087 vt=  13.25394
 i=  926 j=  807 glon=  282.25 (0-360E) glon=  282.25 glat=  33.56 u=  -3.0100 v=  14.8000 vr=   8.93840 vt=  12.17395
 i=  931 j=  807 glon=  282.45 (0-360E) glon=  282.45 glat=  33.56 u=   0.0200 v=  17.0000 vr=  11.56024 vt=  12.46440
 i=  936 j=  807 glon=  282.65 (0-360E) glon=  282.65 glat=  33.56 u=  -0.5000 v=  15.6000 vr=   9.33159 vt=  12.51126
 i=  941 j=  807 glon=  282.85 (0-360E) glon=  282.85 glat=  33.56 u=   1.4700 v=  17.5000 vr=  11.23613 vt=  13.49668
 i=  946 j=  807 glon=  283.05 (0-360E) glon=  283.05 glat=  33.56 u=   2.7100 v=  18.7000 vr=  12.18973 vt=  14.43761
 i=  951 j=  807 glon=  283.25 (0-360E) glon=  283.25 glat=  33.56 u=  -0.8700 v=  17.3000 vr=   7.71140 vt=  15.51068
 i=  846 j=  812 glon=  279.05 (0-360E) glon=  279.05 glat=  33.36 u=  -4.9000 v= -14.0000 vr=  -0.96644 vt=  14.80122
 i=  851 j=  812 glon=  279.25 (0-360E) glon=  279.25 glat=  33.36 u=  -7.6600 v= -14.3000 vr=   0.85425 vt=  16.19987
 i=  856 j=  812 glon=  279.45 (0-360E) glon=  279.45 glat=  33.36 u=  -6.5600 v= -13.0000 vr=  -0.22814 vt=  14.55959
 i=  861 j=  812 glon=  279.65 (0-360E) glon=  279.65 glat=  33.36 u=  -7.7800 v= -13.0000 vr=   0.05859 vt=  15.15008
 i=  866 j=  812 glon=  279.85 (0-360E) glon=  279.85 glat=  33.36 u=  -9.0400 v= -14.3000 vr=  -0.59196 vt=  16.90743
 i=  871 j=  812 glon=  280.05 (0-360E) glon=  280.05 glat=  33.36 u= -11.6400 v= -15.7000 vr=  -0.74468 vt=  19.53011
 i=  876 j=  812 glon=  280.25 (0-360E) glon=  280.25 glat=  33.36 u= -11.4700 v= -13.6000 vr=  -1.25932 vt=  17.74641
 i=  881 j=  812 glon=  280.45 (0-360E) glon=  280.45 glat=  33.36 u=  -8.9800 v= -16.6000 vr=  -7.24144 vt=  17.42877
 i=  886 j=  812 glon=  280.65 (0-360E) glon=  280.65 glat=  33.36 u= -14.9300 v= -16.8000 vr=  -6.82962 vt=  21.41264
 i=  891 j=  812 glon=  280.85 (0-360E) glon=  280.85 glat=  33.36 u= -25.0200 v=  -5.1000 vr=   4.04350 vt=  25.21231
 i=  896 j=  812 glon=  281.05 (0-360E) glon=  281.05 glat=  33.36 u= -15.7700 v=   3.7000 vr=   6.14408 vt=  14.98777
 i=  901 j=  812 glon=  281.25 (0-360E) glon=  281.25 glat=  33.36 u= -14.5400 v=   7.6000 vr=   6.76685 vt=  14.94595
 i=  906 j=  812 glon=  281.45 (0-360E) glon=  281.45 glat=  33.36 u= -12.4300 v=   9.3000 vr=   5.69698 vt=  14.44089
 i=  911 j=  812 glon=  281.65 (0-360E) glon=  281.65 glat=  33.36 u= -10.3100 v=  12.4000 vr=   6.60118 vt=  14.71328
 i=  916 j=  812 glon=  281.85 (0-360E) glon=  281.85 glat=  33.36 u=  -6.7300 v=  15.3000 vr=   8.61002 vt=  14.32656
 i=  921 j=  812 glon=  282.05 (0-360E) glon=  282.05 glat=  33.36 u=  -4.5000 v=  16.8000 vr=   9.28347 vt=  14.70738
 i=  926 j=  812 glon=  282.25 (0-360E) glon=  282.25 glat=  33.36 u=  -2.1900 v=  18.6000 vr=  10.60434 vt=  15.43710
 i=  931 j=  812 glon=  282.45 (0-360E) glon=  282.45 glat=  33.36 u=  -0.1300 v=  17.4000 vr=  10.19822 vt=  14.09870
 i=  936 j=  812 glon=  282.65 (0-360E) glon=  282.65 glat=  33.36 u=   1.8600 v=  17.1000 vr=  10.71471 vt=  13.45603
 i=  941 j=  812 glon=  282.85 (0-360E) glon=  282.85 glat=  33.36 u=   4.0400 v=  19.6000 vr=  13.04625 vt=  15.17488
 i=  946 j=  812 glon=  283.05 (0-360E) glon=  283.05 glat=  33.36 u=   4.2400 v=  20.1000 vr=  12.70844 vt=  16.13949
 i=  951 j=  812 glon=  283.25 (0-360E) glon=  283.25 glat=  33.36 u=   8.2200 v=  24.2000 vr=  17.35283 vt=  18.76400
 i=  846 j=  817 glon=  279.05 (0-360E) glon=  279.05 glat=  33.16 u=  -2.8400 v= -15.4000 vr=  -1.90474 vt=  15.54341
 i=  851 j=  817 glon=  279.25 (0-360E) glon=  279.25 glat=  33.16 u=  -5.0000 v= -16.7000 vr=  -0.75608 vt=  17.41604
 i=  856 j=  817 glon=  279.45 (0-360E) glon=  279.45 glat=  33.16 u=  -5.2300 v= -14.0000 vr=  -0.18960 vt=  14.94379
 i=  861 j=  817 glon=  279.65 (0-360E) glon=  279.65 glat=  33.16 u=  -5.3000 v= -14.2000 vr=  -0.85852 vt=  15.13251
 i=  866 j=  817 glon=  279.85 (0-360E) glon=  279.85 glat=  33.16 u=  -7.9300 v= -15.7000 vr=  -0.00555 vt=  17.58906
 i=  871 j=  817 glon=  280.05 (0-360E) glon=  280.05 glat=  33.16 u= -11.2000 v= -18.6000 vr=   0.12048 vt=  21.71141
 i=  876 j=  817 glon=  280.25 (0-360E) glon=  280.25 glat=  33.16 u=  -9.1800 v= -16.9000 vr=  -2.43927 vt=  19.07701
 i=  881 j=  817 glon=  280.45 (0-360E) glon=  280.45 glat=  33.16 u=  -7.1300 v= -20.6000 vr=  -8.64707 vt=  20.01062
 i=  886 j=  817 glon=  280.65 (0-360E) glon=  280.65 glat=  33.16 u= -20.1500 v= -11.9000 vr=   3.29197 vt=  23.16885
 i=  891 j=  817 glon=  280.85 (0-360E) glon=  280.85 glat=  33.16 u= -15.1300 v=  -1.7000 vr=   5.33047 vt=  14.26159
 i=  896 j=  817 glon=  281.05 (0-360E) glon=  281.05 glat=  33.16 u= -17.5000 v=   1.0000 vr=   4.66452 vt=  16.89652
 i=  901 j=  817 glon=  281.25 (0-360E) glon=  281.25 glat=  33.16 u= -17.1700 v=   5.9000 vr=   4.57816 vt=  17.56870
 i=  906 j=  817 glon=  281.45 (0-360E) glon=  281.45 glat=  33.16 u= -15.4000 v=  10.5000 vr=   4.53530 vt=  18.07875
 i=  911 j=  817 glon=  281.65 (0-360E) glon=  281.65 glat=  33.16 u= -12.0600 v=  15.1000 vr=   5.95803 vt=  18.38357
 i=  916 j=  817 glon=  281.85 (0-360E) glon=  281.85 glat=  33.16 u=  -8.0000 v=  17.7000 vr=   7.29641 vt=  18.00146
 i=  921 j=  817 glon=  282.05 (0-360E) glon=  282.05 glat=  33.16 u=  -3.7400 v=  20.4000 vr=   9.85041 vt=  18.25150
 i=  926 j=  817 glon=  282.25 (0-360E) glon=  282.25 glat=  33.16 u=  -0.3400 v=  22.0000 vr=  11.69230 vt=  18.63882
 i=  931 j=  817 glon=  282.45 (0-360E) glon=  282.45 glat=  33.16 u=   1.1800 v=  20.9000 vr=  11.03105 vt=  17.79096
 i=  936 j=  817 glon=  282.65 (0-360E) glon=  282.65 glat=  33.16 u=   2.5900 v=  20.2000 vr=  10.91708 vt=  17.19202
 i=  941 j=  817 glon=  282.85 (0-360E) glon=  282.85 glat=  33.16 u=   2.5000 v=  19.5000 vr=   9.72521 vt=  17.08568
 i=  946 j=  817 glon=  283.05 (0-360E) glon=  283.05 glat=  33.16 u=   6.3800 v=  21.6000 vr=  13.41070 vt=  18.09469
 i=  951 j=  817 glon=  283.25 (0-360E) glon=  283.25 glat=  33.16 u=   6.6300 v=  21.1000 vr=  12.89449 vt=  17.96939
 i=  956 j=  817 glon=  283.45 (0-360E) glon=  283.45 glat=  33.16 u=   3.7600 v=  18.4000 vr=   8.87322 vt=  16.55185
 i=  841 j=  822 glon=  278.85 (0-360E) glon=  278.85 glat=  32.96 u=   0.2100 v= -13.7000 vr=  -2.69794 vt=  13.43336
 i=  846 j=  822 glon=  279.05 (0-360E) glon=  279.05 glat=  32.96 u=  -0.4400 v= -15.7000 vr=  -2.69528 vt=  15.47317
 i=  851 j=  822 glon=  279.25 (0-360E) glon=  279.25 glat=  32.96 u=  -1.4800 v= -17.8000 vr=  -2.46531 vt=  17.69047
 i=  856 j=  822 glon=  279.45 (0-360E) glon=  279.45 glat=  32.96 u=  -2.7700 v= -15.6000 vr=  -1.12464 vt=  15.80405
 i=  861 j=  822 glon=  279.65 (0-360E) glon=  279.65 glat=  32.96 u=  -2.2100 v= -15.6000 vr=  -2.15752 vt=  15.60734
 i=  866 j=  822 glon=  279.85 (0-360E) glon=  279.85 glat=  32.96 u=  -0.5300 v= -17.3000 vr=  -4.90163 vt=  16.59955
 i=  871 j=  822 glon=  280.05 (0-360E) glon=  280.05 glat=  32.96 u=  -4.2300 v= -20.1000 vr=  -3.31397 vt=  20.27117
 i=  876 j=  822 glon=  280.25 (0-360E) glon=  280.25 glat=  32.96 u=  -4.1100 v= -20.3000 vr=  -4.91566 vt=  20.12010
 i=  881 j=  822 glon=  280.45 (0-360E) glon=  280.45 glat=  32.96 u= -10.8300 v= -23.3000 vr=  -2.64136 vt=  25.55782
 i=  886 j=  822 glon=  280.65 (0-360E) glon=  280.65 glat=  32.96 u=  -9.1300 v= -11.4000 vr=  -0.13239 vt=  14.60477
 i=  891 j=  822 glon=  280.85 (0-360E) glon=  280.85 glat=  32.96 u= -13.2900 v= -10.1000 vr=   0.18308 vt=  16.69133
 i=  896 j=  822 glon=  281.05 (0-360E) glon=  281.05 glat=  32.96 u= -17.6300 v=  -3.7000 vr=   2.01335 vt=  17.90121
 i=  901 j=  822 glon=  281.25 (0-360E) glon=  281.25 glat=  32.96 u= -17.3700 v=   7.7000 vr=   5.63403 vt=  18.14565
 i=  906 j=  822 glon=  281.45 (0-360E) glon=  281.45 glat=  32.96 u= -12.4700 v=  20.0000 vr=  11.29828 vt=  20.68453
 i=  911 j=  822 glon=  281.65 (0-360E) glon=  281.65 glat=  32.96 u=  -8.5200 v=  28.4000 vr=  13.90801 vt=  26.18621
 i=  916 j=  822 glon=  281.85 (0-360E) glon=  281.85 glat=  32.96 u=  -5.9500 v=  25.9000 vr=   9.72290 vt=  24.73212
 i=  921 j=  822 glon=  282.05 (0-360E) glon=  282.05 glat=  32.96 u=  -2.1000 v=  26.7000 vr=  10.51654 vt=  24.63133
 i=  926 j=  822 glon=  282.25 (0-360E) glon=  282.25 glat=  32.96 u=   0.9600 v=  24.7000 vr=  10.50442 vt=  22.37563
 i=  931 j=  822 glon=  282.45 (0-360E) glon=  282.45 glat=  32.96 u=   4.0200 v=  24.3000 vr=  11.90741 vt=  21.56071
 i=  936 j=  822 glon=  282.65 (0-360E) glon=  282.65 glat=  32.96 u=   5.4400 v=  23.5000 vr=  12.05422 vt=  20.89353
 i=  941 j=  822 glon=  282.85 (0-360E) glon=  282.85 glat=  32.96 u=   5.5900 v=  22.4000 vr=  11.17819 vt=  20.20040
 i=  946 j=  822 glon=  283.05 (0-360E) glon=  283.05 glat=  32.96 u=   6.2300 v=  22.3000 vr=  11.20856 vt=  20.26009
 i=  951 j=  822 glon=  283.25 (0-360E) glon=  283.25 glat=  32.96 u=   6.9600 v=  22.7000 vr=  11.53924 vt=  20.75036
 i=  956 j=  822 glon=  283.45 (0-360E) glon=  283.45 glat=  32.96 u=  10.6100 v=  21.9000 vr=  14.57295 vt=  19.48874
 i=  841 j=  827 glon=  278.85 (0-360E) glon=  278.85 glat=  32.76 u=   2.2200 v= -13.5000 vr=  -3.33529 vt=  13.26854
 i=  846 j=  827 glon=  279.05 (0-360E) glon=  279.05 glat=  32.76 u=   1.4300 v= -15.9000 vr=  -2.88635 vt=  15.70108
 i=  851 j=  827 glon=  279.25 (0-360E) glon=  279.25 glat=  32.76 u=   0.8100 v= -17.1000 vr=  -2.55695 vt=  16.92714
 i=  856 j=  827 glon=  279.45 (0-360E) glon=  279.45 glat=  32.76 u=   1.5700 v= -17.4000 vr=  -3.56136 vt=  17.10385
 i=  861 j=  827 glon=  279.65 (0-360E) glon=  279.65 glat=  32.76 u=   0.1500 v= -15.9000 vr=  -2.22714 vt=  15.74396
 i=  866 j=  827 glon=  279.85 (0-360E) glon=  279.85 glat=  32.76 u=   2.7500 v= -17.6000 vr=  -5.37154 vt=  16.98438
 i=  871 j=  827 glon=  280.05 (0-360E) glon=  280.05 glat=  32.76 u=   0.1800 v= -18.7000 vr=  -3.49188 vt=  18.37197
 i=  876 j=  827 glon=  280.25 (0-360E) glon=  280.25 glat=  32.76 u=   0.5800 v= -22.8000 vr=  -5.44811 vt=  22.14711
 i=  881 j=  827 glon=  280.45 (0-360E) glon=  280.45 glat=  32.76 u=  -4.9500 v= -19.8000 vr=  -0.55113 vt=  20.40193
 i=  886 j=  827 glon=  280.65 (0-360E) glon=  280.65 glat=  32.76 u=  -0.7200 v= -17.8000 vr=  -5.67720 vt=  16.88573
 i=  891 j=  827 glon=  280.85 (0-360E) glon=  280.85 glat=  32.76 u=  -5.9900 v= -18.6000 vr=  -4.47081 vt=  19.02241
 i=  896 j=  827 glon=  281.05 (0-360E) glon=  281.05 glat=  32.76 u=  -8.3700 v=  -6.5000 vr=  -0.49550 vt=  10.58590
 i=  901 j=  827 glon=  281.25 (0-360E) glon=  281.25 glat=  32.76 u=  -7.9400 v=  12.4000 vr=  10.11438 vt=  10.70060
 i=  906 j=  827 glon=  281.45 (0-360E) glon=  281.45 glat=  32.76 u=  -3.4200 v=  27.1000 vr=  14.69534 vt=  23.02506
 i=  911 j=  827 glon=  281.65 (0-360E) glon=  281.65 glat=  32.76 u=   0.5500 v=  30.7000 vr=  13.39751 vt=  27.62787
 i=  916 j=  827 glon=  281.85 (0-360E) glon=  281.85 glat=  32.76 u=   6.6300 v=  35.2000 vr=  17.04896 vt=  31.50127
 i=  921 j=  827 glon=  282.05 (0-360E) glon=  282.05 glat=  32.76 u=   2.9100 v=  31.1000 vr=  10.20562 vt=  29.52158
 i=  926 j=  827 glon=  282.25 (0-360E) glon=  282.25 glat=  32.76 u=   6.0600 v=  30.1000 vr=  11.76197 vt=  28.36176
 i=  931 j=  827 glon=  282.45 (0-360E) glon=  282.45 glat=  32.76 u=   7.8000 v=  27.1000 vr=  12.09769 vt=  25.47344
 i=  936 j=  827 glon=  282.65 (0-360E) glon=  282.65 glat=  32.76 u=   8.9800 v=  25.7000 vr=  12.48049 vt=  24.19438
 i=  941 j=  827 glon=  282.85 (0-360E) glon=  282.85 glat=  32.76 u=   9.7900 v=  24.7000 vr=  12.73224 vt=  23.32004
 i=  946 j=  827 glon=  283.05 (0-360E) glon=  283.05 glat=  32.76 u=   8.1900 v=  22.8000 vr=  10.60724 vt=  21.78078
 i=  951 j=  827 glon=  283.25 (0-360E) glon=  283.25 glat=  32.76 u=   8.8100 v=  21.0000 vr=  10.79989 vt=  20.04940
 i=  956 j=  827 glon=  283.45 (0-360E) glon=  283.45 glat=  32.76 u=  12.0000 v=  23.7000 vr=  14.02104 vt=  22.56326
 i=  841 j=  832 glon=  278.85 (0-360E) glon=  278.85 glat=  32.56 u=   3.8400 v= -12.8000 vr=  -3.63674 vt=  12.85923
 i=  846 j=  832 glon=  279.05 (0-360E) glon=  279.05 glat=  32.56 u=   3.2200 v= -15.0000 vr=  -2.96874 vt=  15.05174
 i=  851 j=  832 glon=  279.25 (0-360E) glon=  279.25 glat=  32.56 u=   1.8300 v= -16.6000 vr=  -1.53417 vt=  16.62995
 i=  856 j=  832 glon=  279.45 (0-360E) glon=  279.45 glat=  32.56 u=   4.4700 v= -17.2000 vr=  -4.13954 vt=  17.28251
 i=  861 j=  832 glon=  279.65 (0-360E) glon=  279.65 glat=  32.56 u=   2.9300 v= -16.7000 vr=  -2.57999 vt=  16.75764
 i=  866 j=  832 glon=  279.85 (0-360E) glon=  279.85 glat=  32.56 u=   2.6600 v= -18.4000 vr=  -2.23142 vt=  18.45688
 i=  871 j=  832 glon=  280.05 (0-360E) glon=  280.05 glat=  32.56 u=   3.4200 v= -20.2000 vr=  -2.88394 vt=  20.28347
 i=  876 j=  832 glon=  280.25 (0-360E) glon=  280.25 glat=  32.56 u=   6.3200 v= -21.6000 vr=  -5.64352 vt=  21.78653
 i=  881 j=  832 glon=  280.45 (0-360E) glon=  280.45 glat=  32.56 u=   4.1800 v= -21.0000 vr=  -3.36731 vt=  21.14553
 i=  886 j=  832 glon=  280.65 (0-360E) glon=  280.65 glat=  32.56 u=   8.2200 v= -17.8000 vr=  -7.29130 vt=  18.20015
 i=  891 j=  832 glon=  280.85 (0-360E) glon=  280.85 glat=  32.56 u=  14.9200 v= -18.4000 vr= -13.40220 vt=  19.53324
 i=  896 j=  832 glon=  281.05 (0-360E) glon=  281.05 glat=  32.56 u=  16.8300 v=  -6.1000 vr= -15.42114 vt=   9.09106
 i=  901 j=  832 glon=  281.25 (0-360E) glon=  281.25 glat=  32.56 u=  16.6400 v=  12.9000 vr=   8.68872 vt=  19.17826
 i=  906 j=  832 glon=  281.45 (0-360E) glon=  281.45 glat=  32.56 u=  14.5400 v=  28.8000 vr=  11.30463 vt=  30.21683
 i=  911 j=  832 glon=  281.65 (0-360E) glon=  281.65 glat=  32.56 u=  16.3900 v=  33.2000 vr=  14.30226 vt=  34.15139
 i=  916 j=  832 glon=  281.85 (0-360E) glon=  281.85 glat=  32.56 u=  15.7700 v=  32.9000 vr=  14.31582 vt=  33.55831
 i=  921 j=  832 glon=  282.05 (0-360E) glon=  282.05 glat=  32.56 u=  12.4600 v=  31.1000 vr=  11.38761 vt=  31.50847
 i=  926 j=  832 glon=  282.25 (0-360E) glon=  282.25 glat=  32.56 u=   9.9400 v=  30.7000 vr=   9.06148 vt=  30.97068
 i=  931 j=  832 glon=  282.45 (0-360E) glon=  282.45 glat=  32.56 u=  12.8500 v=  28.5000 vr=  12.14343 vt=  28.80815
 i=  936 j=  832 glon=  282.65 (0-360E) glon=  282.65 glat=  32.56 u=  12.0900 v=  26.5000 vr=  11.50549 vt=  26.75896
 i=  941 j=  832 glon=  282.85 (0-360E) glon=  282.85 glat=  32.56 u=  13.0300 v=  25.6000 vr=  12.51681 vt=  25.85479
 i=  946 j=  832 glon=  283.05 (0-360E) glon=  283.05 glat=  32.56 u=  10.9400 v=  24.8000 vr=  10.48150 vt=  24.99724
 i=  951 j=  832 glon=  283.25 (0-360E) glon=  283.25 glat=  32.56 u=  13.5300 v=  22.7000 vr=  13.13736 vt=  22.92947
 i=  956 j=  832 glon=  283.45 (0-360E) glon=  283.45 glat=  32.56 u=  12.5800 v=  23.7000 vr=  12.19345 vt=  23.90117
 i=  841 j=  837 glon=  278.85 (0-360E) glon=  278.85 glat=  32.36 u=   4.9800 v= -12.1000 vr=  -3.52718 vt=  12.60037
 i=  846 j=  837 glon=  279.05 (0-360E) glon=  279.05 glat=  32.36 u=   5.4200 v= -13.0000 vr=  -3.72384 vt=  13.58343
 i=  851 j=  837 glon=  279.25 (0-360E) glon=  279.25 glat=  32.36 u=   3.2600 v= -15.1000 vr=  -1.12935 vt=  15.40656
 i=  856 j=  837 glon=  279.45 (0-360E) glon=  279.45 glat=  32.36 u=   6.2900 v= -16.2000 vr=  -3.72619 vt=  16.97409
 i=  861 j=  837 glon=  279.65 (0-360E) glon=  279.65 glat=  32.36 u=   3.5900 v= -16.6000 vr=  -0.68075 vt=  16.97011
 i=  866 j=  837 glon=  279.85 (0-360E) glon=  279.85 glat=  32.36 u=   5.3200 v= -15.7000 vr=  -2.14433 vt=  16.43759
 i=  871 j=  837 glon=  280.05 (0-360E) glon=  280.05 glat=  32.36 u=   5.9900 v= -20.5000 vr=  -1.17450 vt=  21.32488
 i=  876 j=  837 glon=  280.25 (0-360E) glon=  280.25 glat=  32.36 u=   9.9200 v= -19.3000 vr=  -4.31737 vt=  21.26633
 i=  881 j=  837 glon=  280.45 (0-360E) glon=  280.45 glat=  32.36 u=  13.0000 v= -19.0000 vr=  -5.87760 vt=  22.25879
 i=  886 j=  837 glon=  280.65 (0-360E) glon=  280.65 glat=  32.36 u=  16.0000 v= -12.7000 vr=  -8.85866 vt=  18.40691
 i=  891 j=  837 glon=  280.85 (0-360E) glon=  280.85 glat=  32.36 u=  20.3200 v= -11.0000 vr=  -9.49208 vt=  21.06663
 i=  896 j=  837 glon=  281.05 (0-360E) glon=  281.05 glat=  32.36 u=  26.4200 v=  -3.5000 vr=  -9.81515 vt=  24.77760
 i=  901 j=  837 glon=  281.25 (0-360E) glon=  281.25 glat=  32.36 u=  28.7200 v=   9.1000 vr=  -3.36793 vt=  29.93836
 i=  906 j=  837 glon=  281.45 (0-360E) glon=  281.45 glat=  32.36 u=  28.2100 v=  21.0000 vr=   4.24330 vt=  34.91129
 i=  911 j=  837 glon=  281.65 (0-360E) glon=  281.65 glat=  32.36 u=  25.8900 v=  29.1000 vr=   7.60903 vt=  38.19954
 i=  916 j=  837 glon=  281.85 (0-360E) glon=  281.85 glat=  32.36 u=  21.5700 v=  28.9000 vr=   9.06957 vt=  34.90298
 i=  921 j=  837 glon=  282.05 (0-360E) glon=  282.05 glat=  32.36 u=  19.4500 v=  27.2000 vr=  10.44635 vt=  31.76501
 i=  926 j=  837 glon=  282.25 (0-360E) glon=  282.25 glat=  32.36 u=  14.3300 v=  28.4000 vr=   6.89492 vt=  31.05429
 i=  931 j=  837 glon=  282.45 (0-360E) glon=  282.45 glat=  32.36 u=  15.6200 v=  27.1000 vr=   9.59329 vt=  29.77185
 i=  936 j=  837 glon=  282.65 (0-360E) glon=  282.65 glat=  32.36 u=  14.5600 v=  25.9000 vr=   9.58719 vt=  28.12276
 i=  941 j=  837 glon=  282.85 (0-360E) glon=  282.85 glat=  32.36 u=  15.2000 v=  24.4000 vr=  11.04963 vt=  26.53876
 i=  946 j=  837 glon=  283.05 (0-360E) glon=  283.05 glat=  32.36 u=  13.7600 v=  24.6000 vr=  10.03146 vt=  26.34136
 i=  951 j=  837 glon=  283.25 (0-360E) glon=  283.25 glat=  32.36 u=  14.3400 v=  23.8000 vr=  11.06032 vt=  25.49010
 i=  956 j=  837 glon=  283.45 (0-360E) glon=  283.45 glat=  32.36 u=  13.7200 v=  23.9000 vr=  10.70894 vt=  25.39226
 i=  846 j=  842 glon=  279.05 (0-360E) glon=  279.05 glat=  32.16 u=   6.9500 v= -11.7000 vr=  -4.04574 vt=  12.99325
 i=  851 j=  842 glon=  279.25 (0-360E) glon=  279.25 glat=  32.16 u=   7.2000 v= -11.3000 vr=  -4.10013 vt=  12.75613
 i=  856 j=  842 glon=  279.45 (0-360E) glon=  279.45 glat=  32.16 u=   6.5500 v= -14.8000 vr=  -2.15235 vt=  16.04088
 i=  861 j=  842 glon=  279.65 (0-360E) glon=  279.65 glat=  32.16 u=   7.3700 v= -15.3000 vr=  -2.23834 vt=  16.83439
 i=  866 j=  842 glon=  279.85 (0-360E) glon=  279.85 glat=  32.16 u=   7.1800 v= -16.6000 vr=  -0.88793 vt=  18.06444
 i=  871 j=  842 glon=  280.05 (0-360E) glon=  280.05 glat=  32.16 u=   5.9600 v= -21.4000 vr=   3.15977 vt=  21.98858
 i=  876 j=  842 glon=  280.25 (0-360E) glon=  280.25 glat=  32.16 u=  10.0600 v= -15.5000 vr=  -1.60731 vt=  18.40843
 i=  881 j=  842 glon=  280.45 (0-360E) glon=  280.45 glat=  32.16 u=  14.8500 v= -14.9000 vr=  -4.00458 vt=  20.65178
 i=  886 j=  842 glon=  280.65 (0-360E) glon=  280.65 glat=  32.16 u=  20.6100 v= -12.0000 vr=  -7.07679 vt=  22.77479
 i=  891 j=  842 glon=  280.85 (0-360E) glon=  280.85 glat=  32.16 u=  28.3600 v=  -1.3000 vr= -15.08062 vt=  24.05316
 i=  896 j=  842 glon=  281.05 (0-360E) glon=  281.05 glat=  32.16 u=  31.8900 v=   5.3000 vr= -14.09192 vt=  29.09433
 i=  901 j=  842 glon=  281.25 (0-360E) glon=  281.25 glat=  32.16 u=  34.5600 v=  12.0000 vr=  -8.35573 vt=  35.61707
 i=  906 j=  842 glon=  281.45 (0-360E) glon=  281.45 glat=  32.16 u=  33.1000 v=  18.2000 vr=  -1.39684 vt=  37.74783
 i=  911 j=  842 glon=  281.65 (0-360E) glon=  281.65 glat=  32.16 u=  26.1700 v=  21.9000 vr=   1.23872 vt=  34.10197
 i=  916 j=  842 glon=  281.85 (0-360E) glon=  281.85 glat=  32.16 u=  24.0300 v=  21.7000 vr=   5.78577 vt=  31.85680
 i=  921 j=  842 glon=  282.05 (0-360E) glon=  282.05 glat=  32.16 u=  21.9500 v=  24.3000 vr=   6.54036 vt=  32.08608
 i=  926 j=  842 glon=  282.25 (0-360E) glon=  282.25 glat=  32.16 u=  18.8300 v=  26.0000 vr=   5.74366 vt=  31.58448
 i=  931 j=  842 glon=  282.45 (0-360E) glon=  282.45 glat=  32.16 u=  18.3800 v=  25.3000 vr=   7.57607 vt=  30.34003
 i=  936 j=  842 glon=  282.65 (0-360E) glon=  282.65 glat=  32.16 u=  16.2500 v=  24.5000 vr=   7.27341 vt=  28.48526
 i=  941 j=  842 glon=  282.85 (0-360E) glon=  282.85 glat=  32.16 u=  16.8800 v=  23.0000 vr=   9.37482 vt=  26.94526
 i=  946 j=  842 glon=  283.05 (0-360E) glon=  283.05 glat=  32.16 u=  14.1600 v=  24.0000 vr=   7.28589 vt=  26.89649
 i=  951 j=  842 glon=  283.25 (0-360E) glon=  283.25 glat=  32.16 u=  15.8400 v=  23.0000 vr=   9.80876 vt=  26.14754
 i=  956 j=  842 glon=  283.45 (0-360E) glon=  283.45 glat=  32.16 u=  13.7500 v=  24.1000 vr=   8.05074 vt=  26.55293
 i=  846 j=  847 glon=  279.05 (0-360E) glon=  279.05 glat=  31.96 u=   7.5300 v= -11.0000 vr=  -3.48778 vt=  12.86609
 i=  851 j=  847 glon=  279.25 (0-360E) glon=  279.25 glat=  31.96 u=  10.0000 v=  -9.9000 vr=  -5.79092 vt=  12.82479
 i=  856 j=  847 glon=  279.45 (0-360E) glon=  279.45 glat=  31.96 u=  10.2500 v= -10.6000 vr=  -5.26948 vt=  13.77153
 i=  861 j=  847 glon=  279.65 (0-360E) glon=  279.65 glat=  31.96 u=  10.3800 v= -12.3000 vr=  -4.02677 vt=  15.58267
 i=  866 j=  847 glon=  279.85 (0-360E) glon=  279.85 glat=  31.96 u=  10.4100 v= -15.0000 vr=  -1.87861 vt=  18.16147
 i=  871 j=  847 glon=  280.05 (0-360E) glon=  280.05 glat=  31.96 u=   9.8500 v= -16.9000 vr=   0.89679 vt=  19.54043
 i=  876 j=  847 glon=  280.25 (0-360E) glon=  280.25 glat=  31.96 u=  12.7300 v= -12.2000 vr=  -2.51998 vt=  17.45115
 i=  881 j=  847 glon=  280.45 (0-360E) glon=  280.45 glat=  31.96 u=  16.8800 v= -10.5000 vr=  -4.61601 vt=  19.33590
 i=  886 j=  847 glon=  280.65 (0-360E) glon=  280.65 glat=  31.96 u=  22.8100 v=  -6.0000 vr=  -8.76093 vt=  21.89845
 i=  891 j=  847 glon=  280.85 (0-360E) glon=  280.85 glat=  31.96 u=  26.3300 v=  -1.2000 vr= -10.12908 vt=  24.33332
 i=  896 j=  847 glon=  281.05 (0-360E) glon=  281.05 glat=  31.96 u=  29.6100 v=   3.4000 vr=  -9.14317 vt=  28.36749
 i=  901 j=  847 glon=  281.25 (0-360E) glon=  281.25 glat=  31.96 u=  31.2400 v=   8.3000 vr=  -6.07424 vt=  31.74793
 i=  906 j=  847 glon=  281.45 (0-360E) glon=  281.45 glat=  31.96 u=  30.7000 v=  10.3000 vr=   0.17559 vt=  32.38131
 i=  911 j=  847 glon=  281.65 (0-360E) glon=  281.65 glat=  31.96 u=  27.8100 v=  13.8000 vr=   2.74800 vt=  30.92385
 i=  916 j=  847 glon=  281.85 (0-360E) glon=  281.85 glat=  31.96 u=  25.2600 v=  18.0000 vr=   3.21186 vt=  30.85047
 i=  921 j=  847 glon=  282.05 (0-360E) glon=  282.05 glat=  31.96 u=  24.1000 v=  20.7000 vr=   4.62401 vt=  31.43117
 i=  926 j=  847 glon=  282.25 (0-360E) glon=  282.25 glat=  31.96 u=  21.2100 v=  23.0000 vr=   4.09939 vt=  31.01708
 i=  931 j=  847 glon=  282.45 (0-360E) glon=  282.45 glat=  31.96 u=  19.5700 v=  23.3000 vr=   4.95805 vt=  30.02154
 i=  936 j=  847 glon=  282.65 (0-360E) glon=  282.65 glat=  31.96 u=  17.7700 v=  23.1000 vr=   5.29383 vt=  28.65935
 i=  941 j=  847 glon=  282.85 (0-360E) glon=  282.85 glat=  31.96 u=  17.2200 v=  21.6000 vr=   6.82314 vt=  26.76814
 i=  946 j=  847 glon=  283.05 (0-360E) glon=  283.05 glat=  31.96 u=  15.2600 v=  22.3000 vr=   5.81999 vt=  26.38722
 i=  951 j=  847 glon=  283.25 (0-360E) glon=  283.25 glat=  31.96 u=  16.3800 v=  21.3000 vr=   8.09446 vt=  25.62175
 i=  956 j=  847 glon=  283.45 (0-360E) glon=  283.45 glat=  31.96 u=  14.6500 v=  22.7000 vr=   6.72704 vt=  26.16600
 i=  846 j=  852 glon=  279.05 (0-360E) glon=  279.05 glat=  31.76 u=   9.6800 v=  -9.6000 vr=  -4.79462 vt=  12.76221
 i=  851 j=  852 glon=  279.25 (0-360E) glon=  279.25 glat=  31.76 u=   9.7600 v=  -8.7000 vr=  -4.79049 vt=  12.16548
 i=  856 j=  852 glon=  279.45 (0-360E) glon=  279.45 glat=  31.76 u=  10.7900 v=  -9.0000 vr=  -4.99894 vt=  13.13144
 i=  861 j=  852 glon=  279.65 (0-360E) glon=  279.65 glat=  31.76 u=  12.9500 v= -10.7000 vr=  -5.21441 vt=  15.96879
 i=  866 j=  852 glon=  279.85 (0-360E) glon=  279.85 glat=  31.76 u=  14.2000 v= -12.5000 vr=  -4.14220 vt=  18.45893
 i=  871 j=  852 glon=  280.05 (0-360E) glon=  280.05 glat=  31.76 u=  17.0300 v= -14.1000 vr=  -3.81878 vt=  21.77723
 i=  876 j=  852 glon=  280.25 (0-360E) glon=  280.25 glat=  31.76 u=  20.3700 v= -10.7000 vr=  -6.50415 vt=  22.07086
 i=  881 j=  852 glon=  280.45 (0-360E) glon=  280.45 glat=  31.76 u=  22.1200 v=  -7.0000 vr=  -7.89470 vt=  21.81669
 i=  886 j=  852 glon=  280.65 (0-360E) glon=  280.65 glat=  31.76 u=  23.2800 v=  -7.1000 vr=  -5.20698 vt=  23.77511
 i=  891 j=  852 glon=  280.85 (0-360E) glon=  280.85 glat=  31.76 u=  26.7200 v=  -4.9000 vr=  -4.36018 vt=  26.81338
 i=  896 j=  852 glon=  281.05 (0-360E) glon=  281.05 glat=  31.76 u=  27.4400 v=  -0.7000 vr=  -3.41971 vt=  27.23507
 i=  901 j=  852 glon=  281.25 (0-360E) glon=  281.25 glat=  31.76 u=  31.9300 v=   5.0000 vr=  -3.28384 vt=  32.15185
 i=  906 j=  852 glon=  281.45 (0-360E) glon=  281.45 glat=  31.76 u=  30.6800 v=   8.7000 vr=  -0.73794 vt=  31.88115
 i=  911 j=  852 glon=  281.65 (0-360E) glon=  281.65 glat=  31.76 u=  26.6000 v=  12.0000 vr=   0.30355 vt=  29.17992
 i=  916 j=  852 glon=  281.85 (0-360E) glon=  281.85 glat=  31.76 u=  22.9200 v=  18.2000 vr=  -2.39419 vt=  29.16906
 i=  921 j=  852 glon=  282.05 (0-360E) glon=  282.05 glat=  31.76 u=  24.0900 v=  18.9000 vr=   1.60073 vt=  30.57737
 i=  926 j=  852 glon=  282.25 (0-360E) glon=  282.25 glat=  31.76 u=  21.9200 v=  20.7000 vr=   1.97287 vt=  30.08462
 i=  931 j=  852 glon=  282.45 (0-360E) glon=  282.45 glat=  31.76 u=  19.7400 v=  21.5000 vr=   2.31727 vt=  29.09550
 i=  936 j=  852 glon=  282.65 (0-360E) glon=  282.65 glat=  31.76 u=  18.2200 v=  20.9000 vr=   3.41594 vt=  27.51563
 i=  941 j=  852 glon=  282.85 (0-360E) glon=  282.85 glat=  31.76 u=  16.6400 v=  21.1000 vr=   3.53424 vt=  26.63848
 i=  946 j=  852 glon=  283.05 (0-360E) glon=  283.05 glat=  31.76 u=  16.1700 v=  20.9000 vr=   4.48845 vt=  26.04098
 i=  951 j=  852 glon=  283.25 (0-360E) glon=  283.25 glat=  31.76 u=  17.1700 v=  20.7000 vr=   6.52724 vt=  26.09011
 i=  851 j=  857 glon=  279.25 (0-360E) glon=  279.25 glat=  31.56 u=  11.1800 v=  -6.6000 vr=  -5.97244 vt=  11.52746
 i=  856 j=  857 glon=  279.45 (0-360E) glon=  279.45 glat=  31.56 u=  13.0200 v=  -5.3000 vr=  -7.65147 vt=  11.79260
 i=  861 j=  857 glon=  279.65 (0-360E) glon=  279.65 glat=  31.56 u=  13.8100 v=  -7.9000 vr=  -5.97569 vt=  14.74507
 i=  866 j=  857 glon=  279.85 (0-360E) glon=  279.85 glat=  31.56 u=  14.3400 v= -10.6000 vr=  -3.55196 vt=  17.47510
 i=  871 j=  857 glon=  280.05 (0-360E) glon=  280.05 glat=  31.56 u=  15.2700 v= -10.7000 vr=  -2.71501 vt=  18.44699
 i=  876 j=  857 glon=  280.25 (0-360E) glon=  280.25 glat=  31.56 u=  17.5200 v=  -9.6000 vr=  -3.22148 vt=  19.71630
 i=  881 j=  857 glon=  280.45 (0-360E) glon=  280.45 glat=  31.56 u=  21.1100 v=  -6.9000 vr=  -5.20961 vt=  21.58940
 i=  886 j=  857 glon=  280.65 (0-360E) glon=  280.65 glat=  31.56 u=  23.9000 v=  -5.9000 vr=  -4.46880 vt=  24.20847
 i=  891 j=  857 glon=  280.85 (0-360E) glon=  280.85 glat=  31.56 u=  24.7500 v=  -3.1000 vr=  -3.85012 vt=  24.64445
 i=  896 j=  857 glon=  281.05 (0-360E) glon=  281.05 glat=  31.56 u=  27.8300 v=  -1.4000 vr=  -1.98066 vt=  27.79471
 i=  901 j=  857 glon=  281.25 (0-360E) glon=  281.25 glat=  31.56 u=  28.3300 v=   4.4000 vr=  -3.17469 vt=  28.49334
 i=  906 j=  857 glon=  281.45 (0-360E) glon=  281.45 glat=  31.56 u=  25.3600 v=  10.0000 vr=  -4.61897 vt=  26.86624
 i=  911 j=  857 glon=  281.65 (0-360E) glon=  281.65 glat=  31.56 u=  26.7200 v=  13.1000 vr=  -2.92776 vt=  29.61413
 i=  916 j=  857 glon=  281.85 (0-360E) glon=  281.85 glat=  31.56 u=  26.7400 v=  15.7000 vr=  -1.15287 vt=  30.98691
 i=  921 j=  857 glon=  282.05 (0-360E) glon=  282.05 glat=  31.56 u=  23.8600 v=  16.7000 vr=   0.05610 vt=  29.12364
 i=  926 j=  857 glon=  282.25 (0-360E) glon=  282.25 glat=  31.56 u=  22.1100 v=  18.3000 vr=   0.65825 vt=  28.69336
 i=  931 j=  857 glon=  282.45 (0-360E) glon=  282.45 glat=  31.56 u=  20.1900 v=  19.5000 vr=   0.91595 vt=  28.05436
 i=  936 j=  857 glon=  282.65 (0-360E) glon=  282.65 glat=  31.56 u=  19.1600 v=  20.3000 vr=   1.65945 vt=  27.86471
 i=  941 j=  857 glon=  282.85 (0-360E) glon=  282.85 glat=  31.56 u=  17.8800 v=  20.0000 vr=   2.53200 vt=  26.70737
 i=  946 j=  857 glon=  283.05 (0-360E) glon=  283.05 glat=  31.56 u=  16.7200 v=  20.3000 vr=   2.80779 vt=  26.14890
 i=  951 j=  857 glon=  283.25 (0-360E) glon=  283.25 glat=  31.56 u=  18.6300 v=  19.9000 vr=   5.83853 vt=  26.62703
 i=  856 j=  862 glon=  279.45 (0-360E) glon=  279.45 glat=  31.36 u=  13.4200 v=  -5.5000 vr=  -6.79940 vt=  12.81072
 i=  861 j=  862 glon=  279.65 (0-360E) glon=  279.65 glat=  31.36 u=  13.4700 v=  -5.6000 vr=  -5.99034 vt=  13.30101
 i=  866 j=  862 glon=  279.85 (0-360E) glon=  279.85 glat=  31.36 u=  16.9300 v=  -7.9000 vr=  -5.73298 vt=  17.78111
 i=  871 j=  862 glon=  280.05 (0-360E) glon=  280.05 glat=  31.36 u=  13.3000 v=  -6.5000 vr=  -3.15832 vt=  14.46254
 i=  876 j=  862 glon=  280.25 (0-360E) glon=  280.25 glat=  31.36 u=  16.9700 v=  -1.8000 vr=  -7.78281 vt=  15.18712
 i=  881 j=  862 glon=  280.45 (0-360E) glon=  280.45 glat=  31.36 u=  19.3900 v=  -1.6000 vr=  -7.47422 vt=  17.96297
 i=  886 j=  862 glon=  280.65 (0-360E) glon=  280.65 glat=  31.36 u=  21.8300 v=   0.2000 vr=  -7.91270 vt=  20.34645
 i=  891 j=  862 glon=  280.85 (0-360E) glon=  280.85 glat=  31.36 u=  23.8000 v=   2.9000 vr=  -8.38049 vt=  22.46369
 i=  896 j=  862 glon=  281.05 (0-360E) glon=  281.05 glat=  31.36 u=  26.2500 v=   4.8000 vr=  -7.44174 vt=  25.62661
 i=  901 j=  862 glon=  281.25 (0-360E) glon=  281.25 glat=  31.36 u=  28.3700 v=   8.2000 vr=  -7.17083 vt=  28.64745
 i=  906 j=  862 glon=  281.45 (0-360E) glon=  281.45 glat=  31.36 u=  28.5900 v=   9.5000 vr=  -4.44904 vt=  29.79671
 i=  911 j=  862 glon=  281.65 (0-360E) glon=  281.65 glat=  31.36 u=  27.2900 v=  11.3000 vr=  -2.64664 vt=  29.41818
 i=  916 j=  862 glon=  281.85 (0-360E) glon=  281.85 glat=  31.36 u=  25.6000 v=  12.0000 vr=  -0.42626 vt=  28.26974
 i=  921 j=  862 glon=  282.05 (0-360E) glon=  282.05 glat=  31.36 u=  23.5700 v=  15.1000 vr=  -1.06261 vt=  27.97187
 i=  926 j=  862 glon=  282.25 (0-360E) glon=  282.25 glat=  31.36 u=  22.4300 v=  16.4000 vr=  -0.09440 vt=  27.78590
 i=  931 j=  862 glon=  282.45 (0-360E) glon=  282.45 glat=  31.36 u=  21.1300 v=  18.2000 vr=   0.03162 vt=  27.88756
 i=  936 j=  862 glon=  282.65 (0-360E) glon=  282.65 glat=  31.36 u=  19.7800 v=  18.6000 vr=   0.83889 vt=  27.13862
 i=  941 j=  862 glon=  282.85 (0-360E) glon=  282.85 glat=  31.36 u=  18.4600 v=  19.1000 vr=   1.24726 vt=  26.53349
 i=  946 j=  862 glon=  283.05 (0-360E) glon=  283.05 glat=  31.36 u=  18.0700 v=  19.2000 vr=   2.35125 vt=  26.26093
 i=  861 j=  867 glon=  279.65 (0-360E) glon=  279.65 glat=  31.16 u=  16.1600 v=  -5.4000 vr=  -6.94080 vt=  15.56056
 i=  866 j=  867 glon=  279.85 (0-360E) glon=  279.85 glat=  31.16 u=  16.7200 v=  -5.3000 vr=  -6.29655 vt=  16.37076
 i=  871 j=  867 glon=  280.05 (0-360E) glon=  280.05 glat=  31.16 u=  19.8400 v=  -4.1000 vr=  -7.77756 vt=  18.70682
 i=  876 j=  867 glon=  280.25 (0-360E) glon=  280.25 glat=  31.16 u=  21.6500 v=  -1.9000 vr=  -8.95948 vt=  19.80051
 i=  881 j=  867 glon=  280.45 (0-360E) glon=  280.45 glat=  31.16 u=  22.2300 v=   0.9000 vr=  -9.84471 vt=  19.95156
 i=  886 j=  867 glon=  280.65 (0-360E) glon=  280.65 glat=  31.16 u=  22.9800 v=   2.7000 vr=  -9.67845 vt=  21.01661
 i=  891 j=  867 glon=  280.85 (0-360E) glon=  280.85 glat=  31.16 u=  24.0600 v=   3.5000 vr=  -8.29661 vt=  22.85388
 i=  896 j=  867 glon=  281.05 (0-360E) glon=  281.05 glat=  31.16 u=  25.5800 v=   4.4000 vr=  -6.62071 vt=  25.09706
 i=  901 j=  867 glon=  281.25 (0-360E) glon=  281.25 glat=  31.16 u=  26.6100 v=   6.3000 vr=  -5.47101 vt=  26.79273
 i=  906 j=  867 glon=  281.45 (0-360E) glon=  281.45 glat=  31.16 u=  26.3300 v=   7.6000 vr=  -3.61254 vt=  27.16576
 i=  911 j=  867 glon=  281.65 (0-360E) glon=  281.65 glat=  31.16 u=  25.5400 v=   7.8000 vr=  -0.90496 vt=  26.68919
 i=  916 j=  867 glon=  281.85 (0-360E) glon=  281.85 glat=  31.16 u=  24.1900 v=  11.5000 vr=  -1.98436 vt=  26.71083
 i=  921 j=  867 glon=  282.05 (0-360E) glon=  282.05 glat=  31.16 u=  23.2600 v=  13.3000 vr=  -1.36519 vt=  26.75918
 i=  926 j=  867 glon=  282.25 (0-360E) glon=  282.25 glat=  31.16 u=  22.9000 v=  15.3000 vr=  -0.84847 vt=  27.52781
 i=  931 j=  867 glon=  282.45 (0-360E) glon=  282.45 glat=  31.16 u=  21.5400 v=  17.1000 vr=  -0.88562 vt=  27.48813
 i=  936 j=  867 glon=  282.65 (0-360E) glon=  282.65 glat=  31.16 u=  20.1300 v=  17.6000 vr=  -0.20877 vt=  26.73824
 i=  941 j=  867 glon=  282.85 (0-360E) glon=  282.85 glat=  31.16 u=  19.2000 v=  18.2000 vr=   0.41740 vt=  26.45195
 i=  866 j=  872 glon=  279.85 (0-360E) glon=  279.85 glat=  30.96 u=  17.5700 v=  -5.3000 vr=  -5.74747 vt=  17.42876
 i=  871 j=  872 glon=  280.05 (0-360E) glon=  280.05 glat=  30.96 u=  19.4300 v=  -4.5000 vr=  -6.10266 vt=  18.98769
 i=  876 j=  872 glon=  280.25 (0-360E) glon=  280.25 glat=  30.96 u=  20.9200 v=  -2.3000 vr=  -7.19728 vt=  19.77715
 i=  881 j=  872 glon=  280.45 (0-360E) glon=  280.45 glat=  30.96 u=  22.3400 v=  -0.4000 vr=  -7.73729 vt=  20.96115
 i=  886 j=  872 glon=  280.65 (0-360E) glon=  280.65 glat=  30.96 u=  23.8900 v=   1.1000 vr=  -7.61600 vt=  22.67022
 i=  891 j=  872 glon=  280.85 (0-360E) glon=  280.85 glat=  30.96 u=  24.7900 v=   2.6000 vr=  -6.98031 vt=  23.92863
 i=  896 j=  872 glon=  281.05 (0-360E) glon=  281.05 glat=  30.96 u=  24.7400 v=   4.2000 vr=  -6.08776 vt=  24.34434
 i=  901 j=  872 glon=  281.25 (0-360E) glon=  281.25 glat=  30.96 u=  25.0100 v=   6.0000 vr=  -5.31669 vt=  25.16412
 i=  906 j=  872 glon=  281.45 (0-360E) glon=  281.45 glat=  30.96 u=  24.8100 v=   6.6000 vr=  -3.30874 vt=  25.45876
 i=  911 j=  872 glon=  281.65 (0-360E) glon=  281.65 glat=  30.96 u=  24.6500 v=   8.6000 vr=  -2.71460 vt=  25.96562
 i=  916 j=  872 glon=  281.85 (0-360E) glon=  281.85 glat=  30.96 u=  23.5600 v=  10.8000 vr=  -2.64340 vt=  25.78228
 i=  921 j=  872 glon=  282.05 (0-360E) glon=  282.05 glat=  30.96 u=  23.5900 v=  12.1000 vr=  -1.48692 vt=  26.47050
 i=  926 j=  872 glon=  282.25 (0-360E) glon=  282.25 glat=  30.96 u=  23.2400 v=  14.1000 vr=  -1.19867 vt=  27.15641
 i=  931 j=  872 glon=  282.45 (0-360E) glon=  282.45 glat=  30.96 u=  22.1400 v=  15.3000 vr=  -0.73042 vt=  26.90234
 i=  876 j=  877 glon=  280.25 (0-360E) glon=  280.25 glat=  30.76 u=  22.2800 v=  -0.9000 vr=  -8.14492 vt=  20.75738
 i=  881 j=  877 glon=  280.45 (0-360E) glon=  280.45 glat=  30.76 u=  23.1600 v=   1.1000 vr=  -8.63313 vt=  21.51894
 i=  886 j=  877 glon=  280.65 (0-360E) glon=  280.65 glat=  30.76 u=  23.9200 v=   2.6000 vr=  -8.41537 vt=  22.54125
 i=  891 j=  877 glon=  280.85 (0-360E) glon=  280.85 glat=  30.76 u=  24.0600 v=   3.8000 vr=  -7.58712 vt=  23.14647
 i=  896 j=  877 glon=  281.05 (0-360E) glon=  281.05 glat=  30.76 u=  23.7300 v=   5.5000 vr=  -7.11162 vt=  23.29781
 i=  901 j=  877 glon=  281.25 (0-360E) glon=  281.25 glat=  30.76 u=  23.3700 v=   7.5000 vr=  -6.93084 vt=  23.54507
 i=  906 j=  877 glon=  281.45 (0-360E) glon=  281.45 glat=  30.76 u=  23.4200 v=   7.1000 vr=  -4.32681 vt=  24.08703
 i=  911 j=  877 glon=  281.65 (0-360E) glon=  281.65 glat=  30.76 u=  23.2600 v=   8.1000 vr=  -3.14681 vt=  24.42816
 i=  916 j=  877 glon=  281.85 (0-360E) glon=  281.85 glat=  30.76 u=  24.2100 v=   9.9000 vr=  -2.45909 vt=  26.04010
 i=  921 j=  877 glon=  282.05 (0-360E) glon=  282.05 glat=  30.76 u=  23.9700 v=  11.5000 vr=  -1.87799 vt=  26.51950
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    20.0165731865381       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     33.16 kts
    LL Wind Circ Vt mean quadmax value: SE     45.40 kts
    LL Wind Circ Vt mean quadmax value: SW     35.81 kts
    LL Wind Circ Vt mean quadmax value: NW     25.77 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   17.9956408273235       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    32.6217799187144     
   xcenlon=    281.167273419456     
   imax=         2738  jmax=         2041
   jlatfix=          830
   ilonfix (unadjusted) =          899
  
 In get_max_wind, ibeg=          817  iend=          980
                  jbeg=          762  jend=          899
         ilonfix=          899  jlatfix=          830
 At end of get_max_wind, vmax=    29.3917675548784       rmax= 
   18.3433152133835     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.25 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.73 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   11.61 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   13.33 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   15.62 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   18.03 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   20.12 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   21.52 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   22.07 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   22.05 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   21.79 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   21.51 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   21.35 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   21.27 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   21.29 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   21.37 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   21.40 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   21.35 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   21.27 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   21.15 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.94 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   20.70 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   20.36 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   19.98 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   19.61 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   19.18 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   18.74 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   18.29 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   17.87 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   17.54 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   17.36 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   17.22 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   17.05 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   16.87 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   16.71 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   16.57 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.43 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.27 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.06 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.52 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.22 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.07 m/s   maxrmw_dist=    27.00  km   maxrmw_ix=    9
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    27.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.0724236859762      
  (m/s)   (in kts)=    42.8800974947459     
  rising_sum_dvdr=       11.8191608180197     
  declining_sum_dvdr=   -2.89452625712177     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    66 igrct=  1 Vmax (m/s)=   29.392   22:25:13
 TIMING: before call  getradii, fhr=    66 igrct=  1   22:25:13
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.02625292933088     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.02625292933088     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.6542490139786     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.6542490139786     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.2901643098817     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.2901643098817     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.2442971259356     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.24 good_quad_ct=   4 mean_vt_4quad=      2.81
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.05 mean_vt_4quad=    6.79
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.19 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.32 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.45 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.56 mean_vt_4quad=    6.80
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.67 mean_vt_4quad=    6.81
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.78 mean_vt_4quad=    6.83
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.89 mean_vt_4quad=    6.86
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.98 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   15.06 mean_vt_4quad=    6.94
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   15.12 mean_vt_4quad=    6.99
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   15.14 mean_vt_4quad=    7.04
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   15.12 mean_vt_4quad=    7.09
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   15.09 mean_vt_4quad=    7.15
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   15.06 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   15.04 mean_vt_4quad=    7.27
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.04 mean_vt_4quad=    7.32
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.04 mean_vt_4quad=    7.36
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   15.04 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   15.06 mean_vt_4quad=    7.43
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.09 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.11 mean_vt_4quad=    7.53
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.14 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.17 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.20 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.23 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.25 mean_vt_4quad=    7.85
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.27 mean_vt_4quad=    7.92
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.27 mean_vt_4quad=    8.00
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.30 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.42 mean_vt_4quad=    8.18
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.59 mean_vt_4quad=    8.27
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.59 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.43 mean_vt_4quad=    8.44
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.13 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.07 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.09 mean_vt_4quad=    8.66
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.04 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.14 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.26 mean_vt_4quad=    8.87
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.42 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.58 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.79 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.05 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.22 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.40 mean_vt_4quad=    9.37
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.39 mean_vt_4quad=    9.47
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.49 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.58 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.85 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.00 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.07 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.03 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.85 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.72 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.49 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.19 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.81 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   15.70 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   15.64 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   15.73 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   15.84 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   15.76 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   15.74 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   15.68 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   15.44 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   15.31 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   15.43 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   15.74 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   16.16 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   16.58 mean_vt_4quad=   11.55
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.00 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   17.40 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.77 mean_vt_4quad=   11.93
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   11.93 .... 0.5*v_holland=    4.29
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   12.05 .... 0.5*v_holland=    4.29
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    4.29
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   12.36 .... 0.5*v_holland=    4.29
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    4.29
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    150.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   80.9400000000000     
 vradius(iwindix,iquad) =          81
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.77 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.05 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   18.22 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   18.33 mean_vt_4quad=   12.36
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   18.42 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   18.52 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   18.61 mean_vt_4quad=   12.77
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   18.70 mean_vt_4quad=   12.90
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   18.81 mean_vt_4quad=   13.05
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   18.93 mean_vt_4quad=   13.21
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.07 mean_vt_4quad=   13.37
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   19.22 mean_vt_4quad=   13.54
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   19.36 mean_vt_4quad=   13.73
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   19.50 mean_vt_4quad=   13.92
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   19.70 mean_vt_4quad=   14.13
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   19.96 mean_vt_4quad=   14.37
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.28 mean_vt_4quad=   14.64
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   20.47 mean_vt_4quad=   14.91
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   20.60 mean_vt_4quad=   15.21
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   20.75 mean_vt_4quad=   15.54
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.01 mean_vt_4quad=   15.88
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.44 mean_vt_4quad=   16.28
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   21.78 mean_vt_4quad=   16.73
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   22.09 mean_vt_4quad=   17.19
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   22.40 mean_vt_4quad=   17.64
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   22.76 mean_vt_4quad=   18.06
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   23.14 mean_vt_4quad=   18.47
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   23.55 mean_vt_4quad=   18.90
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   24.00 mean_vt_4quad=   19.30
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   24.46 mean_vt_4quad=   19.65
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   24.95 mean_vt_4quad=   19.94
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   25.48 mean_vt_4quad=   20.15
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   25.93 mean_vt_4quad=   20.26
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
  
  --- vmaxwind of    29.3917675548784       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   16.04 mean_vt_4quad=    6.79
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   16.11 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   16.13 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   16.27 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   16.26 mean_vt_4quad=    6.80
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   16.22 mean_vt_4quad=    6.81
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   16.22 mean_vt_4quad=    6.83
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   16.26 mean_vt_4quad=    6.86
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   16.25 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   16.31 mean_vt_4quad=    6.94
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   16.39 mean_vt_4quad=    6.99
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   16.50 mean_vt_4quad=    7.04
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   16.64 mean_vt_4quad=    7.09
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   16.76 mean_vt_4quad=    7.15
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   16.72 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   16.58 mean_vt_4quad=    7.27
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.42 mean_vt_4quad=    7.32
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   16.40 mean_vt_4quad=    7.36
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   16.55 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.63 mean_vt_4quad=    7.43
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.76 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.80 mean_vt_4quad=    7.53
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.77 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.80 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.82 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.95 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   17.11 mean_vt_4quad=    7.85
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.06 mean_vt_4quad=    7.92
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.16 mean_vt_4quad=    8.00
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.25 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.22 mean_vt_4quad=    8.18
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.35 mean_vt_4quad=    8.27
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.60 mean_vt_4quad=    8.36
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=    8.36 .... 0.5*v_holland=    2.38
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=    8.44 .... 0.5*v_holland=    2.38
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=    8.52 .... 0.5*v_holland=    2.38
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=    8.59 .... 0.5*v_holland=    2.38
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=    8.66 .... 0.5*v_holland=    2.38
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    273.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   147.310800000000     
 vradius(iwindix,iquad) =         147
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.60 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.55 mean_vt_4quad=    8.44
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.45 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.35 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.25 mean_vt_4quad=    8.66
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.25 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.27 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.29 mean_vt_4quad=    8.87
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.29 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.37 mean_vt_4quad=    9.01
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.57 mean_vt_4quad=    9.09
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   17.68 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   17.82 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.98 mean_vt_4quad=    9.37
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.11 mean_vt_4quad=    9.47
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.40 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.73 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.83 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.82 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   18.78 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   18.82 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.90 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.02 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   19.14 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.43 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.84 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.07 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.02 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.94 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.91 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.02 mean_vt_4quad=   10.65
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.18 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.32 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.49 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.71 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.02 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.20 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.24 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.22 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.21 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.26 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.26 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   21.32 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   21.49 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   21.77 mean_vt_4quad=   12.36
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   21.95 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   22.08 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   22.15 mean_vt_4quad=   12.77
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   22.39 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   22.66 mean_vt_4quad=   13.05
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   22.78 mean_vt_4quad=   13.21
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   22.81 mean_vt_4quad=   13.37
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.85 mean_vt_4quad=   13.54
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   23.04 mean_vt_4quad=   13.73
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.38 mean_vt_4quad=   13.92
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   23.77 mean_vt_4quad=   14.13
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.21 mean_vt_4quad=   14.37
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   24.67 mean_vt_4quad=   14.64
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   25.02 mean_vt_4quad=   14.91
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   25.28 mean_vt_4quad=   15.21
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.41 mean_vt_4quad=   15.54
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   25.48 mean_vt_4quad=   15.88
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   25.56 mean_vt_4quad=   16.28
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   25.66 mean_vt_4quad=   16.73
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   25.87 mean_vt_4quad=   17.19
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
  --- vmaxwind of    29.3917675548784       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.97 mean_vt_4quad=    6.79
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.04 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.09 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.13 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.16 mean_vt_4quad=    6.80
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.19 mean_vt_4quad=    6.81
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.21 mean_vt_4quad=    6.83
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.24 mean_vt_4quad=    6.86
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.25 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.28 mean_vt_4quad=    6.94
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.34 mean_vt_4quad=    6.99
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.43 mean_vt_4quad=    7.04
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.51 mean_vt_4quad=    7.09
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.60 mean_vt_4quad=    7.15
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.73 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.86 mean_vt_4quad=    7.27
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.97 mean_vt_4quad=    7.32
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.08 mean_vt_4quad=    7.36
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.18 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.28 mean_vt_4quad=    7.43
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.38 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.42 mean_vt_4quad=    7.53
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.50 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.58 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.65 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.73 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.81 mean_vt_4quad=    7.85
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.89 mean_vt_4quad=    7.92
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.98 mean_vt_4quad=    8.00
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.07 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.16 mean_vt_4quad=    8.18
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   15.26 mean_vt_4quad=    8.27
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.39 mean_vt_4quad=    8.36
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.56 mean_vt_4quad=    8.44
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.69 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.81 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.95 mean_vt_4quad=    8.66
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.08 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.19 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   16.29 mean_vt_4quad=    8.87
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   16.41 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   16.53 mean_vt_4quad=    9.01
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   16.68 mean_vt_4quad=    9.09
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   16.86 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.02 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   17.19 mean_vt_4quad=    9.37
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   17.33 mean_vt_4quad=    9.47
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   17.46 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   17.58 mean_vt_4quad=    9.68
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=    9.68 .... 0.5*v_holland=    2.89
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=    9.77 .... 0.5*v_holland=    2.89
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=    9.87 .... 0.5*v_holland=    2.89
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=    9.96 .... 0.5*v_holland=    2.89
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   10.04 .... 0.5*v_holland=    2.89
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    225.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   121.410000000000     
 vradius(iwindix,iquad) =         121
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   17.58 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   17.69 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   17.79 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   17.90 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   18.04 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   18.20 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   18.35 mean_vt_4quad=   10.09
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   18.58 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   18.81 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   19.05 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   19.28 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   19.47 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   19.65 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   19.80 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   19.97 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   20.14 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   20.33 mean_vt_4quad=   10.84
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   20.48 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   20.62 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   20.72 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   20.70 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   20.68 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   20.69 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   20.75 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   20.86 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   21.02 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   21.26 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   21.50 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   21.72 mean_vt_4quad=   12.36
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   21.74 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   21.75 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   21.77 mean_vt_4quad=   12.77
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   21.89 mean_vt_4quad=   12.90
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   22.03 mean_vt_4quad=   13.05
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   22.20 mean_vt_4quad=   13.21
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.42 mean_vt_4quad=   13.37
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.67 mean_vt_4quad=   13.54
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   22.97 mean_vt_4quad=   13.73
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   23.33 mean_vt_4quad=   13.92
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   23.65 mean_vt_4quad=   14.13
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   23.94 mean_vt_4quad=   14.37
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.95 mean_vt_4quad=   14.64
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   23.82 mean_vt_4quad=   14.91
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   23.57 mean_vt_4quad=   15.21
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   23.11 mean_vt_4quad=   15.54
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.62 mean_vt_4quad=   15.88
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   22.16 mean_vt_4quad=   16.28
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   22.28 mean_vt_4quad=   16.73
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   22.82 mean_vt_4quad=   17.19
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.53 mean_vt_4quad=   17.64
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.13 mean_vt_4quad=   18.06
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   24.54 mean_vt_4quad=   18.47
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   24.83 mean_vt_4quad=   18.90
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   24.91 mean_vt_4quad=   19.30
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   24.90 mean_vt_4quad=   19.65
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   24.86 mean_vt_4quad=   19.94
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   24.94 mean_vt_4quad=   20.15
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   24.96 mean_vt_4quad=   20.26
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   24.83 mean_vt_4quad=   20.29
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   24.05 mean_vt_4quad=   20.23
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   23.20 mean_vt_4quad=   20.12
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   22.39 mean_vt_4quad=   20.06
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   22.34 mean_vt_4quad=   20.08
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   22.53 mean_vt_4quad=   20.21
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   22.84 mean_vt_4quad=   20.44
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   23.23 mean_vt_4quad=   20.69
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   23.81 mean_vt_4quad=   20.72
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   24.35 mean_vt_4quad=   20.16
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   24.52 mean_vt_4quad=   18.75
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   23.88 mean_vt_4quad=   16.48
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   22.69 mean_vt_4quad=   13.76
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   20.76 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   18.35 mean_vt_4quad=    8.18
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   15.71 mean_vt_4quad=    5.52
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   12.88 mean_vt_4quad=    2.81
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.66 mean_vt_4quad=    6.79
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.49 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    5.49 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    5.33 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    5.24 mean_vt_4quad=    6.80
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    5.25 mean_vt_4quad=    6.81
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    5.19 mean_vt_4quad=    6.83
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.26 mean_vt_4quad=    6.86
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.27 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    5.43 mean_vt_4quad=    6.94
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.45 mean_vt_4quad=    6.99
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    5.40 mean_vt_4quad=    7.04
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.34 mean_vt_4quad=    7.09
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.47 mean_vt_4quad=    7.15
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.67 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    5.71 mean_vt_4quad=    7.27
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    5.74 mean_vt_4quad=    7.32
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    5.67 mean_vt_4quad=    7.36
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    5.63 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    5.60 mean_vt_4quad=    7.43
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    5.57 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    5.59 mean_vt_4quad=    7.53
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    5.55 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    5.63 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    5.76 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    5.79 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    5.76 mean_vt_4quad=    7.85
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    5.70 mean_vt_4quad=    7.92
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    5.64 mean_vt_4quad=    8.00
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    5.60 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    5.50 mean_vt_4quad=    8.18
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    5.59 mean_vt_4quad=    8.27
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    5.71 mean_vt_4quad=    8.36
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    5.88 mean_vt_4quad=    8.44
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.09 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.23 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.37 mean_vt_4quad=    8.66
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    6.54 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    6.57 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    6.61 mean_vt_4quad=    8.87
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    6.68 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    6.68 mean_vt_4quad=    9.01
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    6.74 mean_vt_4quad=    9.09
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    6.89 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    6.98 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    7.06 mean_vt_4quad=    9.37
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    7.11 mean_vt_4quad=    9.47
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    6.97 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    6.73 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    6.38 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    6.13 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    6.16 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    6.40 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    6.58 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    6.85 mean_vt_4quad=   10.09
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    7.10 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    7.26 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    7.25 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    7.21 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    7.18 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    7.11 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    7.32 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    7.54 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    7.69 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    7.51 mean_vt_4quad=   10.84
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    7.50 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    7.63 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    8.13 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    8.61 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=    8.66 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=    8.54 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=    8.34 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=    8.23 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=    8.06 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=    8.02 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=    8.42 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=    9.67 mean_vt_4quad=   12.36
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   10.46 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   10.36 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=    9.39 mean_vt_4quad=   12.77
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=    8.53 mean_vt_4quad=   12.90
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=    8.72 mean_vt_4quad=   13.05
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=    9.12 mean_vt_4quad=   13.21
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=    9.44 mean_vt_4quad=   13.37
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   10.43 mean_vt_4quad=   13.54
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   12.46 mean_vt_4quad=   13.73
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   14.61 mean_vt_4quad=   13.92
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   16.16 mean_vt_4quad=   14.13
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.87 mean_vt_4quad=   14.37
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   16.95 mean_vt_4quad=   14.64
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   17.04 mean_vt_4quad=   14.91
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   17.22 mean_vt_4quad=   15.21
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   16.93 mean_vt_4quad=   15.54
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   16.90 mean_vt_4quad=   15.88
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   17.11 mean_vt_4quad=   16.28
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   17.84 mean_vt_4quad=   16.73
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   16.73 .... 0.5*v_holland=    7.40
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   17.19 .... 0.5*v_holland=    7.40
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   17.64 .... 0.5*v_holland=    7.40
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   18.06 .... 0.5*v_holland=    7.40
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   18.47 .... 0.5*v_holland=    7.40
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   17.84 mean_vt_4quad=   16.73
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   18.62 mean_vt_4quad=   17.19
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   19.29 mean_vt_4quad=   17.64
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   19.96 mean_vt_4quad=   18.06
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   20.56 mean_vt_4quad=   18.47
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   21.06 mean_vt_4quad=   18.90
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   21.55 mean_vt_4quad=   19.30
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   22.10 mean_vt_4quad=   19.65
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   22.80 mean_vt_4quad=   19.94
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   22.93 mean_vt_4quad=   20.15
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   21.79 mean_vt_4quad=   20.26
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   19.77 mean_vt_4quad=   20.29
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   17.31 mean_vt_4quad=   20.23
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   16.85 mean_vt_4quad=   20.12
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   16.99 mean_vt_4quad=   20.06
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   17.16 mean_vt_4quad=   20.08
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   17.62 mean_vt_4quad=   20.21
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   18.19 mean_vt_4quad=   20.44
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   18.56 mean_vt_4quad=   20.69
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   18.37 mean_vt_4quad=   20.72
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   18.01 mean_vt_4quad=   20.16
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   16.30 mean_vt_4quad=   18.75
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   13.50 mean_vt_4quad=   16.48
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   10.25 mean_vt_4quad=   13.76
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    8.14 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    8.06 mean_vt_4quad=    8.18
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    8.33 mean_vt_4quad=    5.52
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    9.00 mean_vt_4quad=    2.81
  
 TIMING: after call  getradii, fhr=    66 igrct=  1   22:25:13
 TIMING: after getrad_iter_loop, fhr=    66 igrct=  2 Vmax (m/s)=   29.392   22:25:13
 TIMING: Before get_phase ... 22:25:13
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           66 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    53.435
  
  
  In get_cps_paramb, lead time=           66 :           0   10L  IDALIA   
   right_ct=          931   left_ct=          957
   zthicksum(1)=    3177653.02025000     
   zthicksum(2)=    3254626.94775000     
   zthick_right_mean=    3413.16113882922     
   zthick_left_mean=     3400.86410423198     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    12.2970345972421     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           18.77
  Sum of y-diffs squared (ydiff2) =         1011.54
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   257.15   6.7452       15.40   0.1661    -2.57     6.59      237.20
    2   253.56   6.6846       11.81   0.1055     0.40     0.16      139.46
    3   248.40   6.6201        6.65   0.0409     2.22     4.94       44.21
    4   240.40   6.5511       -1.35  -0.0281     1.69     2.84        1.82
    5   230.99   6.4770      -10.76  -0.1022     0.30     0.09      115.75
    6   220.00   6.3969      -21.75  -0.1822    -2.04     4.15      473.09
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   241.751     x:    6.58
  
  slope=    108.191         y-intercept =   -470.055
  Regression equation:   Y =  -470.05 +   108.19X
  
  R2(r_squared) =  0.9814        r =  0.9907
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1007.29 zmin=  748.16 zdiff=  259.13
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1502.90 zmin= 1245.74 zdiff=  257.15
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -1.98 dlnp=     -0.057158  dzdlnp=       34.571
  
   +++ k=  3 press=    800.0 zmax= 2023.01 zmin= 1769.45 zdiff=  253.56
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -3.59 dlnp=     -0.060625  dzdlnp=       59.250
  
   +++ k=  4 press=    750.0 zmax= 2570.71 zmin= 2322.31 zdiff=  248.40
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -5.16 dlnp=     -0.064539  dzdlnp=       79.952
  
   +++ k=  5 press=    700.0 zmax= 3148.84 zmin= 2908.44 zdiff=  240.40
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -8.00 dlnp=     -0.068993  dzdlnp=      115.954
  
   +++ k=  6 press=    650.0 zmax= 3762.36 zmin= 3531.37 zdiff=  230.99
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -9.41 dlnp=     -0.074108  dzdlnp=      126.950
  
   +++ k=  7 press=    600.0 zmax= 4417.36 zmin= 4197.36 zdiff=  220.00
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -10.99 dlnp=     -0.080043  dzdlnp=      137.327
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           11.83
  Sum of y-diffs squared (ydiff2) =         6006.67
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   208.62   6.3099       40.84   0.2788    -1.80     3.25     1667.69
    2   196.02   6.2146       28.23   0.1834     0.17     0.03      796.90
    3   182.21   6.1092       14.42   0.0781     2.48     6.13      207.97
    4   162.45   5.9915       -5.34  -0.0397     0.73     0.54       28.50
    5   139.94   5.8579      -27.85  -0.1732    -1.35     1.83      775.66
    6   117.49   5.7038      -50.30  -0.3274    -0.22     0.05     2529.96
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   167.787     x:    6.03
  
  slope=    152.963         y-intercept =   -754.756
  Regression equation:   Y =  -754.76 +   152.96X
  
  R2(r_squared) =  0.9980        r =  0.9990
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           66 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4417.36 zmin= 4197.36 zdiff=  220.00
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5120.31 zmin= 4911.68 zdiff=  208.62
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -11.38 dlnp=     -0.087011  dzdlnp=      130.742
  
   +++ k=  9 press=    500.0 zmax= 5879.82 zmin= 5683.81 zdiff=  196.02
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -12.61 dlnp=     -0.095310  dzdlnp=      132.284
  
   +++ k= 10 press=    450.0 zmax= 6707.31 zmin= 6525.11 zdiff=  182.21
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -13.81 dlnp=     -0.105361  dzdlnp=      131.055
  
   +++ k= 11 press=    400.0 zmax= 7614.69 zmin= 7452.24 zdiff=  162.45
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -19.76 dlnp=     -0.117783  dzdlnp=      167.766
  
   +++ k= 12 press=    350.0 zmax= 8619.68 zmin= 8479.75 zdiff=  139.94
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -22.51 dlnp=     -0.133531  dzdlnp=      168.590
  
   +++ k= 13 press=    300.0 zmax= 9750.07 zmin= 9632.59 zdiff=  117.49
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -22.45 dlnp=     -0.154151  dzdlnp=      145.624
  
cps_stats: 10L   lead time=  66: 0   paramb=    12.30  vtl=    108.19  vtu=    152.96
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   66:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  281.167 (0-360) guesslon=  281.167E  (  78.833W)   guesslat=   32.622
 ilonfix=          899  jlatfix=          830  npts=           33
 ibeg=          823  jbeg=          762  imax=         2738
 iend=          975  jend=          898  jmax=         2041
 TIMING: find_maxmin 1  22:25:13
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  280.247E  (0-360) ctlon=  280.247E  (  79.753W)  ctlat=   32.902 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:25:13
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  280.247E   (0-360) guesslon=  280.247E  (  79.753W)   guesslat=   32.902
 ilonfix=          876  jlatfix=          823  npts=           16
 ibeg=          824  jbeg=          779  imax=         2738
 iend=          928  jend=          867  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  279.927E  (0-360) ctlon=  279.927  (  80.073W)  ctlat=   33.182 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    66:00  mean_lon:  279.93E (  80.07W)    (0-360) mean_lon=  279.93E  mean_lat:   33.18  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    66:00  ifix:   844   jfix:   804  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          844  jx=          804
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         380 ,         340 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         379 ,         339 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    66:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:25:13
 TIMING: Before shear ... 22:25:13
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           12
  clon(ist,ifh,3)=    281.196850931754     
  clat(ist,ifh,3)=    32.5840839790418     
  fixlon(ist,ifh)=    281.167273419456     
  fixlat(ist,ifh)=    32.6217799187144     
  xcenlon=    281.196850931754     
  xcenlat=    32.5840839790418     
  
 xxshear
 In get_shear A, xcenlon=    281.196850931754       xcenlat= 
   32.5840839790418     
   In get_shear B, (0-360) xcenlon=    281.196850931754     
  
At start of get_shear:  10L   fhr=   66:00   Mean fix position=   281.17E  ( 78.83W)    32.62  (0-360) mean lon fix=  281.17
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   25.37 vr_mean(idist,ilev)=    0.98
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   24.29 vr_mean(idist,ilev)=    2.02
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   23.37 vr_mean(idist,ilev)=    1.12
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   21.36 vr_mean(idist,ilev)=    1.01
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.38 vr_mean(idist,ilev)=    0.87
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.48 vr_mean(idist,ilev)=    0.35
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.07 vr_mean(idist,ilev)=    0.17
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   18.01 vr_mean(idist,ilev)=    0.24
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.44 vr_mean(idist,ilev)=    0.18
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.75 vr_mean(idist,ilev)=    0.27
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.88 vr_mean(idist,ilev)=    0.20
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.66 vr_mean(idist,ilev)=    0.17
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.48 vr_mean(idist,ilev)=    0.21
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.80 vr_mean(idist,ilev)=    0.11
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   12.45 vr_mean(idist,ilev)=   -0.13
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   12.24 vr_mean(idist,ilev)=   -0.02
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   12.15 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   12.01 vr_mean(idist,ilev)=    0.12
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   11.60 vr_mean(idist,ilev)=   -0.25
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -18.80 vr_mean(idist,ilev)=   18.80
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -28.21 vr_mean(idist,ilev)=   28.21
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -37.61 vr_mean(idist,ilev)=   37.61
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -47.03 vr_mean(idist,ilev)=   47.03
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -56.44 vr_mean(idist,ilev)=   56.44
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -65.86 vr_mean(idist,ilev)=   65.86
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -75.29 vr_mean(idist,ilev)=   75.29
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -84.72 vr_mean(idist,ilev)=   84.72
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -94.17 vr_mean(idist,ilev)=   94.17
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -103.62 vr_mean(idist,ilev)=  103.62
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -113.08 vr_mean(idist,ilev)=  113.08
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -122.56 vr_mean(idist,ilev)=  122.56
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -132.05 vr_mean(idist,ilev)=  132.05
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -141.56 vr_mean(idist,ilev)=  141.56
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -151.08 vr_mean(idist,ilev)=  151.08
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -160.62 vr_mean(idist,ilev)=  160.62
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -170.19 vr_mean(idist,ilev)=  170.19
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -179.78 vr_mean(idist,ilev)=  179.78
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -189.39 vr_mean(idist,ilev)=  189.39
  
 At end of get_shear: 
     ist=    4 ifh=   12 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:25:13
  
 After call to fixcenter, fix positions at 
 forecast hour=   66:00 follow:
  
fixpos  10L   fhr=   66:00   Fix position=   281.17E  ( 78.83W)    32.62   Max Wind=  57 kts
  
  
 xxxx get_next_ges, prev fix lon=    279.451348271350     
 xxxx get_next_ges, curr fix lon=    281.167273419456     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    281.167273419456        fixlat=    32.6217799187144     
        (0-360) fixlon=    281.167273419456     
      ilonfix=          899   jlatfix=          830
      ibeg=          405   iend=         1393
      jbeg=          378   jend=         1282
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.03242169389243       vavg=    3.12245718812582     
      ubar=    1.00810542347311       vbar=   0.780614297031456     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    5.77716202719269       vavg=    4.39095599517397     
      ubar=    3.89668643706945       vbar=    2.97609229461844     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.83049396387316       vavg=    3.55493888501007     
      ubar=    5.60430992803774       vbar=    3.86482701587096     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    5.60430992803774       vbar=    3.86482701587096     
      wgttot=    1.00000000000000     
      fixlon=    281.167273419456        fixlat=    32.6217799187144     
      barnlon=    282.465306127903       barnlat=    33.3725361453292     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.838697581934892     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      282.465306127903     
     Raw (no conversion for GM wrap) extraplon=    282.903649522221     
  
 --- barnlon=    282.47E  (  77.53W)    barnlat=     33.37
 --- extraplon=  282.90E  (  77.10W)    extraplat=   33.68
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   32.62
 | Current fix lon is   78.83W   ( 281.17E)
 | Current fix lon (raw, unadjusted)=  281.17E
 | Updated guess lat for next fcst hour is   33.53
 | Updated guess lon (0-360) for next fcst hour is   77.32W   ( 282.68E)
 | Raw updated guess lon for next fcst hour is  282.68E)
 -------------------------------------------------
  
 iocheck, dist=    173.565203932146        distm=    173565.203932146     
 iocheck, stmspd=    8.03542610796973        istmspd=          156
 iocheck, xincr=    1.51720440560632        yincr=   0.905642924602205     
 iocheck, stmdir=    59.1663652546508        istmdir=           59
 +++ RPT_STORM_MOTION: istmspd=   156 kts(*10)    istmdir=    59 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  12
     Fix location for this time:   281.17E  ( 78.83W)    32.62
     Fix lon (raw) for this time:  281.17E
     ilonfix=  899  jlatfix=  830
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    281.167273419456       xcenlat=    32.6217799187144     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    281.167273419456       xcenlat=    32.6217799187144     
  ilonfix=          899  jlatfix=          830
  ibeg=          773  iend=         1025
  jbeg=          714  jend=          946  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    281.167273419456        xcenlat=    32.6217799187144     
      ilonfix=          899   jlatfix=          830
      ibeg=          773   iend=         1025
      jbeg=          714   jend=          946
 After call to barnes, xsmoothval=   2.991470918698294E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.991470918698294E-004
      xcenlon=    281.167273419456        xcenlat=    32.6217799187144     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000299  imeanzeta (*1e6)=      299
   --- mean zeta raw =   2.991470918698294E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002430  igrid zeta (*1e6)=     2430 ifilret=   0
   --- grid zeta raw=   2.430252415523826E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    281.167273419456       xcenlat=    32.6217799187144     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    281.167273419456       xcenlat=    32.6217799187144     
  ilonfix=          899  jlatfix=          830
  ibeg=          773  iend=         1025
  jbeg=          714  jend=          946  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    281.167273419456        xcenlat=    32.6217799187144     
      ilonfix=          899   jlatfix=          830
      ibeg=          773   iend=         1025
      jbeg=          714   jend=          946
 After call to barnes, xsmoothval=   2.794756318294610E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.794756318294610E-004
      xcenlon=    281.167273419456        xcenlat=    32.6217799187144     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000279  imeanzeta (*1e6)=      279
   --- mean zeta raw =   2.794756318294610E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002659  igrid zeta (*1e6)=     2659 ifilret=   0
   --- grid zeta raw=   2.659166739600874E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           66
  
 segx, outlon=    281.167273419456       outlat=    32.6217799187144     
   ist=            4  ifcsthour=           66
   vmaxwind=    29.3917675548784       xminmslp=    97965.5000000000     
   vradius=           81          29           0         147          44
           0         121           0           0          45           0
           0
   maxstorm=            6
   plastbar=    99965.5000000000       rlastbar=    72.2258937212447     
   rmax=    18.3433152133835     
   cps_vals=    12.2970345972421        108.191087904593     
   152.962696488393     
   wcore_flag= n
   istmspd=          156  istmdir=           59
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    27.0000000000000     
   axisymet_rmw_val=     22.0724236859762     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   72.2258937212447       irlastbar=          72
 output: plastbar=   99965.5000000000       iplastbar=        1000
 rmax=    18.3433152133835        irmax=           18
 TXX top of atcfunix_ext, ist=            4  ifh=           66
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   72.2258937212447       irlastbar=          72
 output: plastbar=   99965.5000000000       iplastbar=        1000
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           66
 intlat=          326
 clatns= N
 intlon=          788
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           57
 int(xminmslp/mslp_outp_adj + 0.5)=          980
 XX,  34, NEQ
 vradius(1,1)=           81
 vradius(1,2)=          147
 vradius(1,3)=          121
 vradius(1,4)=           45
 iplastbar=         1000
 irlastbar=           72
 irmax=           18
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           59
 istmspd=          156
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          123
 icps_vals(2)=         1082
 icps_vals(3)=         1530
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           15
 irmw_val=           43
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          299
 igridzeta(1)=         2430
 imeanzeta(2)=          279
 igridzeta(2)=         2659
  
 rmax=    18.3433152133835        irmax=           18
 +++ Top of output_atcf_parms, ist=            4  ifh=           66
  
 xxxx get_next_ges, prev fix lon=    279.451348271350     
 xxxx get_next_ges, curr fix lon=    281.167273419456     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    281.167273419456        fixlat=    32.6217799187144     
        (0-360) fixlon=    281.167273419456     
      ilonfix=          899   jlatfix=          830
      ibeg=          405   iend=         1393
      jbeg=          378   jend=         1282
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.03242169389243       vavg=    3.12245718812582     
      ubar=    1.00810542347311       vbar=   0.780614297031456     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    5.77716202719269       vavg=    4.39095599517397     
      ubar=    3.89668643706945       vbar=    2.97609229461844     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.83049396387316       vavg=    3.55493888501007     
      ubar=    5.60430992803774       vbar=    3.86482701587096     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    5.60430992803774       vbar=    3.86482701587096     
      wgttot=    1.00000000000000     
      fixlon=    281.167273419456        fixlat=    32.6217799187144     
      barnlon=    282.465306127903       barnlat=    33.3725361453292     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.838697581934892     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      282.465306127903     
     Raw (no conversion for GM wrap) extraplon=    282.903649522221     
  
 --- barnlon=    282.47E  (  77.53W)    barnlat=     33.37
 --- extraplon=  282.90E  (  77.10W)    extraplat=   33.68
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    66.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   32.62
 | Current fix lon is   78.83W   ( 281.17E)
 | Current fix lon (raw, unadjusted)=  281.17E
 | Updated guess lat for next fcst hour is   33.53
 | Updated guess lon (0-360) for next fcst hour is   77.32W   ( 282.68E)
 | Raw updated guess lon for next fcst hour is  282.68E)
 -------------------------------------------------
  
 iocheck, dist=    173.565203932146        distm=    173565.203932146     
 iocheck, stmspd=    8.03542610796973        istmspd=          156
 iocheck, xincr=    1.51720440560632        yincr=   0.905642924602205     
 iocheck, stmdir=    59.1663652546508        istmdir=           59
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 66
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 66 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          212  = igcret =            0
 baclose return code for unit          612  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   72:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f04320                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f04320.ix                                                                                    
hafs.trak.storm.2023082812.f04320: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: cannot stat: 2
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: Not ready yet.  Size=102678679, age=0, min size=500, min age=10
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: Not ready yet.  Size=102678679, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: Not ready yet.  Size=102678679, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f04320: sleep 5
hafs.trak.storm.2023082812.f04320: ready.
hafs.trak.storm.2023082812.f04320.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f04320.ix: ready.
 in open_grib_files in multi else part....
   lugb=          213   lugi=          613
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f04320                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f04320.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f04320...  gopen_i_file= ...hafs.trak.storm.2023082812.f04320.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f04320                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f04320.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          213  is CLOSED
 TEST open_grib_files, unit lugi=          613  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f04320                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f04320.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          213  is CLOSED
 TEST b4 getgridinfo, unit lugi=          613  is CLOSED
 before getgb2 call, lugb=          213  lugi=          613
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   72   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    72h ... 22:26:00
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:00
 TIMING: after getgb2-122:26:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   72   5588258   0.000       0.000     -0.2235E-02  0.4615E-02
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:00
 TIMING: after getgb2-122:26:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   72   5588258   0.000       0.000     -0.2186E-02  0.3731E-02
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:00
 TIMING: after getgb2-122:26:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   72   5588258   0.000       0.000      -51.00       51.70    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:00
 TIMING: after getgb2-122:26:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   72   5588258   0.000       0.000      -45.20       61.50    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:00
 TIMING: after getgb2-122:26:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   72   5588258   0.000       0.000      -40.46       53.72    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:01
 TIMING: after getgb2-122:26:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   72   5588258   0.000       0.000      -34.08       53.79    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:01
 TIMING: after getgb2-122:26:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   72   5588258   0.000       0.000       1140.       1622.    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:01
 TIMING: after getgb2-122:26:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   72   5588258   0.000       0.000       2807.       3258.    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:01
 TIMING: after getgb2-122:26:01
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   72   5588258   0.000       0.000      0.9677E+05  0.1025E+06
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:01
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   72   5588258   0.000       0.000      -36.81       37.10    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   72   5588258   0.000       0.000      -29.37       40.06    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   72   5588258   0.000       0.000      -26.48       46.39    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   72   5588258   0.000       0.000      -31.82       45.32    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           72  hours
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   72   5588258   0.000       0.000       5405.       5972.    
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           72  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   72   5588258   0.000       0.000      0.1160E+05  0.1257E+05
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           72  hours
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           72  hours
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           72  hours
 TEST b4 getgb2 getdata, unit lugb=          213  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          613  is CLOSED

 TIMING: before getgb2-122:26:02
 TIMING: after getgb2-122:26:02
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           72  hours

 TIMING: before getgb2-phase22:26:02
 TIMING: after getgb2-222:26:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   72   5588258   0.000       0.000       640.6       1132.    

 TIMING: before getgb2-phase22:26:03
 TIMING: after getgb2-222:26:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   72   5588258   0.000       0.000       1140.       1622.    

 TIMING: before getgb2-phase22:26:03
 TIMING: after getgb2-222:26:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   72   5588258   0.000       0.000       1665.       2135.    

 TIMING: before getgb2-phase22:26:03
 TIMING: after getgb2-222:26:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   72   5588258   0.000       0.000       2219.       2676.    

 TIMING: before getgb2-phase22:26:03
 TIMING: after getgb2-222:26:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   72   5588258   0.000       0.000       2807.       3258.    

 TIMING: before getgb2-phase22:26:03
 TIMING: after getgb2-222:26:04
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   72   5588258   0.000       0.000       3430.       3872.    

 TIMING: before getgb2-phase22:26:04
 TIMING: after getgb2-222:26:04
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   72   5588258   0.000       0.000       4043.       4523.    

 TIMING: before getgb2-phase22:26:04
 TIMING: after getgb2-222:26:04
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   72   5588258   0.000       0.000       4698.       5219.    

 TIMING: before getgb2-phase22:26:04
 TIMING: after getgb2-222:26:04
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   72   5588258   0.000       0.000       5405.       5972.    

 TIMING: before getgb2-phase22:26:04
 TIMING: after getgb2-222:26:04
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   72   5588258   0.000       0.000       6171.       6790.    

 TIMING: before getgb2-phase22:26:04
 TIMING: after getgb2-222:26:05
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   72   5588258   0.000       0.000       7002.       7684.    

 TIMING: before getgb2-phase22:26:05
 TIMING: after getgb2-222:26:05
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   72   5588258   0.000       0.000       7917.       8670.    

 TIMING: before getgb2-phase22:26:05
 TIMING: after getgb2-222:26:05
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           72 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   72   5588258   0.000       0.000       8942.       9780.    
 TIMING: after getdata ... 22:26:05
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   72:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.857446336610228E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.944E  (0-360) ctlon=  297.944E  (  62.056W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.386E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.944E   (0-360) guesslon=  297.944E  (  62.056W)   guesslat=   25.974
 ilonfix=         1319  jlatfix=          996  npts=           16
 ibeg=         1270  jbeg=          952  imax=         2738
 iend=         1368  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.954 fmax (x10e5) =        0.569E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   2.888615718939348E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  298.344E  (0-360) ctlon=  298.344E  (  61.656W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.289E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  298.344E   (0-360) guesslon=  298.344E  (  61.656W)   guesslat=   25.974
 ilonfix=         1329  jlatfix=          996  npts=           16
 ibeg=         1280  jbeg=          952  imax=         2738
 iend=         1378  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.954 fmax (x10e5) =        0.419E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.344E  (0-360) ctlon=  298.344E  (  61.656W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.149E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.344E   (0-360) guesslon=  298.344E  (  61.656W)   guesslat=   25.974
 ilonfix=         1329  jlatfix=          996  npts=           16
 ibeg=         1280  jbeg=          952  imax=         2738
 iend=         1378  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.954 fmax =       -0.100E+16 fmin =        0.148E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.344E  (0-360) ctlon=  298.344E  (  61.656W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.313E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  298.344E   (0-360) guesslon=  298.344E  (  61.656W)   guesslat=   25.974
 ilonfix=         1329  jlatfix=          996  npts=           16
 ibeg=         1280  jbeg=          952  imax=         2738
 iend=         1378  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.954 fmax =       -0.100E+16 fmin =        0.313E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  298.344E  (0-360) ctlon=  298.344E  (  61.656W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  298.344E   (0-360) guesslon=  298.344E  (  61.656W)   guesslat=   25.974
 ilonfix=         1329  jlatfix=          996  npts=           16
 ibeg=         1280  jbeg=          952  imax=         2738
 iend=         1378  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.854 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.064 (0-360) guesslon=  298.064E  (  61.936W)   guesslat=   25.694
 ilonfix=         1322  jlatfix=         1003  npts=           33
 ibeg=         1249  jbeg=          935  imax=         2738
 iend=         1395  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:26:05
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.766803431945228E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.944E  (0-360) ctlon=  297.944E  (  62.056W)  ctlat=   25.974 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.377E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:05
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.944E   (0-360) guesslon=  297.944E  (  62.056W)   guesslat=   25.974
 ilonfix=         1319  jlatfix=          996  npts=           16
 ibeg=         1270  jbeg=          952  imax=         2738
 iend=         1368  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.224E  (0-360) ctlon=  298.224  (  61.776W)  ctlat=   25.854 fmax (x10e5) =        0.392E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    298.194537095735        uvgeslat=    25.8796712223636     
    (0-360 uvgeslon)=    298.194537095735     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.194537095735        uvgeslat=    25.8796712223636     
    (0-360 uvgeslon)=    298.194537095735     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.194537095735     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.875E  (0-360E lon):  297.875E    62.125W  ctlat=   25.880  xmax_circul_disk =      83180216.8
 TIMING: get_wind_circ kloop, k=  1   22:26:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.875E  (0-360E)=  297.875E  (  62.125W)   guesslat=   25.880
 ilonfix=         1317  jlatfix=          999  npts=           56
 ibeg=         1248  jbeg=          935  imax=         2738
 iend=         1386  jend=         1063  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    83668268.8116063     
 nhalf get_wind_circ, k=  1 ctlon=  298.075E  (0-360E)=  298.075E  ctlon=   61.925W   ctlat=   25.900 Wind Circulation (NHEM: Max) =      83668268.8
 TIMING: After GWC 850 ... 22:26:05
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.194537095735        uvgeslat=    25.8796712223636     
    (0-360 uvgeslon)=    298.194537095735     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.194537095735     
  
 After first run, Wind Circulation (NHEM) ctlon=  298.195E  (0-360E lon):  298.195E    61.805W  ctlat=   25.880  xmax_circul_disk =      80910266.5
 TIMING: get_wind_circ kloop, k=  1   22:26:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  298.195E  (0-360E)=  298.195E  (  61.805W)   guesslat=   25.880
 ilonfix=         1325  jlatfix=          999  npts=           56
 ibeg=         1256  jbeg=          935  imax=         2738
 iend=         1394  jend=         1063  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    81365001.9204645     
 nhalf get_wind_circ, k=  1 ctlon=  298.155E  (0-360E)=  298.155E  ctlon=   61.845W   ctlat=   25.780 Wind Circulation (NHEM: Max) =      81365001.9
 TIMING: After GWC 700 ... 22:26:05
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:05
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    298.194537095735        uvgeslat=    25.8796712223636     
    (0-360 uvgeslon)=    298.194537095735     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    298.194537095735     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.875E  (0-360E lon):  297.875E    62.125W  ctlat=   25.880  xmax_circul_disk =      57914831.0
 TIMING: get_wind_circ kloop, k=  1   22:26:05
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.875E  (0-360E)=  297.875E  (  62.125W)   guesslat=   25.880
 ilonfix=         1317  jlatfix=          999  npts=           56
 ibeg=         1248  jbeg=          935  imax=         2738
 iend=         1386  jend=         1063  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    58563891.5659640     
 nhalf get_wind_circ, k=  1 ctlon=  298.015E  (0-360E)=  298.015E  ctlon=   61.985W   ctlat=   25.720 Wind Circulation (NHEM: Max) =      58563891.6
 TIMING: After GWC Sfc ... 22:26:05
  
 At beg of fixcenter, stderr(ist,ifh-1) =     7.51  xavg_stderr=     9.82
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           13  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    72:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  298.06E   (0-360) guesslon=  298.06E  ( 61.94W)    25.69
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       298.22       61.78      25.95           56.94       T         33.05
   2    zeta 700    Max       298.22       61.78      25.95           41.92       T         33.05
   3    circ 850    Max       298.07       61.93      25.90           83.67       T         22.87
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       298.15       61.85      25.78           81.37       T         13.16
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       298.22       61.78      25.95         1483.58       T         33.05
   8     gph 700    Min       298.22       61.78      25.95         3125.94       T         33.05
   9        MSLP    Min       298.22       61.78      25.85       100795.70       T         23.94
  10    circ sfc    Max       298.01       61.99      25.72           58.56       T          5.67
  11    zeta sfc    Max       298.22       61.78      25.85           39.24       T         23.94
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.5517739588621       stderr_close= 
   5.15178808561117       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   9.475 devia=   1.839 wtpos=  0.54171     298.22   298.22    61.78    25.95
 ip=  2 kprm=  2 dist_from_mean=   9.475 devia=   1.839 wtpos=  0.54171     298.22   298.22    61.78    25.95
 ip=  3 kprm=  3 dist_from_mean=  10.386 devia=   2.016 wtpos=  0.51067     298.07   298.07    61.93    25.90
 ip=  5 kprm=  4 dist_from_mean=  11.416 devia=   2.216 wtpos=  0.47776     298.15   298.15    61.85    25.78
 ip=  7 kprm=  5 dist_from_mean=   9.475 devia=   1.839 wtpos=  0.54171     298.22   298.22    61.78    25.95
 ip=  8 kprm=  6 dist_from_mean=   9.475 devia=   1.839 wtpos=  0.54171     298.22   298.22    61.78    25.95
 ip=  9 kprm=  7 dist_from_mean=   5.576 devia=   1.082 wtpos=  0.69714     298.22   298.22    61.78    25.85
 ip= 10 kprm=  8 dist_from_mean=  24.114 devia=   4.681 wtpos=  0.21009     298.01   298.01    61.99    25.72
 ip= 11 kprm=  9 dist_from_mean=   5.576 devia=   1.082 wtpos=  0.69714     298.22   298.22    61.78    25.85
  
At end of fixcenter:  00L   fhr=   72:00   Fix position=   298.19E  (0-360) fixlon=  298.19  ( 61.81W)    25.89
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    298.191467497349     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    298.223627277553     
        (0-360E clon(ist,ifh,9))=    298.223627277553     
      clat(ist,ifh,9)=    25.8542173132727     
      xval(9)=    100795.703367436     
  
  After get_ij B, ibeg jbeg =         1218         861
  After get_ij B, iend jend =         1434        1137
  
 In is_it_a_storm, ilonfix=         1326  jlatfix=          999
 ibeg jbeg iend jend =         1218         861        1434        1137
 cparm= slp  parmlon parmlat =    298.223627277553        25.8542173132727     
     (0-360E parmlon) =    298.223627277553     
 parmval=    100795.703367436     
  
 i= 1303 j=  936 glon=  297.33 (0-360E) glon=  297.33 glat=  28.40 dist=   296.70 slp=  101609.39 pgradient=  2.74241
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  2.74241
 mslp center =    298.223627277553        25.8542173132727     
   100795.703367436     
   (0-360E) lon of mslp center =    298.223627277553     
 pgrad loc   =    297.328698000000        297.328698000000     
   62.6713020000000        28.4009380000000        101609.390000000     
  ttest at location C IF....
      xinp_fixlat=    25.8542173132727     
      xinp_fixlon=    298.223627277553       (0-360E) xinp_fixlon= 
   298.223627277553     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99985.7100000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1327  jfix=          999
 longitude=    298.223627277553      E   (   61.7763727224468      
 W)  (0-360E) xinp_fixlon=    298.223627277553     
 latitude=    25.8542173132727     
 mean mslp value (xval(9))=    100795.703367436     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1327  jfix=          999
 longitude=    298.223627277553      E   (   61.7763727224468      
 W)  (0-360E) xinp_fixlon=    298.223627277553     
 latitude=    25.8542173132727     
 mean mslp value (xval(9))=    100795.703367436     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1327  jx=          999
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99985.7100000000       xcentval=    99985.7100000000     
 At A, num_found_contours=            0
 At A, contlo=    99985.7100000000       conthi=    100385.710000000     
  
 num_found_contours=            0
 contlo=    99985.7100000000       conthi=    100385.710000000     
 xcentval=    99985.7100000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100385.710000000       conthi=    100785.710000000     
  
 num_found_contours=            1
 contlo=    100385.710000000       conthi=    100785.710000000     
 xcentval=    99985.7100000000     
 At A, num_found_contours=            2
 At A, contlo=    100785.710000000       conthi=    101185.710000000     
  
 num_found_contours=            2
 contlo=    100785.710000000       conthi=    101185.710000000     
 xcentval=    99985.7100000000     
 At A, num_found_contours=            3
 At A, contlo=    101185.710000000       conthi=    101585.710000000     
  
 num_found_contours=            3
 contlo=    101185.710000000       conthi=    101585.710000000     
 xcentval=    99985.7100000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1338 ,        1022 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99985.7100000000     
 !!! (i,j) of central value = (        1327 ,         999 )
 !!!  
 !!! Flagged value found    =    101161.550000000     
 !!! (i,j) of flagged value = (        1337 ,        1023 )
 !!!   
 !!! Lower bound of contour interval =    101185.710000000     
 !!! Upper bound of contour interval =    101585.710000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1327  jfix=          999
 longitude=    298.223627277553      E   (   61.7763727224468      W)  
 (0-360E) xinp_fixlon=    298.223627277553     
 latitude=    25.8542173132727     
 mean mslp value (xval(9))=    100795.703367436     
 gridpoint mslp value=    99985.7100000000     
 ccflag= y
 prs of last closed isobar =    101185.710000000     
 radius of last closed isobar =    43.1325199159759       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   72:00
 !!! Boundary check xinp_fixlat is   25.85
 !!! Boundary check xinp_fixlon is   61.78W   ( 298.22E)  (0-360E) xinp_fixlon=  298.22
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    298.074540095735     
  850 mb wcirc fix lat=    25.8996707223636     
    (0-360) 850 mb wcirc fix lon=    298.074540095735     
  Multi-parm fix lon=      298.191467497349     
  Multi-parm fix lat=      25.8911970288048     
    (0-360) Multi-parm fix lon=      298.191467497349     
  
  
  After get_ij B, ibeg jbeg =         1231         894
  After get_ij B, iend jend =         1413        1102
  
 In is_it_a_storm, ilonfix=         1322  jlatfix=          998
 ibeg jbeg iend jend =         1231         894        1413        1102
 cparm= v850  parmlon parmlat =    298.074540095735        25.8996707223636     
     (0-360E parmlon) =    298.074540095735     
 parmval=    83668268.8116063     
  
 i= 1311 j=  949 glon=  297.65 (0-360E) glon=  297.65 glat=  27.88 u= -18.2000 v=   7.0000 vr=  10.31485 vt=  16.54823
 i= 1316 j=  949 glon=  297.85 (0-360E) glon=  297.85 glat=  27.88 u= -18.1000 v=   7.4000 vr=   9.20030 vt=  17.25469
 i= 1321 j=  949 glon=  298.05 (0-360E) glon=  298.05 glat=  27.88 u= -17.4000 v=   8.3000 vr=   8.50284 vt=  17.30179
 i= 1326 j=  949 glon=  298.25 (0-360E) glon=  298.25 glat=  27.88 u= -16.1000 v=   9.3000 vr=   8.00778 vt=  16.78021
 i= 1331 j=  949 glon=  298.45 (0-360E) glon=  298.45 glat=  27.88 u= -14.5000 v=   9.2000 vr=   6.65276 vt=  15.83132
 i= 1296 j=  954 glon=  297.05 (0-360E) glon=  297.05 glat=  27.68 u= -15.4000 v=   1.6000 vr=   8.48953 vt=  12.94789
 i= 1301 j=  954 glon=  297.25 (0-360E) glon=  297.25 glat=  27.68 u= -16.6000 v=   3.0000 vr=   9.14240 vt=  14.17662
 i= 1306 j=  954 glon=  297.45 (0-360E) glon=  297.45 glat=  27.68 u= -16.0000 v=   4.7000 vr=   9.28942 vt=  13.84907
 i= 1311 j=  954 glon=  297.65 (0-360E) glon=  297.65 glat=  27.68 u= -15.4000 v=   4.7000 vr=   7.82211 vt=  14.07354
 i= 1316 j=  954 glon=  297.85 (0-360E) glon=  297.85 glat=  27.68 u= -16.4000 v=   6.5000 vr=   8.30994 vt=  15.56133
 i= 1321 j=  954 glon=  298.05 (0-360E) glon=  298.05 glat=  27.68 u= -15.7000 v=   6.6000 vr=   6.80367 vt=  15.61282
 i= 1326 j=  954 glon=  298.25 (0-360E) glon=  298.25 glat=  27.68 u= -16.9000 v=   8.7000 vr=   7.19199 vt=  17.59475
 i= 1331 j=  954 glon=  298.45 (0-360E) glon=  298.45 glat=  27.68 u= -16.8000 v=  11.0000 vr=   7.70242 vt=  18.54488
 i= 1336 j=  954 glon=  298.65 (0-360E) glon=  298.65 glat=  27.68 u= -16.2000 v=  12.1000 vr=   7.12816 vt=  18.92193
 i= 1341 j=  954 glon=  298.85 (0-360E) glon=  298.85 glat=  27.68 u= -14.2000 v=  11.6000 vr=   5.65296 vt=  17.44259
 i= 1346 j=  954 glon=  299.05 (0-360E) glon=  299.05 glat=  27.68 u= -11.2000 v=  10.2000 vr=   4.22561 vt=  14.54731
 i= 1291 j=  959 glon=  296.85 (0-360E) glon=  296.85 glat=  27.48 u= -11.1000 v=  -1.8000 vr=   4.86434 vt=  10.13845
 i= 1296 j=  959 glon=  297.05 (0-360E) glon=  297.05 glat=  27.48 u= -13.3000 v=  -0.4000 vr=   6.34653 vt=  11.69494
 i= 1301 j=  959 glon=  297.25 (0-360E) glon=  297.25 glat=  27.48 u= -14.4000 v=  -2.8000 vr=   3.57417 vt=  14.22762
 i= 1306 j=  959 glon=  297.45 (0-360E) glon=  297.45 glat=  27.48 u= -14.8000 v=   1.5000 vr=   6.36439 vt=  13.44561
 i= 1311 j=  959 glon=  297.65 (0-360E) glon=  297.65 glat=  27.48 u= -15.6000 v=   5.1000 vr=   8.61927 vt=  13.96704
 i= 1316 j=  959 glon=  297.85 (0-360E) glon=  297.85 glat=  27.48 u= -16.1000 v=   5.5000 vr=   7.50038 vt=  15.27103
 i= 1321 j=  959 glon=  298.05 (0-360E) glon=  298.05 glat=  27.48 u= -17.1000 v=   6.2000 vr=   6.45001 vt=  17.00728
 i= 1326 j=  959 glon=  298.25 (0-360E) glon=  298.25 glat=  27.48 u= -16.9000 v=   8.3000 vr=   6.59946 vt=  17.63369
 i= 1331 j=  959 glon=  298.45 (0-360E) glon=  298.45 glat=  27.48 u= -16.7000 v=   9.9000 vr=   6.21891 vt=  18.39090
 i= 1336 j=  959 glon=  298.65 (0-360E) glon=  298.65 glat=  27.48 u= -15.8000 v=  11.4000 vr=   5.94806 vt=  18.55318
 i= 1341 j=  959 glon=  298.85 (0-360E) glon=  298.85 glat=  27.48 u= -15.3000 v=  13.5000 vr=   6.20852 vt=  19.43693
 i= 1346 j=  959 glon=  299.05 (0-360E) glon=  299.05 glat=  27.48 u= -13.5000 v=  14.4000 vr=   6.07082 vt=  18.78178
 i= 1351 j=  959 glon=  299.25 (0-360E) glon=  299.25 glat=  27.48 u= -10.4000 v=  11.2000 vr=   3.55024 vt=  14.86593
 i= 1356 j=  959 glon=  299.45 (0-360E) glon=  299.45 glat=  27.48 u=  -8.6000 v=   9.3000 vr=   2.03877 vt=  12.50174
 i= 1281 j=  964 glon=  296.45 (0-360E) glon=  296.45 glat=  27.28 u=  -8.1000 v=  -6.7000 vr=   1.29020 vt=  10.43242
 i= 1286 j=  964 glon=  296.65 (0-360E) glon=  296.65 glat=  27.28 u=  -8.4000 v=  -5.9000 vr=   1.39012 vt=  10.17043
 i= 1291 j=  964 glon=  296.85 (0-360E) glon=  296.85 glat=  27.28 u= -10.6000 v=  -3.6000 vr=   3.79421 vt=  10.53204
 i= 1296 j=  964 glon=  297.05 (0-360E) glon=  297.05 glat=  27.28 u= -11.6000 v=  -2.1000 vr=   4.68942 vt=  10.81570
 i= 1301 j=  964 glon=  297.25 (0-360E) glon=  297.25 glat=  27.28 u= -17.6000 v=   1.9000 vr=   9.99687 vt=  14.60933
 i= 1306 j=  964 glon=  297.45 (0-360E) glon=  297.45 glat=  27.28 u= -19.1000 v=   3.1000 vr=  10.06528 vt=  16.52605
 i= 1311 j=  964 glon=  297.65 (0-360E) glon=  297.65 glat=  27.28 u= -18.4000 v=   4.3000 vr=   9.04914 vt=  16.58804
 i= 1316 j=  964 glon=  297.85 (0-360E) glon=  297.85 glat=  27.28 u= -19.0000 v=   6.0000 vr=   8.69349 vt=  17.92828
 i= 1321 j=  964 glon=  298.05 (0-360E) glon=  298.05 glat=  27.28 u= -18.5000 v=   7.9000 vr=   8.20948 vt=  18.36476
 i= 1326 j=  964 glon=  298.25 (0-360E) glon=  298.25 glat=  27.28 u= -17.9000 v=   8.2000 vr=   6.13694 vt=  18.70797
 i= 1331 j=  964 glon=  298.45 (0-360E) glon=  298.45 glat=  27.28 u= -18.4000 v=  11.6000 vr=   6.92788 vt=  20.61855
 i= 1336 j=  964 glon=  298.65 (0-360E) glon=  298.65 glat=  27.28 u= -15.8000 v=  13.2000 vr=   6.84699 vt=  19.41646
 i= 1341 j=  964 glon=  298.85 (0-360E) glon=  298.85 glat=  27.28 u= -14.1000 v=  12.2000 vr=   4.56274 vt=  18.07848
 i= 1346 j=  964 glon=  299.05 (0-360E) glon=  299.05 glat=  27.28 u= -14.6000 v=  15.0000 vr=   4.86172 vt=  20.35985
 i= 1351 j=  964 glon=  299.25 (0-360E) glon=  299.25 glat=  27.28 u= -13.3000 v=  16.3000 vr=   4.88222 vt=  20.46323
 i= 1356 j=  964 glon=  299.45 (0-360E) glon=  299.45 glat=  27.28 u=  -9.5000 v=  11.8000 vr=   2.46260 vt=  14.94743
 i= 1361 j=  964 glon=  299.65 (0-360E) glon=  299.65 glat=  27.28 u=  -8.2000 v=   9.7000 vr=   0.90264 vt=  12.66946
 i= 1276 j=  969 glon=  296.25 (0-360E) glon=  296.25 glat=  27.08 u=  -5.4000 v= -10.4000 vr=  -1.67555 vt=  11.59795
 i= 1281 j=  969 glon=  296.45 (0-360E) glon=  296.45 glat=  27.08 u=  -7.8000 v=  -7.7000 vr=   1.23684 vt=  10.89037
 i= 1286 j=  969 glon=  296.65 (0-360E) glon=  296.65 glat=  27.08 u=  -8.4000 v=  -8.4000 vr=   0.49074 vt=  11.86925
 i= 1291 j=  969 glon=  296.85 (0-360E) glon=  296.85 glat=  27.08 u= -10.8000 v=  -6.6000 vr=   2.54292 vt=  12.39893
 i= 1296 j=  969 glon=  297.05 (0-360E) glon=  297.05 glat=  27.08 u= -16.2000 v=  -3.4000 vr=   7.28625 vt=  14.86306
 i= 1301 j=  969 glon=  297.25 (0-360E) glon=  297.25 glat=  27.08 u= -20.6000 v=  -0.3000 vr=  10.70036 vt=  17.60546
 i= 1306 j=  969 glon=  297.45 (0-360E) glon=  297.45 glat=  27.08 u= -21.6000 v=   3.5000 vr=  12.43853 vt=  18.00258
 i= 1311 j=  969 glon=  297.65 (0-360E) glon=  297.65 glat=  27.08 u= -21.7000 v=   6.2000 vr=  12.57894 vt=  18.73767
 i= 1316 j=  969 glon=  297.85 (0-360E) glon=  297.85 glat=  27.08 u= -21.1000 v=   6.5000 vr=   9.97427 vt=  19.69705
 i= 1321 j=  969 glon=  298.05 (0-360E) glon=  298.05 glat=  27.08 u= -20.9000 v=   7.8000 vr=   8.20894 vt=  20.74279
 i= 1326 j=  969 glon=  298.25 (0-360E) glon=  298.25 glat=  27.08 u= -19.2000 v=   8.3000 vr=   5.71063 vt=  20.12259
 i= 1331 j=  969 glon=  298.45 (0-360E) glon=  298.45 glat=  27.08 u= -18.7000 v=  11.9000 vr=   6.33395 vt=  21.24102
 i= 1336 j=  969 glon=  298.65 (0-360E) glon=  298.65 glat=  27.08 u= -18.5000 v=  14.7000 vr=   6.07547 vt=  22.83481
 i= 1341 j=  969 glon=  298.85 (0-360E) glon=  298.85 glat=  27.08 u= -16.0000 v=  14.7000 vr=   4.55376 vt=  21.24508
 i= 1346 j=  969 glon=  299.05 (0-360E) glon=  299.05 glat=  27.08 u= -12.3000 v=  14.7000 vr=   4.48865 vt=  18.63416
 i= 1351 j=  969 glon=  299.25 (0-360E) glon=  299.25 glat=  27.08 u= -10.9000 v=  17.4000 vr=   5.71134 vt=  19.72183
 i= 1356 j=  969 glon=  299.45 (0-360E) glon=  299.45 glat=  27.08 u= -11.3000 v=  15.7000 vr=   2.67559 vt=  19.15780
 i= 1361 j=  969 glon=  299.65 (0-360E) glon=  299.65 glat=  27.08 u=  -9.0000 v=  11.9000 vr=   0.70413 vt=  14.90350
 i= 1366 j=  969 glon=  299.85 (0-360E) glon=  299.85 glat=  27.08 u=  -7.9000 v=   9.9000 vr=  -0.47248 vt=  12.65689
 i= 1276 j=  974 glon=  296.25 (0-360E) glon=  296.25 glat=  26.88 u=  -5.4000 v= -11.1000 vr=  -1.03684 vt=  12.30020
 i= 1281 j=  974 glon=  296.45 (0-360E) glon=  296.45 glat=  26.88 u=  -6.9000 v=  -9.8000 vr=   0.28383 vt=  11.98205
 i= 1286 j=  974 glon=  296.65 (0-360E) glon=  296.65 glat=  26.88 u=  -7.8000 v= -10.3000 vr=  -0.05447 vt=  12.92002
 i= 1291 j=  974 glon=  296.85 (0-360E) glon=  296.85 glat=  26.88 u=  -7.8000 v=  -9.1000 vr=  -0.21942 vt=  11.98340
 i= 1296 j=  974 glon=  297.05 (0-360E) glon=  297.05 glat=  26.88 u= -16.0000 v=  -6.1000 vr=   6.51518 vt=  15.83548
 i= 1301 j=  974 glon=  297.25 (0-360E) glon=  297.25 glat=  26.88 u= -19.0000 v=  -1.7000 vr=  10.10575 vt=  16.17911
 i= 1306 j=  974 glon=  297.45 (0-360E) glon=  297.45 glat=  26.88 u= -21.4000 v=   1.5000 vr=  11.93947 vt=  17.82299
 i= 1311 j=  974 glon=  297.65 (0-360E) glon=  297.65 glat=  26.88 u= -21.2000 v=   6.5000 vr=  13.75381 vt=  17.39318
 i= 1316 j=  974 glon=  297.85 (0-360E) glon=  297.85 glat=  26.88 u= -21.2000 v=   6.4000 vr=  10.55740 vt=  19.46642
 i= 1321 j=  974 glon=  298.05 (0-360E) glon=  298.05 glat=  26.88 u= -20.9000 v=   7.3000 vr=   7.79223 vt=  20.72151
 i= 1326 j=  974 glon=  298.25 (0-360E) glon=  298.25 glat=  26.88 u= -19.4000 v=   8.9000 vr=   5.73722 vt=  20.55856
 i= 1331 j=  974 glon=  298.45 (0-360E) glon=  298.45 glat=  26.88 u= -18.2000 v=  10.7000 vr=   4.22876 vt=  20.68448
 i= 1336 j=  974 glon=  298.65 (0-360E) glon=  298.65 glat=  26.88 u= -19.1000 v=  14.3000 vr=   3.77371 vt=  23.55969
 i= 1341 j=  974 glon=  298.85 (0-360E) glon=  298.85 glat=  26.88 u= -17.5000 v=  16.4000 vr=   3.25871 vt=  23.76112
 i= 1346 j=  974 glon=  299.05 (0-360E) glon=  299.05 glat=  26.88 u= -15.1000 v=  17.7000 vr=   3.14976 vt=  23.05166
 i= 1351 j=  974 glon=  299.25 (0-360E) glon=  299.25 glat=  26.88 u= -13.3000 v=  18.6000 vr=   2.91298 vt=  22.67961
 i= 1356 j=  974 glon=  299.45 (0-360E) glon=  299.45 glat=  26.88 u= -11.3000 v=  18.2000 vr=   2.45313 vt=  21.28173
 i= 1361 j=  974 glon=  299.65 (0-360E) glon=  299.65 glat=  26.88 u=  -9.8000 v=  14.8000 vr=   0.35624 vt=  17.74692
 i= 1366 j=  974 glon=  299.85 (0-360E) glon=  299.85 glat=  26.88 u=  -8.1000 v=  12.1000 vr=  -0.58474 vt=  14.54916
 i= 1371 j=  974 glon=  300.05 (0-360E) glon=  300.05 glat=  26.88 u=  -7.3000 v=  10.4000 vr=  -1.38514 vt=  12.63057
 i= 1271 j=  979 glon=  296.05 (0-360E) glon=  296.05 glat=  26.68 u=  -3.2000 v= -11.1000 vr=  -1.40169 vt=  11.46670
 i= 1276 j=  979 glon=  296.25 (0-360E) glon=  296.25 glat=  26.68 u=  -4.5000 v= -11.9000 vr=  -1.01991 vt=  12.68147
 i= 1281 j=  979 glon=  296.45 (0-360E) glon=  296.45 glat=  26.68 u=  -6.2000 v= -11.0000 vr=   0.30754 vt=  12.62321
 i= 1286 j=  979 glon=  296.65 (0-360E) glon=  296.65 glat=  26.68 u=  -6.7000 v= -11.8000 vr=  -0.39959 vt=  13.56357
 i= 1291 j=  979 glon=  296.85 (0-360E) glon=  296.85 glat=  26.68 u=  -9.1000 v= -10.7000 vr=   1.25013 vt=  13.99061
 i= 1296 j=  979 glon=  297.05 (0-360E) glon=  297.05 glat=  26.68 u= -12.6000 v=  -9.6000 vr=   3.41799 vt=  15.46730
 i= 1301 j=  979 glon=  297.25 (0-360E) glon=  297.25 glat=  26.68 u= -15.4000 v=  -5.7000 vr=   6.47960 vt=  15.08857
 i= 1306 j=  979 glon=  297.45 (0-360E) glon=  297.45 glat=  26.68 u= -18.9000 v=  -3.5000 vr=   8.20281 vt=  17.38315
 i= 1311 j=  979 glon=  297.65 (0-360E) glon=  297.65 glat=  26.68 u= -18.6000 v=   3.8000 vr=  11.59274 vt=  15.03357
 i= 1316 j=  979 glon=  297.85 (0-360E) glon=  297.85 glat=  26.68 u= -22.3000 v=   6.9000 vr=  12.28257 vt=  19.85040
 i= 1321 j=  979 glon=  298.05 (0-360E) glon=  298.05 glat=  26.68 u= -22.4000 v=   8.6000 vr=   9.26173 vt=  22.13460
 i= 1326 j=  979 glon=  298.25 (0-360E) glon=  298.25 glat=  26.68 u= -22.4000 v=  11.7000 vr=   7.07588 vt=  24.26071
 i= 1331 j=  979 glon=  298.45 (0-360E) glon=  298.45 glat=  26.68 u= -21.4000 v=  14.7000 vr=   5.04727 vt=  25.46714
 i= 1336 j=  979 glon=  298.65 (0-360E) glon=  298.65 glat=  26.68 u= -19.6000 v=  17.3000 vr=   3.63514 vt=  25.88891
 i= 1341 j=  979 glon=  298.85 (0-360E) glon=  298.85 glat=  26.68 u= -18.1000 v=  19.1000 vr=   2.22004 vt=  26.22006
 i= 1346 j=  979 glon=  299.05 (0-360E) glon=  299.05 glat=  26.68 u= -16.6000 v=  19.6000 vr=   0.64826 vt=  25.67683
 i= 1351 j=  979 glon=  299.25 (0-360E) glon=  299.25 glat=  26.68 u= -14.9000 v=  18.1000 vr=  -1.22993 vt=  23.41169
 i= 1356 j=  979 glon=  299.45 (0-360E) glon=  299.45 glat=  26.68 u= -13.2000 v=  17.2000 vr=  -1.99266 vt=  21.58956
 i= 1361 j=  979 glon=  299.65 (0-360E) glon=  299.65 glat=  26.68 u= -11.0000 v=  14.4000 vr=  -2.70353 vt=  17.91789
 i= 1366 j=  979 glon=  299.85 (0-360E) glon=  299.85 glat=  26.68 u=  -8.5000 v=  13.0000 vr=  -1.95063 vt=  15.40925
 i= 1371 j=  979 glon=  300.05 (0-360E) glon=  300.05 glat=  26.68 u=  -7.6000 v=  11.8000 vr=  -2.24038 vt=  13.85571
 i= 1271 j=  984 glon=  296.05 (0-360E) glon=  296.05 glat=  26.48 u=  -2.4000 v= -11.7000 vr=  -1.23100 vt=  11.88001
 i= 1276 j=  984 glon=  296.25 (0-360E) glon=  296.25 glat=  26.48 u=  -2.9000 v= -13.0000 vr=  -1.56720 vt=  13.22701
 i= 1281 j=  984 glon=  296.45 (0-360E) glon=  296.45 glat=  26.48 u=  -4.9000 v= -12.5000 vr=  -0.03281 vt=  13.42605
 i= 1286 j=  984 glon=  296.65 (0-360E) glon=  296.65 glat=  26.48 u=  -5.4000 v= -13.1000 vr=  -0.46359 vt=  14.16175
 i= 1291 j=  984 glon=  296.85 (0-360E) glon=  296.85 glat=  26.48 u=  -7.0000 v= -12.1000 vr=   0.56824 vt=  13.96736
 i= 1296 j=  984 glon=  297.05 (0-360E) glon=  297.05 glat=  26.48 u=  -9.7000 v= -13.0000 vr=   1.29203 vt=  16.16851
 i= 1301 j=  984 glon=  297.25 (0-360E) glon=  297.25 glat=  26.48 u= -10.1000 v= -10.2000 vr=   1.67385 vt=  14.25652
 i= 1306 j=  984 glon=  297.45 (0-360E) glon=  297.45 glat=  26.48 u= -13.1000 v=  -5.4000 vr=   5.23399 vt=  13.16721
 i= 1311 j=  984 glon=  297.65 (0-360E) glon=  297.65 glat=  26.48 u= -13.3000 v=  -1.5000 vr=   6.06199 vt=  11.93282
 i= 1316 j=  984 glon=  297.85 (0-360E) glon=  297.85 glat=  26.48 u= -23.5000 v=   3.8000 vr=  11.33348 vt=  20.93423
 i= 1321 j=  984 glon=  298.05 (0-360E) glon=  298.05 glat=  26.48 u= -25.6000 v=   8.0000 vr=   9.01598 vt=  25.26009
 i= 1326 j=  984 glon=  298.25 (0-360E) glon=  298.25 glat=  26.48 u= -26.3000 v=  14.2000 vr=   6.87647 vt=  29.08684
 i= 1331 j=  984 glon=  298.45 (0-360E) glon=  298.45 glat=  26.48 u= -23.8000 v=  17.1000 vr=   2.88453 vt=  29.16384
 i= 1336 j=  984 glon=  298.65 (0-360E) glon=  298.65 glat=  26.48 u= -21.8000 v=  18.1000 vr=  -0.94412 vt=  28.31887
 i= 1341 j=  984 glon=  298.85 (0-360E) glon=  298.85 glat=  26.48 u= -18.5000 v=  19.2000 vr=  -1.90490 vt=  26.59439
 i= 1346 j=  984 glon=  299.05 (0-360E) glon=  299.05 glat=  26.48 u= -16.8000 v=  19.4000 vr=  -3.29361 vt=  25.45097
 i= 1351 j=  984 glon=  299.25 (0-360E) glon=  299.25 glat=  26.48 u= -14.6000 v=  19.3000 vr=  -3.51355 vt=  23.94379
 i= 1356 j=  984 glon=  299.45 (0-360E) glon=  299.45 glat=  26.48 u= -13.2000 v=  16.9000 vr=  -4.78826 vt=  20.90269
 i= 1361 j=  984 glon=  299.65 (0-360E) glon=  299.65 glat=  26.48 u= -11.8000 v=  15.5000 vr=  -5.07024 vt=  18.80911
 i= 1366 j=  984 glon=  299.85 (0-360E) glon=  299.85 glat=  26.48 u=  -9.2000 v=  14.3000 vr=  -3.79388 vt=  16.57518
 i= 1371 j=  984 glon=  300.05 (0-360E) glon=  300.05 glat=  26.48 u=  -7.9000 v=  12.3000 vr=  -3.72518 vt=  14.13588
 i= 1271 j=  989 glon=  296.05 (0-360E) glon=  296.05 glat=  26.28 u=  -1.4000 v= -12.4000 vr=  -1.12426 vt=  12.42803
 i= 1276 j=  989 glon=  296.25 (0-360E) glon=  296.25 glat=  26.28 u=  -1.3000 v= -14.0000 vr=  -1.85534 vt=  13.93728
 i= 1281 j=  989 glon=  296.45 (0-360E) glon=  296.45 glat=  26.28 u=  -3.6000 v= -13.7000 vr=   0.06615 vt=  14.16494
 i= 1286 j=  989 glon=  296.65 (0-360E) glon=  296.65 glat=  26.28 u=  -3.2000 v= -14.3000 vr=  -0.97398 vt=  14.62126
 i= 1291 j=  989 glon=  296.85 (0-360E) glon=  296.85 glat=  26.28 u=  -3.7000 v= -14.9000 vr=  -1.34425 vt=  15.29356
 i= 1296 j=  989 glon=  297.05 (0-360E) glon=  297.05 glat=  26.28 u=  -6.4000 v= -12.4000 vr=   1.19881 vt=  13.90262
 i= 1301 j=  989 glon=  297.25 (0-360E) glon=  297.25 glat=  26.28 u=  -6.2000 v= -12.0000 vr=   0.04854 vt=  13.50695
 i= 1306 j=  989 glon=  297.45 (0-360E) glon=  297.45 glat=  26.28 u=  -7.9000 v=  -9.7000 vr=   1.10675 vt=  12.46094
 i= 1311 j=  989 glon=  297.65 (0-360E) glon=  297.65 glat=  26.28 u= -12.3000 v=  -5.9000 vr=   4.55511 vt=  12.85889
 i= 1316 j=  989 glon=  297.85 (0-360E) glon=  297.85 glat=  26.28 u= -24.0000 v=  -6.0000 vr=   5.98437 vt=  24.00390
 i= 1321 j=  989 glon=  298.05 (0-360E) glon=  298.05 glat=  26.28 u= -30.8000 v=  -0.8000 vr=   1.07546 vt=  30.79161
 i= 1326 j=  989 glon=  298.25 (0-360E) glon=  298.25 glat=  26.28 u= -32.6000 v=  10.2000 vr=  -2.94445 vt=  34.03131
 i= 1331 j=  989 glon=  298.45 (0-360E) glon=  298.45 glat=  26.28 u= -28.2000 v=  16.3000 vr=  -6.43691 vt=  31.92955
 i= 1336 j=  989 glon=  298.65 (0-360E) glon=  298.65 glat=  26.28 u= -22.6000 v=  20.5000 vr=  -6.01447 vt=  29.91381
 i= 1341 j=  989 glon=  298.85 (0-360E) glon=  298.85 glat=  26.28 u= -16.9000 v=  20.6000 vr=  -4.95012 vt=  26.18141
 i= 1346 j=  989 glon=  299.05 (0-360E) glon=  299.05 glat=  26.28 u= -15.7000 v=  20.6000 vr=  -6.20841 vt=  25.14569
 i= 1351 j=  989 glon=  299.25 (0-360E) glon=  299.25 glat=  26.28 u= -14.3000 v=  19.9000 vr=  -6.73364 vt=  23.56179
 i= 1356 j=  989 glon=  299.45 (0-360E) glon=  299.45 glat=  26.28 u= -11.5000 v=  18.5000 vr=  -5.58180 vt=  21.05572
 i= 1361 j=  989 glon=  299.65 (0-360E) glon=  299.65 glat=  26.28 u= -10.8000 v=  16.3000 vr=  -6.23894 vt=  18.53121
 i= 1366 j=  989 glon=  299.85 (0-360E) glon=  299.85 glat=  26.28 u=  -9.7000 v=  14.7000 vr=  -6.06917 vt=  16.53315
 i= 1371 j=  989 glon=  300.05 (0-360E) glon=  300.05 glat=  26.28 u=  -7.5000 v=  14.0000 vr=  -4.44726 vt=  15.24703
 i= 1376 j=  989 glon=  300.25 (0-360E) glon=  300.25 glat=  26.28 u=  -6.8000 v=  12.3000 vr=  -4.37324 vt=  13.35683
 i= 1266 j=  994 glon=  295.85 (0-360E) glon=  295.85 glat=  26.08 u=  -0.4000 v= -11.1000 vr=  -0.55391 vt=  11.09338
 i= 1271 j=  994 glon=  296.05 (0-360E) glon=  296.05 glat=  26.08 u=  -0.4000 v= -12.6000 vr=  -0.79974 vt=  12.58095
 i= 1276 j=  994 glon=  296.25 (0-360E) glon=  296.25 glat=  26.08 u=  -0.2000 v= -14.3000 vr=  -1.32026 vt=  14.24033
 i= 1281 j=  994 glon=  296.45 (0-360E) glon=  296.45 glat=  26.08 u=  -1.5000 v= -14.0000 vr=  -0.19039 vt=  14.07884
 i= 1286 j=  994 glon=  296.65 (0-360E) glon=  296.65 glat=  26.08 u=  -1.9000 v= -14.3000 vr=  -0.08188 vt=  14.42544
 i= 1291 j=  994 glon=  296.85 (0-360E) glon=  296.85 glat=  26.08 u=  -0.7000 v= -14.1000 vr=  -1.56550 vt=  14.03030
 i= 1296 j=  994 glon=  297.05 (0-360E) glon=  297.05 glat=  26.08 u=  -4.9000 v= -13.2000 vr=   2.28848 vt=  13.89291
 i= 1301 j=  994 glon=  297.25 (0-360E) glon=  297.25 glat=  26.08 u=  -3.9000 v= -12.6000 vr=   0.81964 vt=  13.16428
 i= 1306 j=  994 glon=  297.45 (0-360E) glon=  297.45 glat=  26.08 u=  -4.0000 v= -10.1000 vr=   0.72161 vt=  10.83925
 i= 1311 j=  994 glon=  297.65 (0-360E) glon=  297.65 glat=  26.08 u=  -6.5000 v= -10.7000 vr=   1.30373 vt=  12.45152
 i= 1316 j=  994 glon=  297.85 (0-360E) glon=  297.85 glat=  26.08 u= -14.5000 v= -11.4000 vr=   3.22822 vt=  18.16008
 i= 1321 j=  994 glon=  298.05 (0-360E) glon=  298.05 glat=  26.08 u= -13.4000 v=   0.5000 vr=   2.20045 vt=  13.22755
 i= 1326 j=  994 glon=  298.25 (0-360E) glon=  298.25 glat=  26.08 u= -23.1000 v=   8.9000 vr=  -8.36513 vt=  23.29902
 i= 1331 j=  994 glon=  298.45 (0-360E) glon=  298.45 glat=  26.08 u= -19.5000 v=  18.9000 vr=  -8.21265 vt=  25.88460
 i= 1336 j=  994 glon=  298.65 (0-360E) glon=  298.65 glat=  26.08 u= -22.0000 v=  22.3000 vr= -13.39485 vt=  28.31727
 i= 1341 j=  994 glon=  298.85 (0-360E) glon=  298.85 glat=  26.08 u= -14.7000 v=  24.1000 vr=  -8.18792 vt=  27.01588
 i= 1346 j=  994 glon=  299.05 (0-360E) glon=  299.05 glat=  26.08 u=  -8.9000 v=  22.1000 vr=  -4.27758 vt=  23.43763
 i= 1351 j=  994 glon=  299.25 (0-360E) glon=  299.25 glat=  26.08 u=  -9.5000 v=  21.1000 vr=  -5.84084 vt=  22.39073
 i= 1356 j=  994 glon=  299.45 (0-360E) glon=  299.45 glat=  26.08 u= -10.9000 v=  19.4000 vr=  -8.02211 vt=  20.75610
 i= 1361 j=  994 glon=  299.65 (0-360E) glon=  299.65 glat=  26.08 u=  -8.9000 v=  17.4000 vr=  -6.67265 vt=  18.36969
 i= 1366 j=  994 glon=  299.85 (0-360E) glon=  299.85 glat=  26.08 u=  -8.4000 v=  15.3000 vr=  -6.67408 vt=  16.12782
 i= 1371 j=  994 glon=  300.05 (0-360E) glon=  300.05 glat=  26.08 u=  -7.7000 v=  13.6000 vr=  -6.33365 vt=  14.28758
 i= 1376 j=  994 glon=  300.25 (0-360E) glon=  300.25 glat=  26.08 u=  -6.4000 v=  13.3000 vr=  -5.20409 vt=  13.81186
 i= 1266 j=  999 glon=  295.85 (0-360E) glon=  295.85 glat=  25.88 u=   0.3000 v= -10.9000 vr=  -0.16384 vt=  10.90290
 i= 1271 j=  999 glon=  296.05 (0-360E) glon=  296.05 glat=  25.88 u=   0.7000 v= -12.4000 vr=  -0.53586 vt=  12.40818
 i= 1276 j=  999 glon=  296.25 (0-360E) glon=  296.25 glat=  25.88 u=   0.9000 v= -14.1000 vr=  -0.70028 vt=  14.11133
 i= 1281 j=  999 glon=  296.45 (0-360E) glon=  296.45 glat=  25.88 u=   0.3000 v= -13.7000 vr=  -0.08980 vt=  13.70299
 i= 1286 j=  999 glon=  296.65 (0-360E) glon=  296.65 glat=  25.88 u=  -0.3000 v= -14.7000 vr=   0.54829 vt=  14.69283
 i= 1291 j=  999 glon=  296.85 (0-360E) glon=  296.85 glat=  25.88 u=   0.1000 v= -13.2000 vr=   0.15091 vt=  13.19952
 i= 1296 j=  999 glon=  297.05 (0-360E) glon=  297.05 glat=  25.88 u=   1.3000 v= -11.0000 vr=  -1.05746 vt=  11.02596
 i= 1301 j=  999 glon=  297.25 (0-360E) glon=  297.25 glat=  25.88 u=  -0.4000 v= -12.0000 vr=   0.71914 vt=  11.98511
 i= 1306 j=  999 glon=  297.45 (0-360E) glon=  297.45 glat=  25.88 u=   0.1000 v= -10.2000 vr=   0.24985 vt=  10.19743
 i= 1311 j=  999 glon=  297.65 (0-360E) glon=  297.65 glat=  25.88 u=  -1.1000 v= -11.7000 vr=   1.67747 vt=  11.63125
 i= 1316 j=  999 glon=  297.85 (0-360E) glon=  297.85 glat=  25.88 u=  -0.4000 v= -10.9000 vr=   1.40030 vt=  10.81708
 i= 1321 j=  999 glon=  298.05 (0-360E) glon=  298.05 glat=  25.88 u=   5.4000 v= -10.3000 vr=   2.23558 vt=  11.41281
 i= 1326 j=  999 glon=  298.25 (0-360E) glon=  298.25 glat=  25.88 u=   0.2000 v=   1.3000 vr=   0.04432 vt=   1.31455
 i= 1331 j=  999 glon=  298.45 (0-360E) glon=  298.45 glat=  25.88 u=   5.7000 v=  21.2000 vr=   4.50199 vt=  21.48632
 i= 1336 j=  999 glon=  298.65 (0-360E) glon=  298.65 glat=  25.88 u=  -3.7000 v=  23.2000 vr=  -4.56013 vt=  23.04637
 i= 1341 j=  999 glon=  298.85 (0-360E) glon=  298.85 glat=  25.88 u=  -0.4000 v=  24.9000 vr=  -1.10201 vt=  24.87882
 i= 1346 j=  999 glon=  299.05 (0-360E) glon=  299.05 glat=  25.88 u=  -4.2000 v=  22.1000 vr=  -4.70755 vt=  21.99748
 i= 1351 j=  999 glon=  299.25 (0-360E) glon=  299.25 glat=  25.88 u=  -8.2000 v=  19.3000 vr=  -8.57826 vt=  19.13488
 i= 1356 j=  999 glon=  299.45 (0-360E) glon=  299.45 glat=  25.88 u=  -8.1000 v=  19.8000 vr=  -8.44283 vt=  19.65626
 i= 1361 j=  999 glon=  299.65 (0-360E) glon=  299.65 glat=  25.88 u=  -7.5000 v=  17.8000 vr=  -7.77855 vt=  17.68005
 i= 1366 j=  999 glon=  299.85 (0-360E) glon=  299.85 glat=  25.88 u=  -7.1000 v=  16.1000 vr=  -7.33168 vt=  15.99583
 i= 1371 j=  999 glon=  300.05 (0-360E) glon=  300.05 glat=  25.88 u=  -6.9000 v=  14.3000 vr=  -7.09173 vt=  14.20589
 i= 1376 j=  999 glon=  300.25 (0-360E) glon=  300.25 glat=  25.88 u=  -6.1000 v=  12.8000 vr=  -6.26165 vt=  12.72171
 i= 1266 j= 1004 glon=  295.85 (0-360E) glon=  295.85 glat=  25.68 u=   1.2000 v= -10.7000 vr=   0.01157 vt=  10.76707
 i= 1271 j= 1004 glon=  296.05 (0-360E) glon=  296.05 glat=  25.68 u=   1.5000 v= -11.9000 vr=  -0.02811 vt=  11.99413
 i= 1276 j= 1004 glon=  296.25 (0-360E) glon=  296.25 glat=  25.68 u=   1.7000 v= -13.4000 vr=   0.12735 vt=  13.50680
 i= 1281 j= 1004 glon=  296.45 (0-360E) glon=  296.45 glat=  25.68 u=   2.1000 v= -13.7000 vr=  -0.01101 vt=  13.86001
 i= 1286 j= 1004 glon=  296.65 (0-360E) glon=  296.65 glat=  25.68 u=   1.5000 v= -13.7000 vr=   0.85834 vt=  13.75512
 i= 1291 j= 1004 glon=  296.85 (0-360E) glon=  296.85 glat=  25.68 u=   1.4000 v= -14.1000 vr=   1.39933 vt=  14.10007
 i= 1296 j= 1004 glon=  297.05 (0-360E) glon=  297.05 glat=  25.68 u=   0.9000 v= -11.4000 vr=   1.77229 vt=  11.29730
 i= 1301 j= 1004 glon=  297.25 (0-360E) glon=  297.25 glat=  25.68 u=   1.7000 v= -12.2000 vr=   1.83000 vt=  12.18118
 i= 1306 j= 1004 glon=  297.45 (0-360E) glon=  297.45 glat=  25.68 u=   5.6000 v= -10.5000 vr=  -1.40821 vt=  11.81639
 i= 1311 j= 1004 glon=  297.65 (0-360E) glon=  297.65 glat=  25.68 u=   6.7000 v=  -8.7000 vr=  -1.50142 vt=  10.87776
 i= 1316 j= 1004 glon=  297.85 (0-360E) glon=  297.85 glat=  25.68 u=   7.6000 v=  -7.1000 vr=   0.02790 vt=  10.40044
 i= 1321 j= 1004 glon=  298.05 (0-360E) glon=  298.05 glat=  25.68 u=  15.7000 v=  -3.1000 vr=   1.42096 vt=  15.93991
 i= 1326 j= 1004 glon=  298.25 (0-360E) glon=  298.25 glat=  25.68 u=  18.3000 v=   7.0000 vr=   4.96868 vt=  18.95263
 i= 1331 j= 1004 glon=  298.45 (0-360E) glon=  298.45 glat=  25.68 u=  12.3000 v=  16.5000 vr=   1.31867 vt=  20.53780
 i= 1336 j= 1004 glon=  298.65 (0-360E) glon=  298.65 glat=  25.68 u=   8.2000 v=  18.8000 vr=   0.20570 vt=  20.50945
 i= 1341 j= 1004 glon=  298.85 (0-360E) glon=  298.85 glat=  25.68 u=  -1.6000 v=  23.2000 vr=  -8.50288 vt=  21.64488
 i= 1346 j= 1004 glon=  299.05 (0-360E) glon=  299.05 glat=  25.68 u=  -4.0000 v=  16.7000 vr=  -7.94899 vt=  15.22181
 i= 1351 j= 1004 glon=  299.25 (0-360E) glon=  299.25 glat=  25.68 u=  -4.4000 v=  18.9000 vr=  -8.17595 vt=  17.59897
 i= 1356 j= 1004 glon=  299.45 (0-360E) glon=  299.45 glat=  25.68 u=  -5.6000 v=  21.3000 vr=  -9.27304 vt=  19.97651
 i= 1361 j= 1004 glon=  299.65 (0-360E) glon=  299.65 glat=  25.68 u=  -5.8000 v=  18.3000 vr=  -8.57299 vt=  17.17655
 i= 1366 j= 1004 glon=  299.85 (0-360E) glon=  299.85 glat=  25.68 u=  -5.8000 v=  16.6000 vr=  -8.04930 vt=  15.63358
 i= 1371 j= 1004 glon=  300.05 (0-360E) glon=  300.05 glat=  25.68 u=  -5.9000 v=  14.6000 vr=  -7.68866 vt=  13.74243
 i= 1376 j= 1004 glon=  300.25 (0-360E) glon=  300.25 glat=  25.68 u=  -5.1000 v=  13.1000 vr=  -6.57240 vt=  12.42673
 i= 1271 j= 1009 glon=  296.05 (0-360E) glon=  296.05 glat=  25.48 u=   2.1000 v= -11.2000 vr=   0.49970 vt=  11.38421
 i= 1276 j= 1009 glon=  296.25 (0-360E) glon=  296.25 glat=  25.48 u=   2.7000 v= -12.7000 vr=   0.55946 vt=  12.97178
 i= 1281 j= 1009 glon=  296.45 (0-360E) glon=  296.45 glat=  25.48 u=   3.6000 v= -14.0000 vr=   0.42921 vt=  14.44908
 i= 1286 j= 1009 glon=  296.65 (0-360E) glon=  296.65 glat=  25.48 u=   3.8000 v= -13.5000 vr=   0.60690 vt=  14.01148
 i= 1291 j= 1009 glon=  296.85 (0-360E) glon=  296.85 glat=  25.48 u=   3.7000 v= -13.5000 vr=   1.35670 vt=  13.93195
 i= 1296 j= 1009 glon=  297.05 (0-360E) glon=  297.05 glat=  25.48 u=   2.1000 v= -14.2000 vr=   3.97195 vt=  13.79397
 i= 1301 j= 1009 glon=  297.25 (0-360E) glon=  297.25 glat=  25.48 u=   4.2000 v=  -9.8000 vr=   1.16098 vt=  10.59868
 i= 1306 j= 1009 glon=  297.45 (0-360E) glon=  297.45 glat=  25.48 u=   6.3000 v=  -8.0000 vr=  -0.27808 vt=  10.17903
 i= 1311 j= 1009 glon=  297.65 (0-360E) glon=  297.65 glat=  25.48 u=   8.8000 v=  -7.6000 vr=  -0.33436 vt=  11.62275
 i= 1316 j= 1009 glon=  297.85 (0-360E) glon=  297.85 glat=  25.48 u=  11.4000 v=  -4.3000 vr=  -1.11184 vt=  12.13317
 i= 1321 j= 1009 glon=  298.05 (0-360E) glon=  298.05 glat=  25.48 u=  12.0000 v=  -0.4000 vr=  -0.26695 vt=  12.00370
 i= 1326 j= 1009 glon=  298.25 (0-360E) glon=  298.25 glat=  25.48 u=  12.0000 v=   4.4000 vr=   0.08737 vt=  12.78094
 i= 1331 j= 1009 glon=  298.45 (0-360E) glon=  298.45 glat=  25.48 u=  12.4000 v=   9.5000 vr=   0.36722 vt=  15.61650
 i= 1336 j= 1009 glon=  298.65 (0-360E) glon=  298.65 glat=  25.48 u=  11.8000 v=  12.8000 vr=   1.10220 vt=  17.37427
 i= 1341 j= 1009 glon=  298.85 (0-360E) glon=  298.85 glat=  25.48 u=   7.3000 v=  19.6000 vr=  -3.85673 vt=  20.55664
 i= 1346 j= 1009 glon=  299.05 (0-360E) glon=  299.05 glat=  25.48 u=  -4.1000 v=  22.3000 vr= -13.33409 vt=  18.33854
 i= 1351 j= 1009 glon=  299.25 (0-360E) glon=  299.25 glat=  25.48 u=  -2.8000 v=  18.8000 vr=  -9.55714 vt=  16.42988
 i= 1356 j= 1009 glon=  299.45 (0-360E) glon=  299.45 glat=  25.48 u=  -4.0000 v=  20.4000 vr= -10.36979 vt=  18.01742
 i= 1361 j= 1009 glon=  299.65 (0-360E) glon=  299.65 glat=  25.48 u=  -4.0000 v=  18.1000 vr=  -9.00790 vt=  16.20086
 i= 1366 j= 1009 glon=  299.85 (0-360E) glon=  299.85 glat=  25.48 u=  -4.5000 v=  16.6000 vr=  -8.60798 vt=  14.89002
 i= 1371 j= 1009 glon=  300.05 (0-360E) glon=  300.05 glat=  25.48 u=  -4.8000 v=  15.0000 vr=  -8.15830 vt=  13.47153
 i= 1376 j= 1009 glon=  300.25 (0-360E) glon=  300.25 glat=  25.48 u=  -4.3000 v=  13.3000 vr=  -7.03334 vt=  12.07941
 i= 1271 j= 1014 glon=  296.05 (0-360E) glon=  296.05 glat=  25.28 u=   3.1000 v= -10.4000 vr=   0.44030 vt=  10.84325
 i= 1276 j= 1014 glon=  296.25 (0-360E) glon=  296.25 glat=  25.28 u=   3.5000 v= -11.5000 vr=   0.80910 vt=  11.99355
 i= 1281 j= 1014 glon=  296.45 (0-360E) glon=  296.45 glat=  25.28 u=   4.6000 v= -12.8000 vr=   0.77893 vt=  13.57915
 i= 1286 j= 1014 glon=  296.65 (0-360E) glon=  296.65 glat=  25.28 u=   6.0000 v= -13.0000 vr=   0.26740 vt=  14.31532
 i= 1291 j= 1014 glon=  296.85 (0-360E) glon=  296.85 glat=  25.28 u=   6.1000 v= -12.4000 vr=   0.76381 vt=  13.79806
 i= 1296 j= 1014 glon=  297.05 (0-360E) glon=  297.05 glat=  25.28 u=   8.0000 v= -11.9000 vr=  -0.00785 vt=  14.33911
 i= 1301 j= 1014 glon=  297.25 (0-360E) glon=  297.25 glat=  25.28 u=   9.9000 v=  -8.3000 vr=  -2.29254 vt=  12.71394
 i= 1306 j= 1014 glon=  297.45 (0-360E) glon=  297.45 glat=  25.28 u=   9.5000 v=  -6.3000 vr=  -1.73571 vt=  11.26620
 i= 1311 j= 1014 glon=  297.65 (0-360E) glon=  297.65 glat=  25.28 u=  10.9000 v=  -4.5000 vr=  -1.91661 vt=  11.63557
 i= 1316 j= 1014 glon=  297.85 (0-360E) glon=  297.85 glat=  25.28 u=  12.2000 v=  -2.5000 vr=  -1.43560 vt=  12.37049
 i= 1321 j= 1014 glon=  298.05 (0-360E) glon=  298.05 glat=  25.28 u=  12.9000 v=   0.6000 vr=  -1.08493 vt=  12.86829
 i= 1326 j= 1014 glon=  298.25 (0-360E) glon=  298.25 glat=  25.28 u=  11.8000 v=   3.7000 vr=  -0.68685 vt=  12.34740
 i= 1331 j= 1014 glon=  298.45 (0-360E) glon=  298.45 glat=  25.28 u=  11.2000 v=   7.8000 vr=  -1.49439 vt=  13.56639
 i= 1336 j= 1014 glon=  298.65 (0-360E) glon=  298.65 glat=  25.28 u=  11.2000 v=   8.0000 vr=   1.03891 vt=  13.72446
 i= 1341 j= 1014 glon=  298.85 (0-360E) glon=  298.85 glat=  25.28 u=   1.5000 v=  19.6000 vr= -11.89886 vt=  15.64695
 i= 1346 j= 1014 glon=  299.05 (0-360E) glon=  299.05 glat=  25.28 u=  -2.1000 v=  17.7000 vr= -11.93215 vt=  13.24099
 i= 1351 j= 1014 glon=  299.25 (0-360E) glon=  299.25 glat=  25.28 u=  -1.1000 v=  17.1000 vr=  -9.60723 vt=  14.18877
 i= 1356 j= 1014 glon=  299.45 (0-360E) glon=  299.45 glat=  25.28 u=  -0.8000 v=  18.5000 vr=  -9.02040 vt=  16.17165
 i= 1361 j= 1014 glon=  299.65 (0-360E) glon=  299.65 glat=  25.28 u=  -2.6000 v=  17.4000 vr=  -9.37866 vt=  14.88492
 i= 1366 j= 1014 glon=  299.85 (0-360E) glon=  299.85 glat=  25.28 u=  -3.5000 v=  16.4000 vr=  -9.22542 vt=  14.00363
 i= 1371 j= 1014 glon=  300.05 (0-360E) glon=  300.05 glat=  25.28 u=  -3.8000 v=  15.2000 vr=  -8.62687 vt=  13.07888
 i= 1271 j= 1019 glon=  296.05 (0-360E) glon=  296.05 glat=  25.08 u=   4.3000 v=  -9.1000 vr=  -0.16812 vt=  10.06339
 i= 1276 j= 1019 glon=  296.25 (0-360E) glon=  296.25 glat=  25.08 u=   4.1000 v=  -9.9000 vr=   0.76886 vt=  10.68779
 i= 1281 j= 1019 glon=  296.45 (0-360E) glon=  296.45 glat=  25.08 u=   5.2000 v= -11.0000 vr=   0.85463 vt=  12.13712
 i= 1286 j= 1019 glon=  296.65 (0-360E) glon=  296.65 glat=  25.08 u=   7.1000 v= -12.0000 vr=   0.48705 vt=  13.93459
 i= 1291 j= 1019 glon=  296.85 (0-360E) glon=  296.85 glat=  25.08 u=   8.2000 v= -11.4000 vr=   0.22081 vt=  14.04106
 i= 1296 j= 1019 glon=  297.05 (0-360E) glon=  297.05 glat=  25.08 u=   9.2000 v=  -9.6000 vr=  -0.50823 vt=  13.28690
 i= 1301 j= 1019 glon=  297.25 (0-360E) glon=  297.25 glat=  25.08 u=  10.1000 v=  -7.5000 vr=  -1.23514 vt=  12.51936
 i= 1306 j= 1019 glon=  297.45 (0-360E) glon=  297.45 glat=  25.08 u=  11.1000 v=  -6.0000 vr=  -1.35120 vt=  12.54529
 i= 1311 j= 1019 glon=  297.65 (0-360E) glon=  297.65 glat=  25.08 u=  12.5000 v=  -4.2000 vr=  -1.50050 vt=  13.10109
 i= 1316 j= 1019 glon=  297.85 (0-360E) glon=  297.85 glat=  25.08 u=  13.2000 v=  -1.2000 vr=  -2.01974 vt=  13.09964
 i= 1321 j= 1019 glon=  298.05 (0-360E) glon=  298.05 glat=  25.08 u=  13.3000 v=   2.0000 vr=  -2.37762 vt=  13.23771
 i= 1326 j= 1019 glon=  298.25 (0-360E) glon=  298.25 glat=  25.08 u=  12.5000 v=   3.9000 vr=  -1.47734 vt=  13.01067
 i= 1331 j= 1019 glon=  298.45 (0-360E) glon=  298.45 glat=  25.08 u=  12.8000 v=   5.4000 vr=  -0.12053 vt=  13.89192
 i= 1336 j= 1019 glon=  298.65 (0-360E) glon=  298.65 glat=  25.08 u=  13.2000 v=  10.3000 vr=  -1.66056 vt=  16.66051
 i= 1341 j= 1019 glon=  298.85 (0-360E) glon=  298.85 glat=  25.08 u=   3.1000 v=  17.6000 vr= -11.39419 vt=  13.76744
 i= 1346 j= 1019 glon=  299.05 (0-360E) glon=  299.05 glat=  25.08 u=   0.8000 v=  16.9000 vr= -10.95419 vt=  12.89402
 i= 1351 j= 1019 glon=  299.25 (0-360E) glon=  299.25 glat=  25.08 u=  -0.4000 v=  15.6000 vr=  -9.87971 vt=  12.07938
 i= 1356 j= 1019 glon=  299.45 (0-360E) glon=  299.45 glat=  25.08 u=  -1.5000 v=  17.4000 vr= -10.87213 vt=  13.66773
 i= 1361 j= 1019 glon=  299.65 (0-360E) glon=  299.65 glat=  25.08 u=  -1.9000 v=  17.1000 vr= -10.22406 vt=  13.83794
 i= 1366 j= 1019 glon=  299.85 (0-360E) glon=  299.85 glat=  25.08 u=  -2.9000 v=  16.2000 vr=  -9.99965 vt=  13.07123
 i= 1371 j= 1019 glon=  300.05 (0-360E) glon=  300.05 glat=  25.08 u=  -2.9000 v=  14.9000 vr=  -8.90103 vt=  12.29600
 i= 1276 j= 1024 glon=  296.25 (0-360E) glon=  296.25 glat=  24.88 u=   4.9000 v=  -8.5000 vr=   0.33078 vt=   9.80564
 i= 1281 j= 1024 glon=  296.45 (0-360E) glon=  296.45 glat=  24.88 u=   5.5000 v=  -9.3000 vr=   0.81342 vt=  10.77397
 i= 1286 j= 1024 glon=  296.65 (0-360E) glon=  296.65 glat=  24.88 u=   7.1000 v= -10.1000 vr=   0.72895 vt=  12.32431
 i= 1291 j= 1024 glon=  296.85 (0-360E) glon=  296.85 glat=  24.88 u=   8.6000 v= -10.3000 vr=   0.67442 vt=  13.40131
 i= 1296 j= 1024 glon=  297.05 (0-360E) glon=  297.05 glat=  24.88 u=  10.0000 v=  -9.4000 vr=   0.25007 vt=  13.72215
 i= 1301 j= 1024 glon=  297.25 (0-360E) glon=  297.25 glat=  24.88 u=  11.1000 v=  -7.0000 vr=  -0.89104 vt=  13.09260
 i= 1306 j= 1024 glon=  297.45 (0-360E) glon=  297.45 glat=  24.88 u=  11.4000 v=  -4.7000 vr=  -1.40849 vt=  12.25015
 i= 1311 j= 1024 glon=  297.65 (0-360E) glon=  297.65 glat=  24.88 u=  11.5000 v=  -3.2000 vr=  -1.05992 vt=  11.88977
 i= 1316 j= 1024 glon=  297.85 (0-360E) glon=  297.85 glat=  24.88 u=  11.5000 v=  -0.8000 vr=  -1.46932 vt=  11.43377
 i= 1321 j= 1024 glon=  298.05 (0-360E) glon=  298.05 glat=  24.88 u=  11.3000 v=   1.8000 vr=  -2.05807 vt=  11.25586
 i= 1326 j= 1024 glon=  298.25 (0-360E) glon=  298.25 glat=  24.88 u=  11.7000 v=   2.1000 vr=  -0.29360 vt=  11.88334
 i= 1331 j= 1024 glon=  298.45 (0-360E) glon=  298.45 glat=  24.88 u=  12.4000 v=   4.2000 vr=  -0.09054 vt=  13.09167
 i= 1336 j= 1024 glon=  298.65 (0-360E) glon=  298.65 glat=  24.88 u=   7.3000 v=  11.3000 vr=  -6.77012 vt=  11.62521
 i= 1341 j= 1024 glon=  298.85 (0-360E) glon=  298.85 glat=  24.88 u=   4.0000 v=  11.4000 vr=  -7.14855 vt=   9.73952
 i= 1346 j= 1024 glon=  299.05 (0-360E) glon=  299.05 glat=  24.88 u=   2.3000 v=  14.6000 vr=  -9.56523 vt=  11.26749
 i= 1351 j= 1024 glon=  299.25 (0-360E) glon=  299.25 glat=  24.88 u=  -1.3000 v=  13.1000 vr= -10.03043 vt=   8.52587
 i= 1356 j= 1024 glon=  299.45 (0-360E) glon=  299.45 glat=  24.88 u=  -1.7000 v=  17.3000 vr= -12.32013 vt=  12.26354
 i= 1361 j= 1024 glon=  299.65 (0-360E) glon=  299.65 glat=  24.88 u=  -1.1000 v=  16.9000 vr= -10.77437 vt=  13.06648
 i= 1366 j= 1024 glon=  299.85 (0-360E) glon=  299.85 glat=  24.88 u=  -1.8000 v=  15.8000 vr= -10.03534 vt=  12.33580
 i= 1281 j= 1029 glon=  296.45 (0-360E) glon=  296.45 glat=  24.68 u=   5.7000 v=  -7.8000 vr=   0.61937 vt=   9.64087
 i= 1286 j= 1029 glon=  296.65 (0-360E) glon=  296.65 glat=  24.68 u=   6.7000 v=  -8.5000 vr=   0.99905 vt=  10.77692
 i= 1291 j= 1029 glon=  296.85 (0-360E) glon=  296.85 glat=  24.68 u=   8.3000 v=  -8.6000 vr=   0.80524 vt=  11.92483
 i= 1296 j= 1029 glon=  297.05 (0-360E) glon=  297.05 glat=  24.68 u=  10.0000 v=  -8.3000 vr=   0.57335 vt=  12.98311
 i= 1301 j= 1029 glon=  297.25 (0-360E) glon=  297.25 glat=  24.68 u=  11.7000 v=  -7.0000 vr=  -0.12270 vt=  13.63360
 i= 1306 j= 1029 glon=  297.45 (0-360E) glon=  297.45 glat=  24.68 u=  11.3000 v=  -4.5000 vr=  -0.66316 vt=  12.14497
 i= 1311 j= 1029 glon=  297.65 (0-360E) glon=  297.65 glat=  24.68 u=  11.3000 v=  -2.5000 vr=  -1.01125 vt=  11.52898
 i= 1316 j= 1029 glon=  297.85 (0-360E) glon=  297.85 glat=  24.68 u=  10.7000 v=  -1.1000 vr=  -0.67888 vt=  10.73495
 i= 1321 j= 1029 glon=  298.05 (0-360E) glon=  298.05 glat=  24.68 u=  11.2000 v=   0.8000 vr=  -1.01415 vt=  11.18264
 i= 1326 j= 1029 glon=  298.25 (0-360E) glon=  298.25 glat=  24.68 u=  12.6000 v=   3.2000 vr=  -1.56342 vt=  12.90565
 i= 1331 j= 1029 glon=  298.45 (0-360E) glon=  298.45 glat=  24.68 u=  13.7000 v=   5.9000 vr=  -2.03121 vt=  14.77749
 i= 1336 j= 1029 glon=  298.65 (0-360E) glon=  298.65 glat=  24.68 u=  15.9000 v=  11.7000 vr=  -4.55392 vt=  19.20838
 i= 1341 j= 1029 glon=  298.85 (0-360E) glon=  298.85 glat=  24.68 u=   8.1000 v=  12.3000 vr=  -6.65100 vt=  13.14017
 i= 1346 j= 1029 glon=  299.05 (0-360E) glon=  299.05 glat=  24.68 u=   6.1000 v=  13.1000 vr=  -7.06736 vt=  12.60446
 i= 1351 j= 1029 glon=  299.25 (0-360E) glon=  299.25 glat=  24.68 u=   4.7000 v=  12.6000 vr=  -6.43970 vt=  11.80594
 i= 1356 j= 1029 glon=  299.45 (0-360E) glon=  299.45 glat=  24.68 u=   3.3000 v=  16.6000 vr=  -9.30480 vt=  14.13756
 i= 1361 j= 1029 glon=  299.65 (0-360E) glon=  299.65 glat=  24.68 u=   0.4000 v=  16.0000 vr= -10.13923 vt=  12.38370
 i= 1366 j= 1029 glon=  299.85 (0-360E) glon=  299.85 glat=  24.68 u=  -0.6000 v=  14.7000 vr=  -9.40813 vt=  11.31093
 i= 1286 j= 1034 glon=  296.65 (0-360E) glon=  296.65 glat=  24.48 u=   6.6000 v=  -6.9000 vr=   0.68942 vt=   9.52338
 i= 1291 j= 1034 glon=  296.85 (0-360E) glon=  296.85 glat=  24.48 u=   7.5000 v=  -7.2000 vr=   1.07604 vt=  10.34080
 i= 1296 j= 1034 glon=  297.05 (0-360E) glon=  297.05 glat=  24.48 u=   9.1000 v=  -6.9000 vr=   0.81318 vt=  11.39117
 i= 1301 j= 1034 glon=  297.25 (0-360E) glon=  297.25 glat=  24.48 u=  10.7000 v=  -6.1000 vr=   0.42928 vt=  12.30917
 i= 1306 j= 1034 glon=  297.45 (0-360E) glon=  297.45 glat=  24.48 u=  11.7000 v=  -4.5000 vr=  -0.14370 vt=  12.53473
 i= 1311 j= 1034 glon=  297.65 (0-360E) glon=  297.65 glat=  24.48 u=  12.5000 v=  -2.3000 vr=  -1.04692 vt=  12.66665
 i= 1316 j= 1034 glon=  297.85 (0-360E) glon=  297.85 glat=  24.48 u=  12.1000 v=   0.0000 vr=  -1.72025 vt=  11.97709
 i= 1321 j= 1034 glon=  298.05 (0-360E) glon=  298.05 glat=  24.48 u=  12.2000 v=   2.2000 vr=  -2.40032 vt=  12.16217
 i= 1326 j= 1034 glon=  298.25 (0-360E) glon=  298.25 glat=  24.48 u=  12.8000 v=   4.1000 vr=  -2.66622 vt=  13.17351
 i= 1331 j= 1034 glon=  298.45 (0-360E) glon=  298.45 glat=  24.48 u=  12.6000 v=   7.6000 vr=  -4.47755 vt=  14.01683
 i= 1336 j= 1034 glon=  298.65 (0-360E) glon=  298.65 glat=  24.48 u=  11.8000 v=   9.5000 vr=  -4.87842 vt=  14.34193
 i= 1341 j= 1034 glon=  298.85 (0-360E) glon=  298.85 glat=  24.48 u=  10.2000 v=  11.2000 vr=  -5.54700 vt=  14.09648
 i= 1346 j= 1034 glon=  299.05 (0-360E) glon=  299.05 glat=  24.48 u=   8.0000 v=  13.1000 vr=  -6.92999 vt=  13.69618
 i= 1351 j= 1034 glon=  299.25 (0-360E) glon=  299.25 glat=  24.48 u=   4.2000 v=  11.7000 vr=  -6.87007 vt=  10.36012
 i= 1356 j= 1034 glon=  299.45 (0-360E) glon=  299.45 glat=  24.48 u=   3.3000 v=  12.7000 vr=  -7.40350 vt=  10.83366
 i= 1361 j= 1034 glon=  299.65 (0-360E) glon=  299.65 glat=  24.48 u=   2.1000 v=  13.9000 vr=  -8.35435 vt=  11.30596
 i= 1291 j= 1039 glon=  296.85 (0-360E) glon=  296.85 glat=  24.28 u=   7.0000 v=  -5.0000 vr=   0.18391 vt=   8.60036
 i= 1296 j= 1039 glon=  297.05 (0-360E) glon=  297.05 glat=  24.28 u=   7.7000 v=  -5.1000 vr=   0.60798 vt=   9.21577
 i= 1301 j= 1039 glon=  297.25 (0-360E) glon=  297.25 glat=  24.28 u=   9.3000 v=  -4.7000 vr=   0.38187 vt=  10.41317
 i= 1306 j= 1039 glon=  297.45 (0-360E) glon=  297.45 glat=  24.28 u=  10.5000 v=  -3.5000 vr=  -0.15373 vt=  11.06690
 i= 1311 j= 1039 glon=  297.65 (0-360E) glon=  297.65 glat=  24.28 u=  11.5000 v=  -1.7000 vr=  -1.00242 vt=  11.58167
 i= 1316 j= 1039 glon=  297.85 (0-360E) glon=  297.85 glat=  24.28 u=  11.9000 v=   0.4000 vr=  -1.88374 vt=  11.75677
 i= 1321 j= 1039 glon=  298.05 (0-360E) glon=  298.05 glat=  24.28 u=  12.2000 v=   2.5000 vr=  -2.67565 vt=  12.16269
 i= 1326 j= 1039 glon=  298.25 (0-360E) glon=  298.25 glat=  24.28 u=  12.3000 v=   4.7000 vr=  -3.48929 vt=  12.69665
 i= 1331 j= 1039 glon=  298.45 (0-360E) glon=  298.45 glat=  24.28 u=  11.4000 v=   6.2000 vr=  -3.74153 vt=  12.42582
 i= 1336 j= 1039 glon=  298.65 (0-360E) glon=  298.65 glat=  24.28 u=  11.7000 v=   6.4000 vr=  -2.52926 vt=  13.09400
 i= 1341 j= 1039 glon=  298.85 (0-360E) glon=  298.85 glat=  24.28 u=   8.4000 v=   7.5000 vr=  -3.55923 vt=  10.68372
 i= 1346 j= 1039 glon=  299.05 (0-360E) glon=  299.05 glat=  24.28 u=   5.7000 v=  11.5000 vr=  -7.38909 vt=  10.49482
 i= 1351 j= 1039 glon=  299.25 (0-360E) glon=  299.25 glat=  24.28 u=   2.9000 v=  10.4000 vr=  -7.11791 vt=   8.11821
 i= 1301 j= 1044 glon=  297.25 (0-360E) glon=  297.25 glat=  24.08 u=   8.0000 v=  -3.1000 vr=  -0.16484 vt=   8.57804
 i= 1306 j= 1044 glon=  297.45 (0-360E) glon=  297.45 glat=  24.08 u=   9.2000 v=  -1.9000 vr=  -0.91457 vt=   9.34952
 i= 1311 j= 1044 glon=  297.65 (0-360E) glon=  297.65 glat=  24.08 u=  10.1000 v=  -0.5000 vr=  -1.59976 vt=   9.98503
 i= 1316 j= 1044 glon=  297.85 (0-360E) glon=  297.85 glat=  24.08 u=  11.1000 v=   0.9000 vr=  -2.13129 vt=  10.93058
 i= 1321 j= 1044 glon=  298.05 (0-360E) glon=  298.05 glat=  24.08 u=  11.2000 v=   2.4000 vr=  -2.54359 vt=  11.16826
 i= 1326 j= 1044 glon=  298.25 (0-360E) glon=  298.25 glat=  24.08 u=  11.9000 v=   3.8000 vr=  -2.76089 vt=  12.18308
 i= 1331 j= 1044 glon=  298.45 (0-360E) glon=  298.45 glat=  24.08 u=  11.8000 v=   4.2000 vr=  -1.97462 vt=  12.36854
 i= 1336 j= 1044 glon=  298.65 (0-360E) glon=  298.65 glat=  24.08 u=  11.5000 v=   4.6000 vr=  -1.27227 vt=  12.32036
 i= 1341 j= 1044 glon=  298.85 (0-360E) glon=  298.85 glat=  24.08 u=   9.9000 v=   4.5000 vr=  -0.65072 vt=  10.85526
 i= 1346 j= 1044 glon=  299.05 (0-360E) glon=  299.05 glat=  24.08 u=   6.7000 v=  11.1000 vr=  -7.07924 vt=  10.86206
 i= 1321 j= 1049 glon=  298.05 (0-360E) glon=  298.05 glat=  23.88 u=  10.9000 v=   2.3000 vr=  -2.42597 vt=  10.87266
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    15.2897298547000       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     32.62 kts
    LL Wind Circ Vt mean quadmax value: SE     20.29 kts
    LL Wind Circ Vt mean quadmax value: SW     19.23 kts
    LL Wind Circ Vt mean quadmax value: NW     25.65 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   4.03534750893817       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.8911970288048     
   xcenlon=    298.191467497349     
   imax=         2738  jmax=         2041
   jlatfix=          998
   ilonfix (unadjusted) =         1325
  
 In get_max_wind, ibeg=         1249  iend=         1400
                  jbeg=          930  jend=         1067
         ilonfix=         1325  jlatfix=          998
 At end of get_max_wind, vmax=    28.0865181181292       rmax= 
   19.5585115447229     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    5.25 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.78 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.65 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   13.11 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.94 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   16.08 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   16.81 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   17.43 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.92 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   18.18 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   18.13 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   17.79 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   17.32 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   16.81 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   16.36 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   16.02 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   15.78 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   15.38 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   15.14 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   14.90 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   14.61 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   14.36 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   14.18 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   14.10 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   14.10 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   14.10 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   14.09 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   14.07 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   14.08 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   14.09 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   14.10 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   14.04 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   13.94 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   13.77 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   13.60 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   13.39 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   13.20 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   13.04 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   12.94 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   12.92 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   12.89 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    18.18 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    18.1790862382684      
  (m/s)   (in kts)=    35.3165108350840     
  rising_sum_dvdr=       12.9245258729902     
  declining_sum_dvdr=   -4.07465528537040     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    72 igrct=  1 Vmax (m/s)=   28.087   22:26:05
 TIMING: before call  getradii, fhr=    72 igrct=  1   22:26:05
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.55077606466147     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.55077606466147     
 mr4qs after add, mean_radii_vt_4quad_sum=    3.20739734010414     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.20739734010414     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.77468106932076     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.77468106932076     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.6529832390299     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   14.65 good_quad_ct=   4 mean_vt_4quad=      3.66
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    7.31 mean_vt_4quad=    3.36
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    7.31 mean_vt_4quad=    3.43
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    7.38 mean_vt_4quad=    3.49
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    7.48 mean_vt_4quad=    3.56
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    7.60 mean_vt_4quad=    3.64
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    7.65 mean_vt_4quad=    3.71
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    7.72 mean_vt_4quad=    3.79
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    7.76 mean_vt_4quad=    3.86
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    7.77 mean_vt_4quad=    3.94
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    7.84 mean_vt_4quad=    4.01
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    7.86 mean_vt_4quad=    4.09
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    7.87 mean_vt_4quad=    4.17
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    7.89 mean_vt_4quad=    4.24
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    7.92 mean_vt_4quad=    4.32
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    7.91 mean_vt_4quad=    4.40
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    7.90 mean_vt_4quad=    4.48
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    7.92 mean_vt_4quad=    4.56
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    7.90 mean_vt_4quad=    4.64
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    7.86 mean_vt_4quad=    4.73
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    7.89 mean_vt_4quad=    4.81
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    7.98 mean_vt_4quad=    4.90
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    8.06 mean_vt_4quad=    4.99
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    8.14 mean_vt_4quad=    5.08
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    8.20 mean_vt_4quad=    5.17
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    8.26 mean_vt_4quad=    5.26
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    8.30 mean_vt_4quad=    5.35
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    8.33 mean_vt_4quad=    5.45
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    8.35 mean_vt_4quad=    5.55
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    8.37 mean_vt_4quad=    5.65
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    8.39 mean_vt_4quad=    5.75
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=    8.38 mean_vt_4quad=    5.85
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=    8.42 mean_vt_4quad=    5.96
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=    8.46 mean_vt_4quad=    6.06
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=    8.52 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=    8.60 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=    8.68 mean_vt_4quad=    6.37
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=    8.76 mean_vt_4quad=    6.47
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=    8.82 mean_vt_4quad=    6.58
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=    8.88 mean_vt_4quad=    6.68
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=    8.92 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=    8.93 mean_vt_4quad=    6.89
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=    8.94 mean_vt_4quad=    7.00
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=    8.94 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=    8.94 mean_vt_4quad=    7.22
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=    8.98 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=    9.05 mean_vt_4quad=    7.44
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=    9.13 mean_vt_4quad=    7.55
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=    9.21 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=    9.28 mean_vt_4quad=    7.79
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=    9.39 mean_vt_4quad=    7.90
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=    9.55 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=    9.72 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=    9.98 mean_vt_4quad=    8.26
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   10.26 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   10.57 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   10.91 mean_vt_4quad=    8.62
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   11.19 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   11.39 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   11.53 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   11.61 mean_vt_4quad=    9.04
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   11.77 mean_vt_4quad=    9.13
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   12.09 mean_vt_4quad=    9.23
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   12.51 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   12.93 mean_vt_4quad=    9.47
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   13.23 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   13.48 mean_vt_4quad=    9.71
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   13.67 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   13.80 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   13.89 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   13.94 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   13.88 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   13.77 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   13.69 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   13.67 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   13.73 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   13.88 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   14.05 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   14.23 mean_vt_4quad=   11.19
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   14.33 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   14.42 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   14.47 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   14.52 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   14.59 mean_vt_4quad=   11.57
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.68 mean_vt_4quad=   11.63
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   14.87 mean_vt_4quad=   11.70
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   15.31 mean_vt_4quad=   11.76
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   15.69 mean_vt_4quad=   11.82
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   16.01 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   16.26 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   16.42 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   16.55 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   16.68 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   16.90 mean_vt_4quad=   12.24
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   17.16 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   17.53 mean_vt_4quad=   12.41
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   12.41 .... 0.5*v_holland=    7.52
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   12.48 .... 0.5*v_holland=    7.52
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   12.55 .... 0.5*v_holland=    7.52
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   12.63 .... 0.5*v_holland=    7.52
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   12.74 .... 0.5*v_holland=    7.52
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   17.53 mean_vt_4quad=   12.41
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   17.95 mean_vt_4quad=   12.48
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   18.45 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   18.93 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   19.43 mean_vt_4quad=   12.74
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   19.78 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   20.14 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   20.45 mean_vt_4quad=   13.30
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   20.83 mean_vt_4quad=   13.56
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   21.66 mean_vt_4quad=   13.82
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   22.40 mean_vt_4quad=   14.09
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   22.61 mean_vt_4quad=   14.33
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   23.02 mean_vt_4quad=   14.55
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   24.06 mean_vt_4quad=   14.77
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   25.26 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   26.49 mean_vt_4quad=   15.38
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
  --- vmaxwind of    28.0865181181292       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.95 mean_vt_4quad=    3.36
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    7.00 mean_vt_4quad=    3.43
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    7.08 mean_vt_4quad=    3.49
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    7.18 mean_vt_4quad=    3.56
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    7.27 mean_vt_4quad=    3.64
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    7.35 mean_vt_4quad=    3.71
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    7.39 mean_vt_4quad=    3.79
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    7.42 mean_vt_4quad=    3.86
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    7.43 mean_vt_4quad=    3.94
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    7.46 mean_vt_4quad=    4.01
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    7.51 mean_vt_4quad=    4.09
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    7.56 mean_vt_4quad=    4.17
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    7.61 mean_vt_4quad=    4.24
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    7.67 mean_vt_4quad=    4.32
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    7.73 mean_vt_4quad=    4.40
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.80 mean_vt_4quad=    4.48
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.85 mean_vt_4quad=    4.56
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.90 mean_vt_4quad=    4.64
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.92 mean_vt_4quad=    4.73
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.94 mean_vt_4quad=    4.81
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.97 mean_vt_4quad=    4.90
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    8.00 mean_vt_4quad=    4.99
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    8.04 mean_vt_4quad=    5.08
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    8.09 mean_vt_4quad=    5.17
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    8.14 mean_vt_4quad=    5.26
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    8.18 mean_vt_4quad=    5.35
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    8.20 mean_vt_4quad=    5.45
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    8.22 mean_vt_4quad=    5.55
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    8.23 mean_vt_4quad=    5.65
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    8.21 mean_vt_4quad=    5.75
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    8.19 mean_vt_4quad=    5.85
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    8.18 mean_vt_4quad=    5.96
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    8.17 mean_vt_4quad=    6.06
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    8.20 mean_vt_4quad=    6.17
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    8.26 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    8.32 mean_vt_4quad=    6.37
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    8.41 mean_vt_4quad=    6.47
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    8.47 mean_vt_4quad=    6.58
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    8.59 mean_vt_4quad=    6.68
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    8.72 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=    8.83 mean_vt_4quad=    6.89
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=    9.00 mean_vt_4quad=    7.00
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=    9.17 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=    9.40 mean_vt_4quad=    7.22
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=    9.80 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   10.11 mean_vt_4quad=    7.44
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   10.31 mean_vt_4quad=    7.55
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   10.71 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   11.10 mean_vt_4quad=    7.79
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   11.53 mean_vt_4quad=    7.90
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   11.97 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.40 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.58 mean_vt_4quad=    8.26
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   12.64 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   12.66 mean_vt_4quad=    8.50
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   12.71 mean_vt_4quad=    8.62
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   12.79 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   12.84 mean_vt_4quad=    8.85
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   12.83 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   12.77 mean_vt_4quad=    9.04
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   12.73 mean_vt_4quad=    9.13
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   12.71 mean_vt_4quad=    9.23
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   12.69 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   12.68 mean_vt_4quad=    9.47
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   12.72 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   12.81 mean_vt_4quad=    9.71
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.14 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   13.36 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   13.47 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   13.56 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   13.55 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   13.59 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   13.71 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   13.85 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   13.97 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   13.95 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   14.22 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   14.51 mean_vt_4quad=   11.19
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   14.57 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   14.72 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.11 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   15.39 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.32 mean_vt_4quad=   11.57
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   15.36 mean_vt_4quad=   11.63
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   15.74 mean_vt_4quad=   11.70
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.71 mean_vt_4quad=   11.76
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   17.92 mean_vt_4quad=   11.82
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   11.82 .... 0.5*v_holland=    6.03
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    6.03
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   11.93 .... 0.5*v_holland=    6.03
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   11.99 .... 0.5*v_holland=    6.03
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   12.07 .... 0.5*v_holland=    6.03
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   17.92 mean_vt_4quad=   11.82
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   18.82 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   19.34 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   19.31 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   19.19 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   19.32 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   18.79 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   18.10 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   19.21 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   20.38 mean_vt_4quad=   12.48
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   20.96 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   19.99 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   18.20 mean_vt_4quad=   12.74
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   17.58 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   18.30 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   19.04 mean_vt_4quad=   13.30
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   20.13 mean_vt_4quad=   13.56
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   21.28 mean_vt_4quad=   13.82
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   21.93 mean_vt_4quad=   14.09
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   21.80 mean_vt_4quad=   14.33
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   20.81 mean_vt_4quad=   14.55
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   19.99 mean_vt_4quad=   14.77
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   19.36 mean_vt_4quad=   15.04
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   19.05 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   18.98 mean_vt_4quad=   15.81
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   18.83 mean_vt_4quad=   16.28
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   18.75 mean_vt_4quad=   16.68
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   18.77 mean_vt_4quad=   16.89
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   19.41 mean_vt_4quad=   16.76
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   20.40 mean_vt_4quad=   16.37
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   21.08 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   20.93 mean_vt_4quad=   15.18
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   19.66 mean_vt_4quad=   14.13
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   17.32 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   13.19 mean_vt_4quad=   10.00
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    8.98 mean_vt_4quad=    7.02
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    4.53 mean_vt_4quad=    3.66
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    5.62 mean_vt_4quad=    3.36
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    5.64 mean_vt_4quad=    3.43
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    5.65 mean_vt_4quad=    3.49
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    5.67 mean_vt_4quad=    3.56
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    5.66 mean_vt_4quad=    3.64
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    5.67 mean_vt_4quad=    3.71
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    5.68 mean_vt_4quad=    3.79
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    5.69 mean_vt_4quad=    3.86
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    5.73 mean_vt_4quad=    3.94
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.80 mean_vt_4quad=    4.01
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    5.80 mean_vt_4quad=    4.09
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    5.86 mean_vt_4quad=    4.17
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    5.92 mean_vt_4quad=    4.24
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    5.99 mean_vt_4quad=    4.32
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    6.10 mean_vt_4quad=    4.40
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    6.17 mean_vt_4quad=    4.48
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    6.21 mean_vt_4quad=    4.56
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.33 mean_vt_4quad=    4.64
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.45 mean_vt_4quad=    4.73
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.56 mean_vt_4quad=    4.81
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.66 mean_vt_4quad=    4.90
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.80 mean_vt_4quad=    4.99
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.98 mean_vt_4quad=    5.08
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    7.09 mean_vt_4quad=    5.17
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    7.22 mean_vt_4quad=    5.26
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    7.33 mean_vt_4quad=    5.35
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    7.41 mean_vt_4quad=    5.45
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    7.48 mean_vt_4quad=    5.55
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    7.53 mean_vt_4quad=    5.65
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    7.57 mean_vt_4quad=    5.75
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    7.61 mean_vt_4quad=    5.85
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    7.63 mean_vt_4quad=    5.96
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    7.65 mean_vt_4quad=    6.06
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    7.67 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    7.69 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    7.70 mean_vt_4quad=    6.37
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.73 mean_vt_4quad=    6.47
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    7.73 mean_vt_4quad=    6.58
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    7.73 mean_vt_4quad=    6.68
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    7.84 mean_vt_4quad=    6.78
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    7.97 mean_vt_4quad=    6.89
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    8.23 mean_vt_4quad=    7.00
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    8.48 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    8.74 mean_vt_4quad=    7.22
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    8.97 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    9.17 mean_vt_4quad=    7.44
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    9.27 mean_vt_4quad=    7.55
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    9.34 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    9.38 mean_vt_4quad=    7.79
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    9.40 mean_vt_4quad=    7.90
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    9.42 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    9.43 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    9.47 mean_vt_4quad=    8.26
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    9.53 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    9.61 mean_vt_4quad=    8.50
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    9.72 mean_vt_4quad=    8.62
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    9.84 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    9.96 mean_vt_4quad=    8.85
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   10.07 mean_vt_4quad=    8.95
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   10.15 mean_vt_4quad=    9.04
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   10.21 mean_vt_4quad=    9.13
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   10.21 mean_vt_4quad=    9.23
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   10.21 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   10.21 mean_vt_4quad=    9.47
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   10.23 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   10.25 mean_vt_4quad=    9.71
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   10.28 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   10.31 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   10.35 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   10.40 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   10.48 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   10.54 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   10.60 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   10.62 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   10.67 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   10.71 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   10.80 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   11.01 mean_vt_4quad=   11.19
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   11.25 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   11.52 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   11.82 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   11.98 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   12.22 mean_vt_4quad=   11.57
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   12.29 mean_vt_4quad=   11.63
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   12.39 mean_vt_4quad=   11.70
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   12.40 mean_vt_4quad=   11.76
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   12.37 mean_vt_4quad=   11.82
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   12.36 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   12.44 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   12.61 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   12.79 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   12.96 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   13.04 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   13.06 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   13.05 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   12.88 mean_vt_4quad=   12.48
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   12.60 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   12.28 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   11.95 mean_vt_4quad=   12.74
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   11.93 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   12.02 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   12.08 mean_vt_4quad=   13.30
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   12.07 mean_vt_4quad=   13.56
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   12.04 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   12.01 mean_vt_4quad=   14.09
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   12.14 mean_vt_4quad=   14.33
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   12.36 mean_vt_4quad=   14.55
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   12.50 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   12.62 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   12.73 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   12.91 mean_vt_4quad=   15.81
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   13.14 mean_vt_4quad=   16.28
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   13.46 mean_vt_4quad=   16.68
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   13.94 mean_vt_4quad=   16.89
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   14.59 mean_vt_4quad=   16.76
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   15.47 mean_vt_4quad=   16.37
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   16.51 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   17.22 mean_vt_4quad=   15.18
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   17.23 mean_vt_4quad=   14.13
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   15.17 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   12.27 mean_vt_4quad=   10.00
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    8.61 mean_vt_4quad=    7.02
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    5.44 mean_vt_4quad=    3.66
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.37 mean_vt_4quad=    3.36
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.38 mean_vt_4quad=    3.43
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    5.40 mean_vt_4quad=    3.49
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    5.43 mean_vt_4quad=    3.56
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    5.46 mean_vt_4quad=    3.64
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    5.47 mean_vt_4quad=    3.71
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    5.47 mean_vt_4quad=    3.79
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.49 mean_vt_4quad=    3.86
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.50 mean_vt_4quad=    3.94
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    5.51 mean_vt_4quad=    4.01
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    5.50 mean_vt_4quad=    4.09
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    5.50 mean_vt_4quad=    4.17
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    5.49 mean_vt_4quad=    4.24
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    5.46 mean_vt_4quad=    4.32
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    5.45 mean_vt_4quad=    4.40
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    5.49 mean_vt_4quad=    4.48
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    5.58 mean_vt_4quad=    4.56
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    5.70 mean_vt_4quad=    4.64
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    5.86 mean_vt_4quad=    4.73
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    6.01 mean_vt_4quad=    4.81
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    6.14 mean_vt_4quad=    4.90
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    6.24 mean_vt_4quad=    4.99
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    6.31 mean_vt_4quad=    5.08
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    6.34 mean_vt_4quad=    5.17
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    6.36 mean_vt_4quad=    5.26
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    6.37 mean_vt_4quad=    5.35
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    6.38 mean_vt_4quad=    5.45
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    6.43 mean_vt_4quad=    5.55
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    6.49 mean_vt_4quad=    5.65
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    6.54 mean_vt_4quad=    5.75
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    6.59 mean_vt_4quad=    5.85
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    6.62 mean_vt_4quad=    5.96
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    6.66 mean_vt_4quad=    6.06
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    6.72 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    6.76 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    6.80 mean_vt_4quad=    6.37
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    6.85 mean_vt_4quad=    6.47
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    7.04 mean_vt_4quad=    6.58
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    7.12 mean_vt_4quad=    6.68
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.15 mean_vt_4quad=    6.78
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    7.25 mean_vt_4quad=    6.89
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    7.45 mean_vt_4quad=    7.00
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    7.66 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    7.87 mean_vt_4quad=    7.22
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    8.09 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    8.34 mean_vt_4quad=    7.44
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    8.67 mean_vt_4quad=    7.55
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    9.06 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    9.41 mean_vt_4quad=    7.79
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    9.74 mean_vt_4quad=    7.90
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   10.04 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   10.27 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   10.48 mean_vt_4quad=    8.26
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   10.69 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   10.98 mean_vt_4quad=    8.50
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   11.31 mean_vt_4quad=    8.62
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.62 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.00 mean_vt_4quad=    8.85
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.20 mean_vt_4quad=    8.95
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   12.38 mean_vt_4quad=    9.04
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.56 mean_vt_4quad=    9.13
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.21 mean_vt_4quad=    9.23
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.05 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   12.66 mean_vt_4quad=    9.47
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.65 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.05 mean_vt_4quad=    9.71
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   12.97 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.30 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.45 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.53 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.65 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.78 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.98 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.24 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.50 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.73 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.88 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.02 mean_vt_4quad=   11.19
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.12 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.32 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.35 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   15.42 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   15.52 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   15.53 mean_vt_4quad=   11.63
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   15.57 mean_vt_4quad=   11.70
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   15.65 mean_vt_4quad=   11.76
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   15.76 mean_vt_4quad=   11.82
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   15.95 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.05 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   16.24 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   16.42 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   16.58 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   16.68 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   16.82 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   16.89 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   16.88 mean_vt_4quad=   12.48
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   16.76 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   16.60 mean_vt_4quad=   12.63
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   16.37 mean_vt_4quad=   12.74
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   16.18 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   16.16 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   16.36 mean_vt_4quad=   13.30
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   16.90 mean_vt_4quad=   13.56
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   17.50 mean_vt_4quad=   13.82
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   18.15 mean_vt_4quad=   14.09
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  19
  ++++ rdist(ihc)=   57.00  mean_radii_vt_4quad(ihc)=   14.09 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   14.33 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   14.55 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  16
  ++++ rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=   14.77 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  15
  ++++ rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=   15.04 .... 0.5*v_holland=   10.61
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   18.15 mean_vt_4quad=   14.09
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   18.75 mean_vt_4quad=   14.33
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   19.51 mean_vt_4quad=   14.55
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   20.41 mean_vt_4quad=   14.77
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   21.71 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   23.16 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   24.82 mean_vt_4quad=   15.81
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   25.77 mean_vt_4quad=   16.28
  
 NO interp, exactdistkm=    36.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   19.4256000000000     
 vradius(iwindix,iquad) =          19
  
  --- vmaxwind of    28.0865181181292       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    72 igrct=  1   22:26:05
 TIMING: after getrad_iter_loop, fhr=    72 igrct=  2 Vmax (m/s)=   28.087   22:26:05
 TIMING: Before get_phase ... 22:26:05
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           72 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   348.168
  
  
  In get_cps_paramb, lead time=           72 :           0   00L  NATL     
   right_ct=          883   left_ct=          884
   zthicksum(1)=    2994927.86368750     
   zthicksum(2)=    2998184.13325001     
   zthick_right_mean=    3391.76428503681     
   zthick_left_mean=     3391.61101046381     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   0.153274573004182     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.38
  Sum of y-diffs squared (ydiff2) =          729.23
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   152.38   6.7452       14.69   0.1661    -0.70     0.49      215.66
    2   147.57   6.6846        9.88   0.1055     0.11     0.01       97.56
    3   142.10   6.6201        4.41   0.0409     0.62     0.39       19.48
    4   135.58   6.5511       -2.11  -0.0281     0.49     0.24        4.44
    5   128.20   6.4770       -9.49  -0.1022    -0.03     0.00       90.07
    6   120.31   6.3969      -17.38  -0.1822    -0.50     0.25      302.02
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   137.691     x:    6.58
  
  slope=     92.637         y-intercept =   -471.784
  Regression equation:   Y =  -471.78 +    92.64X
  
  R2(r_squared) =  0.9981        r =  0.9991
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1081.44 zmin=  924.97 zdiff=  156.46
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1573.49 zmin= 1421.11 zdiff=  152.38
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.09 dlnp=     -0.057158  dzdlnp=       71.521
  
   +++ k=  3 press=    800.0 zmax= 2090.52 zmin= 1942.95 zdiff=  147.57
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -4.81 dlnp=     -0.060625  dzdlnp=       79.308
  
   +++ k=  4 press=    750.0 zmax= 2635.86 zmin= 2493.76 zdiff=  142.10
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -5.46 dlnp=     -0.064539  dzdlnp=       84.663
  
   +++ k=  5 press=    700.0 zmax= 3212.13 zmin= 3076.54 zdiff=  135.58
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -6.52 dlnp=     -0.068993  dzdlnp=       94.503
  
   +++ k=  6 press=    650.0 zmax= 3823.58 zmin= 3695.38 zdiff=  128.20
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -7.38 dlnp=     -0.074108  dzdlnp=       99.638
  
   +++ k=  7 press=    600.0 zmax= 4475.41 zmin= 4355.10 zdiff=  120.31
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -7.89 dlnp=     -0.080043  dzdlnp=       98.547
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           16.96
  Sum of y-diffs squared (ydiff2) =         2526.37
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   115.46   6.3099       25.21   0.2788    -2.38     5.67      635.31
    2   108.64   6.2146       18.39   0.1834     0.23     0.05      338.17
    3    99.90   6.1092        9.65   0.0781     1.93     3.71       93.19
    4    88.61   5.9915       -1.64  -0.0397     2.29     5.22        2.70
    5    72.37   5.8579      -17.88  -0.1732    -0.74     0.55      319.79
    6    56.53   5.7038      -33.72  -0.3274    -1.32     1.75     1137.22
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    90.251     x:    6.03
  
  slope=     98.965         y-intercept =   -506.624
  Regression equation:   Y =  -506.62 +    98.97X
  
  R2(r_squared) =  0.9933        r =  0.9966
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4475.41 zmin= 4355.10 zdiff=  120.31
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5173.58 zmin= 5058.12 zdiff=  115.46
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -4.86 dlnp=     -0.087011  dzdlnp=       55.809
  
   +++ k=  9 press=    500.0 zmax= 5926.89 zmin= 5818.25 zdiff=  108.64
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -6.82 dlnp=     -0.095310  dzdlnp=       71.514
  
   +++ k= 10 press=    450.0 zmax= 6745.17 zmin= 6645.27 zdiff=   99.90
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -8.74 dlnp=     -0.105361  dzdlnp=       82.915
  
   +++ k= 11 press=    400.0 zmax= 7641.90 zmin= 7553.29 zdiff=   88.61
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -11.30 dlnp=     -0.117783  dzdlnp=       95.905
  
   +++ k= 12 press=    350.0 zmax= 8634.29 zmin= 8561.92 zdiff=   72.37
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -16.24 dlnp=     -0.133531  dzdlnp=      121.619
  
   +++ k= 13 press=    300.0 zmax= 9749.71 zmin= 9693.18 zdiff=   56.53
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -15.84 dlnp=     -0.154151  dzdlnp=      102.757
  
cps_stats: 00L   lead time=  72: 0   paramb=     0.15  vtl=     92.64  vtu=     98.97
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   72:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  298.191 (0-360) guesslon=  298.191E  (  61.809W)   guesslat=   25.891
 ilonfix=         1325  jlatfix=          998  npts=           33
 ibeg=         1252  jbeg=          930  imax=         2738
 iend=         1398  jend=         1066  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.271E  (0-360) ctlon=  297.271E  (  62.729W)  ctlat=   26.571 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  297.271E   (0-360) guesslon=  297.271E  (  62.729W)   guesslat=   26.571
 ilonfix=         1302  jlatfix=          981  npts=           16
 ibeg=         1253  jbeg=          937  imax=         2738
 iend=         1351  jend=         1025  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.951E  (0-360) ctlon=  296.951  (  63.049W)  ctlat=   26.251 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    72:00  mean_lon:  296.95E (  63.05W)    (0-360) mean_lon=  296.95E  mean_lat:   26.25  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    72:00  ifix:  1270   jfix:   966  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1270  jx=          966
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         593 ,         289 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         592 ,         288 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    72:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:06
 TIMING: Before shear ... 22:26:06
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           13
  clon(ist,ifh,3)=    298.074540095735     
  clat(ist,ifh,3)=    25.8996707223636     
  fixlon(ist,ifh)=    298.191467497349     
  fixlat(ist,ifh)=    25.8911970288048     
  xcenlon=    298.074540095735     
  xcenlat=    25.8996707223636     
  
 xxshear
 In get_shear A, xcenlon=    298.074540095735       xcenlat= 
   25.8996707223636     
   In get_shear B, (0-360) xcenlon=    298.074540095735     
  
At start of get_shear:  00L   fhr=   72:00   Mean fix position=   298.19E  ( 61.81W)    25.89  (0-360) mean lon fix=  298.19
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   19.25 vr_mean(idist,ilev)=   -0.51
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   17.98 vr_mean(idist,ilev)=    0.21
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   16.86 vr_mean(idist,ilev)=   -0.36
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   16.78 vr_mean(idist,ilev)=   -0.51
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   16.33 vr_mean(idist,ilev)=   -0.43
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   14.89 vr_mean(idist,ilev)=   -0.59
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   13.20 vr_mean(idist,ilev)=   -0.57
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   11.61 vr_mean(idist,ilev)=   -0.57
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   10.03 vr_mean(idist,ilev)=   -0.67
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=    8.73 vr_mean(idist,ilev)=   -0.55
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    7.58 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    6.55 vr_mean(idist,ilev)=   -0.69
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    5.67 vr_mean(idist,ilev)=   -0.81
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    4.78 vr_mean(idist,ilev)=   -0.84
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    4.11 vr_mean(idist,ilev)=   -0.81
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    3.49 vr_mean(idist,ilev)=   -0.83
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    2.84 vr_mean(idist,ilev)=   -0.76
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    2.32 vr_mean(idist,ilev)=   -0.76
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    1.74 vr_mean(idist,ilev)=   -0.90
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.29 vr_mean(idist,ilev)=   14.29
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.43 vr_mean(idist,ilev)=   21.43
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.57 vr_mean(idist,ilev)=   28.57
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.72 vr_mean(idist,ilev)=   35.72
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.87 vr_mean(idist,ilev)=   42.87
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.02 vr_mean(idist,ilev)=   50.02
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.18 vr_mean(idist,ilev)=   57.18
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.34 vr_mean(idist,ilev)=   64.34
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.50 vr_mean(idist,ilev)=   71.50
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.67 vr_mean(idist,ilev)=   78.67
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -85.84 vr_mean(idist,ilev)=   85.84
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -93.02 vr_mean(idist,ilev)=   93.02
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -100.20 vr_mean(idist,ilev)=  100.20
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.40 vr_mean(idist,ilev)=  107.40
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -114.59 vr_mean(idist,ilev)=  114.59
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -121.80 vr_mean(idist,ilev)=  121.80
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -129.02 vr_mean(idist,ilev)=  129.02
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -136.25 vr_mean(idist,ilev)=  136.25
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -143.48 vr_mean(idist,ilev)=  143.48
  
 At end of get_shear: 
     ist=    1 ifh=   13 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:06
  
 After call to fixcenter, fix positions at 
 forecast hour=   72:00 follow:
  
fixpos  00L   fhr=   72:00   Fix position=   298.19E  ( 61.81W)    25.89   Max Wind=  55 kts
  
  
 xxxx get_next_ges, prev fix lon=    298.283431884127     
 xxxx get_next_ges, curr fix lon=    298.191467497349     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.191467497349        fixlat=    25.8911970288048     
        (0-360) fixlon=    298.191467497349     
      ilonfix=         1325   jlatfix=          998
      ibeg=          848   iend=         1802
      jbeg=          546   jend=         1450
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.700579815696951       vavg=    2.40974813598586     
      ubar=  -0.175144953924238       vbar=   0.602437033996465     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.66170882742597       vavg=    1.54231103797696     
      ubar=   -1.00599936763722       vbar=    1.37359255298494     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.72697815376101       vavg=    1.98468347173852     
      ubar=   -1.43774390607748       vbar=    1.86976342091957     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.43774390607748       vbar=    1.86976342091957     
      wgttot=    1.00000000000000     
      fixlon=    298.191467497349        fixlat=    25.8911970288048     
      barnlon=    297.880539516089       barnlat=    26.2544051425929     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.898236318358040     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      297.880539516089     
     Raw (no conversion for GM wrap) extraplon=    298.099194935533     
  
 --- barnlon=    297.88E  (  62.12W)    barnlat=     26.25
 --- extraplon=  298.10E  (  61.90W)    extraplat=   26.29
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.89
 | Current fix lon is   61.81W   ( 298.19E)
 | Current fix lon (raw, unadjusted)=  298.19E
 | Updated guess lat for next fcst hour is   26.27
 | Updated guess lon (0-360) for next fcst hour is   62.01W   ( 297.99E)
 | Raw updated guess lon for next fcst hour is  297.99E)
 -------------------------------------------------
  
 iocheck, dist=    46.7109859563111        distm=    46710.9859563111     
 iocheck, stmspd=    2.16254564612551        istmspd=           42
 iocheck, xincr=  -0.201600271538382        yincr=   0.379053599423877     
 iocheck, stmdir=    331.993649091634        istmdir=          332
 +++ RPT_STORM_MOTION: istmspd=    42 kts(*10)    istmdir=   332 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  13
     Fix location for this time:   298.19E  ( 61.81W)    25.89
     Fix lon (raw) for this time:  298.19E
     ilonfix= 1325  jlatfix=  998
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.191467497349       xcenlat=    25.8911970288048     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.191467497349       xcenlat=    25.8911970288048     
  ilonfix=         1325  jlatfix=          998
  ibeg=         1203  iend=         1447
  jbeg=          882  jend=         1114  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.191467497349        xcenlat=    25.8911970288048     
      ilonfix=         1325   jlatfix=          998
      ibeg=         1203   iend=         1447
      jbeg=          882   jend=         1114
 After call to barnes, xsmoothval=   2.226750423428015E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.226750423428015E-004
      xcenlon=    298.191467497349        xcenlat=    25.8911970288048     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000223  imeanzeta (*1e6)=      223
   --- mean zeta raw =   2.226750423428015E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003657  igrid zeta (*1e6)=     3657 ifilret=   0
   --- grid zeta raw=   3.657340333147221E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.191467497349       xcenlat=    25.8911970288048     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    298.191467497349       xcenlat=    25.8911970288048     
  ilonfix=         1325  jlatfix=          998
  ibeg=         1203  iend=         1447
  jbeg=          882  jend=         1114  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    298.191467497349        xcenlat=    25.8911970288048     
      ilonfix=         1325   jlatfix=          998
      ibeg=         1203   iend=         1447
      jbeg=          882   jend=         1114
 After call to barnes, xsmoothval=   2.060441145692291E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.060441145692291E-004
      xcenlon=    298.191467497349        xcenlat=    25.8911970288048     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000206  imeanzeta (*1e6)=      206
   --- mean zeta raw =   2.060441145692291E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003373  igrid zeta (*1e6)=     3373 ifilret=   0
   --- grid zeta raw=   3.373431950053999E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           72
  
 segx, outlon=    298.191467497349       outlat=    25.8911970288048     
   ist=            1  ifcsthour=           72
   vmaxwind=    28.0865181181292       xminmslp=    99985.7100000000     
   vradius=           47          23           0          60           0
           0           0           0           0          31          19
           0
   maxstorm=            6
   plastbar=    101185.710000000       rlastbar=    43.1325199159759     
   rmax=    19.5585115447229     
   cps_vals=   0.153274573004182        92.6372612467129     
   98.9651710928171     
   wcore_flag= n
   istmspd=           42  istmdir=          332
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     18.1790862382684     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   43.1325199159759       irlastbar=          43
 output: plastbar=   101185.710000000       iplastbar=        1012
 rmax=    19.5585115447229        irmax=           20
 TXX top of atcfunix_ext, ist=            1  ifh=           72
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   43.1325199159759       irlastbar=          43
 output: plastbar=   101185.710000000       iplastbar=        1012
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           72
 intlat=          259
 clatns= N
 intlon=          618
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           55
 int(xminmslp/mslp_outp_adj + 0.5)=         1000
 XX,  34, NEQ
 vradius(1,1)=           47
 vradius(1,2)=           60
 vradius(1,3)=            0
 vradius(1,4)=           31
 iplastbar=         1012
 irlastbar=           43
 irmax=           20
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          332
 istmspd=           42
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=            2
 icps_vals(2)=          926
 icps_vals(3)=          990
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           35
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          223
 igridzeta(1)=         3657
 imeanzeta(2)=          206
 igridzeta(2)=         3373
  
 rmax=    19.5585115447229        irmax=           20
 +++ Top of output_atcf_parms, ist=            1  ifh=           72
  
 xxxx get_next_ges, prev fix lon=    298.283431884127     
 xxxx get_next_ges, curr fix lon=    298.191467497349     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    298.191467497349        fixlat=    25.8911970288048     
        (0-360) fixlon=    298.191467497349     
      ilonfix=         1325   jlatfix=          998
      ibeg=          848   iend=         1802
      jbeg=          546   jend=         1450
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.700579815696951       vavg=    2.40974813598586     
      ubar=  -0.175144953924238       vbar=   0.602437033996465     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.66170882742597       vavg=    1.54231103797696     
      ubar=   -1.00599936763722       vbar=    1.37359255298494     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.72697815376101       vavg=    1.98468347173852     
      ubar=   -1.43774390607748       vbar=    1.86976342091957     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.43774390607748       vbar=    1.86976342091957     
      wgttot=    1.00000000000000     
      fixlon=    298.191467497349        fixlat=    25.8911970288048     
      barnlon=    297.880539516089       barnlat=    26.2544051425929     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.898236318358040     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      297.880539516089     
     Raw (no conversion for GM wrap) extraplon=    298.099194935533     
  
 --- barnlon=    297.88E  (  62.12W)    barnlat=     26.25
 --- extraplon=  298.10E  (  61.90W)    extraplat=   26.29
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.89
 | Current fix lon is   61.81W   ( 298.19E)
 | Current fix lon (raw, unadjusted)=  298.19E
 | Updated guess lat for next fcst hour is   26.27
 | Updated guess lon (0-360) for next fcst hour is   62.01W   ( 297.99E)
 | Raw updated guess lon for next fcst hour is  297.99E)
 -------------------------------------------------
  
 iocheck, dist=    46.7109859563111        distm=    46710.9859563111     
 iocheck, stmspd=    2.16254564612551        istmspd=           42
 iocheck, xincr=  -0.201600271538382        yincr=   0.379053599423877     
 iocheck, stmdir=    331.993649091634        istmdir=          332
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   72:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.126559968466222E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.113E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.362E  (0-360) ctlon=  297.362  (  62.638W)  ctlat=   37.168 fmax (x10e5) =        0.120E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.119046347674078E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.112E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.462E  (0-360) ctlon=  297.462  (  62.538W)  ctlat=   37.168 fmax (x10e5) =        0.111E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.123E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.362E  (0-360) ctlon=  297.362  (  62.638W)  ctlat=   37.168 fmax =       -0.100E+16 fmin =        0.123E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.289E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.462E  (0-360) ctlon=  297.462  (  62.538W)  ctlat=   37.168 fmax =       -0.100E+16 fmin =        0.289E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.979E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.362E  (0-360) ctlon=  297.362  (  62.638W)  ctlat=   37.168 fmax =       -0.100E+16 fmin =        0.978E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.202 (0-360) guesslon=  297.202E  (  62.798W)   guesslat=   37.308
 ilonfix=         1300  jlatfix=          713  npts=           33
 ibeg=         1222  jbeg=          645  imax=         2738
 iend=         1378  jend=          781  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   8.715214066434189E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.482E  (0-360) ctlon=  297.482E  (  62.518W)  ctlat=   37.188 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.872E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.482E   (0-360) guesslon=  297.482E  (  62.518W)   guesslat=   37.188
 ilonfix=         1307  jlatfix=          716  npts=           16
 ibeg=         1253  jbeg=          672  imax=         2738
 iend=         1361  jend=          760  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.362E  (0-360) ctlon=  297.362  (  62.638W)  ctlat=   37.168 fmax (x10e5) =        0.748E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    297.360641600250        uvgeslat=    37.1935362517125     
    (0-360 uvgeslon)=    297.360641600250     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:06
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.360641600250        uvgeslat=    37.1935362517125     
    (0-360 uvgeslon)=    297.360641600250     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.360641600250     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.361E  (0-360E lon):  297.361E    62.639W  ctlat=   37.194  xmax_circul_disk =     157573707.8
 TIMING: get_wind_circ kloop, k=  1   22:26:06
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.361E  (0-360E)=  297.361E  (  62.639W)   guesslat=   37.194
 ilonfix=         1304  jlatfix=          716  npts=           56
 ibeg=         1230  jbeg=          652  imax=         2738
 iend=         1378  jend=          780  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    158217005.844129     
 nhalf get_wind_circ, k=  1 ctlon=  297.261E  (0-360E)=  297.261E  ctlon=   62.739W   ctlat=   37.094 Wind Circulation (NHEM: Max) =     158217005.8
 TIMING: After GWC 850 ... 22:26:06
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:06
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.360641600250        uvgeslat=    37.1935362517125     
    (0-360 uvgeslon)=    297.360641600250     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.360641600250     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.361E  (0-360E lon):  297.361E    62.639W  ctlat=   37.194  xmax_circul_disk =     153039869.6
 TIMING: get_wind_circ kloop, k=  1   22:26:06
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.361E  (0-360E)=  297.361E  (  62.639W)   guesslat=   37.194
 ilonfix=         1304  jlatfix=          716  npts=           56
 ibeg=         1230  jbeg=          652  imax=         2738
 iend=         1378  jend=          780  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    153599973.404439     
 nhalf get_wind_circ, k=  1 ctlon=  297.381E  (0-360E)=  297.381E  ctlon=   62.619W   ctlat=   37.094 Wind Circulation (NHEM: Max) =     153599973.4
 TIMING: After GWC 700 ... 22:26:06
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:06
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.360641600250        uvgeslat=    37.1935362517125     
    (0-360 uvgeslon)=    297.360641600250     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.360641600250     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.361E  (0-360E lon):  297.361E    62.639W  ctlat=   37.194  xmax_circul_disk =      96952560.5
 TIMING: get_wind_circ kloop, k=  1   22:26:06
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.361E  (0-360E)=  297.361E  (  62.639W)   guesslat=   37.194
 ilonfix=         1304  jlatfix=          716  npts=           56
 ibeg=         1230  jbeg=          652  imax=         2738
 iend=         1378  jend=          780  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    97251436.9106365     
 nhalf get_wind_circ, k=  1 ctlon=  297.261E  (0-360E)=  297.261E  ctlon=   62.739W   ctlat=   37.214 Wind Circulation (NHEM: Max) =      97251436.9
 TIMING: After GWC Sfc ... 22:26:06
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.46  xavg_stderr=     2.91
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           13  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    72:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  297.20E   (0-360) guesslon=  297.20E  ( 62.80W)    37.31
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       297.36       62.64      37.17          120.22       T         21.05
   2    zeta 700    Max       297.46       62.54      37.17          110.58       T         27.79
   3    circ 850    Max       297.26       62.74      37.09          158.22       T         24.41
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       297.38       62.62      37.09          153.60       T         28.60
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       297.36       62.64      37.17         1231.03       T         21.05
   8     gph 700    Min       297.46       62.54      37.17         2893.28       T         27.79
   9        MSLP    Min       297.36       62.64      37.17        97842.96       T         21.05
  10    circ sfc    Max       297.26       62.74      37.21           97.25       T         11.71
  11    zeta sfc    Max       297.36       62.64      37.17           74.77       T         21.05
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.84646100666644       stderr_close= 
   4.25393162966165       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.288 devia=   0.258 wtpos=  0.91769     297.36   297.36    62.64    37.17
 ip=  2 kprm=  2 dist_from_mean=   8.812 devia=   1.762 wtpos=  0.55575     297.46   297.46    62.54    37.17
 ip=  3 kprm=  3 dist_from_mean=  11.542 devia=   2.308 wtpos=  0.46327     297.26   297.26    62.74    37.09
 ip=  5 kprm=  4 dist_from_mean=   7.161 devia=   1.432 wtpos=  0.62041     297.38   297.38    62.62    37.09
 ip=  7 kprm=  5 dist_from_mean=   1.288 devia=   0.258 wtpos=  0.91769     297.36   297.36    62.64    37.17
 ip=  8 kprm=  6 dist_from_mean=   8.812 devia=   1.762 wtpos=  0.55575     297.46   297.46    62.54    37.17
 ip=  9 kprm=  7 dist_from_mean=   1.288 devia=   0.258 wtpos=  0.91769     297.36   297.36    62.64    37.17
 ip= 10 kprm=  8 dist_from_mean=  11.139 devia=   2.228 wtpos=  0.47587     297.26   297.26    62.74    37.21
 ip= 11 kprm=  9 dist_from_mean=   1.288 devia=   0.258 wtpos=  0.91769     297.36   297.36    62.64    37.17
  
At end of fixcenter:  08L   fhr=   72:00   Fix position=   297.37E  (0-360) fixlon=  297.37  ( 62.63W)    37.16
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    297.366686958178     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    297.362459736613     
        (0-360E clon(ist,ifh,9))=    297.362459736613     
      clat(ist,ifh,9)=    37.1680823426216     
      xval(9)=    97842.9623775666     
  
  After get_ij B, ibeg jbeg =         1191         578
  After get_ij B, iend jend =         1417         854
  
 In is_it_a_storm, ilonfix=         1304  jlatfix=          716
 ibeg jbeg iend jend =         1191         578        1417         854
 cparm= slp  parmlon parmlat =    297.362459736613        37.1680823426216     
     (0-360E parmlon) =    297.362459736613     
 parmval=    97842.9623775666     
  
 i= 1276 j=  653 glon=  296.25 (0-360E) glon=  296.25 glat=  39.72 dist=   299.94 slp=  100334.99 pgradient=  8.30839
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  8.30839
 mslp center =    297.362459736613        37.1680823426216     
   97842.9623775666     
   (0-360E) lon of mslp center =    297.362459736613     
 pgrad loc   =    296.248725000000        296.248725000000     
   63.7512750000000        39.7206550000000        100334.990000000     
  ttest at location C IF....
      xinp_fixlat=    37.1680823426216     
      xinp_fixlon=    297.362459736613       (0-360E) xinp_fixlon= 
   297.362459736613     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   96765.2300000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1303  jfix=          715
 longitude=    297.362459736613      E   (   62.6375402633868      
 W)  (0-360E) xinp_fixlon=    297.362459736613     
 latitude=    37.1680823426216     
 mean mslp value (xval(9))=    97842.9623775666     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1303  jfix=          715
 longitude=    297.362459736613      E   (   62.6375402633868      
 W)  (0-360E) xinp_fixlon=    297.362459736613     
 latitude=    37.1680823426216     
 mean mslp value (xval(9))=    97842.9623775666     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1303  jx=          715
 *-----------------------------------------------*
  
 fxy(ix,jx)=    96765.2300000000       xcentval=    96765.2300000000     
 At A, num_found_contours=            0
 At A, contlo=    96765.2300000000       conthi=    97165.2300000000     
  
 num_found_contours=            0
 contlo=    96765.2300000000       conthi=    97165.2300000000     
 xcentval=    96765.2300000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97165.2300000000       conthi=    97565.2300000000     
  
 num_found_contours=            1
 contlo=    97165.2300000000       conthi=    97565.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            2
 At A, contlo=    97565.2300000000       conthi=    97965.2300000000     
  
 num_found_contours=            2
 contlo=    97565.2300000000       conthi=    97965.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            3
 At A, contlo=    97965.2300000000       conthi=    98365.2300000000     
  
 num_found_contours=            3
 contlo=    97965.2300000000       conthi=    98365.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            4
 At A, contlo=    98365.2300000000       conthi=    98765.2300000000     
  
 num_found_contours=            4
 contlo=    98365.2300000000       conthi=    98765.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            5
 At A, contlo=    98765.2300000000       conthi=    99165.2300000000     
  
 num_found_contours=            5
 contlo=    98765.2300000000       conthi=    99165.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            6
 At A, contlo=    99165.2300000000       conthi=    99565.2300000000     
  
 num_found_contours=            6
 contlo=    99165.2300000000       conthi=    99565.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            7
 At A, contlo=    99565.2300000000       conthi=    99965.2300000000     
  
 num_found_contours=            7
 contlo=    99565.2300000000       conthi=    99965.2300000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            8
 At A, contlo=    99965.2300000000       conthi=    100365.230000000     
  
 num_found_contours=            8
 contlo=    99965.2300000000       conthi=    100365.230000000     
 xcentval=    96765.2300000000     
 At A, num_found_contours=            9
 At A, contlo=    100365.230000000       conthi=    100765.230000000     
  
 num_found_contours=            9
 contlo=    100365.230000000       conthi=    100765.230000000     
 xcentval=    96765.2300000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1080 ,         751 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    96765.2300000000     
 !!! (i,j) of central value = (        1303 ,         715 )
 !!!  
 !!! Flagged value found    =    100361.870000000     
 !!! (i,j) of flagged value = (        1079 ,         752 )
 !!!   
 !!! Lower bound of contour interval =    100365.230000000     
 !!! Upper bound of contour interval =    100765.230000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1303  jfix=          715
 longitude=    297.362459736613      E   (   62.6375402633868      W)  
 (0-360E) xinp_fixlon=    297.362459736613     
 latitude=    37.1680823426216     
 mean mslp value (xval(9))=    97842.9623775666     
 gridpoint mslp value=    96765.2300000000     
 ccflag= y
 prs of last closed isobar =    100365.230000000     
 radius of last closed isobar =    113.350561381568       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   72:00
 !!! Boundary check xinp_fixlat is   37.17
 !!! Boundary check xinp_fixlon is   62.64W   ( 297.36E)  (0-360E) xinp_fixlon=  297.36
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    297.260644100250     
  850 mb wcirc fix lat=    37.0935387517125     
    (0-360) 850 mb wcirc fix lon=    297.260644100250     
  Multi-parm fix lon=      297.366686958178     
  Multi-parm fix lat=      37.1587551206773     
    (0-360) Multi-parm fix lon=      297.366686958178     
  
  
  After get_ij B, ibeg jbeg =         1206         614
  After get_ij B, iend jend =         1398         822
  
 In is_it_a_storm, ilonfix=         1302  jlatfix=          718
 ibeg jbeg iend jend =         1206         614        1398         822
 cparm= v850  parmlon parmlat =    297.260644100250        37.0935387517125     
     (0-360E parmlon) =    297.260644100250     
 parmval=    158217005.844129     
  
 i= 1291 j=  669 glon=  296.85 (0-360E) glon=  296.85 glat=  39.08 u=  -9.8000 v=   1.3000 vr=   2.87141 vt=   9.45965
 i= 1296 j=  669 glon=  297.05 (0-360E) glon=  297.05 glat=  39.08 u= -11.3000 v=   3.9000 vr=   4.83770 vt=  10.93145
 i= 1301 j=  669 glon=  297.25 (0-360E) glon=  297.25 glat=  39.08 u= -10.9000 v=   5.7000 vr=   5.75184 vt=  10.87273
 i= 1306 j=  669 glon=  297.45 (0-360E) glon=  297.45 glat=  39.08 u= -11.1000 v=   8.2000 vr=   7.34707 vt=  11.68206
 i= 1311 j=  669 glon=  297.65 (0-360E) glon=  297.65 glat=  39.08 u= -10.7000 v=   9.6000 vr=   7.85077 vt=  12.04223
 i= 1276 j=  674 glon=  296.25 (0-360E) glon=  296.25 glat=  38.88 u=  -7.2000 v=  -4.6000 vr=  -1.24387 vt=   8.45298
 i= 1281 j=  674 glon=  296.45 (0-360E) glon=  296.45 glat=  38.88 u=  -8.7000 v=  -2.3000 vr=   0.78669 vt=   8.96444
 i= 1286 j=  674 glon=  296.65 (0-360E) glon=  296.65 glat=  38.88 u= -10.2000 v=  -0.3000 vr=   2.38396 vt=   9.92203
 i= 1291 j=  674 glon=  296.85 (0-360E) glon=  296.85 glat=  38.88 u= -11.5000 v=   1.6000 vr=   3.64174 vt=  11.02487
 i= 1296 j=  674 glon=  297.05 (0-360E) glon=  297.05 glat=  38.88 u= -12.6000 v=   4.0000 vr=   5.16202 vt=  12.17019
 i= 1301 j=  674 glon=  297.25 (0-360E) glon=  297.25 glat=  38.88 u= -12.9000 v=   7.4000 vr=   7.46825 vt=  12.86061
 i= 1306 j=  674 glon=  297.45 (0-360E) glon=  297.45 glat=  38.88 u= -12.0000 v=   9.6000 vr=   8.56905 vt=  12.75662
 i= 1311 j=  674 glon=  297.65 (0-360E) glon=  297.65 glat=  38.88 u= -11.4000 v=  11.9000 vr=   9.79297 vt=  13.25397
 i= 1316 j=  674 glon=  297.85 (0-360E) glon=  297.85 glat=  38.88 u= -11.1000 v=  14.2000 vr=  10.93668 vt=  14.32616
 i= 1321 j=  674 glon=  298.05 (0-360E) glon=  298.05 glat=  38.88 u= -10.3000 v=  17.0000 vr=  12.64481 vt=  15.33619
 i= 1326 j=  674 glon=  298.25 (0-360E) glon=  298.25 glat=  38.88 u=  -9.1000 v=  19.1000 vr=  13.83311 vt=  16.00828
 i= 1331 j=  674 glon=  298.45 (0-360E) glon=  298.45 glat=  38.88 u=  -7.9000 v=  20.3000 vr=  14.26343 vt=  16.46373
 i= 1266 j=  679 glon=  295.85 (0-360E) glon=  295.85 glat=  38.68 u=  -4.1000 v=  -9.7000 vr=  -5.54940 vt=   8.95009
 i= 1271 j=  679 glon=  296.05 (0-360E) glon=  296.05 glat=  38.68 u=  -6.9000 v=  -7.1000 vr=  -2.48891 vt=   9.58255
 i= 1276 j=  679 glon=  296.25 (0-360E) glon=  296.25 glat=  38.68 u=  -9.1000 v=  -5.4000 vr=  -0.70514 vt=  10.55807
 i= 1281 j=  679 glon=  296.45 (0-360E) glon=  296.45 glat=  38.68 u= -10.9000 v=  -3.0000 vr=   1.32295 vt=  11.22764
 i= 1286 j=  679 glon=  296.65 (0-360E) glon=  296.65 glat=  38.68 u= -12.8000 v=  -0.2000 vr=   3.55471 vt=  12.29813
 i= 1291 j=  679 glon=  296.85 (0-360E) glon=  296.85 glat=  38.68 u= -14.7000 v=   3.0000 vr=   5.90382 vt=  13.79257
 i= 1296 j=  679 glon=  297.05 (0-360E) glon=  297.05 glat=  38.68 u= -14.6000 v=   6.5000 vr=   8.00213 vt=  13.83387
 i= 1301 j=  679 glon=  297.25 (0-360E) glon=  297.25 glat=  38.68 u= -14.3000 v=  10.0000 vr=  10.08520 vt=  14.24004
 i= 1306 j=  679 glon=  297.45 (0-360E) glon=  297.45 glat=  38.68 u= -13.4000 v=  12.9000 vr=  11.58917 vt=  14.54858
 i= 1311 j=  679 glon=  297.65 (0-360E) glon=  297.65 glat=  38.68 u= -12.3000 v=  15.9000 vr=  13.26616 vt=  15.10328
 i= 1316 j=  679 glon=  297.85 (0-360E) glon=  297.85 glat=  38.68 u= -11.8000 v=  18.6000 vr=  14.51501 vt=  16.56848
 i= 1321 j=  679 glon=  298.05 (0-360E) glon=  298.05 glat=  38.68 u= -10.6000 v=  20.7000 vr=  15.36944 vt=  17.45366
 i= 1326 j=  679 glon=  298.25 (0-360E) glon=  298.25 glat=  38.68 u=  -9.1000 v=  22.6000 vr=  16.22391 vt=  18.17566
 i= 1331 j=  679 glon=  298.45 (0-360E) glon=  298.45 glat=  38.68 u=  -8.0000 v=  23.8000 vr=  16.36253 vt=  19.04488
 i= 1336 j=  679 glon=  298.65 (0-360E) glon=  298.65 glat=  38.68 u=  -6.5000 v=  24.1000 vr=  16.07186 vt=  19.09857
 i= 1341 j=  679 glon=  298.85 (0-360E) glon=  298.85 glat=  38.68 u=  -4.7000 v=  24.2000 vr=  16.00077 vt=  18.75380
 i= 1256 j=  684 glon=  295.45 (0-360E) glon=  295.45 glat=  38.48 u=  -4.3000 v= -11.6000 vr=  -4.92796 vt=  11.34748
 i= 1261 j=  684 glon=  295.65 (0-360E) glon=  295.65 glat=  38.48 u=  -3.2000 v= -11.6000 vr=  -6.33562 vt=  10.23034
 i= 1266 j=  684 glon=  295.85 (0-360E) glon=  295.85 glat=  38.48 u=  -4.9000 v= -10.5000 vr=  -5.07130 vt=  10.41835
 i= 1271 j=  684 glon=  296.05 (0-360E) glon=  296.05 glat=  38.48 u=  -9.0000 v=  -7.8000 vr=  -1.26701 vt=  11.84207
 i= 1276 j=  684 glon=  296.25 (0-360E) glon=  296.25 glat=  38.48 u=  -9.9000 v=  -6.2000 vr=  -0.39542 vt=  11.67449
 i= 1281 j=  684 glon=  296.45 (0-360E) glon=  296.45 glat=  38.48 u= -13.4000 v=  -3.7000 vr=   2.29704 vt=  13.71035
 i= 1286 j=  684 glon=  296.65 (0-360E) glon=  296.65 glat=  38.48 u= -16.0000 v=  -0.7000 vr=   4.63096 vt=  15.33115
 i= 1291 j=  684 glon=  296.85 (0-360E) glon=  296.85 glat=  38.48 u= -16.7000 v=   2.9000 vr=   6.65586 vt=  15.58844
 i= 1296 j=  684 glon=  297.05 (0-360E) glon=  297.05 glat=  38.48 u= -17.6000 v=   6.7000 vr=   8.77081 vt=  16.66502
 i= 1301 j=  684 glon=  297.25 (0-360E) glon=  297.25 glat=  38.48 u= -17.3000 v=  10.3000 vr=  10.41802 vt=  17.22918
 i= 1306 j=  684 glon=  297.45 (0-360E) glon=  297.45 glat=  38.48 u= -18.0000 v=  15.0000 vr=  12.98749 vt=  19.50193
 i= 1311 j=  684 glon=  297.65 (0-360E) glon=  297.65 glat=  38.48 u= -16.8000 v=  19.4000 vr=  15.29497 vt=  20.60737
 i= 1316 j=  684 glon=  297.85 (0-360E) glon=  297.85 glat=  38.48 u= -14.9000 v=  22.5000 vr=  16.56827 vt=  21.30147
 i= 1321 j=  684 glon=  298.05 (0-360E) glon=  298.05 glat=  38.48 u= -12.0000 v=  24.5000 vr=  17.39209 vt=  21.01821
 i= 1326 j=  684 glon=  298.25 (0-360E) glon=  298.25 glat=  38.48 u=  -9.7000 v=  25.0000 vr=  16.97328 vt=  20.76049
 i= 1331 j=  684 glon=  298.45 (0-360E) glon=  298.45 glat=  38.48 u=  -8.1000 v=  24.8000 vr=  15.93266 vt=  20.65915
 i= 1336 j=  684 glon=  298.65 (0-360E) glon=  298.65 glat=  38.48 u=  -5.6000 v=  25.5000 vr=  16.45359 vt=  20.27040
 i= 1341 j=  684 glon=  298.85 (0-360E) glon=  298.85 glat=  38.48 u=  -4.5000 v=  26.0000 vr=  16.17332 vt=  20.84883
 i= 1346 j=  684 glon=  299.05 (0-360E) glon=  299.05 glat=  38.48 u=  -2.6000 v=  26.0000 vr=  16.26135 vt=  20.45308
 i= 1251 j=  689 glon=  295.25 (0-360E) glon=  295.25 glat=  38.28 u=  -2.6000 v= -13.5000 vr=  -5.91882 vt=  12.40877
 i= 1256 j=  689 glon=  295.45 (0-360E) glon=  295.45 glat=  38.28 u=  -2.9000 v= -13.1000 vr=  -6.06277 vt=  11.96924
 i= 1261 j=  689 glon=  295.65 (0-360E) glon=  295.65 glat=  38.28 u=  -2.2000 v= -10.6000 vr=  -5.57129 vt=   9.28228
 i= 1266 j=  689 glon=  295.85 (0-360E) glon=  295.85 glat=  38.28 u=  -8.1000 v= -10.6000 vr=  -2.11805 vt=  13.17133
 i= 1271 j=  689 glon=  296.05 (0-360E) glon=  296.05 glat=  38.28 u=  -8.6000 v=  -9.0000 vr=  -1.55680 vt=  12.35056
 i= 1276 j=  689 glon=  296.25 (0-360E) glon=  296.25 glat=  38.28 u= -11.4000 v=  -8.7000 vr=  -0.79909 vt=  14.31822
 i= 1281 j=  689 glon=  296.45 (0-360E) glon=  296.45 glat=  38.28 u= -14.9000 v=  -5.2000 vr=   2.55248 vt=  15.57353
 i= 1286 j=  689 glon=  296.65 (0-360E) glon=  296.65 glat=  38.28 u= -18.2000 v=  -2.5000 vr=   4.58804 vt=  17.78876
 i= 1291 j=  689 glon=  296.85 (0-360E) glon=  296.85 glat=  38.28 u= -19.7000 v=   0.6000 vr=   5.81550 vt=  18.83162
 i= 1296 j=  689 glon=  297.05 (0-360E) glon=  297.05 glat=  38.28 u= -21.9000 v=   4.8000 vr=   7.82813 vt=  21.00882
 i= 1301 j=  689 glon=  297.25 (0-360E) glon=  297.25 glat=  38.28 u= -26.0000 v=  11.2000 vr=  11.40747 vt=  25.90965
 i= 1306 j=  689 glon=  297.45 (0-360E) glon=  297.45 glat=  38.28 u= -25.9000 v=  17.3000 vr=  13.93036 vt=  27.85758
 i= 1311 j=  689 glon=  297.65 (0-360E) glon=  297.65 glat=  38.28 u= -23.5000 v=  20.2000 vr=  13.64276 vt=  27.82382
 i= 1316 j=  689 glon=  297.85 (0-360E) glon=  297.85 glat=  38.28 u= -19.7000 v=  23.6000 vr=  14.74079 vt=  26.97701
 i= 1321 j=  689 glon=  298.05 (0-360E) glon=  298.05 glat=  38.28 u= -17.1000 v=  23.8000 vr=  13.06290 vt=  26.23377
 i= 1326 j=  689 glon=  298.25 (0-360E) glon=  298.25 glat=  38.28 u= -15.0000 v=  26.0000 vr=  13.39274 vt=  26.86325
 i= 1331 j=  689 glon=  298.45 (0-360E) glon=  298.45 glat=  38.28 u= -10.5000 v=  29.8000 vr=  16.75840 vt=  26.78518
 i= 1336 j=  689 glon=  298.65 (0-360E) glon=  298.65 glat=  38.28 u=  -6.6000 v=  29.2000 vr=  16.85953 vt=  24.73775
 i= 1341 j=  689 glon=  298.85 (0-360E) glon=  298.85 glat=  38.28 u=  -3.4000 v=  29.0000 vr=  17.34392 vt=  23.48933
 i= 1346 j=  689 glon=  299.05 (0-360E) glon=  299.05 glat=  38.28 u=  -1.6000 v=  28.5000 vr=  16.98335 vt=  22.94288
 i= 1351 j=  689 glon=  299.25 (0-360E) glon=  299.25 glat=  38.28 u=  -0.5000 v=  28.6000 vr=  16.70499 vt=  23.21967
 i= 1246 j=  694 glon=  295.05 (0-360E) glon=  295.05 glat=  38.08 u=  -0.1000 v= -14.5000 vr=  -6.95314 vt=  12.72454
 i= 1251 j=  694 glon=  295.25 (0-360E) glon=  295.25 glat=  38.08 u=  -1.3000 v= -14.9000 vr=  -6.66681 vt=  13.38856
 i= 1256 j=  694 glon=  295.45 (0-360E) glon=  295.45 glat=  38.08 u=  -1.8000 v= -13.5000 vr=  -6.10638 vt=  12.17383
 i= 1261 j=  694 glon=  295.65 (0-360E) glon=  295.65 glat=  38.08 u=  -5.3000 v= -12.8000 vr=  -3.57625 vt=  13.38433
 i= 1266 j=  694 glon=  295.85 (0-360E) glon=  295.85 glat=  38.08 u=  -6.0000 v= -13.2000 vr=  -4.18199 vt=  13.88348
 i= 1271 j=  694 glon=  296.05 (0-360E) glon=  296.05 glat=  38.08 u=  -7.8000 v= -12.7000 vr=  -3.61754 vt=  14.45833
 i= 1276 j=  694 glon=  296.25 (0-360E) glon=  296.25 glat=  38.08 u= -11.0000 v= -10.7000 vr=  -1.32876 vt=  15.28805
 i= 1281 j=  694 glon=  296.45 (0-360E) glon=  296.45 glat=  38.08 u= -16.8000 v=  -9.0000 vr=   1.67404 vt=  18.98519
 i= 1286 j=  694 glon=  296.65 (0-360E) glon=  296.65 glat=  38.08 u= -19.2000 v=  -6.5000 vr=   2.66354 vt=  20.09467
 i= 1291 j=  694 glon=  296.85 (0-360E) glon=  296.85 glat=  38.08 u= -23.7000 v=  -2.5000 vr=   5.09242 vt=  23.28105
 i= 1296 j=  694 glon=  297.05 (0-360E) glon=  297.05 glat=  38.08 u= -30.0000 v=   0.2000 vr=   5.24529 vt=  29.53857
 i= 1301 j=  694 glon=  297.25 (0-360E) glon=  297.25 glat=  38.08 u= -33.5000 v=   4.7000 vr=   5.02202 vt=  33.45324
 i= 1306 j=  694 glon=  297.45 (0-360E) glon=  297.45 glat=  38.08 u= -31.9000 v=  14.9000 vr=   9.95483 vt=  33.77161
 i= 1311 j=  694 glon=  297.65 (0-360E) glon=  297.65 glat=  38.08 u= -27.9000 v=  19.1000 vr=   9.90514 vt=  32.32813
 i= 1316 j=  694 glon=  297.85 (0-360E) glon=  297.85 glat=  38.08 u= -23.5000 v=  23.1000 vr=  10.80980 vt=  31.12890
 i= 1321 j=  694 glon=  298.05 (0-360E) glon=  298.05 glat=  38.08 u= -20.2000 v=  26.6000 vr=  11.61567 vt=  31.31575
 i= 1326 j=  694 glon=  298.25 (0-360E) glon=  298.25 glat=  38.08 u= -18.9000 v=  29.9000 vr=  11.59436 vt=  33.41842
 i= 1331 j=  694 glon=  298.45 (0-360E) glon=  298.45 glat=  38.08 u= -13.0000 v=  29.0000 vr=  11.92186 vt=  29.45962
 i= 1336 j=  694 glon=  298.65 (0-360E) glon=  298.65 glat=  38.08 u=  -9.3000 v=  31.0000 vr=  13.67664 vt=  29.33325
 i= 1341 j=  694 glon=  298.85 (0-360E) glon=  298.85 glat=  38.08 u=  -4.5000 v=  32.9000 vr=  16.64445 vt=  28.73365
 i= 1346 j=  694 glon=  299.05 (0-360E) glon=  299.05 glat=  38.08 u=  -0.4000 v=  30.9000 vr=  17.21376 vt=  25.66430
 i= 1351 j=  694 glon=  299.25 (0-360E) glon=  299.25 glat=  38.08 u=   1.0000 v=  29.9000 vr=  16.59202 vt=  24.89407
 i= 1356 j=  694 glon=  299.45 (0-360E) glon=  299.45 glat=  38.08 u=   2.3000 v=  29.4000 vr=  16.40192 vt=  24.50770
 i= 1246 j=  699 glon=  295.05 (0-360E) glon=  295.05 glat=  37.88 u=   1.1000 v= -15.7000 vr=  -7.34602 vt=  13.91891
 i= 1251 j=  699 glon=  295.25 (0-360E) glon=  295.25 glat=  37.88 u=   0.4000 v= -15.7000 vr=  -7.22699 vt=  13.94348
 i= 1256 j=  699 glon=  295.45 (0-360E) glon=  295.45 glat=  37.88 u=  -1.1000 v= -12.9000 vr=  -5.17287 vt=  11.86851
 i= 1261 j=  699 glon=  295.65 (0-360E) glon=  295.65 glat=  37.88 u=  -3.2000 v= -15.4000 vr=  -5.28279 vt=  14.81527
 i= 1266 j=  699 glon=  295.85 (0-360E) glon=  295.85 glat=  37.88 u=  -3.9000 v= -15.0000 vr=  -5.37784 vt=  14.53578
 i= 1271 j=  699 glon=  296.05 (0-360E) glon=  296.05 glat=  37.88 u=  -5.1000 v= -15.3000 vr=  -5.69628 vt=  15.08815
 i= 1276 j=  699 glon=  296.25 (0-360E) glon=  296.25 glat=  37.88 u= -10.7000 v= -15.1000 vr=  -2.88103 vt=  18.28113
 i= 1281 j=  699 glon=  296.45 (0-360E) glon=  296.45 glat=  37.88 u= -16.6000 v= -13.7000 vr=  -0.04179 vt=  21.52320
 i= 1286 j=  699 glon=  296.65 (0-360E) glon=  296.65 glat=  37.88 u= -22.8000 v= -12.7000 vr=   1.20314 vt=  26.07072
 i= 1291 j=  699 glon=  296.85 (0-360E) glon=  296.85 glat=  37.88 u= -28.7000 v= -16.5000 vr=  -4.19643 vt=  32.83794
 i= 1296 j=  699 glon=  297.05 (0-360E) glon=  297.05 glat=  37.88 u= -34.7000 v=  -1.9000 vr=   5.41089 vt=  34.32816
 i= 1301 j=  699 glon=  297.25 (0-360E) glon=  297.25 glat=  37.88 u= -36.9000 v=   8.8000 vr=   9.24477 vt=  36.79109
 i= 1306 j=  699 glon=  297.45 (0-360E) glon=  297.45 glat=  37.88 u= -35.3000 v=  18.5000 vr=  11.58295 vt=  38.13365
 i= 1311 j=  699 glon=  297.65 (0-360E) glon=  297.65 glat=  37.88 u= -29.8000 v=  29.0000 vr=  16.11236 vt=  38.33317
 i= 1316 j=  699 glon=  297.85 (0-360E) glon=  297.85 glat=  37.88 u= -24.2000 v=  33.0000 vr=  15.98906 vt=  37.66948
 i= 1321 j=  699 glon=  298.05 (0-360E) glon=  298.05 glat=  37.88 u= -17.8000 v=  35.3000 vr=  16.49392 vt=  35.92883
 i= 1326 j=  699 glon=  298.25 (0-360E) glon=  298.25 glat=  37.88 u= -13.0000 v=  34.4000 vr=  15.11200 vt=  33.52592
 i= 1331 j=  699 glon=  298.45 (0-360E) glon=  298.45 glat=  37.88 u= -10.3000 v=  32.0000 vr=  12.50594 vt=  31.20403
 i= 1336 j=  699 glon=  298.65 (0-360E) glon=  298.65 glat=  37.88 u=  -6.8000 v=  36.0000 vr=  15.27767 vt=  33.29914
 i= 1341 j=  699 glon=  298.85 (0-360E) glon=  298.85 glat=  37.88 u=  -4.5000 v=  32.3000 vr=  13.17038 vt=  29.83423
 i= 1346 j=  699 glon=  299.05 (0-360E) glon=  299.05 glat=  37.88 u=  -1.5000 v=  33.6000 vr=  14.84560 vt=  30.17976
 i= 1351 j=  699 glon=  299.25 (0-360E) glon=  299.25 glat=  37.88 u=   3.6000 v=  31.9000 vr=  17.32111 vt=  27.02867
 i= 1356 j=  699 glon=  299.45 (0-360E) glon=  299.45 glat=  37.88 u=   3.9000 v=  30.3000 vr=  15.91108 vt=  26.07945
 i= 1241 j=  704 glon=  294.85 (0-360E) glon=  294.85 glat=  37.68 u=   3.8000 v= -15.5000 vr=  -8.08456 vt=  13.75972
 i= 1246 j=  704 glon=  295.05 (0-360E) glon=  295.05 glat=  37.68 u=   2.6000 v= -16.9000 vr=  -7.73063 vt=  15.25147
 i= 1251 j=  704 glon=  295.25 (0-360E) glon=  295.25 glat=  37.68 u=   2.0000 v= -16.3000 vr=  -7.41842 vt=  14.65118
 i= 1256 j=  704 glon=  295.45 (0-360E) glon=  295.45 glat=  37.68 u=   0.7000 v= -15.6000 vr=  -6.47072 vt=  14.21196
 i= 1261 j=  704 glon=  295.65 (0-360E) glon=  295.65 glat=  37.68 u=  -0.4000 v= -18.0000 vr=  -7.06672 vt=  16.55963
 i= 1266 j=  704 glon=  295.85 (0-360E) glon=  295.85 glat=  37.68 u=  -1.1000 v= -17.0000 vr=  -6.85012 vt=  15.59762
 i= 1271 j=  704 glon=  296.05 (0-360E) glon=  296.05 glat=  37.68 u=  -2.9000 v= -18.5000 vr=  -7.09970 vt=  17.32784
 i= 1276 j=  704 glon=  296.25 (0-360E) glon=  296.25 glat=  37.68 u=  -8.5000 v= -20.6000 vr=  -5.22664 vt=  21.66315
 i= 1281 j=  704 glon=  296.45 (0-360E) glon=  296.45 glat=  37.68 u= -14.5000 v= -20.7000 vr=  -3.15620 vt=  25.07545
 i= 1286 j=  704 glon=  296.65 (0-360E) glon=  296.65 glat=  37.68 u= -21.1000 v= -26.4000 vr=  -6.82297 vt=  33.10011
 i= 1291 j=  704 glon=  296.85 (0-360E) glon=  296.85 glat=  37.68 u= -28.1000 v= -21.6000 vr=  -5.14706 vt=  35.06676
 i= 1296 j=  704 glon=  297.05 (0-360E) glon=  297.05 glat=  37.68 u= -43.8000 v= -10.2000 vr=   2.29516 vt=  44.91339
 i= 1301 j=  704 glon=  297.25 (0-360E) glon=  297.25 glat=  37.68 u= -51.0000 v=   8.6000 vr=   9.42467 vt=  50.85406
 i= 1306 j=  704 glon=  297.45 (0-360E) glon=  297.45 glat=  37.68 u= -45.1000 v=  12.4000 vr=   0.87175 vt=  46.76548
 i= 1311 j=  704 glon=  297.65 (0-360E) glon=  297.65 glat=  37.68 u= -35.5000 v=  20.5000 vr=   1.60389 vt=  40.96251
 i= 1316 j=  704 glon=  297.85 (0-360E) glon=  297.85 glat=  37.68 u= -27.5000 v=  34.6000 vr=   9.88437 vt=  43.07794
 i= 1321 j=  704 glon=  298.05 (0-360E) glon=  298.05 glat=  37.68 u= -20.7000 v=  36.5000 vr=   9.78315 vt=  40.80478
 i= 1326 j=  704 glon=  298.25 (0-360E) glon=  298.25 glat=  37.68 u= -13.6000 v=  36.6000 vr=  10.93259 vt=  37.48331
 i= 1331 j=  704 glon=  298.45 (0-360E) glon=  298.45 glat=  37.68 u= -10.2000 v=  37.3000 vr=  10.92329 vt=  37.09463
 i= 1336 j=  704 glon=  298.65 (0-360E) glon=  298.65 glat=  37.68 u=  -7.0000 v=  33.8000 vr=   9.58311 vt=  33.16028
 i= 1341 j=  704 glon=  298.85 (0-360E) glon=  298.85 glat=  37.68 u=  -2.5000 v=  34.8000 vr=  12.27762 vt=  32.65808
 i= 1346 j=  704 glon=  299.05 (0-360E) glon=  299.05 glat=  37.68 u=  -0.1000 v=  33.1000 vr=  12.40405 vt=  30.68810
 i= 1351 j=  704 glon=  299.25 (0-360E) glon=  299.25 glat=  37.68 u=   2.9000 v=  33.1000 vr=  14.09107 vt=  30.09089
 i= 1356 j=  704 glon=  299.45 (0-360E) glon=  299.45 glat=  37.68 u=   6.5000 v=  31.5000 vr=  16.07414 vt=  27.85897
 i= 1361 j=  704 glon=  299.65 (0-360E) glon=  299.65 glat=  37.68 u=   6.6000 v=  30.3000 vr=  15.08815 vt=  27.09239
 i= 1241 j=  709 glon=  294.85 (0-360E) glon=  294.85 glat=  37.48 u=   5.9000 v= -16.1000 vr=  -8.87130 vt=  14.67379
 i= 1246 j=  709 glon=  295.05 (0-360E) glon=  295.05 glat=  37.48 u=   4.7000 v= -17.8000 vr=  -8.31644 vt=  16.42458
 i= 1251 j=  709 glon=  295.25 (0-360E) glon=  295.25 glat=  37.48 u=   4.2000 v= -17.6000 vr=  -8.13232 vt=  16.16371
 i= 1256 j=  709 glon=  295.45 (0-360E) glon=  295.45 glat=  37.48 u=   2.8000 v= -17.6000 vr=  -7.18999 vt=  16.30657
 i= 1261 j=  709 glon=  295.65 (0-360E) glon=  295.65 glat=  37.48 u=   2.7000 v= -18.7000 vr=  -7.91541 vt=  17.15594
 i= 1266 j=  709 glon=  295.85 (0-360E) glon=  295.85 glat=  37.48 u=   1.4000 v= -19.8000 vr=  -7.70661 vt=  18.29230
 i= 1271 j=  709 glon=  296.05 (0-360E) glon=  296.05 glat=  37.48 u=  -0.1000 v= -21.4000 vr=  -7.81717 vt=  19.92139
 i= 1276 j=  709 glon=  296.25 (0-360E) glon=  296.25 glat=  37.48 u=  -2.9000 v= -24.6000 vr=  -7.98503 vt=  23.44801
 i= 1281 j=  709 glon=  296.45 (0-360E) glon=  296.45 glat=  37.48 u=  -9.3000 v= -28.0000 vr=  -6.35574 vt=  28.81136
 i= 1286 j=  709 glon=  296.65 (0-360E) glon=  296.65 glat=  37.48 u= -13.4000 v= -36.1000 vr= -11.92244 vt=  36.61455
 i= 1291 j=  709 glon=  296.85 (0-360E) glon=  296.85 glat=  37.48 u= -22.8000 v= -29.9000 vr=  -8.05059 vt=  36.72925
 i= 1296 j=  709 glon=  297.05 (0-360E) glon=  297.05 glat=  37.48 u= -16.2000 v= -14.6000 vr=  -6.90551 vt=  20.68608
 i= 1301 j=  709 glon=  297.25 (0-360E) glon=  297.25 glat=  37.48 u= -14.6000 v=  -1.6000 vr=  -1.24082 vt=  14.63490
 i= 1306 j=  709 glon=  297.45 (0-360E) glon=  297.45 glat=  37.48 u= -15.3000 v=  11.8000 vr=   5.48266 vt=  18.52756
 i= 1311 j=  709 glon=  297.65 (0-360E) glon=  297.65 glat=  37.48 u= -32.3000 v=  41.6000 vr=  12.33521 vt=  51.20247
 i= 1316 j=  709 glon=  297.85 (0-360E) glon=  297.85 glat=  37.48 u= -31.4000 v=  41.1000 vr=   1.93238 vt=  51.68594
 i= 1321 j=  709 glon=  298.05 (0-360E) glon=  298.05 glat=  37.48 u= -16.3000 v=  44.0000 vr=   9.15380 vt=  46.02062
 i= 1326 j=  709 glon=  298.25 (0-360E) glon=  298.25 glat=  37.48 u= -11.7000 v=  41.7000 vr=   7.81734 vt=  42.59893
 i= 1331 j=  709 glon=  298.45 (0-360E) glon=  298.45 glat=  37.48 u=  -6.2000 v=  40.7000 vr=   9.56351 vt=  40.04334
 i= 1336 j=  709 glon=  298.65 (0-360E) glon=  298.65 glat=  37.48 u=  -0.3000 v=  38.7000 vr=  12.38518 vt=  36.66589
 i= 1341 j=  709 glon=  298.85 (0-360E) glon=  298.85 glat=  37.48 u=  -1.5000 v=  35.6000 vr=   8.84977 vt=  34.51509
 i= 1346 j=  709 glon=  299.05 (0-360E) glon=  299.05 glat=  37.48 u=   3.2000 v=  34.0000 vr=  11.86278 vt=  32.02365
 i= 1351 j=  709 glon=  299.25 (0-360E) glon=  299.25 glat=  37.48 u=   3.1000 v=  33.6000 vr=  10.82869 vt=  31.95793
 i= 1356 j=  709 glon=  299.45 (0-360E) glon=  299.45 glat=  37.48 u=   8.8000 v=  32.4000 vr=  15.44768 vt=  29.80888
 i= 1361 j=  709 glon=  299.65 (0-360E) glon=  299.65 glat=  37.48 u=   9.1000 v=  30.4000 vr=  14.80450 vt=  28.06772
 i= 1241 j=  714 glon=  294.85 (0-360E) glon=  294.85 glat=  37.28 u=   8.0000 v= -16.4000 vr=  -9.44583 vt=  15.61206
 i= 1246 j=  714 glon=  295.05 (0-360E) glon=  295.05 glat=  37.28 u=   7.1000 v= -18.5000 vr=  -8.90495 vt=  17.70203
 i= 1251 j=  714 glon=  295.25 (0-360E) glon=  295.25 glat=  37.28 u=   7.5000 v= -18.7000 vr=  -9.51969 vt=  17.75712
 i= 1256 j=  714 glon=  295.45 (0-360E) glon=  295.45 glat=  37.28 u=   8.0000 v= -17.4000 vr= -10.09040 vt=  16.27709
 i= 1261 j=  714 glon=  295.65 (0-360E) glon=  295.65 glat=  37.28 u=   6.7000 v= -19.5000 vr=  -9.36215 vt=  18.37091
 i= 1266 j=  714 glon=  295.85 (0-360E) glon=  295.85 glat=  37.28 u=   6.8000 v= -22.2000 vr= -10.27264 vt=  20.82193
 i= 1271 j=  714 glon=  296.05 (0-360E) glon=  296.05 glat=  37.28 u=   5.2000 v= -22.5000 vr=  -9.31864 vt=  21.12943
 i= 1276 j=  714 glon=  296.25 (0-360E) glon=  296.25 glat=  37.28 u=   4.1000 v= -26.6000 vr=  -9.94235 vt=  25.01039
 i= 1281 j=  714 glon=  296.45 (0-360E) glon=  296.45 glat=  37.28 u=   0.9000 v= -33.4000 vr= -10.08010 vt=  31.85532
 i= 1286 j=  714 glon=  296.65 (0-360E) glon=  296.65 glat=  37.28 u=  -1.8000 v= -41.9000 vr= -13.27377 vt=  39.78262
 i= 1291 j=  714 glon=  296.85 (0-360E) glon=  296.85 glat=  37.28 u=   2.9000 v= -30.0000 vr= -17.35545 vt=  24.64139
 i= 1296 j=  714 glon=  297.05 (0-360E) glon=  297.05 glat=  37.28 u=   6.7000 v= -15.3000 vr= -15.84554 vt=   5.28194
 i= 1301 j=  714 glon=  297.25 (0-360E) glon=  297.25 glat=  37.28 u=   2.9000 v=  -3.8000 vr=  -3.94242 vt=  -2.70321
 i= 1306 j=  714 glon=  297.45 (0-360E) glon=  297.45 glat=  37.28 u=   3.4000 v=   7.6000 vr=   8.05704 vt=   2.09861
 i= 1311 j=  714 glon=  297.65 (0-360E) glon=  297.65 glat=  37.28 u=   1.8000 v=  28.3000 vr=  16.17342 vt=  23.29271
 i= 1316 j=  714 glon=  297.85 (0-360E) glon=  297.85 glat=  37.28 u= -16.2000 v=  55.9000 vr=   5.60675 vt=  57.92939
 i= 1321 j=  714 glon=  298.05 (0-360E) glon=  298.05 glat=  37.28 u= -12.1000 v=  52.1000 vr=   3.17868 vt=  53.39210
 i= 1326 j=  714 glon=  298.25 (0-360E) glon=  298.25 glat=  37.28 u=  -4.2000 v=  43.3000 vr=   5.81771 vt=  43.11246
 i= 1331 j=  714 glon=  298.45 (0-360E) glon=  298.45 glat=  37.28 u=   0.0000 v=  42.8000 vr=   8.16988 vt=  42.01301
 i= 1336 j=  714 glon=  298.65 (0-360E) glon=  298.65 glat=  37.28 u=   3.3000 v=  40.3000 vr=   9.83296 vt=  39.22108
 i= 1341 j=  714 glon=  298.85 (0-360E) glon=  298.85 glat=  37.28 u=   3.6000 v=  36.4000 vr=   8.73564 vt=  35.51913
 i= 1346 j=  714 glon=  299.05 (0-360E) glon=  299.05 glat=  37.28 u=   5.2000 v=  35.8000 vr=   9.64925 vt=  34.86505
 i= 1351 j=  714 glon=  299.25 (0-360E) glon=  299.25 glat=  37.28 u=   6.2000 v=  32.3000 vr=   9.77566 vt=  31.40329
 i= 1356 j=  714 glon=  299.45 (0-360E) glon=  299.45 glat=  37.28 u=  10.5000 v=  31.7000 vr=  13.63833 vt=  30.48173
 i= 1361 j=  714 glon=  299.65 (0-360E) glon=  299.65 glat=  37.28 u=  11.7000 v=  30.6000 vr=  14.44154 vt=  29.40564
 i= 1241 j=  719 glon=  294.85 (0-360E) glon=  294.85 glat=  37.08 u=   9.6000 v= -16.4000 vr=  -9.42501 vt=  16.50119
 i= 1246 j=  719 glon=  295.05 (0-360E) glon=  295.05 glat=  37.08 u=  10.1000 v= -17.9000 vr=  -9.90105 vt=  18.01081
 i= 1251 j=  719 glon=  295.25 (0-360E) glon=  295.25 glat=  37.08 u=  10.2000 v= -19.0000 vr=  -9.97846 vt=  19.11728
 i= 1256 j=  719 glon=  295.45 (0-360E) glon=  295.45 glat=  37.08 u=  10.9000 v= -17.3000 vr= -10.68632 vt=  17.43280
 i= 1261 j=  719 glon=  295.65 (0-360E) glon=  295.65 glat=  37.08 u=  10.5000 v= -19.4000 vr= -10.24347 vt=  19.53667
 i= 1266 j=  719 glon=  295.85 (0-360E) glon=  295.85 glat=  37.08 u=  11.7000 v= -22.3000 vr= -11.37924 vt=  22.46537
 i= 1271 j=  719 glon=  296.05 (0-360E) glon=  296.05 glat=  37.08 u=  10.8000 v= -23.3000 vr= -10.42785 vt=  23.46892
 i= 1276 j=  719 glon=  296.25 (0-360E) glon=  296.25 glat=  37.08 u=  11.1000 v= -27.2000 vr= -10.60314 vt=  27.39751
 i= 1281 j=  719 glon=  296.45 (0-360E) glon=  296.45 glat=  37.08 u=  11.4000 v= -31.4000 vr= -10.71496 vt=  31.64032
 i= 1286 j=  719 glon=  296.65 (0-360E) glon=  296.65 glat=  37.08 u=  11.7000 v= -42.9000 vr= -10.50414 vt=  43.20837
 i= 1291 j=  719 glon=  296.85 (0-360E) glon=  296.85 glat=  37.08 u=  17.5000 v= -33.7000 vr= -16.13692 vt=  34.37353
 i= 1296 j=  719 glon=  297.05 (0-360E) glon=  297.05 glat=  37.08 u=  17.4000 v= -18.6000 vr= -15.93310 vt=  19.87099
 i= 1301 j=  719 glon=  297.25 (0-360E) glon=  297.25 glat=  37.08 u=  17.3000 v=  -8.3000 vr=  -3.65899 vt=  18.83592
 i= 1306 j=  719 glon=  297.45 (0-360E) glon=  297.45 glat=  37.08 u=  17.6000 v=   4.1000 vr=  17.18430 vt=   5.59194
 i= 1311 j=  719 glon=  297.65 (0-360E) glon=  297.65 glat=  37.08 u=  12.2000 v=  18.2000 vr=  11.41794 vt=  18.70055
 i= 1316 j=  719 glon=  297.85 (0-360E) glon=  297.85 glat=  37.08 u=   4.3000 v=  55.1000 vr=   2.71232 vt=  55.20094
 i= 1321 j=  719 glon=  298.05 (0-360E) glon=  298.05 glat=  37.08 u=  -3.7000 v=  59.9000 vr=  -5.03379 vt=  59.80268
 i= 1326 j=  719 glon=  298.25 (0-360E) glon=  298.25 glat=  37.08 u=  -0.1000 v=  52.4000 vr=  -1.07150 vt=  52.38914
 i= 1331 j=  719 glon=  298.45 (0-360E) glon=  298.45 glat=  37.08 u=   4.3000 v=  42.8000 vr=   3.60854 vt=  42.86384
 i= 1336 j=  719 glon=  298.65 (0-360E) glon=  298.65 glat=  37.08 u=   6.7000 v=  39.4000 vr=   6.12829 vt=  39.49296
 i= 1341 j=  719 glon=  298.85 (0-360E) glon=  298.85 glat=  37.08 u=   8.5000 v=  37.2000 vr=   8.00459 vt=  37.30974
 i= 1346 j=  719 glon=  299.05 (0-360E) glon=  299.05 glat=  37.08 u=   6.4000 v=  35.1000 vr=   5.96439 vt=  35.17664
 i= 1351 j=  719 glon=  299.25 (0-360E) glon=  299.25 glat=  37.08 u=  11.2000 v=  33.0000 vr=  10.81324 vt=  33.12875
 i= 1356 j=  719 glon=  299.45 (0-360E) glon=  299.45 glat=  37.08 u=  12.3000 v=  30.9000 vr=  11.95504 vt=  31.03509
 i= 1361 j=  719 glon=  299.65 (0-360E) glon=  299.65 glat=  37.08 u=  13.4000 v=  29.7000 vr=  13.08188 vt=  29.84149
 i= 1241 j=  724 glon=  294.85 (0-360E) glon=  294.85 glat=  36.88 u=  11.0000 v= -16.0000 vr=  -9.07377 vt=  17.16586
 i= 1246 j=  724 glon=  295.05 (0-360E) glon=  295.05 glat=  36.88 u=  12.2000 v= -17.3000 vr=  -9.93993 vt=  18.69031
 i= 1251 j=  724 glon=  295.25 (0-360E) glon=  295.25 glat=  36.88 u=  12.0000 v= -19.4000 vr=  -9.24331 vt=  20.85477
 i= 1256 j=  724 glon=  295.45 (0-360E) glon=  295.45 glat=  36.88 u=  13.1000 v= -17.6000 vr= -10.31096 vt=  19.36631
 i= 1261 j=  724 glon=  295.65 (0-360E) glon=  295.65 glat=  36.88 u=  14.3000 v= -18.1000 vr= -11.07345 vt=  20.23558
 i= 1266 j=  724 glon=  295.85 (0-360E) glon=  295.85 glat=  36.88 u=  14.3000 v= -20.1000 vr= -10.24335 vt=  22.44045
 i= 1271 j=  724 glon=  296.05 (0-360E) glon=  296.05 glat=  36.88 u=  17.4000 v= -23.1000 vr= -11.95176 vt=  26.33487
 i= 1276 j=  724 glon=  296.25 (0-360E) glon=  296.25 glat=  36.88 u=  16.6000 v= -25.0000 vr=  -9.61288 vt=  28.42802
 i= 1281 j=  724 glon=  296.45 (0-360E) glon=  296.45 glat=  36.88 u=  20.7000 v= -26.9000 vr= -11.21331 vt=  32.03688
 i= 1286 j=  724 glon=  296.65 (0-360E) glon=  296.65 glat=  36.88 u=  21.3000 v= -34.1000 vr=  -5.85314 vt=  39.77739
 i= 1291 j=  724 glon=  296.85 (0-360E) glon=  296.85 glat=  36.88 u=  29.0000 v= -38.1000 vr=  -3.60789 vt=  47.74509
 i= 1296 j=  724 glon=  297.05 (0-360E) glon=  297.05 glat=  36.88 u=  37.7000 v= -23.2000 vr=  -5.28931 vt=  43.94944
 i= 1301 j=  724 glon=  297.25 (0-360E) glon=  297.25 glat=  36.88 u=  37.1000 v= -10.8000 vr=   9.12878 vt=  37.54618
 i= 1306 j=  724 glon=  297.45 (0-360E) glon=  297.45 glat=  36.88 u=  28.7000 v=   2.3000 vr=  14.65866 vt=  24.78112
 i= 1311 j=  724 glon=  297.65 (0-360E) glon=  297.65 glat=  36.88 u=  27.0000 v=  13.3000 vr=  14.70393 vt=  26.26184
 i= 1316 j=  724 glon=  297.85 (0-360E) glon=  297.85 glat=  36.88 u=  24.4000 v=  49.7000 vr=   1.62930 vt=  55.34253
 i= 1321 j=  724 glon=  298.05 (0-360E) glon=  298.05 glat=  36.88 u=   7.9000 v=  59.2000 vr= -11.59722 vt=  58.58801
 i= 1326 j=  724 glon=  298.25 (0-360E) glon=  298.25 glat=  36.88 u=  11.7000 v=  49.3000 vr=  -1.66913 vt=  50.64182
 i= 1331 j=  724 glon=  298.45 (0-360E) glon=  298.45 glat=  36.88 u=  14.1000 v=  48.4000 vr=   3.01229 vt=  50.32192
 i= 1336 j=  724 glon=  298.65 (0-360E) glon=  298.65 glat=  36.88 u=  11.7000 v=  40.0000 vr=   3.80151 vt=  41.50227
 i= 1341 j=  724 glon=  298.85 (0-360E) glon=  298.85 glat=  36.88 u=  12.1000 v=  36.0000 vr=   5.82386 vt=  37.52989
 i= 1346 j=  724 glon=  299.05 (0-360E) glon=  299.05 glat=  36.88 u=   9.7000 v=  34.3000 vr=   4.37778 vt=  35.37535
 i= 1351 j=  724 glon=  299.25 (0-360E) glon=  299.25 glat=  36.88 u=  14.3000 v=  32.4000 vr=   9.69831 vt=  34.06160
 i= 1356 j=  724 glon=  299.45 (0-360E) glon=  299.45 glat=  36.88 u=  14.7000 v=  30.4000 vr=  10.74176 vt=  32.01351
 i= 1361 j=  724 glon=  299.65 (0-360E) glon=  299.65 glat=  36.88 u=  15.4000 v=  29.1000 vr=  11.89579 vt=  30.69951
 i= 1241 j=  729 glon=  294.85 (0-360E) glon=  294.85 glat=  36.68 u=  12.2000 v= -15.4000 vr=  -8.59891 vt=  17.66519
 i= 1246 j=  729 glon=  295.05 (0-360E) glon=  295.05 glat=  36.68 u=  13.7000 v= -16.5000 vr=  -9.48339 vt=  19.23552
 i= 1251 j=  729 glon=  295.25 (0-360E) glon=  295.25 glat=  36.68 u=  14.6000 v= -18.2000 vr=  -9.50944 vt=  21.30658
 i= 1256 j=  729 glon=  295.45 (0-360E) glon=  295.45 glat=  36.68 u=  15.5000 v= -18.4000 vr=  -9.76351 vt=  21.98827
 i= 1261 j=  729 glon=  295.65 (0-360E) glon=  295.65 glat=  36.68 u=  17.2000 v= -18.1000 vr= -10.76731 vt=  22.52809
 i= 1266 j=  729 glon=  295.85 (0-360E) glon=  295.85 glat=  36.68 u=  18.7000 v= -19.2000 vr= -10.88160 vt=  24.49328
 i= 1271 j=  729 glon=  296.05 (0-360E) glon=  296.05 glat=  36.68 u=  18.4000 v= -21.1000 vr=  -8.57719 vt=  26.64961
 i= 1276 j=  729 glon=  296.25 (0-360E) glon=  296.25 glat=  36.68 u=  22.7000 v= -21.8000 vr= -10.23797 vt=  29.76095
 i= 1281 j=  729 glon=  296.45 (0-360E) glon=  296.45 glat=  36.68 u=  23.5000 v= -25.5000 vr=  -6.07977 vt=  34.13995
 i= 1286 j=  729 glon=  296.65 (0-360E) glon=  296.65 glat=  36.68 u=  29.2000 v= -24.7000 vr=  -6.33532 vt=  37.71729
 i= 1291 j=  729 glon=  296.85 (0-360E) glon=  296.85 glat=  36.68 u=  34.9000 v= -22.6000 vr=  -4.06218 vt=  41.37957
 i= 1296 j=  729 glon=  297.05 (0-360E) glon=  297.05 glat=  36.68 u=  40.7000 v= -20.8000 vr=   3.80621 vt=  45.54825
 i= 1301 j=  729 glon=  297.25 (0-360E) glon=  297.25 glat=  36.68 u=  47.5000 v= -13.9000 vr=  12.79884 vt=  47.80847
 i= 1306 j=  729 glon=  297.45 (0-360E) glon=  297.45 glat=  36.68 u=  51.3000 v=  -2.4000 vr=  19.79338 vt=  47.38852
 i= 1311 j=  729 glon=  297.65 (0-360E) glon=  297.65 glat=  36.68 u=  50.9000 v=  16.3000 vr=  17.50806 vt=  50.49721
 i= 1316 j=  729 glon=  297.85 (0-360E) glon=  297.85 glat=  36.68 u=  37.6000 v=  43.5000 vr=  -0.52465 vt=  57.49552
 i= 1321 j=  729 glon=  298.05 (0-360E) glon=  298.05 glat=  36.68 u=  20.7000 v=  51.4000 vr= -10.95747 vt=  54.31744
 i= 1326 j=  729 glon=  298.25 (0-360E) glon=  298.25 glat=  36.68 u=  21.8000 v=  43.2000 vr=  -0.80444 vt=  48.38215
 i= 1331 j=  729 glon=  298.45 (0-360E) glon=  298.45 glat=  36.68 u=  22.2000 v=  43.4000 vr=   2.91767 vt=  48.66094
 i= 1336 j=  729 glon=  298.65 (0-360E) glon=  298.65 glat=  36.68 u=  20.3000 v=  39.8000 vr=   4.99567 vt=  44.39790
 i= 1341 j=  729 glon=  298.85 (0-360E) glon=  298.85 glat=  36.68 u=  15.6000 v=  35.2000 vr=   3.79827 vt=  38.31414
 i= 1346 j=  729 glon=  299.05 (0-360E) glon=  299.05 glat=  36.68 u=  14.7000 v=  33.3000 vr=   4.72151 vt=  36.09276
 i= 1351 j=  729 glon=  299.25 (0-360E) glon=  299.25 glat=  36.68 u=  17.2000 v=  30.9000 vr=   8.70809 vt=  34.27564
 i= 1356 j=  729 glon=  299.45 (0-360E) glon=  299.45 glat=  36.68 u=  16.8000 v=  29.9000 vr=   9.30165 vt=  33.01105
 i= 1361 j=  729 glon=  299.65 (0-360E) glon=  299.65 glat=  36.68 u=  16.8000 v=  28.0000 vr=  10.31715 vt=  30.98058
 i= 1246 j=  734 glon=  295.05 (0-360E) glon=  295.05 glat=  36.48 u=  14.4000 v= -15.7000 vr=  -8.36441 vt=  19.59303
 i= 1251 j=  734 glon=  295.25 (0-360E) glon=  295.25 glat=  36.48 u=  16.3000 v= -16.9000 vr=  -9.11527 vt=  21.63820
 i= 1256 j=  734 glon=  295.45 (0-360E) glon=  295.45 glat=  36.48 u=  17.8000 v= -18.1000 vr=  -9.24529 vt=  23.64264
 i= 1261 j=  734 glon=  295.65 (0-360E) glon=  295.65 glat=  36.48 u=  19.2000 v= -17.8000 vr=  -9.60974 vt=  24.35432
 i= 1266 j=  734 glon=  295.85 (0-360E) glon=  295.85 glat=  36.48 u=  21.8000 v= -18.1000 vr= -10.44548 vt=  26.33898
 i= 1271 j=  734 glon=  296.05 (0-360E) glon=  296.05 glat=  36.48 u=  24.8000 v= -18.2000 vr= -11.16302 vt=  28.66473
 i= 1276 j=  734 glon=  296.25 (0-360E) glon=  296.25 glat=  36.48 u=  23.4000 v= -19.5000 vr=  -6.82492 vt=  29.68553
 i= 1281 j=  734 glon=  296.45 (0-360E) glon=  296.45 glat=  36.48 u=  28.4000 v= -16.9000 vr=  -9.00968 vt=  31.79616
 i= 1286 j=  734 glon=  296.65 (0-360E) glon=  296.65 glat=  36.48 u=  32.8000 v= -15.3000 vr=  -8.48034 vt=  35.18542
 i= 1291 j=  734 glon=  296.85 (0-360E) glon=  296.85 glat=  36.48 u=  38.1000 v= -16.1000 vr=  -3.83959 vt=  41.18346
 i= 1296 j=  734 glon=  297.05 (0-360E) glon=  297.05 glat=  36.48 u=  43.9000 v= -13.3000 vr=   1.12470 vt=  45.85668
 i= 1301 j=  734 glon=  297.25 (0-360E) glon=  297.25 glat=  36.48 u=  48.8000 v=  -4.6000 vr=   3.83932 vt=  48.86573
 i= 1306 j=  734 glon=  297.45 (0-360E) glon=  297.45 glat=  36.48 u=  49.1000 v=   0.9000 vr=  10.82053 vt=  47.90132
 i= 1311 j=  734 glon=  297.65 (0-360E) glon=  297.65 glat=  36.48 u=  46.0000 v=  23.4000 vr=  -0.11670 vt=  51.60956
 i= 1316 j=  734 glon=  297.85 (0-360E) glon=  297.85 glat=  36.48 u=  38.2000 v=  39.8000 vr=  -8.36447 vt=  54.52812
 i= 1321 j=  734 glon=  298.05 (0-360E) glon=  298.05 glat=  36.48 u=  23.5000 v=  47.7000 vr= -16.47356 vt=  50.55850
 i= 1326 j=  734 glon=  298.25 (0-360E) glon=  298.25 glat=  36.48 u=  23.2000 v=  33.1000 vr=  -2.02874 vt=  40.36997
 i= 1331 j=  734 glon=  298.45 (0-360E) glon=  298.45 glat=  36.48 u=  26.7000 v=  36.3000 vr=   2.65189 vt=  44.98386
 i= 1336 j=  734 glon=  298.65 (0-360E) glon=  298.65 glat=  36.48 u=  25.1000 v=  36.0000 vr=   4.44364 vt=  43.66078
 i= 1341 j=  734 glon=  298.85 (0-360E) glon=  298.85 glat=  36.48 u=  19.1000 v=  33.7000 vr=   2.41871 vt=  38.66070
 i= 1346 j=  734 glon=  299.05 (0-360E) glon=  299.05 glat=  36.48 u=  18.7000 v=  31.2000 vr=   4.74966 vt=  36.06343
 i= 1351 j=  734 glon=  299.25 (0-360E) glon=  299.25 glat=  36.48 u=  19.7000 v=  29.2000 vr=   7.71983 vt=  34.36763
 i= 1356 j=  734 glon=  299.45 (0-360E) glon=  299.45 glat=  36.48 u=  17.8000 v=  28.7000 vr=   7.14197 vt=  33.00791
 i= 1361 j=  734 glon=  299.65 (0-360E) glon=  299.65 glat=  36.48 u=  18.6000 v=  27.1000 vr=   9.25013 vt=  31.54053
 i= 1246 j=  739 glon=  295.05 (0-360E) glon=  295.05 glat=  36.28 u=  15.2000 v= -14.5000 vr=  -7.66613 vt=  19.55813
 i= 1251 j=  739 glon=  295.25 (0-360E) glon=  295.25 glat=  36.28 u=  17.5000 v= -15.3000 vr=  -8.63256 vt=  21.58284
 i= 1256 j=  739 glon=  295.45 (0-360E) glon=  295.45 glat=  36.28 u=  19.1000 v= -16.3000 vr=  -8.60053 vt=  23.59091
 i= 1261 j=  739 glon=  295.65 (0-360E) glon=  295.65 glat=  36.28 u=  21.1000 v= -17.0000 vr=  -8.70529 vt=  25.65985
 i= 1266 j=  739 glon=  295.85 (0-360E) glon=  295.85 glat=  36.28 u=  23.7000 v= -15.7000 vr=  -9.99914 vt=  26.61197
 i= 1271 j=  739 glon=  296.05 (0-360E) glon=  296.05 glat=  36.28 u=  25.5000 v= -16.2000 vr=  -9.07648 vt=  28.81506
 i= 1276 j=  739 glon=  296.25 (0-360E) glon=  296.25 glat=  36.28 u=  29.4000 v= -15.0000 vr= -10.07350 vt=  31.43063
 i= 1281 j=  739 glon=  296.45 (0-360E) glon=  296.45 glat=  36.28 u=  33.9000 v= -12.3000 vr= -11.52164 vt=  34.17238
 i= 1286 j=  739 glon=  296.65 (0-360E) glon=  296.65 glat=  36.28 u=  35.1000 v= -13.2000 vr=  -6.78174 vt=  36.88168
 i= 1291 j=  739 glon=  296.85 (0-360E) glon=  296.85 glat=  36.28 u=  37.2000 v= -14.6000 vr=  -0.43727 vt=  39.96009
 i= 1296 j=  739 glon=  297.05 (0-360E) glon=  297.05 glat=  36.28 u=  43.4000 v= -10.2000 vr=   1.12608 vt=  44.56828
 i= 1301 j=  739 glon=  297.25 (0-360E) glon=  297.25 glat=  36.28 u=  49.8000 v=  -0.7000 vr=   0.11471 vt=  49.80479
 i= 1306 j=  739 glon=  297.45 (0-360E) glon=  297.45 glat=  36.28 u=  46.7000 v=  19.5000 vr= -10.67831 vt=  49.46831
 i= 1311 j=  739 glon=  297.65 (0-360E) glon=  297.65 glat=  36.28 u=  42.0000 v=  27.0000 vr= -10.24835 vt=  48.86687
 i= 1316 j=  739 glon=  297.85 (0-360E) glon=  297.85 glat=  36.28 u=  38.1000 v=  32.0000 vr=  -8.63514 vt=  49.00045
 i= 1321 j=  739 glon=  298.05 (0-360E) glon=  298.05 glat=  36.28 u=  33.9000 v=  32.0000 vr=  -4.55109 vt=  46.39502
 i= 1326 j=  739 glon=  298.25 (0-360E) glon=  298.25 glat=  36.28 u=  26.1000 v=  32.4000 vr=  -5.08904 vt=  41.29251
 i= 1331 j=  739 glon=  298.45 (0-360E) glon=  298.45 glat=  36.28 u=  29.5000 v=  30.5000 vr=   2.51497 vt=  42.35770
 i= 1336 j=  739 glon=  298.65 (0-360E) glon=  298.65 glat=  36.28 u=  25.5000 v=  32.1000 vr=   1.51510 vt=  40.96785
 i= 1341 j=  739 glon=  298.85 (0-360E) glon=  298.85 glat=  36.28 u=  22.0000 v=  31.1000 vr=   1.65503 vt=  38.05878
 i= 1346 j=  739 glon=  299.05 (0-360E) glon=  299.05 glat=  36.28 u=  21.3000 v=  29.0000 vr=   4.06258 vt=  35.75172
 i= 1351 j=  739 glon=  299.25 (0-360E) glon=  299.25 glat=  36.28 u=  20.8000 v=  27.7000 vr=   5.77288 vt=  34.15558
 i= 1356 j=  739 glon=  299.45 (0-360E) glon=  299.45 glat=  36.28 u=  19.3000 v=  27.0000 vr=   5.97871 vt=  32.64575
 i= 1251 j=  744 glon=  295.25 (0-360E) glon=  295.25 glat=  36.08 u=  18.0000 v= -13.8000 vr=  -7.80937 vt=  21.29445
 i= 1256 j=  744 glon=  295.45 (0-360E) glon=  295.45 glat=  36.08 u=  19.8000 v= -14.2000 vr=  -8.02904 vt=  23.00466
 i= 1261 j=  744 glon=  295.65 (0-360E) glon=  295.65 glat=  36.08 u=  22.0000 v= -14.7000 vr=  -8.16133 vt=  25.16908
 i= 1266 j=  744 glon=  295.85 (0-360E) glon=  295.85 glat=  36.08 u=  24.6000 v= -15.4000 vr=  -7.98302 vt=  27.90325
 i= 1271 j=  744 glon=  296.05 (0-360E) glon=  296.05 glat=  36.08 u=  29.5000 v= -16.4000 vr=  -8.50946 vt=  32.66189
 i= 1276 j=  744 glon=  296.25 (0-360E) glon=  296.25 glat=  36.08 u=  27.3000 v= -12.7000 vr=  -7.09994 vt=  29.26040
 i= 1281 j=  744 glon=  296.45 (0-360E) glon=  296.45 glat=  36.08 u=  30.0000 v= -12.1000 vr=  -5.99582 vt=  31.78774
 i= 1286 j=  744 glon=  296.65 (0-360E) glon=  296.65 glat=  36.08 u=  34.9000 v=  -9.3000 vr=  -6.80919 vt=  35.47020
 i= 1291 j=  744 glon=  296.85 (0-360E) glon=  296.85 glat=  36.08 u=  39.3000 v=  -5.6000 vr=  -6.83501 vt=  39.10413
 i= 1296 j=  744 glon=  297.05 (0-360E) glon=  297.05 glat=  36.08 u=  42.2000 v=   0.2000 vr=  -7.16679 vt=  41.58746
 i= 1301 j=  744 glon=  297.25 (0-360E) glon=  297.25 glat=  36.08 u=  42.8000 v=   6.1000 vr=  -6.50366 vt=  42.74052
 i= 1306 j=  744 glon=  297.45 (0-360E) glon=  297.45 glat=  36.08 u=  40.2000 v=  18.7000 vr= -12.58876 vt=  42.51180
 i= 1311 j=  744 glon=  297.65 (0-360E) glon=  297.65 glat=  36.08 u=  37.8000 v=  24.2000 vr= -12.05931 vt=  43.23255
 i= 1316 j=  744 glon=  297.85 (0-360E) glon=  297.85 glat=  36.08 u=  34.7000 v=  21.2000 vr=  -4.61466 vt=  40.40093
 i= 1321 j=  744 glon=  298.05 (0-360E) glon=  298.05 glat=  36.08 u=  32.3000 v=  22.6000 vr=  -2.13383 vt=  39.36365
 i= 1326 j=  744 glon=  298.25 (0-360E) glon=  298.25 glat=  36.08 u=  31.1000 v=  24.8000 vr=  -0.44823 vt=  39.77498
 i= 1331 j=  744 glon=  298.45 (0-360E) glon=  298.45 glat=  36.08 u=  29.3000 v=  26.7000 vr=   0.52997 vt=  39.63709
 i= 1336 j=  744 glon=  298.65 (0-360E) glon=  298.65 glat=  36.08 u=  25.6000 v=  28.5000 vr=  -0.35983 vt=  38.30771
 i= 1341 j=  744 glon=  298.85 (0-360E) glon=  298.85 glat=  36.08 u=  24.3000 v=  27.7000 vr=   1.64751 vt=  36.81122
 i= 1346 j=  744 glon=  299.05 (0-360E) glon=  299.05 glat=  36.08 u=  23.3000 v=  26.4000 vr=   3.65853 vt=  35.02092
 i= 1351 j=  744 glon=  299.25 (0-360E) glon=  299.25 glat=  36.08 u=  21.4000 v=  25.9000 vr=   4.02222 vt=  33.35553
 i= 1251 j=  749 glon=  295.25 (0-360E) glon=  295.25 glat=  35.88 u=  19.1000 v= -11.4000 vr=  -8.33545 vt=  20.62257
 i= 1256 j=  749 glon=  295.45 (0-360E) glon=  295.45 glat=  35.88 u=  20.6000 v= -12.4000 vr=  -7.79078 vt=  22.74695
 i= 1261 j=  749 glon=  295.65 (0-360E) glon=  295.65 glat=  35.88 u=  22.4000 v= -12.6000 vr=  -7.64290 vt=  24.53785
 i= 1266 j=  749 glon=  295.85 (0-360E) glon=  295.85 glat=  35.88 u=  25.2000 v= -12.2000 vr=  -8.21499 vt=  26.76554
 i= 1271 j=  749 glon=  296.05 (0-360E) glon=  296.05 glat=  35.88 u=  28.7000 v= -10.7000 vr=  -9.54173 vt=  29.10559
 i= 1276 j=  749 glon=  296.25 (0-360E) glon=  296.25 glat=  35.88 u=  30.2000 v=  -8.6000 vr=  -9.60313 vt=  29.89615
 i= 1281 j=  749 glon=  296.45 (0-360E) glon=  296.45 glat=  35.88 u=  32.7000 v=  -7.9000 vr=  -8.47267 vt=  32.55632
 i= 1286 j=  749 glon=  296.65 (0-360E) glon=  296.65 glat=  35.88 u=  33.8000 v=  -1.3000 vr= -11.45006 vt=  31.82807
 i= 1291 j=  749 glon=  296.85 (0-360E) glon=  296.85 glat=  35.88 u=  36.9000 v=   3.0000 vr= -12.57716 vt=  34.81990
 i= 1296 j=  749 glon=  297.05 (0-360E) glon=  297.05 glat=  35.88 u=  38.1000 v=  -0.3000 vr=  -4.98287 vt=  37.77395
 i= 1301 j=  749 glon=  297.25 (0-360E) glon=  297.25 glat=  35.88 u=  43.3000 v=   1.7000 vr=  -2.04143 vt=  43.28525
 i= 1306 j=  749 glon=  297.45 (0-360E) glon=  297.45 glat=  35.88 u=  46.1000 v=  13.0000 vr=  -7.22068 vt=  47.35052
 i= 1311 j=  749 glon=  297.65 (0-360E) glon=  297.65 glat=  35.88 u=  37.5000 v=  18.0000 vr=  -8.13147 vt=  40.79374
 i= 1316 j=  749 glon=  297.85 (0-360E) glon=  297.85 glat=  35.88 u=  34.2000 v=  18.0000 vr=  -4.40835 vt=  38.39540
 i= 1321 j=  749 glon=  298.05 (0-360E) glon=  298.05 glat=  35.88 u=  31.1000 v=  20.5000 vr=  -3.84617 vt=  37.04952
 i= 1326 j=  749 glon=  298.25 (0-360E) glon=  298.25 glat=  35.88 u=  30.3000 v=  22.9000 vr=  -2.65251 vt=  37.88752
 i= 1331 j=  749 glon=  298.45 (0-360E) glon=  298.45 glat=  35.88 u=  28.1000 v=  25.2000 vr=  -2.52808 vt=  37.65978
 i= 1336 j=  749 glon=  298.65 (0-360E) glon=  298.65 glat=  35.88 u=  26.7000 v=  24.9000 vr=  -0.37638 vt=  36.50696
 i= 1341 j=  749 glon=  298.85 (0-360E) glon=  298.85 glat=  35.88 u=  24.8000 v=  24.8000 vr=   0.75576 vt=  35.06435
 i= 1346 j=  749 glon=  299.05 (0-360E) glon=  299.05 glat=  35.88 u=  23.3000 v=  24.2000 vr=   2.04814 vt=  33.53111
 i= 1351 j=  749 glon=  299.25 (0-360E) glon=  299.25 glat=  35.88 u=  22.4000 v=  23.5000 vr=   3.47300 vt=  32.27922
 i= 1261 j=  754 glon=  295.65 (0-360E) glon=  295.65 glat=  35.68 u=  22.6000 v= -10.3000 vr=  -7.60283 vt=  23.64418
 i= 1266 j=  754 glon=  295.85 (0-360E) glon=  295.85 glat=  35.68 u=  24.5000 v=  -9.8000 vr=  -7.62905 vt=  25.26040
 i= 1271 j=  754 glon=  296.05 (0-360E) glon=  296.05 glat=  35.68 u=  27.0000 v=  -8.3000 vr=  -8.42743 vt=  26.96050
 i= 1276 j=  754 glon=  296.25 (0-360E) glon=  296.25 glat=  35.68 u=  29.2000 v=  -6.9000 vr=  -8.53226 vt=  28.76544
 i= 1281 j=  754 glon=  296.45 (0-360E) glon=  296.45 glat=  35.68 u=  30.7000 v=  -5.8000 vr=  -7.56212 vt=  30.31409
 i= 1286 j=  754 glon=  296.65 (0-360E) glon=  296.65 glat=  35.68 u=  31.7000 v=  -4.8000 vr=  -5.85411 vt=  31.52236
 i= 1291 j=  754 glon=  296.85 (0-360E) glon=  296.85 glat=  35.68 u=  35.0000 v=  -3.5000 vr=  -4.55293 vt=  34.87866
 i= 1296 j=  754 glon=  297.05 (0-360E) glon=  297.05 glat=  35.68 u=  36.5000 v=  -1.0000 vr=  -3.36314 vt=  36.35848
 i= 1301 j=  754 glon=  297.25 (0-360E) glon=  297.25 glat=  35.68 u=  38.3000 v=   2.0000 vr=  -2.25941 vt=  38.28557
 i= 1306 j=  754 glon=  297.45 (0-360E) glon=  297.45 glat=  35.68 u=  38.2000 v=   8.3000 vr=  -4.20196 vt=  38.86481
 i= 1311 j=  754 glon=  297.65 (0-360E) glon=  297.65 glat=  35.68 u=  35.3000 v=  13.4000 vr=  -5.50078 vt=  37.35494
 i= 1316 j=  754 glon=  297.85 (0-360E) glon=  297.85 glat=  35.68 u=  32.0000 v=  16.0000 vr=  -5.05881 vt=  35.41763
 i= 1321 j=  754 glon=  298.05 (0-360E) glon=  298.05 glat=  35.68 u=  30.2000 v=  18.7000 vr=  -4.76089 vt=  35.20034
 i= 1326 j=  754 glon=  298.25 (0-360E) glon=  298.25 glat=  35.68 u=  29.2000 v=  20.6000 vr=  -3.71738 vt=  35.54126
 i= 1331 j=  754 glon=  298.45 (0-360E) glon=  298.45 glat=  35.68 u=  28.7000 v=  21.4000 vr=  -1.74353 vt=  35.75766
 i= 1336 j=  754 glon=  298.65 (0-360E) glon=  298.65 glat=  35.68 u=  26.4000 v=  22.1000 vr=  -1.08140 vt=  34.41222
 i= 1341 j=  754 glon=  298.85 (0-360E) glon=  298.85 glat=  35.68 u=  24.5000 v=  22.1000 vr=  -0.08501 vt=  32.99474
 i= 1346 j=  754 glon=  299.05 (0-360E) glon=  299.05 glat=  35.68 u=  23.6000 v=  21.7000 vr=   1.49336 vt=  32.02530
 i= 1266 j=  759 glon=  295.85 (0-360E) glon=  295.85 glat=  35.48 u=  24.2000 v=  -7.3000 vr=  -7.89998 vt=  24.01084
 i= 1271 j=  759 glon=  296.05 (0-360E) glon=  296.05 glat=  35.48 u=  25.6000 v=  -7.0000 vr=  -7.19470 vt=  25.54597
 i= 1276 j=  759 glon=  296.25 (0-360E) glon=  296.25 glat=  35.48 u=  27.3000 v=  -6.1000 vr=  -6.80566 vt=  27.13269
 i= 1281 j=  759 glon=  296.45 (0-360E) glon=  296.45 glat=  35.48 u=  29.2000 v=  -5.1000 vr=  -6.19227 vt=  28.98803
 i= 1286 j=  759 glon=  296.65 (0-360E) glon=  296.65 glat=  35.48 u=  30.8000 v=  -3.8000 vr=  -5.32506 vt=  30.57325
 i= 1291 j=  759 glon=  296.85 (0-360E) glon=  296.85 glat=  35.48 u=  32.6000 v=  -2.1000 vr=  -4.48205 vt=  32.35864
 i= 1296 j=  759 glon=  297.05 (0-360E) glon=  297.05 glat=  35.48 u=  33.6000 v=   0.6000 vr=  -4.11741 vt=  33.35216
 i= 1301 j=  759 glon=  297.25 (0-360E) glon=  297.25 glat=  35.48 u=  33.5000 v=   3.7000 vr=  -3.89886 vt=  33.47744
 i= 1306 j=  759 glon=  297.45 (0-360E) glon=  297.45 glat=  35.48 u=  33.5000 v=   7.0000 vr=  -3.85134 vt=  34.00613
 i= 1311 j=  759 glon=  297.65 (0-360E) glon=  297.65 glat=  35.48 u=  32.0000 v=  11.1000 vr=  -4.83844 vt=  33.52312
 i= 1316 j=  759 glon=  297.85 (0-360E) glon=  297.85 glat=  35.48 u=  30.0000 v=  14.9000 vr=  -5.88704 vt=  32.97503
 i= 1321 j=  759 glon=  298.05 (0-360E) glon=  298.05 glat=  35.48 u=  29.3000 v=  16.7000 vr=  -4.86997 vt=  33.37160
 i= 1326 j=  759 glon=  298.25 (0-360E) glon=  298.25 glat=  35.48 u=  28.6000 v=  17.7000 vr=  -3.29379 vt=  33.47239
 i= 1331 j=  759 glon=  298.45 (0-360E) glon=  298.45 glat=  35.48 u=  27.7000 v=  18.2000 vr=  -1.60976 vt=  33.10496
 i= 1336 j=  759 glon=  298.65 (0-360E) glon=  298.65 glat=  35.48 u=  25.2000 v=  19.2000 vr=  -1.52632 vt=  31.64412
 i= 1276 j=  764 glon=  296.25 (0-360E) glon=  296.25 glat=  35.28 u=  26.6000 v=  -4.1000 vr=  -7.11955 vt=  25.95539
 i= 1281 j=  764 glon=  296.45 (0-360E) glon=  296.45 glat=  35.28 u=  28.1000 v=  -2.6000 vr=  -7.04956 vt=  27.32533
 i= 1286 j=  764 glon=  296.65 (0-360E) glon=  296.65 glat=  35.28 u=  29.2000 v=  -0.6000 vr=  -7.05126 vt=  28.34219
 i= 1291 j=  764 glon=  296.85 (0-360E) glon=  296.85 glat=  35.28 u=  29.9000 v=   1.9000 vr=  -7.23118 vt=  29.07456
 i= 1296 j=  764 glon=  297.05 (0-360E) glon=  297.05 glat=  35.28 u=  30.5000 v=   4.0000 vr=  -6.83088 vt=  29.99315
 i= 1301 j=  764 glon=  297.25 (0-360E) glon=  297.25 glat=  35.28 u=  30.6000 v=   6.4000 vr=  -6.56167 vt=  30.56574
 i= 1306 j=  764 glon=  297.45 (0-360E) glon=  297.45 glat=  35.28 u=  29.8000 v=  10.0000 vr=  -7.49391 vt=  30.52673
 i= 1311 j=  764 glon=  297.65 (0-360E) glon=  297.65 glat=  35.28 u=  28.8000 v=  12.8000 vr=  -7.74120 vt=  30.55084
 i= 1316 j=  764 glon=  297.85 (0-360E) glon=  297.85 glat=  35.28 u=  28.8000 v=  13.7000 vr=  -6.00735 vt=  31.32159
 i= 1321 j=  764 glon=  298.05 (0-360E) glon=  298.05 glat=  35.28 u=  28.6000 v=  14.0000 vr=  -3.80729 vt=  31.61431
 i= 1326 j=  764 glon=  298.25 (0-360E) glon=  298.25 glat=  35.28 u=  28.0000 v=  14.4000 vr=  -1.98790 vt=  31.42305
 i= 1296 j=  769 glon=  297.05 (0-360E) glon=  297.05 glat=  35.08 u=  28.2000 v=   5.9000 vr=  -8.25437 vt=  27.60281
 i= 1301 j=  769 glon=  297.25 (0-360E) glon=  297.25 glat=  35.08 u=  27.7000 v=   8.3000 vr=  -8.43187 vt=  27.66014
 i= 1306 j=  769 glon=  297.45 (0-360E) glon=  297.45 glat=  35.08 u=  27.6000 v=   9.6000 vr=  -7.50877 vt=  28.24072
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    28.7805710064348       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     48.67 kts
    LL Wind Circ Vt mean quadmax value: SE     59.60 kts
    LL Wind Circ Vt mean quadmax value: SW     53.03 kts
    LL Wind Circ Vt mean quadmax value: NW     41.36 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   17.3646480457057       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    37.1587551206773     
   xcenlon=    297.366686958178     
   imax=         2738  jmax=         2041
   jlatfix=          717
   ilonfix (unadjusted) =         1304
  
 In get_max_wind, ibeg=         1218  iend=         1389
                  jbeg=          649  jend=          786
         ilonfix=         1304  jlatfix=          717
 At end of get_max_wind, vmax=    41.1510935456155       rmax= 
   32.9581471784409     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.88 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.90 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.88 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.88 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.05 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   11.75 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.09 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.03 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.54 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   20.45 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   23.53 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   26.61 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   29.52 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   32.11 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   34.12 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   35.15 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   35.43 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   35.21 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   34.67 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   33.98 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   33.20 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   32.37 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   31.58 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   30.87 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   30.20 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   29.49 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   28.74 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   28.07 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   27.50 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   27.04 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   26.71 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   26.39 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   26.04 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   25.55 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   24.98 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   24.40 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   23.83 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   23.33 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   22.90 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   22.54 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   22.21 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   21.88 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    35.43 m/s   maxrmw_dist=    51.00  km   maxrmw_ix=   17
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    51.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    35.4337594537290      
  (m/s)   (in kts)=    68.8371644907593     
  rising_sum_dvdr=       24.5517339316107     
  declining_sum_dvdr=   -9.88649906005078     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    72 igrct=  1 Vmax (m/s)=   41.151   22:26:06
 TIMING: before call  getradii, fhr=    72 igrct=  1   22:26:06
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -3.04029886678389     
 mr4qs before add, mean_radii_vt_4quad_sum=   -3.04029886678389     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.96758057563216     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.96758057563216     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.0687750848441     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.0687750848441     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.59577416147428     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    7.60 good_quad_ct=   4 mean_vt_4quad=      1.90
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.04 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.06 mean_vt_4quad=    9.10
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.09 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.15 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.20 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.27 mean_vt_4quad=    9.32
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.38 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.47 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.53 mean_vt_4quad=    9.48
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.56 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.58 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.61 mean_vt_4quad=    9.64
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.65 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.72 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.79 mean_vt_4quad=    9.79
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.86 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.93 mean_vt_4quad=    9.86
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.03 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.15 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.29 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.40 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.50 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.60 mean_vt_4quad=   10.15
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.70 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.80 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.90 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.01 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.12 mean_vt_4quad=   10.47
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.22 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.32 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.44 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.59 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.75 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.87 mean_vt_4quad=   10.97
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.96 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.05 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.13 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.17 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.18 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.18 mean_vt_4quad=   11.61
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.17 mean_vt_4quad=   11.73
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.17 mean_vt_4quad=   11.85
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.20 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.31 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.46 mean_vt_4quad=   12.24
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.61 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.76 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.91 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.07 mean_vt_4quad=   12.75
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.25 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.41 mean_vt_4quad=   13.01
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.56 mean_vt_4quad=   13.15
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.15 .... 0.5*v_holland=    7.79
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.30 .... 0.5*v_holland=    7.79
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.44 .... 0.5*v_holland=    7.79
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.60 .... 0.5*v_holland=    7.79
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   13.75 .... 0.5*v_holland=    7.79
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    216.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   116.553600000000     
 vradius(iwindix,iquad) =         117
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.56 mean_vt_4quad=   13.15
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.69 mean_vt_4quad=   13.30
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.74 mean_vt_4quad=   13.44
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.77 mean_vt_4quad=   13.60
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.79 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.92 mean_vt_4quad=   13.90
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.05 mean_vt_4quad=   14.05
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.20 mean_vt_4quad=   14.21
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.36 mean_vt_4quad=   14.38
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.54 mean_vt_4quad=   14.54
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.74 mean_vt_4quad=   14.71
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.94 mean_vt_4quad=   14.89
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.12 mean_vt_4quad=   15.07
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.27 mean_vt_4quad=   15.25
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.38 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.46 mean_vt_4quad=   15.64
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.63 mean_vt_4quad=   15.83
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   19.87 mean_vt_4quad=   16.03
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.15 mean_vt_4quad=   16.22
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.46 mean_vt_4quad=   16.42
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.76 mean_vt_4quad=   16.63
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.04 mean_vt_4quad=   16.85
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.24 mean_vt_4quad=   17.08
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.41 mean_vt_4quad=   17.32
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.53 mean_vt_4quad=   17.57
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.67 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   21.70 mean_vt_4quad=   18.10
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   21.60 mean_vt_4quad=   18.36
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   21.68 mean_vt_4quad=   18.61
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   22.09 mean_vt_4quad=   18.85
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   22.57 mean_vt_4quad=   19.08
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   23.03 mean_vt_4quad=   19.32
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   23.45 mean_vt_4quad=   19.57
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   23.80 mean_vt_4quad=   19.84
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   24.11 mean_vt_4quad=   20.14
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.44 mean_vt_4quad=   20.49
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.79 mean_vt_4quad=   20.88
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.16 mean_vt_4quad=   21.30
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.58 mean_vt_4quad=   21.72
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   26.04 mean_vt_4quad=   22.16
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   26.04 mean_vt_4quad=   22.16
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   26.51 mean_vt_4quad=   22.58
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   27.02 mean_vt_4quad=   23.01
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.70 mean_vt_4quad=   23.44
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   28.55 mean_vt_4quad=   23.91
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   29.43 mean_vt_4quad=   24.43
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   30.22 mean_vt_4quad=   25.04
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   30.88 mean_vt_4quad=   25.73
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   31.22 mean_vt_4quad=   26.44
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   31.57 mean_vt_4quad=   27.17
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   32.77 mean_vt_4quad=   27.93
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   34.02 mean_vt_4quad=   28.75
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.45 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.53 mean_vt_4quad=    9.10
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.60 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.72 mean_vt_4quad=    9.21
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.84 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.94 mean_vt_4quad=    9.32
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.00 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.03 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.05 mean_vt_4quad=    9.48
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.08 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.13 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.17 mean_vt_4quad=    9.64
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.20 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.26 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.34 mean_vt_4quad=    9.79
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.44 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.54 mean_vt_4quad=    9.86
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.62 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.68 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.74 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.80 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.86 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.92 mean_vt_4quad=   10.15
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.03 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.13 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.22 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.31 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.43 mean_vt_4quad=   10.47
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.56 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.70 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.82 mean_vt_4quad=   10.69
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.93 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.03 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.12 mean_vt_4quad=   10.97
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.20 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.29 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.38 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.49 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.60 mean_vt_4quad=   11.50
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   11.50 .... 0.5*v_holland=    6.65
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   11.61 .... 0.5*v_holland=    6.65
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   11.73 .... 0.5*v_holland=    6.65
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   11.85 .... 0.5*v_holland=    6.65
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   11.97 .... 0.5*v_holland=    6.65
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    255.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   137.598000000000     
 vradius(iwindix,iquad) =         138
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.60 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.74 mean_vt_4quad=   11.61
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.87 mean_vt_4quad=   11.73
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.01 mean_vt_4quad=   11.85
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.16 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.31 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.45 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.59 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.71 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.84 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.98 mean_vt_4quad=   12.75
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.15 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.32 mean_vt_4quad=   13.01
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.48 mean_vt_4quad=   13.15
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.60 mean_vt_4quad=   13.30
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.66 mean_vt_4quad=   13.44
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.82 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.00 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.20 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.37 mean_vt_4quad=   14.05
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.54 mean_vt_4quad=   14.21
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.80 mean_vt_4quad=   14.38
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   21.11 mean_vt_4quad=   14.54
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.44 mean_vt_4quad=   14.71
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   21.80 mean_vt_4quad=   14.89
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.17 mean_vt_4quad=   15.07
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.54 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   22.90 mean_vt_4quad=   15.44
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   23.26 mean_vt_4quad=   15.64
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   23.59 mean_vt_4quad=   15.83
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.90 mean_vt_4quad=   16.03
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   24.15 mean_vt_4quad=   16.22
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   24.34 mean_vt_4quad=   16.42
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   24.51 mean_vt_4quad=   16.63
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   24.93 mean_vt_4quad=   16.85
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   25.58 mean_vt_4quad=   17.08
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   26.50 mean_vt_4quad=   17.32
  
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   26.50 mean_vt_4quad=   17.32
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   27.46 mean_vt_4quad=   17.57
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   28.15 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   28.53 mean_vt_4quad=   18.10
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   28.38 mean_vt_4quad=   18.36
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   28.44 mean_vt_4quad=   18.61
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   28.91 mean_vt_4quad=   18.85
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   29.45 mean_vt_4quad=   19.08
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   29.82 mean_vt_4quad=   19.32
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   30.19 mean_vt_4quad=   19.57
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   30.83 mean_vt_4quad=   19.84
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   31.38 mean_vt_4quad=   20.14
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   31.90 mean_vt_4quad=   20.49
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   32.47 mean_vt_4quad=   20.88
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   33.12 mean_vt_4quad=   21.30
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.69 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.76 mean_vt_4quad=    9.10
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.85 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.93 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.01 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.09 mean_vt_4quad=    9.32
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.18 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.27 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.35 mean_vt_4quad=    9.48
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.41 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.46 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.50 mean_vt_4quad=    9.64
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.57 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.68 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.80 mean_vt_4quad=    9.79
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.95 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.10 mean_vt_4quad=    9.86
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.28 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.48 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.71 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.92 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.09 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.23 mean_vt_4quad=   10.15
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.37 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.49 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.62 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.77 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.95 mean_vt_4quad=   10.47
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   16.12 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   16.29 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   16.46 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.61 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.73 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.81 mean_vt_4quad=   10.97
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.83 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.78 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.70 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.63 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.58 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   16.59 mean_vt_4quad=   11.61
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   16.67 mean_vt_4quad=   11.73
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   16.90 mean_vt_4quad=   11.85
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   17.18 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   17.48 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.77 mean_vt_4quad=   12.24
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.24 .... 0.5*v_holland=    7.13
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.37 .... 0.5*v_holland=    7.13
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.50 .... 0.5*v_holland=    7.13
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   12.63 .... 0.5*v_holland=    7.13
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   12.75 .... 0.5*v_holland=    7.13
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    237.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   127.885200000000     
 vradius(iwindix,iquad) =         128
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.77 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   18.07 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.34 mean_vt_4quad=   12.50
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.58 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   18.82 mean_vt_4quad=   12.75
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   19.04 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   19.28 mean_vt_4quad=   13.01
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   19.43 mean_vt_4quad=   13.15
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   19.55 mean_vt_4quad=   13.30
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.66 mean_vt_4quad=   13.44
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.74 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.87 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   20.05 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   20.19 mean_vt_4quad=   14.05
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.47 mean_vt_4quad=   14.21
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   20.78 mean_vt_4quad=   14.38
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   21.13 mean_vt_4quad=   14.54
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.47 mean_vt_4quad=   14.71
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   21.80 mean_vt_4quad=   14.89
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   22.12 mean_vt_4quad=   15.07
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   22.48 mean_vt_4quad=   15.25
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   22.77 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   23.03 mean_vt_4quad=   15.64
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   23.24 mean_vt_4quad=   15.83
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   23.41 mean_vt_4quad=   16.03
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   23.73 mean_vt_4quad=   16.22
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   24.22 mean_vt_4quad=   16.42
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   24.84 mean_vt_4quad=   16.63
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   25.63 mean_vt_4quad=   16.85
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   26.34 mean_vt_4quad=   17.08
  
 NO interp, exactdistkm=    150.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   80.9400000000000     
 vradius(iwindix,iquad) =          81
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   26.34 mean_vt_4quad=   17.08
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   26.99 mean_vt_4quad=   17.32
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   27.41 mean_vt_4quad=   17.57
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   27.82 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   28.23 mean_vt_4quad=   18.10
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   28.48 mean_vt_4quad=   18.36
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   28.57 mean_vt_4quad=   18.61
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   28.64 mean_vt_4quad=   18.85
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   28.40 mean_vt_4quad=   19.08
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   28.40 mean_vt_4quad=   19.32
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   28.61 mean_vt_4quad=   19.57
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   29.26 mean_vt_4quad=   19.84
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   30.13 mean_vt_4quad=   20.14
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   31.10 mean_vt_4quad=   20.49
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   31.94 mean_vt_4quad=   20.88
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   32.58 mean_vt_4quad=   21.30
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   33.12 mean_vt_4quad=   21.72
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   12.08 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   11.95 mean_vt_4quad=    9.10
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   11.88 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   11.86 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   11.81 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   11.79 mean_vt_4quad=    9.32
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   11.86 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   11.87 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   11.89 mean_vt_4quad=    9.48
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   11.90 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   11.93 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   12.01 mean_vt_4quad=    9.64
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   12.05 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   12.23 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   12.37 mean_vt_4quad=    9.79
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   12.26 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   11.83 mean_vt_4quad=    9.86
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   11.55 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   11.39 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.16 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.09 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.00 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.98 mean_vt_4quad=   10.15
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.89 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.79 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.74 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.72 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.70 mean_vt_4quad=   10.47
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.69 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.68 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.68 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.70 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.75 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.82 mean_vt_4quad=   10.97
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.86 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.91 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   10.91 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   10.93 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   10.97 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.01 mean_vt_4quad=   11.61
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.05 mean_vt_4quad=   11.73
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.12 mean_vt_4quad=   11.85
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.21 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.32 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.44 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.57 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.70 mean_vt_4quad=   12.50
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.81 mean_vt_4quad=   12.63
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.95 mean_vt_4quad=   12.75
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.11 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.32 mean_vt_4quad=   13.01
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.57 mean_vt_4quad=   13.15
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.85 mean_vt_4quad=   13.30
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.15 mean_vt_4quad=   13.44
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.34 mean_vt_4quad=   13.60
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.45 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.47 mean_vt_4quad=   13.90
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.43 mean_vt_4quad=   14.05
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.35 mean_vt_4quad=   14.21
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.32 mean_vt_4quad=   14.38
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.48 mean_vt_4quad=   14.54
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.55 mean_vt_4quad=   14.71
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.76 mean_vt_4quad=   14.89
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.07 mean_vt_4quad=   15.07
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.42 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.82 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.23 mean_vt_4quad=   15.64
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.56 mean_vt_4quad=   15.83
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.86 mean_vt_4quad=   16.03
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.17 mean_vt_4quad=   16.22
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.46 mean_vt_4quad=   16.42
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.74 mean_vt_4quad=   16.63
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   16.97 mean_vt_4quad=   16.85
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.14 mean_vt_4quad=   17.08
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.26 mean_vt_4quad=   17.32
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.36 mean_vt_4quad=   17.57
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   17.47 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.60 mean_vt_4quad=   18.10
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   18.10 .... 0.5*v_holland=   11.71
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   18.36 .... 0.5*v_holland=   11.71
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   18.61 .... 0.5*v_holland=   11.71
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   18.85 .... 0.5*v_holland=   11.71
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   19.08 .... 0.5*v_holland=   11.71
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    138.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   74.4648000000000     
 vradius(iwindix,iquad) =          74
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.60 mean_vt_4quad=   18.10
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.74 mean_vt_4quad=   18.36
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   17.88 mean_vt_4quad=   18.61
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.97 mean_vt_4quad=   18.85
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.09 mean_vt_4quad=   19.08
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.28 mean_vt_4quad=   19.32
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   18.57 mean_vt_4quad=   19.57
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   19.08 mean_vt_4quad=   19.84
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   19.62 mean_vt_4quad=   20.14
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.23 mean_vt_4quad=   20.49
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   20.96 mean_vt_4quad=   20.88
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   21.94 mean_vt_4quad=   21.30
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.97 mean_vt_4quad=   21.72
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   23.89 mean_vt_4quad=   22.16
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   23.97 mean_vt_4quad=   22.58
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   23.67 mean_vt_4quad=   23.01
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   23.46 mean_vt_4quad=   23.44
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   24.05 mean_vt_4quad=   23.91
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   24.83 mean_vt_4quad=   24.43
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   25.75 mean_vt_4quad=   25.04
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   25.75 mean_vt_4quad=   25.04
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   26.90 mean_vt_4quad=   25.73
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   27.99 mean_vt_4quad=   26.44
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   29.01 mean_vt_4quad=   27.17
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   29.86 mean_vt_4quad=   27.93
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   31.44 mean_vt_4quad=   28.75
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   33.88 mean_vt_4quad=   29.59
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
 TIMING: after call  getradii, fhr=    72 igrct=  1   22:26:06
 TIMING: after getrad_iter_loop, fhr=    72 igrct=  2 Vmax (m/s)=   41.151   22:26:06
 TIMING: Before get_phase ... 22:26:06
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           72 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    60.781
  
  
  In get_cps_paramb, lead time=           72 :           0   08L  FRANKLIN 
   right_ct=          976   left_ct=         1014
   zthicksum(1)=    3326376.30100000     
   zthicksum(2)=    3450188.15237500     
   zthick_right_mean=    3408.17243954918     
   zthick_left_mean=     3402.55241851578     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    5.62002103340319     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           42.53
  Sum of y-diffs squared (ydiff2) =         2165.91
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   405.80   6.7452       22.72   0.1661    -3.56    12.69      516.08
    2   399.91   6.6846       16.83   0.1055     0.14     0.02      283.23
    3   392.58   6.6201        9.49   0.0409     3.02     9.11       90.12
    4   381.84   6.5511       -1.24  -0.0281     3.20    10.23        1.54
    5   367.33   6.4770      -15.75  -0.1022     0.41     0.17      248.21
    6   351.04   6.3969      -32.04  -0.1822    -3.21    10.31     1026.73
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   383.083     x:    6.58
  
  slope=    158.227         y-intercept =   -657.917
  Regression equation:   Y =  -657.92 +   158.23X
  
  R2(r_squared) =  0.9804        r =  0.9901
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1051.58 zmin=  640.63 zdiff=  410.95
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1545.69 zmin= 1139.89 zdiff=  405.80
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.15 dlnp=     -0.057158  dzdlnp=       90.135
  
   +++ k=  3 press=    800.0 zmax= 2064.74 zmin= 1664.83 zdiff=  399.91
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.89 dlnp=     -0.060625  dzdlnp=       97.122
  
   +++ k=  4 press=    750.0 zmax= 2611.59 zmin= 2219.01 zdiff=  392.58
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.34 dlnp=     -0.064539  dzdlnp=      113.669
  
   +++ k=  5 press=    700.0 zmax= 3188.97 zmin= 2807.13 zdiff=  381.84
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.74 dlnp=     -0.068993  dzdlnp=      155.610
  
   +++ k=  6 press=    650.0 zmax= 3800.99 zmin= 3433.66 zdiff=  367.33
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.51 dlnp=     -0.074108  dzdlnp=      195.822
  
   +++ k=  7 press=    600.0 zmax= 4454.44 zmin= 4103.40 zdiff=  351.04
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.29 dlnp=     -0.080043  dzdlnp=      203.491
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           14.58
  Sum of y-diffs squared (ydiff2) =        20977.67
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   330.99   6.3099       77.78   0.2788    -1.95     3.81     6050.35
    2   306.03   6.2146       52.82   0.1834     0.35     0.12     2790.37
    3   277.42   6.1092       24.22   0.0781     1.88     3.53      586.41
    4   243.71   5.9915       -9.50  -0.0397     1.86     3.45       90.17
    5   201.76   5.8579      -51.45  -0.1732    -1.90     3.61     2646.90
    6   159.33   5.7038      -93.88  -0.3274    -0.24     0.06     8813.45
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   253.208     x:    6.03
  
  slope=    286.038         y-intercept =  -1471.934
  Regression equation:   Y = -1471.93 +   286.04X
  
  R2(r_squared) =  0.9993        r =  0.9997
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4454.44 zmin= 4103.40 zdiff=  351.04
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5154.86 zmin= 4823.87 zdiff=  330.99
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -20.05 dlnp=     -0.087011  dzdlnp=      230.407
  
   +++ k=  9 press=    500.0 zmax= 5909.84 zmin= 5603.80 zdiff=  306.03
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -24.96 dlnp=     -0.095310  dzdlnp=      261.882
  
   +++ k= 10 press=    450.0 zmax= 6731.47 zmin= 6454.05 zdiff=  277.42
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -28.61 dlnp=     -0.105361  dzdlnp=      271.525
  
   +++ k= 11 press=    400.0 zmax= 7633.20 zmin= 7389.49 zdiff=  243.71
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -33.71 dlnp=     -0.117783  dzdlnp=      286.221
  
   +++ k= 12 press=    350.0 zmax= 8630.34 zmin= 8428.58 zdiff=  201.76
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -41.95 dlnp=     -0.133531  dzdlnp=      314.173
  
   +++ k= 13 press=    300.0 zmax= 9752.52 zmin= 9593.19 zdiff=  159.33
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -42.43 dlnp=     -0.154151  dzdlnp=      275.263
  
cps_stats: 08L   lead time=  72: 0   paramb=     5.62  vtl=    158.23  vtu=    286.04
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   72:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.367 (0-360) guesslon=  297.367E  (  62.633W)   guesslat=   37.159
 ilonfix=         1304  jlatfix=          717  npts=           33
 ibeg=         1226  jbeg=          649  imax=         2738
 iend=         1382  jend=          785  jmax=         2041
 TIMING: find_maxmin 1  22:26:06
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  296.047E  (0-360) ctlon=  296.047E  (  63.953W)  ctlat=   37.039 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:06
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  296.047E   (0-360) guesslon=  296.047E  (  63.953W)   guesslat=   37.039
 ilonfix=         1271  jlatfix=          720  npts=           16
 ibeg=         1217  jbeg=          676  imax=         2738
 iend=         1325  jend=          764  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.727E  (0-360) ctlon=  295.727  (  64.273W)  ctlat=   37.019 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    72:00  mean_lon:  295.73E (  64.27W)    (0-360) mean_lon=  295.73E  mean_lat:   37.02  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    72:00  ifix:  1239   jfix:   697  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1239  jx=          697
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         796 ,         254 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         795 ,         253 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    72:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:06
 TIMING: Before shear ... 22:26:06
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           13
  clon(ist,ifh,3)=    297.260644100250     
  clat(ist,ifh,3)=    37.0935387517125     
  fixlon(ist,ifh)=    297.366686958178     
  fixlat(ist,ifh)=    37.1587551206773     
  xcenlon=    297.260644100250     
  xcenlat=    37.0935387517125     
  
 xxshear
 In get_shear A, xcenlon=    297.260644100250       xcenlat= 
   37.0935387517125     
   In get_shear B, (0-360) xcenlon=    297.260644100250     
  
At start of get_shear:  08L   fhr=   72:00   Mean fix position=   297.37E  ( 62.63W)    37.16  (0-360) mean lon fix=  297.37
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   41.53 vr_mean(idist,ilev)=    4.01
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   43.43 vr_mean(idist,ilev)=   -2.52
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   37.29 vr_mean(idist,ilev)=   -1.58
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   32.09 vr_mean(idist,ilev)=   -0.57
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   28.34 vr_mean(idist,ilev)=    0.50
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   25.62 vr_mean(idist,ilev)=    1.14
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.13 vr_mean(idist,ilev)=    1.08
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.18 vr_mean(idist,ilev)=    0.91
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.09 vr_mean(idist,ilev)=    0.21
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.47 vr_mean(idist,ilev)=    0.14
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.96 vr_mean(idist,ilev)=    0.16
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.38 vr_mean(idist,ilev)=   -0.24
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.94 vr_mean(idist,ilev)=   -0.38
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.66 vr_mean(idist,ilev)=   -0.20
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.66 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.84 vr_mean(idist,ilev)=   -0.28
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.04 vr_mean(idist,ilev)=   -0.59
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.34 vr_mean(idist,ilev)=   -0.72
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.68 vr_mean(idist,ilev)=   -0.92
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -22.25 vr_mean(idist,ilev)=   22.25
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -33.37 vr_mean(idist,ilev)=   33.37
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -44.50 vr_mean(idist,ilev)=   44.50
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -55.64 vr_mean(idist,ilev)=   55.64
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -66.78 vr_mean(idist,ilev)=   66.78
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -77.94 vr_mean(idist,ilev)=   77.94
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -89.10 vr_mean(idist,ilev)=   89.10
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -100.27 vr_mean(idist,ilev)=  100.27
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -111.46 vr_mean(idist,ilev)=  111.46
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -122.67 vr_mean(idist,ilev)=  122.67
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -133.89 vr_mean(idist,ilev)=  133.89
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -145.14 vr_mean(idist,ilev)=  145.14
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -156.41 vr_mean(idist,ilev)=  156.41
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -167.70 vr_mean(idist,ilev)=  167.70
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -179.03 vr_mean(idist,ilev)=  179.03
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -190.40 vr_mean(idist,ilev)=  190.40
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -201.80 vr_mean(idist,ilev)=  201.80
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -213.25 vr_mean(idist,ilev)=  213.25
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -224.76 vr_mean(idist,ilev)=  224.76
  
 At end of get_shear: 
     ist=    2 ifh=   13 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:06
  
 After call to fixcenter, fix positions at 
 forecast hour=   72:00 follow:
  
fixpos  08L   fhr=   72:00   Fix position=   297.37E  ( 62.63W)    37.16   Max Wind=  80 kts
  
  
 xxxx get_next_ges, prev fix lon=    295.465184264617     
 xxxx get_next_ges, curr fix lon=    297.366686958178     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    297.366686958178        fixlat=    37.1587551206773     
        (0-360) fixlon=    297.366686958178     
      ilonfix=         1304   jlatfix=          717
      ibeg=          794   iend=         1814
      jbeg=          265   jend=         1169
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.62939473569985       vavg=    5.92876751440739     
      ubar=    1.90734868392496       vbar=    1.48219187860185     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    9.02809277351246       vavg=    6.91385708502650     
      ubar=    6.42139507068119       vbar=    4.93912042111510     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    9.61938321760057       vavg=    7.33662312333746     
      ubar=    8.82624087508134       vbar=    6.77327620194946     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    8.82624087508134       vbar=    6.77327620194946     
      wgttot=    1.00000000000000     
      fixlon=    297.366686958178        fixlat=    37.1587551206773     
      barnlon=    299.537038652146       barnlat=    38.4744878203075     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.789977175169071     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.537038652146     
     Raw (no conversion for GM wrap) extraplon=    299.289248313598     
  
 --- barnlon=    299.54E  (  60.46W)    barnlat=     38.47
 --- extraplon=  299.29E  (  60.71W)    extraplat=   37.99
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   37.16
 | Current fix lon is   62.63W   ( 297.37E)
 | Current fix lon (raw, unadjusted)=  297.37E
 | Updated guess lat for next fcst hour is   38.23
 | Updated guess lon (0-360) for next fcst hour is   60.59W   ( 299.41E)
 | Raw updated guess lon for next fcst hour is  299.41E)
 -------------------------------------------------
  
 iocheck, dist=    216.062747129511        distm=    216062.747129511     
 iocheck, stmspd=    10.0029049596996        istmspd=          194
 iocheck, xincr=    2.04645652469407        yincr=    1.07416451370400     
 iocheck, stmdir=    62.3054692903447        istmdir=           62
 +++ RPT_STORM_MOTION: istmspd=   194 kts(*10)    istmdir=    62 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  13
     Fix location for this time:   297.37E  ( 62.63W)    37.16
     Fix lon (raw) for this time:  297.37E
     ilonfix= 1304  jlatfix=  717
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.366686958178       xcenlat=    37.1587551206773     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.366686958178       xcenlat=    37.1587551206773     
  ilonfix=         1304  jlatfix=          717
  ibeg=         1174  iend=         1434
  jbeg=          601  jend=          833  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    297.366686958178        xcenlat=    37.1587551206773     
      ilonfix=         1304   jlatfix=          717
      ibeg=         1174   iend=         1434
      jbeg=          601   jend=          833
 After call to barnes, xsmoothval=   4.445784550368431E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.445784550368431E-004
      xcenlon=    297.366686958178        xcenlat=    37.1587551206773     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000445  imeanzeta (*1e6)=      445
   --- mean zeta raw =   4.445784550368431E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004526  igrid zeta (*1e6)=     4526 ifilret=   0
   --- grid zeta raw=   4.526176417381232E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.366686958178       xcenlat=    37.1587551206773     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.366686958178       xcenlat=    37.1587551206773     
  ilonfix=         1304  jlatfix=          717
  ibeg=         1174  iend=         1434
  jbeg=          601  jend=          833  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    297.366686958178        xcenlat=    37.1587551206773     
      ilonfix=         1304   jlatfix=          717
      ibeg=         1174   iend=         1434
      jbeg=          601   jend=          833
 After call to barnes, xsmoothval=   4.250486611522077E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   4.250486611522077E-004
      xcenlon=    297.366686958178        xcenlat=    37.1587551206773     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000425  imeanzeta (*1e6)=      425
   --- mean zeta raw =   4.250486611522077E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003642  igrid zeta (*1e6)=     3642 ifilret=   0
   --- grid zeta raw=   3.642095687771593E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           72
  
 segx, outlon=    297.366686958178       outlat=    37.1587551206773     
   ist=            2  ifcsthour=           72
   vmaxwind=    41.1510935456155       xminmslp=    96765.2300000000     
   vradius=          117          53          36         138          79
          57         128          81          55          74          44
          34
   maxstorm=            6
   plastbar=    100365.230000000       rlastbar=    113.350561381568     
   rmax=    32.9581471784409     
   cps_vals=    5.62002103340319        158.227065995174     
   286.038285202523     
   wcore_flag= n
   istmspd=          194  istmdir=           62
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    51.0000000000000     
   axisymet_rmw_val=     35.4337594537290     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   113.350561381568       irlastbar=         113
 output: plastbar=   100365.230000000       iplastbar=        1004
 rmax=    32.9581471784409        irmax=           33
 TXX top of atcfunix_ext, ist=            2  ifh=           72
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   113.350561381568       irlastbar=         113
 output: plastbar=   100365.230000000       iplastbar=        1004
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           72
 intlat=          372
 clatns= N
 intlon=          626
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           80
 int(xminmslp/mslp_outp_adj + 0.5)=          968
 XX,  34, NEQ
 vradius(1,1)=          117
 vradius(1,2)=          138
 vradius(1,3)=          128
 vradius(1,4)=           74
 iplastbar=         1004
 irlastbar=          113
 irmax=           33
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           62
 istmspd=          194
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           56
 icps_vals(2)=         1582
 icps_vals(3)=         2860
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           28
 irmw_val=           69
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          445
 igridzeta(1)=         4526
 imeanzeta(2)=          425
 igridzeta(2)=         3642
  
 rmax=    32.9581471784409        irmax=           33
 +++ Top of output_atcf_parms, ist=            2  ifh=           72
  
 xxxx get_next_ges, prev fix lon=    295.465184264617     
 xxxx get_next_ges, curr fix lon=    297.366686958178     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    297.366686958178        fixlat=    37.1587551206773     
        (0-360) fixlon=    297.366686958178     
      ilonfix=         1304   jlatfix=          717
      ibeg=          794   iend=         1814
      jbeg=          265   jend=         1169
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.62939473569985       vavg=    5.92876751440739     
      ubar=    1.90734868392496       vbar=    1.48219187860185     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    9.02809277351246       vavg=    6.91385708502650     
      ubar=    6.42139507068119       vbar=    4.93912042111510     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    9.61938321760057       vavg=    7.33662312333746     
      ubar=    8.82624087508134       vbar=    6.77327620194946     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    8.82624087508134       vbar=    6.77327620194946     
      wgttot=    1.00000000000000     
      fixlon=    297.366686958178        fixlat=    37.1587551206773     
      barnlon=    299.537038652146       barnlat=    38.4744878203075     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.789977175169071     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      299.537038652146     
     Raw (no conversion for GM wrap) extraplon=    299.289248313598     
  
 --- barnlon=    299.54E  (  60.46W)    barnlat=     38.47
 --- extraplon=  299.29E  (  60.71W)    extraplat=   37.99
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   37.16
 | Current fix lon is   62.63W   ( 297.37E)
 | Current fix lon (raw, unadjusted)=  297.37E
 | Updated guess lat for next fcst hour is   38.23
 | Updated guess lon (0-360) for next fcst hour is   60.59W   ( 299.41E)
 | Raw updated guess lon for next fcst hour is  299.41E)
 -------------------------------------------------
  
 iocheck, dist=    216.062747129511        distm=    216062.747129511     
 iocheck, stmspd=    10.0029049596996        istmspd=          194
 iocheck, xincr=    2.04645652469407        yincr=    1.07416451370400     
 iocheck, stmdir=    62.3054692903447        istmdir=           62
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   72:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   7.428431906083548E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  282.564E  (0-360) ctlon=  282.564E  (  77.436W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.743E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  282.564E   (0-360) guesslon=  282.564E  (  77.436W)   guesslat=   33.407
 ilonfix=          934  jlatfix=          810  npts=           16
 ibeg=          882  jbeg=          766  imax=         2738
 iend=          986  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.844E  (0-360) ctlon=  282.844  (  77.156W)  ctlat=   33.587 fmax (x10e5) =        0.751E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.865324390916718E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  282.964E  (0-360) ctlon=  282.964E  (  77.036W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.587E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  282.964E   (0-360) guesslon=  282.964E  (  77.036W)   guesslat=   33.407
 ilonfix=          944  jlatfix=          810  npts=           16
 ibeg=          892  jbeg=          766  imax=         2738
 iend=          996  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.944E  (0-360) ctlon=  282.944  (  77.056W)  ctlat=   33.587 fmax (x10e5) =        0.608E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  282.964E  (0-360) ctlon=  282.964E  (  77.036W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.134E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  282.964E   (0-360) guesslon=  282.964E  (  77.036W)   guesslat=   33.407
 ilonfix=          944  jlatfix=          810  npts=           16
 ibeg=          892  jbeg=          766  imax=         2738
 iend=          996  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.944E  (0-360) ctlon=  282.944  (  77.056W)  ctlat=   33.587 fmax =       -0.100E+16 fmin =        0.134E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  282.964E  (0-360) ctlon=  282.964E  (  77.036W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.300E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  282.964E   (0-360) guesslon=  282.964E  (  77.036W)   guesslat=   33.407
 ilonfix=          944  jlatfix=          810  npts=           16
 ibeg=          892  jbeg=          766  imax=         2738
 iend=          996  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.944E  (0-360) ctlon=  282.944  (  77.056W)  ctlat=   33.587 fmax =       -0.100E+16 fmin =        0.300E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  282.964E  (0-360) ctlon=  282.964E  (  77.036W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.991E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  282.964E   (0-360) guesslon=  282.964E  (  77.036W)   guesslat=   33.407
 ilonfix=          944  jlatfix=          810  npts=           16
 ibeg=          892  jbeg=          766  imax=         2738
 iend=          996  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.944E  (0-360) ctlon=  282.944  (  77.056W)  ctlat=   33.587 fmax =       -0.100E+16 fmin =        0.990E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.684 (0-360) guesslon=  282.684E  (  77.316W)   guesslat=   33.527
 ilonfix=          937  jlatfix=          807  npts=           33
 ibeg=          861  jbeg=          739  imax=         2738
 iend=         1013  jend=          875  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.540531928760320E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  282.964E  (0-360) ctlon=  282.964E  (  77.036W)  ctlat=   33.407 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.554E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  282.964E   (0-360) guesslon=  282.964E  (  77.036W)   guesslat=   33.407
 ilonfix=          944  jlatfix=          810  npts=           16
 ibeg=          892  jbeg=          766  imax=         2738
 iend=          996  jend=          854  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  282.944E  (0-360) ctlon=  282.944  (  77.056W)  ctlat=   33.487 fmax (x10e5) =        0.539E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    282.879018415971        uvgeslat=    33.5583311614984     
    (0-360 uvgeslon)=    282.879018415971     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:07
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    282.879018415971        uvgeslat=    33.5583311614984     
    (0-360 uvgeslon)=    282.879018415971     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    282.879018415971     
  
 After first run, Wind Circulation (NHEM) ctlon=  282.879E  (0-360E lon):  282.879E    77.121W  ctlat=   33.558  xmax_circul_disk =     113797111.8
 TIMING: get_wind_circ kloop, k=  1   22:26:07
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  282.879E  (0-360E)=  282.879E  (  77.121W)   guesslat=   33.558
 ilonfix=          942  jlatfix=          807  npts=           56
 ibeg=          870  jbeg=          743  imax=         2738
 iend=         1014  jend=          871  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    113745787.563029     
 nhalf get_wind_circ, k=  1 ctlon=  282.899E  (0-360E)=  282.899E  ctlon=   77.101W   ctlat=   33.578 Wind Circulation (NHEM: Max) =     113745787.6
 TIMING: After GWC 850 ... 22:26:07
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:07
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    282.879018415971        uvgeslat=    33.5583311614984     
    (0-360 uvgeslon)=    282.879018415971     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    282.879018415971     
  
 After first run, Wind Circulation (NHEM) ctlon=  282.879E  (0-360E lon):  282.879E    77.121W  ctlat=   33.558  xmax_circul_disk =     101302193.0
 TIMING: get_wind_circ kloop, k=  1   22:26:07
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  282.879E  (0-360E)=  282.879E  (  77.121W)   guesslat=   33.558
 ilonfix=          942  jlatfix=          807  npts=           56
 ibeg=          870  jbeg=          743  imax=         2738
 iend=         1014  jend=          871  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    101568273.906084     
 nhalf get_wind_circ, k=  1 ctlon=  282.959E  (0-360E)=  282.959E  ctlon=   77.041W   ctlat=   33.578 Wind Circulation (NHEM: Max) =     101568273.9
 TIMING: After GWC 700 ... 22:26:07
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:07
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    282.879018415971        uvgeslat=    33.5583311614984     
    (0-360 uvgeslon)=    282.879018415971     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    282.879018415971     
  
 After first run, Wind Circulation (NHEM) ctlon=  282.879E  (0-360E lon):  282.879E    77.121W  ctlat=   33.558  xmax_circul_disk =      71674057.4
 TIMING: get_wind_circ kloop, k=  1   22:26:07
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  282.879E  (0-360E)=  282.879E  (  77.121W)   guesslat=   33.558
 ilonfix=          942  jlatfix=          807  npts=           56
 ibeg=          870  jbeg=          743  imax=         2738
 iend=         1014  jend=          871  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    72864108.9697696     
 nhalf get_wind_circ, k=  1 ctlon=  282.959E  (0-360E)=  282.959E  ctlon=   77.041W   ctlat=   33.458 Wind Circulation (NHEM: Max) =      72864109.0
 TIMING: After GWC Sfc ... 22:26:07
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.97  xavg_stderr=     3.68
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           13  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    72:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  282.68E   (0-360) guesslon=  282.68E  ( 77.32W)    33.53
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       282.84       77.16      33.59           75.13       T         16.26
   2    zeta 700    Max       282.94       77.06      33.59           60.80       T         25.00
   3    circ 850    Max       282.90       77.10      33.58          113.75       T         20.67
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       282.96       77.04      33.58          101.57       T         26.06
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       282.94       77.06      33.59         1337.20       T         25.00
   8     gph 700    Min       282.94       77.06      33.59         2997.02       T         25.00
   9        MSLP    Min       282.94       77.06      33.59        99029.31       T         25.00
  10    circ sfc    Max       282.96       77.04      33.46           72.86       T         26.59
  11    zeta sfc    Max       282.94       77.06      33.49           53.90       T         24.51
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.37693855892041       stderr_close= 
   3.01491415771632       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   8.626 devia=   1.725 wtpos=  0.56268     282.84   282.84    77.16    33.59
 ip=  2 kprm=  2 dist_from_mean=   3.281 devia=   0.656 wtpos=  0.80351     282.94   282.94    77.06    33.59
 ip=  3 kprm=  3 dist_from_mean=   3.641 devia=   0.728 wtpos=  0.78447     282.90   282.90    77.10    33.58
 ip=  5 kprm=  4 dist_from_mean=   3.265 devia=   0.653 wtpos=  0.80441     282.96   282.96    77.04    33.58
 ip=  7 kprm=  5 dist_from_mean=   3.281 devia=   0.656 wtpos=  0.80351     282.94   282.94    77.06    33.59
 ip=  8 kprm=  6 dist_from_mean=   3.281 devia=   0.656 wtpos=  0.80351     282.94   282.94    77.06    33.59
 ip=  9 kprm=  7 dist_from_mean=   3.281 devia=   0.656 wtpos=  0.80351     282.94   282.94    77.06    33.59
 ip= 10 kprm=  8 dist_from_mean=  11.582 devia=   2.316 wtpos=  0.46201     282.96   282.96    77.04    33.46
 ip= 11 kprm=  9 dist_from_mean=   8.153 devia=   1.631 wtpos=  0.58070     282.94   282.94    77.06    33.49
  
At end of fixcenter:  10L   fhr=   72:00   Fix position=   282.93E  (0-360) fixlon=  282.93  ( 77.07W)    33.57
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    282.933001363387     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    282.944471325062     
        (0-360E clon(ist,ifh,9))=    282.944471325062     
      clat(ist,ifh,9)=    33.5874213433166     
      xval(9)=    99029.3077717058     
  
  After get_ij B, ibeg jbeg =          833         668
  After get_ij B, iend jend =         1055         944
  
 In is_it_a_storm, ilonfix=          944  jlatfix=          806
 ibeg jbeg iend jend =          833         668        1055         944
 cparm= slp  parmlon parmlat =    282.944471325062        33.5874213433166     
     (0-360E parmlon) =    282.944471325062     
 parmval=    99029.3077717058     
  
 i=  918 j=  743 glon=  281.93 (0-360E) glon=  281.93 glat=  36.12 dist=   296.53 slp=  100571.47 pgradient=  5.20064
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.20064
 mslp center =    282.944471325062        33.5874213433166     
   99029.3077717058     
   (0-360E) lon of mslp center =    282.944471325062     
 pgrad loc   =    281.929083000000        281.929083000000     
   78.0709170000000        36.1207450000000        100571.470000000     
  ttest at location C IF....
      xinp_fixlat=    33.5874213433166     
      xinp_fixlon=    282.944471325062       (0-360E) xinp_fixlon= 
   282.944471325062     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98240.5900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          944  jfix=          807
 longitude=    282.944471325062      E   (   77.0555286749380      
 W)  (0-360E) xinp_fixlon=    282.944471325062     
 latitude=    33.5874213433166     
 mean mslp value (xval(9))=    99029.3077717058     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          944  jfix=          807
 longitude=    282.944471325062      E   (   77.0555286749380      
 W)  (0-360E) xinp_fixlon=    282.944471325062     
 latitude=    33.5874213433166     
 mean mslp value (xval(9))=    99029.3077717058     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          944  jx=          807
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98240.5900000000       xcentval=    98240.5900000000     
 At A, num_found_contours=            0
 At A, contlo=    98240.5900000000       conthi=    98640.5900000000     
  
 num_found_contours=            0
 contlo=    98240.5900000000       conthi=    98640.5900000000     
 xcentval=    98240.5900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98640.5900000000       conthi=    99040.5900000000     
  
 num_found_contours=            1
 contlo=    98640.5900000000       conthi=    99040.5900000000     
 xcentval=    98240.5900000000     
 At A, num_found_contours=            2
 At A, contlo=    99040.5900000000       conthi=    99440.5900000000     
  
 num_found_contours=            2
 contlo=    99040.5900000000       conthi=    99440.5900000000     
 xcentval=    98240.5900000000     
 At A, num_found_contours=            3
 At A, contlo=    99440.5900000000       conthi=    99840.5900000000     
  
 num_found_contours=            3
 contlo=    99440.5900000000       conthi=    99840.5900000000     
 xcentval=    98240.5900000000     
 At A, num_found_contours=            4
 At A, contlo=    99840.5900000000       conthi=    100240.590000000     
  
 num_found_contours=            4
 contlo=    99840.5900000000       conthi=    100240.590000000     
 xcentval=    98240.5900000000     
 At A, num_found_contours=            5
 At A, contlo=    100240.590000000       conthi=    100640.590000000     
  
 num_found_contours=            5
 contlo=    100240.590000000       conthi=    100640.590000000     
 xcentval=    98240.5900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1025 ,         743 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98240.5900000000     
 !!! (i,j) of central value = (         944 ,         807 )
 !!!  
 !!! Flagged value found    =    100215.470000000     
 !!! (i,j) of flagged value = (        1026 ,         742 )
 !!!   
 !!! Lower bound of contour interval =    100240.590000000     
 !!! Upper bound of contour interval =    100640.590000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          944  jfix=          807
 longitude=    282.944471325062      E   (   77.0555286749380      W)  
 (0-360E) xinp_fixlon=    282.944471325062     
 latitude=    33.5874213433166     
 mean mslp value (xval(9))=    99029.3077717058     
 gridpoint mslp value=    98240.5900000000     
 ccflag= y
 prs of last closed isobar =    100240.590000000     
 radius of last closed isobar =    94.1499007697321       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   72:00
 !!! Boundary check xinp_fixlat is   33.59
 !!! Boundary check xinp_fixlon is   77.06W   ( 282.94E)  (0-360E) xinp_fixlon=  282.94
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    282.899017915971     
  850 mb wcirc fix lat=    33.5783306614984     
    (0-360) 850 mb wcirc fix lon=    282.899017915971     
  Multi-parm fix lon=      282.933001363387     
  Multi-parm fix lat=      33.5667993568239     
    (0-360) Multi-parm fix lon=      282.933001363387     
  
  
  After get_ij B, ibeg jbeg =          849         702
  After get_ij B, iend jend =         1037         910
  
 In is_it_a_storm, ilonfix=          943  jlatfix=          806
 ibeg jbeg iend jend =          849         702        1037         910
 cparm= v850  parmlon parmlat =    282.899017915971        33.5783306614984     
     (0-360E parmlon) =    282.899017915971     
 parmval=    113745787.563029     
  
 i=  934 j=  757 glon=  282.57 (0-360E) glon=  282.57 glat=  35.56 u= -16.2000 v=  -8.4000 vr=  -6.10881 vt=  17.19542
 i=  939 j=  757 glon=  282.77 (0-360E) glon=  282.77 glat=  35.56 u= -15.8000 v=  -8.8000 vr=  -7.93046 vt=  16.25386
 i=  944 j=  757 glon=  282.97 (0-360E) glon=  282.97 glat=  35.56 u= -15.9000 v=  -7.4000 vr=  -7.86189 vt=  15.67675
 i=  949 j=  757 glon=  283.17 (0-360E) glon=  283.17 glat=  35.56 u= -14.2000 v=  -8.3000 vr=  -9.83969 vt=  13.17993
 i=  954 j=  757 glon=  283.37 (0-360E) glon=  283.37 glat=  35.56 u=  -8.7000 v=  -8.1000 vr=  -9.62492 vt=   6.97573
 i=  914 j=  762 glon=  281.77 (0-360E) glon=  281.77 glat=  35.36 u= -14.9000 v= -12.7000 vr=  -4.30166 vt=  19.09963
 i=  919 j=  762 glon=  281.97 (0-360E) glon=  281.97 glat=  35.36 u= -17.2000 v= -11.0000 vr=  -3.26332 vt=  20.15417
 i=  924 j=  762 glon=  282.17 (0-360E) glon=  282.17 glat=  35.36 u= -17.6000 v= -10.2000 vr=  -3.99890 vt=  19.94514
 i=  929 j=  762 glon=  282.37 (0-360E) glon=  282.37 glat=  35.36 u= -17.8000 v=  -9.7000 vr=  -5.15835 vt=  19.60412
 i=  934 j=  762 glon=  282.57 (0-360E) glon=  282.57 glat=  35.36 u= -17.8000 v=  -9.9000 vr=  -7.08604 vt=  19.09550
 i=  939 j=  762 glon=  282.77 (0-360E) glon=  282.77 glat=  35.36 u= -16.8000 v=  -8.2000 vr=  -7.17180 vt=  17.26399
 i=  944 j=  762 glon=  282.97 (0-360E) glon=  282.97 glat=  35.36 u= -14.1000 v=  -9.0000 vr=  -9.45415 vt=  13.79960
 i=  949 j=  762 glon=  283.17 (0-360E) glon=  283.17 glat=  35.36 u= -12.3000 v=  -8.2000 vr=  -9.66850 vt=  11.18258
 i=  954 j=  762 glon=  283.37 (0-360E) glon=  283.37 glat=  35.36 u= -10.1000 v=  -7.5000 vr=  -9.48386 vt=   8.26537
 i=  959 j=  762 glon=  283.57 (0-360E) glon=  283.57 glat=  35.36 u=  -9.4000 v= -11.6000 vr= -13.87166 vt=   5.52241
 i=  964 j=  762 glon=  283.77 (0-360E) glon=  283.77 glat=  35.36 u=  -8.7000 v= -10.3000 vr= -12.81210 vt=   4.19883
 i=  969 j=  762 glon=  283.97 (0-360E) glon=  283.97 glat=  35.36 u=  -9.0000 v= -11.4000 vr= -14.21701 vt=   2.97264
 i=  909 j=  767 glon=  281.57 (0-360E) glon=  281.57 glat=  35.16 u= -15.5000 v= -13.9000 vr=  -2.51938 vt=  20.66671
 i=  914 j=  767 glon=  281.77 (0-360E) glon=  281.77 glat=  35.16 u= -17.1000 v= -13.1000 vr=  -2.54435 vt=  21.39033
 i=  919 j=  767 glon=  281.97 (0-360E) glon=  281.97 glat=  35.16 u= -17.6000 v= -12.5000 vr=  -3.51750 vt=  21.29876
 i=  924 j=  767 glon=  282.17 (0-360E) glon=  282.17 glat=  35.16 u= -18.5000 v= -11.1000 vr=  -3.75319 vt=  21.24555
 i=  929 j=  767 glon=  282.37 (0-360E) glon=  282.37 glat=  35.16 u= -18.6000 v=  -9.2000 vr=  -3.88565 vt=  20.38386
 i=  934 j=  767 glon=  282.57 (0-360E) glon=  282.57 glat=  35.16 u= -17.2000 v=  -8.6000 vr=  -5.54338 vt=  18.41388
 i=  939 j=  767 glon=  282.77 (0-360E) glon=  282.77 glat=  35.16 u= -11.1000 v=  -7.6000 vr=  -6.82825 vt=  11.59073
 i=  944 j=  767 glon=  282.97 (0-360E) glon=  282.97 glat=  35.16 u= -10.5000 v=  -8.9000 vr=  -9.27913 vt=  10.16650
 i=  949 j=  767 glon=  283.17 (0-360E) glon=  283.17 glat=  35.16 u= -12.4000 v=  -8.8000 vr= -10.45070 vt=  11.04459
 i=  954 j=  767 glon=  283.37 (0-360E) glon=  283.37 glat=  35.16 u=  -8.8000 v=  -8.2000 vr= -10.06708 vt=   6.58285
 i=  959 j=  767 glon=  283.57 (0-360E) glon=  283.57 glat=  35.16 u= -10.0000 v= -11.8000 vr= -14.44750 vt=   5.52355
 i=  964 j=  767 glon=  283.77 (0-360E) glon=  283.77 glat=  35.16 u=  -7.9000 v=  -8.7000 vr= -11.19461 vt=   3.57501
 i=  969 j=  767 glon=  283.97 (0-360E) glon=  283.97 glat=  35.16 u= -14.9000 v=  -7.9000 vr= -14.18371 vt=   9.12373
 i=  974 j=  767 glon=  284.17 (0-360E) glon=  284.17 glat=  35.16 u= -14.1000 v=  -9.1000 vr= -15.39403 vt=   6.68161
 i=  979 j=  767 glon=  284.37 (0-360E) glon=  284.37 glat=  35.16 u= -10.0000 v=  -6.4000 vr= -11.17806 vt=   4.00138
 i=  899 j=  772 glon=  281.17 (0-360E) glon=  281.17 glat=  34.96 u= -12.0000 v= -14.0000 vr=  -1.02796 vt=  18.41041
 i=  904 j=  772 glon=  281.37 (0-360E) glon=  281.37 glat=  34.96 u= -13.6000 v= -14.2000 vr=  -1.22703 vt=  19.62382
 i=  909 j=  772 glon=  281.57 (0-360E) glon=  281.57 glat=  34.96 u= -16.4000 v= -14.3000 vr=  -0.91741 vt=  21.73956
 i=  914 j=  772 glon=  281.77 (0-360E) glon=  281.77 glat=  34.96 u= -17.7000 v= -14.0000 vr=  -1.63242 vt=  22.50834
 i=  919 j=  772 glon=  281.97 (0-360E) glon=  281.97 glat=  34.96 u= -18.4000 v= -13.4000 vr=  -2.72097 vt=  22.59903
 i=  924 j=  772 glon=  282.17 (0-360E) glon=  282.17 glat=  34.96 u= -16.9000 v= -12.5000 vr=  -4.66175 vt=  20.49703
 i=  929 j=  772 glon=  282.37 (0-360E) glon=  282.37 glat=  34.96 u= -17.3000 v= -10.4000 vr=  -4.66461 vt=  19.63903
 i=  934 j=  772 glon=  282.57 (0-360E) glon=  282.57 glat=  34.96 u= -12.4000 v=  -8.8000 vr=  -6.22307 vt=  13.87348
 i=  939 j=  772 glon=  282.77 (0-360E) glon=  282.77 glat=  34.96 u=  -8.9000 v=  -9.2000 vr=  -8.48003 vt=   9.58849
 i=  944 j=  772 glon=  282.97 (0-360E) glon=  282.97 glat=  34.96 u= -12.5000 v= -11.4000 vr= -11.91495 vt=  12.01016
 i=  949 j=  772 glon=  283.17 (0-360E) glon=  283.17 glat=  34.96 u= -15.0000 v=  -6.0000 vr=  -8.32274 vt=  13.84673
 i=  954 j=  772 glon=  283.37 (0-360E) glon=  283.37 glat=  34.96 u= -14.9000 v=  -6.0000 vr=  -9.82123 vt=  12.71037
 i=  959 j=  772 glon=  283.57 (0-360E) glon=  283.57 glat=  34.96 u= -16.0000 v= -10.7000 vr= -15.89953 vt=  10.84873
 i=  964 j=  772 glon=  283.77 (0-360E) glon=  283.77 glat=  34.96 u= -16.7000 v=  -4.1000 vr= -11.37026 vt=  12.90028
 i=  969 j=  772 glon=  283.97 (0-360E) glon=  283.97 glat=  34.96 u= -14.7000 v=  -4.9000 vr= -12.07398 vt=   9.71180
 i=  974 j=  772 glon=  284.17 (0-360E) glon=  284.17 glat=  34.96 u= -13.1000 v=  -4.4000 vr= -11.44967 vt=   7.73790
 i=  979 j=  772 glon=  284.37 (0-360E) glon=  284.37 glat=  34.96 u=  -5.9000 v=   5.5000 vr=   0.20805 vt=   8.06329
 i=  984 j=  772 glon=  284.57 (0-360E) glon=  284.57 glat=  34.96 u=  -2.5000 v=  11.6000 vr=   6.40250 vt=   9.99090
 i=  894 j=  777 glon=  280.97 (0-360E) glon=  280.97 glat=  34.76 u= -11.4000 v= -14.1000 vr=   0.85595 vt=  18.11180
 i=  899 j=  777 glon=  281.17 (0-360E) glon=  281.17 glat=  34.76 u= -11.9000 v= -15.1000 vr=  -0.36178 vt=  19.22210
 i=  904 j=  777 glon=  281.37 (0-360E) glon=  281.37 glat=  34.76 u= -15.7000 v= -15.8000 vr=   0.77053 vt=  22.26064
 i=  909 j=  777 glon=  281.57 (0-360E) glon=  281.57 glat=  34.76 u= -15.4000 v= -16.8000 vr=  -1.73400 vt=  22.72429
 i=  914 j=  777 glon=  281.77 (0-360E) glon=  281.77 glat=  34.76 u= -18.2000 v= -15.3000 vr=  -0.64893 vt=  23.76781
 i=  919 j=  777 glon=  281.97 (0-360E) glon=  281.97 glat=  34.76 u= -16.3000 v= -14.3000 vr=  -3.04753 vt=  21.46841
 i=  924 j=  777 glon=  282.17 (0-360E) glon=  282.17 glat=  34.76 u= -17.3000 v= -13.7000 vr=  -4.29340 vt=  21.64594
 i=  929 j=  777 glon=  282.37 (0-360E) glon=  282.37 glat=  34.76 u= -16.1000 v= -12.2000 vr=  -5.81645 vt=  19.34474
 i=  934 j=  777 glon=  282.57 (0-360E) glon=  282.57 glat=  34.76 u= -12.1000 v= -11.4000 vr=  -8.37440 vt=  14.36104
 i=  939 j=  777 glon=  282.77 (0-360E) glon=  282.77 glat=  34.76 u= -16.1000 v= -13.4000 vr= -11.88153 vt=  17.25107
 i=  944 j=  777 glon=  282.97 (0-360E) glon=  282.97 glat=  34.76 u= -12.2000 v= -10.4000 vr= -10.98669 vt=  11.67445
 i=  949 j=  777 glon=  283.17 (0-360E) glon=  283.17 glat=  34.76 u= -17.6000 v=  -8.8000 vr= -11.92488 vt=  15.65239
 i=  954 j=  777 glon=  283.37 (0-360E) glon=  283.37 glat=  34.76 u= -19.2000 v=  -8.2000 vr= -13.80590 vt=  15.66133
 i=  959 j=  777 glon=  283.57 (0-360E) glon=  283.57 glat=  34.76 u= -15.2000 v=   0.8000 vr=  -5.75081 vt=  14.09284
 i=  964 j=  777 glon=  283.77 (0-360E) glon=  283.77 glat=  34.76 u= -10.8000 v=   3.6000 vr=  -2.56432 vt=  11.09163
 i=  969 j=  777 glon=  283.97 (0-360E) glon=  283.97 glat=  34.76 u=  -7.3000 v=   4.3000 vr=  -0.95492 vt=   8.41832
 i=  974 j=  777 glon=  284.17 (0-360E) glon=  284.17 glat=  34.76 u=  -9.9000 v=   7.4000 vr=  -1.08278 vt=  12.31250
 i=  979 j=  777 glon=  284.37 (0-360E) glon=  284.37 glat=  34.76 u=  -5.7000 v=   6.8000 vr=   0.62147 vt=   8.85120
 i=  984 j=  777 glon=  284.57 (0-360E) glon=  284.57 glat=  34.76 u=  -2.0000 v=   6.4000 vr=   2.61654 vt=   6.17363
 i=  989 j=  777 glon=  284.77 (0-360E) glon=  284.77 glat=  34.76 u=   0.3000 v=   7.1000 vr=   4.52461 vt=   5.47977
 i=  889 j=  782 glon=  280.77 (0-360E) glon=  280.77 glat=  34.56 u= -10.5000 v= -13.8000 vr=   2.54962 vt=  17.15195
 i=  894 j=  782 glon=  280.97 (0-360E) glon=  280.97 glat=  34.56 u= -10.3000 v= -16.0000 vr=   0.48801 vt=  19.02240
 i=  899 j=  782 glon=  281.17 (0-360E) glon=  281.17 glat=  34.56 u= -12.9000 v= -16.4000 vr=   1.45407 vt=  20.81480
 i=  904 j=  782 glon=  281.37 (0-360E) glon=  281.37 glat=  34.56 u= -14.5000 v= -18.3000 vr=   0.33494 vt=  23.34583
 i=  909 j=  782 glon=  281.57 (0-360E) glon=  281.57 glat=  34.56 u= -16.1000 v= -16.0000 vr=   1.44012 vt=  22.65251
 i=  914 j=  782 glon=  281.77 (0-360E) glon=  281.77 glat=  34.56 u= -15.9000 v= -15.6000 vr=  -0.26604 vt=  22.27328
 i=  919 j=  782 glon=  281.97 (0-360E) glon=  281.97 glat=  34.56 u= -14.6000 v= -15.7000 vr=  -3.29862 vt=  21.18417
 i=  924 j=  782 glon=  282.17 (0-360E) glon=  282.17 glat=  34.56 u= -14.5000 v= -16.1000 vr=  -6.07448 vt=  20.79809
 i=  929 j=  782 glon=  282.37 (0-360E) glon=  282.37 glat=  34.56 u= -16.3000 v= -16.0000 vr=  -7.93094 vt=  21.41939
 i=  934 j=  782 glon=  282.57 (0-360E) glon=  282.57 glat=  34.56 u= -18.1000 v= -13.6000 vr=  -8.23442 vt=  21.08944
 i=  939 j=  782 glon=  282.77 (0-360E) glon=  282.77 glat=  34.56 u= -14.2000 v=  -5.2000 vr=  -3.61778 vt=  14.68304
 i=  944 j=  782 glon=  282.97 (0-360E) glon=  282.97 glat=  34.56 u= -15.2000 v=  -5.1000 vr=  -5.98970 vt=  14.87190
 i=  949 j=  782 glon=  283.17 (0-360E) glon=  283.17 glat=  34.56 u= -20.6000 v=  -1.9000 vr=  -6.43860 vt=  19.65997
 i=  954 j=  782 glon=  283.37 (0-360E) glon=  283.37 glat=  34.56 u= -14.6000 v=   3.8000 vr=  -1.86340 vt=  14.97090
 i=  959 j=  782 glon=  283.57 (0-360E) glon=  283.57 glat=  34.56 u= -10.4000 v=   1.9000 vr=  -3.47739 vt=   9.98388
 i=  964 j=  782 glon=  283.77 (0-360E) glon=  283.77 glat=  34.56 u= -10.4000 v=   3.8000 vr=  -3.10985 vt=  10.62680
 i=  969 j=  782 glon=  283.97 (0-360E) glon=  283.97 glat=  34.56 u=  -8.6000 v=   6.8000 vr=  -0.74035 vt=  10.93855
 i=  974 j=  782 glon=  284.17 (0-360E) glon=  284.17 glat=  34.56 u=  -4.8000 v=   9.8000 vr=   3.14835 vt=  10.44834
 i=  979 j=  782 glon=  284.37 (0-360E) glon=  284.37 glat=  34.56 u=  -1.9000 v=  11.1000 vr=   5.45595 vt=   9.85153
 i=  984 j=  782 glon=  284.57 (0-360E) glon=  284.57 glat=  34.56 u=   0.4000 v=  10.7000 vr=   6.48700 vt=   8.51873
 i=  989 j=  782 glon=  284.77 (0-360E) glon=  284.77 glat=  34.56 u=   2.4000 v=  10.0000 vr=   7.34986 vt=   7.19302
 i=  994 j=  782 glon=  284.97 (0-360E) glon=  284.97 glat=  34.56 u=   3.8000 v=  10.8000 vr=   8.62816 vt=   7.52561
 i=  889 j=  787 glon=  280.77 (0-360E) glon=  280.77 glat=  34.36 u=  -9.1000 v= -15.4000 vr=   2.17609 vt=  17.75485
 i=  894 j=  787 glon=  280.97 (0-360E) glon=  280.97 glat=  34.36 u= -10.8000 v= -15.2000 vr=   3.11388 vt=  18.38433
 i=  899 j=  787 glon=  281.17 (0-360E) glon=  281.17 glat=  34.36 u= -11.0000 v= -17.5000 vr=   1.36531 vt=  20.62489
 i=  904 j=  787 glon=  281.37 (0-360E) glon=  281.37 glat=  34.36 u= -13.4000 v= -17.8000 vr=   2.14527 vt=  22.17651
 i=  909 j=  787 glon=  281.57 (0-360E) glon=  281.57 glat=  34.36 u= -15.7000 v= -17.3000 vr=   2.87027 vt=  23.18494
 i=  914 j=  787 glon=  281.77 (0-360E) glon=  281.77 glat=  34.36 u= -11.0000 v= -17.4000 vr=  -2.65255 vt=  20.41382
 i=  919 j=  787 glon=  281.97 (0-360E) glon=  281.97 glat=  34.36 u= -10.5000 v= -18.1000 vr=  -5.47444 vt=  20.19630
 i=  924 j=  787 glon=  282.17 (0-360E) glon=  282.17 glat=  34.36 u= -10.6000 v= -17.5000 vr=  -7.32106 vt=  19.10529
 i=  929 j=  787 glon=  282.37 (0-360E) glon=  282.37 glat=  34.36 u= -12.2000 v= -19.8000 vr= -11.26236 vt=  20.34796
 i=  934 j=  787 glon=  282.57 (0-360E) glon=  282.57 glat=  34.36 u= -19.0000 v=  -2.4000 vr=   4.02163 vt=  18.72395
 i=  939 j=  787 glon=  282.77 (0-360E) glon=  282.77 glat=  34.36 u= -22.0000 v=   1.2000 vr=   4.19754 vt=  21.62916
 i=  944 j=  787 glon=  282.97 (0-360E) glon=  282.97 glat=  34.36 u= -20.4000 v=  -1.5000 vr=  -3.00955 vt=  20.23246
 i=  949 j=  787 glon=  283.17 (0-360E) glon=  283.17 glat=  34.36 u= -15.6000 v=   7.7000 vr=   3.09904 vt=  17.11858
 i=  954 j=  787 glon=  283.37 (0-360E) glon=  283.37 glat=  34.36 u= -13.1000 v=   9.4000 vr=   2.55410 vt=  15.92001
 i=  959 j=  787 glon=  283.57 (0-360E) glon=  283.57 glat=  34.36 u= -10.4000 v=  11.4000 vr=   3.24843 vt=  15.08535
 i=  964 j=  787 glon=  283.77 (0-360E) glon=  283.77 glat=  34.36 u=  -7.5000 v=  13.6000 vr=   4.88254 vt=  14.74350
 i=  969 j=  787 glon=  283.97 (0-360E) glon=  283.97 glat=  34.36 u=  -4.5000 v=  17.0000 vr=   7.82695 vt=  15.74766
 i=  974 j=  787 glon=  284.17 (0-360E) glon=  284.17 glat=  34.36 u=  -2.1000 v=  17.3000 vr=   8.58408 vt=  15.16620
 i=  979 j=  787 glon=  284.37 (0-360E) glon=  284.37 glat=  34.36 u=  -0.4000 v=  16.4000 vr=   8.47131 vt=  14.04838
 i=  984 j=  787 glon=  284.57 (0-360E) glon=  284.57 glat=  34.36 u=   1.2000 v=  15.4000 vr=   8.56740 vt=  12.85300
 i=  989 j=  787 glon=  284.77 (0-360E) glon=  284.77 glat=  34.36 u=   2.7000 v=  14.9000 vr=   9.06677 vt=  12.12822
 i=  994 j=  787 glon=  284.97 (0-360E) glon=  284.97 glat=  34.36 u=   3.7000 v=  13.5000 vr=   8.91099 vt=  10.79510
 i=  884 j=  792 glon=  280.57 (0-360E) glon=  280.57 glat=  34.16 u=  -7.9000 v= -14.8000 vr=   3.39243 vt=  16.42989
 i=  889 j=  792 glon=  280.77 (0-360E) glon=  280.77 glat=  34.16 u=  -9.1000 v= -16.2000 vr=   3.67116 vt=  18.21463
 i=  894 j=  792 glon=  280.97 (0-360E) glon=  280.97 glat=  34.16 u= -10.2000 v= -17.4000 vr=   3.73620 vt=  19.82021
 i=  899 j=  792 glon=  281.17 (0-360E) glon=  281.17 glat=  34.16 u=  -9.1000 v= -18.4000 vr=   1.60526 vt=  20.46444
 i=  904 j=  792 glon=  281.37 (0-360E) glon=  281.37 glat=  34.16 u= -12.2000 v= -18.2000 vr=   3.58499 vt=  21.61545
 i=  909 j=  792 glon=  281.57 (0-360E) glon=  281.57 glat=  34.16 u= -10.6000 v= -17.7000 vr=   1.18457 vt=  20.59725
 i=  914 j=  792 glon=  281.77 (0-360E) glon=  281.77 glat=  34.16 u=  -8.7000 v= -19.7000 vr=  -2.94076 vt=  21.33382
 i=  919 j=  792 glon=  281.97 (0-360E) glon=  281.97 glat=  34.16 u=  -7.9000 v= -20.4000 vr=  -5.93099 vt=  21.05691
 i=  924 j=  792 glon=  282.17 (0-360E) glon=  282.17 glat=  34.16 u=  -7.2000 v= -19.7000 vr=  -8.42527 vt=  19.20794
 i=  929 j=  792 glon=  282.37 (0-360E) glon=  282.37 glat=  34.16 u=  -8.2000 v= -23.5000 vr= -13.78153 vt=  20.72582
 i=  934 j=  792 glon=  282.57 (0-360E) glon=  282.57 glat=  34.16 u= -19.1000 v=  -9.7000 vr=  -0.63113 vt=  21.41265
 i=  939 j=  792 glon=  282.77 (0-360E) glon=  282.77 glat=  34.16 u= -14.8000 v=  -4.7000 vr=  -1.92065 vt=  15.40912
 i=  944 j=  792 glon=  282.97 (0-360E) glon=  282.97 glat=  34.16 u= -14.5000 v=   2.1000 vr=   0.64659 vt=  14.63701
 i=  949 j=  792 glon=  283.17 (0-360E) glon=  283.17 glat=  34.16 u= -13.0000 v=   8.2000 vr=   2.97264 vt=  15.07990
 i=  954 j=  792 glon=  283.37 (0-360E) glon=  283.37 glat=  34.16 u= -11.9000 v=  10.6000 vr=   2.16412 vt=  15.78881
 i=  959 j=  792 glon=  283.57 (0-360E) glon=  283.57 glat=  34.16 u=  -9.3000 v=  18.1000 vr=   6.63421 vt=  19.23765
 i=  964 j=  792 glon=  283.77 (0-360E) glon=  283.77 glat=  34.16 u=  -8.7000 v=  21.3000 vr=   6.55041 vt=  22.05611
 i=  969 j=  792 glon=  283.97 (0-360E) glon=  283.97 glat=  34.16 u=  -1.8000 v=  17.5000 vr=   8.04881 vt=  15.64310
 i=  974 j=  792 glon=  284.17 (0-360E) glon=  284.17 glat=  34.16 u=  -0.3000 v=  17.8000 vr=   8.29504 vt=  15.75190
 i=  979 j=  792 glon=  284.37 (0-360E) glon=  284.37 glat=  34.16 u=   1.4000 v=  20.4000 vr=   9.98544 vt=  17.84408
 i=  984 j=  792 glon=  284.57 (0-360E) glon=  284.57 glat=  34.16 u=   4.7000 v=  19.2000 vr=  11.70395 vt=  15.92945
 i=  989 j=  792 glon=  284.77 (0-360E) glon=  284.77 glat=  34.16 u=   5.8000 v=  18.3000 vr=  11.78862 vt=  15.15119
 i=  994 j=  792 glon=  284.97 (0-360E) glon=  284.97 glat=  34.16 u=   7.8000 v=  16.4000 vr=  12.58450 vt=  13.09314
 i=  999 j=  792 glon=  285.17 (0-360E) glon=  285.17 glat=  34.16 u=   6.9000 v=  15.4000 vr=  11.06806 vt=  12.73845
 i=  884 j=  797 glon=  280.57 (0-360E) glon=  280.57 glat=  33.96 u=  -7.6000 v= -15.8000 vr=   4.49365 vt=  16.94719
 i=  889 j=  797 glon=  280.77 (0-360E) glon=  280.77 glat=  33.96 u=  -9.2000 v= -16.3000 vr=   5.64534 vt=  17.84545
 i=  894 j=  797 glon=  280.97 (0-360E) glon=  280.97 glat=  33.96 u=  -8.1000 v= -19.0000 vr=   3.57009 vt=  20.34366
 i=  899 j=  797 glon=  281.17 (0-360E) glon=  281.17 glat=  33.96 u=  -7.4000 v= -19.1000 vr=   2.32881 vt=  20.35059
 i=  904 j=  797 glon=  281.37 (0-360E) glon=  281.37 glat=  33.96 u=  -9.7000 v= -18.2000 vr=   4.12346 vt=  20.20711
 i=  909 j=  797 glon=  281.57 (0-360E) glon=  281.57 glat=  33.96 u=  -7.8000 v= -20.4000 vr=   0.77266 vt=  21.82666
 i=  914 j=  797 glon=  281.77 (0-360E) glon=  281.77 glat=  33.96 u=  -5.3000 v= -21.8000 vr=  -3.25150 vt=  22.19815
 i=  919 j=  797 glon=  281.97 (0-360E) glon=  281.97 glat=  33.96 u=  -4.0000 v= -23.5000 vr=  -6.78429 vt=  22.85221
 i=  924 j=  797 glon=  282.17 (0-360E) glon=  282.17 glat=  33.96 u=  -5.2000 v= -22.4000 vr=  -7.50684 vt=  21.73586
 i=  929 j=  797 glon=  282.37 (0-360E) glon=  282.37 glat=  33.96 u=  -4.6000 v= -23.1000 vr= -11.64428 vt=  20.47390
 i=  934 j=  797 glon=  282.57 (0-360E) glon=  282.57 glat=  33.96 u= -11.8000 v= -11.7000 vr=  -2.61806 vt=  16.40962
 i=  939 j=  797 glon=  282.77 (0-360E) glon=  282.77 glat=  33.96 u= -16.4000 v=  -6.0000 vr=  -1.31079 vt=  17.41384
 i=  944 j=  797 glon=  282.97 (0-360E) glon=  282.97 glat=  33.96 u= -14.0000 v=   9.3000 vr=   7.08460 vt=  15.24134
 i=  949 j=  797 glon=  283.17 (0-360E) glon=  283.17 glat=  33.96 u= -10.1000 v=  17.7000 vr=  10.14123 vt=  17.67641
 i=  954 j=  797 glon=  283.37 (0-360E) glon=  283.37 glat=  33.96 u=  -8.3000 v=  20.8000 vr=   8.59506 vt=  20.67982
 i=  959 j=  797 glon=  283.57 (0-360E) glon=  283.57 glat=  33.96 u=  -6.7000 v=  19.2000 vr=   5.31352 vt=  19.62897
 i=  964 j=  797 glon=  283.77 (0-360E) glon=  283.77 glat=  33.96 u=  -1.0000 v=  20.3000 vr=   8.56707 vt=  18.43082
 i=  969 j=  797 glon=  283.97 (0-360E) glon=  283.97 glat=  33.96 u=   0.5000 v=  22.9000 vr=   9.45095 vt=  20.86479
 i=  974 j=  797 glon=  284.17 (0-360E) glon=  284.17 glat=  33.96 u=   3.3000 v=  20.1000 vr=   9.89384 vt=  17.80483
 i=  979 j=  797 glon=  284.37 (0-360E) glon=  284.37 glat=  33.96 u=   4.2000 v=  20.5000 vr=  10.06561 vt=  18.34594
 i=  984 j=  797 glon=  284.57 (0-360E) glon=  284.57 glat=  33.96 u=   5.9000 v=  22.7000 vr=  11.63392 vt=  20.36546
 i=  989 j=  797 glon=  284.77 (0-360E) glon=  284.77 glat=  33.96 u=   6.2000 v=  20.5000 vr=  10.83307 vt=  18.47525
 i=  994 j=  797 glon=  284.97 (0-360E) glon=  284.97 glat=  33.96 u=   7.8000 v=  18.5000 vr=  11.54406 vt=  16.42634
 i=  999 j=  797 glon=  285.17 (0-360E) glon=  285.17 glat=  33.96 u=  10.6000 v=  17.7000 vr=  13.81838 vt=  15.32000
 i=  884 j=  802 glon=  280.57 (0-360E) glon=  280.57 glat=  33.76 u=  -6.1000 v= -15.0000 vr=   4.76105 vt=  15.47716
 i=  889 j=  802 glon=  280.77 (0-360E) glon=  280.77 glat=  33.76 u=  -5.8000 v= -15.6000 vr=   4.25962 vt=  16.08899
 i=  894 j=  802 glon=  280.97 (0-360E) glon=  280.97 glat=  33.76 u=  -5.4000 v= -18.8000 vr=   3.33731 vt=  19.27336
 i=  899 j=  802 glon=  281.17 (0-360E) glon=  281.17 glat=  33.76 u=  -4.8000 v= -19.6000 vr=   2.38427 vt=  20.03785
 i=  904 j=  802 glon=  281.37 (0-360E) glon=  281.37 glat=  33.76 u=  -5.4000 v= -18.9000 vr=   2.73819 vt=  19.46464
 i=  909 j=  802 glon=  281.57 (0-360E) glon=  281.57 glat=  33.76 u=  -5.5000 v= -22.1000 vr=   1.90629 vt=  22.69419
 i=  914 j=  802 glon=  281.77 (0-360E) glon=  281.77 glat=  33.76 u=  -3.0000 v= -23.5000 vr=  -1.46589 vt=  23.64532
 i=  919 j=  802 glon=  281.97 (0-360E) glon=  281.97 glat=  33.76 u=   0.3000 v= -25.3000 vr=  -6.04210 vt=  24.56976
 i=  924 j=  802 glon=  282.17 (0-360E) glon=  282.17 glat=  33.76 u=  -2.4000 v= -24.5000 vr=  -4.70659 vt=  24.16315
 i=  929 j=  802 glon=  282.37 (0-360E) glon=  282.37 glat=  33.76 u=  -4.0000 v= -23.6000 vr=  -5.29615 vt=  23.34333
 i=  934 j=  802 glon=  282.57 (0-360E) glon=  282.57 glat=  33.76 u=  -7.8000 v= -17.0000 vr=  -2.89746 vt=  18.47822
 i=  939 j=  802 glon=  282.77 (0-360E) glon=  282.77 glat=  33.76 u=  -6.5000 v=  -9.3000 vr=  -4.68278 vt=  10.33497
 i=  944 j=  802 glon=  282.97 (0-360E) glon=  282.97 glat=  33.76 u=  -6.3000 v=   4.3000 vr=   2.17779 vt=   7.31008
 i=  949 j=  802 glon=  283.17 (0-360E) glon=  283.17 glat=  33.76 u=  -4.2000 v=  20.5000 vr=   9.64916 vt=  18.56835
 i=  954 j=  802 glon=  283.37 (0-360E) glon=  283.37 glat=  33.76 u=  -3.9000 v=  31.8000 vr=   9.87396 vt=  30.47876
 i=  959 j=  802 glon=  283.57 (0-360E) glon=  283.57 glat=  33.76 u=   0.6000 v=  27.6000 vr=   9.11156 vt=  26.05954
 i=  964 j=  802 glon=  283.77 (0-360E) glon=  283.77 glat=  33.76 u=   1.5000 v=  25.6000 vr=   7.65849 vt=  24.47361
 i=  969 j=  802 glon=  283.97 (0-360E) glon=  283.97 glat=  33.76 u=   4.2000 v=  23.4000 vr=   8.75385 vt=  22.10362
 i=  974 j=  802 glon=  284.17 (0-360E) glon=  284.17 glat=  33.76 u=   5.7000 v=  25.4000 vr=   9.86274 vt=  24.09100
 i=  979 j=  802 glon=  284.37 (0-360E) glon=  284.37 glat=  33.76 u=   8.5000 v=  21.7000 vr=  11.53449 vt=  20.25082
 i=  984 j=  802 glon=  284.57 (0-360E) glon=  284.57 glat=  33.76 u=   9.5000 v=  20.8000 vr=  12.04581 vt=  19.43678
 i=  989 j=  802 glon=  284.77 (0-360E) glon=  284.77 glat=  33.76 u=  10.7000 v=  20.5000 vr=  12.92426 vt=  19.17560
 i=  994 j=  802 glon=  284.97 (0-360E) glon=  284.97 glat=  33.76 u=  11.0000 v=  20.8000 vr=  13.02668 vt=  19.59453
 i=  999 j=  802 glon=  285.17 (0-360E) glon=  285.17 glat=  33.76 u=  12.8000 v=  18.7000 vr=  14.43674 vt=  17.46741
 i=  884 j=  807 glon=  280.57 (0-360E) glon=  280.57 glat=  33.56 u=  -2.7000 v= -13.2000 vr=   2.87065 vt=  13.16394
 i=  889 j=  807 glon=  280.77 (0-360E) glon=  280.77 glat=  33.56 u=  -3.2000 v= -15.0000 vr=   3.40374 vt=  14.95508
 i=  894 j=  807 glon=  280.97 (0-360E) glon=  280.97 glat=  33.56 u=  -2.3000 v= -18.8000 vr=   2.57077 vt=  18.76489
 i=  899 j=  807 glon=  281.17 (0-360E) glon=  281.17 glat=  33.56 u=  -3.3000 v= -19.6000 vr=   3.60225 vt=  19.54671
 i=  904 j=  807 glon=  281.37 (0-360E) glon=  281.37 glat=  33.56 u=  -3.4000 v= -19.2000 vr=   3.72149 vt=  19.14029
 i=  909 j=  807 glon=  281.57 (0-360E) glon=  281.57 glat=  33.56 u=  -3.1000 v= -21.3000 vr=   3.49449 vt=  21.23885
 i=  914 j=  807 glon=  281.77 (0-360E) glon=  281.77 glat=  33.56 u=  -0.9000 v= -24.8000 vr=   1.42111 vt=  24.77560
 i=  919 j=  807 glon=  281.97 (0-360E) glon=  281.97 glat=  33.56 u=   0.8000 v= -27.9000 vr=  -0.11164 vt=  27.91124
 i=  924 j=  807 glon=  282.17 (0-360E) glon=  282.17 glat=  33.56 u=   3.4000 v= -24.2000 vr=  -2.66125 vt=  24.29234
 i=  929 j=  807 glon=  282.37 (0-360E) glon=  282.37 glat=  33.56 u=  -1.0000 v= -27.1000 vr=   2.10726 vt=  27.03645
 i=  934 j=  807 glon=  282.57 (0-360E) glon=  282.57 glat=  33.56 u=   4.4000 v= -17.6000 vr=  -3.25762 vt=  17.84679
 i=  939 j=  807 glon=  282.77 (0-360E) glon=  282.77 glat=  33.56 u=   3.4000 v= -10.0000 vr=  -1.75570 vt=  10.41525
 i=  944 j=  807 glon=  282.97 (0-360E) glon=  282.97 glat=  33.56 u=   5.5000 v=   4.4000 vr=   4.00143 vt=   5.79643
 i=  949 j=  807 glon=  283.17 (0-360E) glon=  283.17 glat=  33.56 u=   7.7000 v=  21.8000 vr=   5.96977 vt=  22.33589
 i=  954 j=  807 glon=  283.37 (0-360E) glon=  283.37 glat=  33.56 u=   8.7000 v=  28.6000 vr=   7.38097 vt=  28.96845
 i=  959 j=  807 glon=  283.57 (0-360E) glon=  283.57 glat=  33.56 u=  11.7000 v=  30.5000 vr=  10.68990 vt=  30.86853
 i=  964 j=  807 glon=  283.77 (0-360E) glon=  283.77 glat=  33.56 u=  10.3000 v=  27.9000 vr=   9.56813 vt=  28.15938
 i=  969 j=  807 glon=  283.97 (0-360E) glon=  283.97 glat=  33.56 u=   9.6000 v=  24.7000 vr=   9.05530 vt=  24.90485
 i=  974 j=  807 glon=  284.17 (0-360E) glon=  284.17 glat=  33.56 u=  12.8000 v=  23.4000 vr=  12.34841 vt=  23.64142
 i=  979 j=  807 glon=  284.37 (0-360E) glon=  284.37 glat=  33.56 u=  10.7000 v=  23.0000 vr=  10.30176 vt=  23.18111
 i=  984 j=  807 glon=  284.57 (0-360E) glon=  284.57 glat=  33.56 u=  12.5000 v=  23.0000 vr=  12.13500 vt=  23.19465
 i=  989 j=  807 glon=  284.77 (0-360E) glon=  284.77 glat=  33.56 u=  12.2000 v=  20.7000 vr=  11.89446 vt=  20.87707
 i=  994 j=  807 glon=  284.97 (0-360E) glon=  284.97 glat=  33.56 u=  11.8000 v=  22.1000 vr=  11.49328 vt=  22.26105
 i=  999 j=  807 glon=  285.17 (0-360E) glon=  285.17 glat=  33.56 u=  14.1000 v=  19.5000 vr=  13.84278 vt=  19.68343
 i=  884 j=  812 glon=  280.57 (0-360E) glon=  280.57 glat=  33.36 u=   0.1000 v= -12.7000 vr=   1.38078 vt=  12.62511
 i=  889 j=  812 glon=  280.77 (0-360E) glon=  280.77 glat=  33.36 u=  -1.0000 v= -14.5000 vr=   2.82495 vt=  14.25727
 i=  894 j=  812 glon=  280.97 (0-360E) glon=  280.97 glat=  33.36 u=   0.0000 v= -17.9000 vr=   2.47651 vt=  17.72786
 i=  899 j=  812 glon=  281.17 (0-360E) glon=  281.17 glat=  33.36 u=   2.8000 v= -17.5000 vr=  -0.08846 vt=  17.72236
 i=  904 j=  812 glon=  281.37 (0-360E) glon=  281.37 glat=  33.36 u=  -1.5000 v= -19.1000 vr=   4.75475 vt=  18.55943
 i=  909 j=  812 glon=  281.57 (0-360E) glon=  281.57 glat=  33.36 u=   0.3000 v= -20.3000 vr=   3.67437 vt=  19.96695
 i=  914 j=  812 glon=  281.77 (0-360E) glon=  281.77 glat=  33.36 u=   1.5000 v= -25.2000 vr=   4.27186 vt=  24.88054
 i=  919 j=  812 glon=  281.97 (0-360E) glon=  281.97 glat=  33.36 u=   4.4000 v= -23.3000 vr=   2.10662 vt=  23.61805
 i=  924 j=  812 glon=  282.17 (0-360E) glon=  282.17 glat=  33.36 u=   8.5000 v= -21.3000 vr=  -0.79901 vt=  22.91946
 i=  929 j=  812 glon=  282.37 (0-360E) glon=  282.37 glat=  33.36 u=   8.1000 v= -23.3000 vr=   3.05008 vt=  24.47850
 i=  934 j=  812 glon=  282.57 (0-360E) glon=  282.57 glat=  33.36 u=  14.2000 v= -15.9000 vr=  -1.26545 vt=  21.28024
 i=  939 j=  812 glon=  282.77 (0-360E) glon=  282.77 glat=  33.36 u=  18.7000 v=  -8.3000 vr=  -0.90628 vt=  20.43915
 i=  944 j=  812 glon=  282.97 (0-360E) glon=  282.97 glat=  33.36 u=  22.6000 v=   6.7000 vr=  -0.61205 vt=  23.56428
 i=  949 j=  812 glon=  283.17 (0-360E) glon=  283.17 glat=  33.36 u=  22.1000 v=  20.9000 vr=   1.36007 vt=  30.38701
 i=  954 j=  812 glon=  283.37 (0-360E) glon=  283.37 glat=  33.36 u=  21.6000 v=  27.4000 vr=   5.55709 vt=  34.44472
 i=  959 j=  812 glon=  283.57 (0-360E) glon=  283.57 glat=  33.36 u=  21.3000 v=  27.3000 vr=   9.89541 vt=  33.18224
 i=  964 j=  812 glon=  283.77 (0-360E) glon=  283.77 glat=  33.36 u=  15.8000 v=  26.4000 vr=   7.49346 vt=  29.84038
 i=  969 j=  812 glon=  283.97 (0-360E) glon=  283.97 glat=  33.36 u=  16.4000 v=  25.4000 vr=   9.84701 vt=  28.58595
 i=  974 j=  812 glon=  284.17 (0-360E) glon=  284.17 glat=  33.36 u=  16.1000 v=  22.9000 vr=  11.08788 vt=  25.70367
 i=  979 j=  812 glon=  284.37 (0-360E) glon=  284.37 glat=  33.36 u=  14.3000 v=  22.7000 vr=  10.02912 vt=  24.88366
 i=  984 j=  812 glon=  284.57 (0-360E) glon=  284.57 glat=  33.36 u=  15.5000 v=  23.2000 vr=  11.63593 vt=  25.35932
 i=  989 j=  812 glon=  284.77 (0-360E) glon=  284.77 glat=  33.36 u=  14.1000 v=  21.5000 vr=  10.89402 vt=  23.28906
 i=  994 j=  812 glon=  284.97 (0-360E) glon=  284.97 glat=  33.36 u=  14.4000 v=  21.7000 vr=  11.46281 vt=  23.38491
 i=  999 j=  812 glon=  285.17 (0-360E) glon=  285.17 glat=  33.36 u=  17.0000 v=  20.3000 vr=  14.45649 vt=  22.18333
 i=  884 j=  817 glon=  280.57 (0-360E) glon=  280.57 glat=  33.16 u=   4.1000 v= -11.1000 vr=  -1.61601 vt=  11.72214
 i=  889 j=  817 glon=  280.77 (0-360E) glon=  280.77 glat=  33.16 u=   2.5000 v= -12.6000 vr=   0.50972 vt=  12.83550
 i=  894 j=  817 glon=  280.97 (0-360E) glon=  280.97 glat=  33.16 u=   3.9000 v= -15.7000 vr=   0.23540 vt=  16.17543
 i=  899 j=  817 glon=  281.17 (0-360E) glon=  281.17 glat=  33.16 u=   4.9000 v= -18.8000 vr=   0.59172 vt=  19.41906
 i=  904 j=  817 glon=  281.37 (0-360E) glon=  281.37 glat=  33.16 u=   5.2000 v= -13.3000 vr=  -0.75986 vt=  14.26018
 i=  909 j=  817 glon=  281.57 (0-360E) glon=  281.57 glat=  33.16 u=   4.4000 v= -17.6000 vr=   2.13141 vt=  18.01602
 i=  914 j=  817 glon=  281.77 (0-360E) glon=  281.77 glat=  33.16 u=   6.6000 v= -21.5000 vr=   2.72378 vt=  22.32467
 i=  919 j=  817 glon=  281.97 (0-360E) glon=  281.97 glat=  33.16 u=  10.6000 v= -23.1000 vr=   1.65819 vt=  25.36179
 i=  924 j=  817 glon=  282.17 (0-360E) glon=  282.17 glat=  33.16 u=  17.4000 v= -17.7000 vr=  -4.31130 vt=  24.44305
 i=  929 j=  817 glon=  282.37 (0-360E) glon=  282.37 glat=  33.16 u=  20.4000 v= -18.4000 vr=  -2.17800 vt=  27.38570
 i=  934 j=  817 glon=  282.57 (0-360E) glon=  282.57 glat=  33.16 u=  24.9000 v=  -9.1000 vr=  -6.10042 vt=  25.79932
 i=  939 j=  817 glon=  282.77 (0-360E) glon=  282.77 glat=  33.16 u=  27.5000 v=  -2.0000 vr=  -4.97447 vt=  27.12019
 i=  944 j=  817 glon=  282.97 (0-360E) glon=  282.97 glat=  33.16 u=  30.3000 v=   8.4000 vr=  -4.12012 vt=  31.17170
 i=  949 j=  817 glon=  283.17 (0-360E) glon=  283.17 glat=  33.16 u=  31.6000 v=  17.5000 vr=  -0.40312 vt=  36.11990
 i=  954 j=  817 glon=  283.37 (0-360E) glon=  283.37 glat=  33.16 u=  28.2000 v=  21.9000 vr=   3.32090 vt=  35.55027
 i=  959 j=  817 glon=  283.57 (0-360E) glon=  283.57 glat=  33.16 u=  25.3000 v=  23.9000 vr=   5.92976 vt=  34.29487
 i=  964 j=  817 glon=  283.77 (0-360E) glon=  283.77 glat=  33.16 u=  20.6000 v=  24.6000 vr=   5.53902 vt=  31.60442
 i=  969 j=  817 glon=  283.97 (0-360E) glon=  283.97 glat=  33.16 u=  21.8000 v=  23.7000 vr=   9.63990 vt=  30.72462
 i=  974 j=  817 glon=  284.17 (0-360E) glon=  284.17 glat=  33.16 u=  19.2000 v=  21.8000 vr=   9.79778 vt=  27.34746
 i=  979 j=  817 glon=  284.37 (0-360E) glon=  284.37 glat=  33.16 u=  19.9000 v=  22.5000 vr=  11.49878 vt=  27.74956
 i=  984 j=  817 glon=  284.57 (0-360E) glon=  284.57 glat=  33.16 u=  19.6000 v=  23.2000 vr=  12.01285 vt=  27.89429
 i=  989 j=  817 glon=  284.77 (0-360E) glon=  284.77 glat=  33.16 u=  16.3000 v=  22.1000 vr=   9.92600 vt=  25.60419
 i=  994 j=  817 glon=  284.97 (0-360E) glon=  284.97 glat=  33.16 u=  17.6000 v=  20.0000 vr=  12.29771 vt=  23.63316
 i=  999 j=  817 glon=  285.17 (0-360E) glon=  285.17 glat=  33.16 u=  17.9000 v=  17.7000 vr=  13.56133 vt=  21.20826
 i=  889 j=  822 glon=  280.77 (0-360E) glon=  280.77 glat=  32.96 u=   4.2000 v= -10.0000 vr=  -0.63746 vt=  10.82745
 i=  894 j=  822 glon=  280.97 (0-360E) glon=  280.97 glat=  32.96 u=   5.9000 v= -13.3000 vr=  -0.69018 vt=  14.53354
 i=  899 j=  822 glon=  281.17 (0-360E) glon=  281.17 glat=  32.96 u=   7.4000 v= -18.4000 vr=   0.50053 vt=  19.82598
 i=  904 j=  822 glon=  281.37 (0-360E) glon=  281.37 glat=  32.96 u=  10.5000 v= -15.6000 vr=  -2.60607 vt=  18.62306
 i=  909 j=  822 glon=  281.57 (0-360E) glon=  281.57 glat=  32.96 u=   8.9000 v= -14.3000 vr=  -0.78468 vt=  16.82511
 i=  914 j=  822 glon=  281.77 (0-360E) glon=  281.77 glat=  32.96 u=  11.6000 v= -17.1000 vr=  -0.29815 vt=  20.66110
 i=  919 j=  822 glon=  281.97 (0-360E) glon=  281.97 glat=  32.96 u=  16.0000 v= -20.5000 vr=   0.27812 vt=  26.00332
 i=  924 j=  822 glon=  282.17 (0-360E) glon=  282.17 glat=  32.96 u=  19.7000 v= -20.5000 vr=   0.78226 vt=  28.42056
 i=  929 j=  822 glon=  282.37 (0-360E) glon=  282.37 glat=  32.96 u=  24.8000 v= -13.9000 vr=  -3.12864 vt=  28.25706
 i=  934 j=  822 glon=  282.57 (0-360E) glon=  282.57 glat=  32.96 u=  31.2000 v=  -5.8000 vr=  -7.40628 vt=  30.85818
 i=  939 j=  822 glon=  282.77 (0-360E) glon=  282.77 glat=  32.96 u=  34.7000 v=   0.6000 vr=  -6.59365 vt=  34.07307
 i=  944 j=  822 glon=  282.97 (0-360E) glon=  282.97 glat=  32.96 u=  34.8000 v=   5.5000 vr=  -2.19595 vt=  35.16344
 i=  949 j=  822 glon=  283.17 (0-360E) glon=  283.17 glat=  32.96 u=  33.0000 v=   8.9000 vr=   2.95095 vt=  34.05146
 i=  954 j=  822 glon=  283.37 (0-360E) glon=  283.37 glat=  32.96 u=  29.3000 v=  16.1000 vr=   2.11100 vt=  33.36531
 i=  959 j=  822 glon=  283.57 (0-360E) glon=  283.57 glat=  32.96 u=  25.4000 v=  22.0000 vr=   0.71846 vt=  33.59529
 i=  964 j=  822 glon=  283.77 (0-360E) glon=  283.77 glat=  32.96 u=  24.8000 v=  21.9000 vr=   4.66524 vt=  32.75493
 i=  969 j=  822 glon=  283.97 (0-360E) glon=  283.97 glat=  32.96 u=  24.6000 v=  21.9000 vr=   7.72321 vt=  32.01753
 i=  974 j=  822 glon=  284.17 (0-360E) glon=  284.17 glat=  32.96 u=  22.9000 v=  19.5000 vr=   9.90698 vt=  28.39915
 i=  979 j=  822 glon=  284.37 (0-360E) glon=  284.37 glat=  32.96 u=  23.0000 v=  20.7000 vr=  11.15771 vt=  28.86166
 i=  984 j=  822 glon=  284.57 (0-360E) glon=  284.57 glat=  32.96 u=  21.9000 v=  22.4000 vr=  10.85211 vt=  29.38710
 i=  989 j=  822 glon=  284.77 (0-360E) glon=  284.77 glat=  32.96 u=  17.5000 v=  21.3000 vr=   8.33563 vt=  26.27655
 i=  994 j=  822 glon=  284.97 (0-360E) glon=  284.97 glat=  32.96 u=  17.0000 v=  20.5000 vr=   8.99974 vt=  25.06501
 i=  999 j=  822 glon=  285.17 (0-360E) glon=  285.17 glat=  32.96 u=  18.6000 v=  17.4000 vr=  12.18420 vt=  22.36661
 i=  889 j=  827 glon=  280.77 (0-360E) glon=  280.77 glat=  32.76 u=   5.3000 v= -10.0000 vr=  -0.59253 vt=  11.30216
 i=  894 j=  827 glon=  280.97 (0-360E) glon=  280.97 glat=  32.76 u=   6.2000 v= -12.5000 vr=   0.17612 vt=  13.95202
 i=  899 j=  827 glon=  281.17 (0-360E) glon=  281.17 glat=  32.76 u=   8.9000 v= -13.7000 vr=  -0.94779 vt=  16.30956
 i=  904 j=  827 glon=  281.37 (0-360E) glon=  281.37 glat=  32.76 u=  10.8000 v= -12.1000 vr=  -2.53418 vt=  16.01961
 i=  909 j=  827 glon=  281.57 (0-360E) glon=  281.57 glat=  32.76 u=  13.6000 v= -10.3000 vr=  -4.81319 vt=  16.36714
 i=  914 j=  827 glon=  281.77 (0-360E) glon=  281.77 glat=  32.76 u=  15.4000 v= -11.0000 vr=  -4.40812 vt=  18.40458
 i=  919 j=  827 glon=  281.97 (0-360E) glon=  281.97 glat=  32.76 u=  16.5000 v= -17.1000 vr=   1.05890 vt=  23.73897
 i=  924 j=  827 glon=  282.17 (0-360E) glon=  282.17 glat=  32.76 u=  17.9000 v= -20.8000 vr=   5.99159 vt=  26.77967
 i=  929 j=  827 glon=  282.37 (0-360E) glon=  282.37 glat=  32.76 u=  23.7000 v= -14.3000 vr=   1.30080 vt=  27.64937
 i=  934 j=  827 glon=  282.57 (0-360E) glon=  282.57 glat=  32.76 u=  28.5000 v=  -9.4000 vr=  -0.19266 vt=  30.00955
 i=  939 j=  827 glon=  282.77 (0-360E) glon=  282.77 glat=  32.76 u=  31.5000 v=  -2.5000 vr=  -1.66686 vt=  31.55506
 i=  944 j=  827 glon=  282.97 (0-360E) glon=  282.97 glat=  32.76 u=  30.2000 v=   2.5000 vr=  -0.33849 vt=  30.30141
 i=  949 j=  827 glon=  283.17 (0-360E) glon=  283.17 glat=  32.76 u=  30.1000 v=  10.2000 vr=  -1.83030 vt=  31.72854
 i=  954 j=  827 glon=  283.37 (0-360E) glon=  283.37 glat=  32.76 u=  29.2000 v=  15.7000 vr=  -1.52141 vt=  33.11820
 i=  959 j=  827 glon=  283.57 (0-360E) glon=  283.57 glat=  32.76 u=  27.2000 v=  17.7000 vr=   0.73985 vt=  32.44353
 i=  964 j=  827 glon=  283.77 (0-360E) glon=  283.77 glat=  32.76 u=  27.2000 v=  19.1000 vr=   3.76201 vt=  33.02268
 i=  969 j=  827 glon=  283.97 (0-360E) glon=  283.97 glat=  32.76 u=  26.0000 v=  19.0000 vr=   6.31390 vt=  31.57744
 i=  974 j=  827 glon=  284.17 (0-360E) glon=  284.17 glat=  32.76 u=  23.6000 v=  19.6000 vr=   6.66900 vt=  29.94402
 i=  979 j=  827 glon=  284.37 (0-360E) glon=  284.37 glat=  32.76 u=  23.9000 v=  20.1000 vr=   8.67885 vt=  29.99829
 i=  984 j=  827 glon=  284.57 (0-360E) glon=  284.57 glat=  32.76 u=  21.6000 v=  20.9000 vr=   7.97953 vt=  28.97753
 i=  989 j=  827 glon=  284.77 (0-360E) glon=  284.77 glat=  32.76 u=  17.5000 v=  20.6000 vr=   5.85813 vt=  26.38735
 i=  994 j=  827 glon=  284.97 (0-360E) glon=  284.97 glat=  32.76 u=  20.7000 v=  18.0000 vr=  10.91685 vt=  25.16570
 i=  894 j=  832 glon=  280.97 (0-360E) glon=  280.97 glat=  32.56 u=   7.8000 v= -10.3000 vr=  -1.05807 vt=  12.87674
 i=  899 j=  832 glon=  281.17 (0-360E) glon=  281.17 glat=  32.56 u=  10.5000 v= -10.4000 vr=  -2.55968 vt=  14.55534
 i=  904 j=  832 glon=  281.37 (0-360E) glon=  281.37 glat=  32.56 u=  12.9000 v=  -9.8000 vr=  -3.95509 vt=  15.71010
 i=  909 j=  832 glon=  281.57 (0-360E) glon=  281.57 glat=  32.56 u=  13.6000 v=  -9.3000 vr=  -3.72233 vt=  16.04974
 i=  914 j=  832 glon=  281.77 (0-360E) glon=  281.77 glat=  32.56 u=  14.5000 v=  -7.8000 vr=  -4.12506 vt=  15.93970
 i=  919 j=  832 glon=  281.97 (0-360E) glon=  281.97 glat=  32.56 u=  15.8000 v=  -9.5000 vr=  -2.02418 vt=  18.32465
 i=  924 j=  832 glon=  282.17 (0-360E) glon=  282.17 glat=  32.56 u=  19.3000 v= -12.0000 vr=   0.38031 vt=  22.72323
 i=  929 j=  832 glon=  282.37 (0-360E) glon=  282.37 glat=  32.56 u=  24.2000 v=  -7.9000 vr=  -2.40780 vt=  25.34270
 i=  934 j=  832 glon=  282.57 (0-360E) glon=  282.57 glat=  32.56 u=  26.7000 v=  -4.0000 vr=  -3.12041 vt=  26.81703
 i=  939 j=  832 glon=  282.77 (0-360E) glon=  282.77 glat=  32.56 u=  30.0000 v=   1.6000 vr=  -4.77434 vt=  29.66084
 i=  944 j=  832 glon=  282.97 (0-360E) glon=  282.97 glat=  32.56 u=  30.8000 v=   6.4000 vr=  -4.62091 vt=  31.11667
 i=  949 j=  832 glon=  283.17 (0-360E) glon=  283.17 glat=  32.56 u=  29.5000 v=   9.8000 vr=  -3.18207 vt=  30.92191
 i=  954 j=  832 glon=  283.37 (0-360E) glon=  283.37 glat=  32.56 u=  28.4000 v=  12.6000 vr=  -1.53272 vt=  31.03177
 i=  959 j=  832 glon=  283.57 (0-360E) glon=  283.57 glat=  32.56 u=  27.3000 v=  14.2000 vr=   0.70780 vt=  30.76409
 i=  964 j=  832 glon=  283.77 (0-360E) glon=  283.77 glat=  32.56 u=  26.8000 v=  17.1000 vr=   1.64355 vt=  31.74821
 i=  969 j=  832 glon=  283.97 (0-360E) glon=  283.97 glat=  32.56 u=  24.9000 v=  17.2000 vr=   3.48168 vt=  30.06207
 i=  974 j=  832 glon=  284.17 (0-360E) glon=  284.17 glat=  32.56 u=  24.7000 v=  18.8000 vr=   4.76879 vt=  30.67228
 i=  979 j=  832 glon=  284.37 (0-360E) glon=  284.37 glat=  32.56 u=  23.0000 v=  19.9000 vr=   4.95492 vt=  30.00765
 i=  984 j=  832 glon=  284.57 (0-360E) glon=  284.57 glat=  32.56 u=  20.6000 v=  19.6000 vr=   5.02439 vt=  27.98706
 i=  989 j=  832 glon=  284.77 (0-360E) glon=  284.77 glat=  32.56 u=  19.9000 v=  17.8000 vr=   6.88224 vt=  25.79699
 i=  994 j=  832 glon=  284.97 (0-360E) glon=  284.97 glat=  32.56 u=  21.8000 v=  15.8000 vr=  10.68852 vt=  24.71104
 i=  899 j=  837 glon=  281.17 (0-360E) glon=  281.17 glat=  32.36 u=  12.5000 v=  -8.0000 vr=  -4.37665 vt=  14.18079
 i=  904 j=  837 glon=  281.37 (0-360E) glon=  281.37 glat=  32.36 u=  14.9000 v=  -6.9000 vr=  -6.00607 vt=  15.28225
 i=  909 j=  837 glon=  281.57 (0-360E) glon=  281.57 glat=  32.36 u=  17.7000 v=  -6.3000 vr=  -7.25903 vt=  17.32878
 i=  914 j=  837 glon=  281.77 (0-360E) glon=  281.77 glat=  32.36 u=  19.1000 v=  -6.9000 vr=  -6.23762 vt=  19.32646
 i=  919 j=  837 glon=  281.97 (0-360E) glon=  281.97 glat=  32.36 u=  21.0000 v=  -6.6000 vr=  -5.72592 vt=  21.25497
 i=  924 j=  837 glon=  282.17 (0-360E) glon=  282.17 glat=  32.36 u=  23.2000 v=  -5.2000 vr=  -5.73908 vt=  23.07256
 i=  929 j=  837 glon=  282.37 (0-360E) glon=  282.37 glat=  32.36 u=  25.3000 v=  -2.4000 vr=  -6.39276 vt=  24.59639
 i=  934 j=  837 glon=  282.57 (0-360E) glon=  282.57 glat=  32.36 u=  26.6000 v=   0.6000 vr=  -6.46198 vt=  25.81013
 i=  939 j=  837 glon=  282.77 (0-360E) glon=  282.77 glat=  32.36 u=  27.6000 v=   3.5000 vr=  -5.93930 vt=  27.17967
 i=  944 j=  837 glon=  282.97 (0-360E) glon=  282.97 glat=  32.36 u=  28.0000 v=   5.5000 vr=  -4.14857 vt=  28.23189
 i=  949 j=  837 glon=  283.17 (0-360E) glon=  283.17 glat=  32.36 u=  27.9000 v=   7.2000 vr=  -1.99323 vt=  28.74503
 i=  954 j=  837 glon=  283.37 (0-360E) glon=  283.37 glat=  32.36 u=  27.6000 v=   9.6000 vr=  -0.66148 vt=  29.21442
 i=  959 j=  837 glon=  283.57 (0-360E) glon=  283.57 glat=  32.36 u=  27.9000 v=  12.4000 vr=   0.38810 vt=  30.52899
 i=  964 j=  837 glon=  283.77 (0-360E) glon=  283.77 glat=  32.36 u=  26.0000 v=  14.4000 vr=   0.95650 vt=  29.70598
 i=  969 j=  837 glon=  283.97 (0-360E) glon=  283.97 glat=  32.36 u=  25.3000 v=  16.1000 vr=   1.97938 vt=  29.92294
 i=  974 j=  837 glon=  284.17 (0-360E) glon=  284.17 glat=  32.36 u=  23.9000 v=  16.5000 vr=   3.23551 vt=  28.86159
 i=  979 j=  837 glon=  284.37 (0-360E) glon=  284.37 glat=  32.36 u=  21.1000 v=  18.2000 vr=   2.13200 vt=  27.78317
 i=  984 j=  837 glon=  284.57 (0-360E) glon=  284.57 glat=  32.36 u=  20.5000 v=  18.1000 vr=   3.49368 vt=  27.12295
 i=  989 j=  837 glon=  284.77 (0-360E) glon=  284.77 glat=  32.36 u=  21.6000 v=  15.5000 vr=   7.44801 vt=  25.52131
 i=  904 j=  842 glon=  281.37 (0-360E) glon=  281.37 glat=  32.16 u=  15.6000 v=  -5.6000 vr=  -6.27252 vt=  15.34195
 i=  909 j=  842 glon=  281.57 (0-360E) glon=  281.57 glat=  32.16 u=  16.8000 v=  -4.6000 vr=  -6.73419 vt=  16.06396
 i=  914 j=  842 glon=  281.77 (0-360E) glon=  281.77 glat=  32.16 u=  18.6000 v=  -4.2000 vr=  -6.80977 vt=  17.81087
 i=  919 j=  842 glon=  281.97 (0-360E) glon=  281.97 glat=  32.16 u=  21.0000 v=  -3.6000 vr=  -6.93673 vt=  20.14552
 i=  924 j=  842 glon=  282.17 (0-360E) glon=  282.17 glat=  32.16 u=  22.9000 v=  -2.2000 vr=  -7.03310 vt=  21.90401
 i=  929 j=  842 glon=  282.37 (0-360E) glon=  282.37 glat=  32.16 u=  24.2000 v=   0.2000 vr=  -7.41149 vt=  23.03801
 i=  934 j=  842 glon=  282.57 (0-360E) glon=  282.57 glat=  32.16 u=  24.5000 v=   2.7000 vr=  -7.33207 vt=  23.53255
 i=  939 j=  842 glon=  282.77 (0-360E) glon=  282.77 glat=  32.16 u=  25.1000 v=   3.5000 vr=  -5.40900 vt=  24.75889
 i=  944 j=  842 glon=  282.97 (0-360E) glon=  282.97 glat=  32.16 u=  26.8000 v=   4.6000 vr=  -3.48933 vt=  26.96710
 i=  949 j=  842 glon=  283.17 (0-360E) glon=  283.17 glat=  32.16 u=  27.3000 v=   5.8000 vr=  -1.43202 vt=  27.87256
 i=  954 j=  842 glon=  283.37 (0-360E) glon=  283.37 glat=  32.16 u=  26.9000 v=   7.9000 vr=  -0.42486 vt=  28.03283
 i=  959 j=  842 glon=  283.57 (0-360E) glon=  283.57 glat=  32.16 u=  26.4000 v=  10.8000 vr=  -0.34230 vt=  28.52162
 i=  964 j=  842 glon=  283.77 (0-360E) glon=  283.77 glat=  32.16 u=  25.9000 v=  13.3000 vr=  -0.01470 vt=  29.11528
 i=  969 j=  842 glon=  283.97 (0-360E) glon=  283.97 glat=  32.16 u=  24.4000 v=  14.6000 vr=   0.66194 vt=  28.42678
 i=  974 j=  842 glon=  284.17 (0-360E) glon=  284.17 glat=  32.16 u=  23.8000 v=  15.5000 vr=   1.83959 vt=  28.34265
 i=  979 j=  842 glon=  284.37 (0-360E) glon=  284.37 glat=  32.16 u=  21.1000 v=  17.4000 vr=   0.64196 vt=  27.34150
 i=  984 j=  842 glon=  284.57 (0-360E) glon=  284.57 glat=  32.16 u=  22.6000 v=  15.2000 vr=   4.98526 vt=  26.77587
 i=  909 j=  847 glon=  281.57 (0-360E) glon=  281.57 glat=  31.96 u=  18.8000 v=  -1.5000 vr=  -9.40553 vt=  16.34705
 i=  914 j=  847 glon=  281.77 (0-360E) glon=  281.77 glat=  31.96 u=  19.9000 v=  -1.3000 vr=  -8.90986 vt=  17.84137
 i=  919 j=  847 glon=  281.97 (0-360E) glon=  281.97 glat=  31.96 u=  21.4000 v=  -1.0000 vr=  -8.36985 vt=  19.72069
 i=  924 j=  847 glon=  282.17 (0-360E) glon=  282.17 glat=  31.96 u=  22.5000 v=  -0.3000 vr=  -7.66496 vt=  21.15628
 i=  929 j=  847 glon=  282.37 (0-360E) glon=  282.37 glat=  31.96 u=  23.5000 v=   0.4000 vr=  -6.59849 vt=  22.55814
 i=  934 j=  847 glon=  282.57 (0-360E) glon=  282.57 glat=  31.96 u=  24.1000 v=   1.8000 vr=  -5.82976 vt=  23.45344
 i=  939 j=  847 glon=  282.77 (0-360E) glon=  282.77 glat=  31.96 u=  24.8000 v=   2.7000 vr=  -4.35781 vt=  24.56297
 i=  944 j=  847 glon=  282.97 (0-360E) glon=  282.97 glat=  31.96 u=  24.8000 v=   3.9000 vr=  -2.99925 vt=  24.92498
 i=  949 j=  847 glon=  283.17 (0-360E) glon=  283.17 glat=  31.96 u=  25.3000 v=   5.8000 vr=  -2.24340 vt=  25.85918
 i=  954 j=  847 glon=  283.37 (0-360E) glon=  283.37 glat=  31.96 u=  25.9000 v=   9.0000 vr=  -2.62593 vt=  27.29312
 i=  959 j=  847 glon=  283.57 (0-360E) glon=  283.57 glat=  31.96 u=  25.1000 v=  11.6000 vr=  -2.74259 vt=  27.51451
 i=  964 j=  847 glon=  283.77 (0-360E) glon=  283.77 glat=  31.96 u=  24.6000 v=  12.8000 vr=  -1.58291 vt=  27.68564
 i=  969 j=  847 glon=  283.97 (0-360E) glon=  283.97 glat=  31.96 u=  24.4000 v=  13.2000 vr=   0.25442 vt=  27.74050
 i=  974 j=  847 glon=  284.17 (0-360E) glon=  284.17 glat=  31.96 u=  23.6000 v=  14.1000 vr=   1.15261 vt=  27.46710
 i=  919 j=  852 glon=  281.97 (0-360E) glon=  281.97 glat=  31.76 u=  20.6000 v=  -1.3000 vr=  -6.91170 vt=  19.44938
 i=  924 j=  852 glon=  282.17 (0-360E) glon=  282.17 glat=  31.76 u=  21.7000 v=  -0.7000 vr=  -6.25044 vt=  20.79211
 i=  929 j=  852 glon=  282.37 (0-360E) glon=  282.37 glat=  31.76 u=  22.6000 v=   0.0000 vr=  -5.35939 vt=  21.95534
 i=  934 j=  852 glon=  282.57 (0-360E) glon=  282.57 glat=  31.76 u=  23.4000 v=   1.1000 vr=  -4.60416 vt=  22.96893
 i=  939 j=  852 glon=  282.77 (0-360E) glon=  282.77 glat=  31.76 u=  23.8000 v=   2.8000 vr=  -4.21753 vt=  23.59009
 i=  944 j=  852 glon=  282.97 (0-360E) glon=  282.97 glat=  31.76 u=  24.8000 v=   4.4000 vr=  -3.59780 vt=  24.92902
 i=  949 j=  852 glon=  283.17 (0-360E) glon=  283.17 glat=  31.76 u=  25.1000 v=   7.3000 vr=  -4.14531 vt=  25.80923
 i=  954 j=  852 glon=  283.37 (0-360E) glon=  283.37 glat=  31.76 u=  24.7000 v=   9.2000 vr=  -3.76474 vt=  26.08748
 i=  959 j=  852 glon=  283.57 (0-360E) glon=  283.57 glat=  31.76 u=  24.5000 v=  10.2000 vr=  -2.52265 vt=  26.41829
 i=  964 j=  852 glon=  283.77 (0-360E) glon=  283.77 glat=  31.76 u=  25.0000 v=  11.1000 vr=  -1.00858 vt=  27.33483
 i=  939 j=  857 glon=  282.77 (0-360E) glon=  282.77 glat=  31.56 u=  24.4000 v=   3.7000 vr=  -5.00962 vt=  24.16513
 i=  944 j=  857 glon=  282.97 (0-360E) glon=  282.97 glat=  31.56 u=  24.4000 v=   5.1000 vr=  -4.38839 vt=  24.53797
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    20.6959772644419       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     30.78 kts
    LL Wind Circ Vt mean quadmax value: SE     44.88 kts
    LL Wind Circ Vt mean quadmax value: SW     42.43 kts
    LL Wind Circ Vt mean quadmax value: NW     33.66 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.26278649729036       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   17.5547240411051       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    33.5667993568239     
   xcenlon=    282.933001363387     
   imax=         2738  jmax=         2041
   jlatfix=          806
   ilonfix (unadjusted) =          944
  
 In get_max_wind, ibeg=          862  iend=         1025
                  jbeg=          738  jend=          875
         ilonfix=          944  jlatfix=          806
 At end of get_max_wind, vmax=    28.2324990038077       rmax= 
   32.2790816756390     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.17 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.14 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.77 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.63 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   12.48 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   14.26 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   15.81 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   17.05 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   18.05 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   18.93 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   19.89 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   20.80 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   21.45 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   21.87 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   22.07 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   22.13 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   22.09 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   22.04 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   21.98 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   21.91 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   21.81 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.67 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   21.50 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   21.32 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   21.10 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.85 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   20.59 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   20.37 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   20.18 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.95 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   19.62 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   19.16 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.66 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   18.19 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.76 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.40 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   17.08 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.76 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.49 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.24 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.00 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.74 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.13 m/s   maxrmw_dist=    48.00  km   maxrmw_ix=   16
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    48.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.1282705491586      
  (m/s)   (in kts)=    42.9885911958504     
  rising_sum_dvdr=       15.9539118662699     
  declining_sum_dvdr=   -3.46970558031715     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    72 igrct=  1 Vmax (m/s)=   28.232   22:26:07
 TIMING: before call  getradii, fhr=    72 igrct=  1   22:26:07
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.18803489974533     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.18803489974533     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.99547138471815     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.99547138471815     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.2088823202892     
 mr4qs before add, mean_radii_vt_4quad_sum=    13.2088823202892     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.2334679077212     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.23 good_quad_ct=   4 mean_vt_4quad=      2.81
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.52 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.42 mean_vt_4quad=    7.34
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.35 mean_vt_4quad=    7.38
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.32 mean_vt_4quad=    7.41
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.29 mean_vt_4quad=    7.45
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.23 mean_vt_4quad=    7.49
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.26 mean_vt_4quad=    7.53
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.29 mean_vt_4quad=    7.56
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.31 mean_vt_4quad=    7.60
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.33 mean_vt_4quad=    7.65
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.51 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.59 mean_vt_4quad=    7.75
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.76 mean_vt_4quad=    7.77
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.00 mean_vt_4quad=    7.77
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.87 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.88 mean_vt_4quad=    7.79
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.68 mean_vt_4quad=    7.80
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   12.64 mean_vt_4quad=    7.80
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   12.68 mean_vt_4quad=    7.82
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   12.70 mean_vt_4quad=    7.85
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   12.64 mean_vt_4quad=    7.89
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   12.64 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   12.53 mean_vt_4quad=    7.98
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.41 mean_vt_4quad=    8.04
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   12.44 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   12.50 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   12.58 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   12.66 mean_vt_4quad=    8.26
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   12.75 mean_vt_4quad=    8.29
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   12.82 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   12.93 mean_vt_4quad=    8.39
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.06 mean_vt_4quad=    8.44
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.19 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.33 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.43 mean_vt_4quad=    8.53
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.47 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.55 mean_vt_4quad=    8.60
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   13.55 mean_vt_4quad=    8.63
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   13.44 mean_vt_4quad=    8.69
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   13.30 mean_vt_4quad=    8.76
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   13.19 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   13.00 mean_vt_4quad=    8.92
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   12.86 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   12.91 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   13.02 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   13.12 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   13.28 mean_vt_4quad=    9.37
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   13.31 mean_vt_4quad=    9.47
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   13.41 mean_vt_4quad=    9.56
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   13.51 mean_vt_4quad=    9.64
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   13.60 mean_vt_4quad=    9.72
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   13.65 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   13.71 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   13.78 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   13.88 mean_vt_4quad=   10.05
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   13.99 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   14.15 mean_vt_4quad=   10.21
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   14.29 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   14.40 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   14.47 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   14.49 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   14.42 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   14.32 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   14.33 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.18 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.18 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   14.31 mean_vt_4quad=   11.59
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   14.55 mean_vt_4quad=   11.74
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   14.87 mean_vt_4quad=   11.89
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   15.19 mean_vt_4quad=   12.03
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   15.51 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.81 mean_vt_4quad=   12.36
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   16.08 mean_vt_4quad=   12.49
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   16.33 mean_vt_4quad=   12.59
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   16.82 mean_vt_4quad=   12.69
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   17.36 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.58 mean_vt_4quad=   12.94
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   12.94 .... 0.5*v_holland=    7.48
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   13.08 .... 0.5*v_holland=    7.48
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   13.23 .... 0.5*v_holland=    7.48
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   13.41 .... 0.5*v_holland=    7.48
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   13.62 .... 0.5*v_holland=    7.48
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    141.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   76.0836000000000     
 vradius(iwindix,iquad) =          76
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.58 mean_vt_4quad=   12.94
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   17.64 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   17.85 mean_vt_4quad=   13.23
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   17.94 mean_vt_4quad=   13.41
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   18.27 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   18.54 mean_vt_4quad=   13.86
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   18.84 mean_vt_4quad=   14.08
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.45 mean_vt_4quad=   14.32
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   19.84 mean_vt_4quad=   14.57
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   20.18 mean_vt_4quad=   14.85
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   20.54 mean_vt_4quad=   15.15
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.64 mean_vt_4quad=   15.47
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   21.00 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   21.70 mean_vt_4quad=   16.13
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   23.27 mean_vt_4quad=   16.53
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.48 mean_vt_4quad=   17.03
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   25.21 mean_vt_4quad=   17.60
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   22.51 mean_vt_4quad=   18.15
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   18.86 mean_vt_4quad=   18.57
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   18.37 mean_vt_4quad=   18.88
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   18.91 mean_vt_4quad=   19.16
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   19.49 mean_vt_4quad=   19.45
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   19.97 mean_vt_4quad=   19.71
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   20.42 mean_vt_4quad=   19.94
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   20.87 mean_vt_4quad=   20.12
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   21.35 mean_vt_4quad=   20.28
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   21.85 mean_vt_4quad=   20.40
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   22.33 mean_vt_4quad=   20.48
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   22.74 mean_vt_4quad=   20.54
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   23.02 mean_vt_4quad=   20.57
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   23.21 mean_vt_4quad=   20.57
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   23.34 mean_vt_4quad=   20.54
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   23.43 mean_vt_4quad=   20.45
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   23.49 mean_vt_4quad=   20.26
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   23.54 mean_vt_4quad=   19.95
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   23.61 mean_vt_4quad=   19.45
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   23.66 mean_vt_4quad=   18.76
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   23.58 mean_vt_4quad=   17.99
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   23.02 mean_vt_4quad=   17.28
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   21.90 mean_vt_4quad=   16.42
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   20.32 mean_vt_4quad=   15.24
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   18.62 mean_vt_4quad=   13.67
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   16.86 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   15.00 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   12.95 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   10.52 mean_vt_4quad=    5.37
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    7.87 mean_vt_4quad=    2.81
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.59 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.60 mean_vt_4quad=    7.34
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.59 mean_vt_4quad=    7.38
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.60 mean_vt_4quad=    7.41
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.66 mean_vt_4quad=    7.45
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.71 mean_vt_4quad=    7.49
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.74 mean_vt_4quad=    7.53
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.78 mean_vt_4quad=    7.56
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.83 mean_vt_4quad=    7.60
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.86 mean_vt_4quad=    7.65
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.89 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.93 mean_vt_4quad=    7.75
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.97 mean_vt_4quad=    7.77
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   14.01 mean_vt_4quad=    7.77
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   14.05 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   14.10 mean_vt_4quad=    7.79
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.18 mean_vt_4quad=    7.80
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.26 mean_vt_4quad=    7.80
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.32 mean_vt_4quad=    7.82
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.37 mean_vt_4quad=    7.85
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.42 mean_vt_4quad=    7.89
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.47 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.52 mean_vt_4quad=    7.98
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.56 mean_vt_4quad=    8.04
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.61 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.65 mean_vt_4quad=    8.16
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.69 mean_vt_4quad=    8.21
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.75 mean_vt_4quad=    8.26
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.80 mean_vt_4quad=    8.29
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.85 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.90 mean_vt_4quad=    8.39
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.96 mean_vt_4quad=    8.44
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.06 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.13 mean_vt_4quad=    8.50
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.28 mean_vt_4quad=    8.53
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.39 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.61 mean_vt_4quad=    8.60
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.76 mean_vt_4quad=    8.63
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.82 mean_vt_4quad=    8.69
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   16.00 mean_vt_4quad=    8.76
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   16.15 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   16.42 mean_vt_4quad=    8.92
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   16.61 mean_vt_4quad=    9.01
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   16.61 mean_vt_4quad=    9.09
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.57 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.53 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.56 mean_vt_4quad=    9.37
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.66 mean_vt_4quad=    9.47
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.79 mean_vt_4quad=    9.56
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.93 mean_vt_4quad=    9.64
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   17.02 mean_vt_4quad=    9.72
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   17.11 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   17.22 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.33 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.43 mean_vt_4quad=   10.05
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.54 mean_vt_4quad=   10.13
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   10.13 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   10.21 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   10.29 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   10.38 .... 0.5*v_holland=    5.33
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   10.50 .... 0.5*v_holland=    5.33
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.54 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.63 mean_vt_4quad=   10.21
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.74 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.90 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.11 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.30 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.45 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.55 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.59 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.71 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   18.90 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.15 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.28 mean_vt_4quad=   11.74
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.29 mean_vt_4quad=   11.89
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   19.35 mean_vt_4quad=   12.03
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   19.50 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   19.55 mean_vt_4quad=   12.36
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   19.56 mean_vt_4quad=   12.49
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   19.61 mean_vt_4quad=   12.59
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   19.78 mean_vt_4quad=   12.69
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   20.18 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   20.56 mean_vt_4quad=   12.94
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   20.81 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   20.89 mean_vt_4quad=   13.23
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   20.74 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   20.66 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   20.83 mean_vt_4quad=   13.86
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.94 mean_vt_4quad=   14.08
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   21.11 mean_vt_4quad=   14.32
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   21.34 mean_vt_4quad=   14.57
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   21.61 mean_vt_4quad=   14.85
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   21.87 mean_vt_4quad=   15.15
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   22.14 mean_vt_4quad=   15.47
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   22.44 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   22.79 mean_vt_4quad=   16.13
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   23.22 mean_vt_4quad=   16.53
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   23.64 mean_vt_4quad=   17.03
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   23.94 mean_vt_4quad=   17.60
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   24.26 mean_vt_4quad=   18.15
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   24.72 mean_vt_4quad=   18.57
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   25.38 mean_vt_4quad=   18.88
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   26.25 mean_vt_4quad=   19.16
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
  --- vmaxwind of    28.2324990038077       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.28 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.35 mean_vt_4quad=    7.34
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.41 mean_vt_4quad=    7.38
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.46 mean_vt_4quad=    7.41
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.49 mean_vt_4quad=    7.45
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.50 mean_vt_4quad=    7.49
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.52 mean_vt_4quad=    7.53
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.56 mean_vt_4quad=    7.56
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.64 mean_vt_4quad=    7.60
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.77 mean_vt_4quad=    7.65
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.91 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.06 mean_vt_4quad=    7.75
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.16 mean_vt_4quad=    7.77
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.26 mean_vt_4quad=    7.77
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.34 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.41 mean_vt_4quad=    7.79
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.54 mean_vt_4quad=    7.80
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.61 mean_vt_4quad=    7.80
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.65 mean_vt_4quad=    7.82
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.74 mean_vt_4quad=    7.85
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.75 mean_vt_4quad=    7.89
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.78 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.84 mean_vt_4quad=    7.98
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.94 mean_vt_4quad=    8.04
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.02 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.07 mean_vt_4quad=    8.16
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.13 mean_vt_4quad=    8.21
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.24 mean_vt_4quad=    8.26
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.37 mean_vt_4quad=    8.29
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.47 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.59 mean_vt_4quad=    8.39
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.66 mean_vt_4quad=    8.44
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.78 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.87 mean_vt_4quad=    8.50
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.96 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.01 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.07 mean_vt_4quad=    8.60
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.21 mean_vt_4quad=    8.63
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.32 mean_vt_4quad=    8.69
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.44 mean_vt_4quad=    8.76
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.56 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.66 mean_vt_4quad=    8.92
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.79 mean_vt_4quad=    9.01
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.90 mean_vt_4quad=    9.09
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.99 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   16.00 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   16.00 mean_vt_4quad=    9.37
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   16.08 mean_vt_4quad=    9.47
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   16.17 mean_vt_4quad=    9.56
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   16.24 mean_vt_4quad=    9.64
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   16.35 mean_vt_4quad=    9.72
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   16.42 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   16.47 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   16.50 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.53 mean_vt_4quad=   10.05
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.55 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.60 mean_vt_4quad=   10.21
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.71 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.84 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.93 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.09 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.21 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.44 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.76 mean_vt_4quad=   11.09
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   11.09 .... 0.5*v_holland=    5.99
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   11.26 .... 0.5*v_holland=    5.99
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   11.43 .... 0.5*v_holland=    5.99
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   11.59 .... 0.5*v_holland=    5.99
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   11.74 .... 0.5*v_holland=    5.99
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    180.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   97.1280000000000     
 vradius(iwindix,iquad) =          97
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.76 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   18.09 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   18.28 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   18.29 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   18.31 mean_vt_4quad=   11.74
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   18.34 mean_vt_4quad=   11.89
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.36 mean_vt_4quad=   12.03
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.55 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   18.60 mean_vt_4quad=   12.36
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   18.51 mean_vt_4quad=   12.49
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   18.41 mean_vt_4quad=   12.59
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   18.48 mean_vt_4quad=   12.69
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   18.77 mean_vt_4quad=   12.81
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   19.13 mean_vt_4quad=   12.94
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   19.46 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.75 mean_vt_4quad=   13.23
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   20.02 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.25 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   20.75 mean_vt_4quad=   13.86
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.68 mean_vt_4quad=   14.08
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   22.56 mean_vt_4quad=   14.32
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   22.93 mean_vt_4quad=   14.57
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.05 mean_vt_4quad=   14.85
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.76 mean_vt_4quad=   15.15
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   22.63 mean_vt_4quad=   15.47
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   22.91 mean_vt_4quad=   15.79
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   23.28 mean_vt_4quad=   16.13
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   23.59 mean_vt_4quad=   16.53
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   23.95 mean_vt_4quad=   17.03
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   24.35 mean_vt_4quad=   17.60
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   24.73 mean_vt_4quad=   18.15
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   25.19 mean_vt_4quad=   18.57
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   25.55 mean_vt_4quad=   18.88
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   26.20 mean_vt_4quad=   19.16
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
  --- vmaxwind of    28.2324990038077       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.30 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.38 mean_vt_4quad=    7.34
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.23 mean_vt_4quad=    7.38
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.13 mean_vt_4quad=    7.41
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.21 mean_vt_4quad=    7.45
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.25 mean_vt_4quad=    7.49
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.29 mean_vt_4quad=    7.53
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.16 mean_vt_4quad=    7.56
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.01 mean_vt_4quad=    7.60
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.94 mean_vt_4quad=    7.65
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    7.08 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    7.05 mean_vt_4quad=    7.75
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    7.08 mean_vt_4quad=    7.77
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    7.02 mean_vt_4quad=    7.77
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    7.03 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    7.04 mean_vt_4quad=    7.79
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    7.05 mean_vt_4quad=    7.80
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    7.05 mean_vt_4quad=    7.80
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    7.13 mean_vt_4quad=    7.82
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    7.02 mean_vt_4quad=    7.85
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    6.98 mean_vt_4quad=    7.89
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    7.13 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    7.24 mean_vt_4quad=    7.98
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    7.26 mean_vt_4quad=    8.04
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    7.31 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    7.42 mean_vt_4quad=    8.16
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    7.55 mean_vt_4quad=    8.21
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    7.85 mean_vt_4quad=    8.26
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.04 mean_vt_4quad=    8.29
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    7.90 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    7.75 mean_vt_4quad=    8.39
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    7.42 mean_vt_4quad=    8.44
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    7.35 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    7.37 mean_vt_4quad=    8.50
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    7.33 mean_vt_4quad=    8.53
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    7.47 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    7.71 mean_vt_4quad=    8.60
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    7.70 mean_vt_4quad=    8.63
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    7.87 mean_vt_4quad=    8.69
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.99 mean_vt_4quad=    8.76
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    8.13 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    8.43 mean_vt_4quad=    8.92
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    8.52 mean_vt_4quad=    9.01
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    8.58 mean_vt_4quad=    9.09
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    8.69 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    8.82 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    8.90 mean_vt_4quad=    9.37
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    8.88 mean_vt_4quad=    9.47
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    8.66 mean_vt_4quad=    9.56
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    8.46 mean_vt_4quad=    9.64
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    8.39 mean_vt_4quad=    9.72
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    8.29 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=    8.19 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=    8.20 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=    8.20 mean_vt_4quad=   10.05
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=    8.05 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=    7.93 mean_vt_4quad=   10.21
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=    7.81 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=    7.66 mean_vt_4quad=   10.38
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=    7.71 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=    8.04 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=    8.32 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=    8.46 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=    8.56 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=    8.41 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=    8.42 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=    8.35 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=    8.70 mean_vt_4quad=   11.74
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=    9.80 mean_vt_4quad=   11.89
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   11.17 mean_vt_4quad=   12.03
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   12.47 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.60 mean_vt_4quad=   12.36
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.49 mean_vt_4quad=   12.49
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.96 mean_vt_4quad=   12.59
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.19 mean_vt_4quad=   12.69
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.28 mean_vt_4quad=   12.81
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.28 mean_vt_4quad=   12.94
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.21 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.06 mean_vt_4quad=   13.23
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   14.82 mean_vt_4quad=   13.41
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   14.54 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   14.29 mean_vt_4quad=   13.86
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   14.18 mean_vt_4quad=   14.08
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   14.32 mean_vt_4quad=   14.32
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   14.73 mean_vt_4quad=   14.57
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   15.94 mean_vt_4quad=   14.85
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   17.99 mean_vt_4quad=   15.15
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   15.15 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   15.47 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.79 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.13 .... 0.5*v_holland=    9.17
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   16.53 .... 0.5*v_holland=    9.17
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   17.99 mean_vt_4quad=   15.15
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   19.78 mean_vt_4quad=   15.47
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   21.24 mean_vt_4quad=   15.79
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.39 mean_vt_4quad=   16.13
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   23.16 mean_vt_4quad=   16.53
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   23.28 mean_vt_4quad=   17.03
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   23.40 mean_vt_4quad=   17.60
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   23.12 mean_vt_4quad=   18.15
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   22.50 mean_vt_4quad=   18.57
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   22.72 mean_vt_4quad=   18.88
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   22.87 mean_vt_4quad=   19.16
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   22.83 mean_vt_4quad=   19.45
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   23.18 mean_vt_4quad=   19.71
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   23.46 mean_vt_4quad=   19.94
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   23.63 mean_vt_4quad=   20.12
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   23.88 mean_vt_4quad=   20.28
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   24.18 mean_vt_4quad=   20.40
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   24.19 mean_vt_4quad=   20.48
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   23.90 mean_vt_4quad=   20.54
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   24.23 mean_vt_4quad=   20.57
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   24.95 mean_vt_4quad=   20.57
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   25.79 mean_vt_4quad=   20.54
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
  
  --- vmaxwind of    28.2324990038077       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    72 igrct=  1   22:26:07
 TIMING: after getrad_iter_loop, fhr=    72 igrct=  2 Vmax (m/s)=   28.232   22:26:07
 TIMING: Before get_phase ... 22:26:07
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           72 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    56.948
  
  
  In get_cps_paramb, lead time=           72 :           0   10L  IDALIA   
   right_ct=          938   left_ct=          969
   zthicksum(1)=    3201985.59362500     
   zthicksum(2)=    3291092.92606250     
   zthick_right_mean=    3413.63069682836     
   zthick_left_mean=     3396.38072865067     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    17.2499681776890     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           11.22
  Sum of y-diffs squared (ydiff2) =         1558.38
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   233.91   6.7452       20.44   0.1661    -2.00     3.98      417.63
    2   228.13   6.6846       14.65   0.1055     0.41     0.17      214.68
    3   220.47   6.6201        7.00   0.0409     1.47     2.16       48.94
    4   211.19   6.5511       -2.28  -0.0281     1.51     2.27        5.22
    5   199.90   6.4770      -13.58  -0.1022     0.22     0.05      184.42
    6   187.26   6.3969      -26.22  -0.1822    -1.61     2.59      687.49
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   213.476     x:    6.58
  
  slope=    135.062         y-intercept =   -675.119
  Regression equation:   Y =  -675.12 +   135.06X
  
  R2(r_squared) =  0.9928        r =  0.9964
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1013.69 zmin=  775.45 zdiff=  238.24
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1509.51 zmin= 1275.59 zdiff=  233.91
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.33 dlnp=     -0.057158  dzdlnp=       75.719
  
   +++ k=  3 press=    800.0 zmax= 2029.61 zmin= 1801.48 zdiff=  228.13
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.78 dlnp=     -0.060625  dzdlnp=       95.407
  
   +++ k=  4 press=    750.0 zmax= 2577.24 zmin= 2356.77 zdiff=  220.47
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.66 dlnp=     -0.064539  dzdlnp=      118.627
  
   +++ k=  5 press=    700.0 zmax= 3156.29 zmin= 2945.10 zdiff=  211.19
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -9.28 dlnp=     -0.068993  dzdlnp=      134.507
  
   +++ k=  6 press=    650.0 zmax= 3770.73 zmin= 3570.84 zdiff=  199.90
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -11.30 dlnp=     -0.074108  dzdlnp=      152.426
  
   +++ k=  7 press=    600.0 zmax= 4426.71 zmin= 4239.45 zdiff=  187.26
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -12.64 dlnp=     -0.080043  dzdlnp=      157.916
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          386.16
  Sum of y-diffs squared (ydiff2) =         2985.93
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   174.00   6.3099       35.63   0.2788     7.55    57.04     1269.64
    2   159.31   6.2146       20.94   0.1834     2.46     6.08      438.65
    3   141.57   6.1092        3.20   0.0781    -4.67    21.77       10.24
    4   125.02   5.9915      -13.34  -0.0397    -9.35    87.34      178.06
    5   112.77   5.8579      -25.60  -0.1732    -8.15    66.43      655.36
    6   117.54   5.7038      -20.83  -0.3274    12.15   147.50      433.97
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   138.368     x:    6.03
  
  slope=    100.731         y-intercept =   -469.157
  Regression equation:   Y =  -469.16 +   100.73X
  
  R2(r_squared) =  0.8707        r =  0.9331
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           72 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4426.71 zmin= 4239.45 zdiff=  187.26
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5130.94 zmin= 4956.94 zdiff=  174.00
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -13.26 dlnp=     -0.087011  dzdlnp=      152.348
  
   +++ k=  9 press=    500.0 zmax= 5891.08 zmin= 5731.77 zdiff=  159.31
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -14.69 dlnp=     -0.095310  dzdlnp=      154.107
  
   +++ k= 10 press=    450.0 zmax= 6716.53 zmin= 6574.96 zdiff=  141.57
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -17.74 dlnp=     -0.105361  dzdlnp=      168.412
  
   +++ k= 11 press=    400.0 zmax= 7623.37 zmin= 7498.35 zdiff=  125.02
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -16.54 dlnp=     -0.117783  dzdlnp=      140.462
  
   +++ k= 12 press=    350.0 zmax= 8629.67 zmin= 8516.90 zdiff=  112.77
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -12.26 dlnp=     -0.133531  dzdlnp=       91.784
  
   +++ k= 13 press=    300.0 zmax= 9760.65 zmin= 9643.11 zdiff=  117.54
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       4.77 dlnp=     -0.154151  dzdlnp=      -30.931
  
cps_stats: 10L   lead time=  72: 0   paramb=    17.25  vtl=    135.06  vtu=    100.73
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   72:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  282.933 (0-360) guesslon=  282.933E  (  77.067W)   guesslat=   33.567
 ilonfix=          944  jlatfix=          806  npts=           33
 ibeg=          868  jbeg=          738  imax=         2738
 iend=         1020  jend=          874  jmax=         2041
 TIMING: find_maxmin 1  22:26:07
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  281.613E  (0-360) ctlon=  281.613E  (  78.387W)  ctlat=   33.047 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:07
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  281.613E   (0-360) guesslon=  281.613E  (  78.387W)   guesslat=   33.047
 ilonfix=          911  jlatfix=          819  npts=           16
 ibeg=          859  jbeg=          775  imax=         2738
 iend=          963  jend=          863  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  281.393E  (0-360) ctlon=  281.393  (  78.607W)  ctlat=   33.227 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    72:00  mean_lon:  281.39E (  78.61W)    (0-360) mean_lon=  281.39E  mean_lat:   33.23  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    72:00  ifix:   881   jfix:   803  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          881  jx=          803
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         410 ,         332 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         409 ,         331 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    72:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:07
 TIMING: Before shear ... 22:26:07
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           13
  clon(ist,ifh,3)=    282.899017915971     
  clat(ist,ifh,3)=    33.5783306614984     
  fixlon(ist,ifh)=    282.933001363387     
  fixlat(ist,ifh)=    33.5667993568239     
  xcenlon=    282.899017915971     
  xcenlat=    33.5783306614984     
  
 xxshear
 In get_shear A, xcenlon=    282.899017915971       xcenlat= 
   33.5783306614984     
   In get_shear B, (0-360) xcenlon=    282.899017915971     
  
At start of get_shear:  10L   fhr=   72:00   Mean fix position=   282.93E  ( 77.07W)    33.57  (0-360) mean lon fix=  282.93
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   26.04 vr_mean(idist,ilev)=    1.08
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   25.34 vr_mean(idist,ilev)=    0.15
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   24.83 vr_mean(idist,ilev)=    1.11
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   22.78 vr_mean(idist,ilev)=    0.40
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   20.65 vr_mean(idist,ilev)=    0.25
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   20.05 vr_mean(idist,ilev)=    0.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.05 vr_mean(idist,ilev)=   -0.17
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.68 vr_mean(idist,ilev)=    0.00
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   16.59 vr_mean(idist,ilev)=    0.60
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.95 vr_mean(idist,ilev)=    0.46
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.04 vr_mean(idist,ilev)=    0.34
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.29 vr_mean(idist,ilev)=    0.30
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.43 vr_mean(idist,ilev)=    0.16
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.78 vr_mean(idist,ilev)=    0.06
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   12.23 vr_mean(idist,ilev)=   -0.06
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   12.08 vr_mean(idist,ilev)=    0.11
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   12.23 vr_mean(idist,ilev)=   -0.21
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   11.82 vr_mean(idist,ilev)=    0.15
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   11.28 vr_mean(idist,ilev)=    0.50
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -19.53 vr_mean(idist,ilev)=   19.53
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -29.30 vr_mean(idist,ilev)=   29.30
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -39.07 vr_mean(idist,ilev)=   39.07
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -48.85 vr_mean(idist,ilev)=   48.85
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -58.63 vr_mean(idist,ilev)=   58.63
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -68.41 vr_mean(idist,ilev)=   68.41
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -78.20 vr_mean(idist,ilev)=   78.20
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -88.01 vr_mean(idist,ilev)=   88.01
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -97.82 vr_mean(idist,ilev)=   97.82
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -107.64 vr_mean(idist,ilev)=  107.64
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -117.48 vr_mean(idist,ilev)=  117.48
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -127.33 vr_mean(idist,ilev)=  127.33
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -137.19 vr_mean(idist,ilev)=  137.19
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -147.07 vr_mean(idist,ilev)=  147.07
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -156.97 vr_mean(idist,ilev)=  156.97
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -166.90 vr_mean(idist,ilev)=  166.90
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -176.85 vr_mean(idist,ilev)=  176.85
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -186.82 vr_mean(idist,ilev)=  186.82
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -196.83 vr_mean(idist,ilev)=  196.83
  
 At end of get_shear: 
     ist=    4 ifh=   13 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:07
  
 After call to fixcenter, fix positions at 
 forecast hour=   72:00 follow:
  
fixpos  10L   fhr=   72:00   Fix position=   282.93E  ( 77.07W)    33.57   Max Wind=  55 kts
  
  
 xxxx get_next_ges, prev fix lon=    281.167273419456     
 xxxx get_next_ges, curr fix lon=    282.933001363387     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    282.933001363387        fixlat=    33.5667993568239     
        (0-360) fixlon=    282.933001363387     
      ilonfix=          944   jlatfix=          806
      ibeg=          447   iend=         1441
      jbeg=          354   jend=         1258
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.52913631366443       vavg=    1.17797360657008     
      ubar=    1.13228407841611       vbar=   0.294493401642520     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.27589440199975       vavg=    2.97004244719805     
      ubar=    4.77023127941598       vbar=    1.77951462524155     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.95610106526976       vavg=    4.31244707591730     
      ubar=    6.50925654573342       vbar=    2.85762639422087     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.50925654573342       vbar=    2.85762639422087     
      wgttot=    1.00000000000000     
      fixlon=    282.933001363387        fixlat=    33.5667993568239     
      barnlon=    284.455414783241       barnlat=    34.1219033239588     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.830553604761178     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      284.455414783241     
     Raw (no conversion for GM wrap) extraplon=    284.718161302665     
  
 --- barnlon=    284.46E  (  75.54W)    barnlat=     34.12
 --- extraplon=  284.72E  (  75.28W)    extraplat=   34.51
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   33.57
 | Current fix lon is   77.07W   ( 282.93E)
 | Current fix lon (raw, unadjusted)=  282.93E
 | Updated guess lat for next fcst hour is   34.32
 | Updated guess lon (0-360) for next fcst hour is   75.41W   ( 284.59E)
 | Raw updated guess lon for next fcst hour is  284.59E)
 -------------------------------------------------
  
 iocheck, dist=    173.864451252276        distm=    173864.451252276     
 iocheck, stmspd=    8.04928015056832        istmspd=          156
 iocheck, xincr=    1.65378667956605        yincr=   0.750061702622176     
 iocheck, stmdir=    65.6037125726020        istmdir=           66
 +++ RPT_STORM_MOTION: istmspd=   156 kts(*10)    istmdir=    66 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  13
     Fix location for this time:   282.93E  ( 77.07W)    33.57
     Fix lon (raw) for this time:  282.93E
     ilonfix=  944  jlatfix=  806
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    282.933001363387       xcenlat=    33.5667993568239     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    282.933001363387       xcenlat=    33.5667993568239     
  ilonfix=          944  jlatfix=          806
  ibeg=          817  iend=         1071
  jbeg=          690  jend=          922  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    282.933001363387        xcenlat=    33.5667993568239     
      ilonfix=          944   jlatfix=          806
      ibeg=          817   iend=         1071
      jbeg=          690   jend=          922
 After call to barnes, xsmoothval=   3.100207344765790E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.100207344765790E-004
      xcenlon=    282.933001363387        xcenlat=    33.5667993568239     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000310  imeanzeta (*1e6)=      310
   --- mean zeta raw =   3.100207344765790E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003238  igrid zeta (*1e6)=     3238 ifilret=   0
   --- grid zeta raw=   3.237687583790002E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    282.933001363387       xcenlat=    33.5667993568239     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    282.933001363387       xcenlat=    33.5667993568239     
  ilonfix=          944  jlatfix=          806
  ibeg=          817  iend=         1071
  jbeg=          690  jend=          922  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    282.933001363387        xcenlat=    33.5667993568239     
      ilonfix=          944   jlatfix=          806
      ibeg=          817   iend=         1071
      jbeg=          690   jend=          922
 After call to barnes, xsmoothval=   2.734275931615664E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.734275931615664E-004
      xcenlon=    282.933001363387        xcenlat=    33.5667993568239     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000273  imeanzeta (*1e6)=      273
   --- mean zeta raw =   2.734275931615664E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002768  igrid zeta (*1e6)=     2768 ifilret=   0
   --- grid zeta raw=   2.767603557243792E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           72
  
 segx, outlon=    282.933001363387       outlat=    33.5667993568239     
   ist=            4  ifcsthour=           72
   vmaxwind=    28.2324990038077       xminmslp=    98240.5900000000     
   vradius=           76           0           0         110          44
           0          97          44           0          60          26
           0
   maxstorm=            6
   plastbar=    100240.590000000       rlastbar=    94.1499007697321     
   rmax=    32.2790816756390     
   cps_vals=    17.2499681776890        135.062216662140     
   100.731130378048     
   wcore_flag= n
   istmspd=          156  istmdir=           66
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    48.0000000000000     
   axisymet_rmw_val=     22.1282705491586     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   94.1499007697321       irlastbar=          94
 output: plastbar=   100240.590000000       iplastbar=        1002
 rmax=    32.2790816756390        irmax=           32
 TXX top of atcfunix_ext, ist=            4  ifh=           72
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   94.1499007697321       irlastbar=          94
 output: plastbar=   100240.590000000       iplastbar=        1002
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           72
 intlat=          336
 clatns= N
 intlon=          771
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           55
 int(xminmslp/mslp_outp_adj + 0.5)=          982
 XX,  34, NEQ
 vradius(1,1)=           76
 vradius(1,2)=          110
 vradius(1,3)=           97
 vradius(1,4)=           60
 iplastbar=         1002
 irlastbar=           94
 irmax=           32
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           66
 istmspd=          156
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          172
 icps_vals(2)=         1351
 icps_vals(3)=         1007
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           26
 irmw_val=           43
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          310
 igridzeta(1)=         3238
 imeanzeta(2)=          273
 igridzeta(2)=         2768
  
 rmax=    32.2790816756390        irmax=           32
 +++ Top of output_atcf_parms, ist=            4  ifh=           72
  
 xxxx get_next_ges, prev fix lon=    281.167273419456     
 xxxx get_next_ges, curr fix lon=    282.933001363387     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    282.933001363387        fixlat=    33.5667993568239     
        (0-360) fixlon=    282.933001363387     
      ilonfix=          944   jlatfix=          806
      ibeg=          447   iend=         1441
      jbeg=          354   jend=         1258
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    4.52913631366443       vavg=    1.17797360657008     
      ubar=    1.13228407841611       vbar=   0.294493401642520     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    7.27589440199975       vavg=    2.97004244719805     
      ubar=    4.77023127941598       vbar=    1.77951462524155     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    6.95610106526976       vavg=    4.31244707591730     
      ubar=    6.50925654573342       vbar=    2.85762639422087     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.50925654573342       vbar=    2.85762639422087     
      wgttot=    1.00000000000000     
      fixlon=    282.933001363387        fixlat=    33.5667993568239     
      barnlon=    284.455414783241       barnlat=    34.1219033239588     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.830553604761178     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      284.455414783241     
     Raw (no conversion for GM wrap) extraplon=    284.718161302665     
  
 --- barnlon=    284.46E  (  75.54W)    barnlat=     34.12
 --- extraplon=  284.72E  (  75.28W)    extraplat=   34.51
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    72.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   33.57
 | Current fix lon is   77.07W   ( 282.93E)
 | Current fix lon (raw, unadjusted)=  282.93E
 | Updated guess lat for next fcst hour is   34.32
 | Updated guess lon (0-360) for next fcst hour is   75.41W   ( 284.59E)
 | Raw updated guess lon for next fcst hour is  284.59E)
 -------------------------------------------------
  
 iocheck, dist=    173.864451252276        distm=    173864.451252276     
 iocheck, stmspd=    8.04928015056832        istmspd=          156
 iocheck, xincr=    1.65378667956605        yincr=   0.750061702622176     
 iocheck, stmdir=    65.6037125726020        istmdir=           66
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 72
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 72 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          213  = igcret =            0
 baclose return code for unit          613  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   78:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f04680                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f04680.ix                                                                                    
hafs.trak.storm.2023082812.f04680: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: cannot stat: 2
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: Not ready yet.  Size=106390306, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: Not ready yet.  Size=106390306, age=8, min size=500, min age=10
hafs.trak.storm.2023082812.f04680: sleep 5
hafs.trak.storm.2023082812.f04680: ready.
hafs.trak.storm.2023082812.f04680.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f04680.ix: ready.
 in open_grib_files in multi else part....
   lugb=          214   lugi=          614
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f04680                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f04680.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f04680...  gopen_i_file= ...hafs.trak.storm.2023082812.f04680.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f04680                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f04680.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          214  is CLOSED
 TEST open_grib_files, unit lugi=          614  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f04680                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f04680.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          214  is CLOSED
 TEST b4 getgridinfo, unit lugi=          614  is CLOSED
 before getgb2 call, lugb=          214  lugi=          614
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   78   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    78h ... 22:26:48
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:48
 TIMING: after getgb2-122:26:48
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   78   5588258   0.000       0.000     -0.3252E-02  0.4706E-02
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:48
 TIMING: after getgb2-122:26:48
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   78   5588258   0.000       0.000     -0.3036E-02  0.3971E-02
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:48
 TIMING: after getgb2-122:26:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   78   5588258   0.000       0.000      -41.19       52.92    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:49
 TIMING: after getgb2-122:26:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   78   5588258   0.000       0.000      -36.45       58.44    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:49
 TIMING: after getgb2-122:26:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   78   5588258   0.000       0.000      -27.27       52.22    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:49
 TIMING: after getgb2-122:26:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   78   5588258   0.000       0.000      -33.15       51.87    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:49
 TIMING: after getgb2-122:26:49
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   78   5588258   0.000       0.000       1182.       1600.    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:49
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   78   5588258   0.000       0.000       2821.       3258.    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   78   5588258   0.000       0.000      0.9721E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   78   5588258   0.000       0.000      -29.87       36.06    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   78   5588258   0.000       0.000      -27.73       38.13    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   78   5588258   0.000       0.000      -25.42       45.44    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   78   5588258   0.000       0.000      -25.98       36.71    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:50
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           78  hours
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:50
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   78   5588258   0.000       0.000       5379.       5975.    
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:51
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           78  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   78   5588258   0.000       0.000      0.1159E+05  0.1258E+05
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:51
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           78  hours
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:51
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           78  hours
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:51
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           78  hours
 TEST b4 getgb2 getdata, unit lugb=          214  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          614  is CLOSED

 TIMING: before getgb2-122:26:51
 TIMING: after getgb2-122:26:51
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           78  hours

 TIMING: before getgb2-phase22:26:51
 TIMING: after getgb2-222:26:51
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   78   5588258   0.000       0.000       681.1       1109.    

 TIMING: before getgb2-phase22:26:51
 TIMING: after getgb2-222:26:51
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   78   5588258   0.000       0.000       1182.       1600.    

 TIMING: before getgb2-phase22:26:51
 TIMING: after getgb2-222:26:51
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   78   5588258   0.000       0.000       1711.       2126.    

 TIMING: before getgb2-phase22:26:51
 TIMING: after getgb2-222:26:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   78   5588258   0.000       0.000       2267.       2678.    

 TIMING: before getgb2-phase22:26:52
 TIMING: after getgb2-222:26:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   78   5588258   0.000       0.000       2821.       3258.    

 TIMING: before getgb2-phase22:26:52
 TIMING: after getgb2-222:26:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   78   5588258   0.000       0.000       3399.       3872.    

 TIMING: before getgb2-phase22:26:52
 TIMING: after getgb2-222:26:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   78   5588258   0.000       0.000       4013.       4524.    

 TIMING: before getgb2-phase22:26:52
 TIMING: after getgb2-222:26:52
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   78   5588258   0.000       0.000       4670.       5222.    

 TIMING: before getgb2-phase22:26:52
 TIMING: after getgb2-222:26:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   78   5588258   0.000       0.000       5379.       5975.    

 TIMING: before getgb2-phase22:26:53
 TIMING: after getgb2-222:26:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   78   5588258   0.000       0.000       6147.       6791.    

 TIMING: before getgb2-phase22:26:53
 TIMING: after getgb2-222:26:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   78   5588258   0.000       0.000       6978.       7687.    

 TIMING: before getgb2-phase22:26:53
 TIMING: after getgb2-222:26:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   78   5588258   0.000       0.000       7892.       8682.    

 TIMING: before getgb2-phase22:26:53
 TIMING: after getgb2-222:26:53
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           78 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   78   5588258   0.000       0.000       8917.       9795.    
 TIMING: after getdata ... 22:26:53
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   78:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.484279350451926E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.448E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.150E  (0-360) ctlon=  297.150  (  62.850W)  ctlat=   26.030 fmax (x10e5) =        0.526E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   4.383518271402511E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.438E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.150E  (0-360) ctlon=  297.150  (  62.850W)  ctlat=   26.130 fmax (x10e5) =        0.500E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.148E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.250E  (0-360) ctlon=  297.250  (  62.750W)  ctlat=   26.030 fmax =       -0.100E+16 fmin =        0.148E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.312E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.250E  (0-360) ctlon=  297.250  (  62.750W)  ctlat=   26.030 fmax =       -0.100E+16 fmin =        0.312E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.150E  (0-360) ctlon=  297.150  (  62.850W)  ctlat=   26.030 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.990 (0-360) guesslon=  297.990E  (  62.010W)   guesslat=   26.270
 ilonfix=         1320  jlatfix=          989  npts=           33
 ibeg=         1247  jbeg=          921  imax=         2738
 iend=         1393  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:26:53
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.417509126640570E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  297.070E  (0-360) ctlon=  297.070E  (  62.930W)  ctlat=   26.150 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.342E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:53
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  297.070E   (0-360) guesslon=  297.070E  (  62.930W)   guesslat=   26.150
 ilonfix=         1297  jlatfix=          992  npts=           16
 ibeg=         1248  jbeg=          948  imax=         2738
 iend=         1346  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  297.250E  (0-360) ctlon=  297.250  (  62.750W)  ctlat=   26.030 fmax (x10e5) =        0.448E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    297.338974407629        uvgeslat=    26.0920732645923     
    (0-360 uvgeslon)=    297.338974407629     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:53
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.338974407629        uvgeslat=    26.0920732645923     
    (0-360 uvgeslon)=    297.338974407629     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.338974407629     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.339E  (0-360E lon):  297.339E    62.661W  ctlat=   26.092  xmax_circul_disk =      85356392.2
 TIMING: get_wind_circ kloop, k=  1   22:26:53
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.339E  (0-360E)=  297.339E  (  62.661W)   guesslat=   26.092
 ilonfix=         1304  jlatfix=          993  npts=           56
 ibeg=         1235  jbeg=          929  imax=         2738
 iend=         1373  jend=         1057  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    86003253.1895176     
 nhalf get_wind_circ, k=  1 ctlon=  297.239E  (0-360E)=  297.239E  ctlon=   62.761W   ctlat=   25.992 Wind Circulation (NHEM: Max) =      86003253.2
 TIMING: After GWC 850 ... 22:26:54
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.338974407629        uvgeslat=    26.0920732645923     
    (0-360 uvgeslon)=    297.338974407629     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.338974407629     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.339E  (0-360E lon):  297.339E    62.661W  ctlat=   26.092  xmax_circul_disk =      86774909.1
 TIMING: get_wind_circ kloop, k=  1   22:26:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.339E  (0-360E)=  297.339E  (  62.661W)   guesslat=   26.092
 ilonfix=         1304  jlatfix=          993  npts=           56
 ibeg=         1235  jbeg=          929  imax=         2738
 iend=         1373  jend=         1057  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    86904411.8909615     
 nhalf get_wind_circ, k=  1 ctlon=  297.299E  (0-360E)=  297.299E  ctlon=   62.701W   ctlat=   26.112 Wind Circulation (NHEM: Max) =      86904411.9
 TIMING: After GWC 700 ... 22:26:54
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    297.338974407629        uvgeslat=    26.0920732645923     
    (0-360 uvgeslon)=    297.338974407629     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    297.338974407629     
  
 After first run, Wind Circulation (NHEM) ctlon=  297.339E  (0-360E lon):  297.339E    62.661W  ctlat=   26.092  xmax_circul_disk =      62228921.3
 TIMING: get_wind_circ kloop, k=  1   22:26:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  297.339E  (0-360E)=  297.339E  (  62.661W)   guesslat=   26.092
 ilonfix=         1304  jlatfix=          993  npts=           56
 ibeg=         1235  jbeg=          929  imax=         2738
 iend=         1373  jend=         1057  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    62893830.6259760     
 nhalf get_wind_circ, k=  1 ctlon=  297.239E  (0-360E)=  297.239E  ctlon=   62.761W   ctlat=   25.992 Wind Circulation (NHEM: Max) =      62893830.6
 TIMING: After GWC Sfc ... 22:26:54
  
 At beg of fixcenter, stderr(ist,ifh-1) =     9.30  xavg_stderr=     8.16
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           14  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    78:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  297.99E   (0-360) guesslon=  297.99E  ( 62.01W)    26.27
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       297.15       62.85      26.03           52.57       T         87.99
   2    zeta 700    Max       297.15       62.85      26.13           49.95       T         85.24
   3    circ 850    Max       297.24       62.76      25.99           86.00       T         81.09
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       297.30       62.70      26.11           86.90       T         71.14
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       297.25       62.75      26.03         1476.70       T         78.53
   8     gph 700    Min       297.25       62.75      26.03         3121.66       T         78.53
   9        MSLP    Min       297.15       62.85      26.03       100700.99       T         87.99
  10    circ sfc    Max       297.24       62.76      25.99           62.89       T         81.09
  11    zeta sfc    Max       297.25       62.75      26.03           44.84       T         78.53
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.55142682666452       stderr_close= 
   3.05846364053348       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.084 devia=   1.417 wtpos=  0.62358     297.15   297.15    62.85    26.03
 ip=  2 kprm=  2 dist_from_mean=  12.034 devia=   2.407 wtpos=  0.44832     297.15   297.15    62.85    26.13
 ip=  3 kprm=  3 dist_from_mean=   5.877 devia=   1.175 wtpos=  0.67584     297.24   297.24    62.76    25.99
 ip=  5 kprm=  4 dist_from_mean=  11.119 devia=   2.224 wtpos=  0.47651     297.30   297.30    62.70    26.11
 ip=  7 kprm=  5 dist_from_mean=   3.296 devia=   0.659 wtpos=  0.80274     297.25   297.25    62.75    26.03
 ip=  8 kprm=  6 dist_from_mean=   3.296 devia=   0.659 wtpos=  0.80274     297.25   297.25    62.75    26.03
 ip=  9 kprm=  7 dist_from_mean=   7.084 devia=   1.417 wtpos=  0.62358     297.15   297.15    62.85    26.03
 ip= 10 kprm=  8 dist_from_mean=   5.877 devia=   1.175 wtpos=  0.67584     297.24   297.24    62.76    25.99
 ip= 11 kprm=  9 dist_from_mean=   3.296 devia=   0.659 wtpos=  0.80274     297.25   297.25    62.75    26.03
  
At end of fixcenter:  00L   fhr=   78:00   Fix position=   297.22E  (0-360) fixlon=  297.22  ( 62.78W)    26.04
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    297.222761441273     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    297.149888225811     
        (0-360E clon(ist,ifh,9))=    297.149888225811     
      clat(ist,ifh,9)=    26.0302566282287     
      xval(9)=    100700.993413891     
  
  After get_ij B, ibeg jbeg =         1191         857
  After get_ij B, iend jend =         1407        1133
  
 In is_it_a_storm, ilonfix=         1299  jlatfix=          995
 ibeg jbeg iend jend =         1191         857        1407        1133
 cparm= slp  parmlon parmlat =    297.149888225811        26.0302566282287     
     (0-360E parmlon) =    297.149888225811     
 parmval=    100700.993413891     
  
 i= 1276 j=  932 glon=  296.25 (0-360E) glon=  296.25 glat=  28.56 dist=   295.15 slp=  101613.13 pgradient=  3.09044
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.09044
 mslp center =    297.149888225811        26.0302566282287     
   100700.993413891     
   (0-360E) lon of mslp center =    297.149888225811     
 pgrad loc   =    296.248725000000        296.248725000000     
   63.7512750000000        28.5609340000000        101613.130000000     
  ttest at location C IF....
      xinp_fixlat=    26.0302566282287     
      xinp_fixlon=    297.149888225811       (0-360E) xinp_fixlon= 
   297.149888225811     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99713.6100000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1298  jfix=          995
 longitude=    297.149888225811      E   (   62.8501117741890      
 W)  (0-360E) xinp_fixlon=    297.149888225811     
 latitude=    26.0302566282287     
 mean mslp value (xval(9))=    100700.993413891     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1298  jfix=          995
 longitude=    297.149888225811      E   (   62.8501117741890      
 W)  (0-360E) xinp_fixlon=    297.149888225811     
 latitude=    26.0302566282287     
 mean mslp value (xval(9))=    100700.993413891     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1298  jx=          995
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99713.6100000000       xcentval=    99713.6100000000     
 At A, num_found_contours=            0
 At A, contlo=    99713.6100000000       conthi=    100113.610000000     
  
 num_found_contours=            0
 contlo=    99713.6100000000       conthi=    100113.610000000     
 xcentval=    99713.6100000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100113.610000000       conthi=    100513.610000000     
  
 num_found_contours=            1
 contlo=    100113.610000000       conthi=    100513.610000000     
 xcentval=    99713.6100000000     
 At A, num_found_contours=            2
 At A, contlo=    100513.610000000       conthi=    100913.610000000     
  
 num_found_contours=            2
 contlo=    100513.610000000       conthi=    100913.610000000     
 xcentval=    99713.6100000000     
 At A, num_found_contours=            3
 At A, contlo=    100913.610000000       conthi=    101313.610000000     
  
 num_found_contours=            3
 contlo=    100913.610000000       conthi=    101313.610000000     
 xcentval=    99713.6100000000     
 At A, num_found_contours=            4
 At A, contlo=    101313.610000000       conthi=    101713.610000000     
  
 num_found_contours=            4
 contlo=    101313.610000000       conthi=    101713.610000000     
 xcentval=    99713.6100000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1157 ,         863 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99713.6100000000     
 !!! (i,j) of central value = (        1298 ,         995 )
 !!!  
 !!! Flagged value found    =    101313.130000000     
 !!! (i,j) of flagged value = (        1156 ,         862 )
 !!!   
 !!! Lower bound of contour interval =    101313.610000000     
 !!! Upper bound of contour interval =    101713.610000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1298  jfix=          995
 longitude=    297.149888225811      E   (   62.8501117741890      W)  
 (0-360E) xinp_fixlon=    297.149888225811     
 latitude=    26.0302566282287     
 mean mslp value (xval(9))=    100700.993413891     
 gridpoint mslp value=    99713.6100000000     
 ccflag= y
 prs of last closed isobar =    101313.610000000     
 radius of last closed isobar =    63.2966221373953       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   78:00
 !!! Boundary check xinp_fixlat is   26.03
 !!! Boundary check xinp_fixlon is   62.85W   ( 297.15E)  (0-360E) xinp_fixlon=  297.15
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    297.238976907629     
  850 mb wcirc fix lat=    25.9920757645923     
    (0-360) 850 mb wcirc fix lon=    297.238976907629     
  Multi-parm fix lon=      297.222761441273     
  Multi-parm fix lat=      26.0356865467658     
    (0-360) Multi-parm fix lon=      297.222761441273     
  
  
  After get_ij B, ibeg jbeg =         1210         892
  After get_ij B, iend jend =         1392        1100
  
 In is_it_a_storm, ilonfix=         1301  jlatfix=          996
 ibeg jbeg iend jend =         1210         892        1392        1100
 cparm= v850  parmlon parmlat =    297.238976907629        25.9920757645923     
     (0-360E parmlon) =    297.238976907629     
 parmval=    86003253.1895176     
  
 i= 1290 j=  947 glon=  296.81 (0-360E) glon=  296.81 glat=  27.96 u= -17.9500 v=   3.3800 vr=   6.76314 vt=  16.96723
 i= 1295 j=  947 glon=  297.01 (0-360E) glon=  297.01 glat=  27.96 u= -17.8800 v=   3.9200 vr=   5.76018 vt=  17.37473
 i= 1300 j=  947 glon=  297.21 (0-360E) glon=  297.21 glat=  27.96 u= -17.4200 v=   4.8700 vr=   5.10926 vt=  17.35133
 i= 1305 j=  947 glon=  297.41 (0-360E) glon=  297.41 glat=  27.96 u= -16.6500 v=   5.6200 vr=   4.32260 vt=  17.03297
 i= 1310 j=  947 glon=  297.61 (0-360E) glon=  297.61 glat=  27.96 u= -16.0000 v=   6.5500 vr=   3.80731 vt=  16.86437
 i= 1275 j=  952 glon=  296.21 (0-360E) glon=  296.21 glat=  27.76 u= -14.8100 v=   0.2100 vr=   7.03998 vt=  13.03146
 i= 1280 j=  952 glon=  296.41 (0-360E) glon=  296.41 glat=  27.76 u= -16.3700 v=   0.1500 vr=   6.48437 vt=  15.03171
 i= 1285 j=  952 glon=  296.61 (0-360E) glon=  296.61 glat=  27.76 u= -18.3400 v=   1.1100 vr=   6.63367 vt=  17.13424
 i= 1290 j=  952 glon=  296.81 (0-360E) glon=  296.81 glat=  27.76 u= -20.2000 v=   2.8400 vr=   7.07438 vt=  19.13266
 i= 1295 j=  952 glon=  297.01 (0-360E) glon=  297.01 glat=  27.76 u= -19.7800 v=   3.5600 vr=   5.82624 vt=  19.23478
 i= 1300 j=  952 glon=  297.21 (0-360E) glon=  297.21 glat=  27.76 u= -19.1400 v=   4.4900 vr=   4.78277 vt=  19.06895
 i= 1305 j=  952 glon=  297.41 (0-360E) glon=  297.41 glat=  27.76 u= -18.4600 v=   5.4900 vr=   3.88973 vt=  18.86218
 i= 1310 j=  952 glon=  297.61 (0-360E) glon=  297.61 glat=  27.76 u= -17.3400 v=   6.1000 vr=   2.80574 vt=  18.16627
 i= 1315 j=  952 glon=  297.81 (0-360E) glon=  297.81 glat=  27.76 u= -16.5500 v=   6.6000 vr=   1.75423 vt=  17.73091
 i= 1320 j=  952 glon=  298.01 (0-360E) glon=  298.01 glat=  27.76 u= -15.9100 v=   7.5700 vr=   1.27417 vt=  17.57298
 i= 1325 j=  952 glon=  298.21 (0-360E) glon=  298.21 glat=  27.76 u= -14.8600 v=   8.2800 vr=   0.87881 vt=  16.98840
 i= 1265 j=  957 glon=  295.81 (0-360E) glon=  295.81 glat=  27.56 u= -13.2100 v=  -1.5700 vr=   7.15207 vt=  11.21681
 i= 1270 j=  957 glon=  296.01 (0-360E) glon=  296.01 glat=  27.56 u= -15.0600 v=  -1.4100 vr=   7.51312 vt=  13.12801
 i= 1275 j=  957 glon=  296.21 (0-360E) glon=  296.21 glat=  27.56 u= -16.1800 v=  -1.9400 vr=   6.53926 vt=  14.92629
 i= 1280 j=  957 glon=  296.41 (0-360E) glon=  296.41 glat=  27.56 u= -18.7600 v=  -1.0500 vr=   7.09239 vt=  17.39937
 i= 1285 j=  957 glon=  296.61 (0-360E) glon=  296.61 glat=  27.56 u= -22.0700 v=   0.3900 vr=   7.84286 vt=  20.63314
 i= 1290 j=  957 glon=  296.81 (0-360E) glon=  296.81 glat=  27.56 u= -22.7400 v=   2.9400 vr=   8.28134 vt=  21.38155
 i= 1295 j=  957 glon=  297.01 (0-360E) glon=  297.01 glat=  27.56 u= -22.0100 v=   3.8400 vr=   6.67654 vt=  21.32157
 i= 1300 j=  957 glon=  297.21 (0-360E) glon=  297.21 glat=  27.56 u= -22.2600 v=   4.7800 vr=   5.16403 vt=  22.17406
 i= 1305 j=  957 glon=  297.41 (0-360E) glon=  297.41 glat=  27.56 u= -21.2500 v=   5.7400 vr=   3.66354 vt=  21.70457
 i= 1310 j=  957 glon=  297.61 (0-360E) glon=  297.61 glat=  27.56 u= -19.5900 v=   6.4500 vr=   2.26408 vt=  20.49987
 i= 1315 j=  957 glon=  297.81 (0-360E) glon=  297.81 glat=  27.56 u= -18.3000 v=   7.4100 vr=   1.38367 vt=  19.69476
 i= 1320 j=  957 glon=  298.01 (0-360E) glon=  298.01 glat=  27.56 u= -16.9400 v=   8.0800 vr=   0.57697 vt=  18.75945
 i= 1325 j=  957 glon=  298.21 (0-360E) glon=  298.21 glat=  27.56 u= -16.0100 v=   9.0700 vr=   0.17181 vt=  18.39988
 i= 1330 j=  957 glon=  298.41 (0-360E) glon=  298.41 glat=  27.56 u= -15.1000 v=  10.0800 vr=  -0.01673 vt=  18.15533
 i= 1335 j=  957 glon=  298.61 (0-360E) glon=  298.61 glat=  27.56 u= -13.7800 v=  10.9400 vr=   0.11074 vt=  17.59431
 i= 1260 j=  962 glon=  295.61 (0-360E) glon=  295.61 glat=  27.36 u=  -9.7000 v=  -5.5200 vr=   3.32233 vt=  10.65469
 i= 1265 j=  962 glon=  295.81 (0-360E) glon=  295.81 glat=  27.36 u= -12.1300 v=  -4.3000 vr=   5.16738 vt=  11.78665
 i= 1270 j=  962 glon=  296.01 (0-360E) glon=  296.01 glat=  27.36 u= -14.0200 v=  -3.4800 vr=   6.09639 vt=  13.09598
 i= 1275 j=  962 glon=  296.21 (0-360E) glon=  296.21 glat=  27.36 u= -16.2500 v=  -4.4100 vr=   5.44060 vt=  15.93457
 i= 1280 j=  962 glon=  296.41 (0-360E) glon=  296.41 glat=  27.36 u= -21.4300 v=  -2.9000 vr=   7.69373 vt=  20.21043
 i= 1285 j=  962 glon=  296.61 (0-360E) glon=  296.61 glat=  27.36 u= -24.0000 v=  -0.1000 vr=   9.06575 vt=  22.22211
 i= 1290 j=  962 glon=  296.81 (0-360E) glon=  296.81 glat=  27.36 u= -22.0200 v=   2.2200 vr=   8.10852 vt=  20.59274
 i= 1295 j=  962 glon=  297.01 (0-360E) glon=  297.01 glat=  27.36 u= -24.3900 v=   4.0000 vr=   7.59135 vt=  23.52113
 i= 1300 j=  962 glon=  297.21 (0-360E) glon=  297.21 glat=  27.36 u= -22.5900 v=   6.1900 vr=   6.63646 vt=  22.46290
 i= 1305 j=  962 glon=  297.41 (0-360E) glon=  297.41 glat=  27.36 u= -21.5200 v=   7.5700 vr=   5.14710 vt=  22.22437
 i= 1310 j=  962 glon=  297.61 (0-360E) glon=  297.61 glat=  27.36 u= -20.9500 v=   8.7500 vr=   3.57500 vt=  22.42062
 i= 1315 j=  962 glon=  297.81 (0-360E) glon=  297.81 glat=  27.36 u= -20.7200 v=  10.2500 vr=   2.35977 vt=  22.99592
 i= 1320 j=  962 glon=  298.01 (0-360E) glon=  298.01 glat=  27.36 u= -19.7300 v=  11.0500 vr=   0.98246 vt=  22.59226
 i= 1325 j=  962 glon=  298.21 (0-360E) glon=  298.21 glat=  27.36 u= -18.0400 v=  11.7300 vr=   0.22251 vt=  21.51709
 i= 1330 j=  962 glon=  298.41 (0-360E) glon=  298.41 glat=  27.36 u= -15.9100 v=  12.4700 vr=   0.21040 vt=  20.21348
 i= 1335 j=  962 glon=  298.61 (0-360E) glon=  298.61 glat=  27.36 u= -14.5900 v=  12.8100 vr=  -0.22640 vt=  19.41425
 i= 1340 j=  962 glon=  298.81 (0-360E) glon=  298.81 glat=  27.36 u= -12.9900 v=  13.0700 vr=  -0.22368 vt=  18.42593
 i= 1255 j=  967 glon=  295.41 (0-360E) glon=  295.41 glat=  27.16 u=  -7.8200 v=  -7.5200 vr=   2.03162 vt=  10.65717
 i= 1260 j=  967 glon=  295.61 (0-360E) glon=  295.61 glat=  27.16 u=  -7.9700 v=  -7.3200 vr=   1.67338 vt=  10.69126
 i= 1265 j=  967 glon=  295.81 (0-360E) glon=  295.81 glat=  27.16 u=  -9.5100 v=  -6.4500 vr=   2.70014 vt=  11.16924
 i= 1270 j=  967 glon=  296.01 (0-360E) glon=  296.01 glat=  27.16 u= -10.7200 v=  -5.2700 vr=   3.53728 vt=  11.40960
 i= 1275 j=  967 glon=  296.21 (0-360E) glon=  296.21 glat=  27.16 u= -12.7400 v=  -6.5300 vr=   2.78642 vt=  14.04223
 i= 1280 j=  967 glon=  296.41 (0-360E) glon=  296.41 glat=  27.16 u= -18.5500 v=  -6.7900 vr=   4.24605 vt=  19.29191
 i= 1285 j=  967 glon=  296.61 (0-360E) glon=  296.61 glat=  27.16 u= -19.9700 v=  -6.5900 vr=   2.76353 vt=  20.84687
 i= 1290 j=  967 glon=  296.81 (0-360E) glon=  296.81 glat=  27.16 u= -20.6000 v=  -1.8100 vr=   4.73893 vt=  20.12905
 i= 1295 j=  967 glon=  297.01 (0-360E) glon=  297.01 glat=  27.16 u= -18.1500 v=   3.6800 vr=   6.78104 vt=  17.23318
 i= 1300 j=  967 glon=  297.21 (0-360E) glon=  297.21 glat=  27.16 u= -17.3200 v=   5.4600 vr=   5.86064 vt=  17.18857
 i= 1305 j=  967 glon=  297.41 (0-360E) glon=  297.41 glat=  27.16 u= -19.8400 v=   7.0500 vr=   4.42973 vt=  20.58411
 i= 1310 j=  967 glon=  297.61 (0-360E) glon=  297.61 glat=  27.16 u= -21.3600 v=   8.9400 vr=   2.77206 vt=  22.98889
 i= 1315 j=  967 glon=  297.81 (0-360E) glon=  297.81 glat=  27.16 u= -21.1300 v=  11.4600 vr=   2.03592 vt=  23.95127
 i= 1320 j=  967 glon=  298.01 (0-360E) glon=  298.01 glat=  27.16 u= -20.0600 v=  13.6100 vr=   1.51205 vt=  24.19400
 i= 1325 j=  967 glon=  298.21 (0-360E) glon=  298.21 glat=  27.16 u= -17.7800 v=  15.5200 vr=   1.82594 vt=  23.53008
 i= 1330 j=  967 glon=  298.41 (0-360E) glon=  298.41 glat=  27.16 u= -15.3200 v=  15.2300 vr=   1.08338 vt=  21.57502
 i= 1335 j=  967 glon=  298.61 (0-360E) glon=  298.61 glat=  27.16 u= -14.0900 v=  14.6100 vr=  -0.16146 vt=  20.29665
 i= 1340 j=  967 glon=  298.81 (0-360E) glon=  298.81 glat=  27.16 u= -13.0000 v=  14.1500 vr=  -0.99447 vt=  19.18941
 i= 1345 j=  967 glon=  299.01 (0-360E) glon=  299.01 glat=  27.16 u= -11.4000 v=  14.0900 vr=  -0.86170 vt=  18.10374
 i= 1255 j=  972 glon=  295.41 (0-360E) glon=  295.41 glat=  26.96 u=  -6.3400 v=  -8.8300 vr=   1.00064 vt=  10.82420
 i= 1260 j=  972 glon=  295.61 (0-360E) glon=  295.61 glat=  26.96 u=  -6.9100 v=  -8.6400 vr=   1.01231 vt=  11.01694
 i= 1265 j=  972 glon=  295.81 (0-360E) glon=  295.81 glat=  26.96 u=  -7.7600 v=  -7.4700 vr=   1.70924 vt=  10.63471
 i= 1270 j=  972 glon=  296.01 (0-360E) glon=  296.01 glat=  26.96 u=  -9.2200 v=  -7.2100 vr=   2.18681 vt=  11.49828
 i= 1275 j=  972 glon=  296.21 (0-360E) glon=  296.21 glat=  26.96 u= -11.7700 v=  -8.6300 vr=   1.89229 vt=  14.47166
 i= 1280 j=  972 glon=  296.41 (0-360E) glon=  296.41 glat=  26.96 u= -14.0800 v=  -5.2500 vr=   4.42658 vt=  14.36016
 i= 1285 j=  972 glon=  296.61 (0-360E) glon=  296.61 glat=  26.96 u= -15.4200 v= -17.1800 vr=  -7.06087 vt=  21.97892
 i= 1290 j=  972 glon=  296.81 (0-360E) glon=  296.81 glat=  26.96 u= -17.5400 v=   0.0900 vr=   6.57615 vt=  16.26081
 i= 1295 j=  972 glon=  297.01 (0-360E) glon=  297.01 glat=  26.96 u= -19.6500 v=   2.4800 vr=   6.52275 vt=  18.70098
 i= 1300 j=  972 glon=  297.21 (0-360E) glon=  297.21 glat=  26.96 u= -18.4800 v=   2.8600 vr=   3.37664 vt=  18.39262
 i= 1305 j=  972 glon=  297.41 (0-360E) glon=  297.41 glat=  26.96 u= -20.6100 v=   4.9700 vr=   1.71059 vt=  21.13166
 i= 1310 j=  972 glon=  297.61 (0-360E) glon=  297.61 glat=  26.96 u= -19.8100 v=   7.5600 vr=   0.73603 vt=  21.19075
 i= 1315 j=  972 glon=  297.81 (0-360E) glon=  297.81 glat=  26.96 u= -20.6600 v=  10.2900 vr=  -0.54199 vt=  23.07436
 i= 1320 j=  972 glon=  298.01 (0-360E) glon=  298.01 glat=  26.96 u= -21.7900 v=  13.9500 vr=  -1.29718 vt=  25.84035
 i= 1325 j=  972 glon=  298.21 (0-360E) glon=  298.21 glat=  26.96 u= -18.4500 v=  18.3500 vr=   1.30802 vt=  25.98873
 i= 1330 j=  972 glon=  298.41 (0-360E) glon=  298.41 glat=  26.96 u= -14.7900 v=  19.7800 vr=   2.52378 vt=  24.56874
 i= 1335 j=  972 glon=  298.61 (0-360E) glon=  298.61 glat=  26.96 u= -11.2300 v=  18.4500 vr=   2.57188 vt=  21.44530
 i= 1340 j=  972 glon=  298.81 (0-360E) glon=  298.81 glat=  26.96 u= -10.8800 v=  16.4100 vr=   0.29905 vt=  19.68688
 i= 1345 j=  972 glon=  299.01 (0-360E) glon=  299.01 glat=  26.96 u= -10.5900 v=  15.1900 vr=  -1.17169 vt=  18.48003
 i= 1350 j=  972 glon=  299.21 (0-360E) glon=  299.21 glat=  26.96 u=  -9.5900 v=  15.1000 vr=  -1.20057 vt=  17.84760
 i= 1250 j=  977 glon=  295.21 (0-360E) glon=  295.21 glat=  26.76 u=  -5.9500 v= -10.0000 vr=   1.63224 vt=  11.52121
 i= 1255 j=  977 glon=  295.41 (0-360E) glon=  295.41 glat=  26.76 u=  -5.6900 v=  -9.0500 vr=   1.34709 vt=  10.60490
 i= 1260 j=  977 glon=  295.61 (0-360E) glon=  295.61 glat=  26.76 u=  -5.9500 v=  -9.6700 vr=   0.79604 vt=  11.32598
 i= 1265 j=  977 glon=  295.81 (0-360E) glon=  295.81 glat=  26.76 u=  -6.8300 v=  -8.3900 vr=   1.56911 vt=  10.70415
 i= 1270 j=  977 glon=  296.01 (0-360E) glon=  296.01 glat=  26.76 u=  -9.0400 v=  -7.8600 vr=   2.94460 vt=  11.61166
 i= 1275 j=  977 glon=  296.21 (0-360E) glon=  296.21 glat=  26.76 u=  -8.7800 v=  -9.4500 vr=   0.72299 vt=  12.87898
 i= 1280 j=  977 glon=  296.41 (0-360E) glon=  296.41 glat=  26.76 u= -13.3000 v=  -9.2900 vr=   2.59592 vt=  16.01422
 i= 1285 j=  977 glon=  296.61 (0-360E) glon=  296.61 glat=  26.76 u= -14.5800 v=  -7.0100 vr=   2.99901 vt=  15.89725
 i= 1290 j=  977 glon=  296.81 (0-360E) glon=  296.81 glat=  26.76 u= -17.6400 v=  -2.4500 vr=   5.72935 vt=  16.86258
 i= 1295 j=  977 glon=  297.01 (0-360E) glon=  297.01 glat=  26.76 u= -18.8200 v=  -1.1700 vr=   3.75509 vt=  18.47865
 i= 1300 j=  977 glon=  297.21 (0-360E) glon=  297.21 glat=  26.76 u= -18.0400 v=   1.2600 vr=   1.89625 vt=  17.98426
 i= 1305 j=  977 glon=  297.41 (0-360E) glon=  297.41 glat=  26.76 u= -17.4800 v=   4.6600 vr=   1.17460 vt=  18.05232
 i= 1310 j=  977 glon=  297.61 (0-360E) glon=  297.61 glat=  26.76 u= -16.4600 v=   7.7900 vr=   0.62945 vt=  18.19944
 i= 1315 j=  977 glon=  297.81 (0-360E) glon=  297.81 glat=  26.76 u= -15.7800 v=   8.2000 vr=  -1.91461 vt=  17.68001
 i= 1320 j=  977 glon=  298.01 (0-360E) glon=  298.01 glat=  26.76 u= -13.5000 v=  11.0300 vr=  -0.82773 vt=  17.41338
 i= 1325 j=  977 glon=  298.21 (0-360E) glon=  298.21 glat=  26.76 u= -11.9800 v=  16.6900 vr=   2.05236 vt=  20.44173
 i= 1330 j=  977 glon=  298.41 (0-360E) glon=  298.41 glat=  26.76 u= -16.4800 v=  18.2000 vr=  -2.57545 vt=  24.41715
 i= 1335 j=  977 glon=  298.61 (0-360E) glon=  298.61 glat=  26.76 u= -13.0400 v=  20.8400 vr=  -0.04955 vt=  24.58342
 i= 1340 j=  977 glon=  298.81 (0-360E) glon=  298.81 glat=  26.76 u=  -8.0300 v=  20.4000 vr=   2.67488 vt=  21.75973
 i= 1345 j=  977 glon=  299.01 (0-360E) glon=  299.01 glat=  26.76 u=  -8.2700 v=  17.8600 vr=   0.28478 vt=  19.67972
 i= 1350 j=  977 glon=  299.21 (0-360E) glon=  299.21 glat=  26.76 u=  -8.2000 v=  15.7400 vr=  -1.29773 vt=  17.70038
 i= 1250 j=  982 glon=  295.21 (0-360E) glon=  295.21 glat=  26.56 u=  -3.7800 v= -10.2200 vr=   0.60253 vt=  10.87997
 i= 1255 j=  982 glon=  295.41 (0-360E) glon=  295.41 glat=  26.56 u=  -3.5600 v=  -9.9700 vr=   0.13575 vt=  10.58565
 i= 1260 j=  982 glon=  295.61 (0-360E) glon=  295.61 glat=  26.56 u=  -5.1900 v= -10.6500 vr=   1.01133 vt=  11.80406
 i= 1265 j=  982 glon=  295.81 (0-360E) glon=  295.81 glat=  26.56 u=  -5.5200 v=  -9.4000 vr=   1.26408 vt=  10.82740
 i= 1270 j=  982 glon=  296.01 (0-360E) glon=  296.01 glat=  26.56 u=  -9.0500 v= -10.7700 vr=   3.13942 vt=  13.71275
 i= 1275 j=  982 glon=  296.21 (0-360E) glon=  296.21 glat=  26.56 u= -13.0800 v= -11.7000 vr=   5.03563 vt=  16.81127
 i= 1280 j=  982 glon=  296.41 (0-360E) glon=  296.41 glat=  26.56 u= -12.1000 v= -12.6900 vr=   1.93679 vt=  17.42685
 i= 1285 j=  982 glon=  296.61 (0-360E) glon=  296.61 glat=  26.56 u= -15.5800 v=  -9.7400 vr=   4.09162 vt=  17.91264
 i= 1290 j=  982 glon=  296.81 (0-360E) glon=  296.81 glat=  26.56 u= -19.1000 v=  -7.2100 vr=   4.76926 vt=  19.85065
 i= 1295 j=  982 glon=  297.01 (0-360E) glon=  297.01 glat=  26.56 u= -20.5000 v=  -3.6700 vr=   3.55303 vt=  20.52060
 i= 1300 j=  982 glon=  297.21 (0-360E) glon=  297.21 glat=  26.56 u= -21.6900 v=   3.1100 vr=   4.14155 vt=  21.51687
 i= 1305 j=  982 glon=  297.41 (0-360E) glon=  297.41 glat=  26.56 u= -20.3400 v=   6.8900 vr=   1.39290 vt=  21.43006
 i= 1310 j=  982 glon=  297.61 (0-360E) glon=  297.61 glat=  26.56 u= -16.3700 v=   8.7600 vr=  -0.68626 vt=  18.55380
 i= 1315 j=  982 glon=  297.81 (0-360E) glon=  297.81 glat=  26.56 u= -13.5000 v=  10.4700 vr=  -1.24789 vt=  17.03859
 i= 1320 j=  982 glon=  298.01 (0-360E) glon=  298.01 glat=  26.56 u= -12.5300 v=  13.3600 vr=  -1.19791 vt=  18.27719
 i= 1325 j=  982 glon=  298.21 (0-360E) glon=  298.21 glat=  26.56 u= -12.7300 v=  15.1900 vr=  -2.37252 vt=  19.67639
 i= 1330 j=  982 glon=  298.41 (0-360E) glon=  298.41 glat=  26.56 u= -14.8100 v=  20.2900 vr=  -3.40022 vt=  24.88893
 i= 1335 j=  982 glon=  298.61 (0-360E) glon=  298.61 glat=  26.56 u= -12.4900 v=  20.2900 vr=  -2.86763 vt=  23.65293
 i= 1340 j=  982 glon=  298.81 (0-360E) glon=  298.81 glat=  26.56 u=  -8.7700 v=  20.7700 vr=  -0.41604 vt=  22.54180
 i= 1345 j=  982 glon=  299.01 (0-360E) glon=  299.01 glat=  26.56 u=  -4.9700 v=  19.6800 vr=   1.89385 vt=  20.20932
 i= 1350 j=  982 glon=  299.21 (0-360E) glon=  299.21 glat=  26.56 u=  -6.2800 v=  18.1100 vr=  -0.49847 vt=  19.16147
 i= 1250 j=  987 glon=  295.21 (0-360E) glon=  295.21 glat=  26.36 u=  -3.0300 v= -10.2700 vr=   0.97409 vt=  10.66325
 i= 1255 j=  987 glon=  295.41 (0-360E) glon=  295.41 glat=  26.36 u=  -3.2000 v= -11.4600 vr=   0.65329 vt=  11.88044
 i= 1260 j=  987 glon=  295.61 (0-360E) glon=  295.61 glat=  26.36 u=  -4.7000 v= -11.7700 vr=   1.71939 vt=  12.55654
 i= 1265 j=  987 glon=  295.81 (0-360E) glon=  295.81 glat=  26.36 u=  -4.3000 v= -11.1400 vr=   1.08845 vt=  11.89138
 i= 1270 j=  987 glon=  296.01 (0-360E) glon=  296.01 glat=  26.36 u=  -4.3100 v= -12.6600 vr=   0.10751 vt=  13.37311
 i= 1275 j=  987 glon=  296.21 (0-360E) glon=  296.21 glat=  26.36 u=  -7.5200 v= -13.1000 vr=   2.15951 vt=  14.94981
 i= 1280 j=  987 glon=  296.41 (0-360E) glon=  296.41 glat=  26.36 u=  -8.8700 v= -13.0500 vr=   2.18363 vt=  15.62726
 i= 1285 j=  987 glon=  296.61 (0-360E) glon=  296.61 glat=  26.36 u= -15.0700 v= -14.0900 vr=   4.94941 vt=  20.02839
 i= 1290 j=  987 glon=  296.81 (0-360E) glon=  296.81 glat=  26.36 u= -18.2800 v= -12.5500 vr=   4.56577 vt=  21.69826
 i= 1295 j=  987 glon=  297.01 (0-360E) glon=  297.01 glat=  26.36 u= -21.1700 v=  -5.4600 vr=   5.59192 vt=  21.13554
 i= 1300 j=  987 glon=  297.21 (0-360E) glon=  297.21 glat=  26.36 u= -22.7900 v=   3.7000 vr=   5.36528 vt=  22.45636
 i= 1305 j=  987 glon=  297.41 (0-360E) glon=  297.41 glat=  26.36 u= -20.4600 v=   9.2800 vr=   0.76239 vt=  22.45326
 i= 1310 j=  987 glon=  297.61 (0-360E) glon=  297.61 glat=  26.36 u= -15.9600 v=  12.4300 vr=  -1.44501 vt=  20.17767
 i= 1315 j=  987 glon=  297.81 (0-360E) glon=  297.81 glat=  26.36 u= -11.1500 v=  12.7200 vr=  -1.61752 vt=  16.83759
 i= 1320 j=  987 glon=  298.01 (0-360E) glon=  298.01 glat=  26.36 u=  -8.4200 v=  11.6400 vr=  -1.96473 vt=  14.23116
 i= 1325 j=  987 glon=  298.21 (0-360E) glon=  298.21 glat=  26.36 u=  -6.7400 v=  20.2600 vr=   1.66216 vt=  21.28691
 i= 1330 j=  987 glon=  298.41 (0-360E) glon=  298.41 glat=  26.36 u=  -7.4400 v=  21.9800 vr=   0.21602 vt=  23.20404
 i= 1335 j=  987 glon=  298.61 (0-360E) glon=  298.61 glat=  26.36 u=  -9.0300 v=  19.5800 vr=  -3.07717 vt=  21.34123
 i= 1340 j=  987 glon=  298.81 (0-360E) glon=  298.81 glat=  26.36 u=  -7.4300 v=  18.7400 vr=  -2.50107 vt=  20.00343
 i= 1345 j=  987 glon=  299.01 (0-360E) glon=  299.01 glat=  26.36 u=  -4.5800 v=  19.6200 vr=  -0.09147 vt=  20.14727
 i= 1350 j=  987 glon=  299.21 (0-360E) glon=  299.21 glat=  26.36 u=  -4.1300 v=  18.5600 vr=  -0.32439 vt=  19.01119
 i= 1355 j=  987 glon=  299.41 (0-360E) glon=  299.41 glat=  26.36 u=  -4.9100 v=  16.9600 vr=  -1.74198 vt=  17.57029
 i= 1245 j=  992 glon=  295.01 (0-360E) glon=  295.01 glat=  26.16 u=  -2.7700 v= -11.9900 vr=   1.80772 vt=  12.17231
 i= 1250 j=  992 glon=  295.21 (0-360E) glon=  295.21 glat=  26.16 u=  -2.8800 v= -11.1400 vr=   1.88642 vt=  11.35057
 i= 1255 j=  992 glon=  295.41 (0-360E) glon=  295.41 glat=  26.16 u=  -3.4600 v= -12.9700 vr=   2.16434 vt=  13.24795
 i= 1260 j=  992 glon=  295.61 (0-360E) glon=  295.61 glat=  26.16 u=  -4.5200 v= -12.5900 vr=   3.08927 vt=  13.01518
 i= 1265 j=  992 glon=  295.81 (0-360E) glon=  295.81 glat=  26.16 u=  -2.8000 v= -12.2100 vr=   1.21924 vt=  12.46746
 i= 1270 j=  992 glon=  296.01 (0-360E) glon=  296.01 glat=  26.16 u=  -3.1200 v= -13.4200 vr=   1.08918 vt=  13.73479
 i= 1275 j=  992 glon=  296.21 (0-360E) glon=  296.21 glat=  26.16 u=  -3.8500 v= -15.4800 vr=   1.03941 vt=  15.91768
 i= 1280 j=  992 glon=  296.41 (0-360E) glon=  296.41 glat=  26.16 u=  -5.4700 v= -15.2000 vr=   2.00265 vt=  16.02967
 i= 1285 j=  992 glon=  296.61 (0-360E) glon=  296.61 glat=  26.16 u=  -9.4000 v= -17.5200 vr=   4.02169 vt=  19.47143
 i= 1290 j=  992 glon=  296.81 (0-360E) glon=  296.81 glat=  26.16 u=  -8.4100 v= -18.9500 vr=   0.13376 vt=  20.73192
 i= 1295 j=  992 glon=  297.01 (0-360E) glon=  297.01 glat=  26.16 u= -13.5200 v= -14.2600 vr=   1.46003 vt=  19.59608
 i= 1300 j=  992 glon=  297.21 (0-360E) glon=  297.21 glat=  26.16 u= -18.2400 v=   9.2800 vr=  12.06211 vt=  16.53244
 i= 1305 j=  992 glon=  297.41 (0-360E) glon=  297.41 glat=  26.16 u= -13.8900 v=  13.1200 vr=   0.42790 vt=  19.10192
 i= 1310 j=  992 glon=  297.61 (0-360E) glon=  297.61 glat=  26.16 u= -11.2500 v=  15.1900 vr=  -3.15363 vt=  18.63741
 i= 1315 j=  992 glon=  297.81 (0-360E) glon=  297.81 glat=  26.16 u=  -6.9700 v=  15.6700 vr=  -1.72542 vt=  17.06320
 i= 1320 j=  992 glon=  298.01 (0-360E) glon=  298.01 glat=  26.16 u=  -6.7800 v=  14.3300 vr=  -3.20811 vt=  15.52499
 i= 1325 j=  992 glon=  298.21 (0-360E) glon=  298.21 glat=  26.16 u=  -5.6100 v=  18.2900 vr=  -2.06083 vt=  19.01970
 i= 1330 j=  992 glon=  298.41 (0-360E) glon=  298.41 glat=  26.16 u=  -5.1600 v=  21.5400 vr=  -1.72553 vt=  22.08211
 i= 1335 j=  992 glon=  298.61 (0-360E) glon=  298.61 glat=  26.16 u=  -5.8100 v=  18.2400 vr=  -3.32536 vt=  18.85194
 i= 1340 j=  992 glon=  298.81 (0-360E) glon=  298.81 glat=  26.16 u=  -4.9400 v=  18.2700 vr=  -2.78938 vt=  18.71940
 i= 1345 j=  992 glon=  299.01 (0-360E) glon=  299.01 glat=  26.16 u=  -4.2800 v=  18.3100 vr=  -2.38658 vt=  18.65151
 i= 1350 j=  992 glon=  299.21 (0-360E) glon=  299.21 glat=  26.16 u=  -2.7100 v=  18.3200 vr=  -1.02929 vt=  18.49073
 i= 1355 j=  992 glon=  299.41 (0-360E) glon=  299.41 glat=  26.16 u=  -3.7100 v=  16.7500 vr=  -2.32418 vt=  16.99779
 i= 1245 j=  997 glon=  295.01 (0-360E) glon=  295.01 glat=  25.96 u=  -1.6900 v= -12.2200 vr=   1.92162 vt=  12.18572
 i= 1250 j=  997 glon=  295.21 (0-360E) glon=  295.21 glat=  25.96 u=  -2.0600 v= -12.0700 vr=   2.30438 vt=  12.02574
 i= 1255 j=  997 glon=  295.41 (0-360E) glon=  295.41 glat=  25.96 u=  -2.4600 v= -12.8400 vr=   2.74062 vt=  12.78304
 i= 1260 j=  997 glon=  295.61 (0-360E) glon=  295.61 glat=  25.96 u=  -2.1000 v= -13.4600 vr=   2.42186 vt=  13.40583
 i= 1265 j=  997 glon=  295.81 (0-360E) glon=  295.81 glat=  25.96 u=  -1.3300 v= -12.9500 vr=   1.67454 vt=  12.90997
 i= 1270 j=  997 glon=  296.01 (0-360E) glon=  296.01 glat=  25.96 u=  -2.3200 v= -13.9400 vr=   2.74089 vt=  13.86339
 i= 1275 j=  997 glon=  296.21 (0-360E) glon=  296.21 glat=  25.96 u=  -1.2900 v= -18.2300 vr=   1.93453 vt=  18.17291
 i= 1280 j=  997 glon=  296.41 (0-360E) glon=  296.41 glat=  25.96 u=  -0.0600 v= -17.8200 vr=   0.82852 vt=  17.80083
 i= 1285 j=  997 glon=  296.61 (0-360E) glon=  296.61 glat=  25.96 u=   1.3400 v= -17.8200 vr=  -0.34098 vt=  17.86706
 i= 1290 j=  997 glon=  296.81 (0-360E) glon=  296.81 glat=  25.96 u=  -0.3300 v= -21.3500 vr=   2.05607 vt=  21.25333
 i= 1295 j=  997 glon=  297.01 (0-360E) glon=  297.01 glat=  25.96 u=  11.7500 v= -18.1800 vr=  -8.91213 vt=  19.72686
 i= 1300 j=  997 glon=  297.21 (0-360E) glon=  297.21 glat=  25.96 u=  12.3700 v=   4.5200 vr= -11.54987 vt=   6.32833
 i= 1305 j=  997 glon=  297.41 (0-360E) glon=  297.41 glat=  25.96 u=   0.6900 v=  16.4200 vr=  -2.60635 vt=  16.22650
 i= 1310 j=  997 glon=  297.61 (0-360E) glon=  297.61 glat=  25.96 u=  -2.9700 v=  14.2400 vr=  -4.29254 vt=  13.89865
 i= 1315 j=  997 glon=  297.81 (0-360E) glon=  297.81 glat=  25.96 u=  -2.8900 v=  17.8600 vr=  -3.98531 vt=  17.64792
 i= 1320 j=  997 glon=  298.01 (0-360E) glon=  298.01 glat=  25.96 u=  -3.7600 v=  17.1400 vr=  -4.54941 vt=  16.94757
 i= 1325 j=  997 glon=  298.21 (0-360E) glon=  298.21 glat=  25.96 u=  -3.4400 v=  21.9100 vr=  -4.25685 vt=  21.76605
 i= 1330 j=  997 glon=  298.41 (0-360E) glon=  298.41 glat=  25.96 u=  -2.0000 v=  18.8100 vr=  -2.59393 vt=  18.73733
 i= 1335 j=  997 glon=  298.61 (0-360E) glon=  298.61 glat=  25.96 u=  -3.1800 v=  20.8200 vr=  -3.75386 vt=  20.72422
 i= 1340 j=  997 glon=  298.81 (0-360E) glon=  298.81 glat=  25.96 u=  -2.8100 v=  18.3900 vr=  -3.26324 vt=  18.31501
 i= 1345 j=  997 glon=  299.01 (0-360E) glon=  299.01 glat=  25.96 u=  -2.8000 v=  17.1900 vr=  -3.18555 vt=  17.12274
 i= 1350 j=  997 glon=  299.21 (0-360E) glon=  299.21 glat=  25.96 u=  -2.3800 v=  17.2600 vr=  -2.73736 vt=  17.20694
 i= 1355 j=  997 glon=  299.41 (0-360E) glon=  299.41 glat=  25.96 u=  -2.5600 v=  16.4000 vr=  -2.87679 vt=  16.34741
 i= 1245 j= 1002 glon=  295.01 (0-360E) glon=  295.01 glat=  25.76 u=  -0.9800 v= -12.3500 vr=   2.43630 vt=  12.14691
 i= 1250 j= 1002 glon=  295.21 (0-360E) glon=  295.21 glat=  25.76 u=  -0.6100 v= -12.5300 vr=   2.22411 vt=  12.34611
 i= 1255 j= 1002 glon=  295.41 (0-360E) glon=  295.41 glat=  25.76 u=  -1.1100 v= -12.6900 vr=   2.90492 vt=  12.40281
 i= 1260 j= 1002 glon=  295.61 (0-360E) glon=  295.61 glat=  25.76 u=   0.6200 v= -13.3100 vr=   1.49920 vt=  13.23982
 i= 1265 j= 1002 glon=  295.81 (0-360E) glon=  295.81 glat=  25.76 u=   0.7000 v= -14.0600 vr=   1.83347 vt=  13.95751
 i= 1270 j= 1002 glon=  296.01 (0-360E) glon=  296.01 glat=  25.76 u=   0.9900 v= -12.7800 vr=   1.67199 vt=  12.70877
 i= 1275 j= 1002 glon=  296.21 (0-360E) glon=  296.21 glat=  25.76 u=   1.6500 v= -15.3000 vr=   2.12945 vt=  15.24067
 i= 1280 j= 1002 glon=  296.41 (0-360E) glon=  296.41 glat=  25.76 u=   3.1600 v= -18.6800 vr=   2.53090 vt=  18.77558
 i= 1285 j= 1002 glon=  296.61 (0-360E) glon=  296.61 glat=  25.76 u=   7.8200 v= -18.3400 vr=  -0.29721 vt=  19.93539
 i= 1290 j= 1002 glon=  296.81 (0-360E) glon=  296.81 glat=  25.76 u=  11.7500 v= -16.3100 vr=  -1.71356 vt=  20.02854
 i= 1295 j= 1002 glon=  297.01 (0-360E) glon=  297.01 glat=  25.76 u=  15.5800 v= -11.3300 vr=  -1.95667 vt=  19.16447
 i= 1300 j= 1002 glon=  297.21 (0-360E) glon=  297.21 glat=  25.76 u=  13.4500 v=   2.5500 vr=  -4.10638 vt=  13.05920
 i= 1305 j= 1002 glon=  297.41 (0-360E) glon=  297.41 glat=  25.76 u=   9.8700 v=   7.9800 vr=  -1.22004 vt=  12.63364
 i= 1310 j= 1002 glon=  297.61 (0-360E) glon=  297.61 glat=  25.76 u=   2.8400 v=  11.1700 vr=  -4.04773 vt=  10.79122
 i= 1315 j= 1002 glon=  297.81 (0-360E) glon=  297.81 glat=  25.76 u=  -3.5800 v=  20.6000 vr= -11.74838 vt=  17.29601
 i= 1320 j= 1002 glon=  298.01 (0-360E) glon=  298.01 glat=  25.76 u=   0.3800 v=  18.4300 vr=  -5.49852 vt=  17.59476
 i= 1325 j= 1002 glon=  298.21 (0-360E) glon=  298.21 glat=  25.76 u=   1.8800 v=  18.7900 vr=  -3.02750 vt=  18.63955
 i= 1330 j= 1002 glon=  298.41 (0-360E) glon=  298.41 glat=  25.76 u=   4.5100 v=  19.2900 vr=   0.22450 vt=  19.80893
 i= 1335 j= 1002 glon=  298.61 (0-360E) glon=  298.61 glat=  25.76 u=   0.3300 v=  20.2700 vr=  -3.46272 vt=  19.97477
 i= 1340 j= 1002 glon=  298.81 (0-360E) glon=  298.81 glat=  25.76 u=   0.1200 v=  17.9000 vr=  -2.82381 vt=  17.67627
 i= 1345 j= 1002 glon=  299.01 (0-360E) glon=  299.01 glat=  25.76 u=  -1.4100 v=  16.1000 vr=  -3.75953 vt=  15.71827
 i= 1350 j= 1002 glon=  299.21 (0-360E) glon=  299.21 glat=  25.76 u=  -1.9500 v=  16.4800 vr=  -4.12315 vt=  16.07459
 i= 1355 j= 1002 glon=  299.41 (0-360E) glon=  299.41 glat=  25.76 u=  -1.8600 v=  15.8800 vr=  -3.77598 vt=  15.53628
 i= 1250 j= 1007 glon=  295.21 (0-360E) glon=  295.21 glat=  25.56 u=   1.0900 v= -12.8300 vr=   1.93189 vt=  12.73047
 i= 1255 j= 1007 glon=  295.41 (0-360E) glon=  295.41 glat=  25.56 u=   0.4200 v= -12.7100 vr=   2.85240 vt=  12.39291
 i= 1260 j= 1007 glon=  295.61 (0-360E) glon=  295.61 glat=  25.56 u=   0.8700 v= -12.8200 vr=   2.81568 vt=  12.53719
 i= 1265 j= 1007 glon=  295.81 (0-360E) glon=  295.81 glat=  25.56 u=   2.4800 v= -13.4200 vr=   1.94411 vt=  13.50804
 i= 1270 j= 1007 glon=  296.01 (0-360E) glon=  296.01 glat=  25.56 u=   3.6500 v= -13.4500 vr=   1.50797 vt=  13.85464
 i= 1275 j= 1007 glon=  296.21 (0-360E) glon=  296.21 glat=  25.56 u=   5.9100 v= -12.1900 vr=  -0.19665 vt=  13.54568
 i= 1280 j= 1007 glon=  296.41 (0-360E) glon=  296.41 glat=  25.56 u=   6.6400 v= -14.4100 vr=   1.47022 vt=  15.79798
 i= 1285 j= 1007 glon=  296.61 (0-360E) glon=  296.61 glat=  25.56 u=   8.7200 v= -15.3600 vr=   2.36725 vt=  17.50326
 i= 1290 j= 1007 glon=  296.81 (0-360E) glon=  296.81 glat=  25.56 u=  12.0000 v= -13.6900 vr=   2.17468 vt=  18.07448
 i= 1295 j= 1007 glon=  297.01 (0-360E) glon=  297.01 glat=  25.56 u=  13.4000 v=  -7.6800 vr=   1.11891 vt=  15.40423
 i= 1300 j= 1007 glon=  297.21 (0-360E) glon=  297.21 glat=  25.56 u=  15.0700 v=  -2.7600 vr=   1.80416 vt=  15.21406
 i= 1305 j= 1007 glon=  297.41 (0-360E) glon=  297.41 glat=  25.56 u=  13.1200 v=   2.0300 vr=   2.46667 vt=  13.04495
 i= 1310 j= 1007 glon=  297.61 (0-360E) glon=  297.61 glat=  25.56 u=   7.1100 v=  16.3800 vr=  -8.62875 vt=  15.63334
 i= 1315 j= 1007 glon=  297.81 (0-360E) glon=  297.81 glat=  25.56 u=   8.1000 v=  15.4200 vr=  -3.73676 vt=  17.01244
 i= 1320 j= 1007 glon=  298.01 (0-360E) glon=  298.01 glat=  25.56 u=   4.9900 v=  20.2500 vr=  -6.48607 vt=  19.82154
 i= 1325 j= 1007 glon=  298.21 (0-360E) glon=  298.21 glat=  25.56 u=   4.3300 v=  17.9600 vr=  -4.10059 vt=  18.01376
 i= 1330 j= 1007 glon=  298.41 (0-360E) glon=  298.41 glat=  25.56 u=   4.7700 v=  18.4900 vr=  -2.63054 vt=  18.91331
 i= 1335 j= 1007 glon=  298.61 (0-360E) glon=  298.61 glat=  25.56 u=   3.1300 v=  18.4300 vr=  -3.17345 vt=  18.42257
 i= 1340 j= 1007 glon=  298.81 (0-360E) glon=  298.81 glat=  25.56 u=   2.1000 v=  16.8300 vr=  -2.95009 vt=  16.70197
 i= 1345 j= 1007 glon=  299.01 (0-360E) glon=  299.01 glat=  25.56 u=   0.0500 v=  15.1800 vr=  -3.96423 vt=  14.65332
 i= 1350 j= 1007 glon=  299.21 (0-360E) glon=  299.21 glat=  25.56 u=  -0.8100 v=  15.6600 vr=  -4.54079 vt=  15.00910
 i= 1355 j= 1007 glon=  299.41 (0-360E) glon=  299.41 glat=  25.56 u=  -0.8700 v=  15.2500 vr=  -4.19475 vt=  14.68753
 i= 1250 j= 1012 glon=  295.21 (0-360E) glon=  295.21 glat=  25.36 u=   1.9500 v= -12.3100 vr=   2.21692 vt=  12.26474
 i= 1255 j= 1012 glon=  295.41 (0-360E) glon=  295.41 glat=  25.36 u=   3.0800 v= -12.7800 vr=   1.73477 vt=  13.03094
 i= 1260 j= 1012 glon=  295.61 (0-360E) glon=  295.61 glat=  25.36 u=   3.5800 v= -12.5900 vr=   1.71909 vt=  12.97572
 i= 1265 j= 1012 glon=  295.81 (0-360E) glon=  295.81 glat=  25.36 u=   4.2500 v= -12.5300 vr=   1.72783 vt=  13.11785
 i= 1270 j= 1012 glon=  296.01 (0-360E) glon=  296.01 glat=  25.36 u=   4.7000 v= -12.6100 vr=   2.18372 vt=  13.27906
 i= 1275 j= 1012 glon=  296.21 (0-360E) glon=  296.21 glat=  25.36 u=   6.5000 v= -11.7200 vr=   1.23805 vt=  13.34450
 i= 1280 j= 1012 glon=  296.41 (0-360E) glon=  296.41 glat=  25.36 u=   9.4500 v= -11.9800 vr=   0.52354 vt=  15.24955
 i= 1285 j= 1012 glon=  296.61 (0-360E) glon=  296.61 glat=  25.36 u=   9.7500 v= -11.7800 vr=   2.25079 vt=  15.12497
 i= 1290 j= 1012 glon=  296.81 (0-360E) glon=  296.81 glat=  25.36 u=  11.1200 v= -12.3200 vr=   4.68788 vt=  15.92044
 i= 1295 j= 1012 glon=  297.01 (0-360E) glon=  297.01 glat=  25.36 u=  11.6300 v=  -7.8600 vr=   3.83928 vt=  13.50172
 i= 1300 j= 1012 glon=  297.21 (0-360E) glon=  297.21 glat=  25.36 u=  13.2100 v=  -5.5900 vr=   5.01491 vt=  13.43886
 i= 1305 j= 1012 glon=  297.41 (0-360E) glon=  297.41 glat=  25.36 u=  10.8000 v=   0.0700 vr=   2.47266 vt=  10.51336
 i= 1310 j= 1012 glon=  297.61 (0-360E) glon=  297.61 glat=  25.36 u=  10.2400 v=   8.7300 vr=  -2.94794 vt=  13.12936
 i= 1315 j= 1012 glon=  297.81 (0-360E) glon=  297.81 glat=  25.36 u=   7.2700 v=  15.1900 vr=  -7.21087 vt=  15.21816
 i= 1320 j= 1012 glon=  298.01 (0-360E) glon=  298.01 glat=  25.36 u=   7.6800 v=  15.7600 vr=  -4.94883 vt=  16.81871
 i= 1325 j= 1012 glon=  298.21 (0-360E) glon=  298.21 glat=  25.36 u=   6.0900 v=  17.0800 vr=  -5.09356 vt=  17.40317
 i= 1330 j= 1012 glon=  298.41 (0-360E) glon=  298.41 glat=  25.36 u=   4.9100 v=  17.3300 vr=  -4.72678 vt=  17.38087
 i= 1335 j= 1012 glon=  298.61 (0-360E) glon=  298.61 glat=  25.36 u=   4.4200 v=  16.3200 vr=  -3.53584 vt=  16.53410
 i= 1340 j= 1012 glon=  298.81 (0-360E) glon=  298.81 glat=  25.36 u=   3.1300 v=  15.2900 vr=  -3.41553 vt=  15.22876
 i= 1345 j= 1012 glon=  299.01 (0-360E) glon=  299.01 glat=  25.36 u=   1.4000 v=  14.3300 vr=  -4.01651 vt=  13.82666
 i= 1350 j= 1012 glon=  299.21 (0-360E) glon=  299.21 glat=  25.36 u=   0.6500 v=  14.0200 vr=  -4.13330 vt=  13.41263
 i= 1250 j= 1017 glon=  295.21 (0-360E) glon=  295.21 glat=  25.16 u=   2.4200 v= -12.0100 vr=   2.80494 vt=  11.92597
 i= 1255 j= 1017 glon=  295.41 (0-360E) glon=  295.41 glat=  25.16 u=   3.7600 v= -11.9800 vr=   2.07092 vt=  12.38424
 i= 1260 j= 1017 glon=  295.61 (0-360E) glon=  295.61 glat=  25.16 u=   4.9500 v= -12.1600 vr=   1.71355 vt=  13.01660
 i= 1265 j= 1017 glon=  295.81 (0-360E) glon=  295.81 glat=  25.16 u=   5.8400 v= -11.5700 vr=   1.39099 vt=  12.88548
 i= 1270 j= 1017 glon=  296.01 (0-360E) glon=  296.01 glat=  25.16 u=   6.7100 v= -11.4500 vr=   1.52345 vt=  13.18354
 i= 1275 j= 1017 glon=  296.21 (0-360E) glon=  296.21 glat=  25.16 u=   7.0800 v= -11.2300 vr=   2.23407 vt=  13.08619
 i= 1280 j= 1017 glon=  296.41 (0-360E) glon=  296.41 glat=  25.16 u=   8.2900 v= -10.7900 vr=   2.48708 vt=  13.37769
 i= 1285 j= 1017 glon=  296.61 (0-360E) glon=  296.61 glat=  25.16 u=  11.1000 v= -10.2600 vr=   2.21900 vt=  14.95171
 i= 1290 j= 1017 glon=  296.81 (0-360E) glon=  296.81 glat=  25.16 u=  14.3300 v=  -8.6800 vr=   1.81479 vt=  16.65526
 i= 1295 j= 1017 glon=  297.01 (0-360E) glon=  297.01 glat=  25.16 u=  16.8600 v=  -3.2400 vr=  -0.93725 vt=  17.14289
 i= 1300 j= 1017 glon=  297.21 (0-360E) glon=  297.21 glat=  25.16 u=  19.4700 v=   0.5100 vr=  -1.14806 vt=  19.44281
 i= 1305 j= 1017 glon=  297.41 (0-360E) glon=  297.41 glat=  25.16 u=  15.6300 v=   5.7800 vr=  -2.85812 vt=  16.41756
 i= 1310 j= 1017 glon=  297.61 (0-360E) glon=  297.61 glat=  25.16 u=  12.3000 v=  15.2800 vr=  -9.61221 vt=  17.09894
 i= 1315 j= 1017 glon=  297.81 (0-360E) glon=  297.81 glat=  25.16 u=   9.3900 v=  14.9600 vr=  -7.80268 vt=  15.84588
 i= 1320 j= 1017 glon=  298.01 (0-360E) glon=  298.01 glat=  25.16 u=   8.3800 v=  14.0300 vr=  -5.41697 vt=  15.41823
 i= 1325 j= 1017 glon=  298.21 (0-360E) glon=  298.21 glat=  25.16 u=   6.6100 v=  15.4700 vr=  -5.89275 vt=  15.75717
 i= 1330 j= 1017 glon=  298.41 (0-360E) glon=  298.41 glat=  25.16 u=   5.2500 v=  15.1700 vr=  -5.29611 vt=  15.15396
 i= 1335 j= 1017 glon=  298.61 (0-360E) glon=  298.61 glat=  25.16 u=   4.5500 v=  14.2400 vr=  -4.20970 vt=  14.34429
 i= 1340 j= 1017 glon=  298.81 (0-360E) glon=  298.81 glat=  25.16 u=   3.5800 v=  13.7700 vr=  -3.92346 vt=  13.67610
 i= 1345 j= 1017 glon=  299.01 (0-360E) glon=  299.01 glat=  25.16 u=   1.9000 v=  13.1400 vr=  -4.42437 vt=  12.51777
 i= 1350 j= 1017 glon=  299.21 (0-360E) glon=  299.21 glat=  25.16 u=   1.2700 v=  12.8400 vr=  -4.33497 vt=  12.15263
 i= 1255 j= 1022 glon=  295.41 (0-360E) glon=  295.41 glat=  24.96 u=   4.1000 v= -11.1900 vr=   2.48587 vt=  11.65532
 i= 1260 j= 1022 glon=  295.61 (0-360E) glon=  295.61 glat=  24.96 u=   5.2000 v= -11.1500 vr=   2.17602 vt=  12.10898
 i= 1265 j= 1022 glon=  295.81 (0-360E) glon=  295.81 glat=  24.96 u=   6.5700 v= -11.2400 vr=   1.91459 vt=  12.87777
 i= 1270 j= 1022 glon=  296.01 (0-360E) glon=  296.01 glat=  24.96 u=   7.9500 v= -10.0000 vr=   1.00697 vt=  12.73533
 i= 1275 j= 1022 glon=  296.21 (0-360E) glon=  296.21 glat=  24.96 u=   8.9700 v=  -9.3600 vr=   0.96714 vt=  12.92808
 i= 1280 j= 1022 glon=  296.41 (0-360E) glon=  296.41 glat=  24.96 u=  10.7100 v=  -8.8700 vr=   0.89895 vt=  13.87706
 i= 1285 j= 1022 glon=  296.61 (0-360E) glon=  296.61 glat=  24.96 u=  12.4600 v=  -8.4600 vr=   1.40487 vt=  14.99498
 i= 1290 j= 1022 glon=  296.81 (0-360E) glon=  296.81 glat=  24.96 u=  14.5000 v=  -6.7100 vr=   1.18037 vt=  15.93364
 i= 1295 j= 1022 glon=  297.01 (0-360E) glon=  297.01 glat=  24.96 u=  16.0500 v=  -4.1500 vr=   0.90324 vt=  16.55322
 i= 1300 j= 1022 glon=  297.21 (0-360E) glon=  297.21 glat=  24.96 u=  19.3900 v=   0.2400 vr=  -0.75262 vt=  19.37687
 i= 1305 j= 1022 glon=  297.41 (0-360E) glon=  297.41 glat=  24.96 u=  13.3800 v=   9.8700 vr=  -7.80085 vt=  14.68292
 i= 1310 j= 1022 glon=  297.61 (0-360E) glon=  297.61 glat=  24.96 u=  12.5900 v=  10.9700 vr=  -6.57015 vt=  15.35194
 i= 1315 j= 1022 glon=  297.81 (0-360E) glon=  297.81 glat=  24.96 u=   8.9100 v=  12.2500 vr=  -6.99928 vt=  13.43357
 i= 1320 j= 1022 glon=  298.01 (0-360E) glon=  298.01 glat=  24.96 u=   7.9800 v=  13.0100 vr=  -6.34920 vt=  13.87906
 i= 1325 j= 1022 glon=  298.21 (0-360E) glon=  298.21 glat=  24.96 u=   6.7100 v=  13.6200 vr=  -6.06522 vt=  13.91911
 i= 1330 j= 1022 glon=  298.41 (0-360E) glon=  298.41 glat=  24.96 u=   5.3700 v=  13.1800 vr=  -5.39476 vt=  13.16989
 i= 1335 j= 1022 glon=  298.61 (0-360E) glon=  298.61 glat=  24.96 u=   4.6400 v=  12.7500 vr=  -4.63466 vt=  12.75194
 i= 1340 j= 1022 glon=  298.81 (0-360E) glon=  298.81 glat=  24.96 u=   3.6700 v=  11.9200 vr=  -4.08041 vt=  11.78582
 i= 1345 j= 1022 glon=  299.01 (0-360E) glon=  299.01 glat=  24.96 u=   1.6600 v=  12.0000 vr=  -5.14886 vt=  10.96562
 i= 1260 j= 1027 glon=  295.61 (0-360E) glon=  295.61 glat=  24.76 u=   5.4900 v= -10.3400 vr=   2.45365 vt=  11.44707
 i= 1265 j= 1027 glon=  295.81 (0-360E) glon=  295.81 glat=  24.76 u=   6.5700 v= -10.0500 vr=   2.20696 vt=  11.80240
 i= 1270 j= 1027 glon=  296.01 (0-360E) glon=  296.01 glat=  24.76 u=   7.8200 v=  -9.6800 vr=   1.97254 vt=  12.28674
 i= 1275 j= 1027 glon=  296.21 (0-360E) glon=  296.21 glat=  24.76 u=   9.4900 v=  -8.7700 vr=   1.29671 vt=  12.85658
 i= 1280 j= 1027 glon=  296.41 (0-360E) glon=  296.41 glat=  24.76 u=  11.2000 v=  -7.6400 vr=   0.71746 vt=  13.53864
 i= 1285 j= 1027 glon=  296.61 (0-360E) glon=  296.61 glat=  24.76 u=  13.2200 v=  -5.8500 vr=  -0.22340 vt=  14.45479
 i= 1290 j= 1027 glon=  296.81 (0-360E) glon=  296.81 glat=  24.76 u=  14.3100 v=  -3.3600 vr=  -1.09315 vt=  14.65847
 i= 1295 j= 1027 glon=  297.01 (0-360E) glon=  297.01 glat=  24.76 u=  15.0200 v=   0.3200 vr=  -2.81201 vt=  14.75789
 i= 1300 j= 1027 glon=  297.21 (0-360E) glon=  297.21 glat=  24.76 u=  13.8300 v=   3.2800 vr=  -3.58563 vt=  13.75393
 i= 1305 j= 1027 glon=  297.41 (0-360E) glon=  297.41 glat=  24.76 u=  13.0100 v=   5.8600 vr=  -4.21132 vt=  13.63321
 i= 1310 j= 1027 glon=  297.61 (0-360E) glon=  297.61 glat=  24.76 u=  10.5200 v=   9.3600 vr=  -6.28726 vt=  12.59962
 i= 1315 j= 1027 glon=  297.81 (0-360E) glon=  297.81 glat=  24.76 u=   7.9200 v=  11.4800 vr=  -7.54884 vt=  11.72740
 i= 1320 j= 1027 glon=  298.01 (0-360E) glon=  298.01 glat=  24.76 u=   6.9100 v=  11.4700 vr=  -6.60493 vt=  11.64834
 i= 1325 j= 1027 glon=  298.21 (0-360E) glon=  298.21 glat=  24.76 u=   6.9300 v=  11.8600 vr=  -5.66738 vt=  12.51261
 i= 1330 j= 1027 glon=  298.41 (0-360E) glon=  298.41 glat=  24.76 u=   5.2900 v=  11.8900 vr=  -5.60180 vt=  11.74632
 i= 1335 j= 1027 glon=  298.61 (0-360E) glon=  298.61 glat=  24.76 u=   4.8600 v=  11.3600 vr=  -4.59574 vt=  11.46946
 i= 1340 j= 1027 glon=  298.81 (0-360E) glon=  298.81 glat=  24.76 u=   3.0000 v=  10.0900 vr=  -4.37692 vt=   9.57343
 i= 1345 j= 1027 glon=  299.01 (0-360E) glon=  299.01 glat=  24.76 u=   1.0700 v=  11.0600 vr=  -5.93071 vt=   9.39655
 i= 1265 j= 1032 glon=  295.81 (0-360E) glon=  295.81 glat=  24.56 u=   6.9600 v=  -8.7000 vr=   1.81758 vt=  10.99218
 i= 1270 j= 1032 glon=  296.01 (0-360E) glon=  296.01 glat=  24.56 u=   7.7100 v=  -8.3200 vr=   1.86273 vt=  11.18913
 i= 1275 j= 1032 glon=  296.21 (0-360E) glon=  296.21 glat=  24.56 u=   8.8500 v=  -7.4500 vr=   1.43755 vt=  11.47861
 i= 1280 j= 1032 glon=  296.41 (0-360E) glon=  296.41 glat=  24.56 u=  10.2800 v=  -6.1800 vr=   0.71559 vt=  11.97325
 i= 1285 j= 1032 glon=  296.61 (0-360E) glon=  296.61 glat=  24.56 u=  11.5100 v=  -4.3500 vr=  -0.20259 vt=  12.30291
 i= 1290 j= 1032 glon=  296.81 (0-360E) glon=  296.81 glat=  24.56 u=  12.2900 v=  -2.0000 vr=  -1.28429 vt=  12.38526
 i= 1295 j= 1032 glon=  297.01 (0-360E) glon=  297.01 glat=  24.56 u=  12.3000 v=   1.2400 vr=  -2.99289 vt=  11.99459
 i= 1300 j= 1032 glon=  297.21 (0-360E) glon=  297.21 glat=  24.56 u=  11.9500 v=   4.0500 vr=  -4.27715 vt=  11.87059
 i= 1305 j= 1032 glon=  297.41 (0-360E) glon=  297.41 glat=  24.56 u=  10.6700 v=   6.5100 vr=  -5.33877 vt=  11.30162
 i= 1310 j= 1032 glon=  297.61 (0-360E) glon=  297.61 glat=  24.56 u=   8.7600 v=   8.9000 vr=  -6.68122 vt=  10.55030
 i= 1315 j= 1032 glon=  297.81 (0-360E) glon=  297.81 glat=  24.56 u=   7.4700 v=   9.6700 vr=  -6.57936 vt=  10.29669
 i= 1320 j= 1032 glon=  298.01 (0-360E) glon=  298.01 glat=  24.56 u=   6.9400 v=   9.9800 vr=  -5.95485 vt=  10.59735
 i= 1325 j= 1032 glon=  298.21 (0-360E) glon=  298.21 glat=  24.56 u=   6.2200 v=  10.6700 vr=  -5.86816 vt=  10.86747
 i= 1330 j= 1032 glon=  298.41 (0-360E) glon=  298.41 glat=  24.56 u=   5.2600 v=  10.8600 vr=  -5.63057 vt=  10.67258
 i= 1335 j= 1032 glon=  298.61 (0-360E) glon=  298.61 glat=  24.56 u=   4.2400 v=  10.0000 vr=  -4.81173 vt=   9.73780
 i= 1340 j= 1032 glon=  298.81 (0-360E) glon=  298.81 glat=  24.56 u=   2.0600 v=   8.8700 vr=  -4.86971 vt=   7.69457
 i= 1270 j= 1037 glon=  296.01 (0-360E) glon=  296.01 glat=  24.36 u=   7.7900 v=  -6.9200 vr=   1.34747 vt=  10.33222
 i= 1275 j= 1037 glon=  296.21 (0-360E) glon=  296.21 glat=  24.36 u=   8.4600 v=  -6.2600 vr=   1.25650 vt=  10.44894
 i= 1280 j= 1037 glon=  296.41 (0-360E) glon=  296.41 glat=  24.36 u=   9.1000 v=  -5.0200 vr=   0.76818 vt=  10.36438
 i= 1285 j= 1037 glon=  296.61 (0-360E) glon=  296.61 glat=  24.36 u=   9.8200 v=  -3.1200 vr=  -0.28422 vt=  10.29981
 i= 1290 j= 1037 glon=  296.81 (0-360E) glon=  296.81 glat=  24.36 u=  10.2100 v=  -1.0900 vr=  -1.30237 vt=  10.18509
 i= 1295 j= 1037 glon=  297.01 (0-360E) glon=  297.01 glat=  24.36 u=  10.1600 v=   0.9100 vr=  -2.18597 vt=   9.96370
 i= 1300 j= 1037 glon=  297.21 (0-360E) glon=  297.21 glat=  24.36 u=   9.7600 v=   3.3400 vr=  -3.50291 vt=   9.70272
 i= 1305 j= 1037 glon=  297.41 (0-360E) glon=  297.41 glat=  24.36 u=   8.7500 v=   5.7300 vr=  -4.88738 vt=   9.24710
 i= 1310 j= 1037 glon=  297.61 (0-360E) glon=  297.61 glat=  24.36 u=   7.8300 v=   7.1600 vr=  -5.44685 vt=   9.10529
 i= 1315 j= 1037 glon=  297.81 (0-360E) glon=  297.81 glat=  24.36 u=   7.2200 v=   8.2100 vr=  -5.66213 vt=   9.35269
 i= 1320 j= 1037 glon=  298.01 (0-360E) glon=  298.01 glat=  24.36 u=   7.0800 v=   9.0500 vr=  -5.55668 vt=  10.05745
 i= 1325 j= 1037 glon=  298.21 (0-360E) glon=  298.21 glat=  24.36 u=   5.7000 v=   9.7100 vr=  -5.86772 vt=   9.60958
 i= 1330 j= 1037 glon=  298.41 (0-360E) glon=  298.41 glat=  24.36 u=   4.9400 v=   9.8200 vr=  -5.56878 vt=   9.47759
 i= 1280 j= 1042 glon=  296.41 (0-360E) glon=  296.41 glat=  24.16 u=   8.4400 v=  -4.1700 vr=   0.66572 vt=   9.39038
 i= 1285 j= 1042 glon=  296.61 (0-360E) glon=  296.61 glat=  24.16 u=   8.6200 v=  -2.8500 vr=   0.16605 vt=   9.07741
 i= 1290 j= 1042 glon=  296.81 (0-360E) glon=  296.81 glat=  24.16 u=   8.8200 v=  -0.9400 vr=  -0.90948 vt=   8.82320
 i= 1295 j= 1042 glon=  297.01 (0-360E) glon=  297.01 glat=  24.16 u=   8.7500 v=   0.9000 vr=  -1.88074 vt=   8.59275
 i= 1300 j= 1042 glon=  297.21 (0-360E) glon=  297.21 glat=  24.16 u=   8.1900 v=   3.0400 vr=  -3.16183 vt=   8.14374
 i= 1305 j= 1042 glon=  297.41 (0-360E) glon=  297.41 glat=  24.16 u=   7.3800 v=   4.9600 vr=  -4.32771 vt=   7.76769
 i= 1310 j= 1042 glon=  297.61 (0-360E) glon=  297.61 glat=  24.16 u=   6.8400 v=   6.0000 vr=  -4.67707 vt=   7.80453
 i= 1315 j= 1042 glon=  297.81 (0-360E) glon=  297.81 glat=  24.16 u=   6.8900 v=   6.9200 vr=  -4.80085 vt=   8.50355
 i= 1320 j= 1042 glon=  298.01 (0-360E) glon=  298.01 glat=  24.16 u=   6.4600 v=   7.7800 vr=  -4.98502 vt=   8.79827
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    15.7820189266180       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     28.09 kts
    LL Wind Circ Vt mean quadmax value: SE     24.86 kts
    LL Wind Circ Vt mean quadmax value: SW     27.59 kts
    LL Wind Circ Vt mean quadmax value: NW     28.45 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   9.493536059494598E-005  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.82914056029147       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    26.0356865467658     
   xcenlon=    297.222761441273     
   imax=         2738  jmax=         2041
   jlatfix=          995
   ilonfix (unadjusted) =         1301
  
 In get_max_wind, ibeg=         1224  iend=         1377
                  jbeg=          927  jend=         1064
         ilonfix=         1301  jlatfix=          995
 At end of get_max_wind, vmax=    21.7779934796574       rmax= 
   16.6545369988371     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.18 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   11.30 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   13.29 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   14.97 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   16.09 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   16.67 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   16.94 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   17.02 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.06 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   17.06 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   17.02 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   16.85 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   16.56 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   16.20 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   15.86 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   15.31 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   15.17 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   15.13 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   15.27 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   15.35 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   15.36 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   15.28 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   15.15 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   15.03 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   14.93 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   14.87 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   14.80 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   14.72 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   14.64 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   14.54 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   14.40 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   14.25 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   14.09 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   13.99 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   13.93 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   13.91 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   13.94 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.06 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.17 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.23 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    17.06 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    17.0619440632411      
  (m/s)   (in kts)=    33.1462387316584     
  rising_sum_dvdr=       6.87909611963232     
  declining_sum_dvdr=   -2.13365813589999     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    78 igrct=  1 Vmax (m/s)=   21.778   22:26:54
 TIMING: before call  getradii, fhr=    78 igrct=  1   22:26:54
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    12.2172884868895     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.2172884868895     
 mr4qs after add, mean_radii_vt_4quad_sum=    19.9710229601854     
 mr4qs before add, mean_radii_vt_4quad_sum=    19.9710229601854     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.6471694152763     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.6471694152763     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.3932226422434     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   17.39 good_quad_ct=   4 mean_vt_4quad=      4.35
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    8.20 mean_vt_4quad=    4.36
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    8.23 mean_vt_4quad=    4.44
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    8.26 mean_vt_4quad=    4.51
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    8.30 mean_vt_4quad=    4.58
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    8.36 mean_vt_4quad=    4.65
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    8.44 mean_vt_4quad=    4.73
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    8.44 mean_vt_4quad=    4.80
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    8.47 mean_vt_4quad=    4.88
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    8.51 mean_vt_4quad=    4.95
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    8.56 mean_vt_4quad=    5.02
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    8.61 mean_vt_4quad=    5.10
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    8.66 mean_vt_4quad=    5.17
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    8.69 mean_vt_4quad=    5.24
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    8.71 mean_vt_4quad=    5.31
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    8.73 mean_vt_4quad=    5.38
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    8.75 mean_vt_4quad=    5.46
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    8.81 mean_vt_4quad=    5.53
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    8.87 mean_vt_4quad=    5.61
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    8.96 mean_vt_4quad=    5.69
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    9.04 mean_vt_4quad=    5.77
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    9.13 mean_vt_4quad=    5.85
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    9.20 mean_vt_4quad=    5.93
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    9.29 mean_vt_4quad=    6.02
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    9.39 mean_vt_4quad=    6.11
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    9.49 mean_vt_4quad=    6.20
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    9.59 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    9.67 mean_vt_4quad=    6.38
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    9.75 mean_vt_4quad=    6.48
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=    9.82 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=    9.90 mean_vt_4quad=    6.66
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   10.01 mean_vt_4quad=    6.76
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   10.10 mean_vt_4quad=    6.86
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   10.21 mean_vt_4quad=    6.96
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   10.31 mean_vt_4quad=    7.06
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   10.40 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   10.50 mean_vt_4quad=    7.27
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   10.59 mean_vt_4quad=    7.37
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   10.67 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   10.76 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   10.85 mean_vt_4quad=    7.68
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   10.94 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   11.06 mean_vt_4quad=    7.88
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   11.18 mean_vt_4quad=    7.99
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   11.28 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   11.37 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   11.49 mean_vt_4quad=    8.30
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   11.61 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   11.70 mean_vt_4quad=    8.49
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   11.77 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   11.82 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   11.86 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   11.90 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   11.96 mean_vt_4quad=    8.96
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   12.02 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   12.12 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   12.21 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   12.36 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   12.47 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   12.57 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   12.67 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   12.78 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   12.90 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   13.07 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   13.24 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   13.36 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   13.53 mean_vt_4quad=   10.63
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   13.70 mean_vt_4quad=   10.77
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   13.86 mean_vt_4quad=   10.91
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   14.06 mean_vt_4quad=   11.05
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   14.33 mean_vt_4quad=   11.20
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   14.68 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.05 mean_vt_4quad=   11.51
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.37 mean_vt_4quad=   11.66
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   15.58 mean_vt_4quad=   11.82
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   15.83 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   16.38 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   16.91 mean_vt_4quad=   12.34
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   17.42 mean_vt_4quad=   12.52
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   17.97 mean_vt_4quad=   12.69
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   12.69 .... 0.5*v_holland=    3.89
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   12.85 .... 0.5*v_holland=    3.89
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   12.96 .... 0.5*v_holland=    3.89
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   13.01 .... 0.5*v_holland=    3.89
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=    3.89
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    135.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   72.8460000000000     
 vradius(iwindix,iquad) =          73
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    7.13 mean_vt_4quad=    4.36
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    7.18 mean_vt_4quad=    4.44
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    7.20 mean_vt_4quad=    4.51
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    7.22 mean_vt_4quad=    4.58
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    7.23 mean_vt_4quad=    4.65
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    7.25 mean_vt_4quad=    4.73
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    7.27 mean_vt_4quad=    4.80
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    7.30 mean_vt_4quad=    4.88
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    7.34 mean_vt_4quad=    4.95
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    7.36 mean_vt_4quad=    5.02
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    7.39 mean_vt_4quad=    5.10
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    7.42 mean_vt_4quad=    5.17
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    7.46 mean_vt_4quad=    5.24
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    7.52 mean_vt_4quad=    5.31
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    7.56 mean_vt_4quad=    5.38
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.60 mean_vt_4quad=    5.46
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.65 mean_vt_4quad=    5.53
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.72 mean_vt_4quad=    5.61
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.79 mean_vt_4quad=    5.69
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.88 mean_vt_4quad=    5.77
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.97 mean_vt_4quad=    5.85
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    8.03 mean_vt_4quad=    5.93
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    8.09 mean_vt_4quad=    6.02
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    8.15 mean_vt_4quad=    6.11
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    8.36 mean_vt_4quad=    6.20
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    8.51 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    8.69 mean_vt_4quad=    6.38
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    8.88 mean_vt_4quad=    6.48
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    8.96 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    9.12 mean_vt_4quad=    6.66
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    9.19 mean_vt_4quad=    6.76
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    9.20 mean_vt_4quad=    6.86
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    9.27 mean_vt_4quad=    6.96
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    9.47 mean_vt_4quad=    7.06
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    9.69 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    9.83 mean_vt_4quad=    7.27
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    9.96 mean_vt_4quad=    7.37
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   10.13 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   10.28 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   10.41 mean_vt_4quad=    7.68
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   10.54 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   10.67 mean_vt_4quad=    7.88
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   10.88 mean_vt_4quad=    7.99
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   11.12 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   11.41 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   11.67 mean_vt_4quad=    8.30
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   11.91 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.13 mean_vt_4quad=    8.49
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.31 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.46 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.61 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.71 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.81 mean_vt_4quad=    8.96
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   12.89 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   12.98 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.07 mean_vt_4quad=    9.30
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.14 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.24 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.33 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.43 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.53 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.62 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.66 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.68 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.69 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.72 mean_vt_4quad=   10.63
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.78 mean_vt_4quad=   10.77
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   13.87 mean_vt_4quad=   10.91
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   13.93 mean_vt_4quad=   11.05
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.01 mean_vt_4quad=   11.20
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.07 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.16 mean_vt_4quad=   11.51
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.25 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   14.41 mean_vt_4quad=   11.82
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   14.58 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   14.75 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   14.95 mean_vt_4quad=   12.34
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   15.22 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   15.48 mean_vt_4quad=   12.69
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.75 mean_vt_4quad=   12.85
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.98 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   16.38 mean_vt_4quad=   13.01
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   16.69 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   17.12 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   17.27 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.97 mean_vt_4quad=   13.03
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   16.25 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   15.64 mean_vt_4quad=   13.15
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   15.71 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   15.99 mean_vt_4quad=   13.38
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   16.31 mean_vt_4quad=   13.52
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   16.67 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   17.04 mean_vt_4quad=   13.74
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   17.44 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   17.77 mean_vt_4quad=   13.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   13.87 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   13.92 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   14.07 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   14.17 .... 0.5*v_holland=    5.83
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    5.67 mean_vt_4quad=    4.36
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    5.63 mean_vt_4quad=    4.44
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    5.55 mean_vt_4quad=    4.51
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    5.52 mean_vt_4quad=    4.58
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    5.56 mean_vt_4quad=    4.65
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    5.61 mean_vt_4quad=    4.73
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    5.67 mean_vt_4quad=    4.80
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    5.75 mean_vt_4quad=    4.88
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    5.83 mean_vt_4quad=    4.95
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    5.91 mean_vt_4quad=    5.02
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    6.00 mean_vt_4quad=    5.10
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    6.10 mean_vt_4quad=    5.17
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    6.19 mean_vt_4quad=    5.24
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    6.29 mean_vt_4quad=    5.31
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    6.39 mean_vt_4quad=    5.38
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    6.47 mean_vt_4quad=    5.46
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    6.55 mean_vt_4quad=    5.53
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    6.63 mean_vt_4quad=    5.61
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    6.68 mean_vt_4quad=    5.69
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    6.74 mean_vt_4quad=    5.77
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    6.79 mean_vt_4quad=    5.85
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    6.87 mean_vt_4quad=    5.93
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    6.98 mean_vt_4quad=    6.02
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    7.04 mean_vt_4quad=    6.11
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    7.06 mean_vt_4quad=    6.20
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    7.22 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    7.33 mean_vt_4quad=    6.38
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    7.46 mean_vt_4quad=    6.48
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    7.53 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    7.61 mean_vt_4quad=    6.66
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    7.75 mean_vt_4quad=    6.76
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    7.87 mean_vt_4quad=    6.86
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    7.90 mean_vt_4quad=    6.96
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    7.95 mean_vt_4quad=    7.06
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    7.98 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    7.96 mean_vt_4quad=    7.27
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    7.97 mean_vt_4quad=    7.37
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    7.99 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    7.96 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    7.96 mean_vt_4quad=    7.68
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    7.96 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    7.99 mean_vt_4quad=    7.88
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    8.04 mean_vt_4quad=    7.99
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    8.11 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    8.16 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    8.18 mean_vt_4quad=    8.30
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    8.25 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    8.33 mean_vt_4quad=    8.49
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    8.44 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    8.57 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    8.70 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    8.80 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=    8.89 mean_vt_4quad=    8.96
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=    8.94 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=    9.01 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=    9.07 mean_vt_4quad=    9.30
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=    9.18 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=    9.34 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=    9.54 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=    9.78 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   10.01 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   10.20 mean_vt_4quad=   10.09
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   10.38 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   10.53 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   10.66 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   10.75 mean_vt_4quad=   10.63
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   10.83 mean_vt_4quad=   10.77
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   10.90 mean_vt_4quad=   10.91
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   10.98 mean_vt_4quad=   11.05
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   11.08 mean_vt_4quad=   11.20
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   11.20 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   11.33 mean_vt_4quad=   11.51
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   11.44 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   11.53 mean_vt_4quad=   11.82
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   11.61 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   11.73 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   11.79 mean_vt_4quad=   12.34
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   11.83 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   11.88 mean_vt_4quad=   12.69
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   12.10 mean_vt_4quad=   12.85
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   12.35 mean_vt_4quad=   12.96
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   12.59 mean_vt_4quad=   13.01
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   12.71 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   12.91 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   13.14 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   13.38 mean_vt_4quad=   13.03
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   13.61 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   13.85 mean_vt_4quad=   13.15
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   14.10 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   14.40 mean_vt_4quad=   13.38
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   14.66 mean_vt_4quad=   13.52
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   14.84 mean_vt_4quad=   13.65
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   14.94 mean_vt_4quad=   13.74
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   15.16 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   15.49 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   15.82 mean_vt_4quad=   13.92
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   16.13 mean_vt_4quad=   13.99
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   16.34 mean_vt_4quad=   14.07
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   16.45 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   16.51 mean_vt_4quad=   14.27
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   16.49 mean_vt_4quad=   14.32
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   16.38 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   16.32 mean_vt_4quad=   14.24
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   16.28 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   16.58 mean_vt_4quad=   14.13
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   17.05 mean_vt_4quad=   14.23
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   17.55 mean_vt_4quad=   14.43
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   14.43 .... 0.5*v_holland=    8.88
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  16
  ++++ rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=   14.70 .... 0.5*v_holland=    8.88
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  15
  ++++ rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=   15.02 .... 0.5*v_holland=    8.88
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  14
  ++++ rdist(ihc)=   42.00  mean_radii_vt_4quad(ihc)=   15.39 .... 0.5*v_holland=    8.88
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  13
  ++++ rdist(ihc)=   39.00  mean_radii_vt_4quad(ihc)=   15.78 .... 0.5*v_holland=    8.88
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.22 mean_vt_4quad=    4.36
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.35 mean_vt_4quad=    4.44
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    5.43 mean_vt_4quad=    4.51
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    5.51 mean_vt_4quad=    4.58
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    5.59 mean_vt_4quad=    4.65
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    5.67 mean_vt_4quad=    4.73
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    5.75 mean_vt_4quad=    4.80
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    5.81 mean_vt_4quad=    4.88
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    5.88 mean_vt_4quad=    4.95
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.00 mean_vt_4quad=    5.02
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    6.12 mean_vt_4quad=    5.10
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.22 mean_vt_4quad=    5.17
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    6.31 mean_vt_4quad=    5.24
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    6.37 mean_vt_4quad=    5.31
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    6.42 mean_vt_4quad=    5.38
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    6.47 mean_vt_4quad=    5.46
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    6.51 mean_vt_4quad=    5.53
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    6.54 mean_vt_4quad=    5.61
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    6.57 mean_vt_4quad=    5.69
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    6.62 mean_vt_4quad=    5.77
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    6.67 mean_vt_4quad=    5.85
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    6.75 mean_vt_4quad=    5.93
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    6.83 mean_vt_4quad=    6.02
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    6.92 mean_vt_4quad=    6.11
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    6.99 mean_vt_4quad=    6.20
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    7.05 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    7.11 mean_vt_4quad=    6.38
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    7.16 mean_vt_4quad=    6.48
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    7.21 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    7.26 mean_vt_4quad=    6.66
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    7.32 mean_vt_4quad=    6.76
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    7.38 mean_vt_4quad=    6.86
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    7.43 mean_vt_4quad=    6.96
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    7.49 mean_vt_4quad=    7.06
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    7.53 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    7.58 mean_vt_4quad=    7.27
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    7.64 mean_vt_4quad=    7.37
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    7.70 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    7.78 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    7.86 mean_vt_4quad=    7.68
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    7.93 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=    8.06 mean_vt_4quad=    7.88
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=    8.21 mean_vt_4quad=    7.99
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=    8.41 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=    8.56 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=    8.72 mean_vt_4quad=    8.30
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=    8.85 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=    8.94 mean_vt_4quad=    8.49
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=    9.08 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=    9.31 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=    9.55 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=    9.83 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   10.12 mean_vt_4quad=    8.96
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   10.40 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   10.68 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   10.94 mean_vt_4quad=    9.30
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.18 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   11.40 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   11.63 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   11.85 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.06 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.26 mean_vt_4quad=   10.09
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   12.48 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   12.70 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.89 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.06 mean_vt_4quad=   10.63
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.18 mean_vt_4quad=   10.77
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.28 mean_vt_4quad=   10.91
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.40 mean_vt_4quad=   11.05
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.63 mean_vt_4quad=   11.20
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.91 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.27 mean_vt_4quad=   11.51
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.64 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   15.01 mean_vt_4quad=   11.82
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.37 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.72 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   16.06 mean_vt_4quad=   12.34
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.40 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.94 mean_vt_4quad=   12.69
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   17.32 mean_vt_4quad=   12.85
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.46 mean_vt_4quad=   12.96
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   17.36 mean_vt_4quad=   13.01
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.04 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.81 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   16.79 mean_vt_4quad=   12.99
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   16.67 mean_vt_4quad=   13.03
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   16.54 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   16.39 mean_vt_4quad=   13.15
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.30 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   16.20 mean_vt_4quad=   13.38
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   16.21 mean_vt_4quad=   13.52
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   16.24 mean_vt_4quad=   13.65
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   16.23 mean_vt_4quad=   13.74
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   16.18 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   16.13 mean_vt_4quad=   13.87
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   16.10 mean_vt_4quad=   13.92
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   16.13 mean_vt_4quad=   13.99
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   16.32 mean_vt_4quad=   14.07
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   16.59 mean_vt_4quad=   14.17
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   16.83 mean_vt_4quad=   14.27
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   16.98 mean_vt_4quad=   14.32
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   17.08 mean_vt_4quad=   14.31
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   17.11 mean_vt_4quad=   14.24
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   17.13 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   17.27 mean_vt_4quad=   14.13
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   17.60 mean_vt_4quad=   14.23
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  18
  ++++ rdist(ihc)=   54.00  mean_radii_vt_4quad(ihc)=   14.23 .... 0.5*v_holland=    8.55
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  17
  ++++ rdist(ihc)=   51.00  mean_radii_vt_4quad(ihc)=   14.43 .... 0.5*v_holland=    8.55
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  16
  ++++ rdist(ihc)=   48.00  mean_radii_vt_4quad(ihc)=   14.70 .... 0.5*v_holland=    8.55
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  15
  ++++ rdist(ihc)=   45.00  mean_radii_vt_4quad(ihc)=   15.02 .... 0.5*v_holland=    8.55
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  14
  ++++ rdist(ihc)=   42.00  mean_radii_vt_4quad(ihc)=   15.39 .... 0.5*v_holland=    8.55
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.7779934796574       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    78 igrct=  1   22:26:54
 TIMING: after getrad_iter_loop, fhr=    78 igrct=  2 Vmax (m/s)=   21.778   22:26:54
 TIMING: Before get_phase ... 22:26:54
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           78 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   279.631
  
  
  In get_cps_paramb, lead time=           78 :           0   00L  NATL     
   right_ct=          900   left_ct=          866
   zthicksum(1)=    3055415.61525000     
   zthicksum(2)=    2935352.18962500     
   zthick_right_mean=    3394.90623916667     
   zthick_left_mean=     3389.55218201501     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    5.35405715165780     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            3.30
  Sum of y-diffs squared (ydiff2) =          572.49
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   176.14   6.7452       12.46   0.1661    -1.15     1.31      155.25
    2   172.61   6.6846        8.93   0.1055     0.29     0.09       79.78
    3   168.06   6.6201        4.39   0.0409     1.04     1.07       19.25
    4   161.99   6.5511       -1.68  -0.0281     0.62     0.38        2.84
    5   155.17   6.4770       -8.51  -0.1022    -0.14     0.02       72.39
    6   148.09   6.3969      -15.59  -0.1822    -0.66     0.44      242.99
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   163.676     x:    6.58
  
  slope=     81.921         y-intercept =   -375.294
  Regression equation:   Y =  -375.29 +    81.92X
  
  R2(r_squared) =  0.9942        r =  0.9971
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1083.43 zmin=  903.15 zdiff=  180.28
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1576.14 zmin= 1400.00 zdiff=  176.14
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.14 dlnp=     -0.057158  dzdlnp=       72.500
  
   +++ k=  3 press=    800.0 zmax= 2094.59 zmin= 1921.98 zdiff=  172.61
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -3.53 dlnp=     -0.060625  dzdlnp=       58.194
  
   +++ k=  4 press=    750.0 zmax= 2640.40 zmin= 2472.34 zdiff=  168.06
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -4.54 dlnp=     -0.064539  dzdlnp=       70.408
  
   +++ k=  5 press=    700.0 zmax= 3216.63 zmin= 3054.63 zdiff=  161.99
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -6.07 dlnp=     -0.068993  dzdlnp=       88.009
  
   +++ k=  6 press=    650.0 zmax= 3827.67 zmin= 3672.51 zdiff=  155.17
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -6.82 dlnp=     -0.074108  dzdlnp=       92.082
  
   +++ k=  7 press=    600.0 zmax= 4479.44 zmin= 4331.35 zdiff=  148.09
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -7.08 dlnp=     -0.080043  dzdlnp=       88.453
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            5.81
  Sum of y-diffs squared (ydiff2) =         4634.30
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   140.13   6.3099       36.76   0.2788    -0.71     0.50     1351.30
    2   129.57   6.2146       26.20   0.1834     1.54     2.38      686.44
    3   114.03   6.1092       10.66   0.0781     0.17     0.03      113.72
    4    97.10   5.9915       -6.26  -0.0397    -0.93     0.86       39.24
    5    79.04   5.8579      -24.33  -0.1732    -1.05     1.09      591.85
    6    60.34   5.7038      -43.03  -0.3274     0.97     0.94     1851.75
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   103.368     x:    6.03
  
  slope=    134.405         y-intercept =   -707.252
  Regression equation:   Y =  -707.25 +   134.41X
  
  R2(r_squared) =  0.9987        r =  0.9994
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4479.44 zmin= 4331.35 zdiff=  148.09
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5177.47 zmin= 5037.35 zdiff=  140.13
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -7.96 dlnp=     -0.087011  dzdlnp=       91.482
  
   +++ k=  9 press=    500.0 zmax= 5930.56 zmin= 5800.99 zdiff=  129.57
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -10.56 dlnp=     -0.095310  dzdlnp=      110.796
  
   +++ k= 10 press=    450.0 zmax= 6748.26 zmin= 6634.22 zdiff=  114.03
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -15.54 dlnp=     -0.105361  dzdlnp=      147.456
  
   +++ k= 11 press=    400.0 zmax= 7645.92 zmin= 7548.82 zdiff=   97.10
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -16.93 dlnp=     -0.117783  dzdlnp=      143.722
  
   +++ k= 12 press=    350.0 zmax= 8640.85 zmin= 8561.81 zdiff=   79.04
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -18.06 dlnp=     -0.133531  dzdlnp=      135.279
  
   +++ k= 13 press=    300.0 zmax= 9760.35 zmin= 9700.01 zdiff=   60.34
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -18.70 dlnp=     -0.154151  dzdlnp=      121.336
  
cps_stats: 00L   lead time=  78: 0   paramb=     5.35  vtl=     81.92  vtu=    134.41
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   78:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  297.223 (0-360) guesslon=  297.223E  (  62.777W)   guesslat=   26.036
 ilonfix=         1301  jlatfix=          995  npts=           33
 ibeg=         1228  jbeg=          927  imax=         2738
 iend=         1374  jend=         1063  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  297.103E  (0-360) ctlon=  297.103E  (  62.897W)  ctlat=   24.716 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  297.103E   (0-360) guesslon=  297.103E  (  62.897W)   guesslat=   24.716
 ilonfix=         1298  jlatfix=         1028  npts=           16
 ibeg=         1249  jbeg=          984  imax=         2738
 iend=         1347  jend=         1072  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.883E  (0-360) ctlon=  296.883  (  63.117W)  ctlat=   24.796 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9999.00000000000     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    78:00  mean_lon:  296.88E (  63.12W)    (0-360) mean_lon=  296.88E  mean_lat:   24.80  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    78:00  ifix:  1268   jfix:  1014  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1268  jx=         1014
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         552 ,         298 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         551 ,         297 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    78:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:54
 TIMING: Before shear ... 22:26:54
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           14
  clon(ist,ifh,3)=    297.238976907629     
  clat(ist,ifh,3)=    25.9920757645923     
  fixlon(ist,ifh)=    297.222761441273     
  fixlat(ist,ifh)=    26.0356865467658     
  xcenlon=    297.238976907629     
  xcenlat=    25.9920757645923     
  
 xxshear
 In get_shear A, xcenlon=    297.238976907629       xcenlat= 
   25.9920757645923     
   In get_shear B, (0-360) xcenlon=    297.238976907629     
  
At start of get_shear:  00L   fhr=   78:00   Mean fix position=   297.22E  ( 62.78W)    26.04  (0-360) mean lon fix=  297.22
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   18.02 vr_mean(idist,ilev)=    0.33
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   17.46 vr_mean(idist,ilev)=    0.42
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   17.33 vr_mean(idist,ilev)=   -0.37
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   17.09 vr_mean(idist,ilev)=   -0.05
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   16.90 vr_mean(idist,ilev)=   -0.04
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   15.42 vr_mean(idist,ilev)=    0.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   13.81 vr_mean(idist,ilev)=    0.25
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   12.57 vr_mean(idist,ilev)=    0.38
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   11.27 vr_mean(idist,ilev)=    0.45
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   10.11 vr_mean(idist,ilev)=    0.30
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    9.01 vr_mean(idist,ilev)=    0.24
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    7.91 vr_mean(idist,ilev)=    0.11
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    6.92 vr_mean(idist,ilev)=   -0.02
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    5.91 vr_mean(idist,ilev)=    0.05
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    5.08 vr_mean(idist,ilev)=   -0.07
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    4.25 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    3.49 vr_mean(idist,ilev)=   -0.17
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    2.81 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    2.16 vr_mean(idist,ilev)=   -0.57
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.34 vr_mean(idist,ilev)=   14.34
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.52 vr_mean(idist,ilev)=   21.52
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.69 vr_mean(idist,ilev)=   28.69
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.87 vr_mean(idist,ilev)=   35.87
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -43.05 vr_mean(idist,ilev)=   43.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.23 vr_mean(idist,ilev)=   50.23
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.41 vr_mean(idist,ilev)=   57.41
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.60 vr_mean(idist,ilev)=   64.60
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.79 vr_mean(idist,ilev)=   71.79
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.99 vr_mean(idist,ilev)=   78.99
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -86.19 vr_mean(idist,ilev)=   86.19
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -93.40 vr_mean(idist,ilev)=   93.40
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -100.62 vr_mean(idist,ilev)=  100.62
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.84 vr_mean(idist,ilev)=  107.84
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -115.07 vr_mean(idist,ilev)=  115.07
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -122.31 vr_mean(idist,ilev)=  122.31
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -129.55 vr_mean(idist,ilev)=  129.55
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -136.81 vr_mean(idist,ilev)=  136.81
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -144.08 vr_mean(idist,ilev)=  144.08
  
 At end of get_shear: 
     ist=    1 ifh=   14 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:54
  
 After call to fixcenter, fix positions at 
 forecast hour=   78:00 follow:
  
fixpos  00L   fhr=   78:00   Fix position=   297.22E  ( 62.78W)    26.04   Max Wind=  42 kts
  
  
 xxxx get_next_ges, prev fix lon=    298.191467497349     
 xxxx get_next_ges, curr fix lon=    297.222761441273     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    297.222761441273        fixlat=    26.0356865467658     
        (0-360) fixlon=    297.222761441273     
      ilonfix=         1301   jlatfix=          995
      ibeg=          823   iend=         1779
      jbeg=          543   jend=         1447
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.07165378918121       vavg=    2.20835296305171     
      ubar=  -0.267913447295303       vbar=   0.552088240762928     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.11294246252809       vavg=    1.08069549578934     
      ubar=  -0.824384678559349       vbar=    1.09243598865760     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.60852861144893       vavg=    1.27205230656304     
      ubar=   -1.22651683142158       vbar=    1.41044906529836     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.22651683142158       vbar=    1.41044906529836     
      wgttot=    1.00000000000000     
      fixlon=    297.222761441273        fixlat=    26.0356865467658     
      barnlon=    296.957286803453       barnlat=    26.3096712332077     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.897468796776113     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      296.957286803453     
     Raw (no conversion for GM wrap) extraplon=    296.252861282929     
  
 --- barnlon=    296.96E  (  63.04W)    barnlat=     26.31
 --- extraplon=  296.25E  (  63.75W)    extraplat=   26.18
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.04
 | Current fix lon is   62.78W   ( 297.22E)
 | Current fix lon (raw, unadjusted)=  297.22E
 | Updated guess lat for next fcst hour is   26.24
 | Updated guess lon (0-360) for next fcst hour is   63.39W   ( 296.61E)
 | Raw updated guess lon for next fcst hour is  296.61E)
 -------------------------------------------------
  
 iocheck, dist=    65.9020833492128        distm=    65902.0833492128     
 iocheck, stmspd=    3.05102237727837        istmspd=           59
 iocheck, xincr=  -0.617687398081955        yincr=   0.209237102201463     
 iocheck, stmdir=    288.713435621998        istmdir=          289
 +++ RPT_STORM_MOTION: istmspd=    59 kts(*10)    istmdir=   289 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  14
     Fix location for this time:   297.22E  ( 62.78W)    26.04
     Fix lon (raw) for this time:  297.22E
     ilonfix= 1301  jlatfix=  995
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.222761441273       xcenlat=    26.0356865467658     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.222761441273       xcenlat=    26.0356865467658     
  ilonfix=         1301  jlatfix=          995
  ibeg=         1179  iend=         1423
  jbeg=          879  jend=         1111  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    297.222761441273        xcenlat=    26.0356865467658     
      ilonfix=         1301   jlatfix=          995
      ibeg=         1179   iend=         1423
      jbeg=          879   jend=         1111
 After call to barnes, xsmoothval=   2.310006277766179E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.310006277766179E-004
      xcenlon=    297.222761441273        xcenlat=    26.0356865467658     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000231  imeanzeta (*1e6)=      231
   --- mean zeta raw =   2.310006277766179E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003842  igrid zeta (*1e6)=     3842 ifilret=   0
   --- grid zeta raw=   3.841974176220359E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.222761441273       xcenlat=    26.0356865467658     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    297.222761441273       xcenlat=    26.0356865467658     
  ilonfix=         1301  jlatfix=          995
  ibeg=         1179  iend=         1423
  jbeg=          879  jend=         1111  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    297.222761441273        xcenlat=    26.0356865467658     
      ilonfix=         1301   jlatfix=          995
      ibeg=         1179   iend=         1423
      jbeg=          879   jend=         1111
 After call to barnes, xsmoothval=   2.224906703955136E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.224906703955136E-004
      xcenlon=    297.222761441273        xcenlat=    26.0356865467658     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000222  imeanzeta (*1e6)=      222
   --- mean zeta raw =   2.224906703955136E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003907  igrid zeta (*1e6)=     3907 ifilret=   0
   --- grid zeta raw=   3.906974176220359E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           78
  
 segx, outlon=    297.222761441273       outlat=    26.0356865467658     
   ist=            1  ifcsthour=           78
   vmaxwind=    21.7779934796574       xminmslp=    99713.6100000000     
   vradius=           73           0           0          47           0
           0          28           0           0          29           0
           0
   maxstorm=            6
   plastbar=    101313.610000000       rlastbar=    63.2966221373953     
   rmax=    16.6545369988371     
   cps_vals=    5.35405715165780        81.9209010705109     
   134.405329645274     
   wcore_flag= n
   istmspd=           59  istmdir=          289
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     17.0619440632411     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   63.2966221373953       irlastbar=          63
 output: plastbar=   101313.610000000       iplastbar=        1013
 rmax=    16.6545369988371        irmax=           17
 TXX top of atcfunix_ext, ist=            1  ifh=           78
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   63.2966221373953       irlastbar=          63
 output: plastbar=   101313.610000000       iplastbar=        1013
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           78
 intlat=          260
 clatns= N
 intlon=          628
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           42
 int(xminmslp/mslp_outp_adj + 0.5)=          997
 XX,  34, NEQ
 vradius(1,1)=           73
 vradius(1,2)=           47
 vradius(1,3)=           28
 vradius(1,4)=           29
 iplastbar=         1013
 irlastbar=           63
 irmax=           17
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          289
 istmspd=           59
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           54
 icps_vals(2)=          819
 icps_vals(3)=         1344
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           33
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          231
 igridzeta(1)=         3842
 imeanzeta(2)=          222
 igridzeta(2)=         3907
  
 rmax=    16.6545369988371        irmax=           17
 +++ Top of output_atcf_parms, ist=            1  ifh=           78
  
 xxxx get_next_ges, prev fix lon=    298.191467497349     
 xxxx get_next_ges, curr fix lon=    297.222761441273     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    297.222761441273        fixlat=    26.0356865467658     
        (0-360) fixlon=    297.222761441273     
      ilonfix=         1301   jlatfix=          995
      ibeg=          823   iend=         1779
      jbeg=          543   jend=         1447
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.07165378918121       vavg=    2.20835296305171     
      ubar=  -0.267913447295303       vbar=   0.552088240762928     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.11294246252809       vavg=    1.08069549578934     
      ubar=  -0.824384678559349       vbar=    1.09243598865760     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -1.60852861144893       vavg=    1.27205230656304     
      ubar=   -1.22651683142158       vbar=    1.41044906529836     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.22651683142158       vbar=    1.41044906529836     
      wgttot=    1.00000000000000     
      fixlon=    297.222761441273        fixlat=    26.0356865467658     
      barnlon=    296.957286803453       barnlat=    26.3096712332077     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.897468796776113     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      296.957286803453     
     Raw (no conversion for GM wrap) extraplon=    296.252861282929     
  
 --- barnlon=    296.96E  (  63.04W)    barnlat=     26.31
 --- extraplon=  296.25E  (  63.75W)    extraplat=   26.18
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.04
 | Current fix lon is   62.78W   ( 297.22E)
 | Current fix lon (raw, unadjusted)=  297.22E
 | Updated guess lat for next fcst hour is   26.24
 | Updated guess lon (0-360) for next fcst hour is   63.39W   ( 296.61E)
 | Raw updated guess lon for next fcst hour is  296.61E)
 -------------------------------------------------
  
 iocheck, dist=    65.9020833492128        distm=    65902.0833492128     
 iocheck, stmspd=    3.05102237727837        istmspd=           59
 iocheck, xincr=  -0.617687398081955        yincr=   0.209237102201463     
 iocheck, stmdir=    288.713435621998        istmdir=          289
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   78:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.085286663783465E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.109E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.673E  (0-360) ctlon=  299.673  (  60.327W)  ctlat=   38.093 fmax (x10e5) =        0.102E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   1.108926132325337E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.111E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.773E  (0-360) ctlon=  299.773  (  60.227W)  ctlat=   37.993 fmax (x10e5) =        0.902E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.127E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.673E  (0-360) ctlon=  299.673  (  60.327W)  ctlat=   38.093 fmax =       -0.100E+16 fmin =        0.127E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.294E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.773E  (0-360) ctlon=  299.773  (  60.227W)  ctlat=   38.093 fmax =       -0.100E+16 fmin =        0.294E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.983E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.673E  (0-360) ctlon=  299.673  (  60.327W)  ctlat=   38.093 fmax =       -0.100E+16 fmin =        0.982E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.413 (0-360) guesslon=  299.413E  (  60.587W)   guesslat=   38.233
 ilonfix=         1356  jlatfix=          690  npts=           33
 ibeg=         1278  jbeg=          622  imax=         2738
 iend=         1434  jend=          758  jmax=         2041
 TIMING: find_maxmin 1  22:26:54
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   7.658497795820423E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  299.693E  (0-360) ctlon=  299.693E  (  60.307W)  ctlat=   38.113 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.766E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:54
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  299.693E   (0-360) guesslon=  299.693E  (  60.307W)   guesslat=   38.113
 ilonfix=         1363  jlatfix=          693  npts=           16
 ibeg=         1309  jbeg=          649  imax=         2738
 iend=         1417  jend=          737  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  299.573E  (0-360) ctlon=  299.573  (  60.427W)  ctlat=   38.093 fmax (x10e5) =        0.714E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    299.634956119235        uvgeslat=    38.1001956798359     
    (0-360 uvgeslon)=    299.634956119235     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.634956119235        uvgeslat=    38.1001956798359     
    (0-360 uvgeslon)=    299.634956119235     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.634956119235     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.635E  (0-360E lon):  299.635E    60.365W  ctlat=   38.100  xmax_circul_disk =     146261847.8
 TIMING: get_wind_circ kloop, k=  1   22:26:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.635E  (0-360E)=  299.635E  (  60.365W)   guesslat=   38.100
 ilonfix=         1361  jlatfix=          693  npts=           56
 ibeg=         1287  jbeg=          629  imax=         2738
 iend=         1435  jend=          757  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    147758856.511146     
 nhalf get_wind_circ, k=  1 ctlon=  299.535E  (0-360E)=  299.535E  ctlon=   60.465W   ctlat=   38.000 Wind Circulation (NHEM: Max) =     147758856.5
 TIMING: After GWC 850 ... 22:26:54
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.634956119235        uvgeslat=    38.1001956798359     
    (0-360 uvgeslon)=    299.634956119235     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.634956119235     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.635E  (0-360E lon):  299.635E    60.365W  ctlat=   38.100  xmax_circul_disk =     139703378.4
 TIMING: get_wind_circ kloop, k=  1   22:26:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.635E  (0-360E)=  299.635E  (  60.365W)   guesslat=   38.100
 ilonfix=         1361  jlatfix=          693  npts=           56
 ibeg=         1287  jbeg=          629  imax=         2738
 iend=         1435  jend=          757  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    139554700.942504     
 nhalf get_wind_circ, k=  1 ctlon=  299.715E  (0-360E)=  299.715E  ctlon=   60.285W   ctlat=   38.060 Wind Circulation (NHEM: Max) =     139554700.9
 TIMING: After GWC 700 ... 22:26:54
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:54
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    299.634956119235        uvgeslat=    38.1001956798359     
    (0-360 uvgeslon)=    299.634956119235     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    299.634956119235     
  
 After first run, Wind Circulation (NHEM) ctlon=  299.635E  (0-360E lon):  299.635E    60.365W  ctlat=   38.100  xmax_circul_disk =      93226981.7
 TIMING: get_wind_circ kloop, k=  1   22:26:54
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  299.635E  (0-360E)=  299.635E  (  60.365W)   guesslat=   38.100
 ilonfix=         1361  jlatfix=          693  npts=           56
 ibeg=         1287  jbeg=          629  imax=         2738
 iend=         1435  jend=          757  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    93934579.7457459     
 nhalf get_wind_circ, k=  1 ctlon=  299.535E  (0-360E)=  299.535E  ctlon=   60.465W   ctlat=   38.060 Wind Circulation (NHEM: Max) =      93934579.7
 TIMING: After GWC Sfc ... 22:26:54
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.96  xavg_stderr=     3.98
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           14  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    78:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  299.41E   (0-360) guesslon=  299.41E  ( 60.59W)    38.23
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       299.67       60.33      38.09          101.51       T         27.55
   2    zeta 700    Max       299.77       60.23      37.99           90.18       T         41.28
   3    circ 850    Max       299.53       60.47      38.00          147.76       T         27.99
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       299.71       60.29      38.06          139.55       T         32.64
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       299.67       60.33      38.09         1268.53       T         27.55
   8     gph 700    Min       299.77       60.23      38.09         2936.00       T         35.11
   9        MSLP    Min       299.67       60.33      38.09        98247.74       T         27.55
  10    circ sfc    Max       299.53       60.47      38.06           93.93       T         21.96
  11    zeta sfc    Max       299.57       60.43      38.09           71.39       T         20.93
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    7.83672659595545       stderr_close= 
   3.84206464428441       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   3.448 devia=   0.690 wtpos=  0.79466     299.67   299.67    60.33    38.09
 ip=  2 kprm=  2 dist_from_mean=  12.816 devia=   2.563 wtpos=  0.42555     299.77   299.77    60.23    37.99
 ip=  3 kprm=  3 dist_from_mean=  12.930 devia=   2.586 wtpos=  0.42231     299.53   299.53    60.47    38.00
 ip=  5 kprm=  4 dist_from_mean=   4.990 devia=   0.998 wtpos=  0.71701     299.71   299.71    60.29    38.06
 ip=  7 kprm=  5 dist_from_mean=   3.448 devia=   0.690 wtpos=  0.79466     299.67   299.67    60.33    38.09
 ip=  8 kprm=  6 dist_from_mean=  10.555 devia=   2.111 wtpos=  0.49478     299.77   299.77    60.23    38.09
 ip=  9 kprm=  7 dist_from_mean=   3.448 devia=   0.690 wtpos=  0.79466     299.67   299.67    60.33    38.09
 ip= 10 kprm=  8 dist_from_mean=  10.798 devia=   2.160 wtpos=  0.48682     299.53   299.53    60.47    38.06
 ip= 11 kprm=  9 dist_from_mean=   8.099 devia=   1.620 wtpos=  0.58280     299.57   299.57    60.43    38.09
  
At end of fixcenter:  08L   fhr=   78:00   Fix position=   299.66E  (0-360) fixlon=  299.66  ( 60.34W)    38.07
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    299.661911883927     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    299.673136982872     
        (0-360E clon(ist,ifh,9))=    299.673136982872     
      clat(ist,ifh,9)=    38.0929231343813     
      xval(9)=    98247.7413762054     
  
  After get_ij B, ibeg jbeg =         1249         555
  After get_ij B, iend jend =         1475         831
  
 In is_it_a_storm, ilonfix=         1362  jlatfix=          693
 ibeg jbeg iend jend =         1249         555        1475         831
 cparm= slp  parmlon parmlat =    299.673136982872        38.0929231343813     
     (0-360E parmlon) =    299.673136982872     
 parmval=    98247.7413762054     
  
 i= 1334 j=  630 glon=  298.57 (0-360E) glon=  298.57 glat=  40.64 dist=   298.77 slp=  100542.57 pgradient=  7.68087
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.68087
 mslp center =    299.673136982872        38.0929231343813     
   98247.7413762054     
   (0-360E) lon of mslp center =    299.673136982872     
 pgrad loc   =    298.568667000000        298.568667000000     
   61.4313330000000        40.6406320000000        100542.570000000     
  ttest at location C IF....
      xinp_fixlat=    38.0929231343813     
      xinp_fixlon=    299.673136982872       (0-360E) xinp_fixlon= 
   299.673136982872     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97213.4500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1362  jfix=          692
 longitude=    299.673136982872      E   (   60.3268630171281      
 W)  (0-360E) xinp_fixlon=    299.673136982872     
 latitude=    38.0929231343813     
 mean mslp value (xval(9))=    98247.7413762054     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1362  jfix=          692
 longitude=    299.673136982872      E   (   60.3268630171281      
 W)  (0-360E) xinp_fixlon=    299.673136982872     
 latitude=    38.0929231343813     
 mean mslp value (xval(9))=    98247.7413762054     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1362  jx=          692
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97213.4500000000       xcentval=    97213.4500000000     
 At A, num_found_contours=            0
 At A, contlo=    97213.4500000000       conthi=    97613.4500000000     
  
 num_found_contours=            0
 contlo=    97213.4500000000       conthi=    97613.4500000000     
 xcentval=    97213.4500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97613.4500000000       conthi=    98013.4500000000     
  
 num_found_contours=            1
 contlo=    97613.4500000000       conthi=    98013.4500000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            2
 At A, contlo=    98013.4500000000       conthi=    98413.4500000000     
  
 num_found_contours=            2
 contlo=    98013.4500000000       conthi=    98413.4500000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            3
 At A, contlo=    98413.4500000000       conthi=    98813.4500000000     
  
 num_found_contours=            3
 contlo=    98413.4500000000       conthi=    98813.4500000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            4
 At A, contlo=    98813.4500000000       conthi=    99213.4500000000     
  
 num_found_contours=            4
 contlo=    98813.4500000000       conthi=    99213.4500000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            5
 At A, contlo=    99213.4500000000       conthi=    99613.4500000000     
  
 num_found_contours=            5
 contlo=    99213.4500000000       conthi=    99613.4500000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            6
 At A, contlo=    99613.4500000000       conthi=    100013.450000000     
  
 num_found_contours=            6
 contlo=    99613.4500000000       conthi=    100013.450000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            7
 At A, contlo=    100013.450000000       conthi=    100413.450000000     
  
 num_found_contours=            7
 contlo=    100013.450000000       conthi=    100413.450000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            8
 At A, contlo=    100413.450000000       conthi=    100813.450000000     
  
 num_found_contours=            8
 contlo=    100413.450000000       conthi=    100813.450000000     
 xcentval=    97213.4500000000     
 At A, num_found_contours=            9
 At A, contlo=    100813.450000000       conthi=    101213.450000000     
  
 num_found_contours=            9
 contlo=    100813.450000000       conthi=    101213.450000000     
 xcentval=    97213.4500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1400 ,         550 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97213.4500000000     
 !!! (i,j) of central value = (        1362 ,         692 )
 !!!  
 !!! Flagged value found    =    100808.810000000     
 !!! (i,j) of flagged value = (        1401 ,         549 )
 !!!   
 !!! Lower bound of contour interval =    100813.450000000     
 !!! Upper bound of contour interval =    101213.450000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1362  jfix=          692
 longitude=    299.673136982872      E   (   60.3268630171281      W)  
 (0-360E) xinp_fixlon=    299.673136982872     
 latitude=    38.0929231343813     
 mean mslp value (xval(9))=    98247.7413762054     
 gridpoint mslp value=    97213.4500000000     
 ccflag= y
 prs of last closed isobar =    100813.450000000     
 radius of last closed isobar =    165.812796999657       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   78:00
 !!! Boundary check xinp_fixlat is   38.09
 !!! Boundary check xinp_fixlon is   60.33W   ( 299.67E)  (0-360E) xinp_fixlon=  299.67
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    299.534958619236     
  850 mb wcirc fix lat=    38.0001981798359     
    (0-360) 850 mb wcirc fix lon=    299.534958619236     
  Multi-parm fix lon=      299.661911883927     
  Multi-parm fix lat=      38.0709560994708     
    (0-360) Multi-parm fix lon=      299.661911883927     
  
  
  After get_ij B, ibeg jbeg =         1263         592
  After get_ij B, iend jend =         1455         800
  
 In is_it_a_storm, ilonfix=         1359  jlatfix=          696
 ibeg jbeg iend jend =         1263         592        1455         800
 cparm= v850  parmlon parmlat =    299.534958619236        38.0001981798359     
     (0-360E parmlon) =    299.534958619236     
 parmval=    147758856.511146     
  
 i= 1343 j=  647 glon=  298.93 (0-360E) glon=  298.93 glat=  39.96 u=  -7.3000 v=  -1.3500 vr=   0.40587 vt=   7.41268
 i= 1348 j=  647 glon=  299.13 (0-360E) glon=  299.13 glat=  39.96 u=  -7.7000 v=   0.2500 vr=   1.47982 vt=   7.56060
 i= 1353 j=  647 glon=  299.33 (0-360E) glon=  299.33 glat=  39.96 u=  -7.8200 v=   2.0900 vr=   2.72487 vt=   7.62205
 i= 1358 j=  647 glon=  299.53 (0-360E) glon=  299.53 glat=  39.96 u=  -8.0200 v=   4.2300 vr=   4.25021 vt=   8.00931
 i= 1363 j=  647 glon=  299.73 (0-360E) glon=  299.73 glat=  39.96 u=  -7.6200 v=   5.9700 vr=   5.36480 vt=   8.05756
 i= 1368 j=  647 glon=  299.93 (0-360E) glon=  299.93 glat=  39.96 u=  -7.0600 v=   7.5400 vr=   6.35228 vt=   8.14517
 i= 1373 j=  647 glon=  300.13 (0-360E) glon=  300.13 glat=  39.96 u=  -6.2600 v=   8.9200 vr=   7.23525 vt=   8.14893
 i= 1328 j=  652 glon=  298.33 (0-360E) glon=  298.33 glat=  39.76 u=  -6.7400 v=  -7.0300 vr=  -3.00047 vt=   9.26530
 i= 1333 j=  652 glon=  298.53 (0-360E) glon=  298.53 glat=  39.76 u=  -7.3200 v=  -4.9700 vr=  -1.54123 vt=   8.71251
 i= 1338 j=  652 glon=  298.73 (0-360E) glon=  298.73 glat=  39.76 u=  -6.6500 v=  -3.6400 vr=  -1.17907 vt=   7.48878
 i= 1343 j=  652 glon=  298.93 (0-360E) glon=  298.93 glat=  39.76 u=  -7.2500 v=  -2.7400 vr=  -0.75653 vt=   7.71348
 i= 1348 j=  652 glon=  299.13 (0-360E) glon=  299.13 glat=  39.76 u=  -9.4000 v=  -0.8800 vr=   0.80638 vt=   9.40660
 i= 1353 j=  652 glon=  299.33 (0-360E) glon=  299.33 glat=  39.76 u=  -9.6600 v=   2.0900 vr=   2.96421 vt=   9.42853
 i= 1358 j=  652 glon=  299.53 (0-360E) glon=  299.53 glat=  39.76 u=  -9.1800 v=   4.2400 vr=   4.26578 vt=   9.16805
 i= 1363 j=  652 glon=  299.73 (0-360E) glon=  299.73 glat=  39.76 u=  -8.3700 v=   6.4200 vr=   5.67774 vt=   8.89025
 i= 1368 j=  652 glon=  299.93 (0-360E) glon=  299.93 glat=  39.76 u=  -7.3500 v=   8.9400 vr=   7.53773 vt=   8.78230
 i= 1373 j=  652 glon=  300.13 (0-360E) glon=  300.13 glat=  39.76 u=  -7.3100 v=  11.4700 vr=   9.22204 vt=   9.99755
 i= 1378 j=  652 glon=  300.33 (0-360E) glon=  300.33 glat=  39.76 u=  -6.4200 v=  12.4900 vr=   9.63750 vt=  10.21446
 i= 1383 j=  652 glon=  300.53 (0-360E) glon=  300.53 glat=  39.76 u=  -5.6000 v=  13.2500 vr=   9.84990 vt=  10.48341
 i= 1388 j=  652 glon=  300.73 (0-360E) glon=  300.73 glat=  39.76 u=  -5.4100 v=  14.2800 vr=  10.06648 vt=  11.48270
 i= 1318 j=  657 glon=  297.93 (0-360E) glon=  297.93 glat=  39.56 u=  -6.5300 v=  -9.9200 vr=  -3.60093 vt=  11.31727
 i= 1323 j=  657 glon=  298.13 (0-360E) glon=  298.13 glat=  39.56 u=  -5.7900 v=  -9.5300 vr=  -4.43071 vt=  10.23298
 i= 1328 j=  657 glon=  298.33 (0-360E) glon=  298.33 glat=  39.56 u=  -6.7400 v=  -8.3000 vr=  -3.59736 vt=  10.06859
 i= 1333 j=  657 glon=  298.53 (0-360E) glon=  298.53 glat=  39.56 u=  -7.6000 v=  -6.7000 vr=  -2.54603 vt=   9.80652
 i= 1338 j=  657 glon=  298.73 (0-360E) glon=  298.73 glat=  39.56 u=  -7.7800 v=  -6.1000 vr=  -2.73078 vt=   9.50164
 i= 1343 j=  657 glon=  298.93 (0-360E) glon=  298.93 glat=  39.56 u= -10.3400 v=  -3.0900 vr=   0.05766 vt=  10.79168
 i= 1348 j=  657 glon=  299.13 (0-360E) glon=  299.13 glat=  39.56 u= -10.4800 v=  -0.0700 vr=   2.02731 vt=  10.28228
 i= 1353 j=  657 glon=  299.33 (0-360E) glon=  299.33 glat=  39.56 u= -10.5900 v=   3.2600 vr=   4.33419 vt=  10.19757
 i= 1358 j=  657 glon=  299.53 (0-360E) glon=  299.53 glat=  39.56 u= -11.1000 v=   8.4400 vr=   8.47517 vt=  11.07317
 i= 1363 j=  657 glon=  299.73 (0-360E) glon=  299.73 glat=  39.56 u= -10.4400 v=  11.2300 vr=  10.16640 vt=  11.47828
 i= 1368 j=  657 glon=  299.93 (0-360E) glon=  299.93 glat=  39.56 u= -10.3900 v=  13.6600 vr=  11.38471 vt=  12.84274
 i= 1373 j=  657 glon=  300.13 (0-360E) glon=  300.13 glat=  39.56 u=  -9.7300 v=  15.2100 vr=  11.79379 vt=  13.67199
 i= 1378 j=  657 glon=  300.33 (0-360E) glon=  300.33 glat=  39.56 u=  -8.5800 v=  16.3800 vr=  12.03447 vt=  14.03896
 i= 1383 j=  657 glon=  300.53 (0-360E) glon=  300.53 glat=  39.56 u=  -6.8500 v=  18.0300 vr=  13.06602 vt=  14.18740
 i= 1388 j=  657 glon=  300.73 (0-360E) glon=  300.73 glat=  39.56 u=  -5.8500 v=  18.2300 vr=  12.61501 vt=  14.40197
 i= 1393 j=  657 glon=  300.93 (0-360E) glon=  300.93 glat=  39.56 u=  -5.3500 v=  17.9300 vr=  11.60278 vt=  14.67934
 i= 1398 j=  657 glon=  301.13 (0-360E) glon=  301.13 glat=  39.56 u=  -3.7600 v=  18.5200 vr=  12.08446 vt=  14.52907
 i= 1313 j=  662 glon=  297.73 (0-360E) glon=  297.73 glat=  39.36 u=  -5.5500 v= -11.8200 vr=  -4.15234 vt=  12.38035
 i= 1318 j=  662 glon=  297.93 (0-360E) glon=  297.93 glat=  39.36 u=  -5.0800 v= -11.7000 vr=  -5.10940 vt=  11.68719
 i= 1323 j=  662 glon=  298.13 (0-360E) glon=  298.13 glat=  39.36 u=  -4.4400 v=  -9.5200 vr=  -4.58457 vt=   9.45123
 i= 1328 j=  662 glon=  298.33 (0-360E) glon=  298.33 glat=  39.36 u=  -8.5700 v=  -5.9300 vr=   0.03557 vt=  10.42154
 i= 1333 j=  662 glon=  298.53 (0-360E) glon=  298.53 glat=  39.36 u=  -8.7200 v=  -8.0200 vr=  -2.55354 vt=  11.56885
 i= 1338 j=  662 glon=  298.73 (0-360E) glon=  298.73 glat=  39.36 u=  -9.7400 v=  -5.0600 vr=  -0.47871 vt=  10.96549
 i= 1343 j=  662 glon=  298.93 (0-360E) glon=  298.93 glat=  39.36 u= -11.5100 v=  -2.6900 vr=   1.26053 vt=  11.75276
 i= 1348 j=  662 glon=  299.13 (0-360E) glon=  299.13 glat=  39.36 u= -12.5800 v=   3.2600 vr=   6.04374 vt=  11.50466
 i= 1353 j=  662 glon=  299.33 (0-360E) glon=  299.33 glat=  39.36 u= -12.3300 v=   5.9100 vr=   7.32495 vt=  11.54565
 i= 1358 j=  662 glon=  299.53 (0-360E) glon=  299.53 glat=  39.36 u= -15.3400 v=   9.3400 vr=   9.39579 vt=  15.30589
 i= 1363 j=  662 glon=  299.73 (0-360E) glon=  299.73 glat=  39.36 u= -16.7300 v=  11.6900 vr=   9.76124 vt=  17.92393
 i= 1368 j=  662 glon=  299.93 (0-360E) glon=  299.93 glat=  39.36 u= -16.3600 v=  14.6300 vr=  10.64534 vt=  19.19279
 i= 1373 j=  662 glon=  300.13 (0-360E) glon=  300.13 glat=  39.36 u= -14.5000 v=  18.2700 vr=  12.58714 vt=  19.63688
 i= 1378 j=  662 glon=  300.33 (0-360E) glon=  300.33 glat=  39.36 u= -12.5900 v=  20.3700 vr=  13.27755 vt=  19.92867
 i= 1383 j=  662 glon=  300.53 (0-360E) glon=  300.53 glat=  39.36 u=  -8.5000 v=  20.1700 vr=  13.26517 vt=  17.41018
 i= 1388 j=  662 glon=  300.73 (0-360E) glon=  300.73 glat=  39.36 u=  -6.0200 v=  20.1700 vr=  13.18621 vt=  16.40711
 i= 1393 j=  662 glon=  300.93 (0-360E) glon=  300.93 glat=  39.36 u=  -5.7500 v=  22.2500 vr=  13.71639 vt=  18.43870
 i= 1398 j=  662 glon=  301.13 (0-360E) glon=  301.13 glat=  39.36 u=  -3.6500 v=  23.4200 vr=  14.74005 vt=  18.56205
 i= 1403 j=  662 glon=  301.33 (0-360E) glon=  301.33 glat=  39.36 u=  -2.8100 v=  23.2200 vr=  14.07485 vt=  18.68056
 i= 1308 j=  667 glon=  297.53 (0-360E) glon=  297.53 glat=  39.16 u=  -4.3000 v= -13.4000 vr=  -4.44080 vt=  13.35400
 i= 1313 j=  667 glon=  297.73 (0-360E) glon=  297.73 glat=  39.16 u=  -3.7600 v= -13.6400 vr=  -5.69210 vt=  12.95327
 i= 1318 j=  667 glon=  297.93 (0-360E) glon=  297.93 glat=  39.16 u=  -4.1300 v= -12.7100 vr=  -5.54044 vt=  12.16160
 i= 1323 j=  667 glon=  298.13 (0-360E) glon=  298.13 glat=  39.16 u=  -6.1500 v= -10.5800 vr=  -3.40649 vt=  11.75392
 i= 1328 j=  667 glon=  298.33 (0-360E) glon=  298.33 glat=  39.16 u=  -8.0300 v=  -9.8800 vr=  -2.56295 vt=  12.47103
 i= 1333 j=  667 glon=  298.53 (0-360E) glon=  298.53 glat=  39.16 u=  -9.2300 v=  -7.4700 vr=  -0.97210 vt=  11.83422
 i= 1338 j=  667 glon=  298.73 (0-360E) glon=  298.73 glat=  39.16 u= -10.3700 v=  -4.9100 vr=   0.65976 vt=  11.45468
 i= 1343 j=  667 glon=  298.93 (0-360E) glon=  298.93 glat=  39.16 u= -12.2600 v=  -1.6300 vr=   3.14610 vt=  11.96104
 i= 1348 j=  667 glon=  299.13 (0-360E) glon=  299.13 glat=  39.16 u= -15.7000 v=  -0.6700 vr=   3.51518 vt=  15.31608
 i= 1353 j=  667 glon=  299.33 (0-360E) glon=  299.33 glat=  39.16 u= -23.4300 v=   4.4800 vr=   7.67513 vt=  22.58601
 i= 1358 j=  667 glon=  299.53 (0-360E) glon=  299.53 glat=  39.16 u= -22.8800 v=   8.8000 vr=   8.89765 vt=  22.84220
 i= 1363 j=  667 glon=  299.73 (0-360E) glon=  299.73 glat=  39.16 u= -20.8700 v=  14.3100 vr=  11.47799 vt=  22.55191
 i= 1368 j=  667 glon=  299.93 (0-360E) glon=  299.93 glat=  39.16 u= -19.4600 v=  17.0800 vr=  11.49655 vt=  23.20016
 i= 1373 j=  667 glon=  300.13 (0-360E) glon=  300.13 glat=  39.16 u= -16.9500 v=  21.7600 vr=  13.87221 vt=  23.84034
 i= 1378 j=  667 glon=  300.33 (0-360E) glon=  300.33 glat=  39.16 u= -15.0300 v=  22.1800 vr=  12.42278 vt=  23.73874
 i= 1383 j=  667 glon=  300.53 (0-360E) glon=  300.53 glat=  39.16 u= -12.3600 v=  23.9400 vr=  12.95590 vt=  23.62283
 i= 1388 j=  667 glon=  300.73 (0-360E) glon=  300.73 glat=  39.16 u=  -9.0200 v=  26.5600 vr=  14.96980 vt=  23.72128
 i= 1393 j=  667 glon=  300.93 (0-360E) glon=  300.93 glat=  39.16 u=  -5.4700 v=  27.4500 vr=  16.18266 vt=  22.83736
 i= 1398 j=  667 glon=  301.13 (0-360E) glon=  301.13 glat=  39.16 u=  -4.2100 v=  25.7000 vr=  14.34274 vt=  21.73706
 i= 1403 j=  667 glon=  301.33 (0-360E) glon=  301.33 glat=  39.16 u=  -2.2400 v=  25.8000 vr=  14.62015 vt=  21.37542
 i= 1408 j=  667 glon=  301.53 (0-360E) glon=  301.53 glat=  39.16 u=  -0.3900 v=  25.5500 vr=  14.83366 vt=  20.80666
 i= 1303 j=  672 glon=  297.33 (0-360E) glon=  297.33 glat=  38.96 u=  -2.4100 v= -13.7400 vr=  -4.49212 vt=  13.20669
 i= 1308 j=  672 glon=  297.53 (0-360E) glon=  297.53 glat=  38.96 u=  -2.2700 v= -14.4400 vr=  -5.52318 vt=  13.53370
 i= 1313 j=  672 glon=  297.73 (0-360E) glon=  297.73 glat=  38.96 u=  -2.5600 v= -14.2500 vr=  -5.82427 vt=  13.25496
 i= 1318 j=  672 glon=  297.93 (0-360E) glon=  297.93 glat=  38.96 u=  -7.4900 v=  -9.0100 vr=   0.53407 vt=  11.70449
 i= 1323 j=  672 glon=  298.13 (0-360E) glon=  298.13 glat=  38.96 u=  -6.5800 v= -11.6800 vr=  -2.67050 vt=  13.13725
 i= 1328 j=  672 glon=  298.33 (0-360E) glon=  298.33 glat=  38.96 u=  -7.0200 v= -12.7500 vr=  -4.12470 vt=  13.95814
 i= 1333 j=  672 glon=  298.53 (0-360E) glon=  298.53 glat=  38.96 u=  -8.9200 v= -10.5100 vr=  -2.43287 vt=  13.56863
 i= 1338 j=  672 glon=  298.73 (0-360E) glon=  298.73 glat=  38.96 u= -13.4000 v=  -5.4200 vr=   2.86044 vt=  14.16878
 i= 1343 j=  672 glon=  298.93 (0-360E) glon=  298.93 glat=  38.96 u= -15.6700 v=  -7.0100 vr=   0.68553 vt=  17.15281
 i= 1348 j=  672 glon=  299.13 (0-360E) glon=  299.13 glat=  38.96 u= -22.6300 v=  -2.3500 vr=   4.90749 vt=  22.21612
 i= 1353 j=  672 glon=  299.33 (0-360E) glon=  299.33 glat=  38.96 u= -23.5200 v=   7.2600 vr=  11.07182 vt=  21.98438
 i= 1358 j=  672 glon=  299.53 (0-360E) glon=  299.53 glat=  38.96 u= -23.3100 v=  10.6200 vr=  10.74024 vt=  23.25484
 i= 1363 j=  672 glon=  299.73 (0-360E) glon=  299.73 glat=  38.96 u= -23.3700 v=  15.5000 vr=  11.65319 vt=  25.50706
 i= 1368 j=  672 glon=  299.93 (0-360E) glon=  299.93 glat=  38.96 u= -20.5600 v=  20.4400 vr=  13.15392 vt=  25.83567
 i= 1373 j=  672 glon=  300.13 (0-360E) glon=  300.13 glat=  38.96 u= -19.1000 v=  24.0600 vr=  13.29458 vt=  27.69382
 i= 1378 j=  672 glon=  300.33 (0-360E) glon=  300.33 glat=  38.96 u= -15.5800 v=  28.7400 vr=  15.60789 vt=  28.72486
 i= 1383 j=  672 glon=  300.53 (0-360E) glon=  300.53 glat=  38.96 u= -10.5100 v=  32.9800 vr=  18.93697 vt=  28.97467
 i= 1388 j=  672 glon=  300.73 (0-360E) glon=  300.73 glat=  38.96 u=  -9.4100 v=  30.1000 vr=  14.92316 vt=  27.78232
 i= 1393 j=  672 glon=  300.93 (0-360E) glon=  300.93 glat=  38.96 u=  -4.7500 v=  30.5700 vr=  16.53644 vt=  26.14639
 i= 1398 j=  672 glon=  301.13 (0-360E) glon=  301.13 glat=  38.96 u=  -3.8400 v=  29.9500 vr=  15.11508 vt=  26.13967
 i= 1403 j=  672 glon=  301.33 (0-360E) glon=  301.33 glat=  38.96 u=  -2.0700 v=  28.1900 vr=  14.08797 vt=  24.50490
 i= 1408 j=  672 glon=  301.53 (0-360E) glon=  301.53 glat=  38.96 u=   1.1200 v=  27.0500 vr=  15.00915 vt=  22.53180
 i= 1413 j=  672 glon=  301.73 (0-360E) glon=  301.73 glat=  38.96 u=   2.5200 v=  25.2500 vr=  14.40018 vt=  20.89372
 i= 1303 j=  677 glon=  297.33 (0-360E) glon=  297.33 glat=  38.76 u=  -0.9600 v= -14.6800 vr=  -4.94652 vt=  13.85482
 i= 1308 j=  677 glon=  297.53 (0-360E) glon=  297.53 glat=  38.76 u=  -0.1600 v= -15.2400 vr=  -6.41459 vt=  13.82520
 i= 1313 j=  677 glon=  297.73 (0-360E) glon=  297.73 glat=  38.76 u=  -0.9200 v= -14.5300 vr=  -5.99926 vt=  13.26560
 i= 1318 j=  677 glon=  297.93 (0-360E) glon=  297.93 glat=  38.76 u=  -3.8900 v= -13.0700 vr=  -3.36946 vt=  13.21377
 i= 1323 j=  677 glon=  298.13 (0-360E) glon=  298.13 glat=  38.76 u=  -4.3500 v= -13.5200 vr=  -4.04461 vt=  13.61448
 i= 1328 j=  677 glon=  298.33 (0-360E) glon=  298.33 glat=  38.76 u=  -5.1600 v= -15.7900 vr=  -5.82377 vt=  15.55742
 i= 1333 j=  677 glon=  298.53 (0-360E) glon=  298.53 glat=  38.76 u=  -6.8500 v= -13.4700 vr=  -4.37800 vt=  14.46363
 i= 1338 j=  677 glon=  298.73 (0-360E) glon=  298.73 glat=  38.76 u= -14.7000 v=  -6.7900 vr=   4.20817 vt=  15.63603
 i= 1343 j=  677 glon=  298.93 (0-360E) glon=  298.93 glat=  38.76 u= -21.8800 v=  -7.9300 vr=   4.90853 vt=  22.74919
 i= 1348 j=  677 glon=  299.13 (0-360E) glon=  299.13 glat=  38.76 u= -18.3900 v=  -1.8200 vr=   5.44479 vt=  17.65952
 i= 1353 j=  677 glon=  299.33 (0-360E) glon=  299.33 glat=  38.76 u= -28.9600 v=   2.6400 vr=   8.62173 vt=  27.77259
 i= 1358 j=  677 glon=  299.53 (0-360E) glon=  299.53 glat=  38.76 u= -28.3200 v=   8.2400 vr=   8.42467 vt=  28.26561
 i= 1363 j=  677 glon=  299.73 (0-360E) glon=  299.73 glat=  38.76 u= -27.5900 v=  16.8200 vr=  11.07708 vt=  30.35488
 i= 1368 j=  677 glon=  299.93 (0-360E) glon=  299.93 glat=  38.76 u= -26.1400 v=  25.0600 vr=  13.35610 vt=  33.65885
 i= 1373 j=  677 glon=  300.13 (0-360E) glon=  300.13 glat=  38.76 u= -22.4200 v=  30.5200 vr=  14.27362 vt=  35.07692
 i= 1378 j=  677 glon=  300.33 (0-360E) glon=  300.33 glat=  38.76 u= -19.0100 v=  31.9300 vr=  12.60124 vt=  34.95874
 i= 1383 j=  677 glon=  300.53 (0-360E) glon=  300.53 glat=  38.76 u= -14.3000 v=  31.3000 vr=  11.54641 vt=  32.41698
 i= 1388 j=  677 glon=  300.73 (0-360E) glon=  300.73 glat=  38.76 u=  -8.2300 v=  32.4800 vr=  14.00010 vt=  30.44143
 i= 1393 j=  677 glon=  300.93 (0-360E) glon=  300.93 glat=  38.76 u=  -6.5700 v=  30.5600 vr=  11.95794 vt=  28.88055
 i= 1398 j=  677 glon=  301.13 (0-360E) glon=  301.13 glat=  38.76 u=  -3.5300 v=  29.6800 vr=  12.29970 vt=  27.24116
 i= 1403 j=  677 glon=  301.33 (0-360E) glon=  301.33 glat=  38.76 u=  -0.1000 v=  29.5000 vr=  13.81910 vt=  26.06324
 i= 1408 j=  677 glon=  301.53 (0-360E) glon=  301.53 glat=  38.76 u=   1.1900 v=  28.5300 vr=  13.41638 vt=  25.20670
 i= 1413 j=  677 glon=  301.73 (0-360E) glon=  301.73 glat=  38.76 u=   4.4200 v=  28.0600 vr=  15.24769 vt=  23.96681
 i= 1298 j=  682 glon=  297.13 (0-360E) glon=  297.13 glat=  38.56 u=  -0.1900 v= -15.0500 vr=  -4.00283 vt=  14.50917
 i= 1303 j=  682 glon=  297.33 (0-360E) glon=  297.33 glat=  38.56 u=   0.9000 v= -15.4300 vr=  -5.51975 vt=  14.43701
 i= 1308 j=  682 glon=  297.53 (0-360E) glon=  297.53 glat=  38.56 u=   1.9100 v= -15.9900 vr=  -7.08128 vt=  14.46319
 i= 1313 j=  682 glon=  297.73 (0-360E) glon=  297.73 glat=  38.56 u=   1.8600 v= -15.2400 vr=  -7.26554 vt=  13.52513
 i= 1318 j=  682 glon=  297.93 (0-360E) glon=  297.93 glat=  38.56 u=   0.1200 v= -17.5400 vr=  -7.16421 vt=  16.01062
 i= 1323 j=  682 glon=  298.13 (0-360E) glon=  298.13 glat=  38.56 u=  -0.9700 v= -16.1100 vr=  -6.37174 vt=  14.82815
 i= 1328 j=  682 glon=  298.33 (0-360E) glon=  298.33 glat=  38.56 u=  -2.3600 v= -18.8400 vr=  -7.50852 vt=  17.43953
 i= 1333 j=  682 glon=  298.53 (0-360E) glon=  298.53 glat=  38.56 u=  -4.8400 v= -17.0800 vr=  -5.89087 vt=  16.74663
 i= 1338 j=  682 glon=  298.73 (0-360E) glon=  298.73 glat=  38.56 u= -18.8100 v= -13.1700 vr=   5.39958 vt=  22.31837
 i= 1343 j=  682 glon=  298.93 (0-360E) glon=  298.93 glat=  38.56 u= -17.2300 v= -14.0700 vr=   0.46392 vt=  22.24011
 i= 1348 j=  682 glon=  299.13 (0-360E) glon=  299.13 glat=  38.56 u= -29.9700 v= -12.4300 vr=   4.05447 vt=  32.19110
 i= 1353 j=  682 glon=  299.33 (0-360E) glon=  299.33 glat=  38.56 u= -37.8400 v=  -4.2400 vr=   6.45154 vt=  37.52627
 i= 1358 j=  682 glon=  299.53 (0-360E) glon=  299.53 glat=  38.56 u= -40.9600 v=   9.4500 vr=   9.81261 vt=  40.87465
 i= 1363 j=  682 glon=  299.73 (0-360E) glon=  299.73 glat=  38.56 u= -39.8000 v=  20.4500 vr=   9.29447 vt=  43.77049
 i= 1368 j=  682 glon=  299.93 (0-360E) glon=  299.93 glat=  38.56 u= -32.4200 v=  23.8700 vr=   5.20752 vt=  39.92136
 i= 1373 j=  682 glon=  300.13 (0-360E) glon=  300.13 glat=  38.56 u= -24.1100 v=  32.4000 vr=   9.43607 vt=  39.26847
 i= 1378 j=  682 glon=  300.33 (0-360E) glon=  300.33 glat=  38.56 u= -15.8200 v=  37.7600 vr=  13.41047 vt=  38.68138
 i= 1383 j=  682 glon=  300.53 (0-360E) glon=  300.53 glat=  38.56 u= -12.0800 v=  38.7600 vr=  12.70420 vt=  38.55992
 i= 1388 j=  682 glon=  300.73 (0-360E) glon=  300.73 glat=  38.56 u=  -9.2800 v=  35.7700 vr=  10.28338 vt=  35.49455
 i= 1393 j=  682 glon=  300.93 (0-360E) glon=  300.93 glat=  38.56 u=  -5.7100 v=  35.7400 vr=  11.08410 vt=  34.45424
 i= 1398 j=  682 glon=  301.13 (0-360E) glon=  301.13 glat=  38.56 u=  -2.1100 v=  33.2500 vr=  11.53384 vt=  31.25676
 i= 1403 j=  682 glon=  301.33 (0-360E) glon=  301.33 glat=  38.56 u=   1.1000 v=  33.3700 vr=  13.21382 vt=  30.66206
 i= 1408 j=  682 glon=  301.53 (0-360E) glon=  301.53 glat=  38.56 u=   2.6400 v=  31.8600 vr=  13.06850 vt=  29.17608
 i= 1413 j=  682 glon=  301.73 (0-360E) glon=  301.73 glat=  38.56 u=   4.4800 v=  29.7400 vr=  13.30234 vt=  26.97380
 i= 1418 j=  682 glon=  301.93 (0-360E) glon=  301.93 glat=  38.56 u=   5.5800 v=  28.3700 vr=  13.28735 vt=  25.67956
 i= 1298 j=  687 glon=  297.13 (0-360E) glon=  297.13 glat=  38.36 u=   1.5500 v= -15.6000 vr=  -4.34203 vt=  15.06351
 i= 1303 j=  687 glon=  297.33 (0-360E) glon=  297.33 glat=  38.36 u=   2.8500 v= -16.0700 vr=  -5.96787 vt=  15.19052
 i= 1308 j=  687 glon=  297.53 (0-360E) glon=  297.53 glat=  38.36 u=   3.7700 v= -16.2800 vr=  -7.21960 vt=  15.07079
 i= 1313 j=  687 glon=  297.73 (0-360E) glon=  297.73 glat=  38.36 u=   4.2300 v= -17.3100 vr=  -8.28144 vt=  15.77804
 i= 1318 j=  687 glon=  297.93 (0-360E) glon=  297.93 glat=  38.36 u=   4.3000 v= -18.7800 vr=  -9.21628 vt=  16.91859
 i= 1323 j=  687 glon=  298.13 (0-360E) glon=  298.13 glat=  38.36 u=   3.6000 v= -19.2700 vr=  -9.33104 vt=  17.24021
 i= 1328 j=  687 glon=  298.33 (0-360E) glon=  298.33 glat=  38.36 u=   2.3200 v= -20.7100 vr=  -9.46730 vt=  18.56493
 i= 1333 j=  687 glon=  298.53 (0-360E) glon=  298.53 glat=  38.36 u=  -3.9000 v= -20.2900 vr=  -4.81062 vt=  20.09358
 i= 1338 j=  687 glon=  298.73 (0-360E) glon=  298.73 glat=  38.36 u= -15.6600 v= -20.3400 vr=   3.61156 vt=  25.41472
 i= 1343 j=  687 glon=  298.93 (0-360E) glon=  298.93 glat=  38.36 u= -20.2900 v= -22.8800 vr=   2.42957 vt=  30.48402
 i= 1348 j=  687 glon=  299.13 (0-360E) glon=  299.13 glat=  38.36 u= -17.6700 v= -19.7000 vr=  -2.99883 vt=  26.29308
 i= 1353 j=  687 glon=  299.33 (0-360E) glon=  299.33 glat=  38.36 u= -15.3700 v= -12.4800 vr=  -5.06492 vt=  19.13985
 i= 1358 j=  687 glon=  299.53 (0-360E) glon=  299.53 glat=  38.36 u= -16.1200 v=  -0.6400 vr=  -0.41769 vt=  16.12729
 i= 1363 j=  687 glon=  299.73 (0-360E) glon=  299.73 glat=  38.36 u= -16.7200 v=  13.8500 vr=   6.24301 vt=  20.79437
 i= 1368 j=  687 glon=  299.93 (0-360E) glon=  299.93 glat=  38.36 u= -26.5200 v=  40.2600 vr=  13.22529 vt=  46.36022
 i= 1373 j=  687 glon=  300.13 (0-360E) glon=  300.13 glat=  38.36 u= -25.3400 v=  51.5400 vr=  11.36414 vt=  56.29692
 i= 1378 j=  687 glon=  300.33 (0-360E) glon=  300.33 glat=  38.36 u= -14.2500 v=  45.2100 vr=  10.18137 vt=  46.29629
 i= 1383 j=  687 glon=  300.53 (0-360E) glon=  300.53 glat=  38.36 u=  -7.8300 v=  43.1300 vr=  10.84995 vt=  42.47098
 i= 1388 j=  687 glon=  300.73 (0-360E) glon=  300.73 glat=  38.36 u=  -1.3200 v=  44.0200 vr=  14.42028 vt=  41.61200
 i= 1393 j=  687 glon=  300.93 (0-360E) glon=  300.93 glat=  38.36 u=  -1.2700 v=  40.6000 vr=  11.33613 vt=  39.00596
 i= 1398 j=  687 glon=  301.13 (0-360E) glon=  301.13 glat=  38.36 u=  -0.0100 v=  38.2500 vr=  10.40789 vt=  36.80677
 i= 1403 j=  687 glon=  301.33 (0-360E) glon=  301.33 glat=  38.36 u=   4.5600 v=  35.4900 vr=  13.04517 vt=  33.31902
 i= 1408 j=  687 glon=  301.53 (0-360E) glon=  301.53 glat=  38.36 u=   6.2100 v=  34.2400 vr=  13.55159 vt=  32.05146
 i= 1413 j=  687 glon=  301.73 (0-360E) glon=  301.73 glat=  38.36 u=   6.7700 v=  31.8200 vr=  12.95681 vt=  29.84068
 i= 1418 j=  687 glon=  301.93 (0-360E) glon=  301.93 glat=  38.36 u=   9.0200 v=  29.4300 vr=  14.21455 vt=  27.30260
 i= 1298 j=  692 glon=  297.13 (0-360E) glon=  297.13 glat=  38.16 u=   3.9800 v= -15.5300 vr=  -5.16999 vt=  15.17539
 i= 1303 j=  692 glon=  297.33 (0-360E) glon=  297.33 glat=  38.16 u=   4.5900 v= -16.4900 vr=  -5.98590 vt=  16.03612
 i= 1308 j=  692 glon=  297.53 (0-360E) glon=  297.53 glat=  38.16 u=   6.8900 v= -16.9200 vr=  -8.47302 vt=  16.18538
 i= 1313 j=  692 glon=  297.73 (0-360E) glon=  297.73 glat=  38.16 u=   8.0300 v= -19.0700 vr= -10.02643 vt=  18.10018
 i= 1318 j=  692 glon=  297.93 (0-360E) glon=  297.93 glat=  38.16 u=   9.7000 v= -18.7600 vr= -11.90716 vt=  17.44268
 i= 1323 j=  692 glon=  298.13 (0-360E) glon=  298.13 glat=  38.16 u=   7.5200 v= -19.9200 vr= -10.22797 vt=  18.67473
 i= 1328 j=  692 glon=  298.33 (0-360E) glon=  298.33 glat=  38.16 u=   8.5000 v= -22.3800 vr= -12.04264 vt=  20.69032
 i= 1333 j=  692 glon=  298.53 (0-360E) glon=  298.53 glat=  38.16 u=   3.6400 v= -24.6400 vr=  -8.39634 vt=  23.44953
 i= 1338 j=  692 glon=  298.73 (0-360E) glon=  298.73 glat=  38.16 u=  -7.0500 v= -29.3300 vr=  -0.28978 vt=  30.16401
 i= 1343 j=  692 glon=  298.93 (0-360E) glon=  298.93 glat=  38.16 u=  -4.2900 v= -28.0900 vr=  -4.84168 vt=  28.00019
 i= 1348 j=  692 glon=  299.13 (0-360E) glon=  299.13 glat=  38.16 u=  10.4300 v= -33.5000 vr= -24.31982 vt=  25.28995
 i= 1353 j=  692 glon=  299.33 (0-360E) glon=  299.33 glat=  38.16 u=   3.9000 v= -16.6900 vr= -14.50077 vt=   9.13749
 i= 1358 j=  692 glon=  299.53 (0-360E) glon=  299.53 glat=  38.16 u=   7.4000 v=  -1.1700 vr=  -1.39867 vt=  -7.36021
 i= 1363 j=  692 glon=  299.73 (0-360E) glon=  299.73 glat=  38.16 u=   6.2800 v=   6.3700 vr=   8.94367 vt=  -0.16151
 i= 1368 j=  692 glon=  299.93 (0-360E) glon=  299.93 glat=  38.16 u=   3.6100 v=  19.8600 vr=  12.32234 vt=  15.98786
 i= 1373 j=  692 glon=  300.13 (0-360E) glon=  300.13 glat=  38.16 u=  -9.0400 v=  49.4600 vr=   7.43635 vt=  49.72639
 i= 1378 j=  692 glon=  300.33 (0-360E) glon=  300.33 glat=  38.16 u= -10.8500 v=  54.9600 vr=   3.04622 vt=  55.93786
 i= 1383 j=  692 glon=  300.53 (0-360E) glon=  300.53 glat=  38.16 u=  -3.9400 v=  49.2900 vr=   5.91519 vt=  49.09214
 i= 1388 j=  692 glon=  300.73 (0-360E) glon=  300.73 glat=  38.16 u=   0.2800 v=  44.6600 vr=   7.65175 vt=  44.00051
 i= 1393 j=  692 glon=  300.93 (0-360E) glon=  300.93 glat=  38.16 u=   6.5000 v=  42.7800 vr=  12.46502 vt=  41.43672
 i= 1398 j=  692 glon=  301.13 (0-360E) glon=  301.13 glat=  38.16 u=   6.3200 v=  39.9400 vr=  11.16513 vt=  38.86497
 i= 1403 j=  692 glon=  301.33 (0-360E) glon=  301.33 glat=  38.16 u=   6.8500 v=  37.1300 vr=  10.81747 vt=  36.17377
 i= 1408 j=  692 glon=  301.53 (0-360E) glon=  301.53 glat=  38.16 u=   8.8800 v=  35.1900 vr=  12.22038 vt=  34.17386
 i= 1413 j=  692 glon=  301.73 (0-360E) glon=  301.73 glat=  38.16 u=   9.1900 v=  32.2700 vr=  11.93880 vt=  31.35720
 i= 1418 j=  692 glon=  301.93 (0-360E) glon=  301.93 glat=  38.16 u=  11.2600 v=  29.9000 vr=  13.55443 vt=  28.93225
 i= 1298 j=  697 glon=  297.13 (0-360E) glon=  297.13 glat=  37.96 u=   6.5100 v= -14.8900 vr=  -6.12072 vt=  15.05420
 i= 1303 j=  697 glon=  297.33 (0-360E) glon=  297.33 glat=  37.96 u=   6.7100 v= -16.6300 vr=  -6.24873 vt=  16.80876
 i= 1308 j=  697 glon=  297.53 (0-360E) glon=  297.53 glat=  37.96 u=   9.3200 v= -17.9500 vr=  -8.78596 vt=  18.21735
 i= 1313 j=  697 glon=  297.73 (0-360E) glon=  297.73 glat=  37.96 u=  10.5200 v= -18.3200 vr=  -9.92945 vt=  18.64668
 i= 1318 j=  697 glon=  297.93 (0-360E) glon=  297.93 glat=  37.96 u=  13.4300 v= -19.1800 vr= -12.75006 vt=  19.63857
 i= 1323 j=  697 glon=  298.13 (0-360E) glon=  298.13 glat=  37.96 u=  12.7600 v= -20.5700 vr= -11.94694 vt=  21.05263
 i= 1328 j=  697 glon=  298.33 (0-360E) glon=  298.33 glat=  37.96 u=  14.8600 v= -22.3300 vr= -13.85105 vt=  22.96948
 i= 1333 j=  697 glon=  298.53 (0-360E) glon=  298.53 glat=  37.96 u=  13.5500 v= -24.9600 vr= -12.22596 vt=  25.63455
 i= 1338 j=  697 glon=  298.73 (0-360E) glon=  298.73 glat=  37.96 u=   6.9000 v= -30.3600 vr=  -4.93907 vt=  30.73996
 i= 1343 j=  697 glon=  298.93 (0-360E) glon=  298.93 glat=  37.96 u=  14.6600 v= -28.3800 vr= -12.22537 vt=  29.51068
 i= 1348 j=  697 glon=  299.13 (0-360E) glon=  299.13 glat=  37.96 u=  19.2500 v= -33.2400 vr= -14.99816 vt=  35.36262
 i= 1353 j=  697 glon=  299.33 (0-360E) glon=  299.33 glat=  37.96 u=  17.7800 v= -15.5400 vr= -13.59902 vt=  19.30509
 i= 1358 j=  697 glon=  299.53 (0-360E) glon=  299.53 glat=  37.96 u=  12.8400 v=   0.5700 vr=  -2.17084 vt=  12.66799
 i= 1363 j=  697 glon=  299.73 (0-360E) glon=  299.73 glat=  37.96 u=  18.0200 v=   8.0600 vr=  15.42020 vt=  12.32484
 i= 1368 j=  697 glon=  299.93 (0-360E) glon=  299.93 glat=  37.96 u=  21.7600 v=  15.2200 vr=  19.64521 vt=  17.86649
 i= 1373 j=  697 glon=  300.13 (0-360E) glon=  300.13 glat=  37.96 u=  19.0400 v=  51.9800 vr=  14.51683 vt=  53.42007
 i= 1378 j=  697 glon=  300.33 (0-360E) glon=  300.33 glat=  37.96 u=   1.9200 v=  58.1100 vr=  -1.86552 vt=  58.11177
 i= 1383 j=  697 glon=  300.53 (0-360E) glon=  300.53 glat=  37.96 u=   2.4200 v=  51.1700 vr=  -0.29052 vt=  51.22637
 i= 1388 j=  697 glon=  300.73 (0-360E) glon=  300.73 glat=  37.96 u=   6.0000 v=  46.4800 vr=   3.90539 vt=  46.70266
 i= 1393 j=  697 glon=  300.93 (0-360E) glon=  300.93 glat=  37.96 u=  10.3200 v=  42.5500 vr=   8.63769 vt=  42.92313
 i= 1398 j=  697 glon=  301.13 (0-360E) glon=  301.13 glat=  37.96 u=  11.1500 v=  39.4800 vr=   9.75165 vt=  39.84844
 i= 1403 j=  697 glon=  301.33 (0-360E) glon=  301.33 glat=  37.96 u=  11.3900 v=  37.1000 vr=  10.19267 vt=  37.44665
 i= 1408 j=  697 glon=  301.53 (0-360E) glon=  301.53 glat=  37.96 u=  10.8300 v=  35.3400 vr=   9.77698 vt=  35.64569
 i= 1413 j=  697 glon=  301.73 (0-360E) glon=  301.73 glat=  37.96 u=  11.9900 v=  32.4200 vr=  11.08753 vt=  32.73963
 i= 1418 j=  697 glon=  301.93 (0-360E) glon=  301.93 glat=  37.96 u=  13.6800 v=  30.1100 vr=  12.88985 vt=  30.45663
 i= 1298 j=  702 glon=  297.13 (0-360E) glon=  297.13 glat=  37.76 u=   8.2500 v= -13.9200 vr=  -6.35223 vt=  14.88214
 i= 1303 j=  702 glon=  297.33 (0-360E) glon=  297.33 glat=  37.76 u=   8.5100 v= -15.7500 vr=  -6.18941 vt=  16.79803
 i= 1308 j=  702 glon=  297.53 (0-360E) glon=  297.53 glat=  37.76 u=  11.1700 v= -17.3800 vr=  -8.34723 vt=  18.89860
 i= 1313 j=  702 glon=  297.73 (0-360E) glon=  297.73 glat=  37.76 u=  12.6600 v= -17.8400 vr=  -9.43674 vt=  19.73548
 i= 1318 j=  702 glon=  297.93 (0-360E) glon=  297.93 glat=  37.76 u=  15.5900 v= -18.3100 vr= -11.83230 vt=  20.93564
 i= 1323 j=  702 glon=  298.13 (0-360E) glon=  298.13 glat=  37.76 u=  18.5000 v= -19.7500 vr= -13.83219 vt=  23.25904
 i= 1328 j=  702 glon=  298.33 (0-360E) glon=  298.33 glat=  37.76 u=  19.2900 v= -22.3200 vr= -13.17827 vt=  26.39355
 i= 1333 j=  702 glon=  298.53 (0-360E) glon=  298.53 glat=  37.76 u=  21.1800 v= -22.0300 vr= -13.84547 vt=  27.24364
 i= 1338 j=  702 glon=  298.73 (0-360E) glon=  298.73 glat=  37.76 u=  21.6300 v= -25.0400 vr= -11.35786 vt=  31.07825
 i= 1343 j=  702 glon=  298.93 (0-360E) glon=  298.93 glat=  37.76 u=  28.5700 v= -23.1400 vr= -15.13869 vt=  33.50410
 i= 1348 j=  702 glon=  299.13 (0-360E) glon=  299.13 glat=  37.76 u=  35.9100 v= -22.1000 vr= -15.50579 vt=  39.21108
 i= 1353 j=  702 glon=  299.33 (0-360E) glon=  299.33 glat=  37.76 u=  36.0800 v= -16.2200 vr=  -6.85201 vt=  38.96030
 i= 1358 j=  702 glon=  299.53 (0-360E) glon=  299.53 glat=  37.76 u=  35.4200 v=  -3.6500 vr=   2.91273 vt=  35.48824
 i= 1363 j=  702 glon=  299.73 (0-360E) glon=  299.73 glat=  37.76 u=  39.5000 v=  12.6600 vr=  10.56031 vt=  40.11241
 i= 1368 j=  702 glon=  299.93 (0-360E) glon=  299.93 glat=  37.76 u=  42.8000 v=  27.5800 vr=  17.01183 vt=  47.99056
 i= 1373 j=  702 glon=  300.13 (0-360E) glon=  300.13 glat=  37.76 u=  32.2300 v=  45.6700 vr=   7.82613 vt=  55.34685
 i= 1378 j=  702 glon=  300.33 (0-360E) glon=  300.33 glat=  37.76 u=  14.9700 v=  54.4500 vr=  -5.58039 vt=  56.19397
 i= 1383 j=  702 glon=  300.53 (0-360E) glon=  300.53 glat=  37.76 u=  11.6300 v=  50.9000 vr=  -3.88001 vt=  52.06738
 i= 1388 j=  702 glon=  300.73 (0-360E) glon=  300.73 glat=  37.76 u=  12.9600 v=  45.5000 vr=   1.20138 vt=  47.29448
 i= 1393 j=  702 glon=  300.93 (0-360E) glon=  300.93 glat=  37.76 u=  15.6500 v=  41.7600 vr=   6.24559 vt=  44.15668
 i= 1398 j=  702 glon=  301.13 (0-360E) glon=  301.13 glat=  37.76 u=  15.2800 v=  38.4900 vr=   7.64111 vt=  40.70101
 i= 1403 j=  702 glon=  301.33 (0-360E) glon=  301.33 glat=  37.76 u=  14.6700 v=  36.1400 vr=   8.25807 vt=  38.11972
 i= 1408 j=  702 glon=  301.53 (0-360E) glon=  301.53 glat=  37.76 u=  13.5800 v=  34.4200 vr=   8.05977 vt=  36.11361
 i= 1413 j=  702 glon=  301.73 (0-360E) glon=  301.73 glat=  37.76 u=  14.4800 v=  31.9200 vr=   9.77978 vt=  33.65877
 i= 1418 j=  702 glon=  301.93 (0-360E) glon=  301.93 glat=  37.76 u=  15.9600 v=  29.3500 vr=  11.95149 vt=  31.19785
 i= 1298 j=  707 glon=  297.13 (0-360E) glon=  297.13 glat=  37.56 u=  10.1400 v= -12.8000 vr=  -6.90498 vt=  14.79800
 i= 1303 j=  707 glon=  297.33 (0-360E) glon=  297.33 glat=  37.56 u=  10.0600 v= -14.1200 vr=  -6.21073 vt=  16.18656
 i= 1308 j=  707 glon=  297.53 (0-360E) glon=  297.53 glat=  37.56 u=  12.5100 v= -14.8700 vr=  -7.99061 vt=  17.71348
 i= 1313 j=  707 glon=  297.73 (0-360E) glon=  297.73 glat=  37.56 u=  14.6300 v= -15.9400 vr=  -9.19936 vt=  19.58296
 i= 1318 j=  707 glon=  297.93 (0-360E) glon=  297.93 glat=  37.56 u=  16.7000 v= -16.9200 vr= -10.15484 vt=  21.49548
 i= 1323 j=  707 glon=  298.13 (0-360E) glon=  298.13 glat=  37.56 u=  19.4900 v= -17.6200 vr= -11.55757 vt=  23.59549
 i= 1328 j=  707 glon=  298.33 (0-360E) glon=  298.33 glat=  37.56 u=  22.1300 v= -19.8000 vr= -11.72114 vt=  27.28355
 i= 1333 j=  707 glon=  298.53 (0-360E) glon=  298.53 glat=  37.56 u=  24.5700 v= -19.5800 vr= -11.95730 vt=  29.05313
 i= 1338 j=  707 glon=  298.73 (0-360E) glon=  298.73 glat=  37.56 u=  28.2400 v= -17.4500 vr= -13.27526 vt=  30.42643
 i= 1343 j=  707 glon=  298.93 (0-360E) glon=  298.93 glat=  37.56 u=  32.9400 v= -18.3100 vr= -11.84222 vt=  35.77795
 i= 1348 j=  707 glon=  299.13 (0-360E) glon=  299.13 glat=  37.56 u=  42.3900 v= -13.7200 vr= -13.88505 vt=  42.33622
 i= 1353 j=  707 glon=  299.33 (0-360E) glon=  299.33 glat=  37.56 u=  45.3700 v=  -6.0500 vr= -10.08516 vt=  44.64671
 i= 1358 j=  707 glon=  299.53 (0-360E) glon=  299.53 glat=  37.56 u=  52.0000 v=   4.2500 vr=  -4.83941 vt=  51.94846
 i= 1363 j=  707 glon=  299.73 (0-360E) glon=  299.73 glat=  37.56 u=  49.1600 v=  15.3600 vr=   1.63793 vt=  51.47769
 i= 1368 j=  707 glon=  299.93 (0-360E) glon=  299.93 glat=  37.56 u=  46.0200 v=  23.9500 vr=   6.98996 vt=  51.40606
 i= 1373 j=  707 glon=  300.13 (0-360E) glon=  300.13 glat=  37.56 u=  36.0100 v=  34.1000 vr=   2.89205 vt=  49.50925
 i= 1378 j=  707 glon=  300.33 (0-360E) glon=  300.33 glat=  37.56 u=  21.5900 v=  51.8700 vr= -12.19750 vt=  54.84383
 i= 1383 j=  707 glon=  300.53 (0-360E) glon=  300.53 glat=  37.56 u=  17.8900 v=  45.4600 vr=  -6.71652 vt=  48.38959
 i= 1388 j=  707 glon=  300.73 (0-360E) glon=  300.73 glat=  37.56 u=  20.3600 v=  42.1300 vr=   0.51671 vt=  46.78888
 i= 1393 j=  707 glon=  300.93 (0-360E) glon=  300.93 glat=  37.56 u=  19.1400 v=  38.7800 vr=   3.24645 vt=  43.12411
 i= 1398 j=  707 glon=  301.13 (0-360E) glon=  301.13 glat=  37.56 u=  20.2200 v=  36.2500 vr=   6.97642 vt=  40.91748
 i= 1403 j=  707 glon=  301.33 (0-360E) glon=  301.33 glat=  37.56 u=  17.4400 v=  34.6200 vr=   6.22550 vt=  38.26148
 i= 1408 j=  707 glon=  301.53 (0-360E) glon=  301.53 glat=  37.56 u=  15.7100 v=  32.6000 vr=   6.18730 vt=  35.65503
 i= 1413 j=  707 glon=  301.73 (0-360E) glon=  301.73 glat=  37.56 u=  16.7600 v=  30.2700 vr=   8.61603 vt=  33.51022
 i= 1418 j=  707 glon=  301.93 (0-360E) glon=  301.93 glat=  37.56 u=  17.8500 v=  27.7100 vr=  10.92285 vt=  31.09916
 i= 1298 j=  712 glon=  297.13 (0-360E) glon=  297.13 glat=  37.36 u=  12.6300 v= -11.8200 vr=  -8.11407 vt=  15.27715
 i= 1303 j=  712 glon=  297.33 (0-360E) glon=  297.33 glat=  37.36 u=  12.5900 v= -12.0600 vr=  -7.58368 vt=  15.69839
 i= 1308 j=  712 glon=  297.53 (0-360E) glon=  297.53 glat=  37.36 u=  13.2900 v= -12.0000 vr=  -7.75943 vt=  16.13739
 i= 1313 j=  712 glon=  297.73 (0-360E) glon=  297.73 glat=  37.36 u=  15.8700 v= -12.8800 vr=  -9.13990 vt=  18.28151
 i= 1318 j=  712 glon=  297.93 (0-360E) glon=  297.93 glat=  37.36 u=  19.2600 v= -13.6900 vr= -10.96467 vt=  20.93179
 i= 1323 j=  712 glon=  298.13 (0-360E) glon=  298.13 glat=  37.36 u=  21.9800 v= -15.3500 vr= -11.32012 vt=  24.30222
 i= 1328 j=  712 glon=  298.33 (0-360E) glon=  298.33 glat=  37.36 u=  25.0800 v= -16.6700 vr= -11.47075 vt=  27.84452
 i= 1333 j=  712 glon=  298.53 (0-360E) glon=  298.53 glat=  37.36 u=  28.9000 v= -15.1300 vr= -12.98135 vt=  29.92677
 i= 1338 j=  712 glon=  298.73 (0-360E) glon=  298.73 glat=  37.36 u=  30.8300 v= -13.2000 vr= -12.36608 vt=  31.17385
 i= 1343 j=  712 glon=  298.93 (0-360E) glon=  298.93 glat=  37.36 u=  33.2100 v= -10.3900 vr= -11.56838 vt=  32.81812
 i= 1348 j=  712 glon=  299.13 (0-360E) glon=  299.13 glat=  37.36 u=  36.2400 v=  -8.8300 vr=  -8.35236 vt=  36.35305
 i= 1353 j=  712 glon=  299.33 (0-360E) glon=  299.33 glat=  37.36 u=  39.3000 v=  -6.7900 vr=  -3.12167 vt=  39.75990
 i= 1358 j=  712 glon=  299.53 (0-360E) glon=  299.53 glat=  37.36 u=  42.9900 v=   0.6200 vr=  -0.95526 vt=  42.98386
 i= 1363 j=  712 glon=  299.73 (0-360E) glon=  299.73 glat=  37.36 u=  43.3700 v=  10.4900 vr=  -0.11483 vt=  44.62044
 i= 1368 j=  712 glon=  299.93 (0-360E) glon=  299.93 glat=  37.36 u=  39.6500 v=  20.0200 vr=  -0.67789 vt=  44.41242
 i= 1373 j=  712 glon=  300.13 (0-360E) glon=  300.13 glat=  37.36 u=  32.7600 v=  38.1400 vr= -11.41657 vt=  48.96467
 i= 1378 j=  712 glon=  300.33 (0-360E) glon=  300.33 glat=  37.36 u=  28.4400 v=  42.6700 vr= -10.61850 vt=  50.16782
 i= 1383 j=  712 glon=  300.53 (0-360E) glon=  300.53 glat=  37.36 u=  21.9000 v=  38.7500 vr=  -7.57247 vt=  43.86149
 i= 1388 j=  712 glon=  300.73 (0-360E) glon=  300.73 glat=  37.36 u=  24.1100 v=  36.8400 vr=  -0.82543 vt=  44.02041
 i= 1393 j=  712 glon=  300.93 (0-360E) glon=  300.93 glat=  37.36 u=  23.2600 v=  35.0800 vr=   2.37162 vt=  42.02391
 i= 1398 j=  712 glon=  301.13 (0-360E) glon=  301.13 glat=  37.36 u=  21.9700 v=  34.2500 vr=   3.93570 vt=  40.50005
 i= 1403 j=  712 glon=  301.33 (0-360E) glon=  301.33 glat=  37.36 u=  19.8600 v=  32.1300 vr=   4.73279 vt=  37.47475
 i= 1408 j=  712 glon=  301.53 (0-360E) glon=  301.53 glat=  37.36 u=  17.6900 v=  30.2300 vr=   4.85728 vt=  34.68711
 i= 1413 j=  712 glon=  301.73 (0-360E) glon=  301.73 glat=  37.36 u=  18.0000 v=  28.1100 vr=   6.98627 vt=  32.63992
 i= 1418 j=  712 glon=  301.93 (0-360E) glon=  301.93 glat=  37.36 u=  19.2800 v=  25.6600 vr=   9.86862 vt=  30.54119
 i= 1303 j=  717 glon=  297.33 (0-360E) glon=  297.33 glat=  37.16 u=  15.7400 v= -10.8500 vr=  -9.39637 vt=  16.64867
 i= 1308 j=  717 glon=  297.53 (0-360E) glon=  297.53 glat=  37.16 u=  16.5700 v= -10.4000 vr=  -9.70720 vt=  16.98514
 i= 1313 j=  717 glon=  297.73 (0-360E) glon=  297.73 glat=  37.16 u=  18.1000 v= -10.5400 vr= -10.19381 vt=  18.29721
 i= 1318 j=  717 glon=  297.93 (0-360E) glon=  297.93 glat=  37.16 u=  19.2900 v= -11.5300 vr=  -9.66950 vt=  20.28659
 i= 1323 j=  717 glon=  298.13 (0-360E) glon=  298.13 glat=  37.16 u=  22.7700 v= -12.6500 vr= -10.48743 vt=  23.84343
 i= 1328 j=  717 glon=  298.33 (0-360E) glon=  298.33 glat=  37.16 u=  26.1700 v= -11.8900 vr= -11.73456 vt=  26.24007
 i= 1333 j=  717 glon=  298.53 (0-360E) glon=  298.53 glat=  37.16 u=  30.3800 v= -12.7100 vr= -11.62630 vt=  30.81100
 i= 1338 j=  717 glon=  298.73 (0-360E) glon=  298.73 glat=  37.16 u=  33.0100 v= -12.4000 vr= -10.05360 vt=  33.79860
 i= 1343 j=  717 glon=  298.93 (0-360E) glon=  298.93 glat=  37.16 u=  31.4000 v=  -8.8800 vr=  -7.83977 vt=  31.67574
 i= 1348 j=  717 glon=  299.13 (0-360E) glon=  299.13 glat=  37.16 u=  34.2400 v=  -1.7400 vr= -10.60212 vt=  32.60368
 i= 1353 j=  717 glon=  299.33 (0-360E) glon=  299.33 glat=  37.16 u=  36.2000 v=   2.8800 vr=  -9.72794 vt=  34.98716
 i= 1358 j=  717 glon=  299.53 (0-360E) glon=  299.53 glat=  37.16 u=  37.5400 v=   7.6200 vr=  -7.84304 vt=  37.49403
 i= 1363 j=  717 glon=  299.73 (0-360E) glon=  299.73 glat=  37.16 u=  39.6500 v=  17.5900 vr= -10.19369 vt=  42.16182
 i= 1368 j=  717 glon=  299.93 (0-360E) glon=  299.93 glat=  37.16 u=  40.2000 v=  26.9800 vr= -11.33550 vt=  47.06875
 i= 1373 j=  717 glon=  300.13 (0-360E) glon=  300.13 glat=  37.16 u=  36.2700 v=  30.9000 vr=  -9.29730 vt=  46.73204
 i= 1378 j=  717 glon=  300.33 (0-360E) glon=  300.33 glat=  37.16 u=  31.6000 v=  32.1100 vr=  -6.84402 vt=  44.52832
 i= 1383 j=  717 glon=  300.53 (0-360E) glon=  300.53 glat=  37.16 u=  26.2500 v=  32.0400 vr=  -5.51786 vt=  41.05091
 i= 1388 j=  717 glon=  300.73 (0-360E) glon=  300.73 glat=  37.16 u=  25.8000 v=  31.7200 vr=  -1.88708 vt=  40.84406
 i= 1393 j=  717 glon=  300.93 (0-360E) glon=  300.93 glat=  37.16 u=  24.6100 v=  31.4700 vr=   0.40145 vt=  39.94811
 i= 1398 j=  717 glon=  301.13 (0-360E) glon=  301.13 glat=  37.16 u=  23.6900 v=  30.3100 vr=   2.78842 vt=  38.36844
 i= 1403 j=  717 glon=  301.33 (0-360E) glon=  301.33 glat=  37.16 u=  21.1100 v=  28.6000 vr=   3.46503 vt=  35.37776
 i= 1408 j=  717 glon=  301.53 (0-360E) glon=  301.53 glat=  37.16 u=  19.7000 v=  26.9300 vr=   4.58668 vt=  33.04962
 i= 1413 j=  717 glon=  301.73 (0-360E) glon=  301.73 glat=  37.16 u=  21.3800 v=  24.5400 vr=   8.39979 vt=  31.44455
 i= 1308 j=  722 glon=  297.53 (0-360E) glon=  297.53 glat=  36.96 u=  18.8200 v=  -9.4600 vr= -10.49001 vt=  18.26592
 i= 1313 j=  722 glon=  297.73 (0-360E) glon=  297.73 glat=  36.96 u=  20.3500 v=  -9.2800 vr= -10.93274 vt=  19.51195
 i= 1318 j=  722 glon=  297.93 (0-360E) glon=  297.93 glat=  36.96 u=  21.6800 v=  -9.6100 vr= -10.63788 vt=  21.19458
 i= 1323 j=  722 glon=  298.13 (0-360E) glon=  298.13 glat=  36.96 u=  23.3500 v= -10.4800 vr=  -9.85479 vt=  23.62067
 i= 1328 j=  722 glon=  298.33 (0-360E) glon=  298.33 glat=  36.96 u=  26.2700 v= -10.6500 vr=  -9.87624 vt=  26.57057
 i= 1333 j=  722 glon=  298.53 (0-360E) glon=  298.53 glat=  36.96 u=  30.4800 v=  -9.7000 vr= -10.79567 vt=  30.10937
 i= 1338 j=  722 glon=  298.73 (0-360E) glon=  298.73 glat=  36.96 u=  35.0400 v=  -8.0500 vr= -11.43902 vt=  34.08450
 i= 1343 j=  722 glon=  298.93 (0-360E) glon=  298.93 glat=  36.96 u=  37.3800 v=  -1.5500 vr= -14.23868 vt=  34.59663
 i= 1348 j=  722 glon=  299.13 (0-360E) glon=  299.13 glat=  36.96 u=  37.7600 v=   0.6100 vr= -11.73024 vt=  35.89695
 i= 1353 j=  722 glon=  299.33 (0-360E) glon=  299.33 glat=  36.96 u=  40.2100 v=   2.2100 vr=  -8.41734 vt=  39.38117
 i= 1358 j=  722 glon=  299.53 (0-360E) glon=  299.53 glat=  36.96 u=  44.8800 v=   7.6900 vr=  -7.90554 vt=  44.84254
 i= 1363 j=  722 glon=  299.73 (0-360E) glon=  299.73 glat=  36.96 u=  40.7900 v=  16.3400 vr= -10.22015 vt=  42.73603
 i= 1368 j=  722 glon=  299.93 (0-360E) glon=  299.93 glat=  36.96 u=  36.5100 v=  22.3100 vr= -10.90120 vt=  41.37487
 i= 1373 j=  722 glon=  300.13 (0-360E) glon=  300.13 glat=  36.96 u=  33.6500 v=  25.7400 vr=  -9.61930 vt=  41.25941
 i= 1378 j=  722 glon=  300.33 (0-360E) glon=  300.33 glat=  36.96 u=  30.9900 v=  26.0700 vr=  -6.32240 vt=  40.00065
 i= 1383 j=  722 glon=  300.53 (0-360E) glon=  300.53 glat=  36.96 u=  27.5700 v=  27.2300 vr=  -5.13383 vt=  38.40861
 i= 1388 j=  722 glon=  300.73 (0-360E) glon=  300.73 glat=  36.96 u=  27.1200 v=  26.8900 vr=  -1.73019 vt=  38.15197
 i= 1393 j=  722 glon=  300.93 (0-360E) glon=  300.93 glat=  36.96 u=  25.7000 v=  27.0100 vr=   0.09001 vt=  37.28300
 i= 1398 j=  722 glon=  301.13 (0-360E) glon=  301.13 glat=  36.96 u=  25.3100 v=  25.1600 vr=   3.42629 vt=  35.52298
 i= 1403 j=  722 glon=  301.33 (0-360E) glon=  301.33 glat=  36.96 u=  21.2900 v=  25.2600 vr=   2.13886 vt=  32.96600
 i= 1408 j=  722 glon=  301.53 (0-360E) glon=  301.53 glat=  36.96 u=  21.6500 v=  23.6100 vr=   4.96231 vt=  31.64696
 i= 1308 j=  727 glon=  297.53 (0-360E) glon=  297.53 glat=  36.76 u=  20.5800 v=  -7.1000 vr= -11.79218 vt=  18.30002
 i= 1313 j=  727 glon=  297.73 (0-360E) glon=  297.73 glat=  36.76 u=  21.6800 v=  -7.0800 vr= -11.68736 vt=  19.58454
 i= 1318 j=  727 glon=  297.93 (0-360E) glon=  297.93 glat=  36.76 u=  23.6500 v=  -6.4400 vr= -12.38990 vt=  21.14915
 i= 1323 j=  727 glon=  298.13 (0-360E) glon=  298.13 glat=  36.76 u=  25.6200 v=  -7.2800 vr= -11.65871 vt=  23.94697
 i= 1328 j=  727 glon=  298.33 (0-360E) glon=  298.33 glat=  36.76 u=  29.8500 v=  -3.6700 vr= -15.27443 vt=  25.90721
 i= 1333 j=  727 glon=  298.53 (0-360E) glon=  298.53 glat=  36.76 u=  31.6400 v=  -1.6500 vr= -15.69186 vt=  27.52413
 i= 1338 j=  727 glon=  298.73 (0-360E) glon=  298.73 glat=  36.76 u=  28.2000 v=  -0.6100 vr= -12.35270 vt=  25.35790
 i= 1343 j=  727 glon=  298.93 (0-360E) glon=  298.93 glat=  36.76 u=  32.3300 v=  -2.2400 vr=  -9.57479 vt=  30.96078
 i= 1348 j=  727 glon=  299.13 (0-360E) glon=  299.13 glat=  36.76 u=  35.1600 v=   0.4100 vr=  -9.22259 vt=  33.93137
 i= 1353 j=  727 glon=  299.33 (0-360E) glon=  299.33 glat=  36.76 u=  37.9300 v=   5.3900 vr= -10.29654 vt=  36.90147
 i= 1358 j=  727 glon=  299.53 (0-360E) glon=  299.53 glat=  36.76 u=  39.0500 v=  10.0200 vr= -10.17737 vt=  39.00928
 i= 1363 j=  727 glon=  299.73 (0-360E) glon=  299.73 glat=  36.76 u=  38.2100 v=  15.3400 vr= -10.53551 vt=  39.80355
 i= 1368 j=  727 glon=  299.93 (0-360E) glon=  299.93 glat=  36.76 u=  34.7900 v=  17.7900 vr=  -8.77585 vt=  38.07641
 i= 1373 j=  727 glon=  300.13 (0-360E) glon=  300.13 glat=  36.76 u=  33.2100 v=  19.4400 vr=  -6.41588 vt=  37.94278
 i= 1378 j=  727 glon=  300.33 (0-360E) glon=  300.33 glat=  36.76 u=  29.0400 v=  23.0000 vr=  -7.40682 vt=  36.29684
 i= 1383 j=  727 glon=  300.53 (0-360E) glon=  300.53 glat=  36.76 u=  28.9400 v=  23.1500 vr=  -4.07387 vt=  36.83544
 i= 1388 j=  727 glon=  300.73 (0-360E) glon=  300.73 glat=  36.76 u=  27.4300 v=  22.4000 vr=  -1.23186 vt=  35.39276
 i= 1393 j=  727 glon=  300.93 (0-360E) glon=  300.93 glat=  36.76 u=  26.5000 v=  22.0500 vr=   1.08524 vt=  34.45685
 i= 1398 j=  727 glon=  301.13 (0-360E) glon=  301.13 glat=  36.76 u=  24.1500 v=  22.4600 vr=   1.40875 vt=  32.94980
 i= 1403 j=  727 glon=  301.33 (0-360E) glon=  301.33 glat=  36.76 u=  21.7100 v=  22.6200 vr=   1.38921 vt=  31.32185
 i= 1408 j=  727 glon=  301.53 (0-360E) glon=  301.53 glat=  36.76 u=  23.8700 v=  20.3800 vr=   6.07870 vt=  30.79238
 i= 1318 j=  732 glon=  297.93 (0-360E) glon=  297.93 glat=  36.56 u=  23.8600 v=  -4.9400 vr= -12.05730 vt=  21.17368
 i= 1323 j=  732 glon=  298.13 (0-360E) glon=  298.13 glat=  36.56 u=  25.7800 v=  -3.4800 vr= -12.98989 vt=  22.53845
 i= 1328 j=  732 glon=  298.33 (0-360E) glon=  298.33 glat=  36.56 u=  26.8000 v=  -1.9300 vr= -13.18675 vt=  23.41099
 i= 1333 j=  732 glon=  298.53 (0-360E) glon=  298.53 glat=  36.56 u=  28.0000 v=  -0.2100 vr= -13.36110 vt=  24.60742
 i= 1338 j=  732 glon=  298.73 (0-360E) glon=  298.73 glat=  36.56 u=  28.6800 v=   0.6600 vr= -12.22212 vt=  25.95376
 i= 1343 j=  732 glon=  298.93 (0-360E) glon=  298.93 glat=  36.56 u=  30.7900 v=   1.0600 vr= -10.74225 vt=  28.87476
 i= 1348 j=  732 glon=  299.13 (0-360E) glon=  299.13 glat=  36.56 u=  33.6200 v=   2.8800 vr= -10.14213 vt=  32.18285
 i= 1353 j=  732 glon=  299.33 (0-360E) glon=  299.33 glat=  36.56 u=  34.6300 v=   5.8800 vr=  -9.74724 vt=  33.74615
 i= 1358 j=  732 glon=  299.53 (0-360E) glon=  299.53 glat=  36.56 u=  35.0600 v=   8.1000 vr=  -8.22175 vt=  35.03165
 i= 1363 j=  732 glon=  299.73 (0-360E) glon=  299.73 glat=  36.56 u=  34.8600 v=  10.6200 vr=  -6.86741 vt=  35.78886
 i= 1368 j=  732 glon=  299.93 (0-360E) glon=  299.93 glat=  36.56 u=  33.5300 v=  12.7800 vr=  -5.39568 vt=  35.47501
 i= 1373 j=  732 glon=  300.13 (0-360E) glon=  300.13 glat=  36.56 u=  30.4400 v=  16.4800 vr=  -6.22149 vt=  34.05109
 i= 1378 j=  732 glon=  300.33 (0-360E) glon=  300.33 glat=  36.56 u=  30.2800 v=  16.9400 vr=  -3.42131 vt=  34.52733
 i= 1383 j=  732 glon=  300.53 (0-360E) glon=  300.53 glat=  36.56 u=  28.4800 v=  18.0000 vr=  -2.15537 vt=  33.62238
 i= 1388 j=  732 glon=  300.73 (0-360E) glon=  300.73 glat=  36.56 u=  26.3100 v=  19.5100 vr=  -1.89920 vt=  32.69938
 i= 1393 j=  732 glon=  300.93 (0-360E) glon=  300.93 glat=  36.56 u=  25.5200 v=  19.8400 vr=  -0.26309 vt=  32.32378
 i= 1398 j=  732 glon=  301.13 (0-360E) glon=  301.13 glat=  36.56 u=  22.9300 v=  20.6400 vr=  -0.46163 vt=  30.84771
 i= 1323 j=  737 glon=  298.13 (0-360E) glon=  298.13 glat=  36.36 u=  25.6400 v=  -3.1600 vr= -11.77197 vt=  22.99600
 i= 1328 j=  737 glon=  298.33 (0-360E) glon=  298.33 glat=  36.36 u=  25.9000 v=  -3.1000 vr= -10.34701 vt=  23.94492
 i= 1333 j=  737 glon=  298.53 (0-360E) glon=  298.53 glat=  36.36 u=  27.3700 v=  -1.5200 vr= -10.59056 vt=  25.28374
 i= 1338 j=  737 glon=  298.73 (0-360E) glon=  298.73 glat=  36.36 u=  29.6200 v=   0.3100 vr= -11.03562 vt=  27.48919
 i= 1343 j=  737 glon=  298.93 (0-360E) glon=  298.93 glat=  36.36 u=  31.0400 v=   1.4200 vr= -10.08730 vt=  29.38953
 i= 1348 j=  737 glon=  299.13 (0-360E) glon=  299.13 glat=  36.36 u=  32.0900 v=   2.5900 vr=  -8.72346 vt=  30.98996
 i= 1353 j=  737 glon=  299.33 (0-360E) glon=  299.33 glat=  36.36 u=  32.5000 v=   4.4300 vr=  -7.63249 vt=  31.90016
 i= 1358 j=  737 glon=  299.53 (0-360E) glon=  299.53 glat=  36.36 u=  32.6500 v=   6.6400 vr=  -6.73963 vt=  32.62958
 i= 1363 j=  737 glon=  299.73 (0-360E) glon=  299.73 glat=  36.36 u=  32.3000 v=   9.5300 vr=  -6.47844 vt=  33.04755
 i= 1368 j=  737 glon=  299.93 (0-360E) glon=  299.93 glat=  36.36 u=  31.2100 v=  12.5200 vr=  -6.46722 vt=  32.99984
 i= 1373 j=  737 glon=  300.13 (0-360E) glon=  300.13 glat=  36.36 u=  29.9400 v=  14.0600 vr=  -5.26155 vt=  32.65583
 i= 1378 j=  737 glon=  300.33 (0-360E) glon=  300.33 glat=  36.36 u=  28.3500 v=  15.5300 vr=  -4.35559 vt=  32.03018
 i= 1383 j=  737 glon=  300.53 (0-360E) glon=  300.53 glat=  36.36 u=  26.2600 v=  17.5400 vr=  -4.45883 vt=  31.26273
 i= 1388 j=  737 glon=  300.73 (0-360E) glon=  300.73 glat=  36.36 u=  25.4000 v=  17.7600 vr=  -2.71576 vt=  30.87397
 i= 1393 j=  737 glon=  300.93 (0-360E) glon=  300.93 glat=  36.36 u=  23.9900 v=  18.4300 vr=  -1.91892 vt=  30.19110
 i= 1333 j=  742 glon=  298.53 (0-360E) glon=  298.53 glat=  36.16 u=  26.6600 v=  -0.9100 vr=  -9.76325 vt=  24.82464
 i= 1338 j=  742 glon=  298.73 (0-360E) glon=  298.73 glat=  36.16 u=  28.4900 v=   0.5900 vr=  -9.90372 vt=  26.71974
 i= 1343 j=  742 glon=  298.93 (0-360E) glon=  298.93 glat=  36.16 u=  30.0800 v=   2.2500 vr=  -9.77940 vt=  28.53475
 i= 1348 j=  742 glon=  299.13 (0-360E) glon=  299.13 glat=  36.16 u=  30.8100 v=   3.8800 vr=  -9.13570 vt=  29.67911
 i= 1353 j=  742 glon=  299.33 (0-360E) glon=  299.33 glat=  36.16 u=  31.1200 v=   5.6300 vr=  -8.36422 vt=  30.49904
 i= 1358 j=  742 glon=  299.53 (0-360E) glon=  299.53 glat=  36.16 u=  30.6700 v=   7.2200 vr=  -7.30346 vt=  30.65023
 i= 1363 j=  742 glon=  299.73 (0-360E) glon=  299.73 glat=  36.16 u=  29.5900 v=   9.8300 vr=  -7.33440 vt=  30.30517
 i= 1368 j=  742 glon=  299.93 (0-360E) glon=  299.93 glat=  36.16 u=  28.6300 v=  12.4700 vr=  -7.50556 vt=  30.31245
 i= 1373 j=  742 glon=  300.13 (0-360E) glon=  300.13 glat=  36.16 u=  27.8200 v=  14.3800 vr=  -7.03751 vt=  30.51574
 i= 1378 j=  742 glon=  300.33 (0-360E) glon=  300.33 glat=  36.16 u=  26.1500 v=  15.5300 vr=  -6.23644 vt=  29.76760
 i= 1383 j=  742 glon=  300.53 (0-360E) glon=  300.53 glat=  36.16 u=  25.6400 v=  15.6500 vr=  -4.30361 vt=  29.72896
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    26.8131286027042       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     46.01 kts
    LL Wind Circ Vt mean quadmax value: SE     51.59 kts
    LL Wind Circ Vt mean quadmax value: SW     53.02 kts
    LL Wind Circ Vt mean quadmax value: NW     41.36 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   20.3420927882104       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    38.0709560994708     
   xcenlon=    299.661911883927     
   imax=         2738  jmax=         2041
   jlatfix=          694
   ilonfix (unadjusted) =         1362
  
 In get_max_wind, ibeg=         1275  iend=         1448
                  jbeg=          626  jend=          763
         ilonfix=         1362  jlatfix=          694
 At end of get_max_wind, vmax=    39.8641392732867       rmax= 
   22.1619312387936     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.64 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.78 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    9.96 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.20 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   10.64 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   11.53 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   12.97 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.27 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   18.21 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   21.58 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   24.68 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   27.26 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   29.29 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   30.77 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   31.84 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   32.46 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   32.67 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   32.51 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   32.03 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   31.36 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   30.61 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   29.90 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   29.23 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   28.59 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   27.93 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   27.26 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   26.63 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   26.05 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   25.47 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.95 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   24.48 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   24.06 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   23.68 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   23.31 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.94 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   22.58 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   22.25 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.98 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.73 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.53 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   21.32 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   21.12 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    32.67 m/s   maxrmw_dist=    51.00  km   maxrmw_ix=   17
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    51.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    32.6676889731951      
  (m/s)   (in kts)=    63.4635193682262     
  rising_sum_dvdr=       23.0321143181595     
  declining_sum_dvdr=   -9.35981489055706     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    78 igrct=  1 Vmax (m/s)=   39.864   22:26:54
 TIMING: before call  getradii, fhr=    78 igrct=  1   22:26:55
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.03451347484753     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.03451347484753     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.4215227531235     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.4215227531235     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.5093611145894     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.5093611145894     
 mr4qs after add, mean_radii_vt_4quad_sum=    4.75828937760965     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    4.76 good_quad_ct=   4 mean_vt_4quad=      1.19
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.18 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.23 mean_vt_4quad=    9.73
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.25 mean_vt_4quad=    9.78
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.27 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.34 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.39 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.44 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.50 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.54 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.63 mean_vt_4quad=   10.15
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.71 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.81 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.92 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   15.02 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   15.14 mean_vt_4quad=   10.41
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   15.25 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.35 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.44 mean_vt_4quad=   10.54
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   15.53 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   15.63 mean_vt_4quad=   10.63
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.72 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.81 mean_vt_4quad=   10.71
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.86 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.90 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.93 mean_vt_4quad=   10.82
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.97 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   16.03 mean_vt_4quad=   10.89
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   16.09 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   16.17 mean_vt_4quad=   10.98
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   16.25 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   16.31 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.38 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.46 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.49 mean_vt_4quad=   11.22
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.51 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.55 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.61 mean_vt_4quad=   11.44
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.70 mean_vt_4quad=   11.52
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.82 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.98 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   17.13 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.26 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   17.37 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   17.46 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   17.53 mean_vt_4quad=   12.16
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.16 .... 0.5*v_holland=    6.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.25 .... 0.5*v_holland=    6.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.35 .... 0.5*v_holland=    6.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   12.45 .... 0.5*v_holland=    6.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   12.54 .... 0.5*v_holland=    6.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    237.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   127.885200000000     
 vradius(iwindix,iquad) =         128
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   17.53 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   17.60 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.66 mean_vt_4quad=   12.35
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.75 mean_vt_4quad=   12.45
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.82 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.87 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.97 mean_vt_4quad=   12.74
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   18.12 mean_vt_4quad=   12.84
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   18.30 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   18.48 mean_vt_4quad=   13.06
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.62 mean_vt_4quad=   13.17
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.72 mean_vt_4quad=   13.29
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.78 mean_vt_4quad=   13.41
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.81 mean_vt_4quad=   13.55
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.85 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.87 mean_vt_4quad=   13.87
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.91 mean_vt_4quad=   14.04
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.02 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   19.20 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.44 mean_vt_4quad=   14.52
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.72 mean_vt_4quad=   14.69
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.98 mean_vt_4quad=   14.86
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.23 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.49 mean_vt_4quad=   15.23
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.74 mean_vt_4quad=   15.42
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.99 mean_vt_4quad=   15.62
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.22 mean_vt_4quad=   15.83
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.47 mean_vt_4quad=   16.04
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.76 mean_vt_4quad=   16.25
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   22.08 mean_vt_4quad=   16.47
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.44 mean_vt_4quad=   16.69
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.87 mean_vt_4quad=   16.92
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.37 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.73 mean_vt_4quad=   17.42
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.98 mean_vt_4quad=   17.67
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.16 mean_vt_4quad=   17.92
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.30 mean_vt_4quad=   18.16
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.48 mean_vt_4quad=   18.41
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.77 mean_vt_4quad=   18.66
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.07 mean_vt_4quad=   18.93
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   25.20 mean_vt_4quad=   19.20
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   25.20 mean_vt_4quad=   19.47
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   25.18 mean_vt_4quad=   19.73
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   25.30 mean_vt_4quad=   19.99
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.83 mean_vt_4quad=   20.29
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.83 mean_vt_4quad=   20.29
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   26.59 mean_vt_4quad=   20.62
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   27.31 mean_vt_4quad=   20.96
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   27.85 mean_vt_4quad=   21.32
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   28.27 mean_vt_4quad=   21.71
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   28.61 mean_vt_4quad=   22.15
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   29.00 mean_vt_4quad=   22.64
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   29.48 mean_vt_4quad=   23.16
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   30.04 mean_vt_4quad=   23.71
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   30.64 mean_vt_4quad=   24.29
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   31.26 mean_vt_4quad=   24.91
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   31.92 mean_vt_4quad=   25.57
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   32.65 mean_vt_4quad=   26.24
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   33.53 mean_vt_4quad=   26.95
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.82 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.89 mean_vt_4quad=    9.73
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.95 mean_vt_4quad=    9.78
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   15.01 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   15.08 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.14 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.20 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.26 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.33 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.41 mean_vt_4quad=   10.15
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.47 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.54 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.61 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.68 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.74 mean_vt_4quad=   10.41
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.79 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.83 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.86 mean_vt_4quad=   10.54
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.89 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.93 mean_vt_4quad=   10.63
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.97 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.02 mean_vt_4quad=   10.71
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.09 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.16 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.25 mean_vt_4quad=   10.82
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.33 mean_vt_4quad=   10.85
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.42 mean_vt_4quad=   10.89
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.53 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.66 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.78 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.87 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.98 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.10 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.19 mean_vt_4quad=   11.22
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.25 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.35 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.45 mean_vt_4quad=   11.44
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.55 mean_vt_4quad=   11.52
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   11.52 .... 0.5*v_holland=    6.37
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   11.60 .... 0.5*v_holland=    6.37
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   11.69 .... 0.5*v_holland=    6.37
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   11.78 .... 0.5*v_holland=    6.37
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    6.37
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    258.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   139.216800000000     
 vradius(iwindix,iquad) =         139
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.55 mean_vt_4quad=   11.52
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.65 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.76 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.86 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.98 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.09 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.23 mean_vt_4quad=   12.06
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.33 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.44 mean_vt_4quad=   12.25
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.57 mean_vt_4quad=   12.35
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.74 mean_vt_4quad=   12.45
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.93 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.09 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.28 mean_vt_4quad=   12.74
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.44 mean_vt_4quad=   12.84
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.63 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.78 mean_vt_4quad=   13.06
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.93 mean_vt_4quad=   13.17
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.02 mean_vt_4quad=   13.29
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.09 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.16 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.27 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.51 mean_vt_4quad=   13.87
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   20.77 mean_vt_4quad=   14.04
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.04 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   21.26 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   21.43 mean_vt_4quad=   14.52
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   21.55 mean_vt_4quad=   14.69
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   21.76 mean_vt_4quad=   14.86
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   22.00 mean_vt_4quad=   15.04
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   22.37 mean_vt_4quad=   15.23
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   22.86 mean_vt_4quad=   15.42
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   23.37 mean_vt_4quad=   15.62
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   23.83 mean_vt_4quad=   15.83
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   24.29 mean_vt_4quad=   16.04
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   24.58 mean_vt_4quad=   16.25
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   24.87 mean_vt_4quad=   16.47
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   25.29 mean_vt_4quad=   16.69
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   25.71 mean_vt_4quad=   16.92
  
 NO interp, exactdistkm=    144.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   77.7024000000000     
 vradius(iwindix,iquad) =          78
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   25.71 mean_vt_4quad=   16.92
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   26.14 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   26.61 mean_vt_4quad=   17.42
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   27.04 mean_vt_4quad=   17.67
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   27.53 mean_vt_4quad=   17.92
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   27.70 mean_vt_4quad=   18.16
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   27.63 mean_vt_4quad=   18.41
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   27.65 mean_vt_4quad=   18.66
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   28.07 mean_vt_4quad=   18.93
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   28.80 mean_vt_4quad=   19.20
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   29.85 mean_vt_4quad=   19.47
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   31.05 mean_vt_4quad=   19.73
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   32.14 mean_vt_4quad=   19.99
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   33.03 mean_vt_4quad=   20.29
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   13.86 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.90 mean_vt_4quad=    9.73
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.95 mean_vt_4quad=    9.78
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.01 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.03 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   14.03 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   14.02 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   14.06 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   14.11 mean_vt_4quad=   10.09
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   14.19 mean_vt_4quad=   10.15
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   14.32 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   14.45 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   14.60 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.71 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.77 mean_vt_4quad=   10.41
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.84 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.90 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.98 mean_vt_4quad=   10.54
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.04 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   15.14 mean_vt_4quad=   10.63
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   15.22 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.36 mean_vt_4quad=   10.71
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.47 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.54 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.60 mean_vt_4quad=   10.82
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.70 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.82 mean_vt_4quad=   10.89
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.95 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   16.08 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   16.24 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   16.45 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.64 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.86 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   17.08 mean_vt_4quad=   11.22
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   17.30 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   17.41 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   17.46 mean_vt_4quad=   11.44
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   17.41 mean_vt_4quad=   11.52
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.40 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.44 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.62 mean_vt_4quad=   11.78
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   11.78 .... 0.5*v_holland=    6.59
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    6.59
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   11.96 .... 0.5*v_holland=    6.59
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   12.06 .... 0.5*v_holland=    6.59
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.16 .... 0.5*v_holland=    6.59
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    249.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   134.360400000000     
 vradius(iwindix,iquad) =         134
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.62 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   17.87 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   18.12 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   18.37 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   18.52 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   18.61 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.69 mean_vt_4quad=   12.35
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.80 mean_vt_4quad=   12.45
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   18.94 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   19.10 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   19.30 mean_vt_4quad=   12.74
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   19.45 mean_vt_4quad=   12.84
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   19.57 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.60 mean_vt_4quad=   13.06
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.59 mean_vt_4quad=   13.17
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.64 mean_vt_4quad=   13.29
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   19.77 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   20.23 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.75 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   21.18 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   21.42 mean_vt_4quad=   14.04
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.38 mean_vt_4quad=   14.20
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   21.28 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   21.24 mean_vt_4quad=   14.52
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   21.50 mean_vt_4quad=   14.69
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   21.93 mean_vt_4quad=   14.86
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   22.23 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   22.44 mean_vt_4quad=   15.23
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   22.52 mean_vt_4quad=   15.42
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   22.83 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   23.33 mean_vt_4quad=   15.83
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   23.95 mean_vt_4quad=   16.04
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   24.68 mean_vt_4quad=   16.25
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   25.42 mean_vt_4quad=   16.47
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   26.13 mean_vt_4quad=   16.69
  
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   26.13 mean_vt_4quad=   16.69
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   26.76 mean_vt_4quad=   16.92
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   27.21 mean_vt_4quad=   17.17
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   27.48 mean_vt_4quad=   17.42
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   27.63 mean_vt_4quad=   17.67
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   27.85 mean_vt_4quad=   17.92
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   28.04 mean_vt_4quad=   18.16
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   28.04 mean_vt_4quad=   18.41
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   27.92 mean_vt_4quad=   18.66
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   27.47 mean_vt_4quad=   18.93
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   26.35 mean_vt_4quad=   19.20
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   25.89 mean_vt_4quad=   19.47
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   26.19 mean_vt_4quad=   19.73
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   26.34 mean_vt_4quad=   19.99
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   26.45 mean_vt_4quad=   20.29
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   26.83 mean_vt_4quad=   20.62
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   27.50 mean_vt_4quad=   20.96
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   28.07 mean_vt_4quad=   21.32
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   28.53 mean_vt_4quad=   21.71
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   29.06 mean_vt_4quad=   22.15
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.63 mean_vt_4quad=   22.64
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   30.24 mean_vt_4quad=   23.16
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   30.83 mean_vt_4quad=   23.71
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   31.40 mean_vt_4quad=   24.29
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   31.91 mean_vt_4quad=   24.91
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   32.39 mean_vt_4quad=   25.57
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   32.84 mean_vt_4quad=   26.24
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   33.28 mean_vt_4quad=   26.95
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.06 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.95 mean_vt_4quad=    9.73
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.80 mean_vt_4quad=    9.78
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.70 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.67 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.64 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.59 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.53 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.46 mean_vt_4quad=   10.09
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.37 mean_vt_4quad=   10.15
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.29 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   13.24 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   13.21 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   13.21 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   13.20 mean_vt_4quad=   10.41
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   13.15 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   13.10 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   13.04 mean_vt_4quad=   10.54
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   13.02 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   12.96 mean_vt_4quad=   10.63
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   12.91 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   12.79 mean_vt_4quad=   10.71
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   12.69 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   12.63 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   12.58 mean_vt_4quad=   10.82
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   12.57 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.54 mean_vt_4quad=   10.89
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.53 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.55 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   12.53 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   12.43 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   12.27 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   12.04 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.75 mean_vt_4quad=   11.22
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.49 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.34 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.26 mean_vt_4quad=   11.44
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.22 mean_vt_4quad=   11.52
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.16 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.10 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.09 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.10 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.19 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.28 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.35 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.45 mean_vt_4quad=   12.25
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.55 mean_vt_4quad=   12.35
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.63 mean_vt_4quad=   12.45
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.69 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.75 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   11.87 mean_vt_4quad=   12.74
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   11.93 mean_vt_4quad=   12.84
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.05 mean_vt_4quad=   12.95
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.09 mean_vt_4quad=   13.06
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.10 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   12.11 mean_vt_4quad=   13.29
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   12.10 mean_vt_4quad=   13.41
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.09 mean_vt_4quad=   13.55
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.19 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   12.28 mean_vt_4quad=   13.87
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.40 mean_vt_4quad=   14.04
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.71 mean_vt_4quad=   14.20
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.11 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   13.56 mean_vt_4quad=   14.52
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.96 mean_vt_4quad=   14.69
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.28 mean_vt_4quad=   14.86
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   14.42 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   14.52 mean_vt_4quad=   15.23
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   14.68 mean_vt_4quad=   15.42
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   14.91 mean_vt_4quad=   15.62
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   15.19 mean_vt_4quad=   15.83
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   15.41 mean_vt_4quad=   16.04
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   15.57 mean_vt_4quad=   16.25
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   15.66 mean_vt_4quad=   16.47
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.70 mean_vt_4quad=   16.69
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.73 mean_vt_4quad=   16.92
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.75 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.76 mean_vt_4quad=   17.42
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.92 mean_vt_4quad=   17.67
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.28 mean_vt_4quad=   17.92
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   16.66 mean_vt_4quad=   18.16
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.94 mean_vt_4quad=   18.41
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.14 mean_vt_4quad=   18.66
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   17.39 mean_vt_4quad=   18.93
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.59 mean_vt_4quad=   19.20
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   19.20 .... 0.5*v_holland=   13.03
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   19.47 .... 0.5*v_holland=   13.03
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   19.73 .... 0.5*v_holland=   13.03
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   19.99 .... 0.5*v_holland=   13.03
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   20.29 .... 0.5*v_holland=   13.03
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.59 mean_vt_4quad=   19.20
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.97 mean_vt_4quad=   19.47
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.37 mean_vt_4quad=   19.73
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.80 mean_vt_4quad=   19.99
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   19.34 mean_vt_4quad=   20.29
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   19.92 mean_vt_4quad=   20.62
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   20.50 mean_vt_4quad=   20.96
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.08 mean_vt_4quad=   21.32
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.72 mean_vt_4quad=   21.71
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   22.50 mean_vt_4quad=   22.15
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   23.40 mean_vt_4quad=   22.64
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   24.37 mean_vt_4quad=   23.16
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   25.27 mean_vt_4quad=   23.71
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.97 mean_vt_4quad=   24.29
  
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.97 mean_vt_4quad=   24.29
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.35 mean_vt_4quad=   24.91
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.45 mean_vt_4quad=   25.57
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.60 mean_vt_4quad=   26.24
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   26.95 mean_vt_4quad=   26.95
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   27.28 mean_vt_4quad=   27.68
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   27.54 mean_vt_4quad=   28.41
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   28.60 mean_vt_4quad=   29.07
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   29.46 mean_vt_4quad=   29.61
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   29.57 mean_vt_4quad=   29.93
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   29.41 mean_vt_4quad=   29.93
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   29.18 mean_vt_4quad=   29.46
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   28.77 mean_vt_4quad=   28.54
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   27.57 mean_vt_4quad=   27.15
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   25.72 mean_vt_4quad=   25.24
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   22.63 mean_vt_4quad=   22.68
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   18.86 mean_vt_4quad=   19.47
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   15.01 mean_vt_4quad=   15.87
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   11.47 mean_vt_4quad=   12.38
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   10.20 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   10.32 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   10.70 mean_vt_4quad=    5.54
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   11.02 mean_vt_4quad=    4.32
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   10.92 mean_vt_4quad=    3.32
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   10.50 mean_vt_4quad=    2.29
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    9.97 mean_vt_4quad=    1.19
  
 TIMING: after call  getradii, fhr=    78 igrct=  1   22:26:55
 TIMING: after getrad_iter_loop, fhr=    78 igrct=  2 Vmax (m/s)=   39.864   22:26:55
 TIMING: Before get_phase ... 22:26:55
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           78 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    62.659
  
  
  In get_cps_paramb, lead time=           78 :           0   08L  FRANKLIN 
   right_ct=          988   left_ct=         1034
   zthicksum(1)=    3370248.95075000     
   zthicksum(2)=    3516471.26212500     
   zthick_right_mean=    3411.18314853239     
   zthick_left_mean=     3400.84261327369     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    10.3405352586951     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           17.25
  Sum of y-diffs squared (ydiff2) =         2638.52
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   379.67   6.7452       27.68   0.1661    -1.52     2.32      765.96
    2   369.71   6.6846       17.72   0.1055    -0.82     0.68      313.86
    3   360.70   6.6201        8.70   0.0409     1.51     2.27       75.69
    4   349.98   6.5511       -2.01  -0.0281     2.92     8.54        4.05
    5   333.79   6.4770      -18.20  -0.1022    -0.24     0.06      331.39
    6   318.12   6.3969      -33.88  -0.1822    -1.84     3.39     1147.58
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   351.996     x:    6.58
  
  slope=    175.801         y-intercept =   -804.627
  Regression equation:   Y =  -804.63 +   175.80X
  
  R2(r_squared) =  0.9935        r =  0.9967
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1067.80 zmin=  681.13 zdiff=  386.67
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1561.85 zmin= 1182.18 zdiff=  379.67
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -7.00 dlnp=     -0.057158  dzdlnp=      122.467
  
   +++ k=  3 press=    800.0 zmax= 2080.91 zmin= 1711.19 zdiff=  369.71
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -9.96 dlnp=     -0.060625  dzdlnp=      164.290
  
   +++ k=  4 press=    750.0 zmax= 2627.46 zmin= 2266.77 zdiff=  360.70
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.02 dlnp=     -0.064539  dzdlnp=      139.700
  
   +++ k=  5 press=    700.0 zmax= 3205.40 zmin= 2855.42 zdiff=  349.98
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.71 dlnp=     -0.068993  dzdlnp=      155.262
  
   +++ k=  6 press=    650.0 zmax= 3818.16 zmin= 3484.37 zdiff=  333.79
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -16.19 dlnp=     -0.074108  dzdlnp=      218.492
  
   +++ k=  7 press=    600.0 zmax= 4471.70 zmin= 4153.58 zdiff=  318.12
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -15.67 dlnp=     -0.080043  dzdlnp=      195.795
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           42.93
  Sum of y-diffs squared (ydiff2) =        18596.74
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   298.14   6.3099       72.75   0.2788    -2.27     5.14     5292.08
    2   273.47   6.2146       48.07   0.1834    -1.29     1.67     2311.17
    3   247.79   6.1092       22.39   0.0781     1.38     1.91      501.52
    4   219.02   5.9915       -6.37  -0.0397     4.31    18.56       40.62
    5   180.30   5.8579      -45.09  -0.1732     1.52     2.32     2033.41
    6   133.65   5.7038      -91.75  -0.3274    -3.65    13.34     8417.94
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   225.397     x:    6.03
  
  slope=    269.100         y-intercept =  -1397.585
  Regression equation:   Y = -1397.59 +   269.10X
  
  R2(r_squared) =  0.9977        r =  0.9988
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4471.70 zmin= 4153.58 zdiff=  318.12
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5172.87 zmin= 4874.72 zdiff=  298.14
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -19.98 dlnp=     -0.087011  dzdlnp=      229.579
  
   +++ k=  9 press=    500.0 zmax= 5930.43 zmin= 5656.96 zdiff=  273.47
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -24.67 dlnp=     -0.095310  dzdlnp=      258.860
  
   +++ k= 10 press=    450.0 zmax= 6755.60 zmin= 6507.81 zdiff=  247.79
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -25.68 dlnp=     -0.105361  dzdlnp=      243.735
  
   +++ k= 11 press=    400.0 zmax= 7659.22 zmin= 7440.19 zdiff=  219.02
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -28.77 dlnp=     -0.117783  dzdlnp=      244.246
  
   +++ k= 12 press=    350.0 zmax= 8655.42 zmin= 8475.12 zdiff=  180.30
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -38.72 dlnp=     -0.133531  dzdlnp=      289.969
  
   +++ k= 13 press=    300.0 zmax= 9771.15 zmin= 9637.50 zdiff=  133.65
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -46.66 dlnp=     -0.154151  dzdlnp=      302.665
  
cps_stats: 08L   lead time=  78: 0   paramb=    10.34  vtl=    175.80  vtu=    269.10
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   78:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  299.662 (0-360) guesslon=  299.662E  (  60.338W)   guesslat=   38.071
 ilonfix=         1362  jlatfix=          694  npts=           33
 ibeg=         1284  jbeg=          626  imax=         2738
 iend=         1440  jend=          762  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  298.742E  (0-360) ctlon=  298.742E  (  61.258W)  ctlat=   37.151 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  298.742E   (0-360) guesslon=  298.742E  (  61.258W)   guesslat=   37.151
 ilonfix=         1339  jlatfix=          717  npts=           16
 ibeg=         1285  jbeg=          673  imax=         2738
 iend=         1393  jend=          761  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  298.622E  (0-360) ctlon=  298.622  (  61.378W)  ctlat=   36.931 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    78:00  mean_lon:  298.62E (  61.38W)    (0-360) mean_lon=  298.62E  mean_lat:   36.93  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    78:00  ifix:  1323   jfix:   699  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1323  jx=          699
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         868 ,         244 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         867 ,         243 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    78:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:55
 TIMING: Before shear ... 22:26:55
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           14
  clon(ist,ifh,3)=    299.534958619236     
  clat(ist,ifh,3)=    38.0001981798359     
  fixlon(ist,ifh)=    299.661911883927     
  fixlat(ist,ifh)=    38.0709560994708     
  xcenlon=    299.534958619236     
  xcenlat=    38.0001981798359     
  
 xxshear
 In get_shear A, xcenlon=    299.534958619236       xcenlat= 
   38.0001981798359     
   In get_shear B, (0-360) xcenlon=    299.534958619236     
  
At start of get_shear:  08L   fhr=   78:00   Mean fix position=   299.66E  ( 60.34W)    38.07  (0-360) mean lon fix=  299.66
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   39.47 vr_mean(idist,ilev)=    0.35
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   39.42 vr_mean(idist,ilev)=   -0.72
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   34.15 vr_mean(idist,ilev)=   -1.60
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   30.83 vr_mean(idist,ilev)=   -1.30
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.97 vr_mean(idist,ilev)=   -0.46
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.75 vr_mean(idist,ilev)=    0.23
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.43 vr_mean(idist,ilev)=   -0.11
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.59 vr_mean(idist,ilev)=    0.23
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.20 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.84 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.51 vr_mean(idist,ilev)=   -0.15
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.15 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.84 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.76 vr_mean(idist,ilev)=   -0.47
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.96 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.13 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.42 vr_mean(idist,ilev)=   -0.29
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.43 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.54 vr_mean(idist,ilev)=   -0.36
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -22.99 vr_mean(idist,ilev)=   22.99
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -34.48 vr_mean(idist,ilev)=   34.48
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -45.99 vr_mean(idist,ilev)=   45.99
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -57.49 vr_mean(idist,ilev)=   57.49
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -69.01 vr_mean(idist,ilev)=   69.01
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -80.54 vr_mean(idist,ilev)=   80.54
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -92.07 vr_mean(idist,ilev)=   92.07
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -103.62 vr_mean(idist,ilev)=  103.62
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -115.19 vr_mean(idist,ilev)=  115.19
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -126.77 vr_mean(idist,ilev)=  126.77
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -138.38 vr_mean(idist,ilev)=  138.38
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -150.01 vr_mean(idist,ilev)=  150.01
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -161.66 vr_mean(idist,ilev)=  161.66
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -173.35 vr_mean(idist,ilev)=  173.35
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -185.07 vr_mean(idist,ilev)=  185.07
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -196.83 vr_mean(idist,ilev)=  196.83
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -208.64 vr_mean(idist,ilev)=  208.64
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -220.51 vr_mean(idist,ilev)=  220.51
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -232.44 vr_mean(idist,ilev)=  232.44
  
 At end of get_shear: 
     ist=    2 ifh=   14 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:55
  
 After call to fixcenter, fix positions at 
 forecast hour=   78:00 follow:
  
fixpos  08L   fhr=   78:00   Fix position=   299.66E  ( 60.34W)    38.07   Max Wind=  77 kts
  
  
 xxxx get_next_ges, prev fix lon=    297.366686958178     
 xxxx get_next_ges, curr fix lon=    299.661911883927     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.661911883927        fixlat=    38.0709560994708     
        (0-360) fixlon=    299.661911883927     
      ilonfix=         1362   jlatfix=          694
      ibeg=          849   iend=         1875
      jbeg=          242   jend=         1146
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.85394682087174       vavg=    5.99326363793263     
      ubar=    1.96348670521793       vbar=    1.49831590948316     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    10.4520747016010       vavg=    7.18537436546929     
      ubar=    7.18952405601845       vbar=    5.09100309221780     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    11.3693559208028       vavg=    8.05773889050716     
      ubar=    10.0318630362191       vbar=    7.10543781484459     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    10.0318630362191       vbar=    7.10543781484459     
      wgttot=    1.00000000000000     
      fixlon=    299.661911883927        fixlat=    38.0709560994708     
      barnlon=    302.161034940764       barnlat=    39.4512123594309     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.779763379661553     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      302.161034940764     
     Raw (no conversion for GM wrap) extraplon=    301.985939755647     
  
 --- barnlon=    302.16E  (  57.84W)    barnlat=     39.45
 --- extraplon=  301.99E  (  58.01W)    extraplat=   38.98
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   38.07
 | Current fix lon is   60.34W   ( 299.66E)
 | Current fix lon (raw, unadjusted)=  299.66E
 | Updated guess lat for next fcst hour is   39.22
 | Updated guess lon (0-360) for next fcst hour is   57.93W   ( 302.07E)
 | Raw updated guess lon for next fcst hour is  302.07E)
 -------------------------------------------------
  
 iocheck, dist=    245.159258567645        distm=    245159.258567645     
 iocheck, stmspd=    11.3499656744280        istmspd=          220
 iocheck, xincr=    2.41157546427826        yincr=    1.14622861937681     
 iocheck, stmdir=    64.5781272475301        istmdir=           65
 +++ RPT_STORM_MOTION: istmspd=   220 kts(*10)    istmdir=    65 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  14
     Fix location for this time:   299.66E  ( 60.34W)    38.07
     Fix lon (raw) for this time:  299.66E
     ilonfix= 1362  jlatfix=  694
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.661911883927       xcenlat=    38.0709560994708     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.661911883927       xcenlat=    38.0709560994708     
  ilonfix=         1362  jlatfix=          694
  ibeg=         1231  iend=         1493
  jbeg=          578  jend=          810  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.661911883927        xcenlat=    38.0709560994708     
      ilonfix=         1362   jlatfix=          694
      ibeg=         1231   iend=         1493
      jbeg=          578   jend=          810
 After call to barnes, xsmoothval=   4.118288985690394E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   4.118288985690394E-004
      xcenlon=    299.661911883927        xcenlat=    38.0709560994708     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000412  imeanzeta (*1e6)=      412
   --- mean zeta raw =   4.118288985690394E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004616  igrid zeta (*1e6)=     4616 ifilret=   0
   --- grid zeta raw=   4.616130323327113E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.661911883927       xcenlat=    38.0709560994708     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    299.661911883927       xcenlat=    38.0709560994708     
  ilonfix=         1362  jlatfix=          694
  ibeg=         1231  iend=         1493
  jbeg=          578  jend=          810  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    299.661911883927        xcenlat=    38.0709560994708     
      ilonfix=         1362   jlatfix=          694
      ibeg=         1231   iend=         1493
      jbeg=          578   jend=          810
 After call to barnes, xsmoothval=   3.835609700596744E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.835609700596744E-004
      xcenlon=    299.661911883927        xcenlat=    38.0709560994708     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000384  imeanzeta (*1e6)=      384
   --- mean zeta raw =   3.835609700596744E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002612  igrid zeta (*1e6)=     2612 ifilret=   0
   --- grid zeta raw=   2.611809933412233E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           78
  
 segx, outlon=    299.661911883927       outlat=    38.0709560994708     
   ist=            2  ifcsthour=           78
   vmaxwind=    39.8641392732867       xminmslp=    97213.4500000000     
   vradius=          128          57          36         139          78
          57         134          79          36          63          42
           0
   maxstorm=            6
   plastbar=    100813.450000000       rlastbar=    165.812796999657     
   rmax=    22.1619312387936     
   cps_vals=    10.3405352586951        175.801326484327     
   269.099613300716     
   wcore_flag= n
   istmspd=          220  istmdir=           65
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    51.0000000000000     
   axisymet_rmw_val=     32.6676889731951     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   165.812796999657       irlastbar=         166
 output: plastbar=   100813.450000000       iplastbar=        1008
 rmax=    22.1619312387936        irmax=           22
 TXX top of atcfunix_ext, ist=            2  ifh=           78
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   165.812796999657       irlastbar=         166
 output: plastbar=   100813.450000000       iplastbar=        1008
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           78
 intlat=          381
 clatns= N
 intlon=          603
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           77
 int(xminmslp/mslp_outp_adj + 0.5)=          972
 XX,  34, NEQ
 vradius(1,1)=          128
 vradius(1,2)=          139
 vradius(1,3)=          134
 vradius(1,4)=           63
 iplastbar=         1008
 irlastbar=          166
 irmax=           22
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           65
 istmspd=          220
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          103
 icps_vals(2)=         1758
 icps_vals(3)=         2691
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           28
 irmw_val=           63
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          412
 igridzeta(1)=         4616
 imeanzeta(2)=          384
 igridzeta(2)=         2612
  
 rmax=    22.1619312387936        irmax=           22
 +++ Top of output_atcf_parms, ist=            2  ifh=           78
  
 xxxx get_next_ges, prev fix lon=    297.366686958178     
 xxxx get_next_ges, curr fix lon=    299.661911883927     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    299.661911883927        fixlat=    38.0709560994708     
        (0-360) fixlon=    299.661911883927     
      ilonfix=         1362   jlatfix=          694
      ibeg=          849   iend=         1875
      jbeg=          242   jend=         1146
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.85394682087174       vavg=    5.99326363793263     
      ubar=    1.96348670521793       vbar=    1.49831590948316     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    10.4520747016010       vavg=    7.18537436546929     
      ubar=    7.18952405601845       vbar=    5.09100309221780     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    11.3693559208028       vavg=    8.05773889050716     
      ubar=    10.0318630362191       vbar=    7.10543781484459     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    10.0318630362191       vbar=    7.10543781484459     
      wgttot=    1.00000000000000     
      fixlon=    299.661911883927        fixlat=    38.0709560994708     
      barnlon=    302.161034940764       barnlat=    39.4512123594309     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.779763379661553     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      302.161034940764     
     Raw (no conversion for GM wrap) extraplon=    301.985939755647     
  
 --- barnlon=    302.16E  (  57.84W)    barnlat=     39.45
 --- extraplon=  301.99E  (  58.01W)    extraplat=   38.98
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   38.07
 | Current fix lon is   60.34W   ( 299.66E)
 | Current fix lon (raw, unadjusted)=  299.66E
 | Updated guess lat for next fcst hour is   39.22
 | Updated guess lon (0-360) for next fcst hour is   57.93W   ( 302.07E)
 | Raw updated guess lon for next fcst hour is  302.07E)
 -------------------------------------------------
  
 iocheck, dist=    245.159258567645        distm=    245159.258567645     
 iocheck, stmspd=    11.3499656744280        istmspd=          220
 iocheck, xincr=    2.41157546427826        yincr=    1.14622861937681     
 iocheck, stmdir=    64.5781272475301        istmdir=           65
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   78:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.575740550544321E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.658E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.177 fmax (x10e5) =        0.724E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.326466173199493E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.633E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.177 fmax (x10e5) =        0.639E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.134E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.177 fmax =       -0.100E+16 fmin =        0.134E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.301E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.277 fmax =       -0.100E+16 fmin =        0.301E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.990E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.177 fmax =       -0.100E+16 fmin =        0.990E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.587 (0-360) guesslon=  284.587E  (  75.413W)   guesslat=   34.317
 ilonfix=          985  jlatfix=          788  npts=           33
 ibeg=          909  jbeg=          720  imax=         2738
 iend=         1061  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.755920516908156E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  284.867E  (0-360) ctlon=  284.867E  (  75.133W)  ctlat=   34.197 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.576E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  284.867E   (0-360) guesslon=  284.867E  (  75.133W)   guesslat=   34.197
 ilonfix=          992  jlatfix=          791  npts=           16
 ibeg=          940  jbeg=          747  imax=         2738
 iend=         1044  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.847E  (0-360) ctlon=  284.847  (  75.153W)  ctlat=   34.177 fmax (x10e5) =        0.600E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    284.799509997498        uvgeslat=    34.2114091503551     
    (0-360 uvgeslon)=    284.799509997498     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:26:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    284.799509997498        uvgeslat=    34.2114091503551     
    (0-360 uvgeslon)=    284.799509997498     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    284.799509997498     
  
 After first run, Wind Circulation (NHEM) ctlon=  284.800E  (0-360E lon):  284.800E    75.200W  ctlat=   34.211  xmax_circul_disk =     118354866.9
 TIMING: get_wind_circ kloop, k=  1   22:26:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  284.800E  (0-360E)=  284.800E  (  75.200W)   guesslat=   34.211
 ilonfix=          990  jlatfix=          790  npts=           56
 ibeg=          918  jbeg=          726  imax=         2738
 iend=         1062  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    119669812.542499     
 nhalf get_wind_circ, k=  1 ctlon=  284.940E  (0-360E)=  284.940E  ctlon=   75.060W   ctlat=   34.291 Wind Circulation (NHEM: Max) =     119669812.5
 TIMING: After GWC 850 ... 22:26:55
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:26:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    284.799509997498        uvgeslat=    34.2114091503551     
    (0-360 uvgeslon)=    284.799509997498     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    284.799509997498     
  
 After first run, Wind Circulation (NHEM) ctlon=  284.800E  (0-360E lon):  284.800E    75.200W  ctlat=   34.211  xmax_circul_disk =     104721711.2
 TIMING: get_wind_circ kloop, k=  1   22:26:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  284.800E  (0-360E)=  284.800E  (  75.200W)   guesslat=   34.211
 ilonfix=          990  jlatfix=          790  npts=           56
 ibeg=          918  jbeg=          726  imax=         2738
 iend=         1062  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105477862.463988     
 nhalf get_wind_circ, k=  1 ctlon=  284.880E  (0-360E)=  284.880E  ctlon=   75.120W   ctlat=   34.351 Wind Circulation (NHEM: Max) =     105477862.5
 TIMING: After GWC 700 ... 22:26:55
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:26:55
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    284.799509997498        uvgeslat=    34.2114091503551     
    (0-360 uvgeslon)=    284.799509997498     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    284.799509997498     
  
 After first run, Wind Circulation (NHEM) ctlon=  284.800E  (0-360E lon):  284.800E    75.200W  ctlat=   34.211  xmax_circul_disk =      85267816.9
 TIMING: get_wind_circ kloop, k=  1   22:26:55
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  284.800E  (0-360E)=  284.800E  (  75.200W)   guesslat=   34.211
 ilonfix=          990  jlatfix=          790  npts=           56
 ibeg=          918  jbeg=          726  imax=         2738
 iend=         1062  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    85685172.9740432     
 nhalf get_wind_circ, k=  1 ctlon=  284.880E  (0-360E)=  284.880E  ctlon=   75.120W   ctlat=   34.171 Wind Circulation (NHEM: Max) =      85685173.0
 TIMING: After GWC Sfc ... 22:26:55
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.09  xavg_stderr=     2.97
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           14  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    78:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  284.59E   (0-360) guesslon=  284.59E  ( 75.41W)    34.32
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       284.85       75.15      34.18           72.39       T         28.52
   2    zeta 700    Max       284.85       75.15      34.18           63.93       T         28.52
   3    circ 850    Max       284.94       75.06      34.29          119.67       T         32.52
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       284.88       75.12      34.35          105.48       T         27.15
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       284.85       75.15      34.18         1339.41       T         28.52
   8     gph 700    Min       284.85       75.15      34.28         3006.14       T         24.29
   9        MSLP    Min       284.85       75.15      34.18        98998.33       T         28.52
  10    circ sfc    Max       284.88       75.12      34.17           85.69       T         31.39
  11    zeta sfc    Max       284.85       75.15      34.18           60.03       T         28.52
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.93836963295299       stderr_close= 
   3.24384443456036       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   5.008 devia=   1.002 wtpos=  0.71616     284.85   284.85    75.15    34.18
 ip=  2 kprm=  2 dist_from_mean=   5.008 devia=   1.002 wtpos=  0.71616     284.85   284.85    75.15    34.18
 ip=  3 kprm=  3 dist_from_mean=  10.567 devia=   2.113 wtpos=  0.49439     284.94   284.94    75.06    34.29
 ip=  5 kprm=  4 dist_from_mean=  14.734 devia=   2.947 wtpos=  0.37445     284.88   284.88    75.12    34.35
 ip=  7 kprm=  5 dist_from_mean=   5.008 devia=   1.002 wtpos=  0.71616     284.85   284.85    75.15    34.18
 ip=  8 kprm=  6 dist_from_mean=   6.581 devia=   1.316 wtpos=  0.64486     284.85   284.85    75.15    34.28
 ip=  9 kprm=  7 dist_from_mean=   5.008 devia=   1.002 wtpos=  0.71616     284.85   284.85    75.15    34.18
 ip= 10 kprm=  8 dist_from_mean=   5.525 devia=   1.105 wtpos=  0.69189     284.88   284.88    75.12    34.17
 ip= 11 kprm=  9 dist_from_mean=   5.008 devia=   1.002 wtpos=  0.71616     284.85   284.85    75.15    34.18
  
At end of fixcenter:  10L   fhr=   78:00   Fix position=   284.86E  (0-360) fixlon=  284.86  ( 75.14W)    34.21
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    284.860734898483     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    284.846781542953     
        (0-360E clon(ist,ifh,9))=    284.846781542953     
      clat(ist,ifh,9)=    34.1768645594460     
      xval(9)=    98998.3250960229     
  
  After get_ij B, ibeg jbeg =          880         653
  After get_ij B, iend jend =         1102         929
  
 In is_it_a_storm, ilonfix=          991  jlatfix=          791
 ibeg jbeg iend jend =          880         653        1102         929
 cparm= slp  parmlon parmlat =    284.846781542953        34.1768645594460     
     (0-360E parmlon) =    284.846781542953     
 parmval=    98998.3250960229     
  
 i=  965 j=  728 glon=  283.81 (0-360E) glon=  283.81 glat=  36.72 dist=   298.07 slp=  100801.13 pgradient=  6.04827
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.04827
 mslp center =    284.846781542953        34.1768645594460     
   98998.3250960229     
   (0-360E) lon of mslp center =    284.846781542953     
 pgrad loc   =    283.809036000000        283.809036000000     
   76.1909640000000        36.7207300000000        100801.130000000     
  ttest at location C IF....
      xinp_fixlat=    34.1768645594460     
      xinp_fixlon=    284.846781542953       (0-360E) xinp_fixlon= 
   284.846781542953     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98195.6900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=          990  jfix=          794
 longitude=    284.846781542953      E   (   75.1532184570470      
 W)  (0-360E) xinp_fixlon=    284.846781542953     
 latitude=    34.1768645594460     
 mean mslp value (xval(9))=    98998.3250960229     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=          990  jfix=          794
 longitude=    284.846781542953      E   (   75.1532184570470      
 W)  (0-360E) xinp_fixlon=    284.846781542953     
 latitude=    34.1768645594460     
 mean mslp value (xval(9))=    98998.3250960229     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          990  jx=          794
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98195.6900000000       xcentval=    98195.6900000000     
 At A, num_found_contours=            0
 At A, contlo=    98195.6900000000       conthi=    98595.6900000000     
  
 num_found_contours=            0
 contlo=    98195.6900000000       conthi=    98595.6900000000     
 xcentval=    98195.6900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98595.6900000000       conthi=    98995.6900000000     
  
 num_found_contours=            1
 contlo=    98595.6900000000       conthi=    98995.6900000000     
 xcentval=    98195.6900000000     
 At A, num_found_contours=            2
 At A, contlo=    98995.6900000000       conthi=    99395.6900000000     
  
 num_found_contours=            2
 contlo=    98995.6900000000       conthi=    99395.6900000000     
 xcentval=    98195.6900000000     
 At A, num_found_contours=            3
 At A, contlo=    99395.6900000000       conthi=    99795.6900000000     
  
 num_found_contours=            3
 contlo=    99395.6900000000       conthi=    99795.6900000000     
 xcentval=    98195.6900000000     
 At A, num_found_contours=            4
 At A, contlo=    99795.6900000000       conthi=    100195.690000000     
  
 num_found_contours=            4
 contlo=    99795.6900000000       conthi=    100195.690000000     
 xcentval=    98195.6900000000     
 At A, num_found_contours=            5
 At A, contlo=    100195.690000000       conthi=    100595.690000000     
  
 num_found_contours=            5
 contlo=    100195.690000000       conthi=    100595.690000000     
 xcentval=    98195.6900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1043 ,         737 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98195.6900000000     
 !!! (i,j) of central value = (         990 ,         794 )
 !!!  
 !!! Flagged value found    =    100184.650000000     
 !!! (i,j) of flagged value = (        1044 ,         736 )
 !!!   
 !!! Lower bound of contour interval =    100195.690000000     
 !!! Upper bound of contour interval =    100595.690000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=          990  jfix=          794
 longitude=    284.846781542953      E   (   75.1532184570470      W)  
 (0-360E) xinp_fixlon=    284.846781542953     
 latitude=    34.1768645594460     
 mean mslp value (xval(9))=    98998.3250960229     
 gridpoint mslp value=    98195.6900000000     
 ccflag= y
 prs of last closed isobar =    100195.690000000     
 radius of last closed isobar =    82.0684618265944       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   78:00
 !!! Boundary check xinp_fixlat is   34.18
 !!! Boundary check xinp_fixlon is   75.15W   ( 284.85E)  (0-360E) xinp_fixlon=  284.85
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    284.939506497498     
  850 mb wcirc fix lat=    34.2914071503551     
    (0-360) 850 mb wcirc fix lon=    284.939506497498     
  Multi-parm fix lon=      284.860734898483     
  Multi-parm fix lat=      34.2084379454425     
    (0-360) Multi-parm fix lon=      284.860734898483     
  
  
  After get_ij B, ibeg jbeg =          900         684
  After get_ij B, iend jend =         1088         892
  
 In is_it_a_storm, ilonfix=          994  jlatfix=          788
 ibeg jbeg iend jend =          900         684        1088         892
 cparm= v850  parmlon parmlat =    284.939506497498        34.2914071503551     
     (0-360E parmlon) =    284.939506497498     
 parmval=    119669812.542499     
  
 i=  985 j=  739 glon=  284.61 (0-360E) glon=  284.61 glat=  36.28 u= -14.8100 v= -11.8800 vr=  -9.76883 vt=  16.28006
 i=  990 j=  739 glon=  284.81 (0-360E) glon=  284.81 glat=  36.28 u= -17.1500 v= -13.2200 vr= -12.27836 vt=  17.83628
 i=  995 j=  739 glon=  285.01 (0-360E) glon=  285.01 glat=  36.28 u= -17.4900 v= -12.5200 vr= -13.01641 vt=  17.12377
 i= 1000 j=  739 glon=  285.21 (0-360E) glon=  285.21 glat=  36.28 u= -18.5000 v= -12.6600 vr= -14.62794 vt=  16.98673
 i=  965 j=  744 glon=  283.81 (0-360E) glon=  283.81 glat=  36.08 u= -14.2400 v= -11.2000 vr=  -3.36865 vt=  17.80084
 i=  970 j=  744 glon=  284.01 (0-360E) glon=  284.01 glat=  36.08 u= -13.7000 v= -12.0900 vr=  -5.72833 vt=  17.35063
 i=  975 j=  744 glon=  284.21 (0-360E) glon=  284.21 glat=  36.08 u= -14.5600 v= -13.6000 vr=  -8.25999 vt=  18.13081
 i=  980 j=  744 glon=  284.41 (0-360E) glon=  284.41 glat=  36.08 u= -16.2000 v= -14.2100 vr=  -9.97052 vt=  19.10374
 i=  985 j=  744 glon=  284.61 (0-360E) glon=  284.61 glat=  36.08 u= -17.3100 v= -12.6600 vr=  -9.91898 vt=  19.01382
 i=  990 j=  744 glon=  284.81 (0-360E) glon=  284.81 glat=  36.08 u= -18.9800 v= -12.7300 vr= -11.57183 vt=  19.70751
 i=  995 j=  744 glon=  285.01 (0-360E) glon=  285.01 glat=  36.08 u= -18.8500 v= -13.1100 vr= -13.70463 vt=  18.42221
 i= 1000 j=  744 glon=  285.21 (0-360E) glon=  285.21 glat=  36.08 u= -18.9700 v= -12.8100 vr= -15.04307 vt=  17.25291
 i= 1005 j=  744 glon=  285.41 (0-360E) glon=  285.41 glat=  36.08 u= -19.5500 v= -11.6800 vr= -15.53877 vt=  16.64847
 i= 1010 j=  744 glon=  285.61 (0-360E) glon=  285.61 glat=  36.08 u= -12.0200 v=  -9.0300 vr= -12.16482 vt=   8.83394
 i= 1015 j=  744 glon=  285.81 (0-360E) glon=  285.81 glat=  36.08 u=  -8.4200 v=  -7.9200 vr= -10.47907 vt=   4.87974
 i= 1020 j=  744 glon=  286.01 (0-360E) glon=  286.01 glat=  36.08 u=  -6.6500 v=  -7.3700 vr=  -9.54816 vt=   2.71514
 i=  955 j=  749 glon=  283.41 (0-360E) glon=  283.41 glat=  35.88 u= -10.1400 v= -15.2900 vr=  -5.66752 vt=  17.44944
 i=  960 j=  749 glon=  283.61 (0-360E) glon=  283.61 glat=  35.88 u= -13.8200 v= -13.5400 vr=  -3.29758 vt=  19.06436
 i=  965 j=  749 glon=  283.81 (0-360E) glon=  283.81 glat=  35.88 u= -14.0900 v= -13.8900 vr=  -4.86329 vt=  19.17834
 i=  970 j=  749 glon=  284.01 (0-360E) glon=  284.01 glat=  35.88 u= -14.0900 v= -14.9700 vr=  -7.36909 vt=  19.19181
 i=  975 j=  749 glon=  284.21 (0-360E) glon=  284.21 glat=  35.88 u= -15.4600 v= -16.0400 vr=  -9.53476 vt=  20.13409
 i=  980 j=  749 glon=  284.41 (0-360E) glon=  284.41 glat=  35.88 u= -18.1200 v= -16.1200 vr= -10.74782 vt=  21.74105
 i=  985 j=  749 glon=  284.61 (0-360E) glon=  284.61 glat=  35.88 u= -17.5500 v= -16.4400 vr= -13.24678 vt=  20.06985
 i=  990 j=  749 glon=  284.81 (0-360E) glon=  284.81 glat=  35.88 u= -18.1200 v= -15.0800 vr= -13.82525 vt=  19.09458
 i=  995 j=  749 glon=  285.01 (0-360E) glon=  285.01 glat=  35.88 u= -18.1500 v= -14.1100 vr= -14.75303 vt=  17.63130
 i= 1000 j=  749 glon=  285.21 (0-360E) glon=  285.21 glat=  35.88 u= -18.0700 v= -13.1300 vr= -15.49954 vt=  16.08372
 i= 1005 j=  749 glon=  285.41 (0-360E) glon=  285.41 glat=  35.88 u= -12.2200 v=  -9.5400 vr= -12.15523 vt=   9.62239
 i= 1010 j=  749 glon=  285.61 (0-360E) glon=  285.61 glat=  35.88 u=  -7.3600 v=  -2.0100 vr=  -4.30913 vt=   6.29612
 i= 1015 j=  749 glon=  285.81 (0-360E) glon=  285.81 glat=  35.88 u=  -5.4900 v=  -2.6700 vr=  -4.68852 vt=   3.90983
 i= 1020 j=  749 glon=  286.01 (0-360E) glon=  286.01 glat=  35.88 u=  -7.3600 v=  -0.9100 vr=  -4.36307 vt=   5.99678
 i= 1025 j=  749 glon=  286.21 (0-360E) glon=  286.21 glat=  35.88 u=  -7.4500 v=   4.9900 vr=   0.07282 vt=   8.96645
 i= 1030 j=  749 glon=  286.41 (0-360E) glon=  286.41 glat=  35.88 u=  -3.6000 v=   5.5300 vr=   2.21535 vt=   6.21555
 i=  950 j=  754 glon=  283.21 (0-360E) glon=  283.21 glat=  35.68 u= -10.3200 v= -16.2800 vr=  -3.94267 vt=  18.86786
 i=  955 j=  754 glon=  283.41 (0-360E) glon=  283.41 glat=  35.68 u= -11.9000 v= -16.0300 vr=  -3.85284 vt=  19.58894
 i=  960 j=  754 glon=  283.61 (0-360E) glon=  283.61 glat=  35.68 u= -15.0400 v= -15.4800 vr=  -2.82476 vt=  21.39749
 i=  965 j=  754 glon=  283.81 (0-360E) glon=  283.81 glat=  35.68 u= -15.7400 v= -15.8000 vr=  -4.35473 vt=  21.87290
 i=  970 j=  754 glon=  284.01 (0-360E) glon=  284.01 glat=  35.68 u= -15.2900 v= -15.4000 vr=  -6.09814 vt=  20.82683
 i=  975 j=  754 glon=  284.21 (0-360E) glon=  284.21 glat=  35.68 u= -17.9100 v= -19.5900 vr= -10.86260 vt=  24.21859
 i=  980 j=  754 glon=  284.41 (0-360E) glon=  284.41 glat=  35.68 u= -16.0400 v= -16.9100 vr= -11.32327 vt=  20.37187
 i=  985 j=  754 glon=  284.61 (0-360E) glon=  284.61 glat=  35.68 u= -15.6500 v= -16.1700 vr= -12.86269 vt=  18.46463
 i=  990 j=  754 glon=  284.81 (0-360E) glon=  284.81 glat=  35.68 u= -15.2600 v= -17.9300 vr= -16.70098 vt=  16.59608
 i=  995 j=  754 glon=  285.01 (0-360E) glon=  285.01 glat=  35.68 u= -12.8000 v= -12.6000 vr= -13.11568 vt=  12.27106
 i= 1000 j=  754 glon=  285.21 (0-360E) glon=  285.21 glat=  35.68 u= -12.5000 v=  -4.4100 vr=  -6.32495 vt=  11.64874
 i= 1005 j=  754 glon=  285.41 (0-360E) glon=  285.41 glat=  35.68 u= -10.8900 v=  -1.1300 vr=  -4.00648 vt=  10.18907
 i= 1010 j=  754 glon=  285.61 (0-360E) glon=  285.61 glat=  35.68 u=  -8.0100 v=   1.6800 vr=  -1.39205 vt=   8.06503
 i= 1015 j=  754 glon=  285.81 (0-360E) glon=  285.81 glat=  35.68 u=  -3.3500 v=  -4.1600 vr=  -5.23254 vt=   1.07176
 i= 1020 j=  754 glon=  286.01 (0-360E) glon=  286.01 glat=  35.68 u=  -9.5100 v=  10.6600 vr=   3.90728 vt=  13.74077
 i= 1025 j=  754 glon=  286.21 (0-360E) glon=  286.21 glat=  35.68 u=  -6.7200 v=  10.3400 vr=   4.21394 vt=  11.58951
 i= 1030 j=  754 glon=  286.41 (0-360E) glon=  286.41 glat=  35.68 u=  -6.0200 v=   9.1500 vr=   2.93419 vt=  10.55241
 i= 1035 j=  754 glon=  286.61 (0-360E) glon=  286.61 glat=  35.68 u=  -4.1900 v=  10.0900 vr=   4.20899 vt=  10.08209
 i=  945 j=  759 glon=  283.01 (0-360E) glon=  283.01 glat=  35.48 u= -10.9400 v= -16.9600 vr=  -1.34095 vt=  20.13770
 i=  950 j=  759 glon=  283.21 (0-360E) glon=  283.21 glat=  35.48 u=  -9.8500 v= -17.6200 vr=  -3.68074 vt=  19.84790
 i=  955 j=  759 glon=  283.41 (0-360E) glon=  283.41 glat=  35.48 u= -14.2100 v= -18.2100 vr=  -2.12065 vt=  23.00068
 i=  960 j=  759 glon=  283.61 (0-360E) glon=  283.61 glat=  35.48 u= -15.7100 v= -18.4900 vr=  -2.92247 vt=  24.08617
 i=  965 j=  759 glon=  283.81 (0-360E) glon=  283.81 glat=  35.48 u= -15.5100 v= -17.8600 vr=  -4.48313 vt=  23.22587
 i=  970 j=  759 glon=  284.01 (0-360E) glon=  284.01 glat=  35.48 u= -14.8500 v= -17.2200 vr=  -6.42186 vt=  21.81308
 i=  975 j=  759 glon=  284.21 (0-360E) glon=  284.21 glat=  35.48 u= -14.0600 v= -20.5500 vr= -11.98704 vt=  21.82423
 i=  980 j=  759 glon=  284.41 (0-360E) glon=  284.41 glat=  35.48 u= -18.7900 v= -18.2700 vr= -10.67017 vt=  23.93751
 i=  985 j=  759 glon=  284.61 (0-360E) glon=  284.61 glat=  35.48 u= -12.9400 v= -16.3200 vr= -13.02290 vt=  16.25393
 i=  990 j=  759 glon=  284.81 (0-360E) glon=  284.81 glat=  35.48 u=  -9.4100 v=  -9.0200 vr=  -8.13691 vt=  10.18328
 i=  995 j=  759 glon=  285.01 (0-360E) glon=  285.01 glat=  35.48 u= -14.4300 v=  -6.3900 vr=  -7.07597 vt=  14.10630
 i= 1000 j=  759 glon=  285.21 (0-360E) glon=  285.21 glat=  35.48 u= -11.2900 v=  -5.8200 vr=  -7.79178 vt=  10.03118
 i= 1005 j=  759 glon=  285.41 (0-360E) glon=  285.41 glat=  35.48 u= -17.8200 v=   2.4900 vr=  -3.14118 vt=  17.71681
 i= 1010 j=  759 glon=  285.61 (0-360E) glon=  285.61 glat=  35.48 u=  -8.2300 v=   5.7100 vr=   1.71766 vt=   9.86847
 i= 1015 j=  759 glon=  285.81 (0-360E) glon=  285.81 glat=  35.48 u=  -8.7000 v=   1.2700 vr=  -3.40259 vt=   8.10711
 i= 1020 j=  759 glon=  286.01 (0-360E) glon=  286.01 glat=  35.48 u= -10.9800 v=   8.3900 vr=   0.19764 vt=  13.81714
 i= 1025 j=  759 glon=  286.21 (0-360E) glon=  286.21 glat=  35.48 u=  -6.5200 v=   9.4500 vr=   2.77991 vt=  11.13934
 i= 1030 j=  759 glon=  286.41 (0-360E) glon=  286.41 glat=  35.48 u=  -4.3700 v=   8.8300 vr=   3.05697 vt=   9.36593
 i= 1035 j=  759 glon=  286.61 (0-360E) glon=  286.61 glat=  35.48 u=  -3.2500 v=   8.9600 vr=   3.38449 vt=   8.91007
 i= 1040 j=  759 glon=  286.81 (0-360E) glon=  286.81 glat=  35.48 u=  -1.3500 v=   9.3000 vr=   4.59469 vt=   8.19764
 i=  940 j=  764 glon=  282.81 (0-360E) glon=  282.81 glat=  35.28 u= -10.3600 v= -17.8800 vr=   0.32760 vt=  20.66196
 i=  945 j=  764 glon=  283.01 (0-360E) glon=  283.01 glat=  35.28 u= -11.4700 v= -18.5900 vr=  -0.00554 vt=  21.84374
 i=  950 j=  764 glon=  283.21 (0-360E) glon=  283.21 glat=  35.28 u= -11.2400 v= -18.0900 vr=  -1.01893 vt=  21.27316
 i=  955 j=  764 glon=  283.41 (0-360E) glon=  283.41 glat=  35.28 u= -15.4300 v= -20.2500 vr=  -0.30312 vt=  25.45693
 i=  960 j=  764 glon=  283.61 (0-360E) glon=  283.61 glat=  35.28 u= -15.1200 v= -19.5400 vr=  -1.82533 vt=  24.63928
 i=  965 j=  764 glon=  283.81 (0-360E) glon=  283.81 glat=  35.28 u= -13.1600 v= -18.9400 vr=  -4.74245 vt=  22.57030
 i=  970 j=  764 glon=  284.01 (0-360E) glon=  284.01 glat=  35.28 u= -13.7100 v= -21.4900 vr=  -8.57135 vt=  24.00659
 i=  975 j=  764 glon=  284.21 (0-360E) glon=  284.21 glat=  35.28 u= -10.8700 v= -24.3400 vr= -15.13678 vt=  21.94243
 i=  980 j=  764 glon=  284.41 (0-360E) glon=  284.41 glat=  35.28 u= -10.5000 v= -22.4800 vr= -16.31735 vt=  18.69076
 i=  985 j=  764 glon=  284.61 (0-360E) glon=  284.61 glat=  35.28 u= -12.7600 v= -14.2000 vr= -10.30499 vt=  16.07062
 i=  990 j=  764 glon=  284.81 (0-360E) glon=  284.81 glat=  35.28 u= -15.0300 v= -13.7500 vr= -12.04606 vt=  16.42729
 i=  995 j=  764 glon=  285.01 (0-360E) glon=  285.01 glat=  35.28 u= -23.4700 v=  -7.9200 vr=  -9.26259 vt=  22.97328
 i= 1000 j=  764 glon=  285.21 (0-360E) glon=  285.21 glat=  35.28 u= -18.7400 v=   2.1800 vr=  -1.97629 vt=  18.76258
 i= 1005 j=  764 glon=  285.41 (0-360E) glon=  285.41 glat=  35.28 u= -13.9300 v=  10.0200 vr=   4.25839 vt=  16.62262
 i= 1010 j=  764 glon=  285.61 (0-360E) glon=  285.61 glat=  35.28 u=  -9.3300 v=  10.8200 vr=   4.90314 vt=  13.41941
 i= 1015 j=  764 glon=  285.81 (0-360E) glon=  285.81 glat=  35.28 u=  -1.2300 v=  14.0700 vr=  10.66896 vt=   9.25479
 i= 1020 j=  764 glon=  286.01 (0-360E) glon=  286.01 glat=  35.28 u=  -1.7300 v=  17.2500 vr=  11.71747 vt=  12.77718
 i= 1025 j=  764 glon=  286.21 (0-360E) glon=  286.21 glat=  35.28 u=  -5.0100 v=  16.8600 vr=   7.92188 vt=  15.70362
 i= 1030 j=  764 glon=  286.41 (0-360E) glon=  286.41 glat=  35.28 u=  -4.1600 v=  14.3600 vr=   5.83660 vt=  13.76406
 i= 1035 j=  764 glon=  286.61 (0-360E) glon=  286.61 glat=  35.28 u=  -1.7900 v=  11.3700 vr=   5.15884 vt=  10.28919
 i= 1040 j=  764 glon=  286.81 (0-360E) glon=  286.81 glat=  35.28 u=  -0.4200 v=  11.2600 vr=   5.70084 vt=   9.71928
 i= 1045 j=  764 glon=  287.01 (0-360E) glon=  287.01 glat=  35.28 u=   1.1000 v=  11.7700 vr=   6.82209 vt=   9.65412
 i=  940 j=  769 glon=  282.81 (0-360E) glon=  282.81 glat=  35.08 u= -12.6100 v= -19.2000 vr=   3.73009 vt=  22.66580
 i=  945 j=  769 glon=  283.01 (0-360E) glon=  283.01 glat=  35.08 u= -11.9600 v= -19.4400 vr=   2.16271 vt=  22.72175
 i=  950 j=  769 glon=  283.21 (0-360E) glon=  283.21 glat=  35.08 u= -14.4300 v= -18.9400 vr=   3.53216 vt=  23.54724
 i=  955 j=  769 glon=  283.41 (0-360E) glon=  283.41 glat=  35.08 u= -14.2400 v= -20.1800 vr=   1.43430 vt=  24.65670
 i=  960 j=  769 glon=  283.61 (0-360E) glon=  283.61 glat=  35.08 u= -11.4100 v= -21.0100 vr=  -2.96212 vt=  23.72412
 i=  965 j=  769 glon=  283.81 (0-360E) glon=  283.81 glat=  35.08 u= -12.4300 v= -22.9200 vr=  -5.28946 vt=  25.53141
 i=  970 j=  769 glon=  284.01 (0-360E) glon=  284.01 glat=  35.08 u=  -9.9600 v= -23.0900 vr=  -9.59423 vt=  23.24436
 i=  975 j=  769 glon=  284.21 (0-360E) glon=  284.21 glat=  35.08 u=  -9.6000 v= -24.7000 vr= -13.80211 vt=  22.62193
 i=  980 j=  769 glon=  284.41 (0-360E) glon=  284.41 glat=  35.08 u= -13.2000 v= -20.7700 vr= -11.76623 vt=  21.61455
 i=  985 j=  769 glon=  284.61 (0-360E) glon=  284.61 glat=  35.08 u= -21.9800 v= -16.5400 vr=  -8.46287 vt=  26.17388
 i=  990 j=  769 glon=  284.81 (0-360E) glon=  284.81 glat=  35.08 u= -17.3300 v=  -1.1800 vr=   1.17065 vt=  17.33063
 i=  995 j=  769 glon=  285.01 (0-360E) glon=  285.01 glat=  35.08 u= -15.9800 v=   2.1900 vr=   1.02763 vt=  16.09660
 i= 1000 j=  769 glon=  285.21 (0-360E) glon=  285.21 glat=  35.08 u= -14.3200 v=   4.7500 vr=   0.69273 vt=  15.07133
 i= 1005 j=  769 glon=  285.41 (0-360E) glon=  285.41 glat=  35.08 u= -12.2700 v=   8.6900 vr=   2.39852 vt=  14.84305
 i= 1010 j=  769 glon=  285.61 (0-360E) glon=  285.61 glat=  35.08 u=  -8.8200 v=  12.6700 vr=   5.32306 vt=  14.49090
 i= 1015 j=  769 glon=  285.81 (0-360E) glon=  285.81 glat=  35.08 u=  -6.1800 v=  15.0600 vr=   6.98180 vt=  14.70546
 i= 1020 j=  769 glon=  286.01 (0-360E) glon=  286.01 glat=  35.08 u=  -4.7400 v=  15.4100 vr=   6.72737 vt=  14.65190
 i= 1025 j=  769 glon=  286.21 (0-360E) glon=  286.21 glat=  35.08 u=  -3.5100 v=  15.7500 vr=   6.65381 vt=  14.70066
 i= 1030 j=  769 glon=  286.41 (0-360E) glon=  286.41 glat=  35.08 u=  -2.5700 v=  18.3400 vr=   7.81758 vt=  16.78827
 i= 1035 j=  769 glon=  286.61 (0-360E) glon=  286.61 glat=  35.08 u=  -0.8200 v=  20.8400 vr=   9.60059 vt=  18.51504
 i= 1040 j=  769 glon=  286.81 (0-360E) glon=  286.81 glat=  35.08 u=   0.4300 v=  14.8200 vr=   7.09155 vt=  13.02026
 i= 1045 j=  769 glon=  287.01 (0-360E) glon=  287.01 glat=  35.08 u=   2.0500 v=  13.0800 vr=   7.30672 vt=  11.04087
 i=  935 j=  774 glon=  282.61 (0-360E) glon=  282.61 glat=  34.88 u=  -8.9600 v= -19.2600 vr=   3.03288 vt=  21.02453
 i=  940 j=  774 glon=  282.81 (0-360E) glon=  282.81 glat=  34.88 u= -13.0100 v= -18.5600 vr=   6.53678 vt=  21.70263
 i=  945 j=  774 glon=  283.01 (0-360E) glon=  283.01 glat=  34.88 u= -12.0000 v= -20.0000 vr=   4.40802 vt=  22.90348
 i=  950 j=  774 glon=  283.21 (0-360E) glon=  283.21 glat=  34.88 u= -15.8800 v= -21.2900 vr=   6.64639 vt=  25.71505
 i=  955 j=  774 glon=  283.41 (0-360E) glon=  283.41 glat=  34.88 u= -11.7200 v= -24.4700 vr=   0.35158 vt=  27.12961
 i=  960 j=  774 glon=  283.61 (0-360E) glon=  283.61 glat=  34.88 u=  -9.9000 v= -26.3200 vr=  -3.66104 vt=  27.88098
 i=  965 j=  774 glon=  283.81 (0-360E) glon=  283.81 glat=  34.88 u=  -8.3300 v= -24.9200 vr=  -6.22332 vt=  25.52774
 i=  970 j=  774 glon=  284.01 (0-360E) glon=  284.01 glat=  34.88 u=  -9.4800 v= -25.3100 vr=  -7.86050 vt=  25.85883
 i=  975 j=  774 glon=  284.21 (0-360E) glon=  284.21 glat=  34.88 u=  -8.4100 v= -22.1200 vr=  -9.43694 vt=  21.70177
 i=  980 j=  774 glon=  284.41 (0-360E) glon=  284.41 glat=  34.88 u= -18.4400 v= -16.7000 vr=  -2.40652 vt=  24.76151
 i=  985 j=  774 glon=  284.61 (0-360E) glon=  284.61 glat=  34.88 u= -17.8100 v=  -2.7300 vr=   5.00043 vt=  17.31025
 i=  990 j=  774 glon=  284.81 (0-360E) glon=  284.81 glat=  34.88 u= -19.7000 v=   5.7500 vr=   9.19549 vt=  18.34654
 i=  995 j=  774 glon=  285.01 (0-360E) glon=  285.01 glat=  34.88 u= -17.7300 v=   8.6800 vr=   6.92301 vt=  18.48695
 i= 1000 j=  774 glon=  285.21 (0-360E) glon=  285.21 glat=  34.88 u= -15.5900 v=   8.1700 vr=   2.14201 vt=  17.47023
 i= 1005 j=  774 glon=  285.41 (0-360E) glon=  285.41 glat=  34.88 u= -13.6100 v=  13.5700 vr=   3.86185 vt=  18.82719
 i= 1010 j=  774 glon=  285.61 (0-360E) glon=  285.61 glat=  34.88 u= -10.3500 v=  17.6000 vr=   5.75283 vt=  19.59049
 i= 1015 j=  774 glon=  285.81 (0-360E) glon=  285.81 glat=  34.88 u=  -6.5500 v=  17.8300 vr=   6.23800 vt=  17.94154
 i= 1020 j=  774 glon=  286.01 (0-360E) glon=  286.01 glat=  34.88 u=  -4.5300 v=  18.3800 vr=   6.41240 vt=  17.81085
 i= 1025 j=  774 glon=  286.21 (0-360E) glon=  286.21 glat=  34.88 u=  -3.4900 v=  17.0900 vr=   5.30236 vt=  16.61726
 i= 1030 j=  774 glon=  286.41 (0-360E) glon=  286.41 glat=  34.88 u=  -0.9600 v=  16.7400 vr=   6.41189 vt=  15.49312
 i= 1035 j=  774 glon=  286.61 (0-360E) glon=  286.61 glat=  34.88 u=   2.4600 v=  18.6200 vr=   9.53184 vt=  16.18333
 i= 1040 j=  774 glon=  286.81 (0-360E) glon=  286.81 glat=  34.88 u=  -1.1300 v=  20.2900 vr=   6.11014 vt=  19.38110
 i= 1045 j=  774 glon=  287.01 (0-360E) glon=  287.01 glat=  34.88 u=   2.4300 v=  14.7400 vr=   7.04700 vt=  13.17240
 i= 1050 j=  774 glon=  287.21 (0-360E) glon=  287.21 glat=  34.88 u=   4.3700 v=  13.8200 vr=   8.25716 vt=  11.91254
 i=  935 j=  779 glon=  282.61 (0-360E) glon=  282.61 glat=  34.68 u=  -8.1300 v= -20.7600 vr=   3.97371 vt=  21.93819
 i=  940 j=  779 glon=  282.81 (0-360E) glon=  282.81 glat=  34.68 u= -11.6800 v= -19.3300 vr=   7.33377 vt=  21.36088
 i=  945 j=  779 glon=  283.01 (0-360E) glon=  283.01 glat=  34.68 u= -10.5000 v= -20.6700 vr=   5.39562 vt=  22.54742
 i=  950 j=  779 glon=  283.21 (0-360E) glon=  283.21 glat=  34.68 u= -12.7000 v= -24.7300 vr=   5.85701 vt=  27.17643
 i=  955 j=  779 glon=  283.41 (0-360E) glon=  283.41 glat=  34.68 u=  -6.5100 v= -25.1000 vr=  -1.08326 vt=  25.90785
 i=  960 j=  779 glon=  283.61 (0-360E) glon=  283.61 glat=  34.68 u=  -4.7700 v= -23.5300 vr=  -3.29911 vt=  23.78087
 i=  965 j=  779 glon=  283.81 (0-360E) glon=  283.81 glat=  34.68 u=  -5.1800 v= -25.9000 vr=  -5.13384 vt=  25.90919
 i=  970 j=  779 glon=  284.01 (0-360E) glon=  284.01 glat=  34.68 u=  -8.6900 v= -29.0700 vr=  -5.34222 vt=  29.86707
 i=  975 j=  779 glon=  284.21 (0-360E) glon=  284.21 glat=  34.68 u= -11.6400 v= -22.6300 vr=  -2.46875 vt=  25.32808
 i=  980 j=  779 glon=  284.41 (0-360E) glon=  284.41 glat=  34.68 u= -15.1700 v= -10.0400 vr=   4.67533 vt=  17.58044
 i=  985 j=  779 glon=  284.61 (0-360E) glon=  284.61 glat=  34.68 u= -14.0000 v=  -3.7900 vr=   4.93115 vt=  13.63994
 i=  990 j=  779 glon=  284.81 (0-360E) glon=  284.81 glat=  34.68 u= -16.9600 v=   4.5300 vr=   8.88730 vt=  15.13864
 i=  995 j=  779 glon=  285.01 (0-360E) glon=  285.01 glat=  34.68 u= -16.9100 v=  11.8700 vr=   9.27907 vt=  18.45925
 i= 1000 j=  779 glon=  285.21 (0-360E) glon=  285.21 glat=  34.68 u= -15.4800 v=  17.1200 vr=   7.18504 vt=  21.93399
 i= 1005 j=  779 glon=  285.41 (0-360E) glon=  285.41 glat=  34.68 u= -13.5700 v=  19.5400 vr=   4.26641 vt=  23.40415
 i= 1010 j=  779 glon=  285.61 (0-360E) glon=  285.61 glat=  34.68 u=  -9.7400 v=  19.8600 vr=   3.45545 vt=  21.84827
 i= 1015 j=  779 glon=  285.81 (0-360E) glon=  285.81 glat=  34.68 u=  -7.3500 v=  21.4000 vr=   3.70982 vt=  22.32084
 i= 1020 j=  779 glon=  286.01 (0-360E) glon=  286.01 glat=  34.68 u=  -3.9300 v=  20.8900 vr=   4.79060 vt=  20.70959
 i= 1025 j=  779 glon=  286.21 (0-360E) glon=  286.21 glat=  34.68 u=  -0.8000 v=  21.2200 vr=   6.58704 vt=  20.18760
 i= 1030 j=  779 glon=  286.41 (0-360E) glon=  286.41 glat=  34.68 u=   1.9400 v=  20.3300 vr=   7.99998 vt=  18.79023
 i= 1035 j=  779 glon=  286.61 (0-360E) glon=  286.61 glat=  34.68 u=   2.9200 v=  19.0600 vr=   7.92573 vt=  17.57819
 i= 1040 j=  779 glon=  286.81 (0-360E) glon=  286.81 glat=  34.68 u=   4.4000 v=  18.6100 vr=   8.74532 vt=  17.00622
 i= 1045 j=  779 glon=  287.01 (0-360E) glon=  287.01 glat=  34.68 u=   4.7100 v=  18.2500 vr=   8.56570 vt=  16.78915
 i= 1050 j=  779 glon=  287.21 (0-360E) glon=  287.21 glat=  34.68 u=   5.7500 v=  17.2700 vr=   9.05792 vt=  15.78827
 i=  935 j=  784 glon=  282.61 (0-360E) glon=  282.61 glat=  34.48 u=  -7.5300 v= -19.3800 vr=   5.71703 vt=  19.99002
 i=  940 j=  784 glon=  282.81 (0-360E) glon=  282.81 glat=  34.48 u=  -7.8200 v= -19.9000 vr=   5.75782 vt=  20.59150
 i=  945 j=  784 glon=  283.01 (0-360E) glon=  283.01 glat=  34.48 u= -10.3400 v= -22.9000 vr=   7.68331 vt=  23.92263
 i=  950 j=  784 glon=  283.21 (0-360E) glon=  283.21 glat=  34.48 u=  -7.9700 v= -25.4300 vr=   4.67346 vt=  26.23670
 i=  955 j=  784 glon=  283.41 (0-360E) glon=  283.41 glat=  34.48 u=  -3.1100 v= -23.0700 vr=  -0.25524 vt=  23.27728
 i=  960 j=  784 glon=  283.61 (0-360E) glon=  283.61 glat=  34.48 u=  -2.5100 v= -23.0800 vr=  -1.37204 vt=  23.17550
 i=  965 j=  784 glon=  283.81 (0-360E) glon=  283.81 glat=  34.48 u=  -1.4900 v= -29.8800 vr=  -4.40052 vt=  29.59172
 i=  970 j=  784 glon=  284.01 (0-360E) glon=  284.01 glat=  34.48 u=  -9.7000 v= -29.3000 vr=   2.47303 vt=  30.76466
 i=  975 j=  784 glon=  284.21 (0-360E) glon=  284.21 glat=  34.48 u=  -9.2400 v= -17.2400 vr=   3.68303 vt=  19.21017
 i=  980 j=  784 glon=  284.41 (0-360E) glon=  284.41 glat=  34.48 u=  -8.1500 v= -14.4100 vr=   1.78048 vt=  16.45905
 i=  985 j=  784 glon=  284.61 (0-360E) glon=  284.61 glat=  34.48 u= -10.5500 v=  -7.9900 vr=   4.11893 vt=  12.57685
 i=  990 j=  784 glon=  284.81 (0-360E) glon=  284.81 glat=  34.48 u= -14.2400 v=  -2.2600 vr=   5.07890 vt=  13.49407
 i=  995 j=  784 glon=  285.01 (0-360E) glon=  285.01 glat=  34.48 u=  -9.6500 v=   6.9500 vr=   3.85262 vt=  11.25088
 i= 1000 j=  784 glon=  285.21 (0-360E) glon=  285.21 glat=  34.48 u=  -6.6200 v=  15.9800 vr=   5.30899 vt=  16.46206
 i= 1005 j=  784 glon=  285.41 (0-360E) glon=  285.41 glat=  34.48 u=  -7.1400 v=  23.1800 vr=   3.73669 vt=  23.96516
 i= 1010 j=  784 glon=  285.61 (0-360E) glon=  285.61 glat=  34.48 u=  -6.2000 v=  26.5200 vr=   2.68926 vt=  27.10200
 i= 1015 j=  784 glon=  285.81 (0-360E) glon=  285.81 glat=  34.48 u=  -2.9900 v=  26.9900 vr=   3.93858 vt=  26.86797
 i= 1020 j=  784 glon=  286.01 (0-360E) glon=  286.01 glat=  34.48 u=  -1.1000 v=  26.0600 vr=   4.32323 vt=  25.72243
 i= 1025 j=  784 glon=  286.21 (0-360E) glon=  286.21 glat=  34.48 u=   1.4800 v=  24.7100 vr=   5.77538 vt=  24.07113
 i= 1030 j=  784 glon=  286.41 (0-360E) glon=  286.41 glat=  34.48 u=   4.0200 v=  23.4700 vr=   7.50947 vt=  22.59666
 i= 1035 j=  784 glon=  286.61 (0-360E) glon=  286.61 glat=  34.48 u=   6.5300 v=  21.7600 vr=   9.34462 vt=  20.70789
 i= 1040 j=  784 glon=  286.81 (0-360E) glon=  286.81 glat=  34.48 u=   6.7900 v=  20.3700 vr=   9.12824 vt=  19.43492
 i= 1045 j=  784 glon=  287.01 (0-360E) glon=  287.01 glat=  34.48 u=   7.5300 v=  20.0400 vr=   9.59045 vt=  19.13964
 i= 1050 j=  784 glon=  287.21 (0-360E) glon=  287.21 glat=  34.48 u=   8.6800 v=  18.0800 vr=  10.35307 vt=  17.17681
 i=  935 j=  789 glon=  282.61 (0-360E) glon=  282.61 glat=  34.28 u=  -5.2700 v= -18.0900 vr=   5.43289 vt=  18.04175
 i=  940 j=  789 glon=  282.81 (0-360E) glon=  282.81 glat=  34.28 u=  -5.9700 v= -20.0300 vr=   6.15789 vt=  19.97304
 i=  945 j=  789 glon=  283.01 (0-360E) glon=  283.01 glat=  34.28 u=  -5.5900 v= -22.0600 vr=   5.80722 vt=  22.00381
 i=  950 j=  789 glon=  283.21 (0-360E) glon=  283.21 glat=  34.28 u=  -3.8300 v= -23.7600 vr=   4.07803 vt=  23.71869
 i=  955 j=  789 glon=  283.41 (0-360E) glon=  283.41 glat=  34.28 u=  -1.4700 v= -23.4000 vr=   1.73227 vt=  23.38205
 i=  960 j=  789 glon=  283.61 (0-360E) glon=  283.61 glat=  34.28 u=  -1.6600 v= -24.8400 vr=   1.96386 vt=  24.81783
 i=  965 j=  789 glon=  283.81 (0-360E) glon=  283.81 glat=  34.28 u=   2.3900 v= -25.3900 vr=  -2.04258 vt=  25.42031
 i=  970 j=  789 glon=  284.01 (0-360E) glon=  284.01 glat=  34.28 u=   0.6000 v= -22.8000 vr=  -0.23956 vt=  22.80664
 i=  975 j=  789 glon=  284.21 (0-360E) glon=  284.21 glat=  34.28 u=  -0.2400 v= -20.8100 vr=   0.64011 vt=  20.80154
 i=  980 j=  789 glon=  284.41 (0-360E) glon=  284.41 glat=  34.28 u=   0.6400 v= -19.1300 vr=  -0.15286 vt=  19.14009
 i=  985 j=  789 glon=  284.61 (0-360E) glon=  284.61 glat=  34.28 u=  -2.8100 v= -11.4200 vr=   3.26053 vt=  11.29962
 i=  990 j=  789 glon=  284.81 (0-360E) glon=  284.81 glat=  34.28 u=  -5.7900 v=  -1.1700 vr=   5.87697 vt=   0.59514
 i=  995 j=  789 glon=  285.01 (0-360E) glon=  285.01 glat=  34.28 u=  -2.2500 v=  10.9500 vr=  -4.20494 vt=  10.35777
 i= 1000 j=  789 glon=  285.21 (0-360E) glon=  285.21 glat=  34.28 u=   2.8100 v=  19.0400 vr=   1.88755 vt=  19.15346
 i= 1005 j=  789 glon=  285.41 (0-360E) glon=  285.41 glat=  34.28 u=   3.1100 v=  23.3400 vr=   2.44434 vt=  23.41907
 i= 1010 j=  789 glon=  285.61 (0-360E) glon=  285.61 glat=  34.28 u=   4.8400 v=  26.6400 vr=   4.28717 vt=  26.73453
 i= 1015 j=  789 glon=  285.81 (0-360E) glon=  285.81 glat=  34.28 u=   5.1200 v=  29.3900 vr=   4.62935 vt=  29.47127
 i= 1020 j=  789 glon=  286.01 (0-360E) glon=  286.01 glat=  34.28 u=   5.0400 v=  29.2200 vr=   4.62363 vt=  29.28877
 i= 1025 j=  789 glon=  286.21 (0-360E) glon=  286.21 glat=  34.28 u=   5.6500 v=  28.0700 vr=   5.29523 vt=  28.13908
 i= 1030 j=  789 glon=  286.41 (0-360E) glon=  286.41 glat=  34.28 u=   6.8700 v=  25.9800 vr=   6.57099 vt=  26.05723
 i= 1035 j=  789 glon=  286.61 (0-360E) glon=  286.61 glat=  34.28 u=   6.9900 v=  23.3700 vr=   6.74050 vt=  23.44318
 i= 1040 j=  789 glon=  286.81 (0-360E) glon=  286.81 glat=  34.28 u=   8.9800 v=  21.1100 vr=   8.76795 vt=  21.19895
 i= 1045 j=  789 glon=  287.01 (0-360E) glon=  287.01 glat=  34.28 u=   7.4900 v=  22.5000 vr=   7.27535 vt=  22.57032
 i= 1050 j=  789 glon=  287.21 (0-360E) glon=  287.21 glat=  34.28 u=  10.4500 v=  22.0400 vr=  10.24848 vt=  22.13442
 i=  935 j=  794 glon=  282.61 (0-360E) glon=  282.61 glat=  34.08 u=  -2.4100 v= -17.2900 vr=   4.36564 vt=  16.90247
 i=  940 j=  794 glon=  282.81 (0-360E) glon=  282.81 glat=  34.08 u=  -3.9600 v= -19.4000 vr=   6.32827 vt=  18.76152
 i=  945 j=  794 glon=  283.01 (0-360E) glon=  283.01 glat=  34.08 u=  -4.4400 v= -21.5000 vr=   7.30796 vt=  20.70163
 i=  950 j=  794 glon=  283.21 (0-360E) glon=  283.21 glat=  34.08 u=  -3.1800 v= -23.2600 vr=   6.62500 vt=  22.52220
 i=  955 j=  794 glon=  283.41 (0-360E) glon=  283.41 glat=  34.08 u=   0.4900 v= -24.0500 vr=   3.55071 vt=  23.79149
 i=  960 j=  794 glon=  283.61 (0-360E) glon=  283.61 glat=  34.08 u=   1.3300 v= -26.2500 vr=   3.71102 vt=  26.02037
 i=  965 j=  794 glon=  283.81 (0-360E) glon=  283.81 glat=  34.08 u=   5.9400 v= -24.2400 vr=  -0.40059 vt=  24.95397
 i=  970 j=  794 glon=  284.01 (0-360E) glon=  284.01 glat=  34.08 u=   7.0700 v= -25.1800 vr=  -0.11450 vt=  26.15347
 i=  975 j=  794 glon=  284.21 (0-360E) glon=  284.21 glat=  34.08 u=  10.3700 v= -22.3800 vr=  -2.38272 vt=  24.55044
 i=  980 j=  794 glon=  284.41 (0-360E) glon=  284.41 glat=  34.08 u=  11.3300 v= -20.0100 vr=  -1.52661 vt=  22.94425
 i=  985 j=  794 glon=  284.61 (0-360E) glon=  284.61 glat=  34.08 u=  12.2500 v= -14.3700 vr=  -0.91925 vt=  18.86039
 i=  990 j=  794 glon=  284.81 (0-360E) glon=  284.81 glat=  34.08 u=  13.3700 v=  -0.5700 vr=  -5.58723 vt=  12.15996
 i=  995 j=  794 glon=  285.01 (0-360E) glon=  285.01 glat=  34.08 u=  13.4100 v=  15.1400 vr= -11.07714 vt=  16.92172
 i= 1000 j=  794 glon=  285.21 (0-360E) glon=  285.21 glat=  34.08 u=  14.3900 v=  22.6700 vr=  -5.12558 vt=  26.35772
 i= 1005 j=  794 glon=  285.41 (0-360E) glon=  285.41 glat=  34.08 u=  13.9800 v=  24.4900 vr=   0.58220 vt=  28.19329
 i= 1010 j=  794 glon=  285.61 (0-360E) glon=  285.61 glat=  34.08 u=  14.1600 v=  25.8300 vr=   4.00599 vt=  29.18298
 i= 1015 j=  794 glon=  285.81 (0-360E) glon=  285.81 glat=  34.08 u=  16.3200 v=  27.8600 vr=   7.76672 vt=  31.34007
 i= 1020 j=  794 glon=  286.01 (0-360E) glon=  286.01 glat=  34.08 u=  12.2600 v=  29.0100 vr=   5.12760 vt=  31.07403
 i= 1025 j=  794 glon=  286.21 (0-360E) glon=  286.21 glat=  34.08 u=  11.5500 v=  28.1600 vr=   5.69535 vt=  29.89901
 i= 1030 j=  794 glon=  286.41 (0-360E) glon=  286.41 glat=  34.08 u=  10.9100 v=  27.4000 vr=   5.97014 vt=  28.88158
 i= 1035 j=  794 glon=  286.61 (0-360E) glon=  286.61 glat=  34.08 u=  11.7900 v=  24.2800 vr=   7.89175 vt=  25.81168
 i= 1040 j=  794 glon=  286.81 (0-360E) glon=  286.81 glat=  34.08 u=  11.8700 v=  21.2300 vr=   8.79590 vt=  22.67690
 i= 1045 j=  794 glon=  287.01 (0-360E) glon=  287.01 glat=  34.08 u=  12.3100 v=  18.9400 vr=   9.80588 vt=  20.34955
 i= 1050 j=  794 glon=  287.21 (0-360E) glon=  287.21 glat=  34.08 u=  13.7800 v=  19.4600 vr=  11.41340 vt=  20.93596
 i=  935 j=  799 glon=  282.61 (0-360E) glon=  282.61 glat=  33.88 u=  -0.3000 v= -17.1300 vr=   3.95074 vt=  16.67089
 i=  940 j=  799 glon=  282.81 (0-360E) glon=  282.81 glat=  33.88 u=  -1.0800 v= -18.6600 vr=   5.37280 vt=  17.90237
 i=  945 j=  799 glon=  283.01 (0-360E) glon=  283.01 glat=  33.88 u=  -2.8800 v= -20.5300 vr=   7.98526 vt=  19.13141
 i=  950 j=  799 glon=  283.21 (0-360E) glon=  283.21 glat=  33.88 u=  -1.1800 v= -22.3400 vr=   7.37563 vt=  21.12033
 i=  955 j=  799 glon=  283.41 (0-360E) glon=  283.41 glat=  33.88 u=   2.6100 v= -24.4700 vr=   5.14737 vt=  24.06445
 i=  960 j=  799 glon=  283.61 (0-360E) glon=  283.61 glat=  33.88 u=   6.3500 v= -25.9100 vr=   3.18265 vt=  26.48625
 i=  965 j=  799 glon=  283.81 (0-360E) glon=  283.81 glat=  33.88 u=  11.2700 v= -26.9300 vr=   0.57536 vt=  29.18744
 i=  970 j=  799 glon=  284.01 (0-360E) glon=  284.01 glat=  33.88 u=  15.4900 v= -25.5000 vr=  -1.61172 vt=  29.79249
 i=  975 j=  799 glon=  284.21 (0-360E) glon=  284.21 glat=  33.88 u=  19.7400 v= -18.6900 vr=  -5.78998 vt=  26.56049
 i=  980 j=  799 glon=  284.41 (0-360E) glon=  284.41 glat=  33.88 u=  24.7700 v= -18.9700 vr=  -5.10411 vt=  30.77924
 i=  985 j=  799 glon=  284.61 (0-360E) glon=  284.61 glat=  33.88 u=  27.3600 v= -10.9100 vr=  -6.07428 vt=  28.82188
 i=  990 j=  799 glon=  284.81 (0-360E) glon=  284.81 glat=  33.88 u=  31.2000 v=   0.6300 vr=  -8.54131 vt=  30.01471
 i=  995 j=  799 glon=  285.01 (0-360E) glon=  285.01 glat=  33.88 u=  29.7900 v=  12.9900 vr=  -8.73400 vt=  31.30338
 i= 1000 j=  799 glon=  285.21 (0-360E) glon=  285.21 glat=  33.88 u=  26.1300 v=  19.1600 vr=  -4.37591 vt=  32.10504
 i= 1005 j=  799 glon=  285.41 (0-360E) glon=  285.41 glat=  33.88 u=  22.9600 v=  19.8000 vr=   1.37546 vt=  30.28712
 i= 1010 j=  799 glon=  285.61 (0-360E) glon=  285.61 glat=  33.88 u=  22.2000 v=  23.4000 vr=   3.86225 vt=  32.02316
 i= 1015 j=  799 glon=  285.81 (0-360E) glon=  285.81 glat=  33.88 u=  20.0600 v=  24.9000 vr=   5.02515 vt=  31.57786
 i= 1020 j=  799 glon=  286.01 (0-360E) glon=  286.01 glat=  33.88 u=  18.1100 v=  24.8400 vr=   5.90452 vt=  30.16843
 i= 1025 j=  799 glon=  286.21 (0-360E) glon=  286.21 glat=  33.88 u=  17.7700 v=  26.5400 vr=   6.80133 vt=  31.20715
 i= 1030 j=  799 glon=  286.41 (0-360E) glon=  286.41 glat=  33.88 u=  14.8600 v=  25.3100 vr=   5.88657 vt=  28.75350
 i= 1035 j=  799 glon=  286.61 (0-360E) glon=  286.61 glat=  33.88 u=  15.0300 v=  23.9000 vr=   7.49436 vt=  27.22031
 i= 1040 j=  799 glon=  286.81 (0-360E) glon=  286.81 glat=  33.88 u=  14.7600 v=  21.1400 vr=   8.73864 vt=  24.25682
 i= 1045 j=  799 glon=  287.01 (0-360E) glon=  287.01 glat=  33.88 u=  14.7400 v=  19.3000 vr=   9.72748 vt=  22.25160
 i= 1050 j=  799 glon=  287.21 (0-360E) glon=  287.21 glat=  33.88 u=  13.6400 v=  19.4200 vr=   9.06214 vt=  21.93316
 i=  940 j=  804 glon=  282.81 (0-360E) glon=  282.81 glat=  33.68 u=   1.5700 v= -17.0100 vr=   4.15824 vt=  16.56847
 i=  945 j=  804 glon=  283.01 (0-360E) glon=  283.01 glat=  33.68 u=  -0.7700 v= -19.2900 vr=   7.67734 vt=  17.71314
 i=  950 j=  804 glon=  283.21 (0-360E) glon=  283.21 glat=  33.68 u=  -0.0100 v= -20.9300 vr=   8.28540 vt=  19.22023
 i=  955 j=  804 glon=  283.41 (0-360E) glon=  283.41 glat=  33.68 u=   4.9400 v= -21.8100 vr=   5.08584 vt=  21.77645
 i=  960 j=  804 glon=  283.61 (0-360E) glon=  283.61 glat=  33.68 u=   7.7500 v= -24.2900 vr=   5.06294 vt=  24.98866
 i=  965 j=  804 glon=  283.81 (0-360E) glon=  283.81 glat=  33.68 u=  14.9200 v= -23.7500 vr=   0.53891 vt=  28.04244
 i=  970 j=  804 glon=  284.01 (0-360E) glon=  284.01 glat=  33.68 u=  18.8700 v= -20.7800 vr=  -1.83734 vt=  28.00910
 i=  975 j=  804 glon=  284.21 (0-360E) glon=  284.21 glat=  33.68 u=  26.3700 v= -19.0600 vr=  -4.98189 vt=  32.15340
 i=  980 j=  804 glon=  284.41 (0-360E) glon=  284.41 glat=  33.68 u=  33.1800 v= -12.8900 vr=  -8.89037 vt=  34.46775
 i=  985 j=  804 glon=  284.61 (0-360E) glon=  284.61 glat=  33.68 u=  36.3900 v=  -6.4700 vr=  -8.96799 vt=  35.85622
 i=  990 j=  804 glon=  284.81 (0-360E) glon=  284.81 glat=  33.68 u=  38.2100 v=   2.7800 vr=  -9.39269 vt=  37.14175
 i=  995 j=  804 glon=  285.01 (0-360E) glon=  285.01 glat=  33.68 u=  36.2200 v=  11.2000 vr=  -7.75355 vt=  37.11079
 i= 1000 j=  804 glon=  285.21 (0-360E) glon=  285.21 glat=  33.68 u=  34.3300 v=  15.0600 vr=  -2.36916 vt=  37.41309
 i= 1005 j=  804 glon=  285.41 (0-360E) glon=  285.41 glat=  33.68 u=  32.5800 v=  19.1000 vr=   1.36586 vt=  37.74124
 i= 1010 j=  804 glon=  285.61 (0-360E) glon=  285.61 glat=  33.68 u=  28.0200 v=  23.2000 vr=   1.62301 vt=  36.34180
 i= 1015 j=  804 glon=  285.81 (0-360E) glon=  285.81 glat=  33.68 u=  24.5900 v=  22.9800 vr=   3.84158 vt=  33.43637
 i= 1020 j=  804 glon=  286.01 (0-360E) glon=  286.01 glat=  33.68 u=  24.1600 v=  21.2700 vr=   7.75486 vt=  31.24069
 i= 1025 j=  804 glon=  286.21 (0-360E) glon=  286.21 glat=  33.68 u=  21.0700 v=  23.0500 vr=   6.56539 vt=  30.53102
 i= 1030 j=  804 glon=  286.41 (0-360E) glon=  286.41 glat=  33.68 u=  18.3700 v=  23.0400 vr=   5.99775 vt=  28.85005
 i= 1035 j=  804 glon=  286.61 (0-360E) glon=  286.61 glat=  33.68 u=  16.6600 v=  21.6300 vr=   6.40615 vt=  26.54004
 i= 1040 j=  804 glon=  286.81 (0-360E) glon=  286.81 glat=  33.68 u=  17.7100 v=  19.8400 vr=   9.09343 vt=  24.99158
 i= 1045 j=  804 glon=  287.01 (0-360E) glon=  287.01 glat=  33.68 u=  17.2700 v=  19.2500 vr=   9.69748 vt=  23.97445
 i= 1050 j=  804 glon=  287.21 (0-360E) glon=  287.21 glat=  33.68 u=  15.8800 v=  17.5900 vr=   9.55748 vt=  21.68495
 i=  940 j=  809 glon=  282.81 (0-360E) glon=  282.81 glat=  33.48 u=   3.1200 v= -14.9000 vr=   3.44818 vt=  14.82749
 i=  945 j=  809 glon=  283.01 (0-360E) glon=  283.01 glat=  33.48 u=   2.0100 v= -16.5700 vr=   5.75868 vt=  15.66661
 i=  950 j=  809 glon=  283.21 (0-360E) glon=  283.21 glat=  33.48 u=   1.9900 v= -19.8700 vr=   8.10833 vt=  18.24917
 i=  955 j=  809 glon=  283.41 (0-360E) glon=  283.41 glat=  33.48 u=   5.4600 v= -21.2500 vr=   6.90413 vt=  20.82564
 i=  960 j=  809 glon=  283.61 (0-360E) glon=  283.61 glat=  33.48 u=   9.9700 v= -22.0200 vr=   5.06749 vt=  23.63476
 i=  965 j=  809 glon=  283.81 (0-360E) glon=  283.81 glat=  33.48 u=  14.2800 v= -22.0300 vr=   3.66524 vt=  25.99626
 i=  970 j=  809 glon=  284.01 (0-360E) glon=  284.01 glat=  33.48 u=  21.2600 v= -19.7100 vr=  -0.33159 vt=  28.98899
 i=  975 j=  809 glon=  284.21 (0-360E) glon=  284.21 glat=  33.48 u=  24.3700 v= -16.0200 vr=  -1.71853 vt=  29.11329
 i=  980 j=  809 glon=  284.41 (0-360E) glon=  284.41 glat=  33.48 u=  29.9600 v= -10.8100 vr=  -4.76263 vt=  31.49246
 i=  985 j=  809 glon=  284.61 (0-360E) glon=  284.61 glat=  33.48 u=  34.3800 v=  -7.7900 vr=  -3.61486 vt=  35.06567
 i=  990 j=  809 glon=  284.81 (0-360E) glon=  284.81 glat=  33.48 u=  38.5400 v=  -3.3100 vr=  -1.81200 vt=  38.63941
 i=  995 j=  809 glon=  285.01 (0-360E) glon=  285.01 glat=  33.48 u=  39.8200 v=   2.7900 vr=   0.03730 vt=  39.91760
 i= 1000 j=  809 glon=  285.21 (0-360E) glon=  285.21 glat=  33.48 u=  39.5000 v=   5.9200 vr=   4.77602 vt=  39.65458
 i= 1005 j=  809 glon=  285.41 (0-360E) glon=  285.41 glat=  33.48 u=  35.0300 v=  13.9400 vr=   2.57291 vt=  37.61389
 i= 1010 j=  809 glon=  285.61 (0-360E) glon=  285.61 glat=  33.48 u=  32.0600 v=  16.5300 vr=   4.43742 vt=  35.79656
 i= 1015 j=  809 glon=  285.81 (0-360E) glon=  285.81 glat=  33.48 u=  29.6800 v=  17.4600 vr=   6.62622 vt=  33.79123
 i= 1020 j=  809 glon=  286.01 (0-360E) glon=  286.01 glat=  33.48 u=  26.4600 v=  16.1100 vr=   8.60065 vt=  29.76059
 i= 1025 j=  809 glon=  286.21 (0-360E) glon=  286.21 glat=  33.48 u=  22.2300 v=  19.1200 vr=   5.87451 vt=  28.72695
 i= 1030 j=  809 glon=  286.41 (0-360E) glon=  286.41 glat=  33.48 u=  21.1100 v=  20.6500 vr=   6.05031 vt=  28.90412
 i= 1035 j=  809 glon=  286.61 (0-360E) glon=  286.61 glat=  33.48 u=  18.7700 v=  19.5800 vr=   6.20982 vt=  26.40317
 i= 1040 j=  809 glon=  286.81 (0-360E) glon=  286.81 glat=  33.48 u=  18.7900 v=  19.4200 vr=   7.54672 vt=  25.94702
 i= 1045 j=  809 glon=  287.01 (0-360E) glon=  287.01 glat=  33.48 u=  19.6900 v=  17.7500 vr=  10.11050 vt=  24.50585
 i=  945 j=  814 glon=  283.01 (0-360E) glon=  283.01 glat=  33.28 u=   3.2800 v= -16.6100 vr=   6.15099 vt=  15.77390
 i=  950 j=  814 glon=  283.21 (0-360E) glon=  283.21 glat=  33.28 u=   5.3400 v= -17.9700 vr=   6.03684 vt=  17.74804
 i=  955 j=  814 glon=  283.41 (0-360E) glon=  283.41 glat=  33.28 u=   7.9500 v= -18.7600 vr=   5.51832 vt=  19.61347
 i=  960 j=  814 glon=  283.61 (0-360E) glon=  283.61 glat=  33.28 u=  11.0100 v= -19.6500 vr=   5.20020 vt=  21.91576
 i=  965 j=  814 glon=  283.81 (0-360E) glon=  283.81 glat=  33.28 u=  13.4600 v= -20.6700 vr=   6.03933 vt=  23.91541
 i=  970 j=  814 glon=  284.01 (0-360E) glon=  284.01 glat=  33.28 u=  17.8700 v= -19.8000 vr=   4.92406 vt=  26.21317
 i=  975 j=  814 glon=  284.21 (0-360E) glon=  284.21 glat=  33.28 u=  22.5200 v= -16.1600 vr=   2.30471 vt=  27.62217
 i=  980 j=  814 glon=  284.41 (0-360E) glon=  284.41 glat=  33.28 u=  26.9100 v= -12.7200 vr=   0.93674 vt=  29.75011
 i=  985 j=  814 glon=  284.61 (0-360E) glon=  284.61 glat=  33.28 u=  30.8300 v=  -9.2000 vr=   0.81781 vt=  32.16302
 i=  990 j=  814 glon=  284.81 (0-360E) glon=  284.81 glat=  33.28 u=  33.7800 v=  -2.6500 vr=  -0.95888 vt=  33.87021
 i=  995 j=  814 glon=  285.01 (0-360E) glon=  285.01 glat=  33.28 u=  35.0800 v=   1.9300 vr=   0.06895 vt=  35.13298
 i= 1000 j=  814 glon=  285.21 (0-360E) glon=  285.21 glat=  33.28 u=  34.9300 v=   4.0800 vr=   3.55181 vt=  34.98765
 i= 1005 j=  814 glon=  285.41 (0-360E) glon=  285.41 glat=  33.28 u=  33.7500 v=   8.3800 vr=   4.29938 vt=  34.50800
 i= 1010 j=  814 glon=  285.61 (0-360E) glon=  285.61 glat=  33.28 u=  32.5000 v=   9.5400 vr=   7.26403 vt=  33.08316
 i= 1015 j=  814 glon=  285.81 (0-360E) glon=  285.81 glat=  33.28 u=  29.8500 v=  12.0500 vr=   7.49415 vt=  31.30595
 i= 1020 j=  814 glon=  286.01 (0-360E) glon=  286.01 glat=  33.28 u=  25.2400 v=  12.0100 vr=   7.58109 vt=  26.90399
 i= 1025 j=  814 glon=  286.21 (0-360E) glon=  286.21 glat=  33.28 u=  22.0300 v=  16.2000 vr=   4.62021 vt=  26.95208
 i= 1030 j=  814 glon=  286.41 (0-360E) glon=  286.41 glat=  33.28 u=  21.9400 v=  18.6900 vr=   4.88674 vt=  28.40422
 i= 1035 j=  814 glon=  286.61 (0-360E) glon=  286.61 glat=  33.28 u=  21.1600 v=  16.8900 vr=   7.05445 vt=  26.13910
 i= 1040 j=  814 glon=  286.81 (0-360E) glon=  286.81 glat=  33.28 u=  20.2700 v=  16.4600 vr=   7.90463 vt=  24.88617
 i= 1045 j=  814 glon=  287.01 (0-360E) glon=  287.01 glat=  33.28 u=  19.8400 v=  16.1600 vr=   8.79904 vt=  24.02807
 i=  945 j=  819 glon=  283.01 (0-360E) glon=  283.01 glat=  33.08 u=   5.1000 v= -14.0600 vr=   4.45618 vt=  14.27712
 i=  950 j=  819 glon=  283.21 (0-360E) glon=  283.21 glat=  33.08 u=   6.7700 v= -14.5800 vr=   4.26588 vt=  15.49876
 i=  955 j=  819 glon=  283.41 (0-360E) glon=  283.41 glat=  33.08 u=   8.4800 v= -14.4600 vr=   3.87732 vt=  16.30854
 i=  960 j=  819 glon=  283.61 (0-360E) glon=  283.61 glat=  33.08 u=  10.4000 v= -15.8300 vr=   4.72286 vt=  18.34240
 i=  965 j=  819 glon=  283.81 (0-360E) glon=  283.81 glat=  33.08 u=  14.6900 v= -16.5900 vr=   4.14689 vt=  21.76758
 i=  970 j=  819 glon=  284.01 (0-360E) glon=  284.01 glat=  33.08 u=  18.1400 v= -15.9700 vr=   3.73446 vt=  23.87790
 i=  975 j=  819 glon=  284.21 (0-360E) glon=  284.21 glat=  33.08 u=  21.6400 v= -13.8100 vr=   2.67730 vt=  25.53111
 i=  980 j=  819 glon=  284.41 (0-360E) glon=  284.41 glat=  33.08 u=  25.0300 v= -10.1500 vr=   0.99658 vt=  26.99130
 i=  985 j=  819 glon=  284.61 (0-360E) glon=  284.61 glat=  33.08 u=  27.7400 v=  -6.0500 vr=  -0.22217 vt=  28.39121
 i=  990 j=  819 glon=  284.81 (0-360E) glon=  284.81 glat=  33.08 u=  29.3900 v=  -1.9100 vr=  -0.71381 vt=  29.44335
 i=  995 j=  819 glon=  285.01 (0-360E) glon=  285.01 glat=  33.08 u=  29.7500 v=   1.2000 vr=   0.21583 vt=  29.77341
 i= 1000 j=  819 glon=  285.21 (0-360E) glon=  285.21 glat=  33.08 u=  30.9400 v=   4.1700 vr=   1.51445 vt=  31.18299
 i= 1005 j=  819 glon=  285.41 (0-360E) glon=  285.41 glat=  33.08 u=  31.0200 v=   3.9900 vr=   5.69386 vt=  30.75289
 i= 1010 j=  819 glon=  285.61 (0-360E) glon=  285.61 glat=  33.08 u=  30.4500 v=   6.9400 vr=   6.37438 vt=  30.57341
 i= 1015 j=  819 glon=  285.81 (0-360E) glon=  285.81 glat=  33.08 u=  28.3400 v=   8.3200 vr=   7.33582 vt=  28.61055
 i= 1020 j=  819 glon=  286.01 (0-360E) glon=  286.01 glat=  33.08 u=  23.2300 v=   9.1800 vr=   6.29917 vt=  24.17076
 i= 1025 j=  819 glon=  286.21 (0-360E) glon=  286.21 glat=  33.08 u=  23.5400 v=  13.9300 vr=   4.89738 vt=  26.91082
 i= 1030 j=  819 glon=  286.41 (0-360E) glon=  286.41 glat=  33.08 u=  22.3700 v=  14.5500 vr=   5.56645 vt=  26.09854
 i= 1035 j=  819 glon=  286.61 (0-360E) glon=  286.61 glat=  33.08 u=  22.8300 v=  14.3700 vr=   7.66560 vt=  25.86396
 i= 1040 j=  819 glon=  286.81 (0-360E) glon=  286.81 glat=  33.08 u=  21.5100 v=  15.5900 vr=   7.28460 vt=  25.54727
 i=  950 j=  824 glon=  283.21 (0-360E) glon=  283.21 glat=  32.88 u=  10.7300 v= -10.3000 vr=  -0.40308 vt=  14.86810
 i=  955 j=  824 glon=  283.41 (0-360E) glon=  283.41 glat=  32.88 u=  12.2900 v=  -9.6200 vr=  -1.04619 vt=  15.57222
 i=  960 j=  824 glon=  283.61 (0-360E) glon=  283.61 glat=  32.88 u=  14.2600 v=  -8.1200 vr=  -2.37287 vt=  16.23735
 i=  965 j=  824 glon=  283.81 (0-360E) glon=  283.81 glat=  32.88 u=  16.1000 v=  -6.8000 vr=  -3.23679 vt=  17.17478
 i=  970 j=  824 glon=  284.01 (0-360E) glon=  284.01 glat=  32.88 u=  18.5500 v=  -6.1000 vr=  -3.54389 vt=  19.20295
 i=  975 j=  824 glon=  284.21 (0-360E) glon=  284.21 glat=  32.88 u=  21.5700 v=  -5.7300 vr=  -3.24346 vt=  22.08116
 i=  980 j=  824 glon=  284.41 (0-360E) glon=  284.41 glat=  32.88 u=  23.7800 v=  -2.6200 vr=  -4.57866 vt=  23.48167
 i=  985 j=  824 glon=  284.61 (0-360E) glon=  284.61 glat=  32.88 u=  25.1300 v=  -0.4400 vr=  -4.36212 vt=  24.75242
 i=  990 j=  824 glon=  284.81 (0-360E) glon=  284.81 glat=  32.88 u=  25.5700 v=   1.6700 vr=  -3.62173 vt=  25.36724
 i=  995 j=  824 glon=  285.01 (0-360E) glon=  285.01 glat=  32.88 u=  26.1800 v=   3.7900 vr=  -2.71765 vt=  26.31294
 i= 1000 j=  824 glon=  285.21 (0-360E) glon=  285.21 glat=  32.88 u=  27.3000 v=   4.9800 vr=  -0.64546 vt=  27.74300
 i= 1005 j=  824 glon=  285.41 (0-360E) glon=  285.41 glat=  32.88 u=  28.1900 v=   5.0900 vr=   2.59428 vt=  28.52812
 i= 1010 j=  824 glon=  285.61 (0-360E) glon=  285.61 glat=  32.88 u=  28.0600 v=   4.3700 vr=   6.20795 vt=  27.71140
 i= 1015 j=  824 glon=  285.81 (0-360E) glon=  285.81 glat=  32.88 u=  27.2500 v=   6.3300 vr=   6.75885 vt=  27.14681
 i= 1020 j=  824 glon=  286.01 (0-360E) glon=  286.01 glat=  32.88 u=  21.6500 v=   9.0000 vr=   3.89164 vt=  23.12094
 i= 1025 j=  824 glon=  286.21 (0-360E) glon=  286.21 glat=  32.88 u=  24.3700 v=  12.1000 vr=   4.85434 vt=  26.77204
 i= 1030 j=  824 glon=  286.41 (0-360E) glon=  286.41 glat=  32.88 u=  23.6900 v=  12.1000 vr=   6.29622 vt=  25.84538
 i= 1035 j=  824 glon=  286.61 (0-360E) glon=  286.61 glat=  32.88 u=  22.5100 v=  14.6500 vr=   5.26493 vt=  26.33635
 i=  960 j=  829 glon=  283.61 (0-360E) glon=  283.61 glat=  32.68 u=  16.4700 v=  -5.5200 vr=  -4.74449 vt=  16.70991
 i=  965 j=  829 glon=  283.81 (0-360E) glon=  283.81 glat=  32.68 u=  16.8700 v=  -5.4600 vr=  -3.76299 vt=  17.32768
 i=  970 j=  829 glon=  284.01 (0-360E) glon=  284.01 glat=  32.68 u=  18.1300 v=  -5.0600 vr=  -3.26921 vt=  18.53680
 i=  975 j=  829 glon=  284.21 (0-360E) glon=  284.21 glat=  32.68 u=  19.8100 v=  -4.5400 vr=  -2.72652 vt=  20.13986
 i=  980 j=  829 glon=  284.41 (0-360E) glon=  284.41 glat=  32.68 u=  21.4300 v=  -2.6200 vr=  -3.12249 vt=  21.36257
 i=  985 j=  829 glon=  284.61 (0-360E) glon=  284.61 glat=  32.68 u=  22.9300 v=   0.7200 vr=  -4.55949 vt=  22.48365
 i=  990 j=  829 glon=  284.81 (0-360E) glon=  284.81 glat=  32.68 u=  24.0500 v=   1.9100 vr=  -3.51951 vt=  23.86763
 i=  995 j=  829 glon=  285.01 (0-360E) glon=  285.01 glat=  32.68 u=  24.9300 v=   3.2200 vr=  -2.32554 vt=  25.02929
 i= 1000 j=  829 glon=  285.21 (0-360E) glon=  285.21 glat=  32.68 u=  24.8000 v=   4.3200 vr=  -0.86742 vt=  25.15850
 i= 1005 j=  829 glon=  285.41 (0-360E) glon=  285.41 glat=  32.68 u=  24.9300 v=   4.2700 vr=   1.71126 vt=  25.23508
 i= 1010 j=  829 glon=  285.61 (0-360E) glon=  285.61 glat=  32.68 u=  25.0900 v=   4.4700 vr=   3.95381 vt=  25.17651
 i= 1015 j=  829 glon=  285.81 (0-360E) glon=  285.81 glat=  32.68 u=  23.3600 v=   4.5300 vr=   5.41069 vt=  23.17186
 i= 1020 j=  829 glon=  286.01 (0-360E) glon=  286.01 glat=  32.68 u=  23.6300 v=   7.2700 vr=   5.02524 vt=  24.20696
 i= 1025 j=  829 glon=  286.21 (0-360E) glon=  286.21 glat=  32.68 u=  23.4600 v=   9.2600 vr=   5.07274 vt=  24.70600
 i=  970 j=  834 glon=  284.01 (0-360E) glon=  284.01 glat=  32.48 u=  18.6700 v=  -2.9300 vr=  -4.62801 vt=  18.32308
 i=  975 j=  834 glon=  284.21 (0-360E) glon=  284.21 glat=  32.48 u=  19.7600 v=  -1.8600 vr=  -4.51112 vt=  19.32788
 i=  980 j=  834 glon=  284.41 (0-360E) glon=  284.41 glat=  32.48 u=  21.6400 v=   1.0100 vr=  -6.09651 vt=  20.78803
 i=  985 j=  834 glon=  284.61 (0-360E) glon=  284.61 glat=  32.48 u=  21.6200 v=   3.2200 vr=  -6.42386 vt=  20.89323
 i=  990 j=  834 glon=  284.81 (0-360E) glon=  284.81 glat=  32.48 u=  22.0400 v=   2.0700 vr=  -3.38325 vt=  21.87693
 i=  995 j=  834 glon=  285.01 (0-360E) glon=  285.01 glat=  32.48 u=  21.9500 v=   1.9300 vr=  -1.22960 vt=  22.00035
 i= 1000 j=  834 glon=  285.21 (0-360E) glon=  285.21 glat=  32.48 u=  21.0400 v=   2.5700 vr=   0.03057 vt=  21.19636
 i= 1005 j=  834 glon=  285.41 (0-360E) glon=  285.41 glat=  32.48 u=  20.1500 v=   3.6500 vr=   0.67309 vt=  20.46685
 i= 1010 j=  834 glon=  285.61 (0-360E) glon=  285.61 glat=  32.48 u=  20.2400 v=   3.4400 vr=   2.65065 vt=  20.35842
 i= 1015 j=  834 glon=  285.81 (0-360E) glon=  285.81 glat=  32.48 u=  21.2400 v=   2.4100 vr=   5.62425 vt=  20.62313
 i= 1020 j=  834 glon=  286.01 (0-360E) glon=  286.01 glat=  32.48 u=  22.9900 v=   5.1700 vr=   5.47273 vt=  22.91982
 i=  990 j=  839 glon=  284.81 (0-360E) glon=  284.81 glat=  32.28 u=  18.9000 v=   2.3600 vr=  -3.37448 vt=  18.74547
 i=  995 j=  839 glon=  285.01 (0-360E) glon=  285.01 glat=  32.28 u=  19.4500 v=   2.2700 vr=  -1.71058 vt=  19.50716
 i= 1000 j=  839 glon=  285.21 (0-360E) glon=  285.21 glat=  32.28 u=  18.2500 v=   2.5300 vr=  -0.49426 vt=  18.41790
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    21.7692781729956       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     38.74 kts
    LL Wind Circ Vt mean quadmax value: SE     50.27 kts
    LL Wind Circ Vt mean quadmax value: SW     45.55 kts
    LL Wind Circ Vt mean quadmax value: NW     34.51 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   17.2422203188273       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.2084379454425     
   xcenlon=    284.860734898483     
   imax=         2738  jmax=         2041
   jlatfix=          790
   ilonfix (unadjusted) =          992
  
 In get_max_wind, ibeg=          909  iend=         1074
                  jbeg=          722  jend=          859
         ilonfix=          992  jlatfix=          790
 At end of get_max_wind, vmax=    29.0470514854778       rmax= 
   29.6143582625607     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.86 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.02 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    7.89 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.45 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.07 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.58 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.91 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.10 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   16.11 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   16.98 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   17.74 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   18.48 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   19.22 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   19.97 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   20.60 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   21.03 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   21.29 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   21.36 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   21.32 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   21.31 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   21.48 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.81 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   22.25 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   22.75 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   23.15 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   23.28 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   23.17 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   22.90 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   22.68 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   22.51 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   22.30 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   22.07 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   21.78 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   21.51 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   21.25 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   20.98 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   20.71 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   20.46 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.27 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.12 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   19.93 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   19.68 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    23.28 m/s   maxrmw_dist=    78.00  km   maxrmw_ix=   26
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    78.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    23.2826593344720      
  (m/s)   (in kts)=    45.2312222890788     
  rising_sum_dvdr=       7.16859021641967     
  declining_sum_dvdr=   -3.60235366654166     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    78 igrct=  1 Vmax (m/s)=   29.047   22:26:55
 TIMING: before call  getradii, fhr=    78 igrct=  1   22:26:55
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.60946213518015     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.60946213518015     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.7010902580696     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.7010902580696     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.12745331710950     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.12745331710950     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.36708800658834     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    8.37 good_quad_ct=   4 mean_vt_4quad=      2.09
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   19.77 mean_vt_4quad=    9.51
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 123
  ++++ rdist(ihc)=  369.00  mean_radii_vt_4quad(ihc)=    9.51 .... 0.5*v_holland=    4.95
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 122
  ++++ rdist(ihc)=  366.00  mean_radii_vt_4quad(ihc)=    9.57 .... 0.5*v_holland=    4.95
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 121
  ++++ rdist(ihc)=  363.00  mean_radii_vt_4quad(ihc)=    9.63 .... 0.5*v_holland=    4.95
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 120
  ++++ rdist(ihc)=  360.00  mean_radii_vt_4quad(ihc)=    9.69 .... 0.5*v_holland=    4.95
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 119
  ++++ rdist(ihc)=  357.00  mean_radii_vt_4quad(ihc)=    9.75 .... 0.5*v_holland=    4.95
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
  
 !!! NOTE: In getradii, a wind radius was
 !!! found at the maximum radius checked, so
 !!! this getradii_2 subroutine will need to
 !!! be called again using an increased value
 !!! of radmax to extend further out.
 !!! Currently, radmax (km) =    369.000000000000     
 !!! iwindix =            1  quadrant=            1
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   19.77 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   19.87 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   19.91 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   19.91 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   19.71 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   19.57 mean_vt_4quad=    9.79
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   19.31 mean_vt_4quad=    9.82
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   19.08 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   19.14 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   19.62 mean_vt_4quad=    9.91
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   20.16 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   20.49 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   20.77 mean_vt_4quad=   10.00
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   21.18 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   21.36 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   21.31 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   20.85 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   20.01 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   19.21 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   18.38 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   17.72 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   17.40 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   17.35 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   17.47 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   17.47 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   17.44 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   17.00 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   16.83 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   16.82 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   16.78 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   16.87 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.94 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   17.00 mean_vt_4quad=   10.47
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   17.04 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   17.09 mean_vt_4quad=   10.65
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   17.05 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   17.04 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   17.03 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.90 mean_vt_4quad=   10.95
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.88 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.90 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.77 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.91 mean_vt_4quad=   11.25
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.88 mean_vt_4quad=   11.33
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   17.04 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   17.09 mean_vt_4quad=   11.55
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.19 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.56 mean_vt_4quad=   11.79
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.44 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.19 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.34 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.53 mean_vt_4quad=   12.30
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.35 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.51 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.71 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   15.81 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.04 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.24 mean_vt_4quad=   12.78
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.38 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.28 mean_vt_4quad=   12.98
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.18 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.12 mean_vt_4quad=   13.16
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   15.96 mean_vt_4quad=   13.23
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   15.74 mean_vt_4quad=   13.32
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   15.62 mean_vt_4quad=   13.44
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   15.68 mean_vt_4quad=   13.60
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   15.79 mean_vt_4quad=   13.77
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   15.92 mean_vt_4quad=   13.96
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   16.09 mean_vt_4quad=   14.15
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   16.40 mean_vt_4quad=   14.34
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   16.69 mean_vt_4quad=   14.53
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.18 mean_vt_4quad=   14.70
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   17.59 mean_vt_4quad=   14.88
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.60 mean_vt_4quad=   15.10
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   17.18 mean_vt_4quad=   15.36
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   16.96 mean_vt_4quad=   15.62
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.06 mean_vt_4quad=   15.87
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   17.31 mean_vt_4quad=   16.12
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   17.93 mean_vt_4quad=   16.38
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   18.79 mean_vt_4quad=   16.68
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   19.94 mean_vt_4quad=   16.99
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   20.81 mean_vt_4quad=   17.30
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   20.95 mean_vt_4quad=   17.64
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   20.22 mean_vt_4quad=   17.98
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   19.22 mean_vt_4quad=   18.35
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   19.11 mean_vt_4quad=   18.74
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   19.18 mean_vt_4quad=   19.17
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   19.39 mean_vt_4quad=   19.58
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   19.70 mean_vt_4quad=   19.98
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.17 mean_vt_4quad=   20.32
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   20.65 mean_vt_4quad=   20.62
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.11 mean_vt_4quad=   20.87
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   21.52 mean_vt_4quad=   21.08
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.86 mean_vt_4quad=   21.27
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   22.13 mean_vt_4quad=   21.48
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.38 mean_vt_4quad=   21.76
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   22.64 mean_vt_4quad=   22.02
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   22.90 mean_vt_4quad=   22.14
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   23.17 mean_vt_4quad=   22.03
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   23.45 mean_vt_4quad=   21.74
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   23.67 mean_vt_4quad=   21.40
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   23.75 mean_vt_4quad=   21.09
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   23.69 mean_vt_4quad=   20.89
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   23.37 mean_vt_4quad=   20.79
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   22.94 mean_vt_4quad=   20.81
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   22.39 mean_vt_4quad=   20.84
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   21.82 mean_vt_4quad=   20.75
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   21.01 mean_vt_4quad=   20.49
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   20.23 mean_vt_4quad=   20.06
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   19.34 mean_vt_4quad=   19.44
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   18.49 mean_vt_4quad=   18.73
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   17.84 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   17.36 mean_vt_4quad=   17.28
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   16.87 mean_vt_4quad=   16.52
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   16.36 mean_vt_4quad=   15.63
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   15.79 mean_vt_4quad=   14.58
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   15.14 mean_vt_4quad=   13.34
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   14.38 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   13.52 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   12.56 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   11.46 mean_vt_4quad=    6.33
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   10.21 mean_vt_4quad=    4.19
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    8.71 mean_vt_4quad=    2.09
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   13.48 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   13.50 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   13.52 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   13.54 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.54 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.55 mean_vt_4quad=    9.79
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.57 mean_vt_4quad=    9.82
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.58 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.62 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.65 mean_vt_4quad=    9.91
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.67 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.70 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.74 mean_vt_4quad=   10.00
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.79 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.84 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.94 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   14.08 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   14.21 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.33 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.43 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.54 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.63 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.65 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.68 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.76 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.84 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.90 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.95 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   15.00 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   15.06 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   15.10 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   15.17 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   15.27 mean_vt_4quad=   10.47
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.35 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.43 mean_vt_4quad=   10.65
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.51 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.55 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.58 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.62 mean_vt_4quad=   10.95
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.66 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.66 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.68 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.78 mean_vt_4quad=   11.25
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.89 mean_vt_4quad=   11.33
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.99 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.13 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.25 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.35 mean_vt_4quad=   11.79
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.42 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.53 mean_vt_4quad=   12.06
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.67 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.81 mean_vt_4quad=   12.30
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.95 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.15 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.35 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.47 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.59 mean_vt_4quad=   12.70
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.70 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   12.78 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.98 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   13.08 .... 0.5*v_holland=    8.62
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    201.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   108.459600000000     
 vradius(iwindix,iquad) =         108
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   17.59 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   17.77 mean_vt_4quad=   12.78
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.04 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.24 mean_vt_4quad=   12.98
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.30 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.27 mean_vt_4quad=   13.16
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.19 mean_vt_4quad=   13.23
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.17 mean_vt_4quad=   13.32
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   18.23 mean_vt_4quad=   13.44
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   18.29 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   18.39 mean_vt_4quad=   13.77
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   18.70 mean_vt_4quad=   13.96
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   19.10 mean_vt_4quad=   14.15
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   19.46 mean_vt_4quad=   14.34
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   19.66 mean_vt_4quad=   14.53
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   19.85 mean_vt_4quad=   14.70
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   20.03 mean_vt_4quad=   14.88
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   20.19 mean_vt_4quad=   15.10
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   20.31 mean_vt_4quad=   15.36
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   20.62 mean_vt_4quad=   15.62
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   20.97 mean_vt_4quad=   15.87
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   21.36 mean_vt_4quad=   16.12
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   21.80 mean_vt_4quad=   16.38
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   22.23 mean_vt_4quad=   16.68
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   22.63 mean_vt_4quad=   16.99
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   22.97 mean_vt_4quad=   17.30
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   23.32 mean_vt_4quad=   17.64
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   23.68 mean_vt_4quad=   17.98
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   24.04 mean_vt_4quad=   18.35
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   24.38 mean_vt_4quad=   18.74
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   24.75 mean_vt_4quad=   19.17
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   25.13 mean_vt_4quad=   19.58
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   25.50 mean_vt_4quad=   19.98
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   25.85 mean_vt_4quad=   20.32
  
 NO interp, exactdistkm=    102.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   55.0392000000000     
 vradius(iwindix,iquad) =          55
  
  --- vmaxwind of    29.0470514854778       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.86 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.93 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.98 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.04 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.10 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.15 mean_vt_4quad=    9.79
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.20 mean_vt_4quad=    9.82
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.22 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.24 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.28 mean_vt_4quad=    9.91
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.36 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.42 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.53 mean_vt_4quad=   10.00
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.64 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.72 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.81 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.91 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.01 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.06 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.09 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.13 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.12 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.07 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.01 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.03 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.08 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.18 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.31 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.42 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.50 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.46 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.41 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.42 mean_vt_4quad=   10.47
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.48 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.56 mean_vt_4quad=   10.65
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.54 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.58 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.66 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.79 mean_vt_4quad=   10.95
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.92 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.03 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   14.15 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.22 mean_vt_4quad=   11.25
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.30 mean_vt_4quad=   11.33
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.45 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.56 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.75 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.95 mean_vt_4quad=   11.79
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.14 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.28 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.47 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.67 mean_vt_4quad=   12.30
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.86 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   16.02 mean_vt_4quad=   12.50
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.13 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.37 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.69 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.98 mean_vt_4quad=   12.78
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   17.24 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.50 mean_vt_4quad=   12.98
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.98 .... 0.5*v_holland=    8.96
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   13.08 .... 0.5*v_holland=    8.96
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   13.16 .... 0.5*v_holland=    8.96
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   13.23 .... 0.5*v_holland=    8.96
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   13.32 .... 0.5*v_holland=    8.96
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    192.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   103.603200000000     
 vradius(iwindix,iquad) =         104
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.50 mean_vt_4quad=   12.98
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.71 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.89 mean_vt_4quad=   13.16
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   18.04 mean_vt_4quad=   13.23
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   18.25 mean_vt_4quad=   13.32
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   18.48 mean_vt_4quad=   13.44
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   18.67 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   18.69 mean_vt_4quad=   13.77
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   18.64 mean_vt_4quad=   13.96
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   18.86 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   19.04 mean_vt_4quad=   14.34
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   19.27 mean_vt_4quad=   14.53
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   19.51 mean_vt_4quad=   14.70
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.74 mean_vt_4quad=   14.88
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   20.09 mean_vt_4quad=   15.10
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   20.45 mean_vt_4quad=   15.36
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   20.91 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   21.44 mean_vt_4quad=   15.87
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   21.90 mean_vt_4quad=   16.12
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   22.24 mean_vt_4quad=   16.38
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   22.37 mean_vt_4quad=   16.68
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   22.47 mean_vt_4quad=   16.99
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   22.63 mean_vt_4quad=   17.30
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   22.90 mean_vt_4quad=   17.64
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   23.18 mean_vt_4quad=   17.98
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   23.47 mean_vt_4quad=   18.35
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   23.76 mean_vt_4quad=   18.74
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   24.07 mean_vt_4quad=   19.17
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   24.39 mean_vt_4quad=   19.58
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   24.74 mean_vt_4quad=   19.98
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   25.09 mean_vt_4quad=   20.32
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   25.44 mean_vt_4quad=   20.62
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   25.74 mean_vt_4quad=   20.87
  
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
  
  --- vmaxwind of    29.0470514854778       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   15.32 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   15.33 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   15.59 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   15.83 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   15.82 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   15.99 mean_vt_4quad=    9.79
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   15.96 mean_vt_4quad=    9.82
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   15.95 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   15.95 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   15.99 mean_vt_4quad=    9.91
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   16.04 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   16.17 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   16.25 mean_vt_4quad=   10.00
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   16.33 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   16.57 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   16.80 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   16.98 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   16.99 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   16.89 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   16.82 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   16.73 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   16.64 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   16.60 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   16.57 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   16.54 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   16.52 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   16.50 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   16.51 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.61 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   16.67 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.76 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.90 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   16.93 mean_vt_4quad=   10.47
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   17.01 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   17.08 mean_vt_4quad=   10.65
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   17.08 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   17.03 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   16.98 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   16.95 mean_vt_4quad=   10.95
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   16.93 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   16.90 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   16.90 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.01 mean_vt_4quad=   11.25
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.06 mean_vt_4quad=   11.33
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   17.03 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   16.98 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   16.89 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   16.92 mean_vt_4quad=   11.79
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   17.03 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   17.15 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   17.17 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   17.22 mean_vt_4quad=   12.30
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   17.29 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   17.34 mean_vt_4quad=   12.50
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.49 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.69 mean_vt_4quad=   12.64
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   12.64 .... 0.5*v_holland=    8.51
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.70 .... 0.5*v_holland=    8.51
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   12.78 .... 0.5*v_holland=    8.51
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    8.51
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.98 .... 0.5*v_holland=    8.51
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.69 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.88 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   18.04 mean_vt_4quad=   12.78
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   18.22 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   18.45 mean_vt_4quad=   12.98
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   18.57 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   18.67 mean_vt_4quad=   13.16
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   18.76 mean_vt_4quad=   13.23
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   18.74 mean_vt_4quad=   13.32
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   18.69 mean_vt_4quad=   13.44
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   18.65 mean_vt_4quad=   13.60
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   18.77 mean_vt_4quad=   13.77
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   19.03 mean_vt_4quad=   13.96
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   19.41 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   19.58 mean_vt_4quad=   14.34
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   19.69 mean_vt_4quad=   14.53
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   19.65 mean_vt_4quad=   14.70
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   19.42 mean_vt_4quad=   14.88
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.64 mean_vt_4quad=   15.10
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   20.03 mean_vt_4quad=   15.36
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   20.29 mean_vt_4quad=   15.62
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   20.33 mean_vt_4quad=   15.87
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   20.63 mean_vt_4quad=   16.12
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   21.06 mean_vt_4quad=   16.38
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   21.91 mean_vt_4quad=   16.68
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   22.86 mean_vt_4quad=   16.99
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   23.68 mean_vt_4quad=   17.30
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   24.19 mean_vt_4quad=   17.64
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   24.40 mean_vt_4quad=   17.98
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   24.27 mean_vt_4quad=   18.35
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   23.74 mean_vt_4quad=   18.74
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.94 mean_vt_4quad=   19.17
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.48 mean_vt_4quad=   19.58
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.00 mean_vt_4quad=   19.98
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   25.45 mean_vt_4quad=   20.32
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.74 mean_vt_4quad=   20.62
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
  --- vmaxwind of    29.0470514854778       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    78 igrct=  1   22:26:55
 TIMING: before call  getradii, fhr=    78 igrct=  2   22:26:55
  
 Top of getradii_2, this is 
     iteration #            2
     ix_radii_beg=          124  ix_radii_end=          140
     radmax=    420.000000000000     
 ---> R34 search underway for quadrant            1  radmax= 
   420.000000000000     
  
   iquad=   1 idist=  140 rdist(idist)=  420.00 bin95wind=   17.69 mean_vt_4quad=    8.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 140
  ++++ rdist(ihc)=  420.00  mean_radii_vt_4quad(ihc)=    8.60 .... 0.5*v_holland=    4.37
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 139
  ++++ rdist(ihc)=  417.00  mean_radii_vt_4quad(ihc)=    8.63 .... 0.5*v_holland=    4.37
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 138
  ++++ rdist(ihc)=  414.00  mean_radii_vt_4quad(ihc)=    8.67 .... 0.5*v_holland=    4.37
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 137
  ++++ rdist(ihc)=  411.00  mean_radii_vt_4quad(ihc)=    8.71 .... 0.5*v_holland=    4.37
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 136
  ++++ rdist(ihc)=  408.00  mean_radii_vt_4quad(ihc)=    8.76 .... 0.5*v_holland=    4.37
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
  
 !!! NOTE: In getradii, a wind radius was
 !!! found at the maximum radius checked, so
 !!! this getradii_2 subroutine will need to
 !!! be called again using an increased value
 !!! of radmax to extend further out.
 !!! Currently, radmax (km) =    420.000000000000     
 !!! iwindix =            1  quadrant=            1
 + R34 okay for quadrant            2 ... skipping...
 + R34 okay for quadrant            3 ... skipping...
 + R34 okay for quadrant            4 ... skipping...
 TIMING: after call  getradii, fhr=    78 igrct=  2   22:26:55
 TIMING: before call  getradii, fhr=    78 igrct=  3   22:26:55
  
 Top of getradii_2, this is 
     iteration #            3
     ix_radii_beg=          141  ix_radii_end=          157
     radmax=    471.000000000000     
 ---> R34 search underway for quadrant            1  radmax= 
   471.000000000000     
  
   iquad=   1 idist=  157 rdist(idist)=  471.00 bin95wind=   16.21 mean_vt_4quad=    7.81
  
  
   iquad=   1 idist=  156 rdist(idist)=  468.00 bin95wind=   16.31 mean_vt_4quad=    7.86
  
  
   iquad=   1 idist=  155 rdist(idist)=  465.00 bin95wind=   16.41 mean_vt_4quad=    7.93
  
  
   iquad=   1 idist=  154 rdist(idist)=  462.00 bin95wind=   16.54 mean_vt_4quad=    7.98
  
  
   iquad=   1 idist=  153 rdist(idist)=  459.00 bin95wind=   16.63 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=  152 rdist(idist)=  456.00 bin95wind=   16.69 mean_vt_4quad=    8.07
  
  
   iquad=   1 idist=  151 rdist(idist)=  453.00 bin95wind=   16.73 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=  150 rdist(idist)=  450.00 bin95wind=   16.78 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=  149 rdist(idist)=  447.00 bin95wind=   16.78 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=  148 rdist(idist)=  444.00 bin95wind=   16.85 mean_vt_4quad=    8.21
  
  
   iquad=   1 idist=  147 rdist(idist)=  441.00 bin95wind=   17.06 mean_vt_4quad=    8.26
  
  
   iquad=   1 idist=  146 rdist(idist)=  438.00 bin95wind=   17.12 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=  145 rdist(idist)=  435.00 bin95wind=   17.26 mean_vt_4quad=    8.37
  
  
   iquad=   1 idist=  144 rdist(idist)=  432.00 bin95wind=   17.40 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=  143 rdist(idist)=  429.00 bin95wind=   17.51 mean_vt_4quad=    8.47
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 143
  ++++ rdist(ihc)=  429.00  mean_radii_vt_4quad(ihc)=    8.47 .... 0.5*v_holland=    4.28
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 142
  ++++ rdist(ihc)=  426.00  mean_radii_vt_4quad(ihc)=    8.52 .... 0.5*v_holland=    4.28
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 141
  ++++ rdist(ihc)=  423.00  mean_radii_vt_4quad(ihc)=    8.56 .... 0.5*v_holland=    4.28
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 140
  ++++ rdist(ihc)=  420.00  mean_radii_vt_4quad(ihc)=    8.60 .... 0.5*v_holland=    4.28
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 139
  ++++ rdist(ihc)=  417.00  mean_radii_vt_4quad(ihc)=    8.63 .... 0.5*v_holland=    4.28
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    429.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   231.488400000000     
 vradius(iwindix,iquad) =         231
 + R34 okay for quadrant            2 ... skipping...
 + R34 okay for quadrant            3 ... skipping...
 + R34 okay for quadrant            4 ... skipping...
 TIMING: after call  getradii, fhr=    78 igrct=  3   22:26:55
 TIMING: after getrad_iter_loop, fhr=    78 igrct=  4 Vmax (m/s)=   29.047   22:26:55
 TIMING: Before get_phase ... 22:26:55
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           78 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    67.616
  
  
  In get_cps_paramb, lead time=           78 :           0   10L  IDALIA   
   right_ct=          940   left_ct=          979
   zthicksum(1)=    3212450.88775000     
   zthicksum(2)=    3324776.38443750     
   zthick_right_mean=    3417.50094441490     
   zthick_left_mean=     3396.09436612615     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    21.4065782887465     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           21.70
  Sum of y-diffs squared (ydiff2) =         3156.27
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   246.74   6.7452       29.30   0.1661    -2.63     6.93      858.33
    2   238.00   6.6846       20.55   0.1055     0.28     0.08      422.44
    3   227.63   6.6201       10.19   0.0409     2.32     5.37      103.74
    4   214.49   6.5511       -2.96  -0.0281     2.44     5.94        8.75
    5   197.10   6.4770      -20.35  -0.1022    -0.71     0.50      414.15
    6   180.72   6.3969      -36.73  -0.1822    -1.70     2.88     1348.85
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   217.447     x:    6.58
  
  slope=    192.245         y-intercept =  -1047.363
  Regression equation:   Y = -1047.36 +   192.25X
  
  R2(r_squared) =  0.9931        r =  0.9966
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1027.89 zmin=  773.77 zdiff=  254.11
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1522.10 zmin= 1275.35 zdiff=  246.74
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -7.37 dlnp=     -0.057158  dzdlnp=      128.905
  
   +++ k=  3 press=    800.0 zmax= 2041.67 zmin= 1803.67 zdiff=  238.00
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.74 dlnp=     -0.060625  dzdlnp=      144.232
  
   +++ k=  4 press=    750.0 zmax= 2589.90 zmin= 2362.26 zdiff=  227.63
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.37 dlnp=     -0.064539  dzdlnp=      160.648
  
   +++ k=  5 press=    700.0 zmax= 3170.07 zmin= 2955.58 zdiff=  214.49
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -13.14 dlnp=     -0.068993  dzdlnp=      190.512
  
   +++ k=  6 press=    650.0 zmax= 3784.51 zmin= 3587.41 zdiff=  197.10
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -17.39 dlnp=     -0.074108  dzdlnp=      234.685
  
   +++ k=  7 press=    600.0 zmax= 4442.24 zmin= 4261.52 zdiff=  180.72
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.38 dlnp=     -0.080043  dzdlnp=      204.591
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          291.48
  Sum of y-diffs squared (ydiff2) =         1950.88
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   164.32   6.3099       30.66   0.2788     8.23    67.69      940.12
    2   149.06   6.2146       15.40   0.1834     0.63     0.40      237.08
    3   134.42   6.1092        0.76   0.0781    -5.53    30.55        0.57
    4   122.96   5.9915      -10.70  -0.0397    -7.50    56.31      114.46
    5   113.81   5.8579      -19.85  -0.1732    -5.91    34.93      394.05
    6   117.39   5.7038      -16.27  -0.3274    10.08   101.60      264.60
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   133.659     x:    6.03
  
  slope=     80.477         y-intercept =   -351.711
  Regression equation:   Y =  -351.71 +    80.48X
  
  R2(r_squared) =  0.8506        r =  0.9223
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           78 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4442.24 zmin= 4261.52 zdiff=  180.72
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5146.85 zmin= 4982.53 zdiff=  164.32
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -16.40 dlnp=     -0.087011  dzdlnp=      188.481
  
   +++ k=  9 press=    500.0 zmax= 5906.51 zmin= 5757.45 zdiff=  149.06
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -15.26 dlnp=     -0.095310  dzdlnp=      160.151
  
   +++ k= 10 press=    450.0 zmax= 6733.71 zmin= 6599.30 zdiff=  134.42
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -14.64 dlnp=     -0.105361  dzdlnp=      138.951
  
   +++ k= 11 press=    400.0 zmax= 7642.43 zmin= 7519.47 zdiff=  122.96
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -11.46 dlnp=     -0.117783  dzdlnp=       97.264
  
   +++ k= 12 press=    350.0 zmax= 8646.61 zmin= 8532.80 zdiff=  113.81
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -9.15 dlnp=     -0.133531  dzdlnp=       68.538
  
   +++ k= 13 press=    300.0 zmax= 9777.39 zmin= 9660.00 zdiff=  117.39
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       3.58 dlnp=     -0.154151  dzdlnp=      -23.250
  
cps_stats: 10L   lead time=  78: 0   paramb=    21.41  vtl=    192.25  vtu=     80.48
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   78:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  284.861 (0-360) guesslon=  284.861E  (  75.139W)   guesslat=   34.208
 ilonfix=          992  jlatfix=          790  npts=           33
 ibeg=          916  jbeg=          722  imax=         2738
 iend=         1068  jend=          858  jmax=         2041
 TIMING: find_maxmin 1  22:26:55
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  284.741E  (0-360) ctlon=  284.741E  (  75.259W)  ctlat=   32.888 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:26:55
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  284.741E   (0-360) guesslon=  284.741E  (  75.259W)   guesslat=   32.888
 ilonfix=          989  jlatfix=          823  npts=           16
 ibeg=          937  jbeg=          779  imax=         2738
 iend=         1041  jend=          867  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.421E  (0-360) ctlon=  284.421  (  75.579W)  ctlat=   32.568 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    78:00  mean_lon:  284.42E (  75.58W)    (0-360) mean_lon=  284.42E  mean_lat:   32.57  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    78:00  ifix:   968   jfix:   808  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          968  jx=          808
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         476 ,         316 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         475 ,         315 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    78:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:26:56
 TIMING: Before shear ... 22:26:56
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           14
  clon(ist,ifh,3)=    284.939506497498     
  clat(ist,ifh,3)=    34.2914071503551     
  fixlon(ist,ifh)=    284.860734898483     
  fixlat(ist,ifh)=    34.2084379454425     
  xcenlon=    284.939506497498     
  xcenlat=    34.2914071503551     
  
 xxshear
 In get_shear A, xcenlon=    284.939506497498       xcenlat= 
   34.2914071503551     
   In get_shear B, (0-360) xcenlon=    284.939506497498     
  
At start of get_shear:  10L   fhr=   78:00   Mean fix position=   284.86E  ( 75.14W)    34.21  (0-360) mean lon fix=  284.86
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   23.21 vr_mean(idist,ilev)=    0.75
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   26.08 vr_mean(idist,ilev)=    0.48
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   27.57 vr_mean(idist,ilev)=   -0.41
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   24.55 vr_mean(idist,ilev)=    0.74
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   22.91 vr_mean(idist,ilev)=    1.65
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   21.05 vr_mean(idist,ilev)=    1.70
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.69 vr_mean(idist,ilev)=    1.47
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.76 vr_mean(idist,ilev)=    1.13
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   16.21 vr_mean(idist,ilev)=    1.87
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.53 vr_mean(idist,ilev)=    0.66
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.92 vr_mean(idist,ilev)=    0.98
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.61 vr_mean(idist,ilev)=    0.89
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   14.35 vr_mean(idist,ilev)=    0.48
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   14.22 vr_mean(idist,ilev)=    0.32
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   13.15 vr_mean(idist,ilev)=   -0.19
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   12.43 vr_mean(idist,ilev)=   -0.33
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   12.01 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   11.60 vr_mean(idist,ilev)=    0.14
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   11.30 vr_mean(idist,ilev)=    0.24
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.06 vr_mean(idist,ilev)=   20.06
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.10 vr_mean(idist,ilev)=   30.10
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.13 vr_mean(idist,ilev)=   40.13
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.18 vr_mean(idist,ilev)=   50.18
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.22 vr_mean(idist,ilev)=   60.22
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -70.28 vr_mean(idist,ilev)=   70.28
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -80.34 vr_mean(idist,ilev)=   80.34
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -90.41 vr_mean(idist,ilev)=   90.41
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -100.49 vr_mean(idist,ilev)=  100.49
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -110.58 vr_mean(idist,ilev)=  110.58
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -120.69 vr_mean(idist,ilev)=  120.69
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -130.81 vr_mean(idist,ilev)=  130.81
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -140.95 vr_mean(idist,ilev)=  140.95
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -151.11 vr_mean(idist,ilev)=  151.11
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -161.29 vr_mean(idist,ilev)=  161.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -171.49 vr_mean(idist,ilev)=  171.49
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -181.72 vr_mean(idist,ilev)=  181.72
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -191.98 vr_mean(idist,ilev)=  191.98
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -202.28 vr_mean(idist,ilev)=  202.28
  
 At end of get_shear: 
     ist=    4 ifh=   14 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:26:56
  
 After call to fixcenter, fix positions at 
 forecast hour=   78:00 follow:
  
fixpos  10L   fhr=   78:00   Fix position=   284.86E  ( 75.14W)    34.21   Max Wind=  56 kts
  
  
 xxxx get_next_ges, prev fix lon=    282.933001363387     
 xxxx get_next_ges, curr fix lon=    284.860734898483     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    284.860734898483        fixlat=    34.2084379454425     
        (0-360) fixlon=    284.860734898483     
      ilonfix=          992   jlatfix=          790
      ibeg=          493   iend=         1491
      jbeg=          338   jend=         1242
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    3.35523112629259       vavg=  -0.583425082409523     
      ubar=   0.838807781573148       vbar=  -0.145856270602381     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.97213803653097       vavg=   0.899266691927655     
      ubar=    4.32487679983864       vbar=   0.303777075361447     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.57265738427283       vavg=    4.42840365688292     
      ubar=    6.46804114590684       vbar=    1.41087798958218     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.46804114590684       vbar=    1.41087798958218     
      wgttot=    1.00000000000000     
      fixlon=    284.860734898483        fixlat=    34.2084379454425     
      barnlon=    286.382491695882       barnlat=    34.4825059519335     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.825650800259988     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      286.382491695882     
     Raw (no conversion for GM wrap) extraplon=    286.803200585846     
  
 --- barnlon=    286.38E  (  73.62W)    barnlat=     34.48
 --- extraplon=  286.80E  (  73.20W)    extraplat=   34.85
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.21
 | Current fix lon is   75.14W   ( 284.86E)
 | Current fix lon (raw, unadjusted)=  284.86E
 | Updated guess lat for next fcst hour is   34.67
 | Updated guess lon (0-360) for next fcst hour is   73.41W   ( 286.59E)
 | Raw updated guess lon for next fcst hour is  286.59E)
 -------------------------------------------------
  
 iocheck, dist=    166.803936176145        distm=    166803.936176145     
 iocheck, stmspd=    7.72240445259928        istmspd=          150
 iocheck, xincr=    1.73211124238060        yincr=   0.457853297554841     
 iocheck, stmdir=    75.1935141785042        istmdir=           75
 +++ RPT_STORM_MOTION: istmspd=   150 kts(*10)    istmdir=    75 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  14
     Fix location for this time:   284.86E  ( 75.14W)    34.21
     Fix lon (raw) for this time:  284.86E
     ilonfix=  992  jlatfix=  790
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    284.860734898483       xcenlat=    34.2084379454425     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    284.860734898483       xcenlat=    34.2084379454425     
  ilonfix=          992  jlatfix=          790
  ibeg=          865  iend=         1119
  jbeg=          674  jend=          906  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    284.860734898483        xcenlat=    34.2084379454425     
      ilonfix=          992   jlatfix=          790
      ibeg=          865   iend=         1119
      jbeg=          674   jend=          906
 After call to barnes, xsmoothval=   3.267809044066369E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.267809044066369E-004
      xcenlon=    284.860734898483        xcenlat=    34.2084379454425     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000327  imeanzeta (*1e6)=      327
   --- mean zeta raw =   3.267809044066369E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002312  igrid zeta (*1e6)=     2312 ifilret=   0
   --- grid zeta raw=   2.312264621645737E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    284.860734898483       xcenlat=    34.2084379454425     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    284.860734898483       xcenlat=    34.2084379454425     
  ilonfix=          992  jlatfix=          790
  ibeg=          865  iend=         1119
  jbeg=          674  jend=          906  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    284.860734898483        xcenlat=    34.2084379454425     
      ilonfix=          992   jlatfix=          790
      ibeg=          865   iend=         1119
      jbeg=          674   jend=          906
 After call to barnes, xsmoothval=   2.833673136694128E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.833673136694128E-004
      xcenlon=    284.860734898483        xcenlat=    34.2084379454425     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000283  imeanzeta (*1e6)=      283
   --- mean zeta raw =   2.833673136694128E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002272  igrid zeta (*1e6)=     2272 ifilret=   0
   --- grid zeta raw=   2.272097985848826E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           78
  
 segx, outlon=    284.860734898483       outlat=    34.2084379454425     
   ist=            4  ifcsthour=           78
   vmaxwind=    29.0470514854778       xminmslp=    98195.6900000000     
   vradius=          231           0           0         108          55
           0         104          52           0         110          53
           0
   maxstorm=            6
   plastbar=    100195.690000000       rlastbar=    82.0684618265944     
   rmax=    29.6143582625607     
   cps_vals=    21.4065782887465        192.245069074312     
   80.4770925176827     
   wcore_flag= n
   istmspd=          150  istmdir=           75
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    78.0000000000000     
   axisymet_rmw_val=     23.2826593344720     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   82.0684618265944       irlastbar=          82
 output: plastbar=   100195.690000000       iplastbar=        1002
 rmax=    29.6143582625607        irmax=           30
 TXX top of atcfunix_ext, ist=            4  ifh=           78
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   82.0684618265944       irlastbar=          82
 output: plastbar=   100195.690000000       iplastbar=        1002
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           78
 intlat=          342
 clatns= N
 intlon=          751
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           56
 int(xminmslp/mslp_outp_adj + 0.5)=          982
 XX,  34, NEQ
 vradius(1,1)=          231
 vradius(1,2)=          108
 vradius(1,3)=          104
 vradius(1,4)=          110
 iplastbar=         1002
 irlastbar=           82
 irmax=           30
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           75
 istmspd=          150
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          214
 icps_vals(2)=         1922
 icps_vals(3)=          805
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           42
 irmw_val=           45
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          327
 igridzeta(1)=         2312
 imeanzeta(2)=          283
 igridzeta(2)=         2272
  
 rmax=    29.6143582625607        irmax=           30
 +++ Top of output_atcf_parms, ist=            4  ifh=           78
  
 xxxx get_next_ges, prev fix lon=    282.933001363387     
 xxxx get_next_ges, curr fix lon=    284.860734898483     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    284.860734898483        fixlat=    34.2084379454425     
        (0-360) fixlon=    284.860734898483     
      ilonfix=          992   jlatfix=          790
      ibeg=          493   iend=         1491
      jbeg=          338   jend=         1242
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    3.35523112629259       vavg=  -0.583425082409523     
      ubar=   0.838807781573148       vbar=  -0.145856270602381     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    6.97213803653097       vavg=   0.899266691927655     
      ubar=    4.32487679983864       vbar=   0.303777075361447     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.57265738427283       vavg=    4.42840365688292     
      ubar=    6.46804114590684       vbar=    1.41087798958218     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    6.46804114590684       vbar=    1.41087798958218     
      wgttot=    1.00000000000000     
      fixlon=    284.860734898483        fixlat=    34.2084379454425     
      barnlon=    286.382491695882       barnlat=    34.4825059519335     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.825650800259988     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      286.382491695882     
     Raw (no conversion for GM wrap) extraplon=    286.803200585846     
  
 --- barnlon=    286.38E  (  73.62W)    barnlat=     34.48
 --- extraplon=  286.80E  (  73.20W)    extraplat=   34.85
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    78.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.21
 | Current fix lon is   75.14W   ( 284.86E)
 | Current fix lon (raw, unadjusted)=  284.86E
 | Updated guess lat for next fcst hour is   34.67
 | Updated guess lon (0-360) for next fcst hour is   73.41W   ( 286.59E)
 | Raw updated guess lon for next fcst hour is  286.59E)
 -------------------------------------------------
  
 iocheck, dist=    166.803936176145        distm=    166803.936176145     
 iocheck, stmspd=    7.72240445259928        istmspd=          150
 iocheck, xincr=    1.73211124238060        yincr=   0.457853297554841     
 iocheck, stmdir=    75.1935141785042        istmdir=           75
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 78
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 78 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          214  = igcret =            0
 baclose return code for unit          614  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   84:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f05040                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f05040.ix                                                                                    
hafs.trak.storm.2023082812.f05040: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: cannot stat: 2
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: Not ready yet.  Size=108315683, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: Not ready yet.  Size=108315683, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f05040: sleep 5
hafs.trak.storm.2023082812.f05040: ready.
hafs.trak.storm.2023082812.f05040.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f05040.ix: ready.
 in open_grib_files in multi else part....
   lugb=          215   lugi=          615
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05040                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05040.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f05040...  gopen_i_file= ...hafs.trak.storm.2023082812.f05040.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05040                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05040.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          215  is CLOSED
 TEST open_grib_files, unit lugi=          615  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f05040                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f05040.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          215  is CLOSED
 TEST b4 getgridinfo, unit lugi=          615  is CLOSED
 before getgb2 call, lugb=          215  lugi=          615
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   84   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    84h ... 22:27:41
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:41
 TIMING: after getgb2-122:27:42
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   84   5588258   0.000       0.000     -0.2144E-02  0.4439E-02
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:42
 TIMING: after getgb2-122:27:42
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   84   5588258   0.000       0.000     -0.3017E-02  0.4247E-02
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:42
 TIMING: after getgb2-122:27:42
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   84   5588258   0.000       0.000      -36.27       52.29    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:42
 TIMING: after getgb2-122:27:42
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   84   5588258   0.000       0.000      -33.39       52.11    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:42
 TIMING: after getgb2-122:27:42
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   84   5588258   0.000       0.000      -28.83       47.25    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:42
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   84   5588258   0.000       0.000      -33.24       51.50    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   84   5588258   0.000       0.000       1147.       1618.    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   84   5588258   0.000       0.000       2722.       3262.    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   84   5588258   0.000       0.000      0.9758E+05  0.1027E+06
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   84   5588258   0.000       0.000      -27.67       32.15    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:43
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   84   5588258   0.000       0.000      -36.44       33.90    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:43
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   84   5588258   0.000       0.000      -23.45       48.06    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   84   5588258   0.000       0.000      -26.71       42.03    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           84  hours
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   84   5588258   0.000       0.000       5347.       5985.    
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           84  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   84   5588258   0.000       0.000      0.1160E+05  0.1260E+05
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           84  hours
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           84  hours
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           84  hours
 TEST b4 getgb2 getdata, unit lugb=          215  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          615  is CLOSED

 TIMING: before getgb2-122:27:44
 TIMING: after getgb2-122:27:44
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           84  hours

 TIMING: before getgb2-phase22:27:44
 TIMING: after getgb2-222:27:44
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   84   5588258   0.000       0.000       673.2       1126.    

 TIMING: before getgb2-phase22:27:44
 TIMING: after getgb2-222:27:45
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   84   5588258   0.000       0.000       1147.       1618.    

 TIMING: before getgb2-phase22:27:45
 TIMING: after getgb2-222:27:45
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   84   5588258   0.000       0.000       1643.       2134.    

 TIMING: before getgb2-phase22:27:45
 TIMING: after getgb2-222:27:45
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   84   5588258   0.000       0.000       2167.       2680.    

 TIMING: before getgb2-phase22:27:45
 TIMING: after getgb2-222:27:45
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   84   5588258   0.000       0.000       2722.       3262.    

 TIMING: before getgb2-phase22:27:45
 TIMING: after getgb2-222:27:45
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   84   5588258   0.000       0.000       3312.       3877.    

 TIMING: before getgb2-phase22:27:45
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   84   5588258   0.000       0.000       3942.       4531.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   84   5588258   0.000       0.000       4618.       5231.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   84   5588258   0.000       0.000       5347.       5985.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   84   5588258   0.000       0.000       6127.       6799.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   84   5588258   0.000       0.000       6964.       7691.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:46
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   84   5588258   0.000       0.000       7886.       8691.    

 TIMING: before getgb2-phase22:27:46
 TIMING: after getgb2-222:27:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           84 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   84   5588258   0.000       0.000       8915.       9804.    
 TIMING: after getdata ... 22:27:47
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   84:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   8.550838934077847E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.855E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.105 fmax (x10e5) =        0.583E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.128451439155358E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.713E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.105 fmax (x10e5) =        0.529E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.146E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.105 fmax =       -0.100E+16 fmin =        0.146E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.311E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.105 fmax =       -0.100E+16 fmin =        0.311E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.101E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.105 fmax =       -0.100E+16 fmin =        0.101E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.605 (0-360) guesslon=  296.605E  (  63.395W)   guesslat=   26.245
 ilonfix=         1285  jlatfix=          989  npts=           33
 ibeg=         1212  jbeg=          921  imax=         2738
 iend=         1358  jend=         1057  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   8.174817027277430E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  296.485E  (0-360) ctlon=  296.485E  (  63.515W)  ctlat=   26.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.817E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  296.485E   (0-360) guesslon=  296.485E  (  63.515W)   guesslat=   26.125
 ilonfix=         1282  jlatfix=          992  npts=           16
 ibeg=         1233  jbeg=          948  imax=         2738
 iend=         1331  jend=         1036  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  296.565E  (0-360) ctlon=  296.565  (  63.435W)  ctlat=   26.205 fmax (x10e5) =        0.454E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    296.572347588646        uvgeslat=    26.1485624216945     
    (0-360 uvgeslon)=    296.572347588646     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:27:47
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    296.572347588646        uvgeslat=    26.1485624216945     
    (0-360 uvgeslon)=    296.572347588646     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    296.572347588646     
  
 After first run, Wind Circulation (NHEM) ctlon=  296.572E  (0-360E lon):  296.572E    63.428W  ctlat=   26.149  xmax_circul_disk =      93243872.1
 TIMING: get_wind_circ kloop, k=  1   22:27:47
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  296.572E  (0-360E)=  296.572E  (  63.428W)   guesslat=   26.149
 ilonfix=         1285  jlatfix=          992  npts=           56
 ibeg=         1216  jbeg=          928  imax=         2738
 iend=         1354  jend=         1056  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    93257963.3971745     
 nhalf get_wind_circ, k=  1 ctlon=  296.592E  (0-360E)=  296.592E  ctlon=   63.408W   ctlat=   26.169 Wind Circulation (NHEM: Max) =      93257963.4
 TIMING: After GWC 850 ... 22:27:47
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:27:47
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    296.572347588646        uvgeslat=    26.1485624216945     
    (0-360 uvgeslon)=    296.572347588646     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    296.572347588646     
  
 After first run, Wind Circulation (NHEM) ctlon=  296.572E  (0-360E lon):  296.572E    63.428W  ctlat=   26.149  xmax_circul_disk =      91228314.9
 TIMING: get_wind_circ kloop, k=  1   22:27:47
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  296.572E  (0-360E)=  296.572E  (  63.428W)   guesslat=   26.149
 ilonfix=         1285  jlatfix=          992  npts=           56
 ibeg=         1216  jbeg=          928  imax=         2738
 iend=         1354  jend=         1056  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    91659692.0737708     
 nhalf get_wind_circ, k=  1 ctlon=  296.592E  (0-360E)=  296.592E  ctlon=   63.408W   ctlat=   26.229 Wind Circulation (NHEM: Max) =      91659692.1
 TIMING: After GWC 700 ... 22:27:47
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:27:47
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    296.572347588646        uvgeslat=    26.1485624216945     
    (0-360 uvgeslon)=    296.572347588646     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    296.572347588646     
  
 After first run, Wind Circulation (NHEM) ctlon=  296.572E  (0-360E lon):  296.572E    63.428W  ctlat=   26.149  xmax_circul_disk =      67775651.9
 TIMING: get_wind_circ kloop, k=  1   22:27:47
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  296.572E  (0-360E)=  296.572E  (  63.428W)   guesslat=   26.149
 ilonfix=         1285  jlatfix=          992  npts=           56
 ibeg=         1216  jbeg=          928  imax=         2738
 iend=         1354  jend=         1056  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    67934980.9149008     
 nhalf get_wind_circ, k=  1 ctlon=  296.592E  (0-360E)=  296.592E  ctlon=   63.408W   ctlat=   26.109 Wind Circulation (NHEM: Max) =      67934980.9
 TIMING: After GWC Sfc ... 22:27:47
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.06  xavg_stderr=     7.29
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           15  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    84:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  296.61E   (0-360) guesslon=  296.61E  ( 63.39W)    26.24
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       296.57       63.43      26.10           58.30       T         16.07
   2    zeta 700    Max       296.57       63.43      26.10           52.88       T         16.07
   3    circ 850    Max       296.59       63.41      26.17           93.26       T          8.59
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       296.59       63.41      26.23           91.66       T          2.22
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       296.57       63.43      26.10         1464.15       T         16.07
   8     gph 700    Min       296.57       63.43      26.10         3110.92       T         16.07
   9        MSLP    Min       296.57       63.43      26.10       100539.86       T         16.07
  10    circ sfc    Max       296.59       63.41      26.11           67.93       T         15.22
  11    zeta sfc    Max       296.57       63.43      26.20           45.39       T          5.98
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.89163298067990       stderr_close= 
   2.26250870745672       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   3.707 devia=   0.741 wtpos=  0.78104     296.57   296.57    63.43    26.10
 ip=  2 kprm=  2 dist_from_mean=   3.707 devia=   0.741 wtpos=  0.78104     296.57   296.57    63.43    26.10
 ip=  3 kprm=  3 dist_from_mean=   3.926 devia=   0.785 wtpos=  0.76970     296.59   296.59    63.41    26.17
 ip=  5 kprm=  4 dist_from_mean=  10.314 devia=   2.063 wtpos=  0.50278     296.59   296.59    63.41    26.23
 ip=  7 kprm=  5 dist_from_mean=   3.707 devia=   0.741 wtpos=  0.78104     296.57   296.57    63.43    26.10
 ip=  8 kprm=  6 dist_from_mean=   3.707 devia=   0.741 wtpos=  0.78104     296.57   296.57    63.43    26.10
 ip=  9 kprm=  7 dist_from_mean=   3.707 devia=   0.741 wtpos=  0.78104     296.57   296.57    63.43    26.10
 ip= 10 kprm=  8 dist_from_mean=   3.670 devia=   0.734 wtpos=  0.78296     296.59   296.59    63.41    26.11
 ip= 11 kprm=  9 dist_from_mean=   7.580 devia=   1.516 wtpos=  0.60332     296.57   296.57    63.43    26.20
  
At end of fixcenter:  00L   fhr=   84:00   Fix position=   296.57E  (0-360) fixlon=  296.57  ( 63.43W)    26.13
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    296.573615011492     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    296.565075043191     
        (0-360E clon(ist,ifh,9))=    296.565075043191     
      clat(ist,ifh,9)=    26.1049271489672     
      xval(9)=    100539.857715519     
  
  After get_ij B, ibeg jbeg =         1176         855
  After get_ij B, iend jend =         1392        1131
  
 In is_it_a_storm, ilonfix=         1284  jlatfix=          993
 ibeg jbeg iend jend =         1176         855        1392        1131
 cparm= slp  parmlon parmlat =    296.565075043191        26.1049271489672     
     (0-360E parmlon) =    296.565075043191     
 parmval=    100539.857715519     
  
 i= 1261 j=  930 glon=  295.65 (0-360E) glon=  295.65 glat=  28.64 dist=   296.15 slp=  101579.57 pgradient=  3.51078
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.51078
 mslp center =    296.565075043191        26.1049271489672     
   100539.857715519     
   (0-360E) lon of mslp center =    296.565075043191     
 pgrad loc   =    295.648740000000        295.648740000000     
   64.3512600000000        28.6409320000000        101579.570000000     
  ttest at location C IF....
      xinp_fixlat=    26.1049271489672     
      xinp_fixlon=    296.565075043191       (0-360E) xinp_fixlon= 
   296.565075043191     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99557.4900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1284  jfix=          990
 longitude=    296.565075043191      E   (   63.4349249568089      
 W)  (0-360E) xinp_fixlon=    296.565075043191     
 latitude=    26.1049271489672     
 mean mslp value (xval(9))=    100539.857715519     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1284  jfix=          990
 longitude=    296.565075043191      E   (   63.4349249568089      
 W)  (0-360E) xinp_fixlon=    296.565075043191     
 latitude=    26.1049271489672     
 mean mslp value (xval(9))=    100539.857715519     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1284  jx=          990
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99557.4900000000       xcentval=    99557.4900000000     
 At A, num_found_contours=            0
 At A, contlo=    99557.4900000000       conthi=    99957.4900000000     
  
 num_found_contours=            0
 contlo=    99557.4900000000       conthi=    99957.4900000000     
 xcentval=    99557.4900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99957.4900000000       conthi=    100357.490000000     
  
 num_found_contours=            1
 contlo=    99957.4900000000       conthi=    100357.490000000     
 xcentval=    99557.4900000000     
 At A, num_found_contours=            2
 At A, contlo=    100357.490000000       conthi=    100757.490000000     
  
 num_found_contours=            2
 contlo=    100357.490000000       conthi=    100757.490000000     
 xcentval=    99557.4900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1282 ,        1001 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99557.4900000000     
 !!! (i,j) of central value = (        1284 ,         990 )
 !!!  
 !!! Flagged value found    =    100342.770000000     
 !!! (i,j) of flagged value = (        1281 ,        1002 )
 !!!   
 !!! Lower bound of contour interval =    100357.490000000     
 !!! Upper bound of contour interval =    100757.490000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1284  jfix=          990
 longitude=    296.565075043191      E   (   63.4349249568089      W)  
 (0-360E) xinp_fixlon=    296.565075043191     
 latitude=    26.1049271489672     
 mean mslp value (xval(9))=    100539.857715519     
 gridpoint mslp value=    99557.4900000000     
 ccflag= y
 prs of last closed isobar =    100357.490000000     
 radius of last closed isobar =    14.3561734393836       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   84:00
 !!! Boundary check xinp_fixlat is   26.10
 !!! Boundary check xinp_fixlon is   63.43W   ( 296.57E)  (0-360E) xinp_fixlon=  296.57
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    296.592347088646     
  850 mb wcirc fix lat=    26.1685619216945     
    (0-360) 850 mb wcirc fix lon=    296.592347088646     
  Multi-parm fix lon=      296.573615011492     
  Multi-parm fix lat=      26.1314838504969     
    (0-360) Multi-parm fix lon=      296.573615011492     
  
  
  After get_ij B, ibeg jbeg =         1194         887
  After get_ij B, iend jend =         1376        1095
  
 In is_it_a_storm, ilonfix=         1285  jlatfix=          991
 ibeg jbeg iend jend =         1194         887        1376        1095
 cparm= v850  parmlon parmlat =    296.592347088646        26.1685619216945     
     (0-360E parmlon) =    296.592347088646     
 parmval=    93257963.3971745     
  
 i= 1279 j=  942 glon=  296.37 (0-360E) glon=  296.37 glat=  28.16 u= -15.6100 v=   0.0200 vr=   1.57773 vt=  15.53008
 i= 1284 j=  942 glon=  296.57 (0-360E) glon=  296.57 glat=  28.16 u= -15.9700 v=   1.2100 vr=   1.37917 vt=  15.95628
 i= 1289 j=  942 glon=  296.77 (0-360E) glon=  296.77 glat=  28.16 u= -16.3400 v=   2.1300 vr=   0.83490 vt=  16.45708
 i= 1294 j=  942 glon=  296.97 (0-360E) glon=  296.97 glat=  28.16 u= -16.2000 v=   2.4800 vr=  -0.25123 vt=  16.38680
 i= 1259 j=  947 glon=  295.57 (0-360E) glon=  295.57 glat=  27.96 u= -16.7900 v=  -2.3300 vr=   5.56590 vt=  16.01105
 i= 1264 j=  947 glon=  295.77 (0-360E) glon=  295.77 glat=  27.96 u= -17.4900 v=  -1.6200 vr=   5.15114 vt=  16.79257
 i= 1269 j=  947 glon=  295.97 (0-360E) glon=  295.97 glat=  27.96 u= -17.9000 v=  -1.3100 vr=   4.06726 vt=  17.48095
 i= 1274 j=  947 glon=  296.17 (0-360E) glon=  296.17 glat=  27.96 u= -17.8200 v=  -1.0700 vr=   2.63748 vt=  17.65619
 i= 1279 j=  947 glon=  296.37 (0-360E) glon=  296.37 glat=  27.96 u= -16.9600 v=  -0.6300 vr=   1.25394 vt=  16.92531
 i= 1284 j=  947 glon=  296.57 (0-360E) glon=  296.57 glat=  27.96 u= -16.9000 v=   0.6000 vr=   0.79912 vt=  16.89176
 i= 1289 j=  947 glon=  296.77 (0-360E) glon=  296.77 glat=  27.96 u= -16.9100 v=   1.9900 vr=   0.50057 vt=  17.01933
 i= 1294 j=  947 glon=  296.97 (0-360E) glon=  296.97 glat=  27.96 u= -17.1000 v=   3.8400 vr=   0.61887 vt=  17.51493
 i= 1299 j=  947 glon=  297.17 (0-360E) glon=  297.17 glat=  27.96 u= -16.9200 v=   5.3500 vr=   0.46571 vt=  17.73956
 i= 1304 j=  947 glon=  297.37 (0-360E) glon=  297.37 glat=  27.96 u= -16.3200 v=   6.2500 vr=  -0.06807 vt=  17.47571
 i= 1309 j=  947 glon=  297.57 (0-360E) glon=  297.57 glat=  27.96 u= -15.7000 v=   7.1500 vr=  -0.45162 vt=  17.24554
 i= 1254 j=  952 glon=  295.37 (0-360E) glon=  295.37 glat=  27.76 u= -16.3300 v=  -5.5800 vr=   4.66311 vt=  16.61507
 i= 1259 j=  952 glon=  295.57 (0-360E) glon=  295.57 glat=  27.76 u= -16.3500 v=  -4.1700 vr=   4.54201 vt=  16.25059
 i= 1264 j=  952 glon=  295.77 (0-360E) glon=  295.77 glat=  27.76 u= -16.7700 v=  -3.5100 vr=   3.85977 vt=  16.69297
 i= 1269 j=  952 glon=  295.97 (0-360E) glon=  295.97 glat=  27.76 u= -17.4300 v=  -2.2300 vr=   3.65939 vt=  17.18682
 i= 1274 j=  952 glon=  296.17 (0-360E) glon=  296.17 glat=  27.76 u= -17.6600 v=  -2.0000 vr=   2.14277 vt=  17.64325
 i= 1279 j=  952 glon=  296.37 (0-360E) glon=  296.37 glat=  27.76 u= -18.2600 v=  -0.6500 vr=   1.63075 vt=  18.19865
 i= 1284 j=  952 glon=  296.57 (0-360E) glon=  296.57 glat=  27.76 u= -18.5300 v=   0.7500 vr=   0.99584 vt=  18.51842
 i= 1289 j=  952 glon=  296.77 (0-360E) glon=  296.77 glat=  27.76 u= -18.5300 v=   2.5100 vr=   0.67116 vt=  18.68718
 i= 1294 j=  952 glon=  296.97 (0-360E) glon=  296.97 glat=  27.76 u= -18.1300 v=   3.9800 vr=   0.14385 vt=  18.56116
 i= 1299 j=  952 glon=  297.17 (0-360E) glon=  297.17 glat=  27.76 u= -17.3600 v=   5.2700 vr=  -0.33456 vt=  18.13920
 i= 1304 j=  952 glon=  297.37 (0-360E) glon=  297.37 glat=  27.76 u= -16.2700 v=   6.4400 vr=  -0.60405 vt=  17.48776
 i= 1309 j=  952 glon=  297.57 (0-360E) glon=  297.57 glat=  27.76 u= -15.5700 v=   7.5500 vr=  -0.87400 vt=  17.28188
 i= 1314 j=  952 glon=  297.77 (0-360E) glon=  297.77 glat=  27.76 u= -14.8300 v=   8.6100 vr=  -1.00329 vt=  17.11883
 i= 1319 j=  952 glon=  297.97 (0-360E) glon=  297.97 glat=  27.76 u= -14.1800 v=   9.1000 vr=  -1.48972 vt=  16.78282
 i= 1244 j=  957 glon=  294.97 (0-360E) glon=  294.97 glat=  27.56 u= -14.0200 v=  -7.8800 vr=   4.69463 vt=  15.38230
 i= 1249 j=  957 glon=  295.17 (0-360E) glon=  295.17 glat=  27.56 u= -14.9800 v=  -8.6400 vr=   3.75788 vt=  16.87982
 i= 1254 j=  957 glon=  295.37 (0-360E) glon=  295.37 glat=  27.56 u= -15.4400 v=  -6.6900 vr=   4.29951 vt=  16.26850
 i= 1259 j=  957 glon=  295.57 (0-360E) glon=  295.57 glat=  27.56 u= -16.8400 v=  -6.2200 vr=   4.06844 vt=  17.48490
 i= 1264 j=  957 glon=  295.77 (0-360E) glon=  295.77 glat=  27.56 u= -17.5100 v=  -4.4400 vr=   4.27282 vt=  17.55154
 i= 1269 j=  957 glon=  295.97 (0-360E) glon=  295.97 glat=  27.56 u= -19.0400 v=  -2.4900 vr=   4.77440 vt=  18.59911
 i= 1274 j=  957 glon=  296.17 (0-360E) glon=  296.17 glat=  27.56 u= -20.2300 v=  -0.8600 vr=   4.48502 vt=  19.74530
 i= 1279 j=  957 glon=  296.37 (0-360E) glon=  296.37 glat=  27.56 u= -20.5800 v=   0.3100 vr=   3.23438 vt=  20.32662
 i= 1284 j=  957 glon=  296.57 (0-360E) glon=  296.57 glat=  27.56 u= -21.3000 v=   2.3100 vr=   2.63314 vt=  21.26247
 i= 1289 j=  957 glon=  296.77 (0-360E) glon=  296.77 glat=  27.56 u= -20.8000 v=   3.8800 vr=   1.51288 vt=  21.10463
 i= 1294 j=  957 glon=  296.97 (0-360E) glon=  296.97 glat=  27.56 u= -20.3200 v=   5.7000 vr=   0.76268 vt=  21.09054
 i= 1299 j=  957 glon=  297.17 (0-360E) glon=  297.17 glat=  27.56 u= -19.0100 v=   6.4700 vr=  -0.53797 vt=  20.07365
 i= 1304 j=  957 glon=  297.37 (0-360E) glon=  297.37 glat=  27.56 u= -17.7000 v=   6.8700 vr=  -1.75991 vt=  18.90475
 i= 1309 j=  957 glon=  297.57 (0-360E) glon=  297.57 glat=  27.56 u= -16.9700 v=   7.5600 vr=  -2.62500 vt=  18.39141
 i= 1314 j=  957 glon=  297.77 (0-360E) glon=  297.77 glat=  27.56 u= -15.9300 v=   8.8200 vr=  -2.58536 vt=  18.02424
 i= 1319 j=  957 glon=  297.97 (0-360E) glon=  297.97 glat=  27.56 u= -14.4900 v=   9.8100 vr=  -2.27200 vt=  17.35034
 i= 1324 j=  957 glon=  298.17 (0-360E) glon=  298.17 glat=  27.56 u= -13.4500 v=  10.8600 vr=  -1.96906 vt=  17.17454
 i= 1239 j=  962 glon=  294.77 (0-360E) glon=  294.77 glat=  27.36 u= -12.4800 v=  -9.0300 vr=   4.78566 vt=  14.64202
 i= 1244 j=  962 glon=  294.97 (0-360E) glon=  294.97 glat=  27.36 u= -13.5100 v= -10.2200 vr=   3.99369 vt=  16.46265
 i= 1249 j=  962 glon=  295.17 (0-360E) glon=  295.17 glat=  27.36 u= -13.3500 v=  -9.7100 vr=   3.13802 vt=  16.20677
 i= 1254 j=  962 glon=  295.37 (0-360E) glon=  295.37 glat=  27.36 u= -14.6200 v=  -9.3700 vr=   3.00858 vt=  17.10233
 i= 1259 j=  962 glon=  295.57 (0-360E) glon=  295.57 glat=  27.36 u= -15.5300 v=  -7.2100 vr=   3.75819 vt=  16.70452
 i= 1264 j=  962 glon=  295.77 (0-360E) glon=  295.77 glat=  27.36 u= -18.5400 v=  -4.8400 vr=   5.64167 vt=  18.31198
 i= 1269 j=  962 glon=  295.97 (0-360E) glon=  295.97 glat=  27.36 u= -19.4500 v=  -2.5700 vr=   5.92332 vt=  18.70352
 i= 1274 j=  962 glon=  296.17 (0-360E) glon=  296.17 glat=  27.36 u= -21.2500 v=  -1.8400 vr=   4.68827 vt=  20.80789
 i= 1279 j=  962 glon=  296.37 (0-360E) glon=  296.37 glat=  27.36 u= -21.6200 v=  -0.9800 vr=   2.61328 vt=  21.48384
 i= 1284 j=  962 glon=  296.57 (0-360E) glon=  296.57 glat=  27.36 u= -24.0100 v=   1.8400 vr=   2.26557 vt=  23.97359
 i= 1289 j=  962 glon=  296.77 (0-360E) glon=  296.77 glat=  27.36 u= -22.6300 v=   5.0600 vr=   2.04576 vt=  23.09838
 i= 1294 j=  962 glon=  296.97 (0-360E) glon=  296.97 glat=  27.36 u= -21.9100 v=   6.4900 vr=   0.28695 vt=  22.84920
 i= 1299 j=  962 glon=  297.17 (0-360E) glon=  297.17 glat=  27.36 u= -20.8500 v=   8.5300 vr=  -0.45507 vt=  22.52280
 i= 1304 j=  962 glon=  297.37 (0-360E) glon=  297.37 glat=  27.36 u= -19.6900 v=   9.8900 vr=  -1.37859 vt=  21.99108
 i= 1309 j=  962 glon=  297.57 (0-360E) glon=  297.57 glat=  27.36 u= -18.3800 v=   9.8200 vr=  -2.95924 vt=  20.62764
 i= 1314 j=  962 glon=  297.77 (0-360E) glon=  297.77 glat=  27.36 u= -17.1200 v=  10.0600 vr=  -3.81156 vt=  19.48769
 i= 1319 j=  962 glon=  297.97 (0-360E) glon=  297.97 glat=  27.36 u= -15.6700 v=  10.9100 vr=  -3.69881 vt=  18.73221
 i= 1324 j=  962 glon=  298.17 (0-360E) glon=  298.17 glat=  27.36 u= -14.2700 v=  11.3200 vr=  -3.62541 vt=  17.85026
 i= 1329 j=  962 glon=  298.37 (0-360E) glon=  298.37 glat=  27.36 u= -12.4700 v=  12.2700 vr=  -2.65390 vt=  17.29192
 i= 1239 j=  967 glon=  294.77 (0-360E) glon=  294.77 glat=  27.16 u= -11.9300 v= -10.9300 vr=   4.55982 vt=  15.52411
 i= 1244 j=  967 glon=  294.97 (0-360E) glon=  294.97 glat=  27.16 u= -12.1700 v= -11.5000 vr=   3.60447 vt=  16.35135
 i= 1249 j=  967 glon=  295.17 (0-360E) glon=  295.17 glat=  27.16 u= -12.5100 v= -11.4300 vr=   2.87990 vt=  16.69884
 i= 1254 j=  967 glon=  295.37 (0-360E) glon=  295.37 glat=  27.16 u= -13.7300 v= -10.3200 vr=   3.27153 vt=  16.86157
 i= 1259 j=  967 glon=  295.57 (0-360E) glon=  295.57 glat=  27.16 u= -15.0900 v=  -8.6400 vr=   3.90801 vt=  16.94359
 i= 1264 j=  967 glon=  295.77 (0-360E) glon=  295.77 glat=  27.16 u= -18.4200 v=  -5.8300 vr=   6.31923 vt=  18.25795
 i= 1269 j=  967 glon=  295.97 (0-360E) glon=  295.97 glat=  27.16 u= -20.3000 v=  -4.7000 vr=   5.86570 vt=  19.99434
 i= 1274 j=  967 glon=  296.17 (0-360E) glon=  296.17 glat=  27.16 u= -24.2600 v=  -3.0800 vr=   5.78830 vt=  23.75983
 i= 1279 j=  967 glon=  296.37 (0-360E) glon=  296.37 glat=  27.16 u= -24.3600 v=  -2.9600 vr=   1.91769 vt=  24.46413
 i= 1284 j=  967 glon=  296.57 (0-360E) glon=  296.57 glat=  27.16 u= -22.7800 v=   0.0100 vr=   0.49565 vt=  22.77461
 i= 1289 j=  967 glon=  296.77 (0-360E) glon=  296.77 glat=  27.16 u= -22.3400 v=   4.0300 vr=   0.46840 vt=  22.69575
 i= 1294 j=  967 glon=  296.97 (0-360E) glon=  296.97 glat=  27.16 u= -23.9900 v=   7.6800 vr=  -0.44486 vt=  25.18540
 i= 1299 j=  967 glon=  297.17 (0-360E) glon=  297.17 glat=  27.16 u= -21.8500 v=  11.4200 vr=   0.04338 vt=  24.65435
 i= 1304 j=  967 glon=  297.37 (0-360E) glon=  297.37 glat=  27.16 u= -21.0900 v=  12.1100 vr=  -2.19511 vt=  24.22027
 i= 1309 j=  967 glon=  297.57 (0-360E) glon=  297.57 glat=  27.16 u= -19.1800 v=  13.6000 vr=  -2.49471 vt=  23.37967
 i= 1314 j=  967 glon=  297.77 (0-360E) glon=  297.77 glat=  27.16 u= -17.1900 v=  13.4600 vr=  -3.30940 vt=  21.58044
 i= 1319 j=  967 glon=  297.97 (0-360E) glon=  297.97 glat=  27.16 u= -15.7400 v=  12.6800 vr=  -4.34035 vt=  19.74060
 i= 1324 j=  967 glon=  298.17 (0-360E) glon=  298.17 glat=  27.16 u= -14.4800 v=  12.4500 vr=  -4.72411 vt=  18.50286
 i= 1329 j=  967 glon=  298.37 (0-360E) glon=  298.37 glat=  27.16 u= -12.6500 v=  12.5700 vr=  -4.12318 vt=  17.35012
 i= 1234 j=  972 glon=  294.57 (0-360E) glon=  294.57 glat=  26.96 u= -10.1000 v= -11.5000 vr=   4.69778 vt=  14.56677
 i= 1239 j=  972 glon=  294.77 (0-360E) glon=  294.77 glat=  26.96 u= -10.6500 v= -12.4000 vr=   4.21709 vt=  15.79236
 i= 1244 j=  972 glon=  294.97 (0-360E) glon=  294.97 glat=  26.96 u= -10.6600 v= -12.5600 vr=   3.39243 vt=  16.12081
 i= 1249 j=  972 glon=  295.17 (0-360E) glon=  295.17 glat=  26.96 u= -10.7900 v= -12.5700 vr=   2.56474 vt=  16.36616
 i= 1254 j=  972 glon=  295.37 (0-360E) glon=  295.37 glat=  26.96 u= -12.3700 v= -11.5400 vr=   3.29118 vt=  16.59387
 i= 1259 j=  972 glon=  295.57 (0-360E) glon=  295.57 glat=  26.96 u= -14.6500 v=  -9.9400 vr=   4.60612 vt=  17.09414
 i= 1264 j=  972 glon=  295.77 (0-360E) glon=  295.77 glat=  26.96 u= -17.1600 v=  -9.3100 vr=   4.89531 vt=  18.89914
 i= 1269 j=  972 glon=  295.97 (0-360E) glon=  295.97 glat=  26.96 u= -22.1200 v=  -9.8200 vr=   4.73085 vt=  23.73491
 i= 1274 j=  972 glon=  296.17 (0-360E) glon=  296.17 glat=  26.96 u= -22.3000 v=  -9.0600 vr=   1.46579 vt=  24.02551
 i= 1279 j=  972 glon=  296.37 (0-360E) glon=  296.37 glat=  26.96 u= -23.4800 v=  -7.6200 vr=  -1.63116 vt=  24.63157
 i= 1284 j=  972 glon=  296.57 (0-360E) glon=  296.57 glat=  26.96 u= -21.7700 v=  -2.6400 vr=  -2.05762 vt=  21.83274
 i= 1289 j=  972 glon=  296.77 (0-360E) glon=  296.77 glat=  26.96 u= -28.1900 v=   8.7700 vr=   3.08742 vt=  29.36080
 i= 1294 j=  972 glon=  296.97 (0-360E) glon=  296.97 glat=  26.96 u= -23.6100 v=  12.7100 vr=   2.44737 vt=  26.70181
 i= 1299 j=  972 glon=  297.17 (0-360E) glon=  297.17 glat=  26.96 u= -25.3000 v=  14.3900 vr=  -1.76677 vt=  29.05238
 i= 1304 j=  972 glon=  297.37 (0-360E) glon=  297.37 glat=  26.96 u= -23.8200 v=  18.0000 vr=  -2.20591 vt=  29.77459
 i= 1309 j=  972 glon=  297.57 (0-360E) glon=  297.57 glat=  26.96 u= -19.7300 v=  15.3200 vr=  -4.36302 vt=  24.59552
 i= 1314 j=  972 glon=  297.77 (0-360E) glon=  297.77 glat=  26.96 u= -16.7000 v=  16.1900 vr=  -3.65254 vt=  22.97096
 i= 1319 j=  972 glon=  297.97 (0-360E) glon=  297.97 glat=  26.96 u= -14.6300 v=  15.4600 vr=  -3.98998 vt=  20.90762
 i= 1324 j=  972 glon=  298.17 (0-360E) glon=  298.17 glat=  26.96 u= -13.0900 v=  14.2100 vr=  -4.50686 vt=  18.78724
 i= 1329 j=  972 glon=  298.37 (0-360E) glon=  298.37 glat=  26.96 u= -12.2800 v=  13.5800 vr=  -4.98925 vt=  17.61597
 i= 1334 j=  972 glon=  298.57 (0-360E) glon=  298.57 glat=  26.96 u= -10.7900 v=  13.6400 vr=  -4.33164 vt=  16.84371
 i= 1234 j=  977 glon=  294.57 (0-360E) glon=  294.57 glat=  26.76 u=  -8.9000 v= -12.6000 vr=   4.60121 vt=  14.72409
 i= 1239 j=  977 glon=  294.77 (0-360E) glon=  294.77 glat=  26.76 u=  -9.1500 v= -13.4700 vr=   4.06251 vt=  15.76894
 i= 1244 j=  977 glon=  294.97 (0-360E) glon=  294.97 glat=  26.76 u=  -8.9500 v= -13.0800 vr=   3.40010 vt=  15.47993
 i= 1249 j=  977 glon=  295.17 (0-360E) glon=  295.17 glat=  26.76 u=  -9.4600 v= -13.7900 vr=   2.81121 vt=  16.48493
 i= 1254 j=  977 glon=  295.37 (0-360E) glon=  295.37 glat=  26.76 u= -10.9300 v= -13.2600 vr=   3.34613 vt=  16.85514
 i= 1259 j=  977 glon=  295.57 (0-360E) glon=  295.57 glat=  26.76 u= -13.0400 v= -12.5300 vr=   4.18292 vt=  17.59391
 i= 1264 j=  977 glon=  295.77 (0-360E) glon=  295.77 glat=  26.76 u= -15.2200 v= -12.3800 vr=   4.14095 vt=  19.17721
 i= 1269 j=  977 glon=  295.97 (0-360E) glon=  295.97 glat=  26.76 u= -18.0300 v= -13.3800 vr=   2.65462 vt=  22.29480
 i= 1274 j=  977 glon=  296.17 (0-360E) glon=  296.17 glat=  26.76 u= -23.7100 v= -13.1800 vr=   1.70463 vt=  27.07343
 i= 1279 j=  977 glon=  296.37 (0-360E) glon=  296.37 glat=  26.76 u= -20.6600 v=  -7.8600 vr=  -0.82275 vt=  22.08933
 i= 1284 j=  977 glon=  296.57 (0-360E) glon=  296.57 glat=  26.76 u= -25.0800 v=  -2.7200 vr=  -1.82214 vt=  25.16117
 i= 1289 j=  977 glon=  296.77 (0-360E) glon=  296.77 glat=  26.76 u= -21.7700 v=   7.7000 vr=   1.82629 vt=  23.01929
 i= 1294 j=  977 glon=  296.97 (0-360E) glon=  296.97 glat=  26.76 u= -18.3400 v=  10.9000 vr=   0.39273 vt=  21.33100
 i= 1299 j=  977 glon=  297.17 (0-360E) glon=  297.17 glat=  26.76 u= -15.2300 v=  15.6700 vr=   1.78979 vt=  21.77839
 i= 1304 j=  977 glon=  297.37 (0-360E) glon=  297.37 glat=  26.76 u= -21.1300 v=  20.6700 vr=  -2.71612 vt=  29.43380
 i= 1309 j=  977 glon=  297.57 (0-360E) glon=  297.57 glat=  26.76 u= -17.3800 v=  19.0700 vr=  -3.73562 vt=  25.52987
 i= 1314 j=  977 glon=  297.77 (0-360E) glon=  297.77 glat=  26.76 u= -15.9200 v=  18.0900 vr=  -5.05944 vt=  23.56049
 i= 1319 j=  977 glon=  297.97 (0-360E) glon=  297.97 glat=  26.76 u= -13.9500 v=  16.5900 vr=  -5.43958 vt=  20.98193
 i= 1324 j=  977 glon=  298.17 (0-360E) glon=  298.17 glat=  26.76 u= -11.8500 v=  15.7000 vr=  -4.90758 vt=  19.04805
 i= 1329 j=  977 glon=  298.37 (0-360E) glon=  298.37 glat=  26.76 u= -10.5600 v=  14.7700 vr=  -4.80014 vt=  17.51071
 i= 1334 j=  977 glon=  298.57 (0-360E) glon=  298.57 glat=  26.76 u=  -9.9800 v=  14.5700 vr=  -4.90307 vt=  16.96600
 i= 1234 j=  982 glon=  294.57 (0-360E) glon=  294.57 glat=  26.56 u=  -7.2500 v= -13.5000 vr=   4.28883 vt=  14.71117
 i= 1239 j=  982 glon=  294.77 (0-360E) glon=  294.77 glat=  26.56 u=  -7.9400 v= -14.4800 vr=   4.39589 vt=  15.91823
 i= 1244 j=  982 glon=  294.97 (0-360E) glon=  294.97 glat=  26.56 u=  -8.1800 v= -14.4100 vr=   4.19556 vt=  16.02990
 i= 1249 j=  982 glon=  295.17 (0-360E) glon=  295.17 glat=  26.56 u=  -9.7300 v= -14.6000 vr=   5.05331 vt=  16.80170
 i= 1254 j=  982 glon=  295.37 (0-360E) glon=  295.37 glat=  26.56 u= -10.7300 v= -14.6800 vr=   5.19662 vt=  17.42500
 i= 1259 j=  982 glon=  295.57 (0-360E) glon=  295.57 glat=  26.56 u= -12.1200 v= -14.4000 vr=   5.51393 vt=  17.99586
 i= 1264 j=  982 glon=  295.77 (0-360E) glon=  295.77 glat=  26.56 u= -13.6800 v= -15.6800 vr=   4.74866 vt=  20.25969
 i= 1269 j=  982 glon=  295.97 (0-360E) glon=  295.97 glat=  26.56 u= -15.1400 v= -17.8300 vr=   2.17019 vt=  23.28989
 i= 1274 j=  982 glon=  296.17 (0-360E) glon=  296.17 glat=  26.56 u= -17.1400 v= -17.5900 vr=  -0.70726 vt=  24.54969
 i= 1279 j=  982 glon=  296.37 (0-360E) glon=  296.37 glat=  26.56 u= -23.6800 v= -12.5000 vr=  -0.35303 vt=  26.77439
 i= 1284 j=  982 glon=  296.57 (0-360E) glon=  296.57 glat=  26.56 u= -26.5600 v=  -2.0000 vr=  -0.56498 vt=  26.62920
 i= 1289 j=  982 glon=  296.77 (0-360E) glon=  296.77 glat=  26.56 u= -22.8000 v=   8.8900 vr=  -0.27834 vt=  24.47028
 i= 1294 j=  982 glon=  296.97 (0-360E) glon=  296.97 glat=  26.56 u= -15.2400 v=  16.5800 vr=   2.62623 vt=  22.36642
 i= 1299 j=  982 glon=  297.17 (0-360E) glon=  297.17 glat=  26.56 u=  -8.8900 v=  18.8400 vr=   4.29802 vt=  20.38393
 i= 1304 j=  982 glon=  297.37 (0-360E) glon=  297.37 glat=  26.56 u=  -8.1100 v=  21.6500 vr=   3.53995 vt=  22.84652
 i= 1309 j=  982 glon=  297.57 (0-360E) glon=  297.57 glat=  26.56 u=  -9.4000 v=  23.3600 vr=   0.93685 vt=  25.16291
 i= 1314 j=  982 glon=  297.77 (0-360E) glon=  297.77 glat=  26.56 u= -11.3700 v=  15.3500 vr=  -5.34142 vt=  18.34036
 i= 1319 j=  982 glon=  297.97 (0-360E) glon=  297.97 glat=  26.56 u= -13.6300 v=  16.8300 vr=  -7.93884 vt=  20.14946
 i= 1324 j=  982 glon=  298.17 (0-360E) glon=  298.17 glat=  26.56 u= -11.0800 v=  16.8200 vr=  -6.23184 vt=  19.15315
 i= 1329 j=  982 glon=  298.37 (0-360E) glon=  298.37 glat=  26.56 u=  -9.0700 v=  15.6300 vr=  -5.12493 vt=  17.32908
 i= 1334 j=  982 glon=  298.57 (0-360E) glon=  298.57 glat=  26.56 u=  -8.1600 v=  15.1200 vr=  -4.75955 vt=  16.50899
 i= 1339 j=  982 glon=  298.77 (0-360E) glon=  298.77 glat=  26.56 u=  -7.9300 v=  14.5300 vr=  -4.97542 vt=  15.78769
 i= 1229 j=  987 glon=  294.37 (0-360E) glon=  294.37 glat=  26.36 u=  -3.9500 v= -13.2900 vr=   2.71635 vt=  13.59588
 i= 1234 j=  987 glon=  294.57 (0-360E) glon=  294.57 glat=  26.36 u=  -5.0400 v= -13.9900 vr=   3.59527 vt=  14.42899
 i= 1239 j=  987 glon=  294.77 (0-360E) glon=  294.77 glat=  26.36 u=  -6.0800 v= -15.5800 vr=   4.27632 vt=  16.16836
 i= 1244 j=  987 glon=  294.97 (0-360E) glon=  294.97 glat=  26.36 u=  -6.8000 v= -15.7400 vr=   4.73197 vt=  16.48017
 i= 1249 j=  987 glon=  295.17 (0-360E) glon=  295.17 glat=  26.36 u=  -7.8800 v= -16.1400 vr=   5.43427 vt=  17.11908
 i= 1254 j=  987 glon=  295.37 (0-360E) glon=  295.37 glat=  26.36 u=  -9.3100 v= -15.5200 vr=   6.52966 vt=  16.87928
 i= 1259 j=  987 glon=  295.57 (0-360E) glon=  295.57 glat=  26.36 u= -10.7100 v= -16.5100 vr=   7.13133 vt=  18.34198
 i= 1264 j=  987 glon=  295.77 (0-360E) glon=  295.77 glat=  26.36 u=  -9.8200 v= -19.0600 vr=   4.73079 vt=  20.91257
 i= 1269 j=  987 glon=  295.97 (0-360E) glon=  295.97 glat=  26.36 u= -10.2700 v= -20.4000 vr=   3.10097 vt=  22.62779
 i= 1274 j=  987 glon=  296.17 (0-360E) glon=  296.17 glat=  26.36 u= -12.1000 v= -20.4300 vr=   1.58176 vt=  23.69162
 i= 1279 j=  987 glon=  296.37 (0-360E) glon=  296.37 glat=  26.36 u= -22.4500 v= -24.0600 vr=  -0.44537 vt=  32.90422
 i= 1284 j=  987 glon=  296.57 (0-360E) glon=  296.57 glat=  26.36 u= -19.9100 v=  -4.0700 vr=  -1.86527 vt=  20.23595
 i= 1289 j=  987 glon=  296.77 (0-360E) glon=  296.77 glat=  26.36 u= -14.3900 v=  17.4500 vr=   4.33632 vt=  22.19845
 i= 1294 j=  987 glon=  296.97 (0-360E) glon=  296.97 glat=  26.36 u=  -9.9600 v=  21.1000 vr=   1.78145 vt=  23.26452
 i= 1299 j=  987 glon=  297.17 (0-360E) glon=  297.17 glat=  26.36 u=  -7.2400 v=  20.4400 vr=   0.32252 vt=  21.68196
 i= 1304 j=  987 glon=  297.37 (0-360E) glon=  297.37 glat=  26.36 u=  -4.5900 v=  19.7500 vr=   0.80694 vt=  20.26029
 i= 1309 j=  987 glon=  297.57 (0-360E) glon=  297.57 glat=  26.36 u=  -5.3700 v=  19.8900 vr=  -1.01440 vt=  20.57717
 i= 1314 j=  987 glon=  297.77 (0-360E) glon=  297.77 glat=  26.36 u= -13.1100 v=  21.9300 vr=  -9.01674 vt=  23.90597
 i= 1319 j=  987 glon=  297.97 (0-360E) glon=  297.97 glat=  26.36 u= -12.4000 v=  21.0300 vr=  -9.07366 vt=  22.66472
 i= 1324 j=  987 glon=  298.17 (0-360E) glon=  298.17 glat=  26.36 u= -10.3400 v=  18.3200 vr=  -7.83525 vt=  19.52298
 i= 1329 j=  987 glon=  298.37 (0-360E) glon=  298.37 glat=  26.36 u=  -7.8900 v=  16.5200 vr=  -5.91303 vt=  17.32624
 i= 1334 j=  987 glon=  298.57 (0-360E) glon=  298.57 glat=  26.36 u=  -6.2500 v=  14.9600 vr=  -4.66016 vt=  15.52891
 i= 1339 j=  987 glon=  298.77 (0-360E) glon=  298.77 glat=  26.36 u=  -6.6000 v=  15.4500 vr=  -5.12252 vt=  16.00070
 i= 1229 j=  992 glon=  294.37 (0-360E) glon=  294.37 glat=  26.16 u=  -2.8700 v= -13.7900 vr=   2.95748 vt=  13.77150
 i= 1234 j=  992 glon=  294.57 (0-360E) glon=  294.57 glat=  26.16 u=  -3.1200 v= -14.1300 vr=   3.21345 vt=  14.10904
 i= 1239 j=  992 glon=  294.77 (0-360E) glon=  294.77 glat=  26.16 u=  -2.9900 v= -15.8700 vr=   3.10032 vt=  15.84882
 i= 1244 j=  992 glon=  294.97 (0-360E) glon=  294.97 glat=  26.16 u=  -3.4800 v= -17.0500 vr=   3.60589 vt=  17.02382
 i= 1249 j=  992 glon=  295.17 (0-360E) glon=  295.17 glat=  26.16 u=  -3.8700 v= -15.6900 vr=   3.99478 vt=  15.65869
 i= 1254 j=  992 glon=  295.37 (0-360E) glon=  295.37 glat=  26.16 u=  -3.8900 v= -17.0600 vr=   4.03906 vt=  17.02533
 i= 1259 j=  992 glon=  295.57 (0-360E) glon=  295.57 glat=  26.16 u=  -7.5300 v= -17.3900 vr=   7.70143 vt=  17.31476
 i= 1264 j=  992 glon=  295.77 (0-360E) glon=  295.77 glat=  26.16 u=  -6.0600 v= -20.4100 vr=   6.29700 vt=  20.33813
 i= 1269 j=  992 glon=  295.97 (0-360E) glon=  295.97 glat=  26.16 u=  -5.3200 v= -22.1900 vr=   5.64404 vt=  22.10980
 i= 1274 j=  992 glon=  296.17 (0-360E) glon=  296.17 glat=  26.16 u=  -4.6900 v= -22.7500 vr=   5.15957 vt=  22.64812
 i= 1279 j=  992 glon=  296.37 (0-360E) glon=  296.37 glat=  26.16 u=  -2.7100 v= -24.3800 vr=   3.63701 vt=  24.25903
 i= 1284 j=  992 glon=  296.57 (0-360E) glon=  296.57 glat=  26.16 u=   7.7600 v=   2.6400 vr=  -8.19587 vt=   0.12188
 i= 1289 j=  992 glon=  296.77 (0-360E) glon=  296.77 glat=  26.16 u=   1.3700 v=  14.4600 vr=   0.67301 vt=  14.50915
 i= 1294 j=  992 glon=  296.97 (0-360E) glon=  296.97 glat=  26.16 u=  -3.2900 v=  22.9300 vr=  -3.81881 vt=  22.84788
 i= 1299 j=  992 glon=  297.17 (0-360E) glon=  297.17 glat=  26.16 u=  -0.4900 v=  22.8300 vr=  -0.84754 vt=  22.81952
 i= 1304 j=  992 glon=  297.37 (0-360E) glon=  297.37 glat=  26.16 u=  -1.4800 v=  18.7800 vr=  -1.70884 vt=  18.76056
 i= 1309 j=  992 glon=  297.57 (0-360E) glon=  297.57 glat=  26.16 u=  -0.4500 v=  19.8000 vr=  -0.65239 vt=  19.79437
 i= 1314 j=  992 glon=  297.77 (0-360E) glon=  297.77 glat=  26.16 u=  -2.4100 v=  19.9000 vr=  -2.58851 vt=  19.87757
 i= 1319 j=  992 glon=  297.97 (0-360E) glon=  297.97 glat=  26.16 u=  -2.8400 v=  19.8700 vr=  -3.00132 vt=  19.84627
 i= 1324 j=  992 glon=  298.17 (0-360E) glon=  298.17 glat=  26.16 u=  -6.6500 v=  18.9400 vr=  -6.79204 vt=  18.88953
 i= 1329 j=  992 glon=  298.37 (0-360E) glon=  298.37 glat=  26.16 u=  -6.0500 v=  17.2400 vr=  -6.17137 vt=  17.19693
 i= 1334 j=  992 glon=  298.57 (0-360E) glon=  298.57 glat=  26.16 u=  -5.0700 v=  15.3000 vr=  -5.17226 vt=  15.26573
 i= 1339 j=  992 glon=  298.77 (0-360E) glon=  298.77 glat=  26.16 u=  -4.6100 v=  14.3400 vr=  -4.70178 vt=  14.31017
 i= 1229 j=  997 glon=  294.37 (0-360E) glon=  294.37 glat=  25.96 u=  -1.9000 v= -13.8900 vr=   3.38136 vt=  13.60546
 i= 1234 j=  997 glon=  294.57 (0-360E) glon=  294.57 glat=  25.96 u=  -1.8000 v= -14.0300 vr=   3.43168 vt=  13.72241
 i= 1239 j=  997 glon=  294.77 (0-360E) glon=  294.77 glat=  25.96 u=  -0.4800 v= -14.9900 vr=   2.41095 vt=  14.80263
 i= 1244 j=  997 glon=  294.97 (0-360E) glon=  294.97 glat=  25.96 u=  -0.5300 v= -16.7700 vr=   2.93795 vt=  16.51915
 i= 1249 j=  997 glon=  295.17 (0-360E) glon=  295.17 glat=  25.96 u=  -1.7000 v= -17.1800 vr=   4.47533 vt=  16.67375
 i= 1254 j=  997 glon=  295.37 (0-360E) glon=  295.37 glat=  25.96 u=  -1.1000 v= -17.2500 vr=   4.32063 vt=  16.73633
 i= 1259 j=  997 glon=  295.57 (0-360E) glon=  295.57 glat=  25.96 u=  -3.1900 v= -20.1900 vr=   7.59440 vt=  18.97728
 i= 1264 j=  997 glon=  295.77 (0-360E) glon=  295.77 glat=  25.96 u=  -2.2700 v= -22.2500 vr=   8.22848 vt=  20.79681
 i= 1269 j=  997 glon=  295.97 (0-360E) glon=  295.97 glat=  25.96 u=   1.1000 v= -23.4900 vr=   7.15659 vt=  22.40030
 i= 1274 j=  997 glon=  296.17 (0-360E) glon=  296.17 glat=  25.96 u=   1.8100 v= -23.1300 vr=   9.50393 vt=  21.16479
 i= 1279 j=  997 glon=  296.37 (0-360E) glon=  296.37 glat=  25.96 u=   5.8800 v= -13.5100 vr=   5.62459 vt=  13.61831
 i= 1284 j=  997 glon=  296.57 (0-360E) glon=  296.57 glat=  25.96 u=  10.8800 v=   2.0200 vr=  -3.11593 vt=  10.61818
 i= 1289 j=  997 glon=  296.77 (0-360E) glon=  296.77 glat=  25.96 u=  12.8400 v=  10.4000 vr=  -0.48215 vt=  16.51645
 i= 1294 j=  997 glon=  296.97 (0-360E) glon=  296.97 glat=  25.96 u=  11.0500 v=  17.9600 vr=   0.00492 vt=  21.08706
 i= 1299 j=  997 glon=  297.17 (0-360E) glon=  297.17 glat=  25.96 u=   3.0700 v=  19.0000 vr=  -4.24133 vt=  18.77328
 i= 1304 j=  997 glon=  297.37 (0-360E) glon=  297.37 glat=  25.96 u=   2.9200 v=  18.4000 vr=  -2.47750 vt=  18.46479
 i= 1309 j=  997 glon=  297.57 (0-360E) glon=  297.57 glat=  25.96 u=   2.0300 v=  19.2100 vr=  -2.48424 vt=  19.15655
 i= 1314 j=  997 glon=  297.77 (0-360E) glon=  297.77 glat=  25.96 u=   0.1400 v=  19.2100 vr=  -3.60733 vt=  18.86878
 i= 1319 j=  997 glon=  297.97 (0-360E) glon=  297.97 glat=  25.96 u=  -0.2500 v=  19.0900 vr=  -3.45605 vt=  18.77622
 i= 1324 j=  997 glon=  298.17 (0-360E) glon=  298.17 glat=  25.96 u=  -3.3300 v=  19.0200 vr=  -6.10767 vt=  18.31791
 i= 1329 j=  997 glon=  298.37 (0-360E) glon=  298.37 glat=  25.96 u=  -3.8200 v=  17.1700 vr=  -6.05782 vt=  16.51376
 i= 1334 j=  997 glon=  298.57 (0-360E) glon=  298.57 glat=  25.96 u=  -3.6300 v=  15.0400 vr=  -5.40531 vt=  14.49694
 i= 1339 j=  997 glon=  298.77 (0-360E) glon=  298.77 glat=  25.96 u=  -3.2900 v=  13.4500 vr=  -4.74403 vt=  13.00849
 i= 1234 j= 1002 glon=  294.57 (0-360E) glon=  294.57 glat=  25.76 u=  -0.4200 v= -14.3500 vr=   3.59970 vt=  13.89752
 i= 1239 j= 1002 glon=  294.77 (0-360E) glon=  294.77 glat=  25.76 u=   0.6900 v= -14.2500 vr=   2.81627 vt=  13.98597
 i= 1244 j= 1002 glon=  294.97 (0-360E) glon=  294.97 glat=  25.76 u=   2.6700 v= -15.4200 vr=   1.62297 vt=  15.56507
 i= 1249 j= 1002 glon=  295.17 (0-360E) glon=  295.17 glat=  25.76 u=   1.5700 v= -16.6600 vr=   3.60314 vt=  16.34129
 i= 1254 j= 1002 glon=  295.37 (0-360E) glon=  295.37 glat=  25.76 u=   1.4500 v= -16.7400 vr=   4.49353 vt=  16.19069
 i= 1259 j= 1002 glon=  295.57 (0-360E) glon=  295.57 glat=  25.76 u=   1.5600 v= -17.5900 vr=   5.72893 vt=  16.70392
 i= 1264 j= 1002 glon=  295.77 (0-360E) glon=  295.77 glat=  25.76 u=   1.8400 v= -20.7900 vr=   8.44275 vt=  19.08742
 i= 1269 j= 1002 glon=  295.97 (0-360E) glon=  295.97 glat=  25.76 u=   4.8000 v= -23.0900 vr=   9.71954 vt=  21.48764
 i= 1274 j= 1002 glon=  296.17 (0-360E) glon=  296.17 glat=  25.76 u=   0.0700 v= -23.0600 vr=  16.81338 vt=  15.78222
 i= 1279 j= 1002 glon=  296.37 (0-360E) glon=  296.37 glat=  25.76 u=   7.0100 v= -10.3900 vr=   6.22128 vt=  10.88062
 i= 1284 j= 1002 glon=  296.57 (0-360E) glon=  296.57 glat=  25.76 u=  13.9200 v=   9.2500 vr=  -9.96148 vt=  13.42005
 i= 1289 j= 1002 glon=  296.77 (0-360E) glon=  296.77 glat=  25.76 u=  14.9900 v=  10.2100 vr=  -4.08610 vt=  17.67054
 i= 1294 j= 1002 glon=  296.97 (0-360E) glon=  296.97 glat=  25.76 u=  11.6700 v=  13.9400 vr=  -3.28365 vt=  17.88100
 i= 1299 j= 1002 glon=  297.17 (0-360E) glon=  297.17 glat=  25.76 u=   6.0900 v=  14.2500 vr=  -4.03923 vt=  14.96112
 i= 1304 j= 1002 glon=  297.37 (0-360E) glon=  297.37 glat=  25.76 u=   4.7000 v=  16.8800 vr=  -4.47794 vt=  16.94026
 i= 1309 j= 1002 glon=  297.57 (0-360E) glon=  297.57 glat=  25.76 u=   2.4200 v=  17.1400 vr=  -5.05389 vt=  16.55579
 i= 1314 j= 1002 glon=  297.77 (0-360E) glon=  297.77 glat=  25.76 u=   1.6400 v=  17.2800 vr=  -4.72074 vt=  16.70337
 i= 1319 j= 1002 glon=  297.97 (0-360E) glon=  297.97 glat=  25.76 u=   0.8000 v=  17.5700 vr=  -4.78089 vt=  16.92596
 i= 1324 j= 1002 glon=  298.17 (0-360E) glon=  298.17 glat=  25.76 u=  -1.2700 v=  17.1000 vr=  -5.99456 vt=  16.06512
 i= 1329 j= 1002 glon=  298.37 (0-360E) glon=  298.37 glat=  25.76 u=  -1.7000 v=  16.6100 vr=  -5.80700 vt=  15.65442
 i= 1334 j= 1002 glon=  298.57 (0-360E) glon=  298.57 glat=  25.76 u=  -1.9800 v=  14.9700 vr=  -5.32934 vt=  14.12868
 i= 1339 j= 1002 glon=  298.77 (0-360E) glon=  298.77 glat=  25.76 u=  -2.1800 v=  13.5100 vr=  -4.94132 vt=  12.76150
 i= 1234 j= 1007 glon=  294.57 (0-360E) glon=  294.57 glat=  25.56 u=   0.8100 v= -13.6500 vr=   3.60242 vt=  13.19095
 i= 1239 j= 1007 glon=  294.77 (0-360E) glon=  294.77 glat=  25.56 u=   2.2200 v= -14.1700 vr=   2.88673 vt=  14.04935
 i= 1244 j= 1007 glon=  294.97 (0-360E) glon=  294.97 glat=  25.56 u=   3.9800 v= -14.0700 vr=   1.77245 vt=  14.51426
 i= 1249 j= 1007 glon=  295.17 (0-360E) glon=  295.17 glat=  25.56 u=   4.8400 v= -14.5700 vr=   1.91183 vt=  15.23337
 i= 1254 j= 1007 glon=  295.37 (0-360E) glon=  295.37 glat=  25.56 u=   4.7300 v= -15.6500 vr=   3.45691 vt=  15.97952
 i= 1259 j= 1007 glon=  295.57 (0-360E) glon=  295.57 glat=  25.56 u=   5.6200 v= -16.1100 vr=   4.21146 vt=  16.53421
 i= 1264 j= 1007 glon=  295.77 (0-360E) glon=  295.77 glat=  25.56 u=   7.5600 v= -16.7200 vr=   4.78158 vt=  17.71577
 i= 1269 j= 1007 glon=  295.97 (0-360E) glon=  295.97 glat=  25.56 u=  11.4200 v= -21.2900 vr=   7.91861 vt=  22.82490
 i= 1274 j= 1007 glon=  296.17 (0-360E) glon=  296.17 glat=  25.56 u=  19.2000 v= -18.6700 vr=   5.63209 vt=  26.18183
 i= 1279 j= 1007 glon=  296.37 (0-360E) glon=  296.37 glat=  25.56 u=  22.6600 v=  -3.8100 vr=  -3.49795 vt=  22.71026
 i= 1284 j= 1007 glon=  296.57 (0-360E) glon=  296.57 glat=  25.56 u=  16.7700 v=   5.5600 vr=  -6.14240 vt=  16.56555
 i= 1289 j= 1007 glon=  296.77 (0-360E) glon=  296.77 glat=  25.56 u=  15.9400 v=   7.4400 vr=  -3.17584 vt=  17.30177
 i= 1294 j= 1007 glon=  296.97 (0-360E) glon=  296.97 glat=  25.56 u=  13.1800 v=  10.7700 vr=  -3.00221 vt=  16.75387
 i= 1299 j= 1007 glon=  297.17 (0-360E) glon=  297.17 glat=  25.56 u=  15.0800 v=  13.2300 vr=  -0.29397 vt=  20.05874
 i= 1304 j= 1007 glon=  297.37 (0-360E) glon=  297.37 glat=  25.56 u=   6.9400 v=  17.8500 vr=  -6.50391 vt=  18.01347
 i= 1309 j= 1007 glon=  297.57 (0-360E) glon=  297.57 glat=  25.56 u=   3.7800 v=  15.7700 vr=  -5.88894 vt=  15.10965
 i= 1314 j= 1007 glon=  297.77 (0-360E) glon=  297.77 glat=  25.56 u=   2.7200 v=  16.1300 vr=  -5.70489 vt=  15.33067
 i= 1319 j= 1007 glon=  297.97 (0-360E) glon=  297.97 glat=  25.56 u=   2.0000 v=  16.6400 vr=  -5.57453 vt=  15.80551
 i= 1324 j= 1007 glon=  298.17 (0-360E) glon=  298.17 glat=  25.56 u=   0.3600 v=  15.9800 vr=  -6.00526 vt=  14.81306
 i= 1329 j= 1007 glon=  298.37 (0-360E) glon=  298.37 glat=  25.56 u=  -0.1200 v=  15.5400 vr=  -5.68229 vt=  14.46436
 i= 1334 j= 1007 glon=  298.57 (0-360E) glon=  298.57 glat=  25.56 u=  -0.6300 v=  14.5400 vr=  -5.34745 vt=  13.53563
 i= 1234 j= 1012 glon=  294.57 (0-360E) glon=  294.57 glat=  25.36 u=   2.4200 v= -13.4200 vr=   3.27499 vt=  13.23734
 i= 1239 j= 1012 glon=  294.77 (0-360E) glon=  294.77 glat=  25.36 u=   3.0300 v= -13.5300 vr=   3.29771 vt=  13.46725
 i= 1244 j= 1012 glon=  294.97 (0-360E) glon=  294.97 glat=  25.36 u=   4.5700 v= -13.5600 vr=   2.59860 vt=  14.07145
 i= 1249 j= 1012 glon=  295.17 (0-360E) glon=  295.17 glat=  25.36 u=   7.2300 v= -13.0600 vr=   0.88325 vt=  14.90156
 i= 1254 j= 1012 glon=  295.37 (0-360E) glon=  295.37 glat=  25.36 u=   8.7800 v= -12.7500 vr=   0.49063 vt=  15.47289
 i= 1259 j= 1012 glon=  295.57 (0-360E) glon=  295.57 glat=  25.36 u=  10.2600 v= -12.7900 vr=   0.74220 vt=  16.37989
 i= 1264 j= 1012 glon=  295.77 (0-360E) glon=  295.77 glat=  25.36 u=  11.5300 v= -12.5600 vr=   1.47737 vt=  16.98564
 i= 1269 j= 1012 glon=  295.97 (0-360E) glon=  295.97 glat=  25.36 u=  14.1300 v= -10.8000 vr=   0.82010 vt=  17.76582
 i= 1274 j= 1012 glon=  296.17 (0-360E) glon=  296.17 glat=  25.36 u=  16.2300 v=  -6.4400 vr=  -1.09571 vt=  17.42659
 i= 1279 j= 1012 glon=  296.37 (0-360E) glon=  296.37 glat=  25.36 u=  16.3800 v=  -1.8800 vr=  -2.13246 vt=  16.34905
 i= 1284 j= 1012 glon=  296.57 (0-360E) glon=  296.57 glat=  25.36 u=  16.0000 v=   2.1300 vr=  -2.55003 vt=  15.93845
 i= 1289 j= 1012 glon=  296.77 (0-360E) glon=  296.77 glat=  25.36 u=  14.5400 v=   5.4300 vr=  -2.52708 vt=  15.31373
 i= 1294 j= 1012 glon=  296.97 (0-360E) glon=  296.97 glat=  25.36 u=  12.9400 v=   8.4900 vr=  -2.83143 vt=  15.21535
 i= 1299 j= 1012 glon=  297.17 (0-360E) glon=  297.17 glat=  25.36 u=  12.2600 v=  11.9200 vr=  -3.41682 vt=  16.75468
 i= 1304 j= 1012 glon=  297.37 (0-360E) glon=  297.37 glat=  25.36 u=   9.2500 v=  14.0900 vr=  -4.62168 vt=  16.20897
 i= 1309 j= 1012 glon=  297.57 (0-360E) glon=  297.57 glat=  25.36 u=   5.3900 v=  14.5700 vr=  -5.91247 vt=  14.36592
 i= 1314 j= 1012 glon=  297.77 (0-360E) glon=  297.77 glat=  25.36 u=   3.5200 v=  15.0300 vr=  -6.34373 vt=  14.07297
 i= 1319 j= 1012 glon=  297.97 (0-360E) glon=  297.97 glat=  25.36 u=   2.8600 v=  14.4100 vr=  -5.50543 vt=  13.62050
 i= 1324 j= 1012 glon=  298.17 (0-360E) glon=  298.17 glat=  25.36 u=   1.6600 v=  14.3500 vr=  -5.69218 vt=  13.27694
 i= 1329 j= 1012 glon=  298.37 (0-360E) glon=  298.37 glat=  25.36 u=   0.8600 v=  14.5900 vr=  -5.85222 vt=  13.39251
 i= 1334 j= 1012 glon=  298.57 (0-360E) glon=  298.57 glat=  25.36 u=   0.3900 v=  13.6900 vr=  -5.34843 vt=  12.60803
 i= 1239 j= 1017 glon=  294.77 (0-360E) glon=  294.77 glat=  25.16 u=   3.7100 v= -13.0700 vr=   3.71264 vt=  13.06925
 i= 1244 j= 1017 glon=  294.97 (0-360E) glon=  294.97 glat=  25.16 u=   5.0500 v= -12.6300 vr=   3.04360 vt=  13.25730
 i= 1249 j= 1017 glon=  295.17 (0-360E) glon=  295.17 glat=  25.16 u=   6.4700 v= -12.3800 vr=   2.59402 vt=  13.72576
 i= 1254 j= 1017 glon=  295.37 (0-360E) glon=  295.37 glat=  25.16 u=   9.1100 v= -11.4700 vr=   1.04435 vt=  14.61035
 i= 1259 j= 1017 glon=  295.57 (0-360E) glon=  295.57 glat=  25.16 u=  10.8000 v= -10.3900 vr=   0.39820 vt=  14.98111
 i= 1264 j= 1017 glon=  295.77 (0-360E) glon=  295.77 glat=  25.16 u=  12.5300 v=  -8.4200 vr=  -0.63007 vt=  15.08311
 i= 1269 j= 1017 glon=  295.97 (0-360E) glon=  295.97 glat=  25.16 u=  13.1500 v=  -6.9800 vr=  -0.29329 vt=  14.88479
 i= 1274 j= 1017 glon=  296.17 (0-360E) glon=  296.17 glat=  25.16 u=  14.3200 v=  -4.2800 vr=  -1.06032 vt=  14.90827
 i= 1279 j= 1017 glon=  296.37 (0-360E) glon=  296.37 glat=  25.16 u=  15.1800 v=  -2.5900 vr=  -0.43154 vt=  15.39332
 i= 1284 j= 1017 glon=  296.57 (0-360E) glon=  296.57 glat=  25.16 u=  15.3400 v=   0.3000 vr=  -0.62344 vt=  15.33026
 i= 1289 j= 1017 glon=  296.77 (0-360E) glon=  296.77 glat=  25.16 u=  15.2100 v=   3.3600 vr=  -0.95376 vt=  15.54748
 i= 1294 j= 1017 glon=  296.97 (0-360E) glon=  296.97 glat=  25.16 u=  14.1900 v=   6.9700 vr=  -2.08906 vt=  15.67076
 i= 1299 j= 1017 glon=  297.17 (0-360E) glon=  297.17 glat=  25.16 u=  11.4000 v=  10.2900 vr=  -3.93789 vt=  14.84376
 i= 1304 j= 1017 glon=  297.37 (0-360E) glon=  297.37 glat=  25.16 u=   9.0600 v=  12.0600 vr=  -4.75844 vt=  14.31379
 i= 1309 j= 1017 glon=  297.57 (0-360E) glon=  297.57 glat=  25.16 u=   6.3600 v=  12.8600 vr=  -5.52647 vt=  13.23961
 i= 1314 j= 1017 glon=  297.77 (0-360E) glon=  297.77 glat=  25.16 u=   4.7100 v=  13.2700 vr=  -5.75548 vt=  12.85113
 i= 1319 j= 1017 glon=  297.97 (0-360E) glon=  297.97 glat=  25.16 u=   3.5000 v=  12.6400 vr=  -5.28335 vt=  12.00441
 i= 1324 j= 1017 glon=  298.17 (0-360E) glon=  298.17 glat=  25.16 u=   2.0400 v=  12.9500 vr=  -5.86197 vt=  11.72610
 i= 1329 j= 1017 glon=  298.37 (0-360E) glon=  298.37 glat=  25.16 u=   1.3800 v=  13.6400 vr=  -6.13808 vt=  12.25879
 i= 1244 j= 1022 glon=  294.97 (0-360E) glon=  294.97 glat=  24.96 u=   4.9400 v= -11.9200 vr=   3.80913 vt=  12.32804
 i= 1249 j= 1022 glon=  295.17 (0-360E) glon=  295.17 glat=  24.96 u=   6.5000 v= -11.4200 vr=   3.12206 vt=  12.76398
 i= 1254 j= 1022 glon=  295.37 (0-360E) glon=  295.37 glat=  24.96 u=   8.0600 v= -11.0200 vr=   2.72696 vt=  13.37788
 i= 1259 j= 1022 glon=  295.57 (0-360E) glon=  295.57 glat=  24.96 u=   9.3400 v=  -9.9600 vr=   2.26462 vt=  13.46509
 i= 1264 j= 1022 glon=  295.77 (0-360E) glon=  295.77 glat=  24.96 u=  11.0600 v=  -8.9000 vr=   1.80641 vt=  14.08085
 i= 1269 j= 1022 glon=  295.97 (0-360E) glon=  295.97 glat=  24.96 u=  12.6700 v=  -7.3300 vr=   1.31122 vt=  14.57870
 i= 1274 j= 1022 glon=  296.17 (0-360E) glon=  296.17 glat=  24.96 u=  13.9200 v=  -4.6000 vr=   0.19757 vt=  14.65904
 i= 1279 j= 1022 glon=  296.37 (0-360E) glon=  296.37 glat=  24.96 u=  13.5200 v=  -1.8900 vr=  -0.35777 vt=  13.64678
 i= 1284 j= 1022 glon=  296.57 (0-360E) glon=  296.57 glat=  24.96 u=  13.4800 v=   1.4100 vr=  -1.64710 vt=  13.45309
 i= 1289 j= 1022 glon=  296.77 (0-360E) glon=  296.77 glat=  24.96 u=  13.3000 v=   3.5500 vr=  -1.78687 vt=  13.64916
 i= 1294 j= 1022 glon=  296.97 (0-360E) glon=  296.97 glat=  24.96 u=  12.5700 v=   6.1700 vr=  -2.54733 vt=  13.76898
 i= 1299 j= 1022 glon=  297.17 (0-360E) glon=  297.17 glat=  24.96 u=  10.3300 v=   8.4100 vr=  -3.65333 vt=  12.80977
 i= 1304 j= 1022 glon=  297.37 (0-360E) glon=  297.37 glat=  24.96 u=   8.8900 v=   9.9400 vr=  -4.15714 vt=  12.67099
 i= 1309 j= 1022 glon=  297.57 (0-360E) glon=  297.57 glat=  24.96 u=   6.7300 v=  10.9200 vr=  -4.87871 vt=  11.86328
 i= 1314 j= 1022 glon=  297.77 (0-360E) glon=  297.77 glat=  24.96 u=   5.7200 v=  11.6600 vr=  -5.00954 vt=  11.98243
 i= 1319 j= 1022 glon=  297.97 (0-360E) glon=  297.97 glat=  24.96 u=   4.1800 v=  11.2100 vr=  -4.84781 vt=  10.93779
 i= 1324 j= 1022 glon=  298.17 (0-360E) glon=  298.17 glat=  24.96 u=   2.4900 v=  12.2700 vr=  -6.07696 vt=  10.94639
 i= 1329 j= 1022 glon=  298.37 (0-360E) glon=  298.37 glat=  24.96 u=   1.3700 v=  12.6800 vr=  -6.57382 vt=  10.92905
 i= 1249 j= 1027 glon=  295.17 (0-360E) glon=  295.17 glat=  24.76 u=   6.5200 v= -10.2900 vr=   3.23384 vt=  11.74465
 i= 1254 j= 1027 glon=  295.37 (0-360E) glon=  295.37 glat=  24.76 u=   8.1300 v= -10.2600 vr=   3.08101 vt=  12.72289
 i= 1259 j= 1027 glon=  295.57 (0-360E) glon=  295.57 glat=  24.76 u=   9.3900 v=  -9.2500 vr=   2.60375 vt=  12.92111
 i= 1264 j= 1027 glon=  295.77 (0-360E) glon=  295.77 glat=  24.76 u=  10.3700 v=  -7.8400 vr=   2.10823 vt=  12.82801
 i= 1269 j= 1027 glon=  295.97 (0-360E) glon=  295.97 glat=  24.76 u=  11.3300 v=  -6.1900 vr=   1.55454 vt=  12.81672
 i= 1274 j= 1027 glon=  296.17 (0-360E) glon=  296.17 glat=  24.76 u=  11.8500 v=  -3.4700 vr=   0.25128 vt=  12.34505
 i= 1279 j= 1027 glon=  296.37 (0-360E) glon=  296.37 glat=  24.76 u=  12.0200 v=  -1.2100 vr=  -0.50380 vt=  12.07024
 i= 1284 j= 1027 glon=  296.57 (0-360E) glon=  296.57 glat=  24.76 u=  12.4400 v=   0.7900 vr=  -0.97788 vt=  12.42664
 i= 1289 j= 1027 glon=  296.77 (0-360E) glon=  296.77 glat=  24.76 u=  11.8000 v=   2.9300 vr=  -1.58905 vt=  12.05404
 i= 1294 j= 1027 glon=  296.97 (0-360E) glon=  296.97 glat=  24.76 u=  10.5700 v=   5.1100 vr=  -2.49508 vt=  11.47221
 i= 1299 j= 1027 glon=  297.17 (0-360E) glon=  297.17 glat=  24.76 u=   9.5500 v=   7.1500 vr=  -3.40741 vt=  11.43305
 i= 1304 j= 1027 glon=  297.37 (0-360E) glon=  297.37 glat=  24.76 u=   8.6800 v=   8.8000 vr=  -4.02535 vt=  11.68670
 i= 1309 j= 1027 glon=  297.57 (0-360E) glon=  297.57 glat=  24.76 u=   7.5400 v=   9.2000 vr=  -3.81608 vt=  11.26628
 i= 1314 j= 1027 glon=  297.77 (0-360E) glon=  297.77 glat=  24.76 u=   6.6100 v=   9.5500 vr=  -3.66662 vt=  11.02046
 i= 1319 j= 1027 glon=  297.97 (0-360E) glon=  297.97 glat=  24.76 u=   3.5500 v=  10.9700 vr=  -5.90017 vt=   9.90613
 i= 1324 j= 1027 glon=  298.17 (0-360E) glon=  298.17 glat=  24.76 u=   2.8700 v=  11.2900 vr=  -5.92837 vt=  10.02773
 i= 1254 j= 1032 glon=  295.37 (0-360E) glon=  295.37 glat=  24.56 u=   7.8200 v=  -8.2100 vr=   2.35873 vt=  11.09022
 i= 1259 j= 1032 glon=  295.57 (0-360E) glon=  295.57 glat=  24.56 u=   8.6200 v=  -7.5300 vr=   2.24971 vt=  11.22248
 i= 1264 j= 1032 glon=  295.77 (0-360E) glon=  295.77 glat=  24.56 u=   9.4900 v=  -6.2800 vr=   1.72965 vt=  11.24752
 i= 1269 j= 1032 glon=  295.97 (0-360E) glon=  295.97 glat=  24.56 u=  10.2600 v=  -4.6700 vr=   1.02642 vt=  11.22600
 i= 1274 j= 1032 glon=  296.17 (0-360E) glon=  296.17 glat=  24.56 u=  10.6600 v=  -2.5700 vr=   0.03967 vt=  10.96535
 i= 1279 j= 1032 glon=  296.37 (0-360E) glon=  296.37 glat=  24.56 u=  11.1700 v=  -0.6500 vr=  -0.74342 vt=  11.16417
 i= 1284 j= 1032 glon=  296.57 (0-360E) glon=  296.57 glat=  24.56 u=  10.5200 v=   1.0800 vr=  -1.21915 vt=  10.50478
 i= 1289 j= 1032 glon=  296.77 (0-360E) glon=  296.77 glat=  24.56 u=  10.1200 v=   2.7000 vr=  -1.69196 vt=  10.33642
 i= 1294 j= 1032 glon=  296.97 (0-360E) glon=  296.97 glat=  24.56 u=   9.4800 v=   4.6600 vr=  -2.60436 vt=  10.23735
 i= 1299 j= 1032 glon=  297.17 (0-360E) glon=  297.17 glat=  24.56 u=   9.2100 v=   6.4100 vr=  -3.27125 vt=  10.73364
 i= 1304 j= 1032 glon=  297.37 (0-360E) glon=  297.37 glat=  24.56 u=   8.4900 v=   7.4500 vr=  -3.44838 vt=  10.75599
 i= 1309 j= 1032 glon=  297.57 (0-360E) glon=  297.57 glat=  24.56 u=   7.7700 v=   7.2200 vr=  -2.61031 vt=  10.28045
 i= 1314 j= 1032 glon=  297.77 (0-360E) glon=  297.77 glat=  24.56 u=   6.3900 v=   9.6200 vr=  -4.52376 vt=  10.62601
 i= 1264 j= 1037 glon=  295.77 (0-360E) glon=  295.77 glat=  24.36 u=   9.0800 v=  -5.1300 vr=   1.29992 vt=  10.34763
 i= 1269 j= 1037 glon=  295.97 (0-360E) glon=  295.97 glat=  24.36 u=   9.8300 v=  -3.8200 vr=   0.73129 vt=  10.52077
 i= 1274 j= 1037 glon=  296.17 (0-360E) glon=  296.17 glat=  24.36 u=   9.8900 v=  -1.9300 vr=  -0.15440 vt=  10.07537
 i= 1279 j= 1037 glon=  296.37 (0-360E) glon=  296.37 glat=  24.36 u=   9.4600 v=  -0.2500 vr=  -0.79939 vt=   9.42948
 i= 1284 j= 1037 glon=  296.57 (0-360E) glon=  296.57 glat=  24.36 u=   9.1000 v=   1.1700 vr=  -1.27709 vt=   9.08559
 i= 1289 j= 1037 glon=  296.77 (0-360E) glon=  296.77 glat=  24.36 u=   9.1400 v=   2.8600 vr=  -2.04870 vt=   9.35532
 i= 1294 j= 1037 glon=  296.97 (0-360E) glon=  296.97 glat=  24.36 u=   9.2300 v=   4.3300 vr=  -2.55431 vt=   9.87002
 i= 1299 j= 1037 glon=  297.17 (0-360E) glon=  297.17 glat=  24.36 u=   9.1000 v=   5.3900 vr=  -2.66886 vt=  10.23422
 i= 1304 j= 1037 glon=  297.37 (0-360E) glon=  297.37 glat=  24.36 u=   8.2500 v=   6.1600 vr=  -2.76963 vt=   9.91651
 i= 1309 j= 1037 glon=  297.57 (0-360E) glon=  297.57 glat=  24.36 u=   7.1600 v=   6.7900 vr=  -2.97582 vt=   9.40820
 i= 1279 j= 1042 glon=  296.37 (0-360E) glon=  296.37 glat=  24.16 u=   8.8000 v=  -0.6500 vr=  -0.23227 vt=   8.82092
 i= 1284 j= 1042 glon=  296.57 (0-360E) glon=  296.57 glat=  24.16 u=   8.7600 v=   0.6000 vr=  -0.69289 vt=   8.75314
 i= 1289 j= 1042 glon=  296.77 (0-360E) glon=  296.77 glat=  24.16 u=   8.9200 v=   1.9300 vr=  -1.21994 vt=   9.04450
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    17.0101498564945       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     32.92 kts
    LL Wind Circ Vt mean quadmax value: SE     25.14 kts
    LL Wind Circ Vt mean quadmax value: SW     34.53 kts
    LL Wind Circ Vt mean quadmax value: NW     33.47 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.90899925138485       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    26.1314838504969     
   xcenlon=    296.573615011492     
   imax=         2738  jmax=         2041
   jlatfix=          992
   ilonfix (unadjusted) =         1285
  
 In get_max_wind, ibeg=         1208  iend=         1361
                  jbeg=          924  jend=         1061
         ilonfix=         1285  jlatfix=          992
 At end of get_max_wind, vmax=    25.6006406169846       rmax= 
   16.8044439771470     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.23 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.57 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   11.96 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   13.34 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.51 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   15.46 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   16.20 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   16.63 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.16 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   17.83 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   18.52 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   18.96 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   18.98 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   18.80 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   18.57 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   18.36 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   18.19 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   18.06 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   18.01 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   17.95 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   17.86 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   17.64 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   17.37 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   17.11 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   16.93 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   16.82 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   16.74 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   16.65 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   16.52 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.35 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.11 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.33 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.10 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   14.90 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   14.72 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.62 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.58 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.61 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.62 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.59 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    18.98 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    18.9821061205439      
  (m/s)   (in kts)=    36.8765375603806     
  rising_sum_dvdr=       9.75442396122565     
  declining_sum_dvdr=   -2.63614782492940     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    84 igrct=  1 Vmax (m/s)=   25.601   22:27:47
 TIMING: before call  getradii, fhr=    84 igrct=  1   22:27:47
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=  -0.137546989149697     
 mr4qs before add, mean_radii_vt_4quad_sum=  -0.137546989149697     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.67031529442980     
 mr4qs before add, mean_radii_vt_4quad_sum=    9.67031529442980     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.3150160103527     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.3150160103527     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.6690415384486     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   14.67 good_quad_ct=   4 mean_vt_4quad=      3.67
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    8.46 mean_vt_4quad=    4.95
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    8.52 mean_vt_4quad=    5.04
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    8.56 mean_vt_4quad=    5.14
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    8.60 mean_vt_4quad=    5.23
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    8.62 mean_vt_4quad=    5.33
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    8.65 mean_vt_4quad=    5.43
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    8.67 mean_vt_4quad=    5.52
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    8.72 mean_vt_4quad=    5.62
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    8.77 mean_vt_4quad=    5.72
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    8.79 mean_vt_4quad=    5.81
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    8.84 mean_vt_4quad=    5.91
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    8.88 mean_vt_4quad=    6.01
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    8.91 mean_vt_4quad=    6.10
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    8.96 mean_vt_4quad=    6.20
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    9.00 mean_vt_4quad=    6.29
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    9.05 mean_vt_4quad=    6.39
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=    9.10 mean_vt_4quad=    6.48
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=    9.14 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=    9.22 mean_vt_4quad=    6.67
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=    9.28 mean_vt_4quad=    6.76
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=    9.35 mean_vt_4quad=    6.86
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=    9.42 mean_vt_4quad=    6.96
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=    9.47 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=    9.55 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=    9.66 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=    9.75 mean_vt_4quad=    7.31
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=    9.87 mean_vt_4quad=    7.40
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=    9.99 mean_vt_4quad=    7.49
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   10.10 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   10.19 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   10.29 mean_vt_4quad=    7.76
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   10.36 mean_vt_4quad=    7.85
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   10.42 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   10.48 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   10.54 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   10.59 mean_vt_4quad=    8.19
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   10.63 mean_vt_4quad=    8.28
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   10.65 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   10.68 mean_vt_4quad=    8.45
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   10.72 mean_vt_4quad=    8.54
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   10.77 mean_vt_4quad=    8.64
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   10.84 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   10.91 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   10.99 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   11.11 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   11.28 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   11.47 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   11.67 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   11.86 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   12.07 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   12.25 mean_vt_4quad=    9.62
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   12.39 mean_vt_4quad=    9.71
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   12.50 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   12.60 mean_vt_4quad=    9.92
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   12.70 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   12.83 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   12.99 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   13.13 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   13.30 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   13.45 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   13.59 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   13.70 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   13.81 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   13.91 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.03 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.15 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   14.26 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   14.42 mean_vt_4quad=   11.55
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   14.59 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   14.83 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   15.11 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.44 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.78 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   16.14 mean_vt_4quad=   12.40
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   16.51 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   16.94 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.28 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   17.73 mean_vt_4quad=   13.02
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   13.02 .... 0.5*v_holland=    5.73
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   13.17 .... 0.5*v_holland=    5.73
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   13.31 .... 0.5*v_holland=    5.73
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   13.44 .... 0.5*v_holland=    5.73
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   13.53 .... 0.5*v_holland=    5.73
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    138.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   74.4648000000000     
 vradius(iwindix,iquad) =          74
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    6.53 mean_vt_4quad=    4.95
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    6.55 mean_vt_4quad=    5.04
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    6.61 mean_vt_4quad=    5.14
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    6.68 mean_vt_4quad=    5.23
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    6.78 mean_vt_4quad=    5.33
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    6.91 mean_vt_4quad=    5.43
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    7.06 mean_vt_4quad=    5.52
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    7.23 mean_vt_4quad=    5.62
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    7.38 mean_vt_4quad=    5.72
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    7.47 mean_vt_4quad=    5.81
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    7.50 mean_vt_4quad=    5.91
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    7.48 mean_vt_4quad=    6.01
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    7.43 mean_vt_4quad=    6.10
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    7.39 mean_vt_4quad=    6.20
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    7.41 mean_vt_4quad=    6.29
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    7.48 mean_vt_4quad=    6.39
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    7.60 mean_vt_4quad=    6.48
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    7.72 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    7.84 mean_vt_4quad=    6.67
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    7.92 mean_vt_4quad=    6.76
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    7.98 mean_vt_4quad=    6.86
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    8.05 mean_vt_4quad=    6.96
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    8.10 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    8.15 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    8.21 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    8.27 mean_vt_4quad=    7.31
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    8.35 mean_vt_4quad=    7.40
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    8.45 mean_vt_4quad=    7.49
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    8.57 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    8.70 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    8.81 mean_vt_4quad=    7.76
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    8.92 mean_vt_4quad=    7.85
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    8.99 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    9.08 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=    9.15 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=    9.25 mean_vt_4quad=    8.19
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=    9.38 mean_vt_4quad=    8.28
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=    9.51 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=    9.68 mean_vt_4quad=    8.45
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=    9.88 mean_vt_4quad=    8.54
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   10.06 mean_vt_4quad=    8.64
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   10.20 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   10.36 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   10.55 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   10.71 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   10.83 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   10.93 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   11.01 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   11.06 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   11.04 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   11.06 mean_vt_4quad=    9.62
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   11.10 mean_vt_4quad=    9.71
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   11.18 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   11.31 mean_vt_4quad=    9.92
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   11.57 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   11.80 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   11.94 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   12.10 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   12.28 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   12.46 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   12.66 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   12.86 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.08 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.27 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.44 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.64 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.83 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   13.99 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.13 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.22 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.27 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.46 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.85 mean_vt_4quad=   12.25
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   15.43 mean_vt_4quad=   12.40
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   16.00 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   16.47 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   16.82 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   17.19 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   17.49 mean_vt_4quad=   13.17
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   17.62 mean_vt_4quad=   13.31
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   13.31 .... 0.5*v_holland=    5.97
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   13.44 .... 0.5*v_holland=    5.97
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   13.53 .... 0.5*v_holland=    5.97
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   13.61 .... 0.5*v_holland=    5.97
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   13.66 .... 0.5*v_holland=    5.97
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    5.92 mean_vt_4quad=    4.95
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.01 mean_vt_4quad=    5.04
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.14 mean_vt_4quad=    5.14
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.30 mean_vt_4quad=    5.23
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.45 mean_vt_4quad=    5.33
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.58 mean_vt_4quad=    5.43
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    6.69 mean_vt_4quad=    5.52
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    6.77 mean_vt_4quad=    5.62
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    6.86 mean_vt_4quad=    5.72
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    6.94 mean_vt_4quad=    5.81
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    6.99 mean_vt_4quad=    5.91
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    7.07 mean_vt_4quad=    6.01
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    7.14 mean_vt_4quad=    6.10
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    7.19 mean_vt_4quad=    6.20
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    7.24 mean_vt_4quad=    6.29
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    7.25 mean_vt_4quad=    6.39
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    7.29 mean_vt_4quad=    6.48
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    7.37 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    7.45 mean_vt_4quad=    6.67
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    7.56 mean_vt_4quad=    6.76
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    7.67 mean_vt_4quad=    6.86
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    7.80 mean_vt_4quad=    6.96
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    7.93 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    8.05 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    8.15 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    8.24 mean_vt_4quad=    7.31
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    8.30 mean_vt_4quad=    7.40
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    8.36 mean_vt_4quad=    7.49
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    8.45 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    8.52 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    8.59 mean_vt_4quad=    7.76
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    8.66 mean_vt_4quad=    7.85
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    8.72 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    8.79 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    8.86 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    8.91 mean_vt_4quad=    8.19
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    8.98 mean_vt_4quad=    8.28
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    9.05 mean_vt_4quad=    8.36
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    9.14 mean_vt_4quad=    8.45
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    9.26 mean_vt_4quad=    8.54
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    9.38 mean_vt_4quad=    8.64
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    9.50 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    9.58 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    9.64 mean_vt_4quad=    8.95
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    9.69 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    9.72 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    9.73 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=    9.74 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=    9.76 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=    9.80 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=    9.89 mean_vt_4quad=    9.62
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=    9.99 mean_vt_4quad=    9.71
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   10.12 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   10.25 mean_vt_4quad=    9.92
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   10.40 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   10.49 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   10.57 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   10.59 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   10.57 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   10.53 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   10.54 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   10.67 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   10.78 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   11.01 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   11.25 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   11.46 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   11.63 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   11.76 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   11.90 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   12.04 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   12.18 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   12.34 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   12.54 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   12.82 mean_vt_4quad=   12.40
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   13.13 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   13.43 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   13.65 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   13.74 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   13.80 mean_vt_4quad=   13.17
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   13.85 mean_vt_4quad=   13.31
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   13.97 mean_vt_4quad=   13.44
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   14.11 mean_vt_4quad=   13.53
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   14.14 mean_vt_4quad=   13.61
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   14.10 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   14.00 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   14.24 mean_vt_4quad=   13.79
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   14.55 mean_vt_4quad=   13.91
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   14.88 mean_vt_4quad=   14.08
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   15.20 mean_vt_4quad=   14.29
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   15.51 mean_vt_4quad=   14.53
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   15.76 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   15.98 mean_vt_4quad=   15.00
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   16.15 mean_vt_4quad=   15.20
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   16.34 mean_vt_4quad=   15.36
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   16.51 mean_vt_4quad=   15.49
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   16.69 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   17.02 mean_vt_4quad=   15.75
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   17.67 mean_vt_4quad=   15.86
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   15.86 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   15.95 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   16.09 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   16.29 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   16.52 .... 0.5*v_holland=    9.31
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.90 mean_vt_4quad=    4.95
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    5.95 mean_vt_4quad=    5.04
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    6.02 mean_vt_4quad=    5.14
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    6.08 mean_vt_4quad=    5.23
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    6.13 mean_vt_4quad=    5.33
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    6.18 mean_vt_4quad=    5.43
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    6.21 mean_vt_4quad=    5.52
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    6.24 mean_vt_4quad=    5.62
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    6.29 mean_vt_4quad=    5.72
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.34 mean_vt_4quad=    5.81
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    6.38 mean_vt_4quad=    5.91
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.47 mean_vt_4quad=    6.01
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    6.56 mean_vt_4quad=    6.10
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    6.66 mean_vt_4quad=    6.20
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    6.74 mean_vt_4quad=    6.29
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    6.83 mean_vt_4quad=    6.39
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    6.92 mean_vt_4quad=    6.48
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    7.03 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    7.15 mean_vt_4quad=    6.67
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    7.29 mean_vt_4quad=    6.76
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    7.43 mean_vt_4quad=    6.86
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    7.57 mean_vt_4quad=    6.96
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    7.70 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    7.83 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    7.95 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    8.05 mean_vt_4quad=    7.31
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    8.12 mean_vt_4quad=    7.40
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.18 mean_vt_4quad=    7.49
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.24 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    8.35 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    8.48 mean_vt_4quad=    7.76
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    8.65 mean_vt_4quad=    7.85
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    8.83 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    9.01 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    9.18 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    9.32 mean_vt_4quad=    8.19
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    9.45 mean_vt_4quad=    8.28
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    9.57 mean_vt_4quad=    8.36
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    9.69 mean_vt_4quad=    8.45
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=    9.81 mean_vt_4quad=    8.54
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=    9.92 mean_vt_4quad=    8.64
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   10.01 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   10.11 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   10.22 mean_vt_4quad=    8.95
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   10.36 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   10.48 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   10.59 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   10.68 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   10.75 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   10.80 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   10.86 mean_vt_4quad=    9.62
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   10.96 mean_vt_4quad=    9.71
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   11.10 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   11.28 mean_vt_4quad=    9.92
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   11.44 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   11.55 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   11.64 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   11.74 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   11.85 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   11.96 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.06 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   12.17 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   12.32 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   12.49 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.70 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   12.91 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.12 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.35 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.60 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.86 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.13 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.39 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.67 mean_vt_4quad=   12.25
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.96 mean_vt_4quad=   12.40
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.25 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.54 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.83 mean_vt_4quad=   12.86
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.10 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.37 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.65 mean_vt_4quad=   13.31
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   16.86 mean_vt_4quad=   13.44
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.98 mean_vt_4quad=   13.53
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   16.92 mean_vt_4quad=   13.61
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.61 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   16.25 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   15.88 mean_vt_4quad=   13.79
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   15.86 mean_vt_4quad=   13.91
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   16.21 mean_vt_4quad=   14.08
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   16.78 mean_vt_4quad=   14.29
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   17.49 mean_vt_4quad=   14.53
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   18.21 mean_vt_4quad=   14.77
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   14.77 .... 0.5*v_holland=    7.69
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   15.00 .... 0.5*v_holland=    7.69
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   15.20 .... 0.5*v_holland=    7.69
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  30
  ++++ rdist(ihc)=   90.00  mean_radii_vt_4quad(ihc)=   15.36 .... 0.5*v_holland=    7.69
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   15.49 .... 0.5*v_holland=    7.69
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    25.6006406169846       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    84 igrct=  1   22:27:47
 TIMING: after getrad_iter_loop, fhr=    84 igrct=  2 Vmax (m/s)=   25.601   22:27:47
 TIMING: Before get_phase ... 22:27:47
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           84 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   279.473
  
  
  In get_cps_paramb, lead time=           84 :           0   00L  NATL     
   right_ct=          901   left_ct=          873
   zthicksum(1)=    3063365.57400000     
   zthicksum(2)=    2963852.31000000     
   zthick_right_mean=    3399.96179134295     
   zthick_left_mean=     3395.01982817869     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    4.94196316425678     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            4.71
  Sum of y-diffs squared (ydiff2) =         1093.48
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   185.21   6.7452       17.63   0.1661    -1.19     1.42      310.70
    2   179.70   6.6846       12.11   0.1055     0.17     0.03      146.77
    3   172.97   6.6201        5.39   0.0409     0.75     0.56       29.02
    4   165.62   6.5511       -1.97  -0.0281     1.22     1.48        3.86
    5   156.16   6.4770      -11.42  -0.1022     0.16     0.02      130.45
    6   145.84   6.3969      -21.74  -0.1822    -1.10     1.20      472.69
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   167.581     x:    6.58
  
  slope=    113.301         y-intercept =   -577.843
  Regression equation:   Y =  -577.84 +   113.30X
  
  R2(r_squared) =  0.9957        r =  0.9978
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1081.23 zmin=  890.80 zdiff=  190.42
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1574.86 zmin= 1389.66 zdiff=  185.21
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.22 dlnp=     -0.057158  dzdlnp=       91.255
  
   +++ k=  3 press=    800.0 zmax= 2094.38 zmin= 1914.68 zdiff=  179.70
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.51 dlnp=     -0.060625  dzdlnp=       90.920
  
   +++ k=  4 press=    750.0 zmax= 2641.35 zmin= 2468.38 zdiff=  172.97
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -6.73 dlnp=     -0.064539  dzdlnp=      104.248
  
   +++ k=  5 press=    700.0 zmax= 3219.51 zmin= 3053.89 zdiff=  165.62
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -7.35 dlnp=     -0.068993  dzdlnp=      106.562
  
   +++ k=  6 press=    650.0 zmax= 3831.94 zmin= 3675.78 zdiff=  156.16
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -9.46 dlnp=     -0.074108  dzdlnp=      127.598
  
   +++ k=  7 press=    600.0 zmax= 4484.07 zmin= 4338.23 zdiff=  145.84
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -10.32 dlnp=     -0.080043  dzdlnp=      128.931
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           19.19
  Sum of y-diffs squared (ydiff2) =         3369.36
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   135.01   6.3099       33.47   0.2788     1.59     2.54     1120.20
    2   123.22   6.2146       21.68   0.1834     0.70     0.49      469.91
    3   108.70   6.1092        7.17   0.0781    -1.76     3.11       51.34
    4    96.11   5.9915       -5.43  -0.0397    -0.89     0.79       29.45
    5    79.44   5.8579      -22.10  -0.1732    -2.29     5.25      488.35
    6    66.75   5.7038      -34.79  -0.3274     2.65     7.01     1210.11
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   101.539     x:    6.03
  
  slope=    114.348         y-intercept =   -588.114
  Regression equation:   Y =  -588.11 +   114.35X
  
  R2(r_squared) =  0.9943        r =  0.9971
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4484.07 zmin= 4338.23 zdiff=  145.84
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5182.96 zmin= 5047.95 zdiff=  135.01
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -10.83 dlnp=     -0.087011  dzdlnp=      124.489
  
   +++ k=  9 press=    500.0 zmax= 5937.47 zmin= 5814.25 zdiff=  123.22
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -11.79 dlnp=     -0.095310  dzdlnp=      123.722
  
   +++ k= 10 press=    450.0 zmax= 6758.37 zmin= 6649.66 zdiff=  108.70
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -14.51 dlnp=     -0.105361  dzdlnp=      137.737
  
   +++ k= 11 press=    400.0 zmax= 7658.32 zmin= 7562.21 zdiff=   96.11
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -12.59 dlnp=     -0.117783  dzdlnp=      106.908
  
   +++ k= 12 press=    350.0 zmax= 8653.51 zmin= 8574.07 zdiff=   79.44
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -16.67 dlnp=     -0.133531  dzdlnp=      124.855
  
   +++ k= 13 press=    300.0 zmax= 9772.54 zmin= 9705.78 zdiff=   66.75
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -12.69 dlnp=     -0.154151  dzdlnp=       82.309
  
cps_stats: 00L   lead time=  84: 0   paramb=     4.94  vtl=    113.30  vtu=    114.35
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   84:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.574 (0-360) guesslon=  296.574E  (  63.426W)   guesslat=   26.131
 ilonfix=         1285  jlatfix=          992  npts=           33
 ibeg=         1212  jbeg=          924  imax=         2738
 iend=         1358  jend=         1060  jmax=         2041
 TIMING: find_maxmin 1  22:27:47
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  296.054E  (0-360) ctlon=  296.054E  (  63.946W)  ctlat=   27.211 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:47
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  296.054E   (0-360) guesslon=  296.054E  (  63.946W)   guesslat=   27.211
 ilonfix=         1272  jlatfix=          965  npts=           16
 ibeg=         1223  jbeg=          921  imax=         2738
 iend=         1321  jend=         1009  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.734E  (0-360) ctlon=  295.734  (  64.266W)  ctlat=   27.291 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    84:00  mean_lon:  295.73E (  64.27W)    (0-360) mean_lon=  295.73E  mean_lat:   27.29  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    84:00  ifix:  1251   jfix:   940  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1251  jx=          940
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         599 ,         288 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         598 ,         287 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    84:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:27:47
 TIMING: Before shear ... 22:27:47
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           15
  clon(ist,ifh,3)=    296.592347088646     
  clat(ist,ifh,3)=    26.1685619216945     
  fixlon(ist,ifh)=    296.573615011492     
  fixlat(ist,ifh)=    26.1314838504969     
  xcenlon=    296.592347088646     
  xcenlat=    26.1685619216945     
  
 xxshear
 In get_shear A, xcenlon=    296.592347088646       xcenlat= 
   26.1685619216945     
   In get_shear B, (0-360) xcenlon=    296.592347088646     
  
At start of get_shear:  00L   fhr=   84:00   Mean fix position=   296.57E  ( 63.43W)    26.13  (0-360) mean lon fix=  296.57
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   20.97 vr_mean(idist,ilev)=    0.69
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   21.10 vr_mean(idist,ilev)=    0.84
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   20.74 vr_mean(idist,ilev)=    0.84
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   18.83 vr_mean(idist,ilev)=    0.05
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   17.29 vr_mean(idist,ilev)=   -0.50
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   15.62 vr_mean(idist,ilev)=   -0.72
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   14.32 vr_mean(idist,ilev)=   -0.28
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   13.27 vr_mean(idist,ilev)=   -0.08
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   11.95 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   10.55 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    9.30 vr_mean(idist,ilev)=    0.11
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    8.33 vr_mean(idist,ilev)=    0.27
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    7.20 vr_mean(idist,ilev)=    0.47
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    6.05 vr_mean(idist,ilev)=    0.38
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    5.07 vr_mean(idist,ilev)=    0.30
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    4.18 vr_mean(idist,ilev)=    0.30
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    3.49 vr_mean(idist,ilev)=    0.28
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    2.83 vr_mean(idist,ilev)=    0.36
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    2.18 vr_mean(idist,ilev)=    0.29
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.46 vr_mean(idist,ilev)=   14.46
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.69 vr_mean(idist,ilev)=   21.69
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.92 vr_mean(idist,ilev)=   28.92
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -36.15 vr_mean(idist,ilev)=   36.15
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -43.38 vr_mean(idist,ilev)=   43.38
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.62 vr_mean(idist,ilev)=   50.62
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.86 vr_mean(idist,ilev)=   57.86
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -65.11 vr_mean(idist,ilev)=   65.11
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -72.36 vr_mean(idist,ilev)=   72.36
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -79.61 vr_mean(idist,ilev)=   79.61
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -86.87 vr_mean(idist,ilev)=   86.87
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -94.14 vr_mean(idist,ilev)=   94.14
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -101.41 vr_mean(idist,ilev)=  101.41
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -108.69 vr_mean(idist,ilev)=  108.69
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -115.97 vr_mean(idist,ilev)=  115.97
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -123.27 vr_mean(idist,ilev)=  123.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -130.57 vr_mean(idist,ilev)=  130.57
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -137.89 vr_mean(idist,ilev)=  137.89
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -145.21 vr_mean(idist,ilev)=  145.21
  
 At end of get_shear: 
     ist=    1 ifh=   15 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:27:47
  
 After call to fixcenter, fix positions at 
 forecast hour=   84:00 follow:
  
fixpos  00L   fhr=   84:00   Fix position=   296.57E  ( 63.43W)    26.13   Max Wind=  50 kts
  
  
 xxxx get_next_ges, prev fix lon=    297.222761441273     
 xxxx get_next_ges, curr fix lon=    296.573615011492     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    296.573615011492        fixlat=    26.1314838504969     
        (0-360) fixlon=    296.573615011492     
      ilonfix=         1285   jlatfix=          992
      ibeg=          807   iend=         1763
      jbeg=          540   jend=         1444
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.53632070482809       vavg=    1.17482612994146     
      ubar=  -0.384080176207023       vbar=   0.293706532485366     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.57828084165426       vavg=  -0.329174528796385     
      ubar=   -1.17322059703415       vbar=   0.129119268087173     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.09151665288671       vavg=  -0.244023267075098     
      ubar=   -1.69609976025583       vbar=   6.811345131839880E-002
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.69609976025583       vbar=   6.811345131839880E-002
      wgttot=    1.00000000000000     
      fixlon=    296.573615011492        fixlat=    26.1314838504969     
      barnlon=    296.206609828174       barnlat=    26.1447151277271     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.897734834617273     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      296.206609828174     
     Raw (no conversion for GM wrap) extraplon=    295.923935911612     
  
 --- barnlon=    296.21E  (  63.79W)    barnlat=     26.14
 --- extraplon=  295.92E  (  64.08W)    extraplat=   26.23
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.13
 | Current fix lon is   63.43W   ( 296.57E)
 | Current fix lon (raw, unadjusted)=  296.57E
 | Updated guess lat for next fcst hour is   26.19
 | Updated guess lon (0-360) for next fcst hour is   63.93W   ( 296.07E)
 | Raw updated guess lon for next fcst hour is  296.07E)
 -------------------------------------------------
  
 iocheck, dist=    51.0963791980361        distm=    51096.3791980361     
 iocheck, stmspd=    2.36557311102019        istmspd=           46
 iocheck, xincr=  -0.508342141599144        yincr=   5.451429048065748E-002
 iocheck, stmdir=    276.120970471667        istmdir=          276
 +++ RPT_STORM_MOTION: istmspd=    46 kts(*10)    istmdir=   276 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  15
     Fix location for this time:   296.57E  ( 63.43W)    26.13
     Fix lon (raw) for this time:  296.57E
     ilonfix= 1285  jlatfix=  992
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    296.573615011492       xcenlat=    26.1314838504969     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    296.573615011492       xcenlat=    26.1314838504969     
  ilonfix=         1285  jlatfix=          992
  ibeg=         1163  iend=         1407
  jbeg=          876  jend=         1108  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    296.573615011492        xcenlat=    26.1314838504969     
      ilonfix=         1285   jlatfix=          992
      ibeg=         1163   iend=         1407
      jbeg=          876   jend=         1108
 After call to barnes, xsmoothval=   2.543155305539792E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.543155305539792E-004
      xcenlon=    296.573615011492        xcenlat=    26.1314838504969     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000254  imeanzeta (*1e6)=      254
   --- mean zeta raw =   2.543155305539792E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004021  igrid zeta (*1e6)=     4021 ifilret=   0
   --- grid zeta raw=   4.020798727041840E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    296.573615011492       xcenlat=    26.1314838504969     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    296.573615011492       xcenlat=    26.1314838504969     
  ilonfix=         1285  jlatfix=          992
  ibeg=         1163  iend=         1407
  jbeg=          876  jend=         1108  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    296.573615011492        xcenlat=    26.1314838504969     
      ilonfix=         1285   jlatfix=          992
      ibeg=         1163   iend=         1407
      jbeg=          876   jend=         1108
 After call to barnes, xsmoothval=   2.438941875988824E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.438941875988824E-004
      xcenlon=    296.573615011492        xcenlat=    26.1314838504969     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000244  imeanzeta (*1e6)=      244
   --- mean zeta raw =   2.438941875988824E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003331  igrid zeta (*1e6)=     3331 ifilret=   0
   --- grid zeta raw=   3.330798727041839E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           84
  
 segx, outlon=    296.573615011492       outlat=    26.1314838504969     
   ist=            1  ifcsthour=           84
   vmaxwind=    25.6006406169846       xminmslp=    99557.4900000000     
   vradius=           74           0           0          71           0
           0          42           0           0          53           0
           0
   maxstorm=            6
   plastbar=    100357.490000000       rlastbar=    14.3561734393836     
   rmax=    16.8044439771470     
   cps_vals=    4.94196316425678        113.300959285699     
   114.348323907966     
   wcore_flag= n
   istmspd=           46  istmdir=          276
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     18.9821061205439     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   14.3561734393836       irlastbar=          14
 output: plastbar=   100357.490000000       iplastbar=        1004
 rmax=    16.8044439771470        irmax=           17
 TXX top of atcfunix_ext, ist=            1  ifh=           84
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   14.3561734393836       irlastbar=          14
 output: plastbar=   100357.490000000       iplastbar=        1004
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           84
 intlat=          261
 clatns= N
 intlon=          634
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           50
 int(xminmslp/mslp_outp_adj + 0.5)=          996
 XX,  34, NEQ
 vradius(1,1)=           74
 vradius(1,2)=           71
 vradius(1,3)=           42
 vradius(1,4)=           53
 iplastbar=         1004
 irlastbar=           14
 irmax=           17
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          276
 istmspd=           46
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           49
 icps_vals(2)=         1133
 icps_vals(3)=         1143
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           37
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          254
 igridzeta(1)=         4021
 imeanzeta(2)=          244
 igridzeta(2)=         3331
  
 rmax=    16.8044439771470        irmax=           17
 +++ Top of output_atcf_parms, ist=            1  ifh=           84
  
 xxxx get_next_ges, prev fix lon=    297.222761441273     
 xxxx get_next_ges, curr fix lon=    296.573615011492     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    296.573615011492        fixlat=    26.1314838504969     
        (0-360) fixlon=    296.573615011492     
      ilonfix=         1285   jlatfix=          992
      ibeg=          807   iend=         1763
      jbeg=          540   jend=         1444
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.53632070482809       vavg=    1.17482612994146     
      ubar=  -0.384080176207023       vbar=   0.293706532485366     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.57828084165426       vavg=  -0.329174528796385     
      ubar=   -1.17322059703415       vbar=   0.129119268087173     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.09151665288671       vavg=  -0.244023267075098     
      ubar=   -1.69609976025583       vbar=   6.811345131839880E-002
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.69609976025583       vbar=   6.811345131839880E-002
      wgttot=    1.00000000000000     
      fixlon=    296.573615011492        fixlat=    26.1314838504969     
      barnlon=    296.206609828174       barnlat=    26.1447151277271     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.897734834617273     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      296.206609828174     
     Raw (no conversion for GM wrap) extraplon=    295.923935911612     
  
 --- barnlon=    296.21E  (  63.79W)    barnlat=     26.14
 --- extraplon=  295.92E  (  64.08W)    extraplat=   26.23
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.13
 | Current fix lon is   63.43W   ( 296.57E)
 | Current fix lon (raw, unadjusted)=  296.57E
 | Updated guess lat for next fcst hour is   26.19
 | Updated guess lon (0-360) for next fcst hour is   63.93W   ( 296.07E)
 | Raw updated guess lon for next fcst hour is  296.07E)
 -------------------------------------------------
  
 iocheck, dist=    51.0963791980361        distm=    51096.3791980361     
 iocheck, stmspd=    2.36557311102019        istmspd=           46
 iocheck, xincr=  -0.508342141599144        yincr=   5.451429048065748E-002
 iocheck, stmdir=    276.120970471667        istmdir=          276
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   84:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   9.335826801119236E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  302.353E  (0-360) ctlon=  302.353E  (  57.647W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.934E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  302.353E   (0-360) guesslon=  302.353E  (  57.647W)   guesslat=   39.097
 ilonfix=         1429  jlatfix=          668  npts=           16
 ibeg=         1374  jbeg=          624  imax=         2738
 iend=         1484  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.233E  (0-360) ctlon=  302.233  (  57.767W)  ctlat=   39.177 fmax (x10e5) =        0.954E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   7.820800043860673E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  302.353E  (0-360) ctlon=  302.353E  (  57.647W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.782E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  302.353E   (0-360) guesslon=  302.353E  (  57.647W)   guesslat=   39.097
 ilonfix=         1429  jlatfix=          668  npts=           16
 ibeg=         1374  jbeg=          624  imax=         2738
 iend=         1484  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.233E  (0-360) ctlon=  302.233  (  57.767W)  ctlat=   39.177 fmax (x10e5) =        0.833E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  302.353E  (0-360) ctlon=  302.353E  (  57.647W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.131E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  302.353E   (0-360) guesslon=  302.353E  (  57.647W)   guesslat=   39.097
 ilonfix=         1429  jlatfix=          668  npts=           16
 ibeg=         1374  jbeg=          624  imax=         2738
 iend=         1484  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.233E  (0-360) ctlon=  302.233  (  57.767W)  ctlat=   39.177 fmax =       -0.100E+16 fmin =        0.130E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  302.353E  (0-360) ctlon=  302.353E  (  57.647W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.297E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  302.353E   (0-360) guesslon=  302.353E  (  57.647W)   guesslat=   39.097
 ilonfix=         1429  jlatfix=          668  npts=           16
 ibeg=         1374  jbeg=          624  imax=         2738
 iend=         1484  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.233E  (0-360) ctlon=  302.233  (  57.767W)  ctlat=   39.177 fmax =       -0.100E+16 fmin =        0.297E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  302.353E  (0-360) ctlon=  302.353E  (  57.647W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.987E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  302.353E   (0-360) guesslon=  302.353E  (  57.647W)   guesslat=   39.097
 ilonfix=         1429  jlatfix=          668  npts=           16
 ibeg=         1374  jbeg=          624  imax=         2738
 iend=         1484  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.133E  (0-360) ctlon=  302.133  (  57.867W)  ctlat=   39.177 fmax =       -0.100E+16 fmin =        0.986E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.073 (0-360) guesslon=  302.073E  (  57.927W)   guesslat=   39.217
 ilonfix=         1422  jlatfix=          665  npts=           33
 ibeg=         1343  jbeg=          597  imax=         2738
 iend=         1501  jend=          733  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.166854783616241E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  301.953E  (0-360) ctlon=  301.953E  (  58.047W)  ctlat=   39.097 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.517E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  301.953E   (0-360) guesslon=  301.953E  (  58.047W)   guesslat=   39.097
 ilonfix=         1419  jlatfix=          668  npts=           16
 ibeg=         1364  jbeg=          624  imax=         2738
 iend=         1474  jend=          712  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  302.033E  (0-360) ctlon=  302.033  (  57.967W)  ctlat=   39.177 fmax (x10e5) =        0.643E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    302.158939757296        uvgeslat=    39.1844582643021     
    (0-360 uvgeslon)=    302.158939757296     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    302.158939757296        uvgeslat=    39.1844582643021     
    (0-360 uvgeslon)=    302.158939757296     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    302.158939757296     
  
 After first run, Wind Circulation (NHEM) ctlon=  302.159E  (0-360E lon):  302.159E    57.841W  ctlat=   39.184  xmax_circul_disk =     140065174.4
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  302.159E  (0-360E)=  302.159E  (  57.841W)   guesslat=   39.184
 ilonfix=         1424  jlatfix=          666  npts=           56
 ibeg=         1349  jbeg=          602  imax=         2738
 iend=         1499  jend=          730  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    140955704.970650     
 nhalf get_wind_circ, k=  1 ctlon=  301.999E  (0-360E)=  301.999E  ctlon=   58.001W   ctlat=   39.084 Wind Circulation (NHEM: Max) =     140955705.0
 TIMING: After GWC 850 ... 22:27:48
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    302.158939757296        uvgeslat=    39.1844582643021     
    (0-360 uvgeslon)=    302.158939757296     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    302.158939757296     
  
 After first run, Wind Circulation (NHEM) ctlon=  302.159E  (0-360E lon):  302.159E    57.841W  ctlat=   39.184  xmax_circul_disk =     130971202.6
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  302.159E  (0-360E)=  302.159E  (  57.841W)   guesslat=   39.184
 ilonfix=         1424  jlatfix=          666  npts=           56
 ibeg=         1349  jbeg=          602  imax=         2738
 iend=         1499  jend=          730  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    131416675.492888     
 nhalf get_wind_circ, k=  1 ctlon=  302.359E  (0-360E)=  302.359E  ctlon=   57.641W   ctlat=   39.204 Wind Circulation (NHEM: Max) =     131416675.5
 TIMING: After GWC 700 ... 22:27:48
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    302.158939757296        uvgeslat=    39.1844582643021     
    (0-360 uvgeslon)=    302.158939757296     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    302.158939757296     
  
 After first run, Wind Circulation (NHEM) ctlon=  301.839E  (0-360E lon):  301.839E    58.161W  ctlat=   39.184  xmax_circul_disk =      88754697.1
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  301.839E  (0-360E)=  301.839E  (  58.161W)   guesslat=   39.184
 ilonfix=         1416  jlatfix=          666  npts=           56
 ibeg=         1341  jbeg=          602  imax=         2738
 iend=         1491  jend=          730  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    89152977.0714322     
 nhalf get_wind_circ, k=  1 ctlon=  301.919E  (0-360E)=  301.919E  ctlon=   58.081W   ctlat=   39.144 Wind Circulation (NHEM: Max) =      89152977.1
 TIMING: After GWC Sfc ... 22:27:48
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.99  xavg_stderr=     5.14
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           15  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    84:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  302.07E   (0-360) guesslon=  302.07E  ( 57.93W)    39.22
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       302.23       57.77      39.18           95.43       T         14.49
   2    zeta 700    Max       302.23       57.77      39.18           83.31       T         14.49
   3    circ 850    Max       302.00       58.00      39.08          140.96       T         16.10
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       302.36       57.64      39.20          131.42       T         24.63
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       302.23       57.77      39.18         1303.03       T         14.49
   8     gph 700    Min       302.23       57.77      39.18         2971.30       T         14.49
   9        MSLP    Min       302.13       57.87      39.18        98646.78       T          6.82
  10    circ sfc    Max       301.92       58.08      39.14           89.15       T         15.58
  11    zeta sfc    Max       302.03       57.97      39.18           64.26       T          5.63
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.5880852518575       stderr_close= 
   5.84013160651809       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   7.036 devia=   1.205 wtpos=  0.66924     302.23   302.23    57.77    39.18
 ip=  2 kprm=  2 dist_from_mean=   7.036 devia=   1.205 wtpos=  0.66924     302.23   302.23    57.77    39.18
 ip=  3 kprm=  3 dist_from_mean=  16.111 devia=   2.759 wtpos=  0.39870     302.00   302.00    58.00    39.08
 ip=  5 kprm=  4 dist_from_mean=  18.243 devia=   3.124 wtpos=  0.35302     302.36   302.36    57.64    39.20
 ip=  7 kprm=  5 dist_from_mean=   7.036 devia=   1.205 wtpos=  0.66924     302.23   302.23    57.77    39.18
 ip=  8 kprm=  6 dist_from_mean=   7.036 devia=   1.205 wtpos=  0.66924     302.23   302.23    57.77    39.18
 ip=  9 kprm=  7 dist_from_mean=   2.080 devia=   0.356 wtpos=  0.88808     302.13   302.13    57.87    39.18
 ip= 10 kprm=  8 dist_from_mean=  20.333 devia=   3.482 wtpos=  0.31331     301.92   301.92    58.08    39.14
 ip= 11 kprm=  9 dist_from_mean=  10.381 devia=   1.777 wtpos=  0.55295     302.03   302.03    57.97    39.18
  
At end of fixcenter:  08L   fhr=   84:00   Fix position=   302.17E  (0-360) fixlon=  302.17  ( 57.83W)    39.17
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    302.166501941732     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    302.133485848206     
        (0-360E clon(ist,ifh,9))=    302.133485848206     
      clat(ist,ifh,9)=    39.1771857188476     
      xval(9)=    98646.7784291263     
  
  After get_ij B, ibeg jbeg =         1310         528
  After get_ij B, iend jend =         1538         804
  
 In is_it_a_storm, ilonfix=         1424  jlatfix=          666
 ibeg jbeg iend jend =         1310         528        1538         804
 cparm= slp  parmlon parmlat =    302.133485848206        39.1771857188476     
     (0-360E parmlon) =    302.133485848206     
 parmval=    98646.7784291263     
  
 i= 1395 j=  603 glon=  301.01 (0-360E) glon=  301.01 glat=  41.72 dist=   298.40 slp=  100825.89 pgradient=  7.30276
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.30276
 mslp center =    302.133485848206        39.1771857188476     
   98646.7784291263     
   (0-360E) lon of mslp center =    302.133485848206     
 pgrad loc   =    301.008606000000        301.008606000000     
   58.9913940000000        41.7206050000000        100825.890000000     
  ttest at location C IF....
      xinp_fixlat=    39.1771857188476     
      xinp_fixlon=    302.133485848206       (0-360E) xinp_fixlon= 
   302.133485848206     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97782.8500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1427  jfix=          670
 longitude=    302.133485848206      E   (   57.8665141517944      
 W)  (0-360E) xinp_fixlon=    302.133485848206     
 latitude=    39.1771857188476     
 mean mslp value (xval(9))=    98646.7784291263     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1427  jfix=          670
 longitude=    302.133485848206      E   (   57.8665141517944      
 W)  (0-360E) xinp_fixlon=    302.133485848206     
 latitude=    39.1771857188476     
 mean mslp value (xval(9))=    98646.7784291263     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1427  jx=          670
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97782.8500000000       xcentval=    97782.8500000000     
 At A, num_found_contours=            0
 At A, contlo=    97782.8500000000       conthi=    98182.8500000000     
  
 num_found_contours=            0
 contlo=    97782.8500000000       conthi=    98182.8500000000     
 xcentval=    97782.8500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98182.8500000000       conthi=    98582.8500000000     
  
 num_found_contours=            1
 contlo=    98182.8500000000       conthi=    98582.8500000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            2
 At A, contlo=    98582.8500000000       conthi=    98982.8500000000     
  
 num_found_contours=            2
 contlo=    98582.8500000000       conthi=    98982.8500000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            3
 At A, contlo=    98982.8500000000       conthi=    99382.8500000000     
  
 num_found_contours=            3
 contlo=    98982.8500000000       conthi=    99382.8500000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            4
 At A, contlo=    99382.8500000000       conthi=    99782.8500000000     
  
 num_found_contours=            4
 contlo=    99382.8500000000       conthi=    99782.8500000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            5
 At A, contlo=    99782.8500000000       conthi=    100182.850000000     
  
 num_found_contours=            5
 contlo=    99782.8500000000       conthi=    100182.850000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            6
 At A, contlo=    100182.850000000       conthi=    100582.850000000     
  
 num_found_contours=            6
 contlo=    100182.850000000       conthi=    100582.850000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            7
 At A, contlo=    100582.850000000       conthi=    100982.850000000     
  
 num_found_contours=            7
 contlo=    100582.850000000       conthi=    100982.850000000     
 xcentval=    97782.8500000000     
 At A, num_found_contours=            8
 At A, contlo=    100982.850000000       conthi=    101382.850000000     
  
 num_found_contours=            8
 contlo=    100982.850000000       conthi=    101382.850000000     
 xcentval=    97782.8500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1504 ,         549 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97782.8500000000     
 !!! (i,j) of central value = (        1427 ,         670 )
 !!!  
 !!! Flagged value found    =    100982.530000000     
 !!! (i,j) of flagged value = (        1505 ,         548 )
 !!!   
 !!! Lower bound of contour interval =    100982.850000000     
 !!! Upper bound of contour interval =    101382.850000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1427  jfix=          670
 longitude=    302.133485848206      E   (   57.8665141517944      W)  
 (0-360E) xinp_fixlon=    302.133485848206     
 latitude=    39.1771857188476     
 mean mslp value (xval(9))=    98646.7784291263     
 gridpoint mslp value=    97782.8500000000     
 ccflag= y
 prs of last closed isobar =    100982.850000000     
 radius of last closed isobar =    159.541509386622       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   84:00
 !!! Boundary check xinp_fixlat is   39.18
 !!! Boundary check xinp_fixlon is   57.87W   ( 302.13E)  (0-360E) xinp_fixlon=  302.13
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    301.998943757297     
  850 mb wcirc fix lat=    39.0844607643021     
    (0-360) 850 mb wcirc fix lon=    301.998943757297     
  Multi-parm fix lon=      302.166501941732     
  Multi-parm fix lat=      39.1699320600509     
    (0-360) Multi-parm fix lon=      302.166501941732     
  
  
  After get_ij B, ibeg jbeg =         1323         564
  After get_ij B, iend jend =         1517         772
  
 In is_it_a_storm, ilonfix=         1420  jlatfix=          668
 ibeg jbeg iend jend =         1323         564        1517         772
 cparm= v850  parmlon parmlat =    301.998943757297        39.0844607643021     
     (0-360E parmlon) =    301.998943757297     
 parmval=    140955704.970650     
  
 i= 1413 j=  619 glon=  301.73 (0-360E) glon=  301.73 glat=  41.08 u=  -8.6200 v=  -0.7400 vr=   0.15887 vt=   8.65025
 i= 1418 j=  619 glon=  301.93 (0-360E) glon=  301.93 glat=  41.08 u=  -8.4000 v=   0.6400 vr=   0.86785 vt=   8.37953
 i= 1423 j=  619 glon=  302.13 (0-360E) glon=  302.13 glat=  41.08 u=  -7.7900 v=   1.8900 vr=   1.49827 vt=   7.87473
 i= 1428 j=  619 glon=  302.33 (0-360E) glon=  302.33 glat=  41.08 u=  -7.5600 v=   3.4500 vr=   2.46796 vt=   7.93507
 i= 1393 j=  624 glon=  300.93 (0-360E) glon=  300.93 glat=  40.88 u=  -8.0800 v=  -5.7400 vr=  -1.83661 vt=   9.73965
 i= 1398 j=  624 glon=  301.13 (0-360E) glon=  301.13 glat=  40.88 u=  -8.3100 v=  -5.1400 vr=  -1.90314 vt=   9.58404
 i= 1403 j=  624 glon=  301.33 (0-360E) glon=  301.33 glat=  40.88 u=  -8.5500 v=  -3.4600 vr=  -0.95892 vt=   9.17358
 i= 1408 j=  624 glon=  301.53 (0-360E) glon=  301.53 glat=  40.88 u=  -9.3900 v=  -1.8600 vr=   0.03603 vt=   9.57238
 i= 1413 j=  624 glon=  301.73 (0-360E) glon=  301.73 glat=  40.88 u=  -9.4800 v=  -0.6500 vr=   0.44750 vt=   9.49171
 i= 1418 j=  624 glon=  301.93 (0-360E) glon=  301.93 glat=  40.88 u=  -9.5800 v=   1.4800 vr=   1.76860 vt=   9.53094
 i= 1423 j=  624 glon=  302.13 (0-360E) glon=  302.13 glat=  40.88 u=  -9.0200 v=   3.6200 vr=   3.11313 vt=   9.20724
 i= 1428 j=  624 glon=  302.33 (0-360E) glon=  302.33 glat=  40.88 u=  -9.3900 v=   5.0600 vr=   3.69408 vt=  10.00647
 i= 1433 j=  624 glon=  302.53 (0-360E) glon=  302.53 glat=  40.88 u=  -8.9700 v=   6.8000 vr=   4.64104 vt=  10.25483
 i= 1438 j=  624 glon=  302.73 (0-360E) glon=  302.73 glat=  40.88 u=  -7.2100 v=   8.3600 vr=   5.82068 vt=   9.38048
 i= 1443 j=  624 glon=  302.93 (0-360E) glon=  302.93 glat=  40.88 u=  -6.5500 v=  10.4700 vr=   7.29247 vt=   9.96711
 i= 1448 j=  624 glon=  303.13 (0-360E) glon=  303.13 glat=  40.88 u=  -5.6800 v=  12.2600 vr=   8.54614 vt=  10.46583
 i= 1383 j=  629 glon=  300.53 (0-360E) glon=  300.53 glat=  40.68 u=  -6.8300 v=  -7.9000 vr=  -2.46736 vt=  10.14746
 i= 1388 j=  629 glon=  300.73 (0-360E) glon=  300.73 glat=  40.68 u=  -8.2900 v=  -7.6000 vr=  -2.12652 vt=  11.04364
 i= 1393 j=  629 glon=  300.93 (0-360E) glon=  300.93 glat=  40.68 u=  -8.8100 v=  -6.9200 vr=  -2.08967 vt=  11.00617
 i= 1398 j=  629 glon=  301.13 (0-360E) glon=  301.13 glat=  40.68 u=  -9.3300 v=  -5.9200 vr=  -1.83376 vt=  10.89645
 i= 1403 j=  629 glon=  301.33 (0-360E) glon=  301.33 glat=  40.68 u=  -9.7900 v=  -4.6600 vr=  -1.41258 vt=  10.75008
 i= 1408 j=  629 glon=  301.53 (0-360E) glon=  301.53 glat=  40.68 u= -10.8100 v=  -2.5100 vr=  -0.04964 vt=  11.09747
 i= 1413 j=  629 glon=  301.73 (0-360E) glon=  301.73 glat=  40.68 u= -11.4900 v=   0.3600 vr=   1.84638 vt=  11.34639
 i= 1418 j=  629 glon=  301.93 (0-360E) glon=  301.93 glat=  40.68 u= -12.1600 v=   2.4000 vr=   2.81205 vt=  12.07137
 i= 1423 j=  629 glon=  302.13 (0-360E) glon=  302.13 glat=  40.68 u= -10.5500 v=   4.8200 vr=   4.15058 vt=  10.83086
 i= 1428 j=  629 glon=  302.33 (0-360E) glon=  302.33 glat=  40.68 u=  -9.9500 v=   7.7200 vr=   6.05750 vt=  11.04118
 i= 1433 j=  629 glon=  302.53 (0-360E) glon=  302.53 glat=  40.68 u=  -8.5100 v=   9.8600 vr=   7.43975 vt=  10.69064
 i= 1438 j=  629 glon=  302.73 (0-360E) glon=  302.73 glat=  40.68 u=  -7.4500 v=  11.5500 vr=   8.41121 vt=  10.86998
 i= 1443 j=  629 glon=  302.93 (0-360E) glon=  302.93 glat=  40.68 u=  -6.9600 v=  12.9000 vr=   8.90770 vt=  11.64064
 i= 1448 j=  629 glon=  303.13 (0-360E) glon=  303.13 glat=  40.68 u=  -5.9600 v=  14.3000 vr=   9.68454 vt=  12.09220
 i= 1453 j=  629 glon=  303.33 (0-360E) glon=  303.33 glat=  40.68 u=  -5.4700 v=  15.9300 vr=  10.42756 vt=  13.22693
 i= 1458 j=  629 glon=  303.53 (0-360E) glon=  303.53 glat=  40.68 u=  -4.9700 v=  16.1700 vr=  10.02495 vt=  13.62608
 i= 1373 j=  634 glon=  300.13 (0-360E) glon=  300.13 glat=  40.48 u=  -5.7800 v=  -9.3600 vr=  -2.31989 vt=  10.75342
 i= 1378 j=  634 glon=  300.33 (0-360E) glon=  300.33 glat=  40.48 u=  -6.8900 v=  -9.5000 vr=  -2.27695 vt=  11.51250
 i= 1383 j=  634 glon=  300.53 (0-360E) glon=  300.53 glat=  40.48 u=  -7.2000 v=  -9.2200 vr=  -2.59108 vt=  11.40766
 i= 1388 j=  634 glon=  300.73 (0-360E) glon=  300.73 glat=  40.48 u=  -8.1000 v=  -9.2600 vr=  -2.90534 vt=  11.95477
 i= 1393 j=  634 glon=  300.93 (0-360E) glon=  300.93 glat=  40.48 u=  -9.1500 v=  -8.7200 vr=  -2.83222 vt=  12.31826
 i= 1398 j=  634 glon=  301.13 (0-360E) glon=  301.13 glat=  40.48 u=  -8.6400 v=  -7.5100 vr=  -3.01365 vt=  11.04390
 i= 1403 j=  634 glon=  301.33 (0-360E) glon=  301.33 glat=  40.48 u=  -9.4100 v=  -7.2000 vr=  -3.47659 vt=  11.32702
 i= 1408 j=  634 glon=  301.53 (0-360E) glon=  301.53 glat=  40.48 u= -11.7700 v=   2.2900 vr=   5.18079 vt=  10.81371
 i= 1413 j=  634 glon=  301.73 (0-360E) glon=  301.73 glat=  40.48 u= -13.6400 v=   6.1300 vr=   8.08024 vt=  12.58317
 i= 1418 j=  634 glon=  301.93 (0-360E) glon=  301.93 glat=  40.48 u= -14.1900 v=   8.1600 vr=   8.70571 vt=  13.86190
 i= 1423 j=  634 glon=  302.13 (0-360E) glon=  302.13 glat=  40.48 u= -13.6900 v=  11.0200 vr=  10.01256 vt=  14.44317
 i= 1428 j=  634 glon=  302.33 (0-360E) glon=  302.33 glat=  40.48 u= -13.1200 v=  14.0200 vr=  11.43863 vt=  15.42247
 i= 1433 j=  634 glon=  302.53 (0-360E) glon=  302.53 glat=  40.48 u= -12.0700 v=  15.8200 vr=  11.78648 vt=  16.03235
 i= 1438 j=  634 glon=  302.73 (0-360E) glon=  302.73 glat=  40.48 u= -11.1300 v=  17.7400 vr=  12.28023 vt=  16.96409
 i= 1443 j=  634 glon=  302.93 (0-360E) glon=  302.93 glat=  40.48 u=  -9.2100 v=  18.6900 vr=  12.40024 vt=  16.74438
 i= 1448 j=  634 glon=  303.13 (0-360E) glon=  303.13 glat=  40.48 u=  -7.6500 v=  20.2700 vr=  13.12086 vt=  17.24060
 i= 1453 j=  634 glon=  303.33 (0-360E) glon=  303.33 glat=  40.48 u=  -4.8300 v=  20.2800 vr=  13.45453 vt=  15.92429
 i= 1458 j=  634 glon=  303.53 (0-360E) glon=  303.53 glat=  40.48 u=  -3.2700 v=  20.0400 vr=  13.15869 vt=  15.46426
 i= 1463 j=  634 glon=  303.73 (0-360E) glon=  303.73 glat=  40.48 u=  -3.9900 v=  20.0200 vr=  11.66849 vt=  16.75013
 i= 1368 j=  639 glon=  299.93 (0-360E) glon=  299.93 glat=  40.28 u=  -4.4200 v= -10.2800 vr=  -2.57440 vt=  10.88978
 i= 1373 j=  639 glon=  300.13 (0-360E) glon=  300.13 glat=  40.28 u=  -5.3800 v= -10.4500 vr=  -2.48152 vt=  11.48865
 i= 1378 j=  639 glon=  300.33 (0-360E) glon=  300.33 glat=  40.28 u=  -6.4600 v= -11.1000 vr=  -2.77420 vt=  12.53975
 i= 1383 j=  639 glon=  300.53 (0-360E) glon=  300.53 glat=  40.28 u=  -6.4400 v= -11.5400 vr=  -3.90623 vt=  12.62484
 i= 1388 j=  639 glon=  300.73 (0-360E) glon=  300.73 glat=  40.28 u=  -7.2100 v= -10.1700 vr=  -3.26954 vt=  12.03009
 i= 1393 j=  639 glon=  300.93 (0-360E) glon=  300.93 glat=  40.28 u=  -7.9400 v=  -8.7500 vr=  -2.66926 vt=  11.51005
 i= 1398 j=  639 glon=  301.13 (0-360E) glon=  301.13 glat=  40.28 u=  -7.8100 v=  -8.5900 vr=  -3.65273 vt=  11.02006
 i= 1403 j=  639 glon=  301.33 (0-360E) glon=  301.33 glat=  40.28 u= -13.5800 v=   1.0200 vr=   6.33689 vt=  12.05407
 i= 1408 j=  639 glon=  301.53 (0-360E) glon=  301.53 glat=  40.28 u= -21.6600 v=   2.0300 vr=   8.24270 vt=  20.13292
 i= 1413 j=  639 glon=  301.73 (0-360E) glon=  301.73 glat=  40.28 u= -20.2800 v=   2.5800 vr=   6.03170 vt=  19.53339
 i= 1418 j=  639 glon=  301.93 (0-360E) glon=  301.93 glat=  40.28 u= -19.6900 v=   5.6900 vr=   6.57836 vt=  19.41127
 i= 1423 j=  639 glon=  302.13 (0-360E) glon=  302.13 glat=  40.28 u= -19.8200 v=   7.0600 vr=   5.38098 vt=  20.34013
 i= 1428 j=  639 glon=  302.33 (0-360E) glon=  302.33 glat=  40.28 u= -18.3700 v=  10.2400 vr=   6.18791 vt=  20.10036
 i= 1433 j=  639 glon=  302.53 (0-360E) glon=  302.53 glat=  40.28 u= -18.0300 v=  14.5600 vr=   7.93476 vt=  21.77416
 i= 1438 j=  639 glon=  302.73 (0-360E) glon=  302.73 glat=  40.28 u= -16.5200 v=  19.2100 vr=  10.32298 vt=  23.13807
 i= 1443 j=  639 glon=  302.93 (0-360E) glon=  302.93 glat=  40.28 u= -11.6400 v=  23.6600 vr=  14.27376 vt=  22.17081
 i= 1448 j=  639 glon=  303.13 (0-360E) glon=  303.13 glat=  40.28 u=  -8.1600 v=  24.6200 vr=  15.05268 vt=  21.12219
 i= 1453 j=  639 glon=  303.33 (0-360E) glon=  303.33 glat=  40.28 u=  -5.2000 v=  24.7600 vr=  15.36086 vt=  20.10328
 i= 1458 j=  639 glon=  303.53 (0-360E) glon=  303.53 glat=  40.28 u=  -2.1100 v=  24.7000 vr=  16.04477 vt=  18.89729
 i= 1463 j=  639 glon=  303.73 (0-360E) glon=  303.73 glat=  40.28 u=  -0.8900 v=  22.6200 vr=  14.37349 vt=  17.48883
 i= 1468 j=  639 glon=  303.93 (0-360E) glon=  303.93 glat=  40.28 u=  -1.2000 v=  23.0200 vr=  13.40545 vt=  18.75245
 i= 1363 j=  644 glon=  299.73 (0-360E) glon=  299.73 glat=  40.08 u=  -3.3400 v= -11.2200 vr=  -2.57618 vt=  11.41960
 i= 1368 j=  644 glon=  299.93 (0-360E) glon=  299.93 glat=  40.08 u=  -3.4000 v= -11.6200 vr=  -3.20231 vt=  11.67603
 i= 1373 j=  644 glon=  300.13 (0-360E) glon=  300.13 glat=  40.08 u=  -4.3200 v= -12.3500 vr=  -3.40167 vt=  12.63382
 i= 1378 j=  644 glon=  300.33 (0-360E) glon=  300.33 glat=  40.08 u=  -4.2600 v= -12.9000 vr=  -4.46614 vt=  12.83009
 i= 1383 j=  644 glon=  300.53 (0-360E) glon=  300.53 glat=  40.08 u=  -5.2000 v= -12.2900 vr=  -4.15722 vt=  12.68076
 i= 1388 j=  644 glon=  300.73 (0-360E) glon=  300.73 glat=  40.08 u=  -7.5700 v= -10.7300 vr=  -2.30109 vt=  12.92837
 i= 1393 j=  644 glon=  300.93 (0-360E) glon=  300.93 glat=  40.08 u=  -9.6500 v= -11.1500 vr=  -2.39007 vt=  14.55103
 i= 1398 j=  644 glon=  301.13 (0-360E) glon=  301.13 glat=  40.08 u= -10.4700 v=  -3.8100 vr=   2.71347 vt=  10.80621
 i= 1403 j=  644 glon=  301.33 (0-360E) glon=  301.33 glat=  40.08 u= -19.2100 v=  -4.3600 vr=   5.00882 vt=  19.05113
 i= 1408 j=  644 glon=  301.53 (0-360E) glon=  301.53 glat=  40.08 u= -17.7200 v=   0.1200 vr=   6.19371 vt=  16.60273
 i= 1413 j=  644 glon=  301.73 (0-360E) glon=  301.73 glat=  40.08 u= -19.5600 v=   4.1400 vr=   8.07049 vt=  18.29209
 i= 1418 j=  644 glon=  301.93 (0-360E) glon=  301.93 glat=  40.08 u= -18.0000 v=   5.0900 vr=   6.06429 vt=  17.69555
 i= 1423 j=  644 glon=  302.13 (0-360E) glon=  302.13 glat=  40.08 u= -20.5100 v=   9.0900 vr=   6.99029 vt=  21.31722
 i= 1428 j=  644 glon=  302.33 (0-360E) glon=  302.33 glat=  40.08 u= -20.9100 v=  14.8900 vr=   9.23939 vt=  23.94940
 i= 1433 j=  644 glon=  302.53 (0-360E) glon=  302.53 glat=  40.08 u= -18.7500 v=  19.6900 vr=  11.07445 vt=  24.83174
 i= 1438 j=  644 glon=  302.73 (0-360E) glon=  302.73 glat=  40.08 u= -15.4500 v=  23.5700 vr=  12.88051 vt=  25.06671
 i= 1443 j=  644 glon=  302.93 (0-360E) glon=  302.93 glat=  40.08 u= -15.0200 v=  23.5600 vr=  10.29039 vt=  25.97656
 i= 1448 j=  644 glon=  303.13 (0-360E) glon=  303.13 glat=  40.08 u= -11.0200 v=  26.3400 vr=  12.50145 vt=  25.67002
 i= 1453 j=  644 glon=  303.33 (0-360E) glon=  303.33 glat=  40.08 u=  -6.6400 v=  26.7400 vr=  13.79015 vt=  23.85265
 i= 1458 j=  644 glon=  303.53 (0-360E) glon=  303.53 glat=  40.08 u=  -4.5300 v=  26.6800 vr=  13.66120 vt=  23.36054
 i= 1463 j=  644 glon=  303.73 (0-360E) glon=  303.73 glat=  40.08 u=  -0.2000 v=  26.0200 vr=  15.31491 vt=  21.03649
 i= 1468 j=  644 glon=  303.93 (0-360E) glon=  303.93 glat=  40.08 u=   1.4200 v=  24.9300 vr=  14.94679 vt=  20.00287
 i= 1473 j=  644 glon=  304.13 (0-360E) glon=  304.13 glat=  40.08 u=   1.5200 v=  24.2800 vr=  13.77820 vt=  20.04969
 i= 1363 j=  649 glon=  299.73 (0-360E) glon=  299.73 glat=  39.88 u=  -2.0500 v= -12.4700 vr=  -3.21439 vt=  12.22175
 i= 1368 j=  649 glon=  299.93 (0-360E) glon=  299.93 glat=  39.88 u=  -1.8900 v= -12.8400 vr=  -3.96316 vt=  12.35844
 i= 1373 j=  649 glon=  300.13 (0-360E) glon=  300.13 glat=  39.88 u=  -1.8500 v= -13.4500 vr=  -4.80968 vt=  12.69614
 i= 1378 j=  649 glon=  300.33 (0-360E) glon=  300.33 glat=  39.88 u=  -2.2800 v= -13.1700 vr=  -4.92267 vt=  12.42637
 i= 1383 j=  649 glon=  300.53 (0-360E) glon=  300.53 glat=  39.88 u=  -3.4600 v= -13.9900 vr=  -5.14763 vt=  13.46082
 i= 1388 j=  649 glon=  300.73 (0-360E) glon=  300.73 glat=  39.88 u=  -8.7200 v= -13.6100 vr=  -1.75372 vt=  16.06845
 i= 1393 j=  649 glon=  300.93 (0-360E) glon=  300.93 glat=  39.88 u= -10.1500 v=  -9.3300 vr=   0.87446 vt=  13.75888
 i= 1398 j=  649 glon=  301.13 (0-360E) glon=  301.13 glat=  39.88 u= -14.5600 v=  -8.9300 vr=   2.60431 vt=  16.88064
 i= 1403 j=  649 glon=  301.33 (0-360E) glon=  301.33 glat=  39.88 u= -18.2100 v=  -5.2900 vr=   5.52022 vt=  18.14154
 i= 1408 j=  649 glon=  301.53 (0-360E) glon=  301.53 glat=  39.88 u= -20.4900 v=  -3.6000 vr=   5.25108 vt=  20.13023
 i= 1413 j=  649 glon=  301.73 (0-360E) glon=  301.73 glat=  39.88 u= -21.0500 v=  -3.2700 vr=   2.18915 vt=  21.18969
 i= 1418 j=  649 glon=  301.93 (0-360E) glon=  301.93 glat=  39.88 u= -23.4500 v=   1.9000 vr=   3.49584 vt=  23.26567
 i= 1423 j=  649 glon=  302.13 (0-360E) glon=  302.13 glat=  39.88 u= -27.8100 v=   9.9300 vr=   6.37473 vt=  28.83338
 i= 1428 j=  649 glon=  302.33 (0-360E) glon=  302.33 glat=  39.88 u= -26.0800 v=  16.5200 vr=   7.77088 vt=  29.87792
 i= 1433 j=  649 glon=  302.53 (0-360E) glon=  302.53 glat=  39.88 u= -21.8500 v=  21.5300 vr=   9.13080 vt=  29.28467
 i= 1438 j=  649 glon=  302.73 (0-360E) glon=  302.73 glat=  39.88 u= -19.0900 v=  24.7600 vr=   9.13107 vt=  29.90166
 i= 1443 j=  649 glon=  302.93 (0-360E) glon=  302.93 glat=  39.88 u= -15.2700 v=  27.5500 vr=  10.16701 vt=  29.81287
 i= 1448 j=  649 glon=  303.13 (0-360E) glon=  303.13 glat=  39.88 u= -11.0100 v=  28.8900 vr=  11.26157 vt=  28.79287
 i= 1453 j=  649 glon=  303.33 (0-360E) glon=  303.33 glat=  39.88 u=  -8.7300 v=  28.3600 vr=  10.38448 vt=  27.79685
 i= 1458 j=  649 glon=  303.53 (0-360E) glon=  303.53 glat=  39.88 u=  -4.0200 v=  28.8500 vr=  12.68678 vt=  26.22076
 i= 1463 j=  649 glon=  303.73 (0-360E) glon=  303.73 glat=  39.88 u=  -1.3600 v=  28.0900 vr=  13.10092 vt=  24.88501
 i= 1468 j=  649 glon=  303.93 (0-360E) glon=  303.93 glat=  39.88 u=   3.4000 v=  27.3300 vr=  15.76202 vt=  22.58423
 i= 1473 j=  649 glon=  304.13 (0-360E) glon=  304.13 glat=  39.88 u=   5.0200 v=  26.3300 vr=  15.86783 vt=  21.60280
 i= 1478 j=  649 glon=  304.33 (0-360E) glon=  304.33 glat=  39.88 u=   3.4800 v=  25.3000 vr=  13.28344 vt=  21.81171
 i= 1358 j=  654 glon=  299.53 (0-360E) glon=  299.53 glat=  39.68 u=  -0.3500 v= -12.6600 vr=  -3.35409 vt=  12.21262
 i= 1363 j=  654 glon=  299.73 (0-360E) glon=  299.73 glat=  39.68 u=  -0.5000 v= -13.3100 vr=  -3.72664 vt=  12.78743
 i= 1368 j=  654 glon=  299.93 (0-360E) glon=  299.93 glat=  39.68 u=   0.5700 v= -13.3900 vr=  -5.13715 vt=  12.37848
 i= 1373 j=  654 glon=  300.13 (0-360E) glon=  300.13 glat=  39.68 u=   0.1500 v= -14.0400 vr=  -5.42391 vt=  12.95088
 i= 1378 j=  654 glon=  300.33 (0-360E) glon=  300.33 glat=  39.68 u=  -0.3000 v= -14.1100 vr=  -5.58291 vt=  12.96199
 i= 1383 j=  654 glon=  300.53 (0-360E) glon=  300.53 glat=  39.68 u=   0.5500 v= -16.1700 vr=  -7.94141 vt=  14.09629
 i= 1388 j=  654 glon=  300.73 (0-360E) glon=  300.73 glat=  39.68 u=  -1.3900 v= -18.2400 vr=  -8.22111 vt=  16.34145
 i= 1393 j=  654 glon=  300.93 (0-360E) glon=  300.93 glat=  39.68 u=  -7.9600 v= -14.3400 vr=  -1.87787 vt=  16.29328
 i= 1398 j=  654 glon=  301.13 (0-360E) glon=  301.13 glat=  39.68 u= -13.0600 v= -14.3900 vr=   0.27633 vt=  19.43089
 i= 1403 j=  654 glon=  301.33 (0-360E) glon=  301.33 glat=  39.68 u= -20.9500 v= -13.7600 vr=   3.40237 vt=  24.83272
 i= 1408 j=  654 glon=  301.53 (0-360E) glon=  301.53 glat=  39.68 u= -23.9600 v= -15.4300 vr=  -0.66293 vt=  28.49082
 i= 1413 j=  654 glon=  301.73 (0-360E) glon=  301.73 glat=  39.68 u= -29.6000 v= -10.6200 vr=  -0.20805 vt=  31.44680
 i= 1418 j=  654 glon=  301.93 (0-360E) glon=  301.93 glat=  39.68 u= -34.8700 v=  -1.6600 vr=   1.52123 vt=  34.87633
 i= 1423 j=  654 glon=  302.13 (0-360E) glon=  302.13 glat=  39.68 u= -35.0200 v=  10.2900 vr=   4.33063 vt=  36.24266
 i= 1428 j=  654 glon=  302.33 (0-360E) glon=  302.33 glat=  39.68 u= -33.2600 v=  22.0200 vr=   7.14297 vt=  39.24393
 i= 1433 j=  654 glon=  302.53 (0-360E) glon=  302.53 glat=  39.68 u= -29.8500 v=  26.2100 vr=   4.65316 vt=  39.45041
 i= 1438 j=  654 glon=  302.73 (0-360E) glon=  302.73 glat=  39.68 u= -24.5100 v=  30.1700 vr=   4.99749 vt=  38.54859
 i= 1443 j=  654 glon=  302.93 (0-360E) glon=  302.93 glat=  39.68 u= -17.4800 v=  35.9500 vr=   9.40396 vt=  38.85252
 i= 1448 j=  654 glon=  303.13 (0-360E) glon=  303.13 glat=  39.68 u= -12.7900 v=  36.8600 vr=  10.10552 vt=  37.68451
 i= 1453 j=  654 glon=  303.33 (0-360E) glon=  303.33 glat=  39.68 u=  -6.1300 v=  36.7400 vr=  13.00508 vt=  34.90376
 i= 1458 j=  654 glon=  303.53 (0-360E) glon=  303.53 glat=  39.68 u=  -4.7300 v=  32.8600 vr=  10.43827 vt=  31.51500
 i= 1463 j=  654 glon=  303.73 (0-360E) glon=  303.73 glat=  39.68 u=  -1.9000 v=  31.6900 vr=  11.02846 vt=  29.76977
 i= 1468 j=  654 glon=  303.93 (0-360E) glon=  303.93 glat=  39.68 u=   4.3100 v=  29.6400 vr=  14.86378 vt=  26.00334
 i= 1473 j=  654 glon=  304.13 (0-360E) glon=  304.13 glat=  39.68 u=   6.4700 v=  28.6200 vr=  15.68182 vt=  24.80012
 i= 1478 j=  654 glon=  304.33 (0-360E) glon=  304.33 glat=  39.68 u=   5.1600 v=  27.3900 vr=  13.34747 vt=  24.46799
 i= 1358 j=  659 glon=  299.53 (0-360E) glon=  299.53 glat=  39.48 u=   1.1600 v= -13.3300 vr=  -3.74993 vt=  12.84416
 i= 1363 j=  659 glon=  299.73 (0-360E) glon=  299.73 glat=  39.48 u=   1.2300 v= -13.7400 vr=  -4.13705 vt=  13.15999
 i= 1368 j=  659 glon=  299.93 (0-360E) glon=  299.93 glat=  39.48 u=   2.6900 v= -13.9000 vr=  -5.87227 vt=  12.88265
 i= 1373 j=  659 glon=  300.13 (0-360E) glon=  300.13 glat=  39.48 u=   2.5900 v= -14.6500 vr=  -6.29446 vt=  13.48000
 i= 1378 j=  659 glon=  300.33 (0-360E) glon=  300.33 glat=  39.48 u=   2.4500 v= -15.0200 vr=  -6.67937 vt=  13.67439
 i= 1383 j=  659 glon=  300.53 (0-360E) glon=  300.53 glat=  39.48 u=   3.0000 v= -17.8300 vr=  -8.63016 vt=  15.88802
 i= 1388 j=  659 glon=  300.73 (0-360E) glon=  300.73 glat=  39.48 u=  -1.0700 v= -18.4400 vr=  -5.83736 vt=  17.52438
 i= 1393 j=  659 glon=  300.93 (0-360E) glon=  300.93 glat=  39.48 u=  -3.2200 v= -18.9500 vr=  -5.21578 vt=  18.50045
 i= 1398 j=  659 glon=  301.13 (0-360E) glon=  301.13 glat=  39.48 u= -12.1900 v= -21.1600 vr=  -0.16062 vt=  24.41958
 i= 1403 j=  659 glon=  301.33 (0-360E) glon=  301.33 glat=  39.48 u= -19.2100 v= -20.5300 vr=   2.86031 vt=  27.97005
 i= 1408 j=  659 glon=  301.53 (0-360E) glon=  301.53 glat=  39.48 u= -24.4300 v= -21.3800 vr=   0.82898 vt=  32.45369
 i= 1413 j=  659 glon=  301.73 (0-360E) glon=  301.73 glat=  39.48 u= -14.3600 v=  -7.8700 vr=  -0.24014 vt=  16.37342
 i= 1418 j=  659 glon=  301.93 (0-360E) glon=  301.93 glat=  39.48 u= -13.3800 v=  -2.8500 vr=  -0.99873 vt=  13.64366
 i= 1423 j=  659 glon=  302.13 (0-360E) glon=  302.13 glat=  39.48 u= -15.7900 v=   4.7400 vr=   0.71249 vt=  16.47070
 i= 1428 j=  659 glon=  302.33 (0-360E) glon=  302.33 glat=  39.48 u= -17.2900 v=  19.9300 vr=   7.37192 vt=  25.33385
 i= 1433 j=  659 glon=  302.53 (0-360E) glon=  302.53 glat=  39.48 u= -19.3100 v=  35.7500 vr=  10.90215 vt=  39.14181
 i= 1438 j=  659 glon=  302.73 (0-360E) glon=  302.73 glat=  39.48 u= -20.5900 v=  39.0800 vr=   5.50008 vt=  43.82857
 i= 1443 j=  659 glon=  302.93 (0-360E) glon=  302.93 glat=  39.48 u= -16.8000 v=  37.8300 vr=   3.42396 vt=  41.25076
 i= 1448 j=  659 glon=  303.13 (0-360E) glon=  303.13 glat=  39.48 u= -13.0000 v=  36.1700 vr=   2.96744 vt=  38.32053
 i= 1453 j=  659 glon=  303.33 (0-360E) glon=  303.33 glat=  39.48 u=  -5.3300 v=  39.4800 vr=   9.06629 vt=  38.79281
 i= 1458 j=  659 glon=  303.53 (0-360E) glon=  303.53 glat=  39.48 u=  -0.6200 v=  37.1800 vr=  11.05917 vt=  35.50256
 i= 1463 j=  659 glon=  303.73 (0-360E) glon=  303.73 glat=  39.48 u=  -0.7300 v=  34.2500 vr=   8.85896 vt=  33.09251
 i= 1468 j=  659 glon=  303.93 (0-360E) glon=  303.93 glat=  39.48 u=   4.6600 v=  33.8800 vr=  13.01943 vt=  31.62380
 i= 1473 j=  659 glon=  304.13 (0-360E) glon=  304.13 glat=  39.48 u=   8.3100 v=  31.1900 vr=  15.19768 vt=  28.47635
 i= 1478 j=  659 glon=  304.33 (0-360E) glon=  304.33 glat=  39.48 u=   7.3900 v=  29.0700 vr=  13.27837 vt=  26.89539
 i= 1483 j=  659 glon=  304.53 (0-360E) glon=  304.53 glat=  39.48 u=   6.1000 v=  27.1800 vr=  11.18506 vt=  25.51190
 i= 1358 j=  664 glon=  299.53 (0-360E) glon=  299.53 glat=  39.28 u=   2.9500 v= -13.4900 vr=  -4.21340 vt=  13.15028
 i= 1363 j=  664 glon=  299.73 (0-360E) glon=  299.73 glat=  39.28 u=   3.1600 v= -14.0300 vr=  -4.60461 vt=  13.62439
 i= 1368 j=  664 glon=  299.93 (0-360E) glon=  299.93 glat=  39.28 u=   4.5200 v= -14.3400 vr=  -6.14467 vt=  13.72257
 i= 1373 j=  664 glon=  300.13 (0-360E) glon=  300.13 glat=  39.28 u=   5.0900 v= -15.2600 vr=  -7.01301 vt=  14.47734
 i= 1378 j=  664 glon=  300.33 (0-360E) glon=  300.33 glat=  39.28 u=   5.8400 v= -14.9700 vr=  -7.95079 vt=  13.96394
 i= 1383 j=  664 glon=  300.53 (0-360E) glon=  300.53 glat=  39.28 u=   6.9700 v= -18.2800 vr=  -9.90035 vt=  16.87372
 i= 1388 j=  664 glon=  300.73 (0-360E) glon=  300.73 glat=  39.28 u=   1.4500 v= -19.6200 vr=  -5.18851 vt=  18.97699
 i= 1393 j=  664 glon=  300.93 (0-360E) glon=  300.93 glat=  39.28 u=   1.0400 v= -22.0800 vr=  -6.03012 vt=  21.26607
 i= 1398 j=  664 glon=  301.13 (0-360E) glon=  301.13 glat=  39.28 u=  -3.7600 v= -24.9300 vr=  -3.29115 vt=  24.99622
 i= 1403 j=  664 glon=  301.33 (0-360E) glon=  301.33 glat=  39.28 u=  -6.2600 v= -25.4300 vr=  -3.07864 vt=  26.00758
 i= 1408 j=  664 glon=  301.53 (0-360E) glon=  301.53 glat=  39.28 u=   0.6400 v= -25.0500 vr= -12.40633 vt=  21.77143
 i= 1413 j=  664 glon=  301.73 (0-360E) glon=  301.73 glat=  39.28 u=   3.7300 v= -10.1000 vr=  -9.62220 vt=   4.83075
 i= 1418 j=  664 glon=  301.93 (0-360E) glon=  301.93 glat=  39.28 u=   6.4400 v=  -7.3800 vr=  -8.83596 vt=  -4.22655
 i= 1423 j=  664 glon=  302.13 (0-360E) glon=  302.13 glat=  39.28 u=   4.1400 v=   4.0600 vr=   5.50147 vt=  -1.83221
 i= 1428 j=  664 glon=  302.33 (0-360E) glon=  302.33 glat=  39.28 u=   2.3300 v=  12.0900 vr=   9.20397 vt=   8.17826
 i= 1433 j=  664 glon=  302.53 (0-360E) glon=  302.53 glat=  39.28 u=   7.2200 v=  23.6000 vr=  16.66424 vt=  18.20416
 i= 1438 j=  664 glon=  302.73 (0-360E) glon=  302.73 glat=  39.28 u=   0.0000 v=  42.8100 vr=  13.94966 vt=  40.47349
 i= 1443 j=  664 glon=  302.93 (0-360E) glon=  302.93 glat=  39.28 u=  -9.0400 v=  48.0600 vr=   3.77799 vt=  48.75666
 i= 1448 j=  664 glon=  303.13 (0-360E) glon=  303.13 glat=  39.28 u=  -0.8800 v=  42.5300 vr=   8.30916 vt=  41.71970
 i= 1453 j=  664 glon=  303.33 (0-360E) glon=  303.33 glat=  39.28 u=  -1.8900 v=  39.5500 vr=   5.39329 vt=  39.22610
 i= 1458 j=  664 glon=  303.53 (0-360E) glon=  303.53 glat=  39.28 u=   5.8000 v=  40.9500 vr=  12.23693 vt=  39.50696
 i= 1463 j=  664 glon=  303.73 (0-360E) glon=  303.73 glat=  39.28 u=   4.6100 v=  37.3200 vr=   9.78661 vt=  36.30781
 i= 1468 j=  664 glon=  303.93 (0-360E) glon=  303.93 glat=  39.28 u=   2.3200 v=  34.4300 vr=   6.59048 vt=  33.87289
 i= 1473 j=  664 glon=  304.13 (0-360E) glon=  304.13 glat=  39.28 u=   8.3100 v=  31.5300 vr=  11.78540 vt=  30.40233
 i= 1478 j=  664 glon=  304.33 (0-360E) glon=  304.33 glat=  39.28 u=  10.4600 v=  30.1300 vr=  13.45564 vt=  28.91668
 i= 1483 j=  664 glon=  304.53 (0-360E) glon=  304.53 glat=  39.28 u=   7.2600 v=  27.2800 vr=   9.74067 vt=  26.49576
 i= 1358 j=  669 glon=  299.53 (0-360E) glon=  299.53 glat=  39.08 u=   5.1200 v= -13.2300 vr=  -5.05665 vt=  13.25434
 i= 1363 j=  669 glon=  299.73 (0-360E) glon=  299.73 glat=  39.08 u=   5.6100 v= -14.1900 vr=  -5.54048 vt=  14.21729
 i= 1368 j=  669 glon=  299.93 (0-360E) glon=  299.93 glat=  39.08 u=   7.0700 v= -14.3400 vr=  -6.99780 vt=  14.37537
 i= 1373 j=  669 glon=  300.13 (0-360E) glon=  300.13 glat=  39.08 u=   7.8800 v= -15.1600 vr=  -7.80113 vt=  15.20074
 i= 1378 j=  669 glon=  300.33 (0-360E) glon=  300.33 glat=  39.08 u=   9.5100 v= -15.4100 vr=  -9.42654 vt=  15.46119
 i= 1383 j=  669 glon=  300.53 (0-360E) glon=  300.53 glat=  39.08 u=   9.2800 v= -18.2600 vr=  -9.17607 vt=  18.31245
 i= 1388 j=  669 glon=  300.73 (0-360E) glon=  300.73 glat=  39.08 u=  11.5000 v= -20.3700 vr= -11.37635 vt=  20.43931
 i= 1393 j=  669 glon=  300.93 (0-360E) glon=  300.93 glat=  39.08 u=   5.5900 v= -23.4000 vr=  -5.43551 vt=  23.43637
 i= 1398 j=  669 glon=  301.13 (0-360E) glon=  301.13 glat=  39.08 u=   9.3000 v= -25.8500 vr=  -9.10795 vt=  25.91829
 i= 1403 j=  669 glon=  301.33 (0-360E) glon=  301.33 glat=  39.08 u=   9.2600 v= -27.7200 vr=  -9.01549 vt=  27.80048
 i= 1408 j=  669 glon=  301.53 (0-360E) glon=  301.53 glat=  39.08 u=  15.7700 v= -28.1500 vr= -15.44402 vt=  28.33015
 i= 1413 j=  669 glon=  301.73 (0-360E) glon=  301.73 glat=  39.08 u=  14.2100 v= -12.6500 vr= -13.97005 vt=  12.91450
 i= 1418 j=  669 glon=  301.93 (0-360E) glon=  301.93 glat=  39.08 u=  11.7400 v=  -8.5300 vr= -11.11958 vt=   9.32435
 i= 1423 j=  669 glon=  302.13 (0-360E) glon=  302.13 glat=  39.08 u=  12.1400 v=   1.1000 vr=  12.08945 vt=   1.56038
 i= 1428 j=  669 glon=  302.33 (0-360E) glon=  302.33 glat=  39.08 u=  16.0200 v=  12.0100 vr=  15.82988 vt=  12.25951
 i= 1433 j=  669 glon=  302.53 (0-360E) glon=  302.53 glat=  39.08 u=  18.6800 v=  25.9800 vr=  18.40625 vt=  26.17466
 i= 1438 j=  669 glon=  302.73 (0-360E) glon=  302.73 glat=  39.08 u=  23.6000 v=  43.5500 vr=  23.23738 vt=  43.74456
 i= 1443 j=  669 glon=  302.93 (0-360E) glon=  302.93 glat=  39.08 u=   4.6600 v=  48.4700 vr=   4.31408 vt=  48.50201
 i= 1448 j=  669 glon=  303.13 (0-360E) glon=  303.13 glat=  39.08 u=  -5.7200 v=  45.9800 vr=  -6.01486 vt=  45.94236
 i= 1453 j=  669 glon=  303.33 (0-360E) glon=  303.33 glat=  39.08 u=   0.5700 v=  38.1300 vr=   0.34369 vt=  38.13271
 i= 1458 j=  669 glon=  303.53 (0-360E) glon=  303.53 glat=  39.08 u=   7.7100 v=  40.3600 vr=   7.48414 vt=  40.40249
 i= 1463 j=  669 glon=  303.73 (0-360E) glon=  303.73 glat=  39.08 u=   9.3400 v=  39.0100 vr=   9.13161 vt=  39.05931
 i= 1468 j=  669 glon=  303.93 (0-360E) glon=  303.93 glat=  39.08 u=  10.5600 v=  37.3200 vr=  10.36796 vt=  37.37381
 i= 1473 j=  669 glon=  304.13 (0-360E) glon=  304.13 glat=  39.08 u=   9.1900 v=  33.3200 vr=   9.02375 vt=  33.36541
 i= 1478 j=  669 glon=  304.33 (0-360E) glon=  304.33 glat=  39.08 u=  13.2700 v=  31.4700 vr=  13.11691 vt=  31.53412
 i= 1483 j=  669 glon=  304.53 (0-360E) glon=  304.53 glat=  39.08 u=   9.8800 v=  28.4100 vr=   9.74480 vt=  28.45666
 i= 1358 j=  674 glon=  299.53 (0-360E) glon=  299.53 glat=  38.88 u=   6.8400 v= -12.9000 vr=  -5.35363 vt=  13.58434
 i= 1363 j=  674 glon=  299.73 (0-360E) glon=  299.73 glat=  38.88 u=   7.7600 v= -14.1300 vr=  -5.99928 vt=  14.96272
 i= 1368 j=  674 glon=  299.93 (0-360E) glon=  299.93 glat=  38.88 u=   9.4900 v= -14.0800 vr=  -7.56327 vt=  15.20209
 i= 1373 j=  674 glon=  300.13 (0-360E) glon=  300.13 glat=  38.88 u=  10.9900 v= -14.4800 vr=  -8.79481 vt=  15.90918
 i= 1378 j=  674 glon=  300.33 (0-360E) glon=  300.33 glat=  38.88 u=  11.7800 v= -15.6200 vr=  -9.13855 vt=  17.29855
 i= 1383 j=  674 glon=  300.53 (0-360E) glon=  300.53 glat=  38.88 u=  13.9400 v= -16.4200 vr= -10.76774 vt=  18.65465
 i= 1388 j=  674 glon=  300.73 (0-360E) glon=  300.73 glat=  38.88 u=  15.6000 v= -18.6400 vr= -11.43718 vt=  21.44762
 i= 1393 j=  674 glon=  300.93 (0-360E) glon=  300.93 glat=  38.88 u=  16.3000 v= -20.8200 vr= -10.80893 vt=  24.13151
 i= 1398 j=  674 glon=  301.13 (0-360E) glon=  301.13 glat=  38.88 u=  15.5300 v= -21.3100 vr=  -8.66495 vt=  24.90413
 i= 1403 j=  674 glon=  301.33 (0-360E) glon=  301.33 glat=  38.88 u=  24.8300 v= -23.9200 vr= -14.35505 vt=  31.34690
 i= 1408 j=  674 glon=  301.53 (0-360E) glon=  301.53 glat=  38.88 u=  30.8200 v= -25.5600 vr= -14.42877 vt=  37.34965
 i= 1413 j=  674 glon=  301.73 (0-360E) glon=  301.73 glat=  38.88 u=  28.8500 v= -15.6700 vr=  -9.77990 vt=  31.34047
 i= 1418 j=  674 glon=  301.93 (0-360E) glon=  301.93 glat=  38.88 u=  25.3600 v=  -6.6200 vr=  -0.17496 vt=  26.20922
 i= 1423 j=  674 glon=  302.13 (0-360E) glon=  302.13 glat=  38.88 u=  29.1400 v=   2.6500 vr=  10.53136 vt=  27.29931
 i= 1428 j=  674 glon=  302.33 (0-360E) glon=  302.33 glat=  38.88 u=  33.2300 v=  14.0300 vr=  17.24597 vt=  31.68044
 i= 1433 j=  674 glon=  302.53 (0-360E) glon=  302.53 glat=  38.88 u=  39.5500 v=  29.6200 vr=  22.24148 vt=  44.12328
 i= 1438 j=  674 glon=  302.73 (0-360E) glon=  302.73 glat=  38.88 u=  31.6200 v=  41.4100 vr=  15.65594 vt=  49.69410
 i= 1443 j=  674 glon=  302.93 (0-360E) glon=  302.93 glat=  38.88 u=  26.8800 v=  42.6900 vr=  14.16153 vt=  48.41923
 i= 1448 j=  674 glon=  303.13 (0-360E) glon=  303.13 glat=  38.88 u=   4.9800 v=  49.4000 vr=  -6.46754 vt=  49.22734
 i= 1453 j=  674 glon=  303.33 (0-360E) glon=  303.33 glat=  38.88 u=   2.0100 v=  41.9800 vr=  -6.29787 vt=  41.55355
 i= 1458 j=  674 glon=  303.53 (0-360E) glon=  303.53 glat=  38.88 u=  10.4800 v=  40.7400 vr=   3.27528 vt=  41.93865
 i= 1463 j=  674 glon=  303.73 (0-360E) glon=  303.73 glat=  38.88 u=  12.1900 v=  38.8000 vr=   6.05243 vt=  40.21696
 i= 1468 j=  674 glon=  303.93 (0-360E) glon=  303.93 glat=  38.88 u=  14.2100 v=  36.2500 vr=   9.00712 vt=  37.87952
 i= 1473 j=  674 glon=  304.13 (0-360E) glon=  304.13 glat=  38.88 u=  12.2600 v=  33.1400 vr=   7.92656 vt=  34.43453
 i= 1478 j=  674 glon=  304.33 (0-360E) glon=  304.33 glat=  38.88 u=  15.1300 v=  30.4800 vr=  11.43220 vt=  32.05077
 i= 1483 j=  674 glon=  304.53 (0-360E) glon=  304.53 glat=  38.88 u=  12.7400 v=  28.3400 vr=   9.55767 vt=  29.56542
 i= 1358 j=  679 glon=  299.53 (0-360E) glon=  299.53 glat=  38.68 u=   8.7800 v= -12.2700 vr=  -5.98031 vt=  13.85197
 i= 1363 j=  679 glon=  299.73 (0-360E) glon=  299.73 glat=  38.68 u=   9.7500 v= -13.5800 vr=  -6.38674 vt=  15.44955
 i= 1368 j=  679 glon=  299.93 (0-360E) glon=  299.93 glat=  38.68 u=  10.5500 v= -14.3600 vr=  -6.65200 vt=  16.53067
 i= 1373 j=  679 glon=  300.13 (0-360E) glon=  300.13 glat=  38.68 u=  13.6400 v= -13.7800 vr=  -9.37580 vt=  16.97152
 i= 1378 j=  679 glon=  300.33 (0-360E) glon=  300.33 glat=  38.68 u=  14.4800 v= -14.7900 vr=  -9.35898 vt=  18.46142
 i= 1383 j=  679 glon=  300.53 (0-360E) glon=  300.53 glat=  38.68 u=  16.6700 v= -14.9800 vr= -10.65821 vt=  19.71527
 i= 1388 j=  679 glon=  300.73 (0-360E) glon=  300.73 glat=  38.68 u=  18.3700 v= -16.0700 vr= -10.85652 vt=  21.85950
 i= 1393 j=  679 glon=  300.93 (0-360E) glon=  300.93 glat=  38.68 u=  22.7200 v= -14.2400 vr= -14.16903 vt=  22.76433
 i= 1398 j=  679 glon=  301.13 (0-360E) glon=  301.13 glat=  38.68 u=  24.0500 v= -17.1200 vr= -11.83024 vt=  27.04704
 i= 1403 j=  679 glon=  301.33 (0-360E) glon=  301.33 glat=  38.68 u=  26.8000 v= -20.6400 vr=  -8.50428 vt=  32.74029
 i= 1408 j=  679 glon=  301.53 (0-360E) glon=  301.53 glat=  38.68 u=  34.9500 v= -17.3700 vr= -10.56099 vt=  37.57239
 i= 1413 j=  679 glon=  301.73 (0-360E) glon=  301.73 glat=  38.68 u=  43.4700 v= -11.8400 vr=  -9.55957 vt=  44.02773
 i= 1418 j=  679 glon=  301.93 (0-360E) glon=  301.93 glat=  38.68 u=  46.2300 v=  -2.4500 vr=  -3.77732 vt=  46.14052
 i= 1423 j=  679 glon=  302.13 (0-360E) glon=  302.13 glat=  38.68 u=  50.3700 v=   9.9300 vr=   2.56075 vt=  51.27557
 i= 1428 j=  679 glon=  302.33 (0-360E) glon=  302.33 glat=  38.68 u=  50.9600 v=  23.2400 vr=   7.66742 vt=  55.48180
 i= 1433 j=  679 glon=  302.53 (0-360E) glon=  302.53 glat=  38.68 u=  43.9800 v=  29.1900 vr=  10.92130 vt=  51.64322
 i= 1438 j=  679 glon=  302.73 (0-360E) glon=  302.73 glat=  38.68 u=  37.4000 v=  35.8900 vr=   9.58466 vt=  50.94101
 i= 1443 j=  679 glon=  302.93 (0-360E) glon=  302.93 glat=  38.68 u=  32.1300 v=  36.6900 vr=  10.05898 vt=  47.72117
 i= 1448 j=  679 glon=  303.13 (0-360E) glon=  303.13 glat=  38.68 u=  15.7400 v=  47.2400 vr=  -5.56155 vt=  49.48166
 i= 1453 j=  679 glon=  303.33 (0-360E) glon=  303.33 glat=  38.68 u=   9.4200 v=  42.1100 vr=  -6.68289 vt=  42.63012
 i= 1458 j=  679 glon=  303.53 (0-360E) glon=  303.53 glat=  38.68 u=  16.3200 v=  40.1700 vr=   2.37549 vt=  43.29351
 i= 1463 j=  679 glon=  303.73 (0-360E) glon=  303.73 glat=  38.68 u=  15.3300 v=  37.2000 vr=   3.81071 vt=  40.05406
 i= 1468 j=  679 glon=  303.93 (0-360E) glon=  303.93 glat=  38.68 u=  15.8000 v=  34.3900 vr=   6.13681 vt=  37.34503
 i= 1473 j=  679 glon=  304.13 (0-360E) glon=  304.13 glat=  38.68 u=  14.9100 v=  31.7800 vr=   6.76917 vt=  34.44495
 i= 1478 j=  679 glon=  304.33 (0-360E) glon=  304.33 glat=  38.68 u=  16.6500 v=  28.7400 vr=   9.80863 vt=  31.73328
 i= 1483 j=  679 glon=  304.53 (0-360E) glon=  304.53 glat=  38.68 u=  15.0000 v=  27.4800 vr=   8.97286 vt=  29.99397
 i= 1358 j=  684 glon=  299.53 (0-360E) glon=  299.53 glat=  38.48 u=  11.3900 v= -10.4800 vr=  -7.64391 vt=  13.45857
 i= 1363 j=  684 glon=  299.73 (0-360E) glon=  299.73 glat=  38.48 u=  11.7900 v= -12.2900 vr=  -7.09577 vt=  15.48219
 i= 1368 j=  684 glon=  299.93 (0-360E) glon=  299.93 glat=  38.48 u=  12.6900 v= -13.2500 vr=  -7.14839 vt=  16.89672
 i= 1373 j=  684 glon=  300.13 (0-360E) glon=  300.13 glat=  38.48 u=  14.1800 v= -14.0100 vr=  -7.64758 vt=  18.40834
 i= 1378 j=  684 glon=  300.33 (0-360E) glon=  300.33 glat=  38.48 u=  16.6300 v= -14.1000 vr=  -9.06555 vt=  19.82883
 i= 1383 j=  684 glon=  300.53 (0-360E) glon=  300.53 glat=  38.48 u=  18.4900 v= -14.0300 vr=  -9.73590 vt=  21.06972
 i= 1388 j=  684 glon=  300.73 (0-360E) glon=  300.73 glat=  38.48 u=  19.9900 v= -13.1800 vr= -10.13139 vt=  21.69487
 i= 1393 j=  684 glon=  300.93 (0-360E) glon=  300.93 glat=  38.48 u=  26.0500 v= -11.1100 vr= -14.51978 vt=  24.31482
 i= 1398 j=  684 glon=  301.13 (0-360E) glon=  301.13 glat=  38.48 u=  25.2800 v= -10.3400 vr= -11.95235 vt=  24.55882
 i= 1403 j=  684 glon=  301.33 (0-360E) glon=  301.33 glat=  38.48 u=  24.3200 v= -14.6800 vr=  -4.76394 vt=  28.00482
 i= 1408 j=  684 glon=  301.53 (0-360E) glon=  301.53 glat=  38.48 u=  30.7000 v= -10.9800 vr=  -6.50869 vt=  31.94820
 i= 1413 j=  684 glon=  301.73 (0-360E) glon=  301.73 glat=  38.48 u=  40.1200 v=  -6.6200 vr=  -6.94178 vt=  40.06558
 i= 1418 j=  684 glon=  301.93 (0-360E) glon=  301.93 glat=  38.48 u=  45.3900 v=   5.7200 vr=  -9.79431 vt=  44.68828
 i= 1423 j=  684 glon=  302.13 (0-360E) glon=  302.13 glat=  38.48 u=  45.7800 v=  13.9500 vr=  -6.21847 vt=  47.45252
 i= 1428 j=  684 glon=  302.33 (0-360E) glon=  302.33 glat=  38.48 u=  47.9900 v=  20.9100 vr=  -0.49491 vt=  52.34523
 i= 1433 j=  684 glon=  302.53 (0-360E) glon=  302.53 glat=  38.48 u=  44.5700 v=  27.0300 vr=   2.76948 vt=  52.05224
 i= 1438 j=  684 glon=  302.73 (0-360E) glon=  302.73 glat=  38.48 u=  37.9200 v=  31.5800 vr=   2.91566 vt=  49.26177
 i= 1443 j=  684 glon=  302.93 (0-360E) glon=  302.93 glat=  38.48 u=  29.9900 v=  38.7700 vr=  -1.90114 vt=  48.97855
 i= 1448 j=  684 glon=  303.13 (0-360E) glon=  303.13 glat=  38.48 u=  29.0700 v=  44.6200 vr=  -1.42151 vt=  53.23522
 i= 1453 j=  684 glon=  303.33 (0-360E) glon=  303.33 glat=  38.48 u=  21.9800 v=  37.5200 vr=  -0.05089 vt=  43.48411
 i= 1458 j=  684 glon=  303.53 (0-360E) glon=  303.53 glat=  38.48 u=  18.1300 v=  36.9900 vr=  -0.70697 vt=  41.18807
 i= 1463 j=  684 glon=  303.73 (0-360E) glon=  303.73 glat=  38.48 u=  20.5500 v=  34.3500 vr=   4.52980 vt=  39.77067
 i= 1468 j=  684 glon=  303.93 (0-360E) glon=  303.93 glat=  38.48 u=  19.6100 v=  31.7900 vr=   6.16436 vt=  36.83961
 i= 1473 j=  684 glon=  304.13 (0-360E) glon=  304.13 glat=  38.48 u=  20.0500 v=  28.6600 vr=   8.85232 vt=  33.83836
 i= 1478 j=  684 glon=  304.33 (0-360E) glon=  304.33 glat=  38.48 u=  18.7700 v=  27.3400 vr=   8.98587 vt=  31.92245
 i= 1363 j=  689 glon=  299.73 (0-360E) glon=  299.73 glat=  38.28 u=  14.5400 v=  -9.8600 vr=  -9.07722 vt=  15.04112
 i= 1368 j=  689 glon=  299.93 (0-360E) glon=  299.93 glat=  38.28 u=  15.2000 v= -11.7900 vr=  -8.26234 vt=  17.37176
 i= 1373 j=  689 glon=  300.13 (0-360E) glon=  300.13 glat=  38.28 u=  16.1200 v= -13.1900 vr=  -7.66217 vt=  19.36806
 i= 1378 j=  689 glon=  300.33 (0-360E) glon=  300.33 glat=  38.28 u=  18.0700 v= -12.8300 vr=  -8.55695 vt=  20.44290
 i= 1383 j=  689 glon=  300.53 (0-360E) glon=  300.53 glat=  38.28 u=  20.5100 v= -12.6800 vr=  -9.43786 vt=  22.18940
 i= 1388 j=  689 glon=  300.73 (0-360E) glon=  300.73 glat=  38.28 u=  22.8500 v= -11.8900 vr= -10.18243 vt=  23.66036
 i= 1393 j=  689 glon=  300.93 (0-360E) glon=  300.93 glat=  38.28 u=  24.8900 v= -10.8400 vr= -10.34895 vt=  25.09815
 i= 1398 j=  689 glon=  301.13 (0-360E) glon=  301.13 glat=  38.28 u=  28.2200 v=  -9.5000 vr= -10.89613 vt=  27.71088
 i= 1403 j=  689 glon=  301.33 (0-360E) glon=  301.33 glat=  38.28 u=  31.6600 v=  -7.6600 vr= -10.79781 vt=  30.73172
 i= 1408 j=  689 glon=  301.53 (0-360E) glon=  301.53 glat=  38.28 u=  32.9100 v=  -5.2700 vr=  -8.83923 vt=  32.13579
 i= 1413 j=  689 glon=  301.73 (0-360E) glon=  301.73 glat=  38.28 u=  35.0100 v=  -1.5400 vr=  -7.37620 vt=  34.25877
 i= 1418 j=  689 glon=  301.93 (0-360E) glon=  301.93 glat=  38.28 u=  40.5000 v=   4.5200 vr=  -7.26282 vt=  40.09902
 i= 1423 j=  689 glon=  302.13 (0-360E) glon=  302.13 glat=  38.28 u=  41.7800 v=  10.3200 vr=  -5.03548 vt=  42.74008
 i= 1428 j=  689 glon=  302.33 (0-360E) glon=  302.33 glat=  38.28 u=  41.7600 v=  14.1600 vr=  -0.79341 vt=  44.08825
 i= 1433 j=  689 glon=  302.53 (0-360E) glon=  302.53 glat=  38.28 u=  40.4300 v=  18.3000 vr=   2.15515 vt=  44.32641
 i= 1438 j=  689 glon=  302.73 (0-360E) glon=  302.73 glat=  38.28 u=  34.5900 v=  26.6700 vr=  -1.84911 vt=  43.63872
 i= 1443 j=  689 glon=  302.93 (0-360E) glon=  302.93 glat=  38.28 u=  28.3200 v=  34.5400 vr=  -6.77142 vt=  44.14954
 i= 1448 j=  689 glon=  303.13 (0-360E) glon=  303.13 glat=  38.28 u=  27.9000 v=  34.3600 vr=  -2.66361 vt=  44.18059
 i= 1453 j=  689 glon=  303.33 (0-360E) glon=  303.33 glat=  38.28 u=  20.5600 v=  34.2600 vr=  -4.86488 vt=  39.65847
 i= 1458 j=  689 glon=  303.53 (0-360E) glon=  303.53 glat=  38.28 u=  21.5600 v=  32.5100 vr=  -0.43134 vt=  39.00702
 i= 1463 j=  689 glon=  303.73 (0-360E) glon=  303.73 glat=  38.28 u=  23.7000 v=  29.9000 vr=   4.89200 vt=  37.83871
 i= 1468 j=  689 glon=  303.93 (0-360E) glon=  303.93 glat=  38.28 u=  23.4300 v=  27.6700 vr=   7.45916 vt=  35.48175
 i= 1473 j=  689 glon=  304.13 (0-360E) glon=  304.13 glat=  38.28 u=  21.7700 v=  26.0100 vr=   8.08785 vt=  32.93994
 i= 1478 j=  689 glon=  304.33 (0-360E) glon=  304.33 glat=  38.28 u=  20.1400 v=  25.4500 vr=   7.93476 vt=  31.47001
 i= 1368 j=  694 glon=  299.93 (0-360E) glon=  299.93 glat=  38.08 u=  17.5300 v=  -8.9000 vr= -10.11184 vt=  16.86006
 i= 1373 j=  694 glon=  300.13 (0-360E) glon=  300.13 glat=  38.08 u=  18.0600 v= -10.5100 vr=  -8.84416 vt=  18.93158
 i= 1378 j=  694 glon=  300.33 (0-360E) glon=  300.33 glat=  38.08 u=  20.2600 v= -11.3200 vr=  -9.06606 vt=  21.36391
 i= 1383 j=  694 glon=  300.53 (0-360E) glon=  300.53 glat=  38.08 u=  21.8000 v= -11.6400 vr=  -8.67054 vt=  23.14198
 i= 1388 j=  694 glon=  300.73 (0-360E) glon=  300.73 glat=  38.08 u=  24.8500 v= -10.6600 vr=  -9.81139 vt=  25.19712
 i= 1393 j=  694 glon=  300.93 (0-360E) glon=  300.93 glat=  38.08 u=  26.3100 v= -10.4600 vr=  -8.73237 vt=  26.93276
 i= 1398 j=  694 glon=  301.13 (0-360E) glon=  301.13 glat=  38.08 u=  29.0100 v= -10.0500 vr=  -7.88669 vt=  29.67124
 i= 1403 j=  694 glon=  301.33 (0-360E) glon=  301.33 glat=  38.08 u=  30.6200 v=  -7.4800 vr=  -7.48332 vt=  30.61919
 i= 1408 j=  694 glon=  301.53 (0-360E) glon=  301.53 glat=  38.08 u=  33.6400 v=  -4.1200 vr=  -7.65921 vt=  33.01455
 i= 1413 j=  694 glon=  301.73 (0-360E) glon=  301.73 glat=  38.08 u=  35.2900 v=  -0.8900 vr=  -6.37409 vt=  34.72099
 i= 1418 j=  694 glon=  301.93 (0-360E) glon=  301.93 glat=  38.08 u=  36.3200 v=   2.9100 vr=  -4.88584 vt=  36.10733
 i= 1423 j=  694 glon=  302.13 (0-360E) glon=  302.13 glat=  38.08 u=  38.2700 v=   8.0400 vr=  -4.16914 vt=  38.88255
 i= 1428 j=  694 glon=  302.33 (0-360E) glon=  302.33 glat=  38.08 u=  38.3200 v=  13.7300 vr=  -3.80741 vt=  40.52702
 i= 1433 j=  694 glon=  302.53 (0-360E) glon=  302.53 glat=  38.08 u=  35.9600 v=  18.9200 vr=  -3.83794 vt=  40.45193
 i= 1438 j=  694 glon=  302.73 (0-360E) glon=  302.73 glat=  38.08 u=  41.1100 v=  30.8700 vr=  -6.63225 vt=  50.98041
 i= 1443 j=  694 glon=  302.93 (0-360E) glon=  302.93 glat=  38.08 u=  36.5700 v=  31.6800 vr=  -4.33848 vt=  48.18885
 i= 1448 j=  694 glon=  303.13 (0-360E) glon=  303.13 glat=  38.08 u=  26.7300 v=  31.8800 vr=  -6.40772 vt=  41.10679
 i= 1453 j=  694 glon=  303.33 (0-360E) glon=  303.33 glat=  38.08 u=  24.9400 v=  29.4700 vr=  -2.67218 vt=  38.51420
 i= 1458 j=  694 glon=  303.53 (0-360E) glon=  303.53 glat=  38.08 u=  25.0200 v=  27.0300 vr=   1.63045 vt=  36.79624
 i= 1463 j=  694 glon=  303.73 (0-360E) glon=  303.73 glat=  38.08 u=  24.3200 v=  26.7900 vr=   3.38829 vt=  36.02341
 i= 1468 j=  694 glon=  303.93 (0-360E) glon=  303.93 glat=  38.08 u=  24.5100 v=  23.7700 vr=   7.06141 vt=  33.40493
 i= 1473 j=  694 glon=  304.13 (0-360E) glon=  304.13 glat=  38.08 u=  22.2900 v=  23.9400 vr=   6.54208 vt=  32.04948
 i= 1368 j=  699 glon=  299.93 (0-360E) glon=  299.93 glat=  37.88 u=  18.9600 v=  -5.1600 vr= -12.05690 vt=  15.51575
 i= 1373 j=  699 glon=  300.13 (0-360E) glon=  300.13 glat=  37.88 u=  20.3600 v=  -5.4600 vr= -12.17185 vt=  17.21009
 i= 1378 j=  699 glon=  300.33 (0-360E) glon=  300.33 glat=  37.88 u=  20.9200 v=  -6.3400 vr= -11.01083 vt=  18.88395
 i= 1383 j=  699 glon=  300.53 (0-360E) glon=  300.53 glat=  37.88 u=  21.9900 v=  -4.8900 vr= -11.58508 vt=  19.31989
 i= 1388 j=  699 glon=  300.73 (0-360E) glon=  300.73 glat=  37.88 u=  24.7000 v=  -5.2400 vr= -11.61341 vt=  22.42044
 i= 1393 j=  699 glon=  300.93 (0-360E) glon=  300.93 glat=  37.88 u=  27.6000 v=  -7.5100 vr=  -9.52434 vt=  26.97123
 i= 1398 j=  699 glon=  301.13 (0-360E) glon=  301.13 glat=  37.88 u=  26.7800 v= -10.5700 vr=  -3.92384 vt=  28.52186
 i= 1403 j=  699 glon=  301.33 (0-360E) glon=  301.33 glat=  37.88 u=  33.4100 v=  -0.9000 vr= -12.46874 vt=  31.00917
 i= 1408 j=  699 glon=  301.53 (0-360E) glon=  301.53 glat=  37.88 u=  30.9800 v=   3.8000 vr= -12.65831 vt=  28.53012
 i= 1413 j=  699 glon=  301.73 (0-360E) glon=  301.73 glat=  37.88 u=  30.6500 v=   2.1000 vr=  -7.35331 vt=  29.82887
 i= 1418 j=  699 glon=  301.93 (0-360E) glon=  301.93 glat=  37.88 u=  34.0200 v=   4.3500 vr=  -5.89388 vt=  33.78676
 i= 1423 j=  699 glon=  302.13 (0-360E) glon=  302.13 glat=  37.88 u=  35.9900 v=   8.7200 vr=  -5.67898 vt=  36.59327
 i= 1428 j=  699 glon=  302.33 (0-360E) glon=  302.33 glat=  37.88 u=  35.5700 v=  12.8700 vr=  -5.16281 vt=  37.47275
 i= 1433 j=  699 glon=  302.53 (0-360E) glon=  302.53 glat=  37.88 u=  38.0700 v=  16.0500 vr=  -2.83806 vt=  41.21738
 i= 1438 j=  699 glon=  302.73 (0-360E) glon=  302.73 glat=  37.88 u=  38.9000 v=  16.8600 vr=   1.35781 vt=  42.37483
 i= 1443 j=  699 glon=  302.93 (0-360E) glon=  302.93 glat=  37.88 u=  31.5500 v=  23.3200 vr=  -3.73423 vt=  39.05484
 i= 1448 j=  699 glon=  303.13 (0-360E) glon=  303.13 glat=  37.88 u=  27.9300 v=  25.0900 vr=  -3.80111 vt=  37.35163
 i= 1453 j=  699 glon=  303.33 (0-360E) glon=  303.33 glat=  37.88 u=  28.1800 v=  22.8500 vr=   1.01464 vt=  36.26576
 i= 1458 j=  699 glon=  303.53 (0-360E) glon=  303.53 glat=  37.88 u=  26.4300 v=  21.6300 vr=   3.16185 vt=  34.00595
 i= 1463 j=  699 glon=  303.73 (0-360E) glon=  303.73 glat=  37.88 u=  25.1900 v=  23.9800 vr=   2.72873 vt=  34.67175
 i= 1468 j=  699 glon=  303.93 (0-360E) glon=  303.93 glat=  37.88 u=  23.6100 v=  21.3700 vr=   4.98052 vt=  31.45319
 i= 1378 j=  704 glon=  300.33 (0-360E) glon=  300.33 glat=  37.68 u=  22.1600 v=  -4.0500 vr= -12.06692 vt=  19.02255
 i= 1383 j=  704 glon=  300.53 (0-360E) glon=  300.53 glat=  37.68 u=  23.4500 v=  -4.0800 vr= -11.64412 vt=  20.75966
 i= 1388 j=  704 glon=  300.73 (0-360E) glon=  300.73 glat=  37.68 u=  24.9500 v=  -3.5600 vr= -11.45416 vt=  22.44946
 i= 1393 j=  704 glon=  300.93 (0-360E) glon=  300.93 glat=  37.68 u=  28.4600 v=  -1.9800 vr= -12.82696 vt=  25.48257
 i= 1398 j=  704 glon=  301.13 (0-360E) glon=  301.13 glat=  37.68 u=  31.7300 v=  -1.4400 vr= -12.50513 vt=  29.19740
 i= 1403 j=  704 glon=  301.33 (0-360E) glon=  301.33 glat=  37.68 u=  32.6700 v=   0.9600 vr= -12.29670 vt=  30.28270
 i= 1408 j=  704 glon=  301.53 (0-360E) glon=  301.53 glat=  37.68 u=  31.1800 v=   3.5400 vr= -11.30690 vt=  29.27248
 i= 1413 j=  704 glon=  301.73 (0-360E) glon=  301.73 glat=  37.68 u=  31.9300 v=   4.9800 vr=  -9.66779 vt=  30.83600
 i= 1418 j=  704 glon=  301.93 (0-360E) glon=  301.93 glat=  37.68 u=  32.9100 v=   6.4400 vr=  -7.72078 vt=  32.63328
 i= 1423 j=  704 glon=  302.13 (0-360E) glon=  302.13 glat=  37.68 u=  33.7000 v=   7.6000 vr=  -5.15916 vt=  34.15894
 i= 1428 j=  704 glon=  302.33 (0-360E) glon=  302.33 glat=  37.68 u=  35.5700 v=   9.5100 vr=  -2.94690 vt=  36.70124
 i= 1433 j=  704 glon=  302.53 (0-360E) glon=  302.53 glat=  37.68 u=  34.8500 v=  12.0400 vr=  -1.71547 vt=  36.83125
 i= 1438 j=  704 glon=  302.73 (0-360E) glon=  302.73 glat=  37.68 u=  32.0700 v=  15.5700 vr=  -2.38978 vt=  35.56963
 i= 1443 j=  704 glon=  302.93 (0-360E) glon=  302.93 glat=  37.68 u=  28.2900 v=  18.8900 vr=  -3.81757 vt=  33.80211
 i= 1448 j=  704 glon=  303.13 (0-360E) glon=  303.13 glat=  37.68 u=  29.0500 v=  18.3900 vr=  -0.16160 vt=  34.38122
 i= 1453 j=  704 glon=  303.33 (0-360E) glon=  303.33 glat=  37.68 u=  28.7400 v=  17.4800 vr=   2.97646 vt=  33.50640
 i= 1458 j=  704 glon=  303.53 (0-360E) glon=  303.53 glat=  37.68 u=  25.7200 v=  18.9900 vr=   2.13202 vt=  31.89973
 i= 1463 j=  704 glon=  303.73 (0-360E) glon=  303.73 glat=  37.68 u=  27.8000 v=  18.2500 vr=   6.03210 vt=  32.70346
 i= 1383 j=  709 glon=  300.53 (0-360E) glon=  300.53 glat=  37.48 u=  23.1700 v=  -2.7200 vr= -11.24443 vt=  20.44040
 i= 1388 j=  709 glon=  300.73 (0-360E) glon=  300.73 glat=  37.48 u=  24.5400 v=  -2.1700 vr= -11.03848 vt=  22.02436
 i= 1393 j=  709 glon=  300.93 (0-360E) glon=  300.93 glat=  37.48 u=  26.6700 v=  -1.3300 vr= -11.12719 vt=  24.27434
 i= 1398 j=  709 glon=  301.13 (0-360E) glon=  301.13 glat=  37.48 u=  29.3500 v=   0.8700 vr= -12.23944 vt=  26.69037
 i= 1403 j=  709 glon=  301.33 (0-360E) glon=  301.33 glat=  37.48 u=  30.5300 v=   3.0100 vr= -12.32614 vt=  28.09283
 i= 1408 j=  709 glon=  301.53 (0-360E) glon=  301.53 glat=  37.48 u=  30.2000 v=   4.6500 vr= -11.27007 vt=  28.40155
 i= 1413 j=  709 glon=  301.73 (0-360E) glon=  301.73 glat=  37.48 u=  30.6600 v=   6.0500 vr=  -9.99780 vt=  29.60882
 i= 1418 j=  709 glon=  301.93 (0-360E) glon=  301.93 glat=  37.48 u=  31.9200 v=   7.1400 vr=  -8.22827 vt=  31.65694
 i= 1423 j=  709 glon=  302.13 (0-360E) glon=  302.13 glat=  37.48 u=  31.9800 v=   8.5700 vr=  -6.53930 vt=  32.45617
 i= 1428 j=  709 glon=  302.33 (0-360E) glon=  302.33 glat=  37.48 u=  33.1800 v=   8.9800 vr=  -3.61145 vt=  34.18348
 i= 1433 j=  709 glon=  302.53 (0-360E) glon=  302.53 glat=  37.48 u=  31.2000 v=  11.4400 vr=  -3.29295 vt=  33.06766
 i= 1438 j=  709 glon=  302.73 (0-360E) glon=  302.73 glat=  37.48 u=  28.6900 v=  15.1600 vr=  -4.69236 vt=  32.10800
 i= 1443 j=  709 glon=  302.93 (0-360E) glon=  302.93 glat=  37.48 u=  29.7300 v=  14.8100 vr=  -1.25209 vt=  33.19098
 i= 1448 j=  709 glon=  303.13 (0-360E) glon=  303.13 glat=  37.48 u=  30.1500 v=  14.4700 vr=   1.82186 vt=  33.39288
 i= 1453 j=  709 glon=  303.33 (0-360E) glon=  303.33 glat=  37.48 u=  27.5200 v=  15.4100 vr=   1.98059 vt=  31.47850
 i= 1458 j=  709 glon=  303.53 (0-360E) glon=  303.53 glat=  37.48 u=  28.0900 v=  16.0600 vr=   3.84460 vt=  32.12773
 i= 1393 j=  714 glon=  300.93 (0-360E) glon=  300.93 glat=  37.28 u=  26.1300 v=  -0.2600 vr= -10.74009 vt=  23.82215
 i= 1398 j=  714 glon=  301.13 (0-360E) glon=  301.13 glat=  37.28 u=  27.6000 v=   0.9000 vr= -10.56845 vt=  25.51231
 i= 1403 j=  714 glon=  301.33 (0-360E) glon=  301.33 glat=  37.28 u=  29.5600 v=   2.2800 vr= -10.42630 vt=  27.75400
 i= 1408 j=  714 glon=  301.53 (0-360E) glon=  301.53 glat=  37.28 u=  28.9300 v=   2.6800 vr=  -8.39854 vt=  27.81352
 i= 1413 j=  714 glon=  301.73 (0-360E) glon=  301.73 glat=  37.28 u=  29.6000 v=   2.7700 vr=  -6.19279 vt=  29.07718
 i= 1418 j=  714 glon=  301.93 (0-360E) glon=  301.93 glat=  37.28 u=  30.6900 v=   4.5300 vr=  -5.46254 vt=  30.53781
 i= 1423 j=  714 glon=  302.13 (0-360E) glon=  302.13 glat=  37.28 u=  30.6800 v=   7.1000 vr=  -5.36932 vt=  31.02971
 i= 1428 j=  714 glon=  302.33 (0-360E) glon=  302.33 glat=  37.28 u=  28.9700 v=  10.7300 vr=  -6.52916 vt=  30.19543
 i= 1433 j=  714 glon=  302.53 (0-360E) glon=  302.53 glat=  37.28 u=  28.7700 v=  11.9200 vr=  -5.18925 vt=  30.70620
 i= 1438 j=  714 glon=  302.73 (0-360E) glon=  302.73 glat=  37.28 u=  30.0200 v=  11.5600 vr=  -1.98450 vt=  32.10757
 i= 1443 j=  714 glon=  302.93 (0-360E) glon=  302.93 glat=  37.28 u=  29.5100 v=  12.7600 vr=  -0.82815 vt=  32.13988
 i= 1448 j=  714 glon=  303.13 (0-360E) glon=  303.13 glat=  37.28 u=  28.2700 v=  14.0700 vr=  -0.23549 vt=  31.57693
 i= 1413 j=  719 glon=  301.73 (0-360E) glon=  301.73 glat=  37.08 u=  28.7500 v=   5.8500 vr=  -8.83275 vt=  27.97798
 i= 1418 j=  719 glon=  301.93 (0-360E) glon=  301.93 glat=  37.08 u=  29.2800 v=   7.3400 vr=  -8.14055 vt=  29.06760
 i= 1423 j=  719 glon=  302.13 (0-360E) glon=  302.13 glat=  37.08 u=  28.5500 v=   9.2200 vr=  -7.76641 vt=  28.97920
 i= 1428 j=  719 glon=  302.33 (0-360E) glon=  302.33 glat=  37.08 u=  28.5800 v=  10.0700 vr=  -6.34337 vt=  29.63078
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    25.6224185698537       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     48.52 kts
    LL Wind Circ Vt mean quadmax value: SE     50.97 kts
    LL Wind Circ Vt mean quadmax value: SW     36.35 kts
    LL Wind Circ Vt mean quadmax value: NW     46.26 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    8.61957700718443       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   22.4437125367355       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    39.1699320600509     
   xcenlon=    302.166501941732     
   imax=         2738  jmax=         2041
   jlatfix=          666
   ilonfix (unadjusted) =         1424
  
 In get_max_wind, ibeg=         1335  iend=         1512
                  jbeg=          598  jend=          735
         ilonfix=         1424  jlatfix=          666
 At end of get_max_wind, vmax=    36.9217185407180       rmax= 
   29.6064777419750     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    8.99 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.41 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.04 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.79 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.55 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.49 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.81 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   15.49 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.30 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   19.14 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   20.86 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   22.44 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   23.88 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   25.23 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   26.52 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   27.69 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   28.52 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   28.97 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   29.11 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   28.96 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   28.65 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   28.23 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   27.71 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   27.11 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   26.50 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.91 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.38 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   24.92 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.53 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.16 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   23.78 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   23.36 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   22.93 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.53 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.16 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   21.79 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   21.41 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.02 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.66 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.38 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.15 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   19.93 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    29.11 m/s   maxrmw_dist=    57.00  km   maxrmw_ix=   19
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    57.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    29.1122134301077      
  (m/s)   (in kts)=    56.5562970306703     
  rising_sum_dvdr=       19.6992131645061     
  declining_sum_dvdr=   -7.31978286467961     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    84 igrct=  1 Vmax (m/s)=   36.922   22:27:48
 TIMING: before call  getradii, fhr=    84 igrct=  1   22:27:48
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   2.245387190100406E-002
 mr4qs before add, mean_radii_vt_4quad_sum=   2.245387190100406E-002
 mr4qs after add, mean_radii_vt_4quad_sum=    9.24077979955281     
 mr4qs before add, mean_radii_vt_4quad_sum=    9.24077979955281     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.5756707297578     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.5756707297578     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.98004452602578     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    5.98 good_quad_ct=   4 mean_vt_4quad=      1.50
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.73 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.77 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.84 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.89 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.91 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.92 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.96 mean_vt_4quad=   10.48
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.99 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.01 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.03 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.05 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.10 mean_vt_4quad=   10.82
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.17 mean_vt_4quad=   10.89
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.25 mean_vt_4quad=   10.95
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.26 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.31 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.41 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.50 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.58 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.65 mean_vt_4quad=   11.37
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.72 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.77 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.80 mean_vt_4quad=   11.55
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.82 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.84 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.86 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.88 mean_vt_4quad=   11.74
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.92 mean_vt_4quad=   11.79
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.92 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.96 mean_vt_4quad=   11.88
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.01 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.11 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.21 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.30 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.39 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.51 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.61 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.72 mean_vt_4quad=   12.14
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.83 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.91 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.99 mean_vt_4quad=   12.21
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.02 mean_vt_4quad=   12.23
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.04 mean_vt_4quad=   12.24
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.08 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.17 mean_vt_4quad=   12.28
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.37 mean_vt_4quad=   12.30
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.45 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.39 mean_vt_4quad=   12.34
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.37 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.42 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.54 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.67 mean_vt_4quad=   12.45
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.76 mean_vt_4quad=   12.48
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.89 mean_vt_4quad=   12.52
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.02 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.16 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.30 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.42 mean_vt_4quad=   12.78
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   17.56 mean_vt_4quad=   12.88
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.88 .... 0.5*v_holland=    8.52
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   13.01 .... 0.5*v_holland=    8.52
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   13.14 .... 0.5*v_holland=    8.52
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   13.29 .... 0.5*v_holland=    8.52
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   13.45 .... 0.5*v_holland=    8.52
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    195.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   105.222000000000     
 vradius(iwindix,iquad) =         105
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   17.56 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   17.68 mean_vt_4quad=   13.01
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   17.77 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   17.85 mean_vt_4quad=   13.29
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   17.91 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   17.93 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   17.96 mean_vt_4quad=   13.80
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   18.02 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   18.10 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   18.25 mean_vt_4quad=   14.31
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.39 mean_vt_4quad=   14.49
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.51 mean_vt_4quad=   14.67
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   18.70 mean_vt_4quad=   14.86
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.85 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   18.99 mean_vt_4quad=   15.25
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   19.23 mean_vt_4quad=   15.46
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   19.65 mean_vt_4quad=   15.71
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   20.06 mean_vt_4quad=   15.98
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   20.47 mean_vt_4quad=   16.28
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.82 mean_vt_4quad=   16.58
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   21.05 mean_vt_4quad=   16.89
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   21.05 mean_vt_4quad=   17.20
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   21.10 mean_vt_4quad=   17.48
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   21.43 mean_vt_4quad=   17.73
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   21.99 mean_vt_4quad=   17.95
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.65 mean_vt_4quad=   18.16
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   23.26 mean_vt_4quad=   18.39
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.72 mean_vt_4quad=   18.66
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.05 mean_vt_4quad=   18.97
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.43 mean_vt_4quad=   19.30
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   24.81 mean_vt_4quad=   19.64
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.30 mean_vt_4quad=   20.00
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.88 mean_vt_4quad=   20.35
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.88 mean_vt_4quad=   20.35
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   26.53 mean_vt_4quad=   20.70
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   27.13 mean_vt_4quad=   21.05
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.74 mean_vt_4quad=   21.40
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   28.46 mean_vt_4quad=   21.79
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   29.22 mean_vt_4quad=   22.22
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   29.97 mean_vt_4quad=   22.73
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   30.78 mean_vt_4quad=   23.30
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   31.45 mean_vt_4quad=   23.92
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   31.78 mean_vt_4quad=   24.55
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   31.62 mean_vt_4quad=   25.16
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   31.07 mean_vt_4quad=   25.73
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   30.91 mean_vt_4quad=   26.24
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   31.00 mean_vt_4quad=   26.68
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   30.90 mean_vt_4quad=   26.97
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   30.69 mean_vt_4quad=   26.99
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   30.55 mean_vt_4quad=   26.64
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   30.36 mean_vt_4quad=   25.86
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   30.50 mean_vt_4quad=   24.73
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   30.43 mean_vt_4quad=   23.44
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   29.78 mean_vt_4quad=   22.15
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   28.01 mean_vt_4quad=   20.79
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   25.50 mean_vt_4quad=   19.28
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   23.77 mean_vt_4quad=   17.58
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   21.65 mean_vt_4quad=   15.65
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   19.19 mean_vt_4quad=   13.59
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   16.50 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   14.26 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   12.51 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   11.22 mean_vt_4quad=    5.99
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   10.26 mean_vt_4quad=    4.45
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    9.54 mean_vt_4quad=    2.98
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    9.08 mean_vt_4quad=    1.50
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.82 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.86 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.88 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.93 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.99 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.05 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.13 mean_vt_4quad=   10.48
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.20 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.25 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.31 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.40 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.46 mean_vt_4quad=   10.82
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.56 mean_vt_4quad=   10.89
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.66 mean_vt_4quad=   10.95
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.76 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.88 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.02 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   16.16 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   16.27 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.36 mean_vt_4quad=   11.37
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.45 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.54 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.64 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.71 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.78 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.91 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.99 mean_vt_4quad=   11.74
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.04 mean_vt_4quad=   11.79
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.05 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.03 mean_vt_4quad=   11.88
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.00 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.96 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.01 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.13 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.28 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.48 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.73 mean_vt_4quad=   12.11
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    6.49
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.14 .... 0.5*v_holland=    6.49
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.16 .... 0.5*v_holland=    6.49
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.19 .... 0.5*v_holland=    6.49
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.21 .... 0.5*v_holland=    6.49
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    261.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   140.835600000000     
 vradius(iwindix,iquad) =         141
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.73 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.94 mean_vt_4quad=   12.14
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   18.14 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   18.30 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   18.37 mean_vt_4quad=   12.21
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.40 mean_vt_4quad=   12.23
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.43 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.47 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.53 mean_vt_4quad=   12.28
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.60 mean_vt_4quad=   12.30
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.65 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.72 mean_vt_4quad=   12.34
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.81 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.87 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.98 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.21 mean_vt_4quad=   12.45
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.42 mean_vt_4quad=   12.48
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.61 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.90 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.22 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.50 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.72 mean_vt_4quad=   12.78
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.85 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.83 mean_vt_4quad=   13.01
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   20.92 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.20 mean_vt_4quad=   13.29
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   21.58 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.06 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.54 mean_vt_4quad=   13.80
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   22.97 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   23.25 mean_vt_4quad=   14.14
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   23.48 mean_vt_4quad=   14.31
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.73 mean_vt_4quad=   14.49
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   24.20 mean_vt_4quad=   14.67
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   24.71 mean_vt_4quad=   14.86
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   25.31 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   26.00 mean_vt_4quad=   15.25
  
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   26.00 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   26.88 mean_vt_4quad=   15.46
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   27.88 mean_vt_4quad=   15.71
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   28.99 mean_vt_4quad=   15.98
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   30.01 mean_vt_4quad=   16.28
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   30.65 mean_vt_4quad=   16.58
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   30.80 mean_vt_4quad=   16.89
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   30.30 mean_vt_4quad=   17.20
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   29.51 mean_vt_4quad=   17.48
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   29.95 mean_vt_4quad=   17.73
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   30.63 mean_vt_4quad=   17.95
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   31.29 mean_vt_4quad=   18.16
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   31.98 mean_vt_4quad=   18.39
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   32.77 mean_vt_4quad=   18.66
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   33.19 mean_vt_4quad=   18.97
  
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   14.14 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   14.12 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   14.09 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.16 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.24 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   14.31 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   14.39 mean_vt_4quad=   10.48
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   14.48 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   14.57 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   14.71 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   14.88 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   15.03 mean_vt_4quad=   10.82
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   15.18 mean_vt_4quad=   10.89
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   15.30 mean_vt_4quad=   10.95
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   15.47 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   15.63 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   15.77 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.86 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.96 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   16.10 mean_vt_4quad=   11.37
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   16.27 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   16.43 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   16.58 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   16.68 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   16.77 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   16.89 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   16.95 mean_vt_4quad=   11.74
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   17.02 mean_vt_4quad=   11.79
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   17.06 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   17.08 mean_vt_4quad=   11.88
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   17.10 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   17.16 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   17.24 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   17.35 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   17.49 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   17.67 mean_vt_4quad=   12.08
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   12.08 .... 0.5*v_holland=    6.42
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    6.42
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.14 .... 0.5*v_holland=    6.42
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.16 .... 0.5*v_holland=    6.42
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.19 .... 0.5*v_holland=    6.42
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    264.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   142.454400000000     
 vradius(iwindix,iquad) =         142
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   17.67 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   17.93 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   18.20 mean_vt_4quad=   12.14
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   18.46 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   18.64 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   18.78 mean_vt_4quad=   12.21
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   18.87 mean_vt_4quad=   12.23
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   19.00 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   19.16 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   19.33 mean_vt_4quad=   12.28
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   19.46 mean_vt_4quad=   12.30
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   19.66 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   19.81 mean_vt_4quad=   12.34
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   19.88 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   20.01 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   20.32 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   20.70 mean_vt_4quad=   12.45
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   21.09 mean_vt_4quad=   12.48
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   21.37 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   21.57 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   21.47 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   21.25 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   20.87 mean_vt_4quad=   12.78
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.76 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   20.77 mean_vt_4quad=   13.01
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   20.98 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.37 mean_vt_4quad=   13.29
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   21.76 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   22.10 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   22.15 mean_vt_4quad=   13.80
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   22.24 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   22.23 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   22.05 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   21.94 mean_vt_4quad=   14.49
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   22.01 mean_vt_4quad=   14.67
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   22.42 mean_vt_4quad=   14.86
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   22.90 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   23.33 mean_vt_4quad=   15.25
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   23.65 mean_vt_4quad=   15.46
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   23.96 mean_vt_4quad=   15.71
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   24.26 mean_vt_4quad=   15.98
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   24.28 mean_vt_4quad=   16.28
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   24.19 mean_vt_4quad=   16.58
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   24.02 mean_vt_4quad=   16.89
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   24.08 mean_vt_4quad=   17.20
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   24.32 mean_vt_4quad=   17.48
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   24.68 mean_vt_4quad=   17.73
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   25.00 mean_vt_4quad=   17.95
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   25.21 mean_vt_4quad=   18.16
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   25.34 mean_vt_4quad=   18.39
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   25.39 mean_vt_4quad=   18.66
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   25.52 mean_vt_4quad=   18.97
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.72 mean_vt_4quad=   19.30
  
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.72 mean_vt_4quad=   19.30
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   26.15 mean_vt_4quad=   19.64
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   26.70 mean_vt_4quad=   20.00
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   27.31 mean_vt_4quad=   20.35
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   27.83 mean_vt_4quad=   20.70
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   28.32 mean_vt_4quad=   21.05
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   28.79 mean_vt_4quad=   21.40
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.27 mean_vt_4quad=   21.79
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   29.64 mean_vt_4quad=   22.22
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   29.93 mean_vt_4quad=   22.73
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   30.20 mean_vt_4quad=   23.30
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   30.67 mean_vt_4quad=   23.92
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   31.30 mean_vt_4quad=   24.55
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   32.16 mean_vt_4quad=   25.16
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   33.07 mean_vt_4quad=   25.73
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.46 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   14.45 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   14.48 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   14.49 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   14.47 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   14.42 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.45 mean_vt_4quad=   10.48
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.52 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.56 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.64 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.75 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.81 mean_vt_4quad=   10.82
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.81 mean_vt_4quad=   10.89
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.79 mean_vt_4quad=   10.95
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.76 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.72 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.67 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.72 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   14.83 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.89 mean_vt_4quad=   11.37
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.92 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.96 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.01 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.07 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.13 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.17 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   15.20 mean_vt_4quad=   11.74
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   15.22 mean_vt_4quad=   11.79
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   15.28 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.29 mean_vt_4quad=   11.88
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.42 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.48 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.54 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   15.58 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   15.65 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   15.67 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   15.75 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   15.84 mean_vt_4quad=   12.14
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   15.84 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   15.80 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   15.69 mean_vt_4quad=   12.21
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   15.57 mean_vt_4quad=   12.23
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   15.43 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   15.32 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   15.26 mean_vt_4quad=   12.28
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   15.20 mean_vt_4quad=   12.30
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.14 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.10 mean_vt_4quad=   12.34
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.01 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   14.85 mean_vt_4quad=   12.39
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   14.63 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   14.38 mean_vt_4quad=   12.45
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   14.14 mean_vt_4quad=   12.48
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.89 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.75 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.56 mean_vt_4quad=   12.63
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.25 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.74 mean_vt_4quad=   12.78
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.16 mean_vt_4quad=   12.88
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   11.76 mean_vt_4quad=   13.01
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   11.71 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   11.73 mean_vt_4quad=   13.29
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   11.84 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   11.93 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   12.03 mean_vt_4quad=   13.80
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   12.10 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   12.16 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   12.32 mean_vt_4quad=   14.31
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   12.63 mean_vt_4quad=   14.49
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   12.95 mean_vt_4quad=   14.67
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.26 mean_vt_4quad=   14.86
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.51 mean_vt_4quad=   15.05
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   13.70 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.01 mean_vt_4quad=   15.46
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.36 mean_vt_4quad=   15.71
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.81 mean_vt_4quad=   15.98
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.32 mean_vt_4quad=   16.28
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.80 mean_vt_4quad=   16.58
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.17 mean_vt_4quad=   16.89
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.48 mean_vt_4quad=   17.20
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   16.73 mean_vt_4quad=   17.48
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.92 mean_vt_4quad=   17.73
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.06 mean_vt_4quad=   17.95
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   17.23 mean_vt_4quad=   18.16
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.66 mean_vt_4quad=   18.39
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   18.39 .... 0.5*v_holland=   13.17
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   18.66 .... 0.5*v_holland=   13.17
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   18.97 .... 0.5*v_holland=   13.17
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   19.30 .... 0.5*v_holland=   13.17
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   19.64 .... 0.5*v_holland=   13.17
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.66 mean_vt_4quad=   18.39
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   18.10 mean_vt_4quad=   18.66
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.50 mean_vt_4quad=   18.97
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.91 mean_vt_4quad=   19.30
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   19.39 mean_vt_4quad=   19.64
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   19.91 mean_vt_4quad=   20.00
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   20.42 mean_vt_4quad=   20.35
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   20.93 mean_vt_4quad=   20.70
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.16 mean_vt_4quad=   21.05
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   21.20 mean_vt_4quad=   21.40
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   21.12 mean_vt_4quad=   21.79
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   21.09 mean_vt_4quad=   22.22
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   21.43 mean_vt_4quad=   22.73
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   22.92 mean_vt_4quad=   23.30
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   24.29 mean_vt_4quad=   23.92
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   25.36 mean_vt_4quad=   24.55
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.18 mean_vt_4quad=   25.16
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.18 mean_vt_4quad=   25.16
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   26.70 mean_vt_4quad=   25.73
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   27.04 mean_vt_4quad=   26.24
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   26.98 mean_vt_4quad=   26.68
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   26.47 mean_vt_4quad=   26.97
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   25.20 mean_vt_4quad=   26.99
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   25.69 mean_vt_4quad=   26.64
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   26.14 mean_vt_4quad=   25.86
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   26.09 mean_vt_4quad=   24.73
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   25.72 mean_vt_4quad=   23.44
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   24.97 mean_vt_4quad=   22.15
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   23.25 mean_vt_4quad=   20.79
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   20.98 mean_vt_4quad=   19.28
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   18.21 mean_vt_4quad=   17.58
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   14.73 mean_vt_4quad=   15.65
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   11.33 mean_vt_4quad=   13.59
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=    9.98 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=    9.78 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=    9.57 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    9.34 mean_vt_4quad=    5.99
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    9.07 mean_vt_4quad=    4.45
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    8.81 mean_vt_4quad=    2.98
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    8.72 mean_vt_4quad=    1.50
  
 TIMING: after call  getradii, fhr=    84 igrct=  1   22:27:48
 TIMING: after getrad_iter_loop, fhr=    84 igrct=  2 Vmax (m/s)=   36.922   22:27:48
 TIMING: Before get_phase ... 22:27:48
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           84 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    59.904
  
  
  In get_cps_paramb, lead time=           84 :           0   08L  FRANKLIN 
   right_ct=         1003   left_ct=         1048
   zthicksum(1)=    3423280.66600000     
   zthicksum(2)=    3556458.03200000     
   zthick_right_mean=    3413.04154137588     
   zthick_left_mean=     3393.56682442748     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    19.4747169483940     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          138.94
  Sum of y-diffs squared (ydiff2) =         6162.32
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   338.43   6.7452       38.98   0.1661    -5.28    27.91     1519.23
    2   326.83   6.6846       27.38   0.1055    -0.73     0.53      749.52
    3   314.30   6.6201       14.84   0.0409     3.94    15.49      220.27
    4   297.94   6.5511       -1.52  -0.0281     5.96    35.54        2.31
    5   275.38   6.4770      -24.08  -0.1022     3.15     9.93      579.78
    6   243.86   6.3969      -55.60  -0.1822    -7.04    49.53     3091.21
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   299.455     x:    6.58
  
  slope=    266.493         y-intercept =  -1453.845
  Regression equation:   Y = -1453.84 +   266.49X
  
  R2(r_squared) =  0.9775        r =  0.9887
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1076.85 zmin=  731.40 zdiff=  345.45
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1571.39 zmin= 1232.96 zdiff=  338.43
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -7.02 dlnp=     -0.057158  dzdlnp=      122.747
  
   +++ k=  3 press=    800.0 zmax= 2090.77 zmin= 1763.94 zdiff=  326.83
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -11.60 dlnp=     -0.060625  dzdlnp=      191.341
  
   +++ k=  4 press=    750.0 zmax= 2637.25 zmin= 2322.96 zdiff=  314.30
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -12.54 dlnp=     -0.064539  dzdlnp=      194.241
  
   +++ k=  5 press=    700.0 zmax= 3214.05 zmin= 2916.11 zdiff=  297.94
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -16.36 dlnp=     -0.068993  dzdlnp=      237.126
  
   +++ k=  6 press=    650.0 zmax= 3826.30 zmin= 3550.93 zdiff=  275.38
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -22.56 dlnp=     -0.074108  dzdlnp=      304.421
  
   +++ k=  7 press=    600.0 zmax= 4479.77 zmin= 4235.91 zdiff=  243.86
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -31.52 dlnp=     -0.080043  dzdlnp=      393.790
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           87.72
  Sum of y-diffs squared (ydiff2) =         4287.06
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   230.08   6.3099       33.76   0.2788    -1.93     3.72     1139.74
    2   221.60   6.2146       25.28   0.1834     1.79     3.22      639.08
    3   209.22   6.1092       12.90   0.0781     2.90     8.40      166.31
    4   192.05   5.9915       -4.27  -0.0397     0.81     0.66       18.25
    5   166.64   5.8579      -29.68  -0.1732    -7.50    56.30      880.90
    6   158.34   5.7038      -37.98  -0.3274     3.93    15.43     1442.78
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   196.320     x:    6.03
  
  slope=    128.023         y-intercept =   -575.806
  Regression equation:   Y =  -575.81 +   128.02X
  
  R2(r_squared) =  0.9795        r =  0.9897
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4479.77 zmin= 4235.91 zdiff=  243.86
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5181.60 zmin= 4951.52 zdiff=  230.08
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -13.78 dlnp=     -0.087011  dzdlnp=      158.324
  
   +++ k=  9 press=    500.0 zmax= 5939.92 zmin= 5718.32 zdiff=  221.60
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -8.48 dlnp=     -0.095310  dzdlnp=       88.973
  
   +++ k= 10 press=    450.0 zmax= 6764.70 zmin= 6555.49 zdiff=  209.22
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -12.38 dlnp=     -0.105361  dzdlnp=      117.539
  
   +++ k= 11 press=    400.0 zmax= 7668.88 zmin= 7476.83 zdiff=  192.05
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -17.17 dlnp=     -0.117783  dzdlnp=      145.760
  
   +++ k= 12 press=    350.0 zmax= 8668.60 zmin= 8501.96 zdiff=  166.64
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -25.41 dlnp=     -0.133531  dzdlnp=      190.277
  
   +++ k= 13 press=    300.0 zmax= 9786.82 zmin= 9628.49 zdiff=  158.34
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -8.30 dlnp=     -0.154151  dzdlnp=       53.869
  
cps_stats: 08L   lead time=  84: 0   paramb=    19.47  vtl=    266.49  vtu=    128.02
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   84:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  302.167 (0-360) guesslon=  302.167E  (  57.833W)   guesslat=   39.170
 ilonfix=         1424  jlatfix=          666  npts=           33
 ibeg=         1345  jbeg=          598  imax=         2738
 iend=         1503  jend=          734  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  300.847E  (0-360) ctlon=  300.847E  (  59.153W)  ctlat=   39.850 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  300.847E   (0-360) guesslon=  300.847E  (  59.153W)   guesslat=   39.850
 ilonfix=         1391  jlatfix=          649  npts=           16
 ibeg=         1336  jbeg=          605  imax=         2738
 iend=         1446  jend=          693  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  300.527E  (0-360) ctlon=  300.527  (  59.473W)  ctlat=   39.930 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    84:00  mean_lon:  300.53E (  59.47W)    (0-360) mean_lon=  300.53E  mean_lat:   39.93  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    84:00  ifix:  1359   jfix:   624  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1359  jx=          624
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         968 ,         233 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         967 ,         232 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    84:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:27:48
 TIMING: Before shear ... 22:27:48
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           15
  clon(ist,ifh,3)=    301.998943757297     
  clat(ist,ifh,3)=    39.0844607643021     
  fixlon(ist,ifh)=    302.166501941732     
  fixlat(ist,ifh)=    39.1699320600509     
  xcenlon=    301.998943757297     
  xcenlat=    39.0844607643021     
  
 xxshear
 In get_shear A, xcenlon=    301.998943757297       xcenlat= 
   39.0844607643021     
   In get_shear B, (0-360) xcenlon=    301.998943757297     
  
At start of get_shear:  08L   fhr=   84:00   Mean fix position=   302.17E  ( 57.83W)    39.17  (0-360) mean lon fix=  302.17
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   32.05 vr_mean(idist,ilev)=    1.64
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   37.96 vr_mean(idist,ilev)=    0.30
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   32.10 vr_mean(idist,ilev)=   -0.89
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   29.10 vr_mean(idist,ilev)=   -0.74
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.32 vr_mean(idist,ilev)=   -0.35
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.14 vr_mean(idist,ilev)=   -0.22
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   20.85 vr_mean(idist,ilev)=    0.81
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.13 vr_mean(idist,ilev)=    0.12
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.50 vr_mean(idist,ilev)=   -0.03
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.13 vr_mean(idist,ilev)=   -0.12
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.77 vr_mean(idist,ilev)=   -0.13
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.37 vr_mean(idist,ilev)=   -0.07
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.22 vr_mean(idist,ilev)=    0.01
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.18 vr_mean(idist,ilev)=    0.11
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.27 vr_mean(idist,ilev)=    0.30
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.51 vr_mean(idist,ilev)=    0.38
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.51 vr_mean(idist,ilev)=    0.13
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.53 vr_mean(idist,ilev)=    0.04
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.92 vr_mean(idist,ilev)=   -0.16
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -23.90 vr_mean(idist,ilev)=   23.90
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -35.85 vr_mean(idist,ilev)=   35.85
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -47.81 vr_mean(idist,ilev)=   47.81
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -59.77 vr_mean(idist,ilev)=   59.77
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -71.75 vr_mean(idist,ilev)=   71.75
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -83.73 vr_mean(idist,ilev)=   83.73
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -95.73 vr_mean(idist,ilev)=   95.73
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -107.74 vr_mean(idist,ilev)=  107.74
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -119.77 vr_mean(idist,ilev)=  119.77
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -131.82 vr_mean(idist,ilev)=  131.82
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -143.90 vr_mean(idist,ilev)=  143.90
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -156.00 vr_mean(idist,ilev)=  156.00
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -168.13 vr_mean(idist,ilev)=  168.13
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -180.30 vr_mean(idist,ilev)=  180.30
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -192.51 vr_mean(idist,ilev)=  192.51
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -204.76 vr_mean(idist,ilev)=  204.76
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -217.08 vr_mean(idist,ilev)=  217.08
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -229.46 vr_mean(idist,ilev)=  229.46
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -241.92 vr_mean(idist,ilev)=  241.92
  
 At end of get_shear: 
     ist=    2 ifh=   15 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:27:48
  
 After call to fixcenter, fix positions at 
 forecast hour=   84:00 follow:
  
fixpos  08L   fhr=   84:00   Fix position=   302.17E  ( 57.83W)    39.17   Max Wind=  72 kts
  
  
 xxxx get_next_ges, prev fix lon=    299.661911883927     
 xxxx get_next_ges, curr fix lon=    302.166501941732     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    302.166501941732        fixlat=    39.1699320600509     
        (0-360) fixlon=    302.166501941732     
      ilonfix=         1424   jlatfix=          666
      ibeg=          906   iend=         1942
      jbeg=          214   jend=         1118
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.96535683393532       vavg=    4.83421985452095     
      ubar=    1.99133920848383       vbar=    1.20855496363024     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    10.5676283136396       vavg=    5.85043269243467     
      ubar=    7.27515336530365       vbar=    4.13377130984757     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    13.2091169091382       vavg=    8.31675757930307     
      ubar=    10.5774325925882       vbar=    6.21296070467334     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    10.5774325925882       vbar=    6.21296070467334     
      wgttot=    1.00000000000000     
      fixlon=    302.166501941732        fixlat=    39.1699320600509     
      barnlon=    304.839875048993       barnlat=    40.3768215057084     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.768580875805045     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      304.839875048993     
     Raw (no conversion for GM wrap) extraplon=    304.710539863593     
  
 --- barnlon=    304.84E  (  55.16W)    barnlat=     40.38
 --- extraplon=  304.71E  (  55.29W)    extraplat=   40.27
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   39.17
 | Current fix lon is   57.83W   ( 302.17E)
 | Current fix lon (raw, unadjusted)=  302.17E
 | Updated guess lat for next fcst hour is   40.32
 | Updated guess lon (0-360) for next fcst hour is   55.22W   ( 304.78E)
 | Raw updated guess lon for next fcst hour is  304.78E)
 -------------------------------------------------
  
 iocheck, dist=    257.236429375922        distm=    257236.429375922     
 iocheck, stmspd=    11.9090939525890        istmspd=          231
 iocheck, xincr=    2.60870551456071        yincr=    1.15293270311881     
 iocheck, stmdir=    66.1566868150527        istmdir=           66
 +++ RPT_STORM_MOTION: istmspd=   231 kts(*10)    istmdir=    66 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  15
     Fix location for this time:   302.17E  ( 57.83W)    39.17
     Fix lon (raw) for this time:  302.17E
     ilonfix= 1424  jlatfix=  666
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    302.166501941732       xcenlat=    39.1699320600509     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    302.166501941732       xcenlat=    39.1699320600509     
  ilonfix=         1424  jlatfix=          666
  ibeg=         1292  iend=         1556
  jbeg=          550  jend=          782  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    302.166501941732        xcenlat=    39.1699320600509     
      ilonfix=         1424   jlatfix=          666
      ibeg=         1292   iend=         1556
      jbeg=          550   jend=          782
 After call to barnes, xsmoothval=   3.923281992179552E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.923281992179552E-004
      xcenlon=    302.166501941732        xcenlat=    39.1699320600509     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000392  imeanzeta (*1e6)=      392
   --- mean zeta raw =   3.923281992179552E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003008  igrid zeta (*1e6)=     3008 ifilret=   0
   --- grid zeta raw=   3.008272341060488E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    302.166501941732       xcenlat=    39.1699320600509     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    302.166501941732       xcenlat=    39.1699320600509     
  ilonfix=         1424  jlatfix=          666
  ibeg=         1292  iend=         1556
  jbeg=          550  jend=          782  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    302.166501941732        xcenlat=    39.1699320600509     
      ilonfix=         1424   jlatfix=          666
      ibeg=         1292   iend=         1556
      jbeg=          550   jend=          782
 After call to barnes, xsmoothval=   3.578342455078320E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.578342455078320E-004
      xcenlon=    302.166501941732        xcenlat=    39.1699320600509     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000358  imeanzeta (*1e6)=      358
   --- mean zeta raw =   3.578342455078320E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002080  igrid zeta (*1e6)=     2080 ifilret=   0
   --- grid zeta raw=   2.079879990488911E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           84
  
 segx, outlon=    302.166501941732       outlat=    39.1699320600509     
   ist=            2  ifcsthour=           84
   vmaxwind=    36.9217185407180       xminmslp=    97782.8500000000     
   vradius=          105          53           0         141          83
          60         142          58          36          63          37
           0
   maxstorm=            6
   plastbar=    100982.850000000       rlastbar=    159.541509386622     
   rmax=    29.6064777419750     
   cps_vals=    19.4747169483940        266.493260952900     
   128.022752927375     
   wcore_flag= n
   istmspd=          231  istmdir=           66
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    57.0000000000000     
   axisymet_rmw_val=     29.1122134301077     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   159.541509386622       irlastbar=         160
 output: plastbar=   100982.850000000       iplastbar=        1010
 rmax=    29.6064777419750        irmax=           30
 TXX top of atcfunix_ext, ist=            2  ifh=           84
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   159.541509386622       irlastbar=         160
 output: plastbar=   100982.850000000       iplastbar=        1010
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           84
 intlat=          392
 clatns= N
 intlon=          578
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           72
 int(xminmslp/mslp_outp_adj + 0.5)=          978
 XX,  34, NEQ
 vradius(1,1)=          105
 vradius(1,2)=          141
 vradius(1,3)=          142
 vradius(1,4)=           63
 iplastbar=         1010
 irlastbar=          160
 irmax=           30
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           66
 istmspd=          231
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          195
 icps_vals(2)=         2665
 icps_vals(3)=         1280
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           31
 irmw_val=           57
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          392
 igridzeta(1)=         3008
 imeanzeta(2)=          358
 igridzeta(2)=         2080
  
 rmax=    29.6064777419750        irmax=           30
 +++ Top of output_atcf_parms, ist=            2  ifh=           84
  
 xxxx get_next_ges, prev fix lon=    299.661911883927     
 xxxx get_next_ges, curr fix lon=    302.166501941732     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    302.166501941732        fixlat=    39.1699320600509     
        (0-360) fixlon=    302.166501941732     
      ilonfix=         1424   jlatfix=          666
      ibeg=          906   iend=         1942
      jbeg=          214   jend=         1118
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.96535683393532       vavg=    4.83421985452095     
      ubar=    1.99133920848383       vbar=    1.20855496363024     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    10.5676283136396       vavg=    5.85043269243467     
      ubar=    7.27515336530365       vbar=    4.13377130984757     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    13.2091169091382       vavg=    8.31675757930307     
      ubar=    10.5774325925882       vbar=    6.21296070467334     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    10.5774325925882       vbar=    6.21296070467334     
      wgttot=    1.00000000000000     
      fixlon=    302.166501941732        fixlat=    39.1699320600509     
      barnlon=    304.839875048993       barnlat=    40.3768215057084     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.768580875805045     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      304.839875048993     
     Raw (no conversion for GM wrap) extraplon=    304.710539863593     
  
 --- barnlon=    304.84E  (  55.16W)    barnlat=     40.38
 --- extraplon=  304.71E  (  55.29W)    extraplat=   40.27
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   39.17
 | Current fix lon is   57.83W   ( 302.17E)
 | Current fix lon (raw, unadjusted)=  302.17E
 | Updated guess lat for next fcst hour is   40.32
 | Updated guess lon (0-360) for next fcst hour is   55.22W   ( 304.78E)
 | Raw updated guess lon for next fcst hour is  304.78E)
 -------------------------------------------------
  
 iocheck, dist=    257.236429375922        distm=    257236.429375922     
 iocheck, stmspd=    11.9090939525890        istmspd=          231
 iocheck, xincr=    2.60870551456071        yincr=    1.15293270311881     
 iocheck, stmdir=    66.1566868150527        istmdir=           66
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   84:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.654178800839120E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  286.073E  (0-360) ctlon=  286.073E  (  73.927W)  ctlat=   34.546 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.565E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  286.073E   (0-360) guesslon=  286.073E  (  73.927W)   guesslat=   34.546
 ilonfix=         1022  jlatfix=          782  npts=           16
 ibeg=          970  jbeg=          738  imax=         2738
 iend=         1074  jend=          826  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.353E  (0-360) ctlon=  286.353  (  73.647W)  ctlat=   34.826 fmax (x10e5) =        0.782E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.969327354518377E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  286.073E  (0-360) ctlon=  286.073E  (  73.927W)  ctlat=   34.546 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.697E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  286.073E   (0-360) guesslon=  286.073E  (  73.927W)   guesslat=   34.546
 ilonfix=         1022  jlatfix=          782  npts=           16
 ibeg=          970  jbeg=          738  imax=         2738
 iend=         1074  jend=          826  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.353E  (0-360) ctlon=  286.353  (  73.647W)  ctlat=   34.826 fmax (x10e5) =        0.660E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  286.473E  (0-360) ctlon=  286.473E  (  73.527W)  ctlat=   34.546 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.134E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  286.473E   (0-360) guesslon=  286.473E  (  73.527W)   guesslat=   34.546
 ilonfix=         1032  jlatfix=          782  npts=           16
 ibeg=          980  jbeg=          738  imax=         2738
 iend=         1084  jend=          826  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.353E  (0-360) ctlon=  286.353  (  73.647W)  ctlat=   34.726 fmax =       -0.100E+16 fmin =        0.133E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  286.473E  (0-360) ctlon=  286.473E  (  73.527W)  ctlat=   34.946 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.300E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  286.473E   (0-360) guesslon=  286.473E  (  73.527W)   guesslat=   34.946
 ilonfix=         1032  jlatfix=          772  npts=           16
 ibeg=          979  jbeg=          728  imax=         2738
 iend=         1085  jend=          816  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.253E  (0-360) ctlon=  286.253  (  73.747W)  ctlat=   34.726 fmax =       -0.100E+16 fmin =        0.300E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  286.473E  (0-360) ctlon=  286.473E  (  73.527W)  ctlat=   34.546 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.990E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  286.473E   (0-360) guesslon=  286.473E  (  73.527W)   guesslat=   34.546
 ilonfix=         1032  jlatfix=          782  npts=           16
 ibeg=          980  jbeg=          738  imax=         2738
 iend=         1084  jend=          826  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.353E  (0-360) ctlon=  286.353  (  73.647W)  ctlat=   34.726 fmax =       -0.100E+16 fmin =        0.989E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.593 (0-360) guesslon=  286.593E  (  73.407W)   guesslat=   34.666
 ilonfix=         1035  jlatfix=          779  npts=           33
 ibeg=          958  jbeg=          711  imax=         2738
 iend=         1112  jend=          847  jmax=         2041
 TIMING: find_maxmin 1  22:27:48
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.318643215833799E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  286.073E  (0-360) ctlon=  286.073E  (  73.927W)  ctlat=   34.546 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.532E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:48
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  286.073E   (0-360) guesslon=  286.073E  (  73.927W)   guesslat=   34.546
 ilonfix=         1022  jlatfix=          782  npts=           16
 ibeg=          970  jbeg=          738  imax=         2738
 iend=         1074  jend=          826  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.253E  (0-360) ctlon=  286.253  (  73.747W)  ctlat=   34.726 fmax (x10e5) =        0.631E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    286.369215368137        uvgeslat=    34.7517436520882     
    (0-360 uvgeslon)=    286.369215368137     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    286.369215368137        uvgeslat=    34.7517436520882     
    (0-360 uvgeslon)=    286.369215368137     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    286.369215368137     
  
 After first run, Wind Circulation (NHEM) ctlon=  286.369E  (0-360E lon):  286.369E    73.631W  ctlat=   34.752  xmax_circul_disk =     124887546.2
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  286.369E  (0-360E)=  286.369E  (  73.631W)   guesslat=   34.752
 ilonfix=         1030  jlatfix=          777  npts=           56
 ibeg=          957  jbeg=          713  imax=         2738
 iend=         1103  jend=          841  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    126032643.875717     
 nhalf get_wind_circ, k=  1 ctlon=  286.389E  (0-360E)=  286.389E  ctlon=   73.611W   ctlat=   34.652 Wind Circulation (NHEM: Max) =     126032643.9
 TIMING: After GWC 850 ... 22:27:48
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    286.369215368137        uvgeslat=    34.7517436520882     
    (0-360 uvgeslon)=    286.369215368137     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    286.369215368137     
  
 After first run, Wind Circulation (NHEM) ctlon=  286.369E  (0-360E lon):  286.369E    73.631W  ctlat=   34.752  xmax_circul_disk =     106363003.0
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  286.369E  (0-360E)=  286.369E  (  73.631W)   guesslat=   34.752
 ilonfix=         1030  jlatfix=          777  npts=           56
 ibeg=          957  jbeg=          713  imax=         2738
 iend=         1103  jend=          841  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    106803841.455329     
 nhalf get_wind_circ, k=  1 ctlon=  286.329E  (0-360E)=  286.329E  ctlon=   73.671W   ctlat=   34.772 Wind Circulation (NHEM: Max) =     106803841.5
 TIMING: After GWC 700 ... 22:27:48
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:27:48
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    286.369215368137        uvgeslat=    34.7517436520882     
    (0-360 uvgeslon)=    286.369215368137     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    286.369215368137     
  
 After first run, Wind Circulation (NHEM) ctlon=  286.369E  (0-360E lon):  286.369E    73.631W  ctlat=   34.752  xmax_circul_disk =      94123899.5
 TIMING: get_wind_circ kloop, k=  1   22:27:48
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  286.369E  (0-360E)=  286.369E  (  73.631W)   guesslat=   34.752
 ilonfix=         1030  jlatfix=          777  npts=           56
 ibeg=          957  jbeg=          713  imax=         2738
 iend=         1103  jend=          841  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    95005766.2041858     
 nhalf get_wind_circ, k=  1 ctlon=  286.269E  (0-360E)=  286.269E  ctlon=   73.731W   ctlat=   34.652 Wind Circulation (NHEM: Max) =      95005766.2
 TIMING: After GWC Sfc ... 22:27:48
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.21  xavg_stderr=     2.76
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           15  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    84:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  286.59E   (0-360) guesslon=  286.59E  ( 73.41W)    34.67
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       286.35       73.65      34.83           78.22       T         28.24
   2    zeta 700    Max       286.35       73.65      34.83           66.03       T         28.24
   3    circ 850    Max       286.39       73.61      34.65          126.03       T         18.69
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       286.33       73.67      34.77          106.80       T         26.80
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       286.35       73.65      34.73         1329.75       T         22.93
   8     gph 700    Min       286.25       73.75      34.73         2999.03       T         31.79
   9        MSLP    Min       286.35       73.65      34.73        98914.89       T         22.93
  10    circ sfc    Max       286.27       73.73      34.65           95.01       T         29.64
  11    zeta sfc    Max       286.25       73.75      34.73           63.15       T         31.79
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    7.27004810365596       stderr_close= 
   3.24655777455973       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=  10.302 devia=   2.060 wtpos=  0.50318     286.35   286.35    73.65    34.83
 ip=  2 kprm=  2 dist_from_mean=  10.302 devia=   2.060 wtpos=  0.50318     286.35   286.35    73.65    34.83
 ip=  3 kprm=  3 dist_from_mean=  11.260 devia=   2.252 wtpos=  0.47206     286.39   286.39    73.61    34.65
 ip=  5 kprm=  4 dist_from_mean=   3.909 devia=   0.782 wtpos=  0.77061     286.33   286.33    73.67    34.77
 ip=  7 kprm=  5 dist_from_mean=   2.997 devia=   0.599 wtpos=  0.81888     286.35   286.35    73.65    34.73
 ip=  8 kprm=  6 dist_from_mean=   6.497 devia=   1.299 wtpos=  0.64845     286.25   286.25    73.75    34.73
 ip=  9 kprm=  7 dist_from_mean=   2.997 devia=   0.599 wtpos=  0.81888     286.35   286.35    73.65    34.73
 ip= 10 kprm=  8 dist_from_mean=  10.668 devia=   2.134 wtpos=  0.49104     286.27   286.27    73.73    34.65
 ip= 11 kprm=  9 dist_from_mean=   6.497 devia=   1.299 wtpos=  0.64845     286.25   286.25    73.75    34.73
  
At end of fixcenter:  10L   fhr=   84:00   Fix position=   286.32E  (0-360) fixlon=  286.32  ( 73.68W)    34.74
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    286.322576860398     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    286.352852140864     
        (0-360E clon(ist,ifh,9))=    286.352852140864     
      clat(ist,ifh,9)=    34.7262897429973     
      xval(9)=    98914.8916074861     
  
  After get_ij B, ibeg jbeg =          917         639
  After get_ij B, iend jend =         1141         915
  
 In is_it_a_storm, ilonfix=         1029  jlatfix=          777
 ibeg jbeg iend jend =          917         639        1141         915
 cparm= slp  parmlon parmlat =    286.352852140864        34.7262897429973     
     (0-360E parmlon) =    286.352852140864     
 parmval=    98914.8916074861     
  
 i= 1002 j=  714 glon=  285.29 (0-360E) glon=  285.29 glat=  37.28 dist=   299.72 slp=  100992.45 pgradient=  6.93164
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.93164
 mslp center =    286.352852140864        34.7262897429973     
   98914.8916074861     
   (0-360E) lon of mslp center =    286.352852140864     
 pgrad loc   =    285.288999000000        285.288999000000     
   74.7110010000000        37.2807160000000        100992.450000000     
  ttest at location C IF....
      xinp_fixlat=    34.7262897429973     
      xinp_fixlon=    286.352852140864       (0-360E) xinp_fixlon= 
   286.352852140864     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97612.2900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1031  jfix=          780
 longitude=    286.352852140864      E   (   73.6471478591360      
 W)  (0-360E) xinp_fixlon=    286.352852140864     
 latitude=    34.7262897429973     
 mean mslp value (xval(9))=    98914.8916074861     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1031  jfix=          780
 longitude=    286.352852140864      E   (   73.6471478591360      
 W)  (0-360E) xinp_fixlon=    286.352852140864     
 latitude=    34.7262897429973     
 mean mslp value (xval(9))=    98914.8916074861     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1031  jx=          780
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97612.2900000000       xcentval=    97612.2900000000     
 At A, num_found_contours=            0
 At A, contlo=    97612.2900000000       conthi=    98012.2900000000     
  
 num_found_contours=            0
 contlo=    97612.2900000000       conthi=    98012.2900000000     
 xcentval=    97612.2900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98012.2900000000       conthi=    98412.2900000000     
  
 num_found_contours=            1
 contlo=    98012.2900000000       conthi=    98412.2900000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            2
 At A, contlo=    98412.2900000000       conthi=    98812.2900000000     
  
 num_found_contours=            2
 contlo=    98412.2900000000       conthi=    98812.2900000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            3
 At A, contlo=    98812.2900000000       conthi=    99212.2900000000     
  
 num_found_contours=            3
 contlo=    98812.2900000000       conthi=    99212.2900000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            4
 At A, contlo=    99212.2900000000       conthi=    99612.2900000000     
  
 num_found_contours=            4
 contlo=    99212.2900000000       conthi=    99612.2900000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            5
 At A, contlo=    99612.2900000000       conthi=    100012.290000000     
  
 num_found_contours=            5
 contlo=    99612.2900000000       conthi=    100012.290000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            6
 At A, contlo=    100012.290000000       conthi=    100412.290000000     
  
 num_found_contours=            6
 contlo=    100012.290000000       conthi=    100412.290000000     
 xcentval=    97612.2900000000     
 At A, num_found_contours=            7
 At A, contlo=    100412.290000000       conthi=    100812.290000000     
  
 num_found_contours=            7
 contlo=    100412.290000000       conthi=    100812.290000000     
 xcentval=    97612.2900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1025 ,         739 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97612.2900000000     
 !!! (i,j) of central value = (        1031 ,         780 )
 !!!  
 !!! Flagged value found    =    100404.530000000     
 !!! (i,j) of flagged value = (        1026 ,         738 )
 !!!   
 !!! Lower bound of contour interval =    100412.290000000     
 !!! Upper bound of contour interval =    100812.290000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1031  jfix=          780
 longitude=    286.352852140864      E   (   73.6471478591360      W)  
 (0-360E) xinp_fixlon=    286.352852140864     
 latitude=    34.7262897429973     
 mean mslp value (xval(9))=    98914.8916074861     
 gridpoint mslp value=    97612.2900000000     
 ccflag= y
 prs of last closed isobar =    100412.290000000     
 radius of last closed isobar =    85.5276655189982       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   84:00
 !!! Boundary check xinp_fixlat is   34.73
 !!! Boundary check xinp_fixlon is   73.65W   ( 286.35E)  (0-360E) xinp_fixlon=  286.35
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    286.389214868137     
  850 mb wcirc fix lat=    34.6517461520882     
    (0-360) 850 mb wcirc fix lon=    286.389214868137     
  Multi-parm fix lon=      286.322576860398     
  Multi-parm fix lat=      34.7375442812391     
    (0-360) Multi-parm fix lon=      286.322576860398     
  
  
  After get_ij B, ibeg jbeg =          936         675
  After get_ij B, iend jend =         1124         883
  
 In is_it_a_storm, ilonfix=         1030  jlatfix=          779
 ibeg jbeg iend jend =          936         675        1124         883
 cparm= v850  parmlon parmlat =    286.389214868137        34.6517461520882     
     (0-360E parmlon) =    286.389214868137     
 parmval=    126032643.875717     
  
 i= 1021 j=  730 glon=  286.05 (0-360E) glon=  286.05 glat=  36.64 u= -19.3100 v= -19.9800 vr= -17.11251 vt=  21.89151
 i= 1026 j=  730 glon=  286.25 (0-360E) glon=  286.25 glat=  36.64 u= -17.5900 v= -24.2200 vr= -23.16753 vt=  18.95474
 i= 1031 j=  730 glon=  286.45 (0-360E) glon=  286.45 glat=  36.64 u= -17.3900 v= -23.8100 vr= -24.22983 vt=  16.80010
 i= 1036 j=  730 glon=  286.65 (0-360E) glon=  286.65 glat=  36.64 u= -15.3000 v= -25.7300 vr= -27.20903 vt=  12.48165
 i= 1001 j=  735 glon=  285.25 (0-360E) glon=  285.25 glat=  36.44 u= -17.4000 v= -14.6400 vr=  -4.92297 vt=  22.20031
 i= 1006 j=  735 glon=  285.45 (0-360E) glon=  285.45 glat=  36.44 u= -16.6100 v= -17.9000 vr=  -9.87532 vt=  22.33339
 i= 1011 j=  735 glon=  285.65 (0-360E) glon=  285.65 glat=  36.44 u= -18.6000 v= -18.6700 vr= -11.71609 vt=  23.60640
 i= 1016 j=  735 glon=  285.85 (0-360E) glon=  285.85 glat=  36.44 u= -17.6100 v= -20.7000 vr= -15.87066 vt=  22.06183
 i= 1021 j=  735 glon=  286.05 (0-360E) glon=  286.05 glat=  36.44 u= -15.3900 v= -24.7800 vr= -22.11900 vt=  19.01710
 i= 1026 j=  735 glon=  286.25 (0-360E) glon=  286.25 glat=  36.44 u= -15.8100 v= -24.7900 vr= -23.72733 vt=  17.36416
 i= 1031 j=  735 glon=  286.45 (0-360E) glon=  286.45 glat=  36.44 u= -17.5200 v= -25.7400 vr= -26.20896 vt=  16.81036
 i= 1036 j=  735 glon=  286.65 (0-360E) glon=  286.65 glat=  36.44 u= -13.8500 v= -20.8000 vr= -22.28855 vt=  11.29970
 i= 1041 j=  735 glon=  286.85 (0-360E) glon=  286.85 glat=  36.44 u= -18.8800 v= -21.9900 vr= -25.40463 vt=  13.95061
 i= 1046 j=  735 glon=  287.05 (0-360E) glon=  287.05 glat=  36.44 u= -19.4700 v= -21.9000 vr= -26.59194 vt=  12.31096
 i= 1051 j=  735 glon=  287.25 (0-360E) glon=  287.25 glat=  36.44 u= -18.4800 v= -22.7300 vr= -27.91808 vt=   8.87379
 i= 1056 j=  735 glon=  287.45 (0-360E) glon=  287.45 glat=  36.44 u= -23.0000 v= -18.7300 vr= -26.89174 vt=  12.51587
 i=  996 j=  740 glon=  285.05 (0-360E) glon=  285.05 glat=  36.24 u= -15.3300 v= -17.0900 vr=  -5.32906 vt=  22.33110
 i= 1001 j=  740 glon=  285.25 (0-360E) glon=  285.25 glat=  36.24 u= -15.9800 v= -20.0600 vr=  -9.18524 vt=  23.94568
 i= 1006 j=  740 glon=  285.45 (0-360E) glon=  285.45 glat=  36.24 u= -16.1700 v= -20.8200 vr= -11.67797 vt=  23.63401
 i= 1011 j=  740 glon=  285.65 (0-360E) glon=  285.65 glat=  36.24 u= -17.6000 v= -25.3500 vr= -17.40899 vt=  25.48155
 i= 1016 j=  740 glon=  285.85 (0-360E) glon=  285.85 glat=  36.24 u= -12.5600 v= -20.9100 vr= -16.77504 vt=  17.70818
 i= 1021 j=  740 glon=  286.05 (0-360E) glon=  286.05 glat=  36.24 u= -13.6200 v= -22.9300 vr= -20.23377 vt=  17.37481
 i= 1026 j=  740 glon=  286.25 (0-360E) glon=  286.25 glat=  36.24 u= -18.5200 v= -23.5900 vr= -22.19408 vt=  20.17179
 i= 1031 j=  740 glon=  286.45 (0-360E) glon=  286.45 glat=  36.24 u= -19.3400 v= -20.3700 vr= -20.95544 vt=  18.70406
 i= 1036 j=  740 glon=  286.65 (0-360E) glon=  286.65 glat=  36.24 u= -19.1100 v= -21.7000 vr= -24.04311 vt=  16.06273
 i= 1041 j=  740 glon=  286.85 (0-360E) glon=  286.85 glat=  36.24 u= -20.3800 v= -22.2900 vr= -26.38786 vt=  14.69250
 i= 1046 j=  740 glon=  287.05 (0-360E) glon=  287.05 glat=  36.24 u= -26.7100 v= -16.4200 vr= -24.14534 vt=  20.00108
 i= 1051 j=  740 glon=  287.25 (0-360E) glon=  287.25 glat=  36.24 u= -25.6600 v= -12.4000 vr= -21.73575 vt=  18.43238
 i= 1056 j=  740 glon=  287.45 (0-360E) glon=  287.45 glat=  36.24 u= -23.6400 v=   1.9700 vr=  -9.61213 vt=  21.68726
 i= 1061 j=  740 glon=  287.65 (0-360E) glon=  287.65 glat=  36.24 u= -21.9400 v=   3.6000 vr=  -8.94321 vt=  20.35541
 i= 1066 j=  740 glon=  287.85 (0-360E) glon=  287.85 glat=  36.24 u= -11.8700 v=  10.4200 vr=   1.17276 vt=  15.75113
 i=  986 j=  745 glon=  284.65 (0-360E) glon=  284.65 glat=  36.04 u= -16.9900 v= -20.7200 vr=  -2.23180 vt=  26.70201
 i=  991 j=  745 glon=  284.85 (0-360E) glon=  284.85 glat=  36.04 u= -16.1300 v= -20.7500 vr=  -4.46933 vt=  25.89912
 i=  996 j=  745 glon=  285.05 (0-360E) glon=  285.05 glat=  36.04 u= -15.0800 v= -21.0400 vr=  -7.12392 vt=  24.88650
 i= 1001 j=  745 glon=  285.25 (0-360E) glon=  285.25 glat=  36.04 u= -14.7200 v= -23.3100 vr= -11.10742 vt=  25.23212
 i= 1006 j=  745 glon=  285.45 (0-360E) glon=  285.45 glat=  36.04 u= -18.1900 v= -24.7500 vr= -12.80924 vt=  27.91706
 i= 1011 j=  745 glon=  285.65 (0-360E) glon=  285.65 glat=  36.04 u= -14.1900 v= -21.1800 vr= -13.72776 vt=  21.48248
 i= 1016 j=  745 glon=  285.85 (0-360E) glon=  285.85 glat=  36.04 u= -14.9100 v= -21.9500 vr= -16.38571 vt=  20.87149
 i= 1021 j=  745 glon=  286.05 (0-360E) glon=  286.05 glat=  36.04 u= -15.8700 v= -26.5300 vr= -22.88891 vt=  20.77970
 i= 1026 j=  745 glon=  286.25 (0-360E) glon=  286.25 glat=  36.04 u= -19.6500 v= -26.2500 vr= -24.54106 vt=  21.74675
 i= 1031 j=  745 glon=  286.45 (0-360E) glon=  286.45 glat=  36.04 u= -23.5900 v= -20.2800 vr= -21.09819 vt=  22.86116
 i= 1036 j=  745 glon=  286.65 (0-360E) glon=  286.65 glat=  36.04 u= -27.2300 v= -17.2300 vr= -21.15471 vt=  24.30687
 i= 1041 j=  745 glon=  286.85 (0-360E) glon=  286.85 glat=  36.04 u= -27.7600 v= -12.7700 vr= -19.59098 vt=  23.44961
 i= 1046 j=  745 glon=  287.05 (0-360E) glon=  287.05 glat=  36.04 u= -23.1900 v=  -2.0900 vr= -10.36071 vt=  20.85186
 i= 1051 j=  745 glon=  287.25 (0-360E) glon=  287.25 glat=  36.04 u= -22.0400 v=   2.0500 vr=  -8.14726 vt=  20.58121
 i= 1056 j=  745 glon=  287.45 (0-360E) glon=  287.45 glat=  36.04 u= -12.5800 v=   7.8400 vr=  -0.02961 vt=  14.82299
 i= 1061 j=  745 glon=  287.65 (0-360E) glon=  287.65 glat=  36.04 u=  -8.9800 v=   6.4600 vr=  -0.18197 vt=  11.06069
 i= 1066 j=  745 glon=  287.85 (0-360E) glon=  287.85 glat=  36.04 u=  -9.5900 v=   6.9200 vr=  -1.03050 vt=  11.78103
 i= 1071 j=  745 glon=  288.05 (0-360E) glon=  288.05 glat=  36.04 u=  -9.3600 v=   5.6900 vr=  -2.50266 vt=  10.66407
 i=  981 j=  750 glon=  284.45 (0-360E) glon=  284.45 glat=  35.84 u= -14.0300 v= -21.4000 vr=  -1.49766 vt=  25.54521
 i=  986 j=  750 glon=  284.65 (0-360E) glon=  284.65 glat=  35.84 u= -15.3900 v= -22.1600 vr=  -2.29827 vt=  26.88188
 i=  991 j=  750 glon=  284.85 (0-360E) glon=  284.85 glat=  35.84 u= -14.1600 v= -22.0200 vr=  -4.73670 vt=  25.74781
 i=  996 j=  750 glon=  285.05 (0-360E) glon=  285.05 glat=  35.84 u= -15.1800 v= -23.0600 vr=  -6.59518 vt=  26.80857
 i= 1001 j=  750 glon=  285.25 (0-360E) glon=  285.25 glat=  35.84 u= -16.2700 v= -26.1600 vr= -10.48127 vt=  28.96897
 i= 1006 j=  750 glon=  285.45 (0-360E) glon=  285.45 glat=  35.84 u= -13.4400 v= -24.4800 vr= -13.21555 vt=  24.60190
 i= 1011 j=  750 glon=  285.65 (0-360E) glon=  285.65 glat=  35.84 u= -16.7400 v= -21.6100 vr= -11.63075 vt=  24.73753
 i= 1016 j=  750 glon=  285.85 (0-360E) glon=  285.85 glat=  35.84 u= -20.7300 v= -23.8400 vr= -15.10196 vt=  27.74904
 i= 1021 j=  750 glon=  286.05 (0-360E) glon=  286.05 glat=  35.84 u= -19.7800 v= -27.7700 vr= -22.51859 vt=  25.59950
 i= 1026 j=  750 glon=  286.25 (0-360E) glon=  286.25 glat=  35.84 u= -19.7600 v= -26.2500 vr= -24.22672 vt=  22.19429
 i= 1031 j=  750 glon=  286.45 (0-360E) glon=  286.45 glat=  35.84 u= -28.5000 v= -17.2900 vr= -18.44833 vt=  27.76424
 i= 1036 j=  750 glon=  286.65 (0-360E) glon=  286.65 glat=  35.84 u= -22.5400 v=  -2.5200 vr=  -6.45375 vt=  21.74284
 i= 1041 j=  750 glon=  286.85 (0-360E) glon=  286.85 glat=  35.84 u= -22.0000 v=   0.9900 vr=  -5.70499 vt=  21.27048
 i= 1046 j=  750 glon=  287.05 (0-360E) glon=  287.05 glat=  35.84 u= -16.3900 v=   5.2600 vr=  -2.00199 vt=  17.09654
 i= 1051 j=  750 glon=  287.25 (0-360E) glon=  287.25 glat=  35.84 u= -12.3300 v=   5.3600 vr=  -1.68279 vt=  13.33892
 i= 1056 j=  750 glon=  287.45 (0-360E) glon=  287.45 glat=  35.84 u= -10.5500 v=   8.6300 vr=   0.73271 vt=  13.61038
 i= 1061 j=  750 glon=  287.65 (0-360E) glon=  287.65 glat=  35.84 u=  -9.2700 v=  10.8900 vr=   2.12511 vt=  14.14245
 i= 1066 j=  750 glon=  287.85 (0-360E) glon=  287.85 glat=  35.84 u=  -7.5200 v=  10.6900 vr=   2.17754 vt=  12.88739
 i= 1071 j=  750 glon=  288.05 (0-360E) glon=  288.05 glat=  35.84 u=  -6.2900 v=   8.9100 vr=   1.10187 vt=  10.85072
 i= 1076 j=  750 glon=  288.25 (0-360E) glon=  288.25 glat=  35.84 u=  -6.1200 v=   7.3800 vr=  -0.31447 vt=   9.58227
 i=  976 j=  755 glon=  284.25 (0-360E) glon=  284.25 glat=  35.64 u= -12.4400 v= -22.3700 vr=  -0.03794 vt=  25.59627
 i=  981 j=  755 glon=  284.45 (0-360E) glon=  284.45 glat=  35.64 u= -13.2900 v= -22.9500 vr=  -0.73361 vt=  26.51016
 i=  986 j=  755 glon=  284.65 (0-360E) glon=  284.65 glat=  35.64 u= -14.8000 v= -22.2300 vr=  -0.41773 vt=  26.70278
 i=  991 j=  755 glon=  284.85 (0-360E) glon=  284.85 glat=  35.64 u= -15.0000 v= -25.2500 vr=  -3.68522 vt=  29.13729
 i=  996 j=  755 glon=  285.05 (0-360E) glon=  285.05 glat=  35.64 u= -14.0400 v= -26.2700 vr=  -7.08050 vt=  28.93270
 i= 1001 j=  755 glon=  285.25 (0-360E) glon=  285.25 glat=  35.64 u= -14.3400 v= -23.1300 vr=  -6.91896 vt=  26.32034
 i= 1006 j=  755 glon=  285.45 (0-360E) glon=  285.45 glat=  35.64 u= -19.2300 v= -23.5300 vr=  -6.70581 vt=  29.63926
 i= 1011 j=  755 glon=  285.65 (0-360E) glon=  285.65 glat=  35.64 u= -19.9800 v= -16.0200 vr=  -3.18777 vt=  25.41021
 i= 1016 j=  755 glon=  285.85 (0-360E) glon=  285.85 glat=  35.64 u= -24.3300 v= -24.9400 vr= -12.80608 vt=  32.40304
 i= 1021 j=  755 glon=  286.05 (0-360E) glon=  286.05 glat=  35.64 u= -25.4300 v= -29.5700 vr= -21.55165 vt=  32.50532
 i= 1026 j=  755 glon=  286.25 (0-360E) glon=  286.25 glat=  35.64 u= -23.2100 v= -17.1500 vr= -14.35395 vt=  25.03579
 i= 1031 j=  755 glon=  286.45 (0-360E) glon=  286.45 glat=  35.64 u= -22.7300 v=  -4.3300 vr=  -5.44964 vt=  22.48785
 i= 1036 j=  755 glon=  286.65 (0-360E) glon=  286.65 glat=  35.64 u= -21.5400 v=   0.9600 vr=  -3.59780 vt=  21.25909
 i= 1041 j=  755 glon=  286.85 (0-360E) glon=  286.85 glat=  35.64 u= -16.8700 v=   4.3300 vr=  -1.96627 vt=  17.30548
 i= 1046 j=  755 glon=  287.05 (0-360E) glon=  287.05 glat=  35.64 u= -14.9200 v=   6.7300 vr=  -1.26304 vt=  16.31882
 i= 1051 j=  755 glon=  287.25 (0-360E) glon=  287.25 glat=  35.64 u= -13.2800 v=   9.8900 vr=   0.33171 vt=  16.55477
 i= 1056 j=  755 glon=  287.45 (0-360E) glon=  287.45 glat=  35.64 u= -11.6800 v=  10.6300 vr=   0.25643 vt=  15.79093
 i= 1061 j=  755 glon=  287.65 (0-360E) glon=  287.65 glat=  35.64 u= -11.1600 v=  11.0900 vr=  -0.41886 vt=  15.72763
 i= 1066 j=  755 glon=  287.85 (0-360E) glon=  287.85 glat=  35.64 u=  -9.2400 v=  12.0500 vr=   0.51785 vt=  15.17603
 i= 1071 j=  755 glon=  288.05 (0-360E) glon=  288.05 glat=  35.64 u=  -6.6400 v=  12.1000 vr=   1.70305 vt=  13.69669
 i= 1076 j=  755 glon=  288.25 (0-360E) glon=  288.25 glat=  35.64 u=  -4.1700 v=  10.7700 vr=   2.32335 vt=  11.31300
 i= 1081 j=  755 glon=  288.45 (0-360E) glon=  288.45 glat=  35.64 u=  -3.0600 v=  10.7800 vr=   2.76371 vt=  10.85974
 i=  976 j=  760 glon=  284.25 (0-360E) glon=  284.25 glat=  35.44 u= -12.4100 v= -22.8300 vr=   2.08170 vt=  25.90142
 i=  981 j=  760 glon=  284.45 (0-360E) glon=  284.45 glat=  35.44 u= -12.7800 v= -23.7700 vr=   1.00308 vt=  26.96915
 i=  986 j=  760 glon=  284.65 (0-360E) glon=  284.65 glat=  35.44 u= -12.8000 v= -22.1800 vr=   0.56374 vt=  25.60224
 i=  991 j=  760 glon=  284.85 (0-360E) glon=  284.85 glat=  35.44 u= -14.0000 v= -25.9700 vr=  -1.79373 vt=  29.44866
 i=  996 j=  760 glon=  285.05 (0-360E) glon=  285.05 glat=  35.44 u= -10.7100 v= -26.8100 vr=  -6.86308 vt=  28.04244
 i= 1001 j=  760 glon=  285.25 (0-360E) glon=  285.25 glat=  35.44 u= -13.2300 v= -23.0700 vr=  -4.71373 vt=  26.17324
 i= 1006 j=  760 glon=  285.45 (0-360E) glon=  285.45 glat=  35.44 u= -18.7600 v= -20.1400 vr=  -1.25118 vt=  27.49530
 i= 1011 j=  760 glon=  285.65 (0-360E) glon=  285.65 glat=  35.44 u= -24.0400 v= -21.3800 vr=  -2.25320 vt=  32.09282
 i= 1016 j=  760 glon=  285.85 (0-360E) glon=  285.85 glat=  35.44 u= -26.6300 v= -17.5500 vr=  -2.24497 vt=  31.81383
 i= 1021 j=  760 glon=  286.05 (0-360E) glon=  286.05 glat=  35.44 u= -24.0300 v= -15.0100 vr=  -6.13104 vt=  27.66137
 i= 1026 j=  760 glon=  286.25 (0-360E) glon=  286.25 glat=  35.44 u= -23.8000 v= -10.5200 vr=  -6.97449 vt=  25.06924
 i= 1031 j=  760 glon=  286.45 (0-360E) glon=  286.45 glat=  35.44 u= -23.6100 v=  -6.5900 vr=  -8.04188 vt=  23.15574
 i= 1036 j=  760 glon=  286.65 (0-360E) glon=  286.65 glat=  35.44 u= -24.1000 v=   9.1500 vr=   2.54658 vt=  25.65243
 i= 1041 j=  760 glon=  286.85 (0-360E) glon=  286.85 glat=  35.44 u= -18.4500 v=  11.7800 vr=   2.66363 vt=  21.72731
 i= 1046 j=  760 glon=  287.05 (0-360E) glon=  287.05 glat=  35.44 u= -14.2900 v=  15.1400 vr=   4.38766 vt=  20.35122
 i= 1051 j=  760 glon=  287.25 (0-360E) glon=  287.25 glat=  35.44 u= -11.7000 v=  18.8300 vr=   6.21733 vt=  21.27918
 i= 1056 j=  760 glon=  287.45 (0-360E) glon=  287.45 glat=  35.44 u=  -9.9600 v=  14.8700 vr=   2.58928 vt=  17.70915
 i= 1061 j=  760 glon=  287.65 (0-360E) glon=  287.65 glat=  35.44 u=  -6.5100 v=  16.4200 vr=   4.75314 vt=  17.01188
 i= 1066 j=  760 glon=  287.85 (0-360E) glon=  287.85 glat=  35.44 u=  -5.5100 v=  14.4200 vr=   3.29169 vt=  15.08182
 i= 1071 j=  760 glon=  288.05 (0-360E) glon=  288.05 glat=  35.44 u=  -5.9600 v=  14.1300 vr=   1.87790 vt=  15.22012
 i= 1076 j=  760 glon=  288.25 (0-360E) glon=  288.25 glat=  35.44 u=  -4.5100 v=  12.8200 vr=   1.83136 vt=  13.46620
 i= 1081 j=  760 glon=  288.45 (0-360E) glon=  288.45 glat=  35.44 u=  -1.9000 v=  12.6800 vr=   3.58901 vt=  12.30900
 i= 1086 j=  760 glon=  288.65 (0-360E) glon=  288.65 glat=  35.44 u=   0.1600 v=  12.3100 vr=   4.91198 vt=  11.28867
 i=  971 j=  765 glon=  284.05 (0-360E) glon=  284.05 glat=  35.24 u= -10.7800 v= -22.2000 vr=   3.93364 vt=  24.36339
 i=  976 j=  765 glon=  284.25 (0-360E) glon=  284.25 glat=  35.24 u= -10.1400 v= -22.9900 vr=   2.43068 vt=  25.00903
 i=  981 j=  765 glon=  284.45 (0-360E) glon=  284.45 glat=  35.24 u= -10.3800 v= -23.5700 vr=   1.67366 vt=  25.69996
 i=  986 j=  765 glon=  284.65 (0-360E) glon=  284.65 glat=  35.24 u= -11.2600 v= -24.4300 vr=   1.20112 vt=  26.87322
 i=  991 j=  765 glon=  284.85 (0-360E) glon=  284.85 glat=  35.24 u= -13.4000 v= -26.9600 vr=   0.86114 vt=  30.09419
 i=  996 j=  765 glon=  285.05 (0-360E) glon=  285.05 glat=  35.24 u=  -5.3000 v= -26.4000 vr=  -7.71741 vt=  25.79712
 i= 1001 j=  765 glon=  285.25 (0-360E) glon=  285.25 glat=  35.24 u= -14.2100 v= -24.9300 vr=  -1.18844 vt=  28.67083
 i= 1006 j=  765 glon=  285.45 (0-360E) glon=  285.45 glat=  35.24 u= -17.0300 v= -21.2200 vr=   0.70904 vt=  27.19939
 i= 1011 j=  765 glon=  285.65 (0-360E) glon=  285.65 glat=  35.24 u= -22.3900 v= -20.8900 vr=   1.57081 vt=  30.58164
 i= 1016 j=  765 glon=  285.85 (0-360E) glon=  285.85 glat=  35.24 u= -23.5400 v= -21.9800 vr=  -3.38024 vt=  32.02852
 i= 1021 j=  765 glon=  286.05 (0-360E) glon=  286.05 glat=  35.24 u= -23.1400 v= -20.7500 vr=  -8.82652 vt=  29.80125
 i= 1026 j=  765 glon=  286.25 (0-360E) glon=  286.25 glat=  35.24 u= -30.6000 v= -14.5700 vr=  -8.42747 vt=  32.82716
 i= 1031 j=  765 glon=  286.45 (0-360E) glon=  286.45 glat=  35.24 u= -27.4500 v=   4.5100 vr=   2.21559 vt=  27.72965
 i= 1036 j=  765 glon=  286.65 (0-360E) glon=  286.65 glat=  35.24 u= -20.6300 v=  17.9300 vr=   9.83267 vt=  25.50295
 i= 1041 j=  765 glon=  286.85 (0-360E) glon=  286.85 glat=  35.24 u= -17.2100 v=  20.1200 vr=   7.64421 vt=  25.34886
 i= 1046 j=  765 glon=  287.05 (0-360E) glon=  287.05 glat=  35.24 u= -12.8200 v=  20.6500 vr=   6.50269 vt=  23.41986
 i= 1051 j=  765 glon=  287.25 (0-360E) glon=  287.25 glat=  35.24 u= -10.6000 v=  19.2500 vr=   4.16582 vt=  21.57704
 i= 1056 j=  765 glon=  287.45 (0-360E) glon=  287.45 glat=  35.24 u=  -6.1300 v=  23.0800 vr=   7.81979 vt=  22.56356
 i= 1061 j=  765 glon=  287.65 (0-360E) glon=  287.65 glat=  35.24 u=  -5.3600 v=  18.7700 vr=   4.58465 vt=  18.97428
 i= 1066 j=  765 glon=  287.85 (0-360E) glon=  287.85 glat=  35.24 u=  -2.3800 v=  19.8500 vr=   6.56255 vt=  18.88438
 i= 1071 j=  765 glon=  288.05 (0-360E) glon=  288.05 glat=  35.24 u=  -1.2200 v=  17.3600 vr=   5.70925 vt=  16.43966
 i= 1076 j=  765 glon=  288.25 (0-360E) glon=  288.25 glat=  35.24 u=  -1.6900 v=  16.4500 vr=   4.27770 vt=  15.97373
 i= 1081 j=  765 glon=  288.45 (0-360E) glon=  288.45 glat=  35.24 u=  -1.1600 v=  15.2700 vr=   3.85758 vt=  14.82017
 i= 1086 j=  765 glon=  288.65 (0-360E) glon=  288.65 glat=  35.24 u=   2.5200 v=  14.8700 vr=   6.83077 vt=  13.44648
 i=  971 j=  770 glon=  284.05 (0-360E) glon=  284.05 glat=  35.04 u=  -7.8500 v= -23.3500 vr=   3.20489 vt=  24.42486
 i=  976 j=  770 glon=  284.25 (0-360E) glon=  284.25 glat=  35.04 u=  -8.5700 v= -23.6000 vr=   3.39978 vt=  24.87662
 i=  981 j=  770 glon=  284.45 (0-360E) glon=  284.45 glat=  35.04 u=  -8.7600 v= -24.6400 vr=   2.78995 vt=  26.00160
 i=  986 j=  770 glon=  284.65 (0-360E) glon=  284.65 glat=  35.04 u=  -9.0100 v= -26.5400 vr=   1.84118 vt=  27.96715
 i=  991 j=  770 glon=  284.85 (0-360E) glon=  284.85 glat=  35.04 u=  -7.0800 v= -28.1200 vr=  -1.39228 vt=  28.96416
 i=  996 j=  770 glon=  285.05 (0-360E) glon=  285.05 glat=  35.04 u=  -7.5200 v= -25.4700 vr=  -1.31405 vt=  26.52441
 i= 1001 j=  770 glon=  285.25 (0-360E) glon=  285.25 glat=  35.04 u= -13.4800 v= -23.9800 vr=   3.31981 vt=  27.30805
 i= 1006 j=  770 glon=  285.45 (0-360E) glon=  285.45 glat=  35.04 u= -16.5800 v= -24.6400 vr=   3.78157 vt=  29.45718
 i= 1011 j=  770 glon=  285.65 (0-360E) glon=  285.65 glat=  35.04 u= -16.3900 v= -25.5800 vr=   0.06379 vt=  30.38033
 i= 1016 j=  770 glon=  285.85 (0-360E) glon=  285.85 glat=  35.04 u= -18.5700 v= -27.7800 vr=  -4.31923 vt=  33.13484
 i= 1021 j=  770 glon=  286.05 (0-360E) glon=  286.05 glat=  35.04 u= -26.6700 v= -28.6300 vr=  -7.67506 vt=  38.36742
 i= 1026 j=  770 glon=  286.25 (0-360E) glon=  286.25 glat=  35.04 u= -15.5200 v=  -4.7100 vr=  -0.10790 vt=  16.21860
 i= 1031 j=  770 glon=  286.45 (0-360E) glon=  286.45 glat=  35.04 u= -16.0000 v=   8.0400 vr=   5.97325 vt=  16.88081
 i= 1036 j=  770 glon=  286.65 (0-360E) glon=  286.65 glat=  35.04 u= -12.4000 v=  19.2700 vr=  10.92734 vt=  20.14165
 i= 1041 j=  770 glon=  286.85 (0-360E) glon=  286.85 glat=  35.04 u=  -8.2100 v=  22.2900 vr=  10.26015 vt=  21.42376
 i= 1046 j=  770 glon=  287.05 (0-360E) glon=  287.05 glat=  35.04 u=  -5.2700 v=  20.2200 vr=   7.48652 vt=  19.50829
 i= 1051 j=  770 glon=  287.25 (0-360E) glon=  287.25 glat=  35.04 u=  -3.7400 v=  22.5600 vr=   7.57123 vt=  21.57818
 i= 1056 j=  770 glon=  287.45 (0-360E) glon=  287.45 glat=  35.04 u=  -1.6300 v=  23.1200 vr=   7.89461 vt=  21.79143
 i= 1061 j=  770 glon=  287.65 (0-360E) glon=  287.65 glat=  35.04 u=  -1.7500 v=  24.6700 vr=   6.97548 vt=  23.72792
 i= 1066 j=  770 glon=  287.85 (0-360E) glon=  287.85 glat=  35.04 u=   0.9400 v=  21.4500 vr=   7.44510 vt=  20.13843
 i= 1071 j=  770 glon=  288.05 (0-360E) glon=  288.05 glat=  35.04 u=   1.6200 v=  20.6800 vr=   7.15536 vt=  19.47017
 i= 1076 j=  770 glon=  288.25 (0-360E) glon=  288.25 glat=  35.04 u=   1.0300 v=  18.1100 vr=   5.38950 vt=  17.32011
 i= 1081 j=  770 glon=  288.45 (0-360E) glon=  288.45 glat=  35.04 u=   1.3900 v=  17.3900 vr=   5.16742 vt=  16.66259
 i= 1086 j=  770 glon=  288.65 (0-360E) glon=  288.65 glat=  35.04 u=   3.2700 v=  16.5600 vr=   6.51018 vt=  15.57383
 i=  971 j=  775 glon=  284.05 (0-360E) glon=  284.05 glat=  34.84 u=  -6.0200 v= -25.2000 vr=   3.68501 vt=  25.64568
 i=  976 j=  775 glon=  284.25 (0-360E) glon=  284.25 glat=  34.84 u=  -6.2000 v= -24.4500 vr=   3.69147 vt=  24.95226
 i=  981 j=  775 glon=  284.45 (0-360E) glon=  284.45 glat=  34.84 u=  -7.5600 v= -27.4700 vr=   4.41471 vt=  28.14720
 i=  986 j=  775 glon=  284.65 (0-360E) glon=  284.65 glat=  34.84 u=  -5.3900 v= -28.4200 vr=   1.74810 vt=  28.87374
 i=  991 j=  775 glon=  284.85 (0-360E) glon=  284.85 glat=  34.84 u=  -3.9800 v= -27.9800 vr=  -0.08594 vt=  28.26152
 i=  996 j=  775 glon=  285.05 (0-360E) glon=  285.05 glat=  34.84 u= -10.4500 v= -27.2900 vr=   5.77982 vt=  28.64508
 i= 1001 j=  775 glon=  285.25 (0-360E) glon=  285.25 glat=  34.84 u= -11.2200 v= -24.3700 vr=   6.25356 vt=  26.08981
 i= 1006 j=  775 glon=  285.45 (0-360E) glon=  285.45 glat=  34.84 u= -12.3500 v= -27.4300 vr=   5.54664 vt=  29.56623
 i= 1011 j=  775 glon=  285.65 (0-360E) glon=  285.65 glat=  34.84 u=  -9.8500 v= -28.2900 vr=   1.06555 vt=  29.93679
 i= 1016 j=  775 glon=  285.85 (0-360E) glon=  285.85 glat=  34.84 u= -15.3400 v= -29.0500 vr=   2.77596 vt=  32.73396
 i= 1021 j=  775 glon=  286.05 (0-360E) glon=  286.05 glat=  34.84 u=  -2.4300 v= -20.3900 vr=  -9.39263 vt=  18.26022
 i= 1026 j=  775 glon=  286.25 (0-360E) glon=  286.25 glat=  34.84 u=  -5.5800 v= -12.2100 vr=  -7.51727 vt=  11.12255
 i= 1031 j=  775 glon=  286.45 (0-360E) glon=  286.45 glat=  34.84 u=  -9.0200 v=   8.9400 vr=   6.38359 vt=  10.97879
 i= 1036 j=  775 glon=  286.65 (0-360E) glon=  286.65 glat=  34.84 u=  -3.0700 v=  26.6200 vr=  15.33711 vt=  21.97322
 i= 1041 j=  775 glon=  286.85 (0-360E) glon=  286.85 glat=  34.84 u=   1.2100 v=  29.5800 vr=  14.28929 vt=  25.92791
 i= 1046 j=  775 glon=  287.05 (0-360E) glon=  287.05 glat=  34.84 u=   2.2100 v=  27.2200 vr=  11.00804 vt=  24.99271
 i= 1051 j=  775 glon=  287.25 (0-360E) glon=  287.25 glat=  34.84 u=   3.1500 v=  25.2700 vr=   9.52418 vt=  23.61748
 i= 1056 j=  775 glon=  287.45 (0-360E) glon=  287.45 glat=  34.84 u=   4.6100 v=  22.9800 vr=   9.32286 vt=  21.50388
 i= 1061 j=  775 glon=  287.65 (0-360E) glon=  287.65 glat=  34.84 u=   4.1400 v=  22.7800 vr=   8.09600 vt=  21.69154
 i= 1066 j=  775 glon=  287.85 (0-360E) glon=  287.85 glat=  34.84 u=   6.3100 v=  22.5600 vr=   9.66597 vt=  21.33867
 i= 1071 j=  775 glon=  288.05 (0-360E) glon=  288.05 glat=  34.84 u=   5.0600 v=  22.3900 vr=   7.99466 vt=  21.51746
 i= 1076 j=  775 glon=  288.25 (0-360E) glon=  288.25 glat=  34.84 u=   4.0100 v=  19.7800 vr=   6.31590 vt=  19.16867
 i= 1081 j=  775 glon=  288.45 (0-360E) glon=  288.45 glat=  34.84 u=   4.1900 v=  18.2700 vr=   6.09687 vt=  17.72505
 i= 1086 j=  775 glon=  288.65 (0-360E) glon=  288.65 glat=  34.84 u=   4.7500 v=  17.8900 vr=   6.43410 vt=  17.35560
 i=  971 j=  780 glon=  284.05 (0-360E) glon=  284.05 glat=  34.64 u=  -4.5200 v= -26.2100 vr=   4.76261 vt=  26.16700
 i=  976 j=  780 glon=  284.25 (0-360E) glon=  284.25 glat=  34.64 u=  -3.5800 v= -26.2800 vr=   3.83350 vt=  26.24422
 i=  981 j=  780 glon=  284.45 (0-360E) glon=  284.45 glat=  34.64 u=  -4.8200 v= -28.4000 vr=   5.10750 vt=  28.34971
 i=  986 j=  780 glon=  284.65 (0-360E) glon=  284.65 glat=  34.64 u=  -3.1800 v= -29.1800 vr=   3.49313 vt=  29.14417
 i=  991 j=  780 glon=  284.85 (0-360E) glon=  284.85 glat=  34.64 u=  -1.1800 v= -29.5100 vr=   1.51993 vt=  29.49445
 i=  996 j=  780 glon=  285.05 (0-360E) glon=  285.05 glat=  34.64 u=  -4.7000 v= -27.2900 vr=   5.04275 vt=  27.22875
 i= 1001 j=  780 glon=  285.25 (0-360E) glon=  285.25 glat=  34.64 u=  -5.0600 v= -28.3600 vr=   5.45773 vt=  28.28615
 i= 1006 j=  780 glon=  285.45 (0-360E) glon=  285.45 glat=  34.64 u=  -8.5000 v= -28.1700 vr=   8.95558 vt=  28.02849
 i= 1011 j=  780 glon=  285.65 (0-360E) glon=  285.65 glat=  34.64 u=  -1.6000 v= -29.3800 vr=   2.17792 vt=  29.34282
 i= 1016 j=  780 glon=  285.85 (0-360E) glon=  285.85 glat=  34.64 u=   4.4700 v= -25.6400 vr=  -3.80349 vt=  25.74731
 i= 1021 j=  780 glon=  286.05 (0-360E) glon=  286.05 glat=  34.64 u=   9.6900 v= -20.9800 vr=  -8.84375 vt=  21.35052
 i= 1026 j=  780 glon=  286.25 (0-360E) glon=  286.25 glat=  34.64 u=  14.1200 v= -11.6300 vr= -12.95192 vt=  12.91817
 i= 1031 j=  780 glon=  286.45 (0-360E) glon=  286.45 glat=  34.64 u=  20.4300 v=   4.2200 vr=  19.02017 vt=   8.56892
 i= 1036 j=  780 glon=  286.65 (0-360E) glon=  286.65 glat=  34.64 u=  13.0600 v=  29.0100 vr=  11.53747 vt=  29.64845
 i= 1041 j=  780 glon=  286.85 (0-360E) glon=  286.85 glat=  34.64 u=  12.5300 v=  26.8400 vr=  11.71712 vt=  27.20470
 i= 1046 j=  780 glon=  287.05 (0-360E) glon=  287.05 glat=  34.64 u=  10.6100 v=  30.2000 vr=   9.95160 vt=  30.42331
 i= 1051 j=  780 glon=  287.25 (0-360E) glon=  287.25 glat=  34.64 u=   7.0400 v=  25.9700 vr=   6.58707 vt=  26.08856
 i= 1056 j=  780 glon=  287.45 (0-360E) glon=  287.45 glat=  34.64 u=   8.9600 v=  23.9200 vr=   8.60482 vt=  24.05005
 i= 1061 j=  780 glon=  287.65 (0-360E) glon=  287.65 glat=  34.64 u=  10.2600 v=  22.3200 vr=   9.96668 vt=  22.45251
 i= 1066 j=  780 glon=  287.85 (0-360E) glon=  287.85 glat=  34.64 u=   8.9600 v=  22.5500 vr=   8.69088 vt=  22.65508
 i= 1071 j=  780 glon=  288.05 (0-360E) glon=  288.05 glat=  34.64 u=   9.2400 v=  22.8500 vr=   8.98746 vt=  22.95051
 i= 1076 j=  780 glon=  288.25 (0-360E) glon=  288.25 glat=  34.64 u=   7.3500 v=  20.8500 vr=   7.13364 vt=  20.92501
 i= 1081 j=  780 glon=  288.45 (0-360E) glon=  288.45 glat=  34.64 u=   6.6000 v=  18.6500 vr=   6.41630 vt=  18.71399
 i= 1086 j=  780 glon=  288.65 (0-360E) glon=  288.65 glat=  34.64 u=   6.7400 v=  17.9600 vr=   6.57068 vt=  18.02263
 i=  971 j=  785 glon=  284.05 (0-360E) glon=  284.05 glat=  34.44 u=  -3.9100 v= -25.3300 vr=   6.77905 vt=  24.71723
 i=  976 j=  785 glon=  284.25 (0-360E) glon=  284.25 glat=  34.44 u=  -2.5500 v= -26.8900 vr=   5.86125 vt=  26.36703
 i=  981 j=  785 glon=  284.45 (0-360E) glon=  284.45 glat=  34.44 u=  -2.5900 v= -27.7700 vr=   6.32820 vt=  27.16312
 i=  986 j=  785 glon=  284.65 (0-360E) glon=  284.65 glat=  34.44 u=  -0.5200 v= -28.6700 vr=   4.80760 vt=  28.26882
 i=  991 j=  785 glon=  284.85 (0-360E) glon=  284.85 glat=  34.44 u=   2.7700 v= -30.2100 vr=   2.33595 vt=  30.24666
 i=  996 j=  785 glon=  285.05 (0-360E) glon=  285.05 glat=  34.44 u=   3.3200 v= -29.4500 vr=   2.36344 vt=  29.54216
 i= 1001 j=  785 glon=  285.25 (0-360E) glon=  285.25 glat=  34.44 u=   4.4700 v= -28.2900 vr=   1.91854 vt=  28.57664
 i= 1006 j=  785 glon=  285.45 (0-360E) glon=  285.45 glat=  34.44 u=   0.5700 v= -31.4100 vr=   7.77578 vt=  30.43764
 i= 1011 j=  785 glon=  285.65 (0-360E) glon=  285.65 glat=  34.44 u=   6.4200 v= -23.0100 vr=   1.50031 vt=  23.84168
 i= 1016 j=  785 glon=  285.85 (0-360E) glon=  285.85 glat=  34.44 u=  11.8500 v= -18.7200 vr=  -2.65876 vt=  21.99527
 i= 1021 j=  785 glon=  286.05 (0-360E) glon=  286.05 glat=  34.44 u=  16.1100 v= -12.8200 vr=  -5.14383 vt=  19.93553
 i= 1026 j=  785 glon=  286.25 (0-360E) glon=  286.25 glat=  34.44 u=  22.4800 v=  -5.6700 vr=  -5.81538 vt=  22.44283
 i= 1031 j=  785 glon=  286.45 (0-360E) glon=  286.45 glat=  34.44 u=  26.9900 v=   8.9800 vr=  -2.61705 vt=  28.32405
 i= 1036 j=  785 glon=  286.65 (0-360E) glon=  286.65 glat=  34.44 u=  23.6000 v=  21.1500 vr=   1.93460 vt=  31.63131
 i= 1041 j=  785 glon=  286.85 (0-360E) glon=  286.85 glat=  34.44 u=  23.9300 v=  20.2600 vr=  11.01163 vt=  29.35739
 i= 1046 j=  785 glon=  287.05 (0-360E) glon=  287.05 glat=  34.44 u=  17.1400 v=  24.5900 vr=   7.03165 vt=  29.13767
 i= 1051 j=  785 glon=  287.25 (0-360E) glon=  287.25 glat=  34.44 u=  10.7500 v=  25.3200 vr=   3.01571 vt=  27.34173
 i= 1056 j=  785 glon=  287.45 (0-360E) glon=  287.45 glat=  34.44 u=  11.2000 v=  23.1100 vr=   5.39235 vt=  25.10846
 i= 1061 j=  785 glon=  287.65 (0-360E) glon=  287.65 glat=  34.44 u=  13.0800 v=  23.1100 vr=   8.13570 vt=  25.27783
 i= 1066 j=  785 glon=  287.85 (0-360E) glon=  287.85 glat=  34.44 u=  11.1800 v=  22.9800 vr=   6.95331 vt=  24.59114
 i= 1071 j=  785 glon=  288.05 (0-360E) glon=  288.05 glat=  34.44 u=  11.7600 v=  22.1700 vr=   8.14623 vt=  23.73701
 i= 1076 j=  785 glon=  288.25 (0-360E) glon=  288.25 glat=  34.44 u=   9.6300 v=  20.6600 vr=   6.62402 vt=  21.81043
 i= 1081 j=  785 glon=  288.45 (0-360E) glon=  288.45 glat=  34.44 u=   8.8200 v=  18.6200 vr=   6.35883 vt=  19.59750
 i= 1086 j=  785 glon=  288.65 (0-360E) glon=  288.65 glat=  34.44 u=   8.3200 v=  18.5100 vr=   6.07905 vt=  19.36201
 i=  971 j=  790 glon=  284.05 (0-360E) glon=  284.05 glat=  34.24 u=  -1.7000 v= -22.0400 vr=   6.37252 vt=  21.16702
 i=  976 j=  790 glon=  284.25 (0-360E) glon=  284.25 glat=  34.24 u=  -0.7200 v= -25.2000 vr=   6.54217 vt=  24.34663
 i=  981 j=  790 glon=  284.45 (0-360E) glon=  284.45 glat=  34.24 u=  -1.3800 v= -26.4400 vr=   8.03307 vt=  25.22792
 i=  986 j=  790 glon=  284.65 (0-360E) glon=  284.65 glat=  34.24 u=   0.4200 v= -28.3000 vr=   7.50298 vt=  27.29051
 i=  991 j=  790 glon=  284.85 (0-360E) glon=  284.85 glat=  34.24 u=   3.9900 v= -28.9700 vr=   5.23016 vt=  28.77197
 i=  996 j=  790 glon=  285.05 (0-360E) glon=  285.05 glat=  34.24 u=   7.0100 v= -27.5600 vr=   3.12756 vt=  28.26503
 i= 1001 j=  790 glon=  285.25 (0-360E) glon=  285.25 glat=  34.24 u=   9.1400 v= -24.9800 vr=   1.70317 vt=  26.54504
 i= 1006 j=  790 glon=  285.45 (0-360E) glon=  285.45 glat=  34.24 u=  12.4800 v= -28.2300 vr=   2.26465 vt=  30.78238
 i= 1011 j=  790 glon=  285.65 (0-360E) glon=  285.65 glat=  34.24 u=  15.1900 v= -17.2500 vr=  -2.92559 vt=  22.79780
 i= 1016 j=  790 glon=  285.85 (0-360E) glon=  285.85 glat=  34.24 u=  16.4900 v= -13.0800 vr=  -3.22431 vt=  20.79929
 i= 1021 j=  790 glon=  286.05 (0-360E) glon=  286.05 glat=  34.24 u=  19.7100 v=  -8.3900 vr=  -4.16692 vt=  21.01221
 i= 1026 j=  790 glon=  286.25 (0-360E) glon=  286.25 glat=  34.24 u=  22.5100 v=  -1.2100 vr=  -4.92545 vt=  21.99782
 i= 1031 j=  790 glon=  286.45 (0-360E) glon=  286.45 glat=  34.24 u=  28.2200 v=   8.8800 vr=  -5.46136 vt=  29.07570
 i= 1036 j=  790 glon=  286.65 (0-360E) glon=  286.65 glat=  34.24 u=  29.5400 v=  13.9500 vr=   1.26247 vt=  32.64384
 i= 1041 j=  790 glon=  286.85 (0-360E) glon=  286.85 glat=  34.24 u=  30.1100 v=  16.6500 vr=   8.14130 vt=  33.42984
 i= 1046 j=  790 glon=  287.05 (0-360E) glon=  287.05 glat=  34.24 u=  21.2200 v=  19.2800 vr=   5.26594 vt=  28.18291
 i= 1051 j=  790 glon=  287.25 (0-360E) glon=  287.25 glat=  34.24 u=  15.9500 v=  20.7600 vr=   3.33364 vt=  25.96665
 i= 1056 j=  790 glon=  287.45 (0-360E) glon=  287.45 glat=  34.24 u=  13.9900 v=  21.4000 vr=   3.48746 vt=  25.32820
 i= 1061 j=  790 glon=  287.65 (0-360E) glon=  287.65 glat=  34.24 u=  13.6000 v=  22.9400 vr=   4.12649 vt=  26.34721
 i= 1066 j=  790 glon=  287.85 (0-360E) glon=  287.85 glat=  34.24 u=  12.7800 v=  22.1300 vr=   4.85525 vt=  25.08968
 i= 1071 j=  790 glon=  288.05 (0-360E) glon=  288.05 glat=  34.24 u=  13.6600 v=  21.2400 vr=   6.87670 vt=  24.29906
 i= 1076 j=  790 glon=  288.25 (0-360E) glon=  288.25 glat=  34.24 u=  11.2000 v=  19.6700 vr=   5.62805 vt=  21.92428
 i= 1081 j=  790 glon=  288.45 (0-360E) glon=  288.45 glat=  34.24 u=  10.6900 v=  18.1900 vr=   6.01185 vt=  20.22399
 i= 1086 j=  790 glon=  288.65 (0-360E) glon=  288.65 glat=  34.24 u=   9.7500 v=  17.9000 vr=   5.55953 vt=  19.61031
 i=  976 j=  795 glon=  284.25 (0-360E) glon=  284.25 glat=  34.04 u=   1.7000 v= -22.1800 vr=   5.75296 vt=  21.48827
 i=  981 j=  795 glon=  284.45 (0-360E) glon=  284.45 glat=  34.04 u=   1.3400 v= -24.4600 vr=   7.57461 vt=  23.29619
 i=  986 j=  795 glon=  284.65 (0-360E) glon=  284.65 glat=  34.04 u=   1.8700 v= -26.8100 vr=   8.87817 vt=  25.36634
 i=  991 j=  795 glon=  284.85 (0-360E) glon=  284.85 glat=  34.04 u=   4.0900 v= -28.0500 vr=   8.56246 vt=  27.02249
 i=  996 j=  795 glon=  285.05 (0-360E) glon=  285.05 glat=  34.04 u=   7.4800 v= -26.5900 vr=   6.39249 vt=  26.87219
 i= 1001 j=  795 glon=  285.25 (0-360E) glon=  285.25 glat=  34.04 u=  10.2400 v= -25.8900 vr=   5.58088 vt=  27.27643
 i= 1006 j=  795 glon=  285.45 (0-360E) glon=  285.45 glat=  34.04 u=  13.4400 v= -21.9800 vr=   3.09144 vt=  25.57727
 i= 1011 j=  795 glon=  285.65 (0-360E) glon=  285.65 glat=  34.04 u=  17.6000 v= -22.4900 vr=   3.50462 vt=  28.34215
 i= 1016 j=  795 glon=  285.85 (0-360E) glon=  285.85 glat=  34.04 u=  23.1200 v= -13.8400 vr=  -2.41885 vt=  26.83709
 i= 1021 j=  795 glon=  286.05 (0-360E) glon=  286.05 glat=  34.04 u=  28.9100 v=  -7.1300 vr=  -5.57457 vt=  29.24977
 i= 1026 j=  795 glon=  286.25 (0-360E) glon=  286.25 glat=  34.04 u=  32.1800 v=  -0.1400 vr=  -5.84359 vt=  31.64529
 i= 1031 j=  795 glon=  286.45 (0-360E) glon=  286.45 glat=  34.04 u=  32.0200 v=   6.1500 vr=  -3.55750 vt=  32.41060
 i= 1036 j=  795 glon=  286.65 (0-360E) glon=  286.65 glat=  34.04 u=  30.0300 v=  11.0000 vr=  -0.45329 vt=  31.97805
 i= 1041 j=  795 glon=  286.85 (0-360E) glon=  286.85 glat=  34.04 u=  27.1600 v=  12.7200 vr=   3.49509 vt=  29.78671
 i= 1046 j=  795 glon=  287.05 (0-360E) glon=  287.05 glat=  34.04 u=  23.3100 v=  14.8600 vr=   4.37631 vt=  27.29512
 i= 1051 j=  795 glon=  287.25 (0-360E) glon=  287.25 glat=  34.04 u=  20.3000 v=  16.8600 vr=   4.33224 vt=  26.03039
 i= 1056 j=  795 glon=  287.45 (0-360E) glon=  287.45 glat=  34.04 u=  16.9900 v=  18.1300 vr=   3.48645 vt=  24.60085
 i= 1061 j=  795 glon=  287.65 (0-360E) glon=  287.65 glat=  34.04 u=  15.4100 v=  20.3400 vr=   2.90682 vt=  25.35220
 i= 1066 j=  795 glon=  287.85 (0-360E) glon=  287.85 glat=  34.04 u=  17.0100 v=  20.9000 vr=   5.62778 vt=  26.35296
 i= 1071 j=  795 glon=  288.05 (0-360E) glon=  288.05 glat=  34.04 u=  15.1000 v=  19.8000 vr=   5.63034 vt=  24.25591
 i= 1076 j=  795 glon=  288.25 (0-360E) glon=  288.25 glat=  34.04 u=  12.7900 v=  18.9600 vr=   4.77278 vt=  22.36708
 i= 1081 j=  795 glon=  288.45 (0-360E) glon=  288.45 glat=  34.04 u=  12.0200 v=  18.0800 vr=   5.09349 vt=  21.10505
 i= 1086 j=  795 glon=  288.65 (0-360E) glon=  288.65 glat=  34.04 u=  11.7400 v=  17.5200 vr=   5.59331 vt=  20.33452
 i=  976 j=  800 glon=  284.25 (0-360E) glon=  284.25 glat=  33.84 u=   1.3200 v= -22.6700 vr=   8.35674 vt=  21.11483
 i=  981 j=  800 glon=  284.45 (0-360E) glon=  284.45 glat=  33.84 u=   3.3700 v= -23.4700 vr=   7.68938 vt=  22.42925
 i=  986 j=  800 glon=  284.65 (0-360E) glon=  284.65 glat=  33.84 u=   3.3600 v= -25.0000 vr=   9.44989 vt=  23.38780
 i=  991 j=  800 glon=  284.85 (0-360E) glon=  284.85 glat=  33.84 u=   5.5800 v= -25.0000 vr=   8.81516 vt=  24.05056
 i=  996 j=  800 glon=  285.05 (0-360E) glon=  285.05 glat=  33.84 u=   6.5300 v= -25.1900 vr=   9.68916 vt=  24.15154
 i= 1001 j=  800 glon=  285.25 (0-360E) glon=  285.25 glat=  33.84 u=  10.8800 v= -21.6400 vr=   5.93225 vt=  23.48345
 i= 1006 j=  800 glon=  285.45 (0-360E) glon=  285.45 glat=  33.84 u=  13.1400 v= -22.5500 vr=   7.24643 vt=  25.07292
 i= 1011 j=  800 glon=  285.65 (0-360E) glon=  285.65 glat=  33.84 u=  18.1300 v= -18.1700 vr=   3.63078 vt=  25.40990
 i= 1016 j=  800 glon=  285.85 (0-360E) glon=  285.85 glat=  33.84 u=  21.9900 v= -12.5900 vr=   0.45485 vt=  25.33498
 i= 1021 j=  800 glon=  286.05 (0-360E) glon=  286.05 glat=  33.84 u=  25.0200 v=  -7.6400 vr=  -0.95801 vt=  26.14292
 i= 1026 j=  800 glon=  286.25 (0-360E) glon=  286.25 glat=  33.84 u=  26.4600 v=  -0.3300 vr=  -3.40864 vt=  26.24160
 i= 1031 j=  800 glon=  286.45 (0-360E) glon=  286.45 glat=  33.84 u=  26.4400 v=   5.7300 vr=  -4.11586 vt=  26.73885
 i= 1036 j=  800 glon=  286.65 (0-360E) glon=  286.65 glat=  33.84 u=  24.6700 v=   9.2900 vr=  -2.68304 vt=  26.22431
 i= 1041 j=  800 glon=  286.85 (0-360E) glon=  286.85 glat=  33.84 u=  23.1000 v=  10.3200 vr=   0.42894 vt=  25.29681
 i= 1046 j=  800 glon=  287.05 (0-360E) glon=  287.05 glat=  33.84 u=  23.8500 v=  10.8800 vr=   4.23890 vt=  25.86945
 i= 1051 j=  800 glon=  287.25 (0-360E) glon=  287.25 glat=  33.84 u=  20.3000 v=  11.7000 vr=   4.53145 vt=  22.98795
 i= 1056 j=  800 glon=  287.45 (0-360E) glon=  287.45 glat=  33.84 u=  20.0700 v=  15.3000 vr=   4.26930 vt=  24.87304
 i= 1061 j=  800 glon=  287.65 (0-360E) glon=  287.65 glat=  33.84 u=  18.4300 v=  18.1500 vr=   3.30955 vt=  25.65413
 i= 1066 j=  800 glon=  287.85 (0-360E) glon=  287.85 glat=  33.84 u=  19.1600 v=  19.1000 vr=   5.15327 vt=  26.55860
 i= 1071 j=  800 glon=  288.05 (0-360E) glon=  288.05 glat=  33.84 u=  16.0900 v=  18.6200 vr=   4.27816 vt=  24.23406
 i= 1076 j=  800 glon=  288.25 (0-360E) glon=  288.25 glat=  33.84 u=  14.1900 v=  17.9500 vr=   4.07336 vt=  22.51591
 i= 1081 j=  800 glon=  288.45 (0-360E) glon=  288.45 glat=  33.84 u=  13.4200 v=  17.7600 vr=   4.36928 vt=  21.82713
 i=  981 j=  805 glon=  284.45 (0-360E) glon=  284.45 glat=  33.64 u=   4.4100 v= -23.3200 vr=   8.79730 vt=  22.04264
 i=  986 j=  805 glon=  284.65 (0-360E) glon=  284.65 glat=  33.64 u=   5.0500 v= -23.5900 vr=   9.51437 vt=  22.16906
 i=  991 j=  805 glon=  284.85 (0-360E) glon=  284.85 glat=  33.64 u=   5.8500 v= -21.2700 vr=   8.71009 vt=  20.26746
 i=  996 j=  805 glon=  285.05 (0-360E) glon=  285.05 glat=  33.64 u=   8.3300 v= -19.3100 vr=   6.91661 vt=  19.86015
 i= 1001 j=  805 glon=  285.25 (0-360E) glon=  285.25 glat=  33.64 u=  10.4100 v= -18.0600 vr=   6.15473 vt=  19.91610
 i= 1006 j=  805 glon=  285.45 (0-360E) glon=  285.45 glat=  33.64 u=  13.9000 v= -15.8300 vr=   4.11391 vt=  20.66094
 i= 1011 j=  805 glon=  285.65 (0-360E) glon=  285.65 glat=  33.64 u=  16.2600 v= -12.4300 vr=   2.24082 vt=  20.34383
 i= 1016 j=  805 glon=  285.85 (0-360E) glon=  285.85 glat=  33.64 u=  19.7500 v=  -7.3700 vr=  -1.21992 vt=  21.04498
 i= 1021 j=  805 glon=  286.05 (0-360E) glon=  286.05 glat=  33.64 u=  23.6700 v=  -0.4700 vr=  -5.87906 vt=  22.93309
 i= 1026 j=  805 glon=  286.25 (0-360E) glon=  286.25 glat=  33.64 u=  23.7400 v=   1.9800 vr=  -4.66671 vt=  23.36086
 i= 1031 j=  805 glon=  286.45 (0-360E) glon=  286.45 glat=  33.64 u=  23.3600 v=   4.5600 vr=  -3.41667 vt=  23.55440
 i= 1036 j=  805 glon=  286.65 (0-360E) glon=  286.65 glat=  33.64 u=  22.4400 v=   6.1300 vr=  -1.34348 vt=  23.22338
 i= 1041 j=  805 glon=  286.85 (0-360E) glon=  286.85 glat=  33.64 u=  23.4100 v=   5.4200 vr=   3.14642 vt=  23.82235
 i= 1046 j=  805 glon=  287.05 (0-360E) glon=  287.05 glat=  33.64 u=  22.0700 v=   7.2300 vr=   4.08928 vt=  22.86122
 i= 1051 j=  805 glon=  287.25 (0-360E) glon=  287.25 glat=  33.64 u=  22.1300 v=   9.6100 vr=   4.82831 vt=  23.63845
 i= 1056 j=  805 glon=  287.45 (0-360E) glon=  287.45 glat=  33.64 u=  21.5800 v=  14.0500 vr=   3.46223 vt=  25.51689
 i= 1061 j=  805 glon=  287.65 (0-360E) glon=  287.65 glat=  33.64 u=  20.6600 v=  17.1900 vr=   2.78261 vt=  26.73179
 i= 1066 j=  805 glon=  287.85 (0-360E) glon=  287.85 glat=  33.64 u=  20.1100 v=  17.3300 vr=   4.20684 vt=  26.21151
 i= 1071 j=  805 glon=  288.05 (0-360E) glon=  288.05 glat=  33.64 u=  16.5800 v=  17.3000 vr=   3.00204 vt=  23.77339
 i= 1076 j=  805 glon=  288.25 (0-360E) glon=  288.25 glat=  33.64 u=  15.4800 v=  17.3800 vr=   3.29217 vt=  23.04032
 i= 1081 j=  805 glon=  288.45 (0-360E) glon=  288.45 glat=  33.64 u=  14.9800 v=  16.8400 vr=   4.18316 vt=  22.14695
 i=  981 j=  810 glon=  284.45 (0-360E) glon=  284.45 glat=  33.44 u=   4.9500 v= -21.0500 vr=   8.80494 vt=  19.75040
 i=  986 j=  810 glon=  284.65 (0-360E) glon=  284.65 glat=  33.44 u=   7.5900 v= -20.8800 vr=   7.70483 vt=  20.83790
 i=  991 j=  810 glon=  284.85 (0-360E) glon=  284.85 glat=  33.44 u=   8.8800 v= -20.1700 vr=   7.52008 vt=  20.71550
 i=  996 j=  810 glon=  285.05 (0-360E) glon=  285.05 glat=  33.44 u=  11.4400 v= -18.9900 vr=   6.33396 vt=  21.24558
 i= 1001 j=  810 glon=  285.25 (0-360E) glon=  285.25 glat=  33.44 u=  12.0600 v= -17.9800 vr=   6.81521 vt=  20.54938
 i= 1006 j=  810 glon=  285.45 (0-360E) glon=  285.45 glat=  33.44 u=  13.4700 v= -13.8100 vr=   4.36972 vt=  18.78996
 i= 1011 j=  810 glon=  285.65 (0-360E) glon=  285.65 glat=  33.44 u=  17.0700 v= -11.7700 vr=   2.82448 vt=  20.54118
 i= 1016 j=  810 glon=  285.85 (0-360E) glon=  285.85 glat=  33.44 u=  20.1700 v=  -6.2400 vr=  -1.11233 vt=  21.08386
 i= 1021 j=  810 glon=  286.05 (0-360E) glon=  286.05 glat=  33.44 u=  21.3600 v=  -2.2500 vr=  -2.63389 vt=  21.31607
 i= 1026 j=  810 glon=  286.25 (0-360E) glon=  286.25 glat=  33.44 u=  20.1000 v=  -0.6000 vr=  -1.31574 vt=  20.06586
 i= 1031 j=  810 glon=  286.45 (0-360E) glon=  286.45 glat=  33.44 u=  21.3700 v=   1.5600 vr=  -0.68883 vt=  21.41579
 i= 1036 j=  810 glon=  286.65 (0-360E) glon=  286.65 glat=  33.44 u=  21.4300 v=   2.3000 vr=   1.47175 vt=  21.50276
 i= 1041 j=  810 glon=  286.85 (0-360E) glon=  286.85 glat=  33.44 u=  20.5900 v=   5.1100 vr=   1.28015 vt=  21.17596
 i= 1046 j=  810 glon=  287.05 (0-360E) glon=  287.05 glat=  33.44 u=  21.6900 v=   6.9600 vr=   2.54382 vt=  22.63684
 i= 1051 j=  810 glon=  287.25 (0-360E) glon=  287.25 glat=  33.44 u=  23.5200 v=   9.9200 vr=   3.32181 vt=  25.30933
 i= 1056 j=  810 glon=  287.45 (0-360E) glon=  287.45 glat=  33.44 u=  21.2600 v=  13.7300 vr=   1.29904 vt=  25.27475
 i= 1061 j=  810 glon=  287.65 (0-360E) glon=  287.65 glat=  33.44 u=  22.4300 v=  15.9900 vr=   2.44789 vt=  27.43707
 i= 1066 j=  810 glon=  287.85 (0-360E) glon=  287.85 glat=  33.44 u=  19.2500 v=  15.5600 vr=   2.50640 vt=  24.62507
 i= 1071 j=  810 glon=  288.05 (0-360E) glon=  288.05 glat=  33.44 u=  16.9600 v=  16.2400 vr=   1.90113 vt=  23.40438
 i= 1076 j=  810 glon=  288.25 (0-360E) glon=  288.25 glat=  33.44 u=  17.0500 v=  16.0900 vr=   3.35848 vt=  23.20153
 i=  986 j=  815 glon=  284.65 (0-360E) glon=  284.65 glat=  33.24 u=   8.3400 v= -20.7000 vr=   8.59218 vt=  20.59660
 i=  991 j=  815 glon=  284.85 (0-360E) glon=  284.85 glat=  33.24 u=  10.4300 v= -22.2100 vr=   9.54738 vt=  22.60346
 i=  996 j=  815 glon=  285.05 (0-360E) glon=  285.05 glat=  33.24 u=  13.9100 v= -19.9100 vr=   7.10574 vt=  23.22509
 i= 1001 j=  815 glon=  285.25 (0-360E) glon=  285.25 glat=  33.24 u=  18.8300 v= -18.0000 vr=   4.53786 vt=  25.65106
 i= 1006 j=  815 glon=  285.45 (0-360E) glon=  285.45 glat=  33.24 u=  18.0400 v=  -7.3800 vr=  -2.22410 vt=  19.36387
 i= 1011 j=  815 glon=  285.65 (0-360E) glon=  285.65 glat=  33.24 u=  18.1000 v=  -6.7500 vr=  -0.99852 vt=  19.29185
 i= 1016 j=  815 glon=  285.85 (0-360E) glon=  285.85 glat=  33.24 u=  20.6700 v=  -4.4700 vr=  -1.96897 vt=  21.05595
 i= 1021 j=  815 glon=  286.05 (0-360E) glon=  286.05 glat=  33.24 u=  24.9000 v=  -3.5800 vr=  -1.35269 vt=  25.11965
 i= 1026 j=  815 glon=  286.25 (0-360E) glon=  286.25 glat=  33.24 u=  21.7300 v=   0.0700 vr=  -1.84792 vt=  21.65140
 i= 1031 j=  815 glon=  286.45 (0-360E) glon=  286.45 glat=  33.24 u=  20.6400 v=   0.4100 vr=   0.31190 vt=  20.64172
 i= 1036 j=  815 glon=  286.65 (0-360E) glon=  286.65 glat=  33.24 u=  21.4100 v=   2.7600 vr=   0.49004 vt=  21.58160
 i= 1041 j=  815 glon=  286.85 (0-360E) glon=  286.85 glat=  33.24 u=  21.7000 v=   4.5100 vr=   1.28357 vt=  22.12651
 i= 1046 j=  815 glon=  287.05 (0-360E) glon=  287.05 glat=  33.24 u=  22.1000 v=   8.7500 vr=  -0.20422 vt=  23.76827
 i= 1051 j=  815 glon=  287.25 (0-360E) glon=  287.25 glat=  33.24 u=  22.9000 v=  10.1700 vr=   1.20134 vt=  25.02790
 i= 1056 j=  815 glon=  287.45 (0-360E) glon=  287.45 glat=  33.24 u=  21.5800 v=  13.4500 vr=  -0.06989 vt=  25.42821
 i= 1061 j=  815 glon=  287.65 (0-360E) glon=  287.65 glat=  33.24 u=  20.4400 v=  13.6900 vr=   1.08830 vt=  24.57693
 i= 1066 j=  815 glon=  287.85 (0-360E) glon=  287.85 glat=  33.24 u=  18.4300 v=  14.4400 vr=   0.96142 vt=  23.39346
 i= 1071 j=  815 glon=  288.05 (0-360E) glon=  288.05 glat=  33.24 u=  17.8400 v=  14.6400 vr=   1.88809 vt=  23.00066
 i=  996 j=  820 glon=  285.05 (0-360E) glon=  285.05 glat=  33.04 u=  13.5700 v= -13.6400 vr=   3.57006 vt=  18.90633
 i= 1001 j=  820 glon=  285.25 (0-360E) glon=  285.25 glat=  33.04 u=  15.8200 v= -12.6800 vr=   2.97030 vt=  20.05573
 i= 1006 j=  820 glon=  285.45 (0-360E) glon=  285.45 glat=  33.04 u=  18.0200 v=  -7.0700 vr=  -1.45356 vt=  19.30265
 i= 1011 j=  820 glon=  285.65 (0-360E) glon=  285.65 glat=  33.04 u=  19.1500 v=  -6.6100 vr=  -0.61537 vt=  20.24934
 i= 1016 j=  820 glon=  285.85 (0-360E) glon=  285.85 glat=  33.04 u=  20.4800 v=  -6.1900 vr=   0.49660 vt=  21.38925
 i= 1021 j=  820 glon=  286.05 (0-360E) glon=  286.05 glat=  33.04 u=  20.5900 v=  -5.6500 vr=   2.02549 vt=  21.25483
 i= 1026 j=  820 glon=  286.25 (0-360E) glon=  286.25 glat=  33.04 u=  20.7900 v=  -0.2400 vr=  -1.25268 vt=  20.75361
 i= 1031 j=  820 glon=  286.45 (0-360E) glon=  286.45 glat=  33.04 u=  20.5900 v=   3.2600 vr=  -2.62749 vt=  20.68023
 i= 1036 j=  820 glon=  286.65 (0-360E) glon=  286.65 glat=  33.04 u=  20.7200 v=   4.5700 vr=  -1.79293 vt=  21.14211
 i= 1041 j=  820 glon=  286.85 (0-360E) glon=  286.85 glat=  33.04 u=  21.2200 v=   7.6000 vr=  -2.52644 vt=  22.39789
 i= 1046 j=  820 glon=  287.05 (0-360E) glon=  287.05 glat=  33.04 u=  21.8700 v=   9.7600 vr=  -2.23640 vt=  23.84435
 i= 1051 j=  820 glon=  287.25 (0-360E) glon=  287.25 glat=  33.04 u=  21.2200 v=  10.2900 vr=  -0.85842 vt=  23.56768
 i= 1056 j=  820 glon=  287.45 (0-360E) glon=  287.45 glat=  33.04 u=  20.0500 v=  11.5800 vr=  -0.60938 vt=  23.14579
 i= 1061 j=  820 glon=  287.65 (0-360E) glon=  287.65 glat=  33.04 u=  18.6100 v=  12.4600 vr=  -0.38256 vt=  22.39280
 i= 1066 j=  820 glon=  287.85 (0-360E) glon=  287.85 glat=  33.04 u=  18.3100 v=  12.8800 vr=   0.63862 vt=  22.37728
 i= 1006 j=  825 glon=  285.45 (0-360E) glon=  285.45 glat=  32.84 u=  17.0700 v=  -3.1200 vr=  -3.86209 vt=  16.91755
 i= 1011 j=  825 glon=  285.65 (0-360E) glon=  285.65 glat=  32.84 u=  17.5400 v=  -3.2500 vr=  -2.53504 vt=  17.65751
 i= 1016 j=  825 glon=  285.85 (0-360E) glon=  285.85 glat=  32.84 u=  19.3900 v=  -3.6500 vr=  -1.09933 vt=  19.69990
 i= 1021 j=  825 glon=  286.05 (0-360E) glon=  286.05 glat=  32.84 u=  19.6100 v=  -2.0100 vr=  -1.02434 vt=  19.68611
 i= 1026 j=  825 glon=  286.25 (0-360E) glon=  286.25 glat=  32.84 u=  20.8600 v=   0.8100 vr=  -2.14158 vt=  20.76558
 i= 1031 j=  825 glon=  286.45 (0-360E) glon=  286.45 glat=  32.84 u=  20.1900 v=   3.0600 vr=  -2.50810 vt=  20.26596
 i= 1036 j=  825 glon=  286.65 (0-360E) glon=  286.65 glat=  32.84 u=  20.9500 v=   5.6500 vr=  -3.14297 vt=  21.46967
 i= 1041 j=  825 glon=  286.85 (0-360E) glon=  286.85 glat=  32.84 u=  21.1300 v=   9.4800 vr=  -4.93700 vt=  22.62683
 i= 1046 j=  825 glon=  287.05 (0-360E) glon=  287.05 glat=  32.84 u=  19.4800 v=   9.4300 vr=  -3.41224 vt=  21.37175
 i= 1051 j=  825 glon=  287.25 (0-360E) glon=  287.25 glat=  32.84 u=  19.2200 v=   9.6600 vr=  -1.97342 vt=  21.42031
 i= 1056 j=  825 glon=  287.45 (0-360E) glon=  287.45 glat=  32.84 u=  18.5600 v=  10.6400 vr=  -1.50250 vt=  21.34071
 i= 1026 j=  830 glon=  286.25 (0-360E) glon=  286.25 glat=  32.64 u=  18.7100 v=   3.1800 vr=  -4.25264 vt=  18.49572
 i= 1031 j=  830 glon=  286.45 (0-360E) glon=  286.45 glat=  32.64 u=  19.3300 v=   6.0300 vr=  -5.55301 vt=  19.47239
 i= 1036 j=  830 glon=  286.65 (0-360E) glon=  286.65 glat=  32.64 u=  19.8800 v=   6.9700 vr=  -4.81777 vt=  20.50815
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    22.9416117059060       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     38.07 kts
    LL Wind Circ Vt mean quadmax value: SE     38.01 kts
    LL Wind Circ Vt mean quadmax value: SW     38.79 kts
    LL Wind Circ Vt mean quadmax value: NW     56.14 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220123304       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   13.1625946150464       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.7375442812391     
   xcenlon=    286.322576860398     
   imax=         2738  jmax=         2041
   jlatfix=          777
   ilonfix (unadjusted) =         1028
  
 In get_max_wind, ibeg=          944  iend=         1111
                  jbeg=          709  jend=          846
         ilonfix=         1028  jlatfix=          777
 At end of get_max_wind, vmax=    38.6541588965534       rmax= 
   31.3655217402832     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.94 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.10 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.80 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.64 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.84 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   17.05 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   18.92 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   20.40 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   21.52 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   22.42 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   23.03 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   23.44 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   23.71 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   23.99 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   24.37 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   24.77 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   25.12 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   25.38 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   25.55 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   25.64 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   25.61 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   25.54 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   25.41 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   25.31 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   25.23 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.16 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.04 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   24.83 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.53 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.09 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   23.56 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   22.98 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   22.45 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.02 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   21.71 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   21.50 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   21.33 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.15 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.95 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.72 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.47 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.19 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    25.64 m/s   maxrmw_dist=    60.00  km   maxrmw_ix=   20
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    60.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    25.6358081506136      
  (m/s)   (in kts)=    49.8026844941970     
  rising_sum_dvdr=       14.8389649114386     
  declining_sum_dvdr=   -4.30500779698335     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    84 igrct=  1 Vmax (m/s)=   38.654   22:27:48
 TIMING: before call  getradii, fhr=    84 igrct=  1   22:27:48
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=   -6.24395455903231     
 mr4qs before add, mean_radii_vt_4quad_sum=   -6.24395455903231     
 mr4qs after add, mean_radii_vt_4quad_sum=   -2.72779058698196     
 mr4qs before add, mean_radii_vt_4quad_sum=   -2.72779058698196     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.74547346671850     
 mr4qs before add, mean_radii_vt_4quad_sum=    9.74547346671850     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.0840041376140     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   12.08 good_quad_ct=   4 mean_vt_4quad=      3.02
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   15.64 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   15.73 mean_vt_4quad=    9.62
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   15.88 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   15.96 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   16.11 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   16.14 mean_vt_4quad=    9.88
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   16.27 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   16.29 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   16.21 mean_vt_4quad=   10.15
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   16.23 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   16.27 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   16.32 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   16.23 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   16.04 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   16.15 mean_vt_4quad=   10.52
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   16.21 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   16.33 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   16.44 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   16.55 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   16.64 mean_vt_4quad=   10.94
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   16.61 mean_vt_4quad=   11.05
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   16.42 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   16.50 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   16.55 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   16.67 mean_vt_4quad=   11.53
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   16.86 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   17.06 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   17.24 mean_vt_4quad=   11.86
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   17.45 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   17.58 mean_vt_4quad=   12.06
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  94
  ++++ rdist(ihc)=  282.00  mean_radii_vt_4quad(ihc)=   12.06 .... 0.5*v_holland=    6.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  93
  ++++ rdist(ihc)=  279.00  mean_radii_vt_4quad(ihc)=   12.19 .... 0.5*v_holland=    6.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=   12.31 .... 0.5*v_holland=    6.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=   12.43 .... 0.5*v_holland=    6.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   12.53 .... 0.5*v_holland=    6.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    282.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   152.167200000000     
 vradius(iwindix,iquad) =         152
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   17.58 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   17.62 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   17.56 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   17.74 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   18.04 mean_vt_4quad=   12.53
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   18.21 mean_vt_4quad=   12.65
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   18.36 mean_vt_4quad=   12.77
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   18.56 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   18.86 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   19.01 mean_vt_4quad=   13.12
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   18.94 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   19.02 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   18.98 mean_vt_4quad=   13.53
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   18.88 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   18.79 mean_vt_4quad=   13.67
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   18.67 mean_vt_4quad=   13.70
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   18.69 mean_vt_4quad=   13.72
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   18.81 mean_vt_4quad=   13.77
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   19.03 mean_vt_4quad=   13.84
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   18.98 mean_vt_4quad=   13.90
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   19.28 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.49 mean_vt_4quad=   14.04
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   20.01 mean_vt_4quad=   14.16
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   20.61 mean_vt_4quad=   14.33
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   21.28 mean_vt_4quad=   14.53
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   21.57 mean_vt_4quad=   14.74
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   21.70 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   21.55 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   21.27 mean_vt_4quad=   15.15
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   21.05 mean_vt_4quad=   15.25
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   21.35 mean_vt_4quad=   15.35
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   21.63 mean_vt_4quad=   15.45
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   21.97 mean_vt_4quad=   15.54
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   22.45 mean_vt_4quad=   15.61
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   23.10 mean_vt_4quad=   15.65
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   23.68 mean_vt_4quad=   15.69
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   24.08 mean_vt_4quad=   15.75
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   24.33 mean_vt_4quad=   15.82
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   24.15 mean_vt_4quad=   15.93
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   24.05 mean_vt_4quad=   16.06
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   23.87 mean_vt_4quad=   16.19
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   23.77 mean_vt_4quad=   16.30
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   24.00 mean_vt_4quad=   16.40
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   24.30 mean_vt_4quad=   16.49
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   24.44 mean_vt_4quad=   16.59
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   24.63 mean_vt_4quad=   16.72
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   24.47 mean_vt_4quad=   16.91
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   24.41 mean_vt_4quad=   17.13
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   24.35 mean_vt_4quad=   17.37
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.51 mean_vt_4quad=   17.60
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.71 mean_vt_4quad=   17.81
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.99 mean_vt_4quad=   18.01
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   25.13 mean_vt_4quad=   18.21
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.14 mean_vt_4quad=   18.42
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   24.93 mean_vt_4quad=   18.61
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   24.46 mean_vt_4quad=   18.80
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.88 mean_vt_4quad=   19.01
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   23.65 mean_vt_4quad=   19.21
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   23.26 mean_vt_4quad=   19.41
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   23.39 mean_vt_4quad=   19.61
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   23.72 mean_vt_4quad=   19.86
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   24.38 mean_vt_4quad=   20.16
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.89 mean_vt_4quad=   20.52
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   25.91 mean_vt_4quad=   20.94
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   25.91 mean_vt_4quad=   20.94
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   26.92 mean_vt_4quad=   21.36
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   27.94 mean_vt_4quad=   21.75
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   27.68 mean_vt_4quad=   22.04
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   26.76 mean_vt_4quad=   22.25
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   25.46 mean_vt_4quad=   22.36
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   23.92 mean_vt_4quad=   22.45
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   22.91 mean_vt_4quad=   22.54
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   22.53 mean_vt_4quad=   22.68
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   22.91 mean_vt_4quad=   22.84
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   23.48 mean_vt_4quad=   22.98
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   24.06 mean_vt_4quad=   23.03
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   24.24 mean_vt_4quad=   22.99
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   23.81 mean_vt_4quad=   22.85
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   23.73 mean_vt_4quad=   22.64
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   23.59 mean_vt_4quad=   22.41
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   24.59 mean_vt_4quad=   22.17
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   25.87 mean_vt_4quad=   21.99
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   27.00 mean_vt_4quad=   21.90
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   27.92 mean_vt_4quad=   21.82
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   28.58 mean_vt_4quad=   21.62
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   28.79 mean_vt_4quad=   21.21
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   28.07 mean_vt_4quad=   20.60
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   26.37 mean_vt_4quad=   19.72
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   23.75 mean_vt_4quad=   18.42
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   20.20 mean_vt_4quad=   16.51
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   15.68 mean_vt_4quad=   14.03
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   10.33 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=    6.36 mean_vt_4quad=    8.55
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    6.13 mean_vt_4quad=    5.84
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    8.61 mean_vt_4quad=    3.02
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   12.90 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.89 mean_vt_4quad=    9.62
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.92 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.97 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   13.02 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   13.09 mean_vt_4quad=    9.88
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   13.17 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   13.25 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   13.31 mean_vt_4quad=   10.15
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   13.37 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   13.43 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   13.52 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   13.60 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   13.67 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   13.75 mean_vt_4quad=   10.52
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.82 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.91 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.99 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   14.05 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   14.11 mean_vt_4quad=   10.94
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   14.15 mean_vt_4quad=   11.05
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   14.19 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   14.28 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   14.36 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   14.44 mean_vt_4quad=   11.53
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   14.55 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   14.63 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   14.70 mean_vt_4quad=   11.86
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.78 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.83 mean_vt_4quad=   12.06
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.86 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.91 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.99 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   15.09 mean_vt_4quad=   12.53
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   15.18 mean_vt_4quad=   12.65
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   15.27 mean_vt_4quad=   12.77
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   15.32 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   15.33 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   15.30 mean_vt_4quad=   13.12
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.38 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.52 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.60 mean_vt_4quad=   13.53
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.68 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.73 mean_vt_4quad=   13.67
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.79 mean_vt_4quad=   13.70
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.83 mean_vt_4quad=   13.72
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.88 mean_vt_4quad=   13.77
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   15.91 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   15.92 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   15.97 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.05 mean_vt_4quad=   14.04
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.15 mean_vt_4quad=   14.16
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.25 mean_vt_4quad=   14.33
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   16.37 mean_vt_4quad=   14.53
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   16.48 mean_vt_4quad=   14.74
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.68 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   16.83 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   16.94 mean_vt_4quad=   15.15
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   17.00 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   17.08 mean_vt_4quad=   15.35
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   17.11 mean_vt_4quad=   15.45
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   17.13 mean_vt_4quad=   15.54
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   17.06 mean_vt_4quad=   15.61
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   17.27 mean_vt_4quad=   15.65
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   17.48 mean_vt_4quad=   15.69
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   17.54 mean_vt_4quad=   15.75
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.75 .... 0.5*v_holland=   10.35
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   15.82 .... 0.5*v_holland=   10.35
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.93 .... 0.5*v_holland=   10.35
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   16.06 .... 0.5*v_holland=   10.35
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   16.19 .... 0.5*v_holland=   10.35
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    174.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   93.8904000000000     
 vradius(iwindix,iquad) =          94
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   17.54 mean_vt_4quad=   15.75
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   17.45 mean_vt_4quad=   15.82
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   17.43 mean_vt_4quad=   15.93
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   17.48 mean_vt_4quad=   16.06
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   17.54 mean_vt_4quad=   16.19
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   17.81 mean_vt_4quad=   16.30
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   17.96 mean_vt_4quad=   16.40
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   18.04 mean_vt_4quad=   16.49
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   18.23 mean_vt_4quad=   16.59
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   18.43 mean_vt_4quad=   16.72
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   18.62 mean_vt_4quad=   16.91
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   18.75 mean_vt_4quad=   17.13
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   18.93 mean_vt_4quad=   17.37
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   19.05 mean_vt_4quad=   17.60
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   19.07 mean_vt_4quad=   17.81
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   19.15 mean_vt_4quad=   18.01
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   19.36 mean_vt_4quad=   18.21
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   19.60 mean_vt_4quad=   18.42
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   19.83 mean_vt_4quad=   18.61
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   20.04 mean_vt_4quad=   18.80
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   20.30 mean_vt_4quad=   19.01
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   20.56 mean_vt_4quad=   19.21
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   20.75 mean_vt_4quad=   19.41
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   20.97 mean_vt_4quad=   19.61
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   21.20 mean_vt_4quad=   19.86
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   21.42 mean_vt_4quad=   20.16
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   21.74 mean_vt_4quad=   20.52
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   22.07 mean_vt_4quad=   20.94
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   22.37 mean_vt_4quad=   21.36
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   22.66 mean_vt_4quad=   21.75
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   23.02 mean_vt_4quad=   22.04
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   23.43 mean_vt_4quad=   22.25
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   23.83 mean_vt_4quad=   22.36
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   24.19 mean_vt_4quad=   22.45
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   24.48 mean_vt_4quad=   22.54
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   24.84 mean_vt_4quad=   22.68
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   25.11 mean_vt_4quad=   22.84
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   25.22 mean_vt_4quad=   22.98
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   25.24 mean_vt_4quad=   23.03
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   25.31 mean_vt_4quad=   22.99
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   25.34 mean_vt_4quad=   22.85
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   25.87 mean_vt_4quad=   22.64
  
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   25.87 mean_vt_4quad=   22.64
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   26.75 mean_vt_4quad=   22.41
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   27.62 mean_vt_4quad=   22.17
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   28.49 mean_vt_4quad=   21.99
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   29.24 mean_vt_4quad=   21.90
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   29.68 mean_vt_4quad=   21.82
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   29.69 mean_vt_4quad=   21.62
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   29.39 mean_vt_4quad=   21.21
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   28.52 mean_vt_4quad=   20.60
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   27.24 mean_vt_4quad=   19.72
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   25.05 mean_vt_4quad=   18.42
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   21.16 mean_vt_4quad=   16.51
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   16.30 mean_vt_4quad=   14.03
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   15.93 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   15.44 mean_vt_4quad=    8.55
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   14.84 mean_vt_4quad=    5.84
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   13.41 mean_vt_4quad=    3.02
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.66 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.72 mean_vt_4quad=    9.62
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.78 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.85 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.97 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.12 mean_vt_4quad=    9.88
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.24 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.37 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.44 mean_vt_4quad=   10.15
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.55 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.61 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.65 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.69 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.80 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.96 mean_vt_4quad=   10.52
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.13 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.23 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.36 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.47 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.58 mean_vt_4quad=   10.94
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.69 mean_vt_4quad=   11.05
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.76 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.77 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.75 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.84 mean_vt_4quad=   11.53
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.89 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.92 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.92 mean_vt_4quad=   11.86
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.85 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.71 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.68 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.70 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.86 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.14 mean_vt_4quad=   12.53
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.44 mean_vt_4quad=   12.65
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.71 mean_vt_4quad=   12.77
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.92 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.06 mean_vt_4quad=   13.00
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.25 mean_vt_4quad=   13.12
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   16.41 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   16.54 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   16.66 mean_vt_4quad=   13.53
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   16.80 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   16.97 mean_vt_4quad=   13.67
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.11 mean_vt_4quad=   13.70
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   17.21 mean_vt_4quad=   13.72
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   17.27 mean_vt_4quad=   13.77
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   17.28 mean_vt_4quad=   13.84
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   17.16 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   16.94 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   16.93 mean_vt_4quad=   14.04
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   17.20 mean_vt_4quad=   14.16
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   17.64 mean_vt_4quad=   14.33
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   14.33 .... 0.5*v_holland=    8.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   14.53 .... 0.5*v_holland=    8.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   14.74 .... 0.5*v_holland=    8.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.92 .... 0.5*v_holland=    8.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   15.05 .... 0.5*v_holland=    8.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   17.64 mean_vt_4quad=   14.33
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   17.99 mean_vt_4quad=   14.53
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   18.29 mean_vt_4quad=   14.74
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   18.34 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   18.35 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   18.60 mean_vt_4quad=   15.15
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   18.77 mean_vt_4quad=   15.25
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   18.89 mean_vt_4quad=   15.35
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   19.13 mean_vt_4quad=   15.45
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   19.11 mean_vt_4quad=   15.54
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   19.03 mean_vt_4quad=   15.61
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   19.22 mean_vt_4quad=   15.65
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   19.56 mean_vt_4quad=   15.69
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   19.65 mean_vt_4quad=   15.75
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   19.49 mean_vt_4quad=   15.82
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   19.18 mean_vt_4quad=   15.93
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   19.13 mean_vt_4quad=   16.06
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   19.06 mean_vt_4quad=   16.19
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   19.23 mean_vt_4quad=   16.30
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   19.30 mean_vt_4quad=   16.40
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.32 mean_vt_4quad=   16.49
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   19.47 mean_vt_4quad=   16.59
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   19.66 mean_vt_4quad=   16.72
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   20.05 mean_vt_4quad=   16.91
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   20.57 mean_vt_4quad=   17.13
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   21.15 mean_vt_4quad=   17.37
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   21.70 mean_vt_4quad=   17.60
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   22.21 mean_vt_4quad=   17.81
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   22.81 mean_vt_4quad=   18.01
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   23.50 mean_vt_4quad=   18.21
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   24.11 mean_vt_4quad=   18.42
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   24.55 mean_vt_4quad=   18.61
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   24.87 mean_vt_4quad=   18.80
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   25.17 mean_vt_4quad=   19.01
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   25.51 mean_vt_4quad=   19.21
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.93 mean_vt_4quad=   19.41
  
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.93 mean_vt_4quad=   19.41
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   26.51 mean_vt_4quad=   19.61
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   27.30 mean_vt_4quad=   19.86
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   28.26 mean_vt_4quad=   20.16
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   29.28 mean_vt_4quad=   20.52
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   30.16 mean_vt_4quad=   20.94
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   30.77 mean_vt_4quad=   21.36
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   31.09 mean_vt_4quad=   21.75
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   31.14 mean_vt_4quad=   22.04
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   30.99 mean_vt_4quad=   22.25
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   30.63 mean_vt_4quad=   22.36
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   30.24 mean_vt_4quad=   22.45
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   30.01 mean_vt_4quad=   22.54
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   30.07 mean_vt_4quad=   22.68
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   30.29 mean_vt_4quad=   22.84
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   30.46 mean_vt_4quad=   22.98
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   30.49 mean_vt_4quad=   23.03
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   30.37 mean_vt_4quad=   22.99
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   30.17 mean_vt_4quad=   22.85
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   30.02 mean_vt_4quad=   22.64
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   29.95 mean_vt_4quad=   22.41
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   29.81 mean_vt_4quad=   22.17
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   29.50 mean_vt_4quad=   21.99
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   28.91 mean_vt_4quad=   21.90
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   27.96 mean_vt_4quad=   21.82
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   26.32 mean_vt_4quad=   21.62
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   24.10 mean_vt_4quad=   21.21
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   21.89 mean_vt_4quad=   20.60
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   20.42 mean_vt_4quad=   19.72
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   19.82 mean_vt_4quad=   18.42
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   19.23 mean_vt_4quad=   16.51
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   18.10 mean_vt_4quad=   14.03
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   16.68 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   15.44 mean_vt_4quad=    8.55
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   14.81 mean_vt_4quad=    5.84
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   13.55 mean_vt_4quad=    3.02
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   15.34 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   15.41 mean_vt_4quad=    9.62
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   15.49 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   15.59 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   15.72 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   15.89 mean_vt_4quad=    9.88
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   16.04 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   16.17 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   16.25 mean_vt_4quad=   10.15
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   16.32 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   16.45 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   16.51 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   16.60 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   16.66 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   16.77 mean_vt_4quad=   10.52
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   16.86 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   16.97 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   17.10 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   17.13 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   17.24 mean_vt_4quad=   10.94
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   17.33 mean_vt_4quad=   11.05
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   17.49 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   17.61 mean_vt_4quad=   11.29
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 101
  ++++ rdist(ihc)=  303.00  mean_radii_vt_4quad(ihc)=   11.29 .... 0.5*v_holland=    6.19
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 100
  ++++ rdist(ihc)=  300.00  mean_radii_vt_4quad(ihc)=   11.41 .... 0.5*v_holland=    6.19
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  99
  ++++ rdist(ihc)=  297.00  mean_radii_vt_4quad(ihc)=   11.53 .... 0.5*v_holland=    6.19
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  98
  ++++ rdist(ihc)=  294.00  mean_radii_vt_4quad(ihc)=   11.65 .... 0.5*v_holland=    6.19
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  97
  ++++ rdist(ihc)=  291.00  mean_radii_vt_4quad(ihc)=   11.77 .... 0.5*v_holland=    6.19
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    303.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   163.498800000000     
 vradius(iwindix,iquad) =         163
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   17.61 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   17.72 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   17.84 mean_vt_4quad=   11.53
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   18.11 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   18.35 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   18.44 mean_vt_4quad=   11.86
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   18.46 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   18.45 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   18.50 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   18.47 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   18.37 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   18.18 mean_vt_4quad=   12.53
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   17.92 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   17.73 mean_vt_4quad=   12.77
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   17.78 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   17.79 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   17.78 mean_vt_4quad=   13.12
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.78 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.93 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   18.15 mean_vt_4quad=   13.53
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   18.34 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   18.53 mean_vt_4quad=   13.67
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   18.69 mean_vt_4quad=   13.70
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   18.81 mean_vt_4quad=   13.72
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   18.88 mean_vt_4quad=   13.77
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   19.10 mean_vt_4quad=   13.84
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   19.37 mean_vt_4quad=   13.90
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   19.16 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   18.85 mean_vt_4quad=   14.04
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   18.89 mean_vt_4quad=   14.16
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   19.06 mean_vt_4quad=   14.33
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   19.34 mean_vt_4quad=   14.53
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   19.60 mean_vt_4quad=   14.74
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   19.78 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   19.81 mean_vt_4quad=   15.05
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   19.77 mean_vt_4quad=   15.15
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   19.64 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   19.52 mean_vt_4quad=   15.35
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   19.58 mean_vt_4quad=   15.45
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   20.05 mean_vt_4quad=   15.54
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   20.49 mean_vt_4quad=   15.61
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   20.87 mean_vt_4quad=   15.65
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   21.26 mean_vt_4quad=   15.69
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   21.52 mean_vt_4quad=   15.75
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   21.77 mean_vt_4quad=   15.82
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   22.02 mean_vt_4quad=   15.93
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   22.28 mean_vt_4quad=   16.06
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   22.46 mean_vt_4quad=   16.19
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   22.61 mean_vt_4quad=   16.30
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   22.73 mean_vt_4quad=   16.40
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   22.85 mean_vt_4quad=   16.49
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   22.99 mean_vt_4quad=   16.59
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   23.14 mean_vt_4quad=   16.72
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   23.34 mean_vt_4quad=   16.91
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   23.63 mean_vt_4quad=   17.13
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   24.07 mean_vt_4quad=   17.37
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   24.53 mean_vt_4quad=   17.60
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   25.01 mean_vt_4quad=   17.81
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   25.41 mean_vt_4quad=   18.01
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   25.68 mean_vt_4quad=   18.21
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   25.82 mean_vt_4quad=   18.42
  
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   25.82 mean_vt_4quad=   18.42
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   26.20 mean_vt_4quad=   18.61
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   26.67 mean_vt_4quad=   18.80
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   27.11 mean_vt_4quad=   19.01
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   27.55 mean_vt_4quad=   19.21
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   27.95 mean_vt_4quad=   19.41
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   28.39 mean_vt_4quad=   19.61
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   28.93 mean_vt_4quad=   19.86
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   29.58 mean_vt_4quad=   20.16
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   30.31 mean_vt_4quad=   20.52
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   31.02 mean_vt_4quad=   20.94
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   31.56 mean_vt_4quad=   21.36
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   32.03 mean_vt_4quad=   21.75
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   32.44 mean_vt_4quad=   22.04
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   33.14 mean_vt_4quad=   22.25
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
 TIMING: after call  getradii, fhr=    84 igrct=  1   22:27:48
 TIMING: after getrad_iter_loop, fhr=    84 igrct=  2 Vmax (m/s)=   38.654   22:27:48
 TIMING: Before get_phase ... 22:27:48
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           84 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    65.884
  
  
  In get_cps_paramb, lead time=           84 :           0   10L  IDALIA   
   right_ct=          950   left_ct=          984
   zthicksum(1)=    3246091.69200000     
   zthicksum(2)=    3336923.18400000     
   zthick_right_mean=    3416.93862315789     
   zthick_left_mean=     3391.18209756097     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    25.7565255969175     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            6.94
  Sum of y-diffs squared (ydiff2) =         1410.30
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   307.86   6.7452       19.87   0.1661    -1.50     2.24      394.68
    2   301.77   6.6846       13.77   0.1055     0.20     0.04      189.63
    3   294.38   6.6201        6.39   0.0409     1.12     1.26       40.79
    4   285.62   6.5511       -2.38  -0.0281     1.23     1.51        5.67
    5   275.14   6.4770      -12.86  -0.1022     0.28     0.08      165.41
    6   263.22   6.3969      -24.78  -0.1822    -1.34     1.80      614.11
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   287.997     x:    6.58
  
  slope=    128.633         y-intercept =   -558.298
  Regression equation:   Y =  -558.30 +   128.63X
  
  R2(r_squared) =  0.9951        r =  0.9975
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1031.19 zmin=  718.27 zdiff=  312.92
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1526.63 zmin= 1218.77 zdiff=  307.86
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.06 dlnp=     -0.057158  dzdlnp=       88.456
  
   +++ k=  3 press=    800.0 zmax= 2047.10 zmin= 1745.33 zdiff=  301.77
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -6.10 dlnp=     -0.060625  dzdlnp=      100.553
  
   +++ k=  4 press=    750.0 zmax= 2595.08 zmin= 2300.69 zdiff=  294.38
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.38 dlnp=     -0.064539  dzdlnp=      114.412
  
   +++ k=  5 press=    700.0 zmax= 3174.18 zmin= 2888.56 zdiff=  285.62
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -8.77 dlnp=     -0.068993  dzdlnp=      127.086
  
   +++ k=  6 press=    650.0 zmax= 3789.23 zmin= 3514.10 zdiff=  275.14
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -10.48 dlnp=     -0.074108  dzdlnp=      141.415
  
   +++ k=  7 press=    600.0 zmax= 4445.59 zmin= 4182.38 zdiff=  263.22
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -11.92 dlnp=     -0.080043  dzdlnp=      148.920
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           13.09
  Sum of y-diffs squared (ydiff2) =         5709.95
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   250.14   6.3099       39.91   0.2788    -1.65     2.74     1592.97
    2   236.99   6.2146       26.76   0.1834    -0.59     0.35      716.10
    3   224.06   6.1092       13.83   0.0781     2.19     4.79      191.32
    4   206.19   5.9915       -4.04  -0.0397     1.88     3.53       16.32
    5   183.62   5.8579      -26.62  -0.1732    -0.79     0.62      708.41
    6   160.38   5.7038      -49.85  -0.3274    -1.03     1.07     2484.82
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   210.232     x:    6.03
  
  slope=    149.113         y-intercept =   -689.089
  Regression equation:   Y =  -689.09 +   149.11X
  
  R2(r_squared) =  0.9977        r =  0.9989
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           84 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4445.59 zmin= 4182.38 zdiff=  263.22
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5149.77 zmin= 4899.63 zdiff=  250.14
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -13.07 dlnp=     -0.087011  dzdlnp=      150.233
  
   +++ k=  9 press=    500.0 zmax= 5910.51 zmin= 5673.52 zdiff=  236.99
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -13.15 dlnp=     -0.095310  dzdlnp=      137.992
  
   +++ k= 10 press=    450.0 zmax= 6738.37 zmin= 6514.30 zdiff=  224.06
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -12.93 dlnp=     -0.105361  dzdlnp=      122.703
  
   +++ k= 11 press=    400.0 zmax= 7644.78 zmin= 7438.59 zdiff=  206.19
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -17.87 dlnp=     -0.117783  dzdlnp=      151.737
  
   +++ k= 12 press=    350.0 zmax= 8651.41 zmin= 8467.80 zdiff=  183.62
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -22.58 dlnp=     -0.133531  dzdlnp=      169.069
  
   +++ k= 13 press=    300.0 zmax= 9785.02 zmin= 9624.63 zdiff=  160.38
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -23.23 dlnp=     -0.154151  dzdlnp=      150.710
  
cps_stats: 10L   lead time=  84: 0   paramb=    25.76  vtl=    128.63  vtu=    149.11
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   84:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  286.323 (0-360) guesslon=  286.323E  (  73.677W)   guesslat=   34.738
 ilonfix=         1028  jlatfix=          777  npts=           33
 ibeg=          951  jbeg=          709  imax=         2738
 iend=         1105  jend=          845  jmax=         2041
 TIMING: find_maxmin 1  22:27:49
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  285.003E  (0-360) ctlon=  285.003E  (  74.997W)  ctlat=   35.418 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:27:49
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  285.003E   (0-360) guesslon=  285.003E  (  74.997W)   guesslat=   35.418
 ilonfix=          995  jlatfix=          760  npts=           16
 ibeg=          942  jbeg=          716  imax=         2738
 iend=         1048  jend=          804  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  284.783E  (0-360) ctlon=  284.783  (  75.217W)  ctlat=   35.398 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    84:00  mean_lon:  284.78E (  75.22W)    (0-360) mean_lon=  284.78E  mean_lat:   35.40  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    84:00  ifix:   977   jfix:   749  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=          977  jx=          749
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         531 ,         303 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         530 ,         302 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    84:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:27:49
 TIMING: Before shear ... 22:27:49
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           15
  clon(ist,ifh,3)=    286.389214868137     
  clat(ist,ifh,3)=    34.6517461520882     
  fixlon(ist,ifh)=    286.322576860398     
  fixlat(ist,ifh)=    34.7375442812391     
  xcenlon=    286.389214868137     
  xcenlat=    34.6517461520882     
  
 xxshear
 In get_shear A, xcenlon=    286.389214868137       xcenlat= 
   34.6517461520882     
   In get_shear B, (0-360) xcenlon=    286.389214868137     
  
At start of get_shear:  10L   fhr=   84:00   Mean fix position=   286.32E  ( 73.68W)    34.74  (0-360) mean lon fix=  286.32
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   25.69 vr_mean(idist,ilev)=    2.78
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   27.43 vr_mean(idist,ilev)=    0.98
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   25.61 vr_mean(idist,ilev)=    1.86
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   24.45 vr_mean(idist,ilev)=    0.64
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   23.68 vr_mean(idist,ilev)=   -0.57
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   22.31 vr_mean(idist,ilev)=   -0.89
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   20.29 vr_mean(idist,ilev)=   -1.76
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   18.71 vr_mean(idist,ilev)=   -1.38
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.81 vr_mean(idist,ilev)=   -0.50
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.53 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.32 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.98 vr_mean(idist,ilev)=    0.33
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.90 vr_mean(idist,ilev)=    0.58
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   13.17 vr_mean(idist,ilev)=    0.60
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   12.65 vr_mean(idist,ilev)=    0.33
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   11.92 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   11.07 vr_mean(idist,ilev)=   -0.38
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=   10.65 vr_mean(idist,ilev)=   -0.19
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=   10.32 vr_mean(idist,ilev)=   -0.34
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.34 vr_mean(idist,ilev)=   20.34
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.51 vr_mean(idist,ilev)=   30.51
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.68 vr_mean(idist,ilev)=   40.68
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.86 vr_mean(idist,ilev)=   50.86
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -61.04 vr_mean(idist,ilev)=   61.04
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -71.23 vr_mean(idist,ilev)=   71.23
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -81.43 vr_mean(idist,ilev)=   81.43
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -91.64 vr_mean(idist,ilev)=   91.64
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -101.86 vr_mean(idist,ilev)=  101.86
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -112.09 vr_mean(idist,ilev)=  112.09
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -122.34 vr_mean(idist,ilev)=  122.34
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -132.60 vr_mean(idist,ilev)=  132.60
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -142.88 vr_mean(idist,ilev)=  142.88
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -153.18 vr_mean(idist,ilev)=  153.18
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -163.50 vr_mean(idist,ilev)=  163.50
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -173.85 vr_mean(idist,ilev)=  173.85
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -184.22 vr_mean(idist,ilev)=  184.22
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -194.63 vr_mean(idist,ilev)=  194.63
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -205.07 vr_mean(idist,ilev)=  205.07
  
 At end of get_shear: 
     ist=    4 ifh=   15 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:27:49
  
 After call to fixcenter, fix positions at 
 forecast hour=   84:00 follow:
  
fixpos  10L   fhr=   84:00   Fix position=   286.32E  ( 73.68W)    34.74   Max Wind=  75 kts
  
  
 xxxx get_next_ges, prev fix lon=    284.860734898483     
 xxxx get_next_ges, curr fix lon=    286.322576860398     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    286.322576860398        fixlat=    34.7375442812391     
        (0-360) fixlon=    286.322576860398     
      ilonfix=         1028   jlatfix=          777
      ibeg=          527   iend=         1529
      jbeg=          325   jend=         1229
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.13801973490180       vavg=   -1.54615396659510     
      ubar=   0.284504933725451       vbar=  -0.386538491648774     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.65387546363574       vavg=   -1.02474530878131     
      ubar=    2.61144266554332       vbar=  -0.898911146039430     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.81122492560259       vavg=    1.77721724558882     
      ubar=    4.81424889694397       vbar=  -0.454606834642225     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    4.81424889694397       vbar=  -0.454606834642225     
      wgttot=    1.00000000000000     
      fixlon=    286.322576860398        fixlat=    34.7375442812391     
      barnlon=    287.459981038013       barnlat=    34.6492353063826     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.822209713259331     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      287.459981038013     
     Raw (no conversion for GM wrap) extraplon=    287.793809611382     
  
 --- barnlon=    287.46E  (  72.54W)    barnlat=     34.65
 --- extraplon=  287.79E  (  72.21W)    extraplat=   35.27
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.74
 | Current fix lon is   73.68W   ( 286.32E)
 | Current fix lon (raw, unadjusted)=  286.32E
 | Updated guess lat for next fcst hour is   34.96
 | Updated guess lon (0-360) for next fcst hour is   72.37W   ( 287.63E)
 | Raw updated guess lon for next fcst hour is  287.63E)
 -------------------------------------------------
  
 iocheck, dist=    121.521111877742        distm=    121521.111877742     
 iocheck, stmspd=    5.62597740174732        istmspd=          109
 iocheck, xincr=    1.30431846429923        yincr=   0.220398680470048     
 iocheck, stmdir=    80.4089802413080        istmdir=           80
 +++ RPT_STORM_MOTION: istmspd=   109 kts(*10)    istmdir=    80 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  15
     Fix location for this time:   286.32E  ( 73.68W)    34.74
     Fix lon (raw) for this time:  286.32E
     ilonfix= 1028  jlatfix=  777
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    286.322576860398       xcenlat=    34.7375442812391     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    286.322576860398       xcenlat=    34.7375442812391     
  ilonfix=         1028  jlatfix=          777
  ibeg=          900  iend=         1156
  jbeg=          661  jend=          893  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    286.322576860398        xcenlat=    34.7375442812391     
      ilonfix=         1028   jlatfix=          777
      ibeg=          900   iend=         1156
      jbeg=          661   jend=          893
 After call to barnes, xsmoothval=   3.393844955498011E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.393844955498011E-004
      xcenlon=    286.322576860398        xcenlat=    34.7375442812391     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000339  imeanzeta (*1e6)=      339
   --- mean zeta raw =   3.393844955498011E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004356  igrid zeta (*1e6)=     4356 ifilret=   0
   --- grid zeta raw=   4.356016498107624E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    286.322576860398       xcenlat=    34.7375442812391     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    286.322576860398       xcenlat=    34.7375442812391     
  ilonfix=         1028  jlatfix=          777
  ibeg=          900  iend=         1156
  jbeg=          661  jend=          893  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    286.322576860398        xcenlat=    34.7375442812391     
      ilonfix=         1028   jlatfix=          777
      ibeg=          900   iend=         1156
      jbeg=          661   jend=          893
 After call to barnes, xsmoothval=   2.847916349843903E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.847916349843903E-004
      xcenlon=    286.322576860398        xcenlat=    34.7375442812391     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000285  imeanzeta (*1e6)=      285
   --- mean zeta raw =   2.847916349843903E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.004164  igrid zeta (*1e6)=     4164 ifilret=   0
   --- grid zeta raw=   4.164100242695829E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           84
  
 segx, outlon=    286.322576860398       outlat=    34.7375442812391     
   ist=            4  ifcsthour=           84
   vmaxwind=    38.6541588965534       xminmslp=    97612.2900000000     
   vradius=          152          50           0          94          28
           0         115          58           0         163          66
          44
   maxstorm=            6
   plastbar=    100412.290000000       rlastbar=    85.5276655189982     
   rmax=    31.3655217402832     
   cps_vals=    25.7565255969175        128.632909554594     
   149.112524563492     
   wcore_flag= n
   istmspd=          109  istmdir=           80
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    60.0000000000000     
   axisymet_rmw_val=     25.6358081506136     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   85.5276655189982       irlastbar=          86
 output: plastbar=   100412.290000000       iplastbar=        1004
 rmax=    31.3655217402832        irmax=           31
 TXX top of atcfunix_ext, ist=            4  ifh=           84
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   85.5276655189982       irlastbar=          86
 output: plastbar=   100412.290000000       iplastbar=        1004
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           84
 intlat=          347
 clatns= N
 intlon=          737
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           75
 int(xminmslp/mslp_outp_adj + 0.5)=          976
 XX,  34, NEQ
 vradius(1,1)=          152
 vradius(1,2)=           94
 vradius(1,3)=          115
 vradius(1,4)=          163
 iplastbar=         1004
 irlastbar=           86
 irmax=           31
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           80
 istmspd=          109
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          258
 icps_vals(2)=         1286
 icps_vals(3)=         1491
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           32
 irmw_val=           50
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          339
 igridzeta(1)=         4356
 imeanzeta(2)=          285
 igridzeta(2)=         4164
  
 rmax=    31.3655217402832        irmax=           31
 +++ Top of output_atcf_parms, ist=            4  ifh=           84
  
 xxxx get_next_ges, prev fix lon=    284.860734898483     
 xxxx get_next_ges, curr fix lon=    286.322576860398     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    286.322576860398        fixlat=    34.7375442812391     
        (0-360) fixlon=    286.322576860398     
      ilonfix=         1028   jlatfix=          777
      ibeg=          527   iend=         1529
      jbeg=          325   jend=         1229
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.13801973490180       vavg=   -1.54615396659510     
      ubar=   0.284504933725451       vbar=  -0.386538491648774     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.65387546363574       vavg=   -1.02474530878131     
      ubar=    2.61144266554332       vbar=  -0.898911146039430     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    8.81122492560259       vavg=    1.77721724558882     
      ubar=    4.81424889694397       vbar=  -0.454606834642225     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    4.81424889694397       vbar=  -0.454606834642225     
      wgttot=    1.00000000000000     
      fixlon=    286.322576860398        fixlat=    34.7375442812391     
      barnlon=    287.459981038013       barnlat=    34.6492353063826     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.822209713259331     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      287.459981038013     
     Raw (no conversion for GM wrap) extraplon=    287.793809611382     
  
 --- barnlon=    287.46E  (  72.54W)    barnlat=     34.65
 --- extraplon=  287.79E  (  72.21W)    extraplat=   35.27
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    84.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.74
 | Current fix lon is   73.68W   ( 286.32E)
 | Current fix lon (raw, unadjusted)=  286.32E
 | Updated guess lat for next fcst hour is   34.96
 | Updated guess lon (0-360) for next fcst hour is   72.37W   ( 287.63E)
 | Raw updated guess lon for next fcst hour is  287.63E)
 -------------------------------------------------
  
 iocheck, dist=    121.521111877742        distm=    121521.111877742     
 iocheck, stmspd=    5.62597740174732        istmspd=          109
 iocheck, xincr=    1.30431846429923        yincr=   0.220398680470048     
 iocheck, stmdir=    80.4089802413080        istmdir=           80
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 84
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 84 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          215  = igcret =            0
 baclose return code for unit          615  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   90:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f05400                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f05400.ix                                                                                    
hafs.trak.storm.2023082812.f05400: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: cannot stat: 2
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: Not ready yet.  Size=104814540, age=1, min size=500, min age=10
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: Not ready yet.  Size=104814540, age=6, min size=500, min age=10
hafs.trak.storm.2023082812.f05400: sleep 5
hafs.trak.storm.2023082812.f05400: ready.
hafs.trak.storm.2023082812.f05400.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f05400.ix: ready.
 in open_grib_files in multi else part....
   lugb=          216   lugi=          616
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05400                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05400.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f05400...  gopen_i_file= ...hafs.trak.storm.2023082812.f05400.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05400                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05400.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          216  is CLOSED
 TEST open_grib_files, unit lugi=          616  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f05400                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f05400.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          216  is CLOSED
 TEST b4 getgridinfo, unit lugi=          616  is CLOSED
 before getgb2 call, lugb=          216  lugi=          616
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   90   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    90h ... 22:28:30
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   90   5588258   0.000       0.000     -0.3175E-02  0.3225E-02
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   90   5588258   0.000       0.000     -0.4042E-02  0.5077E-02
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   90   5588258   0.000       0.000      -32.07       44.33    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   90   5588258   0.000       0.000      -38.80       49.10    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:30
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   90   5588258   0.000       0.000      -27.24       45.43    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:30
 TIMING: after getgb2-122:28:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   90   5588258   0.000       0.000      -27.53       45.28    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:31
 TIMING: after getgb2-122:28:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   90   5588258   0.000       0.000       957.4       1617.    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:31
 TIMING: after getgb2-122:28:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   90   5588258   0.000       0.000       2528.       3246.    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:31
 TIMING: after getgb2-122:28:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   90   5588258   0.000       0.000      0.9545E+05  0.1025E+06
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:31
 TIMING: after getgb2-122:28:31
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   90   5588258   0.000       0.000      -27.30       34.07    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:31
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   90   5588258   0.000       0.000      -30.99       31.61    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   90   5588258   0.000       0.000      -24.46       46.17    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   90   5588258   0.000       0.000      -29.04       53.69    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           90  hours
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   90   5588258   0.000       0.000       5152.       5965.    
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           90  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   90   5588258   0.000       0.000      0.1162E+05  0.1260E+05
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           90  hours
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           90  hours
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           90  hours
 TEST b4 getgb2 getdata, unit lugb=          216  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          616  is CLOSED

 TIMING: before getgb2-122:28:32
 TIMING: after getgb2-122:28:32
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           90  hours

 TIMING: before getgb2-phase22:28:32
 TIMING: after getgb2-222:28:32
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   90   5588258   0.000       0.000       488.3       1125.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   90   5588258   0.000       0.000       957.4       1617.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   90   5588258   0.000       0.000       1452.       2132.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   90   5588258   0.000       0.000       1974.       2674.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   90   5588258   0.000       0.000       2528.       3246.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:33
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   90   5588258   0.000       0.000       3118.       3858.    

 TIMING: before getgb2-phase22:28:33
 TIMING: after getgb2-222:28:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   90   5588258   0.000       0.000       3747.       4513.    

 TIMING: before getgb2-phase22:28:34
 TIMING: after getgb2-222:28:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   90   5588258   0.000       0.000       4422.       5213.    

 TIMING: before getgb2-phase22:28:34
 TIMING: after getgb2-222:28:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   90   5588258   0.000       0.000       5152.       5965.    

 TIMING: before getgb2-phase22:28:34
 TIMING: after getgb2-222:28:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   90   5588258   0.000       0.000       5947.       6778.    

 TIMING: before getgb2-phase22:28:34
 TIMING: after getgb2-222:28:34
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   90   5588258   0.000       0.000       6820.       7675.    

 TIMING: before getgb2-phase22:28:34
 TIMING: after getgb2-222:28:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   90   5588258   0.000       0.000       7791.       8673.    

 TIMING: before getgb2-phase22:28:35
 TIMING: after getgb2-222:28:35
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           90 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   90   5588258   0.000       0.000       8885.       9793.    
 TIMING: after getdata ... 22:28:35
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   90:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.064956254131879E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.545E  (0-360) ctlon=  295.545E  (  64.455W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.606E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.545E   (0-360) guesslon=  295.545E  (  64.455W)   guesslat=   26.066
 ilonfix=         1259  jlatfix=          994  npts=           16
 ibeg=         1210  jbeg=          950  imax=         2738
 iend=         1308  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.725E  (0-360) ctlon=  295.725  (  64.275W)  ctlat=   26.046 fmax (x10e5) =        0.678E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   5.820307176332855E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.545E  (0-360) ctlon=  295.545E  (  64.455W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.582E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.545E   (0-360) guesslon=  295.545E  (  64.455W)   guesslat=   26.066
 ilonfix=         1259  jlatfix=          994  npts=           16
 ibeg=         1210  jbeg=          950  imax=         2738
 iend=         1308  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.725E  (0-360) ctlon=  295.725  (  64.275W)  ctlat=   25.946 fmax (x10e5) =        0.624E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  295.945E  (0-360) ctlon=  295.945E  (  64.055W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.144E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  295.945E   (0-360) guesslon=  295.945E  (  64.055W)   guesslat=   26.066
 ilonfix=         1269  jlatfix=          994  npts=           16
 ibeg=         1220  jbeg=          950  imax=         2738
 iend=         1318  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.725E  (0-360) ctlon=  295.725  (  64.275W)  ctlat=   25.946 fmax =       -0.100E+16 fmin =        0.144E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  295.945E  (0-360) ctlon=  295.945E  (  64.055W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.309E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  295.945E   (0-360) guesslon=  295.945E  (  64.055W)   guesslat=   26.066
 ilonfix=         1269  jlatfix=          994  npts=           16
 ibeg=         1220  jbeg=          950  imax=         2738
 iend=         1318  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.825E  (0-360) ctlon=  295.825  (  64.175W)  ctlat=   25.946 fmax =       -0.100E+16 fmin =        0.309E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  295.945E  (0-360) ctlon=  295.945E  (  64.055W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  295.945E   (0-360) guesslon=  295.945E  (  64.055W)   guesslat=   26.066
 ilonfix=         1269  jlatfix=          994  npts=           16
 ibeg=         1220  jbeg=          950  imax=         2738
 iend=         1318  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.725E  (0-360) ctlon=  295.725  (  64.275W)  ctlat=   25.946 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  296.065 (0-360) guesslon=  296.065E  (  63.935W)   guesslat=   26.186
 ilonfix=         1272  jlatfix=          991  npts=           33
 ibeg=         1199  jbeg=          923  imax=         2738
 iend=         1345  jend=         1059  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.113415430931416E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.945E  (0-360) ctlon=  295.945E  (  64.055W)  ctlat=   26.066 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.611E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.945E   (0-360) guesslon=  295.945E  (  64.055W)   guesslat=   26.066
 ilonfix=         1269  jlatfix=          994  npts=           16
 ibeg=         1220  jbeg=          950  imax=         2738
 iend=         1318  jend=         1038  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.725E  (0-360) ctlon=  295.725  (  64.275W)  ctlat=   26.046 fmax (x10e5) =        0.516E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    295.796188688075        uvgeslat=    26.0260021409776     
    (0-360 uvgeslon)=    295.796188688075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:28:35
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.796188688075        uvgeslat=    26.0260021409776     
    (0-360 uvgeslon)=    295.796188688075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.796188688075     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.796E  (0-360E lon):  295.796E    64.204W  ctlat=   26.026  xmax_circul_disk =      97055609.5
 TIMING: get_wind_circ kloop, k=  1   22:28:35
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.796E  (0-360E)=  295.796E  (  64.204W)   guesslat=   26.026
 ilonfix=         1265  jlatfix=          995  npts=           56
 ibeg=         1196  jbeg=          931  imax=         2738
 iend=         1334  jend=         1059  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    97157049.4500422     
 nhalf get_wind_circ, k=  1 ctlon=  295.696E  (0-360E)=  295.696E  ctlon=   64.304W   ctlat=   25.986 Wind Circulation (NHEM: Max) =      97157049.5
 TIMING: After GWC 850 ... 22:28:35
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:28:35
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.796188688075        uvgeslat=    26.0260021409776     
    (0-360 uvgeslon)=    295.796188688075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.796188688075     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.796E  (0-360E lon):  295.796E    64.204W  ctlat=   26.026  xmax_circul_disk =      94311116.6
 TIMING: get_wind_circ kloop, k=  1   22:28:35
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.796E  (0-360E)=  295.796E  (  64.204W)   guesslat=   26.026
 ilonfix=         1265  jlatfix=          995  npts=           56
 ibeg=         1196  jbeg=          931  imax=         2738
 iend=         1334  jend=         1059  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    94319317.4030851     
 nhalf get_wind_circ, k=  1 ctlon=  295.816E  (0-360E)=  295.816E  ctlon=   64.184W   ctlat=   25.986 Wind Circulation (NHEM: Max) =      94319317.4
 TIMING: After GWC 700 ... 22:28:35
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:28:35
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.796188688075        uvgeslat=    26.0260021409776     
    (0-360 uvgeslon)=    295.796188688075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.796188688075     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.796E  (0-360E lon):  295.796E    64.204W  ctlat=   26.026  xmax_circul_disk =      70453456.5
 TIMING: get_wind_circ kloop, k=  1   22:28:35
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.796E  (0-360E)=  295.796E  (  64.204W)   guesslat=   26.026
 ilonfix=         1265  jlatfix=          995  npts=           56
 ibeg=         1196  jbeg=          931  imax=         2738
 iend=         1334  jend=         1059  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    70562331.4310026     
 nhalf get_wind_circ, k=  1 ctlon=  295.756E  (0-360E)=  295.756E  ctlon=   64.244W   ctlat=   25.986 Wind Circulation (NHEM: Max) =      70562331.4
 TIMING: After GWC Sfc ... 22:28:35
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.11  xavg_stderr=     6.49
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           16  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    90:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  296.07E   (0-360) guesslon=  296.07E  ( 63.93W)    26.19
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       295.73       64.27      26.05           67.77       T         37.34
   2    zeta 700    Max       295.73       64.27      25.95           62.42       T         43.19
   3    circ 850    Max       295.70       64.30      25.99           97.16       T         43.05
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       295.82       64.18      25.99           94.32       T         33.37
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       295.73       64.27      25.95         1438.26       T         43.19
   8     gph 700    Min       295.83       64.17      25.95         3086.14       T         35.87
   9        MSLP    Min       295.73       64.27      25.95       100229.69       T         43.19
  10    circ sfc    Max       295.76       64.24      25.99           70.56       T         38.04
  11    zeta sfc    Max       295.73       64.27      26.05           51.62       T         37.34
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.59393269359759       stderr_close= 
   2.20051019124222       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.478 devia=   1.496 wtpos=  0.60740     295.73   295.73    64.27    26.05
 ip=  2 kprm=  2 dist_from_mean=   4.496 devia=   0.899 wtpos=  0.74102     295.73   295.73    64.27    25.95
 ip=  3 kprm=  3 dist_from_mean=   5.072 devia=   1.014 wtpos=  0.71309     295.70   295.70    64.30    25.99
 ip=  5 kprm=  4 dist_from_mean=   6.964 devia=   1.393 wtpos=  0.62861     295.82   295.82    64.18    25.99
 ip=  7 kprm=  5 dist_from_mean=   4.496 devia=   0.899 wtpos=  0.74102     295.73   295.73    64.27    25.95
 ip=  8 kprm=  6 dist_from_mean=   8.795 devia=   1.759 wtpos=  0.55637     295.83   295.83    64.17    25.95
 ip=  9 kprm=  7 dist_from_mean=   4.496 devia=   0.899 wtpos=  0.74102     295.73   295.73    64.27    25.95
 ip= 10 kprm=  8 dist_from_mean=   1.070 devia=   0.214 wtpos=  0.93115     295.76   295.76    64.24    25.99
 ip= 11 kprm=  9 dist_from_mean=   7.478 devia=   1.496 wtpos=  0.60740     295.73   295.73    64.27    26.05
  
At end of fixcenter:  00L   fhr=   90:00   Fix position=   295.74E  (0-360) fixlon=  295.74  ( 64.26W)    25.98
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    295.744559288485     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    295.725281369893     
        (0-360E clon(ist,ifh,9))=    295.725281369893     
      clat(ist,ifh,9)=    25.9460041409776     
      xval(9)=    100229.686406442     
  
  After get_ij B, ibeg jbeg =         1155         859
  After get_ij B, iend jend =         1371        1135
  
 In is_it_a_storm, ilonfix=         1263  jlatfix=          997
 ibeg jbeg iend jend =         1155         859        1371        1135
 cparm= slp  parmlon parmlat =    295.725281369893        25.9460041409776     
     (0-360E parmlon) =    295.725281369893     
 parmval=    100229.686406442     
  
 i= 1240 j=  934 glon=  294.81 (0-360E) glon=  294.81 glat=  28.48 dist=   296.08 slp=  101509.15 pgradient=  4.32134
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.32134
 mslp center =    295.725281369893        25.9460041409776     
   100229.686406442     
   (0-360E) lon of mslp center =    295.725281369893     
 pgrad loc   =    294.808761000000        294.808761000000     
   65.1912390000000        28.4809360000000        101509.150000000     
  ttest at location C IF....
      xinp_fixlat=    25.9460041409776     
      xinp_fixlon=    295.725281369893       (0-360E) xinp_fixlon= 
   295.725281369893     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99039.5500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1264  jfix=          996
 longitude=    295.725281369893      E   (   64.2747186301073      
 W)  (0-360E) xinp_fixlon=    295.725281369893     
 latitude=    25.9460041409776     
 mean mslp value (xval(9))=    100229.686406442     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1264  jfix=          996
 longitude=    295.725281369893      E   (   64.2747186301073      
 W)  (0-360E) xinp_fixlon=    295.725281369893     
 latitude=    25.9460041409776     
 mean mslp value (xval(9))=    100229.686406442     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1264  jx=          996
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99039.5500000000       xcentval=    99039.5500000000     
 At A, num_found_contours=            0
 At A, contlo=    99039.5500000000       conthi=    99439.5500000000     
  
 num_found_contours=            0
 contlo=    99039.5500000000       conthi=    99439.5500000000     
 xcentval=    99039.5500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99439.5500000000       conthi=    99839.5500000000     
  
 num_found_contours=            1
 contlo=    99439.5500000000       conthi=    99839.5500000000     
 xcentval=    99039.5500000000     
 At A, num_found_contours=            2
 At A, contlo=    99839.5500000000       conthi=    100239.550000000     
  
 num_found_contours=            2
 contlo=    99839.5500000000       conthi=    100239.550000000     
 xcentval=    99039.5500000000     
 At A, num_found_contours=            3
 At A, contlo=    100239.550000000       conthi=    100639.550000000     
  
 num_found_contours=            3
 contlo=    100239.550000000       conthi=    100639.550000000     
 xcentval=    99039.5500000000     
 At A, num_found_contours=            4
 At A, contlo=    100639.550000000       conthi=    101039.550000000     
  
 num_found_contours=            4
 contlo=    100639.550000000       conthi=    101039.550000000     
 xcentval=    99039.5500000000     
 At A, num_found_contours=            5
 At A, contlo=    101039.550000000       conthi=    101439.550000000     
  
 num_found_contours=            5
 contlo=    101039.550000000       conthi=    101439.550000000     
 xcentval=    99039.5500000000     
 At A, num_found_contours=            6
 At A, contlo=    101439.550000000       conthi=    101839.550000000     
  
 num_found_contours=            6
 contlo=    101439.550000000       conthi=    101839.550000000     
 xcentval=    99039.5500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1231 ,        1133 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99039.5500000000     
 !!! (i,j) of central value = (        1264 ,         996 )
 !!!  
 !!! Flagged value found    =    101439.390000000     
 !!! (i,j) of flagged value = (        1230 ,        1134 )
 !!!   
 !!! Lower bound of contour interval =    101439.550000000     
 !!! Upper bound of contour interval =    101839.550000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1264  jfix=          996
 longitude=    295.725281369893      E   (   64.2747186301073      W)  
 (0-360E) xinp_fixlon=    295.725281369893     
 latitude=    25.9460041409776     
 mean mslp value (xval(9))=    100229.686406442     
 gridpoint mslp value=    99039.5500000000     
 ccflag= y
 prs of last closed isobar =    101439.550000000     
 radius of last closed isobar =    145.699071520979       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   90:00
 !!! Boundary check xinp_fixlat is   25.95
 !!! Boundary check xinp_fixlon is   64.27W   ( 295.73E)  (0-360E) xinp_fixlon=  295.73
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    295.696191188075     
  850 mb wcirc fix lat=    25.9860031409776     
    (0-360) 850 mb wcirc fix lon=    295.696191188075     
  Multi-parm fix lon=      295.744559288485     
  Multi-parm fix lat=      25.9798938035740     
    (0-360) Multi-parm fix lon=      295.744559288485     
  
  
  After get_ij B, ibeg jbeg =         1172         892
  After get_ij B, iend jend =         1354        1100
  
 In is_it_a_storm, ilonfix=         1263  jlatfix=          996
 ibeg jbeg iend jend =         1172         892        1354        1100
 cparm= v850  parmlon parmlat =    295.696191188075        25.9860031409776     
     (0-360E parmlon) =    295.696191188075     
 parmval=    97157049.4500422     
  
 i= 1252 j=  947 glon=  295.29 (0-360E) glon=  295.29 glat=  27.96 u= -16.3200 v=   0.8100 vr=   3.76031 vt=  15.90153
 i= 1257 j=  947 glon=  295.49 (0-360E) glon=  295.49 glat=  27.96 u= -16.5100 v=   1.8300 vr=   3.36735 vt=  16.26622
 i= 1262 j=  947 glon=  295.69 (0-360E) glon=  295.69 glat=  27.96 u= -16.6400 v=   2.6800 vr=   2.73618 vt=  16.63085
 i= 1267 j=  947 glon=  295.89 (0-360E) glon=  295.89 glat=  27.96 u= -16.4500 v=   3.7800 vr=   2.33568 vt=  16.71632
 i= 1272 j=  947 glon=  296.09 (0-360E) glon=  296.09 glat=  27.96 u= -16.1900 v=   5.0800 vr=   2.16551 vt=  16.82953
 i= 1237 j=  952 glon=  294.69 (0-360E) glon=  294.69 glat=  27.76 u= -13.7800 v=  -4.2300 vr=   2.47811 vt=  14.20001
 i= 1242 j=  952 glon=  294.89 (0-360E) glon=  294.89 glat=  27.76 u= -15.4900 v=  -2.8400 vr=   3.21669 vt=  15.41618
 i= 1247 j=  952 glon=  295.09 (0-360E) glon=  295.09 glat=  27.76 u= -16.1000 v=  -1.7100 vr=   3.08381 vt=  15.89416
 i= 1252 j=  952 glon=  295.29 (0-360E) glon=  295.29 glat=  27.76 u= -16.7200 v=  -0.8500 vr=   2.53428 vt=  16.54867
 i= 1257 j=  952 glon=  295.49 (0-360E) glon=  295.49 glat=  27.76 u= -17.4800 v=   0.7400 vr=   2.55544 vt=  17.30802
 i= 1262 j=  952 glon=  295.69 (0-360E) glon=  295.69 glat=  27.76 u= -17.7900 v=   2.4000 vr=   2.46686 vt=  17.78085
 i= 1267 j=  952 glon=  295.89 (0-360E) glon=  295.89 glat=  27.76 u= -17.8800 v=   4.0700 vr=   2.32226 vt=  18.18973
 i= 1272 j=  952 glon=  296.09 (0-360E) glon=  296.09 glat=  27.76 u= -17.5500 v=   5.5600 vr=   2.04440 vt=  18.29581
 i= 1277 j=  952 glon=  296.29 (0-360E) glon=  296.29 glat=  27.76 u= -17.1100 v=   6.7700 vr=   1.58440 vt=  18.33234
 i= 1282 j=  952 glon=  296.49 (0-360E) glon=  296.49 glat=  27.76 u= -16.8100 v=   8.2500 vr=   1.41589 vt=  18.67174
 i= 1287 j=  952 glon=  296.69 (0-360E) glon=  296.69 glat=  27.76 u= -15.8700 v=   9.1800 vr=   1.09611 vt=  18.30103
 i= 1227 j=  957 glon=  294.29 (0-360E) glon=  294.29 glat=  27.56 u= -10.7200 v=  -7.5500 vr=   0.81946 vt=  13.08623
 i= 1232 j=  957 glon=  294.49 (0-360E) glon=  294.49 glat=  27.56 u= -12.7500 v=  -6.5700 vr=   1.81302 vt=  14.22815
 i= 1237 j=  957 glon=  294.69 (0-360E) glon=  294.69 glat=  27.56 u= -14.3500 v=  -5.6800 vr=   2.21368 vt=  15.27365
 i= 1242 j=  957 glon=  294.89 (0-360E) glon=  294.89 glat=  27.56 u= -15.6200 v=  -4.5000 vr=   2.43409 vt=  16.07201
 i= 1247 j=  957 glon=  295.09 (0-360E) glon=  295.09 glat=  27.56 u= -16.6700 v=  -2.7800 vr=   2.81833 vt=  16.66356
 i= 1252 j=  957 glon=  295.29 (0-360E) glon=  295.29 glat=  27.56 u= -17.8400 v=  -1.1800 vr=   2.87886 vt=  17.64568
 i= 1257 j=  957 glon=  295.49 (0-360E) glon=  295.49 glat=  27.56 u= -18.8600 v=   0.5800 vr=   2.78615 vt=  18.66208
 i= 1262 j=  957 glon=  295.69 (0-360E) glon=  295.69 glat=  27.56 u= -19.2500 v=   2.5300 vr=   2.61157 vt=  19.23910
 i= 1267 j=  957 glon=  295.89 (0-360E) glon=  295.89 glat=  27.56 u= -19.2800 v=   4.1500 vr=   2.02631 vt=  19.61721
 i= 1272 j=  957 glon=  296.09 (0-360E) glon=  296.09 glat=  27.56 u= -18.4800 v=   5.8700 vr=   1.70131 vt=  19.31509
 i= 1277 j=  957 glon=  296.29 (0-360E) glon=  296.29 glat=  27.56 u= -17.7400 v=   7.5400 vr=   1.47709 vt=  19.21919
 i= 1282 j=  957 glon=  296.49 (0-360E) glon=  296.49 glat=  27.56 u= -17.1500 v=   9.0000 vr=   1.15189 vt=  19.33380
 i= 1287 j=  957 glon=  296.69 (0-360E) glon=  296.69 glat=  27.56 u= -16.6700 v=  10.4400 vr=   0.88697 vt=  19.64932
 i= 1292 j=  957 glon=  296.89 (0-360E) glon=  296.89 glat=  27.56 u= -15.4000 v=  11.1100 vr=   0.53578 vt=  18.98170
 i= 1297 j=  957 glon=  297.09 (0-360E) glon=  297.09 glat=  27.56 u= -14.1600 v=  11.1200 vr=  -0.09373 vt=  18.00420
 i= 1222 j=  962 glon=  294.09 (0-360E) glon=  294.09 glat=  27.36 u=  -9.6900 v=  -8.9100 vr=   0.87951 vt=  13.13433
 i= 1227 j=  962 glon=  294.29 (0-360E) glon=  294.29 glat=  27.36 u= -11.0300 v=  -8.8700 vr=   0.93787 vt=  14.12297
 i= 1232 j=  962 glon=  294.49 (0-360E) glon=  294.49 glat=  27.36 u= -12.7000 v=  -8.3700 vr=   1.29071 vt=  15.15523
 i= 1237 j=  962 glon=  294.69 (0-360E) glon=  294.69 glat=  27.36 u= -13.9400 v=  -7.2100 vr=   1.63404 vt=  15.60890
 i= 1242 j=  962 glon=  294.89 (0-360E) glon=  294.89 glat=  27.36 u= -16.4000 v=  -5.5000 vr=   2.77677 vt=  17.07336
 i= 1247 j=  962 glon=  295.09 (0-360E) glon=  295.09 glat=  27.36 u= -17.6300 v=  -4.0900 vr=   2.69026 vt=  17.89714
 i= 1252 j=  962 glon=  295.29 (0-360E) glon=  295.29 glat=  27.36 u= -19.1300 v=  -1.7500 vr=   3.21990 vt=  18.93810
 i= 1257 j=  962 glon=  295.49 (0-360E) glon=  295.49 glat=  27.36 u= -19.5100 v=   0.5900 vr=   3.19912 vt=  19.25497
 i= 1262 j=  962 glon=  295.69 (0-360E) glon=  295.69 glat=  27.36 u= -19.6000 v=   2.4000 vr=   2.49518 vt=  19.58811
 i= 1267 j=  962 glon=  295.89 (0-360E) glon=  295.89 glat=  27.36 u= -20.2200 v=   4.9700 vr=   2.41329 vt=  20.68152
 i= 1272 j=  962 glon=  296.09 (0-360E) glon=  296.09 glat=  27.36 u= -19.0700 v=   8.2600 vr=   3.27423 vt=  20.52247
 i= 1277 j=  962 glon=  296.29 (0-360E) glon=  296.29 glat=  27.36 u= -17.6300 v=   9.5600 vr=   2.56318 vt=  19.89072
 i= 1282 j=  962 glon=  296.49 (0-360E) glon=  296.49 glat=  27.36 u= -17.1400 v=  10.1800 vr=   1.17143 vt=  19.90075
 i= 1287 j=  962 glon=  296.69 (0-360E) glon=  296.69 glat=  27.36 u= -16.1400 v=  10.9800 vr=   0.44087 vt=  19.51578
 i= 1292 j=  962 glon=  296.89 (0-360E) glon=  296.89 glat=  27.36 u= -15.2700 v=  12.2700 vr=   0.29912 vt=  19.58664
 i= 1297 j=  962 glon=  297.09 (0-360E) glon=  297.09 glat=  27.36 u= -14.6000 v=  13.1400 vr=  -0.10696 vt=  19.64200
 i= 1302 j=  962 glon=  297.29 (0-360E) glon=  297.29 glat=  27.36 u= -13.2900 v=  12.6500 vr=  -0.82420 vt=  18.32941
 i= 1217 j=  967 glon=  293.89 (0-360E) glon=  293.89 glat=  27.16 u=  -8.5400 v= -11.0900 vr=   0.43661 vt=  13.99032
 i= 1222 j=  967 glon=  294.09 (0-360E) glon=  294.09 glat=  27.16 u=  -9.0000 v= -10.7500 vr=   0.20937 vt=  14.01851
 i= 1227 j=  967 glon=  294.29 (0-360E) glon=  294.29 glat=  27.16 u= -11.0900 v= -10.5200 vr=   0.97008 vt=  15.25508
 i= 1232 j=  967 glon=  294.49 (0-360E) glon=  294.49 glat=  27.16 u= -12.3800 v=  -9.6500 vr=   1.30884 vt=  15.64205
 i= 1237 j=  967 glon=  294.69 (0-360E) glon=  294.69 glat=  27.16 u= -14.7900 v=  -8.5500 vr=   2.24810 vt=  16.93495
 i= 1242 j=  967 glon=  294.89 (0-360E) glon=  294.89 glat=  27.16 u= -16.8100 v=  -6.9700 vr=   2.89178 vt=  17.96649
 i= 1247 j=  967 glon=  295.09 (0-360E) glon=  295.09 glat=  27.16 u= -18.9300 v=  -5.8600 vr=   2.64854 vt=  19.63848
 i= 1252 j=  967 glon=  295.29 (0-360E) glon=  295.29 glat=  27.16 u= -20.8100 v=  -3.5400 vr=   2.79957 vt=  20.92248
 i= 1257 j=  967 glon=  295.49 (0-360E) glon=  295.49 glat=  27.16 u= -22.8400 v=   0.1800 vr=   3.74918 vt=  22.53090
 i= 1262 j=  967 glon=  295.69 (0-360E) glon=  295.69 glat=  27.16 u= -21.2900 v=   2.4600 vr=   2.58103 vt=  21.27567
 i= 1267 j=  967 glon=  295.89 (0-360E) glon=  295.89 glat=  27.16 u= -20.1300 v=   6.0800 vr=   3.08898 vt=  20.80004
 i= 1272 j=  967 glon=  296.09 (0-360E) glon=  296.09 glat=  27.16 u= -21.4100 v=   8.4800 vr=   1.97837 vt=  22.94307
 i= 1277 j=  967 glon=  296.29 (0-360E) glon=  296.29 glat=  27.16 u= -18.8800 v=  10.5700 vr=   1.84838 vt=  21.55836
 i= 1282 j=  967 glon=  296.49 (0-360E) glon=  296.49 glat=  27.16 u= -17.6700 v=  11.4400 vr=   0.63613 vt=  21.04039
 i= 1287 j=  967 glon=  296.69 (0-360E) glon=  296.69 glat=  27.16 u= -16.0100 v=  12.8200 vr=   0.53889 vt=  20.50322
 i= 1292 j=  967 glon=  296.89 (0-360E) glon=  296.89 glat=  27.16 u= -15.0100 v=  13.5300 vr=  -0.11686 vt=  20.20761
 i= 1297 j=  967 glon=  297.09 (0-360E) glon=  297.09 glat=  27.16 u= -13.7900 v=  13.3900 vr=  -0.89363 vt=  19.20046
 i= 1302 j=  967 glon=  297.29 (0-360E) glon=  297.29 glat=  27.16 u= -13.5100 v=  14.3400 vr=  -1.35675 vt=  19.65490
 i= 1307 j=  967 glon=  297.49 (0-360E) glon=  297.49 glat=  27.16 u= -12.1100 v=  13.6800 vr=  -1.74402 vt=  18.18661
 i= 1217 j=  972 glon=  293.89 (0-360E) glon=  293.89 glat=  26.96 u=  -8.3400 v= -12.1400 vr=   0.92882 vt=  14.69940
 i= 1222 j=  972 glon=  294.09 (0-360E) glon=  294.09 glat=  26.96 u=  -8.5000 v= -12.4300 vr=   0.11105 vt=  15.05797
 i= 1227 j=  972 glon=  294.29 (0-360E) glon=  294.29 glat=  26.96 u= -10.7200 v= -12.1400 vr=   1.09191 vt=  16.15877
 i= 1232 j=  972 glon=  294.49 (0-360E) glon=  294.49 glat=  26.96 u= -11.7700 v= -11.3600 vr=   1.16856 vt=  16.31616
 i= 1237 j=  972 glon=  294.69 (0-360E) glon=  294.69 glat=  26.96 u= -16.0500 v= -10.2000 vr=   3.44657 vt=  18.70197
 i= 1242 j=  972 glon=  294.89 (0-360E) glon=  294.89 glat=  26.96 u= -17.4300 v= -10.1700 vr=   2.24135 vt=  20.05518
 i= 1247 j=  972 glon=  295.09 (0-360E) glon=  295.09 glat=  26.96 u= -18.9200 v= -10.6500 vr=  -0.06048 vt=  21.71141
 i= 1252 j=  972 glon=  295.29 (0-360E) glon=  295.29 glat=  26.96 u= -25.2100 v=  -8.9000 vr=   0.51788 vt=  26.72987
 i= 1257 j=  972 glon=  295.49 (0-360E) glon=  295.49 glat=  26.96 u= -23.5300 v=  -4.4500 vr=   0.04054 vt=  23.94706
 i= 1262 j=  972 glon=  295.69 (0-360E) glon=  295.69 glat=  26.96 u= -21.8200 v=   0.8900 vr=   1.03958 vt=  21.81339
 i= 1267 j=  972 glon=  295.89 (0-360E) glon=  295.89 glat=  26.96 u= -22.4200 v=   5.8800 vr=   1.87885 vt=  23.10196
 i= 1272 j=  972 glon=  296.09 (0-360E) glon=  296.09 glat=  26.96 u= -20.6700 v=   8.3100 vr=   0.79283 vt=  22.26379
 i= 1277 j=  972 glon=  296.29 (0-360E) glon=  296.29 glat=  26.96 u= -18.4100 v=  11.9400 vr=   1.66573 vt=  21.87960
 i= 1282 j=  972 glon=  296.49 (0-360E) glon=  296.49 glat=  26.96 u= -17.3300 v=  13.5700 vr=   0.74272 vt=  21.99823
 i= 1287 j=  972 glon=  296.69 (0-360E) glon=  296.69 glat=  26.96 u= -16.1500 v=  14.2500 vr=  -0.38626 vt=  21.53453
 i= 1292 j=  972 glon=  296.89 (0-360E) glon=  296.89 glat=  26.96 u= -14.4600 v=  15.2800 vr=  -0.42067 vt=  21.03314
 i= 1297 j=  972 glon=  297.09 (0-360E) glon=  297.09 glat=  26.96 u= -13.3000 v=  15.6000 vr=  -0.92019 vt=  20.47934
 i= 1302 j=  972 glon=  297.29 (0-360E) glon=  297.29 glat=  26.96 u= -12.5600 v=  14.9600 vr=  -1.98177 vt=  19.43265
 i= 1307 j=  972 glon=  297.49 (0-360E) glon=  297.49 glat=  26.96 u= -11.9800 v=  15.2200 vr=  -2.40157 vt=  19.21981
 i= 1212 j=  977 glon=  293.69 (0-360E) glon=  293.69 glat=  26.76 u=  -5.5800 v= -12.6200 vr=   0.18425 vt=  13.79735
 i= 1217 j=  977 glon=  293.89 (0-360E) glon=  293.89 glat=  26.76 u=  -7.8100 v= -13.2400 vr=   1.38285 vt=  15.30952
 i= 1222 j=  977 glon=  294.09 (0-360E) glon=  294.09 glat=  26.76 u=  -7.9900 v= -13.7200 vr=   0.58376 vt=  15.86624
 i= 1227 j=  977 glon=  294.29 (0-360E) glon=  294.29 glat=  26.76 u=  -9.8700 v= -13.7000 vr=   1.28111 vt=  16.83644
 i= 1232 j=  977 glon=  294.49 (0-360E) glon=  294.49 glat=  26.76 u= -11.6600 v= -13.5100 vr=   1.65211 vt=  17.76925
 i= 1237 j=  977 glon=  294.69 (0-360E) glon=  294.69 glat=  26.76 u= -14.5500 v= -14.5400 vr=   1.60696 vt=  20.50687
 i= 1242 j=  977 glon=  294.89 (0-360E) glon=  294.89 glat=  26.76 u= -18.8600 v= -13.9200 vr=   2.72976 vt=  23.28120
 i= 1247 j=  977 glon=  295.09 (0-360E) glon=  295.09 glat=  26.76 u= -24.0000 v= -10.8100 vr=   4.97611 vt=  25.84752
 i= 1252 j=  977 glon=  295.29 (0-360E) glon=  295.29 glat=  26.76 u= -21.5300 v=  -9.2900 vr=   0.78840 vt=  23.43552
 i= 1257 j=  977 glon=  295.49 (0-360E) glon=  295.49 glat=  26.76 u= -22.8300 v=  -6.6900 vr=  -1.17193 vt=  23.76114
 i= 1262 j=  977 glon=  295.69 (0-360E) glon=  295.69 glat=  26.76 u= -25.3200 v=  -0.3900 vr=  -0.17150 vt=  25.32242
 i= 1267 j=  977 glon=  295.89 (0-360E) glon=  295.89 glat=  26.76 u= -26.5000 v=   5.6800 vr=  -0.22344 vt=  27.10097
 i= 1272 j=  977 glon=  296.09 (0-360E) glon=  296.09 glat=  26.76 u= -22.5300 v=   9.2300 vr=  -0.92353 vt=  24.32984
 i= 1277 j=  977 glon=  296.29 (0-360E) glon=  296.29 glat=  26.76 u= -19.7200 v=  11.7300 vr=  -1.49315 vt=  22.89633
 i= 1282 j=  977 glon=  296.49 (0-360E) glon=  296.49 glat=  26.76 u= -17.1300 v=  13.8400 vr=  -1.40103 vt=  21.97771
 i= 1287 j=  977 glon=  296.69 (0-360E) glon=  296.69 glat=  26.76 u= -15.6900 v=  16.0600 vr=  -1.31946 vt=  22.41336
 i= 1292 j=  977 glon=  296.89 (0-360E) glon=  296.89 glat=  26.76 u= -13.9300 v=  15.9800 vr=  -1.94176 vt=  21.11007
 i= 1297 j=  977 glon=  297.09 (0-360E) glon=  297.09 glat=  26.76 u= -12.6600 v=  16.4800 vr=  -2.11384 vt=  20.67360
 i= 1302 j=  977 glon=  297.29 (0-360E) glon=  297.29 glat=  26.76 u= -11.4100 v=  16.2600 vr=  -2.32630 vt=  19.72724
 i= 1307 j=  977 glon=  297.49 (0-360E) glon=  297.49 glat=  26.76 u= -11.0100 v=  15.7700 vr=  -3.12807 vt=  18.97704
 i= 1312 j=  977 glon=  297.69 (0-360E) glon=  297.69 glat=  26.76 u= -10.2200 v=  15.3100 vr=  -3.34808 vt=  18.10069
 i= 1212 j=  982 glon=  293.69 (0-360E) glon=  293.69 glat=  26.56 u=  -4.8400 v= -13.1600 vr=   0.66093 vt=  14.00623
 i= 1217 j=  982 glon=  293.89 (0-360E) glon=  293.89 glat=  26.56 u=  -7.0600 v= -14.2800 vr=   1.93462 vt=  15.81200
 i= 1222 j=  982 glon=  294.09 (0-360E) glon=  294.09 glat=  26.56 u=  -7.4500 v= -15.2200 vr=   1.33304 vt=  16.89301
 i= 1227 j=  982 glon=  294.29 (0-360E) glon=  294.29 glat=  26.56 u=  -9.8200 v= -14.7600 vr=   2.86439 vt=  17.49529
 i= 1232 j=  982 glon=  294.49 (0-360E) glon=  294.49 glat=  26.56 u= -11.1500 v= -15.1300 vr=   2.79441 vt=  18.58577
 i= 1237 j=  982 glon=  294.69 (0-360E) glon=  294.69 glat=  26.56 u= -11.1200 v= -16.9400 vr=   0.32428 vt=  20.26112
 i= 1242 j=  982 glon=  294.89 (0-360E) glon=  294.89 glat=  26.56 u= -16.4000 v= -17.3400 vr=   2.09603 vt=  23.77482
 i= 1247 j=  982 glon=  295.09 (0-360E) glon=  295.09 glat=  26.56 u= -20.2100 v= -12.5400 vr=   4.82233 vt=  23.29036
 i= 1252 j=  982 glon=  295.29 (0-360E) glon=  295.29 glat=  26.56 u= -20.3800 v= -13.3400 vr=  -0.31037 vt=  24.35577
 i= 1257 j=  982 glon=  295.49 (0-360E) glon=  295.49 glat=  26.56 u= -24.0100 v=  -7.7900 vr=  -0.01123 vt=  25.24211
 i= 1262 j=  982 glon=  295.69 (0-360E) glon=  295.69 glat=  26.56 u= -26.0300 v=   0.4800 vr=   0.78283 vt=  26.02265
 i= 1267 j=  982 glon=  295.89 (0-360E) glon=  295.89 glat=  26.56 u= -27.2500 v=   8.3200 vr=   0.12122 vt=  28.49158
 i= 1272 j=  982 glon=  296.09 (0-360E) glon=  296.09 glat=  26.56 u= -24.9600 v=  14.7900 vr=  -0.43954 vt=  29.00952
 i= 1277 j=  982 glon=  296.29 (0-360E) glon=  296.29 glat=  26.56 u= -21.4700 v=  17.2900 vr=  -1.90390 vt=  27.50055
 i= 1282 j=  982 glon=  296.49 (0-360E) glon=  296.49 glat=  26.56 u= -17.3800 v=  18.1900 vr=  -2.10826 vt=  25.06982
 i= 1287 j=  982 glon=  296.69 (0-360E) glon=  296.69 glat=  26.56 u= -15.2500 v=  18.3200 vr=  -2.91311 vt=  23.65795
 i= 1292 j=  982 glon=  296.89 (0-360E) glon=  296.89 glat=  26.56 u= -12.4700 v=  18.4300 vr=  -2.30577 vt=  22.13254
 i= 1297 j=  982 glon=  297.09 (0-360E) glon=  297.09 glat=  26.56 u= -11.2600 v=  17.5600 vr=  -2.93866 vt=  20.65201
 i= 1302 j=  982 glon=  297.29 (0-360E) glon=  297.29 glat=  26.56 u= -10.0900 v=  17.2700 vr=  -2.97034 vt=  19.77974
 i= 1307 j=  982 glon=  297.49 (0-360E) glon=  297.49 glat=  26.56 u=  -9.7300 v=  16.1000 vr=  -3.80281 vt=  18.42340
 i= 1312 j=  982 glon=  297.69 (0-360E) glon=  297.69 glat=  26.56 u=  -9.2900 v=  16.3400 vr=  -3.90904 vt=  18.38530
 i= 1207 j=  987 glon=  293.49 (0-360E) glon=  293.49 glat=  26.36 u=  -3.5600 v= -13.6100 vr=   1.02755 vt=  14.03032
 i= 1212 j=  987 glon=  293.69 (0-360E) glon=  293.69 glat=  26.36 u=  -3.6200 v= -13.8000 vr=   0.78791 vt=  14.24513
 i= 1217 j=  987 glon=  293.89 (0-360E) glon=  293.89 glat=  26.36 u=  -5.6600 v= -15.3700 vr=   2.10996 vt=  16.24255
 i= 1222 j=  987 glon=  294.09 (0-360E) glon=  294.09 glat=  26.36 u=  -5.8000 v= -16.7400 vr=   1.45721 vt=  17.65628
 i= 1227 j=  987 glon=  294.29 (0-360E) glon=  294.29 glat=  26.36 u=  -8.9500 v= -15.3600 vr=   4.25554 vt=  17.26043
 i= 1232 j=  987 glon=  294.49 (0-360E) glon=  294.49 glat=  26.36 u=  -9.7900 v= -16.0700 vr=   4.03936 vt=  18.37859
 i= 1237 j=  987 glon=  294.69 (0-360E) glon=  294.69 glat=  26.36 u=  -8.8700 v= -17.1000 vr=   1.67946 vt=  19.19027
 i= 1242 j=  987 glon=  294.89 (0-360E) glon=  294.89 glat=  26.36 u=  -7.7400 v= -22.7000 vr=  -3.52166 vt=  23.72331
 i= 1247 j=  987 glon=  295.09 (0-360E) glon=  295.09 glat=  26.36 u= -17.0200 v= -17.3400 vr=   4.22375 vt=  23.92731
 i= 1252 j=  987 glon=  295.29 (0-360E) glon=  295.29 glat=  26.36 u= -20.4500 v= -16.7900 vr=   2.27702 vt=  26.36137
 i= 1257 j=  987 glon=  295.49 (0-360E) glon=  295.49 glat=  26.36 u= -25.3500 v= -15.4300 vr=  -2.53559 vt=  29.56820
 i= 1262 j=  987 glon=  295.69 (0-360E) glon=  295.69 glat=  26.36 u= -31.3500 v=  -1.0800 vr=  -0.52033 vt=  31.36428
 i= 1267 j=  987 glon=  295.89 (0-360E) glon=  295.89 glat=  26.36 u= -31.0700 v=   9.8900 vr=  -4.03311 vt=  32.35570
 i= 1272 j=  987 glon=  296.09 (0-360E) glon=  296.09 glat=  26.36 u= -25.9100 v=  17.8300 vr=  -4.76925 vt=  31.08844
 i= 1277 j=  987 glon=  296.29 (0-360E) glon=  296.29 glat=  26.36 u= -21.6700 v=  23.0200 vr=  -4.47924 vt=  31.29610
 i= 1282 j=  987 glon=  296.49 (0-360E) glon=  296.49 glat=  26.36 u= -15.2200 v=  22.0300 vr=  -3.23000 vt=  26.58075
 i= 1287 j=  987 glon=  296.69 (0-360E) glon=  296.69 glat=  26.36 u= -12.4000 v=  21.5000 vr=  -3.13378 vt=  24.62091
 i= 1292 j=  987 glon=  296.89 (0-360E) glon=  296.89 glat=  26.36 u= -10.7500 v=  20.2500 vr=  -3.50154 vt=  22.65754
 i= 1297 j=  987 glon=  297.09 (0-360E) glon=  297.09 glat=  26.36 u=  -8.4800 v=  19.3500 vr=  -2.61773 vt=  20.96379
 i= 1302 j=  987 glon=  297.29 (0-360E) glon=  297.29 glat=  26.36 u=  -8.2200 v=  18.2400 vr=  -3.38295 vt=  19.71856
 i= 1307 j=  987 glon=  297.49 (0-360E) glon=  297.49 glat=  26.36 u=  -7.9000 v=  17.0200 vr=  -3.89418 vt=  18.35554
 i= 1312 j=  987 glon=  297.69 (0-360E) glon=  297.69 glat=  26.36 u=  -8.0200 v=  16.8000 vr=  -4.47180 vt=  18.07107
 i= 1317 j=  987 glon=  297.89 (0-360E) glon=  297.89 glat=  26.36 u=  -7.6900 v=  15.6800 vr=  -4.69123 vt=  16.82233
 i= 1207 j=  992 glon=  293.49 (0-360E) glon=  293.49 glat=  26.16 u=  -2.1800 v= -14.2100 vr=   0.98619 vt=  14.34238
 i= 1212 j=  992 glon=  293.69 (0-360E) glon=  293.69 glat=  26.16 u=  -2.2500 v= -14.4000 vr=   0.90688 vt=  14.54648
 i= 1217 j=  992 glon=  293.89 (0-360E) glon=  293.89 glat=  26.16 u=  -3.4400 v= -16.0700 vr=   1.75655 vt=  16.33992
 i= 1222 j=  992 glon=  294.09 (0-360E) glon=  294.09 glat=  26.16 u=  -4.2500 v= -17.5900 vr=   2.15955 vt=  17.96683
 i= 1227 j=  992 glon=  294.29 (0-360E) glon=  294.29 glat=  26.16 u=  -7.4700 v= -17.9400 vr=   4.99131 vt=  18.78114
 i= 1232 j=  992 glon=  294.49 (0-360E) glon=  294.49 glat=  26.16 u=  -6.4900 v= -17.8100 vr=   3.61388 vt=  18.60796
 i= 1237 j=  992 glon=  294.69 (0-360E) glon=  294.69 glat=  26.16 u=  -6.7500 v= -18.3700 vr=   3.17709 vt=  19.31128
 i= 1242 j=  992 glon=  294.89 (0-360E) glon=  294.89 glat=  26.16 u=  -9.1500 v= -18.6200 vr=   4.55896 vt=  20.23963
 i= 1247 j=  992 glon=  295.09 (0-360E) glon=  295.09 glat=  26.16 u=  -9.9000 v= -22.2600 vr=   2.65716 vt=  24.21688
 i= 1252 j=  992 glon=  295.29 (0-360E) glon=  295.29 glat=  26.16 u= -14.0900 v= -23.6400 vr=   2.53543 vt=  27.40345
 i= 1257 j=  992 glon=  295.49 (0-360E) glon=  295.49 glat=  26.16 u= -15.0500 v= -21.9400 vr=  -4.03830 vt=  26.29749
 i= 1262 j=  992 glon=  295.69 (0-360E) glon=  295.69 glat=  26.16 u= -22.7400 v=  -4.3800 vr=  -3.50725 vt=  22.89085
 i= 1267 j=  992 glon=  295.89 (0-360E) glon=  295.89 glat=  26.16 u= -22.3100 v=  12.3600 vr=  -6.90071 vt=  24.55374
 i= 1272 j=  992 glon=  296.09 (0-360E) glon=  296.09 glat=  26.16 u= -20.7000 v=  22.5600 vr=  -8.53483 vt=  29.40409
 i= 1277 j=  992 glon=  296.29 (0-360E) glon=  296.29 glat=  26.16 u= -10.7900 v=  31.0300 vr=  -0.59575 vt=  32.84707
 i= 1282 j=  992 glon=  296.49 (0-360E) glon=  296.49 glat=  26.16 u= -12.6800 v=  24.3400 vr=  -6.54393 vt=  26.65324
 i= 1287 j=  992 glon=  296.69 (0-360E) glon=  296.69 glat=  26.16 u=  -7.3100 v=  22.7500 vr=  -2.83683 vt=  23.72659
 i= 1292 j=  992 glon=  296.89 (0-360E) glon=  296.89 glat=  26.16 u=  -7.4700 v=  21.5700 vr=  -3.94668 vt=  22.48309
 i= 1297 j=  992 glon=  297.09 (0-360E) glon=  297.09 glat=  26.16 u=  -6.4400 v=  20.3700 vr=  -3.61285 vt=  21.05606
 i= 1302 j=  992 glon=  297.29 (0-360E) glon=  297.29 glat=  26.16 u=  -5.7300 v=  19.3300 vr=  -3.40264 vt=  19.87219
 i= 1307 j=  992 glon=  297.49 (0-360E) glon=  297.49 glat=  26.16 u=  -5.5700 v=  17.7700 vr=  -3.68222 vt=  18.25484
 i= 1312 j=  992 glon=  297.69 (0-360E) glon=  297.69 glat=  26.16 u=  -6.3600 v=  17.3300 vr=  -4.71448 vt=  17.84803
 i= 1317 j=  992 glon=  297.89 (0-360E) glon=  297.89 glat=  26.16 u=  -6.3200 v=  16.2900 vr=  -4.92757 vt=  16.76382
 i= 1207 j=  997 glon=  293.49 (0-360E) glon=  293.49 glat=  25.96 u=  -1.1500 v= -14.3500 vr=   1.37852 vt=  14.32985
 i= 1212 j=  997 glon=  293.69 (0-360E) glon=  293.69 glat=  25.96 u=  -1.0100 v= -14.7000 vr=   1.25951 vt=  14.68073
 i= 1217 j=  997 glon=  293.89 (0-360E) glon=  293.89 glat=  25.96 u=  -1.1200 v= -16.2200 vr=   1.41651 vt=  16.19680
 i= 1222 j=  997 glon=  294.09 (0-360E) glon=  294.09 glat=  25.96 u=  -2.5200 v= -18.0400 vr=   2.87963 vt=  17.98610
 i= 1227 j=  997 glon=  294.29 (0-360E) glon=  294.29 glat=  25.96 u=  -4.1100 v= -18.6600 vr=   4.52243 vt=  18.56436
 i= 1232 j=  997 glon=  294.49 (0-360E) glon=  294.49 glat=  25.96 u=  -2.8200 v= -19.1600 vr=   3.30084 vt=  19.08304
 i= 1237 j=  997 glon=  294.69 (0-360E) glon=  294.69 glat=  25.96 u=  -3.6100 v= -20.2600 vr=   4.20417 vt=  20.14509
 i= 1242 j=  997 glon=  294.89 (0-360E) glon=  294.89 glat=  25.96 u=  -3.3500 v= -21.0500 vr=   4.10364 vt=  20.91615
 i= 1247 j=  997 glon=  295.09 (0-360E) glon=  295.09 glat=  25.96 u=  -3.9800 v= -23.5100 vr=   5.07758 vt=  23.29761
 i= 1252 j=  997 glon=  295.29 (0-360E) glon=  295.29 glat=  25.96 u=   0.2100 v= -25.3400 vr=   1.53574 vt=  25.29429
 i= 1257 j=  997 glon=  295.49 (0-360E) glon=  295.49 glat=  25.96 u=   3.2800 v= -26.7100 vr=   0.30910 vt=  26.90886
 i= 1262 j=  997 glon=  295.69 (0-360E) glon=  295.69 glat=  25.96 u=   5.0400 v= -12.5500 vr=  10.81814 vt=   8.11615
 i= 1267 j=  997 glon=  295.89 (0-360E) glon=  295.89 glat=  25.96 u=   0.4200 v=  17.0400 vr=  -2.02672 vt=  16.92426
 i= 1272 j=  997 glon=  296.09 (0-360E) glon=  296.09 glat=  25.96 u=   2.9800 v=  24.8400 vr=   1.19835 vt=  24.98940
 i= 1277 j=  997 glon=  296.29 (0-360E) glon=  296.29 glat=  25.96 u=  -3.6400 v=  26.8600 vr=  -4.92491 vt=  26.65435
 i= 1282 j=  997 glon=  296.49 (0-360E) glon=  296.49 glat=  25.96 u=  -4.1000 v=  26.0600 vr=  -5.04914 vt=  25.89285
 i= 1287 j=  997 glon=  296.69 (0-360E) glon=  296.69 glat=  25.96 u=  -3.5700 v=  22.8800 vr=  -4.25012 vt=  22.76348
 i= 1292 j=  997 glon=  296.89 (0-360E) glon=  296.89 glat=  25.96 u=  -4.3000 v=  21.4000 vr=  -4.84234 vt=  21.28384
 i= 1297 j=  997 glon=  297.09 (0-360E) glon=  297.09 glat=  25.96 u=  -4.1100 v=  20.2200 vr=  -4.56084 vt=  20.12310
 i= 1302 j=  997 glon=  297.29 (0-360E) glon=  297.29 glat=  25.96 u=  -3.8500 v=  19.5500 vr=  -4.24229 vt=  19.46864
 i= 1307 j=  997 glon=  297.49 (0-360E) glon=  297.49 glat=  25.96 u=  -3.2100 v=  18.4700 vr=  -3.54935 vt=  18.40780
 i= 1312 j=  997 glon=  297.69 (0-360E) glon=  297.69 glat=  25.96 u=  -4.2000 v=  17.3500 vr=  -4.49557 vt=  17.27577
 i= 1317 j=  997 glon=  297.89 (0-360E) glon=  297.89 glat=  25.96 u=  -5.1500 v=  16.5000 vr=  -5.41343 vt=  16.41546
 i= 1207 j= 1002 glon=  293.49 (0-360E) glon=  293.49 glat=  25.76 u=  -0.0200 v= -14.0500 vr=   1.65812 vt=  13.95183
 i= 1212 j= 1002 glon=  293.69 (0-360E) glon=  293.69 glat=  25.76 u=   0.1200 v= -14.7400 vr=   1.75743 vt=  14.63535
 i= 1217 j= 1002 glon=  293.89 (0-360E) glon=  293.89 glat=  25.76 u=   0.3200 v= -15.9300 vr=   1.91946 vt=  15.81717
 i= 1222 j= 1002 glon=  294.09 (0-360E) glon=  294.09 glat=  25.76 u=  -0.1100 v= -17.3600 vr=   2.82881 vt=  17.12833
 i= 1227 j= 1002 glon=  294.29 (0-360E) glon=  294.29 glat=  25.76 u=  -0.6000 v= -19.5300 vr=   4.05782 vt=  19.11321
 i= 1232 j= 1002 glon=  294.49 (0-360E) glon=  294.49 glat=  25.76 u=  -0.5000 v= -20.3700 vr=   4.66589 vt=  19.83473
 i= 1237 j= 1002 glon=  294.69 (0-360E) glon=  294.69 glat=  25.76 u=  -1.2100 v= -20.3900 vr=   6.12370 vt=  19.48632
 i= 1242 j= 1002 glon=  294.89 (0-360E) glon=  294.89 glat=  25.76 u=   2.6600 v= -20.0800 vr=   3.43016 vt=  19.96287
 i= 1247 j= 1002 glon=  295.09 (0-360E) glon=  295.09 glat=  25.76 u=   3.0400 v= -22.5700 vr=   5.80623 vt=  22.02122
 i= 1252 j= 1002 glon=  295.29 (0-360E) glon=  295.29 glat=  25.76 u=   8.9300 v= -21.4000 vr=   3.60090 vt=  22.90717
 i= 1257 j= 1002 glon=  295.49 (0-360E) glon=  295.49 glat=  25.76 u=  16.5600 v= -18.4000 vr=   3.59802 vt=  24.49179
 i= 1262 j= 1002 glon=  295.69 (0-360E) glon=  295.69 glat=  25.76 u=  22.5600 v=  -6.7800 vr=   6.10531 vt=  22.75186
 i= 1267 j= 1002 glon=  295.89 (0-360E) glon=  295.89 glat=  25.76 u=  20.5700 v=  13.8800 vr=   1.54251 vt=  24.76691
 i= 1272 j= 1002 glon=  296.09 (0-360E) glon=  296.09 glat=  25.76 u=  14.0700 v=  20.4300 vr=   0.87132 vt=  24.79094
 i= 1277 j= 1002 glon=  296.29 (0-360E) glon=  296.29 glat=  25.76 u=   1.6200 v=  24.7600 vr=  -8.16108 vt=  23.43243
 i= 1282 j= 1002 glon=  296.49 (0-360E) glon=  296.49 glat=  25.76 u=   2.5700 v=  23.1300 vr=  -4.54339 vt=  22.82453
 i= 1287 j= 1002 glon=  296.69 (0-360E) glon=  296.69 glat=  25.76 u=  -0.2400 v=  21.3300 vr=  -5.48269 vt=  20.61472
 i= 1292 j= 1002 glon=  296.89 (0-360E) glon=  296.89 glat=  25.76 u=  -0.9500 v=  20.7200 vr=  -5.22735 vt=  20.07226
 i= 1297 j= 1002 glon=  297.09 (0-360E) glon=  297.09 glat=  25.76 u=  -1.5700 v=  19.7200 vr=  -5.08087 vt=  19.11879
 i= 1302 j= 1002 glon=  297.29 (0-360E) glon=  297.29 glat=  25.76 u=  -2.1100 v=  19.2800 vr=  -5.13103 vt=  18.70409
 i= 1307 j= 1002 glon=  297.49 (0-360E) glon=  297.49 glat=  25.76 u=  -1.9900 v=  18.2200 vr=  -4.54763 vt=  17.75521
 i= 1312 j= 1002 glon=  297.69 (0-360E) glon=  297.69 glat=  25.76 u=  -2.6400 v=  17.0500 vr=  -4.80382 vt=  16.57092
 i= 1317 j= 1002 glon=  297.89 (0-360E) glon=  297.89 glat=  25.76 u=  -3.6900 v=  16.5000 vr=  -5.60048 vt=  15.95308
 i= 1212 j= 1007 glon=  293.69 (0-360E) glon=  293.69 glat=  25.56 u=   1.5100 v= -14.8300 vr=   1.97963 vt=  14.77464
 i= 1217 j= 1007 glon=  293.89 (0-360E) glon=  293.89 glat=  25.56 u=   1.5200 v= -15.1300 vr=   2.40281 vt=  15.01512
 i= 1222 j= 1007 glon=  294.09 (0-360E) glon=  294.09 glat=  25.56 u=   2.2400 v= -16.4900 vr=   2.54595 vt=  16.44554
 i= 1227 j= 1007 glon=  294.29 (0-360E) glon=  294.29 glat=  25.56 u=   1.5700 v= -18.2500 vr=   4.36091 vt=  17.79072
 i= 1232 j= 1007 glon=  294.49 (0-360E) glon=  294.49 glat=  25.56 u=   3.1900 v= -19.5100 vr=   4.17560 vt=  19.32306
 i= 1237 j= 1007 glon=  294.69 (0-360E) glon=  294.69 glat=  25.56 u=   5.4800 v= -19.2300 vr=   3.23299 vt=  19.73249
 i= 1242 j= 1007 glon=  294.89 (0-360E) glon=  294.89 glat=  25.56 u=   5.9500 v= -17.5200 vr=   3.73187 vt=  18.12253
 i= 1247 j= 1007 glon=  295.09 (0-360E) glon=  295.09 glat=  25.56 u=   9.5900 v= -17.2000 vr=   3.00222 vt=  19.46265
 i= 1252 j= 1007 glon=  295.29 (0-360E) glon=  295.29 glat=  25.56 u=  12.4300 v= -15.6800 vr=   3.76120 vt=  19.65250
 i= 1257 j= 1007 glon=  295.49 (0-360E) glon=  295.49 glat=  25.56 u=  17.4000 v= -11.7900 vr=   3.79972 vt=  20.67187
 i= 1262 j= 1007 glon=  295.69 (0-360E) glon=  295.69 glat=  25.56 u=  21.1900 v=  -2.8600 vr=   2.52539 vt=  21.23248
 i= 1267 j= 1007 glon=  295.89 (0-360E) glon=  295.89 glat=  25.56 u=  22.4300 v=   1.6800 vr=   6.90956 vt=  21.40526
 i= 1272 j= 1007 glon=  296.09 (0-360E) glon=  296.09 glat=  25.56 u=   9.9500 v=  19.1700 vr=  -8.39049 vt=  19.90204
 i= 1277 j= 1007 glon=  296.29 (0-360E) glon=  296.29 glat=  25.56 u=   6.2300 v=  20.5200 vr=  -7.93360 vt=  19.92339
 i= 1282 j= 1007 glon=  296.49 (0-360E) glon=  296.49 glat=  25.56 u=   4.3800 v=  19.2400 vr=  -6.10899 vt=  18.76279
 i= 1287 j= 1007 glon=  296.69 (0-360E) glon=  296.69 glat=  25.56 u=   2.2900 v=  18.1000 vr=  -5.73706 vt=  17.31878
 i= 1292 j= 1007 glon=  296.89 (0-360E) glon=  296.89 glat=  25.56 u=   1.3100 v=  18.7300 vr=  -5.71463 vt=  17.88497
 i= 1297 j= 1007 glon=  297.09 (0-360E) glon=  297.09 glat=  25.56 u=   0.8800 v=  18.4600 vr=  -5.13856 vt=  17.75222
 i= 1302 j= 1007 glon=  297.29 (0-360E) glon=  297.29 glat=  25.56 u=  -0.4900 v=  18.5100 vr=  -5.78197 vt=  17.59059
 i= 1307 j= 1007 glon=  297.49 (0-360E) glon=  297.49 glat=  25.56 u=  -0.7400 v=  17.6100 vr=  -5.25597 vt=  16.82363
 i= 1312 j= 1007 glon=  297.69 (0-360E) glon=  297.69 glat=  25.56 u=  -1.3600 v=  16.6000 vr=  -5.20846 vt=  15.82029
 i= 1317 j= 1007 glon=  297.89 (0-360E) glon=  297.89 glat=  25.56 u=  -2.3400 v=  15.9800 vr=  -5.71221 vt=  15.10651
 i= 1212 j= 1012 glon=  293.69 (0-360E) glon=  293.69 glat=  25.36 u=   2.7900 v= -14.3500 vr=   2.10291 vt=  14.46666
 i= 1217 j= 1012 glon=  293.89 (0-360E) glon=  293.89 glat=  25.36 u=   3.0600 v= -14.4900 vr=   2.38324 vt=  14.61656
 i= 1222 j= 1012 glon=  294.09 (0-360E) glon=  294.09 glat=  25.36 u=   3.5900 v= -15.1900 vr=   2.76725 vt=  15.36120
 i= 1227 j= 1012 glon=  294.29 (0-360E) glon=  294.29 glat=  25.36 u=   4.5600 v= -16.1100 vr=   3.07352 vt=  16.45841
 i= 1232 j= 1012 glon=  294.49 (0-360E) glon=  294.49 glat=  25.36 u=   5.3800 v= -17.0500 vr=   3.86595 vt=  17.45570
 i= 1237 j= 1012 glon=  294.69 (0-360E) glon=  294.69 glat=  25.36 u=   7.1200 v= -16.5900 vr=   3.57536 vt=  17.69574
 i= 1242 j= 1012 glon=  294.89 (0-360E) glon=  294.89 glat=  25.36 u=   9.0300 v= -15.5400 vr=   3.30148 vt=  17.66728
 i= 1247 j= 1012 glon=  295.09 (0-360E) glon=  295.09 glat=  25.36 u=  11.1600 v= -14.3300 vr=   3.44635 vt=  17.83304
 i= 1252 j= 1012 glon=  295.29 (0-360E) glon=  295.29 glat=  25.36 u=  13.6800 v= -12.0200 vr=   3.44726 vt=  17.88125
 i= 1257 j= 1012 glon=  295.49 (0-360E) glon=  295.49 glat=  25.36 u=  16.3300 v=  -7.4300 vr=   2.44510 vt=  17.77344
 i= 1262 j= 1012 glon=  295.69 (0-360E) glon=  295.69 glat=  25.36 u=  18.2400 v=  -2.0900 vr=   1.89413 vt=  18.26138
 i= 1267 j= 1012 glon=  295.89 (0-360E) glon=  295.89 glat=  25.36 u=  14.3400 v=   6.0700 vr=  -2.01790 vt=  15.44049
 i= 1272 j= 1012 glon=  296.09 (0-360E) glon=  296.09 glat=  25.36 u=  11.8200 v=  16.2500 vr=  -8.33243 vt=  18.28512
 i= 1277 j= 1012 glon=  296.29 (0-360E) glon=  296.29 glat=  25.36 u=   7.5400 v=  16.4200 vr=  -7.60377 vt=  16.39057
 i= 1282 j= 1012 glon=  296.49 (0-360E) glon=  296.49 glat=  25.36 u=   6.2200 v=  15.0700 vr=  -5.26570 vt=  15.42938
 i= 1287 j= 1012 glon=  296.69 (0-360E) glon=  296.69 glat=  25.36 u=   4.0800 v=  16.0800 vr=  -5.89415 vt=  15.50715
 i= 1292 j= 1012 glon=  296.89 (0-360E) glon=  296.89 glat=  25.36 u=   2.7000 v=  16.6600 vr=  -6.07625 vt=  15.74563
 i= 1297 j= 1012 glon=  297.09 (0-360E) glon=  297.09 glat=  25.36 u=   2.5400 v=  16.6000 vr=  -5.16813 vt=  15.97817
 i= 1302 j= 1012 glon=  297.29 (0-360E) glon=  297.29 glat=  25.36 u=   0.6900 v=  17.1700 vr=  -6.27033 vt=  15.99900
 i= 1307 j= 1012 glon=  297.49 (0-360E) glon=  297.49 glat=  25.36 u=   0.2900 v=  16.6200 vr=  -5.77867 vt=  15.58574
 i= 1312 j= 1012 glon=  297.69 (0-360E) glon=  297.69 glat=  25.36 u=  -0.3600 v=  16.1500 vr=  -5.70496 vt=  15.11309
 i= 1212 j= 1017 glon=  293.69 (0-360E) glon=  293.69 glat=  25.16 u=   3.4300 v= -13.1900 vr=   2.39792 vt=  13.41607
 i= 1217 j= 1017 glon=  293.89 (0-360E) glon=  293.89 glat=  25.16 u=   4.8100 v= -14.0800 vr=   2.11550 vt=  14.72777
 i= 1222 j= 1017 glon=  294.09 (0-360E) glon=  294.09 glat=  25.16 u=   4.9100 v= -13.9800 vr=   2.69017 vt=  14.57091
 i= 1227 j= 1017 glon=  294.29 (0-360E) glon=  294.29 glat=  25.16 u=   5.8300 v= -13.9200 vr=   2.73581 vt=  14.84152
 i= 1232 j= 1017 glon=  294.49 (0-360E) glon=  294.49 glat=  25.16 u=   7.1100 v= -14.2200 vr=   2.95414 vt=  15.62157
 i= 1237 j= 1017 glon=  294.69 (0-360E) glon=  294.69 glat=  25.16 u=   8.8600 v= -13.6000 vr=   2.61208 vt=  16.01988
 i= 1242 j= 1017 glon=  294.89 (0-360E) glon=  294.89 glat=  25.16 u=   9.9900 v= -12.5100 vr=   2.79070 vt=  15.76427
 i= 1247 j= 1017 glon=  295.09 (0-360E) glon=  295.09 glat=  25.16 u=  12.0800 v= -12.3700 vr=   3.64048 vt=  16.90237
 i= 1252 j= 1017 glon=  295.29 (0-360E) glon=  295.29 glat=  25.16 u=  14.8100 v= -11.0700 vr=   4.09916 vt=  18.02992
 i= 1257 j= 1017 glon=  295.49 (0-360E) glon=  295.49 glat=  25.16 u=  14.5600 v=  -6.2700 vr=   2.90013 vt=  15.58511
 i= 1262 j= 1017 glon=  295.69 (0-360E) glon=  295.69 glat=  25.16 u=  16.8000 v=  -2.2200 vr=   2.08328 vt=  16.81750
 i= 1267 j= 1017 glon=  295.89 (0-360E) glon=  295.89 glat=  25.16 u=  18.5800 v=   7.2400 vr=  -3.26427 vt=  19.67177
 i= 1272 j= 1017 glon=  296.09 (0-360E) glon=  296.09 glat=  25.16 u=  12.6400 v=  11.0000 vr=  -5.13493 vt=  15.94999
 i= 1277 j= 1017 glon=  296.29 (0-360E) glon=  296.29 glat=  25.16 u=  10.5300 v=  11.9600 vr=  -4.32931 vt=  15.33557
 i= 1282 j= 1017 glon=  296.49 (0-360E) glon=  296.49 glat=  25.16 u=   7.9400 v=  12.7800 vr=  -4.48016 vt=  14.36315
 i= 1287 j= 1017 glon=  296.69 (0-360E) glon=  296.69 glat=  25.16 u=   5.1000 v=  14.6200 vr=  -6.18336 vt=  14.19579
 i= 1292 j= 1017 glon=  296.89 (0-360E) glon=  296.89 glat=  25.16 u=   4.1300 v=  14.9000 vr=  -5.82278 vt=  14.32348
 i= 1297 j= 1017 glon=  297.09 (0-360E) glon=  297.09 glat=  25.16 u=   3.6100 v=  15.0900 vr=  -5.30493 vt=  14.58074
 i= 1302 j= 1017 glon=  297.29 (0-360E) glon=  297.29 glat=  25.16 u=   1.4800 v=  15.9300 vr=  -6.69368 vt=  14.53100
 i= 1307 j= 1017 glon=  297.49 (0-360E) glon=  297.49 glat=  25.16 u=   1.0700 v=  15.4600 vr=  -6.12133 vt=  14.23678
 i= 1312 j= 1017 glon=  297.69 (0-360E) glon=  297.69 glat=  25.16 u=   0.3300 v=  15.1700 vr=  -6.08058 vt=  13.90195
 i= 1217 j= 1022 glon=  293.89 (0-360E) glon=  293.89 glat=  24.96 u=   5.3500 v= -12.9000 vr=   2.37833 vt=  13.76140
 i= 1222 j= 1022 glon=  294.09 (0-360E) glon=  294.09 glat=  24.96 u=   6.7100 v= -13.1200 vr=   2.13271 vt=  14.58115
 i= 1227 j= 1022 glon=  294.29 (0-360E) glon=  294.29 glat=  24.96 u=   7.2600 v= -13.2100 vr=   2.68292 vt=  14.83286
 i= 1232 j= 1022 glon=  294.49 (0-360E) glon=  294.49 glat=  24.96 u=   8.0900 v= -12.5600 vr=   2.74383 vt=  14.68581
 i= 1237 j= 1022 glon=  294.69 (0-360E) glon=  294.69 glat=  24.96 u=   9.1900 v= -11.7000 vr=   2.67991 vt=  14.63435
 i= 1242 j= 1022 glon=  294.89 (0-360E) glon=  294.89 glat=  24.96 u=  10.5400 v= -10.2800 vr=   2.29124 vt=  14.54373
 i= 1247 j= 1022 glon=  295.09 (0-360E) glon=  295.09 glat=  24.96 u=  12.4600 v=  -8.4500 vr=   1.58997 vt=  14.97084
 i= 1252 j= 1022 glon=  295.29 (0-360E) glon=  295.29 glat=  24.96 u=  13.7500 v=  -6.0100 vr=   1.02395 vt=  14.97111
 i= 1257 j= 1022 glon=  295.49 (0-360E) glon=  295.49 glat=  24.96 u=  14.5600 v=  -4.0000 vr=   1.32378 vt=  15.04132
 i= 1262 j= 1022 glon=  295.69 (0-360E) glon=  295.69 glat=  24.96 u=  17.0600 v=   0.5900 vr=  -0.70172 vt=  17.05577
 i= 1267 j= 1022 glon=  295.89 (0-360E) glon=  295.89 glat=  24.96 u=  15.5800 v=   4.8600 vr=  -2.19252 vt=  16.17247
 i= 1272 j= 1022 glon=  296.09 (0-360E) glon=  296.09 glat=  24.96 u=  13.8000 v=   8.1100 vr=  -3.16722 vt=  15.69015
 i= 1277 j= 1022 glon=  296.29 (0-360E) glon=  296.29 glat=  24.96 u=  11.3700 v=   9.1800 vr=  -2.89387 vt=  14.32393
 i= 1282 j= 1022 glon=  296.49 (0-360E) glon=  296.49 glat=  24.96 u=   7.9900 v=  11.6600 vr=  -5.00753 vt=  13.21818
 i= 1287 j= 1022 glon=  296.69 (0-360E) glon=  296.69 glat=  24.96 u=   5.8800 v=  12.9700 vr=  -5.91916 vt=  12.95217
 i= 1292 j= 1022 glon=  296.89 (0-360E) glon=  296.89 glat=  24.96 u=   5.3600 v=  12.9400 vr=  -5.07004 vt=  13.05634
 i= 1297 j= 1022 glon=  297.09 (0-360E) glon=  297.09 glat=  24.96 u=   3.9800 v=  14.0400 vr=  -5.82258 vt=  13.38132
 i= 1302 j= 1022 glon=  297.29 (0-360E) glon=  297.29 glat=  24.96 u=   1.9600 v=  14.7500 vr=  -7.00601 vt=  13.12707
 i= 1307 j= 1022 glon=  297.49 (0-360E) glon=  297.49 glat=  24.96 u=   1.4300 v=  14.4300 vr=  -6.55691 vt=  12.93355
 i= 1222 j= 1027 glon=  294.09 (0-360E) glon=  294.09 glat=  24.76 u=   6.8500 v= -11.7400 vr=   2.37352 vt=  13.38344
 i= 1227 j= 1027 glon=  294.29 (0-360E) glon=  294.29 glat=  24.76 u=   8.1900 v= -11.4200 vr=   2.06129 vt=  13.90121
 i= 1232 j= 1027 glon=  294.49 (0-360E) glon=  294.49 glat=  24.76 u=   9.5100 v= -11.2800 vr=   2.13215 vt=  14.59906
 i= 1237 j= 1027 glon=  294.69 (0-360E) glon=  294.69 glat=  24.76 u=  10.3700 v= -10.9700 vr=   2.64850 vt=  14.86147
 i= 1242 j= 1027 glon=  294.89 (0-360E) glon=  294.89 glat=  24.76 u=  11.0300 v=  -9.7500 vr=   2.75517 vt=  14.46141
 i= 1247 j= 1027 glon=  295.09 (0-360E) glon=  295.09 glat=  24.76 u=  12.6100 v=  -7.6200 vr=   1.81483 vt=  14.62132
 i= 1252 j= 1027 glon=  295.29 (0-360E) glon=  295.29 glat=  24.76 u=  13.5300 v=  -5.4700 vr=   1.35572 vt=  14.53079
 i= 1257 j= 1027 glon=  295.49 (0-360E) glon=  295.49 glat=  24.76 u=  14.1000 v=  -2.6500 vr=   0.49252 vt=  14.33841
 i= 1262 j= 1027 glon=  295.69 (0-360E) glon=  295.69 glat=  24.76 u=  14.4800 v=   0.2300 vr=  -0.30938 vt=  14.47852
 i= 1267 j= 1027 glon=  295.89 (0-360E) glon=  295.89 glat=  24.76 u=  14.5100 v=   3.1300 vr=  -1.06411 vt=  14.80556
 i= 1272 j= 1027 glon=  296.09 (0-360E) glon=  296.09 glat=  24.76 u=  13.1100 v=   5.7500 vr=  -1.88771 vt=  14.19053
 i= 1277 j= 1027 glon=  296.29 (0-360E) glon=  296.29 glat=  24.76 u=  10.2300 v=   8.7600 vr=  -3.94453 vt=  12.87755
 i= 1282 j= 1027 glon=  296.49 (0-360E) glon=  296.49 glat=  24.76 u=   7.7200 v=  10.7100 vr=  -5.36824 vt=  12.06169
 i= 1287 j= 1027 glon=  296.69 (0-360E) glon=  296.69 glat=  24.76 u=   6.4800 v=  11.1200 vr=  -5.16697 vt=  11.78759
 i= 1292 j= 1027 glon=  296.89 (0-360E) glon=  296.89 glat=  24.76 u=   5.5300 v=  11.7500 vr=  -5.19718 vt=  11.90096
 i= 1297 j= 1027 glon=  297.09 (0-360E) glon=  297.09 glat=  24.76 u=   4.1600 v=  12.9400 vr=  -6.07812 vt=  12.15753
 i= 1302 j= 1027 glon=  297.29 (0-360E) glon=  297.29 glat=  24.76 u=   2.2600 v=  13.5300 vr=  -7.08510 vt=  11.74606
 i= 1227 j= 1032 glon=  294.29 (0-360E) glon=  294.29 glat=  24.56 u=   7.8600 v= -10.4700 vr=   2.60712 vt=  12.82979
 i= 1232 j= 1032 glon=  294.49 (0-360E) glon=  294.49 glat=  24.56 u=   8.8900 v=  -9.9200 vr=   2.49711 vt=  13.08445
 i= 1237 j= 1032 glon=  294.69 (0-360E) glon=  294.69 glat=  24.56 u=  10.2600 v=  -8.8100 vr=   1.92180 vt=  13.38620
 i= 1242 j= 1032 glon=  294.89 (0-360E) glon=  294.89 glat=  24.56 u=  11.3100 v=  -7.6000 vr=   1.62695 vt=  13.52883
 i= 1247 j= 1032 glon=  295.09 (0-360E) glon=  295.09 glat=  24.56 u=  11.9800 v=  -6.4900 vr=   1.76227 vt=  13.51055
 i= 1252 j= 1032 glon=  295.29 (0-360E) glon=  295.29 glat=  24.56 u=  12.9300 v=  -4.8800 vr=   1.49850 vt=  13.73877
 i= 1257 j= 1032 glon=  295.49 (0-360E) glon=  295.49 glat=  24.56 u=  13.6100 v=  -2.7500 vr=   0.95557 vt=  13.85213
 i= 1262 j= 1032 glon=  295.69 (0-360E) glon=  295.69 glat=  24.56 u=  13.7400 v=  -0.2800 vr=   0.21521 vt=  13.74117
 i= 1267 j= 1032 glon=  295.89 (0-360E) glon=  295.89 glat=  24.56 u=  12.9900 v=   2.4900 vr=  -0.90096 vt=  13.19578
 i= 1272 j= 1032 glon=  296.09 (0-360E) glon=  296.09 glat=  24.56 u=  11.1300 v=   5.7500 vr=  -2.89828 vt=  12.18767
 i= 1277 j= 1032 glon=  296.29 (0-360E) glon=  296.29 glat=  24.56 u=   9.1400 v=   8.0300 vr=  -4.31208 vt=  11.37657
 i= 1282 j= 1032 glon=  296.49 (0-360E) glon=  296.49 glat=  24.56 u=   7.6600 v=   8.9200 vr=  -4.54349 vt=  10.84429
 i= 1287 j= 1032 glon=  296.69 (0-360E) glon=  296.69 glat=  24.56 u=   6.5600 v=   9.8600 vr=  -4.86717 vt=  10.79647
 i= 1292 j= 1032 glon=  296.89 (0-360E) glon=  296.89 glat=  24.56 u=   5.4800 v=  11.1300 vr=  -5.59316 vt=  11.07357
 i= 1297 j= 1032 glon=  297.09 (0-360E) glon=  297.09 glat=  24.56 u=   4.2400 v=  11.6900 vr=  -5.98083 vt=  10.90245
 i= 1232 j= 1037 glon=  294.49 (0-360E) glon=  294.49 glat=  24.36 u=   8.3600 v=  -8.5700 vr=   2.47312 vt=  11.71402
 i= 1237 j= 1037 glon=  294.69 (0-360E) glon=  294.69 glat=  24.36 u=   9.0600 v=  -7.6500 vr=   2.26048 vt=  11.64029
 i= 1242 j= 1037 glon=  294.89 (0-360E) glon=  294.89 glat=  24.36 u=   9.9100 v=  -6.5700 vr=   1.94548 vt=  11.72980
 i= 1247 j= 1037 glon=  295.09 (0-360E) glon=  295.09 glat=  24.36 u=  10.7400 v=  -5.2100 vr=   1.50702 vt=  11.84148
 i= 1252 j= 1037 glon=  295.29 (0-360E) glon=  295.29 glat=  24.36 u=  11.5700 v=  -3.4200 vr=   0.78409 vt=  12.03937
 i= 1257 j= 1037 glon=  295.49 (0-360E) glon=  295.49 glat=  24.36 u=  11.7500 v=  -1.2900 vr=  -0.06246 vt=  11.82044
 i= 1262 j= 1037 glon=  295.69 (0-360E) glon=  295.69 glat=  24.36 u=  11.5000 v=   1.3600 vr=  -1.40756 vt=  11.49428
 i= 1267 j= 1037 glon=  295.89 (0-360E) glon=  295.89 glat=  24.36 u=  10.8800 v=   3.7200 vr=  -2.54281 vt=  11.21369
 i= 1272 j= 1037 glon=  296.09 (0-360E) glon=  296.09 glat=  24.36 u=   9.7700 v=   5.5200 vr=  -3.31395 vt=  10.72106
 i= 1277 j= 1037 glon=  296.29 (0-360E) glon=  296.29 glat=  24.36 u=   8.2700 v=   6.9400 vr=  -4.00996 vt=  10.02381
 i= 1282 j= 1037 glon=  296.49 (0-360E) glon=  296.49 glat=  24.36 u=   7.2400 v=   8.1500 vr=  -4.54726 vt=   9.90770
 i= 1287 j= 1037 glon=  296.69 (0-360E) glon=  296.69 glat=  24.36 u=   6.2800 v=   9.2300 vr=  -5.05845 vt=   9.95206
 i= 1292 j= 1037 glon=  296.89 (0-360E) glon=  296.89 glat=  24.36 u=   5.4600 v=   9.8600 vr=  -5.21517 vt=   9.99166
 i= 1242 j= 1042 glon=  294.89 (0-360E) glon=  294.89 glat=  24.16 u=   8.8900 v=  -5.3100 vr=   1.63761 vt=  10.22480
 i= 1247 j= 1042 glon=  295.09 (0-360E) glon=  295.09 glat=  24.16 u=   9.3000 v=  -3.8200 vr=   0.98446 vt=  10.00566
 i= 1252 j= 1042 glon=  295.29 (0-360E) glon=  295.29 glat=  24.16 u=   9.6100 v=  -2.1700 vr=   0.22976 vt=   9.84927
 i= 1257 j= 1042 glon=  295.49 (0-360E) glon=  295.49 glat=  24.16 u=   9.7400 v=  -0.2700 vr=  -0.72515 vt=   9.71672
 i= 1262 j= 1042 glon=  295.69 (0-360E) glon=  295.69 glat=  24.16 u=   9.7600 v=   1.4500 vr=  -1.48595 vt=   9.75459
 i= 1267 j= 1042 glon=  295.89 (0-360E) glon=  295.89 glat=  24.16 u=   9.3800 v=   2.9900 vr=  -2.08764 vt=   9.62114
 i= 1272 j= 1042 glon=  296.09 (0-360E) glon=  296.09 glat=  24.16 u=   8.2400 v=   4.8000 vr=  -3.14239 vt=   9.00350
 i= 1277 j= 1042 glon=  296.29 (0-360E) glon=  296.29 glat=  24.16 u=   7.4000 v=   6.3600 vr=  -4.02377 vt=   8.88925
 i= 1282 j= 1042 glon=  296.49 (0-360E) glon=  296.49 glat=  24.16 u=   6.9100 v=   7.2000 vr=  -4.18449 vt=   9.05970
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    17.9396562080387       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     35.16 kts
    LL Wind Circ Vt mean quadmax value: SE     27.42 kts
    LL Wind Circ Vt mean quadmax value: SW     31.09 kts
    LL Wind Circ Vt mean quadmax value: NW     35.97 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   7.60129282256860       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.9798938035740     
   xcenlon=    295.744559288485     
   imax=         2738  jmax=         2041
   jlatfix=          996
   ilonfix (unadjusted) =         1264
  
 In get_max_wind, ibeg=         1187  iend=         1340
                  jbeg=          928  jend=         1065
         ilonfix=         1264  jlatfix=          996
 At end of get_max_wind, vmax=    27.3323782353457       rmax= 
   16.0442730788287     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.45 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.60 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   14.09 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   16.74 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.51 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   19.70 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   20.51 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   21.22 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   21.88 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   22.36 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   22.64 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   22.61 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   22.41 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   22.06 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   21.61 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   21.20 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   20.76 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   20.46 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   20.10 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   19.69 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   19.27 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   18.86 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   18.50 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   18.16 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   17.85 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   17.53 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   17.20 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   16.87 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   16.58 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.36 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.19 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   16.05 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.91 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.80 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.70 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.60 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.47 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   15.32 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   15.17 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.02 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.85 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.68 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.64 m/s   maxrmw_dist=    33.00  km   maxrmw_ix=   11
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    33.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.6402526556152      
  (m/s)   (in kts)=    43.9832188340636     
  rising_sum_dvdr=       16.1867924160455     
  declining_sum_dvdr=   -5.77255816072263     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    90 igrct=  1 Vmax (m/s)=   27.332   22:28:35
 TIMING: before call  getradii, fhr=    90 igrct=  1   22:28:35
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.68277142431908     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.68277142431908     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.33876077218646     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.33876077218646     
 mr4qs after add, mean_radii_vt_4quad_sum=    14.6387324086426     
 mr4qs before add, mean_radii_vt_4quad_sum=    14.6387324086426     
 mr4qs after add, mean_radii_vt_4quad_sum=    21.3707850307656     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   21.37 good_quad_ct=   4 mean_vt_4quad=      5.34
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    9.10 mean_vt_4quad=    5.14
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    9.22 mean_vt_4quad=    5.22
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    9.27 mean_vt_4quad=    5.30
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    9.38 mean_vt_4quad=    5.39
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    9.41 mean_vt_4quad=    5.47
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    9.45 mean_vt_4quad=    5.56
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=    9.55 mean_vt_4quad=    5.64
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=    9.63 mean_vt_4quad=    5.73
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=    9.71 mean_vt_4quad=    5.82
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=    9.78 mean_vt_4quad=    5.91
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=    9.83 mean_vt_4quad=    6.00
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=    9.88 mean_vt_4quad=    6.09
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=    9.88 mean_vt_4quad=    6.18
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=    9.91 mean_vt_4quad=    6.27
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=    9.94 mean_vt_4quad=    6.36
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=    9.94 mean_vt_4quad=    6.45
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   10.01 mean_vt_4quad=    6.55
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   10.08 mean_vt_4quad=    6.65
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   10.16 mean_vt_4quad=    6.75
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   10.23 mean_vt_4quad=    6.85
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   10.29 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   10.38 mean_vt_4quad=    7.06
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   10.47 mean_vt_4quad=    7.17
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   10.58 mean_vt_4quad=    7.28
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   10.71 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   10.89 mean_vt_4quad=    7.50
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   11.07 mean_vt_4quad=    7.61
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   11.19 mean_vt_4quad=    7.72
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   11.32 mean_vt_4quad=    7.82
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   11.41 mean_vt_4quad=    7.92
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   11.49 mean_vt_4quad=    8.01
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   11.51 mean_vt_4quad=    8.11
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   11.53 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   11.58 mean_vt_4quad=    8.29
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   11.64 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   11.68 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   11.77 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   11.82 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   11.89 mean_vt_4quad=    8.74
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   11.93 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   12.00 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   12.08 mean_vt_4quad=    9.04
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   12.16 mean_vt_4quad=    9.14
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   12.24 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   12.32 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   12.38 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   12.43 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   12.48 mean_vt_4quad=    9.64
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   12.58 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   12.71 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   12.86 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   12.98 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   13.09 mean_vt_4quad=   10.14
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   13.18 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   13.24 mean_vt_4quad=   10.34
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   13.31 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   13.34 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   13.40 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   13.48 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   13.54 mean_vt_4quad=   10.91
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   13.62 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   13.71 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   13.87 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   14.05 mean_vt_4quad=   11.40
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.21 mean_vt_4quad=   11.53
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.31 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   14.43 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   14.56 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   14.74 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   14.94 mean_vt_4quad=   12.18
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   15.13 mean_vt_4quad=   12.30
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.34 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.55 mean_vt_4quad=   12.56
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   15.79 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   16.04 mean_vt_4quad=   12.83
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   16.28 mean_vt_4quad=   12.96
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   16.49 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   16.66 mean_vt_4quad=   13.20
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   16.70 mean_vt_4quad=   13.32
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   16.58 mean_vt_4quad=   13.44
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   16.46 mean_vt_4quad=   13.57
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   16.66 mean_vt_4quad=   13.70
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   16.89 mean_vt_4quad=   13.84
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   17.13 mean_vt_4quad=   13.98
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   17.36 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   17.62 mean_vt_4quad=   14.32
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   14.32 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   14.50 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   14.66 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   14.80 .... 0.5*v_holland=    6.25
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   14.92 .... 0.5*v_holland=    6.25
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   17.62 mean_vt_4quad=   14.32
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   17.95 mean_vt_4quad=   14.50
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   18.32 mean_vt_4quad=   14.66
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   18.56 mean_vt_4quad=   14.80
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   18.64 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   18.76 mean_vt_4quad=   15.03
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   18.84 mean_vt_4quad=   15.15
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   18.76 mean_vt_4quad=   15.28
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   18.78 mean_vt_4quad=   15.43
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   19.14 mean_vt_4quad=   15.62
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   19.61 mean_vt_4quad=   15.85
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   20.16 mean_vt_4quad=   16.12
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   20.68 mean_vt_4quad=   16.41
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   21.02 mean_vt_4quad=   16.70
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   20.85 mean_vt_4quad=   16.99
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   21.66 mean_vt_4quad=   17.27
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   22.85 mean_vt_4quad=   17.56
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   23.96 mean_vt_4quad=   17.90
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   25.09 mean_vt_4quad=   18.30
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   25.80 mean_vt_4quad=   18.73
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
  --- vmaxwind of    27.3323782353457       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    8.52 mean_vt_4quad=    5.14
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    8.54 mean_vt_4quad=    5.22
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    8.58 mean_vt_4quad=    5.30
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    8.65 mean_vt_4quad=    5.39
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    8.72 mean_vt_4quad=    5.47
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    8.78 mean_vt_4quad=    5.56
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    8.83 mean_vt_4quad=    5.64
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    8.90 mean_vt_4quad=    5.73
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    8.95 mean_vt_4quad=    5.82
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    9.02 mean_vt_4quad=    5.91
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    9.10 mean_vt_4quad=    6.00
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    9.20 mean_vt_4quad=    6.09
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    9.29 mean_vt_4quad=    6.18
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    9.39 mean_vt_4quad=    6.27
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    9.48 mean_vt_4quad=    6.36
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    9.56 mean_vt_4quad=    6.45
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    9.65 mean_vt_4quad=    6.55
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    9.69 mean_vt_4quad=    6.65
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    9.75 mean_vt_4quad=    6.75
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    9.78 mean_vt_4quad=    6.85
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    9.79 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    9.80 mean_vt_4quad=    7.06
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    9.87 mean_vt_4quad=    7.17
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    9.92 mean_vt_4quad=    7.28
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    9.98 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   10.01 mean_vt_4quad=    7.50
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.07 mean_vt_4quad=    7.61
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.17 mean_vt_4quad=    7.72
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.29 mean_vt_4quad=    7.82
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   10.43 mean_vt_4quad=    7.92
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   10.55 mean_vt_4quad=    8.01
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   10.72 mean_vt_4quad=    8.11
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   10.88 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.04 mean_vt_4quad=    8.29
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   11.16 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   11.23 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   11.28 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   11.29 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   11.34 mean_vt_4quad=    8.74
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   11.41 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   11.51 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   11.63 mean_vt_4quad=    9.04
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   11.75 mean_vt_4quad=    9.14
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   11.89 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.02 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.13 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.21 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.30 mean_vt_4quad=    9.64
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.38 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.50 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.62 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.74 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.84 mean_vt_4quad=   10.14
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   12.95 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.04 mean_vt_4quad=   10.34
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.11 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.22 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.34 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.43 mean_vt_4quad=   10.79
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.50 mean_vt_4quad=   10.91
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.56 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.60 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.65 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.70 mean_vt_4quad=   11.40
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.79 mean_vt_4quad=   11.53
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.92 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.03 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.13 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.23 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.31 mean_vt_4quad=   12.18
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.39 mean_vt_4quad=   12.30
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.49 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.63 mean_vt_4quad=   12.56
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   14.76 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   14.87 mean_vt_4quad=   12.83
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   14.97 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   15.08 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   15.18 mean_vt_4quad=   13.20
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   15.26 mean_vt_4quad=   13.32
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.32 mean_vt_4quad=   13.44
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.37 mean_vt_4quad=   13.57
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   15.43 mean_vt_4quad=   13.70
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.51 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   15.56 mean_vt_4quad=   13.98
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   15.59 mean_vt_4quad=   14.14
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   15.61 mean_vt_4quad=   14.32
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   15.64 mean_vt_4quad=   14.50
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   15.73 mean_vt_4quad=   14.66
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   15.84 mean_vt_4quad=   14.80
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   15.95 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   16.07 mean_vt_4quad=   15.03
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   16.24 mean_vt_4quad=   15.15
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   16.44 mean_vt_4quad=   15.28
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   16.67 mean_vt_4quad=   15.43
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   16.91 mean_vt_4quad=   15.62
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   17.24 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   17.62 mean_vt_4quad=   16.12
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   16.12 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   16.41 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   16.70 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   16.99 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   17.27 .... 0.5*v_holland=    8.45
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   17.62 mean_vt_4quad=   16.12
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   18.07 mean_vt_4quad=   16.41
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   18.56 mean_vt_4quad=   16.70
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   19.17 mean_vt_4quad=   16.99
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   19.96 mean_vt_4quad=   17.27
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   20.86 mean_vt_4quad=   17.56
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   21.78 mean_vt_4quad=   17.90
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   22.13 mean_vt_4quad=   18.30
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   21.84 mean_vt_4quad=   18.73
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   21.26 mean_vt_4quad=   19.16
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   21.03 mean_vt_4quad=   19.57
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   21.99 mean_vt_4quad=   19.98
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   23.50 mean_vt_4quad=   20.39
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   24.86 mean_vt_4quad=   20.81
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   24.49 mean_vt_4quad=   21.23
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   22.92 mean_vt_4quad=   21.54
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   21.64 mean_vt_4quad=   21.65
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   20.99 mean_vt_4quad=   21.46
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   20.56 mean_vt_4quad=   21.01
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   20.54 mean_vt_4quad=   20.42
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   20.73 mean_vt_4quad=   19.76
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   20.36 mean_vt_4quad=   18.95
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   19.83 mean_vt_4quad=   17.82
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   18.49 mean_vt_4quad=   16.11
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   15.93 mean_vt_4quad=   13.51
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   12.66 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    8.07 mean_vt_4quad=    5.34
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.62 mean_vt_4quad=    5.14
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.68 mean_vt_4quad=    5.22
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.76 mean_vt_4quad=    5.30
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.84 mean_vt_4quad=    5.39
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.91 mean_vt_4quad=    5.47
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.99 mean_vt_4quad=    5.56
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    7.06 mean_vt_4quad=    5.64
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    7.14 mean_vt_4quad=    5.73
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    7.22 mean_vt_4quad=    5.82
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    7.30 mean_vt_4quad=    5.91
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    7.41 mean_vt_4quad=    6.00
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    7.51 mean_vt_4quad=    6.09
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    7.61 mean_vt_4quad=    6.18
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    7.74 mean_vt_4quad=    6.27
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    7.83 mean_vt_4quad=    6.36
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    7.94 mean_vt_4quad=    6.45
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    8.02 mean_vt_4quad=    6.55
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    8.06 mean_vt_4quad=    6.65
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    8.15 mean_vt_4quad=    6.75
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    8.26 mean_vt_4quad=    6.85
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    8.33 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    8.38 mean_vt_4quad=    7.06
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    8.46 mean_vt_4quad=    7.17
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    8.56 mean_vt_4quad=    7.28
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    8.63 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    8.69 mean_vt_4quad=    7.50
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    8.76 mean_vt_4quad=    7.61
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    8.85 mean_vt_4quad=    7.72
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    8.95 mean_vt_4quad=    7.82
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    9.06 mean_vt_4quad=    7.92
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    9.14 mean_vt_4quad=    8.01
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    9.22 mean_vt_4quad=    8.11
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    9.28 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    9.31 mean_vt_4quad=    8.29
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    9.34 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    9.41 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    9.49 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    9.56 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    9.63 mean_vt_4quad=    8.74
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    9.69 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    9.76 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    9.84 mean_vt_4quad=    9.04
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    9.95 mean_vt_4quad=    9.14
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   10.06 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   10.15 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   10.19 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   10.24 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   10.29 mean_vt_4quad=    9.64
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   10.38 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   10.48 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   10.56 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   10.64 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   10.74 mean_vt_4quad=   10.14
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   10.83 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   10.93 mean_vt_4quad=   10.34
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   11.04 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   11.15 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   11.30 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   11.49 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   11.70 mean_vt_4quad=   10.91
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   11.91 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   12.12 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   12.32 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   12.49 mean_vt_4quad=   11.40
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   12.65 mean_vt_4quad=   11.53
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   12.79 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   12.91 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.03 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.12 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   13.23 mean_vt_4quad=   12.18
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   13.35 mean_vt_4quad=   12.30
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   13.47 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   13.59 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   13.72 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   13.87 mean_vt_4quad=   12.83
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.03 mean_vt_4quad=   12.96
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.19 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   14.36 mean_vt_4quad=   13.20
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   14.56 mean_vt_4quad=   13.32
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   14.79 mean_vt_4quad=   13.44
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   15.02 mean_vt_4quad=   13.57
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   15.26 mean_vt_4quad=   13.70
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   15.48 mean_vt_4quad=   13.84
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   15.64 mean_vt_4quad=   13.98
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   15.75 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   15.91 mean_vt_4quad=   14.32
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   16.17 mean_vt_4quad=   14.50
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   16.38 mean_vt_4quad=   14.66
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   16.53 mean_vt_4quad=   14.80
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   16.44 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   16.22 mean_vt_4quad=   15.03
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   16.06 mean_vt_4quad=   15.15
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   16.17 mean_vt_4quad=   15.28
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   16.41 mean_vt_4quad=   15.43
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   16.77 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   17.20 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   17.66 mean_vt_4quad=   16.12
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   16.12 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  26
  ++++ rdist(ihc)=   78.00  mean_radii_vt_4quad(ihc)=   16.41 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  25
  ++++ rdist(ihc)=   75.00  mean_radii_vt_4quad(ihc)=   16.70 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   16.99 .... 0.5*v_holland=    8.45
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   17.27 .... 0.5*v_holland=    8.45
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   17.66 mean_vt_4quad=   16.12
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   18.06 mean_vt_4quad=   16.41
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   18.41 mean_vt_4quad=   16.70
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   18.71 mean_vt_4quad=   16.99
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   18.96 mean_vt_4quad=   17.27
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   19.18 mean_vt_4quad=   17.56
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   19.43 mean_vt_4quad=   17.90
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   19.67 mean_vt_4quad=   18.30
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   19.93 mean_vt_4quad=   18.73
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   20.19 mean_vt_4quad=   19.16
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   20.51 mean_vt_4quad=   19.57
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   20.80 mean_vt_4quad=   19.98
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   21.04 mean_vt_4quad=   20.39
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   21.26 mean_vt_4quad=   20.81
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   21.52 mean_vt_4quad=   21.23
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   21.80 mean_vt_4quad=   21.54
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   22.12 mean_vt_4quad=   21.65
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   22.40 mean_vt_4quad=   21.46
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   22.54 mean_vt_4quad=   21.01
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   22.50 mean_vt_4quad=   20.42
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   22.15 mean_vt_4quad=   19.76
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   21.52 mean_vt_4quad=   18.95
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   20.71 mean_vt_4quad=   17.82
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   19.68 mean_vt_4quad=   16.11
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   18.12 mean_vt_4quad=   13.51
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   14.55 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   10.21 mean_vt_4quad=    5.34
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    5.95 mean_vt_4quad=    5.14
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    6.03 mean_vt_4quad=    5.22
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    6.12 mean_vt_4quad=    5.30
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    6.19 mean_vt_4quad=    5.39
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    6.23 mean_vt_4quad=    5.47
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    6.30 mean_vt_4quad=    5.56
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    6.36 mean_vt_4quad=    5.64
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    6.43 mean_vt_4quad=    5.73
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    6.53 mean_vt_4quad=    5.82
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    6.65 mean_vt_4quad=    5.91
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    6.79 mean_vt_4quad=    6.00
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    6.95 mean_vt_4quad=    6.09
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    7.12 mean_vt_4quad=    6.18
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    7.27 mean_vt_4quad=    6.27
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    7.43 mean_vt_4quad=    6.36
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    7.53 mean_vt_4quad=    6.45
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    7.58 mean_vt_4quad=    6.55
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    7.61 mean_vt_4quad=    6.65
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    7.71 mean_vt_4quad=    6.75
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    7.85 mean_vt_4quad=    6.85
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    7.98 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    8.12 mean_vt_4quad=    7.06
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    8.25 mean_vt_4quad=    7.17
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    8.38 mean_vt_4quad=    7.28
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    8.50 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    8.63 mean_vt_4quad=    7.50
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    8.73 mean_vt_4quad=    7.61
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    8.83 mean_vt_4quad=    7.72
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    8.92 mean_vt_4quad=    7.82
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    8.97 mean_vt_4quad=    7.92
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    9.04 mean_vt_4quad=    8.01
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    9.11 mean_vt_4quad=    8.11
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=    9.17 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=    9.23 mean_vt_4quad=    8.29
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=    9.31 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=    9.38 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=    9.49 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=    9.64 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=    9.83 mean_vt_4quad=    8.74
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   10.03 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   10.25 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   10.46 mean_vt_4quad=    9.04
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   10.67 mean_vt_4quad=    9.14
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   10.87 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.04 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.19 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.28 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.36 mean_vt_4quad=    9.64
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.45 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.60 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   11.78 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   11.95 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.10 mean_vt_4quad=   10.14
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.24 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.38 mean_vt_4quad=   10.34
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   12.54 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   12.71 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.87 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.99 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.09 mean_vt_4quad=   10.91
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.22 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.34 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.55 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   13.77 mean_vt_4quad=   11.40
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.96 mean_vt_4quad=   11.53
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.10 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   14.21 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   14.30 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   14.37 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   14.46 mean_vt_4quad=   12.18
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.58 mean_vt_4quad=   12.30
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.74 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.93 mean_vt_4quad=   12.56
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   15.15 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   15.41 mean_vt_4quad=   12.83
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.66 mean_vt_4quad=   12.96
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.96 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.30 mean_vt_4quad=   13.20
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   16.65 mean_vt_4quad=   13.32
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   16.98 mean_vt_4quad=   13.44
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.27 mean_vt_4quad=   13.57
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   17.44 mean_vt_4quad=   13.70
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.54 mean_vt_4quad=   13.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   13.84 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   13.98 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   14.14 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   14.32 .... 0.5*v_holland=    5.83
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   14.50 .... 0.5*v_holland=    5.83
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   17.54 mean_vt_4quad=   13.84
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   17.83 mean_vt_4quad=   13.98
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   18.17 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   18.47 mean_vt_4quad=   14.32
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.41 mean_vt_4quad=   14.50
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.02 mean_vt_4quad=   14.66
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   18.13 mean_vt_4quad=   14.80
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   18.77 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   19.23 mean_vt_4quad=   15.03
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   19.53 mean_vt_4quad=   15.15
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   19.49 mean_vt_4quad=   15.28
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   19.24 mean_vt_4quad=   15.43
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   18.83 mean_vt_4quad=   15.62
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   19.18 mean_vt_4quad=   15.85
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   19.65 mean_vt_4quad=   16.12
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   20.03 mean_vt_4quad=   16.41
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   20.46 mean_vt_4quad=   16.70
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   20.74 mean_vt_4quad=   16.99
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   20.94 mean_vt_4quad=   17.27
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   21.08 mean_vt_4quad=   17.56
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   21.26 mean_vt_4quad=   17.90
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   21.45 mean_vt_4quad=   18.30
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   21.67 mean_vt_4quad=   18.73
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   22.01 mean_vt_4quad=   19.16
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   22.48 mean_vt_4quad=   19.57
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   23.58 mean_vt_4quad=   19.98
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   24.81 mean_vt_4quad=   20.39
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   25.85 mean_vt_4quad=   20.81
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
  --- vmaxwind of    27.3323782353457       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    90 igrct=  1   22:28:35
 TIMING: after getrad_iter_loop, fhr=    90 igrct=  2 Vmax (m/s)=   27.332   22:28:35
 TIMING: Before get_phase ... 22:28:35
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           90 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   258.678
  
  
  In get_cps_paramb, lead time=           90 :           0   00L  NATL     
   right_ct=          896   left_ct=          872
   zthicksum(1)=    3047205.04400000     
   zthicksum(2)=    2963024.00375000     
   zthick_right_mean=    3400.89848660714     
   zthick_left_mean=     3397.96330705276     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    2.93517955438574     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           27.86
  Sum of y-diffs squared (ydiff2) =         1552.73
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   223.49   6.7452       19.64   0.1661    -2.63     6.90      385.83
    2   217.95   6.6846       14.11   0.1055    -0.03     0.00      199.00
    3   211.28   6.6201        7.43   0.0409     1.95     3.79       55.27
    4   202.66   6.5511       -1.19  -0.0281     2.57     6.63        1.41
    5   191.31   6.4770      -12.53  -0.1022     1.17     1.36      157.08
    6   176.38   6.3969      -27.46  -0.1822    -3.03     9.17      754.12
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   203.845     x:    6.58
  
  slope=    134.086         y-intercept =   -678.327
  Regression equation:   Y =  -678.33 +   134.09X
  
  R2(r_squared) =  0.9821        r =  0.9910
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1074.41 zmin=  845.27 zdiff=  229.14
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1567.61 zmin= 1344.12 zdiff=  223.49
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -5.65 dlnp=     -0.057158  dzdlnp=       98.813
  
   +++ k=  3 press=    800.0 zmax= 2086.49 zmin= 1868.54 zdiff=  217.95
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -5.54 dlnp=     -0.060625  dzdlnp=       91.316
  
   +++ k=  4 press=    750.0 zmax= 2633.25 zmin= 2421.97 zdiff=  211.28
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -6.67 dlnp=     -0.064539  dzdlnp=      103.380
  
   +++ k=  5 press=    700.0 zmax= 3210.91 zmin= 3008.26 zdiff=  202.66
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -8.62 dlnp=     -0.068993  dzdlnp=      124.998
  
   +++ k=  6 press=    650.0 zmax= 3823.50 zmin= 3632.18 zdiff=  191.31
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -11.34 dlnp=     -0.074108  dzdlnp=      153.074
  
   +++ k=  7 press=    600.0 zmax= 4475.27 zmin= 4298.89 zdiff=  176.38
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -14.93 dlnp=     -0.080043  dzdlnp=      186.500
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            5.02
  Sum of y-diffs squared (ydiff2) =         3811.36
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   159.54   6.3099       33.04   0.2788    -0.94     0.88     1091.47
    2   148.86   6.2146       22.37   0.1834     0.01     0.00      500.21
    3   136.99   6.1092       10.49   0.0781     0.98     0.95      110.11
    4   122.93   5.9915       -3.57  -0.0397     1.27     1.61       12.75
    5   104.13   5.8579      -22.37  -0.1732    -1.26     1.58      500.45
    6    86.54   5.7038      -39.95  -0.3274    -0.05     0.00     1596.38
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   126.499     x:    6.03
  
  slope=    121.885         y-intercept =   -608.609
  Regression equation:   Y =  -608.61 +   121.88X
  
  R2(r_squared) =  0.9987        r =  0.9993
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4475.27 zmin= 4298.89 zdiff=  176.38
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5173.39 zmin= 5013.86 zdiff=  159.54
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -16.85 dlnp=     -0.087011  dzdlnp=      193.630
  
   +++ k=  9 press=    500.0 zmax= 5926.75 zmin= 5777.88 zdiff=  148.86
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -10.67 dlnp=     -0.095310  dzdlnp=      111.971
  
   +++ k= 10 press=    450.0 zmax= 6746.69 zmin= 6609.70 zdiff=  136.99
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -11.87 dlnp=     -0.105361  dzdlnp=      112.680
  
   +++ k= 11 press=    400.0 zmax= 7646.45 zmin= 7523.52 zdiff=  122.93
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -14.06 dlnp=     -0.117783  dzdlnp=      119.406
  
   +++ k= 12 press=    350.0 zmax= 8645.04 zmin= 8540.91 zdiff=  104.13
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -18.80 dlnp=     -0.133531  dzdlnp=      140.791
  
   +++ k= 13 press=    300.0 zmax= 9771.32 zmin= 9684.77 zdiff=   86.54
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -17.58 dlnp=     -0.154151  dzdlnp=      114.070
  
cps_stats: 00L   lead time=  90: 0   paramb=     2.94  vtl=    134.09  vtu=    121.88
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   90:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.745 (0-360) guesslon=  295.745E  (  64.255W)   guesslat=   25.980
 ilonfix=         1264  jlatfix=          996  npts=           33
 ibeg=         1191  jbeg=          928  imax=         2738
 iend=         1337  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:28:35
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.825E  (0-360) ctlon=  294.825E  (  65.175W)  ctlat=   25.060 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:35
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  294.825E   (0-360) guesslon=  294.825E  (  65.175W)   guesslat=   25.060
 ilonfix=         1241  jlatfix=         1019  npts=           16
 ibeg=         1192  jbeg=          975  imax=         2738
 iend=         1290  jend=         1063  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.605E  (0-360) ctlon=  294.605  (  65.395W)  ctlat=   25.040 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    90:00  mean_lon:  294.60E (  65.40W)    (0-360) mean_lon=  294.60E  mean_lat:   25.04  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    90:00  ifix:  1211   jfix:  1008  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1211  jx=         1008
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         510 ,         308 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         509 ,         307 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    90:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:28:36
 TIMING: Before shear ... 22:28:36
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           16
  clon(ist,ifh,3)=    295.696191188075     
  clat(ist,ifh,3)=    25.9860031409776     
  fixlon(ist,ifh)=    295.744559288485     
  fixlat(ist,ifh)=    25.9798938035740     
  xcenlon=    295.696191188075     
  xcenlat=    25.9860031409776     
  
 xxshear
 In get_shear A, xcenlon=    295.696191188075       xcenlat= 
   25.9860031409776     
   In get_shear B, (0-360) xcenlon=    295.696191188075     
  
At start of get_shear:  00L   fhr=   90:00   Mean fix position=   295.74E  ( 64.26W)    25.98  (0-360) mean lon fix=  295.74
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   26.09 vr_mean(idist,ilev)=    0.22
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   23.09 vr_mean(idist,ilev)=   -0.54
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   20.77 vr_mean(idist,ilev)=    0.01
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   19.16 vr_mean(idist,ilev)=   -0.02
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   17.53 vr_mean(idist,ilev)=    0.22
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   16.22 vr_mean(idist,ilev)=   -0.36
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   14.97 vr_mean(idist,ilev)=   -0.68
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   13.55 vr_mean(idist,ilev)=   -0.71
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   12.09 vr_mean(idist,ilev)=   -0.55
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   10.92 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=    9.76 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    8.46 vr_mean(idist,ilev)=   -0.36
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    7.33 vr_mean(idist,ilev)=   -0.50
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    6.43 vr_mean(idist,ilev)=   -0.44
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    5.53 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    4.64 vr_mean(idist,ilev)=   -0.24
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    3.89 vr_mean(idist,ilev)=   -0.13
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    3.06 vr_mean(idist,ilev)=   -0.12
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    2.27 vr_mean(idist,ilev)=   -0.02
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.34 vr_mean(idist,ilev)=   14.34
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.51 vr_mean(idist,ilev)=   21.51
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.68 vr_mean(idist,ilev)=   28.68
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.86 vr_mean(idist,ilev)=   35.86
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -43.04 vr_mean(idist,ilev)=   43.04
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.21 vr_mean(idist,ilev)=   50.21
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.40 vr_mean(idist,ilev)=   57.40
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.58 vr_mean(idist,ilev)=   64.58
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.77 vr_mean(idist,ilev)=   71.77
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.97 vr_mean(idist,ilev)=   78.97
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -86.17 vr_mean(idist,ilev)=   86.17
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -93.38 vr_mean(idist,ilev)=   93.38
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -100.59 vr_mean(idist,ilev)=  100.59
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.81 vr_mean(idist,ilev)=  107.81
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -115.04 vr_mean(idist,ilev)=  115.04
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -122.27 vr_mean(idist,ilev)=  122.27
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -129.52 vr_mean(idist,ilev)=  129.52
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -136.77 vr_mean(idist,ilev)=  136.77
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -144.04 vr_mean(idist,ilev)=  144.04
  
 At end of get_shear: 
     ist=    1 ifh=   16 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:28:36
  
 After call to fixcenter, fix positions at 
 forecast hour=   90:00 follow:
  
fixpos  00L   fhr=   90:00   Fix position=   295.74E  ( 64.26W)    25.98   Max Wind=  53 kts
  
  
 xxxx get_next_ges, prev fix lon=    296.573615011492     
 xxxx get_next_ges, curr fix lon=    295.744559288485     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.744559288485        fixlat=    25.9798938035740     
        (0-360) fixlon=    295.744559288485     
      ilonfix=         1264   jlatfix=          996
      ibeg=          786   iend=         1742
      jbeg=          544   jend=         1448
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.18201889152063       vavg=    1.94848206478517     
      ubar=  -0.545504722880158       vbar=   0.487120516196292     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.56298648262694       vavg=   0.203873274896521     
      ubar=   -1.82699796419363       vbar=   0.589057153644552     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.77591516196918       vavg=  -0.379713057043525     
      ubar=   -2.52097675468593       vbar=   0.494128889383671     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.52097675468593       vbar=   0.494128889383671     
      wgttot=    1.00000000000000     
      fixlon=    295.744559288485        fixlat=    25.9798938035740     
      barnlon=    295.199579122244       barnlat=    26.0758800764218     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.898580576315866     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      295.199579122244     
     Raw (no conversion for GM wrap) extraplon=    294.916571751831     
  
 --- barnlon=    295.20E  (  64.80W)    barnlat=     26.08
 --- extraplon=  294.92E  (  65.08W)    extraplat=   25.83
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.98
 | Current fix lon is   64.26W   ( 295.74E)
 | Current fix lon (raw, unadjusted)=  295.74E
 | Updated guess lat for next fcst hour is   25.95
 | Updated guess lon (0-360) for next fcst hour is   64.94W   ( 295.06E)
 | Raw updated guess lon for next fcst hour is  295.06E)
 -------------------------------------------------
  
 iocheck, dist=    68.6975225658346        distm=    68697.5225658346     
 iocheck, stmspd=    3.18044085952938        istmspd=           62
 iocheck, xincr=  -0.686483851447747        yincr=  -2.780188703754050E-002
 iocheck, stmdir=    267.680847478145        istmdir=          268
 +++ RPT_STORM_MOTION: istmspd=    62 kts(*10)    istmdir=   268 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  16
     Fix location for this time:   295.74E  ( 64.26W)    25.98
     Fix lon (raw) for this time:  295.74E
     ilonfix= 1264  jlatfix=  996
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.744559288485       xcenlat=    25.9798938035740     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.744559288485       xcenlat=    25.9798938035740     
  ilonfix=         1264  jlatfix=          996
  ibeg=         1142  iend=         1386
  jbeg=          880  jend=         1112  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.744559288485        xcenlat=    25.9798938035740     
      ilonfix=         1264   jlatfix=          996
      ibeg=         1142   iend=         1386
      jbeg=          880   jend=         1112
 After call to barnes, xsmoothval=   2.670115623523245E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.670115623523245E-004
      xcenlon=    295.744559288485        xcenlat=    25.9798938035740     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000267  imeanzeta (*1e6)=      267
   --- mean zeta raw =   2.670115623523245E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003161  igrid zeta (*1e6)=     3161 ifilret=   0
   --- grid zeta raw=   3.161157192454492E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.744559288485       xcenlat=    25.9798938035740     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.744559288485       xcenlat=    25.9798938035740     
  ilonfix=         1264  jlatfix=          996
  ibeg=         1142  iend=         1386
  jbeg=          880  jend=         1112  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.744559288485        xcenlat=    25.9798938035740     
      ilonfix=         1264   jlatfix=          996
      ibeg=         1142   iend=         1386
      jbeg=          880   jend=         1112
 After call to barnes, xsmoothval=   2.549799785389989E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.549799785389989E-004
      xcenlon=    295.744559288485        xcenlat=    25.9798938035740     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000255  imeanzeta (*1e6)=      255
   --- mean zeta raw =   2.549799785389989E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002746  igrid zeta (*1e6)=     2746 ifilret=   0
   --- grid zeta raw=   2.746157192454492E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           90
  
 segx, outlon=    295.744559288485       outlat=    25.9798938035740     
   ist=            1  ifcsthour=           90
   vmaxwind=    27.3323782353457       xminmslp=    99039.5500000000     
   vradius=           62          31           0          44           0
           0          44           0           0          66          23
           0
   maxstorm=            6
   plastbar=    101439.550000000       rlastbar=    145.699071520979     
   rmax=    16.0442730788287     
   cps_vals=    2.93517955438574        134.085978525215     
   121.884900170829     
   wcore_flag= n
   istmspd=           62  istmdir=          268
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    33.0000000000000     
   axisymet_rmw_val=     22.6402526556152     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   145.699071520979       irlastbar=         146
 output: plastbar=   101439.550000000       iplastbar=        1014
 rmax=    16.0442730788287        irmax=           16
 TXX top of atcfunix_ext, ist=            1  ifh=           90
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   145.699071520979       irlastbar=         146
 output: plastbar=   101439.550000000       iplastbar=        1014
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           90
 intlat=          260
 clatns= N
 intlon=          643
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           53
 int(xminmslp/mslp_outp_adj + 0.5)=          990
 XX,  34, NEQ
 vradius(1,1)=           62
 vradius(1,2)=           44
 vradius(1,3)=           44
 vradius(1,4)=           66
 iplastbar=         1014
 irlastbar=          146
 irmax=           16
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          268
 istmspd=           62
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           29
 icps_vals(2)=         1341
 icps_vals(3)=         1219
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           18
 irmw_val=           44
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          267
 igridzeta(1)=         3161
 imeanzeta(2)=          255
 igridzeta(2)=         2746
  
 rmax=    16.0442730788287        irmax=           16
 +++ Top of output_atcf_parms, ist=            1  ifh=           90
  
 xxxx get_next_ges, prev fix lon=    296.573615011492     
 xxxx get_next_ges, curr fix lon=    295.744559288485     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.744559288485        fixlat=    25.9798938035740     
        (0-360) fixlon=    295.744559288485     
      ilonfix=         1264   jlatfix=          996
      ibeg=          786   iend=         1742
      jbeg=          544   jend=         1448
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.18201889152063       vavg=    1.94848206478517     
      ubar=  -0.545504722880158       vbar=   0.487120516196292     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.56298648262694       vavg=   0.203873274896521     
      ubar=   -1.82699796419363       vbar=   0.589057153644552     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.77591516196918       vavg=  -0.379713057043525     
      ubar=   -2.52097675468593       vbar=   0.494128889383671     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.52097675468593       vbar=   0.494128889383671     
      wgttot=    1.00000000000000     
      fixlon=    295.744559288485        fixlat=    25.9798938035740     
      barnlon=    295.199579122244       barnlat=    26.0758800764218     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.898580576315866     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      295.199579122244     
     Raw (no conversion for GM wrap) extraplon=    294.916571751831     
  
 --- barnlon=    295.20E  (  64.80W)    barnlat=     26.08
 --- extraplon=  294.92E  (  65.08W)    extraplat=   25.83
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.98
 | Current fix lon is   64.26W   ( 295.74E)
 | Current fix lon (raw, unadjusted)=  295.74E
 | Updated guess lat for next fcst hour is   25.95
 | Updated guess lon (0-360) for next fcst hour is   64.94W   ( 295.06E)
 | Raw updated guess lon for next fcst hour is  295.06E)
 -------------------------------------------------
  
 iocheck, dist=    68.6975225658346        distm=    68697.5225658346     
 iocheck, stmspd=    3.18044085952938        istmspd=           62
 iocheck, xincr=  -0.686483851447747        yincr=  -2.780188703754050E-002
 iocheck, stmdir=    267.680847478145        istmdir=          268
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   90:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 !!! Zeta check, fmax=   8.725835947795207E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  305.055E  (0-360) ctlon=  305.055E  (  54.945W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.873E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  305.055E   (0-360) guesslon=  305.055E  (  54.945W)   guesslat=   40.203
 ilonfix=         1497  jlatfix=          640  npts=           16
 ibeg=         1441  jbeg=          596  imax=         2738
 iend=         1553  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  304.835E  (0-360) ctlon=  304.835  (  55.165W)  ctlat=   40.283 fmax (x10e5) =        0.844E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 !!! Zeta check, fmax=   5.616186411388706E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  305.055E  (0-360) ctlon=  305.055E  (  54.945W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.562E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  305.055E   (0-360) guesslon=  305.055E  (  54.945W)   guesslat=   40.203
 ilonfix=         1497  jlatfix=          640  npts=           16
 ibeg=         1441  jbeg=          596  imax=         2738
 iend=         1553  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  305.035E  (0-360) ctlon=  305.035  (  54.965W)  ctlat=   40.383 fmax (x10e5) =        0.648E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 After first run in find_maxmin, ctlon=  304.655E  (0-360) ctlon=  304.655E  (  55.345W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.132E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  304.655E   (0-360) guesslon=  304.655E  (  55.345W)   guesslat=   40.203
 ilonfix=         1487  jlatfix=          640  npts=           16
 ibeg=         1431  jbeg=          596  imax=         2738
 iend=         1543  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  304.835E  (0-360) ctlon=  304.835  (  55.165W)  ctlat=   40.383 fmax =       -0.100E+16 fmin =        0.132E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 After first run in find_maxmin, ctlon=  305.055E  (0-360) ctlon=  305.055E  (  54.945W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.299E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  305.055E   (0-360) guesslon=  305.055E  (  54.945W)   guesslat=   40.203
 ilonfix=         1497  jlatfix=          640  npts=           16
 ibeg=         1441  jbeg=          596  imax=         2738
 iend=         1553  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  304.935E  (0-360) ctlon=  304.935  (  55.065W)  ctlat=   40.383 fmax =       -0.100E+16 fmin =        0.299E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 After first run in find_maxmin, ctlon=  304.655E  (0-360) ctlon=  304.655E  (  55.345W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.989E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  304.655E   (0-360) guesslon=  304.655E  (  55.345W)   guesslat=   40.203
 ilonfix=         1487  jlatfix=          640  npts=           16
 ibeg=         1431  jbeg=          596  imax=         2738
 iend=         1543  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  304.835E  (0-360) ctlon=  304.835  (  55.165W)  ctlat=   40.383 fmax =       -0.100E+16 fmin =        0.988E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.775 (0-360) guesslon=  304.775E  (  55.225W)   guesslat=   40.323
 ilonfix=         1490  jlatfix=          637  npts=           33
 ibeg=         1410  jbeg=          569  imax=         2738
 iend=         1570  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 !!! Zeta check, fmax=   5.905939414410733E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  304.655E  (0-360) ctlon=  304.655E  (  55.345W)  ctlat=   40.203 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.591E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  304.655E   (0-360) guesslon=  304.655E  (  55.345W)   guesslat=   40.203
 ilonfix=         1487  jlatfix=          640  npts=           16
 ibeg=         1431  jbeg=          596  imax=         2738
 iend=         1543  jend=          684  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  304.735E  (0-360) ctlon=  304.735  (  55.265W)  ctlat=   40.283 fmax (x10e5) =        0.586E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    304.851569183566        uvgeslat=    40.3355917177151     
    (0-360 uvgeslon)=    304.851569183566     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    304.851569183566        uvgeslat=    40.3355917177151     
    (0-360 uvgeslon)=    304.851569183566     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    304.851569183566     
  
 After first run, Wind Circulation (NHEM) ctlon=  304.852E  (0-360E lon):  304.852E    55.148W  ctlat=   40.336  xmax_circul_disk =     135015083.1
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  304.852E  (0-360E)=  304.852E  (  55.148W)   guesslat=   40.336
 ilonfix=         1492  jlatfix=          637  npts=           56
 ibeg=         1416  jbeg=          573  imax=         2738
 iend=         1568  jend=          701  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    135875131.502480     
 nhalf get_wind_circ, k=  1 ctlon=  304.932E  (0-360E)=  304.932E  ctlon=   55.068W   ctlat=   40.176 Wind Circulation (NHEM: Max) =     135875131.5
 TIMING: After GWC 850 ... 22:28:36
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    304.851569183566        uvgeslat=    40.3355917177151     
    (0-360 uvgeslon)=    304.851569183566     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    304.851569183566     
  
 After first run, Wind Circulation (NHEM) ctlon=  304.852E  (0-360E lon):  304.852E    55.148W  ctlat=   40.336  xmax_circul_disk =     119556606.8
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  304.852E  (0-360E)=  304.852E  (  55.148W)   guesslat=   40.336
 ilonfix=         1492  jlatfix=          637  npts=           56
 ibeg=         1416  jbeg=          573  imax=         2738
 iend=         1568  jend=          701  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    119948261.030542     
 nhalf get_wind_circ, k=  1 ctlon=  304.872E  (0-360E)=  304.872E  ctlon=   55.128W   ctlat=   40.296 Wind Circulation (NHEM: Max) =     119948261.0
 TIMING: After GWC 700 ... 22:28:36
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    304.851569183566        uvgeslat=    40.3355917177151     
    (0-360 uvgeslon)=    304.851569183566     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    304.851569183566     
  
 After first run, Wind Circulation (NHEM) ctlon=  304.532E  (0-360E lon):  304.532E    55.468W  ctlat=   40.336  xmax_circul_disk =      91199359.4
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  304.532E  (0-360E)=  304.532E  (  55.468W)   guesslat=   40.336
 ilonfix=         1484  jlatfix=          637  npts=           56
 ibeg=         1408  jbeg=          573  imax=         2738
 iend=         1560  jend=          701  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    91529953.0387570     
 nhalf get_wind_circ, k=  1 ctlon=  304.612E  (0-360E)=  304.612E  ctlon=   55.388W   ctlat=   40.296 Wind Circulation (NHEM: Max) =      91529953.0
 TIMING: After GWC Sfc ... 22:28:36
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.19  xavg_stderr=     5.38
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           16  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    90:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  304.78E   (0-360) guesslon=  304.78E  ( 55.22W)    40.32
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       304.84       55.16      40.28           84.40       T          6.76
   2    zeta 700    Max       305.04       54.96      40.38           64.81       T         23.02
   3    circ 850    Max       304.93       55.07      40.18          135.88       T         21.08
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       304.87       55.13      40.30          119.95       T          8.72
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       304.84       55.16      40.38         1320.07       T          8.39
   8     gph 700    Min       304.94       55.06      40.38         2989.66       T         15.11
   9        MSLP    Min       304.84       55.16      40.38        98833.05       T          8.39
  10    circ sfc    Max       304.61       55.39      40.30           91.53       T         14.20
  11    zeta sfc    Max       304.74       55.26      40.28           58.64       T          5.59
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    10.8317873091697       stderr_close= 
   5.80491464014421       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   4.063 devia=   0.700 wtpos=  0.79190     304.84   304.84    55.16    40.28
 ip=  2 kprm=  2 dist_from_mean=  17.468 devia=   3.009 wtpos=  0.36675     305.04   305.04    54.96    40.38
 ip=  3 kprm=  3 dist_from_mean=  17.396 devia=   2.997 wtpos=  0.36827     304.93   304.93    55.07    40.18
 ip=  5 kprm=  4 dist_from_mean=   3.249 devia=   0.560 wtpos=  0.82981     304.87   304.87    55.13    40.30
 ip=  7 kprm=  5 dist_from_mean=   7.261 devia=   1.251 wtpos=  0.65905     304.84   304.84    55.16    40.38
 ip=  8 kprm=  6 dist_from_mean=  10.350 devia=   1.783 wtpos=  0.55193     304.94   304.94    55.06    40.38
 ip=  9 kprm=  7 dist_from_mean=   7.261 devia=   1.251 wtpos=  0.65905     304.84   304.84    55.16    40.38
 ip= 10 kprm=  8 dist_from_mean=  20.149 devia=   3.471 wtpos=  0.31443     304.61   304.61    55.39    40.30
 ip= 11 kprm=  9 dist_from_mean=  10.289 devia=   1.772 wtpos=  0.55388     304.74   304.74    55.26    40.28
  
At end of fixcenter:  08L   fhr=   90:00   Fix position=   304.85E  (0-360) fixlon=  304.85  ( 55.15W)    40.32
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    304.848649887650     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    304.835205956293     
        (0-360E clon(ist,ifh,9))=    304.835205956293     
      clat(ist,ifh,9)=    40.3828632631697     
      xval(9)=    98833.0508302688     
  
  After get_ij B, ibeg jbeg =         1376         498
  After get_ij B, iend jend =         1606         774
  
 In is_it_a_storm, ilonfix=         1491  jlatfix=          636
 ibeg jbeg iend jend =         1376         498        1606         774
 cparm= slp  parmlon parmlat =    304.835205956293        40.3828632631697     
     (0-360E parmlon) =    304.835205956293     
 parmval=    98833.0508302688     
  
 i= 1461 j=  573 glon=  303.65 (0-360E) glon=  303.65 glat=  42.92 dist=   298.90 slp=  100978.75 pgradient=  7.17865
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.17865
 mslp center =    304.835205956293        40.3828632631697     
   98833.0508302688     
   (0-360E) lon of mslp center =    304.835205956293     
 pgrad loc   =    303.648540000000        303.648540000000     
   56.3514600000000        42.9205750000000        100978.750000000     
  ttest at location C IF....
      xinp_fixlat=    40.3828632631697     
      xinp_fixlon=    304.835205956293       (0-360E) xinp_fixlon= 
   304.835205956293     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98284.9900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1487  jfix=          635
 longitude=    304.835205956293      E   (   55.1647940437071      
 W)  (0-360E) xinp_fixlon=    304.835205956293     
 latitude=    40.3828632631697     
 mean mslp value (xval(9))=    98833.0508302688     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1487  jfix=          635
 longitude=    304.835205956293      E   (   55.1647940437071      
 W)  (0-360E) xinp_fixlon=    304.835205956293     
 latitude=    40.3828632631697     
 mean mslp value (xval(9))=    98833.0508302688     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1487  jx=          635
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98284.9900000000       xcentval=    98284.9900000000     
 At A, num_found_contours=            0
 At A, contlo=    98284.9900000000       conthi=    98684.9900000000     
  
 num_found_contours=            0
 contlo=    98284.9900000000       conthi=    98684.9900000000     
 xcentval=    98284.9900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98684.9900000000       conthi=    99084.9900000000     
  
 num_found_contours=            1
 contlo=    98684.9900000000       conthi=    99084.9900000000     
 xcentval=    98284.9900000000     
 At A, num_found_contours=            2
 At A, contlo=    99084.9900000000       conthi=    99484.9900000000     
  
 num_found_contours=            2
 contlo=    99084.9900000000       conthi=    99484.9900000000     
 xcentval=    98284.9900000000     
 At A, num_found_contours=            3
 At A, contlo=    99484.9900000000       conthi=    99884.9900000000     
  
 num_found_contours=            3
 contlo=    99484.9900000000       conthi=    99884.9900000000     
 xcentval=    98284.9900000000     
 At A, num_found_contours=            4
 At A, contlo=    99884.9900000000       conthi=    100284.990000000     
  
 num_found_contours=            4
 contlo=    99884.9900000000       conthi=    100284.990000000     
 xcentval=    98284.9900000000     
 At A, num_found_contours=            5
 At A, contlo=    100284.990000000       conthi=    100684.990000000     
  
 num_found_contours=            5
 contlo=    100284.990000000       conthi=    100684.990000000     
 xcentval=    98284.9900000000     
 At A, num_found_contours=            6
 At A, contlo=    100684.990000000       conthi=    101084.990000000     
  
 num_found_contours=            6
 contlo=    100684.990000000       conthi=    101084.990000000     
 xcentval=    98284.9900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1669 ,         437 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98284.9900000000     
 !!! (i,j) of central value = (        1487 ,         635 )
 !!!  
 !!! Flagged value found    =    100683.070000000     
 !!! (i,j) of flagged value = (        1670 ,         436 )
 !!!   
 !!! Lower bound of contour interval =    100684.990000000     
 !!! Upper bound of contour interval =    101084.990000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1487  jfix=          635
 longitude=    304.835205956293      E   (   55.1647940437071      W)  
 (0-360E) xinp_fixlon=    304.835205956293     
 latitude=    40.3828632631697     
 mean mslp value (xval(9))=    98833.0508302688     
 gridpoint mslp value=    98284.9900000000     
 ccflag= y
 prs of last closed isobar =    100684.990000000     
 radius of last closed isobar =    108.964023967706       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   90:00
 !!! Boundary check xinp_fixlat is   40.38
 !!! Boundary check xinp_fixlon is   55.16W   ( 304.84E)  (0-360E) xinp_fixlon=  304.84
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    304.931567183566     
  850 mb wcirc fix lat=    40.1755957177151     
    (0-360) 850 mb wcirc fix lon=    304.931567183566     
  Multi-parm fix lon=      304.848649887650     
  Multi-parm fix lat=      40.3218701389062     
    (0-360) Multi-parm fix lon=      304.848649887650     
  
  
  After get_ij B, ibeg jbeg =         1396         537
  After get_ij B, iend jend =         1592         745
  
 In is_it_a_storm, ilonfix=         1494  jlatfix=          641
 ibeg jbeg iend jend =         1396         537        1592         745
 cparm= v850  parmlon parmlat =    304.931567183566        40.1755957177151     
     (0-360E parmlon) =    304.931567183566     
 parmval=    135875131.502480     
  
 i= 1481 j=  592 glon=  304.45 (0-360E) glon=  304.45 glat=  42.16 u=  -7.0600 v=  -3.8600 vr=  -2.51429 vt=   7.64340
 i= 1486 j=  592 glon=  304.65 (0-360E) glon=  304.65 glat=  42.16 u=  -8.8000 v=  -2.7200 vr=  -1.75804 vt=   9.04144
 i= 1491 j=  592 glon=  304.85 (0-360E) glon=  304.85 glat=  42.16 u=  -9.3100 v=  -0.6300 vr=  -0.33441 vt=   9.32530
 i= 1496 j=  592 glon=  305.05 (0-360E) glon=  305.05 glat=  42.16 u=  -7.8200 v=  -0.0900 vr=  -0.43893 vt=   7.80819
 i= 1501 j=  592 glon=  305.25 (0-360E) glon=  305.25 glat=  42.16 u=  -7.1400 v=   0.6800 vr=  -0.18329 vt=   7.16997
 i= 1506 j=  592 glon=  305.45 (0-360E) glon=  305.45 glat=  42.16 u=  -6.5400 v=   1.8200 vr=   0.51802 vt=   6.76873
 i= 1466 j=  597 glon=  303.85 (0-360E) glon=  303.85 glat=  41.96 u=  -5.5300 v=  -8.0800 vr=  -5.02166 vt=   8.40537
 i= 1471 j=  597 glon=  304.05 (0-360E) glon=  304.05 glat=  41.96 u=  -7.1200 v=  -5.9600 vr=  -3.07433 vt=   8.76154
 i= 1476 j=  597 glon=  304.25 (0-360E) glon=  304.25 glat=  41.96 u=  -7.5300 v=  -4.4600 vr=  -2.18168 vt=   8.47542
 i= 1481 j=  597 glon=  304.45 (0-360E) glon=  304.45 glat=  41.96 u=  -9.1000 v=  -5.1300 vr=  -3.19379 vt=   9.94619
 i= 1486 j=  597 glon=  304.65 (0-360E) glon=  304.65 glat=  41.96 u= -10.5800 v=  -3.2000 vr=  -1.91278 vt=  10.88658
 i= 1491 j=  597 glon=  304.85 (0-360E) glon=  304.85 glat=  41.96 u=  -9.7600 v=  -1.9000 vr=  -1.55436 vt=   9.82098
 i= 1496 j=  597 glon=  305.05 (0-360E) glon=  305.05 glat=  41.96 u=  -8.8200 v=  -0.6100 vr=  -1.04724 vt=   8.77883
 i= 1501 j=  597 glon=  305.25 (0-360E) glon=  305.25 glat=  41.96 u=  -8.7000 v=   1.3500 vr=   0.17591 vt=   8.80236
 i= 1506 j=  597 glon=  305.45 (0-360E) glon=  305.45 glat=  41.96 u=  -8.0200 v=   3.5000 vr=   1.69622 vt=   8.58448
 i= 1511 j=  597 glon=  305.65 (0-360E) glon=  305.65 glat=  41.96 u=  -7.2700 v=   5.5300 vr=   3.16845 vt=   8.56707
 i= 1516 j=  597 glon=  305.85 (0-360E) glon=  305.85 glat=  41.96 u=  -6.5000 v=   7.5800 vr=   4.69825 vt=   8.81095
 i= 1521 j=  597 glon=  306.05 (0-360E) glon=  306.05 glat=  41.96 u=  -5.3700 v=  10.1800 vr=   6.88673 vt=   9.22184
 i= 1456 j=  602 glon=  303.45 (0-360E) glon=  303.45 glat=  41.76 u=  -5.5600 v= -10.3700 vr=  -5.21704 vt=  10.54670
 i= 1461 j=  602 glon=  303.65 (0-360E) glon=  303.65 glat=  41.76 u=  -7.0400 v=  -9.5900 vr=  -4.47113 vt=  11.02446
 i= 1466 j=  602 glon=  303.85 (0-360E) glon=  303.85 glat=  41.76 u=  -7.3100 v=  -7.6300 vr=  -3.39838 vt=  10.00520
 i= 1471 j=  602 glon=  304.05 (0-360E) glon=  304.05 glat=  41.76 u=  -9.0700 v=  -6.3600 vr=  -2.31849 vt=  10.83232
 i= 1476 j=  602 glon=  304.25 (0-360E) glon=  304.25 glat=  41.76 u=  -8.4300 v=  -4.9700 vr=  -2.09927 vt=   9.55818
 i= 1481 j=  602 glon=  304.45 (0-360E) glon=  304.45 glat=  41.76 u=  -8.1100 v=  -3.7400 vr=  -1.81414 vt=   8.74463
 i= 1486 j=  602 glon=  304.65 (0-360E) glon=  304.65 glat=  41.76 u=  -9.7400 v=   1.9500 vr=   3.24157 vt=   9.38948
 i= 1491 j=  602 glon=  304.85 (0-360E) glon=  304.85 glat=  41.76 u= -11.2600 v=  -0.2600 vr=   0.18801 vt=  11.26143
 i= 1496 j=  602 glon=  305.05 (0-360E) glon=  305.05 glat=  41.76 u= -11.3300 v=  -0.2700 vr=  -0.90349 vt=  11.29715
 i= 1501 j=  602 glon=  305.25 (0-360E) glon=  305.25 glat=  41.76 u= -11.6300 v=   2.5700 vr=   0.79435 vt=  11.88406
 i= 1506 j=  602 glon=  305.45 (0-360E) glon=  305.45 glat=  41.76 u= -10.4300 v=   5.6700 vr=   2.99485 vt=  11.48759
 i= 1511 j=  602 glon=  305.65 (0-360E) glon=  305.65 glat=  41.76 u=  -9.4300 v=   9.3600 vr=   5.78570 vt=  11.96078
 i= 1516 j=  602 glon=  305.85 (0-360E) glon=  305.85 glat=  41.76 u=  -8.6500 v=  12.2600 vr=   7.73924 vt=  12.85435
 i= 1521 j=  602 glon=  306.05 (0-360E) glon=  306.05 glat=  41.76 u=  -7.2200 v=  14.4700 vr=   9.34123 vt=  13.20041
 i= 1526 j=  602 glon=  306.25 (0-360E) glon=  306.25 glat=  41.76 u=  -5.1500 v=  15.6800 vr=  10.49825 vt=  12.73466
 i= 1531 j=  602 glon=  306.45 (0-360E) glon=  306.45 glat=  41.76 u=  -3.9000 v=  17.0000 vr=  11.43809 vt=  13.16739
 i= 1446 j=  607 glon=  303.05 (0-360E) glon=  303.05 glat=  41.56 u=  -4.2700 v= -11.9600 vr=  -5.21600 vt=  11.57877
 i= 1451 j=  607 glon=  303.25 (0-360E) glon=  303.25 glat=  41.56 u=  -4.5000 v= -12.2400 vr=  -5.91226 vt=  11.62380
 i= 1456 j=  607 glon=  303.45 (0-360E) glon=  303.45 glat=  41.56 u=  -6.5200 v= -11.7500 vr=  -4.97623 vt=  12.48239
 i= 1461 j=  607 glon=  303.65 (0-360E) glon=  303.65 glat=  41.56 u=  -7.8400 v= -10.7900 vr=  -4.29320 vt=  12.62767
 i= 1466 j=  607 glon=  303.85 (0-360E) glon=  303.85 glat=  41.56 u=  -8.2500 v= -10.5700 vr=  -4.86079 vt=  12.49641
 i= 1471 j=  607 glon=  304.05 (0-360E) glon=  304.05 glat=  41.56 u=  -9.5300 v=  -9.4500 vr=  -4.34179 vt=  12.69930
 i= 1476 j=  607 glon=  304.25 (0-360E) glon=  304.25 glat=  41.56 u= -12.0900 v=  -9.4200 vr=  -4.57339 vt=  14.62835
 i= 1481 j=  607 glon=  304.45 (0-360E) glon=  304.45 glat=  41.56 u= -12.1300 v=  -7.2100 vr=  -3.85971 vt=  13.57290
 i= 1486 j=  607 glon=  304.65 (0-360E) glon=  304.65 glat=  41.56 u= -12.3000 v=  -5.2400 vr=  -3.28958 vt=  12.95864
 i= 1491 j=  607 glon=  304.85 (0-360E) glon=  304.85 glat=  41.56 u= -14.0800 v=  -3.0800 vr=  -2.43566 vt=  14.20565
 i= 1496 j=  607 glon=  305.05 (0-360E) glon=  305.05 glat=  41.56 u= -14.4300 v=   2.2500 vr=   1.32119 vt=  14.54448
 i= 1501 j=  607 glon=  305.25 (0-360E) glon=  305.25 glat=  41.56 u= -16.0400 v=   8.4200 vr=   5.54631 vt=  17.24577
 i= 1506 j=  607 glon=  305.45 (0-360E) glon=  305.45 glat=  41.56 u= -12.9700 v=  10.7100 vr=   6.76185 vt=  15.40138
 i= 1511 j=  607 glon=  305.65 (0-360E) glon=  305.65 glat=  41.56 u= -11.7500 v=  13.6300 vr=   8.37709 vt=  15.92683
 i= 1516 j=  607 glon=  305.85 (0-360E) glon=  305.85 glat=  41.56 u= -10.0500 v=  15.1300 vr=   8.98932 vt=  15.78327
 i= 1521 j=  607 glon=  306.05 (0-360E) glon=  306.05 glat=  41.56 u=  -8.3200 v=  16.2100 vr=   9.45855 vt=  15.57313
 i= 1526 j=  607 glon=  306.25 (0-360E) glon=  306.25 glat=  41.56 u=  -6.4600 v=  18.0000 vr=  10.78422 vt=  15.79342
 i= 1531 j=  607 glon=  306.45 (0-360E) glon=  306.45 glat=  41.56 u=  -4.4300 v=  19.1400 vr=  11.84762 vt=  15.67158
 i= 1536 j=  607 glon=  306.65 (0-360E) glon=  306.65 glat=  41.56 u=  -2.9900 v=  19.9200 vr=  12.41074 vt=  15.86569
 i= 1541 j=  607 glon=  306.85 (0-360E) glon=  306.85 glat=  41.56 u=  -0.9700 v=  20.6100 vr=  13.45124 vt=  15.64535
 i= 1441 j=  612 glon=  302.85 (0-360E) glon=  302.85 glat=  41.36 u=  -5.0000 v= -12.1800 vr=  -3.24163 vt=  12.76104
 i= 1446 j=  612 glon=  303.05 (0-360E) glon=  303.05 glat=  41.36 u=  -3.4400 v= -15.0200 vr=  -6.87958 vt=  13.78787
 i= 1451 j=  612 glon=  303.25 (0-360E) glon=  303.25 glat=  41.36 u=  -4.8100 v= -14.3600 vr=  -6.18869 vt=  13.82193
 i= 1456 j=  612 glon=  303.45 (0-360E) glon=  303.45 glat=  41.36 u=  -6.3800 v= -14.2100 vr=  -5.86388 vt=  14.43064
 i= 1461 j=  612 glon=  303.65 (0-360E) glon=  303.65 glat=  41.36 u=  -6.8900 v= -14.5000 vr=  -6.79075 vt=  14.54674
 i= 1466 j=  612 glon=  303.85 (0-360E) glon=  303.85 glat=  41.36 u=  -9.6000 v= -13.5800 vr=  -5.65443 vt=  15.63982
 i= 1471 j=  612 glon=  304.05 (0-360E) glon=  304.05 glat=  41.36 u= -10.8200 v= -12.1000 vr=  -5.18140 vt=  15.38296
 i= 1476 j=  612 glon=  304.25 (0-360E) glon=  304.25 glat=  41.36 u= -15.1800 v=  -8.9500 vr=  -2.09557 vt=  17.49696
 i= 1481 j=  612 glon=  304.45 (0-360E) glon=  304.45 glat=  41.36 u= -15.7600 v=  -3.5900 vr=   1.24062 vt=  16.11603
 i= 1486 j=  612 glon=  304.65 (0-360E) glon=  304.65 glat=  41.36 u= -17.8000 v=   2.0400 vr=   5.18971 vt=  17.14843
 i= 1491 j=  612 glon=  304.85 (0-360E) glon=  304.85 glat=  41.36 u= -17.8400 v=  10.6700 vr=  11.60470 vt=  17.24661
 i= 1496 j=  612 glon=  305.05 (0-360E) glon=  305.05 glat=  41.36 u= -16.2400 v=  15.2000 vr=  13.94168 vt=  17.33226
 i= 1501 j=  612 glon=  305.25 (0-360E) glon=  305.25 glat=  41.36 u= -16.2500 v=  11.4000 vr=   7.93085 vt=  18.19682
 i= 1506 j=  612 glon=  305.45 (0-360E) glon=  305.45 glat=  41.36 u= -16.8300 v=  12.2200 vr=   6.29476 vt=  19.82305
 i= 1511 j=  612 glon=  305.65 (0-360E) glon=  305.65 glat=  41.36 u= -14.7900 v=  17.2800 vr=   9.50693 vt=  20.66303
 i= 1516 j=  612 glon=  305.85 (0-360E) glon=  305.85 glat=  41.36 u= -12.1600 v=  18.2800 vr=   9.57227 vt=  19.75843
 i= 1521 j=  612 glon=  306.05 (0-360E) glon=  306.05 glat=  41.36 u=  -9.6200 v=  19.6800 vr=  10.36762 vt=  19.29661
 i= 1526 j=  612 glon=  306.25 (0-360E) glon=  306.25 glat=  41.36 u=  -7.2300 v=  20.5200 vr=  10.97381 vt=  18.78613
 i= 1531 j=  612 glon=  306.45 (0-360E) glon=  306.45 glat=  41.36 u=  -4.6300 v=  21.5500 vr=  12.17070 vt=  18.37698
 i= 1536 j=  612 glon=  306.65 (0-360E) glon=  306.65 glat=  41.36 u=  -3.2000 v=  21.8800 vr=  12.28313 vt=  18.38747
 i= 1541 j=  612 glon=  306.85 (0-360E) glon=  306.85 glat=  41.36 u=  -1.4300 v=  22.0200 vr=  12.71806 vt=  18.03265
 i= 1546 j=  612 glon=  307.05 (0-360E) glon=  307.05 glat=  41.36 u=   0.7800 v=  22.7400 vr=  14.03579 vt=  17.90845
 i= 1436 j=  617 glon=  302.65 (0-360E) glon=  302.65 glat=  41.16 u=  -2.6900 v= -13.9900 vr=  -4.49067 vt=  13.51999
 i= 1441 j=  617 glon=  302.85 (0-360E) glon=  302.85 glat=  41.16 u=  -2.8300 v= -14.3100 vr=  -5.08793 vt=  13.67106
 i= 1446 j=  617 glon=  303.05 (0-360E) glon=  303.05 glat=  41.16 u=  -2.2200 v= -15.7500 vr=  -7.03786 vt=  14.26392
 i= 1451 j=  617 glon=  303.25 (0-360E) glon=  303.25 glat=  41.16 u=  -3.2400 v= -15.6900 vr=  -6.95079 vt=  14.43469
 i= 1456 j=  617 glon=  303.45 (0-360E) glon=  303.45 glat=  41.16 u=  -5.0500 v= -17.0400 vr=  -7.35851 vt=  16.17765
 i= 1461 j=  617 glon=  303.65 (0-360E) glon=  303.65 glat=  41.16 u=  -8.9000 v= -16.6700 vr=  -5.53784 vt=  18.06741
 i= 1466 j=  617 glon=  303.85 (0-360E) glon=  303.85 glat=  41.16 u= -10.3600 v= -15.8300 vr=  -5.46636 vt=  18.11180
 i= 1471 j=  617 glon=  304.05 (0-360E) glon=  304.05 glat=  41.16 u= -15.2100 v=  -7.9700 vr=   2.00429 vt=  17.05426
 i= 1476 j=  617 glon=  304.25 (0-360E) glon=  304.25 glat=  41.16 u= -20.6200 v=  -5.2200 vr=   5.01855 vt=  20.66995
 i= 1481 j=  617 glon=  304.45 (0-360E) glon=  304.45 glat=  41.16 u= -22.8400 v=   0.7500 vr=   8.69432 vt=  21.13379
 i= 1486 j=  617 glon=  304.65 (0-360E) glon=  304.65 glat=  41.16 u= -20.7100 v=   5.3100 vr=   9.61379 vt=  19.09647
 i= 1491 j=  617 glon=  304.85 (0-360E) glon=  304.85 glat=  41.16 u= -18.6500 v=   6.5100 vr=   7.69134 vt=  18.19467
 i= 1496 j=  617 glon=  305.05 (0-360E) glon=  305.05 glat=  41.16 u= -25.3200 v=  14.2400 vr=  11.90313 vt=  26.49897
 i= 1501 j=  617 glon=  305.25 (0-360E) glon=  305.25 glat=  41.16 u= -22.6100 v=  22.9000 vr=  16.86203 vt=  27.40975
 i= 1506 j=  617 glon=  305.45 (0-360E) glon=  305.45 glat=  41.16 u= -18.4300 v=  28.1200 vr=  19.27024 vt=  27.55099
 i= 1511 j=  617 glon=  305.65 (0-360E) glon=  305.65 glat=  41.16 u= -17.6100 v=  25.2200 vr=  13.51225 vt=  27.63294
 i= 1516 j=  617 glon=  305.85 (0-360E) glon=  305.85 glat=  41.16 u= -14.9700 v=  22.0300 vr=   9.29733 vt=  24.95960
 i= 1521 j=  617 glon=  306.05 (0-360E) glon=  306.05 glat=  41.16 u= -11.0600 v=  22.8700 vr=  10.05365 vt=  23.32991
 i= 1526 j=  617 glon=  306.25 (0-360E) glon=  306.25 glat=  41.16 u=  -8.9300 v=  23.4600 vr=  10.02825 vt=  23.01197
 i= 1531 j=  617 glon=  306.45 (0-360E) glon=  306.45 glat=  41.16 u=  -4.9100 v=  23.7000 vr=  11.59181 vt=  21.24683
 i= 1536 j=  617 glon=  306.65 (0-360E) glon=  306.65 glat=  41.16 u=  -2.6300 v=  23.8100 vr=  12.16530 vt=  20.63585
 i= 1541 j=  617 glon=  306.85 (0-360E) glon=  306.85 glat=  41.16 u=  -1.5000 v=  23.4100 vr=  11.77759 vt=  20.28710
 i= 1546 j=  617 glon=  307.05 (0-360E) glon=  307.05 glat=  41.16 u=   0.1400 v=  23.6900 vr=  12.38515 vt=  20.19514
 i= 1551 j=  617 glon=  307.25 (0-360E) glon=  307.25 glat=  41.16 u=   2.1700 v=  23.9200 vr=  13.45670 vt=  19.89454
 i= 1436 j=  622 glon=  302.65 (0-360E) glon=  302.65 glat=  40.96 u=  -1.6400 v= -15.8500 vr=  -4.94297 vt=  15.14857
 i= 1441 j=  622 glon=  302.85 (0-360E) glon=  302.85 glat=  40.96 u=  -2.3000 v= -17.2800 vr=  -5.52091 vt=  16.53505
 i= 1446 j=  622 glon=  303.05 (0-360E) glon=  303.05 glat=  40.96 u=  -1.0300 v= -18.2600 vr=  -7.79346 vt=  16.54541
 i= 1451 j=  622 glon=  303.25 (0-360E) glon=  303.25 glat=  40.96 u=  -1.9200 v= -16.0800 vr=  -6.70726 vt=  14.73993
 i= 1456 j=  622 glon=  303.45 (0-360E) glon=  303.45 glat=  40.96 u=  -3.5900 v= -20.4000 vr=  -8.63838 vt=  18.82622
 i= 1461 j=  622 glon=  303.65 (0-360E) glon=  303.65 glat=  40.96 u=  -8.4800 v= -16.7600 vr=  -3.84224 vt=  18.38601
 i= 1466 j=  622 glon=  303.85 (0-360E) glon=  303.85 glat=  40.96 u= -13.9500 v= -16.3300 vr=  -1.11499 vt=  21.44827
 i= 1471 j=  622 glon=  304.05 (0-360E) glon=  304.05 glat=  40.96 u= -16.7300 v= -13.7600 vr=   0.46106 vt=  21.65682
 i= 1476 j=  622 glon=  304.25 (0-360E) glon=  304.25 glat=  40.96 u= -13.3100 v= -14.1700 vr=  -4.44575 vt=  18.92565
 i= 1481 j=  622 glon=  304.45 (0-360E) glon=  304.45 glat=  40.96 u= -25.7400 v= -14.7400 vr=  -2.41350 vt=  29.56333
 i= 1486 j=  622 glon=  304.65 (0-360E) glon=  304.65 glat=  40.96 u= -27.6100 v=  -5.3300 vr=   2.17531 vt=  28.03550
 i= 1491 j=  622 glon=  304.85 (0-360E) glon=  304.85 glat=  40.96 u= -28.0400 v=  12.9800 vr=  15.19091 vt=  26.90647
 i= 1496 j=  622 glon=  305.05 (0-360E) glon=  305.05 glat=  40.96 u= -26.7300 v=  24.2100 vr=  21.04139 vt=  29.28954
 i= 1501 j=  622 glon=  305.25 (0-360E) glon=  305.25 glat=  40.96 u= -24.5700 v=  24.8000 vr=  16.47862 vt=  30.77629
 i= 1506 j=  622 glon=  305.45 (0-360E) glon=  305.45 glat=  40.96 u= -23.1200 v=  25.8500 vr=  12.72904 vt=  32.26032
 i= 1511 j=  622 glon=  305.65 (0-360E) glon=  305.65 glat=  40.96 u= -21.9000 v=  29.0600 vr=  11.32398 vt=  34.58122
 i= 1516 j=  622 glon=  305.85 (0-360E) glon=  305.85 glat=  40.96 u= -15.4000 v=  37.1200 vr=  17.45179 vt=  36.20068
 i= 1521 j=  622 glon=  306.05 (0-360E) glon=  306.05 glat=  40.96 u=  -7.8000 v=  37.8300 vr=  19.86198 vt=  33.12779
 i= 1526 j=  622 glon=  306.25 (0-360E) glon=  306.25 glat=  40.96 u=  -7.9100 v=  31.7600 vr=  13.27246 vt=  29.91835
 i= 1531 j=  622 glon=  306.45 (0-360E) glon=  306.45 glat=  40.96 u=  -4.2400 v=  29.1600 vr=  12.79947 vt=  26.54160
 i= 1536 j=  622 glon=  306.65 (0-360E) glon=  306.65 glat=  40.96 u=  -1.5300 v=  26.5700 vr=  12.27592 vt=  23.61372
 i= 1541 j=  622 glon=  306.85 (0-360E) glon=  306.85 glat=  40.96 u=  -0.3900 v=  25.9800 vr=  11.85897 vt=  23.11877
 i= 1546 j=  622 glon=  307.05 (0-360E) glon=  307.05 glat=  40.96 u=   0.2800 v=  24.9400 vr=  11.05736 vt=  22.35658
 i= 1551 j=  622 glon=  307.25 (0-360E) glon=  307.25 glat=  40.96 u=   2.1600 v=  24.9600 vr=  11.99415 vt=  21.99562
 i= 1431 j=  627 glon=  302.45 (0-360E) glon=  302.45 glat=  40.76 u=  -1.4700 v= -16.7000 vr=  -3.41853 vt=  16.41233
 i= 1436 j=  627 glon=  302.65 (0-360E) glon=  302.65 glat=  40.76 u=  -0.7400 v= -17.5300 vr=  -4.78355 vt=  16.88094
 i= 1441 j=  627 glon=  302.85 (0-360E) glon=  302.85 glat=  40.76 u=   0.0500 v= -18.7200 vr=  -6.42511 vt=  17.58291
 i= 1446 j=  627 glon=  303.05 (0-360E) glon=  303.05 glat=  40.76 u=   1.6800 v= -17.3400 vr=  -8.02788 vt=  15.46128
 i= 1451 j=  627 glon=  303.25 (0-360E) glon=  303.25 glat=  40.76 u=  -2.0200 v= -18.4200 vr=  -5.73327 vt=  17.62119
 i= 1456 j=  627 glon=  303.45 (0-360E) glon=  303.45 glat=  40.76 u=  -4.3000 v= -20.4500 vr=  -5.51135 vt=  20.15732
 i= 1461 j=  627 glon=  303.65 (0-360E) glon=  303.65 glat=  40.76 u=  -5.4100 v= -21.0300 vr=  -6.09516 vt=  20.84174
 i= 1466 j=  627 glon=  303.85 (0-360E) glon=  303.85 glat=  40.76 u=  -8.1200 v= -20.3300 vr=  -5.08387 vt=  21.29314
 i= 1471 j=  627 glon=  304.05 (0-360E) glon=  304.05 glat=  40.76 u= -10.3500 v= -23.4800 vr=  -7.55373 vt=  24.52293
 i= 1476 j=  627 glon=  304.25 (0-360E) glon=  304.25 glat=  40.76 u= -19.9300 v= -18.7800 vr=  -0.75303 vt=  27.37382
 i= 1481 j=  627 glon=  304.45 (0-360E) glon=  304.45 glat=  40.76 u= -12.7800 v=  -8.4700 vr=  -0.35365 vt=  15.32789
 i= 1486 j=  627 glon=  304.65 (0-360E) glon=  304.65 glat=  40.76 u=  -6.8200 v=  -1.6100 vr=   0.85041 vt=   6.95567
 i= 1491 j=  627 glon=  304.85 (0-360E) glon=  304.85 glat=  40.76 u=  -7.5900 v=   8.0700 vr=   8.83993 vt=   6.67748
 i= 1496 j=  627 glon=  305.05 (0-360E) glon=  305.05 glat=  40.76 u=  -9.4100 v=  25.7000 vr=  23.98892 vt=  13.17458
 i= 1501 j=  627 glon=  305.25 (0-360E) glon=  305.25 glat=  40.76 u= -13.1700 v=  35.4400 vr=  27.72507 vt=  25.70531
 i= 1506 j=  627 glon=  305.45 (0-360E) glon=  305.45 glat=  40.76 u= -13.7800 v=  36.8300 vr=  22.83184 vt=  32.01631
 i= 1511 j=  627 glon=  305.65 (0-360E) glon=  305.65 glat=  40.76 u= -14.4500 v=  37.4800 vr=  17.48768 vt=  36.16261
 i= 1516 j=  627 glon=  305.85 (0-360E) glon=  305.85 glat=  40.76 u= -10.6500 v=  38.1500 vr=  16.26146 vt=  36.11661
 i= 1521 j=  627 glon=  306.05 (0-360E) glon=  306.05 glat=  40.76 u=  -6.4400 v=  39.3200 vr=  16.87948 vt=  36.09181
 i= 1526 j=  627 glon=  306.25 (0-360E) glon=  306.25 glat=  40.76 u=  -2.3900 v=  36.1200 vr=  16.02881 vt=  32.45680
 i= 1531 j=  627 glon=  306.45 (0-360E) glon=  306.45 glat=  40.76 u=  -3.0900 v=  31.9500 vr=  11.56144 vt=  29.94468
 i= 1536 j=  627 glon=  306.65 (0-360E) glon=  306.65 glat=  40.76 u=   0.6100 v=  29.8200 vr=  12.61386 vt=  27.02767
 i= 1541 j=  627 glon=  306.85 (0-360E) glon=  306.85 glat=  40.76 u=   1.1200 v=  27.9300 vr=  11.29832 vt=  25.56731
 i= 1546 j=  627 glon=  307.05 (0-360E) glon=  307.05 glat=  40.76 u=   2.1200 v=  27.2100 vr=  11.13171 vt=  24.91914
 i= 1551 j=  627 glon=  307.25 (0-360E) glon=  307.25 glat=  40.76 u=   2.4700 v=  25.9700 vr=  10.36536 vt=  23.93953
 i= 1556 j=  627 glon=  307.45 (0-360E) glon=  307.45 glat=  40.76 u=   5.4300 v=  25.3800 vr=  12.44342 vt=  22.77697
 i= 1431 j=  632 glon=  302.45 (0-360E) glon=  302.45 glat=  40.56 u=   0.7900 v= -17.6100 vr=  -4.16186 vt=  17.12936
 i= 1436 j=  632 glon=  302.65 (0-360E) glon=  302.65 glat=  40.56 u=   0.1100 v= -17.6500 vr=  -3.80761 vt=  17.23475
 i= 1441 j=  632 glon=  302.85 (0-360E) glon=  302.85 glat=  40.56 u=   2.4100 v= -19.4800 vr=  -6.82406 vt=  18.40409
 i= 1446 j=  632 glon=  303.05 (0-360E) glon=  303.05 glat=  40.56 u=   3.7600 v= -18.6200 vr=  -8.36554 vt=  17.05461
 i= 1451 j=  632 glon=  303.25 (0-360E) glon=  303.25 glat=  40.56 u=   1.1700 v= -21.5000 vr=  -7.20583 vt=  20.29027
 i= 1456 j=  632 glon=  303.45 (0-360E) glon=  303.45 glat=  40.56 u=   0.2200 v= -22.1100 vr=  -7.25143 vt=  20.88821
 i= 1461 j=  632 glon=  303.65 (0-360E) glon=  303.65 glat=  40.56 u=  -1.5100 v= -23.1500 vr=  -6.99830 vt=  22.11846
 i= 1466 j=  632 glon=  303.85 (0-360E) glon=  303.85 glat=  40.56 u=  -5.6700 v= -28.9000 vr=  -6.99429 vt=  28.60837
 i= 1471 j=  632 glon=  304.05 (0-360E) glon=  304.05 glat=  40.56 u=  -9.0200 v= -27.8200 vr=  -5.91829 vt=  28.64065
 i= 1476 j=  632 glon=  304.25 (0-360E) glon=  304.25 glat=  40.56 u=   0.7100 v= -16.7400 vr= -10.50216 vt=  13.05513
 i= 1481 j=  632 glon=  304.45 (0-360E) glon=  304.45 glat=  40.56 u=   1.0100 v=  -8.4700 vr=  -6.81376 vt=   5.13164
 i= 1486 j=  632 glon=  304.65 (0-360E) glon=  304.65 glat=  40.56 u=  -1.0300 v=   1.3100 vr=   1.64647 vt=   0.25718
 i= 1491 j=  632 glon=  304.85 (0-360E) glon=  304.85 glat=  40.56 u=  -0.0200 v=   6.7400 vr=   6.65377 vt=  -1.07488
 i= 1496 j=  632 glon=  305.05 (0-360E) glon=  305.05 glat=  40.56 u=  -0.6800 v=  13.4000 vr=  12.90055 vt=   3.68758
 i= 1501 j=  632 glon=  305.25 (0-360E) glon=  305.25 glat=  40.56 u=   2.7500 v=  34.8700 vr=  30.98792 vt=  16.22432
 i= 1506 j=  632 glon=  305.45 (0-360E) glon=  305.45 glat=  40.56 u=  -1.3300 v=  41.3300 vr=  27.89682 vt=  30.52384
 i= 1511 j=  632 glon=  305.65 (0-360E) glon=  305.65 glat=  40.56 u=  -3.3600 v=  42.9300 vr=  21.91285 vt=  37.06888
 i= 1516 j=  632 glon=  305.85 (0-360E) glon=  305.85 glat=  40.56 u=  -0.1400 v=  46.2000 vr=  22.07257 vt=  40.58647
 i= 1521 j=  632 glon=  306.05 (0-360E) glon=  306.05 glat=  40.56 u=  -4.1300 v=  39.6900 vr=  12.47852 vt=  37.90303
 i= 1526 j=  632 glon=  306.25 (0-360E) glon=  306.25 glat=  40.56 u=  -3.8800 v=  39.9000 vr=  10.52770 vt=  38.68116
 i= 1531 j=  632 glon=  306.45 (0-360E) glon=  306.45 glat=  40.56 u=  -0.8000 v=  36.8300 vr=  10.72933 vt=  35.24160
 i= 1536 j=  632 glon=  306.65 (0-360E) glon=  306.65 glat=  40.56 u=   3.1300 v=  32.1800 vr=  11.94133 vt=  30.04586
 i= 1541 j=  632 glon=  306.85 (0-360E) glon=  306.85 glat=  40.56 u=   3.6600 v=  29.6400 vr=  10.94169 vt=  27.78857
 i= 1546 j=  632 glon=  307.05 (0-360E) glon=  307.05 glat=  40.56 u=   4.0500 v=  27.9800 vr=  10.27503 vt=  26.33831
 i= 1551 j=  632 glon=  307.25 (0-360E) glon=  307.25 glat=  40.56 u=   3.7700 v=  26.6500 vr=   9.19227 vt=  25.29699
 i= 1556 j=  632 glon=  307.45 (0-360E) glon=  307.45 glat=  40.56 u=   7.1000 v=  25.2800 vr=  11.76484 vt=  23.47503
 i= 1431 j=  637 glon=  302.45 (0-360E) glon=  302.45 glat=  40.36 u=   2.8700 v= -17.1700 vr=  -4.39771 vt=  16.84357
 i= 1436 j=  637 glon=  302.65 (0-360E) glon=  302.65 glat=  40.36 u=   2.3200 v= -17.4600 vr=  -4.03342 vt=  17.14542
 i= 1441 j=  637 glon=  302.85 (0-360E) glon=  302.85 glat=  40.36 u=   5.0400 v= -17.6700 vr=  -6.94420 vt=  17.01201
 i= 1446 j=  637 glon=  303.05 (0-360E) glon=  303.05 glat=  40.36 u=   4.8600 v= -18.9600 vr=  -7.14104 vt=  18.22380
 i= 1451 j=  637 glon=  303.25 (0-360E) glon=  303.25 glat=  40.36 u=   4.7900 v= -22.4800 vr=  -7.84110 vt=  21.60582
 i= 1456 j=  637 glon=  303.45 (0-360E) glon=  303.45 glat=  40.36 u=   5.3600 v= -23.6900 vr=  -9.01612 vt=  22.55339
 i= 1461 j=  637 glon=  303.65 (0-360E) glon=  303.65 glat=  40.36 u=   3.9100 v= -25.1700 vr=  -8.42810 vt=  24.03714
 i= 1466 j=  637 glon=  303.85 (0-360E) glon=  303.85 glat=  40.36 u=   0.9800 v= -32.9000 vr=  -8.04647 vt=  31.91590
 i= 1471 j=  637 glon=  304.05 (0-360E) glon=  304.05 glat=  40.36 u=   7.6400 v= -28.0400 vr= -14.73011 vt=  25.05265
 i= 1476 j=  637 glon=  304.25 (0-360E) glon=  304.25 glat=  40.36 u=   6.5700 v= -21.3000 vr= -13.28335 vt=  17.89993
 i= 1481 j=  637 glon=  304.45 (0-360E) glon=  304.45 glat=  40.36 u=   7.3700 v= -11.8000 vr= -11.87101 vt=   7.25507
 i= 1486 j=  637 glon=  304.65 (0-360E) glon=  304.65 glat=  40.36 u=   4.1000 v=  -0.2000 vr=  -3.24565 vt=  -2.51311
 i= 1491 j=  637 glon=  304.85 (0-360E) glon=  304.85 glat=  40.36 u=   5.8700 v=   5.5400 vr=   3.33747 vt=  -7.34914
 i= 1496 j=  637 glon=  305.05 (0-360E) glon=  305.05 glat=  40.36 u=   6.3700 v=  15.8700 vr=  17.06126 vt=   1.16076
 i= 1501 j=  637 glon=  305.25 (0-360E) glon=  305.25 glat=  40.36 u=  13.4400 v=  30.5400 vr=  29.21815 vt=  16.11288
 i= 1506 j=  637 glon=  305.45 (0-360E) glon=  305.45 glat=  40.36 u=  10.1800 v=  43.8100 vr=  27.77166 vt=  35.37914
 i= 1511 j=  637 glon=  305.65 (0-360E) glon=  305.65 glat=  40.36 u=   4.3700 v=  42.8100 vr=  17.77761 vt=  39.18864
 i= 1516 j=  637 glon=  305.85 (0-360E) glon=  305.85 glat=  40.36 u=  -5.8600 v=  42.4100 vr=   5.06781 vt=  42.51194
 i= 1521 j=  637 glon=  306.05 (0-360E) glon=  306.05 glat=  40.36 u=  -1.4100 v=  38.0900 vr=   6.58421 vt=  37.54310
 i= 1526 j=  637 glon=  306.25 (0-360E) glon=  306.25 glat=  40.36 u=  -0.3300 v=  36.8100 vr=   6.20452 vt=  36.28483
 i= 1531 j=  637 glon=  306.45 (0-360E) glon=  306.45 glat=  40.36 u=   5.6000 v=  35.9600 vr=  11.05435 vt=  34.67395
 i= 1536 j=  637 glon=  306.65 (0-360E) glon=  306.65 glat=  40.36 u=   5.3100 v=  33.1200 vr=   9.72904 vt=  32.10103
 i= 1541 j=  637 glon=  306.85 (0-360E) glon=  306.85 glat=  40.36 u=   6.8900 v=  30.5000 vr=  10.49718 vt=  29.45388
 i= 1546 j=  637 glon=  307.05 (0-360E) glon=  307.05 glat=  40.36 u=   6.7100 v=  28.0700 vr=   9.68968 vt=  27.18564
 i= 1551 j=  637 glon=  307.25 (0-360E) glon=  307.25 glat=  40.36 u=   6.1800 v=  26.1100 vr=   8.68704 vt=  25.38621
 i= 1556 j=  637 glon=  307.45 (0-360E) glon=  307.45 glat=  40.36 u=   8.2100 v=  24.4400 vr=  10.33429 vt=  23.62033
 i= 1431 j=  642 glon=  302.45 (0-360E) glon=  302.45 glat=  40.16 u=   4.7000 v= -17.1100 vr=  -4.48847 vt=  17.16670
 i= 1436 j=  642 glon=  302.65 (0-360E) glon=  302.65 glat=  40.16 u=   5.4700 v= -16.6200 vr=  -5.25591 vt=  16.68894
 i= 1441 j=  642 glon=  302.85 (0-360E) glon=  302.85 glat=  40.16 u=   7.7800 v= -15.2500 vr=  -7.57374 vt=  15.35348
 i= 1446 j=  642 glon=  303.05 (0-360E) glon=  303.05 glat=  40.16 u=   7.6900 v= -17.5300 vr=  -7.43935 vt=  17.63783
 i= 1451 j=  642 glon=  303.25 (0-360E) glon=  303.25 glat=  40.16 u=   8.6300 v= -20.2300 vr=  -8.32072 vt=  20.35916
 i= 1456 j=  642 glon=  303.45 (0-360E) glon=  303.45 glat=  40.16 u=   9.7900 v= -22.7900 vr=  -9.41207 vt=  22.94866
 i= 1461 j=  642 glon=  303.65 (0-360E) glon=  303.65 glat=  40.16 u=  10.0800 v= -25.9000 vr=  -9.60530 vt=  26.07977
 i= 1466 j=  642 glon=  303.85 (0-360E) glon=  303.85 glat=  40.16 u=  10.8300 v= -29.8300 vr= -10.20959 vt=  30.04800
 i= 1471 j=  642 glon=  304.05 (0-360E) glon=  304.05 glat=  40.16 u=  15.0400 v= -27.5600 vr= -14.36284 vt=  27.91888
 i= 1476 j=  642 glon=  304.25 (0-360E) glon=  304.25 glat=  40.16 u=  16.6200 v= -20.8600 vr= -15.97728 vt=  21.35627
 i= 1481 j=  642 glon=  304.45 (0-360E) glon=  304.45 glat=  40.16 u=  15.8100 v= -12.5100 vr= -15.27342 vt=  13.15975
 i= 1486 j=  642 glon=  304.65 (0-360E) glon=  304.65 glat=  40.16 u=  14.3300 v=  -2.5800 vr= -14.11515 vt=   3.57320
 i= 1491 j=  642 glon=  304.85 (0-360E) glon=  304.85 glat=  40.16 u=  15.0700 v=   6.8100 vr= -16.23075 vt=  -3.16921
 i= 1496 j=  642 glon=  305.05 (0-360E) glon=  305.05 glat=  40.16 u=  15.7300 v=  14.0100 vr=  13.19688 vt=  16.41814
 i= 1501 j=  642 glon=  305.25 (0-360E) glon=  305.25 glat=  40.16 u=  22.3300 v=  30.3700 vr=  20.38831 vt=  31.70619
 i= 1506 j=  642 glon=  305.45 (0-360E) glon=  305.45 glat=  40.16 u=  20.8000 v=  41.4500 vr=  19.15807 vt=  42.23400
 i= 1511 j=  642 glon=  305.65 (0-360E) glon=  305.65 glat=  40.16 u=  17.8000 v=  36.3900 vr=  16.73098 vt=  36.89372
 i= 1516 j=  642 glon=  305.85 (0-360E) glon=  305.85 glat=  40.16 u=   4.9300 v=  46.8800 vr=   3.81940 vt=  46.98352
 i= 1521 j=  642 glon=  306.05 (0-360E) glon=  306.05 glat=  40.16 u=   5.0500 v=  41.9300 vr=   4.20046 vt=  42.02361
 i= 1526 j=  642 glon=  306.25 (0-360E) glon=  306.25 glat=  40.16 u=   7.1800 v=  41.1400 vr=   6.44131 vt=  41.26211
 i= 1531 j=  642 glon=  306.45 (0-360E) glon=  306.45 glat=  40.16 u=   9.8600 v=  36.9800 vr=   9.25666 vt=  37.13562
 i= 1536 j=  642 glon=  306.65 (0-360E) glon=  306.65 glat=  40.16 u=   7.9700 v=  31.3100 vr=   7.49777 vt=  31.42643
 i= 1541 j=  642 glon=  306.85 (0-360E) glon=  306.85 glat=  40.16 u=   9.0700 v=  29.5200 vr=   8.65258 vt=  29.64504
 i= 1546 j=  642 glon=  307.05 (0-360E) glon=  307.05 glat=  40.16 u=   9.5900 v=  27.4600 vr=   9.22218 vt=  27.58570
 i= 1551 j=  642 glon=  307.25 (0-360E) glon=  307.25 glat=  40.16 u=   9.0700 v=  26.1500 vr=   8.73557 vt=  26.26361
 i= 1556 j=  642 glon=  307.45 (0-360E) glon=  307.45 glat=  40.16 u=   9.6700 v=  24.5500 vr=   9.36818 vt=  24.66675
 i= 1431 j=  647 glon=  302.45 (0-360E) glon=  302.45 glat=  39.96 u=   6.4300 v= -16.9600 vr=  -4.36693 vt=  17.60444
 i= 1436 j=  647 glon=  302.65 (0-360E) glon=  302.65 glat=  39.96 u=   7.8700 v= -15.2800 vr=  -5.84662 vt=  16.16268
 i= 1441 j=  647 glon=  302.85 (0-360E) glon=  302.85 glat=  39.96 u=  10.6400 v= -14.7500 vr=  -8.48324 vt=  16.08747
 i= 1446 j=  647 glon=  303.05 (0-360E) glon=  303.05 glat=  39.96 u=   8.8400 v= -19.2200 vr=  -5.80374 vt=  20.34381
 i= 1451 j=  647 glon=  303.25 (0-360E) glon=  303.25 glat=  39.96 u=  13.3900 v= -19.2700 vr=  -9.93756 vt=  21.25723
 i= 1456 j=  647 glon=  303.45 (0-360E) glon=  303.45 glat=  39.96 u=  15.9600 v= -20.4800 vr= -11.77591 vt=  23.14044
 i= 1461 j=  647 glon=  303.65 (0-360E) glon=  303.65 glat=  39.96 u=  16.3900 v= -22.2400 vr= -11.16521 vt=  25.27029
 i= 1466 j=  647 glon=  303.85 (0-360E) glon=  303.85 glat=  39.96 u=  18.8000 v= -24.5300 vr= -11.95439 vt=  28.50006
 i= 1471 j=  647 glon=  304.05 (0-360E) glon=  304.05 glat=  39.96 u=  24.5000 v= -26.8400 vr= -15.13053 vt=  33.04093
 i= 1476 j=  647 glon=  304.25 (0-360E) glon=  304.25 glat=  39.96 u=  29.6600 v= -23.8600 vr= -18.29334 vt=  33.38217
 i= 1481 j=  647 glon=  304.45 (0-360E) glon=  304.45 glat=  39.96 u=  26.5300 v= -13.0200 vr= -16.35671 vt=  24.61340
 i= 1486 j=  647 glon=  304.65 (0-360E) glon=  304.65 glat=  39.96 u=  27.1000 v=  -2.7600 vr= -17.27568 vt=  21.06130
 i= 1491 j=  647 glon=  304.85 (0-360E) glon=  304.85 glat=  39.96 u=  28.0700 v=   8.0900 vr= -15.71202 vt=  24.62733
 i= 1496 j=  647 glon=  305.05 (0-360E) glon=  305.05 glat=  39.96 u=  27.8600 v=  16.6200 vr=  -4.64576 vt=  32.10640
 i= 1501 j=  647 glon=  305.25 (0-360E) glon=  305.25 glat=  39.96 u=  31.8400 v=  29.1600 vr=   4.45044 vt=  42.94514
 i= 1506 j=  647 glon=  305.45 (0-360E) glon=  305.45 glat=  39.96 u=  28.1900 v=  39.1300 vr=   6.01867 vt=  47.84985
 i= 1511 j=  647 glon=  305.65 (0-360E) glon=  305.65 glat=  39.96 u=  25.0200 v=  37.7100 vr=   9.45138 vt=  44.25738
 i= 1516 j=  647 glon=  305.85 (0-360E) glon=  305.85 glat=  39.96 u=  14.3500 v=  45.3900 vr=   0.30476 vt=  47.60338
 i= 1521 j=  647 glon=  306.05 (0-360E) glon=  306.05 glat=  39.96 u=  15.6700 v=  40.6900 vr=   5.13914 vt=  43.29912
 i= 1526 j=  647 glon=  306.25 (0-360E) glon=  306.25 glat=  39.96 u=  12.7200 v=  39.6300 vr=   4.02302 vt=  41.42645
 i= 1531 j=  647 glon=  306.45 (0-360E) glon=  306.45 glat=  39.96 u=  12.3500 v=  37.7100 vr=   5.11380 vt=  39.34991
 i= 1536 j=  647 glon=  306.65 (0-360E) glon=  306.65 glat=  39.96 u=  11.5400 v=  32.2000 vr=   6.03214 vt=  33.66935
 i= 1541 j=  647 glon=  306.85 (0-360E) glon=  306.85 glat=  39.96 u=  12.2800 v=  28.4600 vr=   7.86834 vt=  29.98098
 i= 1546 j=  647 glon=  307.05 (0-360E) glon=  307.05 glat=  39.96 u=  11.6200 v=  26.5000 vr=   7.87482 vt=  27.84352
 i= 1551 j=  647 glon=  307.25 (0-360E) glon=  307.25 glat=  39.96 u=  11.0400 v=  25.6600 vr=   7.70544 vt=  26.85039
 i= 1556 j=  647 glon=  307.45 (0-360E) glon=  307.45 glat=  39.96 u=  10.9800 v=  24.5600 vr=   8.01715 vt=  25.68033
 i= 1431 j=  652 glon=  302.45 (0-360E) glon=  302.45 glat=  39.76 u=   9.1200 v= -16.3100 vr=  -5.31494 vt=  17.91485
 i= 1436 j=  652 glon=  302.65 (0-360E) glon=  302.65 glat=  39.76 u=   9.0400 v= -13.7700 vr=  -5.52183 vt=  15.51915
 i= 1441 j=  652 glon=  302.85 (0-360E) glon=  302.85 glat=  39.76 u=  11.4500 v= -15.2000 vr=  -7.15731 vt=  17.63279
 i= 1446 j=  652 glon=  303.05 (0-360E) glon=  303.05 glat=  39.76 u=  15.6200 v= -14.4700 vr= -10.91855 vt=  18.27978
 i= 1451 j=  652 glon=  303.25 (0-360E) glon=  303.25 glat=  39.76 u=  17.3900 v= -15.8800 vr= -11.59614 vt=  20.49673
 i= 1456 j=  652 glon=  303.45 (0-360E) glon=  303.45 glat=  39.76 u=  19.4700 v= -19.5700 vr= -11.47479 vt=  25.10767
 i= 1461 j=  652 glon=  303.65 (0-360E) glon=  303.65 glat=  39.76 u=  20.8500 v= -19.4300 vr= -11.56266 vt=  26.04904
 i= 1466 j=  652 glon=  303.85 (0-360E) glon=  303.85 glat=  39.76 u=  23.1800 v= -18.7200 vr= -12.28101 vt=  27.14641
 i= 1471 j=  652 glon=  304.05 (0-360E) glon=  304.05 glat=  39.76 u=  28.6700 v= -18.2400 vr= -14.83208 vt=  30.57247
 i= 1476 j=  652 glon=  304.25 (0-360E) glon=  304.25 glat=  39.76 u=  36.0900 v= -18.1100 vr= -16.96299 vt=  36.64310
 i= 1481 j=  652 glon=  304.45 (0-360E) glon=  304.45 glat=  39.76 u=  38.3200 v= -16.1600 vr= -13.39946 vt=  39.37033
 i= 1486 j=  652 glon=  304.65 (0-360E) glon=  304.65 glat=  39.76 u=  35.1900 v=  -4.2100 vr= -12.54643 vt=  33.14585
 i= 1491 j=  652 glon=  304.85 (0-360E) glon=  304.85 glat=  39.76 u=  36.5100 v=   6.1600 vr= -11.61670 vt=  35.15648
 i= 1496 j=  652 glon=  305.05 (0-360E) glon=  305.05 glat=  39.76 u=  40.1700 v=  17.5900 vr=  -8.72710 vt=  42.97528
 i= 1501 j=  652 glon=  305.25 (0-360E) glon=  305.25 glat=  39.76 u=  37.7200 v=  27.3300 vr=  -4.57170 vt=  46.35544
 i= 1506 j=  652 glon=  305.45 (0-360E) glon=  305.45 glat=  39.76 u=  35.4400 v=  32.2500 vr=   1.07840 vt=  47.90504
 i= 1511 j=  652 glon=  305.65 (0-360E) glon=  305.65 glat=  39.76 u=  26.3700 v=  37.6600 vr=  -1.74461 vt=  45.94136
 i= 1516 j=  652 glon=  305.85 (0-360E) glon=  305.85 glat=  39.76 u=  28.8700 v=  36.0200 vr=   6.42812 vt=  45.71210
 i= 1521 j=  652 glon=  306.05 (0-360E) glon=  306.05 glat=  39.76 u=  20.9600 v=  35.2300 vr=   3.36642 vt=  40.85513
 i= 1526 j=  652 glon=  306.25 (0-360E) glon=  306.25 glat=  39.76 u=  16.0700 v=  35.3700 vr=   1.27140 vt=  38.82867
 i= 1531 j=  652 glon=  306.45 (0-360E) glon=  306.45 glat=  39.76 u=  17.2100 v=  33.6900 vr=   4.72567 vt=  37.53489
 i= 1536 j=  652 glon=  306.65 (0-360E) glon=  306.65 glat=  39.76 u=  17.4600 v=  30.7900 vr=   7.22730 vt=  34.65028
 i= 1541 j=  652 glon=  306.85 (0-360E) glon=  306.85 glat=  39.76 u=  14.1500 v=  27.7400 vr=   5.91587 vt=  30.57340
 i= 1546 j=  652 glon=  307.05 (0-360E) glon=  307.05 glat=  39.76 u=  13.8800 v=  26.3100 vr=   6.75979 vt=  28.96853
 i= 1551 j=  652 glon=  307.25 (0-360E) glon=  307.25 glat=  39.76 u=  12.8000 v=  25.3300 vr=   6.52559 vt=  27.62002
 i= 1556 j=  652 glon=  307.45 (0-360E) glon=  307.45 glat=  39.76 u=  12.0500 v=  24.3800 vr=   6.47267 vt=  26.41385
 i= 1431 j=  657 glon=  302.45 (0-360E) glon=  302.45 glat=  39.56 u=  11.7000 v= -14.6200 vr=  -6.52567 vt=  17.55135
 i= 1436 j=  657 glon=  302.65 (0-360E) glon=  302.65 glat=  39.56 u=  12.5900 v= -13.8600 vr=  -7.18151 vt=  17.29259
 i= 1441 j=  657 glon=  302.85 (0-360E) glon=  302.85 glat=  39.56 u=  14.0300 v= -13.4900 vr=  -8.15037 vt=  17.67463
 i= 1446 j=  657 glon=  303.05 (0-360E) glon=  303.05 glat=  39.56 u=  15.1900 v= -12.9600 vr=  -8.80995 vt=  17.91878
 i= 1451 j=  657 glon=  303.25 (0-360E) glon=  303.25 glat=  39.56 u=  17.9300 v= -15.2700 vr=  -9.52515 vt=  21.53902
 i= 1456 j=  657 glon=  303.45 (0-360E) glon=  303.45 glat=  39.56 u=  17.8500 v= -15.7300 vr=  -8.13575 vt=  22.35766
 i= 1461 j=  657 glon=  303.65 (0-360E) glon=  303.65 glat=  39.56 u=  22.2300 v= -14.7400 vr= -10.96132 vt=  24.31645
 i= 1466 j=  657 glon=  303.85 (0-360E) glon=  303.85 glat=  39.56 u=  26.6500 v= -13.7900 vr= -13.14187 vt=  26.97550
 i= 1471 j=  657 glon=  304.05 (0-360E) glon=  304.05 glat=  39.56 u=  29.7300 v= -12.3800 vr= -13.62691 vt=  29.17952
 i= 1476 j=  657 glon=  304.25 (0-360E) glon=  304.25 glat=  39.56 u=  35.2300 v= -11.2100 vr= -14.25994 vt=  34.10969
 i= 1481 j=  657 glon=  304.45 (0-360E) glon=  304.45 glat=  39.56 u=  40.4600 v=  -8.3900 vr= -13.65245 vt=  39.00018
 i= 1486 j=  657 glon=  304.65 (0-360E) glon=  304.65 glat=  39.56 u=  43.9000 v=  -6.7600 vr=  -8.21483 vt=  43.65116
 i= 1491 j=  657 glon=  304.85 (0-360E) glon=  304.85 glat=  39.56 u=  43.6600 v=   4.6600 vr=  -9.12706 vt=  42.94890
 i= 1496 j=  657 glon=  305.05 (0-360E) glon=  305.05 glat=  39.56 u=  42.5400 v=  15.4300 vr=  -9.13904 vt=  44.31946
 i= 1501 j=  657 glon=  305.25 (0-360E) glon=  305.25 glat=  39.56 u=  39.5400 v=  21.2500 vr=  -5.25550 vt=  44.57975
 i= 1506 j=  657 glon=  305.45 (0-360E) glon=  305.45 glat=  39.56 u=  35.5600 v=  27.7800 vr=  -4.12961 vt=  44.93538
 i= 1511 j=  657 glon=  305.65 (0-360E) glon=  305.65 glat=  39.56 u=  29.3300 v=  33.2000 vr=  -5.27146 vt=  43.98523
 i= 1516 j=  657 glon=  305.85 (0-360E) glon=  305.85 glat=  39.56 u=  23.3300 v=  33.3500 vr=  -4.47970 vt=  40.45298
 i= 1521 j=  657 glon=  306.05 (0-360E) glon=  306.05 glat=  39.56 u=  20.4400 v=  31.5900 vr=  -1.92158 vt=  37.57698
 i= 1526 j=  657 glon=  306.25 (0-360E) glon=  306.25 glat=  39.56 u=  18.8400 v=  31.2000 vr=  -0.25502 vt=  36.44613
 i= 1531 j=  657 glon=  306.45 (0-360E) glon=  306.45 glat=  39.56 u=  19.3000 v=  30.3700 vr=   2.73050 vt=  35.87996
 i= 1536 j=  657 glon=  306.65 (0-360E) glon=  306.65 glat=  39.56 u=  20.8600 v=  29.9500 vr=   6.06650 vt=  35.99083
 i= 1541 j=  657 glon=  306.85 (0-360E) glon=  306.85 glat=  39.56 u=  15.3400 v=  26.6900 vr=   3.69868 vt=  30.56127
 i= 1546 j=  657 glon=  307.05 (0-360E) glon=  307.05 glat=  39.56 u=  15.7400 v=  25.6800 vr=   5.45785 vt=  29.62131
 i= 1551 j=  657 glon=  307.25 (0-360E) glon=  307.25 glat=  39.56 u=  14.1800 v=  24.9800 vr=   5.05720 vt=  28.27539
 i= 1436 j=  662 glon=  302.65 (0-360E) glon=  302.65 glat=  39.36 u=  15.6100 v= -11.8200 vr=  -9.06998 vt=  17.35281
 i= 1441 j=  662 glon=  302.85 (0-360E) glon=  302.85 glat=  39.36 u=  16.3200 v= -11.1600 vr=  -9.38186 vt=  17.40312
 i= 1446 j=  662 glon=  303.05 (0-360E) glon=  303.05 glat=  39.36 u=  18.1000 v= -12.2900 vr=  -9.63954 vt=  19.64009
 i= 1451 j=  662 glon=  303.25 (0-360E) glon=  303.25 glat=  39.36 u=  19.3900 v= -12.7200 vr=  -9.52728 vt=  21.14241
 i= 1456 j=  662 glon=  303.45 (0-360E) glon=  303.45 glat=  39.36 u=  21.3300 v= -13.4800 vr=  -9.41553 vt=  23.40998
 i= 1461 j=  662 glon=  303.65 (0-360E) glon=  303.65 glat=  39.36 u=  22.7300 v= -13.0200 vr=  -9.14009 vt=  24.54857
 i= 1466 j=  662 glon=  303.85 (0-360E) glon=  303.85 glat=  39.36 u=  23.4100 v= -13.6300 vr=  -7.11465 vt=  26.13784
 i= 1471 j=  662 glon=  304.05 (0-360E) glon=  304.05 glat=  39.36 u=  26.8700 v= -10.4300 vr=  -9.11421 vt=  27.34434
 i= 1476 j=  662 glon=  304.25 (0-360E) glon=  304.25 glat=  39.36 u=  30.5400 v=  -7.4500 vr= -10.22009 vt=  29.72783
 i= 1481 j=  662 glon=  304.45 (0-360E) glon=  304.45 glat=  39.36 u=  34.1200 v=  -5.1500 vr=  -9.41472 vt=  33.19729
 i= 1486 j=  662 glon=  304.65 (0-360E) glon=  304.65 glat=  39.36 u=  37.1000 v=  -1.8100 vr=  -7.79188 vt=  36.31766
 i= 1491 j=  662 glon=  304.85 (0-360E) glon=  304.85 glat=  39.36 u=  38.8300 v=   3.4300 vr=  -6.44315 vt=  38.44502
 i= 1496 j=  662 glon=  305.05 (0-360E) glon=  305.05 glat=  39.36 u=  38.6000 v=  11.4300 vr=  -7.14242 vt=  39.61806
 i= 1501 j=  662 glon=  305.25 (0-360E) glon=  305.25 glat=  39.36 u=  37.3800 v=  21.0500 vr=  -9.49959 vt=  41.83449
 i= 1506 j=  662 glon=  305.45 (0-360E) glon=  305.45 glat=  39.36 u=  33.9400 v=  22.9600 vr=  -5.82245 vt=  40.56087
 i= 1511 j=  662 glon=  305.65 (0-360E) glon=  305.65 glat=  39.36 u=  30.2200 v=  33.3000 vr= -10.74531 vt=  43.66551
 i= 1516 j=  662 glon=  305.85 (0-360E) glon=  305.85 glat=  39.36 u=  25.7700 v=  33.1100 vr=  -8.29212 vt=  41.12914
 i= 1521 j=  662 glon=  306.05 (0-360E) glon=  306.05 glat=  39.36 u=  21.2200 v=  31.2400 vr=  -6.23365 vt=  37.24738
 i= 1526 j=  662 glon=  306.25 (0-360E) glon=  306.25 glat=  39.36 u=  20.4200 v=  28.8800 vr=  -2.33485 vt=  35.29277
 i= 1531 j=  662 glon=  306.45 (0-360E) glon=  306.45 glat=  39.36 u=  21.0000 v=  27.1400 vr=   1.51960 vt=  34.28222
 i= 1536 j=  662 glon=  306.65 (0-360E) glon=  306.65 glat=  39.36 u=  21.4100 v=  26.3700 vr=   4.20048 vt=  33.70639
 i= 1541 j=  662 glon=  306.85 (0-360E) glon=  306.85 glat=  39.36 u=  16.9300 v=  25.6000 vr=   2.26184 vt=  30.60832
 i= 1546 j=  662 glon=  307.05 (0-360E) glon=  307.05 glat=  39.36 u=  17.1800 v=  24.7300 vr=   4.11187 vt=  29.82981
 i= 1551 j=  662 glon=  307.25 (0-360E) glon=  307.25 glat=  39.36 u=  15.5100 v=  23.6700 vr=   4.07505 vt=  28.00398
 i= 1441 j=  667 glon=  302.85 (0-360E) glon=  302.85 glat=  39.16 u=  19.3700 v=  -7.8600 vr= -12.06447 vt=  17.07118
 i= 1446 j=  667 glon=  303.05 (0-360E) glon=  303.05 glat=  39.16 u=  19.9700 v=  -9.6800 vr= -10.70461 vt=  19.44003
 i= 1451 j=  667 glon=  303.25 (0-360E) glon=  303.25 glat=  39.16 u=  21.2600 v= -11.7500 vr=  -9.38462 vt=  22.40489
 i= 1456 j=  667 glon=  303.45 (0-360E) glon=  303.45 glat=  39.16 u=  24.0100 v= -10.6700 vr= -10.75508 vt=  23.97201
 i= 1461 j=  667 glon=  303.65 (0-360E) glon=  303.65 glat=  39.16 u=  25.5000 v=  -8.7300 vr= -11.43959 vt=  24.40489
 i= 1466 j=  667 glon=  303.85 (0-360E) glon=  303.85 glat=  39.16 u=  27.4100 v=  -8.6500 vr= -10.63290 vt=  26.70341
 i= 1471 j=  667 glon=  304.05 (0-360E) glon=  304.05 glat=  39.16 u=  30.0400 v=  -8.4200 vr=  -9.64662 vt=  29.66885
 i= 1476 j=  667 glon=  304.25 (0-360E) glon=  304.25 glat=  39.16 u=  28.5400 v=  -8.2000 vr=  -5.79109 vt=  29.12447
 i= 1481 j=  667 glon=  304.45 (0-360E) glon=  304.45 glat=  39.16 u=  30.6000 v=  -6.2400 vr=  -4.62530 vt=  30.88534
 i= 1486 j=  667 glon=  304.65 (0-360E) glon=  304.65 glat=  39.16 u=  35.0800 v=   2.7900 vr= -10.06409 vt=  33.72098
 i= 1491 j=  667 glon=  304.85 (0-360E) glon=  304.85 glat=  39.16 u=  36.2300 v=   9.4900 vr= -11.74065 vt=  35.56445
 i= 1496 j=  667 glon=  305.05 (0-360E) glon=  305.05 glat=  39.16 u=  37.0200 v=  13.9100 vr= -10.59770 vt=  38.10062
 i= 1501 j=  667 glon=  305.25 (0-360E) glon=  305.25 glat=  39.16 u=  35.3300 v=  17.8600 vr=  -9.14255 vt=  38.51756
 i= 1506 j=  667 glon=  305.45 (0-360E) glon=  305.45 glat=  39.16 u=  32.4300 v=  20.7800 vr=  -7.56403 vt=  37.76637
 i= 1511 j=  667 glon=  305.65 (0-360E) glon=  305.65 glat=  39.16 u=  35.7000 v=  23.2500 vr=  -3.45772 vt=  42.46289
 i= 1516 j=  667 glon=  305.85 (0-360E) glon=  305.85 glat=  39.16 u=  29.5400 v=  28.7800 vr=  -6.86726 vt=  40.66621
 i= 1521 j=  667 glon=  306.05 (0-360E) glon=  306.05 glat=  39.16 u=  24.6400 v=  28.2300 vr=  -5.72963 vt=  37.03018
 i= 1526 j=  667 glon=  306.25 (0-360E) glon=  306.25 glat=  39.16 u=  21.6000 v=  26.1400 vr=  -3.35490 vt=  33.74321
 i= 1531 j=  667 glon=  306.45 (0-360E) glon=  306.45 glat=  39.16 u=  24.5000 v=  24.0500 vr=   2.56887 vt=  34.23527
 i= 1536 j=  667 glon=  306.65 (0-360E) glon=  306.65 glat=  39.16 u=  20.7200 v=  23.9900 vr=   1.67026 vt=  31.65515
 i= 1541 j=  667 glon=  306.85 (0-360E) glon=  306.85 glat=  39.16 u=  18.5500 v=  23.8000 vr=   1.63530 vt=  30.13085
 i= 1546 j=  667 glon=  307.05 (0-360E) glon=  307.05 glat=  39.16 u=  18.4500 v=  22.7800 vr=   3.44638 vt=  29.11105
 i= 1441 j=  672 glon=  302.85 (0-360E) glon=  302.85 glat=  38.96 u=  20.4100 v=  -6.6500 vr= -12.16160 vt=  17.68859
 i= 1446 j=  672 glon=  303.05 (0-360E) glon=  303.05 glat=  38.96 u=  21.7400 v=  -5.2900 vr= -13.18137 vt=  18.07936
 i= 1451 j=  672 glon=  303.25 (0-360E) glon=  303.25 glat=  38.96 u=  22.1300 v=  -6.1500 vr= -11.85737 vt=  19.67136
 i= 1456 j=  672 glon=  303.45 (0-360E) glon=  303.45 glat=  38.96 u=  22.9500 v=  -8.6800 vr=  -9.31205 vt=  22.70089
 i= 1461 j=  672 glon=  303.65 (0-360E) glon=  303.65 glat=  38.96 u=  24.7600 v=  -8.1800 vr=  -9.20057 vt=  24.39917
 i= 1466 j=  672 glon=  303.85 (0-360E) glon=  303.85 glat=  38.96 u=  27.8100 v=  -7.0800 vr=  -9.83344 vt=  26.95971
 i= 1471 j=  672 glon=  304.05 (0-360E) glon=  304.05 glat=  38.96 u=  29.5900 v=  -5.3300 vr=  -9.74311 vt=  28.44378
 i= 1476 j=  672 glon=  304.25 (0-360E) glon=  304.25 glat=  38.96 u=  29.5100 v=  -0.8400 vr= -10.91136 vt=  27.43152
 i= 1481 j=  672 glon=  304.45 (0-360E) glon=  304.45 glat=  38.96 u=  31.1100 v=   3.1500 vr= -12.08899 vt=  28.83767
 i= 1486 j=  672 glon=  304.65 (0-360E) glon=  304.65 glat=  38.96 u=  33.0800 v=   6.4000 vr= -12.12168 vt=  31.43742
 i= 1491 j=  672 glon=  304.85 (0-360E) glon=  304.85 glat=  38.96 u=  33.7800 v=  10.4000 vr= -12.15556 vt=  33.18871
 i= 1496 j=  672 glon=  305.05 (0-360E) glon=  305.05 glat=  38.96 u=  32.0100 v=  13.8200 vr= -11.42442 vt=  32.94108
 i= 1501 j=  672 glon=  305.25 (0-360E) glon=  305.25 glat=  38.96 u=  33.2800 v=  17.5600 vr= -10.68649 vt=  36.07923
 i= 1506 j=  672 glon=  305.45 (0-360E) glon=  305.45 glat=  38.96 u=  31.9500 v=  15.7800 vr=  -5.08796 vt=  35.26930
 i= 1511 j=  672 glon=  305.65 (0-360E) glon=  305.65 glat=  38.96 u=  27.4800 v=  21.4100 vr=  -8.17823 vt=  33.86230
 i= 1516 j=  672 glon=  305.85 (0-360E) glon=  305.85 glat=  38.96 u=  26.7200 v=  21.6100 vr=  -5.32942 vt=  33.94919
 i= 1521 j=  672 glon=  306.05 (0-360E) glon=  306.05 glat=  38.96 u=  25.0800 v=  22.3200 vr=  -3.81360 vt=  33.35634
 i= 1526 j=  672 glon=  306.25 (0-360E) glon=  306.25 glat=  38.96 u=  24.5300 v=  21.5500 vr=  -0.92841 vt=  32.63834
 i= 1531 j=  672 glon=  306.45 (0-360E) glon=  306.45 glat=  38.96 u=  23.5200 v=  20.8000 vr=   1.19103 vt=  31.37534
 i= 1536 j=  672 glon=  306.65 (0-360E) glon=  306.65 glat=  38.96 u=  21.1700 v=  21.7700 vr=   0.72851 vt=  30.35739
 i= 1541 j=  672 glon=  306.85 (0-360E) glon=  306.85 glat=  38.96 u=  19.7500 v=  21.6200 vr=   1.36913 vt=  29.25085
 i= 1451 j=  677 glon=  303.25 (0-360E) glon=  303.25 glat=  38.76 u=  22.9000 v=  -4.1000 vr= -12.37637 vt=  19.69887
 i= 1456 j=  677 glon=  303.45 (0-360E) glon=  303.45 glat=  38.76 u=  22.9300 v=  -5.3700 vr= -10.16083 vt=  21.24569
 i= 1461 j=  677 glon=  303.65 (0-360E) glon=  303.65 glat=  38.76 u=  23.7600 v=  -5.9200 vr=  -8.69379 vt=  22.89109
 i= 1466 j=  677 glon=  303.85 (0-360E) glon=  303.85 glat=  38.76 u=  26.0000 v=  -5.3100 vr=  -8.57915 vt=  25.11164
 i= 1471 j=  677 glon=  304.05 (0-360E) glon=  304.05 glat=  38.76 u=  27.5800 v=  -4.7800 vr=  -7.59775 vt=  26.94029
 i= 1476 j=  677 glon=  304.25 (0-360E) glon=  304.25 glat=  38.76 u=  30.2900 v=   1.7800 vr= -12.19212 vt=  27.78497
 i= 1481 j=  677 glon=  304.45 (0-360E) glon=  304.45 glat=  38.76 u=  31.8200 v=   5.8400 vr= -13.71665 vt=  29.29968
 i= 1486 j=  677 glon=  304.65 (0-360E) glon=  304.65 glat=  38.76 u=  31.8600 v=   7.1900 vr= -11.94415 vt=  30.39890
 i= 1491 j=  677 glon=  304.85 (0-360E) glon=  304.85 glat=  38.76 u=  30.5800 v=   8.4200 vr=  -9.78866 vt=  30.16977
 i= 1496 j=  677 glon=  305.05 (0-360E) glon=  305.05 glat=  38.76 u=  33.4700 v=   9.7200 vr=  -7.58038 vt=  34.01848
 i= 1501 j=  677 glon=  305.25 (0-360E) glon=  305.25 glat=  38.76 u=  30.9800 v=  13.2400 vr=  -7.79694 vt=  32.77599
 i= 1506 j=  677 glon=  305.45 (0-360E) glon=  305.45 glat=  38.76 u=  28.9900 v=  16.6800 vr=  -8.23163 vt=  32.41732
 i= 1511 j=  677 glon=  305.65 (0-360E) glon=  305.65 glat=  38.76 u=  27.8800 v=  17.9100 vr=  -6.58878 vt=  32.47538
 i= 1516 j=  677 glon=  305.85 (0-360E) glon=  305.85 glat=  38.76 u=  26.0900 v=  18.7500 vr=  -5.17743 vt=  31.70875
 i= 1521 j=  677 glon=  306.05 (0-360E) glon=  306.05 glat=  38.76 u=  23.5400 v=  19.8900 vr=  -4.83035 vt=  30.43701
 i= 1526 j=  677 glon=  306.25 (0-360E) glon=  306.25 glat=  38.76 u=  27.1300 v=  18.4600 vr=   0.71810 vt=  32.80690
 i= 1531 j=  677 glon=  306.45 (0-360E) glon=  306.45 glat=  38.76 u=  21.9100 v=  19.3100 vr=  -1.03023 vt=  29.18669
 i= 1536 j=  677 glon=  306.65 (0-360E) glon=  306.65 glat=  38.76 u=  21.9300 v=  19.5900 vr=   0.55456 vt=  29.40043
 i= 1456 j=  682 glon=  303.45 (0-360E) glon=  303.45 glat=  38.56 u=  24.5500 v=  -3.8800 vr= -10.95571 vt=  22.30985
 i= 1461 j=  682 glon=  303.65 (0-360E) glon=  303.65 glat=  38.56 u=  25.7600 v=  -3.0100 vr= -10.83261 vt=  23.56464
 i= 1466 j=  682 glon=  303.85 (0-360E) glon=  303.85 glat=  38.56 u=  26.5600 v=  -2.0800 vr= -10.30395 vt=  24.56804
 i= 1471 j=  682 glon=  304.05 (0-360E) glon=  304.05 glat=  38.56 u=  28.9700 v=  -0.9800 vr= -10.31014 vt=  27.09100
 i= 1476 j=  682 glon=  304.25 (0-360E) glon=  304.25 glat=  38.56 u=  30.1700 v=   2.5800 vr= -11.77529 vt=  27.89674
 i= 1481 j=  682 glon=  304.45 (0-360E) glon=  304.45 glat=  38.56 u=  30.2900 v=   5.1700 vr= -11.82283 vt=  28.36254
 i= 1486 j=  682 glon=  304.65 (0-360E) glon=  304.65 glat=  38.56 u=  30.6100 v=   7.6700 vr= -11.68735 vt=  29.31223
 i= 1491 j=  682 glon=  304.85 (0-360E) glon=  304.85 glat=  38.56 u=  30.2600 v=   9.7300 vr= -10.91755 vt=  29.85209
 i= 1496 j=  682 glon=  305.05 (0-360E) glon=  305.05 glat=  38.56 u=  29.7300 v=  12.0200 vr= -10.34951 vt=  30.35195
 i= 1501 j=  682 glon=  305.25 (0-360E) glon=  305.25 glat=  38.56 u=  28.4100 v=  13.1000 vr=  -8.71695 vt=  30.04585
 i= 1506 j=  682 glon=  305.45 (0-360E) glon=  305.45 glat=  38.56 u=  28.0400 v=  14.3000 vr=  -7.19017 vt=  30.64365
 i= 1511 j=  682 glon=  305.65 (0-360E) glon=  305.65 glat=  38.56 u=  26.8100 v=  15.3700 vr=  -5.89576 vt=  30.33567
 i= 1516 j=  682 glon=  305.85 (0-360E) glon=  305.85 glat=  38.56 u=  25.5500 v=  15.7500 vr=  -4.22901 vt=  29.71499
 i= 1521 j=  682 glon=  306.05 (0-360E) glon=  306.05 glat=  38.56 u=  25.8600 v=  15.2800 vr=  -1.37529 vt=  30.00544
 i= 1526 j=  682 glon=  306.25 (0-360E) glon=  306.25 glat=  38.56 u=  23.2300 v=  16.9600 vr=  -2.06422 vt=  28.68821
 i= 1531 j=  682 glon=  306.45 (0-360E) glon=  306.45 glat=  38.56 u=  22.1500 v=  18.0100 vr=  -1.67875 vt=  28.49850
 i= 1466 j=  687 glon=  303.85 (0-360E) glon=  303.85 glat=  38.36 u=  26.0800 v=  -0.5100 vr= -10.40234 vt=  23.92107
 i= 1471 j=  687 glon=  304.05 (0-360E) glon=  304.05 glat=  38.36 u=  27.2000 v=   1.3000 vr= -10.74261 vt=  25.02252
 i= 1476 j=  687 glon=  304.25 (0-360E) glon=  304.25 glat=  38.36 u=  27.6800 v=   3.4800 vr= -11.03499 vt=  25.62268
 i= 1481 j=  687 glon=  304.45 (0-360E) glon=  304.45 glat=  38.36 u=  28.2100 v=   5.1800 vr= -10.73050 vt=  26.59874
 i= 1486 j=  687 glon=  304.65 (0-360E) glon=  304.65 glat=  38.36 u=  28.1100 v=   6.8700 vr= -10.16849 vt=  27.09190
 i= 1491 j=  687 glon=  304.85 (0-360E) glon=  304.85 glat=  38.36 u=  27.3600 v=   8.1100 vr=  -9.06735 vt=  27.05781
 i= 1496 j=  687 glon=  305.05 (0-360E) glon=  305.05 glat=  38.36 u=  26.8900 v=   9.6700 vr=  -8.32731 vt=  27.33563
 i= 1501 j=  687 glon=  305.25 (0-360E) glon=  305.25 glat=  38.36 u=  26.5400 v=  11.4800 vr=  -7.84559 vt=  27.83179
 i= 1506 j=  687 glon=  305.45 (0-360E) glon=  305.45 glat=  38.36 u=  26.9700 v=  12.6400 vr=  -6.57812 vt=  29.04959
 i= 1511 j=  687 glon=  305.65 (0-360E) glon=  305.65 glat=  38.36 u=  25.8600 v=  14.1500 vr=  -6.02675 vt=  28.85551
 i= 1516 j=  687 glon=  305.85 (0-360E) glon=  305.85 glat=  38.36 u=  25.7800 v=  13.9500 vr=  -3.67579 vt=  29.08091
 i= 1521 j=  687 glon=  306.05 (0-360E) glon=  306.05 glat=  38.36 u=  24.5400 v=  14.5500 vr=  -2.66908 vt=  28.40405
 i= 1491 j=  692 glon=  304.85 (0-360E) glon=  304.85 glat=  38.16 u=  26.5700 v=   6.9000 vr=  -7.73903 vt=  26.33785
 i= 1496 j=  692 glon=  305.05 (0-360E) glon=  305.05 glat=  38.16 u=  25.8900 v=   8.1300 vr=  -6.96666 vt=  26.22698
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    24.5916434766194       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     33.87 kts
    LL Wind Circ Vt mean quadmax value: SE     51.59 kts
    LL Wind Circ Vt mean quadmax value: SW     47.93 kts
    LL Wind Circ Vt mean quadmax value: NW     32.46 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   23.6222364523695       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    40.3218701389062     
   xcenlon=    304.848649887650     
   imax=         2738  jmax=         2041
   jlatfix=          637
   ilonfix (unadjusted) =         1492
  
 In get_max_wind, ibeg=         1402  iend=         1581
                  jbeg=          569  jend=          706
         ilonfix=         1492  jlatfix=          637
 At end of get_max_wind, vmax=    31.9244890327159       rmax= 
   54.5775950680918     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   10.01 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   10.10 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.29 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.63 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.10 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   11.69 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   12.35 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   13.07 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   13.84 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   14.67 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   15.61 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   16.63 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   17.65 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   18.66 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   19.70 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   20.80 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   21.90 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   22.95 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   23.88 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   24.67 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   25.32 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   25.73 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   25.96 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   26.01 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   25.86 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.57 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.14 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   24.67 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.25 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   23.92 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   23.71 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   23.55 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   23.38 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   23.18 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.94 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   22.68 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   22.38 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   22.04 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.69 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.35 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   21.05 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.76 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    26.01 m/s   maxrmw_dist=    72.00  km   maxrmw_ix=   24
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    72.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    26.0058447184458      
  (m/s)   (in kts)=    50.5215545345246     
  rising_sum_dvdr=       13.6554681405958     
  declining_sum_dvdr=   -4.95737191507750     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    90 igrct=  1 Vmax (m/s)=   31.924   22:28:36
 TIMING: before call  getradii, fhr=    90 igrct=  1   22:28:36
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.17342966581465     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.17342966581465     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.1099777885425     
 mr4qs before add, mean_radii_vt_4quad_sum=    13.1099777885425     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.1690447699782     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.1690447699782     
 mr4qs after add, mean_radii_vt_4quad_sum=    4.56403084577477     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    4.56 good_quad_ct=   4 mean_vt_4quad=      1.14
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.74 mean_vt_4quad=    9.28
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.77 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.79 mean_vt_4quad=    9.39
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.79 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.78 mean_vt_4quad=    9.49
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.78 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.79 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.79 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.80 mean_vt_4quad=    9.78
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.84 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.94 mean_vt_4quad=   10.00
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.02 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   14.05 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.06 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.09 mean_vt_4quad=   10.42
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.20 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.31 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.42 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.52 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.64 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.76 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.89 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.03 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.19 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.36 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.51 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.66 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.83 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   16.04 mean_vt_4quad=   11.50
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   16.23 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   16.38 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.49 mean_vt_4quad=   11.73
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.53 mean_vt_4quad=   11.80
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.50 mean_vt_4quad=   11.88
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.43 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.37 mean_vt_4quad=   12.01
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.34 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.30 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.26 mean_vt_4quad=   12.22
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.27 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.33 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.41 mean_vt_4quad=   12.45
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.52 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.67 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.81 mean_vt_4quad=   12.73
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.94 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.00 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.08 mean_vt_4quad=   13.02
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.12 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.17 mean_vt_4quad=   13.26
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.25 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.33 mean_vt_4quad=   13.52
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.51 mean_vt_4quad=   13.65
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.65 .... 0.5*v_holland=    8.40
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.77 .... 0.5*v_holland=    8.40
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=    8.40
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.02 .... 0.5*v_holland=    8.40
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.13 .... 0.5*v_holland=    8.40
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.51 mean_vt_4quad=   13.65
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.65 mean_vt_4quad=   13.77
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.83 mean_vt_4quad=   13.90
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.95 mean_vt_4quad=   14.02
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.06 mean_vt_4quad=   14.13
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.17 mean_vt_4quad=   14.25
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.30 mean_vt_4quad=   14.37
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.45 mean_vt_4quad=   14.50
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.60 mean_vt_4quad=   14.64
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.76 mean_vt_4quad=   14.79
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.91 mean_vt_4quad=   14.95
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.08 mean_vt_4quad=   15.11
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   19.23 mean_vt_4quad=   15.27
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.42 mean_vt_4quad=   15.43
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.63 mean_vt_4quad=   15.61
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   19.85 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.06 mean_vt_4quad=   15.98
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.28 mean_vt_4quad=   16.17
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.54 mean_vt_4quad=   16.34
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.88 mean_vt_4quad=   16.49
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.23 mean_vt_4quad=   16.64
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.61 mean_vt_4quad=   16.78
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.01 mean_vt_4quad=   16.92
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.43 mean_vt_4quad=   17.06
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   22.78 mean_vt_4quad=   17.19
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.08 mean_vt_4quad=   17.33
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.48 mean_vt_4quad=   17.49
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.83 mean_vt_4quad=   17.68
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.06 mean_vt_4quad=   17.87
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   23.99 mean_vt_4quad=   18.07
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   23.91 mean_vt_4quad=   18.26
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   23.77 mean_vt_4quad=   18.47
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   23.68 mean_vt_4quad=   18.69
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.67 mean_vt_4quad=   18.92
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.01 mean_vt_4quad=   19.16
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.47 mean_vt_4quad=   19.39
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   24.94 mean_vt_4quad=   19.63
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.56 mean_vt_4quad=   19.91
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   26.26 mean_vt_4quad=   20.20
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
  --- vmaxwind of    31.9244890327159       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.53 mean_vt_4quad=    9.28
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.55 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.53 mean_vt_4quad=    9.39
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.57 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.60 mean_vt_4quad=    9.49
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.62 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.66 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.71 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.76 mean_vt_4quad=    9.78
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.84 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.95 mean_vt_4quad=   10.00
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.07 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.13 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.19 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.27 mean_vt_4quad=   10.42
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.36 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.43 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.48 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.57 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.70 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.78 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.87 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.94 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.02 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.07 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.16 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.29 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.43 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.56 mean_vt_4quad=   11.50
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.70 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.85 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.97 mean_vt_4quad=   11.73
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.05 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.15 mean_vt_4quad=   11.88
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.23 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.31 mean_vt_4quad=   12.01
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.40 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.52 mean_vt_4quad=   12.15
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.15 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.22 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.29 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.37 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.45 .... 0.5*v_holland=    7.06
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    258.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   139.216800000000     
 vradius(iwindix,iquad) =         139
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.52 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.68 mean_vt_4quad=   12.22
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.82 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.96 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.13 mean_vt_4quad=   12.45
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.37 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.64 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.93 mean_vt_4quad=   12.73
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   19.26 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.56 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.71 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.78 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   19.85 mean_vt_4quad=   13.26
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.93 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   20.04 mean_vt_4quad=   13.52
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.19 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.22 mean_vt_4quad=   13.77
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.39 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.50 mean_vt_4quad=   14.02
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.65 mean_vt_4quad=   14.13
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.81 mean_vt_4quad=   14.25
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.98 mean_vt_4quad=   14.37
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.11 mean_vt_4quad=   14.50
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   21.32 mean_vt_4quad=   14.64
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.73 mean_vt_4quad=   14.79
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   22.22 mean_vt_4quad=   14.95
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.60 mean_vt_4quad=   15.11
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.90 mean_vt_4quad=   15.27
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   23.10 mean_vt_4quad=   15.43
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   23.16 mean_vt_4quad=   15.61
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   23.37 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.56 mean_vt_4quad=   15.98
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   24.07 mean_vt_4quad=   16.17
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   24.63 mean_vt_4quad=   16.34
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   25.25 mean_vt_4quad=   16.49
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.75 mean_vt_4quad=   16.64
  
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
  --- vmaxwind of    31.9244890327159       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   14.32 mean_vt_4quad=    9.28
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   14.38 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   14.44 mean_vt_4quad=    9.39
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.50 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.56 mean_vt_4quad=    9.49
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   14.63 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   14.71 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   14.79 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   14.85 mean_vt_4quad=    9.78
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   14.91 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   14.97 mean_vt_4quad=   10.00
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   15.03 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   15.08 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   15.14 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   15.17 mean_vt_4quad=   10.42
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   15.18 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   15.20 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.20 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.21 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   15.24 mean_vt_4quad=   10.84
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   15.28 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.32 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.37 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.44 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.45 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.49 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.47 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.45 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.45 mean_vt_4quad=   11.50
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.55 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.76 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.00 mean_vt_4quad=   11.73
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.27 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.50 mean_vt_4quad=   11.88
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.66 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.80 mean_vt_4quad=   12.01
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.81 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.86 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.98 mean_vt_4quad=   12.22
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.03 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.10 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   17.22 mean_vt_4quad=   12.45
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   17.39 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   17.60 mean_vt_4quad=   12.63
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   12.63 .... 0.5*v_holland=    7.55
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.73 .... 0.5*v_holland=    7.55
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.82 .... 0.5*v_holland=    7.55
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.92 .... 0.5*v_holland=    7.55
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.02 .... 0.5*v_holland=    7.55
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    240.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   129.504000000000     
 vradius(iwindix,iquad) =         130
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   17.60 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.78 mean_vt_4quad=   12.73
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   17.97 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.14 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.28 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   18.42 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   18.56 mean_vt_4quad=   13.26
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   18.68 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   18.80 mean_vt_4quad=   13.52
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   18.94 mean_vt_4quad=   13.65
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.06 mean_vt_4quad=   13.77
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.20 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.34 mean_vt_4quad=   14.02
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   19.53 mean_vt_4quad=   14.13
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   19.75 mean_vt_4quad=   14.25
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   20.00 mean_vt_4quad=   14.37
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   20.37 mean_vt_4quad=   14.50
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   20.72 mean_vt_4quad=   14.64
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   20.86 mean_vt_4quad=   14.79
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   20.84 mean_vt_4quad=   14.95
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   20.51 mean_vt_4quad=   15.11
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   20.30 mean_vt_4quad=   15.27
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   20.41 mean_vt_4quad=   15.43
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   20.53 mean_vt_4quad=   15.61
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   20.76 mean_vt_4quad=   15.79
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   21.01 mean_vt_4quad=   15.98
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   21.44 mean_vt_4quad=   16.17
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   21.74 mean_vt_4quad=   16.34
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   21.91 mean_vt_4quad=   16.49
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   22.06 mean_vt_4quad=   16.64
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   22.25 mean_vt_4quad=   16.78
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   22.42 mean_vt_4quad=   16.92
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   22.58 mean_vt_4quad=   17.06
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   22.75 mean_vt_4quad=   17.19
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   23.00 mean_vt_4quad=   17.33
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   23.28 mean_vt_4quad=   17.49
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   23.42 mean_vt_4quad=   17.68
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   23.53 mean_vt_4quad=   17.87
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   23.67 mean_vt_4quad=   18.07
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   23.99 mean_vt_4quad=   18.26
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   24.37 mean_vt_4quad=   18.47
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   24.84 mean_vt_4quad=   18.69
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   25.29 mean_vt_4quad=   18.92
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   25.77 mean_vt_4quad=   19.16
  
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
  --- vmaxwind of    31.9244890327159       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   12.16 mean_vt_4quad=    9.28
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   12.18 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   12.35 mean_vt_4quad=    9.39
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   12.55 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   12.63 mean_vt_4quad=    9.49
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   12.76 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   12.90 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.03 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.15 mean_vt_4quad=    9.78
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.28 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.39 mean_vt_4quad=   10.00
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   13.51 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   13.62 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   13.72 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   13.78 mean_vt_4quad=   10.42
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   13.83 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   13.87 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   13.91 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   13.94 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.04 mean_vt_4quad=   10.84
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.13 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.18 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   14.27 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   14.39 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   14.51 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   14.64 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   14.76 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   14.91 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   15.04 mean_vt_4quad=   11.50
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.17 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.26 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.35 mean_vt_4quad=   11.73
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.41 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   15.49 mean_vt_4quad=   11.88
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   15.59 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   15.67 mean_vt_4quad=   12.01
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   15.77 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   15.85 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   15.95 mean_vt_4quad=   12.22
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   16.02 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   16.08 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   16.11 mean_vt_4quad=   12.45
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   16.14 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   16.25 mean_vt_4quad=   12.63
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   16.37 mean_vt_4quad=   12.73
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   16.52 mean_vt_4quad=   12.82
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   16.67 mean_vt_4quad=   12.92
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   16.69 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   16.75 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.84 mean_vt_4quad=   13.26
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.95 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   17.11 mean_vt_4quad=   13.52
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   17.22 mean_vt_4quad=   13.65
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   17.41 mean_vt_4quad=   13.77
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.59 mean_vt_4quad=   13.90
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.02 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.13 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.25 .... 0.5*v_holland=    8.62
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.37 .... 0.5*v_holland=    8.62
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    207.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   111.697200000000     
 vradius(iwindix,iquad) =         112
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.59 mean_vt_4quad=   13.90
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.72 mean_vt_4quad=   14.02
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.87 mean_vt_4quad=   14.13
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   18.09 mean_vt_4quad=   14.25
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   18.38 mean_vt_4quad=   14.37
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   18.62 mean_vt_4quad=   14.50
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   18.82 mean_vt_4quad=   14.64
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   19.05 mean_vt_4quad=   14.79
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   19.16 mean_vt_4quad=   14.95
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   19.33 mean_vt_4quad=   15.11
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   19.48 mean_vt_4quad=   15.27
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   19.62 mean_vt_4quad=   15.43
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   19.73 mean_vt_4quad=   15.61
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   19.87 mean_vt_4quad=   15.79
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   19.97 mean_vt_4quad=   15.98
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   20.04 mean_vt_4quad=   16.17
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   20.10 mean_vt_4quad=   16.34
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   20.19 mean_vt_4quad=   16.49
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   20.29 mean_vt_4quad=   16.64
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   20.38 mean_vt_4quad=   16.78
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   20.37 mean_vt_4quad=   16.92
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   20.29 mean_vt_4quad=   17.06
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   20.18 mean_vt_4quad=   17.19
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   20.23 mean_vt_4quad=   17.33
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   20.46 mean_vt_4quad=   17.49
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   20.78 mean_vt_4quad=   17.68
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   21.17 mean_vt_4quad=   17.87
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.65 mean_vt_4quad=   18.07
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   22.10 mean_vt_4quad=   18.26
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.41 mean_vt_4quad=   18.47
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.65 mean_vt_4quad=   18.69
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.87 mean_vt_4quad=   18.92
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   23.11 mean_vt_4quad=   19.16
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   23.27 mean_vt_4quad=   19.39
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   23.23 mean_vt_4quad=   19.63
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.93 mean_vt_4quad=   19.91
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   22.38 mean_vt_4quad=   20.20
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.97 mean_vt_4quad=   20.51
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.80 mean_vt_4quad=   20.83
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   22.09 mean_vt_4quad=   21.18
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   22.63 mean_vt_4quad=   21.56
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   23.12 mean_vt_4quad=   21.96
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   23.74 mean_vt_4quad=   22.39
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   24.39 mean_vt_4quad=   22.83
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   24.92 mean_vt_4quad=   23.22
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   25.31 mean_vt_4quad=   23.54
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   25.55 mean_vt_4quad=   23.73
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   25.60 mean_vt_4quad=   23.73
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   25.45 mean_vt_4quad=   23.46
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   24.91 mean_vt_4quad=   22.93
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   23.72 mean_vt_4quad=   22.20
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   22.03 mean_vt_4quad=   21.29
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   20.20 mean_vt_4quad=   20.20
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   18.21 mean_vt_4quad=   18.96
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   16.41 mean_vt_4quad=   17.68
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   14.77 mean_vt_4quad=   16.44
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   13.30 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   11.83 mean_vt_4quad=   14.05
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   10.20 mean_vt_4quad=   12.83
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=    8.87 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=    8.45 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=    8.13 mean_vt_4quad=    9.02
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=    7.92 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=    7.82 mean_vt_4quad=    6.59
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=    7.88 mean_vt_4quad=    5.47
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=    8.06 mean_vt_4quad=    4.40
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=    8.35 mean_vt_4quad=    3.33
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=    8.80 mean_vt_4quad=    2.25
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    9.35 mean_vt_4quad=    1.14
  
 TIMING: after call  getradii, fhr=    90 igrct=  1   22:28:36
 TIMING: after getrad_iter_loop, fhr=    90 igrct=  2 Vmax (m/s)=   31.924   22:28:36
 TIMING: Before get_phase ... 22:28:36
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           90 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    59.961
  
  
  In get_cps_paramb, lead time=           90 :           0   08L  FRANKLIN 
   right_ct=         1017   left_ct=         1068
   zthicksum(1)=    3468214.43459375     
   zthicksum(2)=    3613260.26712500     
   zthick_right_mean=    3410.24034866642     
   zthick_left_mean=     3383.20249730805     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    27.0378513583714     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           21.03
  Sum of y-diffs squared (ydiff2) =         3805.10
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   285.68   6.7452       32.56   0.1661    -2.52     6.34     1060.33
    2   275.58   6.6846       22.47   0.1055     0.19     0.04      504.75
    3   264.69   6.6201       11.57   0.0409     2.93     8.57      133.88
    4   248.98   6.5511       -4.14  -0.0281     1.79     3.20       17.15
    5   230.21   6.4770      -22.91  -0.1022    -1.33     1.76      524.84
    6   213.57   6.3969      -39.55  -0.1822    -1.06     1.12     1564.15
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   253.117     x:    6.58
  
  slope=    211.225         y-intercept =  -1136.565
  Regression equation:   Y = -1136.57 +   211.23X
  
  R2(r_squared) =  0.9945        r =  0.9972
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1070.20 zmin=  776.39 zdiff=  293.81
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1563.19 zmin= 1277.51 zdiff=  285.68
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.13 dlnp=     -0.057158  dzdlnp=      142.201
  
   +++ k=  3 press=    800.0 zmax= 2081.02 zmin= 1805.43 zdiff=  275.58
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.10 dlnp=     -0.060625  dzdlnp=      166.533
  
   +++ k=  4 press=    750.0 zmax= 2627.18 zmin= 2362.49 zdiff=  264.69
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.90 dlnp=     -0.064539  dzdlnp=      168.829
  
   +++ k=  5 press=    700.0 zmax= 3205.87 zmin= 2956.90 zdiff=  248.98
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -15.71 dlnp=     -0.068993  dzdlnp=      227.734
  
   +++ k=  6 press=    650.0 zmax= 3819.34 zmin= 3589.13 zdiff=  230.21
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -18.77 dlnp=     -0.074108  dzdlnp=      253.252
  
   +++ k=  7 press=    600.0 zmax= 4473.36 zmin= 4259.80 zdiff=  213.57
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.64 dlnp=     -0.080043  dzdlnp=      207.889
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          291.93
  Sum of y-diffs squared (ydiff2) =          638.65
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   198.10   6.3099       -2.80   0.2788     7.45    55.53        7.85
    2   187.90   6.2146      -12.99   0.1834    -6.25    39.02      168.86
    3   188.21   6.1092      -12.69   0.0781    -9.82    96.40      161.05
    4   207.54   5.9915        6.64  -0.0397     5.18    26.80       44.05
    5   214.83   5.8579       13.93  -0.1732     7.56    57.17      194.14
    6   208.82   5.7038        7.92  -0.3274    -4.13    17.02       62.68
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   200.899     x:    6.03
  
  slope=    -36.786         y-intercept =    422.760
  Regression equation:   Y =   422.76 -    36.79X
  
  R2(r_squared) =  0.5429        r =  0.7368
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4473.36 zmin= 4259.80 zdiff=  213.57
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5174.53 zmin= 4976.43 zdiff=  198.10
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -15.47 dlnp=     -0.087011  dzdlnp=      177.816
  
   +++ k=  9 press=    500.0 zmax= 5932.83 zmin= 5744.92 zdiff=  187.90
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -10.19 dlnp=     -0.095310  dzdlnp=      106.935
  
   +++ k= 10 press=    450.0 zmax= 6759.19 zmin= 6570.98 zdiff=  188.21
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=       0.30 dlnp=     -0.105361  dzdlnp=       -2.885
  
   +++ k= 11 press=    400.0 zmax= 7664.06 zmin= 7456.53 zdiff=  207.54
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      19.33 dlnp=     -0.117783  dzdlnp=     -164.098
  
   +++ k= 12 press=    350.0 zmax= 8662.88 zmin= 8448.04 zdiff=  214.83
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       7.30 dlnp=     -0.133531  dzdlnp=      -54.639
  
   +++ k= 13 press=    300.0 zmax= 9779.19 zmin= 9570.37 zdiff=  208.82
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -6.02 dlnp=     -0.154151  dzdlnp=       39.027
  
cps_stats: 08L   lead time=  90: 0   paramb=    27.04  vtl=    211.23  vtu=    -36.79
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   90:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  304.849 (0-360) guesslon=  304.849E  (  55.151W)   guesslat=   40.322
 ilonfix=         1492  jlatfix=          637  npts=           33
 ibeg=         1412  jbeg=          569  imax=         2738
 iend=         1572  jend=          705  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9758
 After first run in find_maxmin, ctlon=  303.929E  (0-360) ctlon=  303.929E  (  56.071W)  ctlat=   41.402 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  303.929E   (0-360) guesslon=  303.929E  (  56.071W)   guesslat=   41.402
 ilonfix=         1469  jlatfix=          610  npts=           16
 ibeg=         1413  jbeg=          566  imax=         2738
 iend=         1525  jend=          654  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  303.609E  (0-360) ctlon=  303.609  (  56.391W)  ctlat=   41.082 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    90:00  mean_lon:  303.61E (  56.39W)    (0-360) mean_lon=  303.61E  mean_lat:   41.08  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    90:00  ifix:  1448   jfix:   595  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1448  jx=          595
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1805 ,         237 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1806 ,         236 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    90:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:28:36
 TIMING: Before shear ... 22:28:36
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           16
  clon(ist,ifh,3)=    304.931567183566     
  clat(ist,ifh,3)=    40.1755957177151     
  fixlon(ist,ifh)=    304.848649887650     
  fixlat(ist,ifh)=    40.3218701389062     
  xcenlon=    304.931567183566     
  xcenlat=    40.1755957177151     
  
 xxshear
 In get_shear A, xcenlon=    304.931567183566       xcenlat= 
   40.1755957177151     
   In get_shear B, (0-360) xcenlon=    304.931567183566     
  
At start of get_shear:  08L   fhr=   90:00   Mean fix position=   304.85E  ( 55.15W)    40.32  (0-360) mean lon fix=  304.85
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   25.87 vr_mean(idist,ilev)=    1.50
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   33.30 vr_mean(idist,ilev)=    0.36
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   33.38 vr_mean(idist,ilev)=   -1.43
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   29.21 vr_mean(idist,ilev)=   -0.19
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   25.80 vr_mean(idist,ilev)=   -2.03
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   22.12 vr_mean(idist,ilev)=   -1.59
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   20.40 vr_mean(idist,ilev)=   -1.38
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   18.61 vr_mean(idist,ilev)=   -0.76
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   16.83 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.23 vr_mean(idist,ilev)=   -0.41
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.03 vr_mean(idist,ilev)=   -0.36
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.04 vr_mean(idist,ilev)=   -0.53
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.22 vr_mean(idist,ilev)=   -0.84
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.50 vr_mean(idist,ilev)=   -1.08
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.25 vr_mean(idist,ilev)=   -1.20
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.17 vr_mean(idist,ilev)=   -1.11
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.78 vr_mean(idist,ilev)=   -1.09
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.05 vr_mean(idist,ilev)=   -1.20
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.24 vr_mean(idist,ilev)=   -1.02
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -24.84 vr_mean(idist,ilev)=   24.84
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -37.27 vr_mean(idist,ilev)=   37.27
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -49.70 vr_mean(idist,ilev)=   49.70
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -62.14 vr_mean(idist,ilev)=   62.14
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -74.59 vr_mean(idist,ilev)=   74.59
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -87.05 vr_mean(idist,ilev)=   87.05
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -99.52 vr_mean(idist,ilev)=   99.52
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -112.02 vr_mean(idist,ilev)=  112.02
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -124.53 vr_mean(idist,ilev)=  124.53
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -137.07 vr_mean(idist,ilev)=  137.07
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -149.63 vr_mean(idist,ilev)=  149.63
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -162.22 vr_mean(idist,ilev)=  162.22
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -174.85 vr_mean(idist,ilev)=  174.85
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -187.52 vr_mean(idist,ilev)=  187.52
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -200.24 vr_mean(idist,ilev)=  200.24
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -213.02 vr_mean(idist,ilev)=  213.02
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -225.86 vr_mean(idist,ilev)=  225.86
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -238.78 vr_mean(idist,ilev)=  238.78
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -251.81 vr_mean(idist,ilev)=  251.81
  
 At end of get_shear: 
     ist=    2 ifh=   16 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:28:36
  
 After call to fixcenter, fix positions at 
 forecast hour=   90:00 follow:
  
fixpos  08L   fhr=   90:00   Fix position=   304.85E  ( 55.15W)    40.32   Max Wind=  62 kts
  
  
 xxxx get_next_ges, prev fix lon=    302.166501941732     
 xxxx get_next_ges, curr fix lon=    304.848649887650     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    304.848649887650        fixlat=    40.3218701389062     
        (0-360) fixlon=    304.848649887650     
      ilonfix=         1492   jlatfix=          637
      ibeg=          970   iend=         2014
      jbeg=          185   jend=         1089
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.85466036537922       vavg=    3.47420096360879     
      ubar=    1.96366509134481       vbar=   0.868550240902198     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.5509445216438       vavg=    5.75970111392605     
      ubar=    7.73913735216670       vbar=    3.74840079786522     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    15.9071942075035       vavg=    7.31745752106606     
      ubar=    11.7159359040426       vbar=    5.57776517813174     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.7159359040426       vbar=    5.57776517813174     
      wgttot=    1.00000000000000     
      fixlon=    304.848649887650        fixlat=    40.3218701389062     
      barnlon=    307.857978037003       barnlat=    41.4053706218209     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.756269040622047     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      307.857978037003     
     Raw (no conversion for GM wrap) extraplon=    307.576960263882     
  
 --- barnlon=    307.86E  (  52.14W)    barnlat=     41.41
 --- extraplon=  307.58E  (  52.42W)    extraplat=   41.47
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   40.32
 | Current fix lon is   55.15W   ( 304.85E)
 | Current fix lon (raw, unadjusted)=  304.85E
 | Updated guess lat for next fcst hour is   41.44
 | Updated guess lon (0-360) for next fcst hour is   52.28W   ( 307.72E)
 | Raw updated guess lon for next fcst hour is  307.72E)
 -------------------------------------------------
  
 iocheck, dist=    271.304843752462        distm=    271304.843752462     
 iocheck, stmspd=    12.5604094329843        istmspd=          244
 iocheck, xincr=    2.86881926279295        yincr=    1.11771928088501     
 iocheck, stmdir=    68.7136384059883        istmdir=           69
 +++ RPT_STORM_MOTION: istmspd=   244 kts(*10)    istmdir=    69 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  16
     Fix location for this time:   304.85E  ( 55.15W)    40.32
     Fix lon (raw) for this time:  304.85E
     ilonfix= 1492  jlatfix=  637
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    304.848649887650       xcenlat=    40.3218701389062     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    304.848649887650       xcenlat=    40.3218701389062     
  ilonfix=         1492  jlatfix=          637
  ibeg=         1359  iend=         1625
  jbeg=          521  jend=          753  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    304.848649887650        xcenlat=    40.3218701389062     
      ilonfix=         1492   jlatfix=          637
      ibeg=         1359   iend=         1625
      jbeg=          521   jend=          753
 After call to barnes, xsmoothval=   3.787229418003533E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.787229418003533E-004
      xcenlon=    304.848649887650        xcenlat=    40.3218701389062     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000379  imeanzeta (*1e6)=      379
   --- mean zeta raw =   3.787229418003533E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002649  igrid zeta (*1e6)=     2649 ifilret=   0
   --- grid zeta raw=   2.648626881093839E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    304.848649887650       xcenlat=    40.3218701389062     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    304.848649887650       xcenlat=    40.3218701389062     
  ilonfix=         1492  jlatfix=          637
  ibeg=         1359  iend=         1625
  jbeg=          521  jend=          753  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    304.848649887650        xcenlat=    40.3218701389062     
      ilonfix=         1492   jlatfix=          637
      ibeg=         1359   iend=         1625
      jbeg=          521   jend=          753
 After call to barnes, xsmoothval=   3.263508615716672E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.263508615716672E-004
      xcenlon=    304.848649887650        xcenlat=    40.3218701389062     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000326  imeanzeta (*1e6)=      326
   --- mean zeta raw =   3.263508615716672E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002668  igrid zeta (*1e6)=     2668 ifilret=   0
   --- grid zeta raw=   2.668242339232125E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           90
  
 segx, outlon=    304.848649887650       outlat=    40.3218701389062     
   ist=            2  ifcsthour=           90
   vmaxwind=    31.9244890327159       xminmslp=    98284.9900000000     
   vradius=          115          53           0         139          83
           0         130          60           0         112           0
           0
   maxstorm=            6
   plastbar=    100684.990000000       rlastbar=    108.964023967706     
   rmax=    54.5775950680918     
   cps_vals=    27.0378513583714        211.225261834028     
  -36.7859140950036     
   wcore_flag= n
   istmspd=          244  istmdir=           69
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    72.0000000000000     
   axisymet_rmw_val=     26.0058447184458     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   108.964023967706       irlastbar=         109
 output: plastbar=   100684.990000000       iplastbar=        1007
 rmax=    54.5775950680918        irmax=           55
 TXX top of atcfunix_ext, ist=            2  ifh=           90
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   108.964023967706       irlastbar=         109
 output: plastbar=   100684.990000000       iplastbar=        1007
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           90
 intlat=          403
 clatns= N
 intlon=          552
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           62
 int(xminmslp/mslp_outp_adj + 0.5)=          983
 XX,  34, NEQ
 vradius(1,1)=          115
 vradius(1,2)=          139
 vradius(1,3)=          130
 vradius(1,4)=          112
 iplastbar=         1007
 irlastbar=          109
 irmax=           55
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           69
 istmspd=          244
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          270
 icps_vals(2)=         2112
 icps_vals(3)=         -368
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           39
 irmw_val=           51
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          379
 igridzeta(1)=         2649
 imeanzeta(2)=          326
 igridzeta(2)=         2668
  
 rmax=    54.5775950680918        irmax=           55
 +++ Top of output_atcf_parms, ist=            2  ifh=           90
  
 xxxx get_next_ges, prev fix lon=    302.166501941732     
 xxxx get_next_ges, curr fix lon=    304.848649887650     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    304.848649887650        fixlat=    40.3218701389062     
        (0-360) fixlon=    304.848649887650     
      ilonfix=         1492   jlatfix=          637
      ibeg=          970   iend=         2014
      jbeg=          185   jend=         1089
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.85466036537922       vavg=    3.47420096360879     
      ubar=    1.96366509134481       vbar=   0.868550240902198     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.5509445216438       vavg=    5.75970111392605     
      ubar=    7.73913735216670       vbar=    3.74840079786522     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    15.9071942075035       vavg=    7.31745752106606     
      ubar=    11.7159359040426       vbar=    5.57776517813174     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.7159359040426       vbar=    5.57776517813174     
      wgttot=    1.00000000000000     
      fixlon=    304.848649887650        fixlat=    40.3218701389062     
      barnlon=    307.857978037003       barnlat=    41.4053706218209     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.756269040622047     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      307.857978037003     
     Raw (no conversion for GM wrap) extraplon=    307.576960263882     
  
 --- barnlon=    307.86E  (  52.14W)    barnlat=     41.41
 --- extraplon=  307.58E  (  52.42W)    extraplat=   41.47
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   40.32
 | Current fix lon is   55.15W   ( 304.85E)
 | Current fix lon (raw, unadjusted)=  304.85E
 | Updated guess lat for next fcst hour is   41.44
 | Updated guess lon (0-360) for next fcst hour is   52.28W   ( 307.72E)
 | Raw updated guess lon for next fcst hour is  307.72E)
 -------------------------------------------------
  
 iocheck, dist=    271.304843752462        distm=    271304.843752462     
 iocheck, stmspd=    12.5604094329843        istmspd=          244
 iocheck, xincr=    2.86881926279295        yincr=    1.11771928088501     
 iocheck, stmdir=    68.7136384059883        istmdir=           69
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   90:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.878871577617668E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.438 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.588E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.438
 ilonfix=         1048  jlatfix=          785  npts=           16
 ibeg=          996  jbeg=          741  imax=         2738
 iend=         1100  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.187E  (0-360) ctlon=  287.187  (  72.813W)  ctlat=   34.518 fmax (x10e5) =        0.660E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   7.173146610677591E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.438 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.717E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.438
 ilonfix=         1048  jlatfix=          785  npts=           16
 ibeg=          996  jbeg=          741  imax=         2738
 iend=         1100  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.187E  (0-360) ctlon=  287.187  (  72.813W)  ctlat=   34.618 fmax (x10e5) =        0.533E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.438 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.438
 ilonfix=         1048  jlatfix=          785  npts=           16
 ibeg=          996  jbeg=          741  imax=         2738
 iend=         1100  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.287E  (0-360) ctlon=  287.287  (  72.713W)  ctlat=   34.518 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.838 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.304E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.838
 ilonfix=         1048  jlatfix=          775  npts=           16
 ibeg=          995  jbeg=          731  imax=         2738
 iend=         1101  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.187E  (0-360) ctlon=  287.187  (  72.813W)  ctlat=   34.618 fmax =       -0.100E+16 fmin =        0.304E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.438 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.994E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.438
 ilonfix=         1048  jlatfix=          785  npts=           16
 ibeg=          996  jbeg=          741  imax=         2738
 iend=         1100  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.287E  (0-360) ctlon=  287.287  (  72.713W)  ctlat=   34.518 fmax =       -0.100E+16 fmin =        0.993E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.627 (0-360) guesslon=  287.627E  (  72.373W)   guesslat=   34.958
 ilonfix=         1061  jlatfix=          772  npts=           33
 ibeg=          984  jbeg=          704  imax=         2738
 iend=         1138  jend=          840  jmax=         2041
 TIMING: find_maxmin 1  22:28:36
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.280175379144499E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.107E  (0-360) ctlon=  287.107E  (  72.893W)  ctlat=   34.438 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.528E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:36
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.107E   (0-360) guesslon=  287.107E  (  72.893W)   guesslat=   34.438
 ilonfix=         1048  jlatfix=          785  npts=           16
 ibeg=          996  jbeg=          741  imax=         2738
 iend=         1100  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.187E  (0-360) ctlon=  287.187  (  72.813W)  ctlat=   34.518 fmax (x10e5) =        0.526E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    287.285085688334        uvgeslat=    34.6252240071637     
    (0-360 uvgeslon)=    287.285085688334     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.285085688334        uvgeslat=    34.6252240071637     
    (0-360 uvgeslon)=    287.285085688334     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.285085688334     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.285E  (0-360E lon):  287.285E    72.715W  ctlat=   34.625  xmax_circul_disk =     119269048.3
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.285E  (0-360E)=  287.285E  (  72.715W)   guesslat=   34.625
 ilonfix=         1052  jlatfix=          780  npts=           56
 ibeg=          980  jbeg=          716  imax=         2738
 iend=         1124  jend=          844  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    119395961.681033     
 nhalf get_wind_circ, k=  1 ctlon=  287.305E  (0-360E)=  287.305E  ctlon=   72.695W   ctlat=   34.585 Wind Circulation (NHEM: Max) =     119395961.7
 TIMING: After GWC 850 ... 22:28:36
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.285085688334        uvgeslat=    34.6252240071637     
    (0-360 uvgeslon)=    287.285085688334     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.285085688334     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.285E  (0-360E lon):  287.285E    72.715W  ctlat=   34.625  xmax_circul_disk =      98588297.4
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.285E  (0-360E)=  287.285E  (  72.715W)   guesslat=   34.625
 ilonfix=         1052  jlatfix=          780  npts=           56
 ibeg=          980  jbeg=          716  imax=         2738
 iend=         1124  jend=          844  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    98894540.3787209     
 nhalf get_wind_circ, k=  1 ctlon=  287.365E  (0-360E)=  287.365E  ctlon=   72.635W   ctlat=   34.645 Wind Circulation (NHEM: Max) =      98894540.4
 TIMING: After GWC 700 ... 22:28:36
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:28:36
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.285085688334        uvgeslat=    34.6252240071637     
    (0-360 uvgeslon)=    287.285085688334     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.285085688334     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.285E  (0-360E lon):  287.285E    72.715W  ctlat=   34.625  xmax_circul_disk =      88110809.1
 TIMING: get_wind_circ kloop, k=  1   22:28:36
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.285E  (0-360E)=  287.285E  (  72.715W)   guesslat=   34.625
 ilonfix=         1052  jlatfix=          780  npts=           56
 ibeg=          980  jbeg=          716  imax=         2738
 iend=         1124  jend=          844  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    88627306.9648388     
 nhalf get_wind_circ, k=  1 ctlon=  287.185E  (0-360E)=  287.185E  ctlon=   72.815W   ctlat=   34.525 Wind Circulation (NHEM: Max) =      88627307.0
 TIMING: After GWC Sfc ... 22:28:37
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.19  xavg_stderr=     3.16
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           16  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    90:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  287.63E   (0-360) guesslon=  287.63E  ( 72.37W)    34.96
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       287.19       72.81      34.52           66.00       T         63.32
   2    zeta 700    Max       287.19       72.81      34.62           53.33       T         55.17
   3    circ 850    Max       287.31       72.69      34.59          119.40       T         50.81
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       287.37       72.63      34.65           98.89       T         42.20
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       287.29       72.71      34.52         1367.00       T         57.95
   8     gph 700    Min       287.19       72.81      34.62         3042.02       T         55.17
   9        MSLP    Min       287.29       72.71      34.52        99349.70       T         57.95
  10    circ sfc    Max       287.19       72.81      34.53           88.63       T         62.81
  11    zeta sfc    Max       287.19       72.81      34.52           52.62       T         63.32
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    7.82909290299425       stderr_close= 
   2.44412435058991       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.069 devia=   1.414 wtpos=  0.62420     287.19   287.19    72.81    34.52
 ip=  2 kprm=  2 dist_from_mean=   7.949 devia=   1.590 wtpos=  0.58865     287.19   287.19    72.81    34.62
 ip=  3 kprm=  3 dist_from_mean=   6.312 devia=   1.262 wtpos=  0.65651     287.31   287.31    72.69    34.59
 ip=  5 kprm=  4 dist_from_mean=  14.547 devia=   2.909 wtpos=  0.37916     287.37   287.37    72.63    34.65
 ip=  7 kprm=  5 dist_from_mean=   6.455 devia=   1.291 wtpos=  0.65028     287.29   287.29    72.71    34.52
 ip=  8 kprm=  6 dist_from_mean=   7.949 devia=   1.590 wtpos=  0.58865     287.19   287.19    72.81    34.62
 ip=  9 kprm=  7 dist_from_mean=   6.455 devia=   1.291 wtpos=  0.65028     287.29   287.29    72.71    34.52
 ip= 10 kprm=  8 dist_from_mean=   6.656 devia=   1.331 wtpos=  0.64164     287.19   287.19    72.81    34.53
 ip= 11 kprm=  9 dist_from_mean=   7.069 devia=   1.414 wtpos=  0.62420     287.19   287.19    72.81    34.52
  
At end of fixcenter:  10L   fhr=   90:00   Fix position=   287.24E  (0-360) fixlon=  287.24  ( 72.76W)    34.56
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    287.237618992729     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    287.286903824697     
        (0-360E clon(ist,ifh,9))=    287.286903824697     
      clat(ist,ifh,9)=    34.5179539617091     
      xval(9)=    99349.6958777519     
  
  After get_ij B, ibeg jbeg =          941         645
  After get_ij B, iend jend =         1163         921
  
 In is_it_a_storm, ilonfix=         1052  jlatfix=          783
 ibeg jbeg iend jend =          941         645        1163         921
 cparm= slp  parmlon parmlat =    287.286903824697        34.5179539617091     
     (0-360E parmlon) =    287.286903824697     
 parmval=    99349.6958777519     
  
 i= 1026 j=  720 glon=  286.25 (0-360E) glon=  286.25 glat=  37.04 dist=   295.73 slp=  101056.67 pgradient=  5.77214
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.77214
 mslp center =    287.286903824697        34.5179539617091     
   99349.6958777519     
   (0-360E) lon of mslp center =    287.286903824697     
 pgrad loc   =    286.248975000000        286.248975000000     
   73.7510250000000        37.0407220000000        101056.670000000     
  ttest at location C IF....
      xinp_fixlat=    34.5179539617091     
      xinp_fixlon=    287.286903824697       (0-360E) xinp_fixlon= 
   287.286903824697     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98634.1100000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1049  jfix=          783
 longitude=    287.286903824697      E   (   72.7130961753026      
 W)  (0-360E) xinp_fixlon=    287.286903824697     
 latitude=    34.5179539617091     
 mean mslp value (xval(9))=    99349.6958777519     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1049  jfix=          783
 longitude=    287.286903824697      E   (   72.7130961753026      
 W)  (0-360E) xinp_fixlon=    287.286903824697     
 latitude=    34.5179539617091     
 mean mslp value (xval(9))=    99349.6958777519     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1049  jx=          783
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98634.1100000000       xcentval=    98634.1100000000     
 At A, num_found_contours=            0
 At A, contlo=    98634.1100000000       conthi=    99034.1100000000     
  
 num_found_contours=            0
 contlo=    98634.1100000000       conthi=    99034.1100000000     
 xcentval=    98634.1100000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99034.1100000000       conthi=    99434.1100000000     
  
 num_found_contours=            1
 contlo=    99034.1100000000       conthi=    99434.1100000000     
 xcentval=    98634.1100000000     
 At A, num_found_contours=            2
 At A, contlo=    99434.1100000000       conthi=    99834.1100000000     
  
 num_found_contours=            2
 contlo=    99434.1100000000       conthi=    99834.1100000000     
 xcentval=    98634.1100000000     
 At A, num_found_contours=            3
 At A, contlo=    99834.1100000000       conthi=    100234.110000000     
  
 num_found_contours=            3
 contlo=    99834.1100000000       conthi=    100234.110000000     
 xcentval=    98634.1100000000     
 At A, num_found_contours=            4
 At A, contlo=    100234.110000000       conthi=    100634.110000000     
  
 num_found_contours=            4
 contlo=    100234.110000000       conthi=    100634.110000000     
 xcentval=    98634.1100000000     
 At A, num_found_contours=            5
 At A, contlo=    100634.110000000       conthi=    101034.110000000     
  
 num_found_contours=            5
 contlo=    100634.110000000       conthi=    101034.110000000     
 xcentval=    98634.1100000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1070 ,         735 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98634.1100000000     
 !!! (i,j) of central value = (        1049 ,         783 )
 !!!  
 !!! Flagged value found    =    100629.310000000     
 !!! (i,j) of flagged value = (        1070 ,         734 )
 !!!   
 !!! Lower bound of contour interval =    100634.110000000     
 !!! Upper bound of contour interval =    101034.110000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1049  jfix=          783
 longitude=    287.286903824697      E   (   72.7130961753026      W)  
 (0-360E) xinp_fixlon=    287.286903824697     
 latitude=    34.5179539617091     
 mean mslp value (xval(9))=    99349.6958777519     
 gridpoint mslp value=    98634.1100000000     
 ccflag= y
 prs of last closed isobar =    100634.110000000     
 radius of last closed isobar =    99.3825065379480       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   90:00
 !!! Boundary check xinp_fixlat is   34.52
 !!! Boundary check xinp_fixlon is   72.71W   ( 287.29E)  (0-360E) xinp_fixlon=  287.29
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    287.305085188334     
  850 mb wcirc fix lat=    34.5852250071637     
    (0-360) 850 mb wcirc fix lon=    287.305085188334     
  Multi-parm fix lon=      287.237618992729     
  Multi-parm fix lat=      34.5577080240140     
    (0-360) Multi-parm fix lon=      287.237618992729     
  
  
  After get_ij B, ibeg jbeg =          959         677
  After get_ij B, iend jend =         1147         885
  
 In is_it_a_storm, ilonfix=         1053  jlatfix=          781
 ibeg jbeg iend jend =          959         677        1147         885
 cparm= v850  parmlon parmlat =    287.305085188334        34.5852250071637     
     (0-360E parmlon) =    287.305085188334     
 parmval=    119395961.681033     
  
 i= 1039 j=  732 glon=  286.77 (0-360E) glon=  286.77 glat=  36.56 u= -18.5800 v= -15.4000 vr= -11.00450 vt=  21.47737
 i= 1044 j=  732 glon=  286.97 (0-360E) glon=  286.97 glat=  36.56 u= -20.5700 v= -16.5300 vr= -13.53515 vt=  22.65315
 i= 1049 j=  732 glon=  287.17 (0-360E) glon=  287.17 glat=  36.56 u= -22.9000 v= -17.6100 vr= -16.29281 vt=  23.85511
 i= 1054 j=  732 glon=  287.37 (0-360E) glon=  287.37 glat=  36.56 u= -21.5400 v= -16.1800 vr= -16.74393 vt=  21.10462
 i= 1059 j=  732 glon=  287.57 (0-360E) glon=  287.57 glat=  36.56 u= -20.9700 v= -16.8200 vr= -18.99888 vt=  19.01830
 i= 1064 j=  732 glon=  287.77 (0-360E) glon=  287.77 glat=  36.56 u= -18.9400 v= -17.1300 vr= -20.39659 vt=  15.36684
 i= 1024 j=  737 glon=  286.17 (0-360E) glon=  286.17 glat=  36.36 u= -17.9000 v= -13.3200 vr=  -3.47790 vt=  22.03943
 i= 1029 j=  737 glon=  286.37 (0-360E) glon=  286.37 glat=  36.36 u= -16.3300 v= -18.9300 vr= -10.89906 vt=  22.49943
 i= 1034 j=  737 glon=  286.57 (0-360E) glon=  286.57 glat=  36.36 u= -19.8400 v= -20.0900 vr= -12.64132 vt=  25.24739
 i= 1039 j=  737 glon=  286.77 (0-360E) glon=  286.77 glat=  36.36 u= -19.6500 v= -18.4100 vr= -13.15382 vt=  23.49527
 i= 1044 j=  737 glon=  286.97 (0-360E) glon=  286.97 glat=  36.36 u= -21.7000 v= -20.6300 vr= -17.06205 vt=  24.60433
 i= 1049 j=  737 glon=  287.17 (0-360E) glon=  287.17 glat=  36.36 u= -21.1800 v= -21.4200 vr= -20.05083 vt=  22.48050
 i= 1054 j=  737 glon=  287.37 (0-360E) glon=  287.37 glat=  36.36 u= -21.5300 v= -20.4100 vr= -21.03495 vt=  20.91984
 i= 1059 j=  737 glon=  287.57 (0-360E) glon=  287.57 glat=  36.36 u= -20.2000 v= -12.8900 vr= -15.23574 vt=  18.49498
 i= 1064 j=  737 glon=  287.77 (0-360E) glon=  287.77 glat=  36.36 u= -21.8100 v=  -7.4300 vr= -11.82880 vt=  19.77272
 i= 1069 j=  737 glon=  287.97 (0-360E) glon=  287.97 glat=  36.36 u= -19.3100 v=   0.1200 vr=  -5.54050 vt=  18.49847
 i= 1074 j=  737 glon=  288.17 (0-360E) glon=  288.17 glat=  36.36 u= -13.5500 v=   4.2600 vr=  -1.06133 vt=  14.16417
 i= 1079 j=  737 glon=  288.37 (0-360E) glon=  288.37 glat=  36.36 u=  -9.5100 v=   2.9700 vr=  -1.52739 vt=   9.84521
 i= 1014 j=  742 glon=  285.77 (0-360E) glon=  285.77 glat=  36.16 u= -16.3700 v= -13.0800 vr=   0.02896 vt=  20.95382
 i= 1019 j=  742 glon=  285.97 (0-360E) glon=  285.97 glat=  36.16 u= -16.4600 v= -17.6600 vr=  -5.08500 vt=  23.59979
 i= 1024 j=  742 glon=  286.17 (0-360E) glon=  286.17 glat=  36.16 u= -14.6900 v= -21.5300 vr= -11.04684 vt=  23.60729
 i= 1029 j=  742 glon=  286.37 (0-360E) glon=  286.37 glat=  36.16 u= -15.7800 v= -21.5800 vr= -12.48557 vt=  23.63928
 i= 1034 j=  742 glon=  286.57 (0-360E) glon=  286.57 glat=  36.16 u= -21.1500 v= -21.7800 vr= -12.77293 vt=  27.54166
 i= 1039 j=  742 glon=  286.77 (0-360E) glon=  286.77 glat=  36.16 u= -20.5000 v= -24.7800 vr= -18.36173 vt=  26.40351
 i= 1044 j=  742 glon=  286.97 (0-360E) glon=  286.97 glat=  36.16 u= -20.8300 v= -23.1200 vr= -19.18748 vt=  24.50028
 i= 1049 j=  742 glon=  287.17 (0-360E) glon=  287.17 glat=  36.16 u= -21.2900 v= -20.6800 vr= -19.12492 vt=  22.69722
 i= 1054 j=  742 glon=  287.37 (0-360E) glon=  287.37 glat=  36.16 u= -20.3400 v= -12.0400 vr= -12.70848 vt=  19.92917
 i= 1059 j=  742 glon=  287.57 (0-360E) glon=  287.57 glat=  36.16 u= -18.4800 v=  -2.3300 vr=  -4.82073 vt=  17.99166
 i= 1064 j=  742 glon=  287.77 (0-360E) glon=  287.77 glat=  36.16 u= -15.4700 v=  -1.0700 vr=  -4.66866 vt=  14.78747
 i= 1069 j=  742 glon=  287.97 (0-360E) glon=  287.97 glat=  36.16 u= -13.2600 v=   0.4500 vr=  -3.90389 vt=  12.68029
 i= 1074 j=  742 glon=  288.17 (0-360E) glon=  288.17 glat=  36.16 u= -12.0000 v=   1.9100 vr=  -3.17928 vt=  11.72776
 i= 1079 j=  742 glon=  288.37 (0-360E) glon=  288.37 glat=  36.16 u= -10.8600 v=   2.7500 vr=  -2.85762 vt=  10.83218
 i= 1084 j=  742 glon=  288.57 (0-360E) glon=  288.57 glat=  36.16 u=  -9.1400 v=   4.4100 vr=  -1.34427 vt=  10.05886
 i= 1089 j=  742 glon=  288.77 (0-360E) glon=  288.77 glat=  36.16 u=  -6.8200 v=   6.2800 vr=   0.85354 vt=   9.23159
 i= 1009 j=  747 glon=  285.57 (0-360E) glon=  285.57 glat=  35.96 u= -17.1600 v= -15.7300 vr=   1.46053 vt=  23.23285
 i= 1014 j=  747 glon=  285.77 (0-360E) glon=  285.77 glat=  35.96 u= -14.3100 v= -21.4200 vr=  -6.09153 vt=  25.02970
 i= 1019 j=  747 glon=  285.97 (0-360E) glon=  285.97 glat=  35.96 u= -14.7100 v= -22.0800 vr=  -8.07601 vt=  25.27229
 i= 1024 j=  747 glon=  286.17 (0-360E) glon=  286.17 glat=  35.96 u= -16.2600 v= -22.1200 vr=  -9.17607 vt=  25.87434
 i= 1029 j=  747 glon=  286.37 (0-360E) glon=  286.37 glat=  35.96 u= -17.6100 v= -22.5900 vr= -11.13249 vt=  26.39106
 i= 1034 j=  747 glon=  286.57 (0-360E) glon=  286.57 glat=  35.96 u= -19.9900 v= -25.4800 vr= -15.29331 vt=  28.54724
 i= 1039 j=  747 glon=  286.77 (0-360E) glon=  286.77 glat=  35.96 u= -21.1700 v= -19.8700 vr= -12.48040 vt=  26.21498
 i= 1044 j=  747 glon=  286.97 (0-360E) glon=  286.97 glat=  35.96 u= -23.7600 v= -19.7300 vr= -14.67751 vt=  27.17317
 i= 1049 j=  747 glon=  287.17 (0-360E) glon=  287.17 glat=  35.96 u= -20.4500 v=  -6.4700 vr=  -4.79496 vt=  20.90626
 i= 1054 j=  747 glon=  287.37 (0-360E) glon=  287.37 glat=  35.96 u= -16.7900 v=  -2.1400 vr=  -2.77706 vt=  16.69646
 i= 1059 j=  747 glon=  287.57 (0-360E) glon=  287.57 glat=  35.96 u= -18.2400 v=   1.8500 vr=  -1.00636 vt=  18.30594
 i= 1064 j=  747 glon=  287.77 (0-360E) glon=  287.77 glat=  35.96 u= -13.3000 v=  -0.0400 vr=  -3.58358 vt=  12.80818
 i= 1069 j=  747 glon=  287.97 (0-360E) glon=  287.97 glat=  35.96 u= -11.6300 v=   4.0600 vr=  -0.50629 vt=  12.30789
 i= 1074 j=  747 glon=  288.17 (0-360E) glon=  288.17 glat=  35.96 u= -11.6500 v=   5.0400 vr=  -0.85756 vt=  12.66447
 i= 1079 j=  747 glon=  288.37 (0-360E) glon=  288.37 glat=  35.96 u=  -9.1700 v=   6.1300 vr=   0.25818 vt=  11.02720
 i= 1084 j=  747 glon=  288.57 (0-360E) glon=  288.57 glat=  35.96 u=  -7.6000 v=   7.1200 vr=   1.10255 vt=  10.35562
 i= 1089 j=  747 glon=  288.77 (0-360E) glon=  288.77 glat=  35.96 u=  -6.5000 v=   7.8900 vr=   1.65604 vt=  10.08760
 i= 1094 j=  747 glon=  288.97 (0-360E) glon=  288.97 glat=  35.96 u=  -5.3700 v=   8.5500 vr=   2.26936 vt=   9.83816
 i= 1004 j=  752 glon=  285.37 (0-360E) glon=  285.37 glat=  35.76 u= -10.2700 v= -16.5600 vr=  -1.53561 vt=  19.42546
 i= 1009 j=  752 glon=  285.57 (0-360E) glon=  285.57 glat=  35.76 u= -13.9100 v= -21.2600 vr=  -2.74009 vt=  25.25802
 i= 1014 j=  752 glon=  285.77 (0-360E) glon=  285.77 glat=  35.76 u= -16.0900 v= -22.4700 vr=  -3.50561 vt=  27.41349
 i= 1019 j=  752 glon=  285.97 (0-360E) glon=  285.97 glat=  35.76 u= -18.2500 v= -20.0000 vr=  -2.14025 vt=  26.99040
 i= 1024 j=  752 glon=  286.17 (0-360E) glon=  286.17 glat=  35.76 u= -16.7900 v= -25.3300 vr=  -9.38591 vt=  28.90359
 i= 1029 j=  752 glon=  286.37 (0-360E) glon=  286.37 glat=  35.76 u= -20.1200 v= -23.2700 vr=  -8.45703 vt=  29.57678
 i= 1034 j=  752 glon=  286.57 (0-360E) glon=  286.57 glat=  35.76 u= -19.1700 v= -12.0400 vr=  -1.94154 vt=  22.55396
 i= 1039 j=  752 glon=  286.77 (0-360E) glon=  286.77 glat=  35.76 u= -15.7400 v=  -5.7100 vr=   0.17021 vt=  16.74284
 i= 1044 j=  752 glon=  286.97 (0-360E) glon=  286.97 glat=  35.76 u= -13.7300 v=  -7.5400 vr=  -4.20464 vt=  15.08925
 i= 1049 j=  752 glon=  287.17 (0-360E) glon=  287.17 glat=  35.76 u= -13.4800 v=  -6.3000 vr=  -4.99687 vt=  14.01541
 i= 1054 j=  752 glon=  287.37 (0-360E) glon=  287.37 glat=  35.76 u= -15.0000 v=  -3.0500 vr=  -3.71480 vt=  14.84934
 i= 1059 j=  752 glon=  287.57 (0-360E) glon=  287.57 glat=  35.76 u= -13.1400 v=   0.3300 vr=  -2.05520 vt=  12.98247
 i= 1064 j=  752 glon=  287.77 (0-360E) glon=  287.77 glat=  35.76 u= -13.4800 v=   3.1800 vr=  -1.12741 vt=  13.80405
 i= 1069 j=  752 glon=  287.97 (0-360E) glon=  287.97 glat=  35.76 u= -12.1400 v=   6.2200 vr=   0.53681 vt=  13.63011
 i= 1074 j=  752 glon=  288.17 (0-360E) glon=  288.17 glat=  35.76 u= -10.6300 v=   7.3900 vr=   0.83353 vt=  12.91953
 i= 1079 j=  752 glon=  288.37 (0-360E) glon=  288.37 glat=  35.76 u= -10.3100 v=   7.9400 vr=   0.21726 vt=  13.01125
 i= 1084 j=  752 glon=  288.57 (0-360E) glon=  288.57 glat=  35.76 u=  -7.8900 v=   8.6200 vr=   1.22986 vt=  11.62084
 i= 1089 j=  752 glon=  288.77 (0-360E) glon=  288.77 glat=  35.76 u=  -5.9800 v=   9.2700 vr=   2.19112 vt=  10.81167
 i= 1094 j=  752 glon=  288.97 (0-360E) glon=  288.97 glat=  35.76 u=  -5.1800 v=   9.2000 vr=   2.05394 vt=  10.35634
 i= 1099 j=  752 glon=  289.17 (0-360E) glon=  289.17 glat=  35.76 u=  -3.5600 v=   9.8700 vr=   3.16412 vt=  10.00394
 i=  999 j=  757 glon=  285.17 (0-360E) glon=  285.17 glat=  35.56 u=  -8.4300 v= -16.6100 vr=  -0.63218 vt=  18.61605
 i= 1004 j=  757 glon=  285.37 (0-360E) glon=  285.37 glat=  35.56 u= -11.2400 v= -21.3600 vr=  -1.50964 vt=  24.08959
 i= 1009 j=  757 glon=  285.57 (0-360E) glon=  285.57 glat=  35.56 u= -12.8400 v= -22.4900 vr=  -2.03200 vt=  25.81737
 i= 1014 j=  757 glon=  285.77 (0-360E) glon=  285.77 glat=  35.56 u= -16.0900 v= -19.3300 vr=   0.95819 vt=  25.13203
 i= 1019 j=  757 glon=  285.97 (0-360E) glon=  285.97 glat=  35.56 u= -15.2000 v= -25.3100 vr=  -5.40987 vt=  29.02360
 i= 1024 j=  757 glon=  286.17 (0-360E) glon=  286.17 glat=  35.56 u= -18.1400 v= -22.6200 vr=  -3.77681 vt=  28.74821
 i= 1029 j=  757 glon=  286.37 (0-360E) glon=  286.37 glat=  35.56 u= -17.1200 v= -16.7300 vr=  -2.52786 vt=  23.80330
 i= 1034 j=  757 glon=  286.57 (0-360E) glon=  286.57 glat=  35.56 u= -12.6400 v= -12.7100 vr=  -4.14053 vt=  17.44046
 i= 1039 j=  757 glon=  286.77 (0-360E) glon=  286.77 glat=  35.56 u= -18.5000 v=  -6.4400 vr=   1.74137 vt=  19.51131
 i= 1044 j=  757 glon=  286.97 (0-360E) glon=  286.97 glat=  35.56 u= -14.2700 v=  -6.6500 vr=  -2.51442 vt=  15.54133
 i= 1049 j=  757 glon=  287.17 (0-360E) glon=  287.17 glat=  35.56 u= -15.6000 v=  -3.1900 vr=  -1.39390 vt=  15.86169
 i= 1054 j=  757 glon=  287.37 (0-360E) glon=  287.37 glat=  35.56 u= -15.3900 v=  -2.8400 vr=  -3.66171 vt=  15.21544
 i= 1059 j=  757 glon=  287.57 (0-360E) glon=  287.57 glat=  35.56 u= -14.8900 v=  -0.3900 vr=  -3.60841 vt=  14.45142
 i= 1064 j=  757 glon=  287.77 (0-360E) glon=  287.77 glat=  35.56 u= -14.5900 v=   2.1500 vr=  -3.30406 vt=  14.37268
 i= 1069 j=  757 glon=  287.97 (0-360E) glon=  287.97 glat=  35.56 u= -13.0000 v=   4.9700 vr=  -2.00601 vt=  13.77232
 i= 1074 j=  757 glon=  288.17 (0-360E) glon=  288.17 glat=  35.56 u=  -9.4800 v=   8.5000 vr=   1.29234 vt=  12.66690
 i= 1079 j=  757 glon=  288.37 (0-360E) glon=  288.37 glat=  35.56 u=  -8.6900 v=   9.6000 vr=   1.34170 vt=  12.87928
 i= 1084 j=  757 glon=  288.57 (0-360E) glon=  288.57 glat=  35.56 u=  -7.9100 v=  10.3300 vr=   1.29235 vt=  12.94631
 i= 1089 j=  757 glon=  288.77 (0-360E) glon=  288.77 glat=  35.56 u=  -5.7000 v=  11.5500 vr=   2.82696 vt=  12.56586
 i= 1094 j=  757 glon=  288.97 (0-360E) glon=  288.97 glat=  35.56 u=  -4.5100 v=  12.7500 vr=   3.70484 vt=  13.00680
 i= 1099 j=  757 glon=  289.17 (0-360E) glon=  289.17 glat=  35.56 u=  -2.4300 v=  12.5500 vr=   4.65877 vt=  11.90392
 i= 1104 j=  757 glon=  289.37 (0-360E) glon=  289.37 glat=  35.56 u=  -1.0500 v=  12.3300 vr=   5.19914 vt=  11.22944
 i=  999 j=  762 glon=  285.17 (0-360E) glon=  285.17 glat=  35.36 u=  -7.7900 v= -22.2800 vr=  -1.77643 vt=  23.53565
 i= 1004 j=  762 glon=  285.37 (0-360E) glon=  285.37 glat=  35.36 u= -12.0800 v= -23.4000 vr=   0.70421 vt=  26.32471
 i= 1009 j=  762 glon=  285.57 (0-360E) glon=  285.57 glat=  35.36 u= -14.7900 v= -25.1500 vr=   1.07474 vt=  29.15667
 i= 1014 j=  762 glon=  285.77 (0-360E) glon=  285.77 glat=  35.36 u= -15.2500 v= -23.9600 vr=   0.52427 vt=  28.39664
 i= 1019 j=  762 glon=  285.97 (0-360E) glon=  285.97 glat=  35.36 u= -14.9400 v= -26.2900 vr=  -2.90468 vt=  30.09868
 i= 1024 j=  762 glon=  286.17 (0-360E) glon=  286.17 glat=  35.36 u= -13.2400 v= -16.5300 vr=  -0.34751 vt=  21.17588
 i= 1029 j=  762 glon=  286.37 (0-360E) glon=  286.37 glat=  35.36 u= -14.2500 v= -15.6300 vr=  -1.04247 vt=  21.12517
 i= 1034 j=  762 glon=  286.57 (0-360E) glon=  286.57 glat=  35.36 u= -16.0600 v= -14.0100 vr=  -1.16005 vt=  21.28046
 i= 1039 j=  762 glon=  286.77 (0-360E) glon=  286.77 glat=  35.36 u= -17.3100 v= -13.0000 vr=  -2.75101 vt=  21.47250
 i= 1044 j=  762 glon=  286.97 (0-360E) glon=  286.97 glat=  35.36 u= -15.9300 v= -10.3600 vr=  -4.41592 vt=  18.48227
 i= 1049 j=  762 glon=  287.17 (0-360E) glon=  287.17 glat=  35.36 u= -15.5000 v=  -7.0400 vr=  -4.75602 vt=  16.34601
 i= 1054 j=  762 glon=  287.37 (0-360E) glon=  287.37 glat=  35.36 u= -16.7100 v=   0.3300 vr=  -0.79835 vt=  16.69418
 i= 1059 j=  762 glon=  287.57 (0-360E) glon=  287.57 glat=  35.36 u= -16.1200 v=   6.4700 vr=   1.89207 vt=  17.26660
 i= 1064 j=  762 glon=  287.77 (0-360E) glon=  287.77 glat=  35.36 u= -14.7900 v=   9.8300 vr=   2.29774 vt=  17.60947
 i= 1069 j=  762 glon=  287.97 (0-360E) glon=  287.97 glat=  35.36 u= -11.5200 v=   8.3000 vr=   0.15647 vt=  14.19774
 i= 1074 j=  762 glon=  288.17 (0-360E) glon=  288.17 glat=  35.36 u=  -5.6700 v=   9.9100 vr=   3.47379 vt=  10.87611
 i= 1079 j=  762 glon=  288.37 (0-360E) glon=  288.37 glat=  35.36 u=  -6.3300 v=  11.3600 vr=   2.78778 vt=  12.70224
 i= 1084 j=  762 glon=  288.57 (0-360E) glon=  288.57 glat=  35.36 u=  -4.0300 v=  13.3900 vr=   4.75898 vt=  13.14858
 i= 1089 j=  762 glon=  288.77 (0-360E) glon=  288.77 glat=  35.36 u=  -3.4900 v=  14.1000 vr=   4.67448 vt=  13.75279
 i= 1094 j=  762 glon=  288.97 (0-360E) glon=  288.97 glat=  35.36 u=  -3.0800 v=  15.0700 vr=   4.71296 vt=  14.64170
 i= 1099 j=  762 glon=  289.17 (0-360E) glon=  289.17 glat=  35.36 u=  -0.8700 v=  14.5500 vr=   5.74934 vt=  13.39420
 i= 1104 j=  762 glon=  289.37 (0-360E) glon=  289.37 glat=  35.36 u=   0.6600 v=  13.8900 vr=   6.32560 vt=  12.38364
 i= 1109 j=  762 glon=  289.57 (0-360E) glon=  289.57 glat=  35.36 u=   1.0100 v=  13.5600 vr=   6.09280 vt=  12.15613
 i=  994 j=  767 glon=  284.97 (0-360E) glon=  284.97 glat=  35.16 u=  -8.5700 v= -20.7300 vr=   2.37811 vt=  22.30521
 i=  999 j=  767 glon=  285.17 (0-360E) glon=  285.17 glat=  35.16 u=  -9.1500 v= -25.1900 vr=   0.97824 vt=  26.78249
 i= 1004 j=  767 glon=  285.37 (0-360E) glon=  285.37 glat=  35.16 u= -11.6300 v= -26.0700 vr=   2.19223 vt=  28.46218
 i= 1009 j=  767 glon=  285.57 (0-360E) glon=  285.57 glat=  35.16 u= -13.3100 v= -22.7700 vr=   3.92375 vt=  26.08128
 i= 1014 j=  767 glon=  285.77 (0-360E) glon=  285.77 glat=  35.16 u= -14.8800 v= -24.6200 vr=   3.41779 vt=  28.56357
 i= 1019 j=  767 glon=  285.97 (0-360E) glon=  285.97 glat=  35.16 u= -10.8800 v= -22.6300 vr=  -0.80311 vt=  25.09674
 i= 1024 j=  767 glon=  286.17 (0-360E) glon=  286.17 glat=  35.16 u= -10.3600 v= -18.7300 vr=  -0.96491 vt=  21.38250
 i= 1029 j=  767 glon=  286.37 (0-360E) glon=  286.37 glat=  35.16 u= -13.9500 v= -19.8300 vr=  -0.67210 vt=  24.23592
 i= 1034 j=  767 glon=  286.57 (0-360E) glon=  286.57 glat=  35.16 u= -17.1400 v= -18.3400 vr=  -0.19873 vt=  25.10171
 i= 1039 j=  767 glon=  286.77 (0-360E) glon=  286.77 glat=  35.16 u= -18.0900 v= -17.1300 vr=  -2.59303 vt=  24.77824
 i= 1044 j=  767 glon=  286.97 (0-360E) glon=  286.97 glat=  35.16 u= -17.9800 v= -13.0000 vr=  -3.93633 vt=  21.83542
 i= 1049 j=  767 glon=  287.17 (0-360E) glon=  287.17 glat=  35.16 u= -16.3000 v=  -7.5600 vr=  -4.31051 vt=  17.44314
 i= 1054 j=  767 glon=  287.37 (0-360E) glon=  287.37 glat=  35.16 u= -16.9900 v=  -1.7100 vr=  -3.24590 vt=  16.76450
 i= 1059 j=  767 glon=  287.57 (0-360E) glon=  287.57 glat=  35.16 u= -15.4200 v=   4.2000 vr=  -1.50778 vt=  15.91047
 i= 1064 j=  767 glon=  287.77 (0-360E) glon=  287.77 glat=  35.16 u= -13.3900 v=   9.0500 vr=   0.14523 vt=  16.16086
 i= 1069 j=  767 glon=  287.97 (0-360E) glon=  287.97 glat=  35.16 u= -11.3900 v=  12.9800 vr=   1.57079 vt=  17.19724
 i= 1074 j=  767 glon=  288.17 (0-360E) glon=  288.17 glat=  35.16 u=  -7.9800 v=  18.4400 vr=   5.38837 vt=  19.35664
 i= 1079 j=  767 glon=  288.37 (0-360E) glon=  288.37 glat=  35.16 u=  -4.7300 v=  15.2500 vr=   4.40577 vt=  15.34681
 i= 1084 j=  767 glon=  288.57 (0-360E) glon=  288.57 glat=  35.16 u=  -2.0600 v=  14.5700 vr=   5.22655 vt=  13.75542
 i= 1089 j=  767 glon=  288.77 (0-360E) glon=  288.77 glat=  35.16 u=  -0.3000 v=  16.5900 vr=   6.84378 vt=  15.11558
 i= 1094 j=  767 glon=  288.97 (0-360E) glon=  288.97 glat=  35.16 u=   0.0200 v=  16.3600 vr=   6.31141 vt=  15.09358
 i= 1099 j=  767 glon=  289.17 (0-360E) glon=  289.17 glat=  35.16 u=   1.4200 v=  16.2700 vr=   6.99105 vt=  14.75989
 i= 1104 j=  767 glon=  289.37 (0-360E) glon=  289.37 glat=  35.16 u=   1.9200 v=  15.6600 vr=   6.78350 vt=  14.24451
 i= 1109 j=  767 glon=  289.57 (0-360E) glon=  289.57 glat=  35.16 u=   2.2800 v=  14.9300 vr=   6.51898 vt=  13.62374
 i=  994 j=  772 glon=  284.97 (0-360E) glon=  284.97 glat=  34.96 u=  -8.0500 v= -24.2900 vr=   3.38680 vt=  25.36407
 i=  999 j=  772 glon=  285.17 (0-360E) glon=  285.17 glat=  34.96 u= -11.0100 v= -25.5100 vr=   5.57543 vt=  27.21938
 i= 1004 j=  772 glon=  285.37 (0-360E) glon=  285.37 glat=  34.96 u= -11.1800 v= -27.2800 vr=   4.75420 vt=  29.09619
 i= 1009 j=  772 glon=  285.57 (0-360E) glon=  285.57 glat=  34.96 u=  -9.5000 v= -23.7700 vr=   3.24484 vt=  25.39161
 i= 1014 j=  772 glon=  285.77 (0-360E) glon=  285.77 glat=  34.96 u=  -8.1500 v= -25.1000 vr=   0.75317 vt=  26.37926
 i= 1019 j=  772 glon=  285.97 (0-360E) glon=  285.97 glat=  34.96 u=  -6.5700 v= -21.7600 vr=  -0.75262 vt=  22.71775
 i= 1024 j=  772 glon=  286.17 (0-360E) glon=  286.17 glat=  34.96 u=  -9.7100 v= -21.5900 vr=   1.01506 vt=  23.65125
 i= 1029 j=  772 glon=  286.37 (0-360E) glon=  286.37 glat=  34.96 u= -13.9600 v= -21.1200 vr=   3.33392 vt=  25.09623
 i= 1034 j=  772 glon=  286.57 (0-360E) glon=  286.57 glat=  34.96 u= -15.8600 v= -20.2200 vr=   2.85146 vt=  25.53933
 i= 1039 j=  772 glon=  286.77 (0-360E) glon=  286.77 glat=  34.96 u= -13.2800 v= -21.5200 vr=  -3.82583 vt=  24.99664
 i= 1044 j=  772 glon=  286.97 (0-360E) glon=  286.97 glat=  34.96 u= -15.9800 v= -15.9100 vr=  -3.33434 vt=  22.30181
 i= 1049 j=  772 glon=  287.17 (0-360E) glon=  287.17 glat=  34.96 u= -17.2900 v=  -8.1200 vr=  -2.84183 vt=  18.88922
 i= 1054 j=  772 glon=  287.37 (0-360E) glon=  287.37 glat=  34.96 u= -15.6500 v=   0.4500 vr=  -1.72179 vt=  15.56151
 i= 1059 j=  772 glon=  287.57 (0-360E) glon=  287.57 glat=  34.96 u= -13.2600 v=   6.9700 vr=  -0.60101 vt=  14.96821
 i= 1064 j=  772 glon=  287.77 (0-360E) glon=  287.77 glat=  34.96 u=  -5.7000 v=  13.4700 vr=   5.38045 vt=  13.60080
 i= 1069 j=  772 glon=  287.97 (0-360E) glon=  287.97 glat=  34.96 u=  -4.4000 v=  16.4400 vr=   5.67458 vt=  16.04471
 i= 1074 j=  772 glon=  288.17 (0-360E) glon=  288.17 glat=  34.96 u=  -4.1600 v=  16.4800 vr=   3.99668 vt=  16.52037
 i= 1079 j=  772 glon=  288.37 (0-360E) glon=  288.37 glat=  34.96 u=  -3.8900 v=  18.0800 vr=   3.51655 vt=  18.15633
 i= 1084 j=  772 glon=  288.57 (0-360E) glon=  288.57 glat=  34.96 u=  -0.6100 v=  17.5400 vr=   5.34018 vt=  16.71844
 i= 1089 j=  772 glon=  288.77 (0-360E) glon=  288.77 glat=  34.96 u=   2.0300 v=  17.4300 vr=   7.07497 vt=  16.05835
 i= 1094 j=  772 glon=  288.97 (0-360E) glon=  288.97 glat=  34.96 u=   3.1100 v=  18.1700 vr=   7.74308 vt=  16.72919
 i= 1099 j=  772 glon=  289.17 (0-360E) glon=  289.17 glat=  34.96 u=   4.1300 v=  17.3100 vr=   8.06014 vt=  15.86591
 i= 1104 j=  772 glon=  289.37 (0-360E) glon=  289.37 glat=  34.96 u=   3.3400 v=  17.0600 vr=   6.86697 vt=  15.97009
 i= 1109 j=  772 glon=  289.57 (0-360E) glon=  289.57 glat=  34.96 u=   4.1900 v=  16.4200 vr=   7.26906 vt=  15.30795
 i=  994 j=  777 glon=  284.97 (0-360E) glon=  284.97 glat=  34.76 u=  -5.8800 v= -25.0200 vr=   3.73708 vt=  25.42851
 i=  999 j=  777 glon=  285.17 (0-360E) glon=  285.17 glat=  34.76 u= -10.2300 v= -26.3700 vr=   7.71010 vt=  27.21368
 i= 1004 j=  777 glon=  285.37 (0-360E) glon=  285.37 glat=  34.76 u=  -9.7200 v= -27.7800 vr=   6.76130 vt=  28.64423
 i= 1009 j=  777 glon=  285.57 (0-360E) glon=  285.57 glat=  34.76 u=  -6.3500 v= -24.9800 vr=   3.36832 vt=  25.55342
 i= 1014 j=  777 glon=  285.77 (0-360E) glon=  285.77 glat=  34.76 u=  -2.9600 v= -23.8800 vr=  -0.26069 vt=  24.06134
 i= 1019 j=  777 glon=  285.97 (0-360E) glon=  285.97 glat=  34.76 u=  -4.4900 v= -21.9200 vr=   1.05128 vt=  22.35042
 i= 1024 j=  777 glon=  286.17 (0-360E) glon=  286.17 glat=  34.76 u=  -7.2400 v= -22.8700 vr=   2.96051 vt=  23.80525
 i= 1029 j=  777 glon=  286.37 (0-360E) glon=  286.37 glat=  34.76 u=  -8.7200 v= -24.1000 vr=   3.20344 vt=  25.42806
 i= 1034 j=  777 glon=  286.57 (0-360E) glon=  286.57 glat=  34.76 u=  -9.1000 v= -28.1700 vr=   0.94869 vt=  29.58815
 i= 1039 j=  777 glon=  286.77 (0-360E) glon=  286.77 glat=  34.76 u= -10.2700 v= -22.7300 vr=   1.16656 vt=  24.91515
 i= 1044 j=  777 glon=  286.97 (0-360E) glon=  286.97 glat=  34.76 u= -11.9900 v= -17.4600 vr=   0.77894 vt=  21.16613
 i= 1049 j=  777 glon=  287.17 (0-360E) glon=  287.17 glat=  34.76 u= -10.6000 v=  -9.4400 vr=  -2.25485 vt=  14.01390
 i= 1054 j=  777 glon=  287.37 (0-360E) glon=  287.37 glat=  34.76 u=  -5.6100 v=   0.6200 vr=  -1.01483 vt=   5.55217
 i= 1059 j=  777 glon=  287.57 (0-360E) glon=  287.57 glat=  34.76 u=  -2.3900 v=   9.4800 vr=   4.09861 vt=   8.87603
 i= 1064 j=  777 glon=  287.77 (0-360E) glon=  287.77 glat=  34.76 u=  -1.3600 v=  14.9300 vr=   4.98976 vt=  14.13707
 i= 1069 j=  777 glon=  287.97 (0-360E) glon=  287.97 glat=  34.76 u=   1.1200 v=  19.1500 vr=   6.89876 vt=  17.89928
 i= 1074 j=  777 glon=  288.17 (0-360E) glon=  288.17 glat=  34.76 u=   2.1900 v=  20.7000 vr=   7.04950 vt=  19.58547
 i= 1079 j=  777 glon=  288.37 (0-360E) glon=  288.37 glat=  34.76 u=   1.4000 v=  20.9200 vr=   5.43413 vt=  20.25035
 i= 1084 j=  777 glon=  288.57 (0-360E) glon=  288.57 glat=  34.76 u=   1.6000 v=  19.4500 vr=   4.75643 vt=  18.92720
 i= 1089 j=  777 glon=  288.77 (0-360E) glon=  288.77 glat=  34.76 u=   5.8600 v=  18.6200 vr=   8.41994 vt=  17.61104
 i= 1094 j=  777 glon=  288.97 (0-360E) glon=  288.97 glat=  34.76 u=   6.2200 v=  19.4900 vr=   8.57036 vt=  18.57680
 i= 1099 j=  777 glon=  289.17 (0-360E) glon=  289.17 glat=  34.76 u=   6.3600 v=  19.2300 vr=   8.41796 vt=  18.42228
 i= 1104 j=  777 glon=  289.37 (0-360E) glon=  289.37 glat=  34.76 u=   5.8800 v=  18.1600 vr=   7.62270 vt=  17.50013
 i= 1109 j=  777 glon=  289.57 (0-360E) glon=  289.57 glat=  34.76 u=   5.7700 v=  18.0600 vr=   7.33520 vt=  17.48289
 i=  994 j=  782 glon=  284.97 (0-360E) glon=  284.97 glat=  34.56 u=  -0.4600 v= -22.7900 vr=   0.84788 vt=  22.77887
 i=  999 j=  782 glon=  285.17 (0-360E) glon=  285.17 glat=  34.56 u=  -6.6200 v= -25.6700 vr=   7.08052 vt=  25.54681
 i= 1004 j=  782 glon=  285.37 (0-360E) glon=  285.37 glat=  34.56 u=  -6.4900 v= -27.3800 vr=   7.01352 vt=  27.25060
 i= 1009 j=  782 glon=  285.57 (0-360E) glon=  285.57 glat=  34.56 u=  -2.6100 v= -25.2500 vr=   3.13093 vt=  25.19071
 i= 1014 j=  782 glon=  285.77 (0-360E) glon=  285.77 glat=  34.56 u=   1.6100 v= -24.6200 vr=  -1.05380 vt=  24.65007
 i= 1019 j=  782 glon=  285.97 (0-360E) glon=  285.97 glat=  34.56 u=  -0.8500 v= -21.8300 vr=   1.39840 vt=  21.80174
 i= 1024 j=  782 glon=  286.17 (0-360E) glon=  286.17 glat=  34.56 u=  -1.1600 v= -24.1700 vr=   1.85269 vt=  24.12679
 i= 1029 j=  782 glon=  286.37 (0-360E) glon=  286.37 glat=  34.56 u=   0.0400 v= -27.0400 vr=   0.87563 vt=  27.02585
 i= 1034 j=  782 glon=  286.57 (0-360E) glon=  286.57 glat=  34.56 u=  -2.3800 v= -29.2100 vr=   3.60578 vt=  29.08413
 i= 1039 j=  782 glon=  286.77 (0-360E) glon=  286.77 glat=  34.56 u=   0.0300 v= -23.9100 vr=   1.32279 vt=  23.87340
 i= 1044 j=  782 glon=  286.97 (0-360E) glon=  286.97 glat=  34.56 u=  -1.8100 v= -19.0300 vr=   3.49247 vt=  18.79414
 i= 1049 j=  782 glon=  287.17 (0-360E) glon=  287.17 glat=  34.56 u=   0.4600 v=  -4.7100 vr=   0.55555 vt=   4.69969
 i= 1054 j=  782 glon=  287.37 (0-360E) glon=  287.37 glat=  34.56 u=   8.0900 v=  12.0900 vr=   2.23813 vt=  14.37383
 i= 1059 j=  782 glon=  287.57 (0-360E) glon=  287.57 glat=  34.56 u=  11.5700 v=  16.4700 vr=   9.64480 vt=  17.66645
 i= 1064 j=  782 glon=  287.77 (0-360E) glon=  287.77 glat=  34.56 u=  10.8900 v=  19.9500 vr=   9.57047 vt=  20.61555
 i= 1069 j=  782 glon=  287.97 (0-360E) glon=  287.97 glat=  34.56 u=   8.3800 v=  23.6000 vr=   7.27942 vt=  23.96235
 i= 1074 j=  782 glon=  288.17 (0-360E) glon=  288.17 glat=  34.56 u=   6.9200 v=  23.8200 vr=   6.04932 vt=  24.05586
 i= 1079 j=  782 glon=  288.37 (0-360E) glon=  288.37 glat=  34.56 u=   6.9700 v=  22.9000 vr=   6.27261 vt=  23.10076
 i= 1084 j=  782 glon=  288.57 (0-360E) glon=  288.57 glat=  34.56 u=   5.4600 v=  21.9100 vr=   4.88241 vt=  22.04590
 i= 1089 j=  782 glon=  288.77 (0-360E) glon=  288.77 glat=  34.56 u=   7.5600 v=  20.5300 vr=   7.07729 vt=  20.70137
 i= 1094 j=  782 glon=  288.97 (0-360E) glon=  288.97 glat=  34.56 u=   8.0300 v=  20.2400 vr=   7.59729 vt=  20.40636
 i= 1099 j=  782 glon=  289.17 (0-360E) glon=  289.17 glat=  34.56 u=   8.7600 v=  20.4200 vr=   8.35682 vt=  20.58829
 i= 1104 j=  782 glon=  289.37 (0-360E) glon=  289.37 glat=  34.56 u=   8.0400 v=  19.1200 vr=   7.68723 vt=  19.26454
 i= 1109 j=  782 glon=  289.57 (0-360E) glon=  289.57 glat=  34.56 u=   7.0300 v=  18.9500 vr=   6.70021 vt=  19.06910
 i=  994 j=  787 glon=  284.97 (0-360E) glon=  284.97 glat=  34.36 u=   1.4700 v= -18.7000 vr=   0.80785 vt=  18.74028
 i=  999 j=  787 glon=  285.17 (0-360E) glon=  285.17 glat=  34.36 u=  -3.1700 v= -26.5300 vr=   6.63020 vt=  25.88301
 i= 1004 j=  787 glon=  285.37 (0-360E) glon=  285.37 glat=  34.36 u=  -3.8200 v= -28.8000 vr=   7.92264 vt=  27.95110
 i= 1009 j=  787 glon=  285.57 (0-360E) glon=  285.57 glat=  34.36 u=   1.7700 v= -24.1800 vr=   2.09833 vt=  24.15372
 i= 1014 j=  787 glon=  285.77 (0-360E) glon=  285.77 glat=  34.36 u=   6.3900 v= -24.9400 vr=  -1.84415 vt=  25.67946
 i= 1019 j=  787 glon=  285.97 (0-360E) glon=  285.97 glat=  34.36 u=   3.9200 v= -21.6400 vr=   0.55098 vt=  21.98528
 i= 1024 j=  787 glon=  286.17 (0-360E) glon=  286.17 glat=  34.36 u=   5.0100 v= -24.2600 vr=   0.85000 vt=  24.75733
 i= 1029 j=  787 glon=  286.37 (0-360E) glon=  286.37 glat=  34.36 u=   8.8300 v= -25.6400 vr=  -1.25646 vt=  27.08874
 i= 1034 j=  787 glon=  286.57 (0-360E) glon=  286.57 glat=  34.36 u=   7.4800 v= -25.6400 vr=   1.92653 vt=  26.63923
 i= 1039 j=  787 glon=  286.77 (0-360E) glon=  286.77 glat=  34.36 u=  10.5800 v= -22.1800 vr=   0.64149 vt=  24.56577
 i= 1044 j=  787 glon=  286.97 (0-360E) glon=  286.97 glat=  34.36 u=  13.2900 v= -15.8700 vr=  -0.32181 vt=  20.69728
 i= 1049 j=  787 glon=  287.17 (0-360E) glon=  287.17 glat=  34.36 u=  18.3100 v=   1.6800 vr=  -9.68637 vt=  15.62859
 i= 1054 j=  787 glon=  287.37 (0-360E) glon=  287.37 glat=  34.36 u=  21.4600 v=  13.5900 vr=  -8.33369 vt=  23.99519
 i= 1059 j=  787 glon=  287.57 (0-360E) glon=  287.57 glat=  34.36 u=  19.5300 v=  15.6900 vr=   2.30911 vt=  24.94524
 i= 1064 j=  787 glon=  287.77 (0-360E) glon=  287.77 glat=  34.36 u=  17.9400 v=  18.9300 vr=   5.86096 vt=  25.41334
 i= 1069 j=  787 glon=  287.97 (0-360E) glon=  287.97 glat=  34.36 u=  14.9300 v=  21.8600 vr=   5.47679 vt=  25.89921
 i= 1074 j=  787 glon=  288.17 (0-360E) glon=  288.17 glat=  34.36 u=  12.3200 v=  22.7800 vr=   4.84909 vt=  25.44007
 i= 1079 j=  787 glon=  288.37 (0-360E) glon=  288.37 glat=  34.36 u=  10.8300 v=  22.1300 vr=   4.94265 vt=  24.13703
 i= 1084 j=  787 glon=  288.57 (0-360E) glon=  288.57 glat=  34.36 u=  10.1800 v=  21.4200 vr=   5.36996 vt=  23.10005
 i= 1089 j=  787 glon=  288.77 (0-360E) glon=  288.77 glat=  34.36 u=  10.9400 v=  20.3900 vr=   6.94903 vt=  22.07140
 i= 1094 j=  787 glon=  288.97 (0-360E) glon=  288.97 glat=  34.36 u=  11.3000 v=  20.0400 vr=   7.82890 vt=  21.63331
 i= 1099 j=  787 glon=  289.17 (0-360E) glon=  289.17 glat=  34.36 u=  11.3300 v=  20.9100 vr=   8.08893 vt=  22.36440
 i= 1104 j=  787 glon=  289.37 (0-360E) glon=  289.37 glat=  34.36 u=   9.2800 v=  19.5700 vr=   6.53946 vt=  20.64797
 i= 1109 j=  787 glon=  289.57 (0-360E) glon=  289.57 glat=  34.36 u=   8.7100 v=  19.5400 vr=   6.20504 vt=  20.47372
 i=  994 j=  792 glon=  284.97 (0-360E) glon=  284.97 glat=  34.16 u=   1.9400 v= -17.3300 vr=   1.92835 vt=  17.33130
 i=  999 j=  792 glon=  285.17 (0-360E) glon=  285.17 glat=  34.16 u=   3.9200 v= -24.3700 vr=   2.01957 vt=  24.60050
 i= 1004 j=  792 glon=  285.37 (0-360E) glon=  285.37 glat=  34.16 u=   0.2000 v= -28.9700 vr=   7.37491 vt=  28.01627
 i= 1009 j=  792 glon=  285.57 (0-360E) glon=  285.57 glat=  34.16 u=   2.6000 v= -25.5600 vr=   4.87271 vt=  25.22559
 i= 1014 j=  792 glon=  285.77 (0-360E) glon=  285.77 glat=  34.16 u=   8.2900 v= -25.1600 vr=   0.22503 vt=  26.48960
 i= 1019 j=  792 glon=  285.97 (0-360E) glon=  285.97 glat=  34.16 u=   8.2500 v= -19.9600 vr=  -0.45950 vt=  21.59289
 i= 1024 j=  792 glon=  286.17 (0-360E) glon=  286.17 glat=  34.16 u=   9.3800 v= -21.2500 vr=   0.28172 vt=  23.22644
 i= 1029 j=  792 glon=  286.37 (0-360E) glon=  286.37 glat=  34.16 u=  14.2100 v= -22.9700 vr=  -1.33337 vt=  26.97716
 i= 1034 j=  792 glon=  286.57 (0-360E) glon=  286.57 glat=  34.16 u=  17.6300 v= -22.0700 vr=  -1.76282 vt=  28.19210
 i= 1039 j=  792 glon=  286.77 (0-360E) glon=  286.77 glat=  34.16 u=  18.0900 v= -17.1300 vr=  -1.16485 vt=  24.88630
 i= 1044 j=  792 glon=  286.97 (0-360E) glon=  286.97 glat=  34.16 u=  21.8100 v= -10.0100 vr=  -3.53462 vt=  23.73568
 i= 1049 j=  792 glon=  287.17 (0-360E) glon=  287.17 glat=  34.16 u=  25.1300 v=   0.8800 vr=  -7.27382 vt=  24.07037
 i= 1054 j=  792 glon=  287.37 (0-360E) glon=  287.37 glat=  34.16 u=  26.3900 v=   8.8800 vr=  -5.56422 vt=  27.28234
 i= 1059 j=  792 glon=  287.57 (0-360E) glon=  287.57 glat=  34.16 u=  25.3100 v=  13.7100 vr=  -0.66208 vt=  28.77711
 i= 1064 j=  792 glon=  287.77 (0-360E) glon=  287.77 glat=  34.16 u=  25.5900 v=  17.6300 vr=   4.01394 vt=  30.81482
 i= 1069 j=  792 glon=  287.97 (0-360E) glon=  287.97 glat=  34.16 u=  21.1500 v=  19.0900 vr=   4.98415 vt=  28.05190
 i= 1074 j=  792 glon=  288.17 (0-360E) glon=  288.17 glat=  34.16 u=  16.2600 v=  20.2800 vr=   3.54375 vt=  25.75088
 i= 1079 j=  792 glon=  288.37 (0-360E) glon=  288.37 glat=  34.16 u=  12.5500 v=  20.3600 vr=   2.37651 vt=  23.79883
 i= 1084 j=  792 glon=  288.57 (0-360E) glon=  288.57 glat=  34.16 u=  13.2400 v=  19.3500 vr=   4.90022 vt=  22.92832
 i= 1089 j=  792 glon=  288.77 (0-360E) glon=  288.77 glat=  34.16 u=  13.7800 v=  19.6400 vr=   6.40915 vt=  23.12014
 i= 1094 j=  792 glon=  288.97 (0-360E) glon=  288.97 glat=  34.16 u=  14.4900 v=  20.1100 vr=   7.81051 vt=  23.52378
 i= 1099 j=  792 glon=  289.17 (0-360E) glon=  289.17 glat=  34.16 u=  12.8300 v=  19.9800 vr=   6.95132 vt=  22.70437
 i= 1104 j=  792 glon=  289.37 (0-360E) glon=  289.37 glat=  34.16 u=  11.0000 v=  19.6500 vr=   5.81432 vt=  21.75583
 i= 1109 j=  792 glon=  289.57 (0-360E) glon=  289.57 glat=  34.16 u=  10.6600 v=  19.5600 vr=   5.94547 vt=  21.46813
 i=  999 j=  797 glon=  285.17 (0-360E) glon=  285.17 glat=  33.96 u=   6.4800 v= -23.2600 vr=   1.77299 vt=  24.08058
 i= 1004 j=  797 glon=  285.37 (0-360E) glon=  285.37 glat=  33.96 u=   4.0700 v= -26.7000 vr=   6.04021 vt=  26.32434
 i= 1009 j=  797 glon=  285.57 (0-360E) glon=  285.57 glat=  33.96 u=   4.3700 v= -25.0900 vr=   6.11094 vt=  24.72370
 i= 1014 j=  797 glon=  285.77 (0-360E) glon=  285.77 glat=  33.96 u=   9.6200 v= -23.6900 vr=   1.92048 vt=  25.49651
 i= 1019 j=  797 glon=  285.97 (0-360E) glon=  285.97 glat=  33.96 u=  12.4900 v= -16.9800 vr=  -2.44439 vt=  20.93670
 i= 1024 j=  797 glon=  286.17 (0-360E) glon=  286.17 glat=  33.96 u=  12.4900 v= -18.1800 vr=  -0.27019 vt=  22.05537
 i= 1029 j=  797 glon=  286.37 (0-360E) glon=  286.37 glat=  33.96 u=  15.0900 v= -18.1700 vr=  -0.27489 vt=  23.61740
 i= 1034 j=  797 glon=  286.57 (0-360E) glon=  286.57 glat=  33.96 u=  21.4600 v= -15.8200 vr=  -3.59504 vt=  26.41741
 i= 1039 j=  797 glon=  286.77 (0-360E) glon=  286.77 glat=  33.96 u=  24.8600 v= -13.0400 vr=  -3.71341 vt=  27.82574
 i= 1044 j=  797 glon=  286.97 (0-360E) glon=  286.97 glat=  33.96 u=  25.8100 v=  -8.4100 vr=  -2.78356 vt=  27.00252
 i= 1049 j=  797 glon=  287.17 (0-360E) glon=  287.17 glat=  33.96 u=  28.2100 v=  -0.7300 vr=  -4.27391 vt=  27.89392
 i= 1054 j=  797 glon=  287.37 (0-360E) glon=  287.37 glat=  33.96 u=  30.6300 v=   5.8800 vr=  -3.28453 vt=  31.01585
 i= 1059 j=  797 glon=  287.57 (0-360E) glon=  287.57 glat=  33.96 u=  30.5200 v=  10.5000 vr=   0.12735 vt=  32.27544
 i= 1064 j=  797 glon=  287.77 (0-360E) glon=  287.77 glat=  33.96 u=  26.5000 v=  13.7800 vr=   2.08564 vt=  29.79578
 i= 1069 j=  797 glon=  287.97 (0-360E) glon=  287.97 glat=  33.96 u=  22.6900 v=  15.1600 vr=   3.54216 vt=  27.05762
 i= 1074 j=  797 glon=  288.17 (0-360E) glon=  288.17 glat=  33.96 u=  16.7900 v=  17.4400 vr=   1.10367 vt=  24.18346
 i= 1079 j=  797 glon=  288.37 (0-360E) glon=  288.37 glat=  33.96 u=  15.9100 v=  18.0200 vr=   2.47348 vt=  23.91088
 i= 1084 j=  797 glon=  288.57 (0-360E) glon=  288.57 glat=  33.96 u=  16.7500 v=  18.1000 vr=   5.01330 vt=  24.14621
 i= 1089 j=  797 glon=  288.77 (0-360E) glon=  288.77 glat=  33.96 u=  15.5600 v=  19.4400 vr=   4.82199 vt=  24.42899
 i= 1094 j=  797 glon=  288.97 (0-360E) glon=  288.97 glat=  33.96 u=  16.3800 v=  19.7900 vr=   6.62988 vt=  24.81921
 i= 1099 j=  797 glon=  289.17 (0-360E) glon=  289.17 glat=  33.96 u=  14.1600 v=  18.8100 vr=   5.95190 vt=  22.77930
 i= 1104 j=  797 glon=  289.37 (0-360E) glon=  289.37 glat=  33.96 u=  12.8200 v=  19.0400 vr=   5.38039 vt=  22.31424
 i= 1109 j=  797 glon=  289.57 (0-360E) glon=  289.57 glat=  33.96 u=  12.9000 v=  18.9100 vr=   6.12821 vt=  22.05546
 i=  999 j=  802 glon=  285.17 (0-360E) glon=  285.17 glat=  33.76 u=   5.0600 v= -23.2300 vr=   5.35550 vt=  23.16366
 i= 1004 j=  802 glon=  285.37 (0-360E) glon=  285.37 glat=  33.76 u=   7.1200 v= -25.0000 vr=   5.23020 vt=  25.46251
 i= 1009 j=  802 glon=  285.57 (0-360E) glon=  285.57 glat=  33.76 u=   5.8600 v= -25.1800 vr=   7.55723 vt=  24.72368
 i= 1014 j=  802 glon=  285.77 (0-360E) glon=  285.77 glat=  33.76 u=   9.7400 v= -22.7600 vr=   4.30689 vt=  24.37900
 i= 1019 j=  802 glon=  285.97 (0-360E) glon=  285.97 glat=  33.76 u=  13.6100 v= -18.2700 vr=   0.08730 vt=  22.78195
 i= 1024 j=  802 glon=  286.17 (0-360E) glon=  286.17 glat=  33.76 u=  14.7900 v= -14.2200 vr=  -1.68547 vt=  20.44778
 i= 1029 j=  802 glon=  286.37 (0-360E) glon=  286.37 glat=  33.76 u=  17.0500 v= -13.3900 vr=  -1.86514 vt=  21.59898
 i= 1034 j=  802 glon=  286.57 (0-360E) glon=  286.57 glat=  33.76 u=  19.9400 v= -12.5200 vr=  -1.73518 vt=  23.48070
 i= 1039 j=  802 glon=  286.77 (0-360E) glon=  286.77 glat=  33.76 u=  23.6700 v= -11.1800 vr=  -1.33482 vt=  26.14344
 i= 1044 j=  802 glon=  286.97 (0-360E) glon=  286.97 glat=  33.76 u=  26.4200 v=  -7.0000 vr=  -1.78905 vt=  27.27298
 i= 1049 j=  802 glon=  287.17 (0-360E) glon=  287.17 glat=  33.76 u=  30.2200 v=  -1.0400 vr=  -3.04998 vt=  30.08368
 i= 1054 j=  802 glon=  287.37 (0-360E) glon=  287.37 glat=  33.76 u=  31.7300 v=   3.0000 vr=  -0.96953 vt=  31.85676
 i= 1059 j=  802 glon=  287.57 (0-360E) glon=  287.57 glat=  33.76 u=  28.5200 v=   8.1900 vr=  -0.63621 vt=  29.66583
 i= 1064 j=  802 glon=  287.77 (0-360E) glon=  287.77 glat=  33.76 u=  24.4200 v=  11.0800 vr=   0.22987 vt=  26.81511
 i= 1069 j=  802 glon=  287.97 (0-360E) glon=  287.97 glat=  33.76 u=  21.7500 v=  12.0000 vr=   2.03162 vt=  24.75752
 i= 1074 j=  802 glon=  288.17 (0-360E) glon=  288.17 glat=  33.76 u=  18.2600 v=  16.0100 vr=  -0.18789 vt=  24.28399
 i= 1079 j=  802 glon=  288.37 (0-360E) glon=  288.37 glat=  33.76 u=  19.5200 v=  16.4200 vr=   2.95517 vt=  25.33602
 i= 1084 j=  802 glon=  288.57 (0-360E) glon=  288.57 glat=  33.76 u=  19.8900 v=  16.5100 vr=   5.31853 vt=  25.29635
 i= 1089 j=  802 glon=  288.77 (0-360E) glon=  288.77 glat=  33.76 u=  16.5000 v=  18.5500 vr=   3.11290 vt=  24.63052
 i= 1094 j=  802 glon=  288.97 (0-360E) glon=  288.97 glat=  33.76 u=  18.0000 v=  18.3100 vr=   5.93303 vt=  24.98110
 i= 1099 j=  802 glon=  289.17 (0-360E) glon=  289.17 glat=  33.76 u=  15.1900 v=  18.3200 vr=   4.65199 vt=  23.33918
 i= 1104 j=  802 glon=  289.37 (0-360E) glon=  289.37 glat=  33.76 u=  14.7900 v=  17.6800 vr=   5.51912 vt=  22.38003
 i= 1004 j=  807 glon=  285.37 (0-360E) glon=  285.37 glat=  33.56 u=   9.7000 v= -22.7600 vr=   4.19297 vt=  24.38292
 i= 1009 j=  807 glon=  285.57 (0-360E) glon=  285.57 glat=  33.56 u=   9.8000 v= -23.4500 vr=   5.72909 vt=  24.76126
 i= 1014 j=  807 glon=  285.77 (0-360E) glon=  285.77 glat=  33.56 u=  10.4200 v= -23.2500 vr=   6.55688 vt=  24.62004
 i= 1019 j=  807 glon=  285.97 (0-360E) glon=  285.97 glat=  33.56 u=  14.2400 v= -20.7100 vr=   3.69931 vt=  24.85954
 i= 1024 j=  807 glon=  286.17 (0-360E) glon=  286.17 glat=  33.56 u=  15.8900 v= -16.6300 vr=   1.56115 vt=  22.94802
 i= 1029 j=  807 glon=  286.37 (0-360E) glon=  286.37 glat=  33.56 u=  17.0200 v= -13.1800 vr=   0.28653 vt=  21.52465
 i= 1034 j=  807 glon=  286.57 (0-360E) glon=  286.57 glat=  33.56 u=  19.1300 v= -11.5500 vr=   0.18113 vt=  22.34562
 i= 1039 j=  807 glon=  286.77 (0-360E) glon=  286.77 glat=  33.56 u=  21.1100 v=  -9.4700 vr=   0.32314 vt=  23.13458
 i= 1044 j=  807 glon=  286.97 (0-360E) glon=  286.97 glat=  33.56 u=  23.6600 v=  -6.8400 vr=   0.41564 vt=  24.62536
 i= 1049 j=  807 glon=  287.17 (0-360E) glon=  287.17 glat=  33.56 u=  25.7700 v=  -1.7800 vr=  -1.04160 vt=  25.81039
 i= 1054 j=  807 glon=  287.37 (0-360E) glon=  287.37 glat=  33.56 u=  25.6900 v=   4.2100 vr=  -2.88368 vt=  25.87247
 i= 1059 j=  807 glon=  287.57 (0-360E) glon=  287.57 glat=  33.56 u=  25.3300 v=   6.7700 vr=  -1.35287 vt=  26.18419
 i= 1064 j=  807 glon=  287.77 (0-360E) glon=  287.77 glat=  33.56 u=  23.3400 v=   8.2400 vr=   0.45287 vt=  24.74769
 i= 1069 j=  807 glon=  287.97 (0-360E) glon=  287.97 glat=  33.56 u=  20.6500 v=  11.2700 vr=  -0.20206 vt=  23.52434
 i= 1074 j=  807 glon=  288.17 (0-360E) glon=  288.17 glat=  33.56 u=  21.6600 v=  15.8900 vr=  -0.68084 vt=  26.85487
 i= 1079 j=  807 glon=  288.37 (0-360E) glon=  288.37 glat=  33.56 u=  22.6900 v=  15.6000 vr=   2.89859 vt=  27.38237
 i= 1084 j=  807 glon=  288.57 (0-360E) glon=  288.57 glat=  33.56 u=  20.2700 v=  14.7400 vr=   4.10163 vt=  24.72483
 i= 1089 j=  807 glon=  288.77 (0-360E) glon=  288.77 glat=  33.56 u=  18.3500 v=  17.4900 vr=   2.63913 vt=  25.21225
 i= 1094 j=  807 glon=  288.97 (0-360E) glon=  288.97 glat=  33.56 u=  18.5200 v=  16.3400 vr=   5.01744 vt=  24.18287
 i= 1099 j=  807 glon=  289.17 (0-360E) glon=  289.17 glat=  33.56 u=  16.6400 v=  16.6400 vr=   4.55992 vt=  23.08650
 i= 1104 j=  807 glon=  289.37 (0-360E) glon=  289.37 glat=  33.56 u=  17.0100 v=  16.2000 vr=   6.14967 vt=  22.67072
 i= 1004 j=  812 glon=  285.37 (0-360E) glon=  285.37 glat=  33.36 u=   7.6100 v= -20.2000 vr=   6.29548 vt=  20.64749
 i= 1009 j=  812 glon=  285.57 (0-360E) glon=  285.57 glat=  33.36 u=  11.9900 v= -22.3000 vr=   5.41828 vt=  24.73241
 i= 1014 j=  812 glon=  285.77 (0-360E) glon=  285.77 glat=  33.36 u=  14.1000 v= -21.8200 vr=   5.05085 vt=  25.48355
 i= 1019 j=  812 glon=  285.97 (0-360E) glon=  285.97 glat=  33.36 u=  15.9500 v= -19.9100 vr=   4.14287 vt=  25.17235
 i= 1024 j=  812 glon=  286.17 (0-360E) glon=  286.17 glat=  33.36 u=  17.8300 v= -17.9800 vr=   3.44619 vt=  25.08611
 i= 1029 j=  812 glon=  286.37 (0-360E) glon=  286.37 glat=  33.36 u=  19.3200 v= -15.4300 vr=   2.74269 vt=  24.57285
 i= 1034 j=  812 glon=  286.57 (0-360E) glon=  286.57 glat=  33.36 u=  20.8200 v= -12.0400 vr=   1.52882 vt=  24.00201
 i= 1039 j=  812 glon=  286.77 (0-360E) glon=  286.77 glat=  33.36 u=  22.3200 v=  -7.9600 vr=  -0.10476 vt=  23.69669
 i= 1044 j=  812 glon=  286.97 (0-360E) glon=  286.97 glat=  33.36 u=  22.8400 v=  -4.2900 vr=  -0.86780 vt=  23.22319
 i= 1049 j=  812 glon=  287.17 (0-360E) glon=  287.17 glat=  33.36 u=  23.9500 v=  -1.8600 vr=  -0.33873 vt=  24.01973
 i= 1054 j=  812 glon=  287.37 (0-360E) glon=  287.37 glat=  33.36 u=  23.6200 v=   0.3900 vr=   0.62734 vt=  23.61489
 i= 1059 j=  812 glon=  287.57 (0-360E) glon=  287.57 glat=  33.36 u=  23.3700 v=   3.1400 vr=   1.00496 vt=  23.55858
 i= 1064 j=  812 glon=  287.77 (0-360E) glon=  287.77 glat=  33.36 u=  22.4100 v=   7.5500 vr=  -0.51312 vt=  23.64207
 i= 1069 j=  812 glon=  287.97 (0-360E) glon=  287.97 glat=  33.36 u=  22.4900 v=  11.1700 vr=  -1.00593 vt=  25.09098
 i= 1074 j=  812 glon=  288.17 (0-360E) glon=  288.17 glat=  33.36 u=  24.0500 v=  13.3300 vr=   0.58133 vt=  27.49097
 i= 1079 j=  812 glon=  288.37 (0-360E) glon=  288.37 glat=  33.36 u=  23.9300 v=  14.8100 vr=   1.90015 vt=  28.07793
 i= 1084 j=  812 glon=  288.57 (0-360E) glon=  288.57 glat=  33.36 u=  19.9600 v=  13.8600 vr=   2.37552 vt=  24.18384
 i= 1089 j=  812 glon=  288.77 (0-360E) glon=  288.77 glat=  33.36 u=  20.3600 v=  14.6400 vr=   3.84955 vt=  24.77983
 i= 1094 j=  812 glon=  288.97 (0-360E) glon=  288.97 glat=  33.36 u=  18.8900 v=  14.6600 vr=   4.30308 vt=  23.52087
 i= 1099 j=  812 glon=  289.17 (0-360E) glon=  289.17 glat=  33.36 u=  18.1500 v=  15.0000 vr=   4.80799 vt=  23.05007
 i= 1014 j=  817 glon=  285.77 (0-360E) glon=  285.77 glat=  33.16 u=  13.6500 v= -20.4200 vr=   6.19713 vt=  23.76751
 i= 1019 j=  817 glon=  285.97 (0-360E) glon=  285.97 glat=  33.16 u=  16.3600 v= -17.7800 vr=   4.05354 vt=  23.81904
 i= 1024 j=  817 glon=  286.17 (0-360E) glon=  286.17 glat=  33.16 u=  18.2700 v= -14.1900 vr=   1.80789 vt=  23.06254
 i= 1029 j=  817 glon=  286.37 (0-360E) glon=  286.37 glat=  33.16 u=  20.1800 v= -11.1000 vr=   0.13098 vt=  23.03096
 i= 1034 j=  817 glon=  286.57 (0-360E) glon=  286.57 glat=  33.16 u=  21.4700 v=  -9.6300 vr=   0.42657 vt=  23.52692
 i= 1039 j=  817 glon=  286.77 (0-360E) glon=  286.77 glat=  33.16 u=  21.3500 v=  -6.8400 vr=   0.19010 vt=  22.41812
 i= 1044 j=  817 glon=  286.97 (0-360E) glon=  286.97 glat=  33.16 u=  22.1600 v=  -3.0700 vr=  -1.22945 vt=  22.33784
 i= 1049 j=  817 glon=  287.17 (0-360E) glon=  287.17 glat=  33.16 u=  22.1800 v=  -0.7000 vr=  -1.04922 vt=  22.16622
 i= 1054 j=  817 glon=  287.37 (0-360E) glon=  287.37 glat=  33.16 u=  22.0000 v=   1.7700 vr=  -0.95388 vt=  22.05047
 i= 1059 j=  817 glon=  287.57 (0-360E) glon=  287.57 glat=  33.16 u=  21.2100 v=   4.7900 vr=  -1.52429 vt=  21.69066
 i= 1064 j=  817 glon=  287.77 (0-360E) glon=  287.77 glat=  33.16 u=  24.6100 v=   8.8000 vr=  -2.10151 vt=  26.05141
 i= 1069 j=  817 glon=  287.97 (0-360E) glon=  287.97 glat=  33.16 u=  25.2700 v=   9.7100 vr=   0.01932 vt=  27.07132
 i= 1074 j=  817 glon=  288.17 (0-360E) glon=  288.17 glat=  33.16 u=  24.1500 v=  11.7300 vr=   0.32707 vt=  26.84601
 i= 1079 j=  817 glon=  288.37 (0-360E) glon=  288.37 glat=  33.16 u=  21.4400 v=  12.7500 vr=   0.39789 vt=  24.94149
 i= 1084 j=  817 glon=  288.57 (0-360E) glon=  288.57 glat=  33.16 u=  21.7600 v=  12.5100 vr=   2.75666 vt=  24.94792
 i= 1089 j=  817 glon=  288.77 (0-360E) glon=  288.77 glat=  33.16 u=  20.4100 v=  12.4000 vr=   3.73025 vt=  23.58842
 i= 1094 j=  817 glon=  288.97 (0-360E) glon=  288.97 glat=  33.16 u=  19.0700 v=  13.3300 vr=   3.61383 vt=  22.98465
 i= 1019 j=  822 glon=  285.97 (0-360E) glon=  285.97 glat=  32.96 u=  14.4900 v= -16.3900 vr=   5.42121 vt=  21.19440
 i= 1024 j=  822 glon=  286.17 (0-360E) glon=  286.17 glat=  32.96 u=  17.5800 v= -11.9800 vr=   1.58034 vt=  21.21507
 i= 1029 j=  822 glon=  286.37 (0-360E) glon=  286.37 glat=  32.96 u=  19.7900 v=  -7.3900 vr=  -1.83643 vt=  21.04480
 i= 1034 j=  822 glon=  286.57 (0-360E) glon=  286.57 glat=  32.96 u=  20.9500 v=  -3.5900 vr=  -3.98764 vt=  20.87796
 i= 1039 j=  822 glon=  286.77 (0-360E) glon=  286.77 glat=  32.96 u=  21.6400 v=  -1.5400 vr=  -4.21205 vt=  21.28191
 i= 1044 j=  822 glon=  286.97 (0-360E) glon=  286.97 glat=  32.96 u=  22.5400 v=   0.3500 vr=  -4.14743 vt=  22.15791
 i= 1049 j=  822 glon=  287.17 (0-360E) glon=  287.17 glat=  32.96 u=  22.6300 v=   1.8400 vr=  -3.40066 vt=  22.44856
 i= 1054 j=  822 glon=  287.37 (0-360E) glon=  287.37 glat=  32.96 u=  23.7200 v=   4.3200 vr=  -3.54671 vt=  23.84789
 i= 1059 j=  822 glon=  287.57 (0-360E) glon=  287.57 glat=  32.96 u=  25.3900 v=   6.6200 vr=  -3.18007 vt=  26.04542
 i= 1064 j=  822 glon=  287.77 (0-360E) glon=  287.77 glat=  32.96 u=  24.7400 v=   7.8800 vr=  -1.98298 vt=  25.88880
 i= 1069 j=  822 glon=  287.97 (0-360E) glon=  287.97 glat=  32.96 u=  24.1800 v=   8.6600 vr=  -0.46424 vt=  25.67981
 i= 1074 j=  822 glon=  288.17 (0-360E) glon=  288.17 glat=  32.96 u=  22.8000 v=  10.0700 vr=  -0.04507 vt=  24.92474
 i= 1079 j=  822 glon=  288.37 (0-360E) glon=  288.37 glat=  32.96 u=  22.9300 v=   9.9400 vr=   2.16824 vt=  24.89754
 i= 1084 j=  822 glon=  288.57 (0-360E) glon=  288.57 glat=  32.96 u=  20.9900 v=  10.9200 vr=   2.15619 vt=  23.56220
 i= 1029 j=  827 glon=  286.37 (0-360E) glon=  286.37 glat=  32.76 u=  17.9000 v=  -5.8900 vr=  -1.56943 vt=  18.77868
 i= 1034 j=  827 glon=  286.57 (0-360E) glon=  286.57 glat=  32.76 u=  19.5800 v=  -3.9600 vr=  -2.44273 vt=  19.82652
 i= 1039 j=  827 glon=  286.77 (0-360E) glon=  286.77 glat=  32.76 u=  21.0300 v=  -2.2000 vr=  -2.83108 vt=  20.95438
 i= 1044 j=  827 glon=  286.97 (0-360E) glon=  286.97 glat=  32.76 u=  22.0900 v=  -0.7900 vr=  -2.54879 vt=  21.95668
 i= 1049 j=  827 glon=  287.17 (0-360E) glon=  287.17 glat=  32.76 u=  23.0900 v=   0.6900 vr=  -2.11203 vt=  23.00355
 i= 1054 j=  827 glon=  287.37 (0-360E) glon=  287.37 glat=  32.76 u=  23.9100 v=   4.0000 vr=  -3.30586 vt=  24.01582
 i= 1059 j=  827 glon=  287.57 (0-360E) glon=  287.57 glat=  32.76 u=  23.8900 v=   6.2100 vr=  -3.32663 vt=  24.45874
 i= 1064 j=  827 glon=  287.77 (0-360E) glon=  287.77 glat=  32.76 u=  24.2300 v=   7.0300 vr=  -1.89075 vt=  25.15828
 i= 1069 j=  827 glon=  287.97 (0-360E) glon=  287.97 glat=  32.76 u=  21.8800 v=   8.2700 vr=  -1.61194 vt=  23.33514
 i= 1074 j=  827 glon=  288.17 (0-360E) glon=  288.17 glat=  32.76 u=  22.5400 v=   8.3200 vr=   0.47163 vt=  24.02190
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    21.6511794572355       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     29.38 kts
    LL Wind Circ Vt mean quadmax value: SE     42.04 kts
    LL Wind Circ Vt mean quadmax value: SW     39.41 kts
    LL Wind Circ Vt mean quadmax value: NW     41.65 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.16166772140389       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   7.74017413843106       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.5577080240140     
   xcenlon=    287.237618992729     
   imax=         2738  jmax=         2041
   jlatfix=          782
   ilonfix (unadjusted) =         1051
  
 In get_max_wind, ibeg=          968  iend=         1133
                  jbeg=          714  jend=          851
         ilonfix=         1051  jlatfix=          782
 At end of get_max_wind, vmax=    26.1895494424780       rmax= 
   41.7037433986354     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.01 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    6.45 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.08 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.81 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.33 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.54 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.51 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   14.31 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   15.05 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   16.72 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   17.62 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   18.40 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   18.95 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   19.33 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   19.48 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   19.52 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   19.49 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   19.48 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   19.55 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   19.70 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   19.90 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   20.10 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.22 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.24 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.19 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   20.10 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.97 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.85 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.75 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   19.66 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   19.57 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   19.50 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   19.49 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   19.47 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   19.45 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   19.36 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   19.25 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   19.14 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   19.03 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   18.94 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   18.87 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    20.24 m/s   maxrmw_dist=    75.00  km   maxrmw_ix=   25
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    75.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    20.2410554702901      
  (m/s)   (in kts)=    39.3222984621326     
  rising_sum_dvdr=       5.93434308998133     
  declining_sum_dvdr=   -1.36677255690432     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    90 igrct=  1 Vmax (m/s)=   26.190   22:28:37
 TIMING: before call  getradii, fhr=    90 igrct=  1   22:28:37
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.67595427426268     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.67595427426268     
 mr4qs after add, mean_radii_vt_4quad_sum=    12.0022537288657     
 mr4qs before add, mean_radii_vt_4quad_sum=    12.0022537288657     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.3683633792634     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.3683633792634     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.52149591383748     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    9.52 good_quad_ct=   4 mean_vt_4quad=      2.38
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   15.95 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   16.12 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   16.27 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   16.40 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   16.64 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   16.83 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   17.01 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   17.13 mean_vt_4quad=   10.06
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   17.18 mean_vt_4quad=   10.14
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   17.15 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   17.08 mean_vt_4quad=   10.34
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   16.97 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   16.97 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   17.06 mean_vt_4quad=   10.70
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   17.17 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   17.24 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   17.26 mean_vt_4quad=   10.95
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   17.25 mean_vt_4quad=   11.00
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   17.33 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   17.40 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   17.37 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   17.43 mean_vt_4quad=   11.37
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   17.41 mean_vt_4quad=   11.48
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   17.39 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   17.32 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   17.36 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   17.19 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   17.63 mean_vt_4quad=   11.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  96
  ++++ rdist(ihc)=  288.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    5.43
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  95
  ++++ rdist(ihc)=  285.00  mean_radii_vt_4quad(ihc)=   12.03 .... 0.5*v_holland=    5.43
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  94
  ++++ rdist(ihc)=  282.00  mean_radii_vt_4quad(ihc)=   12.10 .... 0.5*v_holland=    5.43
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  93
  ++++ rdist(ihc)=  279.00  mean_radii_vt_4quad(ihc)=   12.17 .... 0.5*v_holland=    5.43
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=   12.25 .... 0.5*v_holland=    5.43
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    288.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   155.404800000000     
 vradius(iwindix,iquad) =         155
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   17.63 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   17.99 mean_vt_4quad=   12.03
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   18.08 mean_vt_4quad=   12.10
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   17.93 mean_vt_4quad=   12.17
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   17.67 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.98 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.75 mean_vt_4quad=   12.38
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   16.63 mean_vt_4quad=   12.44
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   16.77 mean_vt_4quad=   12.49
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   16.76 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   16.85 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.95 mean_vt_4quad=   12.61
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   17.27 mean_vt_4quad=   12.65
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   17.30 mean_vt_4quad=   12.71
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.47 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   18.12 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   18.91 mean_vt_4quad=   12.94
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   19.65 mean_vt_4quad=   13.02
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   20.36 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   20.79 mean_vt_4quad=   13.20
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   20.90 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   20.54 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   19.89 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.55 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   19.80 mean_vt_4quad=   13.38
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   19.33 mean_vt_4quad=   13.54
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   19.51 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   19.69 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   19.92 mean_vt_4quad=   14.15
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   19.99 mean_vt_4quad=   14.30
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   20.02 mean_vt_4quad=   14.43
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   20.47 mean_vt_4quad=   14.56
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   20.88 mean_vt_4quad=   14.67
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   20.97 mean_vt_4quad=   14.79
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   20.85 mean_vt_4quad=   14.90
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   20.36 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   19.50 mean_vt_4quad=   15.20
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.63 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   18.02 mean_vt_4quad=   15.56
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.95 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.97 mean_vt_4quad=   15.92
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.02 mean_vt_4quad=   16.11
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   18.55 mean_vt_4quad=   16.29
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   19.06 mean_vt_4quad=   16.46
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.70 mean_vt_4quad=   16.63
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   19.31 mean_vt_4quad=   16.78
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   19.92 mean_vt_4quad=   16.93
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   20.14 mean_vt_4quad=   17.09
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.57 mean_vt_4quad=   17.26
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   17.77 mean_vt_4quad=   17.42
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   16.31 mean_vt_4quad=   17.56
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   15.74 mean_vt_4quad=   17.67
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   15.43 mean_vt_4quad=   17.74
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   15.29 mean_vt_4quad=   17.79
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   15.46 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   15.62 mean_vt_4quad=   17.87
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   15.81 mean_vt_4quad=   17.93
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   16.05 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   16.19 mean_vt_4quad=   18.06
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   16.24 mean_vt_4quad=   18.13
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   16.23 mean_vt_4quad=   18.19
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   16.32 mean_vt_4quad=   18.22
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   16.34 mean_vt_4quad=   18.23
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   16.25 mean_vt_4quad=   18.28
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   16.10 mean_vt_4quad=   18.37
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   16.47 mean_vt_4quad=   18.49
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   16.71 mean_vt_4quad=   18.61
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   16.79 mean_vt_4quad=   18.75
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   16.89 mean_vt_4quad=   18.89
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   17.16 mean_vt_4quad=   19.03
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   17.61 mean_vt_4quad=   19.16
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   18.19 mean_vt_4quad=   19.25
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   18.80 mean_vt_4quad=   19.29
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   19.40 mean_vt_4quad=   19.23
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   20.00 mean_vt_4quad=   19.09
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   20.56 mean_vt_4quad=   18.91
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   21.02 mean_vt_4quad=   18.76
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   21.30 mean_vt_4quad=   18.67
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   21.43 mean_vt_4quad=   18.64
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   21.44 mean_vt_4quad=   18.63
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   21.34 mean_vt_4quad=   18.55
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   21.13 mean_vt_4quad=   18.36
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   20.73 mean_vt_4quad=   18.01
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   20.18 mean_vt_4quad=   17.46
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   19.43 mean_vt_4quad=   16.72
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   18.49 mean_vt_4quad=   15.86
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   17.44 mean_vt_4quad=   15.04
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   16.41 mean_vt_4quad=   14.31
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   15.49 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   14.69 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   13.95 mean_vt_4quad=   11.84
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   13.20 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   12.40 mean_vt_4quad=    8.93
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   11.42 mean_vt_4quad=    6.97
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   10.12 mean_vt_4quad=    4.74
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    8.37 mean_vt_4quad=    2.38
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   11.97 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   12.00 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   12.07 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   12.13 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   12.14 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   12.15 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   12.20 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   12.23 mean_vt_4quad=   10.06
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   12.25 mean_vt_4quad=   10.14
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   12.29 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   12.40 mean_vt_4quad=   10.34
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   12.52 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   12.66 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   12.79 mean_vt_4quad=   10.70
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   12.91 mean_vt_4quad=   10.79
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   13.02 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   13.12 mean_vt_4quad=   10.95
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   13.19 mean_vt_4quad=   11.00
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   13.26 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   13.37 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   13.46 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   13.53 mean_vt_4quad=   11.37
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   13.60 mean_vt_4quad=   11.48
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   13.67 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   13.74 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   13.82 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   13.90 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   13.98 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   14.05 mean_vt_4quad=   12.03
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   14.10 mean_vt_4quad=   12.10
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   14.16 mean_vt_4quad=   12.17
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   14.20 mean_vt_4quad=   12.25
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   14.25 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   14.29 mean_vt_4quad=   12.38
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   14.35 mean_vt_4quad=   12.44
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   14.48 mean_vt_4quad=   12.49
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.62 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.73 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   14.97 mean_vt_4quad=   12.61
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.09 mean_vt_4quad=   12.65
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.21 mean_vt_4quad=   12.71
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.31 mean_vt_4quad=   12.79
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.36 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.42 mean_vt_4quad=   12.94
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   15.48 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   15.55 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   15.69 mean_vt_4quad=   13.20
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   15.79 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   15.92 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.07 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.21 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.27 mean_vt_4quad=   13.38
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.33 mean_vt_4quad=   13.54
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   16.41 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   16.45 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   16.47 mean_vt_4quad=   14.15
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   16.47 mean_vt_4quad=   14.30
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   16.46 mean_vt_4quad=   14.43
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   16.53 mean_vt_4quad=   14.56
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   16.58 mean_vt_4quad=   14.67
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   16.68 mean_vt_4quad=   14.79
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   16.90 mean_vt_4quad=   14.90
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   17.16 mean_vt_4quad=   15.04
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   17.43 mean_vt_4quad=   15.20
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   17.69 mean_vt_4quad=   15.38
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   15.56 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   15.74 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   15.92 .... 0.5*v_holland=    8.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   16.11 .... 0.5*v_holland=    8.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    177.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   95.5092000000000     
 vradius(iwindix,iquad) =          96
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   17.69 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   17.93 mean_vt_4quad=   15.56
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   18.12 mean_vt_4quad=   15.74
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   18.31 mean_vt_4quad=   15.92
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   18.47 mean_vt_4quad=   16.11
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   18.61 mean_vt_4quad=   16.29
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   18.75 mean_vt_4quad=   16.46
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   18.88 mean_vt_4quad=   16.63
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   19.03 mean_vt_4quad=   16.78
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   19.20 mean_vt_4quad=   16.93
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   19.39 mean_vt_4quad=   17.09
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   19.55 mean_vt_4quad=   17.26
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   19.69 mean_vt_4quad=   17.42
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   19.89 mean_vt_4quad=   17.56
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   20.09 mean_vt_4quad=   17.67
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   20.29 mean_vt_4quad=   17.74
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   20.48 mean_vt_4quad=   17.79
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   20.66 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.81 mean_vt_4quad=   17.87
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   20.93 mean_vt_4quad=   17.93
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   21.06 mean_vt_4quad=   18.00
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   21.25 mean_vt_4quad=   18.06
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   21.42 mean_vt_4quad=   18.13
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   21.53 mean_vt_4quad=   18.19
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   21.61 mean_vt_4quad=   18.22
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   21.71 mean_vt_4quad=   18.23
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   21.91 mean_vt_4quad=   18.28
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   22.09 mean_vt_4quad=   18.37
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   22.21 mean_vt_4quad=   18.49
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   22.30 mean_vt_4quad=   18.61
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   22.42 mean_vt_4quad=   18.75
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   22.61 mean_vt_4quad=   18.89
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   22.77 mean_vt_4quad=   19.03
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   22.87 mean_vt_4quad=   19.16
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   22.97 mean_vt_4quad=   19.25
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   23.05 mean_vt_4quad=   19.29
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   23.03 mean_vt_4quad=   19.23
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   22.94 mean_vt_4quad=   19.09
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   22.78 mean_vt_4quad=   18.91
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   22.65 mean_vt_4quad=   18.76
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   22.77 mean_vt_4quad=   18.67
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   22.80 mean_vt_4quad=   18.64
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   22.67 mean_vt_4quad=   18.63
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   22.43 mean_vt_4quad=   18.55
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   22.05 mean_vt_4quad=   18.36
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   21.50 mean_vt_4quad=   18.01
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   20.75 mean_vt_4quad=   17.46
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   19.94 mean_vt_4quad=   16.72
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   19.45 mean_vt_4quad=   15.86
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   18.95 mean_vt_4quad=   15.04
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   18.41 mean_vt_4quad=   14.31
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   17.79 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   17.04 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   16.14 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   15.13 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   14.08 mean_vt_4quad=    8.93
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   12.71 mean_vt_4quad=    6.97
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   11.03 mean_vt_4quad=    4.74
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    8.71 mean_vt_4quad=    2.38
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.39 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   11.47 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   11.51 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   11.56 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   11.65 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   11.71 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   11.72 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   11.66 mean_vt_4quad=   10.06
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   11.63 mean_vt_4quad=   10.14
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   11.64 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   11.64 mean_vt_4quad=   10.34
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   11.68 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   11.80 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   11.90 mean_vt_4quad=   10.70
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.00 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.13 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.24 mean_vt_4quad=   10.95
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.35 mean_vt_4quad=   11.00
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.44 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.48 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.52 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.74 mean_vt_4quad=   11.37
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.00 mean_vt_4quad=   11.48
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.15 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.31 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.34 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.33 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.38 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.41 mean_vt_4quad=   12.03
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.37 mean_vt_4quad=   12.10
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   13.38 mean_vt_4quad=   12.17
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.40 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.41 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.43 mean_vt_4quad=   12.38
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.49 mean_vt_4quad=   12.44
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.50 mean_vt_4quad=   12.49
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.47 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.46 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.50 mean_vt_4quad=   12.61
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.59 mean_vt_4quad=   12.65
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.71 mean_vt_4quad=   12.71
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.85 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.02 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.20 mean_vt_4quad=   12.94
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.42 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.65 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   14.89 mean_vt_4quad=   13.20
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.08 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.13 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.19 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.39 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.52 mean_vt_4quad=   13.38
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.74 mean_vt_4quad=   13.54
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.98 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.23 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.49 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.74 mean_vt_4quad=   14.30
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.97 mean_vt_4quad=   14.43
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   17.18 mean_vt_4quad=   14.56
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.38 mean_vt_4quad=   14.67
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.56 mean_vt_4quad=   14.79
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.79 .... 0.5*v_holland=    7.92
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.90 .... 0.5*v_holland=    7.92
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   15.04 .... 0.5*v_holland=    7.92
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   15.20 .... 0.5*v_holland=    7.92
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    7.92
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    189.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   101.984400000000     
 vradius(iwindix,iquad) =         102
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.56 mean_vt_4quad=   14.79
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.75 mean_vt_4quad=   14.90
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.91 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   18.09 mean_vt_4quad=   15.20
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   18.30 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   18.53 mean_vt_4quad=   15.56
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   18.70 mean_vt_4quad=   15.74
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   18.75 mean_vt_4quad=   15.92
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   18.75 mean_vt_4quad=   16.11
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   18.80 mean_vt_4quad=   16.29
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   18.89 mean_vt_4quad=   16.46
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   19.09 mean_vt_4quad=   16.63
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   19.28 mean_vt_4quad=   16.78
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   19.42 mean_vt_4quad=   16.93
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   19.57 mean_vt_4quad=   17.09
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   19.66 mean_vt_4quad=   17.26
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   19.66 mean_vt_4quad=   17.42
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   19.86 mean_vt_4quad=   17.56
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   20.50 mean_vt_4quad=   17.67
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   21.07 mean_vt_4quad=   17.74
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   21.49 mean_vt_4quad=   17.79
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   21.75 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   21.88 mean_vt_4quad=   17.87
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   21.92 mean_vt_4quad=   17.93
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   21.94 mean_vt_4quad=   18.00
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   22.02 mean_vt_4quad=   18.06
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.21 mean_vt_4quad=   18.13
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   22.42 mean_vt_4quad=   18.19
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   22.56 mean_vt_4quad=   18.22
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   22.58 mean_vt_4quad=   18.23
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   22.59 mean_vt_4quad=   18.28
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   22.60 mean_vt_4quad=   18.37
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.61 mean_vt_4quad=   18.49
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.65 mean_vt_4quad=   18.61
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   22.73 mean_vt_4quad=   18.75
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   22.95 mean_vt_4quad=   18.89
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   23.24 mean_vt_4quad=   19.03
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.59 mean_vt_4quad=   19.16
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.01 mean_vt_4quad=   19.25
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   24.44 mean_vt_4quad=   19.29
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   24.67 mean_vt_4quad=   19.23
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   24.54 mean_vt_4quad=   19.09
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   23.58 mean_vt_4quad=   18.91
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   22.47 mean_vt_4quad=   18.76
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   21.75 mean_vt_4quad=   18.67
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   21.38 mean_vt_4quad=   18.64
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   21.16 mean_vt_4quad=   18.63
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   20.82 mean_vt_4quad=   18.55
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   20.35 mean_vt_4quad=   18.36
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   19.87 mean_vt_4quad=   18.01
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   19.24 mean_vt_4quad=   17.46
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   18.53 mean_vt_4quad=   16.72
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   17.96 mean_vt_4quad=   15.86
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   17.77 mean_vt_4quad=   15.04
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   17.68 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   17.10 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   15.86 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   14.51 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   13.07 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   11.56 mean_vt_4quad=    8.93
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   10.02 mean_vt_4quad=    6.97
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    8.51 mean_vt_4quad=    4.74
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    7.18 mean_vt_4quad=    2.38
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   15.52 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   15.57 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   15.57 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   15.58 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   15.61 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   15.69 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   15.77 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   15.80 mean_vt_4quad=   10.06
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   15.82 mean_vt_4quad=   10.14
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   15.87 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   15.92 mean_vt_4quad=   10.34
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   15.98 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   15.98 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   16.03 mean_vt_4quad=   10.70
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   16.05 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   16.10 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   16.15 mean_vt_4quad=   10.95
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   16.20 mean_vt_4quad=   11.00
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   16.22 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   16.23 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   16.29 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   16.34 mean_vt_4quad=   11.37
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   16.47 mean_vt_4quad=   11.48
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   16.61 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   16.80 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   17.03 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   17.10 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   17.04 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   17.06 mean_vt_4quad=   12.03
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   17.09 mean_vt_4quad=   12.10
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   17.18 mean_vt_4quad=   12.17
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   17.31 mean_vt_4quad=   12.25
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   17.50 mean_vt_4quad=   12.31
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=   12.31 .... 0.5*v_holland=    5.71
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   12.38 .... 0.5*v_holland=    5.71
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=   12.44 .... 0.5*v_holland=    5.71
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   12.49 .... 0.5*v_holland=    5.71
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   12.54 .... 0.5*v_holland=    5.71
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    273.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   147.310800000000     
 vradius(iwindix,iquad) =         147
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   17.50 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   17.53 mean_vt_4quad=   12.38
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   17.58 mean_vt_4quad=   12.44
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   17.55 mean_vt_4quad=   12.49
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   17.59 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   17.65 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   17.74 mean_vt_4quad=   12.61
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.85 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.85 mean_vt_4quad=   12.71
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   17.86 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.90 mean_vt_4quad=   12.86
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   18.03 mean_vt_4quad=   12.94
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   18.08 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   18.19 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   18.31 mean_vt_4quad=   13.20
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   18.36 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   18.23 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   17.88 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.86 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.40 mean_vt_4quad=   13.38
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   16.83 mean_vt_4quad=   13.54
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   17.09 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.46 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.71 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.84 mean_vt_4quad=   14.30
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   18.04 mean_vt_4quad=   14.43
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   18.11 mean_vt_4quad=   14.56
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   18.24 mean_vt_4quad=   14.67
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   18.37 mean_vt_4quad=   14.79
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   18.54 mean_vt_4quad=   14.90
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   18.61 mean_vt_4quad=   15.04
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   18.83 mean_vt_4quad=   15.20
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   19.12 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   19.59 mean_vt_4quad=   15.56
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   20.06 mean_vt_4quad=   15.74
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   20.34 mean_vt_4quad=   15.92
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   20.84 mean_vt_4quad=   16.11
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   21.61 mean_vt_4quad=   16.29
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   22.67 mean_vt_4quad=   16.46
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   23.56 mean_vt_4quad=   16.63
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   24.22 mean_vt_4quad=   16.78
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   24.69 mean_vt_4quad=   16.93
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   24.91 mean_vt_4quad=   17.09
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   24.89 mean_vt_4quad=   17.26
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   24.78 mean_vt_4quad=   17.42
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   24.58 mean_vt_4quad=   17.56
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   24.37 mean_vt_4quad=   17.67
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   24.37 mean_vt_4quad=   17.74
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   24.56 mean_vt_4quad=   17.79
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   24.59 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   24.54 mean_vt_4quad=   17.87
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   24.46 mean_vt_4quad=   17.93
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   24.47 mean_vt_4quad=   18.00
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   24.51 mean_vt_4quad=   18.06
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.61 mean_vt_4quad=   18.13
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.68 mean_vt_4quad=   18.19
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   24.72 mean_vt_4quad=   18.22
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.86 mean_vt_4quad=   18.23
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   24.97 mean_vt_4quad=   18.28
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.06 mean_vt_4quad=   18.37
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   25.13 mean_vt_4quad=   18.49
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   25.42 mean_vt_4quad=   18.61
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   25.82 mean_vt_4quad=   18.75
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
  --- vmaxwind of    26.1895494424780       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    90 igrct=  1   22:28:37
 TIMING: after getrad_iter_loop, fhr=    90 igrct=  2 Vmax (m/s)=   26.190   22:28:37
 TIMING: Before get_phase ... 22:28:37
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           90 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   103.176
  
  
  In get_cps_paramb, lead time=           90 :           0   10L  IDALIA   
   right_ct=          940   left_ct=          985
   zthicksum(1)=    3210966.83112500     
   zthicksum(2)=    3347573.28759375     
   zthick_right_mean=    3415.92216077128     
   zthick_left_mean=     3398.55156100889     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    17.3705997623942     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           10.41
  Sum of y-diffs squared (ydiff2) =         4909.30
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   216.14   6.7452       38.16   0.1661    -1.76     3.09     1455.98
    2   204.64   6.6846       26.65   0.1055     1.31     1.71      710.40
    3   189.84   6.6201       11.85   0.0409     2.02     4.07      140.50
    4   170.08   6.5511       -7.91  -0.0281    -1.16     1.35       62.52
    5   152.99   6.4770      -24.99  -0.1022    -0.44     0.19      624.73
    6   134.22   6.3969      -43.76  -0.1822     0.03     0.00     1915.17
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   177.987     x:    6.58
  
  slope=    240.334         y-intercept =  -1403.206
  Regression equation:   Y = -1403.21 +   240.33X
  
  R2(r_squared) =  0.9979        r =  0.9989
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1046.36 zmin=  812.23 zdiff=  234.13
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1530.57 zmin= 1314.42 zdiff=  216.14
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -17.98 dlnp=     -0.057158  dzdlnp=      314.634
  
   +++ k=  3 press=    800.0 zmax= 2050.02 zmin= 1845.38 zdiff=  204.64
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -11.50 dlnp=     -0.060625  dzdlnp=      189.758
  
   +++ k=  4 press=    750.0 zmax= 2599.09 zmin= 2409.25 zdiff=  189.84
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -14.80 dlnp=     -0.064539  dzdlnp=      229.320
  
   +++ k=  5 press=    700.0 zmax= 3179.73 zmin= 3009.65 zdiff=  170.08
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -19.76 dlnp=     -0.068993  dzdlnp=      286.406
  
   +++ k=  6 press=    650.0 zmax= 3796.58 zmin= 3643.59 zdiff=  152.99
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -17.09 dlnp=     -0.074108  dzdlnp=      230.582
  
   +++ k=  7 press=    600.0 zmax= 4454.60 zmin= 4320.37 zdiff=  134.22
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -18.77 dlnp=     -0.080043  dzdlnp=      234.475
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          304.93
  Sum of y-diffs squared (ydiff2) =          306.72
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   113.58   6.3099       11.03   0.2788    10.29   105.89      121.59
    2   100.78   6.2146       -1.77   0.1834    -2.26     5.10        3.14
    3    97.81   6.1092       -4.75   0.0781    -4.96    24.56       22.56
    4    92.85   5.9915       -9.71  -0.0397    -9.60    92.25       94.27
    5   100.08   5.8579       -2.48  -0.1732    -2.02     4.08        6.14
    6   110.24   5.7038        7.68  -0.3274     8.55    73.06       59.02
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   102.557     x:    6.03
  
  slope=      2.642         y-intercept =     86.621
  Regression equation:   Y =    86.62 +     2.64X
  
  R2(r_squared) =  0.0058        r =  0.0764
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           90 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4454.60 zmin= 4320.37 zdiff=  134.22
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5159.01 zmin= 5045.42 zdiff=  113.58
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -20.64 dlnp=     -0.087011  dzdlnp=      237.210
  
   +++ k=  9 press=    500.0 zmax= 5918.73 zmin= 5817.95 zdiff=  100.78
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -12.80 dlnp=     -0.095310  dzdlnp=      134.298
  
   +++ k= 10 press=    450.0 zmax= 6747.87 zmin= 6650.07 zdiff=   97.81
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -2.98 dlnp=     -0.105361  dzdlnp=       28.246
  
   +++ k= 11 press=    400.0 zmax= 7656.37 zmin= 7563.52 zdiff=   92.85
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -4.96 dlnp=     -0.117783  dzdlnp=       42.111
  
   +++ k= 12 press=    350.0 zmax= 8662.44 zmin= 8562.36 zdiff=  100.08
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       7.23 dlnp=     -0.133531  dzdlnp=      -54.160
  
   +++ k= 13 press=    300.0 zmax= 9792.85 zmin= 9682.61 zdiff=  110.24
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      10.16 dlnp=     -0.154151  dzdlnp=      -65.910
  
cps_stats: 10L   lead time=  90: 0   paramb=    17.37  vtl=    240.33  vtu=      2.64
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   90:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.238 (0-360) guesslon=  287.238E  (  72.762W)   guesslat=   34.558
 ilonfix=         1051  jlatfix=          782  npts=           33
 ibeg=          975  jbeg=          714  imax=         2738
 iend=         1127  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:28:37
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  286.318E  (0-360) ctlon=  286.318E  (  73.682W)  ctlat=   33.638 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:28:37
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  286.318E   (0-360) guesslon=  286.318E  (  73.682W)   guesslat=   33.638
 ilonfix=         1028  jlatfix=          805  npts=           16
 ibeg=          976  jbeg=          761  imax=         2738
 iend=         1080  jend=          849  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.098E  (0-360) ctlon=  286.098  (  73.902W)  ctlat=   33.418 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    90:00  mean_lon:  286.10E (  73.90W)    (0-360) mean_lon=  286.10E  mean_lat:   33.42  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    90:00  ifix:  1010   jfix:   787  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1010  jx=          787
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         527 ,         304 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         526 ,         303 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    90:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:28:37
 TIMING: Before shear ... 22:28:37
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           16
  clon(ist,ifh,3)=    287.305085188334     
  clat(ist,ifh,3)=    34.5852250071637     
  fixlon(ist,ifh)=    287.237618992729     
  fixlat(ist,ifh)=    34.5577080240140     
  xcenlon=    287.305085188334     
  xcenlat=    34.5852250071637     
  
 xxshear
 In get_shear A, xcenlon=    287.305085188334       xcenlat= 
   34.5852250071637     
   In get_shear B, (0-360) xcenlon=    287.305085188334     
  
At start of get_shear:  10L   fhr=   90:00   Mean fix position=   287.24E  ( 72.76W)    34.56  (0-360) mean lon fix=  287.24
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   21.94 vr_mean(idist,ilev)=    0.21
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   24.69 vr_mean(idist,ilev)=    1.18
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   23.10 vr_mean(idist,ilev)=    0.72
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.24 vr_mean(idist,ilev)=    0.51
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   22.14 vr_mean(idist,ilev)=    0.89
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   22.67 vr_mean(idist,ilev)=    0.83
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.57 vr_mean(idist,ilev)=   -0.24
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.14 vr_mean(idist,ilev)=    0.49
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.36 vr_mean(idist,ilev)=    0.96
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   17.04 vr_mean(idist,ilev)=    1.02
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.34 vr_mean(idist,ilev)=    1.28
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   15.07 vr_mean(idist,ilev)=    0.93
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.87 vr_mean(idist,ilev)=    0.69
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.81 vr_mean(idist,ilev)=    0.66
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.58 vr_mean(idist,ilev)=    0.63
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.70 vr_mean(idist,ilev)=    0.34
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   10.11 vr_mean(idist,ilev)=    0.10
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    9.74 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    9.42 vr_mean(idist,ilev)=   -0.20
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.29 vr_mean(idist,ilev)=   20.29
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.43 vr_mean(idist,ilev)=   30.43
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.58 vr_mean(idist,ilev)=   40.58
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.73 vr_mean(idist,ilev)=   50.73
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.89 vr_mean(idist,ilev)=   60.89
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -71.06 vr_mean(idist,ilev)=   71.06
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -81.23 vr_mean(idist,ilev)=   81.23
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -91.41 vr_mean(idist,ilev)=   91.41
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -101.61 vr_mean(idist,ilev)=  101.61
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -111.81 vr_mean(idist,ilev)=  111.81
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -122.03 vr_mean(idist,ilev)=  122.03
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -132.27 vr_mean(idist,ilev)=  132.27
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -142.52 vr_mean(idist,ilev)=  142.52
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -152.79 vr_mean(idist,ilev)=  152.79
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -163.09 vr_mean(idist,ilev)=  163.09
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -173.41 vr_mean(idist,ilev)=  173.41
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -183.76 vr_mean(idist,ilev)=  183.76
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -194.14 vr_mean(idist,ilev)=  194.14
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -204.56 vr_mean(idist,ilev)=  204.56
  
 At end of get_shear: 
     ist=    4 ifh=   16 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:28:37
  
 After call to fixcenter, fix positions at 
 forecast hour=   90:00 follow:
  
fixpos  10L   fhr=   90:00   Fix position=   287.24E  ( 72.76W)    34.56   Max Wind=  51 kts
  
  
 xxxx get_next_ges, prev fix lon=    286.322576860398     
 xxxx get_next_ges, curr fix lon=    287.237618992729     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    287.237618992729        fixlat=    34.5577080240140     
        (0-360) fixlon=    287.237618992729     
      ilonfix=         1051   jlatfix=          782
      ibeg=          550   iend=         1552
      jbeg=          330   jend=         1234
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.77913466477790       vavg=  -0.802087113045407     
      ubar=   0.444783666194476       vbar=  -0.200521778261352     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.01365624043604       vavg=   0.333811089629298     
      ubar=    2.45161178641250       vbar=  -3.361623344670270E-002
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    5.92173223686642       vavg=  -0.553525113460620     
      ubar=    3.93204484562910       vbar=  -0.171997511811858     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.93204484562910       vbar=  -0.171997511811858     
      wgttot=    1.00000000000000     
      fixlon=    287.237618992729        fixlat=    34.5577080240140     
      barnlon=    288.164891526345       barnlat=    34.5242969030441     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.823720641472600     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.164891526345     
     Raw (no conversion for GM wrap) extraplon=    288.150685075133     
  
 --- barnlon=    288.16E  (  71.84W)    barnlat=     34.52
 --- extraplon=  288.15E  (  71.85W)    extraplat=   34.38
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.56
 | Current fix lon is   72.76W   ( 287.24E)
 | Current fix lon (raw, unadjusted)=  287.24E
 | Updated guess lat for next fcst hour is   34.45
 | Updated guess lon (0-360) for next fcst hour is   71.84W   ( 288.16E)
 | Raw updated guess lon for next fcst hour is  288.16E)
 -------------------------------------------------
  
 iocheck, dist=    85.1478215986864        distm=    85147.8215986864     
 iocheck, stmspd=    3.94202877771696        istmspd=           77
 iocheck, xincr=   0.920169308010145        yincr=  -0.106623689097468     
 iocheck, stmdir=    96.6096138083342        istmdir=           97
 +++ RPT_STORM_MOTION: istmspd=    77 kts(*10)    istmdir=    97 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  16
     Fix location for this time:   287.24E  ( 72.76W)    34.56
     Fix lon (raw) for this time:  287.24E
     ilonfix= 1051  jlatfix=  782
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.237618992729       xcenlat=    34.5577080240140     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.237618992729       xcenlat=    34.5577080240140     
  ilonfix=         1051  jlatfix=          782
  ibeg=          923  iend=         1179
  jbeg=          666  jend=          898  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    287.237618992729        xcenlat=    34.5577080240140     
      ilonfix=         1051   jlatfix=          782
      ibeg=          923   iend=         1179
      jbeg=          666   jend=          898
 After call to barnes, xsmoothval=   3.117846230346177E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.117846230346177E-004
      xcenlon=    287.237618992729        xcenlat=    34.5577080240140     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000312  imeanzeta (*1e6)=      312
   --- mean zeta raw =   3.117846230346177E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002155  igrid zeta (*1e6)=     2155 ifilret=   0
   --- grid zeta raw=   2.155435624663357E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.237618992729       xcenlat=    34.5577080240140     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.237618992729       xcenlat=    34.5577080240140     
  ilonfix=         1051  jlatfix=          782
  ibeg=          923  iend=         1179
  jbeg=          666  jend=          898  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    287.237618992729        xcenlat=    34.5577080240140     
      ilonfix=         1051   jlatfix=          782
      ibeg=          923   iend=         1179
      jbeg=          666   jend=          898
 After call to barnes, xsmoothval=   2.582251195234482E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.582251195234482E-004
      xcenlon=    287.237618992729        xcenlat=    34.5577080240140     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000258  imeanzeta (*1e6)=      258
   --- mean zeta raw =   2.582251195234482E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001607  igrid zeta (*1e6)=     1607 ifilret=   0
   --- grid zeta raw=   1.606519570854600E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           90
  
 segx, outlon=    287.237618992729       outlat=    34.5577080240140     
   ist=            4  ifcsthour=           90
   vmaxwind=    26.1895494424780       xminmslp=    98634.1100000000     
   vradius=          155           0           0          96           0
           0         102           0           0         147          47
           0
   maxstorm=            6
   plastbar=    100634.110000000       rlastbar=    99.3825065379480     
   rmax=    41.7037433986354     
   cps_vals=    17.3705997623942        240.333898513158     
   2.64237862051723     
   wcore_flag= n
   istmspd=           77  istmdir=           97
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    75.0000000000000     
   axisymet_rmw_val=     20.2410554702901     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   99.3825065379480       irlastbar=          99
 output: plastbar=   100634.110000000       iplastbar=        1006
 rmax=    41.7037433986354        irmax=           42
 TXX top of atcfunix_ext, ist=            4  ifh=           90
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   99.3825065379480       irlastbar=          99
 output: plastbar=   100634.110000000       iplastbar=        1006
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           90
 intlat=          346
 clatns= N
 intlon=          728
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           51
 int(xminmslp/mslp_outp_adj + 0.5)=          986
 XX,  34, NEQ
 vradius(1,1)=          155
 vradius(1,2)=           96
 vradius(1,3)=          102
 vradius(1,4)=          147
 iplastbar=         1006
 irlastbar=           99
 irmax=           42
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           97
 istmspd=           77
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          174
 icps_vals(2)=         2403
 icps_vals(3)=           26
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           40
 irmw_val=           39
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          312
 igridzeta(1)=         2155
 imeanzeta(2)=          258
 igridzeta(2)=         1607
  
 rmax=    41.7037433986354        irmax=           42
 +++ Top of output_atcf_parms, ist=            4  ifh=           90
  
 xxxx get_next_ges, prev fix lon=    286.322576860398     
 xxxx get_next_ges, curr fix lon=    287.237618992729     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    287.237618992729        fixlat=    34.5577080240140     
        (0-360) fixlon=    287.237618992729     
      ilonfix=         1051   jlatfix=          782
      ibeg=          550   iend=         1552
      jbeg=          330   jend=         1234
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.77913466477790       vavg=  -0.802087113045407     
      ubar=   0.444783666194476       vbar=  -0.200521778261352     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    4.01365624043604       vavg=   0.333811089629298     
      ubar=    2.45161178641250       vbar=  -3.361623344670270E-002
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    5.92173223686642       vavg=  -0.553525113460620     
      ubar=    3.93204484562910       vbar=  -0.171997511811858     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.93204484562910       vbar=  -0.171997511811858     
      wgttot=    1.00000000000000     
      fixlon=    287.237618992729        fixlat=    34.5577080240140     
      barnlon=    288.164891526345       barnlat=    34.5242969030441     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.823720641472600     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.164891526345     
     Raw (no conversion for GM wrap) extraplon=    288.150685075133     
  
 --- barnlon=    288.16E  (  71.84W)    barnlat=     34.52
 --- extraplon=  288.15E  (  71.85W)    extraplat=   34.38
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    90.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.56
 | Current fix lon is   72.76W   ( 287.24E)
 | Current fix lon (raw, unadjusted)=  287.24E
 | Updated guess lat for next fcst hour is   34.45
 | Updated guess lon (0-360) for next fcst hour is   71.84W   ( 288.16E)
 | Raw updated guess lon for next fcst hour is  288.16E)
 -------------------------------------------------
  
 iocheck, dist=    85.1478215986864        distm=    85147.8215986864     
 iocheck, stmspd=    3.94202877771696        istmspd=           77
 iocheck, xincr=   0.920169308010145        yincr=  -0.106623689097468     
 iocheck, stmdir=    96.6096138083342        istmdir=           97
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 90
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 90 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          216  = igcret =            0
 baclose return code for unit          616  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:   96:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f05760                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f05760.ix                                                                                    
hafs.trak.storm.2023082812.f05760: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: cannot stat: 2
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: Not ready yet.  Size=103656475, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: Not ready yet.  Size=103656475, age=8, min size=500, min age=10
hafs.trak.storm.2023082812.f05760: sleep 5
hafs.trak.storm.2023082812.f05760: ready.
hafs.trak.storm.2023082812.f05760.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f05760.ix: ready.
 in open_grib_files in multi else part....
   lugb=          217   lugi=          617
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05760                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05760.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f05760...  gopen_i_file= ...hafs.trak.storm.2023082812.f05760.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f05760                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f05760.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          217  is CLOSED
 TEST open_grib_files, unit lugi=          617  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f05760                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f05760.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          217  is CLOSED
 TEST b4 getgridinfo, unit lugi=          617  is CLOSED
 before getgb2 call, lugb=          217  lugi=          617
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12   96   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at    96h ... 22:29:23
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:23
 TIMING: after getgb2-122:29:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12   96   5588258   0.000       0.000     -0.2863E-02  0.4130E-02
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:23
 TIMING: after getgb2-122:29:23
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12   96   5588258   0.000       0.000     -0.3313E-02  0.3275E-02
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:23
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12   96   5588258   0.000       0.000      -37.31       47.74    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12   96   5588258   0.000       0.000      -32.91       51.12    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12   96   5588258   0.000       0.000      -35.27       46.61    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12   96   5588258   0.000       0.000      -30.97       45.26    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   96   5588258   0.000       0.000       959.8       1637.    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:24
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   96   5588258   0.000       0.000       2521.       3261.    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:24
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12   96   5588258   0.000       0.000      0.9551E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12   96   5588258   0.000       0.000      -31.21       30.26    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12   96   5588258   0.000       0.000      -28.26       33.07    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12   96   5588258   0.000       0.000      -34.58       49.63    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12   96   5588258   0.000       0.000      -27.99       59.99    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =           96  hours
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:25
 TIMING: after getgb2-122:29:25
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   96   5588258   0.000       0.000       5164.       5983.    
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:26
 TIMING: after getgb2-122:29:26
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =           96  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12   96   5588258   0.000       0.000      0.1158E+05  0.1261E+05
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:26
 TIMING: after getgb2-122:29:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =           96  hours
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:26
 TIMING: after getgb2-122:29:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =           96  hours
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:26
 TIMING: after getgb2-122:29:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =           96  hours
 TEST b4 getgb2 getdata, unit lugb=          217  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          617  is CLOSED

 TIMING: before getgb2-122:29:26
 TIMING: after getgb2-122:29:26
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =           96  hours

 TIMING: before getgb2-phase22:29:26
 TIMING: after getgb2-222:29:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12   96   5588258   0.000       0.000       492.3       1149.    

 TIMING: before getgb2-phase22:29:26
 TIMING: after getgb2-222:29:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12   96   5588258   0.000       0.000       959.8       1637.    

 TIMING: before getgb2-phase22:29:26
 TIMING: after getgb2-222:29:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12   96   5588258   0.000       0.000       1452.       2149.    

 TIMING: before getgb2-phase22:29:26
 TIMING: after getgb2-222:29:26
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12   96   5588258   0.000       0.000       1971.       2687.    

 TIMING: before getgb2-phase22:29:26
 TIMING: after getgb2-222:29:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12   96   5588258   0.000       0.000       2521.       3261.    

 TIMING: before getgb2-phase22:29:27
 TIMING: after getgb2-222:29:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12   96   5588258   0.000       0.000       3108.       3877.    

 TIMING: before getgb2-phase22:29:27
 TIMING: after getgb2-222:29:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12   96   5588258   0.000       0.000       3743.       4532.    

 TIMING: before getgb2-phase22:29:27
 TIMING: after getgb2-222:29:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12   96   5588258   0.000       0.000       4427.       5231.    

 TIMING: before getgb2-phase22:29:27
 TIMING: after getgb2-222:29:27
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12   96   5588258   0.000       0.000       5164.       5983.    

 TIMING: before getgb2-phase22:29:27
 TIMING: after getgb2-222:29:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12   96   5588258   0.000       0.000       5960.       6797.    

 TIMING: before getgb2-phase22:29:28
 TIMING: after getgb2-222:29:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12   96   5588258   0.000       0.000       6833.       7684.    

 TIMING: before getgb2-phase22:29:28
 TIMING: after getgb2-222:29:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12   96   5588258   0.000       0.000       7763.       8681.    

 TIMING: before getgb2-phase22:29:28
 TIMING: after getgb2-222:29:28
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=           96 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12   96   5588258   0.000       0.000       8811.       9802.    
 TIMING: after getdata ... 22:29:28
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:   96:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   9.233470078823019E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.338E  (0-360) ctlon=  295.338E  (  64.662W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.923E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.338E   (0-360) guesslon=  295.338E  (  64.662W)   guesslat=   25.832
 ilonfix=         1254  jlatfix=         1000  npts=           16
 ibeg=         1205  jbeg=          956  imax=         2738
 iend=         1303  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax (x10e5) =        0.830E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.540015585611162E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  295.338E  (0-360) ctlon=  295.338E  (  64.662W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.654E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  295.338E   (0-360) guesslon=  295.338E  (  64.662W)   guesslat=   25.832
 ilonfix=         1254  jlatfix=         1000  npts=           16
 ibeg=         1205  jbeg=          956  imax=         2738
 iend=         1303  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax (x10e5) =        0.815E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.938E  (0-360) ctlon=  294.938E  (  65.062W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.142E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  294.938E   (0-360) guesslon=  294.938E  (  65.062W)   guesslat=   25.832
 ilonfix=         1244  jlatfix=         1000  npts=           16
 ibeg=         1195  jbeg=          956  imax=         2738
 iend=         1293  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax =       -0.100E+16 fmin =        0.141E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.938E  (0-360) ctlon=  294.938E  (  65.062W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.307E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  294.938E   (0-360) guesslon=  294.938E  (  65.062W)   guesslat=   25.832
 ilonfix=         1244  jlatfix=         1000  npts=           16
 ibeg=         1195  jbeg=          956  imax=         2738
 iend=         1293  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax =       -0.100E+16 fmin =        0.306E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.938E  (0-360) ctlon=  294.938E  (  65.062W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  294.938E   (0-360) guesslon=  294.938E  (  65.062W)   guesslat=   25.832
 ilonfix=         1244  jlatfix=         1000  npts=           16
 ibeg=         1195  jbeg=          956  imax=         2738
 iend=         1293  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax =       -0.100E+16 fmin =        0.999E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.058 (0-360) guesslon=  295.058E  (  64.942W)   guesslat=   25.952
 ilonfix=         1247  jlatfix=          997  npts=           33
 ibeg=         1174  jbeg=          929  imax=         2738
 iend=         1320  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:29:28
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   5.731078036729950E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  294.938E  (0-360) ctlon=  294.938E  (  65.062W)  ctlat=   25.832 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.573E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:28
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  294.938E   (0-360) guesslon=  294.938E  (  65.062W)   guesslat=   25.832
 ilonfix=         1244  jlatfix=         1000  npts=           16
 ibeg=         1195  jbeg=          956  imax=         2738
 iend=         1293  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  295.118E  (0-360) ctlon=  295.118  (  64.882W)  ctlat=   25.712 fmax (x10e5) =        0.579E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    295.107165118856        uvgeslat=    25.7557331892637     
    (0-360 uvgeslon)=    295.107165118856     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:29:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.107165118856        uvgeslat=    25.7557331892637     
    (0-360 uvgeslon)=    295.107165118856     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.107165118856     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.107E  (0-360E lon):  295.107E    64.893W  ctlat=   25.756  xmax_circul_disk =     108259645.4
 TIMING: get_wind_circ kloop, k=  1   22:29:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.107E  (0-360E)=  295.107E  (  64.893W)   guesslat=   25.756
 ilonfix=         1248  jlatfix=         1002  npts=           56
 ibeg=         1179  jbeg=          938  imax=         2738
 iend=         1317  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    108752891.087210     
 nhalf get_wind_circ, k=  1 ctlon=  295.067E  (0-360E)=  295.067E  ctlon=   64.933W   ctlat=   25.836 Wind Circulation (NHEM: Max) =     108752891.1
 TIMING: After GWC 850 ... 22:29:28
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:29:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.107165118856        uvgeslat=    25.7557331892637     
    (0-360 uvgeslon)=    295.107165118856     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.107165118856     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.107E  (0-360E lon):  295.107E    64.893W  ctlat=   25.756  xmax_circul_disk =     104233533.0
 TIMING: get_wind_circ kloop, k=  1   22:29:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.107E  (0-360E)=  295.107E  (  64.893W)   guesslat=   25.756
 ilonfix=         1248  jlatfix=         1002  npts=           56
 ibeg=         1179  jbeg=          938  imax=         2738
 iend=         1317  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    104549853.583747     
 nhalf get_wind_circ, k=  1 ctlon=  295.067E  (0-360E)=  295.067E  ctlon=   64.933W   ctlat=   25.836 Wind Circulation (NHEM: Max) =     104549853.6
 TIMING: After GWC 700 ... 22:29:28
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:29:28
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    295.107165118856        uvgeslat=    25.7557331892637     
    (0-360 uvgeslon)=    295.107165118856     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    295.107165118856     
  
 After first run, Wind Circulation (NHEM) ctlon=  295.107E  (0-360E lon):  295.107E    64.893W  ctlat=   25.756  xmax_circul_disk =      76065370.4
 TIMING: get_wind_circ kloop, k=  1   22:29:28
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  295.107E  (0-360E)=  295.107E  (  64.893W)   guesslat=   25.756
 ilonfix=         1248  jlatfix=         1002  npts=           56
 ibeg=         1179  jbeg=          938  imax=         2738
 iend=         1317  jend=         1066  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    76146272.9837604     
 nhalf get_wind_circ, k=  1 ctlon=  295.067E  (0-360E)=  295.067E  ctlon=   64.933W   ctlat=   25.776 Wind Circulation (NHEM: Max) =      76146273.0
 TIMING: After GWC Sfc ... 22:29:29
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.58  xavg_stderr=     4.58
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           17  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    96:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  295.06E   (0-360) guesslon=  295.06E  ( 64.94W)    25.95
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       295.12       64.88      25.71           83.01       T         27.35
   2    zeta 700    Max       295.12       64.88      25.71           81.53       T         27.35
   3    circ 850    Max       295.07       64.93      25.84          108.75       T         12.97
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       295.07       64.93      25.84          104.55       T         12.97
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       295.12       64.88      25.71         1411.39       T         27.35
   8     gph 700    Min       295.12       64.88      25.71         3061.40       T         27.35
   9        MSLP    Min       295.12       64.88      25.71        99916.68       T         27.35
  10    circ sfc    Max       295.07       64.93      25.78           76.15       T         19.63
  11    zeta sfc    Max       295.12       64.88      25.71           57.91       T         27.35
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.64893438218392       stderr_close= 
   2.58289903020613       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
 ip=  2 kprm=  2 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
 ip=  3 kprm=  3 dist_from_mean=  10.473 devia=   2.095 wtpos=  0.49749     295.07   295.07    64.93    25.84
 ip=  5 kprm=  4 dist_from_mean=  10.473 devia=   2.095 wtpos=  0.49749     295.07   295.07    64.93    25.84
 ip=  7 kprm=  5 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
 ip=  8 kprm=  6 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
 ip=  9 kprm=  7 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
 ip= 10 kprm=  8 dist_from_mean=   4.692 devia=   0.938 wtpos=  0.73140     295.07   295.07    64.93    25.78
 ip= 11 kprm=  9 dist_from_mean=   4.200 devia=   0.840 wtpos=  0.75576     295.12   295.12    64.88    25.71
  
At end of fixcenter:  00L   fhr=   96:00   Fix position=   295.10E  (0-360) fixlon=  295.10  ( 64.90W)    25.74
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    295.104036734503     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    295.118073937037     
        (0-360E clon(ist,ifh,9))=    295.118073937037     
      clat(ist,ifh,9)=    25.7120979165365     
      xval(9)=    99916.6817970013     
  
  After get_ij B, ibeg jbeg =         1140         865
  After get_ij B, iend jend =         1356        1141
  
 In is_it_a_storm, ilonfix=         1248  jlatfix=         1003
 ibeg jbeg iend jend =         1140         865        1356        1141
 cparm= slp  parmlon parmlat =    295.118073937037        25.7120979165365     
     (0-360E parmlon) =    295.118073937037     
 parmval=    99916.6817970013     
  
 i= 1225 j=  940 glon=  294.21 (0-360E) glon=  294.21 glat=  28.24 dist=   295.28 slp=  101505.56 pgradient=  5.38100
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.38100
 mslp center =    295.118073937037        25.7120979165365     
   99916.6817970013     
   (0-360E) lon of mslp center =    295.118073937037     
 pgrad loc   =    294.208776000000        294.208776000000     
   65.7912240000000        28.2409420000000        101505.560000000     
  ttest at location C IF....
      xinp_fixlat=    25.7120979165365     
      xinp_fixlon=    295.118073937037       (0-360E) xinp_fixlon= 
   295.118073937037     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98451.3200000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1248  jfix=         1002
 longitude=    295.118073937037      E   (   64.8819260629625      
 W)  (0-360E) xinp_fixlon=    295.118073937037     
 latitude=    25.7120979165365     
 mean mslp value (xval(9))=    99916.6817970013     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1248  jfix=         1002
 longitude=    295.118073937037      E   (   64.8819260629625      
 W)  (0-360E) xinp_fixlon=    295.118073937037     
 latitude=    25.7120979165365     
 mean mslp value (xval(9))=    99916.6817970013     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1248  jx=         1002
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98451.3200000000       xcentval=    98451.3200000000     
 At A, num_found_contours=            0
 At A, contlo=    98451.3200000000       conthi=    98851.3200000000     
  
 num_found_contours=            0
 contlo=    98451.3200000000       conthi=    98851.3200000000     
 xcentval=    98451.3200000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98851.3200000000       conthi=    99251.3200000000     
  
 num_found_contours=            1
 contlo=    98851.3200000000       conthi=    99251.3200000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            2
 At A, contlo=    99251.3200000000       conthi=    99651.3200000000     
  
 num_found_contours=            2
 contlo=    99251.3200000000       conthi=    99651.3200000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            3
 At A, contlo=    99651.3200000000       conthi=    100051.320000000     
  
 num_found_contours=            3
 contlo=    99651.3200000000       conthi=    100051.320000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            4
 At A, contlo=    100051.320000000       conthi=    100451.320000000     
  
 num_found_contours=            4
 contlo=    100051.320000000       conthi=    100451.320000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            5
 At A, contlo=    100451.320000000       conthi=    100851.320000000     
  
 num_found_contours=            5
 contlo=    100451.320000000       conthi=    100851.320000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            6
 At A, contlo=    100851.320000000       conthi=    101251.320000000     
  
 num_found_contours=            6
 contlo=    100851.320000000       conthi=    101251.320000000     
 xcentval=    98451.3200000000     
 At A, num_found_contours=            7
 At A, contlo=    101251.320000000       conthi=    101651.320000000     
  
 num_found_contours=            7
 contlo=    101251.320000000       conthi=    101651.320000000     
 xcentval=    98451.3200000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1120 ,         859 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98451.3200000000     
 !!! (i,j) of central value = (        1248 ,        1002 )
 !!!  
 !!! Flagged value found    =    101249.880000000     
 !!! (i,j) of flagged value = (        1119 ,         858 )
 !!!   
 !!! Lower bound of contour interval =    101251.320000000     
 !!! Upper bound of contour interval =    101651.320000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1248  jfix=         1002
 longitude=    295.118073937037      E   (   64.8819260629625      W)  
 (0-360E) xinp_fixlon=    295.118073937037     
 latitude=    25.7120979165365     
 mean mslp value (xval(9))=    99916.6817970013     
 gridpoint mslp value=    98451.3200000000     
 ccflag= y
 prs of last closed isobar =    101251.320000000     
 radius of last closed isobar =    76.1204412894191       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =   96:00
 !!! Boundary check xinp_fixlat is   25.71
 !!! Boundary check xinp_fixlon is   64.88W   ( 295.12E)  (0-360E) xinp_fixlon=  295.12
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    295.067166118856     
  850 mb wcirc fix lat=    25.8357311892637     
    (0-360) 850 mb wcirc fix lon=    295.067166118856     
  Multi-parm fix lon=      295.104036734503     
  Multi-parm fix lat=      25.7391792780016     
    (0-360) Multi-parm fix lon=      295.104036734503     
  
  
  After get_ij B, ibeg jbeg =         1156         896
  After get_ij B, iend jend =         1338        1104
  
 In is_it_a_storm, ilonfix=         1247  jlatfix=         1000
 ibeg jbeg iend jend =         1156         896        1338        1104
 cparm= v850  parmlon parmlat =    295.067166118856        25.8357311892637     
     (0-360E parmlon) =    295.067166118856     
 parmval=    108752891.087210     
  
 i= 1236 j=  951 glon=  294.65 (0-360E) glon=  294.65 glat=  27.80 u= -15.4200 v=   0.5400 vr=   3.42093 vt=  15.04544
 i= 1241 j=  951 glon=  294.85 (0-360E) glon=  294.85 glat=  27.80 u= -15.9900 v=   1.8900 vr=   3.46553 vt=  15.72394
 i= 1246 j=  951 glon=  295.05 (0-360E) glon=  295.05 glat=  27.80 u= -16.4700 v=   3.4100 vr=   3.54816 vt=  16.44079
 i= 1251 j=  951 glon=  295.25 (0-360E) glon=  295.25 glat=  27.80 u= -16.6500 v=   5.0000 vr=   3.60885 vt=  17.00584
 i= 1256 j=  951 glon=  295.45 (0-360E) glon=  295.45 glat=  27.80 u= -16.4600 v=   6.3700 vr=   3.45347 vt=  17.30844
 i= 1221 j=  956 glon=  294.05 (0-360E) glon=  294.05 glat=  27.60 u= -14.0700 v=  -4.0300 vr=   2.89085 vt=  14.34743
 i= 1226 j=  956 glon=  294.25 (0-360E) glon=  294.25 glat=  27.60 u= -14.8400 v=  -3.1400 vr=   2.80023 vt=  14.90785
 i= 1231 j=  956 glon=  294.45 (0-360E) glon=  294.45 glat=  27.60 u= -15.1200 v=  -2.0400 vr=   2.58631 vt=  15.03619
 i= 1236 j=  956 glon=  294.65 (0-360E) glon=  294.65 glat=  27.60 u= -15.8700 v=   0.0400 vr=   3.33865 vt=  15.51489
 i= 1241 j=  956 glon=  294.85 (0-360E) glon=  294.85 glat=  27.60 u= -16.2600 v=   2.1800 vr=   3.95959 vt=  15.92048
 i= 1246 j=  956 glon=  295.05 (0-360E) glon=  295.05 glat=  27.60 u= -16.7100 v=   4.1200 vr=   4.27608 vt=  16.67074
 i= 1251 j=  956 glon=  295.25 (0-360E) glon=  295.25 glat=  27.60 u= -17.0200 v=   5.9500 vr=   4.36166 vt=  17.49454
 i= 1256 j=  956 glon=  295.45 (0-360E) glon=  295.45 glat=  27.60 u= -17.3500 v=   7.8600 vr=   4.41466 vt=  18.52870
 i= 1261 j=  956 glon=  295.65 (0-360E) glon=  295.65 glat=  27.60 u= -16.9900 v=   9.2600 vr=   4.06574 vt=  18.91765
 i= 1266 j=  956 glon=  295.85 (0-360E) glon=  295.85 glat=  27.60 u= -16.3900 v=  10.1100 vr=   3.34531 vt=  18.96452
 i= 1271 j=  956 glon=  296.05 (0-360E) glon=  296.05 glat=  27.60 u= -15.5300 v=  10.4600 vr=   2.42478 vt=  18.56645
 i= 1211 j=  961 glon=  293.65 (0-360E) glon=  293.65 glat=  27.40 u= -11.4100 v=  -7.6900 vr=   1.24464 vt=  13.70310
 i= 1216 j=  961 glon=  293.85 (0-360E) glon=  293.85 glat=  27.40 u= -12.9800 v=  -6.7900 vr=   1.87498 vt=  14.52821
 i= 1221 j=  961 glon=  294.05 (0-360E) glon=  294.05 glat=  27.40 u= -14.2100 v=  -5.7600 vr=   2.19549 vt=  15.17503
 i= 1226 j=  961 glon=  294.25 (0-360E) glon=  294.25 glat=  27.40 u= -14.6500 v=  -4.5700 vr=   2.08754 vt=  15.20360
 i= 1231 j=  961 glon=  294.45 (0-360E) glon=  294.45 glat=  27.40 u= -15.5400 v=  -2.6200 vr=   2.72348 vt=  15.52220
 i= 1236 j=  961 glon=  294.65 (0-360E) glon=  294.65 glat=  27.40 u= -16.7200 v=  -0.2400 vr=   3.66591 vt=  16.31493
 i= 1241 j=  961 glon=  294.85 (0-360E) glon=  294.85 glat=  27.40 u= -17.9200 v=   2.2600 vr=   4.46820 vt=  17.50055
 i= 1246 j=  961 glon=  295.05 (0-360E) glon=  295.05 glat=  27.40 u= -18.4800 v=   4.6600 vr=   4.85471 vt=  18.42981
 i= 1251 j=  961 glon=  295.25 (0-360E) glon=  295.25 glat=  27.40 u= -18.3600 v=   6.7500 vr=   4.81335 vt=  18.96006
 i= 1256 j=  961 glon=  295.45 (0-360E) glon=  295.45 glat=  27.40 u= -18.0600 v=   8.6500 vr=   4.59154 vt=  19.49112
 i= 1261 j=  961 glon=  295.65 (0-360E) glon=  295.65 glat=  27.40 u= -17.7700 v=  10.0700 vr=   3.93241 vt=  20.04280
 i= 1266 j=  961 glon=  295.85 (0-360E) glon=  295.85 glat=  27.40 u= -16.8100 v=  11.2900 vr=   3.42715 vt=  19.95733
 i= 1271 j=  961 glon=  296.05 (0-360E) glon=  296.05 glat=  27.40 u= -16.0300 v=  12.0100 vr=   2.59939 vt=  19.86062
 i= 1276 j=  961 glon=  296.25 (0-360E) glon=  296.25 glat=  27.40 u= -15.2500 v=  11.8500 vr=   1.24782 vt=  19.27247
 i= 1281 j=  961 glon=  296.45 (0-360E) glon=  296.45 glat=  27.40 u= -13.7200 v=  11.8000 vr=   0.71612 vt=  18.08219
 i= 1206 j=  966 glon=  293.45 (0-360E) glon=  293.45 glat=  27.20 u= -10.0900 v= -10.1400 vr=   0.43050 vt=  14.29833
 i= 1211 j=  966 glon=  293.65 (0-360E) glon=  293.65 glat=  27.20 u= -11.4400 v=  -9.2300 vr=   1.06900 vt=  14.66028
 i= 1216 j=  966 glon=  293.85 (0-360E) glon=  293.85 glat=  27.20 u= -12.6500 v=  -8.5200 vr=   1.27149 vt=  15.19856
 i= 1221 j=  966 glon=  294.05 (0-360E) glon=  294.05 glat=  27.20 u= -14.0100 v=  -7.4200 vr=   1.63707 vt=  15.76885
 i= 1226 j=  966 glon=  294.25 (0-360E) glon=  294.25 glat=  27.20 u= -15.0500 v=  -6.1600 vr=   1.71080 vt=  16.17162
 i= 1231 j=  966 glon=  294.45 (0-360E) glon=  294.45 glat=  27.20 u= -16.2900 v=  -3.2100 vr=   3.16329 vt=  16.29914
 i= 1236 j=  966 glon=  294.65 (0-360E) glon=  294.65 glat=  27.20 u= -18.7300 v=  -0.5700 vr=   4.41823 vt=  18.21035
 i= 1241 j=  966 glon=  294.85 (0-360E) glon=  294.85 glat=  27.20 u= -19.5400 v=   1.8000 vr=   4.55865 vt=  19.08587
 i= 1246 j=  966 glon=  295.05 (0-360E) glon=  295.05 glat=  27.20 u= -19.7900 v=   3.8200 vr=   4.05920 vt=  19.74232
 i= 1251 j=  966 glon=  295.25 (0-360E) glon=  295.25 glat=  27.20 u= -19.9200 v=   6.2200 vr=   3.81518 vt=  20.51680
 i= 1256 j=  966 glon=  295.45 (0-360E) glon=  295.45 glat=  27.20 u= -19.6300 v=   8.3400 vr=   3.31283 vt=  21.06935
 i= 1261 j=  966 glon=  295.65 (0-360E) glon=  295.65 glat=  27.20 u= -18.7600 v=  10.5000 vr=   3.10592 vt=  21.27301
 i= 1266 j=  966 glon=  295.85 (0-360E) glon=  295.85 glat=  27.20 u= -17.6800 v=  12.1100 vr=   2.68577 vt=  21.26079
 i= 1271 j=  966 glon=  296.05 (0-360E) glon=  296.05 glat=  27.20 u= -16.4400 v=  12.6700 vr=   1.72180 vt=  20.68424
 i= 1276 j=  966 glon=  296.25 (0-360E) glon=  296.25 glat=  27.20 u= -15.1000 v=  13.0900 vr=   1.05875 vt=  19.95588
 i= 1281 j=  966 glon=  296.45 (0-360E) glon=  296.45 glat=  27.20 u= -14.2300 v=  13.1100 vr=   0.11524 vt=  19.34817
 i= 1286 j=  966 glon=  296.65 (0-360E) glon=  296.65 glat=  27.20 u= -12.4400 v=  12.9500 vr=  -0.01652 vt=  17.95706
 i= 1201 j=  971 glon=  293.25 (0-360E) glon=  293.25 glat=  27.00 u=  -7.2200 v= -11.8100 vr=  -0.95223 vt=  13.80934
 i= 1206 j=  971 glon=  293.45 (0-360E) glon=  293.45 glat=  27.00 u=  -9.5700 v= -11.0500 vr=   0.58038 vt=  14.60652
 i= 1211 j=  971 glon=  293.65 (0-360E) glon=  293.65 glat=  27.00 u= -11.0500 v= -10.7600 vr=   0.91129 vt=  15.39642
 i= 1216 j=  971 glon=  293.85 (0-360E) glon=  293.85 glat=  27.00 u= -12.4300 v= -10.1900 vr=   1.09568 vt=  16.03560
 i= 1221 j=  971 glon=  294.05 (0-360E) glon=  294.05 glat=  27.00 u= -13.6300 v=  -9.6000 vr=   0.87374 vt=  16.64853
 i= 1226 j=  971 glon=  294.25 (0-360E) glon=  294.25 glat=  27.00 u= -15.2300 v=  -6.8600 vr=   2.32797 vt=  16.54065
 i= 1231 j=  971 glon=  294.45 (0-360E) glon=  294.45 glat=  27.00 u= -16.2500 v=  -4.8100 vr=   2.65106 vt=  16.73829
 i= 1236 j=  971 glon=  294.65 (0-360E) glon=  294.65 glat=  27.00 u= -18.7500 v=  -2.3800 vr=   3.48909 vt=  18.57561
 i= 1241 j=  971 glon=  294.85 (0-360E) glon=  294.85 glat=  27.00 u= -20.4800 v=   0.4200 vr=   3.81295 vt=  20.12631
 i= 1246 j=  971 glon=  295.05 (0-360E) glon=  295.05 glat=  27.00 u= -21.1600 v=   3.7100 vr=   4.00976 vt=  21.10525
 i= 1251 j=  971 glon=  295.25 (0-360E) glon=  295.25 glat=  27.00 u= -21.1300 v=   6.7700 vr=   3.77684 vt=  21.86425
 i= 1256 j=  971 glon=  295.45 (0-360E) glon=  295.45 glat=  27.00 u= -21.0000 v=   9.4200 vr=   3.11289 vt=  22.80452
 i= 1261 j=  971 glon=  295.65 (0-360E) glon=  295.65 glat=  27.00 u= -20.1700 v=  11.6900 vr=   2.41580 vt=  23.18726
 i= 1266 j=  971 glon=  295.85 (0-360E) glon=  295.85 glat=  27.00 u= -18.7400 v=  13.4700 vr=   1.86265 vt=  23.00346
 i= 1271 j=  971 glon=  296.05 (0-360E) glon=  296.05 glat=  27.00 u= -16.6300 v=  14.7400 vr=   1.71000 vt=  22.15627
 i= 1276 j=  971 glon=  296.25 (0-360E) glon=  296.25 glat=  27.00 u= -15.0100 v=  14.9600 vr=   0.93596 vt=  21.17134
 i= 1281 j=  971 glon=  296.45 (0-360E) glon=  296.45 glat=  27.00 u= -13.9100 v=  14.8400 vr=  -0.00607 vt=  20.33995
 i= 1286 j=  971 glon=  296.65 (0-360E) glon=  296.65 glat=  27.00 u= -13.0400 v=  14.3200 vr=  -1.03137 vt=  19.34012
 i= 1291 j=  971 glon=  296.85 (0-360E) glon=  296.85 glat=  27.00 u= -10.9500 v=  13.6900 vr=  -0.82888 vt=  17.51090
 i= 1201 j=  976 glon=  293.25 (0-360E) glon=  293.25 glat=  26.80 u=  -6.9200 v= -13.2400 vr=  -0.74002 vt=  14.92100
 i= 1206 j=  976 glon=  293.45 (0-360E) glon=  293.45 glat=  26.80 u=  -8.9200 v= -12.7200 vr=   0.42817 vt=  15.53002
 i= 1211 j=  976 glon=  293.65 (0-360E) glon=  293.65 glat=  26.80 u= -10.1400 v= -12.8200 vr=   0.36856 vt=  16.34124
 i= 1216 j=  976 glon=  293.85 (0-360E) glon=  293.85 glat=  26.80 u= -11.4400 v= -12.6100 vr=   0.26063 vt=  17.02404
 i= 1221 j=  976 glon=  294.05 (0-360E) glon=  294.05 glat=  26.80 u= -13.8000 v= -11.1000 vr=   1.45169 vt=  17.65057
 i= 1226 j=  976 glon=  294.25 (0-360E) glon=  294.25 glat=  26.80 u= -15.4300 v=  -9.1400 vr=   2.08714 vt=  17.81203
 i= 1231 j=  976 glon=  294.45 (0-360E) glon=  294.45 glat=  26.80 u= -18.2100 v=  -6.9600 vr=   3.05547 vt=  19.25383
 i= 1236 j=  976 glon=  294.65 (0-360E) glon=  294.65 glat=  26.80 u= -21.2600 v=  -3.4500 vr=   4.50055 vt=  21.06265
 i= 1241 j=  976 glon=  294.85 (0-360E) glon=  294.85 glat=  26.80 u= -22.0200 v=   1.1800 vr=   5.54224 vt=  21.34377
 i= 1246 j=  976 glon=  295.05 (0-360E) glon=  295.05 glat=  26.80 u= -22.4200 v=   2.3000 vr=   2.68371 vt=  22.37731
 i= 1251 j=  976 glon=  295.25 (0-360E) glon=  295.25 glat=  26.80 u= -22.1200 v=   5.1300 vr=   1.37274 vt=  22.66554
 i= 1256 j=  976 glon=  295.45 (0-360E) glon=  295.45 glat=  26.80 u= -23.4400 v=   8.8900 vr=   0.53243 vt=  25.06356
 i= 1261 j=  976 glon=  295.65 (0-360E) glon=  295.65 glat=  26.80 u= -22.3600 v=  13.4500 vr=   1.18020 vt=  26.06682
 i= 1266 j=  976 glon=  295.85 (0-360E) glon=  295.85 glat=  26.80 u= -19.7400 v=  15.3300 vr=   0.77444 vt=  24.98153
 i= 1271 j=  976 glon=  296.05 (0-360E) glon=  296.05 glat=  26.80 u= -17.0900 v=  16.4100 vr=   0.57066 vt=  23.68608
 i= 1276 j=  976 glon=  296.25 (0-360E) glon=  296.25 glat=  26.80 u= -14.5600 v=  17.0300 vr=   0.65948 vt=  22.39597
 i= 1281 j=  976 glon=  296.45 (0-360E) glon=  296.45 glat=  26.80 u= -12.9200 v=  16.7000 vr=   0.02037 vt=  21.11435
 i= 1286 j=  976 glon=  296.65 (0-360E) glon=  296.65 glat=  26.80 u= -11.9200 v=  16.1000 vr=  -0.85256 vt=  20.01423
 i= 1291 j=  976 glon=  296.85 (0-360E) glon=  296.85 glat=  26.80 u= -11.1200 v=  15.3100 vr=  -1.66158 vt=  18.84913
 i= 1296 j=  976 glon=  297.05 (0-360E) glon=  297.05 glat=  26.80 u=  -9.7200 v=  14.2600 vr=  -1.79707 vt=  17.16381
 i= 1196 j=  981 glon=  293.05 (0-360E) glon=  293.05 glat=  26.60 u=  -5.3800 v= -14.0600 vr=  -0.45898 vt=  15.04717
 i= 1201 j=  981 glon=  293.25 (0-360E) glon=  293.25 glat=  26.60 u=  -6.0100 v= -14.4900 vr=  -0.65779 vt=  15.67315
 i= 1206 j=  981 glon=  293.45 (0-360E) glon=  293.45 glat=  26.60 u=  -7.5600 v= -14.8800 vr=  -0.19823 vt=  16.68918
 i= 1211 j=  981 glon=  293.65 (0-360E) glon=  293.65 glat=  26.60 u=  -8.7400 v= -15.1300 vr=  -0.26010 vt=  17.47103
 i= 1216 j=  981 glon=  293.85 (0-360E) glon=  293.85 glat=  26.60 u= -10.6400 v= -14.6200 vr=   0.37350 vt=  18.07801
 i= 1221 j=  981 glon=  294.05 (0-360E) glon=  294.05 glat=  26.60 u= -13.0700 v= -12.3900 vr=   2.09866 vt=  17.88666
 i= 1226 j=  981 glon=  294.25 (0-360E) glon=  294.25 glat=  26.60 u= -15.7300 v= -12.0600 vr=   2.21847 vt=  19.69657
 i= 1231 j=  981 glon=  294.45 (0-360E) glon=  294.45 glat=  26.60 u= -19.5500 v=  -9.6700 vr=   3.67110 vt=  21.49964
 i= 1236 j=  981 glon=  294.65 (0-360E) glon=  294.65 glat=  26.60 u= -23.8400 v=  -2.5200 vr=   8.25407 vt=  22.50703
 i= 1241 j=  981 glon=  294.85 (0-360E) glon=  294.85 glat=  26.60 u= -24.1700 v=   0.0700 vr=   6.07268 vt=  23.39479
 i= 1246 j=  981 glon=  295.05 (0-360E) glon=  295.05 glat=  26.60 u= -22.9300 v=   2.8100 vr=   3.30495 vt=  22.86391
 i= 1251 j=  981 glon=  295.25 (0-360E) glon=  295.25 glat=  26.60 u= -22.3500 v=   4.5900 vr=  -0.17195 vt=  22.81581
 i= 1256 j=  981 glon=  295.45 (0-360E) glon=  295.45 glat=  26.60 u= -29.6300 v=  15.4400 vr=   1.97076 vt=  33.35336
 i= 1261 j=  981 glon=  295.65 (0-360E) glon=  295.65 glat=  26.60 u= -24.5400 v=  16.5000 vr=  -0.22382 vt=  29.57045
 i= 1266 j=  981 glon=  295.85 (0-360E) glon=  295.85 glat=  26.60 u= -20.3300 v=  18.6200 vr=  -0.04664 vt=  27.56830
 i= 1271 j=  981 glon=  296.05 (0-360E) glon=  296.05 glat=  26.60 u= -16.7300 v=  19.1800 vr=  -0.09468 vt=  25.45106
 i= 1276 j=  981 glon=  296.25 (0-360E) glon=  296.25 glat=  26.60 u= -14.2100 v=  18.6900 vr=  -0.63461 vt=  23.46993
 i= 1281 j=  981 glon=  296.45 (0-360E) glon=  296.45 glat=  26.60 u= -11.8800 v=  18.6500 vr=  -0.36931 vt=  22.10929
 i= 1286 j=  981 glon=  296.65 (0-360E) glon=  296.65 glat=  26.60 u= -10.5300 v=  18.0200 vr=  -0.77728 vt=  20.85658
 i= 1291 j=  981 glon=  296.85 (0-360E) glon=  296.85 glat=  26.60 u= -10.0600 v=  17.0500 vr=  -1.77828 vt=  19.71659
 i= 1296 j=  981 glon=  297.05 (0-360E) glon=  297.05 glat=  26.60 u=  -9.3300 v=  15.7600 vr=  -2.40784 vt=  18.15568
 i= 1196 j=  986 glon=  293.05 (0-360E) glon=  293.05 glat=  26.40 u=  -4.5100 v= -15.1000 vr=  -0.12907 vt=  15.75860
 i= 1201 j=  986 glon=  293.25 (0-360E) glon=  293.25 glat=  26.40 u=  -4.4600 v= -15.8100 vr=  -0.90017 vt=  16.40236
 i= 1206 j=  986 glon=  293.45 (0-360E) glon=  293.45 glat=  26.40 u=  -5.9900 v= -16.1600 vr=  -0.22223 vt=  17.23300
 i= 1211 j=  986 glon=  293.65 (0-360E) glon=  293.65 glat=  26.40 u=  -7.2900 v= -16.5200 vr=   0.01061 vt=  18.05698
 i= 1216 j=  986 glon=  293.85 (0-360E) glon=  293.85 glat=  26.40 u=  -9.5000 v= -15.9500 vr=   1.16153 vt=  18.52845
 i= 1221 j=  986 glon=  294.05 (0-360E) glon=  294.05 glat=  26.40 u= -13.2500 v= -14.1900 vr=   3.84624 vt=  19.02958
 i= 1226 j=  986 glon=  294.25 (0-360E) glon=  294.25 glat=  26.40 u= -16.2000 v= -15.0600 vr=   3.69229 vt=  21.80850
 i= 1231 j=  986 glon=  294.45 (0-360E) glon=  294.45 glat=  26.40 u= -24.5600 v= -11.4600 vr=   9.06548 vt=  25.54099
 i= 1236 j=  986 glon=  294.65 (0-360E) glon=  294.65 glat=  26.40 u= -22.3400 v=  -9.4600 vr=   4.50592 vt=  23.83829
 i= 1241 j=  986 glon=  294.85 (0-360E) glon=  294.85 glat=  26.40 u= -26.2000 v=  -6.6400 vr=   2.32544 vt=  26.92809
 i= 1246 j=  986 glon=  295.05 (0-360E) glon=  295.05 glat=  26.40 u= -29.8600 v=   0.7200 vr=   1.59363 vt=  29.82614
 i= 1251 j=  986 glon=  295.25 (0-360E) glon=  295.25 glat=  26.40 u= -29.4200 v=  10.3300 vr=   1.76113 vt=  31.13107
 i= 1256 j=  986 glon=  295.45 (0-360E) glon=  295.45 glat=  26.40 u= -27.7600 v=  19.1900 vr=   1.99714 vt=  33.68806
 i= 1261 j=  986 glon=  295.65 (0-360E) glon=  295.65 glat=  26.40 u= -23.3900 v=  20.8200 vr=  -0.61349 vt=  31.30796
 i= 1266 j=  986 glon=  295.85 (0-360E) glon=  295.85 glat=  26.40 u= -19.5700 v=  21.3100 vr=  -1.91628 vt=  28.86917
 i= 1271 j=  986 glon=  296.05 (0-360E) glon=  296.05 glat=  26.40 u= -16.4000 v=  21.8800 vr=  -2.04369 vt=  27.26752
 i= 1276 j=  986 glon=  296.25 (0-360E) glon=  296.25 glat=  26.40 u= -12.9100 v=  21.0800 vr=  -1.53732 vt=  24.67126
 i= 1281 j=  986 glon=  296.45 (0-360E) glon=  296.45 glat=  26.40 u= -10.6000 v=  19.9500 vr=  -1.43335 vt=  22.54569
 i= 1286 j=  986 glon=  296.65 (0-360E) glon=  296.65 glat=  26.40 u=  -9.1200 v=  18.9700 vr=  -1.52173 vt=  20.99332
 i= 1291 j=  986 glon=  296.85 (0-360E) glon=  296.85 glat=  26.40 u=  -8.4700 v=  17.9300 vr=  -2.08010 vt=  19.72052
 i= 1296 j=  986 glon=  297.05 (0-360E) glon=  297.05 glat=  26.40 u=  -8.2200 v=  16.5800 vr=  -2.88410 vt=  18.27968
 i= 1196 j=  991 glon=  293.05 (0-360E) glon=  293.05 glat=  26.20 u=  -3.2200 v= -16.3000 vr=   0.00410 vt=  16.61500
 i= 1201 j=  991 glon=  293.25 (0-360E) glon=  293.25 glat=  26.20 u=  -3.1800 v= -16.7200 vr=  -0.48392 vt=  17.01284
 i= 1206 j=  991 glon=  293.45 (0-360E) glon=  293.45 glat=  26.20 u=  -4.2000 v= -17.0700 vr=  -0.02949 vt=  17.57908
 i= 1211 j=  991 glon=  293.65 (0-360E) glon=  293.65 glat=  26.20 u=  -5.5400 v= -17.9900 vr=   0.42132 vt=  18.81898
 i= 1216 j=  991 glon=  293.85 (0-360E) glon=  293.85 glat=  26.20 u=  -6.8600 v= -18.4300 vr=   0.72119 vt=  19.65208
 i= 1221 j=  991 glon=  294.05 (0-360E) glon=  294.05 glat=  26.20 u= -11.5000 v= -17.7500 vr=   4.14165 vt=  20.74028
 i= 1226 j=  991 glon=  294.25 (0-360E) glon=  294.25 glat=  26.20 u= -15.1300 v= -20.9600 vr=   4.26749 vt=  25.49563
 i= 1231 j=  991 glon=  294.45 (0-360E) glon=  294.45 glat=  26.20 u= -27.1000 v= -22.9000 vr=  10.10859 vt=  34.00936
 i= 1236 j=  991 glon=  294.65 (0-360E) glon=  294.65 glat=  26.20 u= -23.1700 v= -13.3600 vr=   7.33061 vt=  25.72160
 i= 1241 j=  991 glon=  294.85 (0-360E) glon=  294.85 glat=  26.20 u= -32.4800 v=  -9.3300 vr=   7.16910 vt=  33.02428
 i= 1246 j=  991 glon=  295.05 (0-360E) glon=  295.05 glat=  26.20 u= -35.1900 v=  -3.0800 vr=  -1.48324 vt=  35.29338
 i= 1251 j=  991 glon=  295.25 (0-360E) glon=  295.25 glat=  26.20 u= -34.6900 v=  11.3000 vr=  -3.84525 vt=  36.28085
 i= 1256 j=  991 glon=  295.45 (0-360E) glon=  295.45 glat=  26.20 u= -25.9800 v=  23.1700 vr=  -0.91479 vt=  34.79903
 i= 1261 j=  991 glon=  295.65 (0-360E) glon=  295.65 glat=  26.20 u= -20.5500 v=  23.2100 vr=  -3.58240 vt=  30.79242
 i= 1266 j=  991 glon=  295.85 (0-360E) glon=  295.85 glat=  26.20 u= -16.5100 v=  25.2000 vr=  -3.06554 vt=  29.97036
 i= 1271 j=  991 glon=  296.05 (0-360E) glon=  296.05 glat=  26.20 u= -11.7800 v=  24.7300 vr=  -1.47396 vt=  27.35267
 i= 1276 j=  991 glon=  296.25 (0-360E) glon=  296.25 glat=  26.20 u= -11.0800 v=  23.2000 vr=  -2.98869 vt=  25.53574
 i= 1281 j=  991 glon=  296.45 (0-360E) glon=  296.45 glat=  26.20 u=  -8.9200 v=  21.2100 vr=  -2.63191 vt=  22.85834
 i= 1286 j=  991 glon=  296.65 (0-360E) glon=  296.65 glat=  26.20 u=  -7.2200 v=  19.8700 vr=  -2.11126 vt=  21.03540
 i= 1291 j=  991 glon=  296.85 (0-360E) glon=  296.85 glat=  26.20 u=  -6.7200 v=  18.5700 vr=  -2.48880 vt=  19.59105
 i= 1296 j=  991 glon=  297.05 (0-360E) glon=  297.05 glat=  26.20 u=  -6.8600 v=  17.1400 vr=  -3.34609 vt=  18.15607
 i= 1301 j=  991 glon=  297.25 (0-360E) glon=  297.25 glat=  26.20 u=  -6.4800 v=  15.7800 vr=  -3.55124 vt=  16.68495
 i= 1191 j=  996 glon=  292.85 (0-360E) glon=  292.85 glat=  26.00 u=  -1.6200 v= -16.0500 vr=   0.36164 vt=  16.12750
 i= 1196 j=  996 glon=  293.05 (0-360E) glon=  293.05 glat=  26.00 u=  -1.7000 v= -16.9500 vr=   0.22480 vt=  17.03355
 i= 1201 j=  996 glon=  293.25 (0-360E) glon=  293.25 glat=  26.00 u=  -1.9700 v= -17.2300 vr=   0.29002 vt=  17.33983
 i= 1206 j=  996 glon=  293.45 (0-360E) glon=  293.45 glat=  26.00 u=  -1.9500 v= -17.9000 vr=  -0.02470 vt=  18.00588
 i= 1211 j=  996 glon=  293.65 (0-360E) glon=  293.65 glat=  26.00 u=  -2.6800 v= -19.1400 vr=   0.25215 vt=  19.32507
 i= 1216 j=  996 glon=  293.85 (0-360E) glon=  293.85 glat=  26.00 u=  -3.4200 v= -20.4600 vr=   0.37953 vt=  20.74039
 i= 1221 j=  996 glon=  294.05 (0-360E) glon=  294.05 glat=  26.00 u=  -6.1200 v= -22.5000 vr=   2.07313 vt=  23.22513
 i= 1226 j=  996 glon=  294.25 (0-360E) glon=  294.25 glat=  26.00 u=  -7.9100 v= -23.1500 vr=   2.68457 vt=  24.31633
 i= 1231 j=  996 glon=  294.45 (0-360E) glon=  294.45 glat=  26.00 u= -16.6500 v= -27.5900 vr=   8.13877 vt=  31.17998
 i= 1236 j=  996 glon=  294.65 (0-360E) glon=  294.65 glat=  26.00 u= -17.1500 v= -21.7300 vr=   6.98620 vt=  26.78635
 i= 1241 j=  996 glon=  294.85 (0-360E) glon=  294.85 glat=  26.00 u= -31.5300 v= -15.3500 vr=  14.25830 vt=  32.03848
 i= 1246 j=  996 glon=  295.05 (0-360E) glon=  295.05 glat=  26.00 u= -36.6900 v=  -6.2900 vr=  -2.59944 vt=  37.13439
 i= 1251 j=  996 glon=  295.25 (0-360E) glon=  295.25 glat=  26.00 u= -33.3300 v=  13.0800 vr= -14.13559 vt=  32.89621
 i= 1256 j=  996 glon=  295.45 (0-360E) glon=  295.45 glat=  26.00 u= -22.2500 v=  36.2700 vr=  -4.34131 vt=  42.32881
 i= 1261 j=  996 glon=  295.65 (0-360E) glon=  295.65 glat=  26.00 u= -20.7300 v=  28.0300 vr= -11.35888 vt=  32.96043
 i= 1266 j=  996 glon=  295.85 (0-360E) glon=  295.85 glat=  26.00 u= -13.6600 v=  27.7600 vr=  -6.98940 vt=  30.13903
 i= 1271 j=  996 glon=  296.05 (0-360E) glon=  296.05 glat=  26.00 u=  -9.7800 v=  25.4400 vr=  -4.98260 vt=  26.79582
 i= 1276 j=  996 glon=  296.25 (0-360E) glon=  296.25 glat=  26.00 u=  -6.6900 v=  24.7500 vr=  -2.86552 vt=  25.47759
 i= 1281 j=  996 glon=  296.45 (0-360E) glon=  296.45 glat=  26.00 u=  -6.6200 v=  22.2300 vr=  -3.69294 vt=  22.89890
 i= 1286 j=  996 glon=  296.65 (0-360E) glon=  296.65 glat=  26.00 u=  -5.1000 v=  20.4100 vr=  -2.77506 vt=  20.85371
 i= 1291 j=  996 glon=  296.85 (0-360E) glon=  296.85 glat=  26.00 u=  -4.8200 v=  19.0000 vr=  -2.91339 vt=  19.38413
 i= 1296 j=  996 glon=  297.05 (0-360E) glon=  297.05 glat=  26.00 u=  -5.3600 v=  17.3500 vr=  -3.80516 vt=  17.75592
 i= 1301 j=  996 glon=  297.25 (0-360E) glon=  297.25 glat=  26.00 u=  -5.3600 v=  16.0400 vr=  -4.06685 vt=  16.41560
 i= 1191 j= 1001 glon=  292.85 (0-360E) glon=  292.85 glat=  25.80 u=  -0.2300 v= -15.7000 vr=   0.55802 vt=  15.69177
 i= 1196 j= 1001 glon=  293.05 (0-360E) glon=  293.05 glat=  25.80 u=  -0.1400 v= -16.8500 vr=   0.51716 vt=  16.84264
 i= 1201 j= 1001 glon=  293.25 (0-360E) glon=  293.25 glat=  25.80 u=  -0.4600 v= -17.4100 vr=   0.88181 vt=  17.39374
 i= 1206 j= 1001 glon=  293.45 (0-360E) glon=  293.45 glat=  25.80 u=   0.2500 v= -18.3200 vr=   0.23718 vt=  18.32017
 i= 1211 j= 1001 glon=  293.65 (0-360E) glon=  293.65 glat=  25.80 u=   0.6200 v= -19.2700 vr=  -0.04818 vt=  19.27991
 i= 1216 j= 1001 glon=  293.85 (0-360E) glon=  293.85 glat=  25.80 u=   0.5200 v= -21.0100 vr=   0.19075 vt=  21.01557
 i= 1221 j= 1001 glon=  294.05 (0-360E) glon=  294.05 glat=  25.80 u=   0.0000 v= -22.9500 vr=   0.91111 vt=  22.93191
 i= 1226 j= 1001 glon=  294.25 (0-360E) glon=  294.25 glat=  25.80 u=   0.7000 v= -25.5700 vr=   0.54337 vt=  25.57381
 i= 1231 j= 1001 glon=  294.45 (0-360E) glon=  294.45 glat=  25.80 u=  -1.6100 v= -25.5700 vr=   3.22832 vt=  25.41643
 i= 1236 j= 1001 glon=  294.65 (0-360E) glon=  294.65 glat=  25.80 u=  -2.7400 v= -27.4700 vr=   5.27200 vt=  27.09824
 i= 1241 j= 1001 glon=  294.85 (0-360E) glon=  294.85 glat=  25.80 u=  -7.4100 v= -28.0600 vr=  12.18889 vt=  26.33823
 i= 1246 j= 1001 glon=  295.05 (0-360E) glon=  295.05 glat=  25.80 u=  -8.2200 v=  -9.1100 vr=  11.76195 vt=  -3.49528
 i= 1251 j= 1001 glon=  295.25 (0-360E) glon=  295.25 glat=  25.80 u=  -8.0500 v=  11.9600 vr= -10.36323 vt=  10.02235
 i= 1256 j= 1001 glon=  295.45 (0-360E) glon=  295.45 glat=  25.80 u=  -5.9700 v=  35.6300 vr=  -9.54888 vt=  34.84188
 i= 1261 j= 1001 glon=  295.65 (0-360E) glon=  295.65 glat=  25.80 u=  -8.3400 v=  39.4400 vr= -10.97445 vt=  38.78957
 i= 1266 j= 1001 glon=  295.85 (0-360E) glon=  295.85 glat=  25.80 u=  -6.8400 v=  30.7600 vr=  -8.39203 vt=  30.37329
 i= 1271 j= 1001 glon=  296.05 (0-360E) glon=  296.05 glat=  25.80 u=  -7.2600 v=  25.7000 vr=  -8.30904 vt=  25.38026
 i= 1276 j= 1001 glon=  296.25 (0-360E) glon=  296.25 glat=  25.80 u=  -4.2400 v=  24.6100 vr=  -5.09244 vt=  24.44784
 i= 1281 j= 1001 glon=  296.45 (0-360E) glon=  296.45 glat=  25.80 u=  -4.0300 v=  22.0900 vr=  -4.69812 vt=  21.95761
 i= 1286 j= 1001 glon=  296.65 (0-360E) glon=  296.65 glat=  25.80 u=  -2.7400 v=  20.5000 vr=  -3.29436 vt=  20.41825
 i= 1291 j= 1001 glon=  296.85 (0-360E) glon=  296.85 glat=  25.80 u=  -3.1400 v=  18.9700 vr=  -3.60621 vt=  18.88692
 i= 1296 j= 1001 glon=  297.05 (0-360E) glon=  297.05 glat=  25.80 u=  -3.3900 v=  17.6800 vr=  -3.79038 vt=  17.59851
 i= 1301 j= 1001 glon=  297.25 (0-360E) glon=  297.25 glat=  25.80 u=  -4.4000 v=  16.1000 vr=  -4.73950 vt=  16.00335
 i= 1191 j= 1006 glon=  292.85 (0-360E) glon=  292.85 glat=  25.60 u=   1.2000 v= -15.3300 vr=   0.65878 vt=  15.36278
 i= 1196 j= 1006 glon=  293.05 (0-360E) glon=  293.05 glat=  25.60 u=   1.2200 v= -16.8700 vr=   1.01253 vt=  16.88372
 i= 1201 j= 1006 glon=  293.25 (0-360E) glon=  293.25 glat=  25.60 u=   1.6400 v= -17.2100 vr=   0.87563 vt=  17.26577
 i= 1206 j= 1006 glon=  293.45 (0-360E) glon=  293.45 glat=  25.60 u=   2.0800 v= -18.1000 vr=   0.87803 vt=  18.19795
 i= 1211 j= 1006 glon=  293.65 (0-360E) glon=  293.65 glat=  25.60 u=   3.2000 v= -18.7800 vr=   0.29597 vt=  19.04838
 i= 1216 j= 1006 glon=  293.85 (0-360E) glon=  293.85 glat=  25.60 u=   4.4300 v= -20.0600 vr=  -0.09042 vt=  20.54313
 i= 1221 j= 1006 glon=  294.05 (0-360E) glon=  294.05 glat=  25.60 u=   4.9300 v= -22.8300 vr=   0.92688 vt=  23.33784
 i= 1226 j= 1006 glon=  294.25 (0-360E) glon=  294.25 glat=  25.60 u=   5.7300 v= -25.1200 vr=   2.19970 vt=  25.67116
 i= 1231 j= 1006 glon=  294.45 (0-360E) glon=  294.45 glat=  25.60 u=   9.0200 v= -25.7100 vr=   1.70138 vt=  27.19319
 i= 1236 j= 1006 glon=  294.65 (0-360E) glon=  294.65 glat=  25.60 u=  11.8500 v= -22.9400 vr=   2.08691 vt=  25.73540
 i= 1241 j= 1006 glon=  294.85 (0-360E) glon=  294.85 glat=  25.60 u=  16.7700 v= -24.1900 vr=   7.77603 vt=  28.38877
 i= 1246 j= 1006 glon=  295.05 (0-360E) glon=  295.05 glat=  25.60 u=  25.7000 v= -12.6800 vr=  10.83775 vt=  26.52952
 i= 1251 j= 1006 glon=  295.25 (0-360E) glon=  295.25 glat=  25.60 u=  22.9900 v=  13.6700 vr=   1.92154 vt=  26.67802
 i= 1256 j= 1006 glon=  295.45 (0-360E) glon=  295.45 glat=  25.60 u=  22.2200 v=  34.2500 vr=  -0.99164 vt=  40.81431
 i= 1261 j= 1006 glon=  295.65 (0-360E) glon=  295.65 glat=  25.60 u=  14.3900 v=  31.2900 vr=   0.30231 vt=  34.43900
 i= 1266 j= 1006 glon=  295.85 (0-360E) glon=  295.85 glat=  25.60 u=   2.0500 v=  33.2400 vr=  -8.61442 vt=  32.16973
 i= 1271 j= 1006 glon=  296.05 (0-360E) glon=  296.05 glat=  25.60 u=  -0.2200 v=  26.3400 vr=  -7.01690 vt=  25.38911
 i= 1276 j= 1006 glon=  296.25 (0-360E) glon=  296.25 glat=  25.60 u=  -1.6500 v=  23.4500 vr=  -6.71068 vt=  22.52980
 i= 1281 j= 1006 glon=  296.45 (0-360E) glon=  296.45 glat=  25.60 u=  -0.6300 v=  21.3600 vr=  -4.63129 vt=  20.86139
 i= 1286 j= 1006 glon=  296.65 (0-360E) glon=  296.65 glat=  25.60 u=  -0.6500 v=  19.8400 vr=  -3.92352 vt=  19.45904
 i= 1291 j= 1006 glon=  296.85 (0-360E) glon=  296.85 glat=  25.60 u=  -1.2700 v=  18.4300 vr=  -3.98307 vt=  18.03921
 i= 1296 j= 1006 glon=  297.05 (0-360E) glon=  297.05 glat=  25.60 u=  -1.7100 v=  17.4100 vr=  -4.02719 vt=  17.02392
 i= 1301 j= 1006 glon=  297.25 (0-360E) glon=  297.25 glat=  25.60 u=  -3.4900 v=  15.7700 vr=  -5.39641 vt=  15.22340
 i= 1196 j= 1011 glon=  293.05 (0-360E) glon=  293.05 glat=  25.40 u=   2.8200 v= -16.1600 vr=   1.07311 vt=  16.36907
 i= 1201 j= 1011 glon=  293.25 (0-360E) glon=  293.25 glat=  25.40 u=   3.4100 v= -16.9800 vr=   1.11423 vt=  17.28314
 i= 1206 j= 1011 glon=  293.45 (0-360E) glon=  293.45 glat=  25.40 u=   3.7800 v= -17.4400 vr=   1.41039 vt=  17.78912
 i= 1211 j= 1011 glon=  293.65 (0-360E) glon=  293.65 glat=  25.40 u=   5.2200 v= -18.3000 vr=   0.99764 vt=  19.00377
 i= 1216 j= 1011 glon=  293.85 (0-360E) glon=  293.85 glat=  25.40 u=   7.5300 v= -18.9300 vr=   0.01005 vt=  20.37267
 i= 1221 j= 1011 glon=  294.05 (0-360E) glon=  294.05 glat=  25.40 u=   8.8500 v= -20.3000 vr=   0.72957 vt=  22.13324
 i= 1226 j= 1011 glon=  294.25 (0-360E) glon=  294.25 glat=  25.40 u=   9.8100 v= -20.9800 vr=   2.23211 vt=  23.05242
 i= 1231 j= 1011 glon=  294.45 (0-360E) glon=  294.45 glat=  25.40 u=  12.7200 v= -23.0300 vr=   4.15864 vt=  25.97855
 i= 1236 j= 1011 glon=  294.65 (0-360E) glon=  294.65 glat=  25.40 u=  18.4500 v= -20.7600 vr=   3.60788 vt=  27.53840
 i= 1241 j= 1011 glon=  294.85 (0-360E) glon=  294.85 glat=  25.40 u=  25.1900 v= -12.8500 vr=   1.32198 vt=  28.24732
 i= 1246 j= 1011 glon=  295.05 (0-360E) glon=  295.05 glat=  25.40 u=  29.9000 v=  -3.6000 vr=   2.45743 vt=  30.01551
 i= 1251 j= 1011 glon=  295.25 (0-360E) glon=  295.25 glat=  25.40 u=  31.6700 v=   9.0200 vr=   2.71030 vt=  32.81773
 i= 1256 j= 1011 glon=  295.45 (0-360E) glon=  295.45 glat=  25.40 u=  22.2000 v=  28.5400 vr=  -8.62665 vt=  35.11342
 i= 1261 j= 1011 glon=  295.65 (0-360E) glon=  295.65 glat=  25.40 u=  12.8100 v=  25.2600 vr=  -6.28942 vt=  27.61534
 i= 1266 j= 1011 glon=  295.85 (0-360E) glon=  295.85 glat=  25.40 u=   8.1100 v=  27.1700 vr=  -7.40233 vt=  27.37127
 i= 1271 j= 1011 glon=  296.05 (0-360E) glon=  296.05 glat=  25.40 u=   5.0700 v=  23.3900 vr=  -5.80400 vt=  23.21876
 i= 1276 j= 1011 glon=  296.25 (0-360E) glon=  296.25 glat=  25.40 u=   1.3100 v=  22.3100 vr=  -7.26264 vt=  21.13543
 i= 1281 j= 1011 glon=  296.45 (0-360E) glon=  296.45 glat=  25.40 u=   1.9600 v=  20.2400 vr=  -4.86933 vt=  19.74307
 i= 1286 j= 1011 glon=  296.65 (0-360E) glon=  296.65 glat=  25.40 u=   1.4700 v=  18.9000 vr=  -4.15973 vt=  18.49507
 i= 1291 j= 1011 glon=  296.85 (0-360E) glon=  296.85 glat=  25.40 u=   0.5900 v=  17.5700 vr=  -4.07706 vt=  17.10060
 i= 1296 j= 1011 glon=  297.05 (0-360E) glon=  297.05 glat=  25.40 u=  -0.4500 v=  16.5700 vr=  -4.41351 vt=  15.97774
 i= 1301 j= 1011 glon=  297.25 (0-360E) glon=  297.25 glat=  25.40 u=  -2.3800 v=  15.1800 vr=  -5.65756 vt=  14.28597
 i= 1196 j= 1016 glon=  293.05 (0-360E) glon=  293.05 glat=  25.20 u=   4.3100 v= -14.4300 vr=   0.73502 vt=  15.04197
 i= 1201 j= 1016 glon=  293.25 (0-360E) glon=  293.25 glat=  25.20 u=   5.1300 v= -16.0200 vr=   1.05169 vt=  16.78843
 i= 1206 j= 1016 glon=  293.45 (0-360E) glon=  293.45 glat=  25.20 u=   5.7200 v= -16.6200 vr=   1.43148 vt=  17.51838
 i= 1211 j= 1016 glon=  293.65 (0-360E) glon=  293.65 glat=  25.20 u=   7.0700 v= -17.2000 vr=   1.35644 vt=  18.54683
 i= 1216 j= 1016 glon=  293.85 (0-360E) glon=  293.85 glat=  25.20 u=   9.2100 v= -17.5500 vr=   0.84298 vt=  19.80192
 i= 1221 j= 1016 glon=  294.05 (0-360E) glon=  294.05 glat=  25.20 u=  12.1500 v= -17.9400 vr=   0.23893 vt=  21.66585
 i= 1226 j= 1016 glon=  294.25 (0-360E) glon=  294.25 glat=  25.20 u=  15.0700 v= -18.1500 vr=   0.43694 vt=  23.58679
 i= 1231 j= 1016 glon=  294.45 (0-360E) glon=  294.45 glat=  25.20 u=  19.6200 v= -17.8900 vr=   0.51104 vt=  26.54685
 i= 1236 j= 1016 glon=  294.65 (0-360E) glon=  294.65 glat=  25.20 u=  21.9800 v= -16.8900 vr=   3.29991 vt=  27.52277
 i= 1241 j= 1016 glon=  294.85 (0-360E) glon=  294.85 glat=  25.20 u=  25.4900 v= -15.7800 vr=   7.52271 vt=  29.01995
 i= 1246 j= 1016 glon=  295.05 (0-360E) glon=  295.05 glat=  25.20 u=  27.2300 v=  -0.2900 vr=  -0.42171 vt=  27.22828
 i= 1251 j= 1016 glon=  295.25 (0-360E) glon=  295.25 glat=  25.20 u=  29.5400 v=   8.2200 vr=  -0.58510 vt=  30.65677
 i= 1256 j= 1016 glon=  295.45 (0-360E) glon=  295.45 glat=  25.20 u=  20.2400 v=  19.9200 vr=  -7.87691 vt=  27.28403
 i= 1261 j= 1016 glon=  295.65 (0-360E) glon=  295.65 glat=  25.20 u=  14.8600 v=  22.5500 vr=  -7.93716 vt=  25.81325
 i= 1266 j= 1016 glon=  295.85 (0-360E) glon=  295.85 glat=  25.20 u=  11.8800 v=  21.1600 vr=  -5.35842 vt=  23.66785
 i= 1271 j= 1016 glon=  296.05 (0-360E) glon=  296.05 glat=  25.20 u=   7.6200 v=  20.0200 vr=  -5.50487 vt=  20.70172
 i= 1276 j= 1016 glon=  296.25 (0-360E) glon=  296.25 glat=  25.20 u=   4.1100 v=  20.1100 vr=  -6.79752 vt=  19.36745
 i= 1281 j= 1016 glon=  296.45 (0-360E) glon=  296.45 glat=  25.20 u=   4.0800 v=  18.5800 vr=  -4.84113 vt=  18.39637
 i= 1286 j= 1016 glon=  296.65 (0-360E) glon=  296.65 glat=  25.20 u=   3.3600 v=  17.5900 vr=  -4.12909 vt=  17.42551
 i= 1291 j= 1016 glon=  296.85 (0-360E) glon=  296.85 glat=  25.20 u=   2.2400 v=  16.5800 vr=  -4.05888 vt=  16.23082
 i= 1296 j= 1016 glon=  297.05 (0-360E) glon=  297.05 glat=  25.20 u=   0.7000 v=  15.7800 vr=  -4.67451 vt=  15.08799
 i= 1196 j= 1021 glon=  293.05 (0-360E) glon=  293.05 glat=  25.00 u=   4.8000 v= -12.9300 vr=   1.07056 vt=  13.75059
 i= 1201 j= 1021 glon=  293.25 (0-360E) glon=  293.25 glat=  25.00 u=   6.6400 v= -13.7700 vr=   0.37160 vt=  15.28281
 i= 1206 j= 1021 glon=  293.45 (0-360E) glon=  293.45 glat=  25.00 u=   7.5500 v= -14.9700 vr=   0.91798 vt=  16.74099
 i= 1211 j= 1021 glon=  293.65 (0-360E) glon=  293.65 glat=  25.00 u=   8.8500 v= -15.4900 vr=   1.08871 vt=  17.80666
 i= 1216 j= 1021 glon=  293.85 (0-360E) glon=  293.85 glat=  25.00 u=  10.3700 v= -15.8500 vr=   1.35996 vt=  18.89206
 i= 1221 j= 1021 glon=  294.05 (0-360E) glon=  294.05 glat=  25.00 u=  13.0500 v= -15.3300 vr=   0.67675 vt=  20.12097
 i= 1226 j= 1021 glon=  294.25 (0-360E) glon=  294.25 glat=  25.00 u=  16.4200 v= -14.2000 vr=  -0.22147 vt=  21.70731
 i= 1231 j= 1021 glon=  294.45 (0-360E) glon=  294.45 glat=  25.00 u=  20.3900 v= -11.4100 vr=  -1.82921 vt=  23.29365
 i= 1236 j= 1021 glon=  294.65 (0-360E) glon=  294.65 glat=  25.00 u=  21.6400 v=  -7.9100 vr=  -1.70095 vt=  22.97748
 i= 1241 j= 1021 glon=  294.85 (0-360E) glon=  294.85 glat=  25.00 u=  24.1800 v=  -4.2300 vr=  -1.43445 vt=  24.50526
 i= 1246 j= 1021 glon=  295.05 (0-360E) glon=  295.05 glat=  25.00 u=  23.2300 v=   1.8600 vr=  -2.32151 vt=  23.18843
 i= 1251 j= 1021 glon=  295.25 (0-360E) glon=  295.25 glat=  25.00 u=  22.6900 v=   7.1900 vr=  -2.68868 vt=  23.64959
 i= 1256 j= 1021 glon=  295.45 (0-360E) glon=  295.45 glat=  25.00 u=  17.1200 v=  14.5300 vr=  -6.91205 vt=  21.36443
 i= 1261 j= 1021 glon=  295.65 (0-360E) glon=  295.65 glat=  25.00 u=  15.1400 v=  16.7700 vr=  -6.15367 vt=  21.73902
 i= 1266 j= 1021 glon=  295.85 (0-360E) glon=  295.85 glat=  25.00 u=  13.3700 v=  16.3400 vr=  -3.87361 vt=  20.75446
 i= 1271 j= 1021 glon=  296.05 (0-360E) glon=  296.05 glat=  25.00 u=   8.4800 v=  18.0900 vr=  -6.26175 vt=  18.97232
 i= 1276 j= 1021 glon=  296.25 (0-360E) glon=  296.25 glat=  25.00 u=   6.6600 v=  17.1200 vr=  -5.34062 vt=  17.57634
 i= 1281 j= 1021 glon=  296.45 (0-360E) glon=  296.45 glat=  25.00 u=   5.6800 v=  16.6000 vr=  -4.55257 vt=  16.94392
 i= 1286 j= 1021 glon=  296.65 (0-360E) glon=  296.65 glat=  25.00 u=   4.7200 v=  15.8100 vr=  -3.94880 vt=  16.02003
 i= 1291 j= 1021 glon=  296.85 (0-360E) glon=  296.85 glat=  25.00 u=   3.4200 v=  15.3800 vr=  -4.09707 vt=  15.21364
 i= 1296 j= 1021 glon=  297.05 (0-360E) glon=  297.05 glat=  25.00 u=   1.5000 v=  14.9200 vr=  -4.99936 vt=  14.13728
 i= 1201 j= 1026 glon=  293.25 (0-360E) glon=  293.25 glat=  24.80 u=   6.9200 v= -12.2200 vr=   0.70143 vt=  14.02579
 i= 1206 j= 1026 glon=  293.45 (0-360E) glon=  293.45 glat=  24.80 u=   8.6200 v= -12.5800 vr=   0.27295 vt=  15.24750
 i= 1211 j= 1026 glon=  293.65 (0-360E) glon=  293.65 glat=  24.80 u=  10.1500 v= -13.1700 vr=   0.41655 vt=  16.62221
 i= 1216 j= 1026 glon=  293.85 (0-360E) glon=  293.85 glat=  24.80 u=  11.7700 v= -13.0500 vr=   0.39758 vt=  17.56922
 i= 1221 j= 1026 glon=  294.05 (0-360E) glon=  294.05 glat=  24.80 u=  13.5400 v= -12.6400 vr=   0.47899 vt=  18.51680
 i= 1226 j= 1026 glon=  294.25 (0-360E) glon=  294.25 glat=  24.80 u=  15.5200 v= -11.5600 vr=   0.40705 vt=  19.34782
 i= 1231 j= 1026 glon=  294.45 (0-360E) glon=  294.45 glat=  24.80 u=  17.0600 v=  -9.4200 vr=   0.20169 vt=  19.48690
 i= 1236 j= 1026 glon=  294.65 (0-360E) glon=  294.65 glat=  24.80 u=  18.9900 v=  -5.6400 vr=  -1.20662 vt=  19.77306
 i= 1241 j= 1026 glon=  294.85 (0-360E) glon=  294.85 glat=  24.80 u=  20.2900 v=  -3.1700 vr=  -0.68053 vt=  20.52486
 i= 1246 j= 1026 glon=  295.05 (0-360E) glon=  295.05 glat=  24.80 u=  19.4900 v=  -0.7000 vr=   0.38714 vt=  19.49872
 i= 1251 j= 1026 glon=  295.25 (0-360E) glon=  295.25 glat=  24.80 u=  17.5200 v=   6.6900 vr=  -3.86870 vt=  18.35047
 i= 1256 j= 1026 glon=  295.45 (0-360E) glon=  295.45 glat=  24.80 u=  16.6800 v=  10.1000 vr=  -4.32033 vt=  19.01492
 i= 1261 j= 1026 glon=  295.65 (0-360E) glon=  295.65 glat=  24.80 u=  15.8700 v=  11.8300 vr=  -3.37962 vt=  19.50343
 i= 1266 j= 1026 glon=  295.85 (0-360E) glon=  295.85 glat=  24.80 u=  12.4400 v=  13.6000 vr=  -4.24321 vt=  17.93624
 i= 1271 j= 1026 glon=  296.05 (0-360E) glon=  296.05 glat=  24.80 u=   8.8600 v=  15.7800 vr=  -6.24276 vt=  16.98634
 i= 1276 j= 1026 glon=  296.25 (0-360E) glon=  296.25 glat=  24.80 u=   8.3400 v=  14.8000 vr=  -4.34427 vt=  16.42324
 i= 1281 j= 1026 glon=  296.45 (0-360E) glon=  296.45 glat=  24.80 u=   6.9700 v=  14.6500 vr=  -4.02027 vt=  15.71753
 i= 1286 j= 1026 glon=  296.65 (0-360E) glon=  296.65 glat=  24.80 u=   5.5400 v=  14.3600 vr=  -3.97556 vt=  14.86930
 i= 1291 j= 1026 glon=  296.85 (0-360E) glon=  296.85 glat=  24.80 u=   4.1800 v=  14.0700 vr=  -4.13582 vt=  14.08305
 i= 1206 j= 1031 glon=  293.45 (0-360E) glon=  293.45 glat=  24.60 u=   8.3100 v= -10.7900 vr=   0.64458 vt=  13.60385
 i= 1211 j= 1031 glon=  293.65 (0-360E) glon=  293.65 glat=  24.60 u=  10.1600 v= -10.6000 vr=   0.06748 vt=  14.68268
 i= 1216 j= 1031 glon=  293.85 (0-360E) glon=  293.85 glat=  24.60 u=  11.8600 v= -10.6400 vr=   0.07540 vt=  15.93309
 i= 1221 j= 1031 glon=  294.05 (0-360E) glon=  294.05 glat=  24.60 u=  13.4900 v=  -9.8600 vr=  -0.13320 vt=  16.70874
 i= 1226 j= 1031 glon=  294.25 (0-360E) glon=  294.25 glat=  24.60 u=  14.8700 v=  -8.2700 vr=  -0.52851 vt=  17.00678
 i= 1231 j= 1031 glon=  294.45 (0-360E) glon=  294.45 glat=  24.60 u=  15.6100 v=  -6.3500 vr=  -0.63897 vt=  16.84002
 i= 1236 j= 1031 glon=  294.65 (0-360E) glon=  294.65 glat=  24.60 u=  15.9700 v=  -3.9700 vr=  -0.87229 vt=  16.43292
 i= 1241 j= 1031 glon=  294.85 (0-360E) glon=  294.85 glat=  24.60 u=  16.3900 v=  -1.5100 vr=  -1.09214 vt=  16.42314
 i= 1246 j= 1031 glon=  295.05 (0-360E) glon=  295.05 glat=  24.60 u=  17.0500 v=   1.8600 vr=  -2.08923 vt=  17.02343
 i= 1251 j= 1031 glon=  295.25 (0-360E) glon=  295.25 glat=  24.60 u=  16.7900 v=   5.1000 vr=  -2.84699 vt=  17.31499
 i= 1256 j= 1031 glon=  295.45 (0-360E) glon=  295.45 glat=  24.60 u=  14.9400 v=   8.1100 vr=  -3.79960 vt=  16.56921
 i= 1261 j= 1031 glon=  295.65 (0-360E) glon=  295.65 glat=  24.60 u=  14.0500 v=  10.6200 vr=  -4.28078 vt=  17.08397
 i= 1266 j= 1031 glon=  295.85 (0-360E) glon=  295.85 glat=  24.60 u=  11.5000 v=  12.4200 vr=  -5.08664 vt=  16.14412
 i= 1271 j= 1031 glon=  296.05 (0-360E) glon=  296.05 glat=  24.60 u=  10.3400 v=  11.4500 vr=  -3.28604 vt=  15.07382
 i= 1276 j= 1031 glon=  296.25 (0-360E) glon=  296.25 glat=  24.60 u=   8.9500 v=  12.4400 vr=  -3.58002 vt=  14.90099
 i= 1281 j= 1031 glon=  296.45 (0-360E) glon=  296.45 glat=  24.60 u=   7.5300 v=  12.8600 vr=  -3.71815 vt=  14.43107
 i= 1286 j= 1031 glon=  296.65 (0-360E) glon=  296.65 glat=  24.60 u=   6.0400 v=  12.8600 vr=  -3.86938 vt=  13.67074
 i= 1211 j= 1036 glon=  293.65 (0-360E) glon=  293.65 glat=  24.40 u=   9.0500 v=  -9.1400 vr=   0.80833 vt=  12.83701
 i= 1216 j= 1036 glon=  293.85 (0-360E) glon=  293.85 glat=  24.40 u=  10.7000 v=  -8.3200 vr=   0.10441 vt=  13.55365
 i= 1221 j= 1036 glon=  294.05 (0-360E) glon=  294.05 glat=  24.40 u=  12.0900 v=  -7.8500 vr=   0.09469 vt=  14.41463
 i= 1226 j= 1036 glon=  294.25 (0-360E) glon=  294.25 glat=  24.40 u=  13.3900 v=  -6.8600 vr=  -0.02633 vt=  15.04497
 i= 1231 j= 1036 glon=  294.45 (0-360E) glon=  294.45 glat=  24.40 u=  14.1400 v=  -4.8000 vr=  -0.65184 vt=  14.91827
 i= 1236 j= 1036 glon=  294.65 (0-360E) glon=  294.65 glat=  24.40 u=  14.4100 v=  -2.7800 vr=  -0.97946 vt=  14.64299
 i= 1241 j= 1036 glon=  294.85 (0-360E) glon=  294.85 glat=  24.40 u=  14.7300 v=  -1.0100 vr=  -1.00468 vt=  14.73036
 i= 1246 j= 1036 glon=  295.05 (0-360E) glon=  295.05 glat=  24.40 u=  14.8700 v=   0.8500 vr=  -1.02219 vt=  14.85916
 i= 1251 j= 1036 glon=  295.25 (0-360E) glon=  295.25 glat=  24.40 u=  13.9200 v=   3.4200 vr=  -1.81782 vt=  14.21824
 i= 1256 j= 1036 glon=  295.45 (0-360E) glon=  295.45 glat=  24.40 u=  12.9000 v=   5.3500 vr=  -2.19109 vt=  13.79245
 i= 1261 j= 1036 glon=  295.65 (0-360E) glon=  295.65 glat=  24.40 u=  11.7900 v=   6.7400 vr=  -2.27967 vt=  13.38786
 i= 1266 j= 1036 glon=  295.85 (0-360E) glon=  295.85 glat=  24.40 u=  11.1300 v=   8.0400 vr=  -2.30702 vt=  13.53500
 i= 1271 j= 1036 glon=  296.05 (0-360E) glon=  296.05 glat=  24.40 u=  10.1300 v=   9.8000 vr=  -3.02192 vt=  13.76680
 i= 1276 j= 1036 glon=  296.25 (0-360E) glon=  296.25 glat=  24.40 u=   8.6800 v=  10.5900 vr=  -3.33033 vt=  13.28154
 i= 1281 j= 1036 glon=  296.45 (0-360E) glon=  296.45 glat=  24.40 u=   7.7100 v=  11.1300 vr=  -3.35623 vt=  13.11704
 i= 1216 j= 1041 glon=  293.85 (0-360E) glon=  293.85 glat=  24.20 u=   9.2700 v=  -7.4700 vr=   1.02909 vt=  11.86064
 i= 1221 j= 1041 glon=  294.05 (0-360E) glon=  294.05 glat=  24.20 u=  10.3800 v=  -6.7300 vr=   0.78140 vt=  12.34612
 i= 1226 j= 1041 glon=  294.25 (0-360E) glon=  294.25 glat=  24.20 u=  11.5300 v=  -5.9500 vr=   0.67494 vt=  12.95715
 i= 1231 j= 1041 glon=  294.45 (0-360E) glon=  294.45 glat=  24.20 u=  12.3500 v=  -4.6800 vr=   0.43767 vt=  13.19975
 i= 1236 j= 1041 glon=  294.65 (0-360E) glon=  294.65 glat=  24.20 u=  12.9300 v=  -2.9400 vr=  -0.04694 vt=  13.25995
 i= 1241 j= 1041 glon=  294.85 (0-360E) glon=  294.85 glat=  24.20 u=  13.2900 v=  -1.0700 vr=  -0.52963 vt=  13.32248
 i= 1246 j= 1041 glon=  295.05 (0-360E) glon=  295.05 glat=  24.20 u=  13.2000 v=   0.8200 vr=  -0.95421 vt=  13.19098
 i= 1251 j= 1041 glon=  295.25 (0-360E) glon=  295.25 glat=  24.20 u=  12.7200 v=   2.5300 vr=  -1.24776 vt=  12.90900
 i= 1256 j= 1041 glon=  295.45 (0-360E) glon=  295.45 glat=  24.20 u=  12.1200 v=   4.1500 vr=  -1.56115 vt=  12.71533
 i= 1261 j= 1041 glon=  295.65 (0-360E) glon=  295.65 glat=  24.20 u=  11.4300 v=   5.8500 vr=  -2.07455 vt=  12.67137
 i= 1266 j= 1041 glon=  295.85 (0-360E) glon=  295.85 glat=  24.20 u=  10.3100 v=   7.2400 vr=  -2.56275 vt=  12.33475
 i= 1271 j= 1041 glon=  296.05 (0-360E) glon=  296.05 glat=  24.20 u=   9.5100 v=   8.1000 vr=  -2.59222 vt=  12.22009
 i= 1276 j= 1041 glon=  296.25 (0-360E) glon=  296.25 glat=  24.20 u=   8.3700 v=   9.1400 vr=  -3.08650 vt=  12.00292
 i= 1226 j= 1046 glon=  294.25 (0-360E) glon=  294.25 glat=  24.00 u=   9.9800 v=  -4.4800 vr=   0.42720 vt=  10.93107
 i= 1231 j= 1046 glon=  294.45 (0-360E) glon=  294.45 glat=  24.00 u=  10.5300 v=  -3.3600 vr=   0.14788 vt=  11.05209
 i= 1236 j= 1046 glon=  294.65 (0-360E) glon=  294.65 glat=  24.00 u=  11.0500 v=  -2.0300 vr=  -0.24122 vt=  11.23233
 i= 1241 j= 1046 glon=  294.85 (0-360E) glon=  294.85 glat=  24.00 u=  11.4200 v=  -0.6000 vr=  -0.62455 vt=  11.41868
 i= 1246 j= 1046 glon=  295.05 (0-360E) glon=  295.05 glat=  24.00 u=  11.2800 v=   1.0500 vr=  -1.15222 vt=  11.27002
 i= 1251 j= 1046 glon=  295.25 (0-360E) glon=  295.25 glat=  24.00 u=  11.0900 v=   2.3100 vr=  -1.31316 vt=  11.25166
 i= 1256 j= 1046 glon=  295.45 (0-360E) glon=  295.45 glat=  24.00 u=  10.6500 v=   3.4600 vr=  -1.43405 vt=  11.10575
 i= 1261 j= 1046 glon=  295.65 (0-360E) glon=  295.65 glat=  24.00 u=   9.9100 v=   4.6700 vr=  -1.76204 vt=  10.81260
 i= 1266 j= 1046 glon=  295.85 (0-360E) glon=  295.85 glat=  24.00 u=   9.5300 v=   5.7300 vr=  -1.92667 vt=  10.95179
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.9979215763970       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     40.74 kts
    LL Wind Circ Vt mean quadmax value: SE     34.11 kts
    LL Wind Circ Vt mean quadmax value: SW     34.26 kts
    LL Wind Circ Vt mean quadmax value: NW     38.07 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   6.24681292901179       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.7391792780016     
   xcenlon=    295.104036734503     
   imax=         2738  jmax=         2041
   jlatfix=         1002
   ilonfix (unadjusted) =         1248
  
 In get_max_wind, ibeg=         1172  iend=         1323
                  jbeg=          934  jend=         1071
         ilonfix=         1248  jlatfix=         1002
 At end of get_max_wind, vmax=    33.8180099946759       rmax= 
   23.4682078169397     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.05 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.98 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.56 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   16.10 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   19.41 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   22.28 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   24.68 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   26.55 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   27.94 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   28.67 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   28.87 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   28.68 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   28.28 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   27.77 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   27.10 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   26.39 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   25.61 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   24.87 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   24.20 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   23.66 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   23.17 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   22.78 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   22.42 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   22.04 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   21.65 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   21.21 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   20.74 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   20.22 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.74 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.31 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.94 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   18.60 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.27 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   17.91 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.54 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.16 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.78 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.43 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.12 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.85 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.61 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.39 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    28.87 m/s   maxrmw_dist=    33.00  km   maxrmw_ix=   11
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    33.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    28.8718198361969      
  (m/s)   (in kts)=    56.0892843957797     
  rising_sum_dvdr=       22.8220354371142     
  declining_sum_dvdr=   -8.65084810833420     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    96 igrct=  1 Vmax (m/s)=   33.818   22:29:29
 TIMING: before call  getradii, fhr=    96 igrct=  1   22:29:29
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=  -0.210060694891382     
 mr4qs before add, mean_radii_vt_4quad_sum=  -0.210060694891382     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.64346901838239     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.64346901838239     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.0089173013245     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.0089173013245     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.2250434300047     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   16.23 good_quad_ct=   4 mean_vt_4quad=      4.06
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=    9.64 mean_vt_4quad=    5.79
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=    9.67 mean_vt_4quad=    5.88
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=    9.73 mean_vt_4quad=    5.97
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=    9.79 mean_vt_4quad=    6.06
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=    9.87 mean_vt_4quad=    6.15
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=    9.96 mean_vt_4quad=    6.23
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   10.05 mean_vt_4quad=    6.32
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   10.16 mean_vt_4quad=    6.40
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   10.24 mean_vt_4quad=    6.49
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   10.30 mean_vt_4quad=    6.58
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   10.34 mean_vt_4quad=    6.67
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   10.38 mean_vt_4quad=    6.76
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   10.48 mean_vt_4quad=    6.85
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   10.54 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   10.61 mean_vt_4quad=    7.05
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   10.69 mean_vt_4quad=    7.14
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   10.80 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   10.90 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   10.97 mean_vt_4quad=    7.42
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   11.04 mean_vt_4quad=    7.51
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   11.09 mean_vt_4quad=    7.60
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   11.13 mean_vt_4quad=    7.68
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   11.15 mean_vt_4quad=    7.77
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   11.19 mean_vt_4quad=    7.86
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   11.27 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   11.34 mean_vt_4quad=    8.05
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   11.44 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   11.56 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   11.67 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   11.77 mean_vt_4quad=    8.43
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   11.84 mean_vt_4quad=    8.51
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   11.89 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   11.95 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   11.97 mean_vt_4quad=    8.75
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   11.97 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   11.98 mean_vt_4quad=    8.90
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   12.00 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   12.04 mean_vt_4quad=    9.07
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   12.13 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   12.25 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   12.36 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   12.46 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   12.54 mean_vt_4quad=    9.54
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   12.64 mean_vt_4quad=    9.64
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   12.78 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   12.93 mean_vt_4quad=    9.86
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   13.06 mean_vt_4quad=    9.97
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   13.18 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   13.26 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   13.33 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   13.40 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   13.48 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   13.60 mean_vt_4quad=   10.60
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   13.72 mean_vt_4quad=   10.70
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   13.86 mean_vt_4quad=   10.81
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   14.01 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   14.14 mean_vt_4quad=   11.04
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   14.27 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   14.41 mean_vt_4quad=   11.26
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   14.54 mean_vt_4quad=   11.37
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   14.64 mean_vt_4quad=   11.47
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   14.73 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   14.79 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   14.86 mean_vt_4quad=   11.80
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.92 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.99 mean_vt_4quad=   12.04
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   15.09 mean_vt_4quad=   12.16
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   15.20 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   15.31 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   15.43 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   15.54 mean_vt_4quad=   12.69
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.67 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.86 mean_vt_4quad=   12.96
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   16.04 mean_vt_4quad=   13.10
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   16.20 mean_vt_4quad=   13.24
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   16.37 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   16.56 mean_vt_4quad=   13.55
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   16.74 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   16.95 mean_vt_4quad=   13.87
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   17.17 mean_vt_4quad=   14.04
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   17.39 mean_vt_4quad=   14.21
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   17.63 mean_vt_4quad=   14.39
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   14.39 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   14.57 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   14.77 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   14.97 .... 0.5*v_holland=    7.06
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   15.19 .... 0.5*v_holland=    7.06
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    126.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   67.9896000000000     
 vradius(iwindix,iquad) =          68
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   17.63 mean_vt_4quad=   14.39
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   17.88 mean_vt_4quad=   14.57
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   18.15 mean_vt_4quad=   14.77
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   18.46 mean_vt_4quad=   14.97
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   18.91 mean_vt_4quad=   15.19
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   19.46 mean_vt_4quad=   15.42
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.08 mean_vt_4quad=   15.67
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.70 mean_vt_4quad=   15.92
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   21.18 mean_vt_4quad=   16.18
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   21.42 mean_vt_4quad=   16.44
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   21.34 mean_vt_4quad=   16.68
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   20.80 mean_vt_4quad=   16.92
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.15 mean_vt_4quad=   17.19
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.61 mean_vt_4quad=   17.48
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   22.27 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   23.02 mean_vt_4quad=   18.23
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   23.78 mean_vt_4quad=   18.67
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   24.56 mean_vt_4quad=   19.13
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.27 mean_vt_4quad=   19.58
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.94 mean_vt_4quad=   20.02
  
 NO interp, exactdistkm=    69.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   37.2324000000000     
 vradius(iwindix,iquad) =          37
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.94 mean_vt_4quad=   20.02
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   26.71 mean_vt_4quad=   20.43
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   27.55 mean_vt_4quad=   20.84
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   28.65 mean_vt_4quad=   21.30
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   29.97 mean_vt_4quad=   21.81
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   31.33 mean_vt_4quad=   22.42
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   32.48 mean_vt_4quad=   23.11
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   33.30 mean_vt_4quad=   23.89
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    8.59 mean_vt_4quad=    5.79
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    8.68 mean_vt_4quad=    5.88
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    8.73 mean_vt_4quad=    5.97
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    8.74 mean_vt_4quad=    6.06
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    8.75 mean_vt_4quad=    6.15
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    8.75 mean_vt_4quad=    6.23
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    8.73 mean_vt_4quad=    6.32
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    8.77 mean_vt_4quad=    6.40
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    8.77 mean_vt_4quad=    6.49
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    8.71 mean_vt_4quad=    6.58
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    8.72 mean_vt_4quad=    6.67
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    8.82 mean_vt_4quad=    6.76
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    8.91 mean_vt_4quad=    6.85
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    9.06 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    9.24 mean_vt_4quad=    7.05
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    9.40 mean_vt_4quad=    7.14
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    9.56 mean_vt_4quad=    7.24
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    9.70 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    9.79 mean_vt_4quad=    7.42
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    9.81 mean_vt_4quad=    7.51
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    9.81 mean_vt_4quad=    7.60
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    9.78 mean_vt_4quad=    7.68
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    9.76 mean_vt_4quad=    7.77
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    9.80 mean_vt_4quad=    7.86
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    9.90 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    9.99 mean_vt_4quad=    8.05
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.06 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.13 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.20 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   10.30 mean_vt_4quad=    8.43
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   10.41 mean_vt_4quad=    8.51
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   10.55 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   10.66 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   10.76 mean_vt_4quad=    8.75
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   10.83 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   10.88 mean_vt_4quad=    8.90
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   10.96 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   11.03 mean_vt_4quad=    9.07
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   11.13 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   11.25 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   11.38 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   11.49 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   11.61 mean_vt_4quad=    9.54
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   11.73 mean_vt_4quad=    9.64
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   11.86 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   11.99 mean_vt_4quad=    9.86
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.11 mean_vt_4quad=    9.97
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.20 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.29 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.37 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.44 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.50 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.57 mean_vt_4quad=   10.60
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   12.65 mean_vt_4quad=   10.70
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   12.74 mean_vt_4quad=   10.81
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   12.85 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   12.97 mean_vt_4quad=   11.04
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.08 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.20 mean_vt_4quad=   11.26
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.30 mean_vt_4quad=   11.37
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.41 mean_vt_4quad=   11.47
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.50 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.58 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.65 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.73 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.84 mean_vt_4quad=   12.04
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.96 mean_vt_4quad=   12.16
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.08 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.23 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.38 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.52 mean_vt_4quad=   12.69
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.63 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.70 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   14.76 mean_vt_4quad=   13.10
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   14.81 mean_vt_4quad=   13.24
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   14.86 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   14.92 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   15.01 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   15.12 mean_vt_4quad=   13.87
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.26 mean_vt_4quad=   14.04
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.50 mean_vt_4quad=   14.21
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   15.71 mean_vt_4quad=   14.39
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.97 mean_vt_4quad=   14.57
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   16.14 mean_vt_4quad=   14.77
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   16.27 mean_vt_4quad=   14.97
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.60 mean_vt_4quad=   15.19
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   17.18 mean_vt_4quad=   15.42
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   17.76 mean_vt_4quad=   15.67
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   15.67 .... 0.5*v_holland=    8.13
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.92 .... 0.5*v_holland=    8.13
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.18 .... 0.5*v_holland=    8.13
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   16.44 .... 0.5*v_holland=    8.13
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   16.68 .... 0.5*v_holland=    8.13
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   17.76 mean_vt_4quad=   15.67
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   18.31 mean_vt_4quad=   15.92
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   18.75 mean_vt_4quad=   16.18
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   19.12 mean_vt_4quad=   16.44
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   19.50 mean_vt_4quad=   16.68
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   19.83 mean_vt_4quad=   16.92
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   20.15 mean_vt_4quad=   17.19
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   20.77 mean_vt_4quad=   17.48
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   21.60 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   22.40 mean_vt_4quad=   18.23
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   23.10 mean_vt_4quad=   18.67
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   23.63 mean_vt_4quad=   19.13
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   24.24 mean_vt_4quad=   19.58
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   25.11 mean_vt_4quad=   20.02
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   26.04 mean_vt_4quad=   20.43
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   26.04 mean_vt_4quad=   20.43
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   27.10 mean_vt_4quad=   20.84
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   28.15 mean_vt_4quad=   21.30
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   28.86 mean_vt_4quad=   21.81
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   29.47 mean_vt_4quad=   22.42
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   29.92 mean_vt_4quad=   23.11
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   30.09 mean_vt_4quad=   23.89
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   30.33 mean_vt_4quad=   24.70
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   30.71 mean_vt_4quad=   25.48
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   31.50 mean_vt_4quad=   26.16
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   32.21 mean_vt_4quad=   26.72
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   31.87 mean_vt_4quad=   27.07
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   30.78 mean_vt_4quad=   27.06
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   29.33 mean_vt_4quad=   26.46
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   27.82 mean_vt_4quad=   25.25
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   27.21 mean_vt_4quad=   23.54
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   25.70 mean_vt_4quad=   21.27
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   23.52 mean_vt_4quad=   18.52
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   20.27 mean_vt_4quad=   15.28
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   16.63 mean_vt_4quad=   11.74
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   12.68 mean_vt_4quad=    7.98
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    8.30 mean_vt_4quad=    4.06
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.38 mean_vt_4quad=    5.79
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.45 mean_vt_4quad=    5.88
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.51 mean_vt_4quad=    5.97
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.59 mean_vt_4quad=    6.06
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.66 mean_vt_4quad=    6.15
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.72 mean_vt_4quad=    6.23
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    6.80 mean_vt_4quad=    6.32
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    6.90 mean_vt_4quad=    6.40
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    6.98 mean_vt_4quad=    6.49
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    7.06 mean_vt_4quad=    6.58
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    7.14 mean_vt_4quad=    6.67
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    7.23 mean_vt_4quad=    6.76
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    7.33 mean_vt_4quad=    6.85
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    7.42 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    7.50 mean_vt_4quad=    7.05
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    7.56 mean_vt_4quad=    7.14
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    7.63 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    7.72 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    7.82 mean_vt_4quad=    7.42
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    7.91 mean_vt_4quad=    7.51
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    8.01 mean_vt_4quad=    7.60
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    8.11 mean_vt_4quad=    7.68
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    8.22 mean_vt_4quad=    7.77
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    8.35 mean_vt_4quad=    7.86
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    8.48 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    8.58 mean_vt_4quad=    8.05
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    8.67 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    8.77 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    8.86 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    8.95 mean_vt_4quad=    8.43
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    9.03 mean_vt_4quad=    8.51
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    9.09 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    9.13 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    9.17 mean_vt_4quad=    8.75
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    9.23 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    9.31 mean_vt_4quad=    8.90
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    9.38 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=    9.40 mean_vt_4quad=    9.07
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=    9.37 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=    9.37 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=    9.38 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=    9.39 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=    9.46 mean_vt_4quad=    9.54
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=    9.57 mean_vt_4quad=    9.64
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=    9.70 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=    9.85 mean_vt_4quad=    9.86
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=    9.98 mean_vt_4quad=    9.97
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   10.11 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   10.24 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   10.38 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   10.50 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   10.61 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   10.70 mean_vt_4quad=   10.60
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   10.80 mean_vt_4quad=   10.70
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   10.92 mean_vt_4quad=   10.81
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   11.05 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   11.19 mean_vt_4quad=   11.04
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   11.34 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   11.52 mean_vt_4quad=   11.26
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   11.70 mean_vt_4quad=   11.37
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   11.89 mean_vt_4quad=   11.47
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   12.07 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   12.23 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   12.37 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   12.48 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   12.58 mean_vt_4quad=   12.04
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   12.69 mean_vt_4quad=   12.16
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   12.86 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.05 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   13.25 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   13.41 mean_vt_4quad=   12.69
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   13.59 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   13.75 mean_vt_4quad=   12.96
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   13.90 mean_vt_4quad=   13.10
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.04 mean_vt_4quad=   13.24
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   14.22 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   14.44 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   14.70 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   14.98 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   15.24 mean_vt_4quad=   14.04
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   15.49 mean_vt_4quad=   14.21
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   15.73 mean_vt_4quad=   14.39
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   15.95 mean_vt_4quad=   14.57
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.16 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   16.37 mean_vt_4quad=   14.97
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   16.59 mean_vt_4quad=   15.19
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   16.81 mean_vt_4quad=   15.42
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   17.16 mean_vt_4quad=   15.67
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.54 mean_vt_4quad=   15.92
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.92 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.18 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   16.44 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  32
  ++++ rdist(ihc)=   96.00  mean_radii_vt_4quad(ihc)=   16.68 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   16.92 .... 0.5*v_holland=    8.34
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.54 mean_vt_4quad=   15.92
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   18.07 mean_vt_4quad=   16.18
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   18.64 mean_vt_4quad=   16.44
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   19.41 mean_vt_4quad=   16.68
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   20.33 mean_vt_4quad=   16.92
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   21.07 mean_vt_4quad=   17.19
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   21.92 mean_vt_4quad=   17.48
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   22.17 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   22.37 mean_vt_4quad=   18.23
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   22.16 mean_vt_4quad=   18.67
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   21.73 mean_vt_4quad=   19.13
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   21.53 mean_vt_4quad=   19.58
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   21.93 mean_vt_4quad=   20.02
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   22.20 mean_vt_4quad=   20.43
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   22.05 mean_vt_4quad=   20.84
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   21.92 mean_vt_4quad=   21.30
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   22.18 mean_vt_4quad=   21.81
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   22.69 mean_vt_4quad=   22.42
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   23.31 mean_vt_4quad=   23.11
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   24.09 mean_vt_4quad=   23.89
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   24.76 mean_vt_4quad=   24.70
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   25.34 mean_vt_4quad=   25.48
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   25.71 mean_vt_4quad=   26.16
  
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   25.71 mean_vt_4quad=   26.16
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   26.28 mean_vt_4quad=   26.72
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   26.91 mean_vt_4quad=   27.07
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   27.52 mean_vt_4quad=   27.06
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   28.11 mean_vt_4quad=   26.46
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   28.37 mean_vt_4quad=   25.25
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   28.28 mean_vt_4quad=   23.54
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   27.71 mean_vt_4quad=   21.27
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   26.09 mean_vt_4quad=   18.52
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   22.80 mean_vt_4quad=   15.28
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   18.53 mean_vt_4quad=   11.74
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   13.72 mean_vt_4quad=    7.98
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    8.94 mean_vt_4quad=    4.06
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.03 mean_vt_4quad=    5.79
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.15 mean_vt_4quad=    5.88
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.27 mean_vt_4quad=    5.97
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.40 mean_vt_4quad=    6.06
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.57 mean_vt_4quad=    6.15
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.75 mean_vt_4quad=    6.23
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.95 mean_vt_4quad=    6.32
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    8.13 mean_vt_4quad=    6.40
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    8.29 mean_vt_4quad=    6.49
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.42 mean_vt_4quad=    6.58
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.53 mean_vt_4quad=    6.67
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.59 mean_vt_4quad=    6.76
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.61 mean_vt_4quad=    6.85
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.62 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.63 mean_vt_4quad=    7.05
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.70 mean_vt_4quad=    7.14
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.76 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.84 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    8.93 mean_vt_4quad=    7.42
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.03 mean_vt_4quad=    7.51
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.16 mean_vt_4quad=    7.60
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.30 mean_vt_4quad=    7.68
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.42 mean_vt_4quad=    7.77
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.54 mean_vt_4quad=    7.86
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.65 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.80 mean_vt_4quad=    8.05
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.96 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.13 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.30 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.43 mean_vt_4quad=    8.43
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.56 mean_vt_4quad=    8.51
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   10.63 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.69 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.73 mean_vt_4quad=    8.75
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.79 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.91 mean_vt_4quad=    8.90
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.06 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.19 mean_vt_4quad=    9.07
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.29 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.38 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.48 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.58 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.69 mean_vt_4quad=    9.54
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.80 mean_vt_4quad=    9.64
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.93 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.06 mean_vt_4quad=    9.86
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.21 mean_vt_4quad=    9.97
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.34 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.46 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.56 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.64 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.73 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.79 mean_vt_4quad=   10.60
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.83 mean_vt_4quad=   10.70
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.85 mean_vt_4quad=   10.81
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   12.88 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   12.92 mean_vt_4quad=   11.04
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.97 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.09 mean_vt_4quad=   11.26
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   13.21 mean_vt_4quad=   11.37
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   13.36 mean_vt_4quad=   11.47
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.44 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.48 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   13.55 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.68 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.78 mean_vt_4quad=   12.04
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.85 mean_vt_4quad=   12.16
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.94 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   14.10 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   14.23 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   14.35 mean_vt_4quad=   12.69
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   14.47 mean_vt_4quad=   12.82
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.61 mean_vt_4quad=   12.96
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.80 mean_vt_4quad=   13.10
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.98 mean_vt_4quad=   13.24
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   15.13 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   15.28 mean_vt_4quad=   13.55
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   15.44 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   15.61 mean_vt_4quad=   13.87
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.83 mean_vt_4quad=   14.04
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   16.08 mean_vt_4quad=   14.21
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   16.34 mean_vt_4quad=   14.39
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   16.62 mean_vt_4quad=   14.57
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.92 mean_vt_4quad=   14.77
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.27 mean_vt_4quad=   14.97
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.65 mean_vt_4quad=   15.19
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   15.19 .... 0.5*v_holland=    7.74
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   15.42 .... 0.5*v_holland=    7.74
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   15.67 .... 0.5*v_holland=    7.74
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.92 .... 0.5*v_holland=    7.74
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   16.18 .... 0.5*v_holland=    7.74
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.65 mean_vt_4quad=   15.19
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   18.04 mean_vt_4quad=   15.42
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   18.38 mean_vt_4quad=   15.67
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   18.66 mean_vt_4quad=   15.92
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   18.75 mean_vt_4quad=   16.18
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   18.78 mean_vt_4quad=   16.44
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   19.11 mean_vt_4quad=   16.68
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   19.44 mean_vt_4quad=   16.92
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   19.85 mean_vt_4quad=   17.19
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   20.88 mean_vt_4quad=   17.48
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   21.89 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   22.55 mean_vt_4quad=   18.23
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   22.74 mean_vt_4quad=   18.67
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   22.76 mean_vt_4quad=   19.13
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   22.36 mean_vt_4quad=   19.58
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   22.40 mean_vt_4quad=   20.02
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   22.93 mean_vt_4quad=   20.43
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   23.38 mean_vt_4quad=   20.84
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   23.78 mean_vt_4quad=   21.30
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   24.21 mean_vt_4quad=   21.81
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   24.85 mean_vt_4quad=   22.42
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   25.67 mean_vt_4quad=   23.11
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   26.80 mean_vt_4quad=   23.89
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   26.80 mean_vt_4quad=   23.89
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   28.00 mean_vt_4quad=   24.70
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   29.19 mean_vt_4quad=   25.48
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   30.27 mean_vt_4quad=   26.16
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   31.28 mean_vt_4quad=   26.72
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   31.99 mean_vt_4quad=   27.07
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   32.26 mean_vt_4quad=   27.06
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   31.33 mean_vt_4quad=   26.46
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   29.71 mean_vt_4quad=   25.25
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   27.63 mean_vt_4quad=   23.54
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   24.74 mean_vt_4quad=   21.27
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   21.24 mean_vt_4quad=   18.52
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   17.30 mean_vt_4quad=   15.28
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   13.44 mean_vt_4quad=   11.74
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   10.53 mean_vt_4quad=    7.98
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=    7.70 mean_vt_4quad=    4.06
  
 TIMING: after call  getradii, fhr=    96 igrct=  1   22:29:29
 TIMING: after getrad_iter_loop, fhr=    96 igrct=  2 Vmax (m/s)=   33.818   22:29:29
 TIMING: Before get_phase ... 22:29:29
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           96 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   247.473
  
  
  In get_cps_paramb, lead time=           96 :           0   00L  NATL     
   right_ct=          895   left_ct=          869
   zthicksum(1)=    3043727.83693750     
   zthicksum(2)=    2951275.56531250     
   zthick_right_mean=    3400.81322562849     
   zthick_left_mean=     3396.17441347814     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    4.63881215035281     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           28.96
  Sum of y-diffs squared (ydiff2) =         2100.24
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   274.93   6.7452       23.12   0.1661    -2.83     8.02      534.66
    2   268.37   6.6846       16.56   0.1055     0.08     0.01      274.32
    3   260.42   6.6201        8.61   0.0409     2.22     4.91       74.14
    4   250.00   6.5511       -1.81  -0.0281     2.58     6.66        3.26
    5   236.72   6.4770      -15.09  -0.1022     0.88     0.78      227.57
    6   220.40   6.3969      -31.41  -0.1822    -2.93     8.58      986.29
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   251.805     x:    6.58
  
  slope=    156.274         y-intercept =   -776.344
  Regression equation:   Y =  -776.34 +   156.27X
  
  R2(r_squared) =  0.9862        r =  0.9931
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1075.05 zmin=  793.32 zdiff=  281.73
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1567.90 zmin= 1292.97 zdiff=  274.93
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.80 dlnp=     -0.057158  dzdlnp=      118.968
  
   +++ k=  3 press=    800.0 zmax= 2086.99 zmin= 1818.62 zdiff=  268.37
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -6.56 dlnp=     -0.060625  dzdlnp=      108.207
  
   +++ k=  4 press=    750.0 zmax= 2634.15 zmin= 2373.73 zdiff=  260.42
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.95 dlnp=     -0.064539  dzdlnp=      123.213
  
   +++ k=  5 press=    700.0 zmax= 3212.19 zmin= 2962.19 zdiff=  250.00
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.42 dlnp=     -0.068993  dzdlnp=      150.972
  
   +++ k=  6 press=    650.0 zmax= 3824.46 zmin= 3587.74 zdiff=  236.72
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.28 dlnp=     -0.074108  dzdlnp=      179.198
  
   +++ k=  7 press=    600.0 zmax= 4476.26 zmin= 4255.86 zdiff=  220.40
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -16.32 dlnp=     -0.080043  dzdlnp=      203.891
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           30.81
  Sum of y-diffs squared (ydiff2) =         6075.73
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   203.20   6.3099       44.33   0.2788     1.51     2.27     1964.74
    2   187.71   6.2146       28.84   0.1834     0.66     0.43      831.59
    3   170.50   6.1092       11.62   0.0781    -0.37     0.14      135.06
    4   150.74   5.9915       -8.14  -0.0397    -2.04     4.17       66.24
    5   128.94   5.8579      -29.93  -0.1732    -3.32    11.04      895.84
    6   112.16   5.7038      -46.71  -0.3274     3.57    12.75     2182.26
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   158.875     x:    6.03
  
  slope=    153.600         y-intercept =   -767.513
  Regression equation:   Y =  -767.51 +   153.60X
  
  R2(r_squared) =  0.9949        r =  0.9975
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4476.26 zmin= 4255.86 zdiff=  220.40
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5175.33 zmin= 4972.13 zdiff=  203.20
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -17.20 dlnp=     -0.087011  dzdlnp=      197.675
  
   +++ k=  9 press=    500.0 zmax= 5931.32 zmin= 5743.61 zdiff=  187.71
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -15.49 dlnp=     -0.095310  dzdlnp=      162.501
  
   +++ k= 10 press=    450.0 zmax= 6753.77 zmin= 6583.28 zdiff=  170.50
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -17.22 dlnp=     -0.105361  dzdlnp=      163.401
  
   +++ k= 11 press=    400.0 zmax= 7653.89 zmin= 7503.15 zdiff=  150.74
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -19.76 dlnp=     -0.117783  dzdlnp=      167.766
  
   +++ k= 12 press=    350.0 zmax= 8651.98 zmin= 8523.04 zdiff=  128.94
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -21.79 dlnp=     -0.133531  dzdlnp=      163.198
  
   +++ k= 13 press=    300.0 zmax= 9780.87 zmin= 9668.71 zdiff=  112.16
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -16.78 dlnp=     -0.154151  dzdlnp=      108.880
  
cps_stats: 00L   lead time=  96: 0   paramb=     4.64  vtl=    156.27  vtu=    153.60
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   96:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  295.104 (0-360) guesslon=  295.104E  (  64.896W)   guesslat=   25.739
 ilonfix=         1248  jlatfix=         1002  npts=           33
 ibeg=         1175  jbeg=          934  imax=         2738
 iend=         1321  jend=         1070  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.784E  (0-360) ctlon=  293.784E  (  66.216W)  ctlat=   26.019 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  293.784E   (0-360) guesslon=  293.784E  (  66.216W)   guesslat=   26.019
 ilonfix=         1215  jlatfix=          995  npts=           16
 ibeg=         1166  jbeg=          951  imax=         2738
 iend=         1264  jend=         1039  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.464E  (0-360) ctlon=  293.464  (  66.536W)  ctlat=   26.299 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L    96:00  mean_lon:  293.46E (  66.54W)    (0-360) mean_lon=  293.46E  mean_lat:   26.30  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L    96:00  ifix:  1194   jfix:   965  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1194  jx=          965
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         532 ,         303 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         531 ,         302 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L    96:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:29:29
 TIMING: Before shear ... 22:29:29
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           17
  clon(ist,ifh,3)=    295.067166118856     
  clat(ist,ifh,3)=    25.8357311892637     
  fixlon(ist,ifh)=    295.104036734503     
  fixlat(ist,ifh)=    25.7391792780016     
  xcenlon=    295.067166118856     
  xcenlat=    25.8357311892637     
  
 xxshear
 In get_shear A, xcenlon=    295.067166118856       xcenlat= 
   25.8357311892637     
   In get_shear B, (0-360) xcenlon=    295.067166118856     
  
At start of get_shear:  00L   fhr=   96:00   Mean fix position=   295.10E  ( 64.90W)    25.74  (0-360) mean lon fix=  295.10
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   32.59 vr_mean(idist,ilev)=    1.12
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   28.34 vr_mean(idist,ilev)=   -0.49
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   24.57 vr_mean(idist,ilev)=   -0.74
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   21.34 vr_mean(idist,ilev)=   -0.73
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   19.03 vr_mean(idist,ilev)=   -0.59
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.27 vr_mean(idist,ilev)=   -0.16
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   15.76 vr_mean(idist,ilev)=   -0.32
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   14.15 vr_mean(idist,ilev)=   -0.39
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   12.80 vr_mean(idist,ilev)=   -0.26
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   11.53 vr_mean(idist,ilev)=   -0.10
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   10.38 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    9.47 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    8.34 vr_mean(idist,ilev)=   -0.30
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    7.33 vr_mean(idist,ilev)=   -0.24
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    6.29 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    5.39 vr_mean(idist,ilev)=   -0.56
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    4.68 vr_mean(idist,ilev)=   -0.61
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    3.90 vr_mean(idist,ilev)=   -0.66
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    3.13 vr_mean(idist,ilev)=   -0.61
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.24 vr_mean(idist,ilev)=   14.24
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.37 vr_mean(idist,ilev)=   21.37
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.49 vr_mean(idist,ilev)=   28.49
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.62 vr_mean(idist,ilev)=   35.62
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.75 vr_mean(idist,ilev)=   42.75
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -49.88 vr_mean(idist,ilev)=   49.88
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.02 vr_mean(idist,ilev)=   57.02
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.15 vr_mean(idist,ilev)=   64.15
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.30 vr_mean(idist,ilev)=   71.30
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.44 vr_mean(idist,ilev)=   78.44
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -85.60 vr_mean(idist,ilev)=   85.60
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -92.75 vr_mean(idist,ilev)=   92.75
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -99.92 vr_mean(idist,ilev)=   99.92
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.09 vr_mean(idist,ilev)=  107.09
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -114.27 vr_mean(idist,ilev)=  114.27
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -121.46 vr_mean(idist,ilev)=  121.46
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -128.65 vr_mean(idist,ilev)=  128.65
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -135.86 vr_mean(idist,ilev)=  135.86
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -143.07 vr_mean(idist,ilev)=  143.07
  
 At end of get_shear: 
     ist=    1 ifh=   17 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:29:29
  
 After call to fixcenter, fix positions at 
 forecast hour=   96:00 follow:
  
fixpos  00L   fhr=   96:00   Fix position=   295.10E  ( 64.90W)    25.74   Max Wind=  66 kts
  
  
 xxxx get_next_ges, prev fix lon=    295.744559288485     
 xxxx get_next_ges, curr fix lon=    295.104036734503     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.104036734503        fixlat=    25.7391792780016     
        (0-360) fixlon=    295.104036734503     
      ilonfix=         1248   jlatfix=         1002
      ibeg=          771   iend=         1725
      jbeg=          550   jend=         1454
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.00234447244102       vavg=    2.10400132346225     
      ubar=  -0.500586118110254       vbar=   0.526000330865563     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.31056969430776       vavg=   0.693512081574535     
      ubar=   -1.65587096526414       vbar=   0.872756371652831     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.88596611413151       vavg=  -0.355108081864958     
      ubar=   -2.37736249379701       vbar=   0.783979351186591     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.37736249379701       vbar=   0.783979351186591     
      wgttot=    1.00000000000000     
      fixlon=    295.104036734503        fixlat=    25.7391792780016     
      barnlon=    294.591028711984       barnlat=    25.8914700214226     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.900202329855546     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      294.591028711984     
     Raw (no conversion for GM wrap) extraplon=    294.464810228971     
  
 --- barnlon=    294.59E  (  65.41W)    barnlat=     25.89
 --- extraplon=  294.46E  (  65.54W)    extraplat=   25.50
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.74
 | Current fix lon is   64.90W   ( 295.10E)
 | Current fix lon (raw, unadjusted)=  295.10E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   65.47W   ( 294.53E)
 | Raw updated guess lon for next fcst hour is  294.53E)
 -------------------------------------------------
  
 iocheck, dist=    57.9248855207101        distm=    57924.8855207101     
 iocheck, stmspd=    2.68170766299584        istmspd=           52
 iocheck, xincr=  -0.576117264025413        yincr=  -4.421189107569745E-002
 iocheck, stmdir=    265.611658136769        istmdir=          266
 +++ RPT_STORM_MOTION: istmspd=    52 kts(*10)    istmdir=   266 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  17
     Fix location for this time:   295.10E  ( 64.90W)    25.74
     Fix lon (raw) for this time:  295.10E
     ilonfix= 1248  jlatfix= 1002
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.104036734503       xcenlat=    25.7391792780016     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.104036734503       xcenlat=    25.7391792780016     
  ilonfix=         1248  jlatfix=         1002
  ibeg=         1126  iend=         1370
  jbeg=          886  jend=         1118  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.104036734503        xcenlat=    25.7391792780016     
      ilonfix=         1248   jlatfix=         1002
      ibeg=         1126   iend=         1370
      jbeg=          886   jend=         1118
 After call to barnes, xsmoothval=   3.033284706802349E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.033284706802349E-004
      xcenlon=    295.104036734503        xcenlat=    25.7391792780016     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000303  imeanzeta (*1e6)=      303
   --- mean zeta raw =   3.033284706802349E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003076  igrid zeta (*1e6)=     3076 ifilret=   0
   --- grid zeta raw=   3.075798727041839E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.104036734503       xcenlat=    25.7391792780016     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    295.104036734503       xcenlat=    25.7391792780016     
  ilonfix=         1248  jlatfix=         1002
  ibeg=         1126  iend=         1370
  jbeg=          886  jend=         1118  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    295.104036734503        xcenlat=    25.7391792780016     
      ilonfix=         1248   jlatfix=         1002
      ibeg=         1126   iend=         1370
      jbeg=          886   jend=         1118
 After call to barnes, xsmoothval=   2.863846798535552E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.863846798535552E-004
      xcenlon=    295.104036734503        xcenlat=    25.7391792780016     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000286  imeanzeta (*1e6)=      286
   --- mean zeta raw =   2.863846798535552E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003023  igrid zeta (*1e6)=     3023 ifilret=   0
   --- grid zeta raw=   3.022890498405539E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=           96
  
 segx, outlon=    295.104036734503       outlat=    25.7391792780016     
   ist=            1  ifcsthour=           96
   vmaxwind=    33.8180099946759       xminmslp=    98451.3200000000     
   vradius=           68          37          26          58          36
           0          57          21           0          62          26
           0
   maxstorm=            6
   plastbar=    101251.320000000       rlastbar=    76.1204412894191     
   rmax=    23.4682078169397     
   cps_vals=    4.63881215035281        156.273892026967     
   153.600197304373     
   wcore_flag= n
   istmspd=           52  istmdir=          266
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    33.0000000000000     
   axisymet_rmw_val=     28.8718198361969     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   76.1204412894191       irlastbar=          76
 output: plastbar=   101251.320000000       iplastbar=        1013
 rmax=    23.4682078169397        irmax=           23
 TXX top of atcfunix_ext, ist=            1  ifh=           96
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   76.1204412894191       irlastbar=          76
 output: plastbar=   101251.320000000       iplastbar=        1013
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           96
 intlat=          257
 clatns= N
 intlon=          649
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           66
 int(xminmslp/mslp_outp_adj + 0.5)=          985
 XX,  34, NEQ
 vradius(1,1)=           68
 vradius(1,2)=           58
 vradius(1,3)=           57
 vradius(1,4)=           62
 iplastbar=         1013
 irlastbar=           76
 irmax=           23
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          266
 istmspd=           52
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           46
 icps_vals(2)=         1563
 icps_vals(3)=         1536
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           18
 irmw_val=           56
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          303
 igridzeta(1)=         3076
 imeanzeta(2)=          286
 igridzeta(2)=         3023
  
 rmax=    23.4682078169397        irmax=           23
 +++ Top of output_atcf_parms, ist=            1  ifh=           96
  
 xxxx get_next_ges, prev fix lon=    295.744559288485     
 xxxx get_next_ges, curr fix lon=    295.104036734503     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    295.104036734503        fixlat=    25.7391792780016     
        (0-360) fixlon=    295.104036734503     
      ilonfix=         1248   jlatfix=         1002
      ibeg=          771   iend=         1725
      jbeg=          550   jend=         1454
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.00234447244102       vavg=    2.10400132346225     
      ubar=  -0.500586118110254       vbar=   0.526000330865563     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.31056969430776       vavg=   0.693512081574535     
      ubar=   -1.65587096526414       vbar=   0.872756371652831     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.88596611413151       vavg=  -0.355108081864958     
      ubar=   -2.37736249379701       vbar=   0.783979351186591     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.37736249379701       vbar=   0.783979351186591     
      wgttot=    1.00000000000000     
      fixlon=    295.104036734503        fixlat=    25.7391792780016     
      barnlon=    294.591028711984       barnlat=    25.8914700214226     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.900202329855546     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      294.591028711984     
     Raw (no conversion for GM wrap) extraplon=    294.464810228971     
  
 --- barnlon=    294.59E  (  65.41W)    barnlat=     25.89
 --- extraplon=  294.46E  (  65.54W)    extraplat=   25.50
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.74
 | Current fix lon is   64.90W   ( 295.10E)
 | Current fix lon (raw, unadjusted)=  295.10E
 | Updated guess lat for next fcst hour is   25.69
 | Updated guess lon (0-360) for next fcst hour is   65.47W   ( 294.53E)
 | Raw updated guess lon for next fcst hour is  294.53E)
 -------------------------------------------------
  
 iocheck, dist=    57.9248855207101        distm=    57924.8855207101     
 iocheck, stmspd=    2.68170766299584        istmspd=           52
 iocheck, xincr=  -0.576117264025413        yincr=  -4.421189107569745E-002
 iocheck, stmdir=    265.611658136769        istmdir=          266
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:   96:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 !!! Zeta check, fmax=   7.851367950051483E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  307.997E  (0-360) ctlon=  307.997E  (  52.003W)  ctlat=   41.720 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.785E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  307.997E   (0-360) guesslon=  307.997E  (  52.003W)   guesslat=   41.720
 ilonfix=         1570  jlatfix=          603  npts=           16
 ibeg=         1513  jbeg=          559  imax=         2738
 iend=         1627  jend=          647  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.877E  (0-360) ctlon=  307.877  (  52.123W)  ctlat=   41.600 fmax (x10e5) =        0.822E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 !!! Zeta check, fmax=   7.395201767830398E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  308.397E  (0-360) ctlon=  308.397E  (  51.603W)  ctlat=   41.320 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.740E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  308.397E   (0-360) guesslon=  308.397E  (  51.603W)   guesslat=   41.320
 ilonfix=         1580  jlatfix=          613  npts=           16
 ibeg=         1524  jbeg=          569  imax=         2738
 iend=         1636  jend=          657  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  308.277E  (0-360) ctlon=  308.277  (  51.723W)  ctlat=   41.400 fmax (x10e5) =        0.619E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 After first run in find_maxmin, ctlon=  307.997E  (0-360) ctlon=  307.997E  (  52.003W)  ctlat=   41.320 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.132E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  307.997E   (0-360) guesslon=  307.997E  (  52.003W)   guesslat=   41.320
 ilonfix=         1570  jlatfix=          613  npts=           16
 ibeg=         1514  jbeg=          569  imax=         2738
 iend=         1626  jend=          657  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.977E  (0-360) ctlon=  307.977  (  52.023W)  ctlat=   41.500 fmax =       -0.100E+16 fmin =        0.132E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 After first run in find_maxmin, ctlon=  307.997E  (0-360) ctlon=  307.997E  (  52.003W)  ctlat=   41.720 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.299E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  307.997E   (0-360) guesslon=  307.997E  (  52.003W)   guesslat=   41.720
 ilonfix=         1570  jlatfix=          603  npts=           16
 ibeg=         1513  jbeg=          559  imax=         2738
 iend=         1627  jend=          647  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.977E  (0-360) ctlon=  307.977  (  52.023W)  ctlat=   41.600 fmax =       -0.100E+16 fmin =        0.299E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 After first run in find_maxmin, ctlon=  307.997E  (0-360) ctlon=  307.997E  (  52.003W)  ctlat=   41.320 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.989E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  307.997E   (0-360) guesslon=  307.997E  (  52.003W)   guesslat=   41.320
 ilonfix=         1570  jlatfix=          613  npts=           16
 ibeg=         1514  jbeg=          569  imax=         2738
 iend=         1626  jend=          657  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.977E  (0-360) ctlon=  307.977  (  52.023W)  ctlat=   41.500 fmax =       -0.100E+16 fmin =        0.989E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.717 (0-360) guesslon=  307.717E  (  52.283W)   guesslat=   41.440
 ilonfix=         1563  jlatfix=          610  npts=           33
 ibeg=         1483  jbeg=          542  imax=         2738
 iend=         1643  jend=          678  jmax=         2041
 TIMING: find_maxmin 1  22:29:29
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 !!! Zeta check, fmax=   5.138663911203348E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  307.997E  (0-360) ctlon=  307.997E  (  52.003W)  ctlat=   41.720 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.514E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:29
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  307.997E   (0-360) guesslon=  307.997E  (  52.003W)   guesslat=   41.720
 ilonfix=         1570  jlatfix=          603  npts=           16
 ibeg=         1513  jbeg=          559  imax=         2738
 iend=         1627  jend=          647  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.777E  (0-360) ctlon=  307.777  (  52.223W)  ctlat=   41.400 fmax (x10e5) =        0.583E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    307.930191104988        uvgeslat=    41.4795884197913     
    (0-360 uvgeslon)=    307.930191104988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:29:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    307.930191104988        uvgeslat=    41.4795884197913     
    (0-360 uvgeslon)=    307.930191104988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    307.930191104988     
  
 After first run, Wind Circulation (NHEM) ctlon=  307.930E  (0-360E lon):  307.930E    52.070W  ctlat=   41.480  xmax_circul_disk =     138337859.2
 TIMING: get_wind_circ kloop, k=  1   22:29:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  307.930E  (0-360E)=  307.930E  (  52.070W)   guesslat=   41.480
 ilonfix=         1569  jlatfix=          609  npts=           56
 ibeg=         1492  jbeg=          545  imax=         2738
 iend=         1646  jend=          673  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    139596681.876293     
 nhalf get_wind_circ, k=  1 ctlon=  307.830E  (0-360E)=  307.830E  ctlon=   52.170W   ctlat=   41.380 Wind Circulation (NHEM: Max) =     139596681.9
 TIMING: After GWC 850 ... 22:29:29
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:29:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    307.930191104988        uvgeslat=    41.4795884197913     
    (0-360 uvgeslon)=    307.930191104988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    307.930191104988     
  
 After first run, Wind Circulation (NHEM) ctlon=  307.930E  (0-360E lon):  307.930E    52.070W  ctlat=   41.480  xmax_circul_disk =     120578125.8
 TIMING: get_wind_circ kloop, k=  1   22:29:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  307.930E  (0-360E)=  307.930E  (  52.070W)   guesslat=   41.480
 ilonfix=         1569  jlatfix=          609  npts=           56
 ibeg=         1492  jbeg=          545  imax=         2738
 iend=         1646  jend=          673  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    120795481.037717     
 nhalf get_wind_circ, k=  1 ctlon=  308.130E  (0-360E)=  308.130E  ctlon=   51.870W   ctlat=   41.440 Wind Circulation (NHEM: Max) =     120795481.0
 TIMING: After GWC 700 ... 22:29:29
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:29:29
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    307.930191104988        uvgeslat=    41.4795884197913     
    (0-360 uvgeslon)=    307.930191104988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    307.930191104988     
  
 After first run, Wind Circulation (NHEM) ctlon=  307.610E  (0-360E lon):  307.610E    52.390W  ctlat=   41.160  xmax_circul_disk =      93856844.2
 TIMING: get_wind_circ kloop, k=  1   22:29:29
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  307.610E  (0-360E)=  307.610E  (  52.390W)   guesslat=   41.160
 ilonfix=         1561  jlatfix=          617  npts=           56
 ibeg=         1485  jbeg=          553  imax=         2738
 iend=         1637  jend=          681  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    95360836.2929890     
 nhalf get_wind_circ, k=  1 ctlon=  307.810E  (0-360E)=  307.810E  ctlon=   52.190W   ctlat=   41.300 Wind Circulation (NHEM: Max) =      95360836.3
 TIMING: After GWC Sfc ... 22:29:29
  
 At beg of fixcenter, stderr(ist,ifh-1) =     5.99  xavg_stderr=     5.72
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           17  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    96:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  307.72E   (0-360) guesslon=  307.72E  ( 52.28W)    41.44
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       307.88       52.12      41.60           82.22       T         22.22
   2    zeta 700    Max       308.28       51.72      41.40           61.85       T         46.90
   3    circ 850    Max       307.83       52.17      41.38          139.60       T         11.53
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       308.13       51.87      41.44          120.80       T         34.40
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       307.98       52.02      41.50         1318.93       T         22.67
   8     gph 700    Min       307.98       52.02      41.60         2985.07       T         28.02
   9        MSLP    Min       307.98       52.02      41.50        98868.57       T         22.67
  10    circ sfc    Max       307.81       52.19      41.30           95.36       T         17.38
  11    zeta sfc    Max       307.78       52.22      41.40           58.30       T          6.69
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    15.1580666224179       stderr_close= 
   6.71293962575553       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  17.225 devia=   2.566 wtpos=  0.42515     307.88   307.88    52.12    41.60
 ip=  2 kprm=  2 dist_from_mean=  27.277 devia=   4.063 wtpos=  0.25809     308.28   308.28    51.72    41.40
 ip=  3 kprm=  3 dist_from_mean=  13.821 devia=   2.059 wtpos=  0.50344     307.83   307.83    52.17    41.38
 ip=  5 kprm=  4 dist_from_mean=  14.364 devia=   2.140 wtpos=  0.49005     308.13   308.13    51.87    41.44
 ip=  7 kprm=  5 dist_from_mean=   4.928 devia=   0.734 wtpos=  0.78294     307.98   307.98    52.02    41.50
 ip=  8 kprm=  6 dist_from_mean=  15.885 devia=   2.366 wtpos=  0.45441     307.98   307.98    52.02    41.60
 ip=  9 kprm=  7 dist_from_mean=   4.928 devia=   0.734 wtpos=  0.78294     307.98   307.98    52.02    41.50
 ip= 10 kprm=  8 dist_from_mean=  21.516 devia=   3.205 wtpos=  0.34356     307.81   307.81    52.19    41.30
 ip= 11 kprm=  9 dist_from_mean=  16.479 devia=   2.455 wtpos=  0.44120     307.78   307.78    52.22    41.40
  
At end of fixcenter:  08L   fhr=   96:00   Fix position=   307.95E  (0-360) fixlon=  307.95  ( 52.05W)    41.47
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    307.952897633380     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    307.977462650443     
        (0-360E clon(ist,ifh,9))=    307.977462650443     
      clat(ist,ifh,9)=    41.4995879197913     
      xval(9)=    98868.5670954774     
  
  After get_ij B, ibeg jbeg =         1454         470
  After get_ij B, iend jend =         1686         746
  
 In is_it_a_storm, ilonfix=         1570  jlatfix=          608
 ibeg jbeg iend jend =         1454         470        1686         746
 cparm= slp  parmlon parmlat =    307.977462650443        41.4995879197913     
     (0-360E parmlon) =    307.977462650443     
 parmval=    98868.5670954774     
  
 i= 1539 j=  545 glon=  306.77 (0-360E) glon=  306.77 glat=  44.04 dist=   299.27 slp=  101102.20 pgradient=  7.46358
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.46358
 mslp center =    307.977462650443        41.4995879197913     
   98868.5670954774     
   (0-360E) lon of mslp center =    307.977462650443     
 pgrad loc   =    306.768462000000        306.768462000000     
   53.2315380000000        44.0405470000000        101102.200000000     
  ttest at location C IF....
      xinp_fixlat=    41.4995879197913     
      xinp_fixlon=    307.977462650443       (0-360E) xinp_fixlon= 
   307.977462650443     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   98347.1600000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1570  jfix=          610
 longitude=    307.977462650443      E   (   52.0225373495574      
 W)  (0-360E) xinp_fixlon=    307.977462650443     
 latitude=    41.4995879197913     
 mean mslp value (xval(9))=    98868.5670954774     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1570  jfix=          610
 longitude=    307.977462650443      E   (   52.0225373495574      
 W)  (0-360E) xinp_fixlon=    307.977462650443     
 latitude=    41.4995879197913     
 mean mslp value (xval(9))=    98868.5670954774     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1570  jx=          610
 *-----------------------------------------------*
  
 fxy(ix,jx)=    98347.1600000000       xcentval=    98347.1600000000     
 At A, num_found_contours=            0
 At A, contlo=    98347.1600000000       conthi=    98747.1600000000     
  
 num_found_contours=            0
 contlo=    98347.1600000000       conthi=    98747.1600000000     
 xcentval=    98347.1600000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98747.1600000000       conthi=    99147.1600000000     
  
 num_found_contours=            1
 contlo=    98747.1600000000       conthi=    99147.1600000000     
 xcentval=    98347.1600000000     
 At A, num_found_contours=            2
 At A, contlo=    99147.1600000000       conthi=    99547.1600000000     
  
 num_found_contours=            2
 contlo=    99147.1600000000       conthi=    99547.1600000000     
 xcentval=    98347.1600000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1574 ,         589 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    98347.1600000000     
 !!! (i,j) of central value = (        1570 ,         610 )
 !!!  
 !!! Flagged value found    =    99133.7200000000     
 !!! (i,j) of flagged value = (        1575 ,         588 )
 !!!   
 !!! Lower bound of contour interval =    99147.1600000000     
 !!! Upper bound of contour interval =    99547.1600000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1570  jfix=          610
 longitude=    307.977462650443      E   (   52.0225373495574      W)  
 (0-360E) xinp_fixlon=    307.977462650443     
 latitude=    41.4995879197913     
 mean mslp value (xval(9))=    98868.5670954774     
 gridpoint mslp value=    98347.1600000000     
 ccflag= y
 prs of last closed isobar =    99147.1600000000     
 radius of last closed isobar =    33.5757197574292       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =   96:00
 !!! Boundary check xinp_fixlat is   41.50
 !!! Boundary check xinp_fixlon is   52.02W   ( 307.98E)  (0-360E) xinp_fixlon=  307.98
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    307.830193604988     
  850 mb wcirc fix lat=    41.3795909197913     
    (0-360) 850 mb wcirc fix lon=    307.830193604988     
  Multi-parm fix lon=      307.952897633380     
  Multi-parm fix lat=      41.4682393140509     
    (0-360) Multi-parm fix lon=      307.952897633380     
  
  
  After get_ij B, ibeg jbeg =         1468         507
  After get_ij B, iend jend =         1664         715
  
 In is_it_a_storm, ilonfix=         1566  jlatfix=          611
 ibeg jbeg iend jend =         1468         507        1664         715
 cparm= v850  parmlon parmlat =    307.830193604988        41.3795909197913     
     (0-360E parmlon) =    307.830193604988     
 parmval=    139596681.876293     
  
 i= 1553 j=  562 glon=  307.33 (0-360E) glon=  307.33 glat=  43.36 u=  -4.5100 v=  -7.6300 vr=  -6.66183 vt=   5.84611
 i= 1558 j=  562 glon=  307.53 (0-360E) glon=  307.53 glat=  43.36 u=  -6.3500 v=  -3.4500 vr=  -2.71240 vt=   6.69835
 i= 1563 j=  562 glon=  307.73 (0-360E) glon=  307.73 glat=  43.36 u=  -6.0700 v=  -3.0300 vr=  -2.79582 vt=   6.18136
 i= 1568 j=  562 glon=  307.93 (0-360E) glon=  307.93 glat=  43.36 u=  -9.4300 v=   2.8800 vr=   2.53010 vt=   9.52984
 i= 1573 j=  562 glon=  308.13 (0-360E) glon=  308.13 glat=  43.36 u=  -9.4700 v=   2.3900 vr=   1.32017 vt=   9.67730
 i= 1578 j=  562 glon=  308.33 (0-360E) glon=  308.33 glat=  43.36 u= -10.8200 v=   6.5700 vr=   4.46574 vt=  11.84460
 i= 1538 j=  567 glon=  306.73 (0-360E) glon=  306.73 glat=  43.16 u=  -5.0600 v=  -9.0500 vr=  -6.09603 vt=   8.38717
 i= 1543 j=  567 glon=  306.93 (0-360E) glon=  306.93 glat=  43.16 u=  -2.4400 v= -13.7700 vr= -12.02003 vt=   7.14741
 i= 1548 j=  567 glon=  307.13 (0-360E) glon=  307.13 glat=  43.16 u=  -6.1400 v=  -8.9600 vr=  -6.86614 vt=   8.41649
 i= 1553 j=  567 glon=  307.33 (0-360E) glon=  307.33 glat=  43.16 u=  -6.6800 v=  -7.7200 vr=  -6.18249 vt=   8.12389
 i= 1558 j=  567 glon=  307.53 (0-360E) glon=  307.53 glat=  43.16 u= -10.3500 v=  -4.4600 vr=  -3.12839 vt=  10.82715
 i= 1563 j=  567 glon=  307.73 (0-360E) glon=  307.73 glat=  43.16 u= -10.7500 v=  -0.7200 vr=  -0.26211 vt=  10.77090
 i= 1568 j=  567 glon=  307.93 (0-360E) glon=  307.93 glat=  43.16 u= -11.1200 v=   4.8000 vr=   4.33929 vt=  11.30774
 i= 1573 j=  567 glon=  308.13 (0-360E) glon=  308.13 glat=  43.16 u= -13.2200 v=  11.9700 vr=  10.24089 vt=  14.60046
 i= 1578 j=  567 glon=  308.33 (0-360E) glon=  308.33 glat=  43.16 u= -11.2400 v=  15.4100 vr=  12.79126 vt=  14.14883
 i= 1583 j=  567 glon=  308.53 (0-360E) glon=  308.53 glat=  43.16 u= -10.7700 v=  16.6700 vr=  12.97894 vt=  15.01429
 i= 1588 j=  567 glon=  308.73 (0-360E) glon=  308.73 glat=  43.16 u=  -9.0600 v=  15.4300 vr=  11.25222 vt=  13.91245
 i= 1593 j=  567 glon=  308.93 (0-360E) glon=  308.93 glat=  43.16 u=  -6.4900 v=  17.0900 vr=  12.81235 vt=  13.03962
 i= 1523 j=  572 glon=  306.13 (0-360E) glon=  306.13 glat=  42.96 u=  -2.2400 v= -11.9200 vr=  -7.87569 vt=   9.22375
 i= 1528 j=  572 glon=  306.33 (0-360E) glon=  306.33 glat=  42.96 u=  -0.9000 v= -13.4800 vr= -10.46728 vt=   8.54146
 i= 1533 j=  572 glon=  306.53 (0-360E) glon=  306.53 glat=  42.96 u=  -3.5000 v= -11.8100 vr=  -8.22343 vt=   9.17067
 i= 1538 j=  572 glon=  306.73 (0-360E) glon=  306.73 glat=  42.96 u=  -3.2600 v= -12.9100 vr=  -9.94626 vt=   8.85255
 i= 1543 j=  572 glon=  306.93 (0-360E) glon=  306.93 glat=  42.96 u=  -6.5600 v= -12.4800 vr=  -8.91241 vt=  10.92487
 i= 1548 j=  572 glon=  307.13 (0-360E) glon=  307.13 glat=  42.96 u=  -9.0100 v= -10.3700 vr=  -7.01115 vt=  11.81359
 i= 1553 j=  572 glon=  307.33 (0-360E) glon=  307.33 glat=  42.96 u= -11.2500 v=  -3.2600 vr=  -0.58059 vt=  11.69842
 i= 1558 j=  572 glon=  307.53 (0-360E) glon=  307.53 glat=  42.96 u= -13.1600 v=   0.4300 vr=   2.28029 vt=  12.96807
 i= 1563 j=  572 glon=  307.73 (0-360E) glon=  307.73 glat=  42.96 u= -14.2900 v=   6.8500 vr=   7.52720 vt=  13.94517
 i= 1568 j=  572 glon=  307.93 (0-360E) glon=  307.93 glat=  42.96 u= -14.9900 v=   7.9900 vr=   7.28758 vt=  15.34377
 i= 1573 j=  572 glon=  308.13 (0-360E) glon=  308.13 glat=  42.96 u= -14.0200 v=   8.7200 vr=   6.68177 vt=  15.09811
 i= 1578 j=  572 glon=  308.33 (0-360E) glon=  308.33 glat=  42.96 u= -13.3800 v=  11.2400 vr=   7.87979 vt=  15.59715
 i= 1583 j=  572 glon=  308.53 (0-360E) glon=  308.53 glat=  42.96 u= -11.2300 v=  10.8800 vr=   6.81836 vt=  14.07115
 i= 1588 j=  572 glon=  308.73 (0-360E) glon=  308.73 glat=  42.96 u=  -9.9800 v=  11.4400 vr=   6.63496 vt=  13.65472
 i= 1593 j=  572 glon=  308.93 (0-360E) glon=  308.93 glat=  42.96 u=  -8.6000 v=  12.7300 vr=   7.33872 vt=  13.49652
 i= 1598 j=  572 glon=  309.13 (0-360E) glon=  309.13 glat=  42.96 u=  -6.2400 v=  14.3500 vr=   8.96605 vt=  12.82459
 i= 1603 j=  572 glon=  309.33 (0-360E) glon=  309.33 glat=  42.96 u=  -3.6700 v=  16.0700 vr=  10.98785 vt=  12.28743
 i= 1608 j=  572 glon=  309.53 (0-360E) glon=  309.53 glat=  42.96 u=  -1.4600 v=  17.6500 vr=  12.83910 vt=  12.19884
 i= 1518 j=  577 glon=  305.93 (0-360E) glon=  305.93 glat=  42.76 u=  -1.7700 v= -13.1300 vr=  -7.85740 vt=  10.66729
 i= 1523 j=  577 glon=  306.13 (0-360E) glon=  306.13 glat=  42.76 u=  -0.8800 v= -13.3400 vr=  -9.20126 vt=   9.69881
 i= 1528 j=  577 glon=  306.33 (0-360E) glon=  306.33 glat=  42.76 u=  -3.3500 v= -14.0100 vr=  -8.74741 vt=  11.44489
 i= 1533 j=  577 glon=  306.53 (0-360E) glon=  306.53 glat=  42.76 u=  -1.0300 v= -14.2000 vr= -11.01011 vt=   9.02653
 i= 1538 j=  577 glon=  306.73 (0-360E) glon=  306.73 glat=  42.76 u=  -4.1900 v= -15.3800 vr= -11.06184 vt=  11.47764
 i= 1543 j=  577 glon=  306.93 (0-360E) glon=  306.93 glat=  42.76 u= -11.2700 v= -10.6800 vr=  -4.65624 vt=  14.81198
 i= 1548 j=  577 glon=  307.13 (0-360E) glon=  307.13 glat=  42.76 u= -11.7400 v=  -4.3100 vr=   0.13615 vt=  12.50541
 i= 1553 j=  577 glon=  307.33 (0-360E) glon=  307.33 glat=  42.76 u= -12.3600 v=  -1.8500 vr=   1.45034 vt=  12.41324
 i= 1558 j=  577 glon=  307.53 (0-360E) glon=  307.53 glat=  42.76 u= -15.5300 v=   0.6400 vr=   3.13147 vt=  15.22447
 i= 1563 j=  577 glon=  307.73 (0-360E) glon=  307.73 glat=  42.76 u= -16.1600 v=   0.4800 vr=   1.36659 vt=  16.10927
 i= 1568 j=  577 glon=  307.93 (0-360E) glon=  307.93 glat=  42.76 u= -18.1500 v=   3.0300 vr=   2.06350 vt=  18.28511
 i= 1573 j=  577 glon=  308.13 (0-360E) glon=  308.13 glat=  42.76 u= -19.0600 v=   4.8000 vr=   1.70565 vt=  19.58097
 i= 1578 j=  577 glon=  308.33 (0-360E) glon=  308.33 glat=  42.76 u= -16.9400 v=   7.0000 vr=   2.35325 vt=  18.17762
 i= 1583 j=  577 glon=  308.53 (0-360E) glon=  308.53 glat=  42.76 u= -15.1000 v=  10.1000 vr=   4.11435 vt=  17.69441
 i= 1588 j=  577 glon=  308.73 (0-360E) glon=  308.73 glat=  42.76 u= -11.9400 v=  11.4400 vr=   5.06973 vt=  15.73960
 i= 1593 j=  577 glon=  308.93 (0-360E) glon=  308.93 glat=  42.76 u= -11.8200 v=  13.4200 vr=   5.49371 vt=  17.01846
 i= 1598 j=  577 glon=  309.13 (0-360E) glon=  309.13 glat=  42.76 u=  -9.8400 v=  15.9900 vr=   7.41687 vt=  17.24807
 i= 1603 j=  577 glon=  309.33 (0-360E) glon=  309.33 glat=  42.76 u=  -6.9800 v=  17.8800 vr=   9.47503 vt=  16.69247
 i= 1608 j=  577 glon=  309.53 (0-360E) glon=  309.53 glat=  42.76 u=  -3.7500 v=  19.5300 vr=  11.81699 vt=  15.99507
 i= 1613 j=  577 glon=  309.73 (0-360E) glon=  309.73 glat=  42.76 u=  -1.0700 v=  20.5200 vr=  13.51336 vt=  15.47916
 i= 1513 j=  582 glon=  305.73 (0-360E) glon=  305.73 glat=  42.56 u=   0.6500 v= -14.5300 vr=  -9.21039 vt=  11.25665
 i= 1518 j=  582 glon=  305.93 (0-360E) glon=  305.93 glat=  42.56 u=  -0.6500 v= -15.1400 vr=  -9.13982 vt=  12.08742
 i= 1523 j=  582 glon=  306.13 (0-360E) glon=  306.13 glat=  42.56 u=  -1.9500 v= -13.6700 vr=  -7.84609 vt=  11.36267
 i= 1528 j=  582 glon=  306.33 (0-360E) glon=  306.33 glat=  42.56 u=  -1.2800 v= -15.0700 vr= -10.02210 vt=  11.32700
 i= 1533 j=  582 glon=  306.53 (0-360E) glon=  306.53 glat=  42.56 u=   0.1500 v= -16.3900 vr= -12.73312 vt=  10.32096
 i= 1538 j=  582 glon=  306.73 (0-360E) glon=  306.73 glat=  42.56 u=  -7.8600 v= -13.2500 vr=  -6.36311 vt=  14.03043
 i= 1543 j=  582 glon=  306.93 (0-360E) glon=  306.93 glat=  42.56 u=  -8.2200 v=  -5.5500 vr=  -0.74262 vt=   9.89037
 i= 1548 j=  582 glon=  307.13 (0-360E) glon=  307.13 glat=  42.56 u= -14.1900 v=  -5.9800 vr=   0.29545 vt=  15.39575
 i= 1553 j=  582 glon=  307.33 (0-360E) glon=  307.33 glat=  42.56 u= -15.6800 v=  -6.3100 vr=  -1.26967 vt=  16.85427
 i= 1558 j=  582 glon=  307.53 (0-360E) glon=  307.53 glat=  42.56 u= -18.4200 v=  -5.3000 vr=  -1.75256 vt=  19.08704
 i= 1563 j=  582 glon=  307.73 (0-360E) glon=  307.73 glat=  42.56 u= -22.1500 v=  -1.9800 vr=  -0.55340 vt=  22.23143
 i= 1568 j=  582 glon=  307.93 (0-360E) glon=  307.93 glat=  42.56 u= -23.1500 v=   2.2400 vr=   0.80013 vt=  23.24435
 i= 1573 j=  582 glon=  308.13 (0-360E) glon=  308.13 glat=  42.56 u= -22.5900 v=   5.3900 vr=   1.10898 vt=  23.19764
 i= 1578 j=  582 glon=  308.33 (0-360E) glon=  308.33 glat=  42.56 u= -20.5900 v=  12.6300 vr=   5.85516 vt=  23.43464
 i= 1583 j=  582 glon=  308.53 (0-360E) glon=  308.53 glat=  42.56 u= -20.3300 v=  11.8400 vr=   2.61097 vt=  23.38113
 i= 1588 j=  582 glon=  308.73 (0-360E) glon=  308.73 glat=  42.56 u= -19.1000 v=  16.0700 vr=   4.52310 vt=  24.54784
 i= 1593 j=  582 glon=  308.93 (0-360E) glon=  308.93 glat=  42.56 u= -15.7100 v=  17.9300 vr=   5.74050 vt=  23.13732
 i= 1598 j=  582 glon=  309.13 (0-360E) glon=  309.13 glat=  42.56 u= -13.5700 v=  18.3800 vr=   5.56069 vt=  22.15960
 i= 1603 j=  582 glon=  309.33 (0-360E) glon=  309.33 glat=  42.56 u= -10.1600 v=  20.8500 vr=   8.10187 vt=  21.73265
 i= 1608 j=  582 glon=  309.53 (0-360E) glon=  309.53 glat=  42.56 u=  -6.4500 v=  21.5900 vr=   9.93790 vt=  20.22297
 i= 1613 j=  582 glon=  309.73 (0-360E) glon=  309.73 glat=  42.56 u=  -2.3900 v=  22.7400 vr=  12.65536 vt=  19.04367
 i= 1618 j=  582 glon=  309.93 (0-360E) glon=  309.93 glat=  42.56 u=   0.5100 v=  23.4300 vr=  14.43575 vt=  18.46169
 i= 1508 j=  587 glon=  305.53 (0-360E) glon=  305.53 glat=  42.36 u=   1.7100 v= -16.0200 vr=  -9.35347 vt=  13.11782
 i= 1513 j=  587 glon=  305.73 (0-360E) glon=  305.73 glat=  42.36 u=   1.5500 v= -17.1400 vr= -10.33190 vt=  13.76350
 i= 1518 j=  587 glon=  305.93 (0-360E) glon=  305.93 glat=  42.36 u=   0.3400 v= -15.5900 vr=  -9.08686 vt=  12.67252
 i= 1523 j=  587 glon=  306.13 (0-360E) glon=  306.13 glat=  42.36 u=  -0.3500 v= -15.7000 vr=  -9.27120 vt=  12.67507
 i= 1528 j=  587 glon=  306.33 (0-360E) glon=  306.33 glat=  42.36 u=   1.7300 v= -19.7500 vr= -14.26479 vt=  13.76848
 i= 1533 j=  587 glon=  306.53 (0-360E) glon=  306.53 glat=  42.36 u=  -6.5800 v= -12.7400 vr=  -4.38573 vt=  13.65172
 i= 1538 j=  587 glon=  306.73 (0-360E) glon=  306.73 glat=  42.36 u=  -6.2100 v=  -9.0300 vr=  -2.90925 vt=  10.56604
 i= 1543 j=  587 glon=  306.93 (0-360E) glon=  306.93 glat=  42.36 u=  -9.4600 v=  -9.9700 vr=  -2.84872 vt=  13.44534
 i= 1548 j=  587 glon=  307.13 (0-360E) glon=  307.13 glat=  42.36 u= -13.4900 v= -10.9900 vr=  -3.32286 vt=  17.07978
 i= 1553 j=  587 glon=  307.33 (0-360E) glon=  307.33 glat=  42.36 u= -18.8400 v= -10.1400 vr=  -2.73960 vt=  21.21933
 i= 1558 j=  587 glon=  307.53 (0-360E) glon=  307.53 glat=  42.36 u= -21.6300 v=  -6.4600 vr=  -1.44795 vt=  22.52758
 i= 1563 j=  587 glon=  307.73 (0-360E) glon=  307.73 glat=  42.36 u= -26.4800 v=  -2.1500 vr=  -0.09655 vt=  26.56696
 i= 1568 j=  587 glon=  307.93 (0-360E) glon=  307.93 glat=  42.36 u= -23.8200 v=   4.1700 vr=   2.38025 vt=  24.06482
 i= 1573 j=  587 glon=  308.13 (0-360E) glon=  308.13 glat=  42.36 u= -22.8300 v=   6.6100 vr=   1.38564 vt=  23.72722
 i= 1578 j=  587 glon=  308.33 (0-360E) glon=  308.33 glat=  42.36 u= -30.4800 v=  32.0800 vr=  19.16629 vt=  39.88496
 i= 1583 j=  587 glon=  308.53 (0-360E) glon=  308.53 glat=  42.36 u= -18.0600 v=  36.5700 vr=  23.78776 vt=  33.13112
 i= 1588 j=  587 glon=  308.73 (0-360E) glon=  308.73 glat=  42.36 u= -11.2800 v=  32.5200 vr=  20.44241 vt=  27.69290
 i= 1593 j=  587 glon=  308.93 (0-360E) glon=  308.93 glat=  42.36 u= -11.2400 v=  32.0900 vr=  17.35828 vt=  29.23689
 i= 1598 j=  587 glon=  309.13 (0-360E) glon=  309.13 glat=  42.36 u= -13.8500 v=  28.9600 vr=  10.79197 vt=  30.23305
 i= 1603 j=  587 glon=  309.33 (0-360E) glon=  309.33 glat=  42.36 u= -12.2800 v=  27.6700 vr=   8.92341 vt=  28.92750
 i= 1608 j=  587 glon=  309.53 (0-360E) glon=  309.53 glat=  42.36 u=  -8.6700 v=  25.9000 vr=   8.89698 vt=  25.82291
 i= 1613 j=  587 glon=  309.73 (0-360E) glon=  309.73 glat=  42.36 u=  -4.1300 v=  25.4500 vr=  10.98836 vt=  23.32413
 i= 1618 j=  587 glon=  309.93 (0-360E) glon=  309.93 glat=  42.36 u=   0.0000 v=  25.6100 vr=  13.48436 vt=  21.77255
 i= 1623 j=  587 glon=  310.13 (0-360E) glon=  310.13 glat=  42.36 u=   3.0000 v=  25.8500 vr=  15.31667 vt=  21.03859
 i= 1503 j=  592 glon=  305.33 (0-360E) glon=  305.33 glat=  42.16 u=   2.5700 v= -16.9400 vr=  -8.80328 vt=  14.69935
 i= 1508 j=  592 glon=  305.53 (0-360E) glon=  305.53 glat=  42.16 u=   2.8700 v= -17.1200 vr=  -9.60420 vt=  14.45997
 i= 1513 j=  592 glon=  305.73 (0-360E) glon=  305.73 glat=  42.16 u=   1.9000 v= -17.1000 vr=  -9.23712 vt=  14.51536
 i= 1518 j=  592 glon=  305.93 (0-360E) glon=  305.93 glat=  42.16 u=   0.3200 v= -18.4300 vr=  -9.08091 vt=  16.04071
 i= 1523 j=  592 glon=  306.13 (0-360E) glon=  306.13 glat=  42.16 u=   0.0000 v= -19.5600 vr= -10.16813 vt=  16.70936
 i= 1528 j=  592 glon=  306.33 (0-360E) glon=  306.33 glat=  42.16 u=   0.4900 v= -18.9500 vr= -11.17408 vt=  15.31283
 i= 1533 j=  592 glon=  306.53 (0-360E) glon=  306.53 glat=  42.16 u=  -3.3200 v= -12.9200 vr=  -5.46543 vt=  12.16873
 i= 1538 j=  592 glon=  306.73 (0-360E) glon=  306.73 glat=  42.16 u=  -4.8700 v= -14.4200 vr=  -6.36028 vt=  13.82751
 i= 1543 j=  592 glon=  306.93 (0-360E) glon=  306.93 glat=  42.16 u=  -8.8000 v= -15.5500 vr=  -5.99708 vt=  16.83085
 i= 1548 j=  592 glon=  307.13 (0-360E) glon=  307.13 glat=  42.16 u= -14.5200 v= -15.1900 vr=  -4.49381 vt=  20.52735
 i= 1553 j=  592 glon=  307.33 (0-360E) glon=  307.33 glat=  42.16 u= -18.1700 v= -11.8000 vr=  -2.75904 vt=  21.48899
 i= 1558 j=  592 glon=  307.53 (0-360E) glon=  307.53 glat=  42.16 u= -24.1000 v=  -9.4400 vr=  -2.37537 vt=  25.77365
 i= 1563 j=  592 glon=  307.73 (0-360E) glon=  307.73 glat=  42.16 u= -22.0800 v=  -6.1000 vr=  -3.92928 vt=  22.56761
 i= 1568 j=  592 glon=  307.93 (0-360E) glon=  307.93 glat=  42.16 u= -21.2000 v=  -0.9100 vr=  -2.89215 vt=  21.02150
 i= 1573 j=  592 glon=  308.13 (0-360E) glon=  308.13 glat=  42.16 u= -15.7000 v=  31.2400 vr=  25.72451 vt=  23.67862
 i= 1578 j=  592 glon=  308.33 (0-360E) glon=  308.33 glat=  42.16 u= -14.2200 v=  38.9100 vr=  28.98380 vt=  29.59960
 i= 1583 j=  592 glon=  308.53 (0-360E) glon=  308.53 glat=  42.16 u= -13.0700 v=  41.9500 vr=  27.58302 vt=  34.20240
 i= 1588 j=  592 glon=  308.73 (0-360E) glon=  308.73 glat=  42.16 u=  -9.5700 v=  44.3000 vr=  27.30008 vt=  36.17707
 i= 1593 j=  592 glon=  308.93 (0-360E) glon=  308.93 glat=  42.16 u=  -5.9200 v=  43.6900 vr=  25.75148 vt=  35.78720
 i= 1598 j=  592 glon=  309.13 (0-360E) glon=  309.13 glat=  42.16 u=  -7.1000 v=  39.4600 vr=  19.11514 vt=  35.24362
 i= 1603 j=  592 glon=  309.33 (0-360E) glon=  309.33 glat=  42.16 u=  -7.7200 v=  34.4100 vr=  13.24277 vt=  32.68449
 i= 1608 j=  592 glon=  309.53 (0-360E) glon=  309.53 glat=  42.16 u=  -6.9600 v=  31.9900 vr=  10.71302 vt=  30.93595
 i= 1613 j=  592 glon=  309.73 (0-360E) glon=  309.73 glat=  42.16 u=  -3.6900 v=  29.9500 vr=  11.08022 vt=  28.06862
 i= 1618 j=  592 glon=  309.93 (0-360E) glon=  309.93 glat=  42.16 u=  -1.0700 v=  27.9000 vr=  11.34464 vt=  25.51184
 i= 1623 j=  592 glon=  310.13 (0-360E) glon=  310.13 glat=  42.16 u=   2.5000 v=  27.5900 vr=  13.55166 vt=  24.16217
 i= 1628 j=  592 glon=  310.33 (0-360E) glon=  310.33 glat=  42.16 u=   4.8700 v=  27.8500 vr=  15.08180 vt=  23.91398
 i= 1503 j=  597 glon=  305.33 (0-360E) glon=  305.33 glat=  41.96 u=   3.8100 v= -17.1200 vr=  -8.60779 vt=  15.28125
 i= 1508 j=  597 glon=  305.53 (0-360E) glon=  305.53 glat=  41.96 u=   2.6500 v= -17.9800 vr=  -8.15634 vt=  16.24121
 i= 1513 j=  597 glon=  305.73 (0-360E) glon=  305.73 glat=  41.96 u=   2.5900 v= -17.2600 vr=  -8.32474 vt=  15.33996
 i= 1518 j=  597 glon=  305.93 (0-360E) glon=  305.93 glat=  41.96 u=   2.1200 v= -19.2800 vr=  -9.16561 vt=  17.09399
 i= 1523 j=  597 glon=  306.13 (0-360E) glon=  306.13 glat=  41.96 u=   1.7800 v= -20.0600 vr=  -9.87064 vt=  17.55399
 i= 1528 j=  597 glon=  306.33 (0-360E) glon=  306.33 glat=  41.96 u=   1.5200 v= -15.3200 vr=  -8.33892 vt=  12.94122
 i= 1533 j=  597 glon=  306.53 (0-360E) glon=  306.53 glat=  41.96 u=  -2.7000 v= -17.9200 vr=  -6.81028 vt=  16.79394
 i= 1538 j=  597 glon=  306.73 (0-360E) glon=  306.73 glat=  41.96 u=  -4.6500 v= -18.0200 vr=  -6.53835 vt=  17.42392
 i= 1543 j=  597 glon=  306.93 (0-360E) glon=  306.93 glat=  41.96 u=  -5.3000 v= -18.6900 vr=  -8.14807 vt=  17.63562
 i= 1548 j=  597 glon=  307.13 (0-360E) glon=  307.13 glat=  41.96 u= -11.7600 v= -19.4300 vr=  -6.50449 vt=  21.76038
 i= 1553 j=  597 glon=  307.33 (0-360E) glon=  307.33 glat=  41.96 u= -17.5600 v= -17.0100 vr=  -4.74030 vt=  23.98381
 i= 1558 j=  597 glon=  307.53 (0-360E) glon=  307.53 glat=  41.96 u= -21.2200 v= -10.7000 vr=  -2.28000 vt=  23.65544
 i= 1563 j=  597 glon=  307.73 (0-360E) glon=  307.73 glat=  41.96 u= -11.6800 v=   9.5400 vr=  10.97755 vt=  10.34057
 i= 1568 j=  597 glon=  307.93 (0-360E) glon=  307.93 glat=  41.96 u=  -5.1000 v=  18.9400 vr=  18.14954 vt=   7.43828
 i= 1573 j=  597 glon=  308.13 (0-360E) glon=  308.13 glat=  41.96 u=  -8.3300 v=  33.1000 vr=  27.90681 vt=  19.65220
 i= 1578 j=  597 glon=  308.33 (0-360E) glon=  308.33 glat=  41.96 u= -10.9100 v=  42.2200 vr=  29.62090 vt=  32.00248
 i= 1583 j=  597 glon=  308.53 (0-360E) glon=  308.53 glat=  41.96 u= -10.2400 v=  44.3600 vr=  26.09466 vt=  37.30598
 i= 1588 j=  597 glon=  308.73 (0-360E) glon=  308.73 glat=  41.96 u=  -1.0900 v=  46.2800 vr=  29.37856 vt=  35.77606
 i= 1593 j=  597 glon=  308.93 (0-360E) glon=  308.93 glat=  41.96 u=   0.0500 v=  40.1600 vr=  23.14741 vt=  32.81806
 i= 1598 j=  597 glon=  309.13 (0-360E) glon=  309.13 glat=  41.96 u=  -1.5900 v=  40.1700 vr=  19.14795 vt=  35.34845
 i= 1603 j=  597 glon=  309.33 (0-360E) glon=  309.33 glat=  41.96 u=  -2.7700 v=  37.9600 vr=  14.87908 vt=  35.03209
 i= 1608 j=  597 glon=  309.53 (0-360E) glon=  309.53 glat=  41.96 u=  -3.1100 v=  35.5000 vr=  11.78825 vt=  33.62974
 i= 1613 j=  597 glon=  309.73 (0-360E) glon=  309.73 glat=  41.96 u=  -1.6800 v=  33.5500 vr=  10.98964 vt=  31.74355
 i= 1618 j=  597 glon=  309.93 (0-360E) glon=  309.93 glat=  41.96 u=   0.2800 v=  31.8800 vr=  11.15931 vt=  29.86440
 i= 1623 j=  597 glon=  310.13 (0-360E) glon=  310.13 glat=  41.96 u=   2.0800 v=  29.6300 vr=  11.28262 vt=  27.47664
 i= 1628 j=  597 glon=  310.33 (0-360E) glon=  310.33 glat=  41.96 u=   4.9000 v=  28.2800 vr=  12.89563 vt=  25.64120
 i= 1503 j=  602 glon=  305.33 (0-360E) glon=  305.33 glat=  41.76 u=   4.1400 v= -17.7600 vr=  -7.47479 vt=  16.63384
 i= 1508 j=  602 glon=  305.53 (0-360E) glon=  305.53 glat=  41.76 u=   4.3800 v= -16.6600 vr=  -7.77026 vt=  15.37410
 i= 1513 j=  602 glon=  305.73 (0-360E) glon=  305.73 glat=  41.76 u=   5.8600 v= -18.2600 vr=  -9.89310 vt=  16.42845
 i= 1518 j=  602 glon=  305.93 (0-360E) glon=  305.93 glat=  41.76 u=   5.8900 v= -20.5500 vr= -10.90233 vt=  18.38842
 i= 1523 j=  602 glon=  306.13 (0-360E) glon=  306.13 glat=  41.76 u=   5.2500 v= -23.2600 vr= -11.59428 vt=  20.83657
 i= 1528 j=  602 glon=  306.33 (0-360E) glon=  306.33 glat=  41.76 u=   5.3800 v= -18.2600 vr= -10.89083 vt=  15.61287
 i= 1533 j=  602 glon=  306.53 (0-360E) glon=  306.53 glat=  41.76 u=   1.2400 v= -21.1700 vr=  -8.79458 vt=  19.29668
 i= 1538 j=  602 glon=  306.73 (0-360E) glon=  306.73 glat=  41.76 u=  -3.9800 v= -19.0200 vr=  -4.30718 vt=  18.94859
 i= 1543 j=  602 glon=  306.93 (0-360E) glon=  306.93 glat=  41.76 u=  -2.6200 v= -21.9500 vr=  -8.45948 vt=  20.42313
 i= 1548 j=  602 glon=  307.13 (0-360E) glon=  307.13 glat=  41.76 u=  -6.5000 v= -24.3000 vr=  -8.96437 vt=  23.50277
 i= 1553 j=  602 glon=  307.33 (0-360E) glon=  307.33 glat=  41.76 u= -13.5900 v= -24.5500 vr=  -7.91152 vt=  26.92208
 i= 1558 j=  602 glon=  307.53 (0-360E) glon=  307.53 glat=  41.76 u=   1.3000 v=  -1.4700 vr=  -1.92767 vt=  -0.36741
 i= 1563 j=  602 glon=  307.73 (0-360E) glon=  307.73 glat=  41.76 u=  -7.4300 v=  -7.2700 vr=  -5.67076 vt=   8.71207
 i= 1568 j=  602 glon=  307.93 (0-360E) glon=  307.93 glat=  41.76 u=   0.9700 v=   8.2200 vr=   8.25476 vt=   0.60683
 i= 1573 j=  602 glon=  308.13 (0-360E) glon=  308.13 glat=  41.76 u=   0.6800 v=  22.9400 vr=  20.12965 vt=  11.02286
 i= 1578 j=  602 glon=  308.33 (0-360E) glon=  308.33 glat=  41.76 u=  -3.2700 v=  42.1800 vr=  27.81836 vt=  31.87451
 i= 1583 j=  602 glon=  308.53 (0-360E) glon=  308.53 glat=  41.76 u=  -4.2400 v=  47.8700 vr=  24.70034 vt=  41.22387
 i= 1588 j=  602 glon=  308.73 (0-360E) glon=  308.73 glat=  41.76 u=  -4.9300 v=  48.6100 vr=  19.57021 vt=  44.76878
 i= 1593 j=  602 glon=  308.93 (0-360E) glon=  308.93 glat=  41.76 u=   2.4600 v=  44.8900 vr=  20.98984 vt=  39.75664
 i= 1598 j=  602 glon=  309.13 (0-360E) glon=  309.13 glat=  41.76 u=   0.7200 v=  46.0700 vr=  17.33317 vt=  42.69104
 i= 1603 j=  602 glon=  309.33 (0-360E) glon=  309.33 glat=  41.76 u=   0.8700 v=  40.2000 vr=  13.59566 vt=  37.84118
 i= 1608 j=  602 glon=  309.53 (0-360E) glon=  309.53 glat=  41.76 u=   1.6400 v=  37.0100 vr=  12.02725 vt=  35.03962
 i= 1613 j=  602 glon=  309.73 (0-360E) glon=  309.73 glat=  41.76 u=   0.8300 v=  34.8600 vr=   9.64720 vt=  33.50881
 i= 1618 j=  602 glon=  309.93 (0-360E) glon=  309.93 glat=  41.76 u=   2.1400 v=  33.2200 vr=   9.71718 vt=  31.83904
 i= 1623 j=  602 glon=  310.13 (0-360E) glon=  310.13 glat=  41.76 u=   3.9600 v=  31.2100 vr=  10.41510 vt=  29.68621
 i= 1628 j=  602 glon=  310.33 (0-360E) glon=  310.33 glat=  41.76 u=   5.0300 v=  29.1300 vr=  10.54043 vt=  27.61806
 i= 1503 j=  607 glon=  305.33 (0-360E) glon=  305.33 glat=  41.56 u=   5.9900 v= -17.7000 vr=  -7.52926 vt=  17.10205
 i= 1508 j=  607 glon=  305.53 (0-360E) glon=  305.53 glat=  41.56 u=   7.1200 v= -16.6900 vr=  -8.70995 vt=  15.91814
 i= 1513 j=  607 glon=  305.73 (0-360E) glon=  305.73 glat=  41.56 u=   9.2600 v= -17.5600 vr= -11.09905 vt=  16.45941
 i= 1518 j=  607 glon=  305.93 (0-360E) glon=  305.93 glat=  41.56 u=   8.0600 v= -18.8300 vr= -10.26692 vt=  17.72351
 i= 1523 j=  607 glon=  306.13 (0-360E) glon=  306.13 glat=  41.56 u=   6.5900 v= -21.2800 vr=  -9.41276 vt=  20.19075
 i= 1528 j=  607 glon=  306.33 (0-360E) glon=  306.33 glat=  41.56 u=   7.0200 v= -18.7700 vr=  -9.83430 vt=  17.46081
 i= 1533 j=  607 glon=  306.53 (0-360E) glon=  306.53 glat=  41.56 u=   6.5200 v= -21.6600 vr= -10.28558 vt=  20.14629
 i= 1538 j=  607 glon=  306.73 (0-360E) glon=  306.73 glat=  41.56 u=  -2.3900 v= -21.6200 vr=  -2.22631 vt=  21.63747
 i= 1543 j=  607 glon=  306.93 (0-360E) glon=  306.93 glat=  41.56 u=   3.2400 v= -23.6300 vr=  -9.18679 vt=  22.01085
 i= 1548 j=  607 glon=  307.13 (0-360E) glon=  307.13 glat=  41.56 u=   2.2100 v= -27.8200 vr= -11.09321 vt=  25.60815
 i= 1553 j=  607 glon=  307.33 (0-360E) glon=  307.33 glat=  41.56 u=   1.9600 v= -28.6700 vr= -14.16719 vt=  25.00203
 i= 1558 j=  607 glon=  307.53 (0-360E) glon=  307.53 glat=  41.56 u=   2.5100 v=  -6.0200 vr=  -5.71906 vt=   3.13573
 i= 1563 j=  607 glon=  307.73 (0-360E) glon=  307.73 glat=  41.56 u=   3.7800 v=  -1.0600 vr=  -2.44509 vt=  -3.07141
 i= 1568 j=  607 glon=  307.93 (0-360E) glon=  307.93 glat=  41.56 u=  10.6300 v=  11.7500 vr=  14.89027 vt=  -5.41658
 i= 1573 j=  607 glon=  308.13 (0-360E) glon=  308.13 glat=  41.56 u=   3.3100 v=  16.4800 vr=  12.93598 vt=  10.73345
 i= 1578 j=  607 glon=  308.33 (0-360E) glon=  308.33 glat=  41.56 u=   5.7900 v=  29.7900 vr=  18.17212 vt=  24.30519
 i= 1583 j=  607 glon=  308.53 (0-360E) glon=  308.53 glat=  41.56 u=   5.4700 v=  45.8000 vr=  20.06066 vt=  41.53469
 i= 1588 j=  607 glon=  308.73 (0-360E) glon=  308.73 glat=  41.56 u=   4.7000 v=  47.3600 vr=  16.72270 vt=  44.55795
 i= 1593 j=  607 glon=  308.93 (0-360E) glon=  308.93 glat=  41.56 u=   5.1000 v=  49.2400 vr=  15.40831 vt=  47.04436
 i= 1598 j=  607 glon=  309.13 (0-360E) glon=  309.13 glat=  41.56 u=   3.9300 v=  46.9100 vr=  12.27187 vt=  45.44661
 i= 1603 j=  607 glon=  309.33 (0-360E) glon=  309.33 glat=  41.56 u=   5.0400 v=  43.5300 vr=  11.71754 vt=  42.22513
 i= 1608 j=  607 glon=  309.53 (0-360E) glon=  309.53 glat=  41.56 u=   5.6200 v=  37.8900 vr=  10.71346 vt=  36.77578
 i= 1613 j=  607 glon=  309.73 (0-360E) glon=  309.73 glat=  41.56 u=   4.0600 v=  35.4200 vr=   8.30037 vt=  34.67223
 i= 1618 j=  607 glon=  309.93 (0-360E) glon=  309.93 glat=  41.56 u=   4.8300 v=  33.7100 vr=   8.44255 vt=  32.99116
 i= 1623 j=  607 glon=  310.13 (0-360E) glon=  310.13 glat=  41.56 u=   5.6800 v=  31.7100 vr=   8.74335 vt=  31.00549
 i= 1628 j=  607 glon=  310.33 (0-360E) glon=  310.33 glat=  41.56 u=   6.2200 v=  29.9100 vr=   8.84066 vt=  29.24276
 i= 1503 j=  612 glon=  305.33 (0-360E) glon=  305.33 glat=  41.36 u=   8.0500 v= -17.7000 vr=  -7.78401 vt=  17.81858
 i= 1508 j=  612 glon=  305.53 (0-360E) glon=  305.53 glat=  41.36 u=   8.0700 v= -18.0000 vr=  -7.78738 vt=  18.12406
 i= 1513 j=  612 glon=  305.73 (0-360E) glon=  305.73 glat=  41.36 u=   8.7500 v= -18.3700 vr=  -8.44643 vt=  18.51154
 i= 1518 j=  612 glon=  305.93 (0-360E) glon=  305.93 glat=  41.36 u=   7.1900 v= -19.5300 vr=  -6.84772 vt=  19.65263
 i= 1523 j=  612 glon=  306.13 (0-360E) glon=  306.13 glat=  41.36 u=   8.5100 v= -17.2000 vr=  -8.18605 vt=  17.35652
 i= 1528 j=  612 glon=  306.33 (0-360E) glon=  306.33 glat=  41.36 u=   9.4700 v= -17.8200 vr=  -9.10434 vt=  18.00956
 i= 1533 j=  612 glon=  306.53 (0-360E) glon=  306.53 glat=  41.36 u=   9.6500 v= -21.4100 vr=  -9.16276 vt=  21.62301
 i= 1538 j=  612 glon=  306.73 (0-360E) glon=  306.73 glat=  41.36 u=   4.0800 v= -25.1900 vr=  -3.42939 vt=  25.28679
 i= 1543 j=  612 glon=  306.93 (0-360E) glon=  306.93 glat=  41.36 u=   8.5800 v= -24.7500 vr=  -7.82297 vt=  24.99960
 i= 1548 j=  612 glon=  307.13 (0-360E) glon=  307.13 glat=  41.36 u=   9.8700 v= -28.1600 vr=  -8.79474 vt=  28.51412
 i= 1553 j=  612 glon=  307.33 (0-360E) glon=  307.33 glat=  41.36 u=  14.5600 v= -25.1300 vr= -13.24026 vt=  25.84968
 i= 1558 j=  612 glon=  307.53 (0-360E) glon=  307.53 glat=  41.36 u=  13.5500 v=  -7.3800 vr= -12.87906 vt=   8.49686
 i= 1563 j=  612 glon=  307.73 (0-360E) glon=  307.73 glat=  41.36 u=  14.6000 v=   1.5600 vr= -14.54468 vt=   2.01144
 i= 1568 j=  612 glon=  307.93 (0-360E) glon=  307.93 glat=  41.36 u=  15.7200 v=  11.7700 vr=  12.28541 vt=  15.32057
 i= 1573 j=  612 glon=  308.13 (0-360E) glon=  308.13 glat=  41.36 u=  11.8900 v=  13.0900 vr=  10.72959 vt=  14.05688
 i= 1578 j=  612 glon=  308.33 (0-360E) glon=  308.33 glat=  41.36 u=   8.7700 v=  25.3900 vr=   7.43565 vt=  25.81233
 i= 1583 j=  612 glon=  308.53 (0-360E) glon=  308.53 glat=  41.36 u=   8.4700 v=  45.3700 vr=   6.73507 vt=  45.65979
 i= 1588 j=  612 glon=  308.73 (0-360E) glon=  308.73 glat=  41.36 u=  10.3000 v=  43.2300 vr=   8.97546 vt=  43.52429
 i= 1593 j=  612 glon=  308.93 (0-360E) glon=  308.93 glat=  41.36 u=  10.8200 v=  46.6900 vr=   9.60990 vt=  46.95400
 i= 1598 j=  612 glon=  309.13 (0-360E) glon=  309.13 glat=  41.36 u=  11.7900 v=  43.6600 vr=  10.79641 vt=  43.91625
 i= 1603 j=  612 glon=  309.33 (0-360E) glon=  309.33 glat=  41.36 u=   4.0800 v=  47.4200 vr=   3.10977 vt=  47.49350
 i= 1608 j=  612 glon=  309.53 (0-360E) glon=  309.53 glat=  41.36 u=   6.5300 v=  42.7800 vr=   5.72575 vt=  42.89505
 i= 1613 j=  612 glon=  309.73 (0-360E) glon=  309.73 glat=  41.36 u=   7.2700 v=  35.8600 vr=   6.64171 vt=  35.98166
 i= 1618 j=  612 glon=  309.93 (0-360E) glon=  309.93 glat=  41.36 u=   7.1000 v=  33.5300 vr=   6.54657 vt=  33.64243
 i= 1623 j=  612 glon=  310.13 (0-360E) glon=  310.13 glat=  41.36 u=   7.8500 v=  32.0200 vr=   7.34763 vt=  32.13900
 i= 1628 j=  612 glon=  310.33 (0-360E) glon=  310.33 glat=  41.36 u=   7.5600 v=  30.1000 vr=   7.10803 vt=  30.20992
 i= 1503 j=  617 glon=  305.33 (0-360E) glon=  305.33 glat=  41.16 u=  10.1900 v= -17.4000 vr=  -7.98301 vt=  18.51669
 i= 1508 j=  617 glon=  305.53 (0-360E) glon=  305.53 glat=  41.16 u=   8.8600 v= -18.1500 vr=  -6.38988 vt=  19.15963
 i= 1513 j=  617 glon=  305.73 (0-360E) glon=  305.73 glat=  41.16 u=  10.0200 v= -18.4600 vr=  -7.27608 vt=  19.70357
 i= 1518 j=  617 glon=  305.93 (0-360E) glon=  305.93 glat=  41.16 u=  11.6800 v= -20.0300 vr=  -8.39785 vt=  21.61248
 i= 1523 j=  617 glon=  306.13 (0-360E) glon=  306.13 glat=  41.16 u=   8.8900 v= -18.3400 vr=  -5.57428 vt=  19.60395
 i= 1528 j=  617 glon=  306.33 (0-360E) glon=  306.33 glat=  41.16 u=  12.0300 v= -17.6600 vr=  -8.36329 vt=  19.66347
 i= 1533 j=  617 glon=  306.53 (0-360E) glon=  306.53 glat=  41.16 u=  12.5600 v= -21.2300 vr=  -7.53345 vt=  23.48858
 i= 1538 j=  617 glon=  306.73 (0-360E) glon=  306.73 glat=  41.16 u=  10.4900 v= -24.5800 vr=  -3.77462 vt=  26.45692
 i= 1543 j=  617 glon=  306.93 (0-360E) glon=  306.93 glat=  41.16 u=  11.7600 v= -25.6900 vr=  -3.22005 vt=  28.06964
 i= 1548 j=  617 glon=  307.13 (0-360E) glon=  307.13 glat=  41.16 u=  14.9600 v= -25.6400 vr=  -3.92619 vt=  29.42442
 i= 1553 j=  617 glon=  307.33 (0-360E) glon=  307.33 glat=  41.16 u=  15.6500 v= -24.3700 vr=  -1.25512 vt=  28.93517
 i= 1558 j=  617 glon=  307.53 (0-360E) glon=  307.53 glat=  41.16 u=  17.8400 v= -10.4700 vr=  -5.54467 vt=  19.92845
 i= 1563 j=  617 glon=  307.73 (0-360E) glon=  307.73 glat=  41.16 u=  23.5700 v=  -0.5100 vr=  -7.28383 vt=  22.42210
 i= 1568 j=  617 glon=  307.93 (0-360E) glon=  307.93 glat=  41.16 u=  22.9300 v=   9.7200 vr=  -1.89080 vt=  24.83321
 i= 1573 j=  617 glon=  308.13 (0-360E) glon=  308.13 glat=  41.16 u=  23.2600 v=  12.8700 vr=   7.62330 vt=  25.46664
 i= 1578 j=  617 glon=  308.33 (0-360E) glon=  308.33 glat=  41.16 u=  21.4700 v=  19.8200 vr=   8.48915 vt=  27.95939
 i= 1583 j=  617 glon=  308.53 (0-360E) glon=  308.53 glat=  41.16 u=  22.0700 v=  42.6000 vr=   3.86802 vt=  47.82137
 i= 1588 j=  617 glon=  308.73 (0-360E) glon=  308.73 glat=  41.16 u=  14.8500 v=  45.3200 vr=   0.02070 vt=  47.69093
 i= 1593 j=  617 glon=  308.93 (0-360E) glon=  308.93 glat=  41.16 u=  15.6600 v=  43.7700 vr=   3.76839 vt=  46.33409
 i= 1598 j=  617 glon=  309.13 (0-360E) glon=  309.13 glat=  41.16 u=  19.3700 v=  44.2000 vr=   9.04720 vt=  47.40237
 i= 1603 j=  617 glon=  309.33 (0-360E) glon=  309.33 glat=  41.16 u=  17.0300 v=  39.9100 vr=   8.91951 vt=  42.46494
 i= 1608 j=  617 glon=  309.53 (0-360E) glon=  309.53 glat=  41.16 u=  14.3200 v=  37.2100 vr=   7.63597 vt=  39.13232
 i= 1613 j=  617 glon=  309.73 (0-360E) glon=  309.73 glat=  41.16 u=  10.7800 v=  37.2900 vr=   4.79466 vt=  38.51965
 i= 1618 j=  617 glon=  309.93 (0-360E) glon=  309.93 glat=  41.16 u=  10.2000 v=  33.8400 vr=   5.24634 vt=  34.95228
 i= 1623 j=  617 glon=  310.13 (0-360E) glon=  310.13 glat=  41.16 u=  10.5700 v=  32.1900 vr=   6.22795 vt=  33.30366
 i= 1628 j=  617 glon=  310.33 (0-360E) glon=  310.33 glat=  41.16 u=   9.3300 v=  29.8100 vr=   5.60538 vt=  30.72889
 i= 1503 j=  622 glon=  305.33 (0-360E) glon=  305.33 glat=  40.96 u=  11.6900 v= -16.3700 vr=  -7.72657 vt=  18.57237
 i= 1508 j=  622 glon=  305.53 (0-360E) glon=  305.53 glat=  40.96 u=  10.8100 v= -17.3600 vr=  -6.30164 vt=  19.45546
 i= 1513 j=  622 glon=  305.73 (0-360E) glon=  305.73 glat=  40.96 u=  11.2900 v= -18.0300 vr=  -6.17793 vt=  20.35628
 i= 1518 j=  622 glon=  305.93 (0-360E) glon=  305.93 glat=  40.96 u=  13.1500 v= -17.8200 vr=  -7.50336 vt=  20.83685
 i= 1523 j=  622 glon=  306.13 (0-360E) glon=  306.13 glat=  40.96 u=  13.6700 v= -15.4500 vr=  -8.09847 vt=  18.97330
 i= 1528 j=  622 glon=  306.33 (0-360E) glon=  306.33 glat=  40.96 u=  17.1900 v= -17.2500 vr= -10.02910 vt=  22.19180
 i= 1533 j=  622 glon=  306.53 (0-360E) glon=  306.53 glat=  40.96 u=  11.8300 v= -22.8400 vr=  -1.80290 vt=  25.65861
 i= 1538 j=  622 glon=  306.73 (0-360E) glon=  306.73 glat=  40.96 u=  13.9400 v= -23.1300 vr=  -1.92801 vt=  26.93702
 i= 1543 j=  622 glon=  306.93 (0-360E) glon=  306.93 glat=  40.96 u=  15.0400 v= -22.3200 vr=  -1.00568 vt=  26.89559
 i= 1548 j=  622 glon=  307.13 (0-360E) glon=  307.13 glat=  40.96 u=  17.8900 v= -20.0200 vr=  -1.52191 vt=  26.80553
 i= 1553 j=  622 glon=  307.33 (0-360E) glon=  307.33 glat=  40.96 u=  23.5900 v= -23.2000 vr=   1.48412 vt=  33.05337
 i= 1558 j=  622 glon=  307.53 (0-360E) glon=  307.53 glat=  40.96 u=  25.3100 v= -11.3800 vr=  -2.03478 vt=  27.67599
 i= 1563 j=  622 glon=  307.73 (0-360E) glon=  307.73 glat=  40.96 u=  26.9500 v=  -0.6400 vr=  -4.20940 vt=  26.62692
 i= 1568 j=  622 glon=  307.93 (0-360E) glon=  307.93 glat=  40.96 u=  26.6400 v=   4.9900 vr=  -0.29116 vt=  27.10175
 i= 1573 j=  622 glon=  308.13 (0-360E) glon=  308.13 glat=  40.96 u=  28.7000 v=  10.2800 vr=   4.46813 vt=  30.15633
 i= 1578 j=  622 glon=  308.33 (0-360E) glon=  308.33 glat=  40.96 u=  31.1900 v=  19.0900 vr=   6.52775 vt=  35.98100
 i= 1583 j=  622 glon=  308.53 (0-360E) glon=  308.53 glat=  40.96 u=  34.9800 v=  40.3000 vr=   2.12612 vt=  53.32138
 i= 1588 j=  622 glon=  308.73 (0-360E) glon=  308.73 glat=  40.96 u=  25.8000 v=  43.2300 vr=  -0.96871 vt=  50.33423
 i= 1593 j=  622 glon=  308.93 (0-360E) glon=  308.93 glat=  40.96 u=  22.6600 v=  41.3000 vr=   1.39452 vt=  47.08738
 i= 1598 j=  622 glon=  309.13 (0-360E) glon=  309.13 glat=  40.96 u=  19.3100 v=  44.0100 vr=   0.22811 vt=  48.05938
 i= 1603 j=  622 glon=  309.33 (0-360E) glon=  309.33 glat=  40.96 u=  22.5500 v=  38.6400 vr=   7.49460 vt=  44.10650
 i= 1608 j=  622 glon=  309.53 (0-360E) glon=  309.53 glat=  40.96 u=  17.7200 v=  35.1200 vr=   5.71350 vt=  38.92003
 i= 1613 j=  622 glon=  309.73 (0-360E) glon=  309.73 glat=  40.96 u=  13.3900 v=  35.6200 vr=   2.62326 vt=  37.96307
 i= 1618 j=  622 glon=  309.93 (0-360E) glon=  309.93 glat=  40.96 u=  12.5300 v=  32.6900 vr=   3.52398 vt=  34.83129
 i= 1623 j=  622 glon=  310.13 (0-360E) glon=  310.13 glat=  40.96 u=  13.1900 v=  31.7300 vr=   5.13229 vt=  33.97688
 i= 1628 j=  622 glon=  310.33 (0-360E) glon=  310.33 glat=  40.96 u=  11.6900 v=  29.4600 vr=   4.78570 vt=  31.33121
 i= 1503 j=  627 glon=  305.33 (0-360E) glon=  305.33 glat=  40.76 u=  12.8700 v= -15.9900 vr=  -7.10708 vt=  19.25634
 i= 1508 j=  627 glon=  305.53 (0-360E) glon=  305.53 glat=  40.76 u=  13.4800 v= -17.0700 vr=  -6.82764 vt=  20.65136
 i= 1513 j=  627 glon=  305.73 (0-360E) glon=  305.73 glat=  40.76 u=  14.5400 v= -17.4000 vr=  -7.08417 vt=  21.54034
 i= 1518 j=  627 glon=  305.93 (0-360E) glon=  305.93 glat=  40.76 u=  15.5700 v= -16.4500 vr=  -7.65971 vt=  21.31563
 i= 1523 j=  627 glon=  306.13 (0-360E) glon=  306.13 glat=  40.76 u=  16.2200 v= -16.6700 vr=  -7.25817 vt=  22.09743
 i= 1528 j=  627 glon=  306.33 (0-360E) glon=  306.33 glat=  40.76 u=  19.1300 v= -16.1400 vr=  -8.94287 vt=  23.37695
 i= 1533 j=  627 glon=  306.53 (0-360E) glon=  306.53 glat=  40.76 u=  15.3500 v= -20.1100 vr=  -2.16163 vt=  25.20639
 i= 1538 j=  627 glon=  306.73 (0-360E) glon=  306.73 glat=  40.76 u=  17.7400 v= -20.1800 vr=  -2.08202 vt=  26.78815
 i= 1543 j=  627 glon=  306.93 (0-360E) glon=  306.93 glat=  40.76 u=  23.3600 v= -19.0200 vr=  -4.39114 vt=  29.80215
 i= 1548 j=  627 glon=  307.13 (0-360E) glon=  307.13 glat=  40.76 u=  26.5400 v= -13.5500 vr=  -6.88530 vt=  28.99253
 i= 1553 j=  627 glon=  307.33 (0-360E) glon=  307.33 glat=  40.76 u=  28.7300 v= -14.3000 vr=  -2.73370 vt=  31.97546
 i= 1558 j=  627 glon=  307.53 (0-360E) glon=  307.53 glat=  40.76 u=  28.3100 v= -11.3900 vr=   0.95108 vt=  30.50055
 i= 1563 j=  627 glon=  307.73 (0-360E) glon=  307.73 glat=  40.76 u=  31.9500 v=  -1.1200 vr=  -2.80897 vt=  31.84598
 i= 1568 j=  627 glon=  307.93 (0-360E) glon=  307.93 glat=  40.76 u=  32.6600 v=   6.1600 vr=  -2.24544 vt=  33.15990
 i= 1573 j=  627 glon=  308.13 (0-360E) glon=  308.13 glat=  40.76 u=  35.5800 v=  14.7900 vr=  -1.78640 vt=  38.49012
 i= 1578 j=  627 glon=  308.33 (0-360E) glon=  308.33 glat=  40.76 u=  39.7400 v=  24.4600 vr=  -0.36076 vt=  46.66293
 i= 1583 j=  627 glon=  308.53 (0-360E) glon=  308.53 glat=  40.76 u=  40.9900 v=  27.7000 vr=   5.35553 vt=  49.18118
 i= 1588 j=  627 glon=  308.73 (0-360E) glon=  308.73 glat=  40.76 u=  34.4700 v=  29.7000 vr=   5.28886 vt=  45.19180
 i= 1593 j=  627 glon=  308.93 (0-360E) glon=  308.93 glat=  40.76 u=  24.3400 v=  38.7800 vr=  -3.86883 vt=  45.62188
 i= 1598 j=  627 glon=  309.13 (0-360E) glon=  309.13 glat=  40.76 u=  24.6700 v=  40.0800 vr=  -0.74693 vt=  47.05802
 i= 1603 j=  627 glon=  309.33 (0-360E) glon=  309.33 glat=  40.76 u=  25.3700 v=  36.5200 vr=   4.50914 vt=  44.23816
 i= 1608 j=  627 glon=  309.53 (0-360E) glon=  309.53 glat=  40.76 u=  21.6900 v=  31.9500 vr=   5.43645 vt=  38.23223
 i= 1613 j=  627 glon=  309.73 (0-360E) glon=  309.73 glat=  40.76 u=  16.3900 v=  33.6300 vr=   1.49148 vt=  37.38161
 i= 1618 j=  627 glon=  309.93 (0-360E) glon=  309.93 glat=  40.76 u=  14.4400 v=  31.4400 vr=   1.78567 vt=  34.55139
 i= 1623 j=  627 glon=  310.13 (0-360E) glon=  310.13 glat=  40.76 u=  15.6800 v=  30.4800 vr=   4.29161 vt=  34.00698
 i= 1628 j=  627 glon=  310.33 (0-360E) glon=  310.33 glat=  40.76 u=  13.8900 v=  28.6200 vr=   4.03853 vt=  31.55514
 i= 1508 j=  632 glon=  305.53 (0-360E) glon=  305.53 glat=  40.56 u=  16.0900 v= -14.3800 vr=  -8.29547 vt=  19.92129
 i= 1513 j=  632 glon=  305.73 (0-360E) glon=  305.73 glat=  40.56 u=  18.3600 v= -14.4000 vr=  -9.58483 vt=  21.27394
 i= 1518 j=  632 glon=  305.93 (0-360E) glon=  305.93 glat=  40.56 u=  17.4700 v= -15.1100 vr=  -7.57139 vt=  21.82171
 i= 1523 j=  632 glon=  306.13 (0-360E) glon=  306.13 glat=  40.56 u=  17.6400 v= -17.7500 vr=  -5.21636 vt=  24.47492
 i= 1528 j=  632 glon=  306.33 (0-360E) glon=  306.33 glat=  40.56 u=  18.0700 v= -14.3600 vr=  -6.14538 vt=  22.24789
 i= 1533 j=  632 glon=  306.53 (0-360E) glon=  306.53 glat=  40.56 u=  16.4000 v= -14.9200 vr=  -2.96680 vt=  21.97190
 i= 1538 j=  632 glon=  306.73 (0-360E) glon=  306.73 glat=  40.56 u=  19.2500 v= -19.8400 vr=   0.28838 vt=  27.64245
 i= 1543 j=  632 glon=  306.93 (0-360E) glon=  306.93 glat=  40.56 u=  24.3400 v= -14.1900 vr=  -4.57685 vt=  27.80007
 i= 1548 j=  632 glon=  307.13 (0-360E) glon=  307.13 glat=  40.56 u=  27.7500 v=  -8.4300 vr=  -7.93986 vt=  27.89419
 i= 1553 j=  632 glon=  307.33 (0-360E) glon=  307.33 glat=  40.56 u=  27.7900 v= -12.9500 vr=   0.13010 vt=  30.65892
 i= 1558 j=  632 glon=  307.53 (0-360E) glon=  307.53 glat=  40.56 u=  29.8100 v= -12.3500 vr=   3.93617 vt=  32.02601
 i= 1563 j=  632 glon=  307.73 (0-360E) glon=  307.73 glat=  40.56 u=  35.3600 v=  -3.4800 vr=   0.17241 vt=  35.53041
 i= 1568 j=  632 glon=  307.93 (0-360E) glon=  307.93 glat=  40.56 u=  39.2700 v=   6.8500 vr=  -3.29101 vt=  39.72688
 i= 1573 j=  632 glon=  308.13 (0-360E) glon=  308.13 glat=  40.56 u=  42.7000 v=  12.1000 vr=  -0.38442 vt=  44.37964
 i= 1578 j=  632 glon=  308.33 (0-360E) glon=  308.33 glat=  40.56 u=  42.8300 v=  16.5000 vr=   2.81854 vt=  45.81173
 i= 1583 j=  632 glon=  308.53 (0-360E) glon=  308.53 glat=  40.56 u=  38.7600 v=  23.7400 vr=   0.92732 vt=  45.44299
 i= 1588 j=  632 glon=  308.73 (0-360E) glon=  308.73 glat=  40.56 u=  32.1300 v=  26.4900 vr=  -0.01668 vt=  41.64201
 i= 1593 j=  632 glon=  308.93 (0-360E) glon=  308.93 glat=  40.56 u=  26.3800 v=  36.3300 vr=  -6.89946 vt=  44.36407
 i= 1598 j=  632 glon=  309.13 (0-360E) glon=  309.13 glat=  40.56 u=  28.5300 v=  32.6200 vr=   0.81859 vt=  43.32846
 i= 1603 j=  632 glon=  309.33 (0-360E) glon=  309.33 glat=  40.56 u=  27.8500 v=  31.9100 vr=   3.66584 vt=  42.19517
 i= 1608 j=  632 glon=  309.53 (0-360E) glon=  309.53 glat=  40.56 u=  22.5500 v=  29.4700 vr=   2.96248 vt=  36.98928
 i= 1613 j=  632 glon=  309.73 (0-360E) glon=  309.73 glat=  40.56 u=  18.3100 v=  30.7600 vr=   0.44371 vt=  35.79437
 i= 1618 j=  632 glon=  309.93 (0-360E) glon=  309.93 glat=  40.56 u=  17.1200 v=  29.9400 vr=   1.25419 vt=  34.46629
 i= 1623 j=  632 glon=  310.13 (0-360E) glon=  310.13 glat=  40.56 u=  17.2000 v=  28.9100 vr=   2.99776 vt=  33.50584
 i= 1508 j=  637 glon=  305.53 (0-360E) glon=  305.53 glat=  40.36 u=  17.3000 v= -12.2200 vr=  -8.62992 vt=  19.34277
 i= 1513 j=  637 glon=  305.73 (0-360E) glon=  305.73 glat=  40.36 u=  18.3200 v= -12.7500 vr=  -8.41758 vt=  20.67194
 i= 1518 j=  637 glon=  305.93 (0-360E) glon=  305.93 glat=  40.36 u=  18.6100 v= -12.5400 vr=  -7.82093 vt=  21.03370
 i= 1523 j=  637 glon=  306.13 (0-360E) glon=  306.13 glat=  40.36 u=  17.3600 v= -17.1400 vr=  -2.85212 vt=  24.22838
 i= 1528 j=  637 glon=  306.33 (0-360E) glon=  306.33 glat=  40.36 u=  18.6700 v= -14.4600 vr=  -4.13919 vt=  23.24925
 i= 1533 j=  637 glon=  306.53 (0-360E) glon=  306.53 glat=  40.36 u=  19.2400 v= -12.8500 vr=  -4.04107 vt=  22.78091
 i= 1538 j=  637 glon=  306.73 (0-360E) glon=  306.73 glat=  40.36 u=  19.9200 v= -12.5400 vr=  -2.82707 vt=  23.36805
 i= 1543 j=  637 glon=  306.93 (0-360E) glon=  306.93 glat=  40.36 u=  24.4400 v=  -9.8300 vr=  -5.35627 vt=  25.79250
 i= 1548 j=  637 glon=  307.13 (0-360E) glon=  307.13 glat=  40.36 u=  26.4900 v=  -5.5300 vr=  -7.27836 vt=  26.06389
 i= 1553 j=  637 glon=  307.33 (0-360E) glon=  307.33 glat=  40.36 u=  26.9500 v=  -3.8500 vr=  -5.75786 vt=  26.60774
 i= 1558 j=  637 glon=  307.53 (0-360E) glon=  307.53 glat=  40.36 u=  29.8100 v=  -2.7600 vr=  -3.79512 vt=  29.69597
 i= 1563 j=  637 glon=  307.73 (0-360E) glon=  307.73 glat=  40.36 u=  34.8700 v=   6.7600 vr=  -9.35651 vt=  34.26471
 i= 1568 j=  637 glon=  307.93 (0-360E) glon=  307.93 glat=  40.36 u=  37.8300 v=   9.5600 vr=  -6.79484 vt=  38.42308
 i= 1573 j=  637 glon=  308.13 (0-360E) glon=  308.13 glat=  40.36 u=  37.4700 v=  11.8600 vr=  -3.51620 vt=  39.14456
 i= 1578 j=  637 glon=  308.33 (0-360E) glon=  308.33 glat=  40.36 u=  36.3100 v=  15.3600 vr=  -1.87082 vt=  39.38078
 i= 1583 j=  637 glon=  308.53 (0-360E) glon=  308.53 glat=  40.36 u=  33.3300 v=  17.8500 vr=  -0.59029 vt=  37.80427
 i= 1588 j=  637 glon=  308.73 (0-360E) glon=  308.73 glat=  40.36 u=  29.8200 v=  26.8100 vr=  -5.87046 vt=  39.66795
 i= 1593 j=  637 glon=  308.93 (0-360E) glon=  308.93 glat=  40.36 u=  30.2400 v=  29.5900 vr=  -3.96499 vt=  42.12249
 i= 1598 j=  637 glon=  309.13 (0-360E) glon=  309.13 glat=  40.36 u=  29.3100 v=  27.1900 vr=   0.60641 vt=  39.97505
 i= 1603 j=  637 glon=  309.33 (0-360E) glon=  309.33 glat=  40.36 u=  27.4500 v=  29.3700 vr=   0.59729 vt=  40.19630
 i= 1608 j=  637 glon=  309.53 (0-360E) glon=  309.53 glat=  40.36 u=  24.1400 v=  26.8600 vr=   2.04013 vt=  36.05603
 i= 1613 j=  637 glon=  309.73 (0-360E) glon=  309.73 glat=  40.36 u=  19.4700 v=  27.8900 vr=  -0.45158 vt=  34.01072
 i= 1618 j=  637 glon=  309.93 (0-360E) glon=  309.93 glat=  40.36 u=  18.9200 v=  27.5300 vr=   0.84426 vt=  33.39393
 i= 1623 j=  637 glon=  310.13 (0-360E) glon=  310.13 glat=  40.36 u=  18.9500 v=  26.9500 vr=   2.50212 vt=  32.85033
 i= 1513 j=  642 glon=  305.73 (0-360E) glon=  305.73 glat=  40.16 u=  17.3300 v= -12.7600 vr=  -5.87698 vt=  20.70284
 i= 1518 j=  642 glon=  305.93 (0-360E) glon=  305.93 glat=  40.16 u=  17.2700 v= -13.6800 vr=  -4.22751 vt=  21.62229
 i= 1523 j=  642 glon=  306.13 (0-360E) glon=  306.13 glat=  40.16 u=  18.8200 v= -14.5900 vr=  -3.53302 vt=  23.54949
 i= 1528 j=  642 glon=  306.33 (0-360E) glon=  306.33 glat=  40.16 u=  19.9700 v= -11.9500 vr=  -4.78822 vt=  22.77447
 i= 1533 j=  642 glon=  306.53 (0-360E) glon=  306.53 glat=  40.16 u=  21.4500 v= -12.2400 vr=  -3.88071 vt=  24.38976
 i= 1538 j=  642 glon=  306.73 (0-360E) glon=  306.73 glat=  40.16 u=  16.7600 v= -10.7900 vr=  -0.50007 vt=  19.92666
 i= 1543 j=  642 glon=  306.93 (0-360E) glon=  306.93 glat=  40.16 u=  20.0600 v= -10.5700 vr=  -0.52457 vt=  22.66833
 i= 1548 j=  642 glon=  307.13 (0-360E) glon=  307.13 glat=  40.16 u=  23.0400 v=  -6.7900 vr=  -2.93586 vt=  23.83960
 i= 1553 j=  642 glon=  307.33 (0-360E) glon=  307.33 glat=  40.16 u=  27.7400 v=   0.9000 vr=  -9.07702 vt=  26.22833
 i= 1558 j=  642 glon=  307.53 (0-360E) glon=  307.53 glat=  40.16 u=  29.2000 v=   7.2300 vr= -12.46300 vt=  27.37858
 i= 1563 j=  642 glon=  307.73 (0-360E) glon=  307.73 glat=  40.16 u=  30.9500 v=   5.8900 vr=  -7.82210 vt=  30.51900
 i= 1568 j=  642 glon=  307.93 (0-360E) glon=  307.93 glat=  40.16 u=  32.0900 v=   5.5900 vr=  -3.63377 vt=  32.36992
 i= 1573 j=  642 glon=  308.13 (0-360E) glon=  308.13 glat=  40.16 u=  33.1800 v=   8.4600 vr=  -2.30264 vt=  34.16404
 i= 1578 j=  642 glon=  308.33 (0-360E) glon=  308.33 glat=  40.16 u=  31.8100 v=  11.8700 vr=  -1.98136 vt=  33.89465
 i= 1583 j=  642 glon=  308.53 (0-360E) glon=  308.53 glat=  40.16 u=  29.5900 v=  21.8400 vr=  -8.33188 vt=  35.82085
 i= 1588 j=  642 glon=  308.73 (0-360E) glon=  308.73 glat=  40.16 u=  28.5000 v=  23.9000 vr=  -7.07584 vt=  36.51565
 i= 1593 j=  642 glon=  308.93 (0-360E) glon=  308.93 glat=  40.16 u=  33.0200 v=  21.1800 vr=   0.99181 vt=  39.21644
 i= 1598 j=  642 glon=  309.13 (0-360E) glon=  309.13 glat=  40.16 u=  24.6000 v=  24.8500 vr=  -4.02737 vt=  34.73417
 i= 1603 j=  642 glon=  309.33 (0-360E) glon=  309.33 glat=  40.16 u=  27.2600 v=  24.4100 vr=   0.54928 vt=  36.58762
 i= 1608 j=  642 glon=  309.53 (0-360E) glon=  309.53 glat=  40.16 u=  21.0500 v=  24.7300 vr=  -1.89093 vt=  32.42067
 i= 1613 j=  642 glon=  309.73 (0-360E) glon=  309.73 glat=  40.16 u=  19.9600 v=  25.4900 vr=  -1.43623 vt=  32.34314
 i= 1618 j=  642 glon=  309.93 (0-360E) glon=  309.93 glat=  40.16 u=  20.1500 v=  25.0500 vr=   0.54928 vt=  32.14379
 i= 1518 j=  647 glon=  305.93 (0-360E) glon=  305.93 glat=  39.96 u=  17.2200 v= -13.1500 vr=  -2.93742 vt=  21.46678
 i= 1523 j=  647 glon=  306.13 (0-360E) glon=  306.13 glat=  39.96 u=  18.9100 v= -14.0600 vr=  -2.20948 vt=  23.46039
 i= 1528 j=  647 glon=  306.33 (0-360E) glon=  306.33 glat=  39.96 u=  20.9300 v= -13.2800 vr=  -2.63983 vt=  24.64659
 i= 1533 j=  647 glon=  306.53 (0-360E) glon=  306.53 glat=  39.96 u=  23.1700 v= -12.9500 vr=  -2.50517 vt=  26.42490
 i= 1538 j=  647 glon=  306.73 (0-360E) glon=  306.73 glat=  39.96 u=  24.4000 v=  -8.0700 vr=  -5.34863 vt=  25.13717
 i= 1543 j=  647 glon=  306.93 (0-360E) glon=  306.93 glat=  39.96 u=  28.6300 v=  -5.9800 vr=  -6.97067 vt=  28.40505
 i= 1548 j=  647 glon=  307.13 (0-360E) glon=  307.13 glat=  39.96 u=  29.2900 v=  -1.4300 vr=  -8.89157 vt=  27.94439
 i= 1553 j=  647 glon=  307.33 (0-360E) glon=  307.33 glat=  39.96 u=  28.4900 v=   2.4900 vr=  -9.74634 vt=  26.88660
 i= 1558 j=  647 glon=  307.53 (0-360E) glon=  307.53 glat=  39.96 u=  26.8100 v=   4.7300 vr=  -8.91643 vt=  25.72248
 i= 1563 j=  647 glon=  307.73 (0-360E) glon=  307.73 glat=  39.96 u=  28.1100 v=   4.0400 vr=  -5.55256 vt=  27.85072
 i= 1568 j=  647 glon=  307.93 (0-360E) glon=  307.93 glat=  39.96 u=  29.9400 v=   3.5800 vr=  -2.01355 vt=  30.08597
 i= 1573 j=  647 glon=  308.13 (0-360E) glon=  308.13 glat=  39.96 u=  30.0700 v=  10.9000 vr=  -6.05722 vt=  31.40581
 i= 1578 j=  647 glon=  308.33 (0-360E) glon=  308.33 glat=  39.96 u=  27.9100 v=  17.5500 vr=  -9.82143 vt=  31.47237
 i= 1583 j=  647 glon=  308.53 (0-360E) glon=  308.53 glat=  39.96 u=  27.7500 v=  19.2600 vr=  -8.40679 vt=  32.71599
 i= 1588 j=  647 glon=  308.73 (0-360E) glon=  308.73 glat=  39.96 u=  29.7600 v=  18.4900 vr=  -3.87738 vt=  34.82102
 i= 1593 j=  647 glon=  308.93 (0-360E) glon=  308.93 glat=  39.96 u=  27.9400 v=  21.5100 vr=  -4.51563 vt=  34.97046
 i= 1598 j=  647 glon=  309.13 (0-360E) glon=  309.13 glat=  39.96 u=  27.1800 v=  19.8600 vr=  -0.94582 vt=  33.64933
 i= 1603 j=  647 glon=  309.33 (0-360E) glon=  309.33 glat=  39.96 u=  23.3900 v=  21.3100 vr=  -2.14791 vt=  31.56889
 i= 1608 j=  647 glon=  309.53 (0-360E) glon=  309.53 glat=  39.96 u=  21.0500 v=  23.1900 vr=  -3.17368 vt=  31.15777
 i= 1613 j=  647 glon=  309.73 (0-360E) glon=  309.73 glat=  39.96 u=  21.0800 v=  23.2000 vr=  -1.44096 vt=  31.31342
 i= 1528 j=  652 glon=  306.33 (0-360E) glon=  306.33 glat=  39.76 u=  20.5700 v= -12.1300 vr=  -1.82994 vt=  23.80994
 i= 1533 j=  652 glon=  306.53 (0-360E) glon=  306.53 glat=  39.76 u=  22.9600 v= -11.9500 vr=  -1.67297 vt=  25.82954
 i= 1538 j=  652 glon=  306.73 (0-360E) glon=  306.73 glat=  39.76 u=  25.9600 v=  -9.7300 vr=  -3.19045 vt=  27.53934
 i= 1543 j=  652 glon=  306.93 (0-360E) glon=  306.93 glat=  39.76 u=  27.1800 v=  -6.6900 vr=  -4.35790 vt=  27.64990
 i= 1548 j=  652 glon=  307.13 (0-360E) glon=  307.13 glat=  39.76 u=  28.0000 v=  -4.3700 vr=  -4.54947 vt=  27.97140
 i= 1553 j=  652 glon=  307.33 (0-360E) glon=  307.33 glat=  39.76 u=  27.9800 v=   0.0500 vr=  -6.42107 vt=  27.23330
 i= 1558 j=  652 glon=  307.53 (0-360E) glon=  307.53 glat=  39.76 u=  28.4400 v=   2.0200 vr=  -5.96263 vt=  27.88120
 i= 1563 j=  652 glon=  307.73 (0-360E) glon=  307.73 glat=  39.76 u=  26.6000 v=   3.5500 vr=  -4.80675 vt=  26.40185
 i= 1568 j=  652 glon=  307.93 (0-360E) glon=  307.93 glat=  39.76 u=  26.6100 v=  11.5300 vr= -10.30019 vt=  27.10976
 i= 1573 j=  652 glon=  308.13 (0-360E) glon=  308.13 glat=  39.76 u=  26.6800 v=  14.2600 vr= -10.44946 vt=  28.38977
 i= 1578 j=  652 glon=  308.33 (0-360E) glon=  308.33 glat=  39.76 u=  27.2100 v=  15.1000 vr=  -8.55265 vt=  29.92066
 i= 1583 j=  652 glon=  308.53 (0-360E) glon=  308.53 glat=  39.76 u=  27.4700 v=  16.6900 vr=  -7.37131 vt=  31.28611
 i= 1588 j=  652 glon=  308.73 (0-360E) glon=  308.73 glat=  39.76 u=  26.8400 v=  16.8300 vr=  -5.16598 vt=  31.25615
 i= 1593 j=  652 glon=  308.93 (0-360E) glon=  308.93 glat=  39.76 u=  27.8900 v=  16.1400 vr=  -1.67378 vt=  32.17996
 i= 1598 j=  652 glon=  309.13 (0-360E) glon=  309.13 glat=  39.76 u=  24.5500 v=  18.6500 vr=  -3.27074 vt=  30.65660
 i= 1603 j=  652 glon=  309.33 (0-360E) glon=  309.33 glat=  39.76 u=  23.0300 v=  20.2700 vr=  -3.46933 vt=  30.48307
 i= 1538 j=  657 glon=  306.73 (0-360E) glon=  306.73 glat=  39.56 u=  23.1200 v=  -8.2400 vr=  -2.11440 vt=  24.45325
 i= 1543 j=  657 glon=  306.93 (0-360E) glon=  306.93 glat=  39.56 u=  24.1800 v=  -7.4700 vr=  -1.47756 vt=  25.26440
 i= 1548 j=  657 glon=  307.13 (0-360E) glon=  307.13 glat=  39.56 u=  26.3300 v=  -5.7800 vr=  -1.81449 vt=  26.89582
 i= 1553 j=  657 glon=  307.33 (0-360E) glon=  307.33 glat=  39.56 u=  25.7300 v=  -0.3700 vr=  -4.88564 vt=  25.26461
 i= 1558 j=  657 glon=  307.53 (0-360E) glon=  307.53 glat=  39.56 u=  25.1800 v=   5.5000 vr=  -8.58835 vt=  24.30067
 i= 1563 j=  657 glon=  307.73 (0-360E) glon=  307.73 glat=  39.56 u=  25.6800 v=   9.4300 vr= -10.50595 vt=  25.25890
 i= 1568 j=  657 glon=  307.93 (0-360E) glon=  307.93 glat=  39.56 u=  26.3200 v=  10.1200 vr=  -9.03854 vt=  26.71070
 i= 1573 j=  657 glon=  308.13 (0-360E) glon=  308.13 glat=  39.56 u=  25.9400 v=  11.6100 vr=  -8.33342 vt=  27.17038
 i= 1578 j=  657 glon=  308.33 (0-360E) glon=  308.33 glat=  39.56 u=  25.8000 v=  13.1500 vr=  -7.65051 vt=  27.92906
 i= 1583 j=  657 glon=  308.53 (0-360E) glon=  308.53 glat=  39.56 u=  25.6400 v=  13.9100 vr=  -6.22238 vt=  28.49877
 i= 1588 j=  657 glon=  308.73 (0-360E) glon=  308.73 glat=  39.56 u=  26.1800 v=  15.3900 vr=  -5.27750 vt=  29.90640
 i= 1593 j=  657 glon=  308.93 (0-360E) glon=  308.93 glat=  39.56 u=  25.2700 v=  15.7300 vr=  -3.84001 vt=  29.51712
 i= 1563 j=  662 glon=  307.73 (0-360E) glon=  307.73 glat=  39.36 u=  25.5200 v=   8.6300 vr=  -9.59548 vt=  25.17288
 i= 1568 j=  662 glon=  307.93 (0-360E) glon=  307.93 glat=  39.36 u=  24.4900 v=  11.2400 vr= -10.33206 vt=  24.88667
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    25.2865912348450       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     43.87 kts
    LL Wind Circ Vt mean quadmax value: SE     49.06 kts
    LL Wind Circ Vt mean quadmax value: SW     47.17 kts
    LL Wind Circ Vt mean quadmax value: NW     39.58 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    13.8882378667063       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   26.1157939592257       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    41.4682393140509     
   xcenlon=    307.952897633380     
   imax=         2738  jmax=         2041
   jlatfix=          609
   ilonfix (unadjusted) =         1569
  
 In get_max_wind, ibeg=         1477  iend=         1660
                  jbeg=          541  jend=          678
         ilonfix=         1569  jlatfix=          609
 At end of get_max_wind, vmax=    35.0844652232295       rmax= 
   44.7620528370948     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   14.20 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   14.33 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   14.52 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   14.77 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   15.15 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   15.60 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   16.08 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   16.51 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   16.83 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   17.08 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   17.34 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   17.68 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   18.16 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   18.83 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   19.79 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   21.05 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   22.41 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   23.61 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   24.53 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   25.17 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   25.50 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   25.64 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   25.62 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   25.58 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   25.72 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.99 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   26.08 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   26.04 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   25.84 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   25.60 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   25.37 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   25.11 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   24.83 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   24.53 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   24.27 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   24.04 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   23.81 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   23.58 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   23.32 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   23.04 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   22.75 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   22.47 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    26.08 m/s   maxrmw_dist=    81.00  km   maxrmw_ix=   27
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    81.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    26.0829280617341      
  (m/s)   (in kts)=    50.6713043455309     
  rising_sum_dvdr=       9.00704567447349     
  declining_sum_dvdr=   -3.61057577336786     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    96 igrct=  1 Vmax (m/s)=   35.084   22:29:29
 TIMING: before call  getradii, fhr=    96 igrct=  1   22:29:29
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.40271080649263     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.40271080649263     
 mr4qs after add, mean_radii_vt_4quad_sum=    19.9699064271234     
 mr4qs before add, mean_radii_vt_4quad_sum=    19.9699064271234     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.9934540688494     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.9934540688494     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.18466780622593     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    7.18 good_quad_ct=   4 mean_vt_4quad=      1.80
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.53 mean_vt_4quad=    9.78
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.58 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.62 mean_vt_4quad=    9.92
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.65 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.68 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.71 mean_vt_4quad=   10.14
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.78 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.84 mean_vt_4quad=   10.30
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.90 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.97 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.06 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.17 mean_vt_4quad=   10.60
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.30 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.44 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.57 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.69 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.78 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.86 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.94 mean_vt_4quad=   11.10
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.02 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.10 mean_vt_4quad=   11.24
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.16 mean_vt_4quad=   11.31
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.21 mean_vt_4quad=   11.38
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.25 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.27 mean_vt_4quad=   11.52
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.27 mean_vt_4quad=   11.59
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.26 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.25 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.24 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.22 mean_vt_4quad=   11.90
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.23 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.24 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.25 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.26 mean_vt_4quad=   12.14
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.30 mean_vt_4quad=   12.22
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.41 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.55 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.69 mean_vt_4quad=   12.46
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.81 mean_vt_4quad=   12.55
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.94 mean_vt_4quad=   12.65
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.25 mean_vt_4quad=   12.74
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.40 mean_vt_4quad=   12.84
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.58 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.13 mean_vt_4quad=   13.06
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.55 mean_vt_4quad=   13.18
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.66 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.62 mean_vt_4quad=   13.37
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.56 mean_vt_4quad=   13.48
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.67 mean_vt_4quad=   13.61
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.78 mean_vt_4quad=   13.75
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.85 mean_vt_4quad=   13.90
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.78 mean_vt_4quad=   14.02
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.77 mean_vt_4quad=   14.14
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.05 mean_vt_4quad=   14.25
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.45 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.77 mean_vt_4quad=   14.48
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   14.48 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.60 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.73 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.88 .... 0.5*v_holland=   10.61
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   15.03 .... 0.5*v_holland=   10.61
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.77 mean_vt_4quad=   14.48
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.06 mean_vt_4quad=   14.60
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.11 mean_vt_4quad=   14.73
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.13 mean_vt_4quad=   14.88
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.30 mean_vt_4quad=   15.03
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.29 mean_vt_4quad=   15.19
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.35 mean_vt_4quad=   15.35
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.40 mean_vt_4quad=   15.52
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.36 mean_vt_4quad=   15.70
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.23 mean_vt_4quad=   15.89
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   18.19 mean_vt_4quad=   16.07
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   18.34 mean_vt_4quad=   16.26
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   18.57 mean_vt_4quad=   16.43
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   18.74 mean_vt_4quad=   16.60
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   19.04 mean_vt_4quad=   16.77
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   19.33 mean_vt_4quad=   16.94
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   19.60 mean_vt_4quad=   17.13
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   19.86 mean_vt_4quad=   17.33
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.11 mean_vt_4quad=   17.53
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   20.29 mean_vt_4quad=   17.73
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   20.45 mean_vt_4quad=   17.93
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   20.64 mean_vt_4quad=   18.12
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   20.77 mean_vt_4quad=   18.31
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.83 mean_vt_4quad=   18.51
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.94 mean_vt_4quad=   18.71
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   21.18 mean_vt_4quad=   18.93
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   21.45 mean_vt_4quad=   19.17
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   21.75 mean_vt_4quad=   19.41
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.29 mean_vt_4quad=   19.66
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   22.80 mean_vt_4quad=   19.90
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   23.15 mean_vt_4quad=   20.15
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   23.37 mean_vt_4quad=   20.38
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   23.52 mean_vt_4quad=   20.60
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   23.79 mean_vt_4quad=   20.85
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   24.09 mean_vt_4quad=   21.11
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   24.38 mean_vt_4quad=   21.41
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.62 mean_vt_4quad=   21.72
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   24.80 mean_vt_4quad=   22.03
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   25.02 mean_vt_4quad=   22.31
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   25.34 mean_vt_4quad=   22.52
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   25.70 mean_vt_4quad=   22.71
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   26.05 mean_vt_4quad=   22.86
  
 NO interp, exactdistkm=    81.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   43.7076000000000     
 vradius(iwindix,iquad) =          44
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   26.05 mean_vt_4quad=   22.86
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.33 mean_vt_4quad=   22.99
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   26.52 mean_vt_4quad=   23.05
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   26.69 mean_vt_4quad=   23.08
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   26.86 mean_vt_4quad=   23.06
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   27.03 mean_vt_4quad=   23.00
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   27.24 mean_vt_4quad=   22.83
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   27.54 mean_vt_4quad=   22.57
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   27.88 mean_vt_4quad=   22.07
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   28.24 mean_vt_4quad=   21.28
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   28.53 mean_vt_4quad=   20.16
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   28.66 mean_vt_4quad=   18.79
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   28.64 mean_vt_4quad=   17.29
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   28.53 mean_vt_4quad=   15.86
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   28.23 mean_vt_4quad=   14.59
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   27.74 mean_vt_4quad=   13.51
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   27.09 mean_vt_4quad=   12.56
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   26.35 mean_vt_4quad=   11.69
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   25.47 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   24.43 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   23.26 mean_vt_4quad=    9.21
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   22.02 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   20.78 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   19.50 mean_vt_4quad=    6.17
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   18.20 mean_vt_4quad=    4.91
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   17.00 mean_vt_4quad=    3.46
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   15.61 mean_vt_4quad=    1.80
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   15.36 mean_vt_4quad=    9.78
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   15.45 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   15.56 mean_vt_4quad=    9.92
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   15.66 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   15.75 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.84 mean_vt_4quad=   10.14
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.93 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   16.01 mean_vt_4quad=   10.30
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   16.11 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   16.19 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   16.29 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   16.39 mean_vt_4quad=   10.60
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   16.49 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   16.61 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   16.73 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   16.84 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.96 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   17.09 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   17.21 mean_vt_4quad=   11.10
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   17.32 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   17.39 mean_vt_4quad=   11.24
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   17.46 mean_vt_4quad=   11.31
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   17.54 mean_vt_4quad=   11.38
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 101
  ++++ rdist(ihc)=  303.00  mean_radii_vt_4quad(ihc)=   11.38 .... 0.5*v_holland=    7.46
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 100
  ++++ rdist(ihc)=  300.00  mean_radii_vt_4quad(ihc)=   11.45 .... 0.5*v_holland=    7.46
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  99
  ++++ rdist(ihc)=  297.00  mean_radii_vt_4quad(ihc)=   11.52 .... 0.5*v_holland=    7.46
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  98
  ++++ rdist(ihc)=  294.00  mean_radii_vt_4quad(ihc)=   11.59 .... 0.5*v_holland=    7.46
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  97
  ++++ rdist(ihc)=  291.00  mean_radii_vt_4quad(ihc)=   11.67 .... 0.5*v_holland=    7.46
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    303.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   163.498800000000     
 vradius(iwindix,iquad) =         163
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   17.54 mean_vt_4quad=   11.38
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   17.61 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   17.68 mean_vt_4quad=   11.52
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   17.77 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   17.86 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.95 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   18.06 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   18.17 mean_vt_4quad=   11.90
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   18.27 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   18.37 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   18.47 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   18.53 mean_vt_4quad=   12.14
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   18.60 mean_vt_4quad=   12.22
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   18.67 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   18.73 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   18.83 mean_vt_4quad=   12.46
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   18.94 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   19.03 mean_vt_4quad=   12.65
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   19.11 mean_vt_4quad=   12.74
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   19.21 mean_vt_4quad=   12.84
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   19.32 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   19.41 mean_vt_4quad=   13.06
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   19.46 mean_vt_4quad=   13.18
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   19.54 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   19.65 mean_vt_4quad=   13.37
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   19.79 mean_vt_4quad=   13.48
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   19.95 mean_vt_4quad=   13.61
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   20.14 mean_vt_4quad=   13.75
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   20.34 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   20.57 mean_vt_4quad=   14.02
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.91 mean_vt_4quad=   14.14
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   21.43 mean_vt_4quad=   14.25
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   21.91 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   22.30 mean_vt_4quad=   14.48
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   22.61 mean_vt_4quad=   14.60
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   22.72 mean_vt_4quad=   14.73
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   22.55 mean_vt_4quad=   14.88
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   22.45 mean_vt_4quad=   15.03
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   22.35 mean_vt_4quad=   15.19
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   22.19 mean_vt_4quad=   15.35
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   22.14 mean_vt_4quad=   15.52
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.28 mean_vt_4quad=   15.70
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.41 mean_vt_4quad=   15.89
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   22.58 mean_vt_4quad=   16.07
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   22.81 mean_vt_4quad=   16.26
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   23.10 mean_vt_4quad=   16.43
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.45 mean_vt_4quad=   16.60
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   23.94 mean_vt_4quad=   16.77
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   24.54 mean_vt_4quad=   16.94
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   25.22 mean_vt_4quad=   17.13
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.98 mean_vt_4quad=   17.33
  
 NO interp, exactdistkm=    153.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   82.5588000000000     
 vradius(iwindix,iquad) =          83
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   25.98 mean_vt_4quad=   17.33
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   26.70 mean_vt_4quad=   17.53
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   27.19 mean_vt_4quad=   17.73
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   27.37 mean_vt_4quad=   17.93
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   27.30 mean_vt_4quad=   18.12
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   27.16 mean_vt_4quad=   18.31
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   27.15 mean_vt_4quad=   18.51
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   27.16 mean_vt_4quad=   18.71
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   27.16 mean_vt_4quad=   18.93
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   27.73 mean_vt_4quad=   19.17
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   28.24 mean_vt_4quad=   19.41
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   28.76 mean_vt_4quad=   19.66
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   29.36 mean_vt_4quad=   19.90
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   29.88 mean_vt_4quad=   20.15
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   30.27 mean_vt_4quad=   20.38
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   30.67 mean_vt_4quad=   20.60
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   31.09 mean_vt_4quad=   20.85
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   31.57 mean_vt_4quad=   21.11
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   32.06 mean_vt_4quad=   21.41
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   32.56 mean_vt_4quad=   21.72
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   33.01 mean_vt_4quad=   22.03
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   14.47 mean_vt_4quad=    9.78
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   14.51 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   14.55 mean_vt_4quad=    9.92
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.60 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.61 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   14.62 mean_vt_4quad=   10.14
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   14.65 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   14.67 mean_vt_4quad=   10.30
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   14.70 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   14.73 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   14.78 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   14.83 mean_vt_4quad=   10.60
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   14.87 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.90 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.96 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   15.02 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   15.05 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.05 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.07 mean_vt_4quad=   11.10
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   15.14 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   15.27 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.39 mean_vt_4quad=   11.31
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.51 mean_vt_4quad=   11.38
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.63 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.74 mean_vt_4quad=   11.52
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.83 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.93 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.96 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   16.01 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   16.03 mean_vt_4quad=   11.90
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   16.05 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.11 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.24 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.38 mean_vt_4quad=   12.14
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.54 mean_vt_4quad=   12.22
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.66 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.78 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.88 mean_vt_4quad=   12.46
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.97 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.03 mean_vt_4quad=   12.65
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.07 mean_vt_4quad=   12.74
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   17.07 mean_vt_4quad=   12.84
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   17.08 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   17.15 mean_vt_4quad=   13.06
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   17.39 mean_vt_4quad=   13.18
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   17.61 mean_vt_4quad=   13.28
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   13.28 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   13.37 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.48 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.61 .... 0.5*v_holland=    9.43
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   13.75 .... 0.5*v_holland=    9.43
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    234.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   126.266400000000     
 vradius(iwindix,iquad) =         126
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   17.61 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   17.80 mean_vt_4quad=   13.37
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.01 mean_vt_4quad=   13.48
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   18.21 mean_vt_4quad=   13.61
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   18.37 mean_vt_4quad=   13.75
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   18.58 mean_vt_4quad=   13.90
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   18.75 mean_vt_4quad=   14.02
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   18.99 mean_vt_4quad=   14.14
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.23 mean_vt_4quad=   14.25
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   19.40 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   19.59 mean_vt_4quad=   14.48
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   19.73 mean_vt_4quad=   14.60
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   19.81 mean_vt_4quad=   14.73
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   19.97 mean_vt_4quad=   14.88
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   20.13 mean_vt_4quad=   15.03
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   20.32 mean_vt_4quad=   15.19
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   20.67 mean_vt_4quad=   15.35
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   20.91 mean_vt_4quad=   15.52
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   21.03 mean_vt_4quad=   15.70
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   21.12 mean_vt_4quad=   15.89
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   21.18 mean_vt_4quad=   16.07
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   21.24 mean_vt_4quad=   16.26
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   21.27 mean_vt_4quad=   16.43
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   21.51 mean_vt_4quad=   16.60
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   21.75 mean_vt_4quad=   16.77
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   21.95 mean_vt_4quad=   16.94
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   22.35 mean_vt_4quad=   17.13
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   22.68 mean_vt_4quad=   17.33
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   22.84 mean_vt_4quad=   17.53
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   23.05 mean_vt_4quad=   17.73
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   23.15 mean_vt_4quad=   17.93
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   23.38 mean_vt_4quad=   18.12
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   23.68 mean_vt_4quad=   18.31
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   23.95 mean_vt_4quad=   18.51
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   24.21 mean_vt_4quad=   18.71
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   24.41 mean_vt_4quad=   18.93
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   24.55 mean_vt_4quad=   19.17
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   24.61 mean_vt_4quad=   19.41
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   24.71 mean_vt_4quad=   19.66
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   24.88 mean_vt_4quad=   19.90
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   25.05 mean_vt_4quad=   20.15
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   25.22 mean_vt_4quad=   20.38
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   25.43 mean_vt_4quad=   20.60
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   26.10 mean_vt_4quad=   20.85
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   26.10 mean_vt_4quad=   20.85
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   27.00 mean_vt_4quad=   21.11
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   28.01 mean_vt_4quad=   21.41
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   28.98 mean_vt_4quad=   21.72
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   29.79 mean_vt_4quad=   22.03
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   29.65 mean_vt_4quad=   22.31
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   29.01 mean_vt_4quad=   22.52
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   28.61 mean_vt_4quad=   22.71
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   28.48 mean_vt_4quad=   22.86
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   28.32 mean_vt_4quad=   22.99
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   28.10 mean_vt_4quad=   23.05
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   28.27 mean_vt_4quad=   23.08
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   28.68 mean_vt_4quad=   23.06
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   28.82 mean_vt_4quad=   23.00
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   28.48 mean_vt_4quad=   22.83
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   27.93 mean_vt_4quad=   22.57
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   27.30 mean_vt_4quad=   22.07
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   26.93 mean_vt_4quad=   21.28
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   26.25 mean_vt_4quad=   20.16
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   24.99 mean_vt_4quad=   18.79
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   22.92 mean_vt_4quad=   17.29
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   21.67 mean_vt_4quad=   15.86
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   20.53 mean_vt_4quad=   14.59
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   19.55 mean_vt_4quad=   13.51
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   18.70 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   17.95 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   17.18 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   16.34 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   15.83 mean_vt_4quad=    9.21
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   15.36 mean_vt_4quad=    8.31
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   14.89 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=   14.47 mean_vt_4quad=    6.17
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=   14.18 mean_vt_4quad=    4.91
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=   14.04 mean_vt_4quad=    3.46
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=   14.05 mean_vt_4quad=    1.80
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.70 mean_vt_4quad=    9.78
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.76 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.78 mean_vt_4quad=    9.92
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.83 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.92 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.94 mean_vt_4quad=   10.14
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.00 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.07 mean_vt_4quad=   10.30
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.07 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.10 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.15 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.20 mean_vt_4quad=   10.60
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.28 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.35 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.39 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.43 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.37 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.45 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   14.51 mean_vt_4quad=   11.10
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.53 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.61 mean_vt_4quad=   11.24
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.62 mean_vt_4quad=   11.31
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   14.56 mean_vt_4quad=   11.38
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   14.50 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   14.60 mean_vt_4quad=   11.52
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   14.62 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   14.70 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   14.81 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   14.93 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.08 mean_vt_4quad=   11.90
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.20 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.23 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.12 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   14.96 mean_vt_4quad=   12.14
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   15.04 mean_vt_4quad=   12.22
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   15.04 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   14.94 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   14.72 mean_vt_4quad=   12.46
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   14.85 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   14.98 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   15.16 mean_vt_4quad=   12.74
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   15.28 mean_vt_4quad=   12.84
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   15.49 mean_vt_4quad=   12.95
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   15.55 mean_vt_4quad=   13.06
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   15.40 mean_vt_4quad=   13.18
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   15.36 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.51 mean_vt_4quad=   13.37
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.65 mean_vt_4quad=   13.48
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.99 mean_vt_4quad=   13.61
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.34 mean_vt_4quad=   13.75
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.56 mean_vt_4quad=   13.90
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.66 mean_vt_4quad=   14.02
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   16.81 mean_vt_4quad=   14.14
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   16.90 mean_vt_4quad=   14.25
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.19 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.49 mean_vt_4quad=   14.48
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.66 mean_vt_4quad=   14.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   14.60 .... 0.5*v_holland=   10.75
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   14.73 .... 0.5*v_holland=   10.75
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   14.88 .... 0.5*v_holland=   10.75
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   15.03 .... 0.5*v_holland=   10.75
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   15.19 .... 0.5*v_holland=   10.75
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    201.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   108.459600000000     
 vradius(iwindix,iquad) =         108
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.66 mean_vt_4quad=   14.60
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   18.15 mean_vt_4quad=   14.73
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   18.56 mean_vt_4quad=   14.88
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   18.64 mean_vt_4quad=   15.03
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   18.73 mean_vt_4quad=   15.19
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   18.94 mean_vt_4quad=   15.35
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   19.03 mean_vt_4quad=   15.52
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   19.07 mean_vt_4quad=   15.70
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   19.15 mean_vt_4quad=   15.89
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   19.21 mean_vt_4quad=   16.07
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   19.36 mean_vt_4quad=   16.26
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   19.74 mean_vt_4quad=   16.43
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   20.03 mean_vt_4quad=   16.60
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   20.24 mean_vt_4quad=   16.77
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   20.45 mean_vt_4quad=   16.94
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   20.62 mean_vt_4quad=   17.13
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   21.01 mean_vt_4quad=   17.33
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   21.58 mean_vt_4quad=   17.53
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   22.13 mean_vt_4quad=   17.73
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   22.59 mean_vt_4quad=   17.93
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   22.93 mean_vt_4quad=   18.12
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   23.32 mean_vt_4quad=   18.31
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   23.45 mean_vt_4quad=   18.51
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   23.37 mean_vt_4quad=   18.71
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   23.25 mean_vt_4quad=   18.93
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   23.18 mean_vt_4quad=   19.17
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   23.24 mean_vt_4quad=   19.41
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   23.41 mean_vt_4quad=   19.66
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   23.70 mean_vt_4quad=   19.90
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   23.99 mean_vt_4quad=   20.15
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.28 mean_vt_4quad=   20.38
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   24.53 mean_vt_4quad=   20.60
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   24.68 mean_vt_4quad=   20.85
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   24.86 mean_vt_4quad=   21.11
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   25.20 mean_vt_4quad=   21.41
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   25.40 mean_vt_4quad=   21.72
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   25.46 mean_vt_4quad=   22.03
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   25.52 mean_vt_4quad=   22.31
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   25.67 mean_vt_4quad=   22.52
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.05 mean_vt_4quad=   22.71
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.05 mean_vt_4quad=   22.71
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   26.60 mean_vt_4quad=   22.86
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   27.08 mean_vt_4quad=   22.99
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   27.36 mean_vt_4quad=   23.05
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   27.36 mean_vt_4quad=   23.08
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   27.28 mean_vt_4quad=   23.06
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   27.35 mean_vt_4quad=   23.00
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   27.72 mean_vt_4quad=   22.83
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   28.11 mean_vt_4quad=   22.57
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   28.32 mean_vt_4quad=   22.07
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   28.46 mean_vt_4quad=   21.28
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   27.92 mean_vt_4quad=   20.16
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   25.63 mean_vt_4quad=   18.79
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   22.52 mean_vt_4quad=   17.29
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   18.15 mean_vt_4quad=   15.86
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   15.17 mean_vt_4quad=   14.59
  
  
   iquad=   4 idist=   12 rdist(idist)=   36.00 bin95wind=   14.87 mean_vt_4quad=   13.51
  
  
   iquad=   4 idist=   11 rdist(idist)=   33.00 bin95wind=   14.71 mean_vt_4quad=   12.56
  
  
   iquad=   4 idist=   10 rdist(idist)=   30.00 bin95wind=   14.75 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=    9 rdist(idist)=   27.00 bin95wind=   14.88 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=    8 rdist(idist)=   24.00 bin95wind=   15.04 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=    7 rdist(idist)=   21.00 bin95wind=   14.76 mean_vt_4quad=    9.21
  
  
   iquad=   4 idist=    6 rdist(idist)=   18.00 bin95wind=   14.42 mean_vt_4quad=    8.31
  
  
   iquad=   4 idist=    5 rdist(idist)=   15.00 bin95wind=   14.02 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=    4 rdist(idist)=   12.00 bin95wind=   13.76 mean_vt_4quad=    6.17
  
  
   iquad=   4 idist=    3 rdist(idist)=    9.00 bin95wind=   13.70 mean_vt_4quad=    4.91
  
  
   iquad=   4 idist=    2 rdist(idist)=    6.00 bin95wind=   13.80 mean_vt_4quad=    3.46
  
  
   iquad=   4 idist=    1 rdist(idist)=    3.00 bin95wind=   13.98 mean_vt_4quad=    1.80
  
 TIMING: after call  getradii, fhr=    96 igrct=  1   22:29:29
 TIMING: after getrad_iter_loop, fhr=    96 igrct=  2 Vmax (m/s)=   35.084   22:29:29
 TIMING: Before get_phase ... 22:29:29
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           96 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    62.952
  
  
  In get_cps_paramb, lead time=           96 :           0   08L  FRANKLIN 
   right_ct=         1038   left_ct=         1086
   zthicksum(1)=    3535118.28287499     
   zthicksum(2)=    3661880.70187500     
   zthick_right_mean=    3405.70162126685     
   zthick_left_mean=     3371.89751553867     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    33.8041057281798     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           15.50
  Sum of y-diffs squared (ydiff2) =         2061.24
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   292.06   6.7452       27.03   0.1661     1.23     1.52      730.44
    2   281.44   6.6846       16.40   0.1055     0.02     0.00      269.05
    3   271.30   6.6201        6.26   0.0409    -0.10     0.01       39.17
    4   259.14   6.5511       -5.90  -0.0281    -1.54     2.38       34.83
    5   246.96   6.4770      -18.08  -0.1022    -2.21     4.88      326.79
    6   239.33   6.3969      -25.71  -0.1822     2.59     6.71      660.97
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   265.037     x:    6.58
  
  slope=    155.308         y-intercept =   -756.754
  Regression equation:   Y =  -756.75 +   155.31X
  
  R2(r_squared) =  0.9925        r =  0.9962
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1076.38 zmin=  779.56 zdiff=  296.82
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1569.34 zmin= 1277.28 zdiff=  292.06
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -4.75 dlnp=     -0.057158  dzdlnp=       83.137
  
   +++ k=  3 press=    800.0 zmax= 2088.06 zmin= 1806.62 zdiff=  281.44
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.62 dlnp=     -0.060625  dzdlnp=      175.242
  
   +++ k=  4 press=    750.0 zmax= 2634.80 zmin= 2363.51 zdiff=  271.30
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.14 dlnp=     -0.064539  dzdlnp=      157.177
  
   +++ k=  5 press=    700.0 zmax= 3212.35 zmin= 2953.21 zdiff=  259.14
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -12.16 dlnp=     -0.068993  dzdlnp=      176.250
  
   +++ k=  6 press=    650.0 zmax= 3824.73 zmin= 3577.77 zdiff=  246.96
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -12.18 dlnp=     -0.074108  dzdlnp=      164.301
  
   +++ k=  7 press=    600.0 zmax= 4477.24 zmin= 4237.91 zdiff=  239.33
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -7.63 dlnp=     -0.080043  dzdlnp=       95.349
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          395.58
  Sum of y-diffs squared (ydiff2) =          776.92
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   231.18   6.3099        0.59   0.2788    11.34   128.62        0.34
    2   223.73   6.2146       -6.87   0.1834     0.21     0.04       47.19
    3   216.26   6.1092      -14.34   0.0781   -11.33   128.34      205.67
    4   223.12   5.9915       -7.48  -0.0397    -9.01    81.16       55.91
    5   238.61   5.8579        8.01  -0.1732     1.33     1.76       64.17
    6   250.69   5.7038       20.09  -0.3274     7.46    55.66      403.63
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   230.597     x:    6.03
  
  slope=    -38.579         y-intercept =    463.274
  Regression equation:   Y =   463.27 -    38.58X
  
  R2(r_squared) =  0.4908        r =  0.7006
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4477.24 zmin= 4237.91 zdiff=  239.33
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5177.51 zmin= 4946.32 zdiff=  231.18
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -8.14 dlnp=     -0.087011  dzdlnp=       93.597
  
   +++ k=  9 press=    500.0 zmax= 5935.03 zmin= 5711.30 zdiff=  223.73
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -7.46 dlnp=     -0.095310  dzdlnp=       78.229
  
   +++ k= 10 press=    450.0 zmax= 6759.11 zmin= 6542.86 zdiff=  216.26
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -7.47 dlnp=     -0.105361  dzdlnp=       70.918
  
   +++ k= 11 press=    400.0 zmax= 7661.97 zmin= 7438.85 zdiff=  223.12
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=       6.86 dlnp=     -0.117783  dzdlnp=      -58.277
  
   +++ k= 12 press=    350.0 zmax= 8660.01 zmin= 8421.41 zdiff=  238.61
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      15.49 dlnp=     -0.133531  dzdlnp=     -115.988
  
   +++ k= 13 press=    300.0 zmax= 9784.69 zmin= 9534.00 zdiff=  250.69
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      12.08 dlnp=     -0.154151  dzdlnp=      -78.365
  
cps_stats: 08L   lead time=  96: 0   paramb=    33.80  vtl=    155.31  vtu=    -38.58
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   96:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  307.953 (0-360) guesslon=  307.953E  (  52.047W)   guesslat=   41.468
 ilonfix=         1569  jlatfix=          609  npts=           33
 ibeg=         1488  jbeg=          541  imax=         2738
 iend=         1650  jend=          677  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           42
 Total # of barnes loop iterations =         9996
 After first run in find_maxmin, ctlon=  307.833E  (0-360) ctlon=  307.833E  (  52.167W)  ctlat=   40.148 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  307.833E   (0-360) guesslon=  307.833E  (  52.167W)   guesslat=   40.148
 ilonfix=         1566  jlatfix=          642  npts=           16
 ibeg=         1510  jbeg=          598  imax=         2738
 iend=         1622  jend=          686  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  307.613E  (0-360) ctlon=  307.613  (  52.387W)  ctlat=   40.328 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L    96:00  mean_lon:  307.61E (  52.39W)    (0-360) mean_lon=  307.61E  mean_lat:   40.33  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L    96:00  ifix:  1548   jfix:   614  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1548  jx=          614
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1911 ,         250 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1912 ,         249 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L    96:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:29:30
 TIMING: Before shear ... 22:29:30
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           17
  clon(ist,ifh,3)=    307.830193604988     
  clat(ist,ifh,3)=    41.3795909197913     
  fixlon(ist,ifh)=    307.952897633380     
  fixlat(ist,ifh)=    41.4682393140509     
  xcenlon=    307.830193604988     
  xcenlat=    41.3795909197913     
  
 xxshear
 In get_shear A, xcenlon=    307.830193604988       xcenlat= 
   41.3795909197913     
   In get_shear B, (0-360) xcenlon=    307.830193604988     
  
At start of get_shear:  08L   fhr=   96:00   Mean fix position=   307.95E  ( 52.05W)    41.47  (0-360) mean lon fix=  307.95
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   23.74 vr_mean(idist,ilev)=    2.60
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   32.86 vr_mean(idist,ilev)=    3.56
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   32.61 vr_mean(idist,ilev)=    3.66
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   30.35 vr_mean(idist,ilev)=    1.23
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.19 vr_mean(idist,ilev)=   -0.62
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   24.15 vr_mean(idist,ilev)=   -1.67
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.87 vr_mean(idist,ilev)=   -1.22
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   19.77 vr_mean(idist,ilev)=   -0.82
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   18.07 vr_mean(idist,ilev)=   -0.53
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.59 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.80 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.13 vr_mean(idist,ilev)=   -1.46
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.23 vr_mean(idist,ilev)=   -1.86
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.02 vr_mean(idist,ilev)=   -2.08
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.35 vr_mean(idist,ilev)=   -1.71
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.35 vr_mean(idist,ilev)=   -1.71
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.39 vr_mean(idist,ilev)=   -2.36
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.29 vr_mean(idist,ilev)=   -2.15
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.11 vr_mean(idist,ilev)=   -1.87
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -25.92 vr_mean(idist,ilev)=   25.92
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -38.89 vr_mean(idist,ilev)=   38.89
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -51.86 vr_mean(idist,ilev)=   51.86
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -64.84 vr_mean(idist,ilev)=   64.84
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -77.83 vr_mean(idist,ilev)=   77.83
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -90.84 vr_mean(idist,ilev)=   90.84
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -103.86 vr_mean(idist,ilev)=  103.86
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -116.90 vr_mean(idist,ilev)=  116.90
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -129.96 vr_mean(idist,ilev)=  129.96
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -143.06 vr_mean(idist,ilev)=  143.06
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -156.18 vr_mean(idist,ilev)=  156.18
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -169.34 vr_mean(idist,ilev)=  169.34
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -182.54 vr_mean(idist,ilev)=  182.54
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -195.78 vr_mean(idist,ilev)=  195.78
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -209.09 vr_mean(idist,ilev)=  209.09
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -222.47 vr_mean(idist,ilev)=  222.47
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -235.93 vr_mean(idist,ilev)=  235.93
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -249.49 vr_mean(idist,ilev)=  249.49
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -263.19 vr_mean(idist,ilev)=  263.19
  
 At end of get_shear: 
     ist=    2 ifh=   17 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:29:30
  
 After call to fixcenter, fix positions at 
 forecast hour=   96:00 follow:
  
fixpos  08L   fhr=   96:00   Fix position=   307.95E  ( 52.05W)    41.47   Max Wind=  68 kts
  
  
 xxxx get_next_ges, prev fix lon=    304.848649887650     
 xxxx get_next_ges, curr fix lon=    307.952897633380     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    307.952897633380        fixlat=    41.4682393140509     
        (0-360) fixlon=    307.952897633380     
      ilonfix=         1569   jlatfix=          609
      ibeg=         1041   iend=         2097
      jbeg=          157   jend=         1061
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.14013705579697       vavg=    2.80870925340114     
      ubar=    2.03503426394924       vbar=   0.702177313350284     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.7750404413696       vavg=    4.11617848178982     
      ubar=    7.92255448463403       vbar=    2.76026655424520     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    14.8450463685825       vavg=    6.45694957887236     
      ubar=    11.6338160767797       vbar=    4.37450394896329     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.6338160767797       vbar=    4.37450394896329     
      wgttot=    1.00000000000000     
      fixlon=    307.952897633380        fixlat=    41.4682393140509     
      barnlon=    310.988812153860       barnlat=    42.3180020756308     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.744391725200377     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      310.988812153860     
     Raw (no conversion for GM wrap) extraplon=    311.112525356186     
  
 --- barnlon=    310.99E  (  49.01W)    barnlat=     42.32
 --- extraplon=  311.11E  (  48.89W)    extraplat=   42.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   41.47
 | Current fix lon is   52.05W   ( 307.95E)
 | Current fix lon (raw, unadjusted)=  307.95E
 | Updated guess lat for next fcst hour is   42.47
 | Updated guess lon (0-360) for next fcst hour is   48.95W   ( 311.05E)
 | Raw updated guess lon for next fcst hour is  311.05E)
 -------------------------------------------------
  
 iocheck, dist=    279.101207505963        distm=    279101.207505963     
 iocheck, stmspd=    12.9213521993502        istmspd=          251
 iocheck, xincr=    3.09777112164261        yincr=   0.998065968362283     
 iocheck, stmdir=    72.1416607496038        istmdir=           72
 +++ RPT_STORM_MOTION: istmspd=   251 kts(*10)    istmdir=    72 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  17
     Fix location for this time:   307.95E  ( 52.05W)    41.47
     Fix lon (raw) for this time:  307.95E
     ilonfix= 1569  jlatfix=  609
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    307.952897633380       xcenlat=    41.4682393140509     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    307.952897633380       xcenlat=    41.4682393140509     
  ilonfix=         1569  jlatfix=          609
  ibeg=         1434  iend=         1704
  jbeg=          493  jend=          725  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    307.952897633380        xcenlat=    41.4682393140509     
      ilonfix=         1569   jlatfix=          609
      ibeg=         1434   iend=         1704
      jbeg=          493   jend=          725
 After call to barnes, xsmoothval=   3.844491693132972E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.844491693132972E-004
      xcenlon=    307.952897633380        xcenlat=    41.4682393140509     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000384  imeanzeta (*1e6)=      384
   --- mean zeta raw =   3.844491693132972E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004033  igrid zeta (*1e6)=     4033 ifilret=   0
   --- grid zeta raw=   4.032791760336146E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    307.952897633380       xcenlat=    41.4682393140509     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    307.952897633380       xcenlat=    41.4682393140509     
  ilonfix=         1569  jlatfix=          609
  ibeg=         1434  iend=         1704
  jbeg=          493  jend=          725  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    307.952897633380        xcenlat=    41.4682393140509     
      ilonfix=         1569   jlatfix=          609
      ibeg=         1434   iend=         1704
      jbeg=          493   jend=          725
 After call to barnes, xsmoothval=   3.243899911512015E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.243899911512015E-004
      xcenlon=    307.952897633380        xcenlat=    41.4682393140509     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000324  imeanzeta (*1e6)=      324
   --- mean zeta raw =   3.243899911512015E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002370  igrid zeta (*1e6)=     2370 ifilret=   0
   --- grid zeta raw=   2.370171843862904E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=           96
  
 segx, outlon=    307.952897633380       outlat=    41.4682393140509     
   ist=            2  ifcsthour=           96
   vmaxwind=    35.0844652232295       xminmslp=    98347.1600000000     
   vradius=          110          44           0         163          83
          50         126          57           0         108          45
           0
   maxstorm=            6
   plastbar=    99147.1600000000       rlastbar=    33.5757197574292     
   rmax=    44.7620528370948     
   cps_vals=    33.8041057281798        155.307513770221     
  -38.5790621779509     
   wcore_flag= n
   istmspd=          251  istmdir=           72
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    81.0000000000000     
   axisymet_rmw_val=     26.0829280617341     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   33.5757197574292       irlastbar=          34
 output: plastbar=   99147.1600000000       iplastbar=         991
 rmax=    44.7620528370948        irmax=           45
 TXX top of atcfunix_ext, ist=            2  ifh=           96
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   33.5757197574292       irlastbar=          34
 output: plastbar=   99147.1600000000       iplastbar=         991
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           96
 intlat=          415
 clatns= N
 intlon=          520
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           68
 int(xminmslp/mslp_outp_adj + 0.5)=          983
 XX,  34, NEQ
 vradius(1,1)=          110
 vradius(1,2)=          163
 vradius(1,3)=          126
 vradius(1,4)=          108
 iplastbar=          991
 irlastbar=           34
 irmax=           45
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           72
 istmspd=          251
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          338
 icps_vals(2)=         1553
 icps_vals(3)=         -386
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           44
 irmw_val=           51
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          384
 igridzeta(1)=         4033
 imeanzeta(2)=          324
 igridzeta(2)=         2370
  
 rmax=    44.7620528370948        irmax=           45
 +++ Top of output_atcf_parms, ist=            2  ifh=           96
  
 xxxx get_next_ges, prev fix lon=    304.848649887650     
 xxxx get_next_ges, curr fix lon=    307.952897633380     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    307.952897633380        fixlat=    41.4682393140509     
        (0-360) fixlon=    307.952897633380     
      ilonfix=         1569   jlatfix=          609
      ibeg=         1041   iend=         2097
      jbeg=          157   jend=         1061
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.14013705579697       vavg=    2.80870925340114     
      ubar=    2.03503426394924       vbar=   0.702177313350284     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.7750404413696       vavg=    4.11617848178982     
      ubar=    7.92255448463403       vbar=    2.76026655424520     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    14.8450463685825       vavg=    6.45694957887236     
      ubar=    11.6338160767797       vbar=    4.37450394896329     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.6338160767797       vbar=    4.37450394896329     
      wgttot=    1.00000000000000     
      fixlon=    307.952897633380        fixlat=    41.4682393140509     
      barnlon=    310.988812153860       barnlat=    42.3180020756308     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.744391725200377     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      310.988812153860     
     Raw (no conversion for GM wrap) extraplon=    311.112525356186     
  
 --- barnlon=    310.99E  (  49.01W)    barnlat=     42.32
 --- extraplon=  311.11E  (  48.89W)    extraplat=   42.61
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   41.47
 | Current fix lon is   52.05W   ( 307.95E)
 | Current fix lon (raw, unadjusted)=  307.95E
 | Updated guess lat for next fcst hour is   42.47
 | Updated guess lon (0-360) for next fcst hour is   48.95W   ( 311.05E)
 | Raw updated guess lon for next fcst hour is  311.05E)
 -------------------------------------------------
  
 iocheck, dist=    279.101207505963        distm=    279101.207505963     
 iocheck, stmspd=    12.9213521993502        istmspd=          251
 iocheck, xincr=    3.09777112164261        yincr=   0.998065968362283     
 iocheck, stmdir=    72.1416607496038        istmdir=           72
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:   96:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.742793976838845E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.574E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.318E  (0-360) ctlon=  288.318  (  71.682W)  ctlat=   34.411 fmax (x10e5) =        0.553E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.885784738393604E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.489E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.418E  (0-360) ctlon=  288.418  (  71.582W)  ctlat=   34.411 fmax (x10e5) =        0.464E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.141E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.318E  (0-360) ctlon=  288.318  (  71.682W)  ctlat=   34.411 fmax =       -0.100E+16 fmin =        0.141E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.307E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.318E  (0-360) ctlon=  288.318  (  71.682W)  ctlat=   34.411 fmax =       -0.100E+16 fmin =        0.307E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.998E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.318E  (0-360) ctlon=  288.318  (  71.682W)  ctlat=   34.411 fmax =       -0.100E+16 fmin =        0.998E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.158 (0-360) guesslon=  288.158E  (  71.842W)   guesslat=   34.451
 ilonfix=         1074  jlatfix=          784  npts=           33
 ibeg=          998  jbeg=          716  imax=         2738
 iend=         1150  jend=          852  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.850905819891066E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.438E  (0-360) ctlon=  288.438E  (  71.562W)  ctlat=   34.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.585E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.438E   (0-360) guesslon=  288.438E  (  71.562W)   guesslat=   34.331
 ilonfix=         1081  jlatfix=          787  npts=           16
 ibeg=         1029  jbeg=          743  imax=         2738
 iend=         1133  jend=          831  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.318E  (0-360) ctlon=  288.318  (  71.682W)  ctlat=   34.411 fmax (x10e5) =        0.454E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.306875482557        uvgeslat=    34.4183578803711     
    (0-360 uvgeslon)=    288.306875482557     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:29:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.306875482557        uvgeslat=    34.4183578803711     
    (0-360 uvgeslon)=    288.306875482557     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.306875482557     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.307E  (0-360E lon):  288.307E    71.693W  ctlat=   34.418  xmax_circul_disk =     102276462.5
 TIMING: get_wind_circ kloop, k=  1   22:29:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.307E  (0-360E)=  288.307E  (  71.693W)   guesslat=   34.418
 ilonfix=         1078  jlatfix=          785  npts=           56
 ibeg=         1006  jbeg=          721  imax=         2738
 iend=         1150  jend=          849  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    102419100.453769     
 nhalf get_wind_circ, k=  1 ctlon=  288.267E  (0-360E)=  288.267E  ctlon=   71.733W   ctlat=   34.378 Wind Circulation (NHEM: Max) =     102419100.5
 TIMING: After GWC 850 ... 22:29:30
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:29:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.306875482557        uvgeslat=    34.4183578803711     
    (0-360 uvgeslon)=    288.306875482557     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.306875482557     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.307E  (0-360E lon):  288.307E    71.693W  ctlat=   34.418  xmax_circul_disk =      87536685.6
 TIMING: get_wind_circ kloop, k=  1   22:29:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.307E  (0-360E)=  288.307E  (  71.693W)   guesslat=   34.418
 ilonfix=         1078  jlatfix=          785  npts=           56
 ibeg=         1006  jbeg=          721  imax=         2738
 iend=         1150  jend=          849  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    88257378.6734331     
 nhalf get_wind_circ, k=  1 ctlon=  288.387E  (0-360E)=  288.387E  ctlon=   71.613W   ctlat=   34.498 Wind Circulation (NHEM: Max) =      88257378.7
 TIMING: After GWC 700 ... 22:29:30
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:29:30
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.306875482557        uvgeslat=    34.4183578803711     
    (0-360 uvgeslon)=    288.306875482557     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.306875482557     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.307E  (0-360E lon):  288.307E    71.693W  ctlat=   34.418  xmax_circul_disk =      79644253.2
 TIMING: get_wind_circ kloop, k=  1   22:29:30
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.307E  (0-360E)=  288.307E  (  71.693W)   guesslat=   34.418
 ilonfix=         1078  jlatfix=          785  npts=           56
 ibeg=         1006  jbeg=          721  imax=         2738
 iend=         1150  jend=          849  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    79716705.6114734     
 nhalf get_wind_circ, k=  1 ctlon=  288.267E  (0-360E)=  288.267E  ctlon=   71.733W   ctlat=   34.378 Wind Circulation (NHEM: Max) =      79716705.6
 TIMING: After GWC Sfc ... 22:29:30
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.48  xavg_stderr=     4.29
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           17  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=    96:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.16E   (0-360) guesslon=  288.16E  ( 71.84W)    34.45
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.32       71.68      34.41           55.34       T         15.33
   2    zeta 700    Max       288.42       71.58      34.41           46.36       T         24.26
   3    circ 850    Max       288.27       71.73      34.38          102.42       T         12.87
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.39       71.61      34.50           88.26       T         21.65
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.32       71.68      34.41         1410.12       T         15.33
   8     gph 700    Min       288.32       71.68      34.41         3074.52       T         15.33
   9        MSLP    Min       288.32       71.68      34.41        99842.52       T         15.33
  10    circ sfc    Max       288.27       71.73      34.38           79.72       T         12.87
  11    zeta sfc    Max       288.32       71.68      34.41           45.39       T         15.33
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.04827315873710       stderr_close= 
   3.89011194817879       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   0.737 devia=   0.147 wtpos=  0.95207     288.32   288.32    71.68    34.41
 ip=  2 kprm=  2 dist_from_mean=   8.492 devia=   1.698 wtpos=  0.56772     288.42   288.42    71.58    34.41
 ip=  3 kprm=  3 dist_from_mean=   6.631 devia=   1.326 wtpos=  0.64270     288.27   288.27    71.73    34.38
 ip=  5 kprm=  4 dist_from_mean=  10.997 devia=   2.199 wtpos=  0.48042     288.39   288.39    71.61    34.50
 ip=  7 kprm=  5 dist_from_mean=   0.737 devia=   0.147 wtpos=  0.95207     288.32   288.32    71.68    34.41
 ip=  8 kprm=  6 dist_from_mean=   0.737 devia=   0.147 wtpos=  0.95207     288.32   288.32    71.68    34.41
 ip=  9 kprm=  7 dist_from_mean=   0.737 devia=   0.147 wtpos=  0.95207     288.32   288.32    71.68    34.41
 ip= 10 kprm=  8 dist_from_mean=   6.631 devia=   1.326 wtpos=  0.64270     288.27   288.27    71.73    34.38
 ip= 11 kprm=  9 dist_from_mean=   0.737 devia=   0.147 wtpos=  0.95207     288.32   288.32    71.68    34.41
  
At end of fixcenter:  10L   fhr=   96:00   Fix position=   288.32E  (0-360) fixlon=  288.32  ( 71.68W)    34.41
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.321241530525     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.317784300739     
        (0-360E clon(ist,ifh,9))=    288.317784300739     
      clat(ist,ifh,9)=    34.4110853349166     
      xval(9)=    99842.5182762892     
  
  After get_ij B, ibeg jbeg =          967         647
  After get_ij B, iend jend =         1189         923
  
 In is_it_a_storm, ilonfix=         1078  jlatfix=          785
 ibeg jbeg iend jend =          967         647        1189         923
 cparm= slp  parmlon parmlat =    288.317784300739        34.4110853349166     
     (0-360E parmlon) =    288.317784300739     
 parmval=    99842.5182762892     
  
 i= 1052 j=  722 glon=  287.29 (0-360E) glon=  287.29 glat=  36.96 dist=   298.34 slp=  101231.80 pgradient=  4.65671
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.65671
 mslp center =    288.317784300739        34.4110853349166     
   99842.5182762892     
   (0-360E) lon of mslp center =    288.317784300739     
 pgrad loc   =    287.288949000000        287.288949000000     
   72.7110510000000        36.9607240000000        101231.800000000     
  ttest at location C IF....
      xinp_fixlat=    34.4110853349166     
      xinp_fixlon=    288.317784300739       (0-360E) xinp_fixlon= 
   288.317784300739     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99273.0800000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1078  jfix=          787
 longitude=    288.317784300739      E   (   71.6822156992611      
 W)  (0-360E) xinp_fixlon=    288.317784300739     
 latitude=    34.4110853349166     
 mean mslp value (xval(9))=    99842.5182762892     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1078  jfix=          787
 longitude=    288.317784300739      E   (   71.6822156992611      
 W)  (0-360E) xinp_fixlon=    288.317784300739     
 latitude=    34.4110853349166     
 mean mslp value (xval(9))=    99842.5182762892     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1078  jx=          787
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99273.0800000000       xcentval=    99273.0800000000     
 At A, num_found_contours=            0
 At A, contlo=    99273.0800000000       conthi=    99673.0800000000     
  
 num_found_contours=            0
 contlo=    99273.0800000000       conthi=    99673.0800000000     
 xcentval=    99273.0800000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99673.0800000000       conthi=    100073.080000000     
  
 num_found_contours=            1
 contlo=    99673.0800000000       conthi=    100073.080000000     
 xcentval=    99273.0800000000     
 At A, num_found_contours=            2
 At A, contlo=    100073.080000000       conthi=    100473.080000000     
  
 num_found_contours=            2
 contlo=    100073.080000000       conthi=    100473.080000000     
 xcentval=    99273.0800000000     
 At A, num_found_contours=            3
 At A, contlo=    100473.080000000       conthi=    100873.080000000     
  
 num_found_contours=            3
 contlo=    100473.080000000       conthi=    100873.080000000     
 xcentval=    99273.0800000000     
 At A, num_found_contours=            4
 At A, contlo=    100873.080000000       conthi=    101273.080000000     
  
 num_found_contours=            4
 contlo=    100873.080000000       conthi=    101273.080000000     
 xcentval=    99273.0800000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1097 ,         733 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99273.0800000000     
 !!! (i,j) of central value = (        1078 ,         787 )
 !!!  
 !!! Flagged value found    =    100872.600000000     
 !!! (i,j) of flagged value = (        1098 ,         732 )
 !!!   
 !!! Lower bound of contour interval =    100873.080000000     
 !!! Upper bound of contour interval =    101273.080000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1078  jfix=          787
 longitude=    288.317784300739      E   (   71.6822156992611      W)  
 (0-360E) xinp_fixlon=    288.317784300739     
 latitude=    34.4110853349166     
 mean mslp value (xval(9))=    99842.5182762892     
 gridpoint mslp value=    99273.0800000000     
 ccflag= y
 prs of last closed isobar =    100873.080000000     
 radius of last closed isobar =    98.6020031749179       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =   96:00
 !!! Boundary check xinp_fixlat is   34.41
 !!! Boundary check xinp_fixlon is   71.68W   ( 288.32E)  (0-360E) xinp_fixlon=  288.32
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.266876482557     
  850 mb wcirc fix lat=    34.3783588803711     
    (0-360) 850 mb wcirc fix lon=    288.266876482557     
  Multi-parm fix lon=      288.321241530525     
  Multi-parm fix lat=      34.4110655287830     
    (0-360) Multi-parm fix lon=      288.321241530525     
  
  
  After get_ij B, ibeg jbeg =          983         682
  After get_ij B, iend jend =         1171         890
  
 In is_it_a_storm, ilonfix=         1077  jlatfix=          786
 ibeg jbeg iend jend =          983         682        1171         890
 cparm= v850  parmlon parmlat =    288.266876482557        34.3783588803711     
     (0-360E parmlon) =    288.266876482557     
 parmval=    102419100.453769     
  
 i= 1068 j=  737 glon=  287.93 (0-360E) glon=  287.93 glat=  36.36 u= -14.9900 v= -13.2700 vr= -11.06577 vt=  16.68357
 i= 1073 j=  737 glon=  288.13 (0-360E) glon=  288.13 glat=  36.36 u= -15.2400 v= -13.6000 vr= -12.70932 vt=  15.99033
 i= 1078 j=  737 glon=  288.33 (0-360E) glon=  288.33 glat=  36.36 u= -15.3200 v= -13.6300 vr= -14.01873 vt=  14.96511
 i= 1083 j=  737 glon=  288.53 (0-360E) glon=  288.53 glat=  36.36 u= -16.0800 v=  -5.7100 vr=  -7.41032 vt=  15.37067
 i= 1088 j=  737 glon=  288.73 (0-360E) glon=  288.73 glat=  36.36 u= -12.8400 v=  -2.5600 vr=  -4.92622 vt=  12.13060
 i= 1048 j=  742 glon=  287.13 (0-360E) glon=  287.13 glat=  36.16 u= -19.8700 v= -13.7900 vr=  -2.97649 vt=  24.00253
 i= 1053 j=  742 glon=  287.33 (0-360E) glon=  287.33 glat=  36.16 u= -22.0500 v= -15.3500 vr=  -5.33827 vt=  26.33112
 i= 1058 j=  742 glon=  287.53 (0-360E) glon=  287.53 glat=  36.16 u= -20.2100 v= -15.0200 vr=  -7.71368 vt=  23.96964
 i= 1063 j=  742 glon=  287.73 (0-360E) glon=  287.73 glat=  36.16 u= -18.1800 v=  -8.1500 vr=  -3.53761 vt=  19.60664
 i= 1068 j=  742 glon=  287.93 (0-360E) glon=  287.93 glat=  36.16 u= -16.5600 v=  -7.7000 vr=  -5.06142 vt=  17.54724
 i= 1073 j=  742 glon=  288.13 (0-360E) glon=  288.13 glat=  36.16 u= -17.4400 v=  -8.8300 vr=  -7.70648 vt=  17.96476
 i= 1078 j=  742 glon=  288.33 (0-360E) glon=  288.33 glat=  36.16 u= -14.0100 v=  -7.5000 vr=  -7.89711 vt=  13.79006
 i= 1083 j=  742 glon=  288.53 (0-360E) glon=  288.53 glat=  36.16 u= -13.5800 v=  -4.3200 vr=  -5.91601 vt=  12.96455
 i= 1088 j=  742 glon=  288.73 (0-360E) glon=  288.73 glat=  36.16 u= -14.0500 v=  -2.6500 vr=  -5.51676 vt=  13.19054
 i= 1093 j=  742 glon=  288.93 (0-360E) glon=  288.93 glat=  36.16 u= -12.1500 v=  -2.1900 vr=  -5.63969 vt=  10.98237
 i= 1098 j=  742 glon=  289.13 (0-360E) glon=  289.13 glat=  36.16 u= -11.0600 v=  -0.6000 vr=  -4.64152 vt=  10.05683
 i= 1103 j=  742 glon=  289.33 (0-360E) glon=  289.33 glat=  36.16 u= -10.4600 v=   1.1400 vr=  -3.57672 vt=   9.89537
 i= 1038 j=  747 glon=  286.73 (0-360E) glon=  286.73 glat=  35.96 u= -17.8800 v= -14.2400 vr=   0.06024 vt=  22.85757
 i= 1043 j=  747 glon=  286.93 (0-360E) glon=  286.93 glat=  35.96 u= -18.5700 v= -15.6300 vr=  -2.21907 vt=  24.17059
 i= 1048 j=  747 glon=  287.13 (0-360E) glon=  287.13 glat=  35.96 u= -19.9400 v= -17.0100 vr=  -4.48617 vt=  25.82282
 i= 1053 j=  747 glon=  287.33 (0-360E) glon=  287.33 glat=  35.96 u= -20.2700 v= -15.9000 vr=  -5.41183 vt=  25.18720
 i= 1058 j=  747 glon=  287.53 (0-360E) glon=  287.53 glat=  35.96 u= -18.9400 v= -11.7400 vr=  -4.18344 vt=  21.88721
 i= 1063 j=  747 glon=  287.73 (0-360E) glon=  287.73 glat=  35.96 u= -16.6500 v=  -7.6700 vr=  -2.90788 vt=  18.09960
 i= 1068 j=  747 glon=  287.93 (0-360E) glon=  287.93 glat=  35.96 u= -16.9000 v=  -8.0900 vr=  -5.04798 vt=  18.04372
 i= 1073 j=  747 glon=  288.13 (0-360E) glon=  288.13 glat=  35.96 u= -15.0700 v=  -5.9100 vr=  -4.81857 vt=  15.45362
 i= 1078 j=  747 glon=  288.33 (0-360E) glon=  288.33 glat=  35.96 u= -15.2700 v=  -3.2000 vr=  -3.68987 vt=  15.15908
 i= 1083 j=  747 glon=  288.53 (0-360E) glon=  288.53 glat=  35.96 u= -14.2500 v=  -2.1300 vr=  -4.03127 vt=  13.83287
 i= 1088 j=  747 glon=  288.73 (0-360E) glon=  288.73 glat=  35.96 u= -12.4200 v=  -3.5500 vr=  -6.34931 vt=  11.24923
 i= 1093 j=  747 glon=  288.93 (0-360E) glon=  288.93 glat=  35.96 u= -11.8700 v=  -2.0000 vr=  -5.75083 vt=  10.57473
 i= 1098 j=  747 glon=  289.13 (0-360E) glon=  289.13 glat=  35.96 u= -11.0300 v=   0.1200 vr=  -4.39902 vt=  10.11553
 i= 1103 j=  747 glon=  289.33 (0-360E) glon=  289.33 glat=  35.96 u= -10.2500 v=   2.3500 vr=  -2.89656 vt=  10.10915
 i= 1108 j=  747 glon=  289.53 (0-360E) glon=  289.53 glat=  35.96 u=  -9.1100 v=   3.8200 vr=  -1.80573 vt=   9.71205
 i= 1113 j=  747 glon=  289.73 (0-360E) glon=  289.73 glat=  35.96 u=  -8.5200 v=   4.4400 vr=  -1.62629 vt=   9.46885
 i= 1033 j=  752 glon=  286.53 (0-360E) glon=  286.53 glat=  35.76 u= -16.6500 v= -15.6600 vr=   1.12475 vt=  22.82965
 i= 1038 j=  752 glon=  286.73 (0-360E) glon=  286.73 glat=  35.76 u= -17.9500 v= -16.2200 vr=   0.18433 vt=  24.19208
 i= 1043 j=  752 glon=  286.93 (0-360E) glon=  286.93 glat=  35.76 u= -18.4900 v= -18.4900 vr=  -2.92655 vt=  25.98452
 i= 1048 j=  752 glon=  287.13 (0-360E) glon=  287.13 glat=  35.76 u= -20.4100 v= -18.9500 vr=  -4.23445 vt=  27.52708
 i= 1053 j=  752 glon=  287.33 (0-360E) glon=  287.33 glat=  35.76 u= -16.8900 v= -13.2700 vr=  -3.35231 vt=  21.21620
 i= 1058 j=  752 glon=  287.53 (0-360E) glon=  287.53 glat=  35.76 u= -14.7600 v= -11.5800 vr=  -4.66903 vt=  18.17014
 i= 1063 j=  752 glon=  287.73 (0-360E) glon=  287.73 glat=  35.76 u= -17.7200 v= -11.6500 vr=  -5.69596 vt=  20.42736
 i= 1068 j=  752 glon=  287.93 (0-360E) glon=  287.93 glat=  35.76 u= -17.4000 v= -10.0600 vr=  -6.43484 vt=  19.04091
 i= 1073 j=  752 glon=  288.13 (0-360E) glon=  288.13 glat=  35.76 u= -15.6300 v=  -6.3400 vr=  -5.04116 vt=  16.09594
 i= 1078 j=  752 glon=  288.33 (0-360E) glon=  288.33 glat=  35.76 u= -14.7700 v=  -7.5600 vr=  -8.09933 vt=  14.48127
 i= 1083 j=  752 glon=  288.53 (0-360E) glon=  288.53 glat=  35.76 u= -14.1300 v=  -6.9800 vr=  -9.07208 vt=  12.88700
 i= 1088 j=  752 glon=  288.73 (0-360E) glon=  288.73 glat=  35.76 u= -13.4900 v=  -2.4800 vr=  -5.96565 vt=  12.35077
 i= 1093 j=  752 glon=  288.93 (0-360E) glon=  288.93 glat=  35.76 u= -12.2400 v=   0.2500 vr=  -4.25277 vt=  11.48016
 i= 1098 j=  752 glon=  289.13 (0-360E) glon=  289.13 glat=  35.76 u= -11.1800 v=   2.7600 vr=  -2.64786 vt=  11.20709
 i= 1103 j=  752 glon=  289.33 (0-360E) glon=  289.33 glat=  35.76 u=  -9.6700 v=   4.7600 vr=  -1.14591 vt=  10.71697
 i= 1108 j=  752 glon=  289.53 (0-360E) glon=  289.53 glat=  35.76 u=  -8.7000 v=   6.0900 vr=  -0.36212 vt=  10.61353
 i= 1113 j=  752 glon=  289.73 (0-360E) glon=  289.73 glat=  35.76 u=  -8.2800 v=   6.8900 vr=  -0.24869 vt=  10.76887
 i= 1118 j=  752 glon=  289.93 (0-360E) glon=  289.93 glat=  35.76 u=  -7.3100 v=   7.7200 vr=   0.33159 vt=  10.62660
 i= 1028 j=  757 glon=  286.33 (0-360E) glon=  286.33 glat=  35.56 u= -16.0600 v= -16.9500 vr=   2.87106 vt=  23.17290
 i= 1033 j=  757 glon=  286.53 (0-360E) glon=  286.53 glat=  35.56 u= -17.5600 v= -16.9200 vr=   2.80720 vt=  24.22312
 i= 1038 j=  757 glon=  286.73 (0-360E) glon=  286.73 glat=  35.56 u= -17.1700 v= -18.5500 vr=  -0.07388 vt=  25.27659
 i= 1043 j=  757 glon=  286.93 (0-360E) glon=  286.93 glat=  35.56 u= -19.7500 v= -19.6800 vr=  -0.90974 vt=  27.86642
 i= 1048 j=  757 glon=  287.13 (0-360E) glon=  287.13 glat=  35.56 u= -18.0400 v= -14.5800 vr=  -0.21172 vt=  23.19425
 i= 1053 j=  757 glon=  287.33 (0-360E) glon=  287.33 glat=  35.56 u= -15.0700 v= -12.9100 vr=  -2.56523 vt=  19.67721
 i= 1058 j=  757 glon=  287.53 (0-360E) glon=  287.53 glat=  35.56 u= -14.8900 v= -14.6200 vr=  -6.20028 vt=  19.92519
 i= 1063 j=  757 glon=  287.73 (0-360E) glon=  287.73 glat=  35.56 u= -16.5600 v= -12.9800 vr=  -6.35072 vt=  20.05947
 i= 1068 j=  757 glon=  287.93 (0-360E) glon=  287.93 glat=  35.56 u= -16.5600 v= -10.1900 vr=  -6.12979 vt=  18.45252
 i= 1073 j=  757 glon=  288.13 (0-360E) glon=  288.13 glat=  35.56 u= -16.5600 v= -11.2700 vr=  -9.63684 vt=  17.56069
 i= 1078 j=  757 glon=  288.33 (0-360E) glon=  288.33 glat=  35.56 u= -16.5100 v=  -8.2400 vr=  -8.94415 vt=  16.13939
 i= 1083 j=  757 glon=  288.53 (0-360E) glon=  288.53 glat=  35.56 u= -15.2400 v=  -4.9900 vr=  -7.64196 vt=  14.09816
 i= 1088 j=  757 glon=  288.73 (0-360E) glon=  288.73 glat=  35.56 u= -14.0000 v=  -0.4400 vr=  -4.70353 vt=  13.19357
 i= 1093 j=  757 glon=  288.93 (0-360E) glon=  288.93 glat=  35.56 u= -13.0400 v=   2.2400 vr=  -3.42292 vt=  12.78056
 i= 1098 j=  757 glon=  289.13 (0-360E) glon=  289.13 glat=  35.56 u= -11.7800 v=   4.3400 vr=  -2.34218 vt=  12.33362
 i= 1103 j=  757 glon=  289.33 (0-360E) glon=  289.33 glat=  35.56 u= -10.7900 v=   6.3200 vr=  -1.33887 vt=  12.43278
 i= 1108 j=  757 glon=  289.53 (0-360E) glon=  289.53 glat=  35.56 u=  -9.2300 v=   7.4600 vr=  -0.49850 vt=  11.85732
 i= 1113 j=  757 glon=  289.73 (0-360E) glon=  289.73 glat=  35.56 u=  -7.8500 v=   9.1200 vr=   0.77540 vt=  12.00815
 i= 1118 j=  757 glon=  289.93 (0-360E) glon=  289.93 glat=  35.56 u=  -6.2400 v=   9.8800 vr=   1.71726 vt=  11.55868
 i= 1123 j=  757 glon=  290.13 (0-360E) glon=  290.13 glat=  35.56 u=  -5.3400 v=  10.2000 vr=   1.97414 vt=  11.34277
 i= 1023 j=  762 glon=  286.13 (0-360E) glon=  286.13 glat=  35.36 u= -12.9100 v= -17.4500 vr=   2.85199 vt=  21.51829
 i= 1028 j=  762 glon=  286.33 (0-360E) glon=  286.33 glat=  35.36 u= -13.6500 v= -17.2200 vr=   2.66649 vt=  21.81148
 i= 1033 j=  762 glon=  286.53 (0-360E) glon=  286.53 glat=  35.36 u= -17.1700 v= -18.6900 vr=   3.64408 vt=  25.11664
 i= 1038 j=  762 glon=  286.73 (0-360E) glon=  286.73 glat=  35.36 u= -16.8200 v= -18.5200 vr=   1.98983 vt=  24.93879
 i= 1043 j=  762 glon=  286.93 (0-360E) glon=  286.93 glat=  35.36 u= -14.0200 v= -16.7600 vr=  -0.65728 vt=  21.84092
 i= 1048 j=  762 glon=  287.13 (0-360E) glon=  287.13 glat=  35.36 u= -12.8100 v= -15.8000 vr=  -2.57154 vt=  20.17730
 i= 1053 j=  762 glon=  287.33 (0-360E) glon=  287.33 glat=  35.36 u= -13.1000 v= -16.8400 vr=  -5.13080 vt=  20.70919
 i= 1058 j=  762 glon=  287.53 (0-360E) glon=  287.53 glat=  35.36 u= -18.8800 v= -16.9400 vr=  -4.47024 vt=  24.96868
 i= 1063 j=  762 glon=  287.73 (0-360E) glon=  287.73 glat=  35.36 u= -14.5100 v= -11.8700 vr=  -4.85720 vt=  18.10648
 i= 1068 j=  762 glon=  287.93 (0-360E) glon=  287.93 glat=  35.36 u= -13.7100 v= -10.6700 vr=  -6.53147 vt=  16.09822
 i= 1073 j=  762 glon=  288.13 (0-360E) glon=  288.13 glat=  35.36 u= -15.1500 v=  -8.9800 vr=  -7.18159 vt=  16.08066
 i= 1078 j=  762 glon=  288.33 (0-360E) glon=  288.33 glat=  35.36 u= -16.3000 v=  -6.2300 vr=  -7.06760 vt=  15.95468
 i= 1083 j=  762 glon=  288.53 (0-360E) glon=  288.53 glat=  35.36 u= -15.6000 v=  -2.0700 vr=  -5.36675 vt=  14.79334
 i= 1088 j=  762 glon=  288.73 (0-360E) glon=  288.73 glat=  35.36 u= -13.5900 v=   0.8900 vr=  -4.07688 vt=  12.99458
 i= 1093 j=  762 glon=  288.93 (0-360E) glon=  288.93 glat=  35.36 u= -12.1100 v=   4.0400 vr=  -2.34456 vt=  12.54897
 i= 1098 j=  762 glon=  289.13 (0-360E) glon=  289.13 glat=  35.36 u= -10.7600 v=   5.8700 vr=  -1.54875 vt=  12.15878
 i= 1103 j=  762 glon=  289.33 (0-360E) glon=  289.33 glat=  35.36 u=  -9.8200 v=   7.0300 vr=  -1.28838 vt=  12.00806
 i= 1108 j=  762 glon=  289.53 (0-360E) glon=  289.53 glat=  35.36 u=  -9.0000 v=   8.7800 vr=  -0.52517 vt=  12.56235
 i= 1113 j=  762 glon=  289.73 (0-360E) glon=  289.73 glat=  35.36 u=  -7.4400 v=  10.3900 vr=   0.78093 vt=  12.75523
 i= 1118 j=  762 glon=  289.93 (0-360E) glon=  289.93 glat=  35.36 u=  -5.3800 v=  11.8600 vr=   2.51461 vt=  12.77813
 i= 1123 j=  762 glon=  290.13 (0-360E) glon=  290.13 glat=  35.36 u=  -4.0100 v=  12.3100 vr=   3.22714 vt=  12.53801
 i= 1128 j=  762 glon=  290.33 (0-360E) glon=  290.33 glat=  35.36 u=  -3.4300 v=  12.4300 vr=   3.21133 vt=  12.48828
 i= 1023 j=  767 glon=  286.13 (0-360E) glon=  286.13 glat=  35.16 u= -10.4400 v= -18.3400 vr=   2.18546 vt=  20.98983
 i= 1028 j=  767 glon=  286.33 (0-360E) glon=  286.33 glat=  35.16 u= -12.9300 v= -18.3000 vr=   3.63939 vt=  22.10949
 i= 1033 j=  767 glon=  286.53 (0-360E) glon=  286.53 glat=  35.16 u= -14.6200 v= -20.5500 vr=   3.05299 vt=  25.03450
 i= 1038 j=  767 glon=  286.73 (0-360E) glon=  286.73 glat=  35.16 u= -15.3100 v= -18.5600 vr=   3.33499 vt=  23.82745
 i= 1043 j=  767 glon=  286.93 (0-360E) glon=  286.93 glat=  35.16 u= -11.1800 v= -18.0000 vr=  -1.26097 vt=  21.15189
 i= 1048 j=  767 glon=  287.13 (0-360E) glon=  287.13 glat=  35.16 u= -10.8000 v= -17.5500 vr=  -2.92516 vt=  20.39818
 i= 1053 j=  767 glon=  287.33 (0-360E) glon=  287.33 glat=  35.16 u=  -8.3000 v= -18.7400 vr=  -7.48471 vt=  19.08027
 i= 1058 j=  767 glon=  287.53 (0-360E) glon=  287.53 glat=  35.16 u= -14.5500 v= -18.8300 vr=  -5.93202 vt=  23.04523
 i= 1063 j=  767 glon=  287.73 (0-360E) glon=  287.73 glat=  35.16 u= -11.8000 v= -14.8000 vr=  -7.06051 vt=  17.56215
 i= 1068 j=  767 glon=  287.93 (0-360E) glon=  287.93 glat=  35.16 u= -13.6500 v= -13.2300 vr=  -7.88969 vt=  17.29475
 i= 1073 j=  767 glon=  288.13 (0-360E) glon=  288.13 glat=  35.16 u= -13.1300 v=  -5.0900 vr=  -3.15076 vt=  13.72508
 i= 1078 j=  767 glon=  288.33 (0-360E) glon=  288.33 glat=  35.16 u= -13.3100 v=   1.9800 vr=   1.10855 vt=  13.41073
 i= 1083 j=  767 glon=  288.53 (0-360E) glon=  288.53 glat=  35.16 u= -12.9100 v=   3.9700 vr=   0.39452 vt=  13.50086
 i= 1088 j=  767 glon=  288.73 (0-360E) glon=  288.73 glat=  35.16 u= -11.9200 v=   6.4500 vr=   0.58529 vt=  13.54054
 i= 1093 j=  767 glon=  288.93 (0-360E) glon=  288.93 glat=  35.16 u= -10.0300 v=   9.3200 vr=   1.90620 vt=  13.55838
 i= 1098 j=  767 glon=  289.13 (0-360E) glon=  289.13 glat=  35.16 u=  -7.7000 v=  10.9600 vr=   2.93128 vt=  13.06978
 i= 1103 j=  767 glon=  289.33 (0-360E) glon=  289.33 glat=  35.16 u=  -6.9500 v=  13.2600 vr=   3.64100 vt=  14.52147
 i= 1108 j=  767 glon=  289.53 (0-360E) glon=  289.53 glat=  35.16 u=  -5.8300 v=  11.1700 vr=   2.03647 vt=  12.43425
 i= 1113 j=  767 glon=  289.73 (0-360E) glon=  289.73 glat=  35.16 u=  -5.2900 v=  11.6000 vr=   1.85368 vt=  12.61380
 i= 1118 j=  767 glon=  289.93 (0-360E) glon=  289.93 glat=  35.16 u=  -3.8700 v=  13.3400 vr=   3.21921 vt=  13.51182
 i= 1123 j=  767 glon=  290.13 (0-360E) glon=  290.13 glat=  35.16 u=  -2.6100 v=  12.9200 vr=   3.50107 vt=  12.70752
 i= 1128 j=  767 glon=  290.33 (0-360E) glon=  290.33 glat=  35.16 u=  -1.6800 v=  14.0000 vr=   4.27621 vt=  13.43638
 i= 1133 j=  767 glon=  290.53 (0-360E) glon=  290.53 glat=  35.16 u=  -1.5100 v=  14.4700 vr=   4.14456 vt=  13.94574
 i= 1018 j=  772 glon=  285.93 (0-360E) glon=  285.93 glat=  34.96 u=  -9.5800 v= -18.9400 vr=   3.80142 vt=  20.88179
 i= 1023 j=  772 glon=  286.13 (0-360E) glon=  286.13 glat=  34.96 u= -10.0700 v= -19.0900 vr=   3.67118 vt=  21.26865
 i= 1028 j=  772 glon=  286.33 (0-360E) glon=  286.33 glat=  34.96 u= -12.4800 v= -20.0100 vr=   4.96619 vt=  23.05401
 i= 1033 j=  772 glon=  286.53 (0-360E) glon=  286.53 glat=  34.96 u= -14.8600 v= -23.7700 vr=   4.91193 vt=  27.59901
 i= 1038 j=  772 glon=  286.73 (0-360E) glon=  286.73 glat=  34.96 u= -12.8700 v= -19.1100 vr=   3.78472 vt=  22.72674
 i= 1043 j=  772 glon=  286.93 (0-360E) glon=  286.93 glat=  34.96 u=  -7.8900 v= -19.1400 vr=  -1.91168 vt=  20.61400
 i= 1048 j=  772 glon=  287.13 (0-360E) glon=  287.13 glat=  34.96 u=  -9.6900 v= -20.9000 vr=  -2.75104 vt=  22.87221
 i= 1053 j=  772 glon=  287.33 (0-360E) glon=  287.33 glat=  34.96 u=  -8.8900 v= -18.4500 vr=  -3.97558 vt=  20.09053
 i= 1058 j=  772 glon=  287.53 (0-360E) glon=  287.53 glat=  34.96 u=  -9.1300 v= -19.2900 vr=  -6.73187 vt=  20.25199
 i= 1063 j=  772 glon=  287.73 (0-360E) glon=  287.73 glat=  34.96 u=  -9.6300 v= -18.8100 vr=  -9.12787 vt=  19.05872
 i= 1068 j=  772 glon=  287.93 (0-360E) glon=  287.93 glat=  34.96 u= -10.9100 v=  -9.3800 vr=  -3.75502 vt=  13.88929
 i= 1073 j=  772 glon=  288.13 (0-360E) glon=  288.13 glat=  34.96 u= -13.9800 v=  -6.9200 vr=  -4.11413 vt=  15.04662
 i= 1078 j=  772 glon=  288.33 (0-360E) glon=  288.33 glat=  34.96 u= -15.1700 v=  -1.8000 vr=  -3.11951 vt=  14.95452
 i= 1083 j=  772 glon=  288.53 (0-360E) glon=  288.53 glat=  34.96 u= -13.7700 v=   3.3900 vr=  -1.60853 vt=  14.08963
 i= 1088 j=  772 glon=  288.73 (0-360E) glon=  288.73 glat=  34.96 u= -11.9900 v=   7.5500 vr=  -0.24477 vt=  14.16696
 i= 1093 j=  772 glon=  288.93 (0-360E) glon=  288.93 glat=  34.96 u=  -9.6200 v=  10.1400 vr=   0.81465 vt=  13.95351
 i= 1098 j=  772 glon=  289.13 (0-360E) glon=  289.13 glat=  34.96 u=  -7.7300 v=  12.8200 vr=   2.13310 vt=  14.81739
 i= 1103 j=  772 glon=  289.33 (0-360E) glon=  289.33 glat=  34.96 u=  -4.9100 v=  14.7400 vr=   4.05269 vt=  14.99838
 i= 1108 j=  772 glon=  289.53 (0-360E) glon=  289.53 glat=  34.96 u=  -3.4000 v=  15.8200 vr=   4.72785 vt=  15.47514
 i= 1113 j=  772 glon=  289.73 (0-360E) glon=  289.73 glat=  34.96 u=  -2.3700 v=  14.4800 vr=   4.12788 vt=  14.08005
 i= 1118 j=  772 glon=  289.93 (0-360E) glon=  289.93 glat=  34.96 u=  -2.3100 v=  15.3400 vr=   3.82545 vt=  15.03388
 i= 1123 j=  772 glon=  290.13 (0-360E) glon=  290.13 glat=  34.96 u=  -0.1500 v=  15.1200 vr=   5.16832 vt=  14.21004
 i= 1128 j=  772 glon=  290.33 (0-360E) glon=  290.33 glat=  34.96 u=  -0.4300 v=  14.1300 vr=   4.11279 vt=  13.52504
 i= 1133 j=  772 glon=  290.53 (0-360E) glon=  290.53 glat=  34.96 u=  -0.0800 v=  15.1900 vr=   4.37898 vt=  14.54534
 i= 1018 j=  777 glon=  285.93 (0-360E) glon=  285.93 glat=  34.76 u=  -7.7400 v= -20.3200 vr=   3.76019 vt=  21.41660
 i= 1023 j=  777 glon=  286.13 (0-360E) glon=  286.13 glat=  34.76 u=  -6.6600 v= -20.3300 vr=   2.30789 vt=  21.26824
 i= 1028 j=  777 glon=  286.33 (0-360E) glon=  286.33 glat=  34.76 u=  -9.1800 v= -22.7400 vr=   3.74623 vt=  24.23522
 i= 1033 j=  777 glon=  286.53 (0-360E) glon=  286.53 glat=  34.76 u=  -8.5900 v= -22.7600 vr=   2.52857 vt=  24.19529
 i= 1038 j=  777 glon=  286.73 (0-360E) glon=  286.73 glat=  34.76 u=  -5.6600 v= -22.0500 vr=  -0.86842 vt=  22.74827
 i= 1043 j=  777 glon=  286.93 (0-360E) glon=  286.93 glat=  34.76 u=  -4.7300 v= -20.0200 vr=  -2.02828 vt=  20.47094
 i= 1048 j=  777 glon=  287.13 (0-360E) glon=  287.13 glat=  34.76 u=  -5.5100 v= -21.7900 vr=  -3.06924 vt=  22.26531
 i= 1053 j=  777 glon=  287.33 (0-360E) glon=  287.33 glat=  34.76 u=  -5.1300 v= -23.1300 vr=  -5.61273 vt=  23.01762
 i= 1058 j=  777 glon=  287.53 (0-360E) glon=  287.53 glat=  34.76 u=  -8.2000 v= -22.6900 vr=  -5.10261 vt=  23.58049
 i= 1063 j=  777 glon=  287.73 (0-360E) glon=  287.73 glat=  34.76 u=  -6.2500 v= -19.6200 vr=  -8.06537 vt=  18.94615
 i= 1068 j=  777 glon=  287.93 (0-360E) glon=  287.93 glat=  34.76 u=  -9.8700 v= -13.4000 vr=  -5.01445 vt=  15.86922
 i= 1073 j=  777 glon=  288.13 (0-360E) glon=  288.13 glat=  34.76 u= -12.2800 v=  -8.3500 vr=  -4.50295 vt=  14.15077
 i= 1078 j=  777 glon=  288.33 (0-360E) glon=  288.33 glat=  34.76 u= -12.9200 v=   0.3800 vr=  -1.33623 vt=  12.85633
 i= 1083 j=  777 glon=  288.53 (0-360E) glon=  288.53 glat=  34.76 u= -12.2000 v=   8.0400 vr=   0.99766 vt=  14.57691
 i= 1088 j=  777 glon=  288.73 (0-360E) glon=  288.73 glat=  34.76 u=  -9.2500 v=  12.9200 vr=   2.61749 vt=  15.67283
 i= 1093 j=  777 glon=  288.93 (0-360E) glon=  288.93 glat=  34.76 u=  -6.2000 v=  15.0300 vr=   3.52991 vt=  15.87075
 i= 1098 j=  777 glon=  289.13 (0-360E) glon=  289.13 glat=  34.76 u=  -4.7100 v=  15.6300 vr=   3.23256 vt=  16.00099
 i= 1103 j=  777 glon=  289.33 (0-360E) glon=  289.33 glat=  34.76 u=  -2.8200 v=  16.2700 vr=   3.89266 vt=  16.04720
 i= 1108 j=  777 glon=  289.53 (0-360E) glon=  289.53 glat=  34.76 u=  -0.9200 v=  16.5300 vr=   4.79549 vt=  15.84584
 i= 1113 j=  777 glon=  289.73 (0-360E) glon=  289.73 glat=  34.76 u=   0.7500 v=  16.8700 vr=   5.76420 vt=  15.87241
 i= 1118 j=  777 glon=  289.93 (0-360E) glon=  289.93 glat=  34.76 u=   0.2900 v=  15.6600 vr=   4.43114 vt=  15.02280
 i= 1123 j=  777 glon=  290.13 (0-360E) glon=  290.13 glat=  34.76 u=   0.9600 v=  16.5900 vr=   4.87184 vt=  15.88757
 i= 1128 j=  777 glon=  290.33 (0-360E) glon=  290.33 glat=  34.76 u=   0.9200 v=  14.9900 vr=   4.11585 vt=  14.44321
 i= 1133 j=  777 glon=  290.53 (0-360E) glon=  290.53 glat=  34.76 u=   1.4100 v=  15.5900 vr=   4.43031 vt=  15.01361
 i= 1018 j=  782 glon=  285.93 (0-360E) glon=  285.93 glat=  34.56 u=  -5.4600 v= -21.6800 vr=   3.52924 vt=  22.07665
 i= 1023 j=  782 glon=  286.13 (0-360E) glon=  286.13 glat=  34.56 u=  -5.1600 v= -23.2100 vr=   2.87477 vt=  23.60223
 i= 1028 j=  782 glon=  286.33 (0-360E) glon=  286.33 glat=  34.56 u=  -6.3700 v= -23.1300 vr=   3.82341 vt=  23.68450
 i= 1033 j=  782 glon=  286.53 (0-360E) glon=  286.53 glat=  34.56 u=  -6.0600 v= -21.9700 vr=   3.33683 vt=  22.54485
 i= 1038 j=  782 glon=  286.73 (0-360E) glon=  286.73 glat=  34.56 u=  -3.1800 v= -21.2700 vr=   0.20236 vt=  21.50545
 i= 1043 j=  782 glon=  286.93 (0-360E) glon=  286.93 glat=  34.56 u=  -0.6500 v= -21.5300 vr=  -2.79981 vt=  21.35707
 i= 1048 j=  782 glon=  287.13 (0-360E) glon=  287.13 glat=  34.56 u=  -1.7900 v= -24.7000 vr=  -2.88755 vt=  24.59586
 i= 1053 j=  782 glon=  287.33 (0-360E) glon=  287.33 glat=  34.56 u=  -2.5700 v= -24.7800 vr=  -3.13077 vt=  24.71541
 i= 1058 j=  782 glon=  287.53 (0-360E) glon=  287.53 glat=  34.56 u=  -4.8200 v= -25.0900 vr=  -2.54294 vt=  25.42192
 i= 1063 j=  782 glon=  287.73 (0-360E) glon=  287.73 glat=  34.56 u=  -1.9900 v= -20.8000 vr=  -6.04558 vt=  20.00128
 i= 1068 j=  782 glon=  287.93 (0-360E) glon=  287.93 glat=  34.56 u=  -3.9200 v= -18.0300 vr=  -6.58274 vt=  17.23702
 i= 1073 j=  782 glon=  288.13 (0-360E) glon=  288.13 glat=  34.56 u=  -5.2700 v= -10.2900 vr=  -5.94067 vt=   9.91793
 i= 1078 j=  782 glon=  288.33 (0-360E) glon=  288.33 glat=  34.56 u=  -7.1400 v=   0.1500 vr=  -1.78436 vt=   6.91507
 i= 1083 j=  782 glon=  288.53 (0-360E) glon=  288.53 glat=  34.56 u=  -5.7700 v=  10.7400 vr=   2.51296 vt=  11.93003
 i= 1088 j=  782 glon=  288.73 (0-360E) glon=  288.73 glat=  34.56 u=  -5.1100 v=  16.9300 vr=   2.68393 vt=  17.47952
 i= 1093 j=  782 glon=  288.93 (0-360E) glon=  288.93 glat=  34.56 u=  -2.6100 v=  18.0100 vr=   3.20435 vt=  17.91380
 i= 1098 j=  782 glon=  289.13 (0-360E) glon=  289.13 glat=  34.56 u=   0.5600 v=  17.7800 vr=   4.92642 vt=  17.09305
 i= 1103 j=  782 glon=  289.33 (0-360E) glon=  289.33 glat=  34.56 u=   1.4500 v=  18.1300 vr=   5.07118 vt=  17.46661
 i= 1108 j=  782 glon=  289.53 (0-360E) glon=  289.53 glat=  34.56 u=   3.4200 v=  17.9100 vr=   6.40755 vt=  17.07067
 i= 1113 j=  782 glon=  289.73 (0-360E) glon=  289.73 glat=  34.56 u=   3.6600 v=  17.4100 vr=   6.16243 vt=  16.68916
 i= 1118 j=  782 glon=  289.93 (0-360E) glon=  289.93 glat=  34.56 u=   3.2700 v=  16.3700 vr=   5.33482 vt=  15.81801
 i= 1123 j=  782 glon=  290.13 (0-360E) glon=  290.13 glat=  34.56 u=   2.6400 v=  16.4200 vr=   4.48258 vt=  16.01538
 i= 1128 j=  782 glon=  290.33 (0-360E) glon=  290.33 glat=  34.56 u=   3.4700 v=  15.7800 vr=   5.05175 vt=  15.34696
 i= 1133 j=  782 glon=  290.53 (0-360E) glon=  290.53 glat=  34.56 u=   3.2700 v=  16.2900 vr=   4.74586 vt=  15.92274
 i= 1018 j=  787 glon=  285.93 (0-360E) glon=  285.93 glat=  34.36 u=  -6.0300 v= -22.8000 vr=   6.32829 vt=  22.71902
 i= 1023 j=  787 glon=  286.13 (0-360E) glon=  286.13 glat=  34.36 u=  -4.9000 v= -25.4600 vr=   5.25000 vt=  25.39014
 i= 1028 j=  787 glon=  286.33 (0-360E) glon=  286.33 glat=  34.36 u=  -4.2100 v= -23.9700 vr=   4.55903 vt=  23.90607
 i= 1033 j=  787 glon=  286.53 (0-360E) glon=  286.53 glat=  34.36 u=  -4.2500 v= -21.5000 vr=   4.58503 vt=  21.43105
 i= 1038 j=  787 glon=  286.73 (0-360E) glon=  286.73 glat=  34.36 u=  -0.8600 v= -21.2000 vr=   1.21891 vt=  21.18240
 i= 1043 j=  787 glon=  286.93 (0-360E) glon=  286.93 glat=  34.36 u=   0.5800 v= -22.9900 vr=  -0.14976 vt=  22.99683
 i= 1048 j=  787 glon=  287.13 (0-360E) glon=  287.13 glat=  34.36 u=   2.0700 v= -26.2500 vr=  -1.51361 vt=  26.28795
 i= 1053 j=  787 glon=  287.33 (0-360E) glon=  287.33 glat=  34.36 u=  -0.3300 v= -23.6800 vr=   0.91721 vt=  23.66453
 i= 1058 j=  787 glon=  287.53 (0-360E) glon=  287.53 glat=  34.36 u=  -1.3300 v= -26.3900 vr=   2.13556 vt=  26.33705
 i= 1063 j=  787 glon=  287.73 (0-360E) glon=  287.73 glat=  34.36 u=   2.7300 v= -22.5600 vr=  -1.80679 vt=  22.65264
 i= 1068 j=  787 glon=  287.93 (0-360E) glon=  287.93 glat=  34.36 u=   3.9300 v= -20.1600 vr=  -2.63818 vt=  20.36935
 i= 1073 j=  787 glon=  288.13 (0-360E) glon=  288.13 glat=  34.36 u=   4.8800 v= -13.8600 vr=  -2.70437 vt=  14.44300
 i= 1078 j=  787 glon=  288.33 (0-360E) glon=  288.33 glat=  34.36 u=   5.2900 v=   0.2100 vr=   4.93529 vt=   1.91601
 i= 1083 j=  787 glon=  288.53 (0-360E) glon=  288.53 glat=  34.36 u=   5.0800 v=  11.7700 vr=   4.10258 vt=  12.14529
 i= 1088 j=  787 glon=  288.73 (0-360E) glon=  288.73 glat=  34.36 u=   3.0600 v=  17.8900 vr=   2.21341 vt=  18.01434
 i= 1093 j=  787 glon=  288.93 (0-360E) glon=  288.93 glat=  34.36 u=   3.5000 v=  19.7400 vr=   2.83295 vt=  19.84671
 i= 1098 j=  787 glon=  289.13 (0-360E) glon=  289.13 glat=  34.36 u=   5.7000 v=  19.6000 vr=   5.17560 vt=  19.74495
 i= 1103 j=  787 glon=  289.33 (0-360E) glon=  289.33 glat=  34.36 u=   6.2500 v=  19.6700 vr=   5.80820 vt=  19.80495
 i= 1108 j=  787 glon=  289.53 (0-360E) glon=  289.53 glat=  34.36 u=   5.8000 v=  17.9400 vr=   5.44823 vt=  18.04994
 i= 1113 j=  787 glon=  289.73 (0-360E) glon=  289.73 glat=  34.36 u=   6.2000 v=  17.8000 vr=   5.88673 vt=  17.90604
 i= 1118 j=  787 glon=  289.93 (0-360E) glon=  289.93 glat=  34.36 u=   6.3600 v=  16.6300 vr=   6.09195 vt=  16.73005
 i= 1123 j=  787 glon=  290.13 (0-360E) glon=  290.13 glat=  34.36 u=   4.9700 v=  16.7900 vr=   4.71859 vt=  16.86238
 i= 1128 j=  787 glon=  290.33 (0-360E) glon=  290.33 glat=  34.36 u=   5.7500 v=  16.7400 vr=   5.51418 vt=  16.81915
 i= 1133 j=  787 glon=  290.53 (0-360E) glon=  290.53 glat=  34.36 u=   4.9100 v=  17.2300 vr=   4.67971 vt=  17.29397
 i= 1018 j=  792 glon=  285.93 (0-360E) glon=  285.93 glat=  34.16 u=  -3.8300 v= -22.0100 vr=   6.38637 vt=  21.40849
 i= 1023 j=  792 glon=  286.13 (0-360E) glon=  286.13 glat=  34.16 u=  -4.1500 v= -24.9000 vr=   7.28433 vt=  24.16963
 i= 1028 j=  792 glon=  286.33 (0-360E) glon=  286.33 glat=  34.16 u=  -3.1900 v= -22.3400 vr=   6.26827 vt=  21.67857
 i= 1033 j=  792 glon=  286.53 (0-360E) glon=  286.53 glat=  34.16 u=  -0.8800 v= -20.5700 vr=   4.03500 vt=  20.18955
 i= 1038 j=  792 glon=  286.73 (0-360E) glon=  286.73 glat=  34.16 u=   1.3800 v= -21.2800 vr=   2.30888 vt=  21.19934
 i= 1043 j=  792 glon=  286.93 (0-360E) glon=  286.93 glat=  34.16 u=   1.5000 v= -23.9800 vr=   3.23518 vt=  23.80807
 i= 1048 j=  792 glon=  287.13 (0-360E) glon=  287.13 glat=  34.16 u=   4.9700 v= -23.8600 vr=   0.60344 vt=  24.36465
 i= 1053 j=  792 glon=  287.33 (0-360E) glon=  287.33 glat=  34.16 u=   5.3800 v= -22.3800 vr=   0.92095 vt=  22.99914
 i= 1058 j=  792 glon=  287.53 (0-360E) glon=  287.53 glat=  34.16 u=   4.0500 v= -24.7200 vr=   4.53642 vt=  24.63538
 i= 1063 j=  792 glon=  287.73 (0-360E) glon=  287.73 glat=  34.16 u=   5.8000 v= -22.3500 vr=   4.64497 vt=  22.61828
 i= 1068 j=  792 glon=  287.93 (0-360E) glon=  287.93 glat=  34.16 u=  11.8200 v= -18.5500 vr=   2.09376 vt=  21.89591
 i= 1073 j=  792 glon=  288.13 (0-360E) glon=  288.13 glat=  34.16 u=  14.2700 v= -10.7100 vr=   2.86946 vt=  17.60975
 i= 1078 j=  792 glon=  288.33 (0-360E) glon=  288.33 glat=  34.16 u=  16.8600 v=  -0.6200 vr=   4.46854 vt=  16.26887
 i= 1083 j=  792 glon=  288.53 (0-360E) glon=  288.53 glat=  34.16 u=  15.6100 v=   9.9700 vr=   3.93414 vt=  18.09960
 i= 1088 j=  792 glon=  288.73 (0-360E) glon=  288.73 glat=  34.16 u=  11.3500 v=  15.9500 vr=   1.94296 vt=  19.47947
 i= 1093 j=  792 glon=  288.93 (0-360E) glon=  288.93 glat=  34.16 u=   9.8500 v=  18.3500 vr=   2.33855 vt=  20.69483
 i= 1098 j=  792 glon=  289.13 (0-360E) glon=  289.13 glat=  34.16 u=  10.2200 v=  18.9100 vr=   4.20655 vt=  21.07941
 i= 1103 j=  792 glon=  289.33 (0-360E) glon=  289.33 glat=  34.16 u=   9.8500 v=  18.8700 vr=   4.96680 vt=  20.69856
 i= 1108 j=  792 glon=  289.53 (0-360E) glon=  289.53 glat=  34.16 u=   8.9400 v=  17.9900 vr=   5.01833 vt=  19.45199
 i= 1113 j=  792 glon=  289.73 (0-360E) glon=  289.73 glat=  34.16 u=   8.0300 v=  17.0200 vr=   4.82245 vt=  18.19080
 i= 1118 j=  792 glon=  289.93 (0-360E) glon=  289.93 glat=  34.16 u=   8.1500 v=  15.2200 vr=   5.60336 vt=  16.33014
 i= 1123 j=  792 glon=  290.13 (0-360E) glon=  290.13 glat=  34.16 u=   7.1600 v=  17.1900 vr=   4.60287 vt=  18.04371
 i= 1128 j=  792 glon=  290.33 (0-360E) glon=  290.33 glat=  34.16 u=   7.7400 v=  17.0200 vr=   5.43481 vt=  17.88996
 i= 1133 j=  792 glon=  290.53 (0-360E) glon=  290.53 glat=  34.16 u=   7.3200 v=  17.4100 vr=   5.16162 vt=  18.16723
 i= 1018 j=  797 glon=  285.93 (0-360E) glon=  285.93 glat=  33.96 u=  -1.5200 v= -21.2400 vr=   6.08184 vt=  20.40733
 i= 1023 j=  797 glon=  286.13 (0-360E) glon=  286.13 glat=  33.96 u=  -1.3100 v= -23.4900 vr=   6.78753 vt=  22.52611
 i= 1028 j=  797 glon=  286.33 (0-360E) glon=  286.33 glat=  33.96 u=  -0.9700 v= -22.0900 vr=   6.60447 vt=  21.10189
 i= 1033 j=  797 glon=  286.53 (0-360E) glon=  286.53 glat=  33.96 u=   0.4500 v= -18.7900 vr=   4.88425 vt=  18.14967
 i= 1038 j=  797 glon=  286.73 (0-360E) glon=  286.73 glat=  33.96 u=   2.8800 v= -19.4700 vr=   3.40668 vt=  19.38478
 i= 1043 j=  797 glon=  286.93 (0-360E) glon=  286.93 glat=  33.96 u=   4.6100 v= -22.5700 vr=   3.72650 vt=  22.73258
 i= 1048 j=  797 glon=  287.13 (0-360E) glon=  287.13 glat=  33.96 u=   5.8900 v= -22.9500 vr=   3.98512 vt=  23.35623
 i= 1053 j=  797 glon=  287.33 (0-360E) glon=  287.33 glat=  33.96 u=   9.0900 v= -20.4600 vr=   1.74115 vt=  22.32058
 i= 1058 j=  797 glon=  287.53 (0-360E) glon=  287.53 glat=  33.96 u=   9.1600 v= -20.0800 vr=   3.81386 vt=  21.73859
 i= 1063 j=  797 glon=  287.73 (0-360E) glon=  287.73 glat=  33.96 u=  10.4000 v= -19.5300 vr=   5.80600 vt=  21.35114
 i= 1068 j=  797 glon=  287.93 (0-360E) glon=  287.93 glat=  33.96 u=  13.6500 v= -15.6500 vr=   5.42563 vt=  20.04514
 i= 1073 j=  797 glon=  288.13 (0-360E) glon=  288.13 glat=  33.96 u=  18.9500 v=  -9.9800 vr=   4.63745 vt=  20.90925
 i= 1078 j=  797 glon=  288.33 (0-360E) glon=  288.33 glat=  33.96 u=  20.3600 v=  -2.0600 vr=   4.52597 vt=  19.95717
 i= 1083 j=  797 glon=  288.53 (0-360E) glon=  288.53 glat=  33.96 u=  18.6100 v=   5.6200 vr=   3.57564 vt=  19.10841
 i= 1088 j=  797 glon=  288.73 (0-360E) glon=  288.73 glat=  33.96 u=  16.0000 v=  12.5100 vr=   1.55406 vt=  20.25056
 i= 1093 j=  797 glon=  288.93 (0-360E) glon=  288.93 glat=  33.96 u=  14.8200 v=  16.0900 vr=   1.99602 vt=  21.78386
 i= 1098 j=  797 glon=  289.13 (0-360E) glon=  289.13 glat=  33.96 u=  13.5000 v=  17.9000 vr=   2.55952 vt=  22.27350
 i= 1103 j=  797 glon=  289.33 (0-360E) glon=  289.33 glat=  33.96 u=  12.4400 v=  17.8400 vr=   3.52316 vt=  21.46175
 i= 1108 j=  797 glon=  289.53 (0-360E) glon=  289.53 glat=  33.96 u=  11.1400 v=  17.1200 vr=   3.92516 vt=  20.04463
 i= 1113 j=  797 glon=  289.73 (0-360E) glon=  289.73 glat=  33.96 u=  11.2100 v=  15.9800 vr=   5.31546 vt=  18.78218
 i= 1118 j=  797 glon=  289.93 (0-360E) glon=  289.93 glat=  33.96 u=  10.3200 v=  14.4600 vr=   5.60551 vt=  16.85741
 i= 1123 j=  797 glon=  290.13 (0-360E) glon=  290.13 glat=  33.96 u=   7.8200 v=  17.2200 vr=   2.95893 vt=  18.67955
 i= 1128 j=  797 glon=  290.33 (0-360E) glon=  290.33 glat=  33.96 u=  11.0700 v=  16.0900 vr=   6.83679 vt=  18.29457
 i= 1133 j=  797 glon=  290.53 (0-360E) glon=  290.53 glat=  33.96 u=   9.8000 v=  16.3400 vr=   5.90855 vt=  18.11421
 i= 1023 j=  802 glon=  286.13 (0-360E) glon=  286.13 glat=  33.76 u=   1.0400 v= -21.7500 vr=   6.28733 vt=  20.84739
 i= 1028 j=  802 glon=  286.33 (0-360E) glon=  286.33 glat=  33.76 u=   2.7400 v= -19.0100 vr=   4.35609 vt=  18.70594
 i= 1033 j=  802 glon=  286.53 (0-360E) glon=  286.53 glat=  33.76 u=   2.2000 v= -18.9000 vr=   5.50604 vt=  18.21355
 i= 1038 j=  802 glon=  286.73 (0-360E) glon=  286.73 glat=  33.76 u=   4.0700 v= -18.7700 vr=   4.59507 vt=  18.64841
 i= 1043 j=  802 glon=  286.93 (0-360E) glon=  286.93 glat=  33.76 u=   6.9600 v= -19.7100 vr=   3.58130 vt=  20.59369
 i= 1048 j=  802 glon=  287.13 (0-360E) glon=  287.13 glat=  33.76 u=   7.6600 v= -19.1800 vr=   4.15986 vt=  20.22977
 i= 1053 j=  802 glon=  287.33 (0-360E) glon=  287.33 glat=  33.76 u=  10.5100 v= -17.4700 vr=   2.68932 vt=  20.20962
 i= 1058 j=  802 glon=  287.53 (0-360E) glon=  287.53 glat=  33.76 u=  12.6000 v= -15.8200 vr=   2.41591 vt=  20.07974
 i= 1063 j=  802 glon=  287.73 (0-360E) glon=  287.73 glat=  33.76 u=  13.5400 v= -14.7400 vr=   4.05624 vt=  19.59965
 i= 1068 j=  802 glon=  287.93 (0-360E) glon=  287.93 glat=  33.76 u=  16.1400 v= -11.2300 vr=   3.58066 vt=  19.33369
 i= 1073 j=  802 glon=  288.13 (0-360E) glon=  288.13 glat=  33.76 u=  18.5400 v=  -7.2400 vr=   3.75246 vt=  19.54657
 i= 1078 j=  802 glon=  288.33 (0-360E) glon=  288.33 glat=  33.76 u=  19.5200 v=  -2.4800 vr=   4.08749 vt=  19.24768
 i= 1083 j=  802 glon=  288.53 (0-360E) glon=  288.53 glat=  33.76 u=  19.2900 v=   4.4900 vr=   2.14796 vt=  19.68884
 i= 1088 j=  802 glon=  288.73 (0-360E) glon=  288.73 glat=  33.76 u=  18.3100 v=  10.0100 vr=   1.11337 vt=  20.83786
 i= 1093 j=  802 glon=  288.93 (0-360E) glon=  288.93 glat=  33.76 u=  18.1900 v=  14.1500 vr=   1.46038 vt=  22.99926
 i= 1098 j=  802 glon=  289.13 (0-360E) glon=  289.13 glat=  33.76 u=  15.5900 v=  14.4600 vr=   2.28832 vt=  21.14009
 i= 1103 j=  802 glon=  289.33 (0-360E) glon=  289.33 glat=  33.76 u=  15.2500 v=  14.5000 vr=   4.09714 vt=  20.64040
 i= 1108 j=  802 glon=  289.53 (0-360E) glon=  289.53 glat=  33.76 u=  13.3900 v=  14.3600 vr=   4.16587 vt=  19.18716
 i= 1113 j=  802 glon=  289.73 (0-360E) glon=  289.73 glat=  33.76 u=  13.1800 v=  13.5700 vr=   5.51269 vt=  18.09607
 i= 1118 j=  802 glon=  289.93 (0-360E) glon=  289.93 glat=  33.76 u=  12.4200 v=  12.4000 vr=   6.19087 vt=  16.42223
 i= 1123 j=  802 glon=  290.13 (0-360E) glon=  290.13 glat=  33.76 u=  10.3700 v=  16.5600 vr=   3.38488 vt=  19.24352
 i= 1128 j=  802 glon=  290.33 (0-360E) glon=  290.33 glat=  33.76 u=  12.8300 v=  14.5500 vr=   7.02841 vt=  18.08073
 i= 1133 j=  802 glon=  290.53 (0-360E) glon=  290.53 glat=  33.76 u=  11.8300 v=  15.5100 vr=   6.27991 vt=  18.46813
 i= 1023 j=  807 glon=  286.13 (0-360E) glon=  286.13 glat=  33.56 u=   2.0200 v= -19.2600 vr=   6.32520 vt=  18.30355
 i= 1028 j=  807 glon=  286.33 (0-360E) glon=  286.33 glat=  33.56 u=   4.8500 v= -16.4600 vr=   3.21937 vt=  16.85496
 i= 1033 j=  807 glon=  286.53 (0-360E) glon=  286.53 glat=  33.56 u=   6.3100 v= -16.8700 vr=   2.90995 vt=  17.77485
 i= 1038 j=  807 glon=  286.73 (0-360E) glon=  286.73 glat=  33.56 u=   7.1500 v= -16.1500 vr=   2.76112 vt=  17.44481
 i= 1043 j=  807 glon=  286.93 (0-360E) glon=  286.93 glat=  33.56 u=   8.3600 v= -18.2800 vr=   4.17719 vt=  19.66212
 i= 1048 j=  807 glon=  287.13 (0-360E) glon=  287.13 glat=  33.56 u=  10.0300 v= -17.9600 vr=   4.23485 vt=  20.13029
 i= 1053 j=  807 glon=  287.33 (0-360E) glon=  287.33 glat=  33.56 u=  11.5600 v= -15.2000 vr=   3.08699 vt=  18.84527
 i= 1058 j=  807 glon=  287.53 (0-360E) glon=  287.53 glat=  33.56 u=  14.0300 v= -13.2700 vr=   2.25027 vt=  19.17994
 i= 1063 j=  807 glon=  287.73 (0-360E) glon=  287.73 glat=  33.56 u=  15.8500 v= -10.2700 vr=   1.44760 vt=  18.83082
 i= 1068 j=  807 glon=  287.93 (0-360E) glon=  287.93 glat=  33.56 u=  17.5800 v=  -7.8700 vr=   1.75964 vt=  19.18064
 i= 1073 j=  807 glon=  288.13 (0-360E) glon=  288.13 glat=  33.56 u=  19.7100 v=  -4.1800 vr=   1.41495 vt=  20.09862
 i= 1078 j=  807 glon=  288.33 (0-360E) glon=  288.33 glat=  33.56 u=  20.7100 v=  -0.2400 vr=   1.53730 vt=  20.65426
 i= 1083 j=  807 glon=  288.53 (0-360E) glon=  288.53 glat=  33.56 u=  20.0900 v=   4.4000 vr=   0.89550 vt=  20.54668
 i= 1088 j=  807 glon=  288.73 (0-360E) glon=  288.73 glat=  33.56 u=  20.9600 v=   8.9300 vr=   0.78354 vt=  22.76955
 i= 1093 j=  807 glon=  288.93 (0-360E) glon=  288.93 glat=  33.56 u=  19.5400 v=  10.6800 vr=   1.99171 vt=  22.17898
 i= 1098 j=  807 glon=  289.13 (0-360E) glon=  289.13 glat=  33.56 u=  18.2300 v=  11.5100 vr=   3.29079 vt=  21.30689
 i= 1103 j=  807 glon=  289.33 (0-360E) glon=  289.33 glat=  33.56 u=  16.9700 v=  12.5000 vr=   3.87997 vt=  20.71658
 i= 1108 j=  807 glon=  289.53 (0-360E) glon=  289.53 glat=  33.56 u=  15.2000 v=  11.6500 vr=   4.75004 vt=  18.55262
 i= 1113 j=  807 glon=  289.73 (0-360E) glon=  289.73 glat=  33.56 u=  14.9200 v=  10.9700 vr=   6.17559 vt=  17.45879
 i= 1118 j=  807 glon=  289.93 (0-360E) glon=  289.93 glat=  33.56 u=  13.9800 v=  12.2300 vr=   5.71353 vt=  17.67396
 i= 1123 j=  807 glon=  290.13 (0-360E) glon=  290.13 glat=  33.56 u=  13.1100 v=  13.7000 vr=   5.09369 vt=  18.26517
 i= 1128 j=  807 glon=  290.33 (0-360E) glon=  290.33 glat=  33.56 u=  12.9700 v=  14.3800 vr=   5.40632 vt=  18.59508
 i= 1028 j=  812 glon=  286.33 (0-360E) glon=  286.33 glat=  33.36 u=   6.1400 v= -17.5100 vr=   4.25437 vt=  18.06101
 i= 1033 j=  812 glon=  286.53 (0-360E) glon=  286.53 glat=  33.36 u=   7.7600 v= -17.0700 vr=   3.57327 vt=  18.40745
 i= 1038 j=  812 glon=  286.73 (0-360E) glon=  286.73 glat=  33.36 u=   9.2000 v= -16.1300 vr=   2.92590 vt=  18.33728
 i= 1043 j=  812 glon=  286.93 (0-360E) glon=  286.93 glat=  33.36 u=  10.2400 v= -16.0900 vr=   3.37822 vt=  18.77054
 i= 1048 j=  812 glon=  287.13 (0-360E) glon=  287.13 glat=  33.36 u=  11.0900 v= -16.2000 vr=   4.37867 vt=  19.13780
 i= 1053 j=  812 glon=  287.33 (0-360E) glon=  287.33 glat=  33.36 u=  12.4400 v= -13.9400 vr=   3.55144 vt=  18.34297
 i= 1058 j=  812 glon=  287.53 (0-360E) glon=  287.53 glat=  33.36 u=  14.6000 v= -11.9000 vr=   2.69685 vt=  18.64127
 i= 1063 j=  812 glon=  287.73 (0-360E) glon=  287.73 glat=  33.36 u=  16.8700 v=  -8.6400 vr=   1.15571 vt=  18.91853
 i= 1068 j=  812 glon=  287.93 (0-360E) glon=  287.93 glat=  33.36 u=  19.3900 v=  -5.8400 vr=   0.49211 vt=  20.24439
 i= 1073 j=  812 glon=  288.13 (0-360E) glon=  288.13 glat=  33.36 u=  20.7700 v=  -2.6400 vr=   0.30724 vt=  20.93485
 i= 1078 j=  812 glon=  288.33 (0-360E) glon=  288.33 glat=  33.36 u=  21.3800 v=   0.6900 vr=   0.38869 vt=  21.38760
 i= 1083 j=  812 glon=  288.53 (0-360E) glon=  288.53 glat=  33.36 u=  21.9400 v=   3.4500 vr=   1.19956 vt=  22.17718
 i= 1088 j=  812 glon=  288.73 (0-360E) glon=  288.73 glat=  33.36 u=  22.0700 v=   6.2500 vr=   1.91170 vt=  22.85810
 i= 1093 j=  812 glon=  288.93 (0-360E) glon=  288.93 glat=  33.36 u=  20.1700 v=   9.0900 vr=   1.55319 vt=  22.06909
 i= 1098 j=  812 glon=  289.13 (0-360E) glon=  289.13 glat=  33.36 u=  18.6800 v=  10.6100 vr=   2.02387 vt=  21.38734
 i= 1103 j=  812 glon=  289.33 (0-360E) glon=  289.33 glat=  33.36 u=  18.1200 v=  10.4500 vr=   3.91625 vt=  20.54750
 i= 1108 j=  812 glon=  289.53 (0-360E) glon=  289.53 glat=  33.36 u=  16.2500 v=  10.6300 vr=   4.19407 vt=  18.95967
 i= 1113 j=  812 glon=  289.73 (0-360E) glon=  289.73 glat=  33.36 u=  16.6200 v=  10.9900 vr=   5.60905 vt=  19.11918
 i= 1118 j=  812 glon=  289.93 (0-360E) glon=  289.93 glat=  33.36 u=  16.0800 v=  13.0000 vr=   5.14598 vt=  20.02711
 i= 1123 j=  812 glon=  290.13 (0-360E) glon=  290.13 glat=  33.36 u=  14.5600 v=  15.1100 vr=   3.76173 vt=  20.64352
 i= 1128 j=  812 glon=  290.33 (0-360E) glon=  290.33 glat=  33.36 u=  14.0200 v=  15.1000 vr=   4.23663 vt=  20.16485
 i= 1028 j=  817 glon=  286.33 (0-360E) glon=  286.33 glat=  33.16 u=   7.7600 v= -16.2500 vr=   3.69029 vt=  17.62560
 i= 1033 j=  817 glon=  286.53 (0-360E) glon=  286.53 glat=  33.16 u=   8.7600 v= -15.1800 vr=   3.15701 vt=  17.23959
 i= 1038 j=  817 glon=  286.73 (0-360E) glon=  286.73 glat=  33.16 u=  10.5200 v= -14.1400 vr=   2.19923 vt=  17.48638
 i= 1043 j=  817 glon=  286.93 (0-360E) glon=  286.93 glat=  33.16 u=  11.4400 v= -13.4300 vr=   2.25733 vt=  17.49694
 i= 1048 j=  817 glon=  287.13 (0-360E) glon=  287.13 glat=  33.16 u=  12.1500 v= -13.8300 vr=   3.51731 vt=  18.06986
 i= 1053 j=  817 glon=  287.33 (0-360E) glon=  287.33 glat=  33.16 u=  14.7000 v= -11.4800 vr=   1.78291 vt=  18.56614
 i= 1058 j=  817 glon=  287.53 (0-360E) glon=  287.53 glat=  33.16 u=  16.9300 v=  -8.8600 vr=   0.32948 vt=  19.10539
 i= 1063 j=  817 glon=  287.73 (0-360E) glon=  287.73 glat=  33.16 u=  17.9000 v=  -7.0500 vr=   0.47194 vt=  19.23252
 i= 1068 j=  817 glon=  287.93 (0-360E) glon=  287.93 glat=  33.16 u=  19.6600 v=  -5.2300 vr=   0.69293 vt=  20.33195
 i= 1073 j=  817 glon=  288.13 (0-360E) glon=  288.13 glat=  33.16 u=  20.3700 v=  -2.6100 vr=   0.69537 vt=  20.52475
 i= 1078 j=  817 glon=  288.33 (0-360E) glon=  288.33 glat=  33.16 u=  21.2000 v=  -0.5900 vr=   1.48352 vt=  21.15626
 i= 1083 j=  817 glon=  288.53 (0-360E) glon=  288.53 glat=  33.16 u=  21.8200 v=   2.0300 vr=   1.83045 vt=  21.83764
 i= 1088 j=  817 glon=  288.73 (0-360E) glon=  288.73 glat=  33.16 u=  21.2400 v=   5.6600 vr=   0.96719 vt=  21.95991
 i= 1093 j=  817 glon=  288.93 (0-360E) glon=  288.93 glat=  33.16 u=  19.8200 v=   7.3900 vr=   1.39520 vt=  21.10682
 i= 1098 j=  817 glon=  289.13 (0-360E) glon=  289.13 glat=  33.16 u=  19.9500 v=   7.8200 vr=   3.33499 vt=  21.16678
 i= 1103 j=  817 glon=  289.33 (0-360E) glon=  289.33 glat=  33.16 u=  17.4600 v=   9.8500 vr=   2.22332 vt=  19.92313
 i= 1108 j=  817 glon=  289.53 (0-360E) glon=  289.53 glat=  33.16 u=  17.7300 v=  10.0700 vr=   3.88295 vt=  20.01700
 i= 1113 j=  817 glon=  289.73 (0-360E) glon=  289.73 glat=  33.16 u=  17.8300 v=  11.1900 vr=   4.60342 vt=  20.54102
 i= 1118 j=  817 glon=  289.93 (0-360E) glon=  289.93 glat=  33.16 u=  16.5000 v=  13.2500 vr=   3.53427 vt=  20.86436
 i= 1123 j=  817 glon=  290.13 (0-360E) glon=  290.13 glat=  33.16 u=  16.0500 v=  13.4700 vr=   4.19420 vt=  20.52930
 i= 1038 j=  822 glon=  286.73 (0-360E) glon=  286.73 glat=  32.96 u=  11.0600 v= -12.2500 vr=   1.74167 vt=  16.41197
 i= 1043 j=  822 glon=  286.93 (0-360E) glon=  286.93 glat=  32.96 u=  11.6900 v= -11.2500 vr=   1.67857 vt=  16.13695
 i= 1048 j=  822 glon=  287.13 (0-360E) glon=  287.13 glat=  32.96 u=  13.2100 v=  -9.5700 vr=   0.66449 vt=  16.29869
 i= 1053 j=  822 glon=  287.33 (0-360E) glon=  287.33 glat=  32.96 u=  15.0900 v=  -8.1400 vr=  -0.10915 vt=  17.14514
 i= 1058 j=  822 glon=  287.53 (0-360E) glon=  287.53 glat=  32.96 u=  16.1600 v=  -7.2700 vr=   0.27863 vt=  17.71781
 i= 1063 j=  822 glon=  287.73 (0-360E) glon=  287.73 glat=  32.96 u=  17.2100 v=  -5.8600 vr=   0.42888 vt=  18.17525
 i= 1068 j=  822 glon=  287.93 (0-360E) glon=  287.93 glat=  32.96 u=  18.2500 v=  -3.1300 vr=  -0.46622 vt=  18.51059
 i= 1073 j=  822 glon=  288.13 (0-360E) glon=  288.13 glat=  32.96 u=  19.0400 v=  -1.4200 vr=  -0.11519 vt=  19.09253
 i= 1078 j=  822 glon=  288.33 (0-360E) glon=  288.33 glat=  32.96 u=  19.6500 v=   0.1400 vr=   0.57243 vt=  19.64216
 i= 1083 j=  822 glon=  288.53 (0-360E) glon=  288.53 glat=  32.96 u=  20.0200 v=   1.9800 vr=   1.07429 vt=  20.08897
 i= 1088 j=  822 glon=  288.73 (0-360E) glon=  288.73 glat=  32.96 u=  20.2900 v=   3.7300 vr=   1.68878 vt=  20.56076
 i= 1093 j=  822 glon=  288.93 (0-360E) glon=  288.93 glat=  32.96 u=  20.1000 v=   6.0700 vr=   1.59019 vt=  20.93624
 i= 1098 j=  822 glon=  289.13 (0-360E) glon=  289.13 glat=  32.96 u=  18.8900 v=   8.1600 vr=   1.20602 vt=  20.54174
 i= 1103 j=  822 glon=  289.33 (0-360E) glon=  289.33 glat=  32.96 u=  19.4900 v=   8.8800 vr=   2.72168 vt=  21.24399
 i= 1108 j=  822 glon=  289.53 (0-360E) glon=  289.53 glat=  32.96 u=  19.9800 v=  10.2200 vr=   3.61489 vt=  22.14907
 i= 1113 j=  822 glon=  289.73 (0-360E) glon=  289.73 glat=  32.96 u=  18.0700 v=  11.5600 vr=   2.92192 vt=  21.25137
 i= 1118 j=  822 glon=  289.93 (0-360E) glon=  289.93 glat=  32.96 u=  16.9100 v=  12.2800 vr=   2.93692 vt=  20.69108
 i= 1043 j=  827 glon=  286.93 (0-360E) glon=  286.93 glat=  32.76 u=  12.6700 v= -10.8500 vr=   1.79820 vt=  16.58366
 i= 1048 j=  827 glon=  287.13 (0-360E) glon=  287.13 glat=  32.76 u=  12.9200 v=  -9.7500 vr=   1.92269 vt=  16.07147
 i= 1053 j=  827 glon=  287.33 (0-360E) glon=  287.33 glat=  32.76 u=  13.4000 v=  -8.8000 vr=   2.13079 vt=  15.88898
 i= 1058 j=  827 glon=  287.53 (0-360E) glon=  287.53 glat=  32.76 u=  15.4800 v=  -6.8100 vr=   0.89588 vt=  16.88798
 i= 1063 j=  827 glon=  287.73 (0-360E) glon=  287.73 glat=  32.76 u=  16.7400 v=  -4.6200 vr=   0.00495 vt=  17.36583
 i= 1068 j=  827 glon=  287.93 (0-360E) glon=  287.93 glat=  32.76 u=  17.6600 v=  -3.3300 vr=   0.26688 vt=  17.96923
 i= 1073 j=  827 glon=  288.13 (0-360E) glon=  288.13 glat=  32.76 u=  18.2400 v=  -2.1400 vr=   0.84797 vt=  18.34552
 i= 1078 j=  827 glon=  288.33 (0-360E) glon=  288.33 glat=  32.76 u=  18.8100 v=  -0.4700 vr=   1.06778 vt=  18.78555
 i= 1083 j=  827 glon=  288.53 (0-360E) glon=  288.53 glat=  32.76 u=  19.5600 v=   2.3900 vr=   0.23530 vt=  19.70407
 i= 1088 j=  827 glon=  288.73 (0-360E) glon=  288.73 glat=  32.76 u=  19.8100 v=   4.6300 vr=   0.05944 vt=  20.34378
 i= 1093 j=  827 glon=  288.93 (0-360E) glon=  288.93 glat=  32.76 u=  20.3000 v=   6.1700 vr=   0.67803 vt=  21.20611
 i= 1098 j=  827 glon=  289.13 (0-360E) glon=  289.13 glat=  32.76 u=  20.8600 v=   7.4500 vr=   1.61009 vt=  22.09185
 i= 1103 j=  827 glon=  289.33 (0-360E) glon=  289.33 glat=  32.76 u=  20.7500 v=   9.1500 vr=   1.87271 vt=  22.60040
 i= 1108 j=  827 glon=  289.53 (0-360E) glon=  289.53 glat=  32.76 u=  19.2400 v=  10.6200 vr=   1.51499 vt=  21.92411
 i= 1053 j=  832 glon=  287.33 (0-360E) glon=  287.33 glat=  32.56 u=  16.0700 v=  -6.9600 vr=   0.07905 vt=  17.51229
 i= 1058 j=  832 glon=  287.53 (0-360E) glon=  287.53 glat=  32.56 u=  16.8700 v=  -5.2700 vr=  -0.38820 vt=  17.66972
 i= 1063 j=  832 glon=  287.73 (0-360E) glon=  287.73 glat=  32.56 u=  17.6000 v=  -3.3600 vr=  -0.93299 vt=  17.89355
 i= 1068 j=  832 glon=  287.93 (0-360E) glon=  287.93 glat=  32.56 u=  18.2900 v=  -1.8200 vr=  -0.98960 vt=  18.35367
 i= 1073 j=  832 glon=  288.13 (0-360E) glon=  288.13 glat=  32.56 u=  19.2300 v=  -0.4900 vr=  -0.71955 vt=  19.22278
 i= 1078 j=  832 glon=  288.33 (0-360E) glon=  288.33 glat=  32.56 u=  20.0400 v=   1.1300 vr=  -0.56215 vt=  20.06396
 i= 1083 j=  832 glon=  288.53 (0-360E) glon=  288.53 glat=  32.56 u=  20.3200 v=   2.7800 vr=  -0.34696 vt=  20.50635
 i= 1088 j=  832 glon=  288.73 (0-360E) glon=  288.73 glat=  32.56 u=  20.9400 v=   4.7400 vr=  -0.31734 vt=  21.46743
 i= 1093 j=  832 glon=  288.93 (0-360E) glon=  288.93 glat=  32.56 u=  21.3600 v=   5.9200 vr=   0.50959 vt=  22.15934
 i= 1098 j=  832 glon=  289.13 (0-360E) glon=  289.13 glat=  32.56 u=  20.9800 v=   7.5100 vr=   0.68802 vt=  22.27301
 i= 1103 j=  832 glon=  289.33 (0-360E) glon=  289.33 glat=  32.56 u=  19.8600 v=   9.2800 vr=   0.30291 vt=  21.91908
 i= 1073 j=  837 glon=  288.13 (0-360E) glon=  288.13 glat=  32.36 u=  19.4400 v=  -0.7200 vr=  -0.38286 vt=  19.44956
 i= 1078 j=  837 glon=  288.33 (0-360E) glon=  288.33 glat=  32.36 u=  20.0200 v=   1.3800 vr=  -0.86858 vt=  20.04870
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    18.5389570208089       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     30.73 kts
    LL Wind Circ Vt mean quadmax value: SE     32.68 kts
    LL Wind Circ Vt mean quadmax value: SW     30.91 kts
    LL Wind Circ Vt mean quadmax value: NW     32.47 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   9.05237757037931       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.4110655287830     
   xcenlon=    288.321241530525     
   imax=         2738  jmax=         2041
   jlatfix=          785
   ilonfix (unadjusted) =         1078
  
 In get_max_wind, ibeg=          995  iend=         1160
                  jbeg=          717  jend=          854
         ilonfix=         1078  jlatfix=          785
 At end of get_max_wind, vmax=    21.0939849246177       rmax= 
   68.9591665124940     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.47 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    6.22 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.35 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.92 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.15 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.20 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.14 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   13.95 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   14.62 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   15.59 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   15.92 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   16.17 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   16.42 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   16.65 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   16.86 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   17.03 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   17.12 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   17.19 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   17.25 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   17.27 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   17.26 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   17.19 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   17.10 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   17.00 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   16.88 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   16.75 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   16.65 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   16.57 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   16.51 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   16.46 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   16.42 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   16.39 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   16.36 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   16.31 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   16.24 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.16 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.09 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.04 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.99 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.96 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.91 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    17.27 m/s   maxrmw_dist=    63.00  km   maxrmw_ix=   21
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    63.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    17.2741560793391      
  (m/s)   (in kts)=    33.5585030153322     
  rising_sum_dvdr=       7.35795561458788     
  declining_sum_dvdr=   -1.18380822502150     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=    96 igrct=  1 Vmax (m/s)=   21.094   22:29:30
 TIMING: before call  getradii, fhr=    96 igrct=  1   22:29:30
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.71073609232748     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.71073609232748     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.91753828397661     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.91753828397661     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.6516976045024     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.6516976045024     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.1657611603408     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   13.17 good_quad_ct=   4 mean_vt_4quad=      3.29
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   15.82 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   15.91 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   16.04 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   16.17 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   16.26 mean_vt_4quad=   10.30
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   16.39 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   16.46 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   16.48 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   16.56 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   16.70 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   16.92 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   17.20 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   17.64 mean_vt_4quad=   10.76
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 111
  ++++ rdist(ihc)=  333.00  mean_radii_vt_4quad(ihc)=   10.76 .... 0.5*v_holland=    3.23
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 110
  ++++ rdist(ihc)=  330.00  mean_radii_vt_4quad(ihc)=   10.83 .... 0.5*v_holland=    3.23
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 109
  ++++ rdist(ihc)=  327.00  mean_radii_vt_4quad(ihc)=   10.91 .... 0.5*v_holland=    3.23
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 108
  ++++ rdist(ihc)=  324.00  mean_radii_vt_4quad(ihc)=   10.98 .... 0.5*v_holland=    3.23
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 107
  ++++ rdist(ihc)=  321.00  mean_radii_vt_4quad(ihc)=   11.06 .... 0.5*v_holland=    3.23
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    333.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   179.686800000000     
 vradius(iwindix,iquad) =         180
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   11.01 mean_vt_4quad=   10.11
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.98 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.99 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   11.07 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   11.15 mean_vt_4quad=   10.30
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   11.23 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   11.30 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   11.37 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   11.42 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   11.47 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   11.51 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   11.52 mean_vt_4quad=   10.69
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   11.52 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   11.54 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   11.57 mean_vt_4quad=   10.91
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   11.60 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   11.63 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   11.67 mean_vt_4quad=   11.14
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   11.70 mean_vt_4quad=   11.21
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   11.72 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   11.76 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   11.84 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   11.92 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   11.98 mean_vt_4quad=   11.55
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   12.02 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   12.05 mean_vt_4quad=   11.63
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   12.05 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   12.04 mean_vt_4quad=   11.69
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   12.03 mean_vt_4quad=   11.71
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   12.02 mean_vt_4quad=   11.74
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   12.09 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   12.18 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   12.26 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   12.32 mean_vt_4quad=   11.90
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   12.35 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   12.37 mean_vt_4quad=   12.00
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   12.42 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   12.52 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   12.66 mean_vt_4quad=   12.18
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   12.80 mean_vt_4quad=   12.24
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.95 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   13.08 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   13.20 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   13.33 mean_vt_4quad=   12.48
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   13.46 mean_vt_4quad=   12.55
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   13.60 mean_vt_4quad=   12.62
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   13.74 mean_vt_4quad=   12.72
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   13.90 mean_vt_4quad=   12.83
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   14.06 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   14.18 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   14.23 mean_vt_4quad=   13.09
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   14.22 mean_vt_4quad=   13.17
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   14.23 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   14.27 mean_vt_4quad=   13.33
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   14.48 mean_vt_4quad=   13.41
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   14.70 mean_vt_4quad=   13.48
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   14.93 mean_vt_4quad=   13.55
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   15.26 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   15.56 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   15.87 mean_vt_4quad=   13.74
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   16.06 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   16.12 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   16.08 mean_vt_4quad=   14.05
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   16.04 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   16.03 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   16.07 mean_vt_4quad=   14.22
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   16.15 mean_vt_4quad=   14.26
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   16.27 mean_vt_4quad=   14.31
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   16.37 mean_vt_4quad=   14.35
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   16.44 mean_vt_4quad=   14.40
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   16.48 mean_vt_4quad=   14.45
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   16.52 mean_vt_4quad=   14.49
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   16.55 mean_vt_4quad=   14.54
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   16.58 mean_vt_4quad=   14.61
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   16.58 mean_vt_4quad=   14.69
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   16.60 mean_vt_4quad=   14.78
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   16.62 mean_vt_4quad=   14.87
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   16.68 mean_vt_4quad=   14.93
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   16.80 mean_vt_4quad=   14.99
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   16.88 mean_vt_4quad=   15.03
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   16.96 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   17.07 mean_vt_4quad=   15.13
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   17.20 mean_vt_4quad=   15.19
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   17.43 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   17.67 mean_vt_4quad=   15.30
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   15.30 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   15.35 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   15.42 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   15.49 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   15.55 .... 0.5*v_holland=    8.10
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   13.35 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.43 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.52 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.58 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.61 mean_vt_4quad=   10.30
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.63 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.67 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.78 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.88 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.93 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   14.01 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   14.10 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   14.22 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.43 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.66 mean_vt_4quad=   10.91
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.83 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.97 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.09 mean_vt_4quad=   11.14
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.27 mean_vt_4quad=   11.21
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   15.48 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   15.64 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.79 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.78 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.75 mean_vt_4quad=   11.55
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.59 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.31 mean_vt_4quad=   11.63
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.11 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.04 mean_vt_4quad=   11.69
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.07 mean_vt_4quad=   11.71
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.12 mean_vt_4quad=   11.74
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.12 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   15.13 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.23 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.35 mean_vt_4quad=   11.90
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.48 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.64 mean_vt_4quad=   12.00
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.82 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.94 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   16.00 mean_vt_4quad=   12.18
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.98 mean_vt_4quad=   12.24
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.93 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.75 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.46 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.94 mean_vt_4quad=   12.48
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.83 mean_vt_4quad=   12.55
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   14.96 mean_vt_4quad=   12.62
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.07 mean_vt_4quad=   12.72
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.19 mean_vt_4quad=   12.83
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.30 mean_vt_4quad=   12.93
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.51 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.74 mean_vt_4quad=   13.09
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.89 mean_vt_4quad=   13.17
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   16.06 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   16.28 mean_vt_4quad=   13.33
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.51 mean_vt_4quad=   13.41
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.75 mean_vt_4quad=   13.48
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.98 mean_vt_4quad=   13.55
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   17.17 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   17.35 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.46 mean_vt_4quad=   13.74
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.51 mean_vt_4quad=   13.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   13.84 .... 0.5*v_holland=    5.48
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   13.95 .... 0.5*v_holland=    5.48
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   14.05 .... 0.5*v_holland=    5.48
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    5.48
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   14.17 .... 0.5*v_holland=    5.48
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    189.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   101.984400000000     
 vradius(iwindix,iquad) =         102
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.43 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   14.51 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   14.61 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   14.67 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   14.72 mean_vt_4quad=   10.30
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   14.79 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.85 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.88 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.92 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.98 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   15.02 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   15.10 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   15.16 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   15.20 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   15.26 mean_vt_4quad=   10.91
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   15.31 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   15.41 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   15.56 mean_vt_4quad=   11.14
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.76 mean_vt_4quad=   11.21
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.91 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   16.00 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   16.03 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   16.11 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   16.21 mean_vt_4quad=   11.55
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   16.34 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   16.47 mean_vt_4quad=   11.63
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   16.59 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   16.67 mean_vt_4quad=   11.69
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.72 mean_vt_4quad=   11.71
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   16.66 mean_vt_4quad=   11.74
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.56 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.47 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   16.43 mean_vt_4quad=   11.84
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   16.33 mean_vt_4quad=   11.90
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.27 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.30 mean_vt_4quad=   12.00
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   16.37 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   16.40 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   16.42 mean_vt_4quad=   12.18
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   16.53 mean_vt_4quad=   12.24
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   16.66 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   16.78 mean_vt_4quad=   12.37
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   16.92 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.04 mean_vt_4quad=   12.48
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   17.22 mean_vt_4quad=   12.55
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   17.36 mean_vt_4quad=   12.62
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   17.39 mean_vt_4quad=   12.72
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   17.49 mean_vt_4quad=   12.83
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   17.54 mean_vt_4quad=   12.93
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   12.93 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   13.02 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   13.09 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.17 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.25 .... 0.5*v_holland=    4.68
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    225.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   121.410000000000     
 vradius(iwindix,iquad) =         121
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.0939849246177       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=    96 igrct=  1   22:29:30
 TIMING: after getrad_iter_loop, fhr=    96 igrct=  2 Vmax (m/s)=   21.094   22:29:30
 TIMING: Before get_phase ... 22:29:30
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=           96 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =    99.016
  
  
  In get_cps_paramb, lead time=           96 :           0   10L  IDALIA   
   right_ct=          942   left_ct=          984
   zthicksum(1)=    3214301.65287500     
   zthicksum(2)=    3344947.17349999     
   zthick_right_mean=    3412.20982258493     
   zthick_left_mean=     3399.33655843495     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    12.8732641499764     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           61.57
  Sum of y-diffs squared (ydiff2) =         3549.94
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   178.34   6.7452       29.43   0.1661    -4.26    18.12      865.93
    2   170.34   6.6846       21.43   0.1055     0.04     0.00      459.10
    3   161.07   6.6201       12.16   0.0409     3.86    14.93      147.93
    4   146.99   6.5511       -1.92  -0.0281     3.78    14.25        3.68
    5   128.53   6.4770      -20.38  -0.1022     0.34     0.12      415.40
    6   108.19   6.3969      -40.72  -0.1822    -3.76    14.15     1657.90
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   148.909     x:    6.58
  
  slope=    202.804         y-intercept =  -1185.372
  Regression equation:   Y = -1185.37 +   202.80X
  
  R2(r_squared) =  0.9827        r =  0.9913
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1056.95 zmin=  868.78 zdiff=  188.18
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1548.76 zmin= 1370.43 zdiff=  178.34
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -9.84 dlnp=     -0.057158  dzdlnp=      172.153
  
   +++ k=  3 press=    800.0 zmax= 2067.77 zmin= 1897.44 zdiff=  170.34
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.00 dlnp=     -0.060625  dzdlnp=      131.960
  
   +++ k=  4 press=    750.0 zmax= 2614.13 zmin= 2453.06 zdiff=  161.07
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.26 dlnp=     -0.064539  dzdlnp=      143.542
  
   +++ k=  5 press=    700.0 zmax= 3192.22 zmin= 3045.23 zdiff=  146.99
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -14.08 dlnp=     -0.068993  dzdlnp=      204.079
  
   +++ k=  6 press=    650.0 zmax= 3806.00 zmin= 3677.47 zdiff=  128.53
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -18.46 dlnp=     -0.074108  dzdlnp=      249.150
  
   +++ k=  7 press=    600.0 zmax= 4461.60 zmin= 4353.41 zdiff=  108.19
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -20.34 dlnp=     -0.080043  dzdlnp=      254.064
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          327.44
  Sum of y-diffs squared (ydiff2) =          671.23
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    87.12   6.3099        1.72   0.2788    11.93   142.42        2.97
    2    74.93   6.2146      -10.47   0.1834    -3.75    14.06      109.61
    3    72.08   6.1092      -13.32   0.0781   -10.46   109.35      177.35
    4    84.32   5.9915       -1.08  -0.0397    -2.53     6.41        1.16
    5    89.47   5.8579        4.07  -0.1732    -2.27     5.16       16.60
    6   104.46   5.7038       19.07  -0.3274     7.07    50.05      363.54
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    85.397     x:    6.03
  
  slope=    -36.631         y-intercept =    306.322
  Regression equation:   Y =   306.32 -    36.63X
  
  R2(r_squared) =  0.5122        r =  0.7157
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=           96 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4461.60 zmin= 4353.41 zdiff=  108.19
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5164.56 zmin= 5077.44 zdiff=   87.12
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -21.07 dlnp=     -0.087011  dzdlnp=      242.175
  
   +++ k=  9 press=    500.0 zmax= 5923.99 zmin= 5849.06 zdiff=   74.93
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -12.19 dlnp=     -0.095310  dzdlnp=      127.919
  
   +++ k= 10 press=    450.0 zmax= 6750.35 zmin= 6678.27 zdiff=   72.08
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -2.85 dlnp=     -0.105361  dzdlnp=       27.031
  
   +++ k= 11 press=    400.0 zmax= 7657.80 zmin= 7573.48 zdiff=   84.32
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      12.24 dlnp=     -0.117783  dzdlnp=     -103.920
  
   +++ k= 12 press=    350.0 zmax= 8666.59 zmin= 8577.12 zdiff=   89.47
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       5.15 dlnp=     -0.133531  dzdlnp=      -38.583
  
   +++ k= 13 press=    300.0 zmax= 9801.78 zmin= 9697.32 zdiff=  104.46
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      14.99 dlnp=     -0.154151  dzdlnp=      -97.255
  
cps_stats: 10L   lead time=  96: 0   paramb=    12.87  vtl=    202.80  vtu=    -36.63
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour   96:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.321 (0-360) guesslon=  288.321E  (  71.679W)   guesslat=   34.411
 ilonfix=         1078  jlatfix=          785  npts=           33
 ibeg=         1002  jbeg=          717  imax=         2738
 iend=         1154  jend=          853  jmax=         2041
 TIMING: find_maxmin 1  22:29:30
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.001E  (0-360) ctlon=  287.001E  (  72.999W)  ctlat=   34.291 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:29:30
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.001E   (0-360) guesslon=  287.001E  (  72.999W)   guesslat=   34.291
 ilonfix=         1045  jlatfix=          788  npts=           16
 ibeg=          993  jbeg=          744  imax=         2738
 iend=         1097  jend=          832  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.981E  (0-360) ctlon=  286.981  (  73.019W)  ctlat=   34.171 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L    96:00  mean_lon:  286.98E (  73.02W)    (0-360) mean_lon=  286.98E  mean_lat:   34.17  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L    96:00  ifix:  1032   jfix:   768  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1032  jx=          768
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         560 ,         296 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         559 ,         295 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L    96:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:29:30
 TIMING: Before shear ... 22:29:30
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           17
  clon(ist,ifh,3)=    288.266876482557     
  clat(ist,ifh,3)=    34.3783588803711     
  fixlon(ist,ifh)=    288.321241530525     
  fixlat(ist,ifh)=    34.4110655287830     
  xcenlon=    288.266876482557     
  xcenlat=    34.3783588803711     
  
 xxshear
 In get_shear A, xcenlon=    288.266876482557       xcenlat= 
   34.3783588803711     
   In get_shear B, (0-360) xcenlon=    288.266876482557     
  
At start of get_shear:  10L   fhr=   96:00   Mean fix position=   288.32E  ( 71.68W)    34.41  (0-360) mean lon fix=  288.32
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   18.54 vr_mean(idist,ilev)=    0.74
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   19.42 vr_mean(idist,ilev)=    0.87
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   19.48 vr_mean(idist,ilev)=    0.02
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   19.18 vr_mean(idist,ilev)=    0.46
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   18.14 vr_mean(idist,ilev)=    0.80
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.38 vr_mean(idist,ilev)=    1.64
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.53 vr_mean(idist,ilev)=    1.37
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   18.28 vr_mean(idist,ilev)=    1.53
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   17.08 vr_mean(idist,ilev)=    1.72
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.49 vr_mean(idist,ilev)=    1.27
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.66 vr_mean(idist,ilev)=    0.32
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.73 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.39 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.72 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.85 vr_mean(idist,ilev)=   -0.08
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   11.06 vr_mean(idist,ilev)=   -0.23
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=   10.35 vr_mean(idist,ilev)=   -0.15
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    9.71 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    9.25 vr_mean(idist,ilev)=   -0.21
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.13 vr_mean(idist,ilev)=   20.13
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.20 vr_mean(idist,ilev)=   30.20
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.27 vr_mean(idist,ilev)=   40.27
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.34 vr_mean(idist,ilev)=   50.34
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.42 vr_mean(idist,ilev)=   60.42
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -70.51 vr_mean(idist,ilev)=   70.51
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -80.60 vr_mean(idist,ilev)=   80.60
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -90.71 vr_mean(idist,ilev)=   90.71
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -100.82 vr_mean(idist,ilev)=  100.82
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -110.95 vr_mean(idist,ilev)=  110.95
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -121.09 vr_mean(idist,ilev)=  121.09
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -131.24 vr_mean(idist,ilev)=  131.24
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -141.41 vr_mean(idist,ilev)=  141.41
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -151.61 vr_mean(idist,ilev)=  151.61
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -161.82 vr_mean(idist,ilev)=  161.82
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -172.06 vr_mean(idist,ilev)=  172.06
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -182.32 vr_mean(idist,ilev)=  182.32
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -192.62 vr_mean(idist,ilev)=  192.62
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -202.95 vr_mean(idist,ilev)=  202.95
  
 At end of get_shear: 
     ist=    4 ifh=   17 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:29:30
  
 After call to fixcenter, fix positions at 
 forecast hour=   96:00 follow:
  
fixpos  10L   fhr=   96:00   Fix position=   288.32E  ( 71.68W)    34.41   Max Wind=  41 kts
  
  
 xxxx get_next_ges, prev fix lon=    287.237618992729     
 xxxx get_next_ges, curr fix lon=    288.321241530525     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.321241530525        fixlat=    34.4110655287830     
        (0-360) fixlon=    288.321241530525     
      ilonfix=         1078   jlatfix=          785
      ibeg=          578   iend=         1578
      jbeg=          333   jend=         1237
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.06684312616772       vavg=   -1.77336839618442     
      ubar=   0.266710781541931       vbar=  -0.443342099046106     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    3.23660300410676       vavg=  -0.471575458011769     
      ubar=    1.88501228359531       vbar=  -0.679129828051990     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.81197120854617       vavg=   0.630697809820361     
      ubar=    3.08800508573186       vbar=  -0.521455375596900     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.08800508573186       vbar=  -0.521455375596900     
      wgttot=    1.00000000000000     
      fixlon=    288.321241530525        fixlat=    34.4110655287830     
      barnlon=    289.047895949102       barnlat=    34.3097709899787     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.825503598469189     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.047895949102     
     Raw (no conversion for GM wrap) extraplon=    289.402965945766     
  
 --- barnlon=    289.05E  (  70.95W)    barnlat=     34.31
 --- extraplon=  289.40E  (  70.60W)    extraplat=   34.26
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.41
 | Current fix lon is   71.68W   ( 288.32E)
 | Current fix lon (raw, unadjusted)=  288.32E
 | Updated guess lat for next fcst hour is   34.29
 | Updated guess lon (0-360) for next fcst hour is   70.77W   ( 289.23E)
 | Raw updated guess lon for next fcst hour is  289.23E)
 -------------------------------------------------
  
 iocheck, dist=    84.1449396291114        distm=    84144.9396291114     
 iocheck, stmspd=    3.89559905690331        istmspd=           76
 iocheck, xincr=   0.904189416909276        yincr=  -0.123968517017666     
 iocheck, stmdir=    97.8068402387119        istmdir=           98
 +++ RPT_STORM_MOTION: istmspd=    76 kts(*10)    istmdir=    98 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  17
     Fix location for this time:   288.32E  ( 71.68W)    34.41
     Fix lon (raw) for this time:  288.32E
     ilonfix= 1078  jlatfix=  785
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.321241530525       xcenlat=    34.4110655287830     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.321241530525       xcenlat=    34.4110655287830     
  ilonfix=         1078  jlatfix=          785
  ibeg=          950  iend=         1206
  jbeg=          669  jend=          901  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.321241530525        xcenlat=    34.4110655287830     
      ilonfix=         1078   jlatfix=          785
      ibeg=          950   iend=         1206
      jbeg=          669   jend=          901
 After call to barnes, xsmoothval=   2.677169307941683E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.677169307941683E-004
      xcenlon=    288.321241530525        xcenlat=    34.4110655287830     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000268  imeanzeta (*1e6)=      268
   --- mean zeta raw =   2.677169307941683E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001754  igrid zeta (*1e6)=     1754 ifilret=   0
   --- grid zeta raw=   1.753687583790001E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.321241530525       xcenlat=    34.4110655287830     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.321241530525       xcenlat=    34.4110655287830     
  ilonfix=         1078  jlatfix=          785
  ibeg=          950  iend=         1206
  jbeg=          669  jend=          901  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.321241530525        xcenlat=    34.4110655287830     
      ilonfix=         1078   jlatfix=          785
      ibeg=          950   iend=         1206
      jbeg=          669   jend=          901
 After call to barnes, xsmoothval=   2.312081929694920E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.312081929694920E-004
      xcenlon=    288.321241530525        xcenlat=    34.4110655287830     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000231  imeanzeta (*1e6)=      231
   --- mean zeta raw =   2.312081929694920E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001540  igrid zeta (*1e6)=     1540 ifilret=   0
   --- grid zeta raw=   1.539519570854600E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=           96
  
 segx, outlon=    288.321241530525       outlat=    34.4110655287830     
   ist=            4  ifcsthour=           96
   vmaxwind=    21.0939849246177       xminmslp=    99273.0800000000     
   vradius=          180           0           0          63           0
           0         102           0           0         121           0
           0
   maxstorm=            6
   plastbar=    100873.080000000       rlastbar=    98.6020031749179     
   rmax=    68.9591665124940     
   cps_vals=    12.8732641499764        202.804491989730     
  -36.6306211264422     
   wcore_flag= n
   istmspd=           76  istmdir=           98
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    63.0000000000000     
   axisymet_rmw_val=     17.2741560793391     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   98.6020031749179       irlastbar=          99
 output: plastbar=   100873.080000000       iplastbar=        1009
 rmax=    68.9591665124940        irmax=           69
 TXX top of atcfunix_ext, ist=            4  ifh=           96
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   98.6020031749179       irlastbar=          99
 output: plastbar=   100873.080000000       iplastbar=        1009
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=           96
 intlat=          344
 clatns= N
 intlon=          717
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           41
 int(xminmslp/mslp_outp_adj + 0.5)=          993
 XX,  34, NEQ
 vradius(1,1)=          180
 vradius(1,2)=           63
 vradius(1,3)=          102
 vradius(1,4)=          121
 iplastbar=         1009
 irlastbar=           99
 irmax=           69
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           98
 istmspd=           76
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          129
 icps_vals(2)=         2028
 icps_vals(3)=         -366
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           34
 irmw_val=           34
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          268
 igridzeta(1)=         1754
 imeanzeta(2)=          231
 igridzeta(2)=         1540
  
 rmax=    68.9591665124940        irmax=           69
 +++ Top of output_atcf_parms, ist=            4  ifh=           96
  
 xxxx get_next_ges, prev fix lon=    287.237618992729     
 xxxx get_next_ges, curr fix lon=    288.321241530525     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.321241530525        fixlat=    34.4110655287830     
        (0-360) fixlon=    288.321241530525     
      ilonfix=         1078   jlatfix=          785
      ibeg=          578   iend=         1578
      jbeg=          333   jend=         1237
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    1.06684312616772       vavg=   -1.77336839618442     
      ubar=   0.266710781541931       vbar=  -0.443342099046106     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    3.23660300410676       vavg=  -0.471575458011769     
      ubar=    1.88501228359531       vbar=  -0.679129828051990     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    4.81197120854617       vavg=   0.630697809820361     
      ubar=    3.08800508573186       vbar=  -0.521455375596900     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    3.08800508573186       vbar=  -0.521455375596900     
      wgttot=    1.00000000000000     
      fixlon=    288.321241530525        fixlat=    34.4110655287830     
      barnlon=    289.047895949102       barnlat=    34.3097709899787     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.825503598469189     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.047895949102     
     Raw (no conversion for GM wrap) extraplon=    289.402965945766     
  
 --- barnlon=    289.05E  (  70.95W)    barnlat=     34.31
 --- extraplon=  289.40E  (  70.60W)    extraplat=   34.26
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    96.0000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.41
 | Current fix lon is   71.68W   ( 288.32E)
 | Current fix lon (raw, unadjusted)=  288.32E
 | Updated guess lat for next fcst hour is   34.29
 | Updated guess lon (0-360) for next fcst hour is   70.77W   ( 289.23E)
 | Raw updated guess lon for next fcst hour is  289.23E)
 -------------------------------------------------
  
 iocheck, dist=    84.1449396291114        distm=    84144.9396291114     
 iocheck, stmspd=    3.89559905690331        istmspd=           76
 iocheck, xincr=   0.904189416909276        yincr=  -0.123968517017666     
 iocheck, stmdir=    97.8068402387119        istmdir=           98
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 96
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 96 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          217  = igcret =            0
 baclose return code for unit          617  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:  102:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f06120                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f06120.ix                                                                                    
hafs.trak.storm.2023082812.f06120: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: cannot stat: 2
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: Not ready yet.  Size=106265594, age=4, min size=500, min age=10
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: Not ready yet.  Size=106265594, age=9, min size=500, min age=10
hafs.trak.storm.2023082812.f06120: sleep 5
hafs.trak.storm.2023082812.f06120: ready.
hafs.trak.storm.2023082812.f06120.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f06120.ix: ready.
 in open_grib_files in multi else part....
   lugb=          218   lugi=          618
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06120                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06120.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f06120...  gopen_i_file= ...hafs.trak.storm.2023082812.f06120.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06120                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06120.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          218  is CLOSED
 TEST open_grib_files, unit lugi=          618  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f06120                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f06120.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          218  is CLOSED
 TEST b4 getgridinfo, unit lugi=          618  is CLOSED
 before getgb2 call, lugb=          218  lugi=          618
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12  102   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at   102h ... 22:30:16
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:16
 TIMING: after getgb2-122:30:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12  102   5588258   0.000       0.000     -0.3071E-02  0.5063E-02
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:16
 TIMING: after getgb2-122:30:16
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12  102   5588258   0.000       0.000     -0.2918E-02  0.5782E-02
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:16
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12  102   5588258   0.000       0.000      -54.34       43.39    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12  102   5588258   0.000       0.000      -53.40       49.20    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12  102   5588258   0.000       0.000      -43.60       44.09    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12  102   5588258   0.000       0.000      -36.89       43.75    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  102   5588258   0.000       0.000       1183.       1600.    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:17
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  102   5588258   0.000       0.000       2708.       3248.    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:17
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12  102   5588258   0.000       0.000      0.9757E+05  0.1025E+06
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12  102   5588258   0.000       0.000      -45.05       34.07    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12  102   5588258   0.000       0.000      -40.32       36.25    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12  102   5588258   0.000       0.000      -39.16       42.57    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12  102   5588258   0.000       0.000      -37.40       42.91    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:18
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =          102  hours
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:18
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  102   5588258   0.000       0.000       5257.       5975.    
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:19
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =          102  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12  102   5588258   0.000       0.000      0.1156E+05  0.1262E+05
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:19
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =          102  hours
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:19
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =          102  hours
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:19
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =          102  hours
 TEST b4 getgb2 getdata, unit lugb=          218  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          618  is CLOSED

 TIMING: before getgb2-122:30:19
 TIMING: after getgb2-122:30:19
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =          102  hours

 TIMING: before getgb2-phase22:30:19
 TIMING: after getgb2-222:30:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12  102   5588258   0.000       0.000       712.7       1109.    

 TIMING: before getgb2-phase22:30:19
 TIMING: after getgb2-222:30:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  102   5588258   0.000       0.000       1183.       1600.    

 TIMING: before getgb2-phase22:30:19
 TIMING: after getgb2-222:30:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12  102   5588258   0.000       0.000       1661.       2123.    

 TIMING: before getgb2-phase22:30:19
 TIMING: after getgb2-222:30:19
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12  102   5588258   0.000       0.000       2168.       2671.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  102   5588258   0.000       0.000       2708.       3248.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12  102   5588258   0.000       0.000       3284.       3863.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12  102   5588258   0.000       0.000       3900.       4520.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12  102   5588258   0.000       0.000       4553.       5221.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:20
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  102   5588258   0.000       0.000       5257.       5975.    

 TIMING: before getgb2-phase22:30:20
 TIMING: after getgb2-222:30:21
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12  102   5588258   0.000       0.000       6014.       6790.    

 TIMING: before getgb2-phase22:30:21
 TIMING: after getgb2-222:30:21
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12  102   5588258   0.000       0.000       6839.       7679.    

 TIMING: before getgb2-phase22:30:21
 TIMING: after getgb2-222:30:21
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12  102   5588258   0.000       0.000       7756.       8677.    

 TIMING: before getgb2-phase22:30:21
 TIMING: after getgb2-222:30:21
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          102 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12  102   5588258   0.000       0.000       8801.       9805.    
 TIMING: after getdata ... 22:30:21
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:  102:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.175434852330062E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.575 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.118E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.575
 ilonfix=         1230  jlatfix=         1006  npts=           16
 ibeg=         1181  jbeg=          962  imax=         2738
 iend=         1279  jend=         1050  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.755 fmax (x10e5) =        0.104E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.852417264694153E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.975 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.785E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.975
 ilonfix=         1230  jlatfix=          996  npts=           16
 ibeg=         1181  jbeg=          952  imax=         2738
 iend=         1279  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.755 fmax (x10e5) =        0.951E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.975 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.975
 ilonfix=         1230  jlatfix=          996  npts=           16
 ibeg=         1181  jbeg=          952  imax=         2738
 iend=         1279  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.755 fmax =       -0.100E+16 fmin =        0.136E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.575 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.302E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.575
 ilonfix=         1230  jlatfix=         1006  npts=           16
 ibeg=         1181  jbeg=          962  imax=         2738
 iend=         1279  jend=         1050  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.755 fmax =       -0.100E+16 fmin =        0.302E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.975 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.995E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.975
 ilonfix=         1230  jlatfix=          996  npts=           16
 ibeg=         1181  jbeg=          952  imax=         2738
 iend=         1279  jend=         1040  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.755 fmax =       -0.100E+16 fmin =        0.994E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.528 (0-360) guesslon=  294.528E  (  65.472W)   guesslat=   25.695
 ilonfix=         1233  jlatfix=         1003  npts=           33
 ibeg=         1160  jbeg=          935  imax=         2738
 iend=         1306  jend=         1071  jmax=         2041
 TIMING: find_maxmin 1  22:30:21
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.976035327869534E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  294.408E  (0-360) ctlon=  294.408E  (  65.592W)  ctlat=   25.575 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.698E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:21
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  294.408E   (0-360) guesslon=  294.408E  (  65.592W)   guesslat=   25.575
 ilonfix=         1230  jlatfix=         1006  npts=           16
 ibeg=         1181  jbeg=          962  imax=         2738
 iend=         1279  jend=         1050  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  294.488E  (0-360) ctlon=  294.488  (  65.512W)  ctlat=   25.855 fmax (x10e5) =        0.732E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    294.495193015932        uvgeslat=    25.7622384323804     
    (0-360 uvgeslon)=    294.495193015932     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:30:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    294.495193015932        uvgeslat=    25.7622384323804     
    (0-360 uvgeslon)=    294.495193015932     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    294.495193015932     
  
 After first run, Wind Circulation (NHEM) ctlon=  294.495E  (0-360E lon):  294.495E    65.505W  ctlat=   25.762  xmax_circul_disk =     118740118.1
 TIMING: get_wind_circ kloop, k=  1   22:30:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  294.495E  (0-360E)=  294.495E  (  65.505W)   guesslat=   25.762
 ilonfix=         1233  jlatfix=         1001  npts=           56
 ibeg=         1164  jbeg=          937  imax=         2738
 iend=         1302  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    119680663.448737     
 nhalf get_wind_circ, k=  1 ctlon=  294.395E  (0-360E)=  294.395E  ctlon=   65.605W   ctlat=   25.782 Wind Circulation (NHEM: Max) =     119680663.4
 TIMING: After GWC 850 ... 22:30:21
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:30:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    294.495193015932        uvgeslat=    25.7622384323804     
    (0-360 uvgeslon)=    294.495193015932     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    294.495193015932     
  
 After first run, Wind Circulation (NHEM) ctlon=  294.495E  (0-360E lon):  294.495E    65.505W  ctlat=   25.762  xmax_circul_disk =     117701783.2
 TIMING: get_wind_circ kloop, k=  1   22:30:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  294.495E  (0-360E)=  294.495E  (  65.505W)   guesslat=   25.762
 ilonfix=         1233  jlatfix=         1001  npts=           56
 ibeg=         1164  jbeg=          937  imax=         2738
 iend=         1302  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    117989512.765466     
 nhalf get_wind_circ, k=  1 ctlon=  294.455E  (0-360E)=  294.455E  ctlon=   65.545W   ctlat=   25.782 Wind Circulation (NHEM: Max) =     117989512.8
 TIMING: After GWC 700 ... 22:30:21
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:30:21
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    294.495193015932        uvgeslat=    25.7622384323804     
    (0-360 uvgeslon)=    294.495193015932     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    294.495193015932     
  
 After first run, Wind Circulation (NHEM) ctlon=  294.495E  (0-360E lon):  294.495E    65.505W  ctlat=   25.762  xmax_circul_disk =      80566752.2
 TIMING: get_wind_circ kloop, k=  1   22:30:21
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  294.495E  (0-360E)=  294.495E  (  65.505W)   guesslat=   25.762
 ilonfix=         1233  jlatfix=         1001  npts=           56
 ibeg=         1164  jbeg=          937  imax=         2738
 iend=         1302  jend=         1065  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    80973542.6899523     
 nhalf get_wind_circ, k=  1 ctlon=  294.455E  (0-360E)=  294.455E  ctlon=   65.545W   ctlat=   25.782 Wind Circulation (NHEM: Max) =      80973542.7
 TIMING: After GWC Sfc ... 22:30:22
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.01  xavg_stderr=     4.90
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           18  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   102:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  294.53E   (0-360) guesslon=  294.53E  ( 65.47W)    25.69
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       294.49       65.51      25.75          103.92       T          7.78
   2    zeta 700    Max       294.49       65.51      25.75           95.14       T          7.78
   3    circ 850    Max       294.40       65.60      25.78          119.68       T         16.46
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       294.46       65.54      25.78          117.99       T         12.13
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       294.49       65.51      25.75         1364.66       T          7.78
   8     gph 700    Min       294.49       65.51      25.75         3017.26       T          7.78
   9        MSLP    Min       294.49       65.51      25.75        99387.98       T          7.78
  10    circ sfc    Max       294.46       65.54      25.78           80.97       T         12.13
  11    zeta sfc    Max       294.49       65.51      25.85           73.17       T         18.24
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    3.81078185463361       stderr_close= 
   2.47027454657391       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   2.854 devia=   0.571 wtpos=  0.82676     294.49   294.49    65.51    25.75
 ip=  2 kprm=  2 dist_from_mean=   2.854 devia=   0.571 wtpos=  0.82676     294.49   294.49    65.51    25.75
 ip=  3 kprm=  3 dist_from_mean=   7.566 devia=   1.513 wtpos=  0.60388     294.40   294.40    65.60    25.78
 ip=  5 kprm=  4 dist_from_mean=   1.709 devia=   0.342 wtpos=  0.89234     294.46   294.46    65.54    25.78
 ip=  7 kprm=  5 dist_from_mean=   2.854 devia=   0.571 wtpos=  0.82676     294.49   294.49    65.51    25.75
 ip=  8 kprm=  6 dist_from_mean=   2.854 devia=   0.571 wtpos=  0.82676     294.49   294.49    65.51    25.75
 ip=  9 kprm=  7 dist_from_mean=   2.854 devia=   0.571 wtpos=  0.82676     294.49   294.49    65.51    25.75
 ip= 10 kprm=  8 dist_from_mean=   1.709 devia=   0.342 wtpos=  0.89234     294.46   294.46    65.54    25.78
 ip= 11 kprm=  9 dist_from_mean=   9.046 devia=   1.809 wtpos=  0.54714     294.49   294.49    65.51    25.85
  
At end of fixcenter:  00L   fhr=  102:00   Fix position=   294.47E  (0-360) fixlon=  294.47  ( 65.53W)    25.77
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    294.471738087904     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    294.487920470477     
        (0-360E clon(ist,ifh,9))=    294.487920470477     
      clat(ist,ifh,9)=    25.7549658869259     
      xval(9)=    99387.9815217602     
  
  After get_ij B, ibeg jbeg =         1124         864
  After get_ij B, iend jend =         1340        1140
  
 In is_it_a_storm, ilonfix=         1232  jlatfix=         1002
 ibeg jbeg iend jend =         1124         864        1340        1140
 cparm= slp  parmlon parmlat =    294.487920470477        25.7549658869259     
     (0-360E parmlon) =    294.487920470477     
 parmval=    99387.9815217602     
  
 i= 1209 j=  939 glon=  293.57 (0-360E) glon=  293.57 glat=  28.28 dist=   295.26 slp=  101363.96 pgradient=  6.69233
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.69233
 mslp center =    294.487920470477        25.7549658869259     
   99387.9815217602     
   (0-360E) lon of mslp center =    294.487920470477     
 pgrad loc   =    293.568792000000        293.568792000000     
   66.4312080000000        28.2809410000000        101363.960000000     
  ttest at location C IF....
      xinp_fixlat=    25.7549658869259     
      xinp_fixlon=    294.487920470477       (0-360E) xinp_fixlon= 
   294.487920470477     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97568.1200000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1231  jfix=         1001
 longitude=    294.487920470477      E   (   65.5120795295225      
 W)  (0-360E) xinp_fixlon=    294.487920470477     
 latitude=    25.7549658869259     
 mean mslp value (xval(9))=    99387.9815217602     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1231  jfix=         1001
 longitude=    294.487920470477      E   (   65.5120795295225      
 W)  (0-360E) xinp_fixlon=    294.487920470477     
 latitude=    25.7549658869259     
 mean mslp value (xval(9))=    99387.9815217602     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1231  jx=         1001
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97568.1200000000       xcentval=    97568.1200000000     
 At A, num_found_contours=            0
 At A, contlo=    97568.1200000000       conthi=    97968.1200000000     
  
 num_found_contours=            0
 contlo=    97568.1200000000       conthi=    97968.1200000000     
 xcentval=    97568.1200000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97968.1200000000       conthi=    98368.1200000000     
  
 num_found_contours=            1
 contlo=    97968.1200000000       conthi=    98368.1200000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            2
 At A, contlo=    98368.1200000000       conthi=    98768.1200000000     
  
 num_found_contours=            2
 contlo=    98368.1200000000       conthi=    98768.1200000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            3
 At A, contlo=    98768.1200000000       conthi=    99168.1200000000     
  
 num_found_contours=            3
 contlo=    98768.1200000000       conthi=    99168.1200000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            4
 At A, contlo=    99168.1200000000       conthi=    99568.1200000000     
  
 num_found_contours=            4
 contlo=    99168.1200000000       conthi=    99568.1200000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            5
 At A, contlo=    99568.1200000000       conthi=    99968.1200000000     
  
 num_found_contours=            5
 contlo=    99568.1200000000       conthi=    99968.1200000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            6
 At A, contlo=    99968.1200000000       conthi=    100368.120000000     
  
 num_found_contours=            6
 contlo=    99968.1200000000       conthi=    100368.120000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            7
 At A, contlo=    100368.120000000       conthi=    100768.120000000     
  
 num_found_contours=            7
 contlo=    100368.120000000       conthi=    100768.120000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            8
 At A, contlo=    100768.120000000       conthi=    101168.120000000     
  
 num_found_contours=            8
 contlo=    100768.120000000       conthi=    101168.120000000     
 xcentval=    97568.1200000000     
 At A, num_found_contours=            9
 At A, contlo=    101168.120000000       conthi=    101568.120000000     
  
 num_found_contours=            9
 contlo=    101168.120000000       conthi=    101568.120000000     
 xcentval=    97568.1200000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1106 ,         853 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97568.1200000000     
 !!! (i,j) of central value = (        1231 ,        1001 )
 !!!  
 !!! Flagged value found    =    101165.320000000     
 !!! (i,j) of flagged value = (        1105 ,         852 )
 !!!   
 !!! Lower bound of contour interval =    101168.120000000     
 !!! Upper bound of contour interval =    101568.120000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1231  jfix=         1001
 longitude=    294.487920470477      E   (   65.5120795295225      W)  
 (0-360E) xinp_fixlon=    294.487920470477     
 latitude=    25.7549658869259     
 mean mslp value (xval(9))=    99387.9815217602     
 gridpoint mslp value=    97568.1200000000     
 ccflag= y
 prs of last closed isobar =    101168.120000000     
 radius of last closed isobar =    78.0644072638230       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =  102:00
 !!! Boundary check xinp_fixlat is   25.75
 !!! Boundary check xinp_fixlon is   65.51W   ( 294.49E)  (0-360E) xinp_fixlon=  294.49
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    294.395195515932     
  850 mb wcirc fix lat=    25.7822379323804     
    (0-360) 850 mb wcirc fix lon=    294.395195515932     
  Multi-parm fix lon=      294.471738087904     
  Multi-parm fix lat=      25.7719195869057     
    (0-360) Multi-parm fix lon=      294.471738087904     
  
  
  After get_ij B, ibeg jbeg =         1139         897
  After get_ij B, iend jend =         1321        1105
  
 In is_it_a_storm, ilonfix=         1230  jlatfix=         1001
 ibeg jbeg iend jend =         1139         897        1321        1105
 cparm= v850  parmlon parmlat =    294.395195515932        25.7822379323804     
     (0-360E parmlon) =    294.395195515932     
 parmval=    119680663.448737     
  
 i= 1219 j=  952 glon=  293.97 (0-360E) glon=  293.97 glat=  27.76 u= -14.5700 v=   2.2000 vr=   4.92450 vt=  13.88792
 i= 1224 j=  952 glon=  294.17 (0-360E) glon=  294.17 glat=  27.76 u= -14.9200 v=   4.1000 vr=   5.60137 vt=  14.42363
 i= 1229 j=  952 glon=  294.37 (0-360E) glon=  294.37 glat=  27.76 u= -14.9800 v=   5.3000 vr=   5.47896 vt=  14.91547
 i= 1234 j=  952 glon=  294.57 (0-360E) glon=  294.57 glat=  27.76 u= -15.0500 v=   6.5000 vr=   5.29994 vt=  15.51332
 i= 1239 j=  952 glon=  294.77 (0-360E) glon=  294.77 glat=  27.76 u= -15.0200 v=   7.8000 vr=   5.18350 vt=  16.11123
 i= 1204 j=  957 glon=  293.37 (0-360E) glon=  293.37 glat=  27.56 u= -12.5000 v=  -3.4000 vr=   2.73180 vt=  12.66283
 i= 1209 j=  957 glon=  293.57 (0-360E) glon=  293.57 glat=  27.56 u= -14.1400 v=  -2.1000 vr=   3.50425 vt=  13.85893
 i= 1214 j=  957 glon=  293.77 (0-360E) glon=  293.77 glat=  27.56 u= -15.4700 v=  -0.4000 vr=   4.28010 vt=  14.87151
 i= 1219 j=  957 glon=  293.97 (0-360E) glon=  293.97 glat=  27.56 u= -16.5900 v=   2.3000 vr=   5.73690 vt=  15.73550
 i= 1224 j=  957 glon=  294.17 (0-360E) glon=  294.17 glat=  27.56 u= -17.4500 v=   4.3000 vr=   6.25193 vt=  16.84951
 i= 1229 j=  957 glon=  294.37 (0-360E) glon=  294.37 glat=  27.56 u= -17.1000 v=   5.4000 vr=   5.62736 vt=  17.02653
 i= 1234 j=  957 glon=  294.57 (0-360E) glon=  294.57 glat=  27.56 u= -16.5300 v=   7.0000 vr=   5.53193 vt=  17.07743
 i= 1239 j=  957 glon=  294.77 (0-360E) glon=  294.77 glat=  27.56 u= -16.4700 v=   9.0000 vr=   5.79490 vt=  17.85161
 i= 1244 j=  957 glon=  294.97 (0-360E) glon=  294.97 glat=  27.56 u= -16.1800 v=  10.5000 vr=   5.58931 vt=  18.46082
 i= 1249 j=  957 glon=  295.17 (0-360E) glon=  295.17 glat=  27.56 u= -15.5600 v=  11.7000 vr=   5.24140 vt=  18.74917
 i= 1254 j=  957 glon=  295.37 (0-360E) glon=  295.37 glat=  27.56 u= -14.7900 v=  12.6000 vr=   4.78547 vt=  18.83092
 i= 1199 j=  962 glon=  293.17 (0-360E) glon=  293.17 glat=  27.36 u= -12.0700 v=  -5.9000 vr=   2.07282 vt=  13.27397
 i= 1204 j=  962 glon=  293.37 (0-360E) glon=  293.37 glat=  27.36 u= -13.8200 v=  -4.8000 vr=   2.82568 vt=  14.35437
 i= 1209 j=  962 glon=  293.57 (0-360E) glon=  293.57 glat=  27.36 u= -14.7400 v=  -3.9000 vr=   2.74150 vt=  14.99873
 i= 1214 j=  962 glon=  293.77 (0-360E) glon=  293.77 glat=  27.36 u= -15.4100 v=  -0.2000 vr=   4.98267 vt=  14.58359
 i= 1219 j=  962 glon=  293.97 (0-360E) glon=  293.97 glat=  27.36 u= -16.7300 v=   1.9000 vr=   5.78824 vt=  15.81136
 i= 1224 j=  962 glon=  294.17 (0-360E) glon=  294.17 glat=  27.36 u= -18.1100 v=   4.1000 vr=   6.37832 vt=  17.43844
 i= 1229 j=  962 glon=  294.37 (0-360E) glon=  294.37 glat=  27.36 u= -19.1400 v=   6.2000 vr=   6.48675 vt=  19.04473
 i= 1234 j=  962 glon=  294.57 (0-360E) glon=  294.57 glat=  27.36 u= -18.9300 v=   8.3000 vr=   6.40117 vt=  19.65350
 i= 1239 j=  962 glon=  294.77 (0-360E) glon=  294.77 glat=  27.36 u= -18.3700 v=  10.2000 vr=   6.16120 vt=  20.08822
 i= 1244 j=  962 glon=  294.97 (0-360E) glon=  294.97 glat=  27.36 u= -17.4900 v=  11.8000 vr=   5.79527 vt=  20.28682
 i= 1249 j=  962 glon=  295.17 (0-360E) glon=  295.17 glat=  27.36 u= -16.5800 v=  13.0000 vr=   5.22169 vt=  20.41153
 i= 1254 j=  962 glon=  295.37 (0-360E) glon=  295.37 glat=  27.36 u= -15.5800 v=  13.9000 vr=   4.60914 vt=  20.36424
 i= 1259 j=  962 glon=  295.57 (0-360E) glon=  295.57 glat=  27.36 u= -14.3700 v=  14.5000 vr=   4.07400 vt=  20.00374
 i= 1264 j=  962 glon=  295.77 (0-360E) glon=  295.77 glat=  27.36 u= -13.2400 v=  14.9000 vr=   3.57662 vt=  19.60906
 i= 1189 j=  967 glon=  292.77 (0-360E) glon=  292.77 glat=  27.16 u=  -8.0000 v=  -9.1000 vr=  -0.41067 vt=  12.10956
 i= 1194 j=  967 glon=  292.97 (0-360E) glon=  292.97 glat=  27.16 u= -10.4900 v=  -8.2000 vr=   1.14778 vt=  13.26509
 i= 1199 j=  967 glon=  293.17 (0-360E) glon=  293.17 glat=  27.16 u= -12.6800 v=  -7.3000 vr=   2.22171 vt=  14.46155
 i= 1204 j=  967 glon=  293.37 (0-360E) glon=  293.37 glat=  27.16 u= -13.4700 v=  -6.6000 vr=   2.00679 vt=  14.86518
 i= 1209 j=  967 glon=  293.57 (0-360E) glon=  293.57 glat=  27.16 u= -14.5000 v=  -2.4000 vr=   4.76271 vt=  13.90419
 i= 1214 j=  967 glon=  293.77 (0-360E) glon=  293.77 glat=  27.16 u= -16.4500 v=  -1.1000 vr=   5.19711 vt=  15.64617
 i= 1219 j=  967 glon=  293.97 (0-360E) glon=  293.97 glat=  27.16 u= -17.3700 v=   1.2000 vr=   5.80447 vt=  16.41539
 i= 1224 j=  967 glon=  294.17 (0-360E) glon=  294.17 glat=  27.16 u= -19.4200 v=   5.3000 vr=   8.07609 vt=  18.43918
 i= 1229 j=  967 glon=  294.37 (0-360E) glon=  294.37 glat=  27.16 u= -19.9200 v=   7.5000 vr=   7.84159 vt=  19.78802
 i= 1234 j=  967 glon=  294.57 (0-360E) glon=  294.57 glat=  27.16 u= -20.1500 v=  10.0000 vr=   7.67361 vt=  21.14564
 i= 1239 j=  967 glon=  294.77 (0-360E) glon=  294.77 glat=  27.16 u= -19.8800 v=  12.0000 vr=   6.96021 vt=  22.15333
 i= 1244 j=  967 glon=  294.97 (0-360E) glon=  294.97 glat=  27.16 u= -19.0700 v=  13.9000 vr=   6.34618 vt=  22.72886
 i= 1249 j=  967 glon=  295.17 (0-360E) glon=  295.17 glat=  27.16 u= -17.6300 v=  15.5000 vr=   5.90497 vt=  22.72000
 i= 1254 j=  967 glon=  295.37 (0-360E) glon=  295.37 glat=  27.16 u= -15.9100 v=  16.0000 vr=   4.98293 vt=  22.00678
 i= 1259 j=  967 glon=  295.57 (0-360E) glon=  295.57 glat=  27.16 u= -14.4500 v=  16.3000 vr=   4.15961 vt=  21.38200
 i= 1264 j=  967 glon=  295.77 (0-360E) glon=  295.77 glat=  27.16 u= -13.0500 v=  16.3000 vr=   3.42517 vt=  20.59759
 i= 1269 j=  967 glon=  295.97 (0-360E) glon=  295.97 glat=  27.16 u= -11.9900 v=  16.1000 vr=   2.63320 vt=  19.90066
 i= 1184 j=  972 glon=  292.57 (0-360E) glon=  292.57 glat=  26.96 u=  -6.3200 v= -11.1000 vr=  -1.31515 vt=  12.70523
 i= 1189 j=  972 glon=  292.77 (0-360E) glon=  292.77 glat=  26.96 u=  -7.8400 v= -10.6000 vr=  -0.53002 vt=  13.17364
 i= 1194 j=  972 glon=  292.97 (0-360E) glon=  292.97 glat=  26.96 u= -10.2000 v=  -9.8000 vr=   0.89199 vt=  14.11681
 i= 1199 j=  972 glon=  293.17 (0-360E) glon=  293.17 glat=  26.96 u= -12.4000 v=  -8.9000 vr=   1.98046 vt=  15.13432
 i= 1204 j=  972 glon=  293.37 (0-360E) glon=  293.37 glat=  26.96 u= -13.0700 v=  -6.1000 vr=   3.25751 vt=  14.05075
 i= 1209 j=  972 glon=  293.57 (0-360E) glon=  293.57 glat=  26.96 u= -15.7900 v=  -4.6000 vr=   4.52849 vt=  15.81066
 i= 1214 j=  972 glon=  293.77 (0-360E) glon=  293.77 glat=  26.96 u= -17.3500 v=  -2.4000 vr=   5.31150 vt=  16.69043
 i= 1219 j=  972 glon=  293.97 (0-360E) glon=  293.97 glat=  26.96 u= -20.1300 v=   1.3000 vr=   7.45837 vt=  18.74245
 i= 1224 j=  972 glon=  294.17 (0-360E) glon=  294.17 glat=  26.96 u= -21.8900 v=   4.2000 vr=   7.86076 vt=  20.85715
 i= 1229 j=  972 glon=  294.37 (0-360E) glon=  294.37 glat=  26.96 u= -22.6700 v=   6.0000 vr=   6.45514 vt=  22.54462
 i= 1234 j=  972 glon=  294.57 (0-360E) glon=  294.57 glat=  26.96 u= -21.1800 v=   8.9000 vr=   6.04598 vt=  22.16413
 i= 1239 j=  972 glon=  294.77 (0-360E) glon=  294.77 glat=  26.96 u= -20.8700 v=  11.8000 vr=   5.63419 vt=  23.30349
 i= 1244 j=  972 glon=  294.97 (0-360E) glon=  294.97 glat=  26.96 u= -20.2600 v=  13.8000 vr=   4.52731 vt=  24.09172
 i= 1249 j=  972 glon=  295.17 (0-360E) glon=  295.17 glat=  26.96 u= -19.1800 v=  15.8000 vr=   3.86254 vt=  24.54777
 i= 1254 j=  972 glon=  295.37 (0-360E) glon=  295.37 glat=  26.96 u= -17.1900 v=  18.0000 vr=   4.19843 vt=  24.53302
 i= 1259 j=  972 glon=  295.57 (0-360E) glon=  295.57 glat=  26.96 u= -14.4400 v=  18.4000 vr=   4.06727 vt=  23.03326
 i= 1264 j=  972 glon=  295.77 (0-360E) glon=  295.77 glat=  26.96 u= -12.6300 v=  18.2000 vr=   3.41073 vt=  21.88890
 i= 1269 j=  972 glon=  295.97 (0-360E) glon=  295.97 glat=  26.96 u= -11.2600 v=  17.7000 vr=   2.65214 vt=  20.80970
 i= 1274 j=  972 glon=  296.17 (0-360E) glon=  296.17 glat=  26.96 u= -10.2900 v=  17.0000 vr=   1.79646 vt=  19.79032
 i= 1184 j=  977 glon=  292.57 (0-360E) glon=  292.57 glat=  26.76 u=  -5.4600 v= -12.9000 vr=  -1.88192 vt=  13.88092
 i= 1189 j=  977 glon=  292.77 (0-360E) glon=  292.77 glat=  26.76 u=  -7.2200 v= -12.3000 vr=  -0.81455 vt=  14.23920
 i= 1194 j=  977 glon=  292.97 (0-360E) glon=  292.97 glat=  26.76 u=  -9.4900 v= -11.8000 vr=   0.40725 vt=  15.13718
 i= 1199 j=  977 glon=  293.17 (0-360E) glon=  293.17 glat=  26.76 u= -12.0400 v= -10.1000 vr=   2.31572 vt=  15.54378
 i= 1204 j=  977 glon=  293.37 (0-360E) glon=  293.37 glat=  26.76 u= -13.4100 v=  -7.7000 vr=   3.60674 vt=  15.03694
 i= 1209 j=  977 glon=  293.57 (0-360E) glon=  293.57 glat=  26.76 u= -15.2100 v=  -7.0000 vr=   3.62632 vt=  16.34607
 i= 1214 j=  977 glon=  293.77 (0-360E) glon=  293.77 glat=  26.76 u= -19.1900 v=  -4.6000 vr=   5.58496 vt=  18.92682
 i= 1219 j=  977 glon=  293.97 (0-360E) glon=  293.97 glat=  26.76 u= -21.4400 v=  -4.3000 vr=   3.81410 vt=  21.53175
 i= 1224 j=  977 glon=  294.17 (0-360E) glon=  294.17 glat=  26.76 u= -22.6900 v=  -0.8000 vr=   3.83505 vt=  22.37786
 i= 1229 j=  977 glon=  294.37 (0-360E) glon=  294.37 glat=  26.76 u= -24.1800 v=   4.1000 vr=   4.68521 vt=  24.07345
 i= 1234 j=  977 glon=  294.57 (0-360E) glon=  294.57 glat=  26.76 u= -25.1200 v=   9.1000 vr=   5.03330 vt=  26.23910
 i= 1239 j=  977 glon=  294.77 (0-360E) glon=  294.77 glat=  26.76 u= -23.5600 v=  12.6000 vr=   4.27326 vt=  26.37372
 i= 1244 j=  977 glon=  294.97 (0-360E) glon=  294.97 glat=  26.76 u= -21.9300 v=  15.4000 vr=   3.40206 vt=  26.58027
 i= 1249 j=  977 glon=  295.17 (0-360E) glon=  295.17 glat=  26.76 u= -20.1000 v=  17.8000 vr=   2.86074 vt=  26.69581
 i= 1254 j=  977 glon=  295.37 (0-360E) glon=  295.37 glat=  26.76 u= -17.7600 v=  20.5000 vr=   3.42668 vt=  26.90586
 i= 1259 j=  977 glon=  295.57 (0-360E) glon=  295.57 glat=  26.76 u= -15.4400 v=  20.6000 vr=   2.66596 vt=  25.60559
 i= 1264 j=  977 glon=  295.77 (0-360E) glon=  295.77 glat=  26.76 u= -12.7100 v=  19.7000 vr=   2.24377 vt=  23.33666
 i= 1269 j=  977 glon=  295.97 (0-360E) glon=  295.97 glat=  26.76 u= -10.5300 v=  19.1000 vr=   2.16820 vt=  21.70230
 i= 1274 j=  977 glon=  296.17 (0-360E) glon=  296.17 glat=  26.76 u=  -9.1800 v=  18.4000 vr=   1.75581 vt=  20.48779
 i= 1279 j=  977 glon=  296.37 (0-360E) glon=  296.37 glat=  26.76 u=  -8.5800 v=  17.3000 vr=   0.79105 vt=  19.29458
 i= 1179 j=  982 glon=  292.37 (0-360E) glon=  292.37 glat=  26.56 u=  -3.2500 v= -14.8000 vr=  -2.77988 vt=  14.89546
 i= 1184 j=  982 glon=  292.57 (0-360E) glon=  292.57 glat=  26.56 u=  -4.0400 v= -15.0000 vr=  -2.73396 vt=  15.29206
 i= 1189 j=  982 glon=  292.77 (0-360E) glon=  292.77 glat=  26.56 u=  -6.4000 v= -14.2000 vr=  -0.98887 vt=  15.54420
 i= 1194 j=  982 glon=  292.97 (0-360E) glon=  292.97 glat=  26.56 u=  -8.1200 v= -13.8000 vr=  -0.19094 vt=  16.01056
 i= 1199 j=  982 glon=  293.17 (0-360E) glon=  293.17 glat=  26.56 u= -10.3300 v= -11.9000 vr=   1.59645 vt=  15.67706
 i= 1204 j=  982 glon=  293.37 (0-360E) glon=  293.37 glat=  26.56 u= -11.0800 v= -10.5000 vr=   1.71252 vt=  15.16851
 i= 1209 j=  982 glon=  293.57 (0-360E) glon=  293.57 glat=  26.56 u= -15.5500 v=  -9.2000 vr=   4.09007 vt=  17.59869
 i= 1214 j=  982 glon=  293.77 (0-360E) glon=  293.77 glat=  26.56 u= -17.5200 v=  -9.8000 vr=   2.33294 vt=  19.93860
 i= 1219 j=  982 glon=  293.97 (0-360E) glon=  293.97 glat=  26.56 u= -22.0300 v=  -7.6000 vr=   2.91419 vt=  23.12117
 i= 1224 j=  982 glon=  294.17 (0-360E) glon=  294.17 glat=  26.56 u= -26.3200 v=  -3.8000 vr=   2.97992 vt=  26.42541
 i= 1229 j=  982 glon=  294.37 (0-360E) glon=  294.37 glat=  26.56 u= -29.0300 v=   3.3000 vr=   4.18354 vt=  28.91589
 i= 1234 j=  982 glon=  294.57 (0-360E) glon=  294.57 glat=  26.56 u= -28.4800 v=  11.0000 vr=   5.19005 vt=  30.08611
 i= 1239 j=  982 glon=  294.77 (0-360E) glon=  294.77 glat=  26.56 u= -26.5100 v=  17.5000 vr=   5.56848 vt=  31.27334
 i= 1244 j=  982 glon=  294.97 (0-360E) glon=  294.97 glat=  26.56 u= -24.3100 v=  18.5000 vr=   1.99451 vt=  30.48357
 i= 1249 j=  982 glon=  295.17 (0-360E) glon=  295.17 glat=  26.56 u= -20.3000 v=  21.1000 vr=   2.19811 vt=  29.19706
 i= 1254 j=  982 glon=  295.37 (0-360E) glon=  295.37 glat=  26.56 u= -17.4100 v=  23.1000 vr=   2.31910 vt=  28.83296
 i= 1259 j=  982 glon=  295.57 (0-360E) glon=  295.57 glat=  26.56 u= -15.1500 v=  23.7000 vr=   1.84530 vt=  28.06791
 i= 1264 j=  982 glon=  295.77 (0-360E) glon=  295.77 glat=  26.56 u= -12.3600 v=  22.0000 vr=   1.23380 vt=  25.20411
 i= 1269 j=  982 glon=  295.97 (0-360E) glon=  295.97 glat=  26.56 u= -10.0800 v=  20.7000 vr=   1.09918 vt=  22.99757
 i= 1274 j=  982 glon=  296.17 (0-360E) glon=  296.17 glat=  26.56 u=  -8.3500 v=  19.5000 vr=   0.99688 vt=  21.18912
 i= 1279 j=  982 glon=  296.37 (0-360E) glon=  296.37 glat=  26.56 u=  -7.2200 v=  18.6000 vr=   0.80091 vt=  19.93607
 i= 1179 j=  987 glon=  292.37 (0-360E) glon=  292.37 glat=  26.36 u=  -1.9200 v= -15.4000 vr=  -2.77685 vt=  15.26878
 i= 1184 j=  987 glon=  292.57 (0-360E) glon=  292.57 glat=  26.36 u=  -1.9500 v= -16.4000 vr=  -3.56030 vt=  16.12721
 i= 1189 j=  987 glon=  292.77 (0-360E) glon=  292.77 glat=  26.36 u=  -4.5500 v= -15.2000 vr=  -1.31870 vt=  15.81150
 i= 1194 j=  987 glon=  292.97 (0-360E) glon=  292.97 glat=  26.36 u=  -6.9200 v= -15.1000 vr=   0.13593 vt=  16.60957
 i= 1199 j=  987 glon=  293.17 (0-360E) glon=  293.17 glat=  26.36 u=  -8.4100 v= -13.9000 vr=   1.01843 vt=  16.21422
 i= 1204 j=  987 glon=  293.37 (0-360E) glon=  293.37 glat=  26.36 u=  -7.9700 v= -14.3000 vr=  -0.82049 vt=  16.35046
 i= 1209 j=  987 glon=  293.57 (0-360E) glon=  293.57 glat=  26.36 u= -12.9300 v= -14.3000 vr=   1.43484 vt=  19.22540
 i= 1214 j=  987 glon=  293.77 (0-360E) glon=  293.77 glat=  26.36 u= -17.1000 v= -16.7000 vr=  -0.02532 vt=  23.90187
 i= 1219 j=  987 glon=  293.97 (0-360E) glon=  293.97 glat=  26.36 u= -25.0900 v= -14.9000 vr=   1.44538 vt=  29.14496
 i= 1224 j=  987 glon=  294.17 (0-360E) glon=  294.17 glat=  26.36 u= -32.5200 v=  -7.1000 vr=   4.09734 vt=  33.03290
 i= 1229 j=  987 glon=  294.37 (0-360E) glon=  294.37 glat=  26.36 u= -37.2000 v=   5.4000 vr=   6.92163 vt=  36.94714
 i= 1234 j=  987 glon=  294.57 (0-360E) glon=  294.57 glat=  26.36 u= -34.6000 v=  14.6000 vr=   5.08509 vt=  37.20836
 i= 1239 j=  987 glon=  294.77 (0-360E) glon=  294.77 glat=  26.36 u= -29.1600 v=  21.0000 vr=   3.51571 vt=  35.76235
 i= 1244 j=  987 glon=  294.97 (0-360E) glon=  294.97 glat=  26.36 u= -24.5200 v=  22.1000 vr=   0.16742 vt=  33.00928
 i= 1249 j=  987 glon=  295.17 (0-360E) glon=  295.17 glat=  26.36 u= -21.1500 v=  23.8000 vr=  -1.06625 vt=  31.82178
 i= 1254 j=  987 glon=  295.37 (0-360E) glon=  295.37 glat=  26.36 u= -16.1700 v=  25.4000 vr=   0.47772 vt=  30.10649
 i= 1259 j=  987 glon=  295.57 (0-360E) glon=  295.57 glat=  26.36 u= -13.8000 v=  25.3000 vr=   0.01445 vt=  28.81891
 i= 1264 j=  987 glon=  295.77 (0-360E) glon=  295.77 glat=  26.36 u= -10.6500 v=  24.3000 vr=   0.60799 vt=  26.52438
 i= 1269 j=  987 glon=  295.97 (0-360E) glon=  295.97 glat=  26.36 u=  -9.5900 v=  21.9000 vr=  -0.64860 vt=  23.89890
 i= 1274 j=  987 glon=  296.17 (0-360E) glon=  296.17 glat=  26.36 u=  -7.2600 v=  20.5000 vr=   0.10185 vt=  21.74735
 i= 1279 j=  987 glon=  296.37 (0-360E) glon=  296.37 glat=  26.36 u=  -5.9600 v=  19.3000 vr=   0.24711 vt=  20.19779
 i= 1179 j=  992 glon=  292.37 (0-360E) glon=  292.37 glat=  26.16 u=  -0.4000 v= -16.0000 vr=  -2.80324 vt=  15.75760
 i= 1184 j=  992 glon=  292.57 (0-360E) glon=  292.57 glat=  26.16 u=  -0.2400 v= -17.1000 vr=  -3.55063 vt=  16.72904
 i= 1189 j=  992 glon=  292.77 (0-360E) glon=  292.77 glat=  26.16 u=  -2.0200 v= -16.7000 vr=  -2.17998 vt=  16.67987
 i= 1194 j=  992 glon=  292.97 (0-360E) glon=  292.97 glat=  26.16 u=  -4.6100 v= -16.9000 vr=  -0.31793 vt=  17.51459
 i= 1199 j=  992 glon=  293.17 (0-360E) glon=  293.17 glat=  26.16 u=  -6.3100 v= -16.7000 vr=   0.58397 vt=  17.84279
 i= 1204 j=  992 glon=  293.37 (0-360E) glon=  293.37 glat=  26.16 u=  -5.2700 v= -17.6000 vr=  -1.77191 vt=  18.28642
 i= 1209 j=  992 glon=  293.57 (0-360E) glon=  293.57 glat=  26.16 u=  -8.7100 v= -18.9000 vr=  -0.79148 vt=  20.79538
 i= 1214 j=  992 glon=  293.77 (0-360E) glon=  293.77 glat=  26.16 u= -14.6400 v= -23.8000 vr=  -1.10106 vt=  27.92055
 i= 1219 j=  992 glon=  293.97 (0-360E) glon=  293.97 glat=  26.16 u= -26.1000 v= -25.2000 vr=   0.88453 vt=  36.26938
 i= 1224 j=  992 glon=  294.17 (0-360E) glon=  294.17 glat=  26.16 u= -42.7400 v= -18.4000 vr=   4.04504 vt=  46.35629
 i= 1229 j=  992 glon=  294.37 (0-360E) glon=  294.37 glat=  26.16 u= -52.0900 v=   1.7000 vr=   4.95987 vt=  51.88119
 i= 1234 j=  992 glon=  294.57 (0-360E) glon=  294.57 glat=  26.16 u= -46.5500 v=  17.4000 vr=  -1.66035 vt=  49.66795
 i= 1239 j=  992 glon=  294.77 (0-360E) glon=  294.77 glat=  26.16 u= -32.6700 v=  29.7000 vr=   0.51609 vt=  44.14921
 i= 1244 j=  992 glon=  294.97 (0-360E) glon=  294.97 glat=  26.16 u= -21.0500 v=  29.1000 vr=   0.22269 vt=  35.91466
 i= 1249 j=  992 glon=  295.17 (0-360E) glon=  295.17 glat=  26.16 u= -17.6600 v=  27.7000 vr=  -2.30867 vt=  32.76943
 i= 1254 j=  992 glon=  295.37 (0-360E) glon=  295.37 glat=  26.16 u= -12.9300 v=  27.6000 vr=  -0.96181 vt=  30.46342
 i= 1259 j=  992 glon=  295.57 (0-360E) glon=  295.57 glat=  26.16 u= -10.2400 v=  27.2000 vr=  -0.51268 vt=  29.05916
 i= 1264 j=  992 glon=  295.77 (0-360E) glon=  295.77 glat=  26.16 u=  -9.4900 v=  26.7000 vr=  -1.31798 vt=  28.30571
 i= 1269 j=  992 glon=  295.97 (0-360E) glon=  295.97 glat=  26.16 u=  -7.4300 v=  23.0000 vr=  -1.30189 vt=  24.13524
 i= 1274 j=  992 glon=  296.17 (0-360E) glon=  296.17 glat=  26.16 u=  -6.1900 v=  21.0000 vr=  -1.24392 vt=  21.85792
 i= 1279 j=  992 glon=  296.37 (0-360E) glon=  296.37 glat=  26.16 u=  -4.5900 v=  19.7000 vr=  -0.45352 vt=  20.22257
 i= 1284 j=  992 glon=  296.57 (0-360E) glon=  296.57 glat=  26.16 u=  -4.3200 v=  18.5000 vr=  -0.80109 vt=  18.98080
 i= 1174 j=  997 glon=  292.17 (0-360E) glon=  292.17 glat=  25.96 u=   0.5100 v= -15.8000 vr=  -1.84236 vt=  15.70050
 i= 1179 j=  997 glon=  292.37 (0-360E) glon=  292.37 glat=  25.96 u=   0.9500 v= -16.5000 vr=  -2.48981 vt=  16.33871
 i= 1184 j=  997 glon=  292.57 (0-360E) glon=  292.57 glat=  25.96 u=   1.2200 v= -17.6000 vr=  -3.05373 vt=  17.37594
 i= 1189 j=  997 glon=  292.77 (0-360E) glon=  292.77 glat=  25.96 u=   1.0300 v= -18.5000 vr=  -3.20767 vt=  18.24888
 i= 1194 j=  997 glon=  292.97 (0-360E) glon=  292.97 glat=  25.96 u=  -1.0800 v= -17.7000 vr=  -1.32314 vt=  17.68349
 i= 1199 j=  997 glon=  293.17 (0-360E) glon=  293.17 glat=  25.96 u=  -2.9200 v= -19.1000 vr=  -0.12618 vt=  19.32150
 i= 1204 j=  997 glon=  293.37 (0-360E) glon=  293.37 glat=  25.96 u=  -3.2200 v= -19.9000 vr=  -0.58065 vt=  20.15047
 i= 1209 j=  997 glon=  293.57 (0-360E) glon=  293.57 glat=  25.96 u=  -3.1000 v= -22.9000 vr=  -2.30231 vt=  22.99390
 i= 1214 j=  997 glon=  293.77 (0-360E) glon=  293.77 glat=  25.96 u=  -8.0500 v= -29.4000 vr=  -1.17851 vt=  30.45938
 i= 1219 j=  997 glon=  293.97 (0-360E) glon=  293.97 glat=  25.96 u= -17.6700 v= -39.4000 vr=  -0.58777 vt=  43.17689
 i= 1224 j=  997 glon=  294.17 (0-360E) glon=  294.17 glat=  25.96 u= -29.6500 v= -31.9000 vr=   1.26576 vt=  43.53309
 i= 1229 j=  997 glon=  294.37 (0-360E) glon=  294.37 glat=  25.96 u= -28.4800 v=  -9.4000 vr=  -5.56170 vt=  29.47097
 i= 1234 j=  997 glon=  294.57 (0-360E) glon=  294.57 glat=  25.96 u= -29.7200 v=  16.8000 vr=  -6.91297 vt=  33.43246
 i= 1239 j=  997 glon=  294.77 (0-360E) glon=  294.77 glat=  25.96 u= -34.0600 v=  44.7000 vr=  -9.12212 vt=  55.45233
 i= 1244 j=  997 glon=  294.97 (0-360E) glon=  294.97 glat=  25.96 u= -16.3300 v=  38.5000 vr=  -2.87490 vt=  41.72114
 i= 1249 j=  997 glon=  295.17 (0-360E) glon=  295.17 glat=  25.96 u=  -9.8500 v=  29.2000 vr=  -2.32212 vt=  30.72898
 i= 1254 j=  997 glon=  295.37 (0-360E) glon=  295.37 glat=  25.96 u=  -9.0000 v=  31.1000 vr=  -2.66013 vt=  32.26660
 i= 1259 j=  997 glon=  295.57 (0-360E) glon=  295.57 glat=  25.96 u=  -7.1100 v=  28.3000 vr=  -2.35228 vt=  29.08451
 i= 1264 j=  997 glon=  295.77 (0-360E) glon=  295.77 glat=  25.96 u=  -6.1800 v=  27.6000 vr=  -2.24037 vt=  28.19456
 i= 1269 j=  997 glon=  295.97 (0-360E) glon=  295.97 glat=  25.96 u=  -5.1800 v=  24.1000 vr=  -2.19565 vt=  24.55242
 i= 1274 j=  997 glon=  296.17 (0-360E) glon=  296.17 glat=  25.96 u=  -4.5400 v=  21.6000 vr=  -2.18365 vt=  21.96368
 i= 1279 j=  997 glon=  296.37 (0-360E) glon=  296.37 glat=  25.96 u=  -3.1300 v=  20.1000 vr=  -1.18031 vt=  20.30797
 i= 1284 j=  997 glon=  296.57 (0-360E) glon=  296.57 glat=  25.96 u=  -3.0500 v=  18.5000 vr=  -1.43451 vt=  18.69478
 i= 1174 j= 1002 glon=  292.17 (0-360E) glon=  292.17 glat=  25.76 u=   1.8500 v= -15.7000 vr=  -1.63275 vt=  15.72408
 i= 1179 j= 1002 glon=  292.37 (0-360E) glon=  292.37 glat=  25.76 u=   2.3400 v= -16.4000 vr=  -2.09896 vt=  16.43259
 i= 1184 j= 1002 glon=  292.57 (0-360E) glon=  292.57 glat=  25.76 u=   2.3200 v= -17.4000 vr=  -2.04567 vt=  17.43438
 i= 1189 j= 1002 glon=  292.77 (0-360E) glon=  292.77 glat=  25.76 u=   3.9800 v= -18.8000 vr=  -3.65774 vt=  18.86535
 i= 1194 j= 1002 glon=  292.97 (0-360E) glon=  292.97 glat=  25.76 u=   1.7100 v= -19.2000 vr=  -1.34690 vt=  19.22888
 i= 1199 j= 1002 glon=  293.17 (0-360E) glon=  293.17 glat=  25.76 u=  -1.0900 v= -20.4000 vr=   1.52469 vt=  20.37212
 i= 1204 j= 1002 glon=  293.37 (0-360E) glon=  293.37 glat=  25.76 u=   0.5500 v= -20.7000 vr=  -0.03706 vt=  20.70727
 i= 1209 j= 1002 glon=  293.57 (0-360E) glon=  293.57 glat=  25.76 u=   1.4700 v= -26.6000 vr=  -0.67106 vt=  26.63213
 i= 1214 j= 1002 glon=  293.77 (0-360E) glon=  293.77 glat=  25.76 u=   5.3000 v= -27.1000 vr=  -4.24541 vt=  27.28510
 i= 1219 j= 1002 glon=  293.97 (0-360E) glon=  293.97 glat=  25.76 u=   2.8900 v= -38.3000 vr=  -0.74033 vt=  38.40174
 i= 1224 j= 1002 glon=  294.17 (0-360E) glon=  294.17 glat=  25.76 u=   7.4900 v= -41.2000 vr=  -3.16435 vt=  41.75556
 i= 1229 j= 1002 glon=  294.37 (0-360E) glon=  294.37 glat=  25.76 u=   4.4800 v= -15.0000 vr=   6.64522 vt=  14.17433
 i= 1234 j= 1002 glon=  294.57 (0-360E) glon=  294.57 glat=  25.76 u=  -0.2000 v=   9.5000 vr=  -1.48007 vt=   9.38613
 i= 1239 j= 1002 glon=  294.77 (0-360E) glon=  294.77 glat=  25.76 u=   1.5800 v=  40.6000 vr=  -1.00917 vt=  40.61820
 i= 1244 j= 1002 glon=  294.97 (0-360E) glon=  294.97 glat=  25.76 u=  -9.4400 v=  43.2000 vr= -11.25187 vt=  42.76388
 i= 1249 j= 1002 glon=  295.17 (0-360E) glon=  295.17 glat=  25.76 u=  -8.1000 v=  33.7000 vr=  -9.16990 vt=  33.42473
 i= 1254 j= 1002 glon=  295.37 (0-360E) glon=  295.37 glat=  25.76 u=  -3.4500 v=  27.2000 vr=  -4.15432 vt=  27.10137
 i= 1259 j= 1002 glon=  295.57 (0-360E) glon=  295.57 glat=  25.76 u=  -2.2200 v=  29.2000 vr=  -2.86509 vt=  29.14378
 i= 1264 j= 1002 glon=  295.77 (0-360E) glon=  295.77 glat=  25.76 u=  -2.4300 v=  28.3000 vr=  -2.98032 vt=  28.24735
 i= 1269 j= 1002 glon=  295.97 (0-360E) glon=  295.97 glat=  25.76 u=  -2.8500 v=  24.3000 vr=  -3.27564 vt=  24.24629
 i= 1274 j= 1002 glon=  296.17 (0-360E) glon=  296.17 glat=  25.76 u=  -2.0600 v=  21.7000 vr=  -2.40859 vt=  21.66408
 i= 1279 j= 1002 glon=  296.37 (0-360E) glon=  296.37 glat=  25.76 u=  -1.6200 v=  20.0000 vr=  -1.91864 vt=  19.97356
 i= 1284 j= 1002 glon=  296.57 (0-360E) glon=  296.57 glat=  25.76 u=  -1.5000 v=  18.5000 vr=  -1.75950 vt=  18.47712
 i= 1174 j= 1007 glon=  292.17 (0-360E) glon=  292.17 glat=  25.56 u=   3.0000 v= -15.1000 vr=  -1.26483 vt=  15.34308
 i= 1179 j= 1007 glon=  292.37 (0-360E) glon=  292.37 glat=  25.56 u=   3.6600 v= -15.9000 vr=  -1.66104 vt=  16.23104
 i= 1184 j= 1007 glon=  292.57 (0-360E) glon=  292.57 glat=  25.56 u=   4.1400 v= -16.8000 vr=  -1.80736 vt=  17.20794
 i= 1189 j= 1007 glon=  292.77 (0-360E) glon=  292.77 glat=  25.56 u=   5.5800 v= -18.2000 vr=  -2.74465 vt=  18.83728
 i= 1194 j= 1007 glon=  292.97 (0-360E) glon=  292.97 glat=  25.56 u=   6.7300 v= -19.4000 vr=  -3.28858 vt=  20.26914
 i= 1199 j= 1007 glon=  293.17 (0-360E) glon=  293.17 glat=  25.56 u=   8.7000 v= -21.4000 vr=  -4.27890 vt=  22.70112
 i= 1204 j= 1007 glon=  293.37 (0-360E) glon=  293.37 glat=  25.56 u=   9.4800 v= -20.2000 vr=  -4.47966 vt=  21.85962
 i= 1209 j= 1007 glon=  293.57 (0-360E) glon=  293.57 glat=  25.56 u=   9.8500 v= -23.5000 vr=  -2.71184 vt=  25.33611
 i= 1214 j= 1007 glon=  293.77 (0-360E) glon=  293.77 glat=  25.56 u=  10.9200 v= -24.6000 vr=  -1.16046 vt=  26.88977
 i= 1219 j= 1007 glon=  293.97 (0-360E) glon=  293.97 glat=  25.56 u=  16.7200 v= -26.0000 vr=  -1.49485 vt=  30.87594
 i= 1224 j= 1007 glon=  294.17 (0-360E) glon=  294.17 glat=  25.56 u=  25.8100 v= -29.0000 vr=   3.83287 vt=  38.63244
 i= 1229 j= 1007 glon=  294.37 (0-360E) glon=  294.37 glat=  25.56 u=  38.8400 v= -18.9000 vr=  14.63636 vt=  40.63905
 i= 1234 j= 1007 glon=  294.57 (0-360E) glon=  294.57 glat=  25.56 u=  38.1500 v=   5.8000 vr=  17.27952 vt=  34.50334
 i= 1239 j= 1007 glon=  294.77 (0-360E) glon=  294.77 glat=  25.56 u=  30.2200 v=  29.7000 vr=   8.91741 vt=  41.42244
 i= 1244 j= 1007 glon=  294.97 (0-360E) glon=  294.97 glat=  25.56 u=   2.4600 v=  38.5000 vr= -12.92519 vt=  36.34888
 i= 1249 j= 1007 glon=  295.17 (0-360E) glon=  295.17 glat=  25.56 u=   4.9400 v=  40.7000 vr=  -7.65977 vt=  40.27681
 i= 1254 j= 1007 glon=  295.37 (0-360E) glon=  295.37 glat=  25.56 u=   1.2100 v=  30.6000 vr=  -6.36248 vt=  29.95568
 i= 1259 j= 1007 glon=  295.57 (0-360E) glon=  295.57 glat=  25.56 u=   1.6200 v=  27.6000 vr=  -4.12492 vt=  27.33806
 i= 1264 j= 1007 glon=  295.77 (0-360E) glon=  295.77 glat=  25.56 u=   0.7300 v=  27.2000 vr=  -4.13528 vt=  26.89372
 i= 1269 j= 1007 glon=  295.97 (0-360E) glon=  295.97 glat=  25.56 u=   0.0700 v=  23.8000 vr=  -3.66782 vt=  23.51578
 i= 1274 j= 1007 glon=  296.17 (0-360E) glon=  296.17 glat=  25.56 u=   0.3700 v=  21.1000 vr=  -2.59486 vt=  20.94310
 i= 1279 j= 1007 glon=  296.37 (0-360E) glon=  296.37 glat=  25.56 u=   0.1700 v=  19.2000 vr=  -2.27026 vt=  19.06606
 i= 1284 j= 1007 glon=  296.57 (0-360E) glon=  296.57 glat=  25.56 u=  -0.1800 v=  18.0000 vr=  -2.26976 vt=  17.85723
 i= 1179 j= 1012 glon=  292.37 (0-360E) glon=  292.37 glat=  25.36 u=   4.8600 v= -15.2000 vr=  -1.26271 vt=  15.90802
 i= 1184 j= 1012 glon=  292.57 (0-360E) glon=  292.57 glat=  25.36 u=   5.9400 v= -15.9000 vr=  -1.75885 vt=  16.88194
 i= 1189 j= 1012 glon=  292.77 (0-360E) glon=  292.77 glat=  25.36 u=   6.9400 v= -16.6000 vr=  -2.03510 vt=  17.87686
 i= 1194 j= 1012 glon=  292.97 (0-360E) glon=  292.97 glat=  25.36 u=   9.0100 v= -18.0000 vr=  -2.90932 vt=  19.91773
 i= 1199 j= 1012 glon=  293.17 (0-360E) glon=  293.17 glat=  25.36 u=   9.3800 v= -17.6000 vr=  -2.45770 vt=  19.79152
 i= 1204 j= 1012 glon=  293.37 (0-360E) glon=  293.37 glat=  25.36 u=  12.2300 v= -17.8000 vr=  -3.71981 vt=  21.27383
 i= 1209 j= 1012 glon=  293.57 (0-360E) glon=  293.57 glat=  25.36 u=  15.8400 v= -19.2000 vr=  -4.30703 vt=  24.51520
 i= 1214 j= 1012 glon=  293.77 (0-360E) glon=  293.77 glat=  25.36 u=  18.0400 v= -18.7000 vr=  -3.25653 vt=  25.77841
 i= 1219 j= 1012 glon=  293.97 (0-360E) glon=  293.97 glat=  25.36 u=  20.3200 v= -20.2000 vr=   1.23751 vt=  28.62536
 i= 1224 j= 1012 glon=  294.17 (0-360E) glon=  294.17 glat=  25.36 u=  26.8800 v= -16.5000 vr=   3.13274 vt=  31.38424
 i= 1229 j= 1012 glon=  294.37 (0-360E) glon=  294.37 glat=  25.36 u=  34.3300 v=  -8.0000 vr=   6.04948 vt=  34.72683
 i= 1234 j= 1012 glon=  294.57 (0-360E) glon=  294.57 glat=  25.36 u=  32.5000 v=   6.7000 vr=   5.03240 vt=  32.79962
 i= 1239 j= 1012 glon=  294.77 (0-360E) glon=  294.77 glat=  25.36 u=  36.1600 v=  26.1000 vr=   2.17652 vt=  44.54232
 i= 1244 j= 1012 glon=  294.97 (0-360E) glon=  294.97 glat=  25.36 u=  16.9700 v=  32.3000 vr=  -7.27172 vt=  35.75462
 i= 1249 j= 1012 glon=  295.17 (0-360E) glon=  295.17 glat=  25.36 u=  18.1100 v=  28.1000 vr=   0.93337 vt=  33.41722
 i= 1254 j= 1012 glon=  295.37 (0-360E) glon=  295.37 glat=  25.36 u=  10.7100 v=  30.0000 vr=  -3.37567 vt=  31.67505
 i= 1259 j= 1012 glon=  295.57 (0-360E) glon=  295.57 glat=  25.36 u=   4.7600 v=  25.9000 vr=  -5.20981 vt=  25.81328
 i= 1264 j= 1012 glon=  295.77 (0-360E) glon=  295.77 glat=  25.36 u=   2.9000 v=  25.7000 vr=  -5.59164 vt=  25.25141
 i= 1269 j= 1012 glon=  295.97 (0-360E) glon=  295.97 glat=  25.36 u=   2.5400 v=  22.2000 vr=  -3.94555 vt=  21.99373
 i= 1274 j= 1012 glon=  296.17 (0-360E) glon=  296.17 glat=  25.36 u=   2.6000 v=  19.9000 vr=  -2.61843 vt=  19.89758
 i= 1279 j= 1012 glon=  296.37 (0-360E) glon=  296.37 glat=  25.36 u=   1.8200 v=  18.3000 vr=  -2.50947 vt=  18.21826
 i= 1284 j= 1012 glon=  296.57 (0-360E) glon=  296.57 glat=  25.36 u=   0.8200 v=  17.0000 vr=  -2.83676 vt=  16.78169
 i= 1179 j= 1017 glon=  292.37 (0-360E) glon=  292.37 glat=  25.16 u=   5.8500 v= -14.0000 vr=  -0.98060 vt=  15.14136
 i= 1184 j= 1017 glon=  292.57 (0-360E) glon=  292.57 glat=  25.16 u=   7.2000 v= -14.5000 vr=  -1.57052 vt=  16.11284
 i= 1189 j= 1017 glon=  292.77 (0-360E) glon=  292.77 glat=  25.16 u=   8.5200 v= -15.2000 vr=  -1.87124 vt=  17.32423
 i= 1194 j= 1017 glon=  292.97 (0-360E) glon=  292.97 glat=  25.16 u=  10.5400 v= -15.7000 vr=  -2.62149 vt=  18.72724
 i= 1199 j= 1017 glon=  293.17 (0-360E) glon=  293.17 glat=  25.16 u=  12.6900 v= -16.4000 vr=  -2.99492 vt=  20.51893
 i= 1204 j= 1017 glon=  293.37 (0-360E) glon=  293.37 glat=  25.16 u=  12.5000 v= -16.1000 vr=  -1.37816 vt=  20.33619
 i= 1209 j= 1017 glon=  293.57 (0-360E) glon=  293.57 glat=  25.16 u=  17.2400 v= -15.3000 vr=  -3.42305 vt=  22.79452
 i= 1214 j= 1017 glon=  293.77 (0-360E) glon=  293.77 glat=  25.16 u=  20.9600 v= -15.8000 vr=  -2.39515 vt=  26.13857
 i= 1219 j= 1017 glon=  293.97 (0-360E) glon=  293.97 glat=  25.16 u=  26.9200 v= -11.8000 vr=  -4.12648 vt=  29.10152
 i= 1224 j= 1017 glon=  294.17 (0-360E) glon=  294.17 glat=  25.16 u=  27.9000 v= -10.9000 vr=   1.64624 vt=  29.90836
 i= 1229 j= 1017 glon=  294.37 (0-360E) glon=  294.37 glat=  25.16 u=  35.0400 v=  -1.8000 vr=   0.45587 vt=  35.08324
 i= 1234 j= 1017 glon=  294.57 (0-360E) glon=  294.57 glat=  25.16 u=  31.1200 v=  12.8000 vr=  -4.81070 vt=  33.30393
 i= 1239 j= 1017 glon=  294.77 (0-360E) glon=  294.77 glat=  25.16 u=  24.2700 v=  19.1000 vr=  -5.22774 vt=  30.43869
 i= 1244 j= 1017 glon=  294.97 (0-360E) glon=  294.97 glat=  25.16 u=  22.1000 v=  24.5000 vr=  -4.70473 vt=  32.65770
 i= 1249 j= 1017 glon=  295.17 (0-360E) glon=  295.17 glat=  25.16 u=  17.4700 v=  22.1000 vr=  -1.67630 vt=  28.12118
 i= 1254 j= 1017 glon=  295.37 (0-360E) glon=  295.37 glat=  25.16 u=  12.9600 v=  25.1000 vr=  -3.95517 vt=  27.97013
 i= 1259 j= 1017 glon=  295.57 (0-360E) glon=  295.57 glat=  25.16 u=   7.3500 v=  23.6000 vr=  -5.64970 vt=  24.06374
 i= 1264 j= 1017 glon=  295.77 (0-360E) glon=  295.77 glat=  25.16 u=   5.2900 v=  23.1000 vr=  -5.67627 vt=  23.00813
 i= 1269 j= 1017 glon=  295.97 (0-360E) glon=  295.97 glat=  25.16 u=   4.3400 v=  19.9000 vr=  -4.05559 vt=  19.95990
 i= 1274 j= 1017 glon=  296.17 (0-360E) glon=  296.17 glat=  25.16 u=   4.2500 v=  18.3000 vr=  -2.71875 vt=  18.58927
 i= 1279 j= 1017 glon=  296.37 (0-360E) glon=  296.37 glat=  25.16 u=   3.1800 v=  17.1000 vr=  -2.69035 vt=  17.18384
 i= 1179 j= 1022 glon=  292.37 (0-360E) glon=  292.37 glat=  24.96 u=   6.4900 v= -12.4000 vr=  -0.79421 vt=  13.97316
 i= 1184 j= 1022 glon=  292.57 (0-360E) glon=  292.57 glat=  24.96 u=   7.8000 v= -13.1000 vr=  -1.09490 vt=  15.20695
 i= 1189 j= 1022 glon=  292.77 (0-360E) glon=  292.77 glat=  24.96 u=   9.8000 v= -13.4000 vr=  -1.96776 vt=  16.48417
 i= 1194 j= 1022 glon=  292.97 (0-360E) glon=  292.97 glat=  24.96 u=  11.3200 v= -13.4000 vr=  -2.29944 vt=  17.39008
 i= 1199 j= 1022 glon=  293.17 (0-360E) glon=  293.17 glat=  24.96 u=  13.7400 v= -13.3000 vr=  -3.07656 vt=  18.87359
 i= 1204 j= 1022 glon=  293.37 (0-360E) glon=  293.37 glat=  24.96 u=  16.1900 v= -12.6000 vr=  -3.72888 vt=  20.17354
 i= 1209 j= 1022 glon=  293.57 (0-360E) glon=  293.57 glat=  24.96 u=  17.0700 v= -13.2000 vr=  -1.68381 vt=  21.51255
 i= 1214 j= 1022 glon=  293.77 (0-360E) glon=  293.77 glat=  24.96 u=  20.3900 v= -11.1000 vr=  -2.40419 vt=  23.09073
 i= 1219 j= 1022 glon=  293.97 (0-360E) glon=  293.97 glat=  24.96 u=  23.9600 v=  -8.5000 vr=  -2.46127 vt=  25.30363
 i= 1224 j= 1022 glon=  294.17 (0-360E) glon=  294.17 glat=  24.96 u=  26.4800 v=  -3.6000 vr=  -2.89642 vt=  26.56617
 i= 1229 j= 1022 glon=  294.37 (0-360E) glon=  294.37 glat=  24.96 u=  27.2600 v=   2.0000 vr=  -2.78998 vt=  27.19051
 i= 1234 j= 1022 glon=  294.57 (0-360E) glon=  294.57 glat=  24.96 u=  25.6900 v=   8.2000 vr=  -3.24421 vt=  26.77109
 i= 1239 j= 1022 glon=  294.77 (0-360E) glon=  294.77 glat=  24.96 u=  23.3800 v=  14.5000 vr=  -4.54234 vt=  27.13377
 i= 1244 j= 1022 glon=  294.97 (0-360E) glon=  294.97 glat=  24.96 u=  25.6700 v=  18.1000 vr=  -1.64120 vt=  31.36663
 i= 1249 j= 1022 glon=  295.17 (0-360E) glon=  295.17 glat=  24.96 u=  14.9200 v=  21.9000 vr=  -7.04430 vt=  25.54592
 i= 1254 j= 1022 glon=  295.37 (0-360E) glon=  295.37 glat=  24.96 u=  12.5500 v=  20.7000 vr=  -4.99560 vt=  23.68621
 i= 1259 j= 1022 glon=  295.57 (0-360E) glon=  295.57 glat=  24.96 u=   8.2000 v=  21.5000 vr=  -6.73011 vt=  22.00444
 i= 1264 j= 1022 glon=  295.77 (0-360E) glon=  295.77 glat=  24.96 u=   7.4100 v=  19.4000 vr=  -4.57810 vt=  20.25609
 i= 1269 j= 1022 glon=  295.97 (0-360E) glon=  295.97 glat=  24.96 u=   6.0300 v=  17.5000 vr=  -3.58480 vt=  18.15930
 i= 1274 j= 1022 glon=  296.17 (0-360E) glon=  296.17 glat=  24.96 u=   5.3100 v=  16.3000 vr=  -2.76439 vt=  16.91875
 i= 1279 j= 1022 glon=  296.37 (0-360E) glon=  296.37 glat=  24.96 u=   3.9200 v=  15.5000 vr=  -2.98104 vt=  15.70763
 i= 1184 j= 1027 glon=  292.57 (0-360E) glon=  292.57 glat=  24.76 u=   8.2400 v= -11.4000 vr=  -0.96525 vt=  14.03303
 i= 1189 j= 1027 glon=  292.77 (0-360E) glon=  292.77 glat=  24.76 u=  10.1500 v= -11.8000 vr=  -1.56005 vt=  15.48640
 i= 1194 j= 1027 glon=  292.97 (0-360E) glon=  292.97 glat=  24.76 u=  11.6300 v= -11.4000 vr=  -1.99881 vt=  16.16235
 i= 1199 j= 1027 glon=  293.17 (0-360E) glon=  293.17 glat=  24.76 u=  13.7700 v= -10.9000 vr=  -2.70622 vt=  17.35221
 i= 1204 j= 1027 glon=  293.37 (0-360E) glon=  293.37 glat=  24.76 u=  16.1400 v= -10.2000 vr=  -3.27120 vt=  18.81060
 i= 1209 j= 1027 glon=  293.57 (0-360E) glon=  293.57 glat=  24.76 u=  18.6300 v=  -8.6000 vr=  -4.03055 vt=  20.11943
 i= 1214 j= 1027 glon=  293.77 (0-360E) glon=  293.77 glat=  24.76 u=  20.7000 v=  -6.9000 vr=  -3.98165 vt=  21.45335
 i= 1219 j= 1027 glon=  293.97 (0-360E) glon=  293.97 glat=  24.76 u=  22.0800 v=  -5.1000 vr=  -3.01051 vt=  22.46048
 i= 1224 j= 1027 glon=  294.17 (0-360E) glon=  294.17 glat=  24.76 u=  23.4300 v=  -1.0000 vr=  -3.61557 vt=  23.17094
 i= 1229 j= 1027 glon=  294.37 (0-360E) glon=  294.37 glat=  24.76 u=  24.5200 v=   3.9000 vr=  -4.47128 vt=  24.42229
 i= 1234 j= 1027 glon=  294.57 (0-360E) glon=  294.57 glat=  24.76 u=  24.6000 v=   7.8000 vr=  -3.98070 vt=  25.49812
 i= 1239 j= 1027 glon=  294.77 (0-360E) glon=  294.77 glat=  24.76 u=  22.5900 v=  13.0000 vr=  -5.26561 vt=  25.52609
 i= 1244 j= 1027 glon=  294.97 (0-360E) glon=  294.97 glat=  24.76 u=  19.3200 v=  16.8000 vr=  -6.25681 vt=  24.82649
 i= 1249 j= 1027 glon=  295.17 (0-360E) glon=  295.17 glat=  24.76 u=  15.2300 v=  18.5000 vr=  -6.68928 vt=  23.00992
 i= 1254 j= 1027 glon=  295.37 (0-360E) glon=  295.37 glat=  24.76 u=  12.4100 v=  17.2000 vr=  -4.96194 vt=  20.62104
 i= 1259 j= 1027 glon=  295.57 (0-360E) glon=  295.57 glat=  24.76 u=   9.1900 v=  18.6000 vr=  -6.31860 vt=  19.76085
 i= 1264 j= 1027 glon=  295.77 (0-360E) glon=  295.77 glat=  24.76 u=   8.2200 v=  16.1000 vr=  -3.92078 vt=  17.64670
 i= 1269 j= 1027 glon=  295.97 (0-360E) glon=  295.97 glat=  24.76 u=   6.8800 v=  15.2000 vr=  -3.32117 vt=  16.35066
 i= 1274 j= 1027 glon=  296.17 (0-360E) glon=  296.17 glat=  24.76 u=   5.7000 v=  14.7000 vr=  -3.13862 vt=  15.45086
 i= 1189 j= 1032 glon=  292.77 (0-360E) glon=  292.77 glat=  24.56 u=   9.7300 v= -10.2000 vr=  -0.93271 vt=  14.06567
 i= 1194 j= 1032 glon=  292.97 (0-360E) glon=  292.97 glat=  24.56 u=  11.0300 v=  -9.6000 vr=  -1.37666 vt=  14.55767
 i= 1199 j= 1032 glon=  293.17 (0-360E) glon=  293.17 glat=  24.56 u=  13.1400 v=  -9.0000 vr=  -2.14137 vt=  15.78208
 i= 1204 j= 1032 glon=  293.37 (0-360E) glon=  293.37 glat=  24.56 u=  15.1900 v=  -7.9000 vr=  -2.87613 vt=  16.87821
 i= 1209 j= 1032 glon=  293.57 (0-360E) glon=  293.57 glat=  24.56 u=  17.2300 v=  -6.4000 vr=  -3.51311 vt=  18.04137
 i= 1214 j= 1032 glon=  293.77 (0-360E) glon=  293.77 glat=  24.56 u=  19.5900 v=  -4.2000 vr=  -4.41623 vt=  19.54239
 i= 1219 j= 1032 glon=  293.97 (0-360E) glon=  293.97 glat=  24.56 u=  21.5400 v=  -1.1000 vr=  -5.42494 vt=  20.87466
 i= 1224 j= 1032 glon=  294.17 (0-360E) glon=  294.17 glat=  24.56 u=  22.1000 v=   2.7000 vr=  -6.31088 vt=  21.35118
 i= 1229 j= 1032 glon=  294.37 (0-360E) glon=  294.37 glat=  24.56 u=  21.6800 v=   6.5000 vr=  -6.92215 vt=  21.54893
 i= 1234 j= 1032 glon=  294.57 (0-360E) glon=  294.57 glat=  24.56 u=  21.4900 v=   9.2000 vr=  -6.39043 vt=  22.48605
 i= 1239 j= 1032 glon=  294.77 (0-360E) glon=  294.77 glat=  24.56 u=  19.7000 v=  12.0000 vr=  -6.32436 vt=  22.18316
 i= 1244 j= 1032 glon=  294.97 (0-360E) glon=  294.97 glat=  24.56 u=  16.6500 v=  15.6000 vr=  -7.86659 vt=  21.41727
 i= 1249 j= 1032 glon=  295.17 (0-360E) glon=  295.17 glat=  24.56 u=  15.9200 v=  14.3000 vr=  -4.51855 vt=  20.91696
 i= 1254 j= 1032 glon=  295.37 (0-360E) glon=  295.37 glat=  24.56 u=  11.0300 v=  16.1000 vr=  -6.63626 vt=  18.35295
 i= 1259 j= 1032 glon=  295.57 (0-360E) glon=  295.57 glat=  24.56 u=  10.0700 v=  14.3000 vr=  -4.21904 vt=  16.97335
 i= 1264 j= 1032 glon=  295.77 (0-360E) glon=  295.77 glat=  24.56 u=   8.9300 v=  13.5000 vr=  -3.13126 vt=  15.88049
 i= 1269 j= 1032 glon=  295.97 (0-360E) glon=  295.97 glat=  24.56 u=   6.8700 v=  13.3000 vr=  -3.48547 vt=  14.55810
 i= 1274 j= 1032 glon=  296.17 (0-360E) glon=  296.17 glat=  24.56 u=   5.7600 v=  12.9000 vr=  -3.27238 vt=  13.74333
 i= 1194 j= 1037 glon=  292.97 (0-360E) glon=  292.97 glat=  24.36 u=  10.4900 v=  -8.6000 vr=  -0.65664 vt=  13.54876
 i= 1199 j= 1037 glon=  293.17 (0-360E) glon=  293.17 glat=  24.36 u=  11.4800 v=  -8.3000 vr=  -0.49772 vt=  14.15742
 i= 1204 j= 1037 glon=  293.37 (0-360E) glon=  293.37 glat=  24.36 u=  13.2400 v=  -6.9000 vr=  -1.44511 vt=  14.85999
 i= 1209 j= 1037 glon=  293.57 (0-360E) glon=  293.57 glat=  24.36 u=  15.3500 v=  -5.1000 vr=  -2.61606 vt=  15.96210
 i= 1214 j= 1037 glon=  293.77 (0-360E) glon=  293.77 glat=  24.36 u=  16.9600 v=  -2.8000 vr=  -3.66812 vt=  16.79364
 i= 1219 j= 1037 glon=  293.97 (0-360E) glon=  293.97 glat=  24.36 u=  18.1000 v=   0.2000 vr=  -4.92583 vt=  17.41799
 i= 1224 j= 1037 glon=  294.17 (0-360E) glon=  294.17 glat=  24.36 u=  18.9000 v=   3.3000 vr=  -5.95777 vt=  18.23746
 i= 1229 j= 1037 glon=  294.37 (0-360E) glon=  294.37 glat=  24.36 u=  19.7000 v=   5.9000 vr=  -6.22990 vt=  19.59817
 i= 1234 j= 1037 glon=  294.57 (0-360E) glon=  294.57 glat=  24.36 u=  18.4700 v=   9.9000 vr=  -7.81552 vt=  19.44398
 i= 1239 j= 1037 glon=  294.77 (0-360E) glon=  294.77 glat=  24.36 u=  16.1400 v=  11.6000 vr=  -7.55929 vt=  18.38251
 i= 1244 j= 1037 glon=  294.97 (0-360E) glon=  294.97 glat=  24.36 u=  16.0100 v=  11.9000 vr=  -5.70059 vt=  19.11631
 i= 1249 j= 1037 glon=  295.17 (0-360E) glon=  295.17 glat=  24.36 u=  12.4300 v=  13.4000 vr=  -6.54709 vt=  17.06460
 i= 1254 j= 1037 glon=  295.37 (0-360E) glon=  295.37 glat=  24.36 u=  10.9000 v=  11.9000 vr=  -4.39324 vt=  15.52802
 i= 1259 j= 1037 glon=  295.57 (0-360E) glon=  295.57 glat=  24.36 u=  10.1500 v=  11.4000 vr=  -3.08264 vt=  14.94924
 i= 1264 j= 1037 glon=  295.77 (0-360E) glon=  295.77 glat=  24.36 u=   8.6900 v=  11.6000 vr=  -3.04070 vt=  14.17146
 i= 1269 j= 1037 glon=  295.97 (0-360E) glon=  295.97 glat=  24.36 u=   6.7200 v=  11.7000 vr=  -3.54106 vt=  13.01957
 i= 1199 j= 1042 glon=  293.17 (0-360E) glon=  293.17 glat=  24.16 u=  10.9000 v=  -6.2000 vr=  -1.02259 vt=  12.49817
 i= 1204 j= 1042 glon=  293.37 (0-360E) glon=  293.37 glat=  24.16 u=  11.8000 v=  -5.7000 vr=  -0.90487 vt=  13.07330
 i= 1209 j= 1042 glon=  293.57 (0-360E) glon=  293.57 glat=  24.16 u=  12.7700 v=  -4.7000 vr=  -1.06914 vt=  13.56539
 i= 1214 j= 1042 glon=  293.77 (0-360E) glon=  293.77 glat=  24.16 u=  13.6100 v=  -2.8000 vr=  -1.84030 vt=  13.77263
 i= 1219 j= 1042 glon=  293.97 (0-360E) glon=  293.97 glat=  24.16 u=  14.4600 v=  -0.4000 vr=  -2.95330 vt=  14.16085
 i= 1224 j= 1042 glon=  294.17 (0-360E) glon=  294.17 glat=  24.16 u=  15.0600 v=   1.5000 vr=  -3.37341 vt=  14.75377
 i= 1229 j= 1042 glon=  294.37 (0-360E) glon=  294.37 glat=  24.16 u=  14.8900 v=   3.0000 vr=  -3.21891 vt=  14.84421
 i= 1234 j= 1042 glon=  294.57 (0-360E) glon=  294.57 glat=  24.16 u=  14.4300 v=   4.7000 vr=  -3.28891 vt=  14.81546
 i= 1239 j= 1042 glon=  294.77 (0-360E) glon=  294.77 glat=  24.16 u=  13.6300 v=   7.2000 vr=  -4.27135 vt=  14.81123
 i= 1244 j= 1042 glon=  294.97 (0-360E) glon=  294.97 glat=  24.16 u=  12.3100 v=   8.4000 vr=  -4.25472 vt=  14.28263
 i= 1249 j= 1042 glon=  295.17 (0-360E) glon=  295.17 glat=  24.16 u=  11.5300 v=   8.4000 vr=  -3.15251 vt=  13.91268
 i= 1254 j= 1042 glon=  295.37 (0-360E) glon=  295.37 glat=  24.16 u=  10.8700 v=   8.8000 vr=  -2.55692 vt=  13.74987
 i= 1259 j= 1042 glon=  295.57 (0-360E) glon=  295.57 glat=  24.16 u=   9.5800 v=   9.5000 vr=  -2.71580 vt=  13.21555
 i= 1209 j= 1047 glon=  293.57 (0-360E) glon=  293.57 glat=  23.96 u=  11.6000 v=  -2.8000 vr=  -1.80849 vt=  11.79531
 i= 1214 j= 1047 glon=  293.77 (0-360E) glon=  293.77 glat=  23.96 u=  12.1000 v=  -2.0000 vr=  -1.68093 vt=  12.14844
 i= 1219 j= 1047 glon=  293.97 (0-360E) glon=  293.97 glat=  23.96 u=  12.6500 v=  -0.9000 vr=  -1.73808 vt=  12.56231
 i= 1224 j= 1047 glon=  294.17 (0-360E) glon=  294.17 glat=  23.96 u=  12.8600 v=   0.7000 vr=  -2.13156 vt=  12.70142
 i= 1229 j= 1047 glon=  294.37 (0-360E) glon=  294.37 glat=  23.96 u=  12.6400 v=   2.4000 vr=  -2.56553 vt=  12.60744
 i= 1234 j= 1047 glon=  294.57 (0-360E) glon=  294.57 glat=  23.96 u=  12.0200 v=   4.0000 vr=  -2.95369 vt=  12.31893
 i= 1239 j= 1047 glon=  294.77 (0-360E) glon=  294.77 glat=  23.96 u=  11.7900 v=   4.9000 vr=  -2.66902 vt=  12.48561
 i= 1244 j= 1047 glon=  294.97 (0-360E) glon=  294.97 glat=  23.96 u=  11.2500 v=   5.7000 vr=  -2.40327 vt=  12.38050
 i= 1249 j= 1047 glon=  295.17 (0-360E) glon=  295.17 glat=  23.96 u=  10.7300 v=   6.4000 vr=  -2.13149 vt=  12.31055
 i= 1229 j= 1052 glon=  294.37 (0-360E) glon=  294.37 glat=  23.76 u=  10.8500 v=   1.9000 vr=  -2.02811 vt=  10.82678
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    21.8589580123085       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     45.37 kts
    LL Wind Circ Vt mean quadmax value: SE     41.46 kts
    LL Wind Circ Vt mean quadmax value: SW     38.11 kts
    LL Wind Circ Vt mean quadmax value: NW     38.20 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.70471460651802       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.7719195869057     
   xcenlon=    294.471738087904     
   imax=         2738  jmax=         2041
   jlatfix=         1001
   ilonfix (unadjusted) =         1232
  
 In get_max_wind, ibeg=         1156  iend=         1307
                  jbeg=          933  jend=         1070
         ilonfix=         1232  jlatfix=         1001
 At end of get_max_wind, vmax=    45.3810059386083       rmax= 
   16.3105962080793     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    4.11 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.11 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   10.44 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   14.13 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   18.30 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   23.13 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   28.13 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   32.74 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   35.93 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   37.35 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   37.24 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   36.21 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   34.85 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   33.35 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   32.01 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   30.92 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   30.03 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   29.25 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   28.46 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   27.65 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   26.90 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   26.15 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   25.46 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   24.78 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   24.14 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   23.55 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   23.01 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   22.51 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   22.02 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   21.53 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   21.04 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   20.56 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   20.09 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   19.63 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   19.20 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   18.83 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   18.46 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   18.10 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   17.75 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   17.42 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   17.10 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.75 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    37.35 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    37.3529330288144      
  (m/s)   (in kts)=    72.5655429950776     
  rising_sum_dvdr=       33.2403280923515     
  declining_sum_dvdr=   -14.3390902525299     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   102 igrct=  1 Vmax (m/s)=   45.381   22:30:22
 TIMING: before call  getradii, fhr=   102 igrct=  1   22:30:22
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    1.05329177174766     
 mr4qs before add, mean_radii_vt_4quad_sum=    1.05329177174766     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.69794286918843     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.69794286918843     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.3158256424038     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.3158256424038     
 mr4qs after add, mean_radii_vt_4quad_sum=    13.5430169322015     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   13.54 good_quad_ct=   4 mean_vt_4quad=      3.39
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   10.07 mean_vt_4quad=    6.21
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   10.10 mean_vt_4quad=    6.30
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   10.12 mean_vt_4quad=    6.38
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   10.13 mean_vt_4quad=    6.46
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   10.15 mean_vt_4quad=    6.55
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   10.20 mean_vt_4quad=    6.64
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   10.26 mean_vt_4quad=    6.72
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   10.30 mean_vt_4quad=    6.81
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   10.34 mean_vt_4quad=    6.90
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   10.39 mean_vt_4quad=    6.99
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   10.42 mean_vt_4quad=    7.07
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   10.46 mean_vt_4quad=    7.16
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   10.52 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   10.59 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   10.67 mean_vt_4quad=    7.41
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   10.73 mean_vt_4quad=    7.50
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   10.81 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   10.88 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   10.94 mean_vt_4quad=    7.76
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   11.03 mean_vt_4quad=    7.85
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   11.13 mean_vt_4quad=    7.94
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   11.23 mean_vt_4quad=    8.04
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   11.31 mean_vt_4quad=    8.13
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   11.42 mean_vt_4quad=    8.22
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   11.51 mean_vt_4quad=    8.31
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   11.57 mean_vt_4quad=    8.39
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   11.61 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   11.63 mean_vt_4quad=    8.55
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   11.63 mean_vt_4quad=    8.63
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   11.61 mean_vt_4quad=    8.70
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   11.61 mean_vt_4quad=    8.78
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   11.61 mean_vt_4quad=    8.87
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   11.64 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   11.71 mean_vt_4quad=    9.05
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   11.79 mean_vt_4quad=    9.15
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   11.88 mean_vt_4quad=    9.25
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   11.97 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   12.07 mean_vt_4quad=    9.46
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   12.14 mean_vt_4quad=    9.56
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   12.21 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   12.26 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   12.31 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   12.36 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   12.42 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   12.47 mean_vt_4quad=   10.11
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   12.50 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   12.53 mean_vt_4quad=   10.30
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   12.54 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   12.58 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   12.64 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   12.74 mean_vt_4quad=   10.68
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   12.86 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   13.00 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   13.16 mean_vt_4quad=   10.97
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   13.34 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   13.50 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   13.64 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   13.75 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   13.85 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   13.94 mean_vt_4quad=   11.66
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   14.05 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   14.19 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   14.32 mean_vt_4quad=   12.04
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   14.45 mean_vt_4quad=   12.17
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.60 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.71 mean_vt_4quad=   12.41
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   14.82 mean_vt_4quad=   12.54
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   14.94 mean_vt_4quad=   12.67
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   15.06 mean_vt_4quad=   12.80
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   15.23 mean_vt_4quad=   12.93
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   15.37 mean_vt_4quad=   13.06
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   15.42 mean_vt_4quad=   13.19
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.44 mean_vt_4quad=   13.33
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   15.55 mean_vt_4quad=   13.46
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   15.64 mean_vt_4quad=   13.60
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   15.73 mean_vt_4quad=   13.77
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   16.09 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   16.64 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   17.16 mean_vt_4quad=   14.45
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   17.58 mean_vt_4quad=   14.71
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   14.71 .... 0.5*v_holland=    8.29
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.95 .... 0.5*v_holland=    8.29
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   15.17 .... 0.5*v_holland=    8.29
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    8.29
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   15.59 .... 0.5*v_holland=    8.29
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    132.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   71.2272000000000     
 vradius(iwindix,iquad) =          71
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   17.58 mean_vt_4quad=   14.71
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   18.07 mean_vt_4quad=   14.95
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   18.48 mean_vt_4quad=   15.17
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   18.78 mean_vt_4quad=   15.38
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.06 mean_vt_4quad=   15.59
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   19.40 mean_vt_4quad=   15.82
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   19.96 mean_vt_4quad=   16.09
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   20.69 mean_vt_4quad=   16.37
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   21.35 mean_vt_4quad=   16.67
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   21.96 mean_vt_4quad=   16.98
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   22.60 mean_vt_4quad=   17.31
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   23.35 mean_vt_4quad=   17.66
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.04 mean_vt_4quad=   18.03
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   24.57 mean_vt_4quad=   18.39
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   24.94 mean_vt_4quad=   18.76
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   25.15 mean_vt_4quad=   19.15
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   25.34 mean_vt_4quad=   19.56
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   25.66 mean_vt_4quad=   19.99
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.40 mean_vt_4quad=   20.45
  
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.40 mean_vt_4quad=   20.45
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   27.17 mean_vt_4quad=   20.95
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   27.82 mean_vt_4quad=   21.48
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   28.35 mean_vt_4quad=   22.04
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   28.79 mean_vt_4quad=   22.63
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   29.58 mean_vt_4quad=   23.28
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   30.72 mean_vt_4quad=   23.98
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   32.02 mean_vt_4quad=   24.73
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   33.33 mean_vt_4quad=   25.55
  
 NO interp, exactdistkm=    54.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   29.1384000000000     
 vradius(iwindix,iquad) =          29
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    9.03 mean_vt_4quad=    6.21
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    9.04 mean_vt_4quad=    6.30
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    9.07 mean_vt_4quad=    6.38
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    9.14 mean_vt_4quad=    6.46
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    9.22 mean_vt_4quad=    6.55
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    9.27 mean_vt_4quad=    6.64
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    9.35 mean_vt_4quad=    6.72
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    9.44 mean_vt_4quad=    6.81
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    9.53 mean_vt_4quad=    6.90
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    9.65 mean_vt_4quad=    6.99
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    9.82 mean_vt_4quad=    7.07
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    9.98 mean_vt_4quad=    7.16
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   10.10 mean_vt_4quad=    7.24
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   10.14 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   10.16 mean_vt_4quad=    7.41
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   10.16 mean_vt_4quad=    7.50
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.19 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.26 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   10.32 mean_vt_4quad=    7.76
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   10.41 mean_vt_4quad=    7.85
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   10.51 mean_vt_4quad=    7.94
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   10.60 mean_vt_4quad=    8.04
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   10.66 mean_vt_4quad=    8.13
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   10.74 mean_vt_4quad=    8.22
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   10.79 mean_vt_4quad=    8.31
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   10.81 mean_vt_4quad=    8.39
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.81 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.80 mean_vt_4quad=    8.55
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.77 mean_vt_4quad=    8.63
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   10.74 mean_vt_4quad=    8.70
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   10.72 mean_vt_4quad=    8.78
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   10.72 mean_vt_4quad=    8.87
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   10.73 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   10.79 mean_vt_4quad=    9.05
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   10.88 mean_vt_4quad=    9.15
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   11.01 mean_vt_4quad=    9.25
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   11.16 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   11.30 mean_vt_4quad=    9.46
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   11.42 mean_vt_4quad=    9.56
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   11.55 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   11.65 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   11.77 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   11.87 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   11.98 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.10 mean_vt_4quad=   10.11
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.22 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.33 mean_vt_4quad=   10.30
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.45 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.56 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.68 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.80 mean_vt_4quad=   10.68
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.92 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   13.06 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.18 mean_vt_4quad=   10.97
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.30 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.37 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.43 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.52 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.63 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.75 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.86 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.99 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   14.13 mean_vt_4quad=   12.04
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   14.30 mean_vt_4quad=   12.17
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   14.43 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   14.50 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.54 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.61 mean_vt_4quad=   12.67
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.71 mean_vt_4quad=   12.80
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.84 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.98 mean_vt_4quad=   13.06
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   15.15 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   15.33 mean_vt_4quad=   13.33
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   15.51 mean_vt_4quad=   13.46
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   15.66 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   15.79 mean_vt_4quad=   13.77
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   16.06 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   16.36 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   16.67 mean_vt_4quad=   14.45
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   17.07 mean_vt_4quad=   14.71
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   17.53 mean_vt_4quad=   14.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.95 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   15.17 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   15.59 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   15.82 .... 0.5*v_holland=    8.47
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   17.53 mean_vt_4quad=   14.95
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   18.06 mean_vt_4quad=   15.17
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   18.57 mean_vt_4quad=   15.38
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   19.07 mean_vt_4quad=   15.59
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   19.57 mean_vt_4quad=   15.82
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   20.10 mean_vt_4quad=   16.09
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   20.72 mean_vt_4quad=   16.37
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   21.31 mean_vt_4quad=   16.67
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   21.87 mean_vt_4quad=   16.98
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   22.35 mean_vt_4quad=   17.31
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   22.84 mean_vt_4quad=   17.66
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   23.37 mean_vt_4quad=   18.03
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   23.91 mean_vt_4quad=   18.39
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   24.48 mean_vt_4quad=   18.76
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   25.25 mean_vt_4quad=   19.15
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   26.63 mean_vt_4quad=   19.56
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   26.63 mean_vt_4quad=   19.56
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   27.91 mean_vt_4quad=   19.99
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   29.00 mean_vt_4quad=   20.45
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   29.56 mean_vt_4quad=   20.95
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   29.78 mean_vt_4quad=   21.48
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   29.71 mean_vt_4quad=   22.04
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   30.07 mean_vt_4quad=   22.63
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   31.08 mean_vt_4quad=   23.28
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   31.63 mean_vt_4quad=   23.98
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   31.89 mean_vt_4quad=   24.73
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   32.38 mean_vt_4quad=   25.55
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   32.31 mean_vt_4quad=   26.44
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   32.94 mean_vt_4quad=   27.42
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    6.55 mean_vt_4quad=    6.21
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    6.62 mean_vt_4quad=    6.30
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    6.71 mean_vt_4quad=    6.38
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    6.78 mean_vt_4quad=    6.46
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    6.84 mean_vt_4quad=    6.55
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    6.89 mean_vt_4quad=    6.64
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    6.97 mean_vt_4quad=    6.72
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    7.13 mean_vt_4quad=    6.81
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    7.29 mean_vt_4quad=    6.90
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    7.40 mean_vt_4quad=    6.99
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    7.46 mean_vt_4quad=    7.07
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    7.49 mean_vt_4quad=    7.16
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    7.49 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    7.51 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    7.57 mean_vt_4quad=    7.41
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    7.68 mean_vt_4quad=    7.50
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    7.83 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    8.00 mean_vt_4quad=    7.67
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    8.15 mean_vt_4quad=    7.76
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    8.31 mean_vt_4quad=    7.85
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    8.45 mean_vt_4quad=    7.94
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    8.60 mean_vt_4quad=    8.04
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    8.75 mean_vt_4quad=    8.13
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    8.85 mean_vt_4quad=    8.22
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    8.92 mean_vt_4quad=    8.31
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    9.03 mean_vt_4quad=    8.39
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    9.17 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    9.29 mean_vt_4quad=    8.55
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    9.35 mean_vt_4quad=    8.63
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    9.38 mean_vt_4quad=    8.70
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    9.39 mean_vt_4quad=    8.78
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    9.41 mean_vt_4quad=    8.87
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=    9.48 mean_vt_4quad=    8.95
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=    9.58 mean_vt_4quad=    9.05
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=    9.70 mean_vt_4quad=    9.15
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=    9.83 mean_vt_4quad=    9.25
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=    9.95 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   10.08 mean_vt_4quad=    9.46
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   10.21 mean_vt_4quad=    9.56
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   10.33 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   10.44 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   10.54 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   10.62 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   10.68 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   10.74 mean_vt_4quad=   10.11
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   10.83 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   10.92 mean_vt_4quad=   10.30
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   11.03 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   11.17 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   11.31 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   11.46 mean_vt_4quad=   10.68
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   11.61 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   11.78 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   11.95 mean_vt_4quad=   10.97
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   12.12 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   12.27 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   12.40 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   12.52 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   12.59 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   12.69 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   12.79 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   12.91 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.05 mean_vt_4quad=   12.04
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   13.19 mean_vt_4quad=   12.17
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   13.34 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   13.49 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   13.64 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.78 mean_vt_4quad=   12.67
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.89 mean_vt_4quad=   12.80
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   13.97 mean_vt_4quad=   12.93
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   14.08 mean_vt_4quad=   13.06
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   14.32 mean_vt_4quad=   13.19
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.49 mean_vt_4quad=   13.33
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.70 mean_vt_4quad=   13.46
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.99 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.27 mean_vt_4quad=   13.77
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.58 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.88 mean_vt_4quad=   14.20
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.36 mean_vt_4quad=   14.45
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.04 mean_vt_4quad=   14.71
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.86 mean_vt_4quad=   14.95
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.95 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   15.17 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   15.38 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   15.59 .... 0.5*v_holland=    8.47
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   15.82 .... 0.5*v_holland=    8.47
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.86 mean_vt_4quad=   14.95
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   18.42 mean_vt_4quad=   15.17
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   18.76 mean_vt_4quad=   15.38
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   18.56 mean_vt_4quad=   15.59
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.46 mean_vt_4quad=   15.82
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   18.25 mean_vt_4quad=   16.09
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   18.48 mean_vt_4quad=   16.37
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   18.93 mean_vt_4quad=   16.67
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   19.32 mean_vt_4quad=   16.98
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   19.67 mean_vt_4quad=   17.31
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   19.97 mean_vt_4quad=   17.66
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   20.27 mean_vt_4quad=   18.03
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   20.59 mean_vt_4quad=   18.39
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   21.11 mean_vt_4quad=   18.76
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   21.62 mean_vt_4quad=   19.15
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   22.14 mean_vt_4quad=   19.56
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   22.96 mean_vt_4quad=   19.99
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.84 mean_vt_4quad=   20.45
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.54 mean_vt_4quad=   20.95
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   25.13 mean_vt_4quad=   21.48
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   25.24 mean_vt_4quad=   22.04
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   25.06 mean_vt_4quad=   22.63
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   25.07 mean_vt_4quad=   23.28
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   25.64 mean_vt_4quad=   23.98
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   26.56 mean_vt_4quad=   24.73
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   26.56 mean_vt_4quad=   24.73
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   27.52 mean_vt_4quad=   25.55
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   28.53 mean_vt_4quad=   26.44
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   29.66 mean_vt_4quad=   27.42
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   30.87 mean_vt_4quad=   28.55
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   32.19 mean_vt_4quad=   29.83
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   33.70 mean_vt_4quad=   31.26
  
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    7.50 mean_vt_4quad=    6.21
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    7.53 mean_vt_4quad=    6.30
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    7.58 mean_vt_4quad=    6.38
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    7.64 mean_vt_4quad=    6.46
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    7.69 mean_vt_4quad=    6.55
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    7.75 mean_vt_4quad=    6.64
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    7.81 mean_vt_4quad=    6.72
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    7.90 mean_vt_4quad=    6.81
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    7.98 mean_vt_4quad=    6.90
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    8.07 mean_vt_4quad=    6.99
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    8.18 mean_vt_4quad=    7.07
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    8.30 mean_vt_4quad=    7.16
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    8.41 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    8.51 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    8.61 mean_vt_4quad=    7.41
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    8.71 mean_vt_4quad=    7.50
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    8.82 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    8.93 mean_vt_4quad=    7.67
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.02 mean_vt_4quad=    7.76
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=    9.10 mean_vt_4quad=    7.85
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=    9.16 mean_vt_4quad=    7.94
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=    9.22 mean_vt_4quad=    8.04
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=    9.33 mean_vt_4quad=    8.13
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=    9.40 mean_vt_4quad=    8.22
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=    9.44 mean_vt_4quad=    8.31
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=    9.49 mean_vt_4quad=    8.39
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=    9.49 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=    9.51 mean_vt_4quad=    8.55
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=    9.61 mean_vt_4quad=    8.63
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=    9.66 mean_vt_4quad=    8.70
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=    9.77 mean_vt_4quad=    8.78
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=    9.89 mean_vt_4quad=    8.87
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   10.03 mean_vt_4quad=    8.95
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   10.13 mean_vt_4quad=    9.05
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   10.21 mean_vt_4quad=    9.15
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   10.30 mean_vt_4quad=    9.25
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   10.47 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   10.64 mean_vt_4quad=    9.46
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   10.80 mean_vt_4quad=    9.56
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   10.95 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.08 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.22 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   11.31 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   11.39 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   11.46 mean_vt_4quad=   10.11
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   11.51 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   11.56 mean_vt_4quad=   10.30
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   11.62 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   11.71 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   11.88 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   12.00 mean_vt_4quad=   10.68
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   12.13 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   12.23 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   12.31 mean_vt_4quad=   10.97
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   12.41 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   12.49 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   12.59 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   12.68 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   12.75 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   12.83 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   12.97 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   13.02 mean_vt_4quad=   11.91
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   13.06 mean_vt_4quad=   12.04
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   13.10 mean_vt_4quad=   12.17
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   13.15 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   13.21 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   13.32 mean_vt_4quad=   12.54
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   13.45 mean_vt_4quad=   12.67
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   13.66 mean_vt_4quad=   12.80
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   13.79 mean_vt_4quad=   12.93
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   13.85 mean_vt_4quad=   13.06
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   13.91 mean_vt_4quad=   13.19
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   14.02 mean_vt_4quad=   13.33
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   14.14 mean_vt_4quad=   13.46
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   14.32 mean_vt_4quad=   13.60
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   14.40 mean_vt_4quad=   13.77
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   14.47 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   14.58 mean_vt_4quad=   14.20
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   14.84 mean_vt_4quad=   14.45
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   15.16 mean_vt_4quad=   14.71
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   15.53 mean_vt_4quad=   14.95
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   15.87 mean_vt_4quad=   15.17
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   16.23 mean_vt_4quad=   15.38
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   16.71 mean_vt_4quad=   15.59
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   17.09 mean_vt_4quad=   15.82
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   17.36 mean_vt_4quad=   16.09
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   17.57 mean_vt_4quad=   16.37
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   16.37 .... 0.5*v_holland=    9.75
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   16.67 .... 0.5*v_holland=    9.75
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   16.98 .... 0.5*v_holland=    9.75
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   17.31 .... 0.5*v_holland=    9.75
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  33
  ++++ rdist(ihc)=   99.00  mean_radii_vt_4quad(ihc)=   17.66 .... 0.5*v_holland=    9.75
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    111.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   59.8956000000000     
 vradius(iwindix,iquad) =          60
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   17.57 mean_vt_4quad=   16.37
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   17.88 mean_vt_4quad=   16.67
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   18.30 mean_vt_4quad=   16.98
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   18.82 mean_vt_4quad=   17.31
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   19.44 mean_vt_4quad=   17.66
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   20.03 mean_vt_4quad=   18.03
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   20.60 mean_vt_4quad=   18.39
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   21.07 mean_vt_4quad=   18.76
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   21.47 mean_vt_4quad=   19.15
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   21.75 mean_vt_4quad=   19.56
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   22.08 mean_vt_4quad=   19.99
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   22.60 mean_vt_4quad=   20.45
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   23.21 mean_vt_4quad=   20.95
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   23.95 mean_vt_4quad=   21.48
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   24.78 mean_vt_4quad=   22.04
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   25.72 mean_vt_4quad=   22.63
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   25.72 mean_vt_4quad=   22.63
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   26.92 mean_vt_4quad=   23.28
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   28.38 mean_vt_4quad=   23.98
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   29.95 mean_vt_4quad=   24.73
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   31.28 mean_vt_4quad=   25.55
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   32.58 mean_vt_4quad=   26.44
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   33.99 mean_vt_4quad=   27.42
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
 TIMING: after call  getradii, fhr=   102 igrct=  1   22:30:22
 TIMING: after getrad_iter_loop, fhr=   102 igrct=  2 Vmax (m/s)=   45.381   22:30:22
 TIMING: Before get_phase ... 22:30:22
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          102 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   273.428
  
  
  In get_cps_paramb, lead time=          102 :           0   00L  NATL     
   right_ct=          894   left_ct=          869
   zthicksum(1)=    3039965.72875000     
   zthicksum(2)=    2952826.98612500     
   zthick_right_mean=    3400.40909256152     
   zthick_left_mean=     3397.95970785386     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    2.44938470766419     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            4.03
  Sum of y-diffs squared (ydiff2) =         1755.93
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   348.72   6.7452       23.92   0.1661     0.05     0.00      572.23
    2   340.93   6.6846       16.13   0.1055     0.97     0.95      260.16
    3   330.41   6.6201        5.61   0.0409    -0.27     0.07       31.46
    4   319.54   6.5511       -5.26  -0.0281    -1.23     1.51       27.70
    5   309.52   6.4770      -15.28  -0.1022    -0.59     0.35      233.44
    6   299.68   6.3969      -25.12  -0.1822     1.07     1.15      630.95
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   324.799     x:    6.58
  
  slope=    143.721         y-intercept =   -620.765
  Regression equation:   Y =  -620.77 +   143.72X
  
  R2(r_squared) =  0.9977        r =  0.9989
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1067.54 zmin=  712.66 zdiff=  354.88
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1560.54 zmin= 1211.82 zdiff=  348.72
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.16 dlnp=     -0.057158  dzdlnp=      107.771
  
   +++ k=  3 press=    800.0 zmax= 2079.46 zmin= 1738.53 zdiff=  340.93
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.79 dlnp=     -0.060625  dzdlnp=      128.529
  
   +++ k=  4 press=    750.0 zmax= 2626.50 zmin= 2296.09 zdiff=  330.41
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -10.52 dlnp=     -0.064539  dzdlnp=      163.003
  
   +++ k=  5 press=    700.0 zmax= 3205.03 zmin= 2885.49 zdiff=  319.54
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.87 dlnp=     -0.068993  dzdlnp=      157.581
  
   +++ k=  6 press=    650.0 zmax= 3818.82 zmin= 3509.30 zdiff=  309.52
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -10.02 dlnp=     -0.074108  dzdlnp=      135.154
  
   +++ k=  7 press=    600.0 zmax= 4472.79 zmin= 4173.11 zdiff=  299.68
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -9.84 dlnp=     -0.080043  dzdlnp=      122.934
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           29.05
  Sum of y-diffs squared (ydiff2) =         7721.57
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   288.67   6.3099       45.26   0.2788    -3.04     9.22     2048.89
    2   275.94   6.2146       32.53   0.1834     0.74     0.55     1058.11
    3   260.14   6.1092       16.74   0.0781     3.21    10.28      280.12
    4   238.35   5.9915       -5.06  -0.0397     1.82     3.32       25.56
    5   211.04   5.8579      -32.37  -0.1732    -2.35     5.53     1047.64
    6   186.30   5.7038      -57.11  -0.3274    -0.38     0.15     3261.25
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   243.407     x:    6.03
  
  slope=    173.273         y-intercept =   -801.630
  Regression equation:   Y =  -801.63 +   173.27X
  
  R2(r_squared) =  0.9962        r =  0.9981
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4472.79 zmin= 4173.11 zdiff=  299.68
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5172.43 zmin= 4883.76 zdiff=  288.67
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -11.01 dlnp=     -0.087011  dzdlnp=      126.512
  
   +++ k=  9 press=    500.0 zmax= 5926.93 zmin= 5650.99 zdiff=  275.94
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -12.74 dlnp=     -0.095310  dzdlnp=      133.627
  
   +++ k= 10 press=    450.0 zmax= 6748.07 zmin= 6487.92 zdiff=  260.14
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -15.79 dlnp=     -0.105361  dzdlnp=      149.885
  
   +++ k= 11 press=    400.0 zmax= 7651.31 zmin= 7412.96 zdiff=  238.35
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -21.79 dlnp=     -0.117783  dzdlnp=      185.018
  
   +++ k= 12 press=    350.0 zmax= 8655.04 zmin= 8444.00 zdiff=  211.04
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -27.31 dlnp=     -0.133531  dzdlnp=      204.536
  
   +++ k= 13 press=    300.0 zmax= 9784.39 zmin= 9598.09 zdiff=  186.30
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -24.74 dlnp=     -0.154151  dzdlnp=      160.492
  
cps_stats: 00L   lead time= 102: 0   paramb=     2.45  vtl=    143.72  vtu=    173.27
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  102:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  294.472 (0-360) guesslon=  294.472E  (  65.528W)   guesslat=   25.772
 ilonfix=         1232  jlatfix=         1001  npts=           33
 ibeg=         1159  jbeg=          933  imax=         2738
 iend=         1305  jend=         1069  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.552E  (0-360) ctlon=  293.552E  (  66.448W)  ctlat=   26.452 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  293.552E   (0-360) guesslon=  293.552E  (  66.448W)   guesslat=   26.452
 ilonfix=         1209  jlatfix=          984  npts=           16
 ibeg=         1160  jbeg=          940  imax=         2738
 iend=         1258  jend=         1028  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.332E  (0-360) ctlon=  293.332  (  66.668W)  ctlat=   26.632 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L   102:00  mean_lon:  293.33E (  66.67W)    (0-360) mean_lon=  293.33E  mean_lat:   26.63  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L   102:00  ifix:  1191   jfix:   968  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1191  jx=          968
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         527 ,         304 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         526 ,         303 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L   102:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:30:22
 TIMING: Before shear ... 22:30:22
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           18
  clon(ist,ifh,3)=    294.395195515932     
  clat(ist,ifh,3)=    25.7822379323804     
  fixlon(ist,ifh)=    294.471738087904     
  fixlat(ist,ifh)=    25.7719195869057     
  xcenlon=    294.395195515932     
  xcenlat=    25.7822379323804     
  
 xxshear
 In get_shear A, xcenlon=    294.395195515932       xcenlat= 
   25.7822379323804     
   In get_shear B, (0-360) xcenlon=    294.395195515932     
  
At start of get_shear:  00L   fhr=  102:00   Mean fix position=   294.47E  ( 65.53W)    25.77  (0-360) mean lon fix=  294.47
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   40.15 vr_mean(idist,ilev)=   -0.13
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   31.88 vr_mean(idist,ilev)=   -1.47
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   26.48 vr_mean(idist,ilev)=   -1.20
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   23.51 vr_mean(idist,ilev)=   -0.90
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   21.07 vr_mean(idist,ilev)=   -1.06
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.37 vr_mean(idist,ilev)=   -0.78
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.35 vr_mean(idist,ilev)=   -0.15
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   14.68 vr_mean(idist,ilev)=   -0.19
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   13.13 vr_mean(idist,ilev)=   -0.37
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   11.80 vr_mean(idist,ilev)=   -0.68
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   10.61 vr_mean(idist,ilev)=   -0.88
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    9.45 vr_mean(idist,ilev)=   -0.99
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    8.41 vr_mean(idist,ilev)=   -1.20
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    7.45 vr_mean(idist,ilev)=   -1.23
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    6.60 vr_mean(idist,ilev)=   -1.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    5.85 vr_mean(idist,ilev)=   -1.12
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    5.15 vr_mean(idist,ilev)=   -1.07
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    4.50 vr_mean(idist,ilev)=   -0.96
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    3.82 vr_mean(idist,ilev)=   -0.99
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.21 vr_mean(idist,ilev)=   14.21
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.32 vr_mean(idist,ilev)=   21.32
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.43 vr_mean(idist,ilev)=   28.43
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.54 vr_mean(idist,ilev)=   35.54
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.65 vr_mean(idist,ilev)=   42.65
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -49.76 vr_mean(idist,ilev)=   49.76
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -56.88 vr_mean(idist,ilev)=   56.88
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.00 vr_mean(idist,ilev)=   64.00
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.13 vr_mean(idist,ilev)=   71.13
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.26 vr_mean(idist,ilev)=   78.26
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -85.39 vr_mean(idist,ilev)=   85.39
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -92.53 vr_mean(idist,ilev)=   92.53
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=  -99.68 vr_mean(idist,ilev)=   99.68
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -106.83 vr_mean(idist,ilev)=  106.83
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -114.00 vr_mean(idist,ilev)=  114.00
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -121.16 vr_mean(idist,ilev)=  121.16
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -128.34 vr_mean(idist,ilev)=  128.34
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -135.53 vr_mean(idist,ilev)=  135.53
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -142.73 vr_mean(idist,ilev)=  142.73
  
 At end of get_shear: 
     ist=    1 ifh=   18 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:30:22
  
 After call to fixcenter, fix positions at 
 forecast hour=  102:00 follow:
  
fixpos  00L   fhr=  102:00   Fix position=   294.47E  ( 65.53W)    25.77   Max Wind=  88 kts
  
  
 xxxx get_next_ges, prev fix lon=    295.104036734503     
 xxxx get_next_ges, curr fix lon=    294.471738087904     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    294.471738087904        fixlat=    25.7719195869057     
        (0-360) fixlon=    294.471738087904     
      ilonfix=         1232   jlatfix=         1001
      ibeg=          755   iend=         1709
      jbeg=          549   jend=         1453
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.920777004097047       vavg=    2.72822350856608     
      ubar=  -0.230194251024262       vbar=   0.682055877141519     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.54964277435509       vavg=    1.30262179817218     
      ubar=   -1.00501563820181       vbar=    1.33336677622761     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.89388243753266       vavg=   0.477114509677800     
      ubar=   -1.72848624758497       vbar=    1.45264540364706     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.72848624758497       vbar=    1.45264540364706     
      wgttot=    1.00000000000000     
      fixlon=    294.471738087904        fixlat=    25.7719195869057     
      barnlon=    294.098441820855       barnlat=    26.0541010603255     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.899458569879038     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      294.098441820855     
     Raw (no conversion for GM wrap) extraplon=    293.839264970593     
  
 --- barnlon=    294.10E  (  65.90W)    barnlat=     26.05
 --- extraplon=  293.84E  (  66.16W)    extraplat=   25.80
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.77
 | Current fix lon is   65.53W   ( 294.47E)
 | Current fix lon (raw, unadjusted)=  294.47E
 | Updated guess lat for next fcst hour is   25.93
 | Updated guess lon (0-360) for next fcst hour is   66.03W   ( 293.97E)
 | Raw updated guess lon for next fcst hour is  293.97E)
 -------------------------------------------------
  
 iocheck, dist=    53.2816240282605        distm=    53281.6240282605     
 iocheck, stmspd=    2.46674185316021        istmspd=           48
 iocheck, xincr=  -0.502884692180146        yincr=   0.157460891161985     
 iocheck, stmdir=    287.386136605783        istmdir=          287
 +++ RPT_STORM_MOTION: istmspd=    48 kts(*10)    istmdir=   287 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  18
     Fix location for this time:   294.47E  ( 65.53W)    25.77
     Fix lon (raw) for this time:  294.47E
     ilonfix= 1232  jlatfix= 1001
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    294.471738087904       xcenlat=    25.7719195869057     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    294.471738087904       xcenlat=    25.7719195869057     
  ilonfix=         1232  jlatfix=         1001
  ibeg=         1110  iend=         1354
  jbeg=          885  jend=         1117  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    294.471738087904        xcenlat=    25.7719195869057     
      ilonfix=         1232   jlatfix=         1001
      ibeg=         1110   iend=         1354
      jbeg=          885   jend=         1117
 After call to barnes, xsmoothval=   3.348324763722823E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.348324763722823E-004
      xcenlon=    294.471738087904        xcenlat=    25.7719195869057     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000335  imeanzeta (*1e6)=      335
   --- mean zeta raw =   3.348324763722823E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004874  igrid zeta (*1e6)=     4874 ifilret=   0
   --- grid zeta raw=   4.873982300526505E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    294.471738087904       xcenlat=    25.7719195869057     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    294.471738087904       xcenlat=    25.7719195869057     
  ilonfix=         1232  jlatfix=         1001
  ibeg=         1110  iend=         1354
  jbeg=          885  jend=         1117  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    294.471738087904        xcenlat=    25.7719195869057     
      ilonfix=         1232   jlatfix=         1001
      ibeg=         1110   iend=         1354
      jbeg=          885   jend=         1117
 After call to barnes, xsmoothval=   3.252258021192839E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.252258021192839E-004
      xcenlon=    294.471738087904        xcenlat=    25.7719195869057     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000325  imeanzeta (*1e6)=      325
   --- mean zeta raw =   3.252258021192839E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.005719  igrid zeta (*1e6)=     5719 ifilret=   0
   --- grid zeta raw=   5.718982300526506E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=          102
  
 segx, outlon=    294.471738087904       outlat=    25.7719195869057     
   ist=            1  ifcsthour=          102
   vmaxwind=    45.3810059386083       xminmslp=    97568.1200000000     
   vradius=           71          42          29          70          45
          26          70          31          21          60          36
          26
   maxstorm=            6
   plastbar=    101168.120000000       rlastbar=    78.0644072638230     
   rmax=    16.3105962080793     
   cps_vals=    2.44938470766419        143.721308768637     
   173.272969875994     
   wcore_flag= n
   istmspd=           48  istmdir=          287
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     37.3529330288144     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   78.0644072638230       irlastbar=          78
 output: plastbar=   101168.120000000       iplastbar=        1012
 rmax=    16.3105962080793        irmax=           16
 TXX top of atcfunix_ext, ist=            1  ifh=          102
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   78.0644072638230       irlastbar=          78
 output: plastbar=   101168.120000000       iplastbar=        1012
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          102
 intlat=          258
 clatns= N
 intlon=          655
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           88
 int(xminmslp/mslp_outp_adj + 0.5)=          976
 XX,  34, NEQ
 vradius(1,1)=           71
 vradius(1,2)=           70
 vradius(1,3)=           70
 vradius(1,4)=           60
 iplastbar=         1012
 irlastbar=           78
 irmax=           16
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          287
 istmspd=           48
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           24
 icps_vals(2)=         1437
 icps_vals(3)=         1733
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           73
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          335
 igridzeta(1)=         4874
 imeanzeta(2)=          325
 igridzeta(2)=         5719
  
 rmax=    16.3105962080793        irmax=           16
 +++ Top of output_atcf_parms, ist=            1  ifh=          102
  
 xxxx get_next_ges, prev fix lon=    295.104036734503     
 xxxx get_next_ges, curr fix lon=    294.471738087904     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    294.471738087904        fixlat=    25.7719195869057     
        (0-360) fixlon=    294.471738087904     
      ilonfix=         1232   jlatfix=         1001
      ibeg=          755   iend=         1709
      jbeg=          549   jend=         1453
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.920777004097047       vavg=    2.72822350856608     
      ubar=  -0.230194251024262       vbar=   0.682055877141519     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.54964277435509       vavg=    1.30262179817218     
      ubar=   -1.00501563820181       vbar=    1.33336677622761     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.89388243753266       vavg=   0.477114509677800     
      ubar=   -1.72848624758497       vbar=    1.45264540364706     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.72848624758497       vbar=    1.45264540364706     
      wgttot=    1.00000000000000     
      fixlon=    294.471738087904        fixlat=    25.7719195869057     
      barnlon=    294.098441820855       barnlat=    26.0541010603255     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.899458569879038     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      294.098441820855     
     Raw (no conversion for GM wrap) extraplon=    293.839264970593     
  
 --- barnlon=    294.10E  (  65.90W)    barnlat=     26.05
 --- extraplon=  293.84E  (  66.16W)    extraplat=   25.80
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.77
 | Current fix lon is   65.53W   ( 294.47E)
 | Current fix lon (raw, unadjusted)=  294.47E
 | Updated guess lat for next fcst hour is   25.93
 | Updated guess lon (0-360) for next fcst hour is   66.03W   ( 293.97E)
 | Raw updated guess lon for next fcst hour is  293.97E)
 -------------------------------------------------
  
 iocheck, dist=    53.2816240282605        distm=    53281.6240282605     
 iocheck, stmspd=    2.46674185316021        istmspd=           48
 iocheck, xincr=  -0.502884692180146        yincr=   0.157460891161985     
 iocheck, stmdir=    287.386136605783        istmdir=          287
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:  102:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   9.101932419102659E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  310.931E  (0-360) ctlon=  310.931E  (  49.069W)  ctlat=   42.346 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.910E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  310.931E   (0-360) guesslon=  310.931E  (  49.069W)   guesslat=   42.346
 ilonfix=         1644  jlatfix=          587  npts=           16
 ibeg=         1587  jbeg=          543  imax=         2738
 iend=         1701  jend=          631  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  310.911E  (0-360) ctlon=  310.911  (  49.089W)  ctlat=   42.326 fmax (x10e5) =        0.759E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   5.190457067328456E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  310.531E  (0-360) ctlon=  310.531E  (  49.469W)  ctlat=   42.346 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.519E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  310.531E   (0-360) guesslon=  310.531E  (  49.469W)   guesslat=   42.346
 ilonfix=         1634  jlatfix=          587  npts=           16
 ibeg=         1577  jbeg=          543  imax=         2738
 iend=         1691  jend=          631  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  310.411E  (0-360) ctlon=  310.411  (  49.589W)  ctlat=   42.226 fmax (x10e5) =        0.536E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  310.931E  (0-360) ctlon=  310.931E  (  49.069W)  ctlat=   42.346 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.135E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  310.931E   (0-360) guesslon=  310.931E  (  49.069W)   guesslat=   42.346
 ilonfix=         1644  jlatfix=          587  npts=           16
 ibeg=         1587  jbeg=          543  imax=         2738
 iend=         1701  jend=          631  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  310.911E  (0-360) ctlon=  310.911  (  49.089W)  ctlat=   42.226 fmax =       -0.100E+16 fmin =        0.135E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  310.931E  (0-360) ctlon=  310.931E  (  49.069W)  ctlat=   42.746 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.300E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  310.931E   (0-360) guesslon=  310.931E  (  49.069W)   guesslat=   42.746
 ilonfix=         1644  jlatfix=          577  npts=           16
 ibeg=         1587  jbeg=          533  imax=         2738
 iend=         1701  jend=          621  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  310.811E  (0-360) ctlon=  310.811  (  49.189W)  ctlat=   42.626 fmax =       -0.100E+16 fmin =        0.300E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  310.931E  (0-360) ctlon=  310.931E  (  49.069W)  ctlat=   42.346 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.995E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  310.931E   (0-360) guesslon=  310.931E  (  49.069W)   guesslat=   42.346
 ilonfix=         1644  jlatfix=          587  npts=           16
 ibeg=         1587  jbeg=          543  imax=         2738
 iend=         1701  jend=          631  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  311.011E  (0-360) ctlon=  311.011  (  48.989W)  ctlat=   42.126 fmax =       -0.100E+16 fmin =        0.995E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  311.051 (0-360) guesslon=  311.051E  (  48.949W)   guesslat=   42.466
 ilonfix=         1647  jlatfix=          584  npts=           33
 ibeg=         1566  jbeg=          516  imax=         2738
 iend=         1728  jend=          652  jmax=         2041
 TIMING: find_maxmin 1  22:30:22
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   6.789556311134155E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  310.531E  (0-360) ctlon=  310.531E  (  49.469W)  ctlat=   42.346 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.679E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:22
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  310.531E   (0-360) guesslon=  310.531E  (  49.469W)   guesslat=   42.346
 ilonfix=         1634  jlatfix=          587  npts=           16
 ibeg=         1577  jbeg=          543  imax=         2738
 iend=         1691  jend=          631  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  310.711E  (0-360) ctlon=  310.711  (  49.289W)  ctlat=   42.126 fmax (x10e5) =        0.648E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    310.808856618659        uvgeslat=    42.2972186005950     
    (0-360 uvgeslon)=    310.808856618659     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:30:22
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    310.808856618659        uvgeslat=    42.2972186005950     
    (0-360 uvgeslon)=    310.808856618659     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    310.808856618659     
  
 After first run, Wind Circulation (NHEM) ctlon=  311.129E  (0-360E lon):  311.129E    48.871W  ctlat=   42.297  xmax_circul_disk =     127462603.3
 TIMING: get_wind_circ kloop, k=  1   22:30:22
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  311.129E  (0-360E)=  311.129E  (  48.871W)   guesslat=   42.297
 ilonfix=         1649  jlatfix=          588  npts=           56
 ibeg=         1572  jbeg=          524  imax=         2738
 iend=         1726  jend=          652  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    128781341.221939     
 nhalf get_wind_circ, k=  1 ctlon=  311.329E  (0-360E)=  311.329E  ctlon=   48.671W   ctlat=   42.197 Wind Circulation (NHEM: Max) =     128781341.2
 TIMING: After GWC 850 ... 22:30:22
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:30:22
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    310.808856618659        uvgeslat=    42.2972186005950     
    (0-360 uvgeslon)=    310.808856618659     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    310.808856618659     
  
 After first run, Wind Circulation (NHEM) ctlon=  310.809E  (0-360E lon):  310.809E    49.191W  ctlat=   42.297  xmax_circul_disk =     116118543.1
 TIMING: get_wind_circ kloop, k=  1   22:30:22
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  310.809E  (0-360E)=  310.809E  (  49.191W)   guesslat=   42.297
 ilonfix=         1641  jlatfix=          588  npts=           56
 ibeg=         1564  jbeg=          524  imax=         2738
 iend=         1718  jend=          652  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    118056610.165811     
 nhalf get_wind_circ, k=  1 ctlon=  310.889E  (0-360E)=  310.889E  ctlon=   49.111W   ctlat=   42.497 Wind Circulation (NHEM: Max) =     118056610.2
 TIMING: After GWC 700 ... 22:30:22
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:30:22
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    310.808856618659        uvgeslat=    42.2972186005950     
    (0-360 uvgeslon)=    310.808856618659     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    310.808856618659     
  
 After first run, Wind Circulation (NHEM) ctlon=  310.809E  (0-360E lon):  310.809E    49.191W  ctlat=   41.977  xmax_circul_disk =      89050866.1
 TIMING: get_wind_circ kloop, k=  1   22:30:22
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  310.809E  (0-360E)=  310.809E  (  49.191W)   guesslat=   41.977
 ilonfix=         1641  jlatfix=          596  npts=           56
 ibeg=         1564  jbeg=          532  imax=         2738
 iend=         1718  jend=          660  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    89792319.0003683     
 nhalf get_wind_circ, k=  1 ctlon=  311.009E  (0-360E)=  311.009E  ctlon=   48.991W   ctlat=   42.117 Wind Circulation (NHEM: Max) =      89792319.0
 TIMING: After GWC Sfc ... 22:30:22
  
 At beg of fixcenter, stderr(ist,ifh-1) =    11.32  xavg_stderr=     7.50
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           18  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   102:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  311.05E   (0-360) guesslon=  311.05E  ( 48.95W)    42.47
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       310.91       49.09      42.33           75.93       T         19.35
   2    zeta 700    Max       310.41       49.59      42.23           53.62       T         58.98
   3    circ 850    Max       311.33       48.67      42.20          128.78       T         37.66
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       310.89       49.11      42.50          118.06       T         13.71
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       310.91       49.09      42.23         1354.30       T         29.06
   8     gph 700    Min       310.81       49.19      42.63         3003.39       T         26.52
   9        MSLP    Min       311.01       48.99      42.13        99501.49       T         37.95
  10    circ sfc    Max       311.01       48.99      42.12           89.79       T         38.97
  11    zeta sfc    Max       310.71       49.29      42.13           64.82       T         47.02
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    23.8381640712636       stderr_close= 
   12.3152546739077       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   6.071 devia=   0.493 wtpos=  0.84848     310.91   310.91    49.09    42.33
 ip=  2 kprm=  2 dist_from_mean=  39.636 devia=   3.218 wtpos=  0.34204     310.41   310.41    49.59    42.23
 ip=  3 kprm=  3 dist_from_mean=  37.306 devia=   3.029 wtpos=  0.36431     311.33   311.33    48.67    42.20
 ip=  5 kprm=  4 dist_from_mean=  24.777 devia=   2.012 wtpos=  0.51139     310.89   310.89    49.11    42.50
 ip=  7 kprm=  5 dist_from_mean=   5.667 devia=   0.460 wtpos=  0.85780     310.91   310.91    49.09    42.23
 ip=  8 kprm=  6 dist_from_mean=  39.640 devia=   3.219 wtpos=  0.34201     310.81   310.81    49.19    42.63
 ip=  9 kprm=  7 dist_from_mean=  19.325 devia=   1.569 wtpos=  0.59269     311.01   311.01    48.99    42.13
 ip= 10 kprm=  8 dist_from_mean=  20.119 devia=   1.634 wtpos=  0.58009     311.01   311.01    48.99    42.12
 ip= 11 kprm=  9 dist_from_mean=  22.002 devia=   1.787 wtpos=  0.55127     310.71   310.71    49.29    42.13
  
At end of fixcenter:  08L   fhr=  102:00   Fix position=   310.90E  (0-360) fixlon=  310.90  ( 49.10W)    42.26
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    310.899036692100     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    311.010669755023     
        (0-360E clon(ist,ifh,9))=    311.010669755023     
      clat(ist,ifh,9)=    42.1263137824131     
      xval(9)=    99501.4936362931     
  
  After get_ij B, ibeg jbeg =         1530         454
  After get_ij B, iend jend =         1762         730
  
 In is_it_a_storm, ilonfix=         1646  jlatfix=          592
 ibeg jbeg iend jend =         1530         454        1762         730
 cparm= slp  parmlon parmlat =    311.010669755023        42.1263137824131     
     (0-360E parmlon) =    311.010669755023     
 parmval=    99501.4936362931     
  
 i= 1620 j=  529 glon=  310.01 (0-360E) glon=  310.01 glat=  44.68 dist=   295.33 slp=  100857.80 pgradient=  4.59257
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.59257
 mslp center =    311.010669755023        42.1263137824131     
   99501.4936362931     
   (0-360E) lon of mslp center =    311.010669755023     
 pgrad loc   =    310.008381000000        310.008381000000     
   49.9916190000000        44.6805310000000        100857.800000000     
  ttest at location C IF....
      xinp_fixlat=    42.1263137824131     
      xinp_fixlon=    311.010669755023       (0-360E) xinp_fixlon= 
   311.010669755023     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99008.9200000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1637  jfix=          588
 longitude=    311.010669755023      E   (   48.9893302449773      
 W)  (0-360E) xinp_fixlon=    311.010669755023     
 latitude=    42.1263137824131     
 mean mslp value (xval(9))=    99501.4936362931     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1637  jfix=          588
 longitude=    311.010669755023      E   (   48.9893302449773      
 W)  (0-360E) xinp_fixlon=    311.010669755023     
 latitude=    42.1263137824131     
 mean mslp value (xval(9))=    99501.4936362931     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1637  jx=          588
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99008.9200000000       xcentval=    99008.9200000000     
 At A, num_found_contours=            0
 At A, contlo=    99008.9200000000       conthi=    99408.9200000000     
  
 num_found_contours=            0
 contlo=    99008.9200000000       conthi=    99408.9200000000     
 xcentval=    99008.9200000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99408.9200000000       conthi=    99808.9200000000     
  
 num_found_contours=            1
 contlo=    99408.9200000000       conthi=    99808.9200000000     
 xcentval=    99008.9200000000     
 At A, num_found_contours=            2
 At A, contlo=    99808.9200000000       conthi=    100208.920000000     
  
 num_found_contours=            2
 contlo=    99808.9200000000       conthi=    100208.920000000     
 xcentval=    99008.9200000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1655 ,         571 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99008.9200000000     
 !!! (i,j) of central value = (        1637 ,         588 )
 !!!  
 !!! Flagged value found    =    99803.6400000000     
 !!! (i,j) of flagged value = (        1656 ,         570 )
 !!!   
 !!! Lower bound of contour interval =    99808.9200000000     
 !!! Upper bound of contour interval =    100208.920000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1637  jfix=          588
 longitude=    311.010669755023      E   (   48.9893302449773      W)  
 (0-360E) xinp_fixlon=    311.010669755023     
 latitude=    42.1263137824131     
 mean mslp value (xval(9))=    99501.4936362931     
 gridpoint mslp value=    99008.9200000000     
 ccflag= y
 prs of last closed isobar =    99808.9200000000     
 radius of last closed isobar =    44.1822285178625       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =  102:00
 !!! Boundary check xinp_fixlat is   42.13
 !!! Boundary check xinp_fixlon is   48.99W   ( 311.01E)  (0-360E) xinp_fixlon=  311.01
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    311.328843618659     
  850 mb wcirc fix lat=    42.1972211005950     
    (0-360) 850 mb wcirc fix lon=    311.328843618659     
  Multi-parm fix lon=      310.899036692100     
  Multi-parm fix lat=      42.2607614479406     
    (0-360) Multi-parm fix lon=      310.899036692100     
  
  
  After get_ij B, ibeg jbeg =         1555         487
  After get_ij B, iend jend =         1753         695
  
 In is_it_a_storm, ilonfix=         1654  jlatfix=          591
 ibeg jbeg iend jend =         1555         487        1753         695
 cparm= v850  parmlon parmlat =    311.328843618659        42.1972211005950     
     (0-360E parmlon) =    311.328843618659     
 parmval=    128781341.221939     
  
 i= 1640 j=  542 glon=  310.81 (0-360E) glon=  310.81 glat=  44.16 u=   5.5000 v= -27.6000 vr= -28.14242 vt=  -0.11853
 i= 1645 j=  542 glon=  311.01 (0-360E) glon=  311.01 glat=  44.16 u=   2.8900 v= -29.9000 vr= -30.03136 vt=   0.69265
 i= 1650 j=  542 glon=  311.21 (0-360E) glon=  311.21 glat=  44.16 u=   4.0200 v= -29.3000 vr= -29.45138 vt=  -2.69563
 i= 1655 j=  542 glon=  311.41 (0-360E) glon=  311.41 glat=  44.16 u=   2.8300 v= -30.7000 vr= -30.60222 vt=  -3.74203
 i= 1660 j=  542 glon=  311.61 (0-360E) glon=  311.61 glat=  44.16 u=   0.7900 v= -31.7000 vr= -31.44565 vt=  -4.08473
 i= 1665 j=  542 glon=  311.81 (0-360E) glon=  311.81 glat=  44.16 u=  -0.9400 v= -31.3000 vr= -30.97351 vt=  -4.60603
 i= 1620 j=  547 glon=  310.01 (0-360E) glon=  310.01 glat=  43.96 u=   6.6400 v= -29.0000 vr= -28.59748 vt=   8.20206
 i= 1625 j=  547 glon=  310.21 (0-360E) glon=  310.21 glat=  43.96 u=  10.4900 v= -32.6000 vr= -33.97246 vt=   4.32110
 i= 1630 j=  547 glon=  310.41 (0-360E) glon=  310.41 glat=  43.96 u=   7.5600 v= -26.2000 vr= -27.16802 vt=   2.34358
 i= 1635 j=  547 glon=  310.61 (0-360E) glon=  310.61 glat=  43.96 u=   5.3500 v= -28.6000 vr= -28.92903 vt=   3.11345
 i= 1640 j=  547 glon=  310.81 (0-360E) glon=  310.81 glat=  43.96 u=   2.5300 v= -28.3000 vr= -28.19221 vt=   3.53415
 i= 1645 j=  547 glon=  311.01 (0-360E) glon=  311.01 glat=  43.96 u=   2.2300 v= -30.4000 vr= -30.42738 vt=   1.81856
 i= 1650 j=  547 glon=  311.21 (0-360E) glon=  311.21 glat=  43.96 u=   2.9700 v= -32.9000 vr= -33.00761 vt=  -1.31464
 i= 1655 j=  547 glon=  311.41 (0-360E) glon=  311.41 glat=  43.96 u=  -0.3800 v= -30.2000 vr= -30.19600 vt=  -0.62123
 i= 1660 j=  547 glon=  311.61 (0-360E) glon=  311.61 glat=  43.96 u=  -3.8000 v= -31.6000 vr= -31.82745 vt=   0.11454
 i= 1665 j=  547 glon=  311.81 (0-360E) glon=  311.81 glat=  43.96 u=  -7.7300 v= -29.0000 vr= -29.95296 vt=   1.89029
 i= 1670 j=  547 glon=  312.01 (0-360E) glon=  312.01 glat=  43.96 u= -12.5500 v= -24.4000 vr= -26.89845 vt=   5.41627
 i= 1675 j=  547 glon=  312.21 (0-360E) glon=  312.21 glat=  43.96 u= -15.2700 v= -23.0000 vr= -26.85410 vt=   6.40548
 i= 1680 j=  547 glon=  312.41 (0-360E) glon=  312.41 glat=  43.96 u= -17.1900 v=  -6.1000 vr= -12.62737 vt=  13.16267
 i= 1685 j=  547 glon=  312.61 (0-360E) glon=  312.61 glat=  43.96 u= -15.7200 v=   1.5000 vr=  -6.09098 vt=  14.56943
 i= 1610 j=  552 glon=  309.61 (0-360E) glon=  309.61 glat=  43.76 u=   6.9300 v= -23.1000 vr= -22.29245 vt=   9.20227
 i= 1615 j=  552 glon=  309.81 (0-360E) glon=  309.81 glat=  43.76 u=   0.0200 v= -25.4000 vr= -20.64109 vt=  14.80223
 i= 1620 j=  552 glon=  310.01 (0-360E) glon=  310.01 glat=  43.76 u=  11.1300 v= -28.9000 vr= -30.41307 vt=   5.84228
 i= 1625 j=  552 glon=  310.21 (0-360E) glon=  310.21 glat=  43.76 u=   7.9000 v= -30.0000 vr= -30.21463 vt=   7.03464
 i= 1630 j=  552 glon=  310.41 (0-360E) glon=  310.41 glat=  43.76 u=   1.2100 v= -28.0000 vr= -26.16730 vt=  10.03676
 i= 1635 j=  552 glon=  310.61 (0-360E) glon=  310.61 glat=  43.76 u=  -4.5400 v= -29.0000 vr= -26.00081 vt=  13.62240
 i= 1640 j=  552 glon=  310.81 (0-360E) glon=  310.81 glat=  43.76 u=  -6.2900 v= -29.6000 vr= -27.25058 vt=  13.15789
 i= 1645 j=  552 glon=  311.01 (0-360E) glon=  311.01 glat=  43.76 u=  -2.0700 v= -32.6000 vr= -31.92592 vt=   6.91237
 i= 1650 j=  552 glon=  311.21 (0-360E) glon=  311.21 glat=  43.76 u=  -3.2900 v= -32.3000 vr= -32.06175 vt=   5.11453
 i= 1655 j=  552 glon=  311.41 (0-360E) glon=  311.41 glat=  43.76 u=  -7.3200 v= -31.6000 vr= -31.85173 vt=   6.13265
 i= 1660 j=  552 glon=  311.61 (0-360E) glon=  311.61 glat=  43.76 u= -11.9100 v= -31.1000 vr= -32.38834 vt=   7.74943
 i= 1665 j=  552 glon=  311.81 (0-360E) glon=  311.81 glat=  43.76 u= -16.5500 v= -27.9000 vr= -30.86070 vt=   9.99648
 i= 1670 j=  552 glon=  312.01 (0-360E) glon=  312.01 glat=  43.76 u= -20.3000 v= -24.4000 vr= -29.42804 vt=  11.89287
 i= 1675 j=  552 glon=  312.21 (0-360E) glon=  312.21 glat=  43.76 u= -22.1400 v=  -7.6000 vr= -15.49989 vt=  17.54118
 i= 1680 j=  552 glon=  312.41 (0-360E) glon=  312.41 glat=  43.76 u= -18.9100 v=   8.6000 vr=  -0.91629 vt=  20.75352
 i= 1685 j=  552 glon=  312.61 (0-360E) glon=  312.61 glat=  43.76 u= -16.8100 v=  16.0000 vr=   5.00647 vt=  22.66079
 i= 1690 j=  552 glon=  312.81 (0-360E) glon=  312.81 glat=  43.76 u= -12.3900 v=  19.0000 vr=   8.47673 vt=  21.03942
 i= 1695 j=  552 glon=  313.01 (0-360E) glon=  313.01 glat=  43.76 u= -10.9800 v=  19.3000 vr=   8.28717 vt=  20.60032
 i= 1605 j=  557 glon=  309.41 (0-360E) glon=  309.41 glat=  43.56 u=   2.1400 v= -22.5000 vr= -17.10880 vt=  14.76884
 i= 1610 j=  557 glon=  309.61 (0-360E) glon=  309.61 glat=  43.56 u=   7.1100 v= -26.3000 vr= -24.07195 vt=  12.75866
 i= 1615 j=  557 glon=  309.81 (0-360E) glon=  309.81 glat=  43.56 u=   9.4500 v= -28.5000 vr= -27.99951 vt=  10.84343
 i= 1620 j=  557 glon=  310.01 (0-360E) glon=  310.01 glat=  43.56 u=  12.5500 v= -28.8000 vr= -30.72430 vt=   6.55436
 i= 1625 j=  557 glon=  310.21 (0-360E) glon=  310.21 glat=  43.56 u=   7.8600 v= -29.9000 vr= -29.63982 vt=   8.79036
 i= 1630 j=  557 glon=  310.41 (0-360E) glon=  310.41 glat=  43.56 u=  -3.4600 v= -29.4000 vr= -24.77316 vt=  16.20562
 i= 1635 j=  557 glon=  310.61 (0-360E) glon=  310.61 glat=  43.56 u= -10.1600 v= -31.8000 vr= -25.94069 vt=  21.01300
 i= 1640 j=  557 glon=  310.81 (0-360E) glon=  310.81 glat=  43.56 u=  -9.9900 v= -30.5000 vr= -26.65354 vt=  17.87845
 i= 1645 j=  557 glon=  311.01 (0-360E) glon=  311.01 glat=  43.56 u=  -3.6400 v= -34.8000 vr= -33.66802 vt=   9.52648
 i= 1650 j=  557 glon=  311.21 (0-360E) glon=  311.21 glat=  43.56 u=  -9.7000 v= -34.3000 vr= -33.59719 vt=  11.90836
 i= 1655 j=  557 glon=  311.41 (0-360E) glon=  311.41 glat=  43.56 u= -15.7900 v= -28.9000 vr= -29.55116 vt=  14.53488
 i= 1660 j=  557 glon=  311.61 (0-360E) glon=  311.61 glat=  43.56 u= -17.9700 v= -28.2000 vr= -30.56784 vt=  13.55611
 i= 1665 j=  557 glon=  311.81 (0-360E) glon=  311.81 glat=  43.56 u= -21.5500 v= -25.0000 vr= -29.60770 vt=  14.58720
 i= 1670 j=  557 glon=  312.01 (0-360E) glon=  312.01 glat=  43.56 u= -27.4900 v=   1.9000 vr=  -7.69878 vt=  26.45825
 i= 1675 j=  557 glon=  312.21 (0-360E) glon=  312.21 glat=  43.56 u= -27.5600 v=  12.0000 vr=  -1.00718 vt=  30.04229
 i= 1680 j=  557 glon=  312.41 (0-360E) glon=  312.41 glat=  43.56 u= -22.7400 v=  17.6000 vr=   3.72030 vt=  28.51363
 i= 1685 j=  557 glon=  312.61 (0-360E) glon=  312.61 glat=  43.56 u= -18.7300 v=  20.3000 vr=   6.01144 vt=  26.95859
 i= 1690 j=  557 glon=  312.81 (0-360E) glon=  312.81 glat=  43.56 u= -15.5200 v=  19.7000 vr=   5.65266 vt=  24.43374
 i= 1695 j=  557 glon=  313.01 (0-360E) glon=  313.01 glat=  43.56 u= -13.7500 v=  15.7000 vr=   2.33752 vt=  20.73858
 i= 1700 j=  557 glon=  313.21 (0-360E) glon=  313.21 glat=  43.56 u=  -6.7500 v=  18.1000 vr=   7.83817 vt=  17.65603
 i= 1600 j=  562 glon=  309.21 (0-360E) glon=  309.21 glat=  43.36 u=   0.5600 v= -17.6000 vr= -10.89880 vt=  13.83075
 i= 1605 j=  562 glon=  309.41 (0-360E) glon=  309.41 glat=  43.36 u=   1.0400 v= -20.8000 vr= -13.95406 vt=  15.45981
 i= 1610 j=  562 glon=  309.61 (0-360E) glon=  309.61 glat=  43.36 u=   9.0300 v= -25.2000 vr= -23.65219 vt=  12.53614
 i= 1615 j=  562 glon=  309.81 (0-360E) glon=  309.81 glat=  43.36 u=  10.7400 v= -27.5000 vr= -27.22912 vt=  11.40932
 i= 1620 j=  562 glon=  310.01 (0-360E) glon=  310.01 glat=  43.36 u=   9.7300 v= -27.0000 vr= -26.93386 vt=   9.91162
 i= 1625 j=  562 glon=  310.21 (0-360E) glon=  310.21 glat=  43.36 u=   4.6400 v= -30.9000 vr= -27.86381 vt=  14.14028
 i= 1630 j=  562 glon=  310.41 (0-360E) glon=  310.41 glat=  43.36 u=  -0.4300 v= -32.1000 vr= -27.49781 vt=  16.56699
 i= 1635 j=  562 glon=  310.61 (0-360E) glon=  310.61 glat=  43.36 u= -10.5600 v= -32.7000 vr= -25.34982 vt=  23.19893
 i= 1640 j=  562 glon=  310.81 (0-360E) glon=  310.81 glat=  43.36 u= -12.5000 v= -30.4000 vr= -24.95002 vt=  21.39875
 i= 1645 j=  562 glon=  311.01 (0-360E) glon=  311.01 glat=  43.36 u= -14.6400 v= -33.9000 vr= -30.30621 vt=  21.09676
 i= 1650 j=  562 glon=  311.21 (0-360E) glon=  311.21 glat=  43.36 u= -20.6800 v= -31.9000 vr= -30.23248 vt=  23.04928
 i= 1655 j=  562 glon=  311.41 (0-360E) glon=  311.41 glat=  43.36 u= -27.2100 v= -17.6000 vr= -18.94716 vt=  26.28972
 i= 1660 j=  562 glon=  311.61 (0-360E) glon=  311.61 glat=  43.36 u= -25.3100 v= -16.8000 vr= -20.95812 vt=  21.99075
 i= 1665 j=  562 glon=  311.81 (0-360E) glon=  311.81 glat=  43.36 u= -25.2700 v= -19.0000 vr= -25.52951 vt=  18.64985
 i= 1670 j=  562 glon=  312.01 (0-360E) glon=  312.01 glat=  43.36 u= -29.3300 v=  -7.9000 vr= -18.86509 vt=  23.80687
 i= 1675 j=  562 glon=  312.21 (0-360E) glon=  312.21 glat=  43.36 u= -29.7700 v=   6.4000 vr=  -8.92335 vt=  29.11334
 i= 1680 j=  562 glon=  312.41 (0-360E) glon=  312.41 glat=  43.36 u= -15.0500 v=  23.8000 vr=  11.11708 vt=  25.87186
 i= 1685 j=  562 glon=  312.61 (0-360E) glon=  312.61 glat=  43.36 u=  -4.8200 v=  27.0000 vr=  17.90313 vt=  20.77764
 i= 1690 j=  562 glon=  312.81 (0-360E) glon=  312.81 glat=  43.36 u=  -0.4300 v=  21.7000 vr=  15.50349 vt=  15.18936
 i= 1695 j=  562 glon=  313.01 (0-360E) glon=  313.01 glat=  43.36 u=   1.8800 v=  18.5000 vr=  14.00417 vt=  12.23387
 i= 1700 j=  562 glon=  313.21 (0-360E) glon=  313.21 glat=  43.36 u=   4.1900 v=  19.1000 vr=  15.44985 vt=  11.98616
 i= 1705 j=  562 glon=  313.41 (0-360E) glon=  313.41 glat=  43.36 u=   5.1500 v=  20.2000 vr=  16.26077 vt=  13.04415
 i= 1595 j=  567 glon=  309.01 (0-360E) glon=  309.01 glat=  43.16 u=  -1.4200 v= -18.4000 vr=  -7.69532 vt=  16.77374
 i= 1600 j=  567 glon=  309.21 (0-360E) glon=  309.21 glat=  43.16 u=   5.9000 v= -20.6000 vr= -15.75695 vt=  14.52200
 i= 1605 j=  567 glon=  309.41 (0-360E) glon=  309.41 glat=  43.16 u=   2.7000 v= -21.3000 vr= -14.14362 vt=  16.15357
 i= 1610 j=  567 glon=  309.61 (0-360E) glon=  309.61 glat=  43.16 u=   7.8900 v= -22.7000 vr= -19.96304 vt=  13.37981
 i= 1615 j=  567 glon=  309.81 (0-360E) glon=  309.81 glat=  43.16 u=  10.3800 v= -27.6000 vr= -25.81734 vt=  14.24673
 i= 1620 j=  567 glon=  310.01 (0-360E) glon=  310.01 glat=  43.16 u=   3.8600 v= -27.4000 vr= -21.97484 vt=  16.81565
 i= 1625 j=  567 glon=  310.21 (0-360E) glon=  310.21 glat=  43.16 u=  -0.3200 v= -31.9000 vr= -23.96777 vt=  21.05370
 i= 1630 j=  567 glon=  310.41 (0-360E) glon=  310.41 glat=  43.16 u=  -9.0500 v= -31.3000 vr= -20.34168 vt=  25.45209
 i= 1635 j=  567 glon=  310.61 (0-360E) glon=  310.61 glat=  43.16 u= -14.0100 v= -32.5000 vr= -21.66999 vt=  27.98109
 i= 1640 j=  567 glon=  310.81 (0-360E) glon=  310.81 glat=  43.16 u= -10.2400 v= -34.1000 vr= -27.87775 vt=  22.14720
 i= 1645 j=  567 glon=  311.01 (0-360E) glon=  311.01 glat=  43.16 u= -20.0200 v= -32.7000 vr= -26.98201 vt=  27.24081
 i= 1650 j=  567 glon=  311.21 (0-360E) glon=  311.21 glat=  43.16 u= -25.6500 v= -30.2000 vr= -27.71448 vt=  28.31731
 i= 1655 j=  567 glon=  311.41 (0-360E) glon=  311.41 glat=  43.16 u= -30.3000 v= -22.6000 vr= -24.40020 vt=  28.87006
 i= 1660 j=  567 glon=  311.61 (0-360E) glon=  311.61 glat=  43.16 u= -29.9700 v= -12.4000 vr= -18.40088 vt=  26.70896
 i= 1665 j=  567 glon=  311.81 (0-360E) glon=  311.81 glat=  43.16 u= -19.3700 v=   9.9000 vr=   2.61056 vt=  21.59611
 i= 1670 j=  567 glon=  312.01 (0-360E) glon=  312.01 glat=  43.16 u=  -0.5100 v=  26.5000 vr=  23.26522 vt=  12.69801
 i= 1675 j=  567 glon=  312.21 (0-360E) glon=  312.21 glat=  43.16 u=   7.1100 v=  26.2000 vr=  25.69416 vt=   8.76370
 i= 1680 j=  567 glon=  312.41 (0-360E) glon=  312.41 glat=  43.16 u=   8.9000 v=  29.7000 vr=  28.54393 vt=  12.10555
 i= 1685 j=  567 glon=  312.61 (0-360E) glon=  312.61 glat=  43.16 u=   4.6100 v=  28.4000 vr=  23.47807 vt=  16.63107
 i= 1690 j=  567 glon=  312.81 (0-360E) glon=  312.81 glat=  43.16 u=   3.3800 v=  25.2000 vr=  19.16581 vt=  16.70737
 i= 1695 j=  567 glon=  313.01 (0-360E) glon=  313.01 glat=  43.16 u=   5.3200 v=  24.2000 vr=  19.00208 vt=  15.90168
 i= 1700 j=  567 glon=  313.21 (0-360E) glon=  313.21 glat=  43.16 u=   6.0600 v=  22.8000 vr=  17.92569 vt=  15.33731
 i= 1705 j=  567 glon=  313.41 (0-360E) glon=  313.41 glat=  43.16 u=   5.5400 v=  21.9000 vr=  16.26596 vt=  15.67546
 i= 1710 j=  567 glon=  313.61 (0-360E) glon=  313.61 glat=  43.16 u=   5.8500 v=  21.8000 vr=  15.82747 vt=  16.09204
 i= 1590 j=  572 glon=  308.81 (0-360E) glon=  308.81 glat=  42.96 u=  -1.3600 v= -18.5000 vr=  -5.64595 vt=  17.66983
 i= 1595 j=  572 glon=  309.01 (0-360E) glon=  309.01 glat=  42.96 u=  -1.5200 v= -20.7000 vr=  -6.92010 vt=  19.56815
 i= 1600 j=  572 glon=  309.21 (0-360E) glon=  309.21 glat=  42.96 u=   6.8200 v= -21.0000 vr= -15.24978 vt=  15.96736
 i= 1605 j=  572 glon=  309.41 (0-360E) glon=  309.41 glat=  42.96 u=  12.3800 v= -20.4000 vr= -20.51517 vt=  12.18819
 i= 1610 j=  572 glon=  309.61 (0-360E) glon=  309.61 glat=  42.96 u=  11.5200 v= -23.9000 vr= -22.12765 vt=  14.63856
 i= 1615 j=  572 glon=  309.81 (0-360E) glon=  309.81 glat=  42.96 u=  14.6300 v= -26.0000 vr= -26.67457 vt=  13.36054
 i= 1620 j=  572 glon=  310.01 (0-360E) glon=  310.01 glat=  42.96 u=   6.1700 v= -28.2000 vr= -22.19514 vt=  18.45764
 i= 1625 j=  572 glon=  310.21 (0-360E) glon=  310.21 glat=  42.96 u=  -1.1600 v= -31.7000 vr= -20.59727 vt=  24.12443
 i= 1630 j=  572 glon=  310.41 (0-360E) glon=  310.41 glat=  42.96 u=  -9.3400 v= -33.4000 vr= -18.69521 vt=  29.21104
 i= 1635 j=  572 glon=  310.61 (0-360E) glon=  310.61 glat=  42.96 u= -13.4700 v= -36.1000 vr= -21.88951 vt=  31.70962
 i= 1640 j=  572 glon=  310.81 (0-360E) glon=  310.81 glat=  42.96 u= -20.4600 v= -34.3000 vr= -21.42174 vt=  33.70772
 i= 1645 j=  572 glon=  311.01 (0-360E) glon=  311.01 glat=  42.96 u= -28.8700 v= -29.7000 vr= -19.81387 vt=  36.37276
 i= 1650 j=  572 glon=  311.21 (0-360E) glon=  311.21 glat=  42.96 u= -29.4200 v= -17.5000 vr= -13.97534 vt=  31.24862
 i= 1655 j=  572 glon=  311.41 (0-360E) glon=  311.41 glat=  42.96 u= -12.8500 v=   6.1000 vr=   5.09647 vt=  13.28000
 i= 1660 j=  572 glon=  311.61 (0-360E) glon=  311.61 glat=  42.96 u=   3.2800 v=  26.1000 vr=  26.05103 vt=   3.64862
 i= 1665 j=  572 glon=  311.81 (0-360E) glon=  311.81 glat=  42.96 u=   0.9600 v=  34.2000 vr=  31.42451 vt=  13.53003
 i= 1670 j=  572 glon=  312.01 (0-360E) glon=  312.01 glat=  42.96 u=   4.2300 v=  31.2000 vr=  28.38598 vt=  13.62237
 i= 1675 j=  572 glon=  312.21 (0-360E) glon=  312.21 glat=  42.96 u=   2.7200 v=  30.9000 vr=  25.27607 vt=  17.98134
 i= 1680 j=  572 glon=  312.41 (0-360E) glon=  312.41 glat=  42.96 u=   6.0900 v=  35.5000 vr=  28.91380 vt=  21.47860
 i= 1685 j=  572 glon=  312.61 (0-360E) glon=  312.61 glat=  42.96 u=   5.8100 v=  34.0000 vr=  25.83212 vt=  22.85733
 i= 1690 j=  572 glon=  312.81 (0-360E) glon=  312.81 glat=  42.96 u=   5.0600 v=  30.0000 vr=  21.26440 vt=  21.75842
 i= 1695 j=  572 glon=  313.01 (0-360E) glon=  313.01 glat=  42.96 u=   7.4400 v=  26.5000 vr=  20.15722 vt=  18.74273
 i= 1700 j=  572 glon=  313.21 (0-360E) glon=  313.21 glat=  42.96 u=   9.3900 v=  25.2000 vr=  20.29501 vt=  17.64439
 i= 1705 j=  572 glon=  313.41 (0-360E) glon=  313.41 glat=  42.96 u=   7.5100 v=  23.9000 vr=  17.27221 vt=  18.14610
 i= 1710 j=  572 glon=  313.61 (0-360E) glon=  313.61 glat=  42.96 u=   6.4400 v=  23.2000 vr=  15.34065 vt=  18.55743
 i= 1715 j=  572 glon=  313.81 (0-360E) glon=  313.81 glat=  42.96 u=   7.6900 v=  22.6000 vr=  15.67932 vt=  18.00153
 i= 1590 j=  577 glon=  308.81 (0-360E) glon=  308.81 glat=  42.76 u=   2.0100 v= -17.7000 vr=  -6.93258 vt=  16.40943
 i= 1595 j=  577 glon=  309.01 (0-360E) glon=  309.01 glat=  42.76 u=   2.3300 v= -20.8000 vr=  -8.58391 vt=  19.08888
 i= 1600 j=  577 glon=  309.21 (0-360E) glon=  309.21 glat=  42.76 u=   6.7200 v= -21.7000 vr= -13.56121 vt=  18.22477
 i= 1605 j=  577 glon=  309.41 (0-360E) glon=  309.41 glat=  42.76 u=  11.0500 v= -20.4000 vr= -17.72159 vt=  14.97357
 i= 1610 j=  577 glon=  309.61 (0-360E) glon=  309.61 glat=  42.76 u=  16.3200 v= -21.9000 vr= -23.73377 vt=  13.51520
 i= 1615 j=  577 glon=  309.81 (0-360E) glon=  309.81 glat=  42.76 u=  14.8700 v= -27.6000 vr= -25.59607 vt=  18.10298
 i= 1620 j=  577 glon=  310.01 (0-360E) glon=  310.01 glat=  42.76 u=   2.5900 v= -29.8000 vr= -17.06769 vt=  24.56506
 i= 1625 j=  577 glon=  310.21 (0-360E) glon=  310.21 glat=  42.76 u=  -5.9500 v= -36.6000 vr= -15.58863 vt=  33.64457
 i= 1630 j=  577 glon=  310.41 (0-360E) glon=  310.41 glat=  42.76 u= -11.5300 v= -39.1000 vr= -15.99471 vt=  37.49560
 i= 1635 j=  577 glon=  310.61 (0-360E) glon=  310.61 glat=  42.76 u= -28.4200 v= -39.2000 vr=  -8.91500 vt=  47.59054
 i= 1640 j=  577 glon=  310.81 (0-360E) glon=  310.81 glat=  42.76 u= -10.6900 v=  -8.2000 vr=  -0.73631 vt=  13.45266
 i= 1645 j=  577 glon=  311.01 (0-360E) glon=  311.01 glat=  42.76 u=   0.6400 v=   6.4000 vr=   5.65109 vt=  -3.07160
 i= 1650 j=  577 glon=  311.21 (0-360E) glon=  311.21 glat=  42.76 u=  10.5100 v=  15.3000 vr=  13.47097 vt= -12.77039
 i= 1655 j=  577 glon=  311.41 (0-360E) glon=  311.41 glat=  42.76 u=   8.1900 v=  23.1000 vr=  23.82507 vt=  -5.74908
 i= 1660 j=  577 glon=  311.61 (0-360E) glon=  311.61 glat=  42.76 u=   6.1700 v=  34.4000 vr=  34.42049 vt=   6.05465
 i= 1665 j=  577 glon=  311.81 (0-360E) glon=  311.81 glat=  42.76 u=   4.5500 v=  32.7000 vr=  30.09546 vt=  13.57409
 i= 1670 j=  577 glon=  312.01 (0-360E) glon=  312.01 glat=  42.76 u=  10.0300 v=  29.9000 vr=  28.98169 vt=  12.43675
 i= 1675 j=  577 glon=  312.21 (0-360E) glon=  312.21 glat=  42.76 u=   7.1800 v=  30.8000 vr=  25.56919 vt=  18.61206
 i= 1680 j=  577 glon=  312.41 (0-360E) glon=  312.41 glat=  42.76 u=   8.9600 v=  33.4000 vr=  26.53618 vt=  22.17370
 i= 1685 j=  577 glon=  312.61 (0-360E) glon=  312.61 glat=  42.76 u=  11.7600 v=  34.2000 vr=  27.53989 vt=  23.44125
 i= 1690 j=  577 glon=  312.81 (0-360E) glon=  312.81 glat=  42.76 u=   8.7000 v=  31.4000 vr=  22.03047 vt=  24.00642
 i= 1695 j=  577 glon=  313.01 (0-360E) glon=  313.01 glat=  42.76 u=   8.7600 v=  28.2000 vr=  19.53867 vt=  22.14087
 i= 1700 j=  577 glon=  313.21 (0-360E) glon=  313.21 glat=  42.76 u=  10.9600 v=  26.7000 vr=  20.09048 vt=  20.72159
 i= 1705 j=  577 glon=  313.41 (0-360E) glon=  313.41 glat=  42.76 u=  10.1200 v=  25.2000 vr=  18.06261 vt=  20.27798
 i= 1710 j=  577 glon=  313.61 (0-360E) glon=  313.61 glat=  42.76 u=   7.7800 v=  24.3000 vr=  14.95664 vt=  20.67165
 i= 1715 j=  577 glon=  313.81 (0-360E) glon=  313.81 glat=  42.76 u=   8.0700 v=  23.6000 vr=  14.50927 vt=  20.28709
 i= 1590 j=  582 glon=  308.81 (0-360E) glon=  308.81 glat=  42.56 u=   4.7500 v= -19.4000 vr=  -8.23799 vt=  18.19500
 i= 1595 j=  582 glon=  309.01 (0-360E) glon=  309.01 glat=  42.56 u=   7.6300 v= -21.5000 vr= -11.78518 vt=  19.53398
 i= 1600 j=  582 glon=  309.21 (0-360E) glon=  309.21 glat=  42.56 u=  10.9800 v= -20.7000 vr= -15.26003 vt=  17.78150
 i= 1605 j=  582 glon=  309.41 (0-360E) glon=  309.41 glat=  42.56 u=  13.8100 v= -21.0000 vr= -18.49077 vt=  17.02374
 i= 1610 j=  582 glon=  309.61 (0-360E) glon=  309.61 glat=  42.56 u=  15.2800 v= -26.2000 vr= -21.78520 vt=  21.10269
 i= 1615 j=  582 glon=  309.81 (0-360E) glon=  309.81 glat=  42.56 u=  12.0100 v= -27.9000 vr= -19.91103 vt=  22.93907
 i= 1620 j=  582 glon=  310.01 (0-360E) glon=  310.01 glat=  42.56 u=   6.8000 v= -34.3000 vr= -18.22886 vt=  29.84022
 i= 1625 j=  582 glon=  310.21 (0-360E) glon=  310.21 glat=  42.56 u= -12.1100 v= -41.3000 vr=  -5.37151 vt=  42.70233
 i= 1630 j=  582 glon=  310.41 (0-360E) glon=  310.41 glat=  42.56 u= -24.4600 v= -42.3000 vr=   1.76895 vt=  48.83086
 i= 1635 j=  582 glon=  310.61 (0-360E) glon=  310.61 glat=  42.56 u=  -6.4700 v= -18.4000 vr=  -4.99145 vt=  18.85488
 i= 1640 j=  582 glon=  310.81 (0-360E) glon=  310.81 glat=  42.56 u=   1.5900 v=  -7.9000 vr=  -6.57469 vt=   4.65956
 i= 1645 j=  582 glon=  311.01 (0-360E) glon=  311.01 glat=  42.56 u=   3.5200 v=  -1.7000 vr=  -3.34780 vt=  -2.01808
 i= 1650 j=  582 glon=  311.21 (0-360E) glon=  311.21 glat=  42.56 u=   7.7400 v=  15.9000 vr=  13.59790 vt= -11.30552
 i= 1655 j=  582 glon=  311.41 (0-360E) glon=  311.41 glat=  42.56 u=   9.2400 v=  26.9000 vr=  28.03080 vt=  -4.82307
 i= 1660 j=  582 glon=  311.61 (0-360E) glon=  311.61 glat=  42.56 u=   7.3200 v=  32.8000 vr=  32.12605 vt=   9.86607
 i= 1665 j=  582 glon=  311.81 (0-360E) glon=  311.81 glat=  42.56 u=  12.5200 v=  35.8000 vr=  34.35213 vt=  16.07239
 i= 1670 j=  582 glon=  312.01 (0-360E) glon=  312.01 glat=  42.56 u=  12.2700 v=  32.5000 vr=  28.95846 vt=  19.18881
 i= 1675 j=  582 glon=  312.21 (0-360E) glon=  312.21 glat=  42.56 u=  11.1500 v=  31.5000 vr=  25.05036 vt=  22.11452
 i= 1680 j=  582 glon=  312.41 (0-360E) glon=  312.41 glat=  42.56 u=  10.7900 v=  31.9000 vr=  22.96766 vt=  24.62764
 i= 1685 j=  582 glon=  312.61 (0-360E) glon=  312.61 glat=  42.56 u=   8.9600 v=  38.9000 vr=  22.19648 vt=  33.17842
 i= 1690 j=  582 glon=  312.81 (0-360E) glon=  312.81 glat=  42.56 u=  14.3500 v=  37.1000 vr=  25.18669 vt=  30.78901
 i= 1695 j=  582 glon=  313.01 (0-360E) glon=  313.01 glat=  42.56 u=   9.8300 v=  31.6000 vr=  18.17717 vt=  27.65465
 i= 1700 j=  582 glon=  313.21 (0-360E) glon=  313.21 glat=  42.56 u=  10.4300 v=  28.7000 vr=  17.21468 vt=  25.22161
 i= 1705 j=  582 glon=  313.41 (0-360E) glon=  313.41 glat=  42.56 u=  11.9700 v=  26.7000 vr=  17.64861 vt=  23.33875
 i= 1710 j=  582 glon=  313.61 (0-360E) glon=  313.61 glat=  42.56 u=   9.7400 v=  24.9000 vr=  14.61863 vt=  22.38690
 i= 1715 j=  582 glon=  313.81 (0-360E) glon=  313.81 glat=  42.56 u=   8.9300 v=  24.2000 vr=  13.30144 vt=  22.10106
 i= 1720 j=  582 glon=  314.01 (0-360E) glon=  314.01 glat=  42.56 u=  11.5600 v=  23.1000 vr=  15.37033 vt=  20.76045
 i= 1585 j=  587 glon=  308.61 (0-360E) glon=  308.61 glat=  42.36 u=   6.1600 v= -18.3000 vr=  -7.46068 vt=  17.80938
 i= 1590 j=  587 glon=  308.81 (0-360E) glon=  308.81 glat=  42.36 u=   9.3600 v= -20.3000 vr= -10.93724 vt=  19.49555
 i= 1595 j=  587 glon=  309.01 (0-360E) glon=  309.01 glat=  42.36 u=  10.8800 v= -22.3000 vr= -12.78687 vt=  21.26406
 i= 1600 j=  587 glon=  309.21 (0-360E) glon=  309.21 glat=  42.36 u=  10.8700 v= -20.6000 vr= -12.81610 vt=  19.44902
 i= 1605 j=  587 glon=  309.41 (0-360E) glon=  309.41 glat=  42.36 u=  12.0100 v= -19.2000 vr= -14.01901 vt=  17.78616
 i= 1610 j=  587 glon=  309.61 (0-360E) glon=  309.61 glat=  42.36 u=  14.9700 v= -23.8000 vr= -17.76337 vt=  21.79458
 i= 1615 j=  587 glon=  309.81 (0-360E) glon=  309.81 glat=  42.36 u=  11.8300 v= -31.1000 vr= -16.04255 vt=  29.15125
 i= 1620 j=  587 glon=  310.01 (0-360E) glon=  310.01 glat=  42.36 u=   6.7100 v= -39.1000 vr= -12.91798 vt=  37.50946
 i= 1625 j=  587 glon=  310.21 (0-360E) glon=  310.21 glat=  42.36 u= -14.5300 v= -47.7000 vr=   5.19916 vt=  49.59213
 i= 1630 j=  587 glon=  310.41 (0-360E) glon=  310.41 glat=  42.36 u=   2.2500 v= -22.7000 vr=  -7.42410 vt=  21.56931
 i= 1635 j=  587 glon=  310.61 (0-360E) glon=  310.61 glat=  42.36 u=   3.4700 v=  -9.9000 vr=  -6.20056 vt=   8.46191
 i= 1640 j=  587 glon=  310.81 (0-360E) glon=  310.81 glat=  42.36 u=   5.3700 v=   0.1000 vr=  -4.90784 vt=  -2.18173
 i= 1645 j=  587 glon=  311.01 (0-360E) glon=  311.01 glat=  42.36 u=   9.4200 v=   7.5000 vr=  -3.51293 vt= -11.51719
 i= 1650 j=  587 glon=  311.21 (0-360E) glon=  311.21 glat=  42.36 u=   9.4200 v=  18.9000 vr=  12.07204 vt= -17.32664
 i= 1655 j=  587 glon=  311.41 (0-360E) glon=  311.41 glat=  42.36 u=  13.3400 v=  28.1000 vr=  30.95832 vt=  -3.02458
 i= 1660 j=  587 glon=  311.61 (0-360E) glon=  311.61 glat=  42.36 u=  16.5900 v=  32.8000 vr=  33.33788 vt=  15.48076
 i= 1665 j=  587 glon=  311.81 (0-360E) glon=  311.81 glat=  42.36 u=  16.1700 v=  32.5000 vr=  28.24937 vt=  22.79675
 i= 1670 j=  587 glon=  312.01 (0-360E) glon=  312.01 glat=  42.36 u=  14.1800 v=  30.9000 vr=  22.98522 vt=  25.05119
 i= 1675 j=  587 glon=  312.21 (0-360E) glon=  312.21 glat=  42.36 u=  12.1600 v=  33.7000 vr=  19.92248 vt=  29.77667
 i= 1680 j=  587 glon=  312.41 (0-360E) glon=  312.41 glat=  42.36 u=  15.3800 v=  32.4000 vr=  21.46854 vt=  28.72988
 i= 1685 j=  587 glon=  312.61 (0-360E) glon=  312.61 glat=  42.36 u=  17.1800 v=  31.8000 vr=  22.22838 vt=  28.50073
 i= 1690 j=  587 glon=  312.81 (0-360E) glon=  312.81 glat=  42.36 u=  18.1800 v=  31.0000 vr=  22.43133 vt=  28.07754
 i= 1695 j=  587 glon=  313.01 (0-360E) glon=  313.01 glat=  42.36 u=  15.6900 v=  29.3000 vr=  19.23666 vt=  27.10382
 i= 1700 j=  587 glon=  313.21 (0-360E) glon=  313.21 glat=  42.36 u=  11.7500 v=  30.1000 vr=  15.01606 vt=  28.61102
 i= 1705 j=  587 glon=  313.41 (0-360E) glon=  313.41 glat=  42.36 u=  14.4400 v=  28.2000 vr=  17.16416 vt=  26.62978
 i= 1710 j=  587 glon=  313.61 (0-360E) glon=  313.61 glat=  42.36 u=  12.0300 v=  25.6000 vr=  14.26600 vt=  24.42462
 i= 1715 j=  587 glon=  313.81 (0-360E) glon=  313.81 glat=  42.36 u=  10.3700 v=  24.5000 vr=  12.31420 vt=  23.58278
 i= 1720 j=  587 glon=  314.01 (0-360E) glon=  314.01 glat=  42.36 u=  12.5400 v=  23.1000 vr=  14.20060 vt=  22.11797
 i= 1585 j=  592 glon=  308.61 (0-360E) glon=  308.61 glat=  42.16 u=   9.0900 v= -17.9000 vr=  -8.65491 vt=  18.11437
 i= 1590 j=  592 glon=  308.81 (0-360E) glon=  308.81 glat=  42.16 u=  12.8500 v= -17.8000 vr= -12.39513 vt=  18.11969
 i= 1595 j=  592 glon=  309.01 (0-360E) glon=  309.01 glat=  42.16 u=  13.0300 v= -19.4000 vr= -12.50710 vt=  19.74116
 i= 1600 j=  592 glon=  309.21 (0-360E) glon=  309.21 glat=  42.16 u=  12.1800 v= -21.0000 vr= -11.57870 vt=  21.33744
 i= 1605 j=  592 glon=  309.41 (0-360E) glon=  309.41 glat=  42.16 u=   9.7900 v= -21.7000 vr=  -9.12411 vt=  21.98829
 i= 1610 j=  592 glon=  309.61 (0-360E) glon=  309.61 glat=  42.16 u=  15.3900 v= -26.3000 vr= -14.51132 vt=  26.79484
 i= 1615 j=  592 glon=  309.81 (0-360E) glon=  309.81 glat=  42.16 u=  12.8000 v= -31.9000 vr= -11.62848 vt=  32.34545
 i= 1620 j=  592 glon=  310.01 (0-360E) glon=  310.01 glat=  42.16 u=  10.6100 v= -40.6000 vr=  -8.93907 vt=  41.00031
 i= 1625 j=  592 glon=  310.21 (0-360E) glon=  310.21 glat=  42.16 u=  -4.1300 v= -39.7000 vr=   5.99668 vt=  39.46121
 i= 1630 j=  592 glon=  310.41 (0-360E) glon=  310.41 glat=  42.16 u=   8.6200 v= -16.7000 vr=  -7.66803 vt=  17.15796
 i= 1635 j=  592 glon=  310.61 (0-360E) glon=  310.61 glat=  42.16 u=  11.1500 v= -10.4000 vr= -10.38922 vt=  11.16005
 i= 1640 j=  592 glon=  310.81 (0-360E) glon=  310.81 glat=  42.16 u=  17.0900 v=  -4.8000 vr= -16.55007 vt=   6.41898
 i= 1645 j=  592 glon=  311.01 (0-360E) glon=  311.01 glat=  42.16 u=  16.3300 v=   9.8000 vr= -17.63961 vt=  -7.18004
 i= 1650 j=  592 glon=  311.21 (0-360E) glon=  311.21 glat=  42.16 u=  12.0500 v=  18.0000 vr= -17.98395 vt= -12.07394
 i= 1655 j=  592 glon=  311.41 (0-360E) glon=  311.41 glat=  42.16 u=  16.5500 v=  32.0000 vr=  -2.84835 vt=  35.91364
 i= 1660 j=  592 glon=  311.61 (0-360E) glon=  311.61 glat=  42.16 u=  19.6200 v=  33.4000 vr=  13.47448 vt=  36.31725
 i= 1665 j=  592 glon=  311.81 (0-360E) glon=  311.81 glat=  42.16 u=  19.2500 v=  33.7000 vr=  15.64385 vt=  35.51792
 i= 1670 j=  592 glon=  312.01 (0-360E) glon=  312.01 glat=  42.16 u=  15.8100 v=  29.1000 vr=  13.59865 vt=  30.19673
 i= 1675 j=  592 glon=  312.21 (0-360E) glon=  312.21 glat=  42.16 u=  15.4900 v=  32.6000 vr=  13.55387 vt=  33.45135
 i= 1680 j=  592 glon=  312.41 (0-360E) glon=  312.41 glat=  42.16 u=  16.0900 v=  31.7000 vr=  14.52693 vt=  32.44605
 i= 1685 j=  592 glon=  312.61 (0-360E) glon=  312.61 glat=  42.16 u=  15.5900 v=  32.6000 vr=  14.20570 vt=  33.22659
 i= 1690 j=  592 glon=  312.81 (0-360E) glon=  312.81 glat=  42.16 u=  16.4500 v=  29.2000 vr=  15.35028 vt=  29.79281
 i= 1695 j=  592 glon=  313.01 (0-360E) glon=  313.01 glat=  42.16 u=  18.5600 v=  28.0000 vr=  17.60560 vt=  28.60973
 i= 1700 j=  592 glon=  313.21 (0-360E) glon=  313.21 glat=  42.16 u=  17.3900 v=  27.1000 vr=  16.54257 vt=  27.62545
 i= 1705 j=  592 glon=  313.41 (0-360E) glon=  313.41 glat=  42.16 u=  17.2500 v=  26.3000 vr=  16.48569 vt=  26.78572
 i= 1710 j=  592 glon=  313.61 (0-360E) glon=  313.61 glat=  42.16 u=  13.4800 v=  25.5000 vr=  12.78574 vt=  25.85508
 i= 1715 j=  592 glon=  313.81 (0-360E) glon=  313.81 glat=  42.16 u=  11.9000 v=  24.4000 vr=  11.27176 vt=  24.69651
 i= 1720 j=  592 glon=  314.01 (0-360E) glon=  314.01 glat=  42.16 u=  13.8300 v=  23.0000 vr=  13.26512 vt=  23.33036
 i= 1590 j=  597 glon=  308.81 (0-360E) glon=  308.81 glat=  41.96 u=  13.1400 v= -17.4000 vr= -10.72023 vt=  18.98674
 i= 1595 j=  597 glon=  309.01 (0-360E) glon=  309.01 glat=  41.96 u=  14.7400 v= -18.7000 vr= -11.92419 vt=  20.60998
 i= 1600 j=  597 glon=  309.21 (0-360E) glon=  309.21 glat=  41.96 u=  14.0400 v= -19.9000 vr= -10.79523 vt=  21.83105
 i= 1605 j=  597 glon=  309.41 (0-360E) glon=  309.41 glat=  41.96 u=   9.6900 v= -26.5000 vr=  -5.06852 vt=  27.75709
 i= 1610 j=  597 glon=  309.61 (0-360E) glon=  309.61 glat=  41.96 u=  13.6400 v= -31.5000 vr=  -7.50823 vt=  33.49516
 i= 1615 j=  597 glon=  309.81 (0-360E) glon=  309.81 glat=  41.96 u=  13.5000 v= -37.4000 vr=  -5.36608 vt=  39.39816
 i= 1620 j=  597 glon=  310.01 (0-360E) glon=  310.01 glat=  41.96 u=   8.6800 v= -49.4000 vr=   3.34644 vt=  50.04502
 i= 1625 j=  597 glon=  310.21 (0-360E) glon=  310.21 glat=  41.96 u=   8.0800 v= -34.4000 vr=   1.75691 vt=  35.29249
 i= 1630 j=  597 glon=  310.41 (0-360E) glon=  310.41 glat=  41.96 u=  15.0900 v= -17.9000 vr=  -8.34237 vt=  21.87517
 i= 1635 j=  597 glon=  310.61 (0-360E) glon=  310.61 glat=  41.96 u=  18.1600 v=  -9.7000 vr= -12.64776 vt=  16.24530
 i= 1640 j=  597 glon=  310.81 (0-360E) glon=  310.81 glat=  41.96 u=  23.0400 v=  -1.5000 vr= -18.84362 vt=  13.34202
 i= 1645 j=  597 glon=  311.01 (0-360E) glon=  311.01 glat=  41.96 u=  19.4100 v=  10.5000 vr= -21.16024 vt=   6.26438
 i= 1650 j=  597 glon=  311.21 (0-360E) glon=  311.21 glat=  41.96 u=  16.0100 v=  17.7000 vr= -22.21407 vt=   8.72613
 i= 1655 j=  597 glon=  311.41 (0-360E) glon=  311.41 glat=  41.96 u=  23.2600 v=  30.4000 vr= -23.87544 vt=  29.91908
 i= 1660 j=  597 glon=  311.61 (0-360E) glon=  311.61 glat=  41.96 u=  24.1600 v=  32.3000 vr=  -8.39282 vt=  39.45321
 i= 1665 j=  597 glon=  311.81 (0-360E) glon=  311.81 glat=  41.96 u=  25.3000 v=  29.6000 vr=   4.62561 vt=  38.66334
 i= 1670 j=  597 glon=  312.01 (0-360E) glon=  312.01 glat=  41.96 u=  19.6400 v=  28.6000 vr=   5.56453 vt=  34.24508
 i= 1675 j=  597 glon=  312.21 (0-360E) glon=  312.21 glat=  41.96 u=  19.4700 v=  31.7000 vr=   7.40835 vt=  36.45665
 i= 1680 j=  597 glon=  312.41 (0-360E) glon=  312.41 glat=  41.96 u=  18.9800 v=  29.7000 vr=   9.68478 vt=  33.89005
 i= 1685 j=  597 glon=  312.61 (0-360E) glon=  312.61 glat=  41.96 u=  18.9500 v=  28.0000 vr=  11.50090 vt=  31.79358
 i= 1690 j=  597 glon=  312.81 (0-360E) glon=  312.81 glat=  41.96 u=  18.2500 v=  29.8000 vr=  11.42307 vt=  33.02448
 i= 1695 j=  597 glon=  313.01 (0-360E) glon=  313.01 glat=  41.96 u=  19.9600 v=  26.7000 vr=  14.48671 vt=  30.02377
 i= 1700 j=  597 glon=  313.21 (0-360E) glon=  313.21 glat=  41.96 u=  18.7600 v=  25.7000 vr=  14.04583 vt=  28.55070
 i= 1705 j=  597 glon=  313.41 (0-360E) glon=  313.41 glat=  41.96 u=  17.1600 v=  25.8000 vr=  12.88718 vt=  28.17847
 i= 1710 j=  597 glon=  313.61 (0-360E) glon=  313.61 glat=  41.96 u=  14.8700 v=  25.3000 vr=  11.04914 vt=  27.18682
 i= 1715 j=  597 glon=  313.81 (0-360E) glon=  313.81 glat=  41.96 u=  13.4100 v=  23.8000 vr=  10.09077 vt=  25.38591
 i= 1720 j=  597 glon=  314.01 (0-360E) glon=  314.01 glat=  41.96 u=  15.2900 v=  22.6000 vr=  12.33343 vt=  24.33990
 i= 1590 j=  602 glon=  308.81 (0-360E) glon=  308.81 glat=  41.76 u=  14.5800 v= -16.9000 vr= -10.22263 vt=  19.84148
 i= 1595 j=  602 glon=  309.01 (0-360E) glon=  309.01 glat=  41.76 u=  16.1400 v= -17.3000 vr= -11.26436 vt=  20.80634
 i= 1600 j=  602 glon=  309.21 (0-360E) glon=  309.21 glat=  41.76 u=  16.6600 v= -19.0000 vr= -10.84554 vt=  22.82389
 i= 1605 j=  602 glon=  309.41 (0-360E) glon=  309.41 glat=  41.76 u=  17.1700 v= -24.1000 vr=  -9.21617 vt=  28.11905
 i= 1610 j=  602 glon=  309.61 (0-360E) glon=  309.61 glat=  41.76 u=  14.7000 v= -30.1000 vr=  -4.02238 vt=  33.25538
 i= 1615 j=  602 glon=  309.81 (0-360E) glon=  309.81 glat=  41.76 u=  18.5900 v= -36.7000 vr=  -3.93694 vt=  40.95093
 i= 1620 j=  602 glon=  310.01 (0-360E) glon=  310.01 glat=  41.76 u=  18.5900 v= -51.5000 vr=   4.15318 vt=  54.59477
 i= 1625 j=  602 glon=  310.21 (0-360E) glon=  310.21 glat=  41.76 u=  21.7200 v= -35.2000 vr=  -2.76075 vt=  41.26956
 i= 1630 j=  602 glon=  310.41 (0-360E) glon=  310.41 glat=  41.76 u=  23.3000 v= -18.2000 vr=  -9.77748 vt=  27.90217
 i= 1635 j=  602 glon=  310.61 (0-360E) glon=  310.61 glat=  41.76 u=  22.1300 v=  -5.9000 vr= -13.38577 vt=  18.58408
 i= 1640 j=  602 glon=  310.81 (0-360E) glon=  310.81 glat=  41.76 u=  24.0400 v=   1.1000 vr= -16.74105 vt=  17.28782
 i= 1645 j=  602 glon=  311.01 (0-360E) glon=  311.01 glat=  41.76 u=  25.1300 v=   7.9000 vr= -18.95477 vt=  18.29327
 i= 1650 j=  602 glon=  311.21 (0-360E) glon=  311.21 glat=  41.76 u=  28.0000 v=  18.3000 vr= -23.54533 vt=  23.75936
 i= 1655 j=  602 glon=  311.41 (0-360E) glon=  311.41 glat=  41.76 u=  32.9900 v=  25.8000 vr= -21.15002 vt=  36.14770
 i= 1660 j=  602 glon=  311.61 (0-360E) glon=  311.61 glat=  41.76 u=  33.1500 v=  26.6000 vr=  -9.80823 vt=  41.35555
 i= 1665 j=  602 glon=  311.81 (0-360E) glon=  311.81 glat=  41.76 u=  28.0500 v=  25.4000 vr=  -1.98975 vt=  37.78893
 i= 1670 j=  602 glon=  312.01 (0-360E) glon=  312.01 glat=  41.76 u=  21.8200 v=  29.6000 vr=  -2.92148 vt=  36.65702
 i= 1675 j=  602 glon=  312.21 (0-360E) glon=  312.21 glat=  41.76 u=  22.7300 v=  28.7000 vr=   2.87011 vt=  36.49802
 i= 1680 j=  602 glon=  312.41 (0-360E) glon=  312.41 glat=  41.76 u=  21.6300 v=  27.6000 vr=   5.70045 vt=  34.59945
 i= 1685 j=  602 glon=  312.61 (0-360E) glon=  312.61 glat=  41.76 u=  16.3700 v=  29.8000 vr=   2.31940 vt=  33.92104
 i= 1690 j=  602 glon=  312.81 (0-360E) glon=  312.81 glat=  41.76 u=  17.9200 v=  28.6000 vr=   5.96076 vt=  33.21981
 i= 1695 j=  602 glon=  313.01 (0-360E) glon=  313.01 glat=  41.76 u=  19.6100 v=  24.7000 vr=  10.21267 vt=  29.83862
 i= 1700 j=  602 glon=  313.21 (0-360E) glon=  313.21 glat=  41.76 u=  18.0600 v=  24.9000 vr=   9.65331 vt=  29.20594
 i= 1705 j=  602 glon=  313.41 (0-360E) glon=  313.41 glat=  41.76 u=  19.1800 v=  23.8000 vr=  11.82124 vt=  28.18813
 i= 1710 j=  602 glon=  313.61 (0-360E) glon=  313.61 glat=  41.76 u=  16.5400 v=  23.8000 vr=   9.90166 vt=  27.23910
 i= 1715 j=  602 glon=  313.81 (0-360E) glon=  313.81 glat=  41.76 u=  15.2000 v=  22.7000 vr=   9.37800 vt=  25.65898
 i= 1590 j=  607 glon=  308.81 (0-360E) glon=  308.81 glat=  41.56 u=  14.4600 v= -14.7000 vr=  -8.83712 vt=  18.63027
 i= 1595 j=  607 glon=  309.01 (0-360E) glon=  309.01 glat=  41.56 u=  16.8000 v= -15.4000 vr= -10.30435 vt=  20.32782
 i= 1600 j=  607 glon=  309.21 (0-360E) glon=  309.21 glat=  41.56 u=  18.1100 v= -16.9000 vr= -10.33881 vt=  22.50980
 i= 1605 j=  607 glon=  309.41 (0-360E) glon=  309.41 glat=  41.56 u=  20.7700 v= -18.7000 vr= -11.22701 vt=  25.59370
 i= 1610 j=  607 glon=  309.61 (0-360E) glon=  309.61 glat=  41.56 u=  20.4100 v= -25.8000 vr=  -6.63500 vt=  32.22088
 i= 1615 j=  607 glon=  309.81 (0-360E) glon=  309.81 glat=  41.56 u=  21.1300 v= -33.5000 vr=  -1.82302 vt=  39.56518
 i= 1620 j=  607 glon=  310.01 (0-360E) glon=  310.01 glat=  41.56 u=  24.1800 v= -39.3000 vr=   1.24072 vt=  46.12616
 i= 1625 j=  607 glon=  310.21 (0-360E) glon=  310.21 glat=  41.56 u=  25.6200 v= -35.6000 vr=   1.37206 vt=  43.83904
 i= 1630 j=  607 glon=  310.41 (0-360E) glon=  310.41 glat=  41.56 u=  24.4900 v= -13.1000 vr=  -8.95715 vt=  26.28953
 i= 1635 j=  607 glon=  310.61 (0-360E) glon=  310.61 glat=  41.56 u=  24.6100 v=   2.0000 vr= -17.35060 vt=  17.56727
 i= 1640 j=  607 glon=  310.81 (0-360E) glon=  310.81 glat=  41.56 u=  27.0500 v=   5.6000 vr= -18.81791 vt=  20.22248
 i= 1645 j=  607 glon=  311.01 (0-360E) glon=  311.01 glat=  41.56 u=  35.9700 v=  11.4000 vr= -23.27177 vt=  29.70228
 i= 1650 j=  607 glon=  311.21 (0-360E) glon=  311.21 glat=  41.56 u=  38.6000 v=  18.1000 vr= -23.29672 vt=  35.70480
 i= 1655 j=  607 glon=  311.41 (0-360E) glon=  311.41 glat=  41.56 u=  35.2200 v=  22.5000 vr= -19.15123 vt=  37.14739
 i= 1660 j=  607 glon=  311.61 (0-360E) glon=  311.61 glat=  41.56 u=  33.0100 v=  22.6000 vr= -11.25631 vt=  38.38900
 i= 1665 j=  607 glon=  311.81 (0-360E) glon=  311.81 glat=  41.56 u=  28.1300 v=  24.5000 vr=  -7.66109 vt=  36.50828
 i= 1670 j=  607 glon=  312.01 (0-360E) glon=  312.01 glat=  41.56 u=  26.0400 v=  25.7000 vr=  -3.99129 vt=  36.36813
 i= 1675 j=  607 glon=  312.21 (0-360E) glon=  312.21 glat=  41.56 u=  24.7200 v=  25.7000 vr=  -0.28161 vt=  35.65795
 i= 1680 j=  607 glon=  312.41 (0-360E) glon=  312.41 glat=  41.56 u=  21.7500 v=  25.8000 vr=   0.92452 vt=  33.73200
 i= 1685 j=  607 glon=  312.61 (0-360E) glon=  312.61 glat=  41.56 u=  19.6200 v=  25.9000 vr=   1.80175 vt=  32.44238
 i= 1690 j=  607 glon=  312.81 (0-360E) glon=  312.81 glat=  41.56 u=  22.5900 v=  26.6000 vr=   6.10141 vt=  34.36046
 i= 1695 j=  607 glon=  313.01 (0-360E) glon=  313.01 glat=  41.56 u=  18.9000 v=  24.5000 vr=   5.57966 vt=  30.43563
 i= 1700 j=  607 glon=  313.21 (0-360E) glon=  313.21 glat=  41.56 u=  18.8100 v=  23.2000 vr=   7.35771 vt=  28.94685
 i= 1705 j=  607 glon=  313.41 (0-360E) glon=  313.41 glat=  41.56 u=  19.8800 v=  22.4000 vr=   9.69869 vt=  28.33566
 i= 1710 j=  607 glon=  313.61 (0-360E) glon=  313.61 glat=  41.56 u=  17.5200 v=  22.2000 vr=   8.43084 vt=  26.99465
 i= 1715 j=  607 glon=  313.81 (0-360E) glon=  313.81 glat=  41.56 u=  16.5600 v=  21.5000 vr=   8.46358 vt=  25.78471
 i= 1595 j=  612 glon=  309.01 (0-360E) glon=  309.01 glat=  41.36 u=  15.7200 v= -14.3000 vr=  -7.79651 vt=  19.76924
 i= 1600 j=  612 glon=  309.21 (0-360E) glon=  309.21 glat=  41.36 u=  17.2600 v= -14.6000 vr=  -8.30010 vt=  21.02798
 i= 1605 j=  612 glon=  309.41 (0-360E) glon=  309.41 glat=  41.36 u=  19.3100 v= -14.6000 vr=  -9.18487 vt=  22.39809
 i= 1610 j=  612 glon=  309.61 (0-360E) glon=  309.61 glat=  41.36 u=  19.3800 v= -21.8000 vr=  -4.18233 vt=  28.86750
 i= 1615 j=  612 glon=  309.81 (0-360E) glon=  309.81 glat=  41.36 u=  21.4200 v= -32.1000 vr=   1.99274 vt=  38.53901
 i= 1620 j=  612 glon=  310.01 (0-360E) glon=  310.01 glat=  41.36 u=  24.6500 v= -38.0000 vr=   5.99104 vt=  44.89688
 i= 1625 j=  612 glon=  310.21 (0-360E) glon=  310.21 glat=  41.36 u=  27.9900 v= -26.7000 vr=  -0.76165 vt=  38.67493
 i= 1630 j=  612 glon=  310.41 (0-360E) glon=  310.41 glat=  41.36 u=  31.1200 v=  -6.9000 vr= -14.32868 vt=  28.47373
 i= 1635 j=  612 glon=  310.61 (0-360E) glon=  310.61 glat=  41.36 u=  32.8100 v=   3.2000 vr= -20.36760 vt=  25.92098
 i= 1640 j=  612 glon=  310.81 (0-360E) glon=  310.81 glat=  41.36 u=  36.2800 v=   5.9000 vr= -20.57423 vt=  30.45898
 i= 1645 j=  612 glon=  311.01 (0-360E) glon=  311.01 glat=  41.36 u=  37.7700 v=  11.2000 vr= -21.11273 vt=  33.26057
 i= 1650 j=  612 glon=  311.21 (0-360E) glon=  311.21 glat=  41.36 u=  38.3300 v=  14.5000 vr= -18.49737 vt=  36.56892
 i= 1655 j=  612 glon=  311.41 (0-360E) glon=  311.41 glat=  41.36 u=  32.0200 v=  18.7000 vr= -16.39754 vt=  33.25795
 i= 1660 j=  612 glon=  311.61 (0-360E) glon=  311.61 glat=  41.36 u=  27.7200 v=  21.6000 vr= -14.28449 vt=  32.10781
 i= 1665 j=  612 glon=  311.81 (0-360E) glon=  311.81 glat=  41.36 u=  26.5700 v=  21.7000 vr=  -9.55785 vt=  32.94696
 i= 1670 j=  612 glon=  312.01 (0-360E) glon=  312.01 glat=  41.36 u=  25.4100 v=  23.1000 vr=  -6.66158 vt=  33.68830
 i= 1675 j=  612 glon=  312.21 (0-360E) glon=  312.21 glat=  41.36 u=  25.6000 v=  22.7000 vr=  -2.15838 vt=  34.14662
 i= 1680 j=  612 glon=  312.41 (0-360E) glon=  312.41 glat=  41.36 u=  21.5500 v=  24.2000 vr=  -2.59806 vt=  32.30004
 i= 1685 j=  612 glon=  312.61 (0-360E) glon=  312.61 glat=  41.36 u=  24.3800 v=  24.1000 vr=   2.31523 vt=  34.20284
 i= 1690 j=  612 glon=  312.81 (0-360E) glon=  312.81 glat=  41.36 u=  22.4800 v=  21.1000 vr=   5.03270 vt=  30.41763
 i= 1695 j=  612 glon=  313.01 (0-360E) glon=  313.01 glat=  41.36 u=  21.7600 v=  22.0000 vr=   5.72614 vt=  30.40903
 i= 1700 j=  612 glon=  313.21 (0-360E) glon=  313.21 glat=  41.36 u=  20.5100 v=  21.5000 vr=   6.43381 vt=  29.00890
 i= 1705 j=  612 glon=  313.41 (0-360E) glon=  313.41 glat=  41.36 u=  20.9600 v=  21.1000 vr=   8.25684 vt=  28.57195
 i= 1710 j=  612 glon=  313.61 (0-360E) glon=  313.61 glat=  41.36 u=  18.5300 v=  20.8000 vr=   7.26425 vt=  26.89297
 i= 1595 j=  617 glon=  309.01 (0-360E) glon=  309.01 glat=  41.16 u=  12.5200 v= -18.0000 vr=  -1.35879 vt=  21.88388
 i= 1600 j=  617 glon=  309.21 (0-360E) glon=  309.21 glat=  41.16 u=  16.2600 v= -15.2000 vr=  -5.14797 vt=  21.65470
 i= 1605 j=  617 glon=  309.41 (0-360E) glon=  309.41 glat=  41.16 u=  18.2700 v= -14.1000 vr=  -6.42567 vt=  22.16560
 i= 1610 j=  617 glon=  309.61 (0-360E) glon=  309.61 glat=  41.16 u=  18.1500 v= -21.1000 vr=  -0.73949 vt=  27.82239
 i= 1615 j=  617 glon=  309.81 (0-360E) glon=  309.81 glat=  41.16 u=  22.5500 v= -29.6000 vr=   3.46469 vt=  37.04940
 i= 1620 j=  617 glon=  310.01 (0-360E) glon=  310.01 glat=  41.16 u=  23.4800 v= -35.5000 vr=   9.69431 vt=  41.44370
 i= 1625 j=  617 glon=  310.21 (0-360E) glon=  310.21 glat=  41.16 u=  32.5900 v= -17.5000 vr=  -6.73633 vt=  36.37279
 i= 1630 j=  617 glon=  310.41 (0-360E) glon=  310.41 glat=  41.16 u=  34.9100 v=  -8.7000 vr= -11.95337 vt=  33.93398
 i= 1635 j=  617 glon=  310.61 (0-360E) glon=  310.61 glat=  41.16 u=  39.9700 v=  -2.3000 vr= -16.29711 vt=  36.56904
 i= 1640 j=  617 glon=  310.81 (0-360E) glon=  310.81 glat=  41.16 u=  40.9200 v=   5.2000 vr= -19.18168 vt=  36.51780
 i= 1645 j=  617 glon=  311.01 (0-360E) glon=  311.01 glat=  41.16 u=  39.5800 v=   9.9000 vr= -18.51729 vt=  36.35514
 i= 1650 j=  617 glon=  311.21 (0-360E) glon=  311.21 glat=  41.16 u=  34.9500 v=  13.7000 vr= -16.65963 vt=  33.63999
 i= 1655 j=  617 glon=  311.41 (0-360E) glon=  311.41 glat=  41.16 u=  30.2800 v=  16.7000 vr= -14.94827 vt=  31.18201
 i= 1660 j=  617 glon=  311.61 (0-360E) glon=  311.61 glat=  41.16 u=  27.4800 v=  18.1000 vr= -12.34374 vt=  30.50233
 i= 1665 j=  617 glon=  311.81 (0-360E) glon=  311.81 glat=  41.16 u=  25.6100 v=  19.3000 vr=  -9.92214 vt=  30.49448
 i= 1670 j=  617 glon=  312.01 (0-360E) glon=  312.01 glat=  41.16 u=  26.3700 v=  18.8000 vr=  -5.35338 vt=  31.93992
 i= 1675 j=  617 glon=  312.21 (0-360E) glon=  312.21 glat=  41.16 u=  25.2000 v=  19.8000 vr=  -3.31819 vt=  31.87585
 i= 1680 j=  617 glon=  312.41 (0-360E) glon=  312.41 glat=  41.16 u=  22.2100 v=  20.7000 vr=  -2.79920 vt=  30.23142
 i= 1685 j=  617 glon=  312.61 (0-360E) glon=  312.61 glat=  41.16 u=  19.4000 v=  25.1000 vr=  -5.42173 vt=  31.25660
 i= 1690 j=  617 glon=  312.81 (0-360E) glon=  312.81 glat=  41.16 u=  20.4900 v=  19.5000 vr=   1.48075 vt=  28.24708
 i= 1695 j=  617 glon=  313.01 (0-360E) glon=  313.01 glat=  41.16 u=  22.8700 v=  19.5000 vr=   5.06296 vt=  29.62521
 i= 1700 j=  617 glon=  313.21 (0-360E) glon=  313.21 glat=  41.16 u=  21.2300 v=  20.5000 vr=   4.74182 vt=  29.12865
 i= 1705 j=  617 glon=  313.41 (0-360E) glon=  313.41 glat=  41.16 u=  21.8600 v=  19.3000 vr=   7.29836 vt=  28.23267
 i= 1710 j=  617 glon=  313.61 (0-360E) glon=  313.61 glat=  41.16 u=  18.9500 v=  19.4000 vr=   5.92276 vt=  26.46476
 i= 1600 j=  622 glon=  309.21 (0-360E) glon=  309.21 glat=  40.96 u=  15.3600 v= -16.3000 vr=  -1.95505 vt=  22.31137
 i= 1605 j=  622 glon=  309.41 (0-360E) glon=  309.41 glat=  40.96 u=  17.7400 v= -16.2000 vr=  -2.74352 vt=  23.86673
 i= 1610 j=  622 glon=  309.61 (0-360E) glon=  309.61 glat=  40.96 u=  17.6600 v= -21.1000 vr=   2.02204 vt=  27.44079
 i= 1615 j=  622 glon=  309.81 (0-360E) glon=  309.81 glat=  40.96 u=  19.8200 v= -25.4000 vr=   5.41806 vt=  31.75905
 i= 1620 j=  622 glon=  310.01 (0-360E) glon=  310.01 glat=  40.96 u=  23.8800 v= -33.8000 vr=  11.65818 vt=  39.70870
 i= 1625 j=  622 glon=  310.21 (0-360E) glon=  310.21 glat=  40.96 u=  28.1800 v= -22.2000 vr=   2.68287 vt=  35.77366
 i= 1630 j=  622 glon=  310.41 (0-360E) glon=  310.41 glat=  40.96 u=  32.8200 v= -12.4000 vr=  -5.03921 vt=  34.72058
 i= 1635 j=  622 glon=  310.61 (0-360E) glon=  310.61 glat=  40.96 u=  34.2500 v=  -2.1000 vr= -11.69097 vt=  32.26133
 i= 1640 j=  622 glon=  310.81 (0-360E) glon=  310.81 glat=  40.96 u=  35.6000 v=   4.7000 vr= -15.12469 vt=  32.56829
 i= 1645 j=  622 glon=  311.01 (0-360E) glon=  311.01 glat=  40.96 u=  32.9400 v=   9.6000 vr= -15.66518 vt=  30.52549
 i= 1650 j=  622 glon=  311.21 (0-360E) glon=  311.21 glat=  40.96 u=  33.0000 v=   9.3000 vr= -11.66295 vt=  32.24074
 i= 1655 j=  622 glon=  311.41 (0-360E) glon=  311.41 glat=  40.96 u=  29.6100 v=  12.4000 vr= -10.97034 vt=  30.16892
 i= 1660 j=  622 glon=  311.61 (0-360E) glon=  311.61 glat=  40.96 u=  26.8500 v=  14.5000 vr=  -9.84466 vt=  28.88347
 i= 1665 j=  622 glon=  311.81 (0-360E) glon=  311.81 glat=  40.96 u=  26.6200 v=  14.4000 vr=  -6.45591 vt=  29.56866
 i= 1670 j=  622 glon=  312.01 (0-360E) glon=  312.01 glat=  40.96 u=  25.1400 v=  16.7000 vr=  -5.94738 vt=  29.58950
 i= 1675 j=  622 glon=  312.21 (0-360E) glon=  312.21 glat=  40.96 u=  25.2200 v=  16.9000 vr=  -3.15213 vt=  30.19474
 i= 1680 j=  622 glon=  312.41 (0-360E) glon=  312.41 glat=  40.96 u=  26.4000 v=  16.9000 vr=   0.18521 vt=  31.34543
 i= 1685 j=  622 glon=  312.61 (0-360E) glon=  312.61 glat=  40.96 u=  25.0900 v=  21.6000 vr=  -1.84789 vt=  33.05531
 i= 1690 j=  622 glon=  312.81 (0-360E) glon=  312.81 glat=  40.96 u=  23.5400 v=  19.7000 vr=   0.88686 vt=  30.68281
 i= 1695 j=  622 glon=  313.01 (0-360E) glon=  313.01 glat=  40.96 u=  22.1900 v=  19.6000 vr=   1.92095 vt=  29.54431
 i= 1700 j=  622 glon=  313.21 (0-360E) glon=  313.21 glat=  40.96 u=  22.8300 v=  18.4000 vr=   4.83279 vt=  28.92081
 i= 1705 j=  622 glon=  313.41 (0-360E) glon=  313.41 glat=  40.96 u=  21.2500 v=  18.5000 vr=   4.95497 vt=  27.73555
 i= 1610 j=  627 glon=  309.61 (0-360E) glon=  309.61 glat=  40.76 u=  18.3000 v= -19.9000 vr=   2.72512 vt=  26.89747
 i= 1615 j=  627 glon=  309.81 (0-360E) glon=  309.81 glat=  40.76 u=  18.9100 v= -22.1000 vr=   5.69391 vt=  28.52328
 i= 1620 j=  627 glon=  310.01 (0-360E) glon=  310.01 glat=  40.76 u=  23.2400 v= -29.7000 vr=  11.41857 vt=  35.94167
 i= 1625 j=  627 glon=  310.21 (0-360E) glon=  310.21 glat=  40.76 u=  28.8000 v= -25.4000 vr=   7.52350 vt=  37.65630
 i= 1630 j=  627 glon=  310.41 (0-360E) glon=  310.41 glat=  40.76 u=  29.1700 v=  -5.4000 vr=  -7.67833 vt=  28.65470
 i= 1635 j=  627 glon=  310.61 (0-360E) glon=  310.61 glat=  40.76 u=  30.3200 v=   1.6000 vr= -12.10348 vt=  27.84543
 i= 1640 j=  627 glon=  310.81 (0-360E) glon=  310.81 glat=  40.76 u=  30.6700 v=   4.3000 vr= -12.14069 vt=  28.49110
 i= 1645 j=  627 glon=  311.01 (0-360E) glon=  311.01 glat=  40.76 u=  33.3000 v=   2.0000 vr=  -7.43163 vt=  32.52170
 i= 1650 j=  627 glon=  311.21 (0-360E) glon=  311.21 glat=  40.76 u=  30.4600 v=   5.5000 vr=  -7.38884 vt=  30.05772
 i= 1655 j=  627 glon=  311.41 (0-360E) glon=  311.41 glat=  40.76 u=  28.4600 v=   9.5000 vr=  -8.31959 vt=  28.82718
 i= 1660 j=  627 glon=  311.61 (0-360E) glon=  311.61 glat=  40.76 u=  27.1700 v=  11.6000 vr=  -7.58319 vt=  28.55283
 i= 1665 j=  627 glon=  311.81 (0-360E) glon=  311.81 glat=  40.76 u=  25.4700 v=  14.5000 vr=  -7.92772 vt=  28.21564
 i= 1670 j=  627 glon=  312.01 (0-360E) glon=  312.01 glat=  40.76 u=  26.3900 v=  14.7000 vr=  -5.10050 vt=  29.77427
 i= 1675 j=  627 glon=  312.21 (0-360E) glon=  312.21 glat=  40.76 u=  24.6900 v=  16.8000 vr=  -5.05283 vt=  29.43306
 i= 1680 j=  627 glon=  312.41 (0-360E) glon=  312.41 glat=  40.76 u=  23.9700 v=  13.9000 vr=  -0.44099 vt=  27.70517
 i= 1685 j=  627 glon=  312.61 (0-360E) glon=  312.61 glat=  40.76 u=  24.7700 v=  16.0000 vr=   0.32923 vt=  29.48634
 i= 1690 j=  627 glon=  312.81 (0-360E) glon=  312.81 glat=  40.76 u=  23.7200 v=  17.7000 vr=   0.34869 vt=  29.59403
 i= 1695 j=  627 glon=  313.01 (0-360E) glon=  313.01 glat=  40.76 u=  23.5000 v=  18.3000 vr=   1.57202 vt=  29.74338
 i= 1700 j=  627 glon=  313.21 (0-360E) glon=  313.21 glat=  40.76 u=  22.6200 v=  17.7000 vr=   3.03745 vt=  28.56096
 i= 1615 j=  632 glon=  309.81 (0-360E) glon=  309.81 glat=  40.56 u=  17.7700 v= -15.7000 vr=   2.82153 vt=  23.54362
 i= 1620 j=  632 glon=  310.01 (0-360E) glon=  310.01 glat=  40.56 u=  20.7600 v= -11.0000 vr=  -1.25136 vt=  23.46085
 i= 1625 j=  632 glon=  310.21 (0-360E) glon=  310.21 glat=  40.56 u=  24.2400 v=  -3.6000 vr=  -7.79832 vt=  23.23196
 i= 1630 j=  632 glon=  310.41 (0-360E) glon=  310.41 glat=  40.56 u=  26.4200 v=  -1.1000 vr=  -9.19241 vt=  24.79367
 i= 1635 j=  632 glon=  310.61 (0-360E) glon=  310.61 glat=  40.56 u=  31.2600 v=  -4.7000 vr=  -5.27646 vt=  31.16788
 i= 1640 j=  632 glon=  310.81 (0-360E) glon=  310.81 glat=  40.56 u=  30.3100 v=  -3.4000 vr=  -3.68215 vt=  30.27702
 i= 1645 j=  632 glon=  311.01 (0-360E) glon=  311.01 glat=  40.56 u=  29.0200 v=   1.2000 vr=  -5.37931 vt=  28.54231
 i= 1650 j=  632 glon=  311.21 (0-360E) glon=  311.21 glat=  40.56 u=  27.9900 v=   6.0000 vr=  -7.52504 vt=  27.61909
 i= 1655 j=  632 glon=  311.41 (0-360E) glon=  311.41 glat=  40.56 u=  27.7400 v=   9.6000 vr=  -8.58970 vt=  28.06928
 i= 1660 j=  632 glon=  311.61 (0-360E) glon=  311.61 glat=  40.56 u=  26.9200 v=  11.9000 vr=  -8.40489 vt=  28.20734
 i= 1665 j=  632 glon=  311.81 (0-360E) glon=  311.81 glat=  40.56 u=  27.8200 v=  12.9000 vr=  -6.66787 vt=  29.93162
 i= 1670 j=  632 glon=  312.01 (0-360E) glon=  312.01 glat=  40.56 u=  25.9500 v=  13.8000 vr=  -5.51441 vt=  28.86925
 i= 1675 j=  632 glon=  312.21 (0-360E) glon=  312.21 glat=  40.56 u=  29.1500 v=  12.7000 vr=  -0.95894 vt=  31.78196
 i= 1680 j=  632 glon=  312.41 (0-360E) glon=  312.41 glat=  40.56 u=  22.2400 v=  19.2000 vr=  -7.43241 vt=  28.42564
 i= 1685 j=  632 glon=  312.61 (0-360E) glon=  312.61 glat=  40.56 u=  23.0700 v=  15.2000 vr=  -1.54051 vt=  27.58427
 i= 1690 j=  632 glon=  312.81 (0-360E) glon=  312.81 glat=  40.56 u=  23.0200 v=  16.9000 vr=  -1.18652 vt=  28.53283
 i= 1625 j=  637 glon=  310.21 (0-360E) glon=  310.21 glat=  40.36 u=  24.8800 v= -12.3000 vr=   0.90255 vt=  27.73968
 i= 1630 j=  637 glon=  310.41 (0-360E) glon=  310.41 glat=  40.36 u=  25.2200 v=  -7.4000 vr=  -1.89372 vt=  26.21492
 i= 1635 j=  637 glon=  310.61 (0-360E) glon=  310.61 glat=  40.36 u=  26.2800 v=  -2.9000 vr=  -4.59484 vt=  26.03720
 i= 1640 j=  637 glon=  310.81 (0-360E) glon=  310.81 glat=  40.36 u=  27.2300 v=  -0.2000 vr=  -5.43579 vt=  26.68267
 i= 1645 j=  637 glon=  311.01 (0-360E) glon=  311.01 glat=  40.36 u=  27.7600 v=   5.0000 vr=  -8.54182 vt=  26.88224
 i= 1650 j=  637 glon=  311.21 (0-360E) glon=  311.21 glat=  40.36 u=  28.1500 v=   7.3000 vr=  -8.66756 vt=  27.75943
 i= 1655 j=  637 glon=  311.41 (0-360E) glon=  311.41 glat=  40.36 u=  28.0600 v=   8.6000 vr=  -7.68971 vt=  28.32299
 i= 1660 j=  637 glon=  311.61 (0-360E) glon=  311.61 glat=  40.36 u=  28.4100 v=  10.3000 vr=  -7.02927 vt=  29.39060
 i= 1665 j=  637 glon=  311.81 (0-360E) glon=  311.81 glat=  40.36 u=  26.2700 v=  11.4000 vr=  -6.16822 vt=  27.96473
 i= 1670 j=  637 glon=  312.01 (0-360E) glon=  312.01 glat=  40.36 u=  25.9000 v=  13.1000 vr=  -5.73987 vt=  28.45125
 i= 1675 j=  637 glon=  312.21 (0-360E) glon=  312.21 glat=  40.36 u=  24.9000 v=  13.5000 vr=  -4.34305 vt=  27.98925
 i= 1680 j=  637 glon=  312.41 (0-360E) glon=  312.41 glat=  40.36 u=  25.1300 v=  14.1000 vr=  -2.83456 vt=  28.67564
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.2019656537839       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     26.30 kts
    LL Wind Circ Vt mean quadmax value: SE     44.74 kts
    LL Wind Circ Vt mean quadmax value: SW     52.27 kts
    LL Wind Circ Vt mean quadmax value: NW     35.94 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    23.7137643634412       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   23.3285004645952       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    42.2607614479406     
   xcenlon=    310.899036692100     
   imax=         2738  jmax=         2041
   jlatfix=          589
   ilonfix (unadjusted) =         1643
  
 In get_max_wind, ibeg=         1550  iend=         1735
                  jbeg=          521  jend=          658
         ilonfix=         1643  jlatfix=          589
 At end of get_max_wind, vmax=    41.8661498110347       rmax= 
   45.4739927528274     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   16.93 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   16.89 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   16.84 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   16.72 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   16.46 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   16.04 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   15.87 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   16.50 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   17.56 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   18.57 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   19.77 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   20.88 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   21.93 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   22.66 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   23.18 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   23.81 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   24.40 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   24.80 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   25.04 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   25.07 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   25.06 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   25.21 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   25.49 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   25.64 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   25.73 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.57 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.36 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   25.02 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   24.60 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.13 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   23.68 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   23.18 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   22.78 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.45 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.26 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   22.15 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   21.98 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   21.80 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   21.53 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   21.24 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.87 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.53 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    25.73 m/s   maxrmw_dist=    75.00  km   maxrmw_ix=   25
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    75.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    25.7329546286116      
  (m/s)   (in kts)=    49.9914109570037     
  rising_sum_dvdr=       9.22878014256574     
  declining_sum_dvdr=   -5.19929065012984     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   102 igrct=  1 Vmax (m/s)=   41.866   22:30:22
 TIMING: before call  getradii, fhr=   102 igrct=  1   22:30:22
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.67790204352968     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.67790204352968     
 mr4qs after add, mean_radii_vt_4quad_sum=    21.6566748630763     
 mr4qs before add, mean_radii_vt_4quad_sum=    21.6566748630763     
 mr4qs after add, mean_radii_vt_4quad_sum=    15.4587552771021     
 mr4qs before add, mean_radii_vt_4quad_sum=    15.4587552771021     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.26951882638157     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    2.27 good_quad_ct=   4 mean_vt_4quad=      0.57
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.75 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.80 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.86 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.93 mean_vt_4quad=    9.93
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.02 mean_vt_4quad=   10.00
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.14 mean_vt_4quad=   10.06
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.26 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.39 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.51 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.61 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.67 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.71 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.75 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.79 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.84 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.91 mean_vt_4quad=   10.63
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.97 mean_vt_4quad=   10.71
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.02 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.06 mean_vt_4quad=   10.86
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.10 mean_vt_4quad=   10.94
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.21 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.25 mean_vt_4quad=   11.08
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.34 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.39 mean_vt_4quad=   11.24
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.68 mean_vt_4quad=   11.31
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.00 mean_vt_4quad=   11.37
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.25 mean_vt_4quad=   11.43
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   15.43 mean_vt_4quad=   11.48
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   15.58 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.67 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.89 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   16.03 mean_vt_4quad=   11.75
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.39 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   16.92 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   17.45 mean_vt_4quad=   11.98
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   18.10 mean_vt_4quad=   12.05
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   12.05 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   12.12 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.29 .... 0.5*v_holland=    9.42
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.38 .... 0.5*v_holland=    9.42
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    264.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   142.454400000000     
 vradius(iwindix,iquad) =         142
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   18.10 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   18.38 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   18.48 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   18.40 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   18.12 mean_vt_4quad=   12.38
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   18.07 mean_vt_4quad=   12.45
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.97 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   18.26 mean_vt_4quad=   12.56
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   18.42 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   18.48 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   18.68 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   18.84 mean_vt_4quad=   12.60
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   19.01 mean_vt_4quad=   12.68
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   19.11 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   19.10 mean_vt_4quad=   12.91
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.10 mean_vt_4quad=   13.03
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   19.25 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   19.46 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   19.67 mean_vt_4quad=   13.37
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   19.91 mean_vt_4quad=   13.47
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   20.21 mean_vt_4quad=   13.57
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   20.61 mean_vt_4quad=   13.64
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   20.97 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   21.28 mean_vt_4quad=   13.69
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   21.82 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   22.48 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   23.37 mean_vt_4quad=   14.02
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   24.05 mean_vt_4quad=   14.26
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   24.31 mean_vt_4quad=   14.49
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   24.21 mean_vt_4quad=   14.67
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   23.76 mean_vt_4quad=   14.82
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   23.28 mean_vt_4quad=   14.95
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   22.79 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   22.31 mean_vt_4quad=   15.22
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.99 mean_vt_4quad=   15.40
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   22.19 mean_vt_4quad=   15.58
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   22.55 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   22.95 mean_vt_4quad=   16.00
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   23.27 mean_vt_4quad=   16.22
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   23.50 mean_vt_4quad=   16.44
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   23.68 mean_vt_4quad=   16.65
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.89 mean_vt_4quad=   16.85
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   24.23 mean_vt_4quad=   17.03
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.54 mean_vt_4quad=   17.20
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.63 mean_vt_4quad=   17.38
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.59 mean_vt_4quad=   17.59
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.90 mean_vt_4quad=   17.83
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.32 mean_vt_4quad=   18.10
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.50 mean_vt_4quad=   18.38
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   25.28 mean_vt_4quad=   18.68
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   24.81 mean_vt_4quad=   18.98
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.31 mean_vt_4quad=   19.28
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.08 mean_vt_4quad=   19.58
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.09 mean_vt_4quad=   19.87
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.06 mean_vt_4quad=   20.15
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   24.76 mean_vt_4quad=   20.41
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.24 mean_vt_4quad=   20.66
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   23.78 mean_vt_4quad=   20.93
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   23.17 mean_vt_4quad=   21.21
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   23.70 mean_vt_4quad=   21.49
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   24.38 mean_vt_4quad=   21.74
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   25.53 mean_vt_4quad=   21.93
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.58 mean_vt_4quad=   22.06
  
 NO interp, exactdistkm=    78.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   42.0888000000000     
 vradius(iwindix,iquad) =          42
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.58 mean_vt_4quad=   22.06
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   27.73 mean_vt_4quad=   22.15
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   28.47 mean_vt_4quad=   22.18
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   28.90 mean_vt_4quad=   22.15
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   29.35 mean_vt_4quad=   22.01
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   29.93 mean_vt_4quad=   21.80
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   30.76 mean_vt_4quad=   21.49
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   32.06 mean_vt_4quad=   21.12
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   30.40 mean_vt_4quad=   20.66
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   26.42 mean_vt_4quad=   20.24
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   20.13 mean_vt_4quad=   19.76
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   19.76 mean_vt_4quad=   19.25
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   19.79 mean_vt_4quad=   18.57
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   20.15 mean_vt_4quad=   17.67
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   20.85 mean_vt_4quad=   16.43
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   21.47 mean_vt_4quad=   14.79
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   21.78 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   21.71 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   21.30 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   20.71 mean_vt_4quad=    6.39
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   20.15 mean_vt_4quad=    4.50
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   19.75 mean_vt_4quad=    3.21
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   19.38 mean_vt_4quad=    2.37
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   18.97 mean_vt_4quad=    1.75
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   18.32 mean_vt_4quad=    1.15
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   17.64 mean_vt_4quad=    0.57
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.62 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.70 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.75 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.78 mean_vt_4quad=    9.93
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.81 mean_vt_4quad=   10.00
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.86 mean_vt_4quad=   10.06
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.90 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.92 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.95 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.00 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.09 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.20 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.29 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.35 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.38 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.42 mean_vt_4quad=   10.63
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.46 mean_vt_4quad=   10.71
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.55 mean_vt_4quad=   10.79
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.59 mean_vt_4quad=   10.86
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.58 mean_vt_4quad=   10.94
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.49 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.50 mean_vt_4quad=   11.08
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.59 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.65 mean_vt_4quad=   11.24
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   15.72 mean_vt_4quad=   11.31
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   15.82 mean_vt_4quad=   11.37
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   15.96 mean_vt_4quad=   11.43
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.10 mean_vt_4quad=   11.48
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.24 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.36 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.43 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.58 mean_vt_4quad=   11.75
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.73 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.84 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   16.94 mean_vt_4quad=   11.98
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.12 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.41 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.53 mean_vt_4quad=   12.20
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    9.62
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  85
  ++++ rdist(ihc)=  255.00  mean_radii_vt_4quad(ihc)=   12.29 .... 0.5*v_holland=    9.62
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.38 .... 0.5*v_holland=    9.62
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.45 .... 0.5*v_holland=    9.62
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    9.62
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    258.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   139.216800000000     
 vradius(iwindix,iquad) =         139
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.53 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.58 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.64 mean_vt_4quad=   12.38
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.69 mean_vt_4quad=   12.45
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.87 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.05 mean_vt_4quad=   12.56
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.19 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.31 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.42 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.53 mean_vt_4quad=   12.60
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.62 mean_vt_4quad=   12.68
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.71 mean_vt_4quad=   12.79
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.80 mean_vt_4quad=   12.91
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.91 mean_vt_4quad=   13.03
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.11 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.33 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.57 mean_vt_4quad=   13.37
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.84 mean_vt_4quad=   13.47
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.09 mean_vt_4quad=   13.57
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.27 mean_vt_4quad=   13.64
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.35 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.30 mean_vt_4quad=   13.69
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.28 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   20.26 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   20.29 mean_vt_4quad=   14.02
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.39 mean_vt_4quad=   14.26
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.48 mean_vt_4quad=   14.49
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.54 mean_vt_4quad=   14.67
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.60 mean_vt_4quad=   14.82
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.69 mean_vt_4quad=   14.95
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   20.83 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.00 mean_vt_4quad=   15.22
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.21 mean_vt_4quad=   15.40
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.45 mean_vt_4quad=   15.58
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.60 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.00 mean_vt_4quad=   16.00
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.47 mean_vt_4quad=   16.22
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.72 mean_vt_4quad=   16.44
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   23.02 mean_vt_4quad=   16.65
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.26 mean_vt_4quad=   16.85
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.46 mean_vt_4quad=   17.03
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.62 mean_vt_4quad=   17.20
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.78 mean_vt_4quad=   17.38
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   24.10 mean_vt_4quad=   17.59
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   24.40 mean_vt_4quad=   17.83
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   24.74 mean_vt_4quad=   18.10
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.23 mean_vt_4quad=   18.38
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   25.67 mean_vt_4quad=   18.68
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   26.00 mean_vt_4quad=   18.98
  
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   26.00 mean_vt_4quad=   18.98
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   26.29 mean_vt_4quad=   19.28
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   26.52 mean_vt_4quad=   19.58
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   26.76 mean_vt_4quad=   19.87
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   27.25 mean_vt_4quad=   20.15
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   27.74 mean_vt_4quad=   20.41
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   28.21 mean_vt_4quad=   20.66
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   28.70 mean_vt_4quad=   20.93
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   29.16 mean_vt_4quad=   21.21
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   29.57 mean_vt_4quad=   21.49
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   29.89 mean_vt_4quad=   21.74
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   30.41 mean_vt_4quad=   21.93
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   30.55 mean_vt_4quad=   22.06
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   30.37 mean_vt_4quad=   22.15
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   29.68 mean_vt_4quad=   22.18
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   28.89 mean_vt_4quad=   22.15
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   27.93 mean_vt_4quad=   22.01
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   27.04 mean_vt_4quad=   21.80
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   26.24 mean_vt_4quad=   21.49
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   25.68 mean_vt_4quad=   21.12
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   25.37 mean_vt_4quad=   20.66
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   25.12 mean_vt_4quad=   20.24
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   24.93 mean_vt_4quad=   19.76
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   24.94 mean_vt_4quad=   19.25
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   24.89 mean_vt_4quad=   18.57
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   24.59 mean_vt_4quad=   17.67
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   24.16 mean_vt_4quad=   16.43
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   23.62 mean_vt_4quad=   14.79
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   23.14 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   22.77 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   22.24 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   21.54 mean_vt_4quad=    6.39
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   20.80 mean_vt_4quad=    4.50
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   20.14 mean_vt_4quad=    3.21
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   19.58 mean_vt_4quad=    2.37
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   19.07 mean_vt_4quad=    1.75
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   18.39 mean_vt_4quad=    1.15
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   17.66 mean_vt_4quad=    0.57
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   14.00 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   14.02 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   14.05 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.05 mean_vt_4quad=    9.93
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.03 mean_vt_4quad=   10.00
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.99 mean_vt_4quad=   10.06
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.97 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.94 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.94 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.97 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.99 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.98 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.94 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.92 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.92 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.00 mean_vt_4quad=   10.63
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.06 mean_vt_4quad=   10.71
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.10 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.13 mean_vt_4quad=   10.86
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.20 mean_vt_4quad=   10.94
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.28 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.39 mean_vt_4quad=   11.08
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.57 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.74 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.93 mean_vt_4quad=   11.31
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.08 mean_vt_4quad=   11.37
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.25 mean_vt_4quad=   11.43
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.48 mean_vt_4quad=   11.48
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.70 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.89 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   16.08 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.24 mean_vt_4quad=   11.75
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.40 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.54 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.65 mean_vt_4quad=   11.98
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.73 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.88 mean_vt_4quad=   12.12
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   17.02 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.20 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.42 mean_vt_4quad=   12.38
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.57 mean_vt_4quad=   12.45
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.45 .... 0.5*v_holland=    9.93
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    9.93
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   12.56 .... 0.5*v_holland=    9.93
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    9.93
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    9.93
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    249.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   134.360400000000     
 vradius(iwindix,iquad) =         134
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   17.57 mean_vt_4quad=   12.45
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   17.72 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   17.84 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   17.99 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   18.20 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   18.42 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   18.65 mean_vt_4quad=   12.60
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   18.86 mean_vt_4quad=   12.68
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   19.02 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   19.17 mean_vt_4quad=   12.91
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   19.30 mean_vt_4quad=   13.03
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   19.51 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   19.77 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   19.88 mean_vt_4quad=   13.37
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   20.01 mean_vt_4quad=   13.47
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   20.46 mean_vt_4quad=   13.57
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   20.81 mean_vt_4quad=   13.64
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   21.06 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   21.17 mean_vt_4quad=   13.69
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   21.39 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   21.38 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   21.50 mean_vt_4quad=   14.02
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   21.59 mean_vt_4quad=   14.26
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   21.62 mean_vt_4quad=   14.49
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   21.66 mean_vt_4quad=   14.67
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   21.68 mean_vt_4quad=   14.82
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   21.73 mean_vt_4quad=   14.95
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   21.76 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   22.01 mean_vt_4quad=   15.22
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   22.12 mean_vt_4quad=   15.40
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   22.18 mean_vt_4quad=   15.58
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   22.16 mean_vt_4quad=   15.79
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   22.01 mean_vt_4quad=   16.00
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   22.01 mean_vt_4quad=   16.22
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   22.12 mean_vt_4quad=   16.44
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   22.81 mean_vt_4quad=   16.65
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   23.73 mean_vt_4quad=   16.85
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   24.39 mean_vt_4quad=   17.03
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   24.85 mean_vt_4quad=   17.20
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   25.26 mean_vt_4quad=   17.38
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   25.84 mean_vt_4quad=   17.59
  
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   25.84 mean_vt_4quad=   17.59
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   26.59 mean_vt_4quad=   17.83
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   27.75 mean_vt_4quad=   18.10
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   28.88 mean_vt_4quad=   18.38
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   29.88 mean_vt_4quad=   18.68
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   30.59 mean_vt_4quad=   18.98
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   31.17 mean_vt_4quad=   19.28
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   31.64 mean_vt_4quad=   19.58
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   32.04 mean_vt_4quad=   19.87
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   32.38 mean_vt_4quad=   20.15
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   32.72 mean_vt_4quad=   20.41
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   34.16 mean_vt_4quad=   20.66
  
 NO interp, exactdistkm=    96.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   51.8016000000000     
 vradius(iwindix,iquad) =          52
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.06 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   14.11 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   14.13 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   14.15 mean_vt_4quad=    9.93
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   14.22 mean_vt_4quad=   10.00
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   14.25 mean_vt_4quad=   10.06
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.34 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.32 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.29 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.33 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.41 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.53 mean_vt_4quad=   10.38
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.62 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.70 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.77 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.76 mean_vt_4quad=   10.63
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.72 mean_vt_4quad=   10.71
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.70 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   14.85 mean_vt_4quad=   10.86
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.04 mean_vt_4quad=   10.94
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.31 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.51 mean_vt_4quad=   11.08
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.67 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.64 mean_vt_4quad=   11.24
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.57 mean_vt_4quad=   11.31
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.49 mean_vt_4quad=   11.37
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   15.43 mean_vt_4quad=   11.43
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   15.34 mean_vt_4quad=   11.48
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   15.33 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.24 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.36 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.48 mean_vt_4quad=   11.75
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.59 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   15.63 mean_vt_4quad=   11.91
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   15.71 mean_vt_4quad=   11.98
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   15.60 mean_vt_4quad=   12.05
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   15.44 mean_vt_4quad=   12.12
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   15.45 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   15.40 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   15.38 mean_vt_4quad=   12.38
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   15.24 mean_vt_4quad=   12.45
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   15.18 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   15.03 mean_vt_4quad=   12.56
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   14.81 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   14.75 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   14.90 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.10 mean_vt_4quad=   12.60
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.39 mean_vt_4quad=   12.68
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   16.25 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.86 mean_vt_4quad=   12.91
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   17.60 mean_vt_4quad=   13.03
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   13.03 .... 0.5*v_holland=   11.15
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   13.14 .... 0.5*v_holland=   11.15
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   13.25 .... 0.5*v_holland=   11.15
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   13.37 .... 0.5*v_holland=   11.15
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   13.47 .... 0.5*v_holland=   11.15
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    219.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   118.172400000000     
 vradius(iwindix,iquad) =         118
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   17.60 mean_vt_4quad=   13.03
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   18.12 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   18.26 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   18.74 mean_vt_4quad=   13.37
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   19.25 mean_vt_4quad=   13.47
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   19.68 mean_vt_4quad=   13.57
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   19.86 mean_vt_4quad=   13.64
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   20.16 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   20.25 mean_vt_4quad=   13.69
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   20.18 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   20.19 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   20.21 mean_vt_4quad=   14.02
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   20.12 mean_vt_4quad=   14.26
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   20.05 mean_vt_4quad=   14.49
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   20.00 mean_vt_4quad=   14.67
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   19.91 mean_vt_4quad=   14.82
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   19.89 mean_vt_4quad=   14.95
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   20.06 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   20.25 mean_vt_4quad=   15.22
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   20.54 mean_vt_4quad=   15.40
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   20.77 mean_vt_4quad=   15.58
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   21.09 mean_vt_4quad=   15.79
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   21.39 mean_vt_4quad=   16.00
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   21.67 mean_vt_4quad=   16.22
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   21.96 mean_vt_4quad=   16.44
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   21.98 mean_vt_4quad=   16.65
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   21.71 mean_vt_4quad=   16.85
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   21.35 mean_vt_4quad=   17.03
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   21.09 mean_vt_4quad=   17.20
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   21.01 mean_vt_4quad=   17.38
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   21.15 mean_vt_4quad=   17.59
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   21.37 mean_vt_4quad=   17.83
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   21.69 mean_vt_4quad=   18.10
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   22.01 mean_vt_4quad=   18.38
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   22.51 mean_vt_4quad=   18.68
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   22.77 mean_vt_4quad=   18.98
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   22.71 mean_vt_4quad=   19.28
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   22.59 mean_vt_4quad=   19.58
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   22.34 mean_vt_4quad=   19.87
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.03 mean_vt_4quad=   20.15
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   21.76 mean_vt_4quad=   20.41
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.79 mean_vt_4quad=   20.66
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.89 mean_vt_4quad=   20.93
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   22.19 mean_vt_4quad=   21.21
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   22.73 mean_vt_4quad=   21.49
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   23.36 mean_vt_4quad=   21.74
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   24.32 mean_vt_4quad=   21.93
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.55 mean_vt_4quad=   22.06
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.69 mean_vt_4quad=   22.15
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.69 mean_vt_4quad=   22.15
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   27.65 mean_vt_4quad=   22.18
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   28.43 mean_vt_4quad=   22.15
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   29.21 mean_vt_4quad=   22.01
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   30.24 mean_vt_4quad=   21.80
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   31.53 mean_vt_4quad=   21.49
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   32.96 mean_vt_4quad=   21.12
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 TIMING: after call  getradii, fhr=   102 igrct=  1   22:30:22
 TIMING: after getrad_iter_loop, fhr=   102 igrct=  2 Vmax (m/s)=   41.866   22:30:22
 TIMING: Before get_phase ... 22:30:22
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          102 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    69.161
  
  
  In get_cps_paramb, lead time=          102 :           0   08L  FRANKLIN 
   right_ct=         1045   left_ct=         1106
   zthicksum(1)=    3551821.92012500     
   zthicksum(2)=    3716362.48925000     
   zthick_right_mean=    3398.87265083732     
   zthick_left_mean=     3360.18308250452     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    38.6895683327971     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           38.12
  Sum of y-diffs squared (ydiff2) =         1398.42
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   237.98   6.7452       19.82   0.1661    -1.21     1.47      392.89
    2   233.85   6.6846       15.69   0.1055     2.33     5.43      246.03
    3   225.27   6.6201        7.11   0.0409     1.93     3.71       50.54
    4   211.98   6.5511       -6.18  -0.0281    -2.62     6.88       38.18
    5   201.81   6.4770      -16.35  -0.1022    -3.41    11.66      267.48
    6   198.08   6.3969      -20.08  -0.1822     2.99     8.97      403.31
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   218.163     x:    6.58
  
  slope=    126.644         y-intercept =   -615.047
  Regression equation:   Y =  -615.05 +   126.64X
  
  R2(r_squared) =  0.9727        r =  0.9863
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1065.79 zmin=  827.35 zdiff=  238.43
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1557.82 zmin= 1319.83 zdiff=  237.98
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -0.45 dlnp=     -0.057158  dzdlnp=        7.838
  
   +++ k=  3 press=    800.0 zmax= 2075.56 zmin= 1841.71 zdiff=  233.85
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -4.14 dlnp=     -0.060625  dzdlnp=       68.223
  
   +++ k=  4 press=    750.0 zmax= 2621.19 zmin= 2395.92 zdiff=  225.27
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.58 dlnp=     -0.064539  dzdlnp=      132.882
  
   +++ k=  5 press=    700.0 zmax= 3198.21 zmin= 2986.22 zdiff=  211.98
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -13.29 dlnp=     -0.068993  dzdlnp=      192.600
  
   +++ k=  6 press=    650.0 zmax= 3811.72 zmin= 3609.91 zdiff=  201.81
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -10.18 dlnp=     -0.074108  dzdlnp=      137.313
  
   +++ k=  7 press=    600.0 zmax= 4467.35 zmin= 4269.27 zdiff=  198.08
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -3.73 dlnp=     -0.080043  dzdlnp=       46.575
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           53.77
  Sum of y-diffs squared (ydiff2) =         3727.04
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   191.30   6.3099      -35.01   0.2788    -1.63     2.66     1225.56
    2   201.46   6.2146      -24.85   0.1834    -2.88     8.31      617.42
    3   219.18   6.1092       -7.12   0.0781     2.23     4.97       50.69
    4   236.13   5.9915        9.82  -0.0397     5.07    25.72       96.51
    5   247.68   5.8579       21.38  -0.1732     0.63     0.40      456.93
    6   262.08   5.7038       35.78  -0.3274    -3.42    11.71     1279.92
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   226.304     x:    6.03
  
  slope=   -119.736         y-intercept =    948.448
  Regression equation:   Y =   948.45 -   119.74X
  
  R2(r_squared) =  0.9856        r =  0.9928
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4467.35 zmin= 4269.27 zdiff=  198.08
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5170.30 zmin= 4979.01 zdiff=  191.30
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -6.78 dlnp=     -0.087011  dzdlnp=       77.967
  
   +++ k=  9 press=    500.0 zmax= 5929.92 zmin= 5728.47 zdiff=  201.46
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      10.16 dlnp=     -0.095310  dzdlnp=     -106.599
  
   +++ k= 10 press=    450.0 zmax= 6755.25 zmin= 6536.07 zdiff=  219.18
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      17.73 dlnp=     -0.105361  dzdlnp=     -168.260
  
   +++ k= 11 press=    400.0 zmax= 7661.04 zmin= 7424.91 zdiff=  236.13
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      16.94 dlnp=     -0.117783  dzdlnp=     -143.858
  
   +++ k= 12 press=    350.0 zmax= 8661.81 zmin= 8414.13 zdiff=  247.68
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      11.55 dlnp=     -0.133531  dzdlnp=      -86.511
  
   +++ k= 13 press=    300.0 zmax= 9784.73 zmin= 9522.65 zdiff=  262.08
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      14.40 dlnp=     -0.154151  dzdlnp=      -93.415
  
cps_stats: 08L   lead time= 102: 0   paramb=    38.69  vtl=    126.64  vtu=   -119.74
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  102:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  310.899 (0-360) guesslon=  310.899E  (  49.101W)   guesslat=   42.261
 ilonfix=         1643  jlatfix=          589  npts=           33
 ibeg=         1562  jbeg=          521  imax=         2738
 iend=         1724  jend=          657  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  309.579E  (0-360) ctlon=  309.579E  (  50.421W)  ctlat=   42.141 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  309.579E   (0-360) guesslon=  309.579E  (  50.421W)   guesslat=   42.141
 ilonfix=         1610  jlatfix=          592  npts=           16
 ibeg=         1553  jbeg=          548  imax=         2738
 iend=         1667  jend=          636  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  309.259E  (0-360) ctlon=  309.259  (  50.741W)  ctlat=   42.421 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L   102:00  mean_lon:  309.26E (  50.74W)    (0-360) mean_lon=  309.26E  mean_lat:   42.42  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L   102:00  ifix:  1589   jfix:   573  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1589  jx=          573
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1911 ,         250 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1912 ,         249 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L   102:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:30:23
 TIMING: Before shear ... 22:30:23
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           18
  clon(ist,ifh,3)=    311.328843618659     
  clat(ist,ifh,3)=    42.1972211005950     
  fixlon(ist,ifh)=    310.899036692100     
  fixlat(ist,ifh)=    42.2607614479406     
  xcenlon=    311.328843618659     
  xcenlat=    42.1972211005950     
  
 xxshear
 In get_shear A, xcenlon=    311.328843618659       xcenlat= 
   42.1972211005950     
   In get_shear B, (0-360) xcenlon=    311.328843618659     
  
At start of get_shear:  08L   fhr=  102:00   Mean fix position=   310.90E  ( 49.10W)    42.26  (0-360) mean lon fix=  310.90
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   16.32 vr_mean(idist,ilev)=    1.70
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   22.54 vr_mean(idist,ilev)=    1.75
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   31.68 vr_mean(idist,ilev)=   -2.12
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   30.42 vr_mean(idist,ilev)=   -4.46
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   25.53 vr_mean(idist,ilev)=   -5.96
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   23.12 vr_mean(idist,ilev)=   -4.95
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   20.39 vr_mean(idist,ilev)=   -5.61
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   17.87 vr_mean(idist,ilev)=   -4.80
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.90 vr_mean(idist,ilev)=   -4.06
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.71 vr_mean(idist,ilev)=   -3.68
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.61 vr_mean(idist,ilev)=   -3.45
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.04 vr_mean(idist,ilev)=   -3.49
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.97 vr_mean(idist,ilev)=   -3.25
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   11.09 vr_mean(idist,ilev)=   -2.96
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.28 vr_mean(idist,ilev)=   -2.36
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.62 vr_mean(idist,ilev)=   -2.28
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.92 vr_mean(idist,ilev)=   -1.93
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.31 vr_mean(idist,ilev)=   -1.91
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.79 vr_mean(idist,ilev)=   -1.83
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -26.68 vr_mean(idist,ilev)=   26.68
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -40.02 vr_mean(idist,ilev)=   40.02
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -53.37 vr_mean(idist,ilev)=   53.37
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -66.73 vr_mean(idist,ilev)=   66.73
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -80.10 vr_mean(idist,ilev)=   80.10
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -93.49 vr_mean(idist,ilev)=   93.49
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -106.90 vr_mean(idist,ilev)=  106.90
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -120.32 vr_mean(idist,ilev)=  120.32
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -133.77 vr_mean(idist,ilev)=  133.77
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -147.25 vr_mean(idist,ilev)=  147.25
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -160.77 vr_mean(idist,ilev)=  160.77
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -174.32 vr_mean(idist,ilev)=  174.32
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -187.93 vr_mean(idist,ilev)=  187.93
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -201.58 vr_mean(idist,ilev)=  201.58
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -215.31 vr_mean(idist,ilev)=  215.31
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -229.11 vr_mean(idist,ilev)=  229.11
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -243.01 vr_mean(idist,ilev)=  243.01
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -257.04 vr_mean(idist,ilev)=  257.04
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -271.23 vr_mean(idist,ilev)=  271.23
  
 At end of get_shear: 
     ist=    2 ifh=   18 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:30:23
  
 After call to fixcenter, fix positions at 
 forecast hour=  102:00 follow:
  
fixpos  08L   fhr=  102:00   Fix position=   310.90E  ( 49.10W)    42.26   Max Wind=  81 kts
  
  
 xxxx get_next_ges, prev fix lon=    307.952897633380     
 xxxx get_next_ges, curr fix lon=    310.899036692100     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    310.899036692100        fixlat=    42.2607614479406     
        (0-360) fixlon=    310.899036692100     
      ilonfix=         1643   jlatfix=          589
      ibeg=         1112   iend=         2174
      jbeg=          137   jend=         1041
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.24727436402901       vavg=  -0.757038229522526     
      ubar=    2.06181859100725       vbar=  -0.189259557380632     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.3165659687290       vavg=    3.57746373721621     
      ubar=    7.72010157537174       vbar=    1.59947231122748     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    15.6554850114664       vavg=    8.82470713133218     
      ubar=    11.6339728282384       vbar=    3.80564909406052     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.6339728282384       vbar=    3.80564909406052     
      wgttot=    1.00000000000000     
      fixlon=    310.899036692100        fixlat=    42.2607614479406     
      barnlon=    313.970701157536       barnlat=    43.0000221553266     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.735737943519660     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      313.970701157536     
     Raw (no conversion for GM wrap) extraplon=    313.882440426484     
  
 --- barnlon=    313.97E  (  46.03W)    barnlat=     43.00
 --- extraplon=  313.88E  (  46.12W)    extraplat=   43.05
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   42.26
 | Current fix lon is   49.10W   ( 310.90E)
 | Current fix lon (raw, unadjusted)=  310.90E
 | Updated guess lat for next fcst hour is   43.03
 | Updated guess lon (0-360) for next fcst hour is   46.07W   ( 313.93E)
 | Raw updated guess lon for next fcst hour is  313.93E)
 -------------------------------------------------
  
 iocheck, dist=    261.847240858371        distm=    261847.240858371     
 iocheck, stmspd=    12.1225574471468        istmspd=          236
 iocheck, xincr=    3.02753409991038        yincr=   0.765891420637850     
 iocheck, stmdir=    75.8034235276250        istmdir=           76
 +++ RPT_STORM_MOTION: istmspd=   236 kts(*10)    istmdir=    76 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  18
     Fix location for this time:   310.90E  ( 49.10W)    42.26
     Fix lon (raw) for this time:  310.90E
     ilonfix= 1643  jlatfix=  589
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    310.899036692100       xcenlat=    42.2607614479406     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    310.899036692100       xcenlat=    42.2607614479406     
  ilonfix=         1643  jlatfix=          589
  ibeg=         1508  iend=         1778
  jbeg=          473  jend=          705  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    310.899036692100        xcenlat=    42.2607614479406     
      ilonfix=         1643   jlatfix=          589
      ibeg=         1508   iend=         1778
      jbeg=          473   jend=          705
 After call to barnes, xsmoothval=   3.431374087965676E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.431374087965676E-004
      xcenlon=    310.899036692100        xcenlat=    42.2607614479406     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000343  imeanzeta (*1e6)=      343
   --- mean zeta raw =   3.431374087965676E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004519  igrid zeta (*1e6)=     4519 ifilret=   0
   --- grid zeta raw=   4.518983927371030E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    310.899036692100       xcenlat=    42.2607614479406     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    310.899036692100       xcenlat=    42.2607614479406     
  ilonfix=         1643  jlatfix=          589
  ibeg=         1508  iend=         1778
  jbeg=          473  jend=          705  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    310.899036692100        xcenlat=    42.2607614479406     
      ilonfix=         1643   jlatfix=          589
      ibeg=         1508   iend=         1778
      jbeg=          473   jend=          705
 After call to barnes, xsmoothval=   3.026775903422612E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.026775903422612E-004
      xcenlon=    310.899036692100        xcenlat=    42.2607614479406     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000303  imeanzeta (*1e6)=      303
   --- mean zeta raw =   3.026775903422612E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001552  igrid zeta (*1e6)=     1552 ifilret=   0
   --- grid zeta raw=   1.551791760336146E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=          102
  
 segx, outlon=    310.899036692100       outlat=    42.2607614479406     
   ist=            2  ifcsthour=          102
   vmaxwind=    41.8661498110347       xminmslp=    99008.9200000000     
   vradius=          142          42           0         139          62
           0         134          70          52         118          40
          31
   maxstorm=            6
   plastbar=    99808.9200000000       rlastbar=    44.1822285178625     
   rmax=    45.4739927528274     
   cps_vals=    38.6895683327971        126.643926415953     
  -119.735502179728     
   wcore_flag= n
   istmspd=          236  istmdir=           76
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    75.0000000000000     
   axisymet_rmw_val=     25.7329546286116     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   44.1822285178625       irlastbar=          44
 output: plastbar=   99808.9200000000       iplastbar=         998
 rmax=    45.4739927528274        irmax=           45
 TXX top of atcfunix_ext, ist=            2  ifh=          102
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   44.1822285178625       irlastbar=          44
 output: plastbar=   99808.9200000000       iplastbar=         998
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          102
 intlat=          423
 clatns= N
 intlon=          491
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           81
 int(xminmslp/mslp_outp_adj + 0.5)=          990
 XX,  34, NEQ
 vradius(1,1)=          142
 vradius(1,2)=          139
 vradius(1,3)=          134
 vradius(1,4)=          118
 iplastbar=          998
 irlastbar=           44
 irmax=           45
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           76
 istmspd=          236
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          387
 icps_vals(2)=         1266
 icps_vals(3)=        -1197
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           40
 irmw_val=           50
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          343
 igridzeta(1)=         4519
 imeanzeta(2)=          303
 igridzeta(2)=         1552
  
 rmax=    45.4739927528274        irmax=           45
 +++ Top of output_atcf_parms, ist=            2  ifh=          102
  
 xxxx get_next_ges, prev fix lon=    307.952897633380     
 xxxx get_next_ges, curr fix lon=    310.899036692100     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    310.899036692100        fixlat=    42.2607614479406     
        (0-360) fixlon=    310.899036692100     
      ilonfix=         1643   jlatfix=          589
      ibeg=         1112   iend=         2174
      jbeg=          137   jend=         1041
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.24727436402901       vavg=  -0.757038229522526     
      ubar=    2.06181859100725       vbar=  -0.189259557380632     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    11.3165659687290       vavg=    3.57746373721621     
      ubar=    7.72010157537174       vbar=    1.59947231122748     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    15.6554850114664       vavg=    8.82470713133218     
      ubar=    11.6339728282384       vbar=    3.80564909406052     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    11.6339728282384       vbar=    3.80564909406052     
      wgttot=    1.00000000000000     
      fixlon=    310.899036692100        fixlat=    42.2607614479406     
      barnlon=    313.970701157536       barnlat=    43.0000221553266     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.735737943519660     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      313.970701157536     
     Raw (no conversion for GM wrap) extraplon=    313.882440426484     
  
 --- barnlon=    313.97E  (  46.03W)    barnlat=     43.00
 --- extraplon=  313.88E  (  46.12W)    extraplat=   43.05
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   42.26
 | Current fix lon is   49.10W   ( 310.90E)
 | Current fix lon (raw, unadjusted)=  310.90E
 | Updated guess lat for next fcst hour is   43.03
 | Updated guess lon (0-360) for next fcst hour is   46.07W   ( 313.93E)
 | Raw updated guess lon for next fcst hour is  313.93E)
 -------------------------------------------------
  
 iocheck, dist=    261.847240858371        distm=    261847.240858371     
 iocheck, stmspd=    12.1225574471468        istmspd=          236
 iocheck, xincr=    3.02753409991038        yincr=   0.765891420637850     
 iocheck, stmdir=    75.8034235276250        istmdir=           76
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:  102:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.025756091800549E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.503E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.885E  (0-360) ctlon=  288.885  (  71.115W)  ctlat=   34.247 fmax (x10e5) =        0.528E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.902068433237140E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.490E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.885E  (0-360) ctlon=  288.885  (  71.115W)  ctlat=   34.247 fmax (x10e5) =        0.411E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.143E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.985E  (0-360) ctlon=  288.985  (  71.015W)  ctlat=   34.247 fmax =       -0.100E+16 fmin =        0.143E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.309E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.985E  (0-360) ctlon=  288.985  (  71.015W)  ctlat=   34.347 fmax =       -0.100E+16 fmin =        0.309E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.985E  (0-360) ctlon=  288.985  (  71.015W)  ctlat=   34.247 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.225 (0-360) guesslon=  289.225E  (  70.775W)   guesslat=   34.287
 ilonfix=         1101  jlatfix=          788  npts=           33
 ibeg=         1025  jbeg=          720  imax=         2738
 iend=         1177  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.906784750681973E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.105E  (0-360) ctlon=  289.105E  (  70.895W)  ctlat=   34.167 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.491E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.105E   (0-360) guesslon=  289.105E  (  70.895W)   guesslat=   34.167
 ilonfix=         1098  jlatfix=          791  npts=           16
 ibeg=         1046  jbeg=          747  imax=         2738
 iend=         1150  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.985E  (0-360) ctlon=  288.985  (  71.015W)  ctlat=   34.247 fmax (x10e5) =        0.422E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.992709492888        uvgeslat=    34.2634612390381     
    (0-360 uvgeslon)=    288.992709492888     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:30:23
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.992709492888        uvgeslat=    34.2634612390381     
    (0-360 uvgeslon)=    288.992709492888     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.992709492888     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.993E  (0-360E lon):  288.993E    71.007W  ctlat=   34.263  xmax_circul_disk =      96704368.6
 TIMING: get_wind_circ kloop, k=  1   22:30:23
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.993E  (0-360E)=  288.993E  (  71.007W)   guesslat=   34.263
 ilonfix=         1095  jlatfix=          789  npts=           56
 ibeg=         1023  jbeg=          725  imax=         2738
 iend=         1167  jend=          853  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    97378252.6782447     
 nhalf get_wind_circ, k=  1 ctlon=  289.013E  (0-360E)=  289.013E  ctlon=   70.987W   ctlat=   34.403 Wind Circulation (NHEM: Max) =      97378252.7
 TIMING: After GWC 850 ... 22:30:23
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:30:23
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.992709492888        uvgeslat=    34.2634612390381     
    (0-360 uvgeslon)=    288.992709492888     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.992709492888     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.993E  (0-360E lon):  288.993E    71.007W  ctlat=   34.263  xmax_circul_disk =      85168578.3
 TIMING: get_wind_circ kloop, k=  1   22:30:23
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.993E  (0-360E)=  288.993E  (  71.007W)   guesslat=   34.263
 ilonfix=         1095  jlatfix=          789  npts=           56
 ibeg=         1023  jbeg=          725  imax=         2738
 iend=         1167  jend=          853  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    85904519.3901181     
 nhalf get_wind_circ, k=  1 ctlon=  289.073E  (0-360E)=  289.073E  ctlon=   70.927W   ctlat=   34.463 Wind Circulation (NHEM: Max) =      85904519.4
 TIMING: After GWC 700 ... 22:30:23
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:30:23
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.992709492888        uvgeslat=    34.2634612390381     
    (0-360 uvgeslon)=    288.992709492888     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.992709492888     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.993E  (0-360E lon):  288.993E    71.007W  ctlat=   34.263  xmax_circul_disk =      72798263.1
 TIMING: get_wind_circ kloop, k=  1   22:30:23
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.993E  (0-360E)=  288.993E  (  71.007W)   guesslat=   34.263
 ilonfix=         1095  jlatfix=          789  npts=           56
 ibeg=         1023  jbeg=          725  imax=         2738
 iend=         1167  jend=          853  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    72979660.8475594     
 nhalf get_wind_circ, k=  1 ctlon=  288.893E  (0-360E)=  288.893E  ctlon=   71.107W   ctlat=   34.283 Wind Circulation (NHEM: Max) =      72979660.8
 TIMING: After GWC Sfc ... 22:30:23
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.65  xavg_stderr=     4.77
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           18  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   102:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.23E   (0-360) guesslon=  289.23E  ( 70.77W)    34.29
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.89       71.11      34.25           52.76       T         31.56
   2    zeta 700    Max       288.89       71.11      34.25           41.10       T         31.56
   3    circ 850    Max       289.01       70.99      34.40           97.38       T         23.43
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       289.07       70.93      34.46           85.90       T         24.10
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.99       71.01      34.25         1428.76       T         22.50
   8     gph 700    Min       288.99       71.01      34.35         3092.31       T         23.03
   9        MSLP    Min       288.99       71.01      34.25       100046.43       T         22.50
  10    circ sfc    Max       288.89       71.11      34.28           72.98       T         30.57
  11    zeta sfc    Max       288.99       71.01      34.25           42.23       T         22.50
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    9.27308152826119       stderr_close= 
   4.38483128660324       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   9.688 devia=   1.938 wtpos=  0.52420     288.89   288.89    71.11    34.25
 ip=  2 kprm=  2 dist_from_mean=   9.688 devia=   1.938 wtpos=  0.52420     288.89   288.89    71.11    34.25
 ip=  3 kprm=  3 dist_from_mean=  11.908 devia=   2.382 wtpos=  0.45208     289.01   289.01    70.99    34.40
 ip=  5 kprm=  4 dist_from_mean=  20.304 devia=   4.061 wtpos=  0.25831     289.07   289.07    70.93    34.46
 ip=  7 kprm=  5 dist_from_mean=   6.547 devia=   1.309 wtpos=  0.64630     288.99   288.99    71.01    34.25
 ip=  8 kprm=  6 dist_from_mean=   5.160 devia=   1.032 wtpos=  0.70891     288.99   288.99    71.01    34.35
 ip=  9 kprm=  7 dist_from_mean=   6.547 devia=   1.309 wtpos=  0.64630     288.99   288.99    71.01    34.25
 ip= 10 kprm=  8 dist_from_mean=   7.066 devia=   1.413 wtpos=  0.62433     288.89   288.89    71.11    34.28
 ip= 11 kprm=  9 dist_from_mean=   6.547 devia=   1.309 wtpos=  0.64630     288.99   288.99    71.01    34.25
  
At end of fixcenter:  10L   fhr=  102:00   Fix position=   288.96E  (0-360) fixlon=  288.96  ( 71.04W)    34.29
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.960022980727     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.985436947434     
        (0-360E clon(ist,ifh,9))=    288.985436947434     
      clat(ist,ifh,9)=    34.2470980117654     
      xval(9)=    100046.425739149     
  
  After get_ij B, ibeg jbeg =          984         651
  After get_ij B, iend jend =         1206         927
  
 In is_it_a_storm, ilonfix=         1095  jlatfix=          789
 ibeg jbeg iend jend =          984         651        1206         927
 cparm= slp  parmlon parmlat =    288.985436947434        34.2470980117654     
     (0-360E parmlon) =    288.985436947434     
 parmval=    100046.425739149     
  
 i= 1069 j=  726 glon=  287.97 (0-360E) glon=  287.97 glat=  36.80 dist=   298.47 slp=  101320.12 pgradient=  4.26735
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.26735
 mslp center =    288.985436947434        34.2470980117654     
   100046.425739149     
   (0-360E) lon of mslp center =    288.985436947434     
 pgrad loc   =    287.968932000000        287.968932000000     
   72.0310680000000        36.8007280000000        101320.120000000     
  ttest at location C IF....
      xinp_fixlat=    34.2470980117654     
      xinp_fixlon=    288.985436947434       (0-360E) xinp_fixlon= 
   288.985436947434     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99572.6000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1094  jfix=          790
 longitude=    288.985436947434      E   (   71.0145630525662      
 W)  (0-360E) xinp_fixlon=    288.985436947434     
 latitude=    34.2470980117654     
 mean mslp value (xval(9))=    100046.425739149     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1094  jfix=          790
 longitude=    288.985436947434      E   (   71.0145630525662      
 W)  (0-360E) xinp_fixlon=    288.985436947434     
 latitude=    34.2470980117654     
 mean mslp value (xval(9))=    100046.425739149     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1094  jx=          790
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99572.6000000000       xcentval=    99572.6000000000     
 At A, num_found_contours=            0
 At A, contlo=    99572.6000000000       conthi=    99972.6000000000     
  
 num_found_contours=            0
 contlo=    99572.6000000000       conthi=    99972.6000000000     
 xcentval=    99572.6000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99972.6000000000       conthi=    100372.600000000     
  
 num_found_contours=            1
 contlo=    99972.6000000000       conthi=    100372.600000000     
 xcentval=    99572.6000000000     
 At A, num_found_contours=            2
 At A, contlo=    100372.600000000       conthi=    100772.600000000     
  
 num_found_contours=            2
 contlo=    100372.600000000       conthi=    100772.600000000     
 xcentval=    99572.6000000000     
 At A, num_found_contours=            3
 At A, contlo=    100772.600000000       conthi=    101172.600000000     
  
 num_found_contours=            3
 contlo=    100772.600000000       conthi=    101172.600000000     
 xcentval=    99572.6000000000     
 At A, num_found_contours=            4
 At A, contlo=    101172.600000000       conthi=    101572.600000000     
  
 num_found_contours=            4
 contlo=    101172.600000000       conthi=    101572.600000000     
 xcentval=    99572.6000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1227 ,         961 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99572.6000000000     
 !!! (i,j) of central value = (        1094 ,         790 )
 !!!  
 !!! Flagged value found    =    101171.880000000     
 !!! (i,j) of flagged value = (        1226 ,         962 )
 !!!   
 !!! Lower bound of contour interval =    101172.600000000     
 !!! Upper bound of contour interval =    101572.600000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1094  jfix=          790
 longitude=    288.985436947434      E   (   71.0145630525662      W)  
 (0-360E) xinp_fixlon=    288.985436947434     
 latitude=    34.2470980117654     
 mean mslp value (xval(9))=    100046.425739149     
 gridpoint mslp value=    99572.6000000000     
 ccflag= y
 prs of last closed isobar =    101172.600000000     
 radius of last closed isobar =    125.687701308926       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =  102:00
 !!! Boundary check xinp_fixlat is   34.25
 !!! Boundary check xinp_fixlon is   71.01W   ( 288.99E)  (0-360E) xinp_fixlon=  288.99
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    289.012708992888     
  850 mb wcirc fix lat=    34.4034577390381     
    (0-360) 850 mb wcirc fix lon=    289.012708992888     
  Multi-parm fix lon=      288.960022980727     
  Multi-parm fix lat=      34.2908607647035     
    (0-360) Multi-parm fix lon=      288.960022980727     
  
  
  After get_ij B, ibeg jbeg =         1002         681
  After get_ij B, iend jend =         1190         889
  
 In is_it_a_storm, ilonfix=         1096  jlatfix=          785
 ibeg jbeg iend jend =         1002         681        1190         889
 cparm= v850  parmlon parmlat =    289.012708992888        34.4034577390381     
     (0-360E parmlon) =    289.012708992888     
 parmval=    97378252.6782447     
  
 i= 1087 j=  736 glon=  288.69 (0-360E) glon=  288.69 glat=  36.40 u= -21.7300 v=  -9.3000 vr=  -6.35490 vt=  22.76616
 i= 1092 j=  736 glon=  288.89 (0-360E) glon=  288.89 glat=  36.40 u= -16.6500 v=  -9.9000 vr=  -9.04200 vt=  17.13110
 i= 1097 j=  736 glon=  289.09 (0-360E) glon=  289.09 glat=  36.40 u= -11.3600 v=  -1.4000 vr=  -1.75453 vt=  11.31067
 i= 1102 j=  736 glon=  289.29 (0-360E) glon=  289.29 glat=  36.40 u= -12.7700 v=  -3.5000 vr=  -4.91669 vt=  12.29427
 i= 1067 j=  741 glon=  287.89 (0-360E) glon=  287.89 glat=  36.20 u= -15.6300 v= -14.9000 vr=  -6.10988 vt=  20.71174
 i= 1072 j=  741 glon=  288.09 (0-360E) glon=  288.09 glat=  36.20 u= -18.4000 v= -15.3000 vr=  -6.93910 vt=  22.90194
 i= 1077 j=  741 glon=  288.29 (0-360E) glon=  288.29 glat=  36.20 u= -20.0500 v= -12.7000 vr=  -5.76368 vt=  23.02330
 i= 1082 j=  741 glon=  288.49 (0-360E) glon=  288.49 glat=  36.20 u= -19.1200 v= -11.8000 vr=  -7.02796 vt=  21.34062
 i= 1087 j=  741 glon=  288.69 (0-360E) glon=  288.69 glat=  36.20 u= -14.1400 v=  -9.4000 vr=  -7.23084 vt=  15.36277
 i= 1092 j=  741 glon=  288.89 (0-360E) glon=  288.89 glat=  36.20 u= -12.6800 v=  -8.4000 vr=  -7.67105 vt=  13.13382
 i= 1097 j=  741 glon=  289.09 (0-360E) glon=  289.09 glat=  36.20 u= -11.8000 v=  -5.5000 vr=  -5.90692 vt=  11.60165
 i= 1102 j=  741 glon=  289.29 (0-360E) glon=  289.29 glat=  36.20 u= -12.7500 v=  -4.0000 vr=  -5.56379 vt=  12.14935
 i= 1107 j=  741 glon=  289.49 (0-360E) glon=  289.49 glat=  36.20 u= -13.2000 v=  -3.2000 vr=  -5.93184 vt=  12.21856
 i= 1112 j=  741 glon=  289.69 (0-360E) glon=  289.69 glat=  36.20 u= -12.9100 v=  -2.4000 vr=  -6.10307 vt=  11.62672
 i= 1117 j=  741 glon=  289.89 (0-360E) glon=  289.89 glat=  36.20 u= -13.0200 v=  -0.8000 vr=  -5.58207 vt=  11.78986
 i= 1122 j=  741 glon=  290.09 (0-360E) glon=  290.09 glat=  36.20 u= -13.4000 v=   1.2000 vr=  -4.83867 vt=  12.55338
 i= 1062 j=  746 glon=  287.69 (0-360E) glon=  287.69 glat=  36.00 u= -14.5100 v= -17.7000 vr=  -6.44733 vt=  21.96046
 i= 1067 j=  746 glon=  287.89 (0-360E) glon=  287.89 glat=  36.00 u= -14.3900 v= -16.8000 vr=  -7.33460 vt=  20.86901
 i= 1072 j=  746 glon=  288.09 (0-360E) glon=  288.09 glat=  36.00 u= -20.7600 v= -19.5000 vr=  -8.69826 vt=  27.12135
 i= 1077 j=  746 glon=  288.29 (0-360E) glon=  288.29 glat=  36.00 u= -20.8400 v= -20.2000 vr= -11.65934 vt=  26.57829
 i= 1082 j=  746 glon=  288.49 (0-360E) glon=  288.49 glat=  36.00 u= -14.4500 v= -12.0000 vr=  -7.82898 vt=  17.07365
 i= 1087 j=  746 glon=  288.69 (0-360E) glon=  288.69 glat=  36.00 u= -12.6000 v=  -6.7000 vr=  -4.54006 vt=  13.52915
 i= 1092 j=  746 glon=  288.89 (0-360E) glon=  288.89 glat=  36.00 u= -12.9200 v=  -8.2000 vr=  -7.36289 vt=  13.41470
 i= 1097 j=  746 glon=  289.09 (0-360E) glon=  289.09 glat=  36.00 u= -13.3600 v=  -7.3000 vr=  -7.81728 vt=  13.06406
 i= 1102 j=  746 glon=  289.29 (0-360E) glon=  289.29 glat=  36.00 u= -12.5100 v=  -7.0000 vr=  -8.68910 vt=  11.40174
 i= 1107 j=  746 glon=  289.49 (0-360E) glon=  289.49 glat=  36.00 u= -13.2300 v=  -4.5000 vr=  -7.51730 vt=  11.78020
 i= 1112 j=  746 glon=  289.69 (0-360E) glon=  289.69 glat=  36.00 u= -10.8200 v=   1.8000 vr=  -1.85412 vt=  10.81086
 i= 1117 j=  746 glon=  289.89 (0-360E) glon=  289.89 glat=  36.00 u= -10.2700 v=   2.6000 vr=  -1.85068 vt=  10.43110
 i= 1122 j=  746 glon=  290.09 (0-360E) glon=  290.09 glat=  36.00 u= -10.3000 v=   4.4000 vr=  -1.14274 vt=  11.14200
 i= 1127 j=  746 glon=  290.29 (0-360E) glon=  290.29 glat=  36.00 u=  -9.5400 v=   5.3000 vr=  -0.81171 vt=  10.88314
 i= 1132 j=  746 glon=  290.49 (0-360E) glon=  290.49 glat=  36.00 u=  -9.5700 v=   8.4000 vr=   0.88953 vt=  12.70251
 i= 1052 j=  751 glon=  287.29 (0-360E) glon=  287.29 glat=  35.80 u= -11.3800 v= -17.7000 vr=  -4.28537 vt=  20.60170
 i= 1057 j=  751 glon=  287.49 (0-360E) glon=  287.49 glat=  35.80 u= -12.0200 v= -18.8000 vr=  -5.94466 vt=  21.50771
 i= 1062 j=  751 glon=  287.69 (0-360E) glon=  287.69 glat=  35.80 u= -13.2900 v= -18.9000 vr=  -6.72395 vt=  22.10481
 i= 1067 j=  751 glon=  287.89 (0-360E) glon=  287.89 glat=  35.80 u= -15.6200 v= -16.9000 vr=  -5.46986 vt=  22.35341
 i= 1072 j=  751 glon=  288.09 (0-360E) glon=  288.09 glat=  35.80 u= -16.0300 v= -15.3000 vr=  -5.78236 vt=  21.39194
 i= 1077 j=  751 glon=  288.29 (0-360E) glon=  288.29 glat=  35.80 u= -12.6600 v= -15.2000 vr=  -9.02381 vt=  17.60359
 i= 1082 j=  751 glon=  288.49 (0-360E) glon=  288.49 glat=  35.80 u=  -9.5600 v= -11.2000 vr=  -7.88862 vt=  12.43396
 i= 1087 j=  751 glon=  288.69 (0-360E) glon=  288.69 glat=  35.80 u=  -8.5800 v= -10.3000 vr=  -8.51329 vt=  10.35521
 i= 1092 j=  751 glon=  288.89 (0-360E) glon=  288.89 glat=  35.80 u= -11.8000 v=  -8.7000 vr=  -7.82035 vt=  12.40049
 i= 1097 j=  751 glon=  289.09 (0-360E) glon=  289.09 glat=  35.80 u= -12.5900 v=  -8.3000 vr=  -8.85517 vt=  12.20591
 i= 1102 j=  751 glon=  289.29 (0-360E) glon=  289.29 glat=  35.80 u= -11.9500 v=  -2.2000 vr=  -4.08727 vt=  11.44276
 i= 1107 j=  751 glon=  289.49 (0-360E) glon=  289.49 glat=  35.80 u= -10.1400 v=   2.4000 vr=  -0.42370 vt=  10.41154
 i= 1112 j=  751 glon=  289.69 (0-360E) glon=  289.69 glat=  35.80 u=  -9.3200 v=   3.8000 vr=   0.08555 vt=  10.06455
 i= 1117 j=  751 glon=  289.89 (0-360E) glon=  289.89 glat=  35.80 u= -10.0200 v=   4.4000 vr=  -0.68243 vt=  10.92221
 i= 1122 j=  751 glon=  290.09 (0-360E) glon=  290.09 glat=  35.80 u=  -9.2600 v=   5.6000 vr=  -0.22754 vt=  10.81923
 i= 1127 j=  751 glon=  290.29 (0-360E) glon=  290.29 glat=  35.80 u=  -7.2600 v=   7.4000 vr=   1.54984 vt=  10.25015
 i= 1132 j=  751 glon=  290.49 (0-360E) glon=  290.49 glat=  35.80 u=  -8.5100 v=  11.0000 vr=   2.70742 vt=  13.64148
 i= 1137 j=  751 glon=  290.69 (0-360E) glon=  290.69 glat=  35.80 u=  -8.6900 v=   8.5000 vr=  -0.07108 vt=  12.15570
 i= 1047 j=  756 glon=  287.09 (0-360E) glon=  287.09 glat=  35.60 u= -11.2600 v= -18.6000 vr=  -2.18300 vt=  21.63289
 i= 1052 j=  756 glon=  287.29 (0-360E) glon=  287.29 glat=  35.60 u= -10.4400 v= -18.9000 vr=  -4.16965 vt=  21.18532
 i= 1057 j=  756 glon=  287.49 (0-360E) glon=  287.49 glat=  35.60 u= -13.3600 v= -19.9000 vr=  -4.04476 vt=  23.62498
 i= 1062 j=  756 glon=  287.69 (0-360E) glon=  287.69 glat=  35.60 u= -14.1200 v= -18.9000 vr=  -4.45410 vt=  23.16777
 i= 1067 j=  756 glon=  287.89 (0-360E) glon=  287.89 glat=  35.60 u= -15.9000 v= -15.0000 vr=  -2.13975 vt=  21.75388
 i= 1072 j=  756 glon=  288.09 (0-360E) glon=  288.09 glat=  35.60 u= -13.8300 v= -12.8000 vr=  -3.38908 vt=  18.53707
 i= 1077 j=  756 glon=  288.29 (0-360E) glon=  288.29 glat=  35.60 u= -13.2400 v= -13.5000 vr=  -6.19074 vt=  17.86680
 i= 1082 j=  756 glon=  288.49 (0-360E) glon=  288.49 glat=  35.60 u= -10.2400 v= -13.2000 vr=  -8.95357 vt=  14.10430
 i= 1087 j=  756 glon=  288.69 (0-360E) glon=  288.69 glat=  35.60 u= -10.5900 v= -10.0000 vr=  -7.46290 vt=  12.50813
 i= 1092 j=  756 glon=  288.89 (0-360E) glon=  288.89 glat=  35.60 u= -13.1800 v=  -9.3000 vr=  -8.15024 vt=  13.92035
 i= 1097 j=  756 glon=  289.09 (0-360E) glon=  289.09 glat=  35.60 u= -10.4800 v=  -3.3000 vr=  -3.84303 vt=  10.29328
 i= 1102 j=  756 glon=  289.29 (0-360E) glon=  289.29 glat=  35.60 u= -11.4200 v=   0.0000 vr=  -2.12800 vt=  11.21998
 i= 1107 j=  756 glon=  289.49 (0-360E) glon=  289.49 glat=  35.60 u= -12.0700 v=   1.3000 vr=  -2.51670 vt=  11.87607
 i= 1112 j=  756 glon=  289.69 (0-360E) glon=  289.69 glat=  35.60 u= -11.2900 v=   3.8000 vr=  -1.31117 vt=  11.83997
 i= 1117 j=  756 glon=  289.89 (0-360E) glon=  289.89 glat=  35.60 u= -10.0900 v=   4.9000 vr=  -1.00916 vt=  11.17138
 i= 1122 j=  756 glon=  290.09 (0-360E) glon=  290.09 glat=  35.60 u=  -8.6600 v=   6.1000 vr=  -0.25056 vt=  10.58975
 i= 1127 j=  756 glon=  290.29 (0-360E) glon=  290.29 glat=  35.60 u=  -7.5200 v=   8.2000 vr=   1.19608 vt=  11.06164
 i= 1132 j=  756 glon=  290.49 (0-360E) glon=  290.49 glat=  35.60 u=  -7.2900 v=   9.4000 vr=   1.39035 vt=  11.81402
 i= 1137 j=  756 glon=  290.69 (0-360E) glon=  290.69 glat=  35.60 u=  -7.1000 v=   9.8000 vr=   1.03939 vt=  12.05693
 i= 1142 j=  756 glon=  290.89 (0-360E) glon=  290.89 glat=  35.60 u=  -6.0700 v=  10.4000 vr=   1.54731 vt=  11.94197
 i= 1042 j=  761 glon=  286.89 (0-360E) glon=  286.89 glat=  35.40 u= -10.0300 v= -17.2000 vr=   0.26353 vt=  19.90908
 i= 1047 j=  761 glon=  287.09 (0-360E) glon=  287.09 glat=  35.40 u= -10.4800 v= -18.3000 vr=  -0.81797 vt=  21.07253
 i= 1052 j=  761 glon=  287.29 (0-360E) glon=  287.29 glat=  35.40 u= -11.2400 v= -19.5000 vr=  -1.95968 vt=  22.42203
 i= 1057 j=  761 glon=  287.49 (0-360E) glon=  287.49 glat=  35.40 u= -13.0600 v= -20.3000 vr=  -2.36327 vt=  24.02225
 i= 1062 j=  761 glon=  287.69 (0-360E) glon=  287.69 glat=  35.40 u= -13.3400 v= -19.0000 vr=  -2.95361 vt=  23.02676
 i= 1067 j=  761 glon=  287.89 (0-360E) glon=  287.89 glat=  35.40 u= -14.4000 v= -18.4000 vr=  -3.67561 vt=  23.07401
 i= 1072 j=  761 glon=  288.09 (0-360E) glon=  288.09 glat=  35.40 u= -11.4500 v= -14.8000 vr=  -4.81739 vt=  18.08135
 i= 1077 j=  761 glon=  288.29 (0-360E) glon=  288.29 glat=  35.40 u= -12.0300 v= -14.4000 vr=  -6.18940 vt=  17.71362
 i= 1082 j=  761 glon=  288.49 (0-360E) glon=  288.49 glat=  35.40 u= -11.4500 v= -12.7000 vr=  -7.11423 vt=  15.54928
 i= 1087 j=  761 glon=  288.69 (0-360E) glon=  288.69 glat=  35.40 u= -13.1200 v= -11.5000 vr=  -7.72442 vt=  15.64345
 i= 1092 j=  761 glon=  288.89 (0-360E) glon=  288.89 glat=  35.40 u= -11.3500 v=  -6.0000 vr=  -4.81595 vt=  11.90080
 i= 1097 j=  761 glon=  289.09 (0-360E) glon=  289.09 glat=  35.40 u= -12.5400 v=  -1.4000 vr=  -2.18380 vt=  12.42749
 i= 1102 j=  761 glon=  289.29 (0-360E) glon=  289.29 glat=  35.40 u= -10.9800 v=   0.8000 vr=  -1.65918 vt=  10.88336
 i= 1107 j=  761 glon=  289.49 (0-360E) glon=  289.49 glat=  35.40 u= -11.8400 v=   2.3000 vr=  -2.18952 vt=  11.86093
 i= 1112 j=  761 glon=  289.69 (0-360E) glon=  289.69 glat=  35.40 u= -11.2900 v=   4.6000 vr=  -1.48665 vt=  12.10016
 i= 1117 j=  761 glon=  289.89 (0-360E) glon=  289.89 glat=  35.40 u=  -9.6400 v=   7.6000 vr=   0.50413 vt=  12.26521
 i= 1122 j=  761 glon=  290.09 (0-360E) glon=  290.09 glat=  35.40 u=  -8.7900 v=   8.1000 vr=   0.20843 vt=  11.95118
 i= 1127 j=  761 glon=  290.29 (0-360E) glon=  290.29 glat=  35.40 u=  -7.4900 v=   8.2000 vr=   0.19904 vt=  11.10408
 i= 1132 j=  761 glon=  290.49 (0-360E) glon=  290.49 glat=  35.40 u=  -6.0200 v=  10.0000 vr=   1.66930 vt=  11.55222
 i= 1137 j=  761 glon=  290.69 (0-360E) glon=  290.69 glat=  35.40 u=  -5.0400 v=  10.8000 vr=   2.21358 vt=  11.71075
 i= 1142 j=  761 glon=  290.89 (0-360E) glon=  290.89 glat=  35.40 u=  -4.3800 v=  11.7000 vr=   2.63085 vt=  12.21282
 i= 1147 j=  761 glon=  291.09 (0-360E) glon=  291.09 glat=  35.40 u=  -3.3900 v=  13.2000 vr=   3.67794 vt=  13.12269
 i= 1042 j=  766 glon=  286.89 (0-360E) glon=  286.89 glat=  35.20 u=  -8.5000 v= -17.3000 vr=   0.63960 vt=  19.26476
 i= 1047 j=  766 glon=  287.09 (0-360E) glon=  287.09 glat=  35.20 u=  -9.8400 v= -20.7000 vr=  -0.43244 vt=  22.91568
 i= 1052 j=  766 glon=  287.29 (0-360E) glon=  287.29 glat=  35.20 u= -10.7200 v= -20.7000 vr=  -0.71889 vt=  23.30003
 i= 1057 j=  766 glon=  287.49 (0-360E) glon=  287.49 glat=  35.20 u= -13.2900 v= -19.4000 vr=   0.87166 vt=  23.49945
 i= 1062 j=  766 glon=  287.69 (0-360E) glon=  287.69 glat=  35.20 u= -12.0600 v= -20.2000 vr=  -2.14574 vt=  23.42818
 i= 1067 j=  766 glon=  287.89 (0-360E) glon=  287.89 glat=  35.20 u= -12.1300 v= -18.6000 vr=  -2.92077 vt=  22.01286
 i= 1072 j=  766 glon=  288.09 (0-360E) glon=  288.09 glat=  35.20 u= -11.8100 v= -17.3000 vr=  -4.34661 vt=  20.49081
 i= 1077 j=  766 glon=  288.29 (0-360E) glon=  288.29 glat=  35.20 u= -11.2600 v= -17.4000 vr=  -7.18643 vt=  19.43972
 i= 1082 j=  766 glon=  288.49 (0-360E) glon=  288.49 glat=  35.20 u= -11.4500 v= -13.9000 vr=  -6.77589 vt=  16.68532
 i= 1087 j=  766 glon=  288.69 (0-360E) glon=  288.69 glat=  35.20 u= -12.6100 v=  -9.7000 vr=  -5.20076 vt=  15.03510
 i= 1092 j=  766 glon=  288.89 (0-360E) glon=  288.89 glat=  35.20 u= -16.2500 v=  -1.4000 vr=   0.67143 vt=  16.29637
 i= 1097 j=  766 glon=  289.09 (0-360E) glon=  289.09 glat=  35.20 u= -12.6900 v=  -0.1000 vr=  -1.09482 vt=  12.64308
 i= 1102 j=  766 glon=  289.29 (0-360E) glon=  289.29 glat=  35.20 u= -12.3400 v=   1.7000 vr=  -1.74935 vt=  12.33310
 i= 1107 j=  766 glon=  289.49 (0-360E) glon=  289.49 glat=  35.20 u= -12.6900 v=   5.3000 vr=  -0.84514 vt=  13.72632
 i= 1112 j=  766 glon=  289.69 (0-360E) glon=  289.69 glat=  35.20 u= -11.2400 v=   7.4000 vr=  -0.37318 vt=  13.45208
 i= 1117 j=  766 glon=  289.89 (0-360E) glon=  289.89 glat=  35.20 u=  -9.9300 v=   9.2000 vr=   0.14853 vt=  13.53598
 i= 1122 j=  766 glon=  290.09 (0-360E) glon=  290.09 glat=  35.20 u=  -7.9000 v=  11.1000 vr=   1.53424 vt=  13.53758
 i= 1127 j=  766 glon=  290.29 (0-360E) glon=  290.29 glat=  35.20 u=  -6.3800 v=  10.5000 vr=   1.24177 vt=  12.22344
 i= 1132 j=  766 glon=  290.49 (0-360E) glon=  290.49 glat=  35.20 u=  -4.5300 v=  10.9000 vr=   2.16279 vt=  11.60402
 i= 1137 j=  766 glon=  290.69 (0-360E) glon=  290.69 glat=  35.20 u=  -3.7000 v=  12.0000 vr=   2.76230 vt=  12.24988
 i= 1142 j=  766 glon=  290.89 (0-360E) glon=  290.89 glat=  35.20 u=  -2.8000 v=  12.6000 vr=   3.24607 vt=  12.49252
 i= 1147 j=  766 glon=  291.09 (0-360E) glon=  291.09 glat=  35.20 u=  -1.9600 v=  14.6000 vr=   4.33654 vt=  14.07821
 i= 1037 j=  771 glon=  286.69 (0-360E) glon=  286.69 glat=  35.00 u=  -8.8000 v= -19.0000 vr=   2.85090 vt=  20.74397
 i= 1042 j=  771 glon=  286.89 (0-360E) glon=  286.89 glat=  35.00 u=  -7.5600 v= -17.5000 vr=   1.59001 vt=  18.99672
 i= 1047 j=  771 glon=  287.09 (0-360E) glon=  287.09 glat=  35.00 u=  -8.0100 v= -20.3000 vr=   0.42645 vt=  21.81899
 i= 1052 j=  771 glon=  287.29 (0-360E) glon=  287.29 glat=  35.00 u= -11.2000 v= -21.2000 vr=   2.18963 vt=  23.87646
 i= 1057 j=  771 glon=  287.49 (0-360E) glon=  287.49 glat=  35.00 u=  -9.3600 v= -19.9000 vr=  -0.03240 vt=  21.99133
 i= 1062 j=  771 glon=  287.69 (0-360E) glon=  287.69 glat=  35.00 u= -10.4500 v= -20.6000 vr=  -0.67454 vt=  23.08912
 i= 1067 j=  771 glon=  287.89 (0-360E) glon=  287.89 glat=  35.00 u= -12.2500 v= -19.7000 vr=  -0.34382 vt=  23.19557
 i= 1072 j=  771 glon=  288.09 (0-360E) glon=  288.09 glat=  35.00 u= -11.6000 v= -19.5000 vr=  -2.88555 vt=  22.50519
 i= 1077 j=  771 glon=  288.29 (0-360E) glon=  288.29 glat=  35.00 u= -11.1500 v= -18.5000 vr=  -5.19964 vt=  20.96512
 i= 1082 j=  771 glon=  288.49 (0-360E) glon=  288.49 glat=  35.00 u= -11.5700 v= -13.9000 vr=  -4.48656 vt=  17.51987
 i= 1087 j=  771 glon=  288.69 (0-360E) glon=  288.69 glat=  35.00 u= -15.2400 v=  -9.2000 vr=  -2.18547 vt=  17.66696
 i= 1092 j=  771 glon=  288.89 (0-360E) glon=  288.89 glat=  35.00 u= -13.6800 v=  -6.2000 vr=  -3.80960 vt=  14.52823
 i= 1097 j=  771 glon=  289.09 (0-360E) glon=  289.09 glat=  35.00 u= -13.0500 v=   0.9000 vr=  -0.46848 vt=  13.07261
 i= 1102 j=  771 glon=  289.29 (0-360E) glon=  289.29 glat=  35.00 u= -13.2400 v=   4.9000 vr=  -0.13397 vt=  14.11700
 i= 1107 j=  771 glon=  289.49 (0-360E) glon=  289.49 glat=  35.00 u= -12.7000 v=   7.7000 vr=  -0.53906 vt=  14.84215
 i= 1112 j=  771 glon=  289.69 (0-360E) glon=  289.69 glat=  35.00 u= -10.8400 v=  10.1000 vr=  -0.01636 vt=  14.81605
 i= 1117 j=  771 glon=  289.89 (0-360E) glon=  289.89 glat=  35.00 u=  -8.4000 v=  11.8000 vr=   1.03468 vt=  14.44747
 i= 1122 j=  771 glon=  290.09 (0-360E) glon=  290.09 glat=  35.00 u=  -6.9800 v=  13.1000 vr=   1.50553 vt=  14.76698
 i= 1127 j=  771 glon=  290.29 (0-360E) glon=  290.29 glat=  35.00 u=  -5.4500 v=  12.4000 vr=   1.35599 vt=  13.47679
 i= 1132 j=  771 glon=  290.49 (0-360E) glon=  290.49 glat=  35.00 u=  -3.3600 v=  13.2000 vr=   2.76536 vt=  13.33726
 i= 1137 j=  771 glon=  290.69 (0-360E) glon=  290.69 glat=  35.00 u=  -2.4500 v=  13.5000 vr=   3.06510 vt=  13.37377
 i= 1142 j=  771 glon=  290.89 (0-360E) glon=  290.89 glat=  35.00 u=  -2.0300 v=  13.8000 vr=   3.02645 vt=  13.61622
 i= 1147 j=  771 glon=  291.09 (0-360E) glon=  291.09 glat=  35.00 u=  -0.9200 v=  14.9000 vr=   3.97816 vt=  14.38856
 i= 1152 j=  771 glon=  291.29 (0-360E) glon=  291.29 glat=  35.00 u=   0.0400 v=  16.9000 vr=   5.08468 vt=  16.11700
 i= 1037 j=  776 glon=  286.69 (0-360E) glon=  286.69 glat=  34.80 u=  -6.7400 v= -20.1000 vr=   2.63565 vt=  21.03547
 i= 1042 j=  776 glon=  286.89 (0-360E) glon=  286.89 glat=  34.80 u=  -6.6400 v= -20.6000 vr=   2.02520 vt=  21.54874
 i= 1047 j=  776 glon=  287.09 (0-360E) glon=  287.09 glat=  34.80 u=  -8.9300 v= -19.7000 vr=   3.97031 vt=  21.26197
 i= 1052 j=  776 glon=  287.29 (0-360E) glon=  287.29 glat=  34.80 u=  -9.7600 v= -19.8000 vr=   4.15323 vt=  21.68060
 i= 1057 j=  776 glon=  287.49 (0-360E) glon=  287.49 glat=  34.80 u=  -9.5700 v= -22.8000 vr=   2.33170 vt=  24.61683
 i= 1062 j=  776 glon=  287.69 (0-360E) glon=  287.69 glat=  34.80 u=  -8.4800 v= -19.9000 vr=   1.22095 vt=  21.59698
 i= 1067 j=  776 glon=  287.89 (0-360E) glon=  287.89 glat=  34.80 u= -11.0000 v= -21.4000 vr=   1.72830 vt=  23.99944
 i= 1072 j=  776 glon=  288.09 (0-360E) glon=  288.09 glat=  34.80 u=  -9.6300 v= -22.1000 vr=  -1.64466 vt=  24.05082
 i= 1077 j=  776 glon=  288.29 (0-360E) glon=  288.29 glat=  34.80 u= -10.0800 v= -21.5000 vr=  -3.50089 vt=  23.48617
 i= 1082 j=  776 glon=  288.49 (0-360E) glon=  288.49 glat=  34.80 u= -13.8900 v= -19.4000 vr=  -2.90209 vt=  23.68269
 i= 1087 j=  776 glon=  288.69 (0-360E) glon=  288.69 glat=  34.80 u= -14.0000 v=  -8.1000 vr=   1.08515 vt=  16.13792
 i= 1092 j=  776 glon=  288.89 (0-360E) glon=  288.89 glat=  34.80 u= -13.2200 v=  -3.6000 vr=  -0.19868 vt=  13.69996
 i= 1097 j=  776 glon=  289.09 (0-360E) glon=  289.09 glat=  34.80 u= -12.4500 v=   3.4000 vr=   1.41480 vt=  12.82813
 i= 1102 j=  776 glon=  289.29 (0-360E) glon=  289.29 glat=  34.80 u= -10.9100 v=   9.8000 vr=   3.07808 vt=  14.33853
 i= 1107 j=  776 glon=  289.49 (0-360E) glon=  289.49 glat=  34.80 u=  -8.7700 v=  13.7000 vr=   3.57527 vt=  15.86885
 i= 1112 j=  776 glon=  289.69 (0-360E) glon=  289.69 glat=  34.80 u=  -8.5100 v=  15.4000 vr=   1.99207 vt=  17.48175
 i= 1117 j=  776 glon=  289.89 (0-360E) glon=  289.89 glat=  34.80 u=  -7.1700 v=  15.5000 vr=   1.16225 vt=  17.03843
 i= 1122 j=  776 glon=  290.09 (0-360E) glon=  290.09 glat=  34.80 u=  -5.2200 v=  15.1000 vr=   1.37430 vt=  15.91759
 i= 1127 j=  776 glon=  290.29 (0-360E) glon=  290.29 glat=  34.80 u=  -2.8200 v=  15.6000 vr=   2.83175 vt=  15.59787
 i= 1132 j=  776 glon=  290.49 (0-360E) glon=  290.49 glat=  34.80 u=  -2.1200 v=  14.7000 vr=   2.49976 vt=  14.64021
 i= 1137 j=  776 glon=  290.69 (0-360E) glon=  290.69 glat=  34.80 u=  -0.6800 v=  14.6000 vr=   3.32703 vt=  14.23212
 i= 1142 j=  776 glon=  290.89 (0-360E) glon=  290.89 glat=  34.80 u=  -0.5300 v=  14.5000 vr=   3.03260 vt=  14.18923
 i= 1147 j=  776 glon=  291.09 (0-360E) glon=  291.09 glat=  34.80 u=   0.5500 v=  15.7000 vr=   4.01134 vt=  15.18887
 i= 1152 j=  776 glon=  291.29 (0-360E) glon=  291.29 glat=  34.80 u=   1.3000 v=  17.4000 vr=   4.78438 vt=  16.77974
 i= 1037 j=  781 glon=  286.69 (0-360E) glon=  286.69 glat=  34.60 u=  -5.8900 v= -20.2000 vr=   3.91472 vt=  20.67383
 i= 1042 j=  781 glon=  286.89 (0-360E) glon=  286.89 glat=  34.60 u=  -6.0400 v= -20.7000 vr=   3.79999 vt=  21.22573
 i= 1047 j=  781 glon=  287.09 (0-360E) glon=  287.09 glat=  34.60 u=  -9.0500 v= -19.9000 vr=   6.62598 vt=  20.83288
 i= 1052 j=  781 glon=  287.29 (0-360E) glon=  287.29 glat=  34.60 u=  -7.9600 v= -19.5000 vr=   5.29107 vt=  20.38667
 i= 1057 j=  781 glon=  287.49 (0-360E) glon=  287.49 glat=  34.60 u=  -8.6100 v= -22.7000 vr=   5.07347 vt=  23.74199
 i= 1062 j=  781 glon=  287.69 (0-360E) glon=  287.69 glat=  34.60 u=  -6.5600 v= -24.0000 vr=   2.26602 vt=  24.77698
 i= 1067 j=  781 glon=  287.89 (0-360E) glon=  287.89 glat=  34.60 u=  -8.3400 v= -23.8000 vr=   3.26753 vt=  25.00638
 i= 1072 j=  781 glon=  288.09 (0-360E) glon=  288.09 glat=  34.60 u=  -5.9300 v= -24.0000 vr=  -0.22454 vt=  24.72073
 i= 1077 j=  781 glon=  288.29 (0-360E) glon=  288.29 glat=  34.60 u=  -9.2400 v= -25.0000 vr=   0.96834 vt=  26.63531
 i= 1082 j=  781 glon=  288.49 (0-360E) glon=  288.49 glat=  34.60 u= -10.3500 v= -17.5000 vr=   2.16365 vt=  20.21611
 i= 1087 j=  781 glon=  288.69 (0-360E) glon=  288.69 glat=  34.60 u=  -8.8900 v= -12.8000 vr=  -0.45020 vt=  15.57785
 i= 1092 j=  781 glon=  288.89 (0-360E) glon=  288.89 glat=  34.60 u= -11.6800 v=  -1.4000 vr=   4.12413 vt=  11.01698
 i= 1097 j=  781 glon=  289.09 (0-360E) glon=  289.09 glat=  34.60 u= -12.5300 v=   7.9000 vr=   3.72579 vt=  14.33630
 i= 1102 j=  781 glon=  289.29 (0-360E) glon=  289.29 glat=  34.60 u=  -8.9700 v=  12.9000 vr=   1.66191 vt=  15.62399
 i= 1107 j=  781 glon=  289.49 (0-360E) glon=  289.49 glat=  34.60 u=  -7.0600 v=  15.4000 vr=   0.59082 vt=  16.93088
 i= 1112 j=  781 glon=  289.69 (0-360E) glon=  289.69 glat=  34.60 u=  -4.4000 v=  17.5000 vr=   1.66371 vt=  17.96781
 i= 1117 j=  781 glon=  289.89 (0-360E) glon=  289.89 glat=  34.60 u=  -3.8900 v=  18.3000 vr=   1.03099 vt=  18.68045
 i= 1122 j=  781 glon=  290.09 (0-360E) glon=  290.09 glat=  34.60 u=  -2.2000 v=  17.5000 vr=   1.60597 vt=  17.56448
 i= 1127 j=  781 glon=  290.29 (0-360E) glon=  290.29 glat=  34.60 u=  -0.7100 v=  16.9000 vr=   2.36498 vt=  16.74876
 i= 1132 j=  781 glon=  290.49 (0-360E) glon=  290.49 glat=  34.60 u=   0.2700 v=  16.6000 vr=   2.86339 vt=  16.35341
 i= 1137 j=  781 glon=  290.69 (0-360E) glon=  290.69 glat=  34.60 u=   1.3700 v=  16.1000 vr=   3.56581 vt=  15.75982
 i= 1142 j=  781 glon=  290.89 (0-360E) glon=  290.89 glat=  34.60 u=   1.4300 v=  16.2000 vr=   3.39281 vt=  15.90515
 i= 1147 j=  781 glon=  291.09 (0-360E) glon=  291.09 glat=  34.60 u=   2.0200 v=  17.3000 vr=   3.89751 vt=  16.97586
 i= 1152 j=  781 glon=  291.29 (0-360E) glon=  291.29 glat=  34.60 u=   2.8800 v=  19.2000 vr=   4.76078 vt=  18.82204
 i= 1037 j=  786 glon=  286.69 (0-360E) glon=  286.69 glat=  34.40 u=  -4.2700 v= -20.9000 vr=   4.34532 vt=  20.88447
 i= 1042 j=  786 glon=  286.89 (0-360E) glon=  286.89 glat=  34.40 u=  -4.4900 v= -20.4000 vr=   4.56519 vt=  20.38331
 i= 1047 j=  786 glon=  287.09 (0-360E) glon=  287.09 glat=  34.40 u=  -7.8200 v= -21.1000 vr=   7.89987 vt=  21.07023
 i= 1052 j=  786 glon=  287.29 (0-360E) glon=  287.29 glat=  34.40 u=  -5.4200 v= -22.9000 vr=   5.50961 vt=  22.87861
 i= 1057 j=  786 glon=  287.49 (0-360E) glon=  287.49 glat=  34.40 u=  -4.8200 v= -23.5000 vr=   4.91582 vt=  23.48014
 i= 1062 j=  786 glon=  287.69 (0-360E) glon=  287.69 glat=  34.40 u=  -4.7100 v= -24.4000 vr=   4.81487 vt=  24.37952
 i= 1067 j=  786 glon=  287.89 (0-360E) glon=  287.89 glat=  34.40 u=  -4.8200 v= -24.0000 vr=   4.93058 vt=  23.97753
 i= 1072 j=  786 glon=  288.09 (0-360E) glon=  288.09 glat=  34.40 u=  -2.1900 v= -25.4000 vr=   2.31887 vt=  25.38856
 i= 1077 j=  786 glon=  288.29 (0-360E) glon=  288.29 glat=  34.40 u=  -4.6100 v= -27.5000 vr=   4.77044 vt=  27.47262
 i= 1082 j=  786 glon=  288.49 (0-360E) glon=  288.49 glat=  34.40 u=  -2.7600 v= -19.6000 vr=   2.90250 vt=  19.57941
 i= 1087 j=  786 glon=  288.69 (0-360E) glon=  288.69 glat=  34.40 u=  -1.6700 v= -16.2000 vr=   1.84382 vt=  16.18114
 i= 1092 j=  786 glon=  288.89 (0-360E) glon=  288.89 glat=  34.40 u=  -3.2400 v=  -6.8000 vr=   3.41859 vt=   6.71199
 i= 1097 j=  786 glon=  289.09 (0-360E) glon=  289.09 glat=  34.40 u=  -3.5500 v=   9.3000 vr=  -3.94309 vt=   9.14027
 i= 1102 j=  786 glon=  289.29 (0-360E) glon=  289.29 glat=  34.40 u=  -4.2600 v=  17.4000 vr=  -4.47474 vt=  17.34602
 i= 1107 j=  786 glon=  289.49 (0-360E) glon=  289.49 glat=  34.40 u=  -2.0900 v=  17.9000 vr=  -2.22983 vt=  17.88312
 i= 1112 j=  786 glon=  289.69 (0-360E) glon=  289.69 glat=  34.40 u=  -1.4800 v=  17.6000 vr=  -1.58723 vt=  17.59065
 i= 1117 j=  786 glon=  289.89 (0-360E) glon=  289.89 glat=  34.40 u=   0.0400 v=  19.1000 vr=  -0.05972 vt=  19.09995
 i= 1122 j=  786 glon=  290.09 (0-360E) glon=  290.09 glat=  34.40 u=   0.7500 v=  19.4000 vr=   0.65876 vt=  19.40331
 i= 1127 j=  786 glon=  290.29 (0-360E) glon=  290.29 glat=  34.40 u=   2.3500 v=  18.8000 vr=   2.26794 vt=  18.81008
 i= 1132 j=  786 glon=  290.49 (0-360E) glon=  290.49 glat=  34.40 u=   2.6400 v=  17.8000 vr=   2.56654 vt=  17.81074
 i= 1137 j=  786 glon=  290.69 (0-360E) glon=  290.69 glat=  34.40 u=   3.4900 v=  17.1000 vr=   3.42243 vt=  17.11365
 i= 1142 j=  786 glon=  290.89 (0-360E) glon=  290.89 glat=  34.40 u=   3.5400 v=  17.2000 vr=   3.47435 vt=  17.21338
 i= 1147 j=  786 glon=  291.09 (0-360E) glon=  291.09 glat=  34.40 u=   3.5500 v=  19.0000 vr=   3.47950 vt=  19.01304
 i= 1152 j=  786 glon=  291.29 (0-360E) glon=  291.29 glat=  34.40 u=   4.5400 v=  20.3000 vr=   4.46642 vt=  20.31632
 i= 1037 j=  791 glon=  286.69 (0-360E) glon=  286.69 glat=  34.20 u=  -3.4900 v= -21.2000 vr=   5.80915 vt=  20.68511
 i= 1042 j=  791 glon=  286.89 (0-360E) glon=  286.89 glat=  34.20 u=  -2.7700 v= -20.0000 vr=   5.14469 vt=  19.52447
 i= 1047 j=  791 glon=  287.09 (0-360E) glon=  287.09 glat=  34.20 u=  -3.2100 v= -19.6000 vr=   5.75064 vt=  19.01037
 i= 1052 j=  791 glon=  287.29 (0-360E) glon=  287.29 glat=  34.20 u=  -2.6400 v= -21.2000 vr=   5.68579 vt=  20.59324
 i= 1057 j=  791 glon=  287.49 (0-360E) glon=  287.49 glat=  34.20 u=  -1.7200 v= -22.4000 vr=   5.33883 vt=  21.82236
 i= 1062 j=  791 glon=  287.69 (0-360E) glon=  287.69 glat=  34.20 u=  -2.3900 v= -23.3000 vr=   6.66780 vt=  22.45312
 i= 1067 j=  791 glon=  287.89 (0-360E) glon=  287.89 glat=  34.20 u=  -0.9400 v= -23.4000 vr=   5.97120 vt=  22.64483
 i= 1072 j=  791 glon=  288.09 (0-360E) glon=  288.09 glat=  34.20 u=   1.4300 v= -25.7000 vr=   5.27135 vt=  25.19420
 i= 1077 j=  791 glon=  288.29 (0-360E) glon=  288.29 glat=  34.20 u=   1.3600 v= -26.7000 vr=   7.32877 vt=  25.71048
 i= 1082 j=  791 glon=  288.49 (0-360E) glon=  288.49 glat=  34.20 u=   3.6600 v= -20.1000 vr=   5.23658 vt=  19.74801
 i= 1087 j=  791 glon=  288.69 (0-360E) glon=  288.69 glat=  34.20 u=   4.1500 v= -17.2000 vr=   7.09243 vt=  16.20987
 i= 1092 j=  791 glon=  288.89 (0-360E) glon=  288.89 glat=  34.20 u=   5.7800 v=  -5.9000 vr=   2.66579 vt=   7.81741
 i= 1097 j=  791 glon=  289.09 (0-360E) glon=  289.09 glat=  34.20 u=   5.3800 v=   8.9000 vr=  -6.90526 vt=   7.77636
 i= 1102 j=  791 glon=  289.29 (0-360E) glon=  289.29 glat=  34.20 u=   3.7400 v=  17.1000 vr=  -8.57048 vt=  15.26252
 i= 1107 j=  791 glon=  289.49 (0-360E) glon=  289.49 glat=  34.20 u=   4.2400 v=  18.7000 vr=  -4.81706 vt=  18.55973
 i= 1112 j=  791 glon=  289.69 (0-360E) glon=  289.69 glat=  34.20 u=   2.9800 v=  18.4000 vr=  -3.50467 vt=  18.30731
 i= 1117 j=  791 glon=  289.89 (0-360E) glon=  289.89 glat=  34.20 u=   3.9200 v=  19.2000 vr=  -1.44400 vt=  19.54281
 i= 1122 j=  791 glon=  290.09 (0-360E) glon=  290.09 glat=  34.20 u=   3.7800 v=  19.6000 vr=  -0.72322 vt=  19.94807
 i= 1127 j=  791 glon=  290.29 (0-360E) glon=  290.29 glat=  34.20 u=   5.0100 v=  19.0000 vr=   1.27238 vt=  19.60819
 i= 1132 j=  791 glon=  290.49 (0-360E) glon=  290.49 glat=  34.20 u=   5.2000 v=  18.1000 vr=   2.09562 vt=  18.71519
 i= 1137 j=  791 glon=  290.69 (0-360E) glon=  290.69 glat=  34.20 u=   5.5400 v=  17.7000 vr=   2.84466 vt=  18.32729
 i= 1142 j=  791 glon=  290.89 (0-360E) glon=  290.89 glat=  34.20 u=   5.5800 v=  17.5000 vr=   3.18310 vt=  18.09017
 i= 1147 j=  791 glon=  291.09 (0-360E) glon=  291.09 glat=  34.20 u=   5.0700 v=  19.8000 vr=   2.61200 vt=  20.27122
 i= 1152 j=  791 glon=  291.29 (0-360E) glon=  291.29 glat=  34.20 u=   5.8300 v=  20.5000 vr=   3.48739 vt=  21.02563
 i= 1037 j=  796 glon=  286.69 (0-360E) glon=  286.69 glat=  34.00 u=  -0.7000 v= -17.9000 vr=   4.45229 vt=  17.35157
 i= 1042 j=  796 glon=  286.89 (0-360E) glon=  286.89 glat=  34.00 u=  -1.0300 v= -19.1000 vr=   5.36558 vt=  18.35978
 i= 1047 j=  796 glon=  287.09 (0-360E) glon=  287.09 glat=  34.00 u=  -0.9900 v= -19.5000 vr=   5.83044 vt=  18.63427
 i= 1052 j=  796 glon=  287.29 (0-360E) glon=  287.29 glat=  34.00 u=  -1.1800 v= -21.0000 vr=   6.92643 vt=  19.85993
 i= 1057 j=  796 glon=  287.49 (0-360E) glon=  287.49 glat=  34.00 u=  -0.1600 v= -22.5000 vr=   7.07941 vt=  21.35785
 i= 1062 j=  796 glon=  287.69 (0-360E) glon=  287.69 glat=  34.00 u=   0.6000 v= -22.7000 vr=   7.34170 vt=  21.48836
 i= 1067 j=  796 glon=  287.89 (0-360E) glon=  287.89 glat=  34.00 u=   2.2200 v= -22.2000 vr=   6.84642 vt=  21.23429
 i= 1072 j=  796 glon=  288.09 (0-360E) glon=  288.09 glat=  34.00 u=   5.1000 v= -23.2000 vr=   6.35674 vt=  22.88759
 i= 1077 j=  796 glon=  288.29 (0-360E) glon=  288.29 glat=  34.00 u=   7.4600 v= -24.0000 vr=   7.24802 vt=  24.06487
 i= 1082 j=  796 glon=  288.49 (0-360E) glon=  288.49 glat=  34.00 u=   8.0800 v= -19.9000 vr=   7.65572 vt=  20.06705
 i= 1087 j=  796 glon=  288.69 (0-360E) glon=  288.69 glat=  34.00 u=  11.4500 v= -14.2000 vr=   5.49688 vt=  17.39330
 i= 1092 j=  796 glon=  288.89 (0-360E) glon=  288.89 glat=  34.00 u=  12.7300 v=  -5.2000 vr=   1.90657 vt=  13.61829
 i= 1097 j=  796 glon=  289.09 (0-360E) glon=  289.09 glat=  34.00 u=  11.9800 v=   5.6000 vr=  -3.68267 vt=  12.70112
 i= 1102 j=  796 glon=  289.29 (0-360E) glon=  289.29 glat=  34.00 u=   9.7200 v=  14.7000 vr=  -8.00049 vt=  15.70225
 i= 1107 j=  796 glon=  289.49 (0-360E) glon=  289.49 glat=  34.00 u=   9.8300 v=  16.6000 vr=  -5.01571 vt=  18.62878
 i= 1112 j=  796 glon=  289.69 (0-360E) glon=  289.69 glat=  34.00 u=   7.1700 v=  17.0000 vr=  -4.14443 vt=  17.97867
 i= 1117 j=  796 glon=  289.89 (0-360E) glon=  289.89 glat=  34.00 u=   7.1100 v=  19.2000 vr=  -3.15413 vt=  20.22977
 i= 1122 j=  796 glon=  290.09 (0-360E) glon=  290.09 glat=  34.00 u=   7.1400 v=  19.3000 vr=  -1.50378 vt=  20.52336
 i= 1127 j=  796 glon=  290.29 (0-360E) glon=  290.29 glat=  34.00 u=   7.3000 v=  18.8000 vr=   0.05668 vt=  20.16747
 i= 1132 j=  796 glon=  290.49 (0-360E) glon=  290.49 glat=  34.00 u=   7.6900 v=  17.8000 vr=   1.65848 vt=  19.31905
 i= 1137 j=  796 glon=  290.69 (0-360E) glon=  290.69 glat=  34.00 u=   7.0800 v=  17.6000 vr=   1.81312 vt=  18.88383
 i= 1142 j=  796 glon=  290.89 (0-360E) glon=  290.89 glat=  34.00 u=   7.5100 v=  17.2000 vr=   2.86497 vt=  18.54810
 i= 1147 j=  796 glon=  291.09 (0-360E) glon=  291.09 glat=  34.00 u=   7.0500 v=  20.1000 vr=   2.16904 vt=  21.18980
 i= 1152 j=  796 glon=  291.29 (0-360E) glon=  291.29 glat=  34.00 u=   7.0300 v=  20.4000 vr=   2.49071 vt=  21.43309
 i= 1037 j=  801 glon=  286.69 (0-360E) glon=  286.69 glat=  33.80 u=   0.4500 v= -17.3000 vr=   4.83445 vt=  16.61688
 i= 1042 j=  801 glon=  286.89 (0-360E) glon=  286.89 glat=  33.80 u=   1.9100 v= -17.7000 vr=   4.02041 vt=  17.34285
 i= 1047 j=  801 glon=  287.09 (0-360E) glon=  287.09 glat=  33.80 u=   0.2800 v= -19.5000 vr=   6.72361 vt=  18.30632
 i= 1052 j=  801 glon=  287.29 (0-360E) glon=  287.29 glat=  33.80 u=   0.6900 v= -20.1000 vr=   7.26127 vt=  18.75527
 i= 1057 j=  801 glon=  287.49 (0-360E) glon=  287.49 glat=  33.80 u=   1.6100 v= -21.3000 vr=   7.80131 vt=  19.88521
 i= 1062 j=  801 glon=  287.69 (0-360E) glon=  287.69 glat=  33.80 u=   3.4400 v= -21.7000 vr=   7.50702 vt=  20.64869
 i= 1067 j=  801 glon=  287.89 (0-360E) glon=  287.89 glat=  33.80 u=   4.6500 v= -19.6000 vr=   6.80370 vt=  18.96028
 i= 1072 j=  801 glon=  288.09 (0-360E) glon=  288.09 glat=  33.80 u=   7.4600 v= -20.4000 vr=   6.81166 vt=  20.62554
 i= 1077 j=  801 glon=  288.29 (0-360E) glon=  288.29 glat=  33.80 u=  10.6600 v= -20.1000 vr=   6.77393 vt=  21.72002
 i= 1082 j=  801 glon=  288.49 (0-360E) glon=  288.49 glat=  33.80 u=  13.1300 v= -17.3000 vr=   6.39871 vt=  20.75436
 i= 1087 j=  801 glon=  288.69 (0-360E) glon=  288.69 glat=  33.80 u=  14.9600 v= -12.0000 vr=   4.89778 vt=  18.54220
 i= 1092 j=  801 glon=  288.89 (0-360E) glon=  288.89 glat=  33.80 u=  16.2200 v=  -4.5000 vr=   1.72144 vt=  16.74440
 i= 1097 j=  801 glon=  289.09 (0-360E) glon=  289.09 glat=  33.80 u=  15.7400 v=   4.3000 vr=  -2.64077 vt=  16.10167
 i= 1102 j=  801 glon=  289.29 (0-360E) glon=  289.29 glat=  33.80 u=  15.2000 v=  11.8000 vr=  -5.65198 vt=  18.39389
 i= 1107 j=  801 glon=  289.49 (0-360E) glon=  289.49 glat=  33.80 u=  13.4700 v=  13.6000 vr=  -4.02766 vt=  18.71307
 i= 1112 j=  801 glon=  289.69 (0-360E) glon=  289.69 glat=  33.80 u=  10.7700 v=  16.2000 vr=  -4.56920 vt=  18.90913
 i= 1117 j=  801 glon=  289.89 (0-360E) glon=  289.89 glat=  33.80 u=  10.4600 v=  18.1000 vr=  -3.56350 vt=  20.59910
 i= 1122 j=  801 glon=  290.09 (0-360E) glon=  290.09 glat=  33.80 u=  10.0300 v=  18.2000 vr=  -1.94193 vt=  20.68985
 i= 1127 j=  801 glon=  290.29 (0-360E) glon=  290.29 glat=  33.80 u=   9.5500 v=  17.6000 vr=  -0.48579 vt=  20.01815
 i= 1132 j=  801 glon=  290.49 (0-360E) glon=  290.49 glat=  33.80 u=   9.9200 v=  16.9000 vr=   1.35363 vt=  19.54953
 i= 1137 j=  801 glon=  290.69 (0-360E) glon=  290.69 glat=  33.80 u=   9.2400 v=  17.3000 vr=   1.50547 vt=  19.55508
 i= 1142 j=  801 glon=  290.89 (0-360E) glon=  290.89 glat=  33.80 u=   8.8600 v=  17.2000 vr=   1.95202 vt=  19.24914
 i= 1147 j=  801 glon=  291.09 (0-360E) glon=  291.09 glat=  33.80 u=   8.6200 v=  19.9000 vr=   1.44271 vt=  21.63869
 i= 1152 j=  801 glon=  291.29 (0-360E) glon=  291.29 glat=  33.80 u=   8.0200 v=  20.2000 vr=   1.36774 vt=  21.69077
 i= 1042 j=  806 glon=  286.89 (0-360E) glon=  286.89 glat=  33.60 u=   2.8800 v= -17.4000 vr=   4.68481 vt=  17.00315
 i= 1047 j=  806 glon=  287.09 (0-360E) glon=  287.09 glat=  33.60 u=   2.2300 v= -18.0000 vr=   6.17981 vt=  17.05236
 i= 1052 j=  806 glon=  287.29 (0-360E) glon=  287.29 glat=  33.60 u=   2.1300 v= -19.4000 vr=   7.71860 vt=  17.92540
 i= 1057 j=  806 glon=  287.49 (0-360E) glon=  287.49 glat=  33.60 u=   3.5000 v= -20.3000 vr=   8.00321 vt=  18.98127
 i= 1062 j=  806 glon=  287.69 (0-360E) glon=  287.69 glat=  33.60 u=   6.0000 v= -19.9000 vr=   6.96827 vt=  19.58196
 i= 1067 j=  806 glon=  287.89 (0-360E) glon=  287.89 glat=  33.60 u=   5.5900 v= -18.9000 vr=   8.15070 vt=  17.94503
 i= 1072 j=  806 glon=  288.09 (0-360E) glon=  288.09 glat=  33.60 u=   8.3200 v= -17.6000 vr=   7.03139 vt=  18.15329
 i= 1077 j=  806 glon=  288.29 (0-360E) glon=  288.29 glat=  33.60 u=  11.7700 v= -16.7000 vr=   6.36285 vt=  19.41487
 i= 1082 j=  806 glon=  288.49 (0-360E) glon=  288.49 glat=  33.60 u=  14.2400 v= -13.7000 vr=   5.29841 vt=  19.03666
 i= 1087 j=  806 glon=  288.69 (0-360E) glon=  288.69 glat=  33.60 u=  16.5300 v=  -7.8000 vr=   2.16901 vt=  18.14873
 i= 1092 j=  806 glon=  288.89 (0-360E) glon=  288.89 glat=  33.60 u=  17.2600 v=  -1.3000 vr=  -0.89439 vt=  17.28577
 i= 1097 j=  806 glon=  289.09 (0-360E) glon=  289.09 glat=  33.60 u=  17.6800 v=   3.7000 vr=  -2.30486 vt=  17.91536
 i= 1102 j=  806 glon=  289.29 (0-360E) glon=  289.29 glat=  33.60 u=  17.5600 v=   8.2000 vr=  -3.08139 vt=  19.13370
 i= 1107 j=  806 glon=  289.49 (0-360E) glon=  289.49 glat=  33.60 u=  13.8200 v=  12.0000 vr=  -4.68953 vt=  17.69183
 i= 1112 j=  806 glon=  289.69 (0-360E) glon=  289.69 glat=  33.60 u=  13.7100 v=  16.1000 vr=  -5.38351 vt=  20.44974
 i= 1117 j=  806 glon=  289.89 (0-360E) glon=  289.89 glat=  33.60 u=  13.2900 v=  16.9000 vr=  -3.65874 vt=  21.18603
 i= 1122 j=  806 glon=  290.09 (0-360E) glon=  290.09 glat=  33.60 u=  12.2900 v=  16.6000 vr=  -2.02008 vt=  20.55537
 i= 1127 j=  806 glon=  290.29 (0-360E) glon=  290.29 glat=  33.60 u=  11.7400 v=  16.1000 vr=  -0.44026 vt=  19.92094
 i= 1132 j=  806 glon=  290.49 (0-360E) glon=  290.49 glat=  33.60 u=  11.2600 v=  16.2000 vr=   0.45968 vt=  19.72350
 i= 1137 j=  806 glon=  290.69 (0-360E) glon=  290.69 glat=  33.60 u=  10.5400 v=  16.0000 vr=   1.04589 vt=  19.13107
 i= 1142 j=  806 glon=  290.89 (0-360E) glon=  290.89 glat=  33.60 u=   9.6000 v=  17.2000 vr=   0.55355 vt=  19.68994
 i= 1147 j=  806 glon=  291.09 (0-360E) glon=  291.09 glat=  33.60 u=   9.5800 v=  19.5000 vr=   0.33144 vt=  21.72364
 i= 1047 j=  811 glon=  287.09 (0-360E) glon=  287.09 glat=  33.40 u=   4.5600 v= -16.2000 vr=   4.82871 vt=  16.12195
 i= 1052 j=  811 glon=  287.29 (0-360E) glon=  287.29 glat=  33.40 u=   4.6100 v= -16.6000 vr=   5.81967 vt=  16.21553
 i= 1057 j=  811 glon=  287.49 (0-360E) glon=  287.49 glat=  33.40 u=   4.8300 v= -19.0000 vr=   8.08512 vt=  17.85944
 i= 1062 j=  811 glon=  287.69 (0-360E) glon=  287.69 glat=  33.40 u=   7.7000 v= -18.1000 vr=   6.57301 vt=  18.53903
 i= 1067 j=  811 glon=  287.89 (0-360E) glon=  287.89 glat=  33.40 u=   8.5200 v= -16.0000 vr=   5.95879 vt=  17.11967
 i= 1072 j=  811 glon=  288.09 (0-360E) glon=  288.09 glat=  33.40 u=   9.4600 v= -14.0000 vr=   5.41077 vt=  16.00672
 i= 1077 j=  811 glon=  288.29 (0-360E) glon=  288.29 glat=  33.40 u=  11.1000 v= -14.2000 vr=   6.50587 vt=  16.80844
 i= 1082 j=  811 glon=  288.49 (0-360E) glon=  288.49 glat=  33.40 u=  14.0400 v= -12.2000 vr=   5.63069 vt=  17.72729
 i= 1087 j=  811 glon=  288.69 (0-360E) glon=  288.69 glat=  33.40 u=  16.4800 v=  -7.3000 vr=   2.79863 vt=  17.80584
 i= 1092 j=  811 glon=  288.89 (0-360E) glon=  288.89 glat=  33.40 u=  17.1000 v=  -2.9000 vr=   1.14685 vt=  17.30620
 i= 1097 j=  811 glon=  289.09 (0-360E) glon=  289.09 glat=  33.40 u=  16.9300 v=   2.7000 vr=  -1.63211 vt=  17.06608
 i= 1102 j=  811 glon=  289.29 (0-360E) glon=  289.29 glat=  33.40 u=  15.3200 v=   7.3000 vr=  -3.71311 vt=  16.55914
 i= 1107 j=  811 glon=  289.49 (0-360E) glon=  289.49 glat=  33.40 u=  16.5000 v=  11.8000 vr=  -4.94998 vt=  19.67200
 i= 1112 j=  811 glon=  289.69 (0-360E) glon=  289.69 glat=  33.40 u=  15.7400 v=  14.0000 vr=  -4.56263 vt=  20.56526
 i= 1117 j=  811 glon=  289.89 (0-360E) glon=  289.89 glat=  33.40 u=  14.4300 v=  15.1000 vr=  -3.79526 vt=  20.53852
 i= 1122 j=  811 glon=  290.09 (0-360E) glon=  290.09 glat=  33.40 u=  13.6300 v=  14.6000 vr=  -1.88744 vt=  19.88403
 i= 1127 j=  811 glon=  290.29 (0-360E) glon=  290.29 glat=  33.40 u=  13.4700 v=  14.5000 vr=  -0.24741 vt=  19.78964
 i= 1132 j=  811 glon=  290.49 (0-360E) glon=  290.49 glat=  33.40 u=  11.7000 v=  15.3000 vr=  -0.70451 vt=  19.24795
 i= 1137 j=  811 glon=  290.69 (0-360E) glon=  290.69 glat=  33.40 u=  10.4300 v=  15.5000 vr=  -0.67734 vt=  18.67019
 i= 1142 j=  811 glon=  290.89 (0-360E) glon=  290.89 glat=  33.40 u=  10.5900 v=  17.0000 vr=  -0.39064 vt=  20.02487
 i= 1147 j=  811 glon=  291.09 (0-360E) glon=  291.09 glat=  33.40 u=  10.3000 v=  18.7000 vr=  -0.60944 vt=  21.34030
 i= 1047 j=  816 glon=  287.09 (0-360E) glon=  287.09 glat=  33.20 u=   5.0600 v= -15.9000 vr=   5.58897 vt=  15.72186
 i= 1052 j=  816 glon=  287.29 (0-360E) glon=  287.29 glat=  33.20 u=   7.4600 v= -15.9000 vr=   4.58191 vt=  16.95487
 i= 1057 j=  816 glon=  287.49 (0-360E) glon=  287.49 glat=  33.20 u=   8.0800 v= -15.4000 vr=   4.80921 vt=  16.71281
 i= 1062 j=  816 glon=  287.69 (0-360E) glon=  287.69 glat=  33.20 u=   8.7700 v= -15.8000 vr=   5.79504 vt=  17.11638
 i= 1067 j=  816 glon=  287.89 (0-360E) glon=  287.89 glat=  33.20 u=  10.1300 v= -15.0000 vr=   5.68235 vt=  17.18510
 i= 1072 j=  816 glon=  288.09 (0-360E) glon=  288.09 glat=  33.20 u=  11.4100 v= -11.7000 vr=   3.75936 vt=  15.90425
 i= 1077 j=  816 glon=  288.29 (0-360E) glon=  288.29 glat=  33.20 u=  11.0600 v= -11.0000 vr=   4.91765 vt=  14.80339
 i= 1082 j=  816 glon=  288.49 (0-360E) glon=  288.49 glat=  33.20 u=  12.0300 v= -10.7000 vr=   5.98665 vt=  14.94560
 i= 1087 j=  816 glon=  288.69 (0-360E) glon=  288.69 glat=  33.20 u=  14.5100 v=  -8.8000 vr=   5.43256 vt=  16.07692
 i= 1092 j=  816 glon=  288.89 (0-360E) glon=  288.89 glat=  33.20 u=  15.1000 v=  -4.8000 vr=   3.50030 vt=  15.45309
 i= 1097 j=  816 glon=  289.09 (0-360E) glon=  289.09 glat=  33.20 u=  15.9000 v=   3.4000 vr=  -2.56238 vt=  16.05628
 i= 1102 j=  816 glon=  289.29 (0-360E) glon=  289.29 glat=  33.20 u=  16.4200 v=   7.9000 vr=  -4.69399 vt=  17.60661
 i= 1107 j=  816 glon=  289.49 (0-360E) glon=  289.49 glat=  33.20 u=  16.4000 v=  10.7000 vr=  -5.06051 vt=  18.91669
 i= 1112 j=  816 glon=  289.69 (0-360E) glon=  289.69 glat=  33.20 u=  15.3800 v=  12.6000 vr=  -4.93737 vt=  19.25946
 i= 1117 j=  816 glon=  289.89 (0-360E) glon=  289.89 glat=  33.20 u=  15.3500 v=  13.5000 vr=  -3.64229 vt=  20.11483
 i= 1122 j=  816 glon=  290.09 (0-360E) glon=  290.09 glat=  33.20 u=  14.3800 v=  12.8000 vr=  -1.74158 vt=  19.17267
 i= 1127 j=  816 glon=  290.29 (0-360E) glon=  290.29 glat=  33.20 u=  13.6600 v=  13.1000 vr=  -0.85035 vt=  18.90721
 i= 1132 j=  816 glon=  290.49 (0-360E) glon=  290.49 glat=  33.20 u=  11.2900 v=  14.4000 vr=  -2.08507 vt=  18.17902
 i= 1137 j=  816 glon=  290.69 (0-360E) glon=  290.69 glat=  33.20 u=  11.1000 v=  15.6000 vr=  -1.87157 vt=  19.05432
 i= 1142 j=  816 glon=  290.89 (0-360E) glon=  290.89 glat=  33.20 u=  11.4200 v=  17.0000 vr=  -1.43452 vt=  20.42936
 i= 1052 j=  821 glon=  287.29 (0-360E) glon=  287.29 glat=  33.00 u=   7.3700 v= -15.1000 vr=   5.35655 vt=  15.92590
 i= 1057 j=  821 glon=  287.49 (0-360E) glon=  287.49 glat=  33.00 u=   9.2600 v= -14.9000 vr=   4.90800 vt=  16.84248
 i= 1062 j=  821 glon=  287.69 (0-360E) glon=  287.69 glat=  33.00 u=  10.4600 v= -13.7000 vr=   4.36986 vt=  16.67351
 i= 1067 j=  821 glon=  287.89 (0-360E) glon=  287.89 glat=  33.00 u=  11.5600 v= -13.0000 vr=   4.45212 vt=  16.81702
 i= 1072 j=  821 glon=  288.09 (0-360E) glon=  288.09 glat=  33.00 u=  12.4600 v= -11.4000 vr=   4.04759 vt=  16.39599
 i= 1077 j=  821 glon=  288.29 (0-360E) glon=  288.29 glat=  33.00 u=  13.8000 v=  -9.1000 vr=   2.94712 vt=  16.26544
 i= 1082 j=  821 glon=  288.49 (0-360E) glon=  288.49 glat=  33.00 u=  13.9200 v=  -7.4000 vr=   2.95692 vt=  15.48493
 i= 1087 j=  821 glon=  288.69 (0-360E) glon=  288.69 glat=  33.00 u=  15.6500 v=  -4.6000 vr=   1.57873 vt=  16.23546
 i= 1092 j=  821 glon=  288.89 (0-360E) glon=  288.89 glat=  33.00 u=  16.5400 v=   0.1000 vr=  -1.30596 vt=  16.48867
 i= 1097 j=  821 glon=  289.09 (0-360E) glon=  289.09 glat=  33.00 u=  16.8000 v=   3.3000 vr=  -2.54134 vt=  16.93138
 i= 1102 j=  821 glon=  289.29 (0-360E) glon=  289.29 glat=  33.00 u=  16.1600 v=   6.7000 vr=  -4.01102 vt=  17.02784
 i= 1107 j=  821 glon=  289.49 (0-360E) glon=  289.49 glat=  33.00 u=  15.5400 v=   9.7000 vr=  -5.13159 vt=  17.58546
 i= 1112 j=  821 glon=  289.69 (0-360E) glon=  289.69 glat=  33.00 u=  15.8700 v=  11.0000 vr=  -4.33337 vt=  18.81698
 i= 1117 j=  821 glon=  289.89 (0-360E) glon=  289.89 glat=  33.00 u=  15.6900 v=  11.1000 vr=  -2.65520 vt=  19.03513
 i= 1122 j=  821 glon=  290.09 (0-360E) glon=  290.09 glat=  33.00 u=  14.6700 v=  11.4000 vr=  -1.76504 vt=  18.49469
 i= 1127 j=  821 glon=  290.29 (0-360E) glon=  290.29 glat=  33.00 u=  12.6200 v=  12.8000 vr=  -2.64498 vt=  17.77944
 i= 1132 j=  821 glon=  290.49 (0-360E) glon=  290.49 glat=  33.00 u=  11.7600 v=  14.1000 vr=  -2.92707 vt=  18.12567
 i= 1137 j=  821 glon=  290.69 (0-360E) glon=  290.69 glat=  33.00 u=  12.2100 v=  15.6000 vr=  -2.53491 vt=  19.64735
 i= 1062 j=  826 glon=  287.69 (0-360E) glon=  287.69 glat=  32.80 u=  11.3600 v= -12.3000 vr=   3.74751 vt=  16.31857
 i= 1067 j=  826 glon=  287.89 (0-360E) glon=  287.89 glat=  32.80 u=  12.3100 v= -10.9000 vr=   3.24844 vt=  16.11812
 i= 1072 j=  826 glon=  288.09 (0-360E) glon=  288.09 glat=  32.80 u=  13.1100 v=  -9.4000 vr=   2.83593 vt=  15.88048
 i= 1077 j=  826 glon=  288.29 (0-360E) glon=  288.29 glat=  32.80 u=  13.6000 v=  -8.0000 vr=   2.72720 vt=  15.54099
 i= 1082 j=  826 glon=  288.49 (0-360E) glon=  288.49 glat=  32.80 u=  14.3300 v=  -5.5000 vr=   1.56262 vt=  15.26948
 i= 1087 j=  826 glon=  288.69 (0-360E) glon=  288.69 glat=  32.80 u=  15.4900 v=  -2.4000 vr=  -0.19130 vt=  15.67366
 i= 1092 j=  826 glon=  288.89 (0-360E) glon=  288.89 glat=  32.80 u=  15.7700 v=   0.1000 vr=  -1.10755 vt=  15.73138
 i= 1097 j=  826 glon=  289.09 (0-360E) glon=  289.09 glat=  32.80 u=  15.4000 v=   3.9000 vr=  -3.29051 vt=  15.54164
 i= 1102 j=  826 glon=  289.29 (0-360E) glon=  289.29 glat=  32.80 u=  15.5900 v=   6.4000 vr=  -4.13111 vt=  16.33836
 i= 1107 j=  826 glon=  289.49 (0-360E) glon=  289.49 glat=  32.80 u=  15.7000 v=   8.4000 vr=  -4.40259 vt=  17.25303
 i= 1112 j=  826 glon=  289.69 (0-360E) glon=  289.69 glat=  32.80 u=  15.4400 v=   9.6000 vr=  -3.96750 vt=  17.74296
 i= 1117 j=  826 glon=  289.89 (0-360E) glon=  289.89 glat=  32.80 u=  14.6200 v=  10.4000 vr=  -3.44402 vt=  17.60804
 i= 1122 j=  826 glon=  290.09 (0-360E) glon=  290.09 glat=  32.80 u=  12.9700 v=  10.9000 vr=  -3.22591 vt=  16.63203
 i= 1127 j=  826 glon=  290.29 (0-360E) glon=  290.29 glat=  32.80 u=  12.4100 v=  12.2000 vr=  -3.36116 vt=  17.07486
 i= 1132 j=  826 glon=  290.49 (0-360E) glon=  290.49 glat=  32.80 u=  12.3800 v=  14.0000 vr=  -3.63835 vt=  18.33103
 i= 1072 j=  831 glon=  288.09 (0-360E) glon=  288.09 glat=  32.60 u=  12.3800 v=  -7.4000 vr=   1.97236 vt=  14.28755
 i= 1077 j=  831 glon=  288.29 (0-360E) glon=  288.29 glat=  32.60 u=  13.1900 v=  -6.4000 vr=   1.90702 vt=  14.53614
 i= 1082 j=  831 glon=  288.49 (0-360E) glon=  288.49 glat=  32.60 u=  14.1200 v=  -4.8000 vr=   1.35910 vt=  14.85151
 i= 1087 j=  831 glon=  288.69 (0-360E) glon=  288.69 glat=  32.60 u=  14.4400 v=  -1.9000 vr=  -0.24837 vt=  14.56235
 i= 1092 j=  831 glon=  288.89 (0-360E) glon=  288.89 glat=  32.60 u=  15.2500 v=   1.6000 vr=  -2.46468 vt=  15.13433
 i= 1097 j=  831 glon=  289.09 (0-360E) glon=  289.09 glat=  32.60 u=  15.4700 v=   3.1000 vr=  -2.55607 vt=  15.56912
 i= 1102 j=  831 glon=  289.29 (0-360E) glon=  289.29 glat=  32.60 u=  15.0100 v=   5.5000 vr=  -3.56400 vt=  15.58358
 i= 1107 j=  831 glon=  289.49 (0-360E) glon=  289.49 glat=  32.60 u=  14.9400 v=   7.0000 vr=  -3.64107 vt=  16.09180
 i= 1112 j=  831 glon=  289.69 (0-360E) glon=  289.69 glat=  32.60 u=  14.0000 v=   8.8000 vr=  -4.24588 vt=  15.98163
 i= 1117 j=  831 glon=  289.89 (0-360E) glon=  289.89 glat=  32.60 u=  13.3600 v=   9.3000 vr=  -3.63473 vt=  15.86721
 i= 1122 j=  831 glon=  290.09 (0-360E) glon=  290.09 glat=  32.60 u=  12.8300 v=  10.3000 vr=  -3.54528 vt=  16.06642
 i= 1087 j=  836 glon=  288.69 (0-360E) glon=  288.69 glat=  32.40 u=  14.4200 v=  -0.8000 vr=  -1.12465 vt=  14.39832
 i= 1092 j=  836 glon=  288.89 (0-360E) glon=  288.89 glat=  32.40 u=  14.9400 v=   1.2000 vr=  -1.96389 vt=  14.85889
 i= 1097 j=  836 glon=  289.09 (0-360E) glon=  289.09 glat=  32.40 u=  14.8400 v=   3.2000 vr=  -2.73006 vt=  14.93360
 i= 1102 j=  836 glon=  289.29 (0-360E) glon=  289.29 glat=  32.40 u=  15.2400 v=   3.9000 vr=  -2.14185 vt=  15.58461
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    17.4863319712450       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     27.83 kts
    LL Wind Circ Vt mean quadmax value: SE     29.18 kts
    LL Wind Circ Vt mean quadmax value: SW     31.99 kts
    LL Wind Circ Vt mean quadmax value: NW     30.85 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.19135151303628       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.40945987951494       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.2908607647035     
   xcenlon=    288.960022980727     
   imax=         2738  jmax=         2041
   jlatfix=          788
   ilonfix (unadjusted) =         1094
  
 In get_max_wind, ibeg=         1011  iend=         1176
                  jbeg=          720  jend=          857
         ilonfix=         1094  jlatfix=          788
 At end of get_max_wind, vmax=    21.3895769009113       rmax= 
   30.5735584690192     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    2.74 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.07 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    7.09 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    8.74 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   10.04 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   11.03 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   11.85 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   12.51 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   13.09 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   13.61 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   14.14 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   14.69 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   15.27 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   16.20 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   16.45 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   16.59 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   16.70 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   16.80 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   16.91 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   16.97 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   16.97 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   16.89 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   16.76 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   16.60 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   16.41 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   16.21 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   16.02 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   15.85 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   15.69 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   15.48 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.43 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.40 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.41 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.42 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.45 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   15.44 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   15.39 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.31 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.22 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.11 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    16.97 m/s   maxrmw_dist=    63.00  km   maxrmw_ix=   21
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    63.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    16.9726516310149      
  (m/s)   (in kts)=    32.9727703235727     
  rising_sum_dvdr=       8.23190056472895     
  declining_sum_dvdr=   -1.53354192400778     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   102 igrct=  1 Vmax (m/s)=   21.390   22:30:23
 TIMING: before call  getradii, fhr=   102 igrct=  1   22:30:23
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.60832500726146     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.60832500726146     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.33740450649143     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.33740450649143     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.53247202443507     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.53247202443507     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.0659805339330     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   10.07 good_quad_ct=   4 mean_vt_4quad=      2.52
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.61 mean_vt_4quad=    9.55
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.62 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.76 mean_vt_4quad=    9.62
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.81 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   14.84 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   14.78 mean_vt_4quad=    9.75
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   14.86 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   14.96 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   14.96 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.97 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.98 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.96 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   15.01 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   15.03 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.97 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.86 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.79 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.58 mean_vt_4quad=   10.27
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.53 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.58 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.75 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.94 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.90 mean_vt_4quad=   10.47
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.90 mean_vt_4quad=   10.51
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.68 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.52 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.58 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.73 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.91 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.11 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.17 mean_vt_4quad=   10.94
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.24 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.29 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.23 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.15 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.20 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.47 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.98 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   16.43 mean_vt_4quad=   11.48
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   16.81 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   17.14 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   17.04 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.53 mean_vt_4quad=   11.71
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.68 mean_vt_4quad=   11.76
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.44 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   13.37 mean_vt_4quad=   11.80
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   12.61 mean_vt_4quad=   11.82
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   12.21 mean_vt_4quad=   11.84
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   11.76 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   11.41 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   11.17 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   11.29 mean_vt_4quad=   11.98
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   11.47 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   11.67 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   11.85 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   12.01 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   12.13 mean_vt_4quad=   12.34
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   12.24 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   12.32 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   12.31 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   12.34 mean_vt_4quad=   12.63
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   12.39 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   12.43 mean_vt_4quad=   12.76
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   12.55 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   12.70 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   12.85 mean_vt_4quad=   12.90
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   12.94 mean_vt_4quad=   12.93
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   13.00 mean_vt_4quad=   12.96
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   13.04 mean_vt_4quad=   12.98
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   13.23 mean_vt_4quad=   13.00
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   13.55 mean_vt_4quad=   13.03
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   13.42 mean_vt_4quad=   13.10
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   13.30 mean_vt_4quad=   13.19
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   13.33 mean_vt_4quad=   13.29
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   13.47 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   13.63 mean_vt_4quad=   13.46
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   13.79 mean_vt_4quad=   13.53
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   13.96 mean_vt_4quad=   13.59
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   14.11 mean_vt_4quad=   13.65
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   14.23 mean_vt_4quad=   13.72
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   14.31 mean_vt_4quad=   13.78
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   14.36 mean_vt_4quad=   13.83
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   14.41 mean_vt_4quad=   13.89
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.46 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   14.50 mean_vt_4quad=   14.00
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   14.54 mean_vt_4quad=   14.03
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   14.56 mean_vt_4quad=   14.06
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   14.55 mean_vt_4quad=   14.08
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   14.55 mean_vt_4quad=   14.11
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   14.61 mean_vt_4quad=   14.16
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   14.75 mean_vt_4quad=   14.23
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   14.86 mean_vt_4quad=   14.32
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   14.94 mean_vt_4quad=   14.44
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   15.19 mean_vt_4quad=   14.58
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   15.43 mean_vt_4quad=   14.74
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   15.59 mean_vt_4quad=   14.90
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   15.66 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   15.70 mean_vt_4quad=   15.21
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   15.69 mean_vt_4quad=   15.39
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   15.58 mean_vt_4quad=   15.56
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   15.57 mean_vt_4quad=   15.70
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   15.67 mean_vt_4quad=   15.79
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   15.79 mean_vt_4quad=   15.82
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   15.85 mean_vt_4quad=   15.80
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   15.83 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   15.74 mean_vt_4quad=   15.69
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   15.56 mean_vt_4quad=   15.65
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   15.39 mean_vt_4quad=   15.57
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   15.29 mean_vt_4quad=   15.39
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   15.23 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   15.39 mean_vt_4quad=   14.58
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   15.67 mean_vt_4quad=   14.07
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   15.99 mean_vt_4quad=   13.56
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   16.21 mean_vt_4quad=   13.07
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   16.11 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   15.51 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   14.55 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   13.27 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   11.77 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   10.22 mean_vt_4quad=    8.36
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=    8.55 mean_vt_4quad=    6.78
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    6.68 mean_vt_4quad=    4.83
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    4.32 mean_vt_4quad=    2.52
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.55 mean_vt_4quad=    9.55
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.55 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.54 mean_vt_4quad=    9.62
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.52 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   10.50 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   10.47 mean_vt_4quad=    9.75
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   10.45 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   10.45 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   10.44 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   10.46 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   10.48 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   10.50 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   10.56 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   10.63 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   10.70 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   10.78 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.87 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.94 mean_vt_4quad=   10.27
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   11.03 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   11.10 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   11.18 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   11.24 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   11.29 mean_vt_4quad=   10.47
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   11.35 mean_vt_4quad=   10.51
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   11.40 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   11.47 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   11.54 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   11.61 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   11.69 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   11.75 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   11.80 mean_vt_4quad=   10.94
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   11.83 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.87 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.95 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   12.03 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   12.10 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   12.18 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   12.25 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   12.30 mean_vt_4quad=   11.48
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   12.36 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.42 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   12.50 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   12.57 mean_vt_4quad=   11.71
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   12.64 mean_vt_4quad=   11.76
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.71 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.77 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.82 mean_vt_4quad=   11.82
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.90 mean_vt_4quad=   11.84
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.98 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   13.10 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   13.25 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   13.39 mean_vt_4quad=   11.98
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   13.51 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.60 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.67 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.72 mean_vt_4quad=   12.25
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.74 mean_vt_4quad=   12.34
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.78 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.85 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.95 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   14.05 mean_vt_4quad=   12.63
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   14.15 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   14.24 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   14.35 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   14.46 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   14.59 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   14.71 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   14.79 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   14.87 mean_vt_4quad=   12.98
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.95 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   15.00 mean_vt_4quad=   13.03
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   15.02 mean_vt_4quad=   13.10
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   15.02 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   15.03 mean_vt_4quad=   13.29
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   15.08 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   15.14 mean_vt_4quad=   13.46
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   15.20 mean_vt_4quad=   13.53
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   15.23 mean_vt_4quad=   13.59
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   15.29 mean_vt_4quad=   13.65
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.32 mean_vt_4quad=   13.72
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.29 mean_vt_4quad=   13.78
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   15.29 mean_vt_4quad=   13.83
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   15.32 mean_vt_4quad=   13.89
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   15.35 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   15.37 mean_vt_4quad=   14.00
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   15.42 mean_vt_4quad=   14.03
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   15.51 mean_vt_4quad=   14.06
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   15.59 mean_vt_4quad=   14.08
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   15.79 mean_vt_4quad=   14.11
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   16.03 mean_vt_4quad=   14.16
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   16.24 mean_vt_4quad=   14.23
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   16.41 mean_vt_4quad=   14.32
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   16.55 mean_vt_4quad=   14.44
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   16.66 mean_vt_4quad=   14.58
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   16.74 mean_vt_4quad=   14.74
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   16.73 mean_vt_4quad=   14.90
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   16.62 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   16.49 mean_vt_4quad=   15.21
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   16.49 mean_vt_4quad=   15.39
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   16.44 mean_vt_4quad=   15.56
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   16.38 mean_vt_4quad=   15.70
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   16.38 mean_vt_4quad=   15.79
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   16.51 mean_vt_4quad=   15.82
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   16.49 mean_vt_4quad=   15.80
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   16.37 mean_vt_4quad=   15.74
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   16.26 mean_vt_4quad=   15.69
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   16.20 mean_vt_4quad=   15.65
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   16.15 mean_vt_4quad=   15.57
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   16.26 mean_vt_4quad=   15.39
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   16.38 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   16.43 mean_vt_4quad=   14.58
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   16.41 mean_vt_4quad=   14.07
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   16.37 mean_vt_4quad=   13.56
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   16.26 mean_vt_4quad=   13.07
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   16.05 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   15.29 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   14.24 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   13.01 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   11.67 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   10.24 mean_vt_4quad=    8.36
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=    8.60 mean_vt_4quad=    6.78
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    6.66 mean_vt_4quad=    4.83
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    4.25 mean_vt_4quad=    2.52
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.88 mean_vt_4quad=    9.55
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.87 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.87 mean_vt_4quad=    9.62
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.87 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.88 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.91 mean_vt_4quad=    9.75
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.98 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.03 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.02 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.97 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.90 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.85 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.82 mean_vt_4quad=   10.09
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.85 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.92 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.01 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.08 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.14 mean_vt_4quad=   10.27
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.20 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.28 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.38 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.37 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.35 mean_vt_4quad=   10.47
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.42 mean_vt_4quad=   10.51
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.49 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.55 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.61 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.67 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.79 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.92 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.06 mean_vt_4quad=   10.94
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.24 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.43 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.61 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   14.76 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   14.86 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   14.94 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.01 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.06 mean_vt_4quad=   11.48
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.12 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.16 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.21 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.26 mean_vt_4quad=   11.71
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.31 mean_vt_4quad=   11.76
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.33 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.36 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.40 mean_vt_4quad=   11.82
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.41 mean_vt_4quad=   11.84
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.35 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.36 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.42 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.52 mean_vt_4quad=   11.98
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.65 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.80 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.95 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.15 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.38 mean_vt_4quad=   12.34
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.53 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.61 mean_vt_4quad=   12.50
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.78 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.11 mean_vt_4quad=   12.63
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.45 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.67 mean_vt_4quad=   12.76
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   12.76 .... 0.5*v_holland=    5.72
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  60
  ++++ rdist(ihc)=  180.00  mean_radii_vt_4quad(ihc)=   12.81 .... 0.5*v_holland=    5.72
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   12.86 .... 0.5*v_holland=    5.72
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   12.90 .... 0.5*v_holland=    5.72
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   12.93 .... 0.5*v_holland=    5.72
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    183.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   98.7468000000000     
 vradius(iwindix,iquad) =          99
  
  --- vmaxwind of    21.3895769009113       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3895769009113       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.55 mean_vt_4quad=    9.55
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   14.69 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   14.89 mean_vt_4quad=    9.62
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   15.07 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   15.09 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   15.14 mean_vt_4quad=    9.75
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   15.19 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   15.38 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   15.47 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   15.59 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   15.63 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   15.63 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   15.53 mean_vt_4quad=   10.09
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   15.48 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   15.44 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   15.32 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   15.39 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   15.40 mean_vt_4quad=   10.27
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.34 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.34 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.30 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.32 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.34 mean_vt_4quad=   10.47
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.42 mean_vt_4quad=   10.51
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.56 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.70 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   15.81 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   15.95 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.04 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.98 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.98 mean_vt_4quad=   10.94
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.94 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.98 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   15.97 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.00 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.00 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   16.30 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   16.54 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   16.62 mean_vt_4quad=   11.48
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   16.71 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   16.79 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   16.84 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.08 mean_vt_4quad=   11.71
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.20 mean_vt_4quad=   11.76
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   17.05 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   17.12 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   17.33 mean_vt_4quad=   11.82
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   17.73 mean_vt_4quad=   11.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   11.84 .... 0.5*v_holland=    4.69
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    4.69
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   11.91 .... 0.5*v_holland=    4.69
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    4.69
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   11.98 .... 0.5*v_holland=    4.69
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    228.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   123.028800000000     
 vradius(iwindix,iquad) =         123
  
  --- vmaxwind of    21.3895769009113       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3895769009113       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   102 igrct=  1   22:30:23
 TIMING: after getrad_iter_loop, fhr=   102 igrct=  2 Vmax (m/s)=   21.390   22:30:23
 TIMING: Before get_phase ... 22:30:23
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          102 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   102.660
  
  
  In get_cps_paramb, lead time=          102 :           0   10L  IDALIA   
   right_ct=          942   left_ct=          983
   zthicksum(1)=    3214945.35075000     
   zthicksum(2)=    3343489.43137500     
   zthick_right_mean=    3412.89315366242     
   zthick_left_mean=     3401.31173079858     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    11.5814228638405     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           40.44
  Sum of y-diffs squared (ydiff2) =         2336.02
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   155.98   6.7452       25.85   0.1661    -1.47     2.17      668.19
    2   145.66   6.6846       15.52   0.1055    -1.83     3.34      240.91
    3   138.10   6.6201        7.96   0.0409     1.23     1.51       63.38
    4   129.58   6.5511       -0.55  -0.0281     4.07    16.54        0.30
    5   115.06   6.4770      -15.08  -0.1022     1.73     3.00      227.37
    6    96.43   6.3969      -33.70  -0.1822    -3.72    13.87     1135.87
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   130.135     x:    6.58
  
  slope=    164.518         y-intercept =   -952.252
  Regression equation:   Y =  -952.25 +   164.52X
  
  R2(r_squared) =  0.9827        r =  0.9913
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1065.51 zmin=  894.25 zdiff=  171.26
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1551.52 zmin= 1395.54 zdiff=  155.98
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -15.28 dlnp=     -0.057158  dzdlnp=      267.327
  
   +++ k=  3 press=    800.0 zmax= 2068.60 zmin= 1922.94 zdiff=  145.66
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.33 dlnp=     -0.060625  dzdlnp=      170.360
  
   +++ k=  4 press=    750.0 zmax= 2616.58 zmin= 2478.49 zdiff=  138.10
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.56 dlnp=     -0.064539  dzdlnp=      117.139
  
   +++ k=  5 press=    700.0 zmax= 3195.76 zmin= 3066.18 zdiff=  129.58
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -8.51 dlnp=     -0.068993  dzdlnp=      123.375
  
   +++ k=  6 press=    650.0 zmax= 3809.72 zmin= 3694.66 zdiff=  115.06
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.53 dlnp=     -0.074108  dzdlnp=      196.038
  
   +++ k=  7 press=    600.0 zmax= 4464.92 zmin= 4368.49 zdiff=   96.43
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -18.62 dlnp=     -0.080043  dzdlnp=      232.676
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          159.65
  Sum of y-diffs squared (ydiff2) =          390.98
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    76.74   6.3099        0.01   0.2788     8.38    70.29        0.00
    2    66.27   6.2146      -10.46   0.1834    -4.94    24.44      109.33
    3    66.99   6.1092       -9.74   0.0781    -7.39    54.61       94.79
    4    79.70   5.9915        2.97  -0.0397     1.78     3.15        8.81
    5    81.47   5.8579        4.74  -0.1732    -0.46     0.21       22.51
    6    89.20   5.7038       12.47  -0.3274     2.63     6.94      155.55
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    76.728     x:    6.03
  
  slope=    -30.048         y-intercept =    257.953
  Regression equation:   Y =   257.95 -    30.05X
  
  R2(r_squared) =  0.5917        r =  0.7692
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          102 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4464.92 zmin= 4368.49 zdiff=   96.43
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5167.17 zmin= 5090.43 zdiff=   76.74
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -19.70 dlnp=     -0.087011  dzdlnp=      226.361
  
   +++ k=  9 press=    500.0 zmax= 5924.87 zmin= 5858.59 zdiff=   66.27
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -10.46 dlnp=     -0.095310  dzdlnp=      109.789
  
   +++ k= 10 press=    450.0 zmax= 6750.37 zmin= 6683.38 zdiff=   66.99
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=       0.72 dlnp=     -0.105361  dzdlnp=       -6.834
  
   +++ k= 11 press=    400.0 zmax= 7659.60 zmin= 7579.91 zdiff=   79.70
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      12.70 dlnp=     -0.117783  dzdlnp=     -107.859
  
   +++ k= 12 press=    350.0 zmax= 8670.38 zmin= 8588.91 zdiff=   81.47
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       1.78 dlnp=     -0.133531  dzdlnp=      -13.300
  
   +++ k= 13 press=    300.0 zmax= 9803.57 zmin= 9714.37 zdiff=   89.20
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       7.73 dlnp=     -0.154151  dzdlnp=      -50.133
  
cps_stats: 10L   lead time= 102: 0   paramb=    11.58  vtl=    164.52  vtu=    -30.05
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  102:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.960 (0-360) guesslon=  288.960E  (  71.040W)   guesslat=   34.291
 ilonfix=         1094  jlatfix=          788  npts=           33
 ibeg=         1018  jbeg=          720  imax=         2738
 iend=         1170  jend=          856  jmax=         2041
 TIMING: find_maxmin 1  22:30:23
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.040E  (0-360) ctlon=  288.040E  (  71.960W)  ctlat=   35.371 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:30:23
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  288.040E   (0-360) guesslon=  288.040E  (  71.960W)   guesslat=   35.371
 ilonfix=         1071  jlatfix=          761  npts=           16
 ibeg=         1018  jbeg=          717  imax=         2738
 iend=         1124  jend=          805  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.820E  (0-360) ctlon=  287.820  (  72.180W)  ctlat=   35.651 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999998     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L   102:00  mean_lon:  287.82E (  72.18W)    (0-360) mean_lon=  287.82E  mean_lat:   35.65  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L   102:00  ifix:  1053   jfix:   731  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1053  jx=          731
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         608 ,         286 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         607 ,         285 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L   102:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:30:23
 TIMING: Before shear ... 22:30:23
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           18
  clon(ist,ifh,3)=    289.012708992888     
  clat(ist,ifh,3)=    34.4034577390381     
  fixlon(ist,ifh)=    288.960022980727     
  fixlat(ist,ifh)=    34.2908607647035     
  xcenlon=    289.012708992888     
  xcenlat=    34.4034577390381     
  
 xxshear
 In get_shear A, xcenlon=    289.012708992888       xcenlat= 
   34.4034577390381     
   In get_shear B, (0-360) xcenlon=    289.012708992888     
  
At start of get_shear:  10L   fhr=  102:00   Mean fix position=   288.96E  ( 71.04W)    34.29  (0-360) mean lon fix=  288.96
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   16.51 vr_mean(idist,ilev)=    0.51
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   19.30 vr_mean(idist,ilev)=   -0.06
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   18.87 vr_mean(idist,ilev)=   -0.08
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   17.95 vr_mean(idist,ilev)=    0.25
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   17.32 vr_mean(idist,ilev)=    0.37
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.14 vr_mean(idist,ilev)=    0.61
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   17.23 vr_mean(idist,ilev)=   -0.34
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   17.35 vr_mean(idist,ilev)=    0.17
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   16.32 vr_mean(idist,ilev)=   -0.19
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.79 vr_mean(idist,ilev)=    0.01
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.01 vr_mean(idist,ilev)=    0.26
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.86 vr_mean(idist,ilev)=    0.49
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.98 vr_mean(idist,ilev)=    0.24
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.19 vr_mean(idist,ilev)=    0.49
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.59 vr_mean(idist,ilev)=    0.32
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.94 vr_mean(idist,ilev)=    0.32
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.90 vr_mean(idist,ilev)=    0.27
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    9.12 vr_mean(idist,ilev)=    0.29
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    8.46 vr_mean(idist,ilev)=    0.50
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.15 vr_mean(idist,ilev)=   20.15
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.22 vr_mean(idist,ilev)=   30.22
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.30 vr_mean(idist,ilev)=   40.30
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.39 vr_mean(idist,ilev)=   50.39
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.48 vr_mean(idist,ilev)=   60.48
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -70.57 vr_mean(idist,ilev)=   70.57
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -80.68 vr_mean(idist,ilev)=   80.68
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -90.79 vr_mean(idist,ilev)=   90.79
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -100.91 vr_mean(idist,ilev)=  100.91
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -111.05 vr_mean(idist,ilev)=  111.05
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -121.20 vr_mean(idist,ilev)=  121.20
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -131.37 vr_mean(idist,ilev)=  131.37
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -141.55 vr_mean(idist,ilev)=  141.55
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -151.75 vr_mean(idist,ilev)=  151.75
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -161.97 vr_mean(idist,ilev)=  161.97
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -172.22 vr_mean(idist,ilev)=  172.22
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -182.50 vr_mean(idist,ilev)=  182.50
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -192.80 vr_mean(idist,ilev)=  192.80
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -203.15 vr_mean(idist,ilev)=  203.15
  
 At end of get_shear: 
     ist=    4 ifh=   18 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:30:23
  
 After call to fixcenter, fix positions at 
 forecast hour=  102:00 follow:
  
fixpos  10L   fhr=  102:00   Fix position=   288.96E  ( 71.04W)    34.29   Max Wind=  42 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.321241530525     
 xxxx get_next_ges, curr fix lon=    288.960022980727     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.960022980727        fixlat=    34.2908607647035     
        (0-360) fixlon=    288.960022980727     
      ilonfix=         1094   jlatfix=          788
      ibeg=          594   iend=         1594
      jbeg=          336   jend=         1240
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.274206455997301       vavg=   -1.33689149777374     
      ubar=  -6.855161399932530E-002  vbar=  -0.334222874443436     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.981319498166058       vavg=  -0.901494945727982     
      ubar=   0.422108135083704       vbar=  -0.784970347307427     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.47062317311140       vavg=  -0.696552196838573     
      ubar=    1.28976392836155       vbar=  -0.959108396517070     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.28976392836155       vbar=  -0.959108396517070     
      wgttot=    1.00000000000000     
      fixlon=    288.960022980727        fixlat=    34.2908607647035     
      barnlon=    289.262937067507       barnlat=    34.1045505889241     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.827103081393654     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.262937067507     
     Raw (no conversion for GM wrap) extraplon=    289.597891213048     
  
 --- barnlon=    289.26E  (  70.74W)    barnlat=     34.10
 --- extraplon=  289.60E  (  70.40W)    extraplat=   34.17
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.29
 | Current fix lon is   71.04W   ( 288.96E)
 | Current fix lon (raw, unadjusted)=  288.96E
 | Updated guess lat for next fcst hour is   34.14
 | Updated guess lon (0-360) for next fcst hour is   70.57W   ( 289.43E)
 | Raw updated guess lon for next fcst hour is  289.43E)
 -------------------------------------------------
  
 iocheck, dist=    46.4892511757555        distm=    46489.2511757555     
 iocheck, stmspd=    2.15228014702572        istmspd=           42
 iocheck, xincr=   0.470391159550786        yincr=  -0.153257469929443     
 iocheck, stmdir=    108.046053293578        istmdir=          108
 +++ RPT_STORM_MOTION: istmspd=    42 kts(*10)    istmdir=   108 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  18
     Fix location for this time:   288.96E  ( 71.04W)    34.29
     Fix lon (raw) for this time:  288.96E
     ilonfix= 1094  jlatfix=  788
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.960022980727       xcenlat=    34.2908607647035     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.960022980727       xcenlat=    34.2908607647035     
  ilonfix=         1094  jlatfix=          788
  ibeg=          966  iend=         1222
  jbeg=          672  jend=          904  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.960022980727        xcenlat=    34.2908607647035     
      ilonfix=         1094   jlatfix=          788
      ibeg=          966   iend=         1222
      jbeg=          672   jend=          904
 After call to barnes, xsmoothval=   2.558555675586954E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.558555675586954E-004
      xcenlon=    288.960022980727        xcenlat=    34.2908607647035     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000256  imeanzeta (*1e6)=      256
   --- mean zeta raw =   2.558555675586954E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001564  igrid zeta (*1e6)=     1564 ifilret=   0
   --- grid zeta raw=   1.563855757189647E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.960022980727       xcenlat=    34.2908607647035     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.960022980727       xcenlat=    34.2908607647035     
  ilonfix=         1094  jlatfix=          788
  ibeg=          966  iend=         1222
  jbeg=          672  jend=          904  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.960022980727        xcenlat=    34.2908607647035     
      ilonfix=         1094   jlatfix=          788
      ibeg=          966   iend=         1222
      jbeg=          672   jend=          904
 After call to barnes, xsmoothval=   2.209908862304926E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.209908862304926E-004
      xcenlon=    288.960022980727        xcenlat=    34.2908607647035     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000221  imeanzeta (*1e6)=      221
   --- mean zeta raw =   2.209908862304926E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001754  igrid zeta (*1e6)=     1754 ifilret=   0
   --- grid zeta raw=   1.753855757189647E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=          102
  
 segx, outlon=    288.960022980727       outlat=    34.2908607647035     
   ist=            4  ifcsthour=          102
   vmaxwind=    21.3895769009113       xminmslp=    99572.6000000000     
   vradius=            0           0           0           0           0
           0          99           0           0         123           0
           0
   maxstorm=            6
   plastbar=    101172.600000000       rlastbar=    125.687701308926     
   rmax=    30.5735584690192     
   cps_vals=    11.5814228638405        164.517698424721     
  -30.0481223252405     
   wcore_flag= n
   istmspd=           42  istmdir=          108
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    63.0000000000000     
   axisymet_rmw_val=     16.9726516310149     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   125.687701308926       irlastbar=         126
 output: plastbar=   101172.600000000       iplastbar=        1012
 rmax=    30.5735584690192        irmax=           31
 TXX top of atcfunix_ext, ist=            4  ifh=          102
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   125.687701308926       irlastbar=         126
 output: plastbar=   101172.600000000       iplastbar=        1012
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          102
 intlat=          343
 clatns= N
 intlon=          710
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           42
 int(xminmslp/mslp_outp_adj + 0.5)=          996
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=           99
 vradius(1,4)=          123
 iplastbar=         1012
 irlastbar=          126
 irmax=           31
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          108
 istmspd=           42
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          116
 icps_vals(2)=         1645
 icps_vals(3)=         -300
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           34
 irmw_val=           33
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          256
 igridzeta(1)=         1564
 imeanzeta(2)=          221
 igridzeta(2)=         1754
  
 rmax=    30.5735584690192        irmax=           31
 +++ Top of output_atcf_parms, ist=            4  ifh=          102
  
 xxxx get_next_ges, prev fix lon=    288.321241530525     
 xxxx get_next_ges, curr fix lon=    288.960022980727     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.960022980727        fixlat=    34.2908607647035     
        (0-360) fixlon=    288.960022980727     
      ilonfix=         1094   jlatfix=          788
      ibeg=          594   iend=         1594
      jbeg=          336   jend=         1240
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.274206455997301       vavg=   -1.33689149777374     
      ubar=  -6.855161399932530E-002  vbar=  -0.334222874443436     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   0.981319498166058       vavg=  -0.901494945727982     
      ubar=   0.422108135083704       vbar=  -0.784970347307427     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    3.47062317311140       vavg=  -0.696552196838573     
      ubar=    1.28976392836155       vbar=  -0.959108396517070     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    1.28976392836155       vbar=  -0.959108396517070     
      wgttot=    1.00000000000000     
      fixlon=    288.960022980727        fixlat=    34.2908607647035     
      barnlon=    289.262937067507       barnlat=    34.1045505889241     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.827103081393654     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      289.262937067507     
     Raw (no conversion for GM wrap) extraplon=    289.597891213048     
  
 --- barnlon=    289.26E  (  70.74W)    barnlat=     34.10
 --- extraplon=  289.60E  (  70.40W)    extraplat=   34.17
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    102.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.29
 | Current fix lon is   71.04W   ( 288.96E)
 | Current fix lon (raw, unadjusted)=  288.96E
 | Updated guess lat for next fcst hour is   34.14
 | Updated guess lon (0-360) for next fcst hour is   70.57W   ( 289.43E)
 | Raw updated guess lon for next fcst hour is  289.43E)
 -------------------------------------------------
  
 iocheck, dist=    46.4892511757555        distm=    46489.2511757555     
 iocheck, stmspd=    2.15228014702572        istmspd=           42
 iocheck, xincr=   0.470391159550786        yincr=  -0.153257469929443     
 iocheck, stmdir=    108.046053293578        istmdir=          108
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 102
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 102 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          218  = igcret =            0
 baclose return code for unit          618  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:  108:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f06480                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f06480.ix                                                                                    
hafs.trak.storm.2023082812.f06480: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: cannot stat: 2
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: Not ready yet.  Size=108840602, age=0, min size=500, min age=10
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: Not ready yet.  Size=108840602, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: Not ready yet.  Size=108840602, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f06480: sleep 5
hafs.trak.storm.2023082812.f06480: ready.
hafs.trak.storm.2023082812.f06480.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f06480.ix: ready.
 in open_grib_files in multi else part....
   lugb=          219   lugi=          619
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06480                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06480.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f06480...  gopen_i_file= ...hafs.trak.storm.2023082812.f06480.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06480                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06480.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          219  is CLOSED
 TEST open_grib_files, unit lugi=          619  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f06480                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f06480.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          219  is CLOSED
 TEST b4 getgridinfo, unit lugi=          619  is CLOSED
 before getgb2 call, lugb=          219  lugi=          619
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12  108   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at   108h ... 22:31:09
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:09
 TIMING: after getgb2-122:31:09
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12  108   5588258   0.000       0.000     -0.3671E-02  0.5098E-02
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:09
 TIMING: after getgb2-122:31:09
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12  108   5588258   0.000       0.000     -0.3291E-02  0.4540E-02
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:09
 TIMING: after getgb2-122:31:10
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12  108   5588258   0.000       0.000      -44.07       51.76    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:10
 TIMING: after getgb2-122:31:10
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12  108   5588258   0.000       0.000      -49.20       53.60    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:10
 TIMING: after getgb2-122:31:10
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12  108   5588258   0.000       0.000      -46.10       44.03    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:10
 TIMING: after getgb2-122:31:10
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12  108   5588258   0.000       0.000      -44.05       41.48    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:10
 TIMING: after getgb2-122:31:10
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  108   5588258   0.000       0.000       1185.       1614.    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:10
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  108   5588258   0.000       0.000       2794.       3244.    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12  108   5588258   0.000       0.000      0.9723E+05  0.1025E+06
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12  108   5588258   0.000       0.000      -41.52       38.80    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12  108   5588258   0.000       0.000      -38.35       44.35    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12  108   5588258   0.000       0.000      -36.63       41.00    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12  108   5588258   0.000       0.000      -36.12       46.00    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:11
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =          108  hours
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:11
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  108   5588258   0.000       0.000       5286.       5972.    
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:12
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =          108  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12  108   5588258   0.000       0.000      0.1156E+05  0.1261E+05
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:12
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =          108  hours
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:12
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =          108  hours
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:12
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =          108  hours
 TEST b4 getgb2 getdata, unit lugb=          219  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          619  is CLOSED

 TIMING: before getgb2-122:31:12
 TIMING: after getgb2-122:31:12
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =          108  hours

 TIMING: before getgb2-phase22:31:12
 TIMING: after getgb2-222:31:12
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12  108   5588258   0.000       0.000       683.5       1126.    

 TIMING: before getgb2-phase22:31:12
 TIMING: after getgb2-222:31:12
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  108   5588258   0.000       0.000       1185.       1614.    

 TIMING: before getgb2-phase22:31:12
 TIMING: after getgb2-222:31:12
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12  108   5588258   0.000       0.000       1713.       2124.    

 TIMING: before getgb2-phase22:31:12
 TIMING: after getgb2-222:31:13
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12  108   5588258   0.000       0.000       2264.       2664.    

 TIMING: before getgb2-phase22:31:13
 TIMING: after getgb2-222:31:13
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  108   5588258   0.000       0.000       2794.       3244.    

 TIMING: before getgb2-phase22:31:13
 TIMING: after getgb2-222:31:13
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12  108   5588258   0.000       0.000       3356.       3861.    

 TIMING: before getgb2-phase22:31:13
 TIMING: after getgb2-222:31:13
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12  108   5588258   0.000       0.000       3953.       4518.    

 TIMING: before getgb2-phase22:31:13
 TIMING: after getgb2-222:31:13
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12  108   5588258   0.000       0.000       4595.       5219.    

 TIMING: before getgb2-phase22:31:13
 TIMING: after getgb2-222:31:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  108   5588258   0.000       0.000       5286.       5972.    

 TIMING: before getgb2-phase22:31:14
 TIMING: after getgb2-222:31:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12  108   5588258   0.000       0.000       6036.       6789.    

 TIMING: before getgb2-phase22:31:14
 TIMING: after getgb2-222:31:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12  108   5588258   0.000       0.000       6856.       7685.    

 TIMING: before getgb2-phase22:31:14
 TIMING: after getgb2-222:31:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12  108   5588258   0.000       0.000       7770.       8676.    

 TIMING: before getgb2-phase22:31:14
 TIMING: after getgb2-222:31:14
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          108 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12  108   5588258   0.000       0.000       8810.       9803.    
 TIMING: after getdata ... 22:31:14
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:  108:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:14
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.320593958415116E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.632E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:14
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.789 fmax (x10e5) =        0.110E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:14
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.176602955242596E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.718E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:14
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.789 fmax (x10e5) =        0.107E+03 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.135E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.789 fmax =       -0.100E+16 fmin =        0.135E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.301E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.789 fmax =       -0.100E+16 fmin =        0.300E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.993E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.789 fmax =       -0.100E+16 fmin =        0.992E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.969 (0-360) guesslon=  293.969E  (  66.031W)   guesslat=   25.929
 ilonfix=         1220  jlatfix=          997  npts=           33
 ibeg=         1147  jbeg=          929  imax=         2738
 iend=         1293  jend=         1065  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   3.751122620323486E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.849E  (0-360) ctlon=  293.849E  (  66.151W)  ctlat=   25.809 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.375E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.849E   (0-360) guesslon=  293.849E  (  66.151W)   guesslat=   25.809
 ilonfix=         1217  jlatfix=         1000  npts=           16
 ibeg=         1168  jbeg=          956  imax=         2738
 iend=         1266  jend=         1044  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.829E  (0-360) ctlon=  293.829  (  66.171W)  ctlat=   25.889 fmax (x10e5) =        0.655E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    293.854310804815        uvgeslat=    25.8330192507949     
    (0-360 uvgeslon)=    293.854310804815     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.854310804815        uvgeslat=    25.8330192507949     
    (0-360 uvgeslon)=    293.854310804815     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.854310804815     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.854E  (0-360E lon):  293.854E    66.146W  ctlat=   25.833  xmax_circul_disk =     126269915.3
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.854E  (0-360E)=  293.854E  (  66.146W)   guesslat=   25.833
 ilonfix=         1217  jlatfix=         1000  npts=           56
 ibeg=         1148  jbeg=          936  imax=         2738
 iend=         1286  jend=         1064  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    126640629.633549     
 nhalf get_wind_circ, k=  1 ctlon=  293.814E  (0-360E)=  293.814E  ctlon=   66.186W   ctlat=   25.913 Wind Circulation (NHEM: Max) =     126640629.6
 TIMING: After GWC 850 ... 22:31:15
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.854310804815        uvgeslat=    25.8330192507949     
    (0-360 uvgeslon)=    293.854310804815     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.854310804815     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.854E  (0-360E lon):  293.854E    66.146W  ctlat=   25.833  xmax_circul_disk =     121752522.9
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.854E  (0-360E)=  293.854E  (  66.146W)   guesslat=   25.833
 ilonfix=         1217  jlatfix=         1000  npts=           56
 ibeg=         1148  jbeg=          936  imax=         2738
 iend=         1286  jend=         1064  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    121680346.282777     
 nhalf get_wind_circ, k=  1 ctlon=  293.814E  (0-360E)=  293.814E  ctlon=   66.186W   ctlat=   25.853 Wind Circulation (NHEM: Max) =     121680346.3
 TIMING: After GWC 700 ... 22:31:15
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.854310804815        uvgeslat=    25.8330192507949     
    (0-360 uvgeslon)=    293.854310804815     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.854310804815     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.854E  (0-360E lon):  293.854E    66.146W  ctlat=   25.833  xmax_circul_disk =      82500219.8
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.854E  (0-360E)=  293.854E  (  66.146W)   guesslat=   25.833
 ilonfix=         1217  jlatfix=         1000  npts=           56
 ibeg=         1148  jbeg=          936  imax=         2738
 iend=         1286  jend=         1064  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    82996718.2166996     
 nhalf get_wind_circ, k=  1 ctlon=  293.814E  (0-360E)=  293.814E  ctlon=   66.186W   ctlat=   25.913 Wind Circulation (NHEM: Max) =      82996718.2
 TIMING: After GWC Sfc ... 22:31:15
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.89  xavg_stderr=     4.50
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           19  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   108:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  293.97E   (0-360) guesslon=  293.97E  ( 66.03W)    25.93
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       293.83       66.17      25.79          109.79       T         20.94
   2    zeta 700    Max       293.83       66.17      25.79          106.52       T         20.94
   3    circ 850    Max       293.81       66.19      25.91          126.64       T         15.56
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       293.81       66.19      25.85          121.68       T         17.64
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       293.83       66.17      25.79         1349.79       T         20.94
   8     gph 700    Min       293.83       66.17      25.79         3003.53       T         20.94
   9        MSLP    Min       293.83       66.17      25.79        99222.63       T         20.94
  10    circ sfc    Max       293.81       66.19      25.91           83.00       T         15.56
  11    zeta sfc    Max       293.83       66.17      25.89           65.46       T         14.69
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.69255432505693       stderr_close= 
   1.89519175261053       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   5.100 devia=   1.020 wtpos=  0.71178     293.83   293.83    66.17    25.79
 ip=  2 kprm=  2 dist_from_mean=   5.100 devia=   1.020 wtpos=  0.71178     293.83   293.83    66.17    25.79
 ip=  3 kprm=  3 dist_from_mean=   8.725 devia=   1.745 wtpos=  0.55897     293.81   293.81    66.19    25.91
 ip=  5 kprm=  4 dist_from_mean=   2.222 devia=   0.444 wtpos=  0.86230     293.81   293.81    66.19    25.85
 ip=  7 kprm=  5 dist_from_mean=   5.100 devia=   1.020 wtpos=  0.71178     293.83   293.83    66.17    25.79
 ip=  8 kprm=  6 dist_from_mean=   5.100 devia=   1.020 wtpos=  0.71178     293.83   293.83    66.17    25.79
 ip=  9 kprm=  7 dist_from_mean=   5.100 devia=   1.020 wtpos=  0.71178     293.83   293.83    66.17    25.79
 ip= 10 kprm=  8 dist_from_mean=   8.725 devia=   1.745 wtpos=  0.55897     293.81   293.81    66.19    25.91
 ip= 11 kprm=  9 dist_from_mean=   6.062 devia=   1.212 wtpos=  0.66755     293.83   293.83    66.17    25.89
  
At end of fixcenter:  00L   fhr=  108:00   Fix position=   293.82E  (0-360) fixlon=  293.82  ( 66.18W)    25.83
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    293.824216292236     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    293.828856895724     
        (0-360E clon(ist,ifh,9))=    293.828856895724     
      clat(ist,ifh,9)=    25.7893839780676     
      xval(9)=    99222.6251990853     
  
  After get_ij B, ibeg jbeg =         1108         863
  After get_ij B, iend jend =         1324        1139
  
 In is_it_a_storm, ilonfix=         1216  jlatfix=         1001
 ibeg jbeg iend jend =         1108         863        1324        1139
 cparm= slp  parmlon parmlat =    293.828856895724        25.7893839780676     
     (0-360E parmlon) =    293.828856895724     
 parmval=    99222.6251990853     
  
 i= 1193 j=  938 glon=  292.93 (0-360E) glon=  292.93 glat=  28.32 dist=   295.27 slp=  101229.47 pgradient=  6.79674
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.79674
 mslp center =    293.828856895724        25.7893839780676     
   99222.6251990853     
   (0-360E) lon of mslp center =    293.828856895724     
 pgrad loc   =    292.928808000000        292.928808000000     
   67.0711920000000        28.3209400000000        101229.470000000     
  ttest at location C IF....
      xinp_fixlat=    25.7893839780676     
      xinp_fixlon=    293.828856895724       (0-360E) xinp_fixlon= 
   293.828856895724     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97229.6300000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1216  jfix=         1000
 longitude=    293.828856895724      E   (   66.1711431042758      
 W)  (0-360E) xinp_fixlon=    293.828856895724     
 latitude=    25.7893839780676     
 mean mslp value (xval(9))=    99222.6251990853     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1216  jfix=         1000
 longitude=    293.828856895724      E   (   66.1711431042758      
 W)  (0-360E) xinp_fixlon=    293.828856895724     
 latitude=    25.7893839780676     
 mean mslp value (xval(9))=    99222.6251990853     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1216  jx=         1000
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97229.6300000000       xcentval=    97229.6300000000     
 At A, num_found_contours=            0
 At A, contlo=    97229.6300000000       conthi=    97629.6300000000     
  
 num_found_contours=            0
 contlo=    97229.6300000000       conthi=    97629.6300000000     
 xcentval=    97229.6300000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    97629.6300000000       conthi=    98029.6300000000     
  
 num_found_contours=            1
 contlo=    97629.6300000000       conthi=    98029.6300000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            2
 At A, contlo=    98029.6300000000       conthi=    98429.6300000000     
  
 num_found_contours=            2
 contlo=    98029.6300000000       conthi=    98429.6300000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            3
 At A, contlo=    98429.6300000000       conthi=    98829.6300000000     
  
 num_found_contours=            3
 contlo=    98429.6300000000       conthi=    98829.6300000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            4
 At A, contlo=    98829.6300000000       conthi=    99229.6300000000     
  
 num_found_contours=            4
 contlo=    98829.6300000000       conthi=    99229.6300000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            5
 At A, contlo=    99229.6300000000       conthi=    99629.6300000000     
  
 num_found_contours=            5
 contlo=    99229.6300000000       conthi=    99629.6300000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            6
 At A, contlo=    99629.6300000000       conthi=    100029.630000000     
  
 num_found_contours=            6
 contlo=    99629.6300000000       conthi=    100029.630000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            7
 At A, contlo=    100029.630000000       conthi=    100429.630000000     
  
 num_found_contours=            7
 contlo=    100029.630000000       conthi=    100429.630000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            8
 At A, contlo=    100429.630000000       conthi=    100829.630000000     
  
 num_found_contours=            8
 contlo=    100429.630000000       conthi=    100829.630000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=            9
 At A, contlo=    100829.630000000       conthi=    101229.630000000     
  
 num_found_contours=            9
 contlo=    100829.630000000       conthi=    101229.630000000     
 xcentval=    97229.6300000000     
 At A, num_found_contours=           10
 At A, contlo=    101229.630000000       conthi=    101629.630000000     
  
 num_found_contours=           10
 contlo=    101229.630000000       conthi=    101629.630000000     
 xcentval=    97229.6300000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1117 ,         876 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97229.6300000000     
 !!! (i,j) of central value = (        1216 ,        1000 )
 !!!  
 !!! Flagged value found    =    101229.470000000     
 !!! (i,j) of flagged value = (        1116 ,         875 )
 !!!   
 !!! Lower bound of contour interval =    101229.630000000     
 !!! Upper bound of contour interval =    101629.630000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1216  jfix=         1000
 longitude=    293.828856895724      E   (   66.1711431042758      W)  
 (0-360E) xinp_fixlon=    293.828856895724     
 latitude=    25.7893839780676     
 mean mslp value (xval(9))=    99222.6251990853     
 gridpoint mslp value=    97229.6300000000     
 ccflag= y
 prs of last closed isobar =    101229.630000000     
 radius of last closed isobar =    117.293721689310       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =  108:00
 !!! Boundary check xinp_fixlat is   25.79
 !!! Boundary check xinp_fixlon is   66.17W   ( 293.83E)  (0-360E) xinp_fixlon=  293.83
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    293.814311804815     
  850 mb wcirc fix lat=    25.9130172507949     
    (0-360) 850 mb wcirc fix lon=    293.814311804815     
  Multi-parm fix lon=      293.824216292236     
  Multi-parm fix lat=      25.8312486031560     
    (0-360) Multi-parm fix lon=      293.824216292236     
  
  
  After get_ij B, ibeg jbeg =         1125         894
  After get_ij B, iend jend =         1307        1102
  
 In is_it_a_storm, ilonfix=         1216  jlatfix=          998
 ibeg jbeg iend jend =         1125         894        1307        1102
 cparm= v850  parmlon parmlat =    293.814311804815        25.9130172507949     
     (0-360E parmlon) =    293.814311804815     
 parmval=    126640629.633549     
  
 i= 1205 j=  949 glon=  293.41 (0-360E) glon=  293.41 glat=  27.88 u= -17.1200 v=   1.2000 vr=   4.28752 vt=  16.61781
 i= 1210 j=  949 glon=  293.61 (0-360E) glon=  293.61 glat=  27.88 u= -17.8700 v=   2.9000 vr=   4.55161 vt=  17.52226
 i= 1215 j=  949 glon=  293.81 (0-360E) glon=  293.81 glat=  27.88 u= -18.1700 v=   4.8000 vr=   4.84568 vt=  18.15787
 i= 1220 j=  949 glon=  294.01 (0-360E) glon=  294.01 glat=  27.88 u= -17.8700 v=   6.2000 vr=   4.60043 vt=  18.34702
 i= 1225 j=  949 glon=  294.21 (0-360E) glon=  294.21 glat=  27.88 u= -17.1800 v=   7.6000 vr=   4.44436 vt=  18.25267
 i= 1190 j=  954 glon=  292.81 (0-360E) glon=  292.81 glat=  27.68 u= -13.8600 v=  -5.9000 vr=   1.04228 vt=  15.02742
 i= 1195 j=  954 glon=  293.01 (0-360E) glon=  293.01 glat=  27.68 u= -14.7600 v=  -4.5000 vr=   1.41585 vt=  15.36564
 i= 1200 j=  954 glon=  293.21 (0-360E) glon=  293.21 glat=  27.68 u= -16.1100 v=  -2.6000 vr=   2.24230 vt=  16.16367
 i= 1205 j=  954 glon=  293.41 (0-360E) glon=  293.41 glat=  27.68 u= -18.0000 v=   0.3000 vr=   3.91801 vt=  17.57098
 i= 1210 j=  954 glon=  293.61 (0-360E) glon=  293.61 glat=  27.68 u= -19.4700 v=   3.1000 vr=   5.10047 vt=  19.04406
 i= 1215 j=  954 glon=  293.81 (0-360E) glon=  293.81 glat=  27.68 u= -19.6500 v=   5.2000 vr=   5.25501 vt=  19.63536
 i= 1220 j=  954 glon=  294.01 (0-360E) glon=  294.01 glat=  27.68 u= -19.3200 v=   6.3000 vr=   4.37459 vt=  19.84478
 i= 1225 j=  954 glon=  294.21 (0-360E) glon=  294.21 glat=  27.68 u= -19.0500 v=   7.7000 vr=   3.81547 vt=  20.18996
 i= 1230 j=  954 glon=  294.41 (0-360E) glon=  294.41 glat=  27.68 u= -18.6800 v=   9.3000 vr=   3.51408 vt=  20.56900
 i= 1235 j=  954 glon=  294.61 (0-360E) glon=  294.61 glat=  27.68 u= -17.3600 v=  10.8000 vr=   3.53017 vt=  20.13821
 i= 1240 j=  954 glon=  294.81 (0-360E) glon=  294.81 glat=  27.68 u= -15.6600 v=  11.6000 vr=   3.30320 vt=  19.20637
 i= 1180 j=  959 glon=  292.41 (0-360E) glon=  292.41 glat=  27.48 u= -10.5000 v=  -8.3000 vr=   0.12123 vt=  13.38377
 i= 1185 j=  959 glon=  292.61 (0-360E) glon=  292.61 glat=  27.48 u= -12.1200 v=  -9.4000 vr=  -0.85052 vt=  15.31441
 i= 1190 j=  959 glon=  292.81 (0-360E) glon=  292.81 glat=  27.48 u= -13.1300 v=  -6.8000 vr=   0.65549 vt=  14.77184
 i= 1195 j=  959 glon=  293.01 (0-360E) glon=  293.01 glat=  27.48 u= -14.9100 v=  -5.7000 vr=   1.06368 vt=  15.92692
 i= 1200 j=  959 glon=  293.21 (0-360E) glon=  293.21 glat=  27.48 u= -16.6400 v=  -3.2000 vr=   2.42158 vt=  16.77097
 i= 1205 j=  959 glon=  293.41 (0-360E) glon=  293.41 glat=  27.48 u= -18.6900 v=  -0.4000 vr=   3.83213 vt=  18.29729
 i= 1210 j=  959 glon=  293.61 (0-360E) glon=  293.61 glat=  27.48 u= -20.0200 v=   3.4000 vr=   5.71310 vt=  19.48643
 i= 1215 j=  959 glon=  293.81 (0-360E) glon=  293.81 glat=  27.48 u= -19.1200 v=   5.7000 vr=   5.76037 vt=  19.10190
 i= 1220 j=  959 glon=  294.01 (0-360E) glon=  294.01 glat=  27.48 u= -19.1100 v=   6.4000 vr=   4.24909 vt=  19.70019
 i= 1225 j=  959 glon=  294.21 (0-360E) glon=  294.21 glat=  27.48 u= -18.8100 v=   7.3000 vr=   2.98236 vt=  19.95524
 i= 1230 j=  959 glon=  294.41 (0-360E) glon=  294.41 glat=  27.48 u= -19.1500 v=   9.8000 vr=   3.11414 vt=  21.28531
 i= 1235 j=  959 glon=  294.61 (0-360E) glon=  294.61 glat=  27.48 u= -19.1400 v=  12.1000 vr=   3.09585 vt=  22.43135
 i= 1240 j=  959 glon=  294.81 (0-360E) glon=  294.81 glat=  27.48 u= -17.5600 v=  14.1000 vr=   3.56812 vt=  22.23583
 i= 1245 j=  959 glon=  295.01 (0-360E) glon=  295.01 glat=  27.48 u= -15.5200 v=  15.6000 vr=   4.11463 vt=  21.61713
 i= 1250 j=  959 glon=  295.21 (0-360E) glon=  295.21 glat=  27.48 u= -13.5300 v=  15.5000 vr=   3.66444 vt=  20.24556
 i= 1175 j=  964 glon=  292.21 (0-360E) glon=  292.21 glat=  27.28 u=  -6.7300 v= -11.3000 vr=  -2.88317 vt=  12.83239
 i= 1180 j=  964 glon=  292.41 (0-360E) glon=  292.41 glat=  27.28 u= -10.6400 v= -11.2000 vr=  -1.00740 vt=  15.41541
 i= 1185 j=  964 glon=  292.61 (0-360E) glon=  292.61 glat=  27.28 u= -11.4300 v= -10.0000 vr=  -0.74491 vt=  15.16872
 i= 1190 j=  964 glon=  292.81 (0-360E) glon=  292.81 glat=  27.28 u= -13.1000 v=  -7.8000 vr=   0.70646 vt=  15.22993
 i= 1195 j=  964 glon=  293.01 (0-360E) glon=  293.01 glat=  27.28 u= -15.3500 v=  -6.1000 vr=   1.77940 vt=  16.42152
 i= 1200 j=  964 glon=  293.21 (0-360E) glon=  293.21 glat=  27.28 u= -17.3100 v=  -4.2000 vr=   2.48574 vt=  17.63795
 i= 1205 j=  964 glon=  293.41 (0-360E) glon=  293.41 glat=  27.28 u= -17.8600 v=  -0.7000 vr=   3.91306 vt=  17.44011
 i= 1210 j=  964 glon=  293.61 (0-360E) glon=  293.61 glat=  27.28 u= -18.7200 v=   1.9000 vr=   4.38277 vt=  18.29863
 i= 1215 j=  964 glon=  293.81 (0-360E) glon=  293.81 glat=  27.28 u= -21.0300 v=   4.5000 vr=   4.57615 vt=  21.01356
 i= 1220 j=  964 glon=  294.01 (0-360E) glon=  294.01 glat=  27.28 u= -20.6600 v=   4.9000 vr=   2.24773 vt=  21.11382
 i= 1225 j=  964 glon=  294.21 (0-360E) glon=  294.21 glat=  27.28 u= -20.1900 v=   6.4000 vr=   1.14025 vt=  21.14937
 i= 1230 j=  964 glon=  294.41 (0-360E) glon=  294.41 glat=  27.28 u= -19.6500 v=  10.1000 vr=   2.27206 vt=  21.97658
 i= 1235 j=  964 glon=  294.61 (0-360E) glon=  294.61 glat=  27.28 u= -18.0400 v=  14.0000 vr=   4.07619 vt=  22.46834
 i= 1240 j=  964 glon=  294.81 (0-360E) glon=  294.81 glat=  27.28 u= -16.2200 v=  16.7000 vr=   5.11825 vt=  22.71083
 i= 1245 j=  964 glon=  295.01 (0-360E) glon=  295.01 glat=  27.28 u= -14.4500 v=  17.4000 vr=   4.77131 vt=  22.10876
 i= 1250 j=  964 glon=  295.21 (0-360E) glon=  295.21 glat=  27.28 u= -14.1400 v=  16.6000 vr=   2.68470 vt=  21.64006
 i= 1255 j=  964 glon=  295.41 (0-360E) glon=  295.41 glat=  27.28 u= -11.9000 v=  17.5000 vr=   3.46483 vt=  20.87714
 i= 1170 j=  969 glon=  292.01 (0-360E) glon=  292.01 glat=  27.08 u=  -4.2700 v= -13.6000 vr=  -4.45904 vt=  13.53920
 i= 1175 j=  969 glon=  292.21 (0-360E) glon=  292.21 glat=  27.08 u=  -6.2600 v= -13.2000 vr=  -3.42434 vt=  14.20216
 i= 1180 j=  969 glon=  292.41 (0-360E) glon=  292.41 glat=  27.08 u=  -8.7500 v= -12.7000 vr=  -2.18799 vt=  15.26647
 i= 1185 j=  969 glon=  292.61 (0-360E) glon=  292.61 glat=  27.08 u=  -9.9500 v= -11.1000 vr=  -1.36773 vt=  14.84391
 i= 1190 j=  969 glon=  292.81 (0-360E) glon=  292.81 glat=  27.08 u= -12.9700 v=  -8.9000 vr=   0.89629 vt=  15.70438
 i= 1195 j=  969 glon=  293.01 (0-360E) glon=  293.01 glat=  27.08 u= -15.1300 v=  -7.9000 vr=   1.25060 vt=  17.02242
 i= 1200 j=  969 glon=  293.21 (0-360E) glon=  293.21 glat=  27.08 u= -17.5100 v=  -4.9000 vr=   2.94565 vt=  17.94250
 i= 1205 j=  969 glon=  293.41 (0-360E) glon=  293.41 glat=  27.08 u= -20.1400 v=  -6.8000 vr=  -0.50095 vt=  21.25109
 i= 1210 j=  969 glon=  293.61 (0-360E) glon=  293.61 glat=  27.08 u= -21.8100 v=  -0.3000 vr=   3.10503 vt=  21.58993
 i= 1215 j=  969 glon=  293.81 (0-360E) glon=  293.81 glat=  27.08 u= -23.4000 v=   4.1000 vr=   4.19929 vt=  23.38239
 i= 1220 j=  969 glon=  294.01 (0-360E) glon=  294.01 glat=  27.08 u= -22.2000 v=   6.7000 vr=   3.34629 vt=  22.94629
 i= 1225 j=  969 glon=  294.21 (0-360E) glon=  294.21 glat=  27.08 u= -20.4100 v=   8.1000 vr=   1.83169 vt=  21.88203
 i= 1230 j=  969 glon=  294.41 (0-360E) glon=  294.41 glat=  27.08 u= -18.2800 v=  10.7000 vr=   2.13570 vt=  21.07338
 i= 1235 j=  969 glon=  294.61 (0-360E) glon=  294.61 glat=  27.08 u= -17.6300 v=  14.3000 vr=   3.01297 vt=  22.49953
 i= 1240 j=  969 glon=  294.81 (0-360E) glon=  294.81 glat=  27.08 u= -17.4400 v=  17.0000 vr=   2.90507 vt=  24.18086
 i= 1245 j=  969 glon=  295.01 (0-360E) glon=  295.01 glat=  27.08 u= -13.3700 v=  16.9000 vr=   3.39077 vt=  21.28073
 i= 1250 j=  969 glon=  295.21 (0-360E) glon=  295.21 glat=  27.08 u= -12.3500 v=  18.4000 vr=   3.49702 vt=  21.88272
 i= 1255 j=  969 glon=  295.41 (0-360E) glon=  295.41 glat=  27.08 u= -12.5200 v=  18.1000 vr=   1.70811 vt=  21.94180
 i= 1260 j=  969 glon=  295.61 (0-360E) glon=  295.61 glat=  27.08 u= -10.0600 v=  17.9000 vr=   2.32145 vt=  20.40158
 i= 1170 j=  974 glon=  292.01 (0-360E) glon=  292.01 glat=  26.88 u=  -4.0300 v= -14.2000 vr=  -3.78482 vt=  14.26731
 i= 1175 j=  974 glon=  292.21 (0-360E) glon=  292.21 glat=  26.88 u=  -5.2100 v= -15.2000 vr=  -4.11706 vt=  15.53171
 i= 1180 j=  974 glon=  292.41 (0-360E) glon=  292.41 glat=  26.88 u=  -6.9700 v= -14.4000 vr=  -3.20911 vt=  15.67299
 i= 1185 j=  974 glon=  292.61 (0-360E) glon=  292.61 glat=  26.88 u=  -9.8700 v= -13.5000 vr=  -1.62306 vt=  16.64430
 i= 1190 j=  974 glon=  292.81 (0-360E) glon=  292.81 glat=  26.88 u= -12.3700 v= -11.3000 vr=   0.18616 vt=  16.75328
 i= 1195 j=  974 glon=  293.01 (0-360E) glon=  293.01 glat=  26.88 u= -14.5000 v= -10.8000 vr=   0.03468 vt=  18.08007
 i= 1200 j=  974 glon=  293.21 (0-360E) glon=  293.21 glat=  26.88 u= -16.3700 v= -12.7000 vr=  -3.05342 vt=  20.49252
 i= 1205 j=  974 glon=  293.41 (0-360E) glon=  293.41 glat=  26.88 u= -21.1900 v=  -8.0000 vr=  -0.02759 vt=  22.64984
 i= 1210 j=  974 glon=  293.61 (0-360E) glon=  293.61 glat=  26.88 u= -24.0100 v=  -2.9000 vr=   1.64652 vt=  24.12839
 i= 1215 j=  974 glon=  293.81 (0-360E) glon=  293.81 glat=  26.88 u= -26.8000 v=   3.5000 vr=   3.63728 vt=  26.78171
 i= 1220 j=  974 glon=  294.01 (0-360E) glon=  294.01 glat=  26.88 u= -23.3800 v=   7.8000 vr=   3.52668 vt=  24.39317
 i= 1225 j=  974 glon=  294.21 (0-360E) glon=  294.21 glat=  26.88 u= -20.6900 v=  10.8000 vr=   3.03312 vt=  23.14123
 i= 1230 j=  974 glon=  294.41 (0-360E) glon=  294.41 glat=  26.88 u= -19.7800 v=  12.8000 vr=   1.65453 vt=  23.50215
 i= 1235 j=  974 glon=  294.61 (0-360E) glon=  294.61 glat=  26.88 u= -17.1700 v=  15.5000 vr=   2.28286 vt=  23.01842
 i= 1240 j=  974 glon=  294.81 (0-360E) glon=  294.81 glat=  26.88 u= -17.2900 v=  17.9000 vr=   1.41595 vt=  24.84651
 i= 1245 j=  974 glon=  295.01 (0-360E) glon=  295.01 glat=  26.88 u= -14.8400 v=  19.3000 vr=   1.88771 vt=  24.27246
 i= 1250 j=  974 glon=  295.21 (0-360E) glon=  295.21 glat=  26.88 u= -12.4500 v=  20.6000 vr=   2.71328 vt=  23.91653
 i= 1255 j=  974 glon=  295.41 (0-360E) glon=  295.41 glat=  26.88 u= -10.7700 v=  19.9000 vr=   2.17988 vt=  22.52223
 i= 1260 j=  974 glon=  295.61 (0-360E) glon=  295.61 glat=  26.88 u=  -9.5300 v=  19.7000 vr=   1.92334 vt=  21.79935
 i= 1165 j=  979 glon=  291.81 (0-360E) glon=  291.81 glat=  26.68 u=  -0.2100 v= -15.6000 vr=  -5.87843 vt=  14.45158
 i= 1170 j=  979 glon=  292.01 (0-360E) glon=  292.01 glat=  26.68 u=  -3.2400 v= -14.9000 vr=  -3.40773 vt=  14.86254
 i= 1175 j=  979 glon=  292.21 (0-360E) glon=  292.21 glat=  26.68 u=  -3.4700 v= -16.7000 vr=  -4.74904 vt=  16.38223
 i= 1180 j=  979 glon=  292.41 (0-360E) glon=  292.41 glat=  26.68 u=  -5.3500 v= -16.3000 vr=  -3.86936 vt=  16.71348
 i= 1185 j=  979 glon=  292.61 (0-360E) glon=  292.61 glat=  26.68 u=  -8.1300 v= -16.8000 vr=  -3.06129 vt=  18.41101
 i= 1190 j=  979 glon=  292.81 (0-360E) glon=  292.81 glat=  26.68 u= -11.1400 v= -14.9000 vr=  -1.14680 vt=  18.56864
 i= 1195 j=  979 glon=  293.01 (0-360E) glon=  293.01 glat=  26.68 u= -13.1700 v= -14.7000 vr=  -1.65662 vt=  19.66709
 i= 1200 j=  979 glon=  293.21 (0-360E) glon=  293.21 glat=  26.68 u= -16.2900 v= -15.4000 vr=  -3.14682 vt=  22.19508
 i= 1205 j=  979 glon=  293.41 (0-360E) glon=  293.41 glat=  26.68 u= -20.7400 v= -12.3000 vr=  -2.22452 vt=  24.01019
 i= 1210 j=  979 glon=  293.61 (0-360E) glon=  293.61 glat=  26.68 u= -30.5900 v=  -3.9000 vr=   3.35636 vt=  30.65441
 i= 1215 j=  979 glon=  293.81 (0-360E) glon=  293.81 glat=  26.68 u= -25.4800 v=   9.7000 vr=   9.86443 vt=  25.41679
 i= 1220 j=  979 glon=  294.01 (0-360E) glon=  294.01 glat=  26.68 u= -24.0200 v=  11.4000 vr=   5.78975 vt=  25.94994
 i= 1225 j=  979 glon=  294.21 (0-360E) glon=  294.21 glat=  26.68 u= -22.6400 v=  14.9000 vr=   4.04401 vt=  26.79973
 i= 1230 j=  979 glon=  294.41 (0-360E) glon=  294.41 glat=  26.68 u= -19.2000 v=  18.1000 vr=   3.89392 vt=  26.09765
 i= 1235 j=  979 glon=  294.61 (0-360E) glon=  294.61 glat=  26.68 u= -15.6100 v=  19.4000 vr=   3.57180 vt=  24.64294
 i= 1240 j=  979 glon=  294.81 (0-360E) glon=  294.81 glat=  26.68 u= -12.4800 v=  19.6000 vr=   3.29226 vt=  23.00155
 i= 1245 j=  979 glon=  295.01 (0-360E) glon=  295.01 glat=  26.68 u=  -9.2400 v=  18.0000 vr=   2.93544 vt=  20.01901
 i= 1250 j=  979 glon=  295.21 (0-360E) glon=  295.21 glat=  26.68 u= -10.5100 v=  19.1000 vr=   0.98370 vt=  21.77849
 i= 1255 j=  979 glon=  295.41 (0-360E) glon=  295.41 glat=  26.68 u=  -7.6500 v=  21.5000 vr=   3.36683 vt=  22.57071
 i= 1260 j=  979 glon=  295.61 (0-360E) glon=  295.61 glat=  26.68 u=  -8.5900 v=  20.4000 vr=   0.95954 vt=  22.11396
 i= 1265 j=  979 glon=  295.81 (0-360E) glon=  295.81 glat=  26.68 u=  -7.4100 v=  19.1000 vr=   0.64987 vt=  20.47671
 i= 1165 j=  984 glon=  291.81 (0-360E) glon=  291.81 glat=  26.48 u=   1.3400 v= -16.6000 vr=  -6.21416 vt=  15.45121
 i= 1170 j=  984 glon=  292.01 (0-360E) glon=  292.01 glat=  26.48 u=  -1.2300 v= -16.9000 vr=  -4.37333 vt=  16.37061
 i= 1175 j=  984 glon=  292.21 (0-360E) glon=  292.21 glat=  26.48 u=  -1.8800 v= -18.4000 vr=  -4.94458 vt=  17.82261
 i= 1180 j=  984 glon=  292.41 (0-360E) glon=  292.41 glat=  26.48 u=  -4.1400 v= -18.6000 vr=  -3.81249 vt=  18.66988
 i= 1185 j=  984 glon=  292.61 (0-360E) glon=  292.61 glat=  26.48 u=  -4.8800 v= -19.1000 vr=  -4.51430 vt=  19.18972
 i= 1190 j=  984 glon=  292.81 (0-360E) glon=  292.81 glat=  26.48 u=  -8.6600 v= -18.7000 vr=  -2.59417 vt=  20.44397
 i= 1195 j=  984 glon=  293.01 (0-360E) glon=  293.01 glat=  26.48 u= -12.2700 v= -20.8000 vr=  -3.16720 vt=  23.94080
 i= 1200 j=  984 glon=  293.21 (0-360E) glon=  293.21 glat=  26.48 u= -16.6700 v= -21.0000 vr=  -3.62099 vt=  26.56647
 i= 1205 j=  984 glon=  293.41 (0-360E) glon=  293.41 glat=  26.48 u= -28.0000 v= -14.6000 vr=   2.83497 vt=  31.45032
 i= 1210 j=  984 glon=  293.61 (0-360E) glon=  293.61 glat=  26.48 u= -26.3400 v=  -2.0000 vr=   6.24199 vt=  25.66774
 i= 1215 j=  984 glon=  293.81 (0-360E) glon=  293.81 glat=  26.48 u= -26.8400 v=   5.7000 vr=   5.93436 vt=  26.78916
 i= 1220 j=  984 glon=  294.01 (0-360E) glon=  294.01 glat=  26.48 u= -26.1800 v=  12.9000 vr=   4.63200 vt=  28.81574
 i= 1225 j=  984 glon=  294.21 (0-360E) glon=  294.21 glat=  26.48 u= -22.1900 v=  18.8000 vr=   4.19770 vt=  28.77873
 i= 1230 j=  984 glon=  294.41 (0-360E) glon=  294.41 glat=  26.48 u= -16.3600 v=  23.8000 vr=   6.11706 vt=  28.22536
 i= 1235 j=  984 glon=  294.61 (0-360E) glon=  294.61 glat=  26.48 u= -12.2100 v=  22.9000 vr=   4.68166 vt=  25.52599
 i= 1240 j=  984 glon=  294.81 (0-360E) glon=  294.81 glat=  26.48 u= -12.9200 v=  23.4000 vr=   1.61474 vt=  26.68106
 i= 1245 j=  984 glon=  295.01 (0-360E) glon=  295.01 glat=  26.48 u=  -9.8700 v=  20.5000 vr=   0.82583 vt=  22.73730
 i= 1250 j=  984 glon=  295.21 (0-360E) glon=  295.21 glat=  26.48 u=  -8.0300 v=  20.6000 vr=   1.14354 vt=  22.08015
 i= 1255 j=  984 glon=  295.41 (0-360E) glon=  295.41 glat=  26.48 u=  -8.7900 v=  19.6000 vr=  -1.00382 vt=  21.45732
 i= 1260 j=  984 glon=  295.61 (0-360E) glon=  295.61 glat=  26.48 u=  -6.4500 v=  21.4000 vr=   0.95862 vt=  22.33033
 i= 1265 j=  984 glon=  295.81 (0-360E) glon=  295.81 glat=  26.48 u=  -6.2400 v=  20.3000 vr=   0.11097 vt=  21.23712
 i= 1160 j=  989 glon=  291.61 (0-360E) glon=  291.61 glat=  26.28 u=   3.5400 v= -16.2000 vr=  -6.37339 vt=  15.30854
 i= 1165 j=  989 glon=  291.81 (0-360E) glon=  291.81 glat=  26.28 u=   3.2600 v= -17.7000 vr=  -6.67176 vt=  16.71542
 i= 1170 j=  989 glon=  292.01 (0-360E) glon=  292.01 glat=  26.28 u=   1.0300 v= -18.1000 vr=  -4.94908 vt=  17.44068
 i= 1175 j=  989 glon=  292.21 (0-360E) glon=  292.21 glat=  26.28 u=  -0.4300 v= -19.5000 vr=  -4.34634 vt=  19.01432
 i= 1180 j=  989 glon=  292.41 (0-360E) glon=  292.41 glat=  26.28 u=  -0.9200 v= -20.8000 vr=  -4.88333 vt=  20.23955
 i= 1185 j=  989 glon=  292.61 (0-360E) glon=  292.61 glat=  26.28 u=  -3.5800 v= -22.2000 vr=  -3.70325 vt=  22.17977
 i= 1190 j=  989 glon=  292.81 (0-360E) glon=  292.81 glat=  26.28 u=  -4.7800 v= -23.3000 vr=  -4.32102 vt=  23.38947
 i= 1195 j=  989 glon=  293.01 (0-360E) glon=  293.01 glat=  26.28 u= -10.9500 v= -25.3000 vr=  -1.66847 vt=  27.51743
 i= 1200 j=  989 glon=  293.21 (0-360E) glon=  293.21 glat=  26.28 u= -15.7200 v= -25.6000 vr=  -1.29312 vt=  30.01343
 i= 1205 j=  989 glon=  293.41 (0-360E) glon=  293.41 glat=  26.28 u= -25.8000 v= -18.3000 vr=   5.16560 vt=  31.20651
 i= 1210 j=  989 glon=  293.61 (0-360E) glon=  293.61 glat=  26.28 u= -35.9200 v=  -7.5000 vr=   9.41444 vt=  35.46639
 i= 1215 j=  989 glon=  293.81 (0-360E) glon=  293.81 glat=  26.28 u= -39.0800 v=  10.4000 vr=  10.92645 vt=  38.93609
 i= 1220 j=  989 glon=  294.01 (0-360E) glon=  294.01 glat=  26.28 u= -30.2300 v=  20.7000 vr=   5.72559 vt=  36.18785
 i= 1225 j=  989 glon=  294.21 (0-360E) glon=  294.21 glat=  26.28 u= -22.5100 v=  28.3000 vr=   4.74899 vt=  35.84742
 i= 1230 j=  989 glon=  294.41 (0-360E) glon=  294.41 glat=  26.28 u= -16.4000 v=  28.0000 vr=   2.35067 vt=  32.36409
 i= 1235 j=  989 glon=  294.61 (0-360E) glon=  294.61 glat=  26.28 u=  -9.7500 v=  27.0000 vr=   3.66757 vt=  28.47124
 i= 1240 j=  989 glon=  294.81 (0-360E) glon=  294.81 glat=  26.28 u=  -7.4400 v=  22.4000 vr=   1.60957 vt=  23.54831
 i= 1245 j=  989 glon=  295.01 (0-360E) glon=  295.01 glat=  26.28 u=  -6.8400 v=  22.9000 vr=   0.90576 vt=  23.88253
 i= 1250 j=  989 glon=  295.21 (0-360E) glon=  295.21 glat=  26.28 u=  -7.1000 v=  18.9000 vr=  -1.53790 vt=  20.13094
 i= 1255 j=  989 glon=  295.41 (0-360E) glon=  295.41 glat=  26.28 u=  -5.6700 v=  21.5000 vr=  -0.20898 vt=  22.23410
 i= 1260 j=  989 glon=  295.61 (0-360E) glon=  295.61 glat=  26.28 u=  -4.4900 v=  21.3000 vr=   0.28837 vt=  21.76619
 i= 1265 j=  989 glon=  295.81 (0-360E) glon=  295.81 glat=  26.28 u=  -4.4400 v=  21.0000 vr=  -0.20664 vt=  21.46325
 i= 1270 j=  989 glon=  296.01 (0-360E) glon=  296.01 glat=  26.28 u=  -4.3500 v=  18.7000 vr=  -0.92624 vt=  19.17693
 i= 1160 j=  994 glon=  291.61 (0-360E) glon=  291.61 glat=  26.08 u=   5.4600 v= -16.1000 vr=  -6.73054 vt=  15.61158
 i= 1165 j=  994 glon=  291.81 (0-360E) glon=  291.81 glat=  26.08 u=   5.0100 v= -17.8000 vr=  -6.57083 vt=  17.28480
 i= 1170 j=  994 glon=  292.01 (0-360E) glon=  292.01 glat=  26.08 u=   2.9400 v= -18.9000 vr=  -4.80422 vt=  18.51413
 i= 1175 j=  994 glon=  292.21 (0-360E) glon=  292.21 glat=  26.08 u=   2.3200 v= -20.5000 vr=  -4.61137 vt=  20.10889
 i= 1180 j=  994 glon=  292.41 (0-360E) glon=  292.41 glat=  26.08 u=   2.2000 v= -22.0000 vr=  -5.02160 vt=  21.53192
 i= 1185 j=  994 glon=  292.61 (0-360E) glon=  292.61 glat=  26.08 u=  -0.3200 v= -23.6000 vr=  -3.24464 vt=  23.37808
 i= 1190 j=  994 glon=  292.81 (0-360E) glon=  292.81 glat=  26.08 u=  -0.3300 v= -26.3000 vr=  -4.43120 vt=  25.92611
 i= 1195 j=  994 glon=  293.01 (0-360E) glon=  293.01 glat=  26.08 u=  -7.5400 v= -29.2000 vr=   0.79210 vt=  30.14737
 i= 1200 j=  994 glon=  293.21 (0-360E) glon=  293.21 glat=  26.08 u= -13.0700 v= -30.6000 vr=   3.50260 vt=  33.08953
 i= 1205 j=  994 glon=  293.41 (0-360E) glon=  293.41 glat=  26.08 u= -23.0800 v= -30.5000 vr=   8.22411 vt=  37.35372
 i= 1210 j=  994 glon=  293.61 (0-360E) glon=  293.61 glat=  26.08 u= -32.9800 v= -25.4000 vr=   7.32779 vt=  40.97736
 i= 1215 j=  994 glon=  293.81 (0-360E) glon=  293.81 glat=  26.08 u= -40.1700 v=  -2.4000 vr=  -1.21133 vt=  40.22340
 i= 1220 j=  994 glon=  294.01 (0-360E) glon=  294.01 glat=  26.08 u= -34.6400 v=  32.9000 vr=  -2.19698 vt=  47.72330
 i= 1225 j=  994 glon=  294.21 (0-360E) glon=  294.21 glat=  26.08 u= -19.4900 v=  37.1000 vr=  -1.76022 vt=  41.87089
 i= 1230 j=  994 glon=  294.41 (0-360E) glon=  294.41 glat=  26.08 u= -12.8300 v=  33.6000 vr=  -2.20326 vt=  35.89867
 i= 1235 j=  994 glon=  294.61 (0-360E) glon=  294.61 glat=  26.08 u=  -9.8700 v=  27.4000 vr=  -3.37759 vt=  28.92696
 i= 1240 j=  994 glon=  294.81 (0-360E) glon=  294.81 glat=  26.08 u=  -6.3200 v=  22.9000 vr=  -2.02711 vt=  23.66946
 i= 1245 j=  994 glon=  295.01 (0-360E) glon=  295.01 glat=  26.08 u=  -4.5400 v=  24.3000 vr=  -0.78627 vt=  24.70796
 i= 1250 j=  994 glon=  295.21 (0-360E) glon=  295.21 glat=  26.08 u=  -4.6000 v=  21.9000 vr=  -1.71081 vt=  22.31240
 i= 1255 j=  994 glon=  295.41 (0-360E) glon=  295.41 glat=  26.08 u=  -3.2600 v=  22.8000 vr=  -0.65562 vt=  23.02255
 i= 1260 j=  994 glon=  295.61 (0-360E) glon=  295.61 glat=  26.08 u=  -3.4700 v=  21.0000 vr=  -1.35138 vt=  21.24181
 i= 1265 j=  994 glon=  295.81 (0-360E) glon=  295.81 glat=  26.08 u=  -2.6800 v=  21.0000 vr=  -0.79329 vt=  21.15545
 i= 1270 j=  994 glon=  296.01 (0-360E) glon=  296.01 glat=  26.08 u=  -3.0100 v=  18.8000 vr=  -1.48778 vt=  18.98122
 i= 1160 j=  999 glon=  291.61 (0-360E) glon=  291.61 glat=  25.88 u=   6.7000 v= -15.3000 vr=  -6.39889 vt=  15.42836
 i= 1165 j=  999 glon=  291.81 (0-360E) glon=  291.81 glat=  25.88 u=   6.8900 v= -17.2000 vr=  -6.52768 vt=  17.34075
 i= 1170 j=  999 glon=  292.01 (0-360E) glon=  292.01 glat=  25.88 u=   6.1900 v= -19.4000 vr=  -5.74810 vt=  19.53549
 i= 1175 j=  999 glon=  292.21 (0-360E) glon=  292.21 glat=  25.88 u=   5.3000 v= -20.7000 vr=  -4.78320 vt=  20.82549
 i= 1180 j=  999 glon=  292.41 (0-360E) glon=  292.41 glat=  25.88 u=   4.8700 v= -22.6000 vr=  -4.24083 vt=  22.72647
 i= 1185 j=  999 glon=  292.61 (0-360E) glon=  292.61 glat=  25.88 u=   5.6000 v= -24.3000 vr=  -4.82806 vt=  24.46507
 i= 1190 j=  999 glon=  292.81 (0-360E) glon=  292.81 glat=  25.88 u=   5.9900 v= -26.9000 vr=  -4.98531 vt=  27.10418
 i= 1195 j=  999 glon=  293.01 (0-360E) glon=  293.01 glat=  25.88 u=   0.2600 v= -31.8000 vr=   1.19113 vt=  31.77875
 i= 1200 j=  999 glon=  293.21 (0-360E) glon=  293.21 glat=  25.88 u=  -2.1800 v= -39.1000 vr=   4.51452 vt=  38.89963
 i= 1205 j=  999 glon=  293.41 (0-360E) glon=  293.41 glat=  25.88 u=  -3.0300 v= -44.0000 vr=   6.89866 vt=  43.56133
 i= 1210 j=  999 glon=  293.61 (0-360E) glon=  293.61 glat=  25.88 u=  -6.6000 v= -33.3000 vr=  12.19761 vt=  31.68072
 i= 1215 j=  999 glon=  293.81 (0-360E) glon=  293.81 glat=  25.88 u=  -8.1900 v=  -1.8000 vr=   3.03515 vt=  -7.81690
 i= 1220 j=  999 glon=  294.01 (0-360E) glon=  294.01 glat=  25.88 u= -11.2400 v=  19.5000 vr= -14.57314 vt=  17.15258
 i= 1225 j=  999 glon=  294.21 (0-360E) glon=  294.21 glat=  25.88 u=  -9.5200 v=  45.6000 vr= -13.61229 vt=  44.54993
 i= 1230 j=  999 glon=  294.41 (0-360E) glon=  294.41 glat=  25.88 u=  -0.1000 v=  38.0000 vr=  -2.41300 vt=  37.92344
 i= 1235 j=  999 glon=  294.61 (0-360E) glon=  294.61 glat=  25.88 u=   5.0500 v=  31.5000 vr=   3.58873 vt=  31.69974
 i= 1240 j=  999 glon=  294.81 (0-360E) glon=  294.81 glat=  25.88 u=  -5.1700 v=  28.9000 vr=  -6.25210 vt=  28.68536
 i= 1245 j=  999 glon=  295.01 (0-360E) glon=  295.01 glat=  25.88 u=  -1.9600 v=  26.3000 vr=  -2.79817 vt=  26.22407
 i= 1250 j=  999 glon=  295.21 (0-360E) glon=  295.21 glat=  25.88 u=  -0.9300 v=  23.7000 vr=  -1.59184 vt=  23.66476
 i= 1255 j=  999 glon=  295.41 (0-360E) glon=  295.41 glat=  25.88 u=  -1.1500 v=  22.9000 vr=  -1.72272 vt=  22.86405
 i= 1260 j=  999 glon=  295.61 (0-360E) glon=  295.61 glat=  25.88 u=  -0.6800 v=  21.9000 vr=  -1.17922 vt=  21.87880
 i= 1265 j=  999 glon=  295.81 (0-360E) glon=  295.81 glat=  25.88 u=  -0.7000 v=  21.0000 vr=  -1.14215 vt=  20.98060
 i= 1270 j=  999 glon=  296.01 (0-360E) glon=  296.01 glat=  25.88 u=  -1.5800 v=  18.8000 vr=  -1.94940 vt=  18.76529
 i= 1160 j= 1004 glon=  291.61 (0-360E) glon=  291.61 glat=  25.68 u=   7.3000 v= -14.9000 vr=  -5.45802 vt=  15.66876
 i= 1165 j= 1004 glon=  291.81 (0-360E) glon=  291.81 glat=  25.68 u=   8.8500 v= -16.4000 vr=  -6.62319 vt=  17.41884
 i= 1170 j= 1004 glon=  292.01 (0-360E) glon=  292.01 glat=  25.68 u=   9.5100 v= -18.3000 vr=  -6.76356 vt=  19.48292
 i= 1175 j= 1004 glon=  292.21 (0-360E) glon=  292.21 glat=  25.68 u=   7.7700 v= -20.4000 vr=  -4.37476 vt=  21.38678
 i= 1180 j= 1004 glon=  292.41 (0-360E) glon=  292.41 glat=  25.68 u=   8.9000 v= -21.8000 vr=  -4.76191 vt=  23.06023
 i= 1185 j= 1004 glon=  292.61 (0-360E) glon=  292.61 glat=  25.68 u=   9.9200 v= -23.6000 vr=  -4.71038 vt=  25.16304
 i= 1190 j= 1004 glon=  292.81 (0-360E) glon=  292.81 glat=  25.68 u=  12.5500 v= -25.7000 vr=  -5.72366 vt=  28.02199
 i= 1195 j= 1004 glon=  293.01 (0-360E) glon=  293.01 glat=  25.68 u=  14.7300 v= -29.4000 vr=  -5.02180 vt=  32.49791
 i= 1200 j= 1004 glon=  293.21 (0-360E) glon=  293.21 glat=  25.68 u=   9.8300 v= -39.0000 vr=   6.27274 vt=  39.72759
 i= 1205 j= 1004 glon=  293.41 (0-360E) glon=  293.41 glat=  25.68 u=  20.5700 v= -38.7000 vr=   3.42878 vt=  43.69277
 i= 1210 j= 1004 glon=  293.61 (0-360E) glon=  293.61 glat=  25.68 u=  23.8800 v= -41.4000 vr=  17.49440 vt=  44.47652
 i= 1215 j= 1004 glon=  293.81 (0-360E) glon=  293.81 glat=  25.68 u=  14.0800 v=  -4.7000 vr=   4.39722 vt=  14.17748
 i= 1220 j= 1004 glon=  294.01 (0-360E) glon=  294.01 glat=  25.68 u=  18.1200 v=  18.7000 vr=  -4.02105 vt=  25.72655
 i= 1225 j= 1004 glon=  294.21 (0-360E) glon=  294.21 glat=  25.68 u=   9.5700 v=  45.1000 vr= -16.68608 vt=  42.97871
 i= 1230 j= 1004 glon=  294.41 (0-360E) glon=  294.41 glat=  25.68 u=   9.9300 v=  36.1000 vr=  -5.28901 vt=  37.06536
 i= 1235 j= 1004 glon=  294.61 (0-360E) glon=  294.61 glat=  25.68 u=   2.9400 v=  34.8000 vr=  -7.99173 vt=  33.99729
 i= 1240 j= 1004 glon=  294.81 (0-360E) glon=  294.81 glat=  25.68 u=   6.1200 v=  26.5000 vr=  -0.77413 vt=  27.18649
 i= 1245 j= 1004 glon=  295.01 (0-360E) glon=  295.01 glat=  25.68 u=   9.7700 v=  25.5000 vr=   4.11189 vt=  26.99621
 i= 1250 j= 1004 glon=  295.21 (0-360E) glon=  295.21 glat=  25.68 u=   6.3700 v=  24.6000 vr=   1.72727 vt=  25.35258
 i= 1255 j= 1004 glon=  295.41 (0-360E) glon=  295.41 glat=  25.68 u=   1.4900 v=  23.3000 vr=  -2.31576 vt=  23.23246
 i= 1260 j= 1004 glon=  295.61 (0-360E) glon=  295.61 glat=  25.68 u=   2.2900 v=  21.9000 vr=  -0.91968 vt=  22.00019
 i= 1265 j= 1004 glon=  295.81 (0-360E) glon=  295.81 glat=  25.68 u=   1.4600 v=  20.7000 vr=  -1.28094 vt=  20.71185
 i= 1270 j= 1004 glon=  296.01 (0-360E) glon=  296.01 glat=  25.68 u=  -0.1600 v=  18.4000 vr=  -2.37852 vt=  18.24632
 i= 1165 j= 1009 glon=  291.81 (0-360E) glon=  291.81 glat=  25.48 u=   9.9100 v= -15.4000 vr=  -5.99307 vt=  17.30466
 i= 1170 j= 1009 glon=  292.01 (0-360E) glon=  292.01 glat=  25.48 u=  11.2000 v= -16.9000 vr=  -6.42261 vt=  19.23019
 i= 1175 j= 1009 glon=  292.21 (0-360E) glon=  292.21 glat=  25.48 u=  11.2600 v= -18.7000 vr=  -5.37484 vt=  21.15629
 i= 1180 j= 1009 glon=  292.41 (0-360E) glon=  292.41 glat=  25.48 u=  11.9100 v= -20.1000 vr=  -4.72263 vt=  22.88132
 i= 1185 j= 1009 glon=  292.61 (0-360E) glon=  292.61 glat=  25.48 u=  13.6800 v= -22.0000 vr=  -4.52365 vt=  25.50841
 i= 1190 j= 1009 glon=  292.81 (0-360E) glon=  292.81 glat=  25.48 u=  15.9500 v= -23.4000 vr=  -4.27311 vt=  27.99470
 i= 1195 j= 1009 glon=  293.01 (0-360E) glon=  293.01 glat=  25.48 u=  21.0700 v= -24.2000 vr=  -5.68058 vt=  31.58031
 i= 1200 j= 1009 glon=  293.21 (0-360E) glon=  293.21 glat=  25.48 u=  24.4400 v= -25.5000 vr=  -3.29169 vt=  35.16715
 i= 1205 j= 1009 glon=  293.41 (0-360E) glon=  293.41 glat=  25.48 u=  31.1900 v= -28.6000 vr=   1.72610 vt=  42.28234
 i= 1210 j= 1009 glon=  293.61 (0-360E) glon=  293.61 glat=  25.48 u=  41.3100 v= -21.7000 vr=   3.68635 vt=  46.51685
 i= 1215 j= 1009 glon=  293.81 (0-360E) glon=  293.81 glat=  25.48 u=  49.8900 v=  -4.0000 vr=   3.42527 vt=  49.93275
 i= 1220 j= 1009 glon=  294.01 (0-360E) glon=  294.01 glat=  25.48 u=  46.7500 v=  22.0000 vr=  -2.83304 vt=  51.59008
 i= 1225 j= 1009 glon=  294.21 (0-360E) glon=  294.21 glat=  25.48 u=  24.0300 v=  30.0000 vr=  -7.92657 vt=  37.61131
 i= 1230 j= 1009 glon=  294.41 (0-360E) glon=  294.41 glat=  25.48 u=  17.2400 v=  27.3000 vr=  -3.75457 vt=  32.06885
 i= 1235 j= 1009 glon=  294.61 (0-360E) glon=  294.61 glat=  25.48 u=   7.3000 v=  30.9000 vr=  -9.76050 vt=  30.21312
 i= 1240 j= 1009 glon=  294.81 (0-360E) glon=  294.81 glat=  25.48 u=   7.0500 v=  23.2000 vr=  -3.76947 vt=  23.95274
 i= 1245 j= 1009 glon=  295.01 (0-360E) glon=  295.01 glat=  25.48 u=  11.1000 v=  21.9000 vr=   2.08851 vt=  24.46340
 i= 1250 j= 1009 glon=  295.21 (0-360E) glon=  295.21 glat=  25.48 u=  10.6900 v=  22.9000 vr=   2.59774 vt=  25.13837
 i= 1255 j= 1009 glon=  295.41 (0-360E) glon=  295.41 glat=  25.48 u=   5.1400 v=  22.0000 vr=  -1.48010 vt=  22.54393
 i= 1260 j= 1009 glon=  295.61 (0-360E) glon=  295.61 glat=  25.48 u=   4.3900 v=  20.5000 vr=  -1.12057 vt=  20.93481
 i= 1265 j= 1009 glon=  295.81 (0-360E) glon=  295.81 glat=  25.48 u=   3.5500 v=  20.2000 vr=  -1.34578 vt=  20.46537
 i= 1165 j= 1014 glon=  291.81 (0-360E) glon=  291.81 glat=  25.28 u=   9.9900 v= -14.4000 vr=  -4.61717 vt=  16.90686
 i= 1170 j= 1014 glon=  292.01 (0-360E) glon=  292.01 glat=  25.28 u=  12.0300 v= -15.1000 vr=  -5.68859 vt=  18.44914
 i= 1175 j= 1014 glon=  292.21 (0-360E) glon=  292.21 glat=  25.28 u=  13.3000 v= -16.5000 vr=  -5.52697 vt=  20.45953
 i= 1180 j= 1014 glon=  292.41 (0-360E) glon=  292.41 glat=  25.28 u=  14.2100 v= -17.7000 vr=  -4.76023 vt=  22.19357
 i= 1185 j= 1014 glon=  292.61 (0-360E) glon=  292.61 glat=  25.28 u=  16.9600 v= -18.2000 vr=  -5.46052 vt=  24.27065
 i= 1190 j= 1014 glon=  292.81 (0-360E) glon=  292.81 glat=  25.28 u=  19.1300 v= -20.2000 vr=  -4.09217 vt=  27.51819
 i= 1195 j= 1014 glon=  293.01 (0-360E) glon=  293.01 glat=  25.28 u=  21.9000 v= -20.5000 vr=  -3.02154 vt=  29.84511
 i= 1200 j= 1014 glon=  293.21 (0-360E) glon=  293.21 glat=  25.28 u=  27.7800 v= -18.1000 vr=  -4.42920 vt=  32.85910
 i= 1205 j= 1014 glon=  293.41 (0-360E) glon=  293.41 glat=  25.28 u=  32.6500 v= -16.5000 vr=  -2.04343 vt=  36.52529
 i= 1210 j= 1014 glon=  293.61 (0-360E) glon=  293.61 glat=  25.28 u=  38.0800 v=  -7.4000 vr=  -3.60053 vt=  38.62490
 i= 1215 j= 1014 glon=  293.81 (0-360E) glon=  293.81 glat=  25.28 u=  39.1900 v=   7.7000 vr=  -8.00836 vt=  39.12815
 i= 1220 j= 1014 glon=  294.01 (0-360E) glon=  294.01 glat=  25.28 u=  34.8200 v=  17.9000 vr=  -7.95152 vt=  38.33557
 i= 1225 j= 1014 glon=  294.21 (0-360E) glon=  294.21 glat=  25.28 u=  28.5300 v=  19.4000 vr=  -2.93688 vt=  34.37580
 i= 1230 j= 1014 glon=  294.41 (0-360E) glon=  294.41 glat=  25.28 u=  26.4200 v=  26.7000 vr=  -3.31241 vt=  37.41570
 i= 1235 j= 1014 glon=  294.61 (0-360E) glon=  294.61 glat=  25.28 u=  16.7000 v=  27.9000 vr=  -5.98028 vt=  31.96148
 i= 1240 j= 1014 glon=  294.81 (0-360E) glon=  294.81 glat=  25.28 u=  11.1900 v=  25.7000 vr=  -5.70863 vt=  27.44299
 i= 1245 j= 1014 glon=  295.01 (0-360E) glon=  295.01 glat=  25.28 u=  10.5900 v=  18.6000 vr=  -0.32649 vt=  21.40097
 i= 1250 j= 1014 glon=  295.21 (0-360E) glon=  295.21 glat=  25.28 u=  11.3100 v=  21.0000 vr=   0.61321 vt=  23.84408
 i= 1255 j= 1014 glon=  295.41 (0-360E) glon=  295.41 glat=  25.28 u=   8.4800 v=  20.6000 vr=  -0.59228 vt=  22.26925
 i= 1260 j= 1014 glon=  295.61 (0-360E) glon=  295.61 glat=  25.28 u=   6.1700 v=  18.8000 vr=  -1.15821 vt=  19.75266
 i= 1265 j= 1014 glon=  295.81 (0-360E) glon=  295.81 glat=  25.28 u=   4.5400 v=  18.3000 vr=  -1.85329 vt=  18.76345
 i= 1165 j= 1019 glon=  291.81 (0-360E) glon=  291.81 glat=  25.08 u=  10.1200 v= -13.9000 vr=  -3.32686 vt=  16.86880
 i= 1170 j= 1019 glon=  292.01 (0-360E) glon=  292.01 glat=  25.08 u=  11.7500 v= -14.0000 vr=  -4.03873 vt=  17.82558
 i= 1175 j= 1019 glon=  292.21 (0-360E) glon=  292.21 glat=  25.08 u=  14.1000 v= -14.4000 vr=  -4.99913 vt=  19.52380
 i= 1180 j= 1019 glon=  292.41 (0-360E) glon=  292.41 glat=  25.08 u=  15.0500 v= -15.5000 vr=  -4.02834 vt=  21.22557
 i= 1185 j= 1019 glon=  292.61 (0-360E) glon=  292.61 glat=  25.08 u=  17.8700 v= -15.3000 vr=  -4.84982 vt=  23.01969
 i= 1190 j= 1019 glon=  292.81 (0-360E) glon=  292.81 glat=  25.08 u=  21.2400 v= -14.0000 vr=  -6.14932 vt=  24.68448
 i= 1195 j= 1019 glon=  293.01 (0-360E) glon=  293.01 glat=  25.08 u=  23.0900 v= -14.0000 vr=  -4.61121 vt=  26.60611
 i= 1200 j= 1019 glon=  293.21 (0-360E) glon=  293.21 glat=  25.08 u=  25.7700 v= -13.2000 vr=  -3.08310 vt=  28.78936
 i= 1205 j= 1019 glon=  293.41 (0-360E) glon=  293.41 glat=  25.08 u=  30.1700 v=  -8.5000 vr=  -4.34479 vt=  31.04193
 i= 1210 j= 1019 glon=  293.61 (0-360E) glon=  293.61 glat=  25.08 u=  31.4600 v=  -4.3000 vr=  -2.63702 vt=  31.64281
 i= 1215 j= 1019 glon=  293.81 (0-360E) glon=  293.81 glat=  25.08 u=  31.6900 v=   1.4000 vr=  -1.58961 vt=  31.68105
 i= 1220 j= 1019 glon=  294.01 (0-360E) glon=  294.01 glat=  25.08 u=  30.6300 v=   7.1000 vr=  -0.63575 vt=  31.43569
 i= 1225 j= 1019 glon=  294.21 (0-360E) glon=  294.21 glat=  25.08 u=  27.4700 v=  13.4000 vr=  -1.53466 vt=  30.52549
 i= 1230 j= 1019 glon=  294.41 (0-360E) glon=  294.41 glat=  25.08 u=  31.9900 v=  14.9000 vr=   4.77665 vt=  34.96504
 i= 1235 j= 1019 glon=  294.61 (0-360E) glon=  294.61 glat=  25.08 u=  21.6700 v=  23.9000 vr=  -4.00451 vt=  32.01192
 i= 1240 j= 1019 glon=  294.81 (0-360E) glon=  294.81 glat=  25.08 u=  15.9300 v=  21.9000 vr=  -3.25505 vt=  26.88456
 i= 1245 j= 1019 glon=  295.01 (0-360E) glon=  295.01 glat=  25.08 u=  13.4100 v=  18.0000 vr=  -0.43125 vt=  22.44197
 i= 1250 j= 1019 glon=  295.21 (0-360E) glon=  295.21 glat=  25.08 u=  12.4200 v=  19.0000 vr=  -0.17609 vt=  22.69858
 i= 1255 j= 1019 glon=  295.41 (0-360E) glon=  295.41 glat=  25.08 u=  10.2100 v=  18.2000 vr=  -0.33244 vt=  20.86561
 i= 1260 j= 1019 glon=  295.61 (0-360E) glon=  295.61 glat=  25.08 u=   7.9200 v=  17.6000 vr=  -1.06192 vt=  19.27067
 i= 1265 j= 1019 glon=  295.81 (0-360E) glon=  295.81 glat=  25.08 u=   5.3200 v=  15.9000 vr=  -1.90368 vt=  16.65798
 i= 1170 j= 1024 glon=  292.01 (0-360E) glon=  292.01 glat=  24.88 u=  11.0900 v= -13.2000 vr=  -2.25572 vt=  17.09210
 i= 1175 j= 1024 glon=  292.21 (0-360E) glon=  292.21 glat=  24.88 u=  13.1600 v= -13.1000 vr=  -3.07237 vt=  18.31273
 i= 1180 j= 1024 glon=  292.41 (0-360E) glon=  292.41 glat=  24.88 u=  15.3500 v= -13.1000 vr=  -3.59637 vt=  19.85695
 i= 1185 j= 1024 glon=  292.61 (0-360E) glon=  292.61 glat=  24.88 u=  16.5500 v= -13.5000 vr=  -2.67860 vt=  21.18909
 i= 1190 j= 1024 glon=  292.81 (0-360E) glon=  292.81 glat=  24.88 u=  19.2700 v= -12.5000 vr=  -3.30539 vt=  22.73010
 i= 1195 j= 1024 glon=  293.01 (0-360E) glon=  293.01 glat=  24.88 u=  22.6200 v= -10.0000 vr=  -4.82532 vt=  24.25656
 i= 1200 j= 1024 glon=  293.21 (0-360E) glon=  293.21 glat=  24.88 u=  24.6500 v=  -7.3000 vr=  -5.06517 vt=  25.20430
 i= 1205 j= 1024 glon=  293.41 (0-360E) glon=  293.41 glat=  24.88 u=  26.3200 v=  -5.2000 vr=  -3.88372 vt=  26.54617
 i= 1210 j= 1024 glon=  293.61 (0-360E) glon=  293.61 glat=  24.88 u=  27.8300 v=  -2.9000 vr=  -2.06254 vt=  27.90457
 i= 1215 j= 1024 glon=  293.81 (0-360E) glon=  293.81 glat=  24.88 u=  28.3100 v=   0.2000 vr=  -0.33664 vt=  28.30870
 i= 1220 j= 1024 glon=  294.01 (0-360E) glon=  294.01 glat=  24.88 u=  29.6800 v=   5.6000 vr=  -0.55098 vt=  30.19866
 i= 1225 j= 1024 glon=  294.21 (0-360E) glon=  294.21 glat=  24.88 u=  26.8400 v=  15.0000 vr=  -5.44099 vt=  30.26188
 i= 1230 j= 1024 glon=  294.41 (0-360E) glon=  294.41 glat=  24.88 u=  21.2800 v=  18.5000 vr=  -6.61898 vt=  27.40944
 i= 1235 j= 1024 glon=  294.61 (0-360E) glon=  294.61 glat=  24.88 u=  20.7900 v=  17.0000 vr=  -2.12722 vt=  26.77123
 i= 1240 j= 1024 glon=  294.81 (0-360E) glon=  294.81 glat=  24.88 u=  17.8600 v=  17.1000 vr=  -1.21772 vt=  24.69629
 i= 1245 j= 1024 glon=  295.01 (0-360E) glon=  295.01 glat=  24.88 u=  14.3500 v=  16.9000 vr=  -1.36047 vt=  22.12875
 i= 1250 j= 1024 glon=  295.21 (0-360E) glon=  295.21 glat=  24.88 u=  12.3700 v=  16.4000 vr=  -0.87827 vt=  20.52329
 i= 1255 j= 1024 glon=  295.41 (0-360E) glon=  295.41 glat=  24.88 u=  10.9100 v=  16.4000 vr=  -0.74217 vt=  19.68343
 i= 1260 j= 1024 glon=  295.61 (0-360E) glon=  295.61 glat=  24.88 u=   8.5800 v=  15.6000 vr=  -1.19990 vt=  17.76335
 i= 1175 j= 1029 glon=  292.21 (0-360E) glon=  292.21 glat=  24.68 u=  11.8500 v= -11.9000 vr=  -1.28359 vt=  16.74470
 i= 1180 j= 1029 glon=  292.41 (0-360E) glon=  292.41 glat=  24.68 u=  14.0000 v= -11.5000 vr=  -1.99890 vt=  18.00707
 i= 1185 j= 1029 glon=  292.61 (0-360E) glon=  292.61 glat=  24.68 u=  16.1900 v= -10.9000 vr=  -2.51957 vt=  19.35401
 i= 1190 j= 1029 glon=  292.81 (0-360E) glon=  292.81 glat=  24.68 u=  17.5300 v= -10.6000 vr=  -1.84039 vt=  20.40279
 i= 1195 j= 1029 glon=  293.01 (0-360E) glon=  293.01 glat=  24.68 u=  19.1900 v=  -9.3000 vr=  -1.72698 vt=  21.25473
 i= 1200 j= 1029 glon=  293.21 (0-360E) glon=  293.21 glat=  24.68 u=  21.5900 v=  -7.1000 vr=  -2.25295 vt=  22.61553
 i= 1205 j= 1029 glon=  293.41 (0-360E) glon=  293.41 glat=  24.68 u=  24.1700 v=  -4.0000 vr=  -3.04147 vt=  24.30922
 i= 1210 j= 1029 glon=  293.61 (0-360E) glon=  293.61 glat=  24.68 u=  25.9500 v=  -0.1000 vr=  -3.76121 vt=  25.67617
 i= 1215 j= 1029 glon=  293.81 (0-360E) glon=  293.81 glat=  24.68 u=  26.4200 v=   4.0000 vr=  -4.10683 vt=  26.40361
 i= 1220 j= 1029 glon=  294.01 (0-360E) glon=  294.01 glat=  24.68 u=  25.3400 v=   8.8000 vr=  -5.14137 vt=  26.32721
 i= 1225 j= 1029 glon=  294.21 (0-360E) glon=  294.21 glat=  24.68 u=  23.6000 v=  11.7000 vr=  -4.69563 vt=  25.91913
 i= 1230 j= 1029 glon=  294.41 (0-360E) glon=  294.41 glat=  24.68 u=  20.7400 v=  13.0000 vr=  -3.64973 vt=  24.20386
 i= 1235 j= 1029 glon=  294.61 (0-360E) glon=  294.61 glat=  24.68 u=  18.7000 v=  13.4000 vr=  -2.19204 vt=  22.90076
 i= 1240 j= 1029 glon=  294.81 (0-360E) glon=  294.81 glat=  24.68 u=  16.5900 v=  14.3000 vr=  -1.81230 vt=  21.82736
 i= 1245 j= 1029 glon=  295.01 (0-360E) glon=  295.01 glat=  24.68 u=  14.4500 v=  14.7000 vr=  -1.57568 vt=  20.55261
 i= 1250 j= 1029 glon=  295.21 (0-360E) glon=  295.21 glat=  24.68 u=  12.2500 v=  14.9000 vr=  -1.70286 vt=  19.21387
 i= 1255 j= 1029 glon=  295.41 (0-360E) glon=  295.41 glat=  24.68 u=   9.9200 v=  13.5000 vr=  -1.27973 vt=  16.70385
 i= 1180 j= 1034 glon=  292.41 (0-360E) glon=  292.41 glat=  24.48 u=  12.2800 v= -10.1000 vr=  -0.56063 vt=  15.89006
 i= 1185 j= 1034 glon=  292.61 (0-360E) glon=  292.61 glat=  24.48 u=  14.3100 v=  -9.2000 vr=  -1.31418 vt=  16.96140
 i= 1190 j= 1034 glon=  292.81 (0-360E) glon=  292.81 glat=  24.48 u=  16.1000 v=  -7.9000 vr=  -1.93223 vt=  17.82937
 i= 1195 j= 1034 glon=  293.01 (0-360E) glon=  293.01 glat=  24.48 u=  17.4000 v=  -6.6000 vr=  -1.98273 vt=  18.50375
 i= 1200 j= 1034 glon=  293.21 (0-360E) glon=  293.21 glat=  24.48 u=  18.7200 v=  -4.8000 vr=  -2.18454 vt=  19.20172
 i= 1205 j= 1034 glon=  293.41 (0-360E) glon=  293.41 glat=  24.48 u=  19.9700 v=  -2.5000 vr=  -2.51987 vt=  19.96750
 i= 1210 j= 1034 glon=  293.61 (0-360E) glon=  293.61 glat=  24.48 u=  20.6800 v=   0.1000 vr=  -2.75444 vt=  20.49599
 i= 1215 j= 1034 glon=  293.81 (0-360E) glon=  293.81 glat=  24.48 u=  20.9300 v=   2.9000 vr=  -2.97284 vt=  20.91978
 i= 1220 j= 1034 glon=  294.01 (0-360E) glon=  294.01 glat=  24.48 u=  20.8300 v=   5.5000 vr=  -2.92628 vt=  21.34422
 i= 1225 j= 1034 glon=  294.21 (0-360E) glon=  294.21 glat=  24.48 u=  20.3500 v=   7.5000 vr=  -2.37167 vt=  21.55801
 i= 1230 j= 1034 glon=  294.41 (0-360E) glon=  294.41 glat=  24.48 u=  18.3800 v=   9.9000 vr=  -2.82785 vt=  20.68424
 i= 1235 j= 1034 glon=  294.61 (0-360E) glon=  294.61 glat=  24.48 u=  16.9400 v=  11.5000 vr=  -2.70806 vt=  20.29483
 i= 1240 j= 1034 glon=  294.81 (0-360E) glon=  294.81 glat=  24.48 u=  15.4900 v=  12.0000 vr=  -1.95559 vt=  19.49656
 i= 1245 j= 1034 glon=  295.01 (0-360E) glon=  295.01 glat=  24.48 u=  12.8200 v=  12.8000 vr=  -2.53393 vt=  17.93799
 i= 1250 j= 1034 glon=  295.21 (0-360E) glon=  295.21 glat=  24.48 u=  10.6200 v=  11.6000 vr=  -1.72350 vt=  15.63246
 i= 1185 j= 1039 glon=  292.61 (0-360E) glon=  292.61 glat=  24.28 u=  12.3500 v=  -8.0000 vr=  -0.18382 vt=  14.71356
 i= 1190 j= 1039 glon=  292.81 (0-360E) glon=  292.81 glat=  24.28 u=  13.5900 v=  -7.2000 vr=  -0.30498 vt=  15.37645
 i= 1195 j= 1039 glon=  293.01 (0-360E) glon=  293.01 glat=  24.28 u=  15.1700 v=  -5.8000 vr=  -0.87063 vt=  16.21761
 i= 1200 j= 1039 glon=  293.21 (0-360E) glon=  293.21 glat=  24.28 u=  16.3900 v=  -4.4000 vr=  -1.03000 vt=  16.93904
 i= 1205 j= 1039 glon=  293.41 (0-360E) glon=  293.41 glat=  24.28 u=  17.1000 v=  -2.5000 vr=  -1.30178 vt=  17.23268
 i= 1210 j= 1039 glon=  293.61 (0-360E) glon=  293.61 glat=  24.28 u=  17.3700 v=  -0.1000 vr=  -1.86212 vt=  17.27019
 i= 1215 j= 1039 glon=  293.81 (0-360E) glon=  293.81 glat=  24.28 u=  17.7800 v=   2.3000 vr=  -2.35432 vt=  17.77289
 i= 1220 j= 1039 glon=  294.01 (0-360E) glon=  294.01 glat=  24.28 u=  17.6100 v=   4.8000 vr=  -2.88957 vt=  18.02228
 i= 1225 j= 1039 glon=  294.21 (0-360E) glon=  294.21 glat=  24.28 u=  16.4000 v=   7.8000 vr=  -4.12604 vt=  17.68547
 i= 1230 j= 1039 glon=  294.41 (0-360E) glon=  294.41 glat=  24.28 u=  15.2900 v=   8.9000 vr=  -3.68167 vt=  17.30432
 i= 1235 j= 1039 glon=  294.61 (0-360E) glon=  294.61 glat=  24.28 u=  14.5800 v=  10.1000 vr=  -3.38654 vt=  17.41028
 i= 1240 j= 1039 glon=  294.81 (0-360E) glon=  294.81 glat=  24.28 u=  12.2500 v=   9.9000 vr=  -2.77842 vt=  15.50332
 i= 1245 j= 1039 glon=  295.01 (0-360E) glon=  295.01 glat=  24.28 u=  10.0100 v=   8.9000 vr=  -1.91807 vt=  13.25636
 i= 1195 j= 1044 glon=  293.01 (0-360E) glon=  293.01 glat=  24.08 u=  12.5800 v=  -5.0000 vr=   0.00830 vt=  13.53722
 i= 1200 j= 1044 glon=  293.21 (0-360E) glon=  293.21 glat=  24.08 u=  14.1400 v=  -3.6000 vr=  -0.59241 vt=  14.57905
 i= 1205 j= 1044 glon=  293.41 (0-360E) glon=  293.41 glat=  24.08 u=  14.9700 v=  -2.2000 vr=  -0.77601 vt=  15.11088
 i= 1210 j= 1044 glon=  293.61 (0-360E) glon=  293.61 glat=  24.08 u=  15.0300 v=  -0.3000 vr=  -1.21608 vt=  14.98373
 i= 1215 j= 1044 glon=  293.81 (0-360E) glon=  293.81 glat=  24.08 u=  14.5500 v=   2.1000 vr=  -2.13962 vt=  14.54423
 i= 1220 j= 1044 glon=  294.01 (0-360E) glon=  294.01 glat=  24.08 u=  13.4700 v=   4.1000 vr=  -2.79625 vt=  13.79971
 i= 1225 j= 1044 glon=  294.21 (0-360E) glon=  294.21 glat=  24.08 u=  12.9800 v=   5.2000 vr=  -2.62778 vt=  13.73372
 i= 1230 j= 1044 glon=  294.41 (0-360E) glon=  294.41 glat=  24.08 u=  12.0400 v=   6.0000 vr=  -2.37405 vt=  13.24105
 i= 1235 j= 1044 glon=  294.61 (0-360E) glon=  294.61 glat=  24.08 u=  11.4100 v=   6.6000 vr=  -1.98835 vt=  13.03052
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.1266028123912       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     42.96 kts
    LL Wind Circ Vt mean quadmax value: SE     39.79 kts
    LL Wind Circ Vt mean quadmax value: SW     40.28 kts
    LL Wind Circ Vt mean quadmax value: NW     39.98 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.86028098769796       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.8312486031560     
   xcenlon=    293.824216292236     
   imax=         2738  jmax=         2041
   jlatfix=         1000
   ilonfix (unadjusted) =         1216
  
 In get_max_wind, ibeg=         1140  iend=         1291
                  jbeg=          932  jend=         1069
         ilonfix=         1216  jlatfix=         1000
 At end of get_max_wind, vmax=    45.1985895797645       rmax= 
   16.5511035998455     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.65 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.37 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    7.69 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.59 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   14.68 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   20.61 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   27.91 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   34.59 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   38.88 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   40.05 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   39.18 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   37.45 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   35.58 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   33.91 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   32.44 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   31.22 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   30.06 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   28.98 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   27.93 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   26.91 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   25.96 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   25.05 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   24.24 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   23.56 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   23.16 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   23.02 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   23.01 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   22.94 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   22.70 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   22.35 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   21.92 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   21.49 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   21.08 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   20.71 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   20.41 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   20.15 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   19.88 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   19.51 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   19.10 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   18.65 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   18.23 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   17.83 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    40.05 m/s   maxrmw_dist=    30.00  km   maxrmw_ix=   10
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    30.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    40.0467723003745      
  (m/s)   (in kts)=    77.7988645479375     
  rising_sum_dvdr=       36.3946806174520     
  declining_sum_dvdr=   -17.0399358300744     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   108 igrct=  1 Vmax (m/s)=   45.199   22:31:15
 TIMING: before call  getradii, fhr=   108 igrct=  1   22:31:15
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    4.03943685596931     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.03943685596931     
 mr4qs after add, mean_radii_vt_4quad_sum=    4.10704734997933     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.10704734997933     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.09051045655740     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.09051045655740     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.86783723074731     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    9.87 good_quad_ct=   4 mean_vt_4quad=      2.47
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   10.52 mean_vt_4quad=    6.34
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   10.56 mean_vt_4quad=    6.41
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   10.60 mean_vt_4quad=    6.49
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   10.65 mean_vt_4quad=    6.57
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   10.73 mean_vt_4quad=    6.64
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   10.79 mean_vt_4quad=    6.72
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   10.86 mean_vt_4quad=    6.79
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   10.93 mean_vt_4quad=    6.87
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   10.96 mean_vt_4quad=    6.95
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   10.98 mean_vt_4quad=    7.03
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   10.99 mean_vt_4quad=    7.11
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   11.02 mean_vt_4quad=    7.18
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   11.08 mean_vt_4quad=    7.26
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   11.16 mean_vt_4quad=    7.33
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   11.23 mean_vt_4quad=    7.41
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   11.27 mean_vt_4quad=    7.48
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   11.28 mean_vt_4quad=    7.56
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   11.27 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   11.25 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   11.28 mean_vt_4quad=    7.79
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   11.31 mean_vt_4quad=    7.87
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   11.35 mean_vt_4quad=    7.95
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   11.42 mean_vt_4quad=    8.03
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   11.46 mean_vt_4quad=    8.12
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   11.50 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   11.53 mean_vt_4quad=    8.29
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   11.56 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   11.59 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   11.66 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   11.71 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   11.75 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   11.82 mean_vt_4quad=    8.82
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   11.93 mean_vt_4quad=    8.90
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   12.03 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   12.10 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   12.15 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   12.24 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   12.34 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   12.44 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   12.55 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   12.66 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   12.76 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   12.86 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   12.93 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   12.99 mean_vt_4quad=    9.94
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   13.07 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   13.16 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   13.25 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   13.33 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   13.41 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   13.49 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   13.59 mean_vt_4quad=   10.59
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   13.70 mean_vt_4quad=   10.69
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   13.80 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   13.90 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   14.00 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   14.11 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   14.22 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   14.29 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   14.33 mean_vt_4quad=   11.62
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   14.47 mean_vt_4quad=   11.79
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   14.72 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   14.96 mean_vt_4quad=   12.13
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   15.07 mean_vt_4quad=   12.29
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   15.03 mean_vt_4quad=   12.46
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   15.26 mean_vt_4quad=   12.65
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   15.59 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   15.82 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   16.07 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   16.32 mean_vt_4quad=   13.48
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   16.56 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   16.77 mean_vt_4quad=   13.86
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   16.99 mean_vt_4quad=   14.04
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   17.23 mean_vt_4quad=   14.23
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   17.52 mean_vt_4quad=   14.42
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   14.42 .... 0.5*v_holland=    7.45
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   14.63 .... 0.5*v_holland=    7.45
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   14.85 .... 0.5*v_holland=    7.45
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   15.07 .... 0.5*v_holland=    7.45
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   15.28 .... 0.5*v_holland=    7.45
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   17.52 mean_vt_4quad=   14.42
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   17.99 mean_vt_4quad=   14.63
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   18.52 mean_vt_4quad=   14.85
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   19.04 mean_vt_4quad=   15.07
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   19.43 mean_vt_4quad=   15.28
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   19.64 mean_vt_4quad=   15.49
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   19.69 mean_vt_4quad=   15.72
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   19.69 mean_vt_4quad=   15.96
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   19.74 mean_vt_4quad=   16.22
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   20.07 mean_vt_4quad=   16.51
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   20.52 mean_vt_4quad=   16.81
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   21.00 mean_vt_4quad=   17.12
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   21.54 mean_vt_4quad=   17.41
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   22.21 mean_vt_4quad=   17.68
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   22.78 mean_vt_4quad=   17.94
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   23.38 mean_vt_4quad=   18.20
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   23.83 mean_vt_4quad=   18.49
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   24.32 mean_vt_4quad=   18.83
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   24.85 mean_vt_4quad=   19.21
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   25.38 mean_vt_4quad=   19.60
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   25.80 mean_vt_4quad=   19.95
  
 NO interp, exactdistkm=    87.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   46.9452000000000     
 vradius(iwindix,iquad) =          47
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   25.80 mean_vt_4quad=   19.95
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   26.08 mean_vt_4quad=   20.24
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   26.22 mean_vt_4quad=   20.42
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   26.04 mean_vt_4quad=   20.57
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   25.62 mean_vt_4quad=   20.77
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.11 mean_vt_4quad=   21.17
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.04 mean_vt_4quad=   21.75
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   25.39 mean_vt_4quad=   22.43
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   25.98 mean_vt_4quad=   23.16
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   26.78 mean_vt_4quad=   23.93
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   27.80 mean_vt_4quad=   24.76
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   29.05 mean_vt_4quad=   25.68
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   30.30 mean_vt_4quad=   26.67
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   31.42 mean_vt_4quad=   27.76
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   32.40 mean_vt_4quad=   28.99
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   33.52 mean_vt_4quad=   30.40
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    8.00 mean_vt_4quad=    6.34
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    8.15 mean_vt_4quad=    6.41
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    8.30 mean_vt_4quad=    6.49
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    8.36 mean_vt_4quad=    6.57
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    8.35 mean_vt_4quad=    6.64
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    8.41 mean_vt_4quad=    6.72
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    8.48 mean_vt_4quad=    6.79
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    8.54 mean_vt_4quad=    6.87
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    8.64 mean_vt_4quad=    6.95
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    8.74 mean_vt_4quad=    7.03
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    8.88 mean_vt_4quad=    7.11
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    9.03 mean_vt_4quad=    7.18
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    9.14 mean_vt_4quad=    7.26
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    9.15 mean_vt_4quad=    7.33
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    9.16 mean_vt_4quad=    7.41
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    9.15 mean_vt_4quad=    7.48
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    9.13 mean_vt_4quad=    7.56
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    9.07 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    8.98 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    8.91 mean_vt_4quad=    7.79
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    8.90 mean_vt_4quad=    7.87
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    8.96 mean_vt_4quad=    7.95
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    9.00 mean_vt_4quad=    8.03
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=    9.09 mean_vt_4quad=    8.12
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=    9.24 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=    9.38 mean_vt_4quad=    8.29
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=    9.52 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=    9.63 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=    9.71 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=    9.78 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=    9.84 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=    9.90 mean_vt_4quad=    8.82
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=    9.94 mean_vt_4quad=    8.90
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=    9.98 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   10.05 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   10.11 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   10.16 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   10.21 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   10.27 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   10.34 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   10.41 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   10.49 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   10.58 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   10.65 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   10.72 mean_vt_4quad=    9.94
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   10.79 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   10.87 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   10.95 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   11.07 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   11.24 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   11.41 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   11.57 mean_vt_4quad=   10.59
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   11.71 mean_vt_4quad=   10.69
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   11.85 mean_vt_4quad=   10.79
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   12.00 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   12.16 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   12.34 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   12.55 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   12.78 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.03 mean_vt_4quad=   11.62
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.31 mean_vt_4quad=   11.79
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.68 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   14.10 mean_vt_4quad=   12.13
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   14.53 mean_vt_4quad=   12.29
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   14.98 mean_vt_4quad=   12.46
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   15.41 mean_vt_4quad=   12.65
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   15.78 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   16.09 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   16.35 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   16.60 mean_vt_4quad=   13.48
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   16.85 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   17.11 mean_vt_4quad=   13.86
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   17.36 mean_vt_4quad=   14.04
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   17.59 mean_vt_4quad=   14.23
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   14.23 .... 0.5*v_holland=    7.30
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   14.42 .... 0.5*v_holland=    7.30
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   14.63 .... 0.5*v_holland=    7.30
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   14.85 .... 0.5*v_holland=    7.30
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   15.07 .... 0.5*v_holland=    7.30
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    150.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   80.9400000000000     
 vradius(iwindix,iquad) =          81
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   17.59 mean_vt_4quad=   14.23
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   17.83 mean_vt_4quad=   14.42
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   18.01 mean_vt_4quad=   14.63
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   18.19 mean_vt_4quad=   14.85
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   18.55 mean_vt_4quad=   15.07
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   18.84 mean_vt_4quad=   15.28
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   19.17 mean_vt_4quad=   15.49
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   19.59 mean_vt_4quad=   15.72
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   19.96 mean_vt_4quad=   15.96
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   20.34 mean_vt_4quad=   16.22
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   20.95 mean_vt_4quad=   16.51
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   21.50 mean_vt_4quad=   16.81
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   22.04 mean_vt_4quad=   17.12
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   22.71 mean_vt_4quad=   17.41
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   23.37 mean_vt_4quad=   17.68
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.38 mean_vt_4quad=   17.94
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   25.31 mean_vt_4quad=   18.20
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   26.12 mean_vt_4quad=   18.49
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   26.12 mean_vt_4quad=   18.49
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   26.30 mean_vt_4quad=   18.83
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   26.29 mean_vt_4quad=   19.21
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   26.10 mean_vt_4quad=   19.60
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   25.65 mean_vt_4quad=   19.95
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   25.59 mean_vt_4quad=   20.24
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   25.56 mean_vt_4quad=   20.42
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   24.86 mean_vt_4quad=   20.57
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   24.42 mean_vt_4quad=   20.77
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   24.43 mean_vt_4quad=   21.17
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   25.04 mean_vt_4quad=   21.75
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   26.11 mean_vt_4quad=   22.43
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   27.81 mean_vt_4quad=   23.16
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   29.51 mean_vt_4quad=   23.93
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   31.30 mean_vt_4quad=   24.76
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   32.58 mean_vt_4quad=   25.68
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   33.66 mean_vt_4quad=   26.67
  
 NO interp, exactdistkm=    51.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   27.5196000000000     
 vradius(iwindix,iquad) =          28
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    7.54 mean_vt_4quad=    6.34
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    7.62 mean_vt_4quad=    6.41
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    7.71 mean_vt_4quad=    6.49
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    7.78 mean_vt_4quad=    6.57
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    7.86 mean_vt_4quad=    6.64
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    7.94 mean_vt_4quad=    6.72
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    8.03 mean_vt_4quad=    6.79
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    8.11 mean_vt_4quad=    6.87
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    8.18 mean_vt_4quad=    6.95
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    8.24 mean_vt_4quad=    7.03
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    8.32 mean_vt_4quad=    7.11
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    8.36 mean_vt_4quad=    7.18
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    8.45 mean_vt_4quad=    7.26
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    8.53 mean_vt_4quad=    7.33
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    8.57 mean_vt_4quad=    7.41
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    8.62 mean_vt_4quad=    7.48
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    8.69 mean_vt_4quad=    7.56
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    8.72 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    8.78 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    8.86 mean_vt_4quad=    7.79
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    9.00 mean_vt_4quad=    7.87
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    9.10 mean_vt_4quad=    7.95
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    9.27 mean_vt_4quad=    8.03
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    9.41 mean_vt_4quad=    8.12
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    9.53 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    9.67 mean_vt_4quad=    8.29
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    9.80 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    9.90 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   10.01 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   10.11 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   10.23 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   10.40 mean_vt_4quad=    8.82
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   10.57 mean_vt_4quad=    8.90
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   10.72 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   10.86 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   10.96 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   11.05 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.13 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   11.21 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   11.30 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   11.38 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   11.45 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   11.51 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   11.60 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   11.70 mean_vt_4quad=    9.94
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   11.79 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   11.89 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   12.00 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   12.11 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   12.24 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   12.36 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   12.51 mean_vt_4quad=   10.59
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   12.69 mean_vt_4quad=   10.69
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   12.88 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.09 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   13.30 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   13.52 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.75 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   14.00 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   14.26 mean_vt_4quad=   11.62
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   14.49 mean_vt_4quad=   11.79
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.66 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.79 mean_vt_4quad=   12.13
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   14.87 mean_vt_4quad=   12.29
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   14.94 mean_vt_4quad=   12.46
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   15.00 mean_vt_4quad=   12.65
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.03 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.09 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   15.19 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.31 mean_vt_4quad=   13.48
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   15.46 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.63 mean_vt_4quad=   13.86
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.79 mean_vt_4quad=   14.04
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.94 mean_vt_4quad=   14.23
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   16.05 mean_vt_4quad=   14.42
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   16.15 mean_vt_4quad=   14.63
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   16.23 mean_vt_4quad=   14.85
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   16.39 mean_vt_4quad=   15.07
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.57 mean_vt_4quad=   15.28
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   16.80 mean_vt_4quad=   15.49
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.09 mean_vt_4quad=   15.72
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   17.48 mean_vt_4quad=   15.96
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   17.91 mean_vt_4quad=   16.22
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   16.22 .... 0.5*v_holland=    8.82
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   16.51 .... 0.5*v_holland=    8.82
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   16.81 .... 0.5*v_holland=    8.82
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   17.12 .... 0.5*v_holland=    8.82
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   17.41 .... 0.5*v_holland=    8.82
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   17.91 mean_vt_4quad=   16.22
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   18.43 mean_vt_4quad=   16.51
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.98 mean_vt_4quad=   16.81
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   19.54 mean_vt_4quad=   17.12
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   19.93 mean_vt_4quad=   17.41
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   20.26 mean_vt_4quad=   17.68
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   20.78 mean_vt_4quad=   17.94
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   21.22 mean_vt_4quad=   18.20
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.60 mean_vt_4quad=   18.49
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.95 mean_vt_4quad=   18.83
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.26 mean_vt_4quad=   19.21
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.57 mean_vt_4quad=   19.60
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   22.97 mean_vt_4quad=   19.95
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.57 mean_vt_4quad=   20.24
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   24.25 mean_vt_4quad=   20.42
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   24.95 mean_vt_4quad=   20.57
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   25.60 mean_vt_4quad=   20.77
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.35 mean_vt_4quad=   21.17
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.35 mean_vt_4quad=   21.17
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   27.15 mean_vt_4quad=   21.75
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   27.99 mean_vt_4quad=   22.43
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   28.85 mean_vt_4quad=   23.16
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   29.71 mean_vt_4quad=   23.93
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   30.91 mean_vt_4quad=   24.76
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   31.83 mean_vt_4quad=   25.68
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   32.38 mean_vt_4quad=   26.67
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   33.48 mean_vt_4quad=   27.76
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    9.14 mean_vt_4quad=    6.34
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    9.18 mean_vt_4quad=    6.41
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    9.20 mean_vt_4quad=    6.49
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.24 mean_vt_4quad=    6.57
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.29 mean_vt_4quad=    6.64
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.33 mean_vt_4quad=    6.72
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=    9.39 mean_vt_4quad=    6.79
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=    9.46 mean_vt_4quad=    6.87
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=    9.54 mean_vt_4quad=    6.95
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=    9.64 mean_vt_4quad=    7.03
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=    9.73 mean_vt_4quad=    7.11
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=    9.80 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=    9.83 mean_vt_4quad=    7.26
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=    9.85 mean_vt_4quad=    7.33
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=    9.87 mean_vt_4quad=    7.41
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=    9.89 mean_vt_4quad=    7.48
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=    9.92 mean_vt_4quad=    7.56
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=    9.93 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=    9.98 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.05 mean_vt_4quad=    7.79
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.13 mean_vt_4quad=    7.87
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.22 mean_vt_4quad=    7.95
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.31 mean_vt_4quad=    8.03
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.36 mean_vt_4quad=    8.12
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.41 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   10.46 mean_vt_4quad=    8.29
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   10.51 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   10.56 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   10.62 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   10.72 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   10.90 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.07 mean_vt_4quad=    8.82
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.20 mean_vt_4quad=    8.90
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.35 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.48 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.61 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.74 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.84 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.96 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   12.02 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   12.03 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   12.03 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.08 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.14 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.22 mean_vt_4quad=    9.94
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.32 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.45 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.62 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.82 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.05 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.26 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.47 mean_vt_4quad=   10.59
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.67 mean_vt_4quad=   10.69
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.80 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.86 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   13.87 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   13.84 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   13.86 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   13.93 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.01 mean_vt_4quad=   11.62
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.12 mean_vt_4quad=   11.79
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.27 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   14.43 mean_vt_4quad=   12.13
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   14.61 mean_vt_4quad=   12.29
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   14.80 mean_vt_4quad=   12.46
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   14.97 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.12 mean_vt_4quad=   12.86
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.32 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   15.54 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   15.74 mean_vt_4quad=   13.48
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   15.86 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   15.95 mean_vt_4quad=   13.86
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   15.99 mean_vt_4quad=   14.04
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   16.07 mean_vt_4quad=   14.23
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   16.25 mean_vt_4quad=   14.42
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   16.46 mean_vt_4quad=   14.63
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   16.69 mean_vt_4quad=   14.85
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   16.89 mean_vt_4quad=   15.07
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.09 mean_vt_4quad=   15.28
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   17.37 mean_vt_4quad=   15.49
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.76 mean_vt_4quad=   15.72
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   15.72 .... 0.5*v_holland=    8.43
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   15.96 .... 0.5*v_holland=    8.43
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   16.22 .... 0.5*v_holland=    8.43
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   16.51 .... 0.5*v_holland=    8.43
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   16.81 .... 0.5*v_holland=    8.43
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   17.76 mean_vt_4quad=   15.72
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.21 mean_vt_4quad=   15.96
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.66 mean_vt_4quad=   16.22
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   19.06 mean_vt_4quad=   16.51
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   19.50 mean_vt_4quad=   16.81
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   20.07 mean_vt_4quad=   17.12
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.50 mean_vt_4quad=   17.41
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   20.78 mean_vt_4quad=   17.68
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   20.98 mean_vt_4quad=   17.94
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   21.15 mean_vt_4quad=   18.20
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   21.28 mean_vt_4quad=   18.49
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.47 mean_vt_4quad=   18.83
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   21.86 mean_vt_4quad=   19.21
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   22.29 mean_vt_4quad=   19.60
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   22.76 mean_vt_4quad=   19.95
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   23.30 mean_vt_4quad=   20.24
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   23.92 mean_vt_4quad=   20.42
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   24.60 mean_vt_4quad=   20.57
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   25.35 mean_vt_4quad=   20.77
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.18 mean_vt_4quad=   21.17
  
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.18 mean_vt_4quad=   21.17
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.94 mean_vt_4quad=   21.75
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   27.61 mean_vt_4quad=   22.43
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   28.20 mean_vt_4quad=   23.16
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   28.88 mean_vt_4quad=   23.93
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   29.71 mean_vt_4quad=   24.76
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   30.76 mean_vt_4quad=   25.68
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   31.99 mean_vt_4quad=   26.67
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   33.23 mean_vt_4quad=   27.76
  
 NO interp, exactdistkm=    48.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   25.9008000000000     
 vradius(iwindix,iquad) =          26
 TIMING: after call  getradii, fhr=   108 igrct=  1   22:31:15
 TIMING: after getrad_iter_loop, fhr=   108 igrct=  2 Vmax (m/s)=   45.199   22:31:15
 TIMING: Before get_phase ... 22:31:15
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          108 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   275.952
  
  
  In get_cps_paramb, lead time=          108 :           0   00L  NATL     
   right_ct=          895   left_ct=          870
   zthicksum(1)=    3044768.89850000     
   zthicksum(2)=    2956368.05700000     
   zthick_right_mean=    3401.97642290503     
   zthick_left_mean=     3398.12420344828     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    3.85221945674857     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            1.47
  Sum of y-diffs squared (ydiff2) =         3496.62
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   374.71   6.7452       32.92   0.1661    -0.79     0.63     1083.90
    2   363.75   6.6846       21.96   0.1055     0.55     0.31      482.36
    3   350.42   6.6201        8.63   0.0409     0.33     0.11       74.56
    4   336.19   6.5511       -5.60  -0.0281     0.10     0.01       31.33
    5   321.40   6.4770      -20.39  -0.1022     0.35     0.12      415.72
    6   304.26   6.3969      -37.53  -0.1822    -0.54     0.29     1408.75
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   341.789     x:    6.58
  
  slope=    203.002         y-intercept =   -993.788
  Regression equation:   Y =  -993.79 +   203.00X
  
  R2(r_squared) =  0.9996        r =  0.9998
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1066.66 zmin=  683.47 zdiff=  383.18
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1559.22 zmin= 1184.51 zdiff=  374.71
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.47 dlnp=     -0.057158  dzdlnp=      148.220
  
   +++ k=  3 press=    800.0 zmax= 2077.08 zmin= 1713.32 zdiff=  363.75
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=     -10.96 dlnp=     -0.060625  dzdlnp=      180.785
  
   +++ k=  4 press=    750.0 zmax= 2623.02 zmin= 2272.60 zdiff=  350.42
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=     -13.33 dlnp=     -0.064539  dzdlnp=      206.512
  
   +++ k=  5 press=    700.0 zmax= 3200.39 zmin= 2864.20 zdiff=  336.19
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -14.23 dlnp=     -0.068993  dzdlnp=      206.282
  
   +++ k=  6 press=    650.0 zmax= 3813.27 zmin= 3491.87 zdiff=  321.40
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.79 dlnp=     -0.074108  dzdlnp=      199.601
  
   +++ k=  7 press=    600.0 zmax= 4466.44 zmin= 4162.18 zdiff=  304.26
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -17.14 dlnp=     -0.080043  dzdlnp=      214.186
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            7.66
  Sum of y-diffs squared (ydiff2) =         8358.60
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   282.45   6.3099       52.33   0.2788     2.00     4.02     2738.50
    2   261.68   6.2146       31.56   0.1834    -1.56     2.42      996.20
    3   243.47   6.1092       13.35   0.0781    -0.74     0.55      178.35
    4   222.53   5.9915       -7.59  -0.0397    -0.42     0.18       57.60
    5   198.86   5.8579      -31.25  -0.1732     0.02     0.00      976.77
    6   171.71   5.7038      -58.41  -0.3274     0.70     0.49     3411.18
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   230.117     x:    6.03
  
  slope=    180.536         y-intercept =   -858.725
  Regression equation:   Y =  -858.73 +   180.54X
  
  R2(r_squared) =  0.9991        r =  0.9995
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4466.44 zmin= 4162.18 zdiff=  304.26
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5164.87 zmin= 4882.42 zdiff=  282.45
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -21.81 dlnp=     -0.087011  dzdlnp=      250.634
  
   +++ k=  9 press=    500.0 zmax= 5918.37 zmin= 5656.69 zdiff=  261.68
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -20.77 dlnp=     -0.095310  dzdlnp=      217.899
  
   +++ k= 10 press=    450.0 zmax= 6742.58 zmin= 6499.10 zdiff=  243.47
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -18.21 dlnp=     -0.105361  dzdlnp=      172.816
  
   +++ k= 11 press=    400.0 zmax= 7647.21 zmin= 7424.69 zdiff=  222.53
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -20.94 dlnp=     -0.117783  dzdlnp=      177.818
  
   +++ k= 12 press=    350.0 zmax= 8651.62 zmin= 8452.75 zdiff=  198.86
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -23.66 dlnp=     -0.133531  dzdlnp=      177.217
  
   +++ k= 13 press=    300.0 zmax= 9781.32 zmin= 9609.61 zdiff=  171.71
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -27.15 dlnp=     -0.154151  dzdlnp=      176.139
  
cps_stats: 00L   lead time= 108: 0   paramb=     3.85  vtl=    203.00  vtu=    180.54
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  108:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.824 (0-360) guesslon=  293.824E  (  66.176W)   guesslat=   25.831
 ilonfix=         1216  jlatfix=         1000  npts=           33
 ibeg=         1143  jbeg=          932  imax=         2738
 iend=         1289  jend=         1068  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  292.504E  (0-360) ctlon=  292.504E  (  67.496W)  ctlat=   25.711 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  292.504E   (0-360) guesslon=  292.504E  (  67.496W)   guesslat=   25.711
 ilonfix=         1183  jlatfix=         1003  npts=           16
 ibeg=         1134  jbeg=          959  imax=         2738
 iend=         1232  jend=         1047  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.284E  (0-360) ctlon=  292.284  (  67.716W)  ctlat=   25.991 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L   108:00  mean_lon:  292.28E (  67.72W)    (0-360) mean_lon=  292.28E  mean_lat:   25.99  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L   108:00  ifix:  1153   jfix:   984  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1153  jx=          984
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         483 ,         314 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         482 ,         313 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L   108:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:31:15
 TIMING: Before shear ... 22:31:15
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           19
  clon(ist,ifh,3)=    293.814311804815     
  clat(ist,ifh,3)=    25.9130172507949     
  fixlon(ist,ifh)=    293.824216292236     
  fixlat(ist,ifh)=    25.8312486031560     
  xcenlon=    293.814311804815     
  xcenlat=    25.9130172507949     
  
 xxshear
 In get_shear A, xcenlon=    293.814311804815       xcenlat= 
   25.9130172507949     
   In get_shear B, (0-360) xcenlon=    293.814311804815     
  
At start of get_shear:  00L   fhr=  108:00   Mean fix position=   293.82E  ( 66.18W)    25.83  (0-360) mean lon fix=  293.82
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   40.18 vr_mean(idist,ilev)=    1.52
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   32.83 vr_mean(idist,ilev)=   -0.12
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   27.61 vr_mean(idist,ilev)=   -1.76
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   24.93 vr_mean(idist,ilev)=   -1.59
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   21.90 vr_mean(idist,ilev)=   -1.19
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   19.99 vr_mean(idist,ilev)=   -0.97
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.19 vr_mean(idist,ilev)=   -1.13
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.63 vr_mean(idist,ilev)=   -0.88
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   13.50 vr_mean(idist,ilev)=   -1.05
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   11.98 vr_mean(idist,ilev)=   -0.94
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   10.68 vr_mean(idist,ilev)=   -0.76
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    9.55 vr_mean(idist,ilev)=   -0.49
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    8.52 vr_mean(idist,ilev)=   -0.27
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    7.48 vr_mean(idist,ilev)=   -0.16
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    6.77 vr_mean(idist,ilev)=   -0.18
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    5.97 vr_mean(idist,ilev)=   -0.32
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    5.41 vr_mean(idist,ilev)=   -0.26
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    4.60 vr_mean(idist,ilev)=   -0.35
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    4.04 vr_mean(idist,ilev)=   -0.47
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.29 vr_mean(idist,ilev)=   14.29
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.44 vr_mean(idist,ilev)=   21.44
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.59 vr_mean(idist,ilev)=   28.59
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.74 vr_mean(idist,ilev)=   35.74
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -42.90 vr_mean(idist,ilev)=   42.90
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.05 vr_mean(idist,ilev)=   50.05
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.21 vr_mean(idist,ilev)=   57.21
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.37 vr_mean(idist,ilev)=   64.37
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.54 vr_mean(idist,ilev)=   71.54
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -78.71 vr_mean(idist,ilev)=   78.71
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -85.89 vr_mean(idist,ilev)=   85.89
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -93.07 vr_mean(idist,ilev)=   93.07
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -100.26 vr_mean(idist,ilev)=  100.26
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.46 vr_mean(idist,ilev)=  107.46
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -114.66 vr_mean(idist,ilev)=  114.66
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -121.88 vr_mean(idist,ilev)=  121.88
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -129.10 vr_mean(idist,ilev)=  129.10
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -136.33 vr_mean(idist,ilev)=  136.33
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -143.57 vr_mean(idist,ilev)=  143.57
  
 At end of get_shear: 
     ist=    1 ifh=   19 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:31:15
  
 After call to fixcenter, fix positions at 
 forecast hour=  108:00 follow:
  
fixpos  00L   fhr=  108:00   Fix position=   293.82E  ( 66.18W)    25.83   Max Wind=  88 kts
  
  
 xxxx get_next_ges, prev fix lon=    294.471738087904     
 xxxx get_next_ges, curr fix lon=    293.824216292236     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.824216292236        fixlat=    25.8312486031560     
        (0-360) fixlon=    293.824216292236     
      ilonfix=         1216   jlatfix=         1000
      ibeg=          739   iend=         1693
      jbeg=          548   jend=         1452
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.336522462850191       vavg=    1.60365520097560     
      ubar=  -8.413061571254773E-002  vbar=   0.400913800243901     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.71247120390321       vavg=    1.52442731587202     
      ubar=  -0.940366217664154       vbar=    1.16312745817991     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -3.18720339119143       vavg=   0.756566009074716     
      ubar=   -1.73716706546201       vbar=    1.35226896044859     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.73716706546201       vbar=    1.35226896044859     
      wgttot=    1.00000000000000     
      fixlon=    293.824216292236        fixlat=    25.8312486031560     
      barnlon=    293.448887315523       barnlat=    26.0939315998194     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.899080078571762     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      293.448887315523     
     Raw (no conversion for GM wrap) extraplon=    293.176369831446     
  
 --- barnlon=    293.45E  (  66.55W)    barnlat=     26.09
 --- extraplon=  293.18E  (  66.82W)    extraplat=   25.89
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.83
 | Current fix lon is   66.18W   ( 293.82E)
 | Current fix lon (raw, unadjusted)=  293.82E
 | Updated guess lat for next fcst hour is   25.99
 | Updated guess lon (0-360) for next fcst hour is   66.69W   ( 293.31E)
 | Raw updated guess lon for next fcst hour is  293.31E)
 -------------------------------------------------
  
 iocheck, dist=    54.2087624574413        distm=    54208.7624574413     
 iocheck, stmspd=    2.50966492858525        istmspd=           49
 iocheck, xincr=  -0.511587718751116        yincr=   0.161006006456894     
 iocheck, stmdir=    287.469741775563        istmdir=          287
 +++ RPT_STORM_MOTION: istmspd=    49 kts(*10)    istmdir=   287 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  19
     Fix location for this time:   293.82E  ( 66.18W)    25.83
     Fix lon (raw) for this time:  293.82E
     ilonfix= 1216  jlatfix= 1000
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.824216292236       xcenlat=    25.8312486031560     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.824216292236       xcenlat=    25.8312486031560     
  ilonfix=         1216  jlatfix=         1000
  ibeg=         1094  iend=         1338
  jbeg=          884  jend=         1116  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.824216292236        xcenlat=    25.8312486031560     
      ilonfix=         1216   jlatfix=         1000
      ibeg=         1094   iend=         1338
      jbeg=          884   jend=         1116
 After call to barnes, xsmoothval=   3.505533557515906E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.505533557515906E-004
      xcenlon=    293.824216292236        xcenlat=    25.8312486031560     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000351  imeanzeta (*1e6)=      351
   --- mean zeta raw =   3.505533557515906E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.005035  igrid zeta (*1e6)=     5035 ifilret=   0
   --- grid zeta raw=   5.034615276765128E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.824216292236       xcenlat=    25.8312486031560     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.824216292236       xcenlat=    25.8312486031560     
  ilonfix=         1216  jlatfix=         1000
  ibeg=         1094  iend=         1338
  jbeg=          884  jend=         1116  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.824216292236        xcenlat=    25.8312486031560     
      ilonfix=         1216   jlatfix=         1000
      ibeg=         1094   iend=         1338
      jbeg=          884   jend=         1116
 After call to barnes, xsmoothval=   3.364408278144636E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.364408278144636E-004
      xcenlon=    293.824216292236        xcenlat=    25.8312486031560     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000336  imeanzeta (*1e6)=      336
   --- mean zeta raw =   3.364408278144636E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003545  igrid zeta (*1e6)=     3545 ifilret=   0
   --- grid zeta raw=   3.544982300526506E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=          108
  
 segx, outlon=    293.824216292236       outlat=    25.8312486031560     
   ist=            1  ifcsthour=          108
   vmaxwind=    45.1985895797645       xminmslp=    97229.6300000000     
   vradius=           79          47          23          81          53
          28          66          39          26          70          39
          26
   maxstorm=            6
   plastbar=    101229.630000000       rlastbar=    117.293721689310     
   rmax=    16.5511035998455     
   cps_vals=    3.85221945674857        203.001540867349     
   180.536176959452     
   wcore_flag= n
   istmspd=           49  istmdir=          287
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    30.0000000000000     
   axisymet_rmw_val=     40.0467723003745     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   117.293721689310       irlastbar=         117
 output: plastbar=   101229.630000000       iplastbar=        1012
 rmax=    16.5511035998455        irmax=           17
 TXX top of atcfunix_ext, ist=            1  ifh=          108
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   117.293721689310       irlastbar=         117
 output: plastbar=   101229.630000000       iplastbar=        1012
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          108
 intlat=          258
 clatns= N
 intlon=          662
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           88
 int(xminmslp/mslp_outp_adj + 0.5)=          972
 XX,  34, NEQ
 vradius(1,1)=           79
 vradius(1,2)=           81
 vradius(1,3)=           66
 vradius(1,4)=           70
 iplastbar=         1012
 irlastbar=          117
 irmax=           17
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          287
 istmspd=           49
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           39
 icps_vals(2)=         2030
 icps_vals(3)=         1805
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           16
 irmw_val=           78
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          351
 igridzeta(1)=         5035
 imeanzeta(2)=          336
 igridzeta(2)=         3545
  
 rmax=    16.5511035998455        irmax=           17
 +++ Top of output_atcf_parms, ist=            1  ifh=          108
  
 xxxx get_next_ges, prev fix lon=    294.471738087904     
 xxxx get_next_ges, curr fix lon=    293.824216292236     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.824216292236        fixlat=    25.8312486031560     
        (0-360) fixlon=    293.824216292236     
      ilonfix=         1216   jlatfix=         1000
      ibeg=          739   iend=         1693
      jbeg=          548   jend=         1452
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=  -0.336522462850191       vavg=    1.60365520097560     
      ubar=  -8.413061571254773E-002  vbar=   0.400913800243901     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.71247120390321       vavg=    1.52442731587202     
      ubar=  -0.940366217664154       vbar=    1.16312745817991     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -3.18720339119143       vavg=   0.756566009074716     
      ubar=   -1.73716706546201       vbar=    1.35226896044859     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.73716706546201       vbar=    1.35226896044859     
      wgttot=    1.00000000000000     
      fixlon=    293.824216292236        fixlat=    25.8312486031560     
      barnlon=    293.448887315523       barnlat=    26.0939315998194     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.899080078571762     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      293.448887315523     
     Raw (no conversion for GM wrap) extraplon=    293.176369831446     
  
 --- barnlon=    293.45E  (  66.55W)    barnlat=     26.09
 --- extraplon=  293.18E  (  66.82W)    extraplat=   25.89
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   25.83
 | Current fix lon is   66.18W   ( 293.82E)
 | Current fix lon (raw, unadjusted)=  293.82E
 | Updated guess lat for next fcst hour is   25.99
 | Updated guess lon (0-360) for next fcst hour is   66.69W   ( 293.31E)
 | Raw updated guess lon for next fcst hour is  293.31E)
 -------------------------------------------------
  
 iocheck, dist=    54.2087624574413        distm=    54208.7624574413     
 iocheck, stmspd=    2.50966492858525        istmspd=           49
 iocheck, xincr=  -0.511587718751116        yincr=   0.161006006456894     
 iocheck, stmdir=    287.469741775563        istmdir=          287
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:  108:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   6.257244407129951E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  314.207E  (0-360) ctlon=  314.207E  (  45.793W)  ctlat=   42.907 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.626E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  314.207E   (0-360) guesslon=  314.207E  (  45.793W)   guesslat=   42.907
 ilonfix=         1725  jlatfix=          573  npts=           16
 ibeg=         1667  jbeg=          529  imax=         2738
 iend=         1783  jend=          617  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.487E  (0-360) ctlon=  314.487  (  45.513W)  ctlat=   43.187 fmax (x10e5) =        0.585E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   5.093313415449098E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  315.007E  (0-360) ctlon=  315.007E  (  44.993W)  ctlat=   42.907 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.509E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  315.007E   (0-360) guesslon=  315.007E  (  44.993W)   guesslat=   42.907
 ilonfix=         1745  jlatfix=          573  npts=           16
 ibeg=         1687  jbeg=          529  imax=         2738
 iend=         1803  jend=          617  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.787E  (0-360) ctlon=  314.787  (  45.213W)  ctlat=   43.087 fmax (x10e5) =        0.460E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  314.607E  (0-360) ctlon=  314.607E  (  45.393W)  ctlat=   42.907 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  314.607E   (0-360) guesslon=  314.607E  (  45.393W)   guesslat=   42.907
 ilonfix=         1735  jlatfix=          573  npts=           16
 ibeg=         1677  jbeg=          529  imax=         2738
 iend=         1793  jend=          617  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.687E  (0-360) ctlon=  314.687  (  45.313W)  ctlat=   42.987 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  314.607E  (0-360) ctlon=  314.607E  (  45.393W)  ctlat=   43.307 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.302E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  314.607E   (0-360) guesslon=  314.607E  (  45.393W)   guesslat=   43.307
 ilonfix=         1735  jlatfix=          563  npts=           16
 ibeg=         1677  jbeg=          519  imax=         2738
 iend=         1793  jend=          607  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.487E  (0-360) ctlon=  314.487  (  45.513W)  ctlat=   43.287 fmax =       -0.100E+16 fmin =        0.302E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  315.007E  (0-360) ctlon=  315.007E  (  44.993W)  ctlat=   42.907 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.997E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  315.007E   (0-360) guesslon=  315.007E  (  44.993W)   guesslat=   42.907
 ilonfix=         1745  jlatfix=          573  npts=           16
 ibeg=         1687  jbeg=          529  imax=         2738
 iend=         1803  jend=          617  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.887E  (0-360) ctlon=  314.887  (  45.113W)  ctlat=   42.887 fmax =       -0.100E+16 fmin =        0.997E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  313.927 (0-360) guesslon=  313.927E  (  46.073W)   guesslat=   43.027
 ilonfix=         1718  jlatfix=          570  npts=           33
 ibeg=         1636  jbeg=          502  imax=         2738
 iend=         1800  jend=          638  jmax=         2041
 TIMING: find_maxmin 1  22:31:15
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   4.629161505664505E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  314.607E  (0-360) ctlon=  314.607E  (  45.393W)  ctlat=   42.507 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.463E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:15
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  314.607E   (0-360) guesslon=  314.607E  (  45.393W)   guesslat=   42.507
 ilonfix=         1735  jlatfix=          583  npts=           16
 ibeg=         1678  jbeg=          539  imax=         2738
 iend=         1792  jend=          627  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  314.487E  (0-360) ctlon=  314.487  (  45.513W)  ctlat=   42.787 fmax (x10e5) =        0.511E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    314.493829337465        uvgeslat=    43.0302891413058     
    (0-360 uvgeslon)=    314.493829337465     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    314.493829337465        uvgeslat=    43.0302891413058     
    (0-360 uvgeslon)=    314.493829337465     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    314.493829337465     
  
 After first run, Wind Circulation (NHEM) ctlon=  314.814E  (0-360E lon):  314.814E    45.186W  ctlat=   43.030  xmax_circul_disk =     128050899.3
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  314.814E  (0-360E)=  314.814E  (  45.186W)   guesslat=   43.030
 ilonfix=         1741  jlatfix=          570  npts=           56
 ibeg=         1663  jbeg=          506  imax=         2738
 iend=         1819  jend=          634  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    129105500.064021     
 nhalf get_wind_circ, k=  1 ctlon=  314.954E  (0-360E)=  314.954E  ctlon=   45.046W   ctlat=   43.290 Wind Circulation (NHEM: Max) =     129105500.1
 TIMING: After GWC 850 ... 22:31:15
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    314.493829337465        uvgeslat=    43.0302891413058     
    (0-360 uvgeslon)=    314.493829337465     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    314.493829337465     
  
 After first run, Wind Circulation (NHEM) ctlon=  314.814E  (0-360E lon):  314.814E    45.186W  ctlat=   43.030  xmax_circul_disk =     104706227.9
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  314.814E  (0-360E)=  314.814E  (  45.186W)   guesslat=   43.030
 ilonfix=         1741  jlatfix=          570  npts=           56
 ibeg=         1663  jbeg=          506  imax=         2738
 iend=         1819  jend=          634  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    106102921.058932     
 nhalf get_wind_circ, k=  1 ctlon=  314.714E  (0-360E)=  314.714E  ctlon=   45.286W   ctlat=   43.110 Wind Circulation (NHEM: Max) =     106102921.1
 TIMING: After GWC 700 ... 22:31:15
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:31:15
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    314.493829337465        uvgeslat=    43.0302891413058     
    (0-360 uvgeslon)=    314.493829337465     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    314.493829337465     
  
 After first run, Wind Circulation (NHEM) ctlon=  314.814E  (0-360E lon):  314.814E    45.186W  ctlat=   43.030  xmax_circul_disk =      85563338.6
 TIMING: get_wind_circ kloop, k=  1   22:31:15
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  314.814E  (0-360E)=  314.814E  (  45.186W)   guesslat=   43.030
 ilonfix=         1741  jlatfix=          570  npts=           56
 ibeg=         1663  jbeg=          506  imax=         2738
 iend=         1819  jend=          634  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    86699254.0388566     
 nhalf get_wind_circ, k=  1 ctlon=  314.714E  (0-360E)=  314.714E  ctlon=   45.286W   ctlat=   42.810 Wind Circulation (NHEM: Max) =      86699254.0
 TIMING: After GWC Sfc ... 22:31:15
  
 At beg of fixcenter, stderr(ist,ifh-1) =    13.14  xavg_stderr=    10.15
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           19  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   108:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  313.93E   (0-360) guesslon=  313.93E  ( 46.07W)    43.03
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       314.49       45.51      43.19           58.53       T         48.82
   2    zeta 700    Max       314.79       45.21      43.09           46.05       T         70.19
   3    circ 850    Max       314.95       45.05      43.29          129.11       T         88.33
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       314.71       45.29      43.11          106.10       T         64.62
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       314.69       45.31      42.99         1374.42       T         61.96
   8     gph 700    Min       314.49       45.51      43.29         3021.04       T         53.84
   9        MSLP    Min       314.89       45.11      42.89        99702.90       T         79.66
  10    circ sfc    Max       314.71       45.29      42.81           86.70       T         68.47
  11    zeta sfc    Max       314.49       45.51      42.79           51.13       T         52.84
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    21.6947832189399       stderr_close= 
   10.6015470369354       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  22.541 devia=   2.126 wtpos=  0.49227     314.49   314.49    45.51    43.19
 ip=  2 kprm=  2 dist_from_mean=   9.024 devia=   0.851 wtpos=  0.75298     314.79   314.79    45.21    43.09
 ip=  3 kprm=  3 dist_from_mean=  34.466 devia=   3.251 wtpos=  0.33835     314.95   314.95    45.05    43.29
 ip=  5 kprm=  4 dist_from_mean=   7.229 devia=   0.682 wtpos=  0.79670     314.71   314.71    45.29    43.11
 ip=  7 kprm=  5 dist_from_mean=   6.809 devia=   0.642 wtpos=  0.80727     314.69   314.69    45.31    42.99
 ip=  8 kprm=  6 dist_from_mean=  31.217 devia=   2.945 wtpos=  0.37475     314.49   314.49    45.51    43.29
 ip=  9 kprm=  7 dist_from_mean=  24.078 devia=   2.271 wtpos=  0.46904     314.89   314.89    45.11    42.89
 ip= 10 kprm=  8 dist_from_mean=  26.494 devia=   2.499 wtpos=  0.43473     314.71   314.71    45.29    42.81
 ip= 11 kprm=  9 dist_from_mean=  33.396 devia=   3.150 wtpos=  0.34992     314.49   314.49    45.51    42.79
  
At end of fixcenter:  08L   fhr=  108:00   Fix position=   314.70E  (0-360) fixlon=  314.70  ( 45.30W)    43.05
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    314.696878279270     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    314.886546792010     
        (0-360E clon(ist,ifh,9))=    314.886546792010     
      clat(ist,ifh,9)=    42.8866563685785     
      xval(9)=    99702.8972480856     
  
  After get_ij B, ibeg jbeg =         1625         435
  After get_ij B, iend jend =         1859         711
  
 In is_it_a_storm, ilonfix=         1742  jlatfix=          573
 ibeg jbeg iend jend =         1625         435        1859         711
 cparm= slp  parmlon parmlat =    314.886546792010        42.8866563685785     
     (0-360E parmlon) =    314.886546792010     
 parmval=    99702.8972480856     
  
 i= 1715 j=  510 glon=  313.81 (0-360E) glon=  313.81 glat=  45.44 dist=   296.71 slp=  101023.07 pgradient=  4.44942
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.44942
 mslp center =    314.886546792010        42.8866563685785     
   99702.8972480856     
   (0-360E) lon of mslp center =    314.886546792010     
 pgrad loc   =    313.808286000000        313.808286000000     
   46.1917140000000        45.4405120000000        101023.070000000     
  ttest at location C IF....
      xinp_fixlat=    42.8866563685785     
      xinp_fixlon=    314.886546792010       (0-360E) xinp_fixlon= 
   314.886546792010     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99398.5900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1733  jfix=          573
 longitude=    314.886546792010      E   (   45.1134532079899      
 W)  (0-360E) xinp_fixlon=    314.886546792010     
 latitude=    42.8866563685785     
 mean mslp value (xval(9))=    99702.8972480856     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1733  jfix=          573
 longitude=    314.886546792010      E   (   45.1134532079899      
 W)  (0-360E) xinp_fixlon=    314.886546792010     
 latitude=    42.8866563685785     
 mean mslp value (xval(9))=    99702.8972480856     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1733  jx=          573
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99398.5900000000       xcentval=    99398.5900000000     
 At A, num_found_contours=            0
 At A, contlo=    99398.5900000000       conthi=    99798.5900000000     
  
 num_found_contours=            0
 contlo=    99398.5900000000       conthi=    99798.5900000000     
 xcentval=    99398.5900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99798.5900000000       conthi=    100198.590000000     
  
 num_found_contours=            1
 contlo=    99798.5900000000       conthi=    100198.590000000     
 xcentval=    99398.5900000000     
 At A, num_found_contours=            2
 At A, contlo=    100198.590000000       conthi=    100598.590000000     
  
 num_found_contours=            2
 contlo=    100198.590000000       conthi=    100598.590000000     
 xcentval=    99398.5900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1721 ,         554 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99398.5900000000     
 !!! (i,j) of central value = (        1733 ,         573 )
 !!!  
 !!! Flagged value found    =    100196.190000000     
 !!! (i,j) of flagged value = (        1720 ,         553 )
 !!!   
 !!! Lower bound of contour interval =    100198.590000000     
 !!! Upper bound of contour interval =    100598.590000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1733  jfix=          573
 longitude=    314.886546792010      E   (   45.1134532079899      W)  
 (0-360E) xinp_fixlon=    314.886546792010     
 latitude=    42.8866563685785     
 mean mslp value (xval(9))=    99702.8972480856     
 gridpoint mslp value=    99398.5900000000     
 ccflag= y
 prs of last closed isobar =    100198.590000000     
 radius of last closed isobar =    58.5291493822934       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =  108:00
 !!! Boundary check xinp_fixlat is   42.89
 !!! Boundary check xinp_fixlon is   45.11W   ( 314.89E)  (0-360E) xinp_fixlon=  314.89
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    314.953817837465     
  850 mb wcirc fix lat=    43.2902826413058     
    (0-360) 850 mb wcirc fix lon=    314.953817837465     
  Multi-parm fix lon=      314.696878279270     
  Multi-parm fix lat=      43.0476674785177     
    (0-360) Multi-parm fix lon=      314.696878279270     
  
  
  After get_ij B, ibeg jbeg =         1644         459
  After get_ij B, iend jend =         1844         667
  
 In is_it_a_storm, ilonfix=         1744  jlatfix=          563
 ibeg jbeg iend jend =         1644         459        1844         667
 cparm= v850  parmlon parmlat =    314.953817837465        43.2902826413058     
     (0-360E parmlon) =    314.953817837465     
 parmval=    129105500.064021     
  
 i= 1734 j=  514 glon=  314.57 (0-360E) glon=  314.57 glat=  45.28 u=  -3.6700 v= -21.7000 vr= -20.98254 vt=   6.64019
 i= 1739 j=  514 glon=  314.77 (0-360E) glon=  314.77 glat=  45.28 u=  -2.9300 v= -22.0000 vr= -21.75361 vt=   4.40063
 i= 1744 j=  514 glon=  314.97 (0-360E) glon=  314.97 glat=  45.28 u=  -1.3400 v= -20.4000 vr= -20.40674 vt=   1.23315
 i= 1749 j=  514 glon=  315.17 (0-360E) glon=  315.17 glat=  45.28 u=  -2.2900 v= -24.4000 vr= -24.50410 vt=   0.39113
 i= 1754 j=  514 glon=  315.37 (0-360E) glon=  315.37 glat=  45.28 u=  -2.9300 v= -22.4000 vr= -22.58667 vt=  -0.43258
 i= 1714 j=  519 glon=  313.77 (0-360E) glon=  313.77 glat=  45.08 u=  -6.6800 v= -21.2000 vr= -16.23110 vt=  15.18598
 i= 1719 j=  519 glon=  313.97 (0-360E) glon=  313.97 glat=  45.08 u=  -4.7300 v= -23.6000 vr= -20.17604 vt=  13.12480
 i= 1724 j=  519 glon=  314.17 (0-360E) glon=  314.17 glat=  45.08 u=  -0.7900 v= -27.1000 vr= -25.59245 vt=   8.94767
 i= 1729 j=  519 glon=  314.37 (0-360E) glon=  314.37 glat=  45.08 u=  -1.5500 v= -25.0000 vr= -23.97289 vt=   7.25968
 i= 1734 j=  519 glon=  314.57 (0-360E) glon=  314.57 glat=  45.08 u=  -0.5900 v= -25.6000 vr= -25.20484 vt=   4.51931
 i= 1739 j=  519 glon=  314.77 (0-360E) glon=  314.77 glat=  45.08 u=  -0.5300 v= -27.0000 vr= -26.88504 vt=   2.54470
 i= 1744 j=  519 glon=  314.97 (0-360E) glon=  314.97 glat=  45.08 u=   0.9100 v= -21.5000 vr= -21.49433 vt=  -1.03526
 i= 1749 j=  519 glon=  315.17 (0-360E) glon=  315.17 glat=  45.08 u=   1.0400 v= -18.9000 vr= -18.73996 vt=  -2.66560
 i= 1754 j=  519 glon=  315.37 (0-360E) glon=  315.37 glat=  45.08 u=  -5.4700 v= -24.8000 vr= -25.36261 vt=   1.30350
 i= 1759 j=  519 glon=  315.57 (0-360E) glon=  315.57 glat=  45.08 u=  -6.1000 v= -21.7000 vr= -22.53033 vt=   0.69602
 i= 1764 j=  519 glon=  315.77 (0-360E) glon=  315.77 glat=  45.08 u= -13.8500 v= -18.8000 vr= -22.18620 vt=   7.28252
 i= 1769 j=  519 glon=  315.97 (0-360E) glon=  315.97 glat=  45.08 u= -18.1600 v= -13.3000 vr= -19.19363 vt=  11.75925
 i= 1774 j=  519 glon=  316.17 (0-360E) glon=  316.17 glat=  45.08 u= -20.4000 v=  10.7000 vr=   0.61454 vt=  23.02764
 i= 1704 j=  524 glon=  313.37 (0-360E) glon=  313.37 glat=  44.88 u=  -6.6800 v= -23.4000 vr= -15.04380 vt=  19.12764
 i= 1709 j=  524 glon=  313.57 (0-360E) glon=  313.57 glat=  44.88 u=  -4.2800 v= -24.4000 vr= -18.34365 vt=  16.64899
 i= 1714 j=  524 glon=  313.77 (0-360E) glon=  313.77 glat=  44.88 u=  -3.1300 v= -23.9000 vr= -19.54160 vt=  14.11144
 i= 1719 j=  524 glon=  313.97 (0-360E) glon=  313.97 glat=  44.88 u=  -1.7800 v= -26.9000 vr= -23.81387 vt=  12.63637
 i= 1724 j=  524 glon=  314.17 (0-360E) glon=  314.17 glat=  44.88 u=  -1.2000 v= -26.9000 vr= -24.92626 vt=  10.18486
 i= 1729 j=  524 glon=  314.37 (0-360E) glon=  314.37 glat=  44.88 u=   0.4800 v= -29.6000 vr= -28.72627 vt=   7.15485
 i= 1734 j=  524 glon=  314.57 (0-360E) glon=  314.57 glat=  44.88 u=   1.5100 v= -29.3000 vr= -29.12052 vt=   3.57291
 i= 1739 j=  524 glon=  314.77 (0-360E) glon=  314.77 glat=  44.88 u=  -2.7400 v= -25.0000 vr= -24.68113 vt=   4.83215
 i= 1744 j=  524 glon=  314.97 (0-360E) glon=  314.97 glat=  44.88 u=  -0.8200 v= -20.1000 vr= -20.10495 vt=   0.68802
 i= 1749 j=  524 glon=  315.17 (0-360E) glon=  315.17 glat=  44.88 u=  -5.3900 v= -25.0000 vr= -25.40507 vt=   2.93844
 i= 1754 j=  524 glon=  315.37 (0-360E) glon=  315.37 glat=  44.88 u=  -5.2800 v= -25.1000 vr= -25.64366 vt=   0.53972
 i= 1759 j=  524 glon=  315.57 (0-360E) glon=  315.57 glat=  44.88 u= -10.5300 v= -25.5000 vr= -27.39331 vt=   3.27685
 i= 1764 j=  524 glon=  315.77 (0-360E) glon=  315.77 glat=  44.88 u= -20.1100 v=  10.9000 vr=   3.23162 vt=  22.64462
 i= 1769 j=  524 glon=  315.97 (0-360E) glon=  315.97 glat=  44.88 u= -14.5600 v=  -6.8000 vr= -12.27861 vt=  10.36674
 i= 1774 j=  524 glon=  316.17 (0-360E) glon=  316.17 glat=  44.88 u= -16.0500 v=   3.9000 vr=  -4.35780 vt=  15.93179
 i= 1779 j=  524 glon=  316.37 (0-360E) glon=  316.37 glat=  44.88 u=  -6.0500 v=  21.3000 vr=  14.62172 vt=  16.62822
 i= 1784 j=  524 glon=  316.57 (0-360E) glon=  316.57 glat=  44.88 u=   4.3500 v=  20.6000 vr=  19.16543 vt=   8.71600
 i= 1694 j=  529 glon=  312.97 (0-360E) glon=  312.97 glat=  44.68 u=  -5.6700 v= -20.6000 vr= -10.19076 vt=  18.77917
 i= 1699 j=  529 glon=  313.17 (0-360E) glon=  313.17 glat=  44.68 u=  -4.0200 v= -24.5000 vr= -15.15957 vt=  19.66209
 i= 1704 j=  529 glon=  313.37 (0-360E) glon=  313.37 glat=  44.68 u=  -0.3900 v= -28.1000 vr= -21.38840 vt=  18.22906
 i= 1709 j=  529 glon=  313.57 (0-360E) glon=  313.57 glat=  44.68 u=   0.9100 v= -30.7000 vr= -25.40727 vt=  17.25656
 i= 1714 j=  529 glon=  313.77 (0-360E) glon=  313.77 glat=  44.68 u=   0.5700 v= -29.3000 vr= -25.21894 vt=  14.92716
 i= 1719 j=  529 glon=  313.97 (0-360E) glon=  313.97 glat=  44.68 u=   0.0400 v= -31.7000 vr= -28.21439 vt=  14.45130
 i= 1724 j=  529 glon=  314.17 (0-360E) glon=  314.17 glat=  44.68 u=  -1.8400 v= -29.4000 vr= -26.51213 vt=  12.83950
 i= 1729 j=  529 glon=  314.37 (0-360E) glon=  314.37 glat=  44.68 u=  -1.9500 v= -30.4000 vr= -28.50911 vt=  10.73281
 i= 1734 j=  529 glon=  314.57 (0-360E) glon=  314.57 glat=  44.68 u=  -1.9600 v= -24.3000 vr= -23.43897 vt=   6.70421
 i= 1739 j=  529 glon=  314.77 (0-360E) glon=  314.77 glat=  44.68 u=  -3.3100 v= -22.1000 vr= -21.67938 vt=   5.41948
 i= 1744 j=  529 glon=  314.97 (0-360E) glon=  314.97 glat=  44.68 u=  -6.1700 v= -23.5000 vr= -23.54571 vt=   5.99320
 i= 1749 j=  529 glon=  315.17 (0-360E) glon=  315.17 glat=  44.68 u=  -7.6900 v= -25.0000 vr= -25.69880 vt=   4.86906
 i= 1754 j=  529 glon=  315.37 (0-360E) glon=  315.37 glat=  44.68 u= -10.5000 v= -22.4000 vr= -24.11078 vt=   5.53899
 i= 1759 j=  529 glon=  315.57 (0-360E) glon=  315.57 glat=  44.68 u= -13.8000 v= -14.7000 vr= -18.20668 vt=   8.66295
 i= 1764 j=  529 glon=  315.77 (0-360E) glon=  315.77 glat=  44.68 u=  -5.3300 v=  26.2000 vr=  22.03591 vt=  15.14158
 i= 1769 j=  529 glon=  315.97 (0-360E) glon=  315.97 glat=  44.68 u=  -2.2900 v=  26.1000 vr=  22.00116 vt=  14.22684
 i= 1774 j=  529 glon=  316.17 (0-360E) glon=  316.17 glat=  44.68 u=   5.0400 v=  25.7000 vr=  24.40661 vt=   9.49783
 i= 1779 j=  529 glon=  316.37 (0-360E) glon=  316.37 glat=  44.68 u=  11.0300 v=  22.7000 vr=  24.81259 vt=   4.61372
 i= 1784 j=  529 glon=  316.57 (0-360E) glon=  316.57 glat=  44.68 u=   9.5200 v=  21.4000 vr=  22.49473 vt=   6.52514
 i= 1789 j=  529 glon=  316.77 (0-360E) glon=  316.77 glat=  44.68 u=   9.8100 v=  21.9000 vr=  22.63665 vt=   7.96418
 i= 1794 j=  529 glon=  316.97 (0-360E) glon=  316.97 glat=  44.68 u=   8.2200 v=  23.4000 vr=  22.06172 vt=  11.33177
 i= 1689 j=  534 glon=  312.77 (0-360E) glon=  312.77 glat=  44.48 u=  -4.8300 v= -21.3000 vr=  -8.85552 vt=  19.96493
 i= 1694 j=  534 glon=  312.97 (0-360E) glon=  312.97 glat=  44.48 u=  -3.4000 v= -22.9000 vr= -11.91069 vt=  19.85209
 i= 1699 j=  534 glon=  313.17 (0-360E) glon=  313.17 glat=  44.48 u=  -0.8000 v= -23.5000 vr= -15.27319 vt=  17.87791
 i= 1704 j=  534 glon=  313.37 (0-360E) glon=  313.37 glat=  44.48 u=   0.6500 v= -26.1000 vr= -19.19326 vt=  17.69891
 i= 1709 j=  534 glon=  313.57 (0-360E) glon=  313.57 glat=  44.48 u=   2.3300 v= -29.3000 vr= -23.87276 vt=  17.14673
 i= 1714 j=  534 glon=  313.77 (0-360E) glon=  313.77 glat=  44.48 u=   2.4500 v= -31.0000 vr= -26.55424 vt=  16.18254
 i= 1719 j=  534 glon=  313.97 (0-360E) glon=  313.97 glat=  44.48 u=  -0.3100 v= -31.6000 vr= -26.92775 vt=  16.53942
 i= 1724 j=  534 glon=  314.17 (0-360E) glon=  314.17 glat=  44.48 u=  -2.6800 v= -29.9000 vr= -25.81385 vt=  15.32441
 i= 1729 j=  534 glon=  314.37 (0-360E) glon=  314.37 glat=  44.48 u=  -3.7500 v= -27.8000 vr= -24.92609 vt=  12.86828
 i= 1734 j=  534 glon=  314.57 (0-360E) glon=  314.57 glat=  44.48 u=  -6.5300 v= -22.7000 vr= -20.60770 vt=  11.54355
 i= 1739 j=  534 glon=  314.77 (0-360E) glon=  314.77 glat=  44.48 u=  -7.7800 v= -26.4000 vr= -25.36031 vt=  10.69313
 i= 1744 j=  534 glon=  314.97 (0-360E) glon=  314.97 glat=  44.48 u= -12.8800 v= -29.0000 vr= -29.11205 vt=  12.62471
 i= 1749 j=  534 glon=  315.17 (0-360E) glon=  315.17 glat=  44.48 u= -17.2200 v= -16.1000 vr= -18.19290 vt=  14.99189
 i= 1754 j=  534 glon=  315.37 (0-360E) glon=  315.37 glat=  44.48 u= -18.2400 v=  -9.9000 vr= -14.06081 vt=  15.26437
 i= 1759 j=  534 glon=  315.57 (0-360E) glon=  315.57 glat=  44.48 u=  -0.1800 v=  15.5000 vr=  14.45411 vt=   5.60011
 i= 1764 j=  534 glon=  315.77 (0-360E) glon=  315.77 glat=  44.48 u=   9.6800 v=  19.6000 vr=  21.86003 vt=   0.04059
 i= 1769 j=  534 glon=  315.97 (0-360E) glon=  315.97 glat=  44.48 u=  10.8900 v=  21.3000 vr=  23.84348 vt=   1.94175
 i= 1774 j=  534 glon=  316.17 (0-360E) glon=  316.17 glat=  44.48 u=   8.8300 v=  22.9000 vr=  23.65624 vt=   6.53920
 i= 1779 j=  534 glon=  316.37 (0-360E) glon=  316.37 glat=  44.48 u=   8.4400 v=  23.2000 vr=  23.07368 vt=   8.77947
 i= 1784 j=  534 glon=  316.57 (0-360E) glon=  316.57 glat=  44.48 u=   8.8000 v=  22.2000 vr=  21.98121 vt=   9.33308
 i= 1789 j=  534 glon=  316.77 (0-360E) glon=  316.77 glat=  44.48 u=   9.4900 v=  22.4000 vr=  22.03992 vt=  10.29865
 i= 1794 j=  534 glon=  316.97 (0-360E) glon=  316.97 glat=  44.48 u=   8.5800 v=  23.0000 vr=  21.14149 vt=  12.47613
 i= 1799 j=  534 glon=  317.17 (0-360E) glon=  317.17 glat=  44.48 u=   7.7100 v=  23.3000 vr=  20.01505 vt=  14.20324
 i= 1684 j=  539 glon=  312.57 (0-360E) glon=  312.57 glat=  44.28 u=  -1.9200 v= -22.2000 vr=  -9.25455 vt=  20.27017
 i= 1689 j=  539 glon=  312.77 (0-360E) glon=  312.77 glat=  44.28 u=  -0.0800 v= -25.3000 vr= -13.23864 vt=  21.56003
 i= 1694 j=  539 glon=  312.97 (0-360E) glon=  312.97 glat=  44.28 u=  -1.5800 v= -25.3000 vr= -12.94940 vt=  21.79219
 i= 1699 j=  539 glon=  313.17 (0-360E) glon=  313.17 glat=  44.28 u=   3.0200 v= -27.0000 vr= -18.73746 vt=  19.67303
 i= 1704 j=  539 glon=  313.37 (0-360E) glon=  313.37 glat=  44.28 u=   6.1500 v= -25.2000 vr= -21.06624 vt=  15.13526
 i= 1709 j=  539 glon=  313.57 (0-360E) glon=  313.57 glat=  44.28 u=   4.2800 v= -31.4000 vr= -25.05204 vt=  19.40809
 i= 1714 j=  539 glon=  313.77 (0-360E) glon=  313.77 glat=  44.28 u=   5.7600 v= -34.7000 vr= -29.95408 vt=  18.43965
 i= 1719 j=  539 glon=  313.97 (0-360E) glon=  313.97 glat=  44.28 u=   3.0800 v= -34.9000 vr= -30.08694 vt=  17.95194
 i= 1724 j=  539 glon=  314.17 (0-360E) glon=  314.17 glat=  44.28 u=  -2.2900 v= -32.7000 vr= -27.19504 vt=  18.30202
 i= 1729 j=  539 glon=  314.37 (0-360E) glon=  314.37 glat=  44.28 u=  -1.9500 v= -28.5000 vr= -25.42321 vt=  13.02738
 i= 1734 j=  539 glon=  314.57 (0-360E) glon=  314.57 glat=  44.28 u=  -8.2200 v= -28.4000 vr= -25.09819 vt=  15.62720
 i= 1739 j=  539 glon=  314.77 (0-360E) glon=  314.77 glat=  44.28 u= -13.6500 v= -27.0000 vr= -24.91691 vt=  17.16013
 i= 1744 j=  539 glon=  314.97 (0-360E) glon=  314.97 glat=  44.28 u= -15.4600 v= -12.1000 vr= -12.26273 vt=  15.33125
 i= 1749 j=  539 glon=  315.17 (0-360E) glon=  315.17 glat=  44.28 u=  -4.2300 v=   3.9000 vr=   3.19679 vt=   4.78366
 i= 1754 j=  539 glon=  315.37 (0-360E) glon=  315.37 glat=  44.28 u=  -0.5300 v=  15.5000 vr=  14.67807 vt=   5.00850
 i= 1759 j=  539 glon=  315.57 (0-360E) glon=  315.57 glat=  44.28 u=  10.2000 v=  18.0000 vr=  20.60055 vt=  -1.91246
 i= 1764 j=  539 glon=  315.77 (0-360E) glon=  315.77 glat=  44.28 u=  10.1600 v=  18.9000 vr=  21.43604 vt=   0.96532
 i= 1769 j=  539 glon=  315.97 (0-360E) glon=  315.97 glat=  44.28 u=  10.2300 v=  22.2000 vr=  23.91672 vt=   5.04812
 i= 1774 j=  539 glon=  316.17 (0-360E) glon=  316.17 glat=  44.28 u=   8.7700 v=  23.3000 vr=  23.22612 vt=   8.96382
 i= 1779 j=  539 glon=  316.37 (0-360E) glon=  316.37 glat=  44.28 u=   9.2600 v=  23.6000 vr=  23.03231 vt=  10.59340
 i= 1784 j=  539 glon=  316.57 (0-360E) glon=  316.57 glat=  44.28 u=   8.5200 v=  23.6000 vr=  21.71260 vt=  12.57431
 i= 1789 j=  539 glon=  316.77 (0-360E) glon=  316.77 glat=  44.28 u=   8.4500 v=  23.0000 vr=  20.53774 vt=  13.36428
 i= 1794 j=  539 glon=  316.97 (0-360E) glon=  316.97 glat=  44.28 u=   8.6000 v=  23.8000 vr=  20.41301 vt=  14.95690
 i= 1799 j=  539 glon=  317.17 (0-360E) glon=  317.17 glat=  44.28 u=   7.9200 v=  23.9000 vr=  19.20935 vt=  16.27689
 i= 1804 j=  539 glon=  317.37 (0-360E) glon=  317.37 glat=  44.28 u=   7.6100 v=  23.5000 vr=  18.10187 vt=  16.80727
 i= 1684 j=  544 glon=  312.57 (0-360E) glon=  312.57 glat=  44.08 u=  -0.2400 v= -24.1000 vr=  -9.65842 vt=  22.08127
 i= 1689 j=  544 glon=  312.77 (0-360E) glon=  312.77 glat=  44.08 u=   1.7900 v= -27.1000 vr= -13.56470 vt=  23.52898
 i= 1694 j=  544 glon=  312.97 (0-360E) glon=  312.97 glat=  44.08 u=   1.9200 v= -23.8000 vr= -13.03761 vt=  20.00368
 i= 1699 j=  544 glon=  313.17 (0-360E) glon=  313.17 glat=  44.08 u=   5.1500 v= -27.6000 vr= -18.68747 vt=  20.95378
 i= 1704 j=  544 glon=  313.37 (0-360E) glon=  313.37 glat=  44.08 u=   6.6400 v= -26.2000 vr= -20.25022 vt=  17.90135
 i= 1709 j=  544 glon=  313.57 (0-360E) glon=  313.57 glat=  44.08 u=   7.5400 v= -35.3000 vr= -27.68440 vt=  23.16280
 i= 1714 j=  544 glon=  313.77 (0-360E) glon=  313.77 glat=  44.08 u=   8.4200 v= -35.0000 vr= -29.84128 vt=  20.13440
 i= 1719 j=  544 glon=  313.97 (0-360E) glon=  313.97 glat=  44.08 u=  -1.0700 v= -31.6000 vr= -22.68497 vt=  22.02492
 i= 1724 j=  544 glon=  314.17 (0-360E) glon=  314.17 glat=  44.08 u=  -1.3000 v= -34.1000 vr= -26.88052 vt=  21.02232
 i= 1729 j=  544 glon=  314.37 (0-360E) glon=  314.37 glat=  44.08 u=  -6.8500 v= -32.4000 vr= -25.28611 vt=  21.38446
 i= 1734 j=  544 glon=  314.57 (0-360E) glon=  314.57 glat=  44.08 u= -13.0200 v= -28.2000 vr= -22.23664 vt=  21.68623
 i= 1739 j=  544 glon=  314.77 (0-360E) glon=  314.77 glat=  44.08 u=  -8.5100 v=  -1.4000 vr=   0.04911 vt=   8.62425
 i= 1744 j=  544 glon=  314.97 (0-360E) glon=  314.97 glat=  44.08 u=  -7.3800 v=   9.3000 vr=   9.20136 vt=   7.50262
 i= 1749 j=  544 glon=  315.17 (0-360E) glon=  315.17 glat=  44.08 u=  -6.9500 v=  15.9000 vr=  14.25791 vt=   9.89063
 i= 1754 j=  544 glon=  315.37 (0-360E) glon=  315.37 glat=  44.08 u=   4.0000 v=  18.7000 vr=  18.89967 vt=   2.91416
 i= 1759 j=  544 glon=  315.57 (0-360E) glon=  315.57 glat=  44.08 u=   7.5900 v=  22.3000 vr=  23.15009 vt=   4.35561
 i= 1764 j=  544 glon=  315.77 (0-360E) glon=  315.77 glat=  44.08 u=   8.2500 v=  23.0000 vr=  23.35434 vt=   7.18590
 i= 1769 j=  544 glon=  315.97 (0-360E) glon=  315.97 glat=  44.08 u=   9.7900 v=  23.1000 vr=  23.56443 vt=   8.61230
 i= 1774 j=  544 glon=  316.17 (0-360E) glon=  316.17 glat=  44.08 u=   9.8100 v=  24.8000 vr=  23.83762 vt=  11.96009
 i= 1779 j=  544 glon=  316.37 (0-360E) glon=  316.37 glat=  44.08 u=   8.7200 v=  25.2000 vr=  22.24504 vt=  14.70498
 i= 1784 j=  544 glon=  316.57 (0-360E) glon=  316.57 glat=  44.08 u=   8.4700 v=  24.8000 vr=  20.83872 vt=  15.89115
 i= 1789 j=  544 glon=  316.77 (0-360E) glon=  316.77 glat=  44.08 u=   8.5600 v=  24.2000 vr=  19.72852 vt=  16.42251
 i= 1794 j=  544 glon=  316.97 (0-360E) glon=  316.97 glat=  44.08 u=   8.6700 v=  24.3000 vr=  19.10248 vt=  17.34226
 i= 1799 j=  544 glon=  317.17 (0-360E) glon=  317.17 glat=  44.08 u=   8.5500 v=  24.6000 vr=  18.43013 vt=  18.40089
 i= 1804 j=  544 glon=  317.37 (0-360E) glon=  317.37 glat=  44.08 u=   7.7700 v=  24.0000 vr=  16.83700 vt=  18.78532
 i= 1679 j=  549 glon=  312.37 (0-360E) glon=  312.37 glat=  43.88 u=  -1.1500 v= -22.0000 vr=  -5.34630 vt=  21.37147
 i= 1684 j=  549 glon=  312.57 (0-360E) glon=  312.57 glat=  43.88 u=   3.4100 v= -25.2000 vr= -11.20627 vt=  22.82734
 i= 1689 j=  549 glon=  312.77 (0-360E) glon=  312.77 glat=  43.88 u=   4.9600 v= -28.8000 vr= -14.54012 vt=  25.35008
 i= 1694 j=  549 glon=  312.97 (0-360E) glon=  312.97 glat=  43.88 u=   1.0900 v= -17.1000 vr=  -7.40765 vt=  15.45072
 i= 1699 j=  549 glon=  313.17 (0-360E) glon=  313.17 glat=  43.88 u=   9.0800 v= -27.6000 vr= -19.60368 vt=  21.44533
 i= 1704 j=  549 glon=  313.37 (0-360E) glon=  313.37 glat=  43.88 u=   6.3400 v= -29.6000 vr= -19.05678 vt=  23.52009
 i= 1709 j=  549 glon=  313.57 (0-360E) glon=  313.57 glat=  43.88 u=   8.0300 v= -33.8000 vr= -23.95183 vt=  25.16408
 i= 1714 j=  549 glon=  313.77 (0-360E) glon=  313.77 glat=  43.88 u=   4.1100 v= -35.5000 vr= -23.39975 vt=  27.01099
 i= 1719 j=  549 glon=  313.97 (0-360E) glon=  313.97 glat=  43.88 u=  -2.9800 v= -34.0000 vr= -19.28591 vt=  28.15909
 i= 1724 j=  549 glon=  314.17 (0-360E) glon=  314.17 glat=  43.88 u=  -6.2500 v= -37.8000 vr= -22.80411 vt=  30.78758
 i= 1729 j=  549 glon=  314.37 (0-360E) glon=  314.37 glat=  43.88 u= -12.2900 v= -21.0000 vr=  -9.84328 vt=  22.25206
 i= 1734 j=  549 glon=  314.57 (0-360E) glon=  314.57 glat=  43.88 u= -15.1800 v=  -5.5000 vr=   1.53905 vt=  16.07214
 i= 1739 j=  549 glon=  314.77 (0-360E) glon=  314.77 glat=  43.88 u= -17.1400 v=  -8.8000 vr=  -4.76456 vt=  18.66865
 i= 1744 j=  549 glon=  314.97 (0-360E) glon=  314.97 glat=  43.88 u=  -8.0000 v=   6.4000 vr=   6.25692 vt=   8.11240
 i= 1749 j=  549 glon=  315.17 (0-360E) glon=  315.17 glat=  43.88 u=   1.2700 v=  17.3000 vr=  17.05160 vt=   3.18525
 i= 1754 j=  549 glon=  315.37 (0-360E) glon=  315.37 glat=  43.88 u=   6.4600 v=  16.5000 vr=  17.63355 vt=   1.74340
 i= 1759 j=  549 glon=  315.57 (0-360E) glon=  315.57 glat=  43.88 u=   6.4400 v=  24.0000 vr=  23.02316 vt=   9.34921
 i= 1764 j=  549 glon=  315.77 (0-360E) glon=  315.77 glat=  43.88 u=   7.6000 v=  26.6000 vr=  24.15405 vt=  13.48709
 i= 1769 j=  549 glon=  315.97 (0-360E) glon=  315.97 glat=  43.88 u=   9.4800 v=  26.9000 vr=  24.19132 vt=  15.10830
 i= 1774 j=  549 glon=  316.17 (0-360E) glon=  316.17 glat=  43.88 u=  10.0600 v=  27.1000 vr=  23.39170 vt=  16.98358
 i= 1779 j=  549 glon=  316.37 (0-360E) glon=  316.37 glat=  43.88 u=   9.9000 v=  27.5000 vr=  22.22554 vt=  18.98118
 i= 1784 j=  549 glon=  316.57 (0-360E) glon=  316.57 glat=  43.88 u=   9.2700 v=  26.9000 vr=  20.29972 vt=  19.93651
 i= 1789 j=  549 glon=  316.77 (0-360E) glon=  316.77 glat=  43.88 u=   9.6600 v=  25.3000 vr=  19.07176 vt=  19.22689
 i= 1794 j=  549 glon=  316.97 (0-360E) glon=  316.97 glat=  43.88 u=   9.6300 v=  25.2000 vr=  18.25588 vt=  19.86202
 i= 1799 j=  549 glon=  317.17 (0-360E) glon=  317.17 glat=  43.88 u=   9.4000 v=  25.1000 vr=  17.35210 vt=  20.42730
 i= 1804 j=  549 glon=  317.37 (0-360E) glon=  317.37 glat=  43.88 u=   8.1600 v=  24.7000 vr=  15.47577 vt=  20.90876
 i= 1809 j=  549 glon=  317.57 (0-360E) glon=  317.57 glat=  43.88 u=   8.9600 v=  24.1000 vr=  15.56118 vt=  20.46805
 i= 1679 j=  554 glon=  312.37 (0-360E) glon=  312.37 glat=  43.68 u=   1.9300 v= -23.9000 vr=  -6.57167 vt=  23.05966
 i= 1684 j=  554 glon=  312.57 (0-360E) glon=  312.57 glat=  43.68 u=   4.8800 v= -27.2000 vr= -10.55479 vt=  25.53920
 i= 1689 j=  554 glon=  312.77 (0-360E) glon=  312.77 glat=  43.68 u=   7.1300 v= -29.5000 vr= -13.79162 vt=  27.03476
 i= 1694 j=  554 glon=  312.97 (0-360E) glon=  312.97 glat=  43.68 u=   3.0000 v= -18.4000 vr=  -7.60338 vt=  17.02200
 i= 1699 j=  554 glon=  313.17 (0-360E) glon=  313.17 glat=  43.68 u=   5.3300 v= -28.2000 vr= -13.09869 vt=  25.53573
 i= 1704 j=  554 glon=  313.37 (0-360E) glon=  313.37 glat=  43.68 u=   9.6100 v= -28.4000 vr= -18.10960 vt=  23.89465
 i= 1709 j=  554 glon=  313.57 (0-360E) glon=  313.57 glat=  43.68 u=   9.2100 v= -30.4000 vr= -19.48255 vt=  25.08813
 i= 1714 j=  554 glon=  313.77 (0-360E) glon=  313.77 glat=  43.68 u=  -1.5900 v= -36.2000 vr= -13.38862 vt=  33.67065
 i= 1719 j=  554 glon=  313.97 (0-360E) glon=  313.97 glat=  43.68 u=  -4.8300 v= -36.1000 vr= -12.95416 vt=  34.04010
 i= 1724 j=  554 glon=  314.17 (0-360E) glon=  314.17 glat=  43.68 u= -12.1500 v= -36.0000 vr= -10.22818 vt=  36.59244
 i= 1729 j=  554 glon=  314.37 (0-360E) glon=  314.37 glat=  43.68 u= -16.6600 v= -16.2000 vr=   1.35029 vt=  23.19854
 i= 1734 j=  554 glon=  314.57 (0-360E) glon=  314.57 glat=  43.68 u= -13.4400 v=  -5.8000 vr=   3.13221 vt=  14.29905
 i= 1739 j=  554 glon=  314.77 (0-360E) glon=  314.77 glat=  43.68 u=  -1.6400 v=   7.9000 vr=   8.00238 vt=  -1.03033
 i= 1744 j=  554 glon=  314.97 (0-360E) glon=  314.97 glat=  43.68 u=  -1.7400 v=  12.6000 vr=  12.54868 vt=   2.07802
 i= 1749 j=  554 glon=  315.17 (0-360E) glon=  315.17 glat=  43.68 u=  -1.0000 v=  18.0000 vr=  16.34516 vt=   7.60497
 i= 1754 j=  554 glon=  315.37 (0-360E) glon=  315.37 glat=  43.68 u=   1.2300 v=  23.3000 vr=  19.19142 vt=  13.26998
 i= 1759 j=  554 glon=  315.57 (0-360E) glon=  315.57 glat=  43.68 u=   5.4400 v=  24.2000 vr=  20.00658 vt=  14.66187
 i= 1764 j=  554 glon=  315.77 (0-360E) glon=  315.77 glat=  43.68 u=   7.8100 v=  27.9000 vr=  21.84646 vt=  19.02993
 i= 1769 j=  554 glon=  315.97 (0-360E) glon=  315.97 glat=  43.68 u=   8.8100 v=  29.4000 vr=  21.48955 vt=  21.91290
 i= 1774 j=  554 glon=  316.17 (0-360E) glon=  316.17 glat=  43.68 u=  10.6600 v=  29.1000 vr=  21.44970 vt=  22.36864
 i= 1779 j=  554 glon=  316.37 (0-360E) glon=  316.37 glat=  43.68 u=  10.9200 v=  29.3000 vr=  20.52086 vt=  23.59302
 i= 1784 j=  554 glon=  316.57 (0-360E) glon=  316.57 glat=  43.68 u=  10.3300 v=  28.5000 vr=  18.69222 vt=  23.86545
 i= 1789 j=  554 glon=  316.77 (0-360E) glon=  316.77 glat=  43.68 u=  10.7400 v=  28.2000 vr=  18.17912 vt=  24.08541
 i= 1794 j=  554 glon=  316.97 (0-360E) glon=  316.97 glat=  43.68 u=  11.5200 v=  26.6000 vr=  17.85158 vt=  22.83838
 i= 1799 j=  554 glon=  317.17 (0-360E) glon=  317.17 glat=  43.68 u=  10.1100 v=  25.4000 vr=  15.66711 vt=  22.40343
 i= 1804 j=  554 glon=  317.37 (0-360E) glon=  317.37 glat=  43.68 u=   8.7600 v=  25.3000 vr=  13.88083 vt=  22.89433
 i= 1809 j=  554 glon=  317.57 (0-360E) glon=  317.57 glat=  43.68 u=   9.1400 v=  24.5000 vr=  13.70840 vt=  22.26813
 i= 1679 j=  559 glon=  312.37 (0-360E) glon=  312.37 glat=  43.48 u=   2.8800 v= -23.9000 vr=  -5.07452 vt=  23.53197
 i= 1684 j=  559 glon=  312.57 (0-360E) glon=  312.57 glat=  43.48 u=   5.1100 v= -27.1000 vr=  -7.83309 vt=  26.44172
 i= 1689 j=  559 glon=  312.77 (0-360E) glon=  312.77 glat=  43.48 u=   6.7800 v= -29.9000 vr= -10.08738 vt=  28.95208
 i= 1694 j=  559 glon=  312.97 (0-360E) glon=  312.97 glat=  43.48 u=   5.5700 v= -18.3000 vr=  -7.80572 vt=  17.46384
 i= 1699 j=  559 glon=  313.17 (0-360E) glon=  313.17 glat=  43.48 u=   5.0800 v= -23.5000 vr=  -8.31041 vt=  22.56088
 i= 1704 j=  559 glon=  313.37 (0-360E) glon=  313.37 glat=  43.48 u=  10.7800 v= -27.2000 vr= -14.94458 vt=  25.15368
 i= 1709 j=  559 glon=  313.57 (0-360E) glon=  313.57 glat=  43.48 u=   7.8800 v= -34.0000 vr= -13.92038 vt=  32.00496
 i= 1714 j=  559 glon=  313.77 (0-360E) glon=  313.77 glat=  43.48 u=  -1.6800 v= -37.8000 vr=  -6.37649 vt=  37.29615
 i= 1719 j=  559 glon=  313.97 (0-360E) glon=  313.97 glat=  43.48 u= -10.2400 v= -27.5000 vr=   2.92309 vt=  29.19868
 i= 1724 j=  559 glon=  314.17 (0-360E) glon=  314.17 glat=  43.48 u= -12.5200 v= -19.9000 vr=   5.63937 vt=  22.82450
 i= 1729 j=  559 glon=  314.37 (0-360E) glon=  314.37 glat=  43.48 u=  -4.4300 v=  -4.7000 vr=   2.13636 vt=   6.09515
 i= 1734 j=  559 glon=  314.57 (0-360E) glon=  314.57 glat=  43.48 u=   2.5600 v=  -1.0000 vr=  -2.68033 vt=  -0.60781
 i= 1739 j=  559 glon=  314.77 (0-360E) glon=  314.77 glat=  43.48 u=   2.7000 v=   3.3000 vr=   1.12891 vt=  -4.11164
 i= 1744 j=  559 glon=  314.97 (0-360E) glon=  314.97 glat=  43.48 u=   2.0200 v=  12.2000 vr=  12.29278 vt=  -1.34461
 i= 1749 j=  559 glon=  315.17 (0-360E) glon=  315.17 glat=  43.48 u=   0.6100 v=  20.5000 vr=  16.23815 vt=  12.52775
 i= 1754 j=  559 glon=  315.37 (0-360E) glon=  315.37 glat=  43.48 u=   1.6400 v=  26.4000 vr=  15.46016 vt=  21.46236
 i= 1759 j=  559 glon=  315.57 (0-360E) glon=  315.57 glat=  43.48 u=   4.2200 v=  28.7000 vr=  15.08733 vt=  24.77642
 i= 1764 j=  559 glon=  315.77 (0-360E) glon=  315.77 glat=  43.48 u=   8.6300 v=  30.5000 vr=  17.48562 vt=  26.43823
 i= 1769 j=  559 glon=  315.97 (0-360E) glon=  315.97 glat=  43.48 u=   9.3500 v=  31.5000 vr=  16.83880 vt=  28.21573
 i= 1774 j=  559 glon=  316.17 (0-360E) glon=  316.17 glat=  43.48 u=  11.1200 v=  31.2000 vr=  17.34138 vt=  28.22005
 i= 1779 j=  559 glon=  316.37 (0-360E) glon=  316.37 glat=  43.48 u=  11.2900 v=  30.9000 vr=  16.60268 vt=  28.40115
 i= 1784 j=  559 glon=  316.57 (0-360E) glon=  316.57 glat=  43.48 u=  11.0400 v=  30.0000 vr=  15.56106 vt=  27.92374
 i= 1789 j=  559 glon=  316.77 (0-360E) glon=  316.77 glat=  43.48 u=  10.8500 v=  29.2000 vr=  14.75419 vt=  27.43495
 i= 1794 j=  559 glon=  316.97 (0-360E) glon=  316.97 glat=  43.48 u=  10.2500 v=  27.3000 vr=  13.51955 vt=  25.83746
 i= 1799 j=  559 glon=  317.17 (0-360E) glon=  317.17 glat=  43.48 u=  10.5800 v=  26.4000 vr=  13.43009 vt=  25.07048
 i= 1804 j=  559 glon=  317.37 (0-360E) glon=  317.37 glat=  43.48 u=   9.6600 v=  26.0000 vr=  12.21301 vt=  24.90297
 i= 1809 j=  559 glon=  317.57 (0-360E) glon=  317.57 glat=  43.48 u=   9.8200 v=  25.1000 vr=  12.06626 vt=  24.10079
 i= 1679 j=  564 glon=  312.37 (0-360E) glon=  312.37 glat=  43.28 u=   4.7400 v= -23.2000 vr=  -4.52153 vt=  23.24357
 i= 1684 j=  564 glon=  312.57 (0-360E) glon=  312.57 glat=  43.28 u=   8.3600 v= -26.6000 vr=  -8.10135 vt=  26.67991
 i= 1689 j=  564 glon=  312.77 (0-360E) glon=  312.77 glat=  43.28 u=  11.0800 v= -30.5000 vr= -10.77224 vt=  30.61005
 i= 1694 j=  564 glon=  312.97 (0-360E) glon=  312.97 glat=  43.28 u=   6.4000 v= -22.2000 vr=  -6.16613 vt=  22.26609
 i= 1699 j=  564 glon=  313.17 (0-360E) glon=  313.17 glat=  43.28 u=   7.9600 v= -25.1000 vr=  -7.68141 vt=  25.18665
 i= 1704 j=  564 glon=  313.37 (0-360E) glon=  313.37 glat=  43.28 u=   8.7300 v= -28.3000 vr=  -8.39540 vt=  28.40106
 i= 1709 j=  564 glon=  313.57 (0-360E) glon=  313.57 glat=  43.28 u=   5.8600 v= -35.8000 vr=  -5.40264 vt=  35.87187
 i= 1714 j=  564 glon=  313.77 (0-360E) glon=  313.77 glat=  43.28 u=   0.3000 v= -41.0000 vr=   0.27779 vt=  41.00016
 i= 1719 j=  564 glon=  313.97 (0-360E) glon=  313.97 glat=  43.28 u=  -6.4500 v= -21.8000 vr=   6.79869 vt=  21.69379
 i= 1724 j=  564 glon=  314.17 (0-360E) glon=  314.17 glat=  43.28 u=   2.2600 v=  -8.3000 vr=  -2.10121 vt=   8.34161
 i= 1729 j=  564 glon=  314.37 (0-360E) glon=  314.37 glat=  43.28 u=   2.9500 v=  -1.8000 vr=  -2.90516 vt=   1.87151
 i= 1734 j=  564 glon=  314.57 (0-360E) glon=  314.57 glat=  43.28 u=   4.1400 v=  -9.7000 vr=  -3.79091 vt=   9.84168
 i= 1739 j=  564 glon=  314.77 (0-360E) glon=  314.77 glat=  43.28 u=   4.7500 v=   1.2000 vr=  -4.82433 vt=  -0.85344
 i= 1744 j=  564 glon=  314.97 (0-360E) glon=  314.97 glat=  43.28 u=   5.5100 v=  11.0000 vr=  -3.42146 vt=  11.81752
 i= 1749 j=  564 glon=  315.17 (0-360E) glon=  315.17 glat=  43.28 u=   4.1900 v=  18.9000 vr=   2.99555 vt=  19.12571
 i= 1754 j=  564 glon=  315.37 (0-360E) glon=  315.37 glat=  43.28 u=   3.5300 v=  27.3000 vr=   2.61659 vt=  27.40263
 i= 1759 j=  564 glon=  315.57 (0-360E) glon=  315.57 glat=  43.28 u=   5.2800 v=  30.6000 vr=   4.56180 vt=  30.71528
 i= 1764 j=  564 glon=  315.77 (0-360E) glon=  315.77 glat=  43.28 u=   8.7700 v=  30.2000 vr=   8.20857 vt=  30.35741
 i= 1769 j=  564 glon=  315.97 (0-360E) glon=  315.97 glat=  43.28 u=  10.8300 v=  33.4000 vr=  10.30428 vt=  33.56592
 i= 1774 j=  564 glon=  316.17 (0-360E) glon=  316.17 glat=  43.28 u=  11.4500 v=  32.0000 vr=  11.00507 vt=  32.15573
 i= 1779 j=  564 glon=  316.37 (0-360E) glon=  316.37 glat=  43.28 u=  11.2000 v=  32.9000 vr=  10.78442 vt=  33.03856
 i= 1784 j=  564 glon=  316.57 (0-360E) glon=  316.57 glat=  43.28 u=  11.0100 v=  31.3000 vr=  10.64350 vt=  31.42652
 i= 1789 j=  564 glon=  316.77 (0-360E) glon=  316.77 glat=  43.28 u=  12.0300 v=  30.3000 vr=  11.69627 vt=  30.43038
 i= 1794 j=  564 glon=  316.97 (0-360E) glon=  316.97 glat=  43.28 u=  11.2000 v=  28.6000 vr=  10.90057 vt=  28.71546
 i= 1799 j=  564 glon=  317.17 (0-360E) glon=  317.17 glat=  43.28 u=  11.1200 v=  27.0000 vr=  10.84903 vt=  27.11001
 i= 1804 j=  564 glon=  317.37 (0-360E) glon=  317.37 glat=  43.28 u=  10.7500 v=  26.8000 vr=  10.49056 vt=  26.90261
 i= 1809 j=  564 glon=  317.57 (0-360E) glon=  317.57 glat=  43.28 u=  10.4100 v=  25.5000 vr=  10.17065 vt=  25.59641
 i= 1679 j=  569 glon=  312.37 (0-360E) glon=  312.37 glat=  43.08 u=   5.3900 v= -24.5000 vr=  -2.46728 vt=  24.96427
 i= 1684 j=  569 glon=  312.57 (0-360E) glon=  312.57 glat=  43.08 u=  10.5700 v= -26.4000 vr=  -7.14830 vt=  27.52429
 i= 1689 j=  569 glon=  312.77 (0-360E) glon=  312.77 glat=  43.08 u=  10.2400 v= -27.5000 vr=  -6.38595 vt=  28.64135
 i= 1694 j=  569 glon=  312.97 (0-360E) glon=  312.97 glat=  43.08 u=  10.2000 v= -19.3000 vr=  -7.21032 vt=  20.60440
 i= 1699 j=  569 glon=  313.17 (0-360E) glon=  313.17 glat=  43.08 u=  13.7500 v= -24.9000 vr=  -9.47663 vt=  26.81913
 i= 1704 j=  569 glon=  313.37 (0-360E) glon=  313.37 glat=  43.08 u=  10.0900 v= -31.2000 vr=  -4.20900 vt=  32.51972
 i= 1709 j=  569 glon=  313.57 (0-360E) glon=  313.57 glat=  43.08 u=   5.3400 v= -38.6000 vr=   2.77481 vt=  38.86870
 i= 1714 j=  569 glon=  313.77 (0-360E) glon=  313.77 glat=  43.08 u=   0.8500 v= -43.0000 vr=   9.45839 vt=  41.95547
 i= 1719 j=  569 glon=  313.97 (0-360E) glon=  313.97 glat=  43.08 u=   7.8900 v= -17.5000 vr=  -2.61602 vt=  19.01732
 i= 1724 j=  569 glon=  314.17 (0-360E) glon=  314.17 glat=  43.08 u=  10.1000 v= -12.6000 vr=  -5.11651 vt=  15.31637
 i= 1729 j=  569 glon=  314.37 (0-360E) glon=  314.37 glat=  43.08 u=   3.5100 v=  -8.3000 vr=   0.52449 vt=   8.99639
 i= 1734 j=  569 glon=  314.57 (0-360E) glon=  314.57 glat=  43.08 u=   6.1300 v=  -5.2000 vr=  -1.79517 vt=   7.83545
 i= 1739 j=  569 glon=  314.77 (0-360E) glon=  314.77 glat=  43.08 u=   8.5600 v=   2.0000 vr=  -6.31779 vt=   6.11222
 i= 1744 j=  569 glon=  314.97 (0-360E) glon=  314.97 glat=  43.08 u=   8.4600 v=   9.1000 vr=  -8.66475 vt=   8.90526
 i= 1749 j=  569 glon=  315.17 (0-360E) glon=  315.17 glat=  43.08 u=   7.7500 v=  16.4000 vr=  -8.52588 vt=  16.01037
 i= 1754 j=  569 glon=  315.37 (0-360E) glon=  315.37 glat=  43.08 u=   9.3000 v=  23.1000 vr=  -5.56014 vt=  24.27313
 i= 1759 j=  569 glon=  315.57 (0-360E) glon=  315.57 glat=  43.08 u=   7.0100 v=  30.2000 vr=  -6.51000 vt=  30.31171
 i= 1764 j=  569 glon=  315.77 (0-360E) glon=  315.77 glat=  43.08 u=  11.4600 v=  27.4000 vr=   1.61016 vt=  29.65635
 i= 1769 j=  569 glon=  315.97 (0-360E) glon=  315.97 glat=  43.08 u=  13.0900 v=  34.4000 vr=   3.10016 vt=  36.67557
 i= 1774 j=  569 glon=  316.17 (0-360E) glon=  316.17 glat=  43.08 u=  13.7100 v=  33.7000 vr=   5.44594 vt=  35.97215
 i= 1779 j=  569 glon=  316.37 (0-360E) glon=  316.37 glat=  43.08 u=  12.5900 v=  34.6000 vr=   5.29198 vt=  36.43711
 i= 1784 j=  569 glon=  316.57 (0-360E) glon=  316.57 glat=  43.08 u=  11.6900 v=  32.4000 vr=   5.66644 vt=  33.97510
 i= 1789 j=  569 glon=  316.77 (0-360E) glon=  316.77 glat=  43.08 u=  13.0200 v=  30.4000 vr=   7.93157 vt=  32.10562
 i= 1794 j=  569 glon=  316.97 (0-360E) glon=  316.97 glat=  43.08 u=  13.5700 v=  28.7000 vr=   9.20154 vt=  30.38366
 i= 1799 j=  569 glon=  317.17 (0-360E) glon=  317.17 glat=  43.08 u=  12.7000 v=  27.3000 vr=   8.89660 vt=  28.76509
 i= 1804 j=  569 glon=  317.37 (0-360E) glon=  317.37 glat=  43.08 u=  11.3900 v=  26.7000 vr=   7.96145 vt=  27.91482
 i= 1809 j=  569 glon=  317.57 (0-360E) glon=  317.57 glat=  43.08 u=  11.2900 v=  25.5000 vr=   8.23890 vt=  26.64272
 i= 1679 j=  574 glon=  312.37 (0-360E) glon=  312.37 glat=  42.88 u=   6.1500 v= -23.3000 vr=  -0.89006 vt=  24.08153
 i= 1684 j=  574 glon=  312.57 (0-360E) glon=  312.57 glat=  42.88 u=  10.3600 v= -26.0000 vr=  -3.94150 vt=  27.70910
 i= 1689 j=  574 glon=  312.77 (0-360E) glon=  312.77 glat=  42.88 u=  11.4400 v= -27.0000 vr=  -4.18334 vt=  29.02367
 i= 1694 j=  574 glon=  312.97 (0-360E) glon=  312.97 glat=  42.88 u=  13.2100 v= -18.7000 vr=  -7.50247 vt=  21.63116
 i= 1699 j=  574 glon=  313.17 (0-360E) glon=  313.17 glat=  42.88 u=  14.3200 v= -25.6000 vr=  -5.83768 vt=  28.74620
 i= 1704 j=  574 glon=  313.37 (0-360E) glon=  313.37 glat=  42.88 u=  15.0000 v= -31.4000 vr=  -3.50574 vt=  34.62181
 i= 1709 j=  574 glon=  313.57 (0-360E) glon=  313.57 glat=  42.88 u=   9.1300 v= -40.9000 vr=   7.05602 vt=  41.30835
 i= 1714 j=  574 glon=  313.77 (0-360E) glon=  313.77 glat=  42.88 u=   0.3800 v= -35.4000 vr=  14.91078 vt=  32.10877
 i= 1719 j=  574 glon=  313.97 (0-360E) glon=  313.97 glat=  42.88 u=  13.0300 v= -19.6000 vr=  -1.55934 vt=  23.48424
 i= 1724 j=  574 glon=  314.17 (0-360E) glon=  314.17 glat=  42.88 u=  10.9100 v=  -5.7000 vr=  -5.54017 vt=  10.99203
 i= 1729 j=  574 glon=  314.37 (0-360E) glon=  314.37 glat=  42.88 u=  12.9000 v=  -1.4000 vr=  -8.32907 vt=   9.94970
 i= 1734 j=  574 glon=  314.57 (0-360E) glon=  314.57 glat=  42.88 u=  14.2200 v=   3.9000 vr= -11.25740 vt=   9.52310
 i= 1739 j=  574 glon=  314.77 (0-360E) glon=  314.77 glat=  42.88 u=  15.4000 v=   6.8000 vr= -11.28521 vt=  12.49176
 i= 1744 j=  574 glon=  314.97 (0-360E) glon=  314.97 glat=  42.88 u=  14.8700 v=   9.3000 vr=  -8.91496 vt=  15.10398
 i= 1749 j=  574 glon=  315.17 (0-360E) glon=  315.17 glat=  42.88 u=  12.2900 v=  14.7000 vr=  -9.35362 vt=  16.72256
 i= 1754 j=  574 glon=  315.37 (0-360E) glon=  315.37 glat=  42.88 u=  13.6700 v=  23.1000 vr= -10.48775 vt=  24.70802
 i= 1759 j=  574 glon=  315.57 (0-360E) glon=  315.57 glat=  42.88 u=  11.8900 v=  24.2000 vr=  -7.58386 vt=  25.87464
 i= 1764 j=  574 glon=  315.77 (0-360E) glon=  315.77 glat=  42.88 u=  14.4400 v=  27.7000 vr=  -3.89646 vt=  30.99389
 i= 1769 j=  574 glon=  315.97 (0-360E) glon=  315.97 glat=  42.88 u=  15.1800 v=  33.0000 vr=  -2.79514 vt=  36.21629
 i= 1774 j=  574 glon=  316.17 (0-360E) glon=  316.17 glat=  42.88 u=  16.3700 v=  34.7000 vr=   0.17130 vt=  38.36714
 i= 1779 j=  574 glon=  316.37 (0-360E) glon=  316.37 glat=  42.88 u=  12.8300 v=  33.4000 vr=  -0.53722 vt=  35.77541
 i= 1784 j=  574 glon=  316.57 (0-360E) glon=  316.57 glat=  42.88 u=  12.8500 v=  32.8000 vr=   1.20463 vt=  35.20669
 i= 1789 j=  574 glon=  316.77 (0-360E) glon=  316.77 glat=  42.88 u=  14.0500 v=  31.7000 vr=   3.87590 vt=  34.45678
 i= 1794 j=  574 glon=  316.97 (0-360E) glon=  316.97 glat=  42.88 u=  15.5200 v=  28.2000 vr=   7.20105 vt=  31.37284
 i= 1799 j=  574 glon=  317.17 (0-360E) glon=  317.17 glat=  42.88 u=  14.6700 v=  27.8000 vr=   7.19668 vt=  30.59831
 i= 1804 j=  574 glon=  317.37 (0-360E) glon=  317.37 glat=  42.88 u=  12.2500 v=  26.7000 vr=   5.68794 vt=  28.82013
 i= 1809 j=  574 glon=  317.57 (0-360E) glon=  317.57 glat=  42.88 u=  12.3800 v=  25.1000 vr=   6.63376 vt=  27.18948
 i= 1679 j=  579 glon=  312.37 (0-360E) glon=  312.37 glat=  42.68 u=   6.0600 v= -22.5000 vr=   1.31079 vt=  23.26490
 i= 1684 j=  579 glon=  312.57 (0-360E) glon=  312.57 glat=  42.68 u=   9.7700 v= -25.0000 vr=  -0.79038 vt=  26.82961
 i= 1689 j=  579 glon=  312.77 (0-360E) glon=  312.77 glat=  42.68 u=  15.0100 v= -27.4000 vr=  -4.06301 vt=  30.97664
 i= 1694 j=  579 glon=  312.97 (0-360E) glon=  312.97 glat=  42.68 u=  18.4900 v= -18.5000 vr=  -9.74680 vt=  24.27200
 i= 1699 j=  579 glon=  313.17 (0-360E) glon=  313.17 glat=  42.68 u=  14.1100 v= -26.6000 vr=  -1.37609 vt=  30.07920
 i= 1704 j=  579 glon=  313.37 (0-360E) glon=  313.37 glat=  42.68 u=  17.4600 v= -30.3000 vr=  -1.19241 vt=  34.95025
 i= 1709 j=  579 glon=  313.57 (0-360E) glon=  313.57 glat=  42.68 u=  13.5100 v= -41.6000 vr=  10.04166 vt=  42.57047
 i= 1714 j=  579 glon=  313.77 (0-360E) glon=  313.77 glat=  42.68 u=   8.2200 v= -27.3000 vr=   9.07159 vt=  27.02896
 i= 1719 j=  579 glon=  313.97 (0-360E) glon=  313.97 glat=  42.68 u=  17.1000 v= -18.4000 vr=  -1.10170 vt=  25.09494
 i= 1724 j=  579 glon=  314.17 (0-360E) glon=  314.17 glat=  42.68 u=  17.6100 v=  -9.0000 vr=  -5.48434 vt=  19.00090
 i= 1729 j=  579 glon=  314.37 (0-360E) glon=  314.37 glat=  42.68 u=  19.7700 v=   0.8000 vr= -11.99207 vt=  15.73795
 i= 1734 j=  579 glon=  314.57 (0-360E) glon=  314.57 glat=  42.68 u=  20.2100 v=   4.6000 vr= -12.64106 vt=  16.42582
 i= 1739 j=  579 glon=  314.77 (0-360E) glon=  314.77 glat=  42.68 u=  19.4000 v=   5.9000 vr=  -9.96504 vt=  17.65978
 i= 1744 j=  579 glon=  314.97 (0-360E) glon=  314.97 glat=  42.68 u=  19.4500 v=   8.6000 vr=  -8.26265 vt=  19.59569
 i= 1749 j=  579 glon=  315.17 (0-360E) glon=  315.17 glat=  42.68 u=  17.7000 v=  14.7000 vr=  -9.83948 vt=  20.79819
 i= 1754 j=  579 glon=  315.37 (0-360E) glon=  315.37 glat=  42.68 u=  18.2600 v=  20.5000 vr= -10.25759 vt=  25.46487
 i= 1759 j=  579 glon=  315.57 (0-360E) glon=  315.57 glat=  42.68 u=  18.6500 v=  22.5000 vr=  -7.09613 vt=  28.34991
 i= 1764 j=  579 glon=  315.77 (0-360E) glon=  315.77 glat=  42.68 u=  18.0100 v=  27.8000 vr=  -7.37483 vt=  32.29260
 i= 1769 j=  579 glon=  315.97 (0-360E) glon=  315.97 glat=  42.68 u=  17.5200 v=  31.7000 vr=  -6.69457 vt=  35.59527
 i= 1774 j=  579 glon=  316.17 (0-360E) glon=  316.17 glat=  42.68 u=  19.0100 v=  34.4000 vr=  -3.93296 vt=  39.10591
 i= 1779 j=  579 glon=  316.37 (0-360E) glon=  316.37 glat=  42.68 u=  15.6800 v=  33.4000 vr=  -3.60138 vt=  36.72128
 i= 1784 j=  579 glon=  316.57 (0-360E) glon=  316.57 glat=  42.68 u=  14.8300 v=  31.9000 vr=  -1.62397 vt=  35.14117
 i= 1789 j=  579 glon=  316.77 (0-360E) glon=  316.77 glat=  42.68 u=  15.8800 v=  30.9000 vr=   1.34622 vt=  34.71559
 i= 1794 j=  579 glon=  316.97 (0-360E) glon=  316.97 glat=  42.68 u=  16.6400 v=  28.9000 vr=   4.13092 vt=  33.09131
 i= 1799 j=  579 glon=  317.17 (0-360E) glon=  317.17 glat=  42.68 u=  15.7400 v=  26.9000 vr=   5.05585 vt=  30.75380
 i= 1804 j=  579 glon=  317.37 (0-360E) glon=  317.37 glat=  42.68 u=  14.2900 v=  26.0000 vr=   4.81736 vt=  29.27451
 i= 1809 j=  579 glon=  317.57 (0-360E) glon=  317.57 glat=  42.68 u=  13.0700 v=  24.5000 vr=   4.80293 vt=  27.34971
 i= 1684 j=  584 glon=  312.57 (0-360E) glon=  312.57 glat=  42.48 u=  10.3400 v= -25.2000 vr=   1.40053 vt=  27.20283
 i= 1689 j=  584 glon=  312.77 (0-360E) glon=  312.77 glat=  42.48 u=  12.5800 v= -22.3000 vr=  -0.99964 vt=  25.58412
 i= 1694 j=  584 glon=  312.97 (0-360E) glon=  312.97 glat=  42.48 u=  15.2200 v= -20.2000 vr=  -3.32872 vt=  25.07206
 i= 1699 j=  584 glon=  313.17 (0-360E) glon=  313.17 glat=  42.48 u=  16.2400 v= -26.4000 vr=   0.24773 vt=  30.99413
 i= 1704 j=  584 glon=  313.37 (0-360E) glon=  313.37 glat=  42.48 u=  17.5500 v= -32.2000 vr=   4.18484 vt=  36.43254
 i= 1709 j=  584 glon=  313.57 (0-360E) glon=  313.57 glat=  42.48 u=  16.7100 v= -40.8000 vr=  12.55046 vt=  42.26523
 i= 1714 j=  584 glon=  313.77 (0-360E) glon=  313.77 glat=  42.48 u=  11.2900 v= -27.6000 vr=  10.65854 vt=  27.84995
 i= 1719 j=  584 glon=  313.97 (0-360E) glon=  313.97 glat=  42.48 u=  21.6000 v= -13.8000 vr=  -4.00336 vt=  25.31745
 i= 1724 j=  584 glon=  314.17 (0-360E) glon=  314.17 glat=  42.48 u=  20.8100 v=  -7.0000 vr=  -6.30240 vt=  21.03178
 i= 1729 j=  584 glon=  314.37 (0-360E) glon=  314.37 glat=  42.48 u=  23.3400 v=   1.0000 vr= -11.77632 vt=  20.17607
 i= 1734 j=  584 glon=  314.57 (0-360E) glon=  314.57 glat=  42.48 u=  23.8500 v=   4.3000 vr= -11.89234 vt=  21.11599
 i= 1739 j=  584 glon=  314.77 (0-360E) glon=  314.77 glat=  42.48 u=  23.6300 v=   7.0000 vr= -10.80409 vt=  22.15059
 i= 1744 j=  584 glon=  314.97 (0-360E) glon=  314.97 glat=  42.48 u=  23.2500 v=  10.6000 vr= -10.29634 vt=  23.38606
 i= 1749 j=  584 glon=  315.17 (0-360E) glon=  315.17 glat=  42.48 u=  22.8000 v=  16.0000 vr= -11.38007 vt=  25.42310
 i= 1754 j=  584 glon=  315.37 (0-360E) glon=  315.37 glat=  42.48 u=  23.9100 v=  20.7000 vr= -11.02267 vt=  29.64252
 i= 1759 j=  584 glon=  315.57 (0-360E) glon=  315.57 glat=  42.48 u=  24.2600 v=  22.9000 vr=  -8.28462 vt=  32.31598
 i= 1764 j=  584 glon=  315.77 (0-360E) glon=  315.77 glat=  42.48 u=  24.6600 v=  26.1000 vr=  -6.46608 vt=  35.32018
 i= 1769 j=  584 glon=  315.97 (0-360E) glon=  315.97 glat=  42.48 u=  20.1900 v=  31.7000 vr=  -9.80880 vt=  36.28103
 i= 1774 j=  584 glon=  316.17 (0-360E) glon=  316.17 glat=  42.48 u=  21.1900 v=  33.0000 vr=  -6.67673 vt=  38.64502
 i= 1779 j=  584 glon=  316.37 (0-360E) glon=  316.37 glat=  42.48 u=  18.1400 v=  33.6000 vr=  -6.54971 vt=  37.61809
 i= 1784 j=  584 glon=  316.57 (0-360E) glon=  316.57 glat=  42.48 u=  16.4400 v=  31.5000 vr=  -4.39506 vt=  35.25914
 i= 1789 j=  584 glon=  316.77 (0-360E) glon=  316.77 glat=  42.48 u=  16.8000 v=  29.4000 vr=  -1.12610 vt=  33.84275
 i= 1794 j=  584 glon=  316.97 (0-360E) glon=  316.97 glat=  42.48 u=  16.6300 v=  28.6000 vr=   0.62822 vt=  33.07752
 i= 1799 j=  584 glon=  317.17 (0-360E) glon=  317.17 glat=  42.48 u=  15.3100 v=  26.5000 vr=   1.66713 vt=  30.55923
 i= 1804 j=  584 glon=  317.37 (0-360E) glon=  317.37 glat=  42.48 u=  14.8500 v=  25.4000 vr=   2.72456 vt=  29.29606
 i= 1684 j=  589 glon=  312.57 (0-360E) glon=  312.57 glat=  42.28 u=   6.6700 v= -19.8000 vr=   4.25762 vt=  20.45487
 i= 1689 j=  589 glon=  312.77 (0-360E) glon=  312.77 glat=  42.28 u=  11.5700 v= -19.1000 vr=   0.52759 vt=  22.32480
 i= 1694 j=  589 glon=  312.97 (0-360E) glon=  312.97 glat=  42.28 u=  16.5900 v= -19.8000 vr=  -2.20845 vt=  25.73696
 i= 1699 j=  589 glon=  313.17 (0-360E) glon=  313.17 glat=  42.28 u=  16.8700 v= -24.8000 vr=   1.93174 vt=  29.93168
 i= 1704 j=  589 glon=  313.37 (0-360E) glon=  313.37 glat=  42.28 u=  19.7500 v= -30.4000 vr=   5.17527 vt=  35.88090
 i= 1709 j=  589 glon=  313.57 (0-360E) glon=  313.57 glat=  42.28 u=  19.7500 v= -39.6000 vr=  14.06070 vt=  41.95854
 i= 1714 j=  589 glon=  313.77 (0-360E) glon=  313.77 glat=  42.28 u=  16.3600 v= -25.4000 vr=   8.66418 vt=  28.94377
 i= 1719 j=  589 glon=  313.97 (0-360E) glon=  313.97 glat=  42.28 u=  24.0000 v= -12.9000 vr=  -3.40999 vt=  27.03298
 i= 1724 j=  589 glon=  314.17 (0-360E) glon=  314.17 glat=  42.28 u=  29.3000 v=  -6.7000 vr=  -8.64238 vt=  28.78696
 i= 1729 j=  589 glon=  314.37 (0-360E) glon=  314.37 glat=  42.28 u=  34.3300 v=  -3.3000 vr= -10.35016 vt=  32.89853
 i= 1734 j=  589 glon=  314.57 (0-360E) glon=  314.57 glat=  42.28 u=  34.6600 v=  -0.4000 vr=  -8.92903 vt=  33.49251
 i= 1739 j=  589 glon=  314.77 (0-360E) glon=  314.77 glat=  42.28 u=  31.8900 v=   4.4000 vr=  -8.60578 vt=  31.02052
 i= 1744 j=  589 glon=  314.97 (0-360E) glon=  314.97 glat=  42.28 u=  29.7900 v=   9.9000 vr=  -9.58811 vt=  29.89184
 i= 1749 j=  589 glon=  315.17 (0-360E) glon=  315.17 glat=  42.28 u=  27.6700 v=  15.4000 vr= -10.97407 vt=  29.70452
 i= 1754 j=  589 glon=  315.37 (0-360E) glon=  315.37 glat=  42.28 u=  29.1100 v=  19.7000 vr= -10.50819 vt=  33.54191
 i= 1759 j=  589 glon=  315.57 (0-360E) glon=  315.57 glat=  42.28 u=  28.2600 v=  22.3000 vr=  -8.90185 vt=  34.88086
 i= 1764 j=  589 glon=  315.77 (0-360E) glon=  315.77 glat=  42.28 u=  25.6900 v=  27.7000 vr= -10.83800 vt=  36.19121
 i= 1769 j=  589 glon=  315.97 (0-360E) glon=  315.97 glat=  42.28 u=  22.5300 v=  30.3000 vr= -11.12598 vt=  36.08190
 i= 1774 j=  589 glon=  316.17 (0-360E) glon=  316.17 glat=  42.28 u=  22.1600 v=  30.8000 vr=  -8.55976 vt=  36.96534
 i= 1779 j=  589 glon=  316.37 (0-360E) glon=  316.37 glat=  42.28 u=  17.7500 v=  31.8000 vr=  -9.59660 vt=  35.13129
 i= 1784 j=  589 glon=  316.57 (0-360E) glon=  316.57 glat=  42.28 u=  18.3800 v=  29.8000 vr=  -5.50504 vt=  34.57686
 i= 1789 j=  589 glon=  316.77 (0-360E) glon=  316.77 glat=  42.28 u=  17.7800 v=  27.0000 vr=  -2.31899 vt=  32.24517
 i= 1794 j=  589 glon=  316.97 (0-360E) glon=  316.97 glat=  42.28 u=  16.7300 v=  26.4000 vr=  -1.25976 vt=  31.22925
 i= 1799 j=  589 glon=  317.17 (0-360E) glon=  317.17 glat=  42.28 u=  16.5400 v=  26.5000 vr=  -0.13947 vt=  31.23783
 i= 1689 j=  594 glon=  312.77 (0-360E) glon=  312.77 glat=  42.08 u=   9.1300 v= -19.7000 vr=   4.69323 vt=  21.19954
 i= 1694 j=  594 glon=  312.97 (0-360E) glon=  312.97 glat=  42.08 u=  14.2100 v= -20.0000 vr=   1.96560 vt=  24.45528
 i= 1699 j=  594 glon=  313.17 (0-360E) glon=  313.17 glat=  42.08 u=  18.1500 v= -21.8000 vr=   1.57794 vt=  28.32265
 i= 1704 j=  594 glon=  313.37 (0-360E) glon=  313.37 glat=  42.08 u=  19.9700 v= -28.8000 vr=   7.04577 vt=  34.33071
 i= 1709 j=  594 glon=  313.57 (0-360E) glon=  313.57 glat=  42.08 u=  22.4300 v= -34.2000 vr=  11.87710 vt=  39.13668
 i= 1714 j=  594 glon=  313.77 (0-360E) glon=  313.77 glat=  42.08 u=  21.4000 v= -25.0000 vr=   7.88846 vt=  31.94890
 i= 1719 j=  594 glon=  313.97 (0-360E) glon=  313.97 glat=  42.08 u=  34.3900 v= -13.5000 vr=  -5.98016 vt=  36.45764
 i= 1724 j=  594 glon=  314.17 (0-360E) glon=  314.17 glat=  42.08 u=  42.9200 v= -10.7000 vr=  -8.73131 vt=  43.36336
 i= 1729 j=  594 glon=  314.37 (0-360E) glon=  314.37 glat=  42.08 u=  43.8200 v=  -8.9000 vr=  -6.22718 vt=  44.27894
 i= 1734 j=  594 glon=  314.57 (0-360E) glon=  314.57 glat=  42.08 u=  40.9700 v=  -5.9000 vr=  -3.55362 vt=  41.23982
 i= 1739 j=  594 glon=  314.77 (0-360E) glon=  314.77 glat=  42.08 u=  38.3200 v=   0.4000 vr=  -4.66996 vt=  38.03648
 i= 1744 j=  594 glon=  314.97 (0-360E) glon=  314.97 glat=  42.08 u=  34.4000 v=   7.8000 vr=  -7.49937 vt=  34.46679
 i= 1749 j=  594 glon=  315.17 (0-360E) glon=  315.17 glat=  42.08 u=  32.6600 v=  14.0000 vr=  -9.68452 vt=  34.18897
 i= 1754 j=  594 glon=  315.37 (0-360E) glon=  315.37 glat=  42.08 u=  33.7900 v=  16.0000 vr=  -7.30918 vt=  36.66524
 i= 1759 j=  594 glon=  315.57 (0-360E) glon=  315.57 glat=  42.08 u=  30.9400 v=  20.6000 vr=  -8.54298 vt=  36.17542
 i= 1764 j=  594 glon=  315.77 (0-360E) glon=  315.77 glat=  42.08 u=  27.2000 v=  24.8000 vr= -10.24842 vt=  35.35322
 i= 1769 j=  594 glon=  315.97 (0-360E) glon=  315.97 glat=  42.08 u=  25.0800 v=  26.6000 vr=  -9.58983 vt=  35.27891
 i= 1774 j=  594 glon=  316.17 (0-360E) glon=  316.17 glat=  42.08 u=  22.8000 v=  26.4000 vr=  -7.82691 vt=  33.99323
 i= 1779 j=  594 glon=  316.37 (0-360E) glon=  316.37 glat=  42.08 u=  19.0100 v=  27.2000 vr=  -8.37190 vt=  32.11124
 i= 1784 j=  594 glon=  316.57 (0-360E) glon=  316.57 glat=  42.08 u=  17.4600 v=  29.9000 vr=  -9.27675 vt=  33.35871
 i= 1789 j=  594 glon=  316.77 (0-360E) glon=  316.77 glat=  42.08 u=  17.3500 v=  26.3000 vr=  -4.98471 vt=  31.11053
 i= 1794 j=  594 glon=  316.97 (0-360E) glon=  316.97 glat=  42.08 u=  18.8400 v=  26.1000 vr=  -2.11354 vt=  32.11991
 i= 1699 j=  599 glon=  313.17 (0-360E) glon=  313.17 glat=  41.88 u=  15.8200 v= -21.0000 vr=   4.70552 vt=  25.86756
 i= 1704 j=  599 glon=  313.37 (0-360E) glon=  313.37 glat=  41.88 u=  19.3700 v= -27.2000 vr=   8.74688 vt=  32.22622
 i= 1709 j=  599 glon=  313.57 (0-360E) glon=  313.57 glat=  41.88 u=  21.6700 v= -32.1000 vr=  13.45087 vt=  36.31905
 i= 1714 j=  599 glon=  313.77 (0-360E) glon=  313.77 glat=  41.88 u=  28.4500 v= -25.4000 vr=   6.75054 vt=  37.53655
 i= 1719 j=  599 glon=  313.97 (0-360E) glon=  313.97 glat=  41.88 u=  37.8500 v= -12.7000 vr=  -5.91476 vt=  39.48326
 i= 1724 j=  599 glon=  314.17 (0-360E) glon=  314.17 glat=  41.88 u=  41.2300 v=  -8.2000 vr=  -7.96684 vt=  41.27569
 i= 1729 j=  599 glon=  314.37 (0-360E) glon=  314.37 glat=  41.88 u=  42.9200 v=  -7.0000 vr=  -5.78280 vt=  43.10088
 i= 1734 j=  599 glon=  314.57 (0-360E) glon=  314.57 glat=  41.88 u=  44.6800 v=  -4.7000 vr=  -4.16107 vt=  44.73341
 i= 1739 j=  599 glon=  314.77 (0-360E) glon=  314.77 glat=  41.88 u=  43.6100 v=  -1.7000 vr=  -2.49046 vt=  43.57201
 i= 1744 j=  599 glon=  314.97 (0-360E) glon=  314.97 glat=  41.88 u=  40.8400 v=   4.0000 vr=  -3.69367 vt=  40.86884
 i= 1749 j=  599 glon=  315.17 (0-360E) glon=  315.17 glat=  41.88 u=  39.5900 v=   7.7000 vr=  -3.27153 vt=  40.19895
 i= 1754 j=  599 glon=  315.37 (0-360E) glon=  315.37 glat=  41.88 u=  37.3800 v=  12.0000 vr=  -3.86894 vt=  39.06783
 i= 1759 j=  599 glon=  315.57 (0-360E) glon=  315.57 glat=  41.88 u=  32.6300 v=  18.3000 vr=  -7.52162 vt=  36.64740
 i= 1764 j=  599 glon=  315.77 (0-360E) glon=  315.77 glat=  41.88 u=  28.8400 v=  21.4000 vr=  -8.48866 vt=  34.89482
 i= 1769 j=  599 glon=  315.97 (0-360E) glon=  315.97 glat=  41.88 u=  26.5600 v=  23.2000 vr=  -8.16961 vt=  34.30643
 i= 1774 j=  599 glon=  316.17 (0-360E) glon=  316.17 glat=  41.88 u=  24.4000 v=  22.4000 vr=  -5.96458 vt=  32.58134
 i= 1779 j=  599 glon=  316.37 (0-360E) glon=  316.37 glat=  41.88 u=  23.4900 v=  23.8000 vr=  -5.32450 vt=  33.01318
 i= 1784 j=  599 glon=  316.57 (0-360E) glon=  316.57 glat=  41.88 u=  22.9100 v=  28.4000 vr=  -7.11520 vt=  35.78829
 i= 1789 j=  599 glon=  316.77 (0-360E) glon=  316.77 glat=  41.88 u=  20.7100 v=  24.5000 vr=  -3.70938 vt=  31.86526
 i= 1704 j=  604 glon=  313.37 (0-360E) glon=  313.37 glat=  41.68 u=  19.1000 v= -25.1000 vr=   9.22504 vt=  30.16154
 i= 1709 j=  604 glon=  313.57 (0-360E) glon=  313.57 glat=  41.68 u=  23.4100 v= -26.5000 vr=   9.96765 vt=  33.92527
 i= 1714 j=  604 glon=  313.77 (0-360E) glon=  313.77 glat=  41.68 u=  30.5100 v= -23.6000 vr=   6.31129 vt=  38.05243
 i= 1719 j=  604 glon=  313.97 (0-360E) glon=  313.97 glat=  41.68 u=  36.4400 v= -14.2000 vr=  -1.93845 vt=  39.06093
 i= 1724 j=  604 glon=  314.17 (0-360E) glon=  314.17 glat=  41.68 u=  41.5700 v=  -7.4000 vr=  -7.01597 vt=  41.63653
 i= 1729 j=  604 glon=  314.37 (0-360E) glon=  314.37 glat=  41.68 u=  41.5800 v=  -4.7000 vr=  -6.16130 vt=  41.38870
 i= 1734 j=  604 glon=  314.57 (0-360E) glon=  314.57 glat=  41.68 u=  40.8000 v=  -3.5000 vr=  -3.60309 vt=  40.79103
 i= 1739 j=  604 glon=  314.77 (0-360E) glon=  314.77 glat=  41.68 u=  39.6500 v=  -2.0000 vr=  -1.34365 vt=  39.67767
 i= 1744 j=  604 glon=  314.97 (0-360E) glon=  314.97 glat=  41.68 u=  40.7300 v=  -0.9000 vr=   1.16765 vt=  40.72321
 i= 1749 j=  604 glon=  315.17 (0-360E) glon=  315.17 glat=  41.68 u=  39.1000 v=   3.3000 vr=   0.51338 vt=  39.23565
 i= 1754 j=  604 glon=  315.37 (0-360E) glon=  315.37 glat=  41.68 u=  34.2600 v=  10.7000 vr=  -4.16585 vt=  35.64945
 i= 1759 j=  604 glon=  315.57 (0-360E) glon=  315.57 glat=  41.68 u=  31.8200 v=  14.2000 vr=  -5.11024 vt=  34.46792
 i= 1764 j=  604 glon=  315.77 (0-360E) glon=  315.77 glat=  41.68 u=  29.3600 v=  17.9000 vr=  -6.58935 vt=  33.74908
 i= 1769 j=  604 glon=  315.97 (0-360E) glon=  315.97 glat=  41.68 u=  27.1800 v=  19.2000 vr=  -6.05568 vt=  32.72188
 i= 1774 j=  604 glon=  316.17 (0-360E) glon=  316.17 glat=  41.68 u=  23.9200 v=  18.7000 vr=  -4.82020 vt=  29.97703
 i= 1779 j=  604 glon=  316.37 (0-360E) glon=  316.37 glat=  41.68 u=  22.2000 v=  22.4000 vr=  -6.85567 vt=  30.78311
 i= 1784 j=  604 glon=  316.57 (0-360E) glon=  316.57 glat=  41.68 u=  22.0900 v=  22.0000 vr=  -4.70007 vt=  30.82008
 i= 1714 j=  609 glon=  313.77 (0-360E) glon=  313.77 glat=  41.48 u=  32.0100 v= -16.0000 vr=   0.58651 vt=  35.78123
 i= 1719 j=  609 glon=  313.97 (0-360E) glon=  313.97 glat=  41.48 u=  37.1100 v= -11.7000 vr=  -2.88017 vt=  38.80395
 i= 1724 j=  609 glon=  314.17 (0-360E) glon=  314.17 glat=  41.48 u=  39.6100 v=  -6.3000 vr=  -6.00115 vt=  39.65638
 i= 1729 j=  609 glon=  314.37 (0-360E) glon=  314.37 glat=  41.48 u=  37.1600 v=  -4.3000 vr=  -4.39043 vt=  37.14942
 i= 1734 j=  609 glon=  314.57 (0-360E) glon=  314.57 glat=  41.48 u=  36.5400 v=  -2.9000 vr=  -2.77325 vt=  36.54984
 i= 1739 j=  609 glon=  314.77 (0-360E) glon=  314.77 glat=  41.48 u=  37.1100 v=  -1.9000 vr=  -0.88729 vt=  37.14801
 i= 1744 j=  609 glon=  314.97 (0-360E) glon=  314.97 glat=  41.48 u=  35.7200 v=   0.0000 vr=   0.20896 vt=  35.71939
 i= 1749 j=  609 glon=  315.17 (0-360E) glon=  315.17 glat=  41.48 u=  32.7800 v=   4.6000 vr=  -1.74566 vt=  33.05512
 i= 1754 j=  609 glon=  315.37 (0-360E) glon=  315.37 glat=  41.48 u=  31.9400 v=   7.9000 vr=  -2.50304 vt=  32.80714
 i= 1759 j=  609 glon=  315.57 (0-360E) glon=  315.57 glat=  41.48 u=  30.8300 v=  11.7000 vr=  -3.90946 vt=  32.74286
 i= 1764 j=  609 glon=  315.77 (0-360E) glon=  315.77 glat=  41.48 u=  28.3400 v=  16.0000 vr=  -6.32136 vt=  31.92485
 i= 1769 j=  609 glon=  315.97 (0-360E) glon=  315.97 glat=  41.48 u=  25.5400 v=  16.3000 vr=  -5.38031 vt=  29.81667
 i= 1774 j=  609 glon=  316.17 (0-360E) glon=  316.17 glat=  41.48 u=  23.6400 v=  16.8000 vr=  -4.65743 vt=  28.62513
 i= 1739 j=  614 glon=  314.77 (0-360E) glon=  314.77 glat=  41.28 u=  34.9900 v=  -2.7000 vr=   0.32872 vt=  35.09248
 i= 1744 j=  614 glon=  314.97 (0-360E) glon=  314.97 glat=  41.28 u=  32.1300 v=   3.8000 vr=  -3.63056 vt=  32.14959
 i= 1749 j=  614 glon=  315.17 (0-360E) glon=  315.17 glat=  41.28 u=  30.3200 v=   6.2000 vr=  -3.81453 vt=  30.71143
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.0539711978879       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     20.88 kts
    LL Wind Circ Vt mean quadmax value: SE     42.06 kts
    LL Wind Circ Vt mean quadmax value: SW     45.42 kts
    LL Wind Circ Vt mean quadmax value: NW     36.78 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    46.5784650147713       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   29.0181981593706       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    43.0476674785177     
   xcenlon=    314.696878279270     
   imax=         2738  jmax=         2041
   jlatfix=          569
   ilonfix (unadjusted) =         1738
  
 In get_max_wind, ibeg=         1644  iend=         1831
                  jbeg=          501  jend=          638
         ilonfix=         1738  jlatfix=          569
 At end of get_max_wind, vmax=    30.7930966289524       rmax= 
   24.4246593172247     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   12.83 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   12.74 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   12.57 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   12.29 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.91 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   11.52 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   11.41 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   11.72 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   12.39 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   13.29 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   14.44 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   15.66 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   16.65 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   17.53 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   18.21 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   18.72 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   19.14 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   19.53 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   19.89 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   20.25 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.58 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   20.85 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   20.96 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.97 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.87 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.99 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   21.18 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   21.35 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   21.38 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   21.37 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   21.29 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   21.26 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   21.16 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   21.08 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   21.05 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   21.04 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   20.95 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   20.81 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.68 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.56 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   20.45 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.35 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    21.38 m/s   maxrmw_dist=    87.00  km   maxrmw_ix=   29
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    87.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    21.3760025898940      
  (m/s)   (in kts)=    41.5271602313871     
  rising_sum_dvdr=       5.72067901528422     
  declining_sum_dvdr=   -1.02745761281041     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   108 igrct=  1 Vmax (m/s)=   30.793   22:31:15
 TIMING: before call  getradii, fhr=   108 igrct=  1   22:31:16
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.53951897911431     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.53951897911431     
 mr4qs after add, mean_radii_vt_4quad_sum=    16.3275587857580     
 mr4qs before add, mean_radii_vt_4quad_sum=    16.3275587857580     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.3939366255557     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.3939366255557     
 mr4qs after add, mean_radii_vt_4quad_sum=    1.53714849992277     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    1.54 good_quad_ct=   4 mean_vt_4quad=      0.38
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.84 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.99 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.90 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.71 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.70 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.96 mean_vt_4quad=    9.44
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.94 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.89 mean_vt_4quad=    9.61
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.91 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   14.00 mean_vt_4quad=    9.80
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   14.32 mean_vt_4quad=    9.89
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   14.66 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   15.00 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   15.20 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   15.40 mean_vt_4quad=   10.25
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   15.50 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.35 mean_vt_4quad=   10.41
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.09 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.86 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.81 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.00 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.35 mean_vt_4quad=   10.82
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.49 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.51 mean_vt_4quad=   11.02
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   15.45 mean_vt_4quad=   11.13
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   15.34 mean_vt_4quad=   11.25
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   15.19 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.90 mean_vt_4quad=   11.48
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.98 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   15.02 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   15.31 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.76 mean_vt_4quad=   11.85
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   16.91 mean_vt_4quad=   11.91
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   18.02 mean_vt_4quad=   11.97
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   11.97 .... 0.5*v_holland=    7.77
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    7.77
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   12.07 .... 0.5*v_holland=    7.77
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    7.77
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  86
  ++++ rdist(ihc)=  258.00  mean_radii_vt_4quad(ihc)=   12.12 .... 0.5*v_holland=    7.77
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    270.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   145.692000000000     
 vradius(iwindix,iquad) =         146
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   18.02 mean_vt_4quad=   11.97
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   18.96 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   19.84 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   20.59 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   20.73 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   20.16 mean_vt_4quad=   12.09
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   19.46 mean_vt_4quad=   12.03
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   18.79 mean_vt_4quad=   12.00
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   18.02 mean_vt_4quad=   12.04
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.53 mean_vt_4quad=   12.13
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.70 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.71 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.54 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.85 mean_vt_4quad=   12.61
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   18.82 mean_vt_4quad=   12.71
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   19.98 mean_vt_4quad=   12.82
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   19.94 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   19.59 mean_vt_4quad=   13.01
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   19.09 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   18.89 mean_vt_4quad=   13.21
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   18.45 mean_vt_4quad=   13.33
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   17.73 mean_vt_4quad=   13.45
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   17.86 mean_vt_4quad=   13.58
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   17.91 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   17.95 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.26 mean_vt_4quad=   13.98
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.48 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.58 mean_vt_4quad=   14.27
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   18.51 mean_vt_4quad=   14.43
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.54 mean_vt_4quad=   14.59
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.60 mean_vt_4quad=   14.76
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.99 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.92 mean_vt_4quad=   15.09
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.96 mean_vt_4quad=   15.26
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   21.96 mean_vt_4quad=   15.42
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   22.15 mean_vt_4quad=   15.56
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.88 mean_vt_4quad=   15.71
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.09 mean_vt_4quad=   15.84
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   20.48 mean_vt_4quad=   15.98
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   20.08 mean_vt_4quad=   16.12
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   20.03 mean_vt_4quad=   16.26
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   20.72 mean_vt_4quad=   16.41
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.29 mean_vt_4quad=   16.57
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   21.93 mean_vt_4quad=   16.74
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   22.40 mean_vt_4quad=   16.89
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.83 mean_vt_4quad=   17.00
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.28 mean_vt_4quad=   17.09
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   23.73 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.33 mean_vt_4quad=   17.25
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   24.79 mean_vt_4quad=   17.33
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.20 mean_vt_4quad=   17.42
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   25.20 mean_vt_4quad=   17.53
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   25.22 mean_vt_4quad=   17.64
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   25.01 mean_vt_4quad=   17.75
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.67 mean_vt_4quad=   17.85
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   24.12 mean_vt_4quad=   17.96
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   23.24 mean_vt_4quad=   18.07
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   21.72 mean_vt_4quad=   18.18
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   20.96 mean_vt_4quad=   18.29
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   20.71 mean_vt_4quad=   18.38
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   21.28 mean_vt_4quad=   18.47
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   21.80 mean_vt_4quad=   18.55
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   21.86 mean_vt_4quad=   18.62
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   20.58 mean_vt_4quad=   18.65
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   20.27 mean_vt_4quad=   18.66
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   20.14 mean_vt_4quad=   18.59
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   20.13 mean_vt_4quad=   18.37
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   20.18 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   20.31 mean_vt_4quad=   17.53
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   20.51 mean_vt_4quad=   17.11
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   20.67 mean_vt_4quad=   16.77
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   20.67 mean_vt_4quad=   16.54
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   20.55 mean_vt_4quad=   16.37
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   20.37 mean_vt_4quad=   16.21
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   20.09 mean_vt_4quad=   16.00
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   19.73 mean_vt_4quad=   15.66
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   19.31 mean_vt_4quad=   15.10
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   18.88 mean_vt_4quad=   14.20
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   18.39 mean_vt_4quad=   12.81
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   17.87 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   17.32 mean_vt_4quad=    9.22
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   16.72 mean_vt_4quad=    7.45
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   16.14 mean_vt_4quad=    5.89
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   15.67 mean_vt_4quad=    4.52
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   15.25 mean_vt_4quad=    3.37
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   14.88 mean_vt_4quad=    2.45
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   14.50 mean_vt_4quad=    1.74
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   14.11 mean_vt_4quad=    1.22
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   13.70 mean_vt_4quad=    0.79
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   13.28 mean_vt_4quad=    0.38
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.29 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.35 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.42 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.40 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.45 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.47 mean_vt_4quad=    9.44
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.48 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.52 mean_vt_4quad=    9.61
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.56 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   14.71 mean_vt_4quad=    9.80
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   14.79 mean_vt_4quad=    9.89
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   14.89 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   14.96 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.08 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.18 mean_vt_4quad=   10.25
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.20 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.28 mean_vt_4quad=   10.41
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.29 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.38 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   15.49 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   15.62 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   15.72 mean_vt_4quad=   10.82
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   15.84 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   15.93 mean_vt_4quad=   11.02
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.04 mean_vt_4quad=   11.13
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.16 mean_vt_4quad=   11.25
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.27 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.33 mean_vt_4quad=   11.48
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   16.43 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   16.45 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   16.48 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   16.51 mean_vt_4quad=   11.85
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   16.65 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   16.91 mean_vt_4quad=   11.97
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.41 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.45 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.29 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.11 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.18 mean_vt_4quad=   12.09
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.18 mean_vt_4quad=   12.03
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.20 mean_vt_4quad=   12.00
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.18 mean_vt_4quad=   12.04
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.23 mean_vt_4quad=   12.13
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   17.29 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   17.40 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.56 mean_vt_4quad=   12.51
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.61 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   12.71 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   12.82 .... 0.5*v_holland=    8.81
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   12.92 .... 0.5*v_holland=    8.81
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    234.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   126.266400000000     
 vradius(iwindix,iquad) =         126
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.56 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.73 mean_vt_4quad=   12.61
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.97 mean_vt_4quad=   12.71
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.02 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.01 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   18.17 mean_vt_4quad=   13.01
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   18.40 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   18.68 mean_vt_4quad=   13.21
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   18.90 mean_vt_4quad=   13.33
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.02 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   19.09 mean_vt_4quad=   13.58
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   19.25 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   19.45 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   19.56 mean_vt_4quad=   13.98
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   19.68 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   19.83 mean_vt_4quad=   14.27
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   19.97 mean_vt_4quad=   14.43
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.12 mean_vt_4quad=   14.59
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.12 mean_vt_4quad=   14.76
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.37 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.68 mean_vt_4quad=   15.09
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   20.99 mean_vt_4quad=   15.26
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.31 mean_vt_4quad=   15.42
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.54 mean_vt_4quad=   15.56
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.66 mean_vt_4quad=   15.71
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.75 mean_vt_4quad=   15.84
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   22.05 mean_vt_4quad=   15.98
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.36 mean_vt_4quad=   16.12
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.69 mean_vt_4quad=   16.26
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.07 mean_vt_4quad=   16.41
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   23.46 mean_vt_4quad=   16.57
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.70 mean_vt_4quad=   16.74
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.76 mean_vt_4quad=   16.89
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.67 mean_vt_4quad=   17.00
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.63 mean_vt_4quad=   17.09
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   23.78 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   24.00 mean_vt_4quad=   17.25
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   24.22 mean_vt_4quad=   17.33
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   24.45 mean_vt_4quad=   17.42
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   24.65 mean_vt_4quad=   17.53
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   24.94 mean_vt_4quad=   17.64
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   25.22 mean_vt_4quad=   17.75
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   25.40 mean_vt_4quad=   17.85
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   25.51 mean_vt_4quad=   17.96
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   25.52 mean_vt_4quad=   18.07
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   25.43 mean_vt_4quad=   18.18
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   25.29 mean_vt_4quad=   18.29
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.12 mean_vt_4quad=   18.38
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   24.92 mean_vt_4quad=   18.47
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   24.61 mean_vt_4quad=   18.55
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   24.33 mean_vt_4quad=   18.62
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   24.05 mean_vt_4quad=   18.65
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   23.94 mean_vt_4quad=   18.66
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   23.73 mean_vt_4quad=   18.59
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   23.49 mean_vt_4quad=   18.37
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   23.23 mean_vt_4quad=   18.00
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   23.06 mean_vt_4quad=   17.53
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   22.96 mean_vt_4quad=   17.11
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   22.50 mean_vt_4quad=   16.77
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   21.93 mean_vt_4quad=   16.54
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   21.50 mean_vt_4quad=   16.37
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   21.09 mean_vt_4quad=   16.21
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   20.67 mean_vt_4quad=   16.00
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   20.27 mean_vt_4quad=   15.66
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   19.91 mean_vt_4quad=   15.10
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   19.56 mean_vt_4quad=   14.20
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   19.21 mean_vt_4quad=   12.81
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   18.83 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   18.36 mean_vt_4quad=    9.22
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   17.85 mean_vt_4quad=    7.45
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   17.32 mean_vt_4quad=    5.89
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   16.77 mean_vt_4quad=    4.52
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   16.23 mean_vt_4quad=    3.37
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   15.71 mean_vt_4quad=    2.45
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   15.17 mean_vt_4quad=    1.74
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   14.64 mean_vt_4quad=    1.22
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   14.06 mean_vt_4quad=    0.79
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   13.46 mean_vt_4quad=    0.38
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.29 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.28 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.22 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.16 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.19 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.36 mean_vt_4quad=    9.44
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.57 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.74 mean_vt_4quad=    9.61
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.94 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.20 mean_vt_4quad=    9.80
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.50 mean_vt_4quad=    9.89
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.72 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.95 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.24 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.47 mean_vt_4quad=   10.25
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.70 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.95 mean_vt_4quad=   10.41
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.15 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   15.28 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   15.41 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   15.44 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   15.56 mean_vt_4quad=   10.82
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   15.57 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.69 mean_vt_4quad=   11.02
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.80 mean_vt_4quad=   11.13
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.70 mean_vt_4quad=   11.25
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.81 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.92 mean_vt_4quad=   11.48
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.91 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.91 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.97 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   16.07 mean_vt_4quad=   11.85
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   16.24 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   16.39 mean_vt_4quad=   11.97
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   16.43 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.51 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   16.66 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   16.89 mean_vt_4quad=   12.12
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   17.24 mean_vt_4quad=   12.09
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.74 mean_vt_4quad=   12.03
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   12.03 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   12.00 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   12.04 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   12.13 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   12.26 .... 0.5*v_holland=    8.26
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    252.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   135.979200000000     
 vradius(iwindix,iquad) =         136
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   17.74 mean_vt_4quad=   12.03
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   18.22 mean_vt_4quad=   12.00
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   18.63 mean_vt_4quad=   12.04
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   18.98 mean_vt_4quad=   12.13
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   19.18 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   19.38 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   19.54 mean_vt_4quad=   12.51
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   19.78 mean_vt_4quad=   12.61
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   20.06 mean_vt_4quad=   12.71
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   20.33 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   20.59 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   20.80 mean_vt_4quad=   13.01
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   21.09 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   21.39 mean_vt_4quad=   13.21
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   21.71 mean_vt_4quad=   13.33
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   22.07 mean_vt_4quad=   13.45
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   22.38 mean_vt_4quad=   13.58
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   22.71 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   22.95 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   23.18 mean_vt_4quad=   13.98
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   23.29 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   23.36 mean_vt_4quad=   14.27
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   23.40 mean_vt_4quad=   14.43
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   23.49 mean_vt_4quad=   14.59
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   23.50 mean_vt_4quad=   14.76
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   23.54 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   23.67 mean_vt_4quad=   15.09
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   23.79 mean_vt_4quad=   15.26
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   24.03 mean_vt_4quad=   15.42
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   24.17 mean_vt_4quad=   15.56
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   24.34 mean_vt_4quad=   15.71
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   24.58 mean_vt_4quad=   15.84
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   24.79 mean_vt_4quad=   15.98
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   24.88 mean_vt_4quad=   16.12
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   24.94 mean_vt_4quad=   16.26
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   25.01 mean_vt_4quad=   16.41
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   25.18 mean_vt_4quad=   16.57
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   25.20 mean_vt_4quad=   16.74
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   25.09 mean_vt_4quad=   16.89
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   25.08 mean_vt_4quad=   17.00
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   25.09 mean_vt_4quad=   17.09
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   25.08 mean_vt_4quad=   17.17
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   25.02 mean_vt_4quad=   17.25
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   25.10 mean_vt_4quad=   17.33
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   25.45 mean_vt_4quad=   17.42
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   25.78 mean_vt_4quad=   17.53
  
 NO interp, exactdistkm=    117.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   63.1332000000000     
 vradius(iwindix,iquad) =          63
  
  --- vmaxwind of    30.7930966289524       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   11.07 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   11.26 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   11.41 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   11.64 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   11.82 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   12.23 mean_vt_4quad=    9.44
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   12.63 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   12.92 mean_vt_4quad=    9.61
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.06 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.08 mean_vt_4quad=    9.80
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.04 mean_vt_4quad=    9.89
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   13.21 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   13.39 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   13.53 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   13.71 mean_vt_4quad=   10.25
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   13.77 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   13.75 mean_vt_4quad=   10.41
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   13.82 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   13.98 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.00 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.11 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.20 mean_vt_4quad=   10.82
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   14.13 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   14.22 mean_vt_4quad=   11.02
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   14.26 mean_vt_4quad=   11.13
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   14.45 mean_vt_4quad=   11.25
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   14.45 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   14.25 mean_vt_4quad=   11.48
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   13.92 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   13.93 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   13.99 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   14.22 mean_vt_4quad=   11.85
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   14.44 mean_vt_4quad=   11.91
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   14.68 mean_vt_4quad=   11.97
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   14.83 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   14.91 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   14.83 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   14.57 mean_vt_4quad=   12.12
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   14.51 mean_vt_4quad=   12.09
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   14.43 mean_vt_4quad=   12.03
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.92 mean_vt_4quad=   12.00
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   14.09 mean_vt_4quad=   12.04
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   14.34 mean_vt_4quad=   12.13
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   14.56 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   14.74 mean_vt_4quad=   12.39
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   14.91 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.12 mean_vt_4quad=   12.61
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.34 mean_vt_4quad=   12.71
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   15.61 mean_vt_4quad=   12.82
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   15.85 mean_vt_4quad=   12.92
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.02 mean_vt_4quad=   13.01
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.15 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   16.24 mean_vt_4quad=   13.21
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   16.26 mean_vt_4quad=   13.33
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   16.35 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   16.51 mean_vt_4quad=   13.58
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   16.70 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   17.25 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.69 mean_vt_4quad=   13.98
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   13.98 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   14.27 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   14.43 .... 0.5*v_holland=   10.25
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   14.59 .... 0.5*v_holland=   10.25
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    195.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   105.222000000000     
 vradius(iwindix,iquad) =         105
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.69 mean_vt_4quad=   13.98
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   17.99 mean_vt_4quad=   14.12
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   18.22 mean_vt_4quad=   14.27
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   18.82 mean_vt_4quad=   14.43
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   19.34 mean_vt_4quad=   14.59
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   19.76 mean_vt_4quad=   14.76
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   20.12 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   20.32 mean_vt_4quad=   15.09
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   20.44 mean_vt_4quad=   15.26
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   20.57 mean_vt_4quad=   15.42
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   20.69 mean_vt_4quad=   15.56
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   20.88 mean_vt_4quad=   15.71
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   20.86 mean_vt_4quad=   15.84
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   20.73 mean_vt_4quad=   15.98
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   20.61 mean_vt_4quad=   16.12
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   21.12 mean_vt_4quad=   16.26
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   21.57 mean_vt_4quad=   16.41
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   21.93 mean_vt_4quad=   16.57
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   21.93 mean_vt_4quad=   16.74
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   21.72 mean_vt_4quad=   16.89
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   22.07 mean_vt_4quad=   17.00
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   22.39 mean_vt_4quad=   17.09
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   22.67 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   22.90 mean_vt_4quad=   17.25
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   23.18 mean_vt_4quad=   17.33
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   23.41 mean_vt_4quad=   17.42
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   23.56 mean_vt_4quad=   17.53
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   24.07 mean_vt_4quad=   17.64
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.89 mean_vt_4quad=   17.75
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   25.84 mean_vt_4quad=   17.85
  
 NO interp, exactdistkm=    108.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   58.2768000000000     
 vradius(iwindix,iquad) =          58
  
  --- vmaxwind of    30.7930966289524       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   108 igrct=  1   22:31:16
 TIMING: after getrad_iter_loop, fhr=   108 igrct=  2 Vmax (m/s)=   30.793   22:31:16
 TIMING: Before get_phase ... 22:31:16
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          108 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    72.985
  
  
  In get_cps_paramb, lead time=          108 :           0   08L  FRANKLIN 
   right_ct=         1054   left_ct=         1124
   zthicksum(1)=    3577671.06100000     
   zthicksum(2)=    3754528.35000000     
   zthick_right_mean=    3394.37482068311     
   zthick_left_mean=     3340.32771352313     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    54.0471071599727     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          186.92
  Sum of y-diffs squared (ydiff2) =          267.76
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   207.95   6.7452        8.24   0.1661     3.11     9.66       67.83
    2   205.60   6.6846        5.88   0.1055     2.63     6.91       34.62
    3   199.72   6.6201        0.00   0.0409    -1.26     1.59        0.00
    4   192.28   6.5511       -7.44  -0.0281    -6.57    43.16       55.29
    5   189.75   6.4770       -9.96  -0.1022    -6.81    46.37       99.28
    6   202.99   6.3969        3.28  -0.1822     8.90    79.24       10.73
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   199.716     x:    6.58
  
  slope=     30.873         y-intercept =     -3.402
  Regression equation:   Y =    -3.40 +    30.87X
  
  R2(r_squared) =  0.3019        r =  0.5495
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1074.63 zmin=  864.57 zdiff=  210.06
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1564.17 zmin= 1356.21 zdiff=  207.95
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -2.11 dlnp=     -0.057158  dzdlnp=       36.950
  
   +++ k=  3 press=    800.0 zmax= 2079.50 zmin= 1873.90 zdiff=  205.60
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -2.35 dlnp=     -0.060625  dzdlnp=       38.796
  
   +++ k=  4 press=    750.0 zmax= 2622.86 zmin= 2423.14 zdiff=  199.72
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -5.88 dlnp=     -0.064539  dzdlnp=       91.108
  
   +++ k=  5 press=    700.0 zmax= 3199.14 zmin= 3006.86 zdiff=  192.28
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -7.44 dlnp=     -0.068993  dzdlnp=      107.837
  
   +++ k=  6 press=    650.0 zmax= 3811.38 zmin= 3621.63 zdiff=  189.75
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -2.53 dlnp=     -0.074108  dzdlnp=       34.112
  
   +++ k=  7 press=    600.0 zmax= 4465.77 zmin= 4262.77 zdiff=  202.99
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      13.24 dlnp=     -0.080043  dzdlnp=     -165.412
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           42.81
  Sum of y-diffs squared (ydiff2) =         3332.60
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   213.86   6.3099      -32.31   0.2788    -0.73     0.53     1044.24
    2   224.27   6.2146      -21.90   0.1834    -1.11     1.24      479.55
    3   236.19   6.1092       -9.98   0.0781    -1.13     1.28       99.57
    4   253.68   5.9915        7.51  -0.0397     3.01     9.07       56.39
    5   269.70   5.8579       23.53  -0.1732     3.90    15.18      553.44
    6   279.33   5.7038       33.16  -0.3274    -3.94    15.51     1099.41
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   246.171     x:    6.03
  
  slope=   -113.313         y-intercept =    929.581
  Regression equation:   Y =   929.58 -   113.31X
  
  R2(r_squared) =  0.9872        r =  0.9936
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4465.77 zmin= 4262.77 zdiff=  202.99
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5168.06 zmin= 4954.20 zdiff=  213.86
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      10.86 dlnp=     -0.087011  dzdlnp=     -124.857
  
   +++ k=  9 press=    500.0 zmax= 5927.86 zmin= 5703.59 zdiff=  224.27
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      10.42 dlnp=     -0.095310  dzdlnp=     -109.285
  
   +++ k= 10 press=    450.0 zmax= 6753.84 zmin= 6517.65 zdiff=  236.19
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      11.92 dlnp=     -0.105361  dzdlnp=     -113.135
  
   +++ k= 11 press=    400.0 zmax= 7657.74 zmin= 7404.06 zdiff=  253.68
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      17.49 dlnp=     -0.117783  dzdlnp=     -148.476
  
   +++ k= 12 press=    350.0 zmax= 8658.51 zmin= 8388.82 zdiff=  269.70
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      16.02 dlnp=     -0.133531  dzdlnp=     -119.942
  
   +++ k= 13 press=    300.0 zmax= 9779.93 zmin= 9500.60 zdiff=  279.33
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=       9.63 dlnp=     -0.154151  dzdlnp=      -62.484
  
cps_stats: 08L   lead time= 108: 0   paramb=    54.05  vtl=     30.87  vtu=   -113.31
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  108:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  314.697 (0-360) guesslon=  314.697E  (  45.303W)   guesslat=   43.048
 ilonfix=         1738  jlatfix=          569  npts=           33
 ibeg=         1656  jbeg=          501  imax=         2738
 iend=         1820  jend=          637  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  313.377E  (0-360) ctlon=  313.377E  (  46.623W)  ctlat=   42.128 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  313.377E   (0-360) guesslon=  313.377E  (  46.623W)   guesslat=   42.128
 ilonfix=         1705  jlatfix=          592  npts=           16
 ibeg=         1648  jbeg=          548  imax=         2738
 iend=         1762  jend=          636  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  313.157E  (0-360) ctlon=  313.157  (  46.843W)  ctlat=   42.108 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        20286
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L   108:00  mean_lon:  313.16E (  46.84W)    (0-360) mean_lon=  313.16E  mean_lat:   42.11  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L   108:00  ifix:  1675   jfix:   581  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1675  jx=          581
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1992 ,         262 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        1993 ,         261 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L   108:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:31:16
 TIMING: Before shear ... 22:31:16
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           19
  clon(ist,ifh,3)=    314.953817837465     
  clat(ist,ifh,3)=    43.2902826413058     
  fixlon(ist,ifh)=    314.696878279270     
  fixlat(ist,ifh)=    43.0476674785177     
  xcenlon=    314.953817837465     
  xcenlat=    43.2902826413058     
  
 xxshear
 In get_shear A, xcenlon=    314.953817837465       xcenlat= 
   43.2902826413058     
   In get_shear B, (0-360) xcenlon=    314.953817837465     
  
At start of get_shear:  08L   fhr=  108:00   Mean fix position=   314.70E  ( 45.30W)    43.05  (0-360) mean lon fix=  314.70
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   13.30 vr_mean(idist,ilev)=    1.45
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   19.88 vr_mean(idist,ilev)=    0.63
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   25.58 vr_mean(idist,ilev)=   -0.97
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   25.70 vr_mean(idist,ilev)=   -3.66
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   25.80 vr_mean(idist,ilev)=   -3.66
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   24.48 vr_mean(idist,ilev)=   -2.76
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   23.27 vr_mean(idist,ilev)=   -3.36
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.87 vr_mean(idist,ilev)=   -1.11
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   19.52 vr_mean(idist,ilev)=   -0.21
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   16.76 vr_mean(idist,ilev)=    0.96
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   16.02 vr_mean(idist,ilev)=    1.51
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   14.17 vr_mean(idist,ilev)=    1.43
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.86 vr_mean(idist,ilev)=    0.67
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.04 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   10.99 vr_mean(idist,ilev)=   -0.62
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.95 vr_mean(idist,ilev)=   -0.77
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.17 vr_mean(idist,ilev)=   -1.12
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.83 vr_mean(idist,ilev)=   -1.13
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    8.04 vr_mean(idist,ilev)=   -1.12
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -27.72 vr_mean(idist,ilev)=   27.72
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -41.58 vr_mean(idist,ilev)=   41.58
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -55.45 vr_mean(idist,ilev)=   55.45
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -69.34 vr_mean(idist,ilev)=   69.34
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -83.24 vr_mean(idist,ilev)=   83.24
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -97.15 vr_mean(idist,ilev)=   97.15
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -111.08 vr_mean(idist,ilev)=  111.08
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -125.04 vr_mean(idist,ilev)=  125.04
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -139.03 vr_mean(idist,ilev)=  139.03
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -153.05 vr_mean(idist,ilev)=  153.05
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -167.11 vr_mean(idist,ilev)=  167.11
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -181.21 vr_mean(idist,ilev)=  181.21
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -195.37 vr_mean(idist,ilev)=  195.37
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -209.60 vr_mean(idist,ilev)=  209.60
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -223.90 vr_mean(idist,ilev)=  223.90
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -238.30 vr_mean(idist,ilev)=  238.30
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -252.83 vr_mean(idist,ilev)=  252.83
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -267.51 vr_mean(idist,ilev)=  267.51
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -282.42 vr_mean(idist,ilev)=  282.42
  
 At end of get_shear: 
     ist=    2 ifh=   19 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:31:16
  
 After call to fixcenter, fix positions at 
 forecast hour=  108:00 follow:
  
fixpos  08L   fhr=  108:00   Fix position=   314.70E  ( 45.30W)    43.05   Max Wind=  60 kts
  
  
 xxxx get_next_ges, prev fix lon=    310.899036692100     
 xxxx get_next_ges, curr fix lon=    314.696878279270     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    314.696878279270        fixlat=    43.0476674785177     
        (0-360) fixlon=    314.696878279270     
      ilonfix=         1738   jlatfix=          569
      ibeg=         1203   iend=         2273
      jbeg=          117   jend=         1021
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.07786914107935       vavg=   0.950982572319581     
      ubar=    1.76946728526984       vbar=   0.237745643079895     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.0966519215768       vavg=    2.39184053407640     
      ubar=    7.81779324605825       vbar=    1.43366591011809     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    18.3728088917283       vavg=    8.20180315711532     
      ubar=    12.4109954689903       vbar=    3.48411669939692     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.4109954689903       vbar=    3.48411669939692     
      wgttot=    1.00000000000000     
      fixlon=    314.696878279270        fixlat=    43.0476674785177     
      barnlon=    318.014259711922       barnlat=    43.7244693885601     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.726741715990318     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      318.014259711922     
     Raw (no conversion for GM wrap) extraplon=    318.543756296901     
  
 --- barnlon=    318.01E  (  41.99W)    barnlat=     43.72
 --- extraplon=  318.54E  (  41.46W)    extraplat=   43.83
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   43.05
 | Current fix lon is   45.30W   ( 314.70E)
 | Current fix lon (raw, unadjusted)=  314.70E
 | Updated guess lat for next fcst hour is   43.78
 | Updated guess lon (0-360) for next fcst hour is   41.72W   ( 318.28E)
 | Raw updated guess lon for next fcst hour is  318.28E)
 -------------------------------------------------
  
 iocheck, dist=    300.538446974375        distm=    300538.446974375     
 iocheck, stmspd=    13.9138169895544        istmspd=          270
 iocheck, xincr=    3.58212972514133        yincr=   0.731853970309714     
 iocheck, stmdir=    78.4529867785548        istmdir=           78
 +++ RPT_STORM_MOTION: istmspd=   270 kts(*10)    istmdir=    78 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  19
     Fix location for this time:   314.70E  ( 45.30W)    43.05
     Fix lon (raw) for this time:  314.70E
     ilonfix= 1738  jlatfix=  569
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    314.696878279270       xcenlat=    43.0476674785177     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    314.696878279270       xcenlat=    43.0476674785177     
  ilonfix=         1738  jlatfix=          569
  ibeg=         1602  iend=         1874
  jbeg=          453  jend=          685  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    314.696878279270        xcenlat=    43.0476674785177     
      ilonfix=         1738   jlatfix=          569
      ibeg=         1602   iend=         1874
      jbeg=          453   jend=          685
 After call to barnes, xsmoothval=   3.398373529144867E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.398373529144867E-004
      xcenlon=    314.696878279270        xcenlat=    43.0476674785177     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000340  imeanzeta (*1e6)=      340
   --- mean zeta raw =   3.398373529144867E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003913  igrid zeta (*1e6)=     3913 ifilret=   0
   --- grid zeta raw=   3.913203889683979E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    314.696878279270       xcenlat=    43.0476674785177     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    314.696878279270       xcenlat=    43.0476674785177     
  ilonfix=         1738  jlatfix=          569
  ibeg=         1602  iend=         1874
  jbeg=          453  jend=          685  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    314.696878279270        xcenlat=    43.0476674785177     
      ilonfix=         1738   jlatfix=          569
      ibeg=         1602   iend=         1874
      jbeg=          453   jend=          685
 After call to barnes, xsmoothval=   2.792311834855524E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.792311834855524E-004
      xcenlon=    314.696878279270        xcenlat=    43.0476674785177     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000279  imeanzeta (*1e6)=      279
   --- mean zeta raw =   2.792311834855524E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001977  igrid zeta (*1e6)=     1977 ifilret=   0
   --- grid zeta raw=   1.976983364301105E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=          108
  
 segx, outlon=    314.696878279270       outlat=    43.0476674785177     
   ist=            2  ifcsthour=          108
   vmaxwind=    30.7930966289524       xminmslp=    99398.5900000000     
   vradius=          146           0           0         126           0
           0         136          63           0         105          58
           0
   maxstorm=            6
   plastbar=    100198.590000000       rlastbar=    58.5291493822934     
   rmax=    24.4246593172247     
   cps_vals=    54.0471071599727        30.8729471214803     
  -113.313335124566     
   wcore_flag= n
   istmspd=          270  istmdir=           78
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    87.0000000000000     
   axisymet_rmw_val=     21.3760025898940     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   58.5291493822934       irlastbar=          59
 output: plastbar=   100198.590000000       iplastbar=        1002
 rmax=    24.4246593172247        irmax=           24
 TXX top of atcfunix_ext, ist=            2  ifh=          108
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   58.5291493822934       irlastbar=          59
 output: plastbar=   100198.590000000       iplastbar=        1002
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          108
 intlat=          430
 clatns= N
 intlon=          453
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           60
 int(xminmslp/mslp_outp_adj + 0.5)=          994
 XX,  34, NEQ
 vradius(1,1)=          146
 vradius(1,2)=          126
 vradius(1,3)=          136
 vradius(1,4)=          105
 iplastbar=         1002
 irlastbar=           59
 irmax=           24
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           78
 istmspd=          270
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          540
 icps_vals(2)=          309
 icps_vals(3)=        -1133
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           47
 irmw_val=           42
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          340
 igridzeta(1)=         3913
 imeanzeta(2)=          279
 igridzeta(2)=         1977
  
 rmax=    24.4246593172247        irmax=           24
 +++ Top of output_atcf_parms, ist=            2  ifh=          108
  
 xxxx get_next_ges, prev fix lon=    310.899036692100     
 xxxx get_next_ges, curr fix lon=    314.696878279270     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    314.696878279270        fixlat=    43.0476674785177     
        (0-360) fixlon=    314.696878279270     
      ilonfix=         1738   jlatfix=          569
      ibeg=         1203   iend=         2273
      jbeg=          117   jend=         1021
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.07786914107935       vavg=   0.950982572319581     
      ubar=    1.76946728526984       vbar=   0.237745643079895     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.0966519215768       vavg=    2.39184053407640     
      ubar=    7.81779324605825       vbar=    1.43366591011809     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    18.3728088917283       vavg=    8.20180315711532     
      ubar=    12.4109954689903       vbar=    3.48411669939692     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.4109954689903       vbar=    3.48411669939692     
      wgttot=    1.00000000000000     
      fixlon=    314.696878279270        fixlat=    43.0476674785177     
      barnlon=    318.014259711922       barnlat=    43.7244693885601     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.726741715990318     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      318.014259711922     
     Raw (no conversion for GM wrap) extraplon=    318.543756296901     
  
 --- barnlon=    318.01E  (  41.99W)    barnlat=     43.72
 --- extraplon=  318.54E  (  41.46W)    extraplat=   43.83
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   43.05
 | Current fix lon is   45.30W   ( 314.70E)
 | Current fix lon (raw, unadjusted)=  314.70E
 | Updated guess lat for next fcst hour is   43.78
 | Updated guess lon (0-360) for next fcst hour is   41.72W   ( 318.28E)
 | Raw updated guess lon for next fcst hour is  318.28E)
 -------------------------------------------------
  
 iocheck, dist=    300.538446974375        distm=    300538.446974375     
 iocheck, stmspd=    13.9138169895544        istmspd=          270
 iocheck, xincr=    3.58212972514133        yincr=   0.731853970309714     
 iocheck, stmdir=    78.4529867785548        istmdir=           78
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:  108:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.726277663616207E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.473E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.190E  (0-360) ctlon=  289.190  (  70.810W)  ctlat=   34.098 fmax (x10e5) =        0.490E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   3.398432602449638E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.340E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.290E  (0-360) ctlon=  289.290  (  70.710W)  ctlat=   34.098 fmax (x10e5) =        0.399E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.144E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.190E  (0-360) ctlon=  289.190  (  70.810W)  ctlat=   34.098 fmax =       -0.100E+16 fmin =        0.144E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.310E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.290E  (0-360) ctlon=  289.290  (  70.710W)  ctlat=   34.098 fmax =       -0.100E+16 fmin =        0.310E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.190E  (0-360) ctlon=  289.190  (  70.810W)  ctlat=   34.098 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.430 (0-360) guesslon=  289.430E  (  70.570W)   guesslat=   34.138
 ilonfix=         1106  jlatfix=          792  npts=           33
 ibeg=         1030  jbeg=          724  imax=         2738
 iend=         1182  jend=          860  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   3.962144110515857E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  289.310E  (0-360) ctlon=  289.310E  (  70.690W)  ctlat=   34.018 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.396E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  289.310E   (0-360) guesslon=  289.310E  (  70.690W)   guesslat=   34.018
 ilonfix=         1103  jlatfix=          795  npts=           16
 ibeg=         1051  jbeg=          751  imax=         2738
 iend=         1155  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  289.190E  (0-360) ctlon=  289.190  (  70.810W)  ctlat=   33.998 fmax (x10e5) =        0.400E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    289.261327458459        uvgeslat=    34.0866954765922     
    (0-360 uvgeslon)=    289.261327458459     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:31:16
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.261327458459        uvgeslat=    34.0866954765922     
    (0-360 uvgeslon)=    289.261327458459     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.261327458459     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.261E  (0-360E lon):  289.261E    70.739W  ctlat=   34.087  xmax_circul_disk =      91653205.0
 TIMING: get_wind_circ kloop, k=  1   22:31:16
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.261E  (0-360E)=  289.261E  (  70.739W)   guesslat=   34.087
 ilonfix=         1102  jlatfix=          793  npts=           56
 ibeg=         1030  jbeg=          729  imax=         2738
 iend=         1174  jend=          857  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    91963484.9760555     
 nhalf get_wind_circ, k=  1 ctlon=  289.101E  (0-360E)=  289.101E  ctlon=   70.899W   ctlat=   34.047 Wind Circulation (NHEM: Max) =      91963485.0
 TIMING: After GWC 850 ... 22:31:16
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:31:16
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.261327458459        uvgeslat=    34.0866954765922     
    (0-360 uvgeslon)=    289.261327458459     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.261327458459     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.261E  (0-360E lon):  289.261E    70.739W  ctlat=   34.407  xmax_circul_disk =      80599306.2
 TIMING: get_wind_circ kloop, k=  1   22:31:16
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.261E  (0-360E)=  289.261E  (  70.739W)   guesslat=   34.407
 ilonfix=         1102  jlatfix=          785  npts=           56
 ibeg=         1030  jbeg=          721  imax=         2738
 iend=         1174  jend=          849  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    80901549.6335758     
 nhalf get_wind_circ, k=  1 ctlon=  289.221E  (0-360E)=  289.221E  ctlon=   70.779W   ctlat=   34.187 Wind Circulation (NHEM: Max) =      80901549.6
 TIMING: After GWC 700 ... 22:31:16
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:31:16
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    289.261327458459        uvgeslat=    34.0866954765922     
    (0-360 uvgeslon)=    289.261327458459     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    289.261327458459     
  
 After first run, Wind Circulation (NHEM) ctlon=  289.261E  (0-360E lon):  289.261E    70.739W  ctlat=   34.087  xmax_circul_disk =      70944158.1
 TIMING: get_wind_circ kloop, k=  1   22:31:16
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  289.261E  (0-360E)=  289.261E  (  70.739W)   guesslat=   34.087
 ilonfix=         1102  jlatfix=          793  npts=           56
 ibeg=         1030  jbeg=          729  imax=         2738
 iend=         1174  jend=          857  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    71630482.3432607     
 nhalf get_wind_circ, k=  1 ctlon=  289.101E  (0-360E)=  289.101E  ctlon=   70.899W   ctlat=   34.167 Wind Circulation (NHEM: Max) =      71630482.3
 TIMING: After GWC Sfc ... 22:31:16
  
 At beg of fixcenter, stderr(ist,ifh-1) =     3.92  xavg_stderr=     4.68
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           19  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   108:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.43E   (0-360) guesslon=  289.43E  ( 70.57W)    34.14
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       289.19       70.81      34.10           48.95       T         22.54
   2    zeta 700    Max       289.29       70.71      34.10           39.88       T         13.63
   3    circ 850    Max       289.10       70.90      34.05           91.96       T         31.94
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       289.22       70.78      34.19           80.90       T         20.00
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       289.19       70.81      34.10         1436.83       T         22.54
   8     gph 700    Min       289.29       70.71      34.10         3102.00       T         13.63
   9        MSLP    Min       289.19       70.81      34.10       100135.78       T         22.54
  10    circ sfc    Max       289.10       70.90      34.17           71.63       T         30.45
  11    zeta sfc    Max       289.19       70.81      34.00           40.01       T         27.04
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.92515518060143       stderr_close= 
   4.60364227976332       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   0.547 devia=   0.109 wtpos=  0.96420     289.19   289.19    70.81    34.10
 ip=  2 kprm=  2 dist_from_mean=   8.669 devia=   1.734 wtpos=  0.56107     289.29   289.29    70.71    34.10
 ip=  3 kprm=  3 dist_from_mean=  10.466 devia=   2.093 wtpos=  0.49770     289.10   289.10    70.90    34.05
 ip=  5 kprm=  4 dist_from_mean=  10.083 devia=   2.017 wtpos=  0.51057     289.22   289.22    70.78    34.19
 ip=  7 kprm=  5 dist_from_mean=   0.547 devia=   0.109 wtpos=  0.96420     289.19   289.19    70.81    34.10
 ip=  8 kprm=  6 dist_from_mean=   8.669 devia=   1.734 wtpos=  0.56107     289.29   289.29    70.71    34.10
 ip=  9 kprm=  7 dist_from_mean=   0.547 devia=   0.109 wtpos=  0.96420     289.19   289.19    70.81    34.10
 ip= 10 kprm=  8 dist_from_mean=  11.577 devia=   2.315 wtpos=  0.46219     289.10   289.10    70.90    34.17
 ip= 11 kprm=  9 dist_from_mean=  11.222 devia=   2.244 wtpos=  0.47325     289.19   289.19    70.81    34.00
  
At end of fixcenter:  10L   fhr=  108:00   Fix position=   289.20E  (0-360) fixlon=  289.20  ( 70.80W)    34.10
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    289.197548973058     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    289.190420140277     
        (0-360E clon(ist,ifh,9))=    289.190420140277     
      clat(ist,ifh,9)=    34.0976042947741     
      xval(9)=    100135.778366430     
  
  After get_ij B, ibeg jbeg =          989         655
  After get_ij B, iend jend =         1211         931
  
 In is_it_a_storm, ilonfix=         1100  jlatfix=          793
 ibeg jbeg iend jend =          989         655        1211         931
 cparm= slp  parmlon parmlat =    289.190420140277        34.0976042947741     
     (0-360E parmlon) =    289.190420140277     
 parmval=    100135.778366430     
  
 i= 1074 j=  730 glon=  288.17 (0-360E) glon=  288.17 glat=  36.64 dist=   297.56 slp=  101326.11 pgradient=  4.00032
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.00032
 mslp center =    289.190420140277        34.0976042947741     
   100135.778366430     
   (0-360E) lon of mslp center =    289.190420140277     
 pgrad loc   =    288.168927000000        288.168927000000     
   71.8310730000000        36.6407320000000        101326.110000000     
  ttest at location C IF....
      xinp_fixlat=    34.0976042947741     
      xinp_fixlon=    289.190420140277       (0-360E) xinp_fixlon= 
   289.190420140277     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99740.3500000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1099  jfix=          795
 longitude=    289.190420140277      E   (   70.8095798597225      
 W)  (0-360E) xinp_fixlon=    289.190420140277     
 latitude=    34.0976042947741     
 mean mslp value (xval(9))=    100135.778366430     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1099  jfix=          795
 longitude=    289.190420140277      E   (   70.8095798597225      
 W)  (0-360E) xinp_fixlon=    289.190420140277     
 latitude=    34.0976042947741     
 mean mslp value (xval(9))=    100135.778366430     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1099  jx=          795
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99740.3500000000       xcentval=    99740.3500000000     
 At A, num_found_contours=            0
 At A, contlo=    99740.3500000000       conthi=    100140.350000000     
  
 num_found_contours=            0
 contlo=    99740.3500000000       conthi=    100140.350000000     
 xcentval=    99740.3500000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100140.350000000       conthi=    100540.350000000     
  
 num_found_contours=            1
 contlo=    100140.350000000       conthi=    100540.350000000     
 xcentval=    99740.3500000000     
 At A, num_found_contours=            2
 At A, contlo=    100540.350000000       conthi=    100940.350000000     
  
 num_found_contours=            2
 contlo=    100540.350000000       conthi=    100940.350000000     
 xcentval=    99740.3500000000     
 At A, num_found_contours=            3
 At A, contlo=    100940.350000000       conthi=    101340.350000000     
  
 num_found_contours=            3
 contlo=    100940.350000000       conthi=    101340.350000000     
 xcentval=    99740.3500000000     
 At A, num_found_contours=            4
 At A, contlo=    101340.350000000       conthi=    101740.350000000     
  
 num_found_contours=            4
 contlo=    101340.350000000       conthi=    101740.350000000     
 xcentval=    99740.3500000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1060 ,         951 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99740.3500000000     
 !!! (i,j) of central value = (        1099 ,         795 )
 !!!  
 !!! Flagged value found    =    101339.230000000     
 !!! (i,j) of flagged value = (        1059 ,         952 )
 !!!   
 !!! Lower bound of contour interval =    101340.350000000     
 !!! Upper bound of contour interval =    101740.350000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1099  jfix=          795
 longitude=    289.190420140277      E   (   70.8095798597225      W)  
 (0-360E) xinp_fixlon=    289.190420140277     
 latitude=    34.0976042947741     
 mean mslp value (xval(9))=    100135.778366430     
 gridpoint mslp value=    99740.3500000000     
 ccflag= y
 prs of last closed isobar =    101340.350000000     
 radius of last closed isobar =    187.113931855287       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =  108:00
 !!! Boundary check xinp_fixlat is   34.10
 !!! Boundary check xinp_fixlon is   70.81W   ( 289.19E)  (0-360E) xinp_fixlon=  289.19
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    289.101331458459     
  850 mb wcirc fix lat=    34.0466964765922     
    (0-360) 850 mb wcirc fix lon=    289.101331458459     
  Multi-parm fix lon=      289.197548973058     
  Multi-parm fix lat=      34.0984028969816     
    (0-360) Multi-parm fix lon=      289.197548973058     
  
  
  After get_ij B, ibeg jbeg =         1004         690
  After get_ij B, iend jend =         1192         898
  
 In is_it_a_storm, ilonfix=         1098  jlatfix=          794
 ibeg jbeg iend jend =         1004         690        1192         898
 cparm= v850  parmlon parmlat =    289.101331458459        34.0466964765922     
     (0-360E parmlon) =    289.101331458459     
 parmval=    91963484.9760555     
  
 i= 1089 j=  745 glon=  288.77 (0-360E) glon=  288.77 glat=  36.04 u= -15.4800 v=  -9.1000 vr=  -6.90955 vt=  16.57403
 i= 1094 j=  745 glon=  288.97 (0-360E) glon=  288.97 glat=  36.04 u= -18.8500 v=  -7.2000 vr=  -6.15978 vt=  19.21509
 i= 1099 j=  745 glon=  289.17 (0-360E) glon=  289.17 glat=  36.04 u= -18.3400 v=  -5.5000 vr=  -6.00950 vt=  18.17942
 i= 1104 j=  745 glon=  289.37 (0-360E) glon=  289.37 glat=  36.04 u= -16.6100 v=  -7.0000 vr=  -8.78226 vt=  15.74052
 i= 1069 j=  750 glon=  287.97 (0-360E) glon=  287.97 glat=  35.84 u= -16.6100 v= -12.0000 vr=  -2.96860 vt=  20.27510
 i= 1074 j=  750 glon=  288.17 (0-360E) glon=  288.17 glat=  35.84 u= -16.2600 v= -11.5000 vr=  -4.16243 vt=  19.47593
 i= 1079 j=  750 glon=  288.37 (0-360E) glon=  288.37 glat=  35.84 u= -15.8200 v= -11.7000 vr=  -6.04120 vt=  18.72609
 i= 1084 j=  750 glon=  288.57 (0-360E) glon=  288.57 glat=  35.84 u= -18.3100 v=  -8.7000 vr=  -4.09963 vt=  19.85294
 i= 1089 j=  750 glon=  288.77 (0-360E) glon=  288.77 glat=  35.84 u= -17.5800 v=  -8.8000 vr=  -6.04514 vt=  18.70702
 i= 1094 j=  750 glon=  288.97 (0-360E) glon=  288.97 glat=  35.84 u= -17.3400 v=  -8.7000 vr=  -7.63109 vt=  17.83626
 i= 1099 j=  750 glon=  289.17 (0-360E) glon=  289.17 glat=  35.84 u= -16.7900 v=  -7.4000 vr=  -7.91733 vt=  16.55234
 i= 1104 j=  750 glon=  289.37 (0-360E) glon=  289.37 glat=  35.84 u= -14.4700 v=  -5.1000 vr=  -6.82723 vt=  13.73972
 i= 1109 j=  750 glon=  289.57 (0-360E) glon=  289.57 glat=  35.84 u= -12.7700 v=  -3.6000 vr=  -6.20187 vt=  11.72901
 i= 1114 j=  750 glon=  289.77 (0-360E) glon=  289.77 glat=  35.84 u= -13.4200 v=  -3.1000 vr=  -6.89984 vt=  11.92051
 i= 1119 j=  750 glon=  289.97 (0-360E) glon=  289.97 glat=  35.84 u= -18.2600 v=   3.6000 vr=  -3.42103 vt=  18.29437
 i= 1124 j=  750 glon=  290.17 (0-360E) glon=  290.17 glat=  35.84 u= -15.2700 v=   6.6000 vr=  -0.80598 vt=  16.61575
 i= 1064 j=  755 glon=  287.77 (0-360E) glon=  287.77 glat=  35.64 u= -17.4200 v= -16.5000 vr=  -3.67422 vt=  23.71089
 i= 1069 j=  755 glon=  287.97 (0-360E) glon=  287.97 glat=  35.64 u= -15.6500 v= -14.4000 vr=  -4.49975 vt=  20.78545
 i= 1074 j=  755 glon=  288.17 (0-360E) glon=  288.17 glat=  35.64 u= -16.8400 v= -12.1000 vr=  -3.57355 vt=  20.42609
 i= 1079 j=  755 glon=  288.37 (0-360E) glon=  288.37 glat=  35.64 u= -17.0200 v= -11.1000 vr=  -4.34521 vt=  19.84967
 i= 1084 j=  755 glon=  288.57 (0-360E) glon=  288.57 glat=  35.64 u= -17.0200 v= -10.2000 vr=  -5.31268 vt=  19.11795
 i= 1089 j=  755 glon=  288.77 (0-360E) glon=  288.77 glat=  35.64 u= -17.2700 v=  -9.0000 vr=  -5.94254 vt=  18.54559
 i= 1094 j=  755 glon=  288.97 (0-360E) glon=  288.97 glat=  35.64 u= -15.6300 v=  -7.4000 vr=  -6.31446 vt=  16.09921
 i= 1099 j=  755 glon=  289.17 (0-360E) glon=  289.17 glat=  35.64 u= -14.2000 v=  -5.7000 vr=  -6.19258 vt=  13.99221
 i= 1104 j=  755 glon=  289.37 (0-360E) glon=  289.37 glat=  35.64 u= -13.7700 v=  -5.7000 vr=  -7.53428 vt=  12.85836
 i= 1109 j=  755 glon=  289.57 (0-360E) glon=  289.57 glat=  35.64 u= -11.6600 v=  -3.9000 vr=  -6.53254 vt=  10.41593
 i= 1114 j=  755 glon=  289.77 (0-360E) glon=  289.77 glat=  35.64 u= -10.2300 v=   2.3000 vr=  -1.16704 vt=  10.42022
 i= 1119 j=  755 glon=  289.97 (0-360E) glon=  289.97 glat=  35.64 u= -10.4700 v=   4.2000 vr=  -0.45916 vt=  11.27165
 i= 1124 j=  755 glon=  290.17 (0-360E) glon=  290.17 glat=  35.64 u= -11.4400 v=   6.7000 vr=   0.32644 vt=  13.25357
 i= 1129 j=  755 glon=  290.37 (0-360E) glon=  290.37 glat=  35.64 u= -11.3700 v=   6.6000 vr=  -0.72776 vt=  13.12659
 i= 1134 j=  755 glon=  290.57 (0-360E) glon=  290.57 glat=  35.64 u= -11.9300 v=   6.9000 vr=  -1.73615 vt=  13.67189
 i= 1054 j=  760 glon=  287.37 (0-360E) glon=  287.37 glat=  35.44 u= -13.3100 v= -16.7000 vr=  -2.08414 vt=  21.25329
 i= 1059 j=  760 glon=  287.57 (0-360E) glon=  287.57 glat=  35.44 u= -14.3300 v= -16.1000 vr=  -2.26139 vt=  21.43467
 i= 1064 j=  760 glon=  287.77 (0-360E) glon=  287.77 glat=  35.44 u= -15.5900 v= -17.1000 vr=  -3.74427 vt=  22.83503
 i= 1069 j=  760 glon=  287.97 (0-360E) glon=  287.97 glat=  35.44 u= -17.1000 v= -14.4000 vr=  -2.42182 vt=  22.22397
 i= 1074 j=  760 glon=  288.17 (0-360E) glon=  288.17 glat=  35.44 u= -16.4900 v= -12.9000 vr=  -3.31549 vt=  20.67215
 i= 1079 j=  760 glon=  288.37 (0-360E) glon=  288.37 glat=  35.44 u= -15.6600 v= -11.3000 vr=  -4.13379 vt=  18.86365
 i= 1084 j=  760 glon=  288.57 (0-360E) glon=  288.57 glat=  35.44 u= -15.8800 v= -11.1000 vr=  -5.81175 vt=  18.48264
 i= 1089 j=  760 glon=  288.77 (0-360E) glon=  288.77 glat=  35.44 u= -15.6800 v=  -9.4000 vr=  -6.19560 vt=  17.19991
 i= 1094 j=  760 glon=  288.97 (0-360E) glon=  288.97 glat=  35.44 u= -15.2800 v=  -9.5000 vr=  -8.27694 vt=  15.97563
 i= 1099 j=  760 glon=  289.17 (0-360E) glon=  289.17 glat=  35.44 u= -11.8700 v=  -7.1000 vr=  -7.56868 vt=  11.57679
 i= 1104 j=  760 glon=  289.37 (0-360E) glon=  289.37 glat=  35.44 u= -13.2900 v=  -3.7000 vr=  -5.73345 vt=  12.54758
 i= 1109 j=  760 glon=  289.57 (0-360E) glon=  289.57 glat=  35.44 u= -13.1700 v=  -0.7000 vr=  -4.18831 vt=  12.50588
 i= 1114 j=  760 glon=  289.77 (0-360E) glon=  289.77 glat=  35.44 u= -12.2800 v=   0.9000 vr=  -3.67812 vt=  11.75074
 i= 1119 j=  760 glon=  289.97 (0-360E) glon=  289.97 glat=  35.44 u= -12.5300 v=   4.0000 vr=  -2.17104 vt=  12.97257
 i= 1124 j=  760 glon=  290.17 (0-360E) glon=  290.17 glat=  35.44 u= -12.5700 v=   5.8000 vr=  -1.82159 vt=  13.72322
 i= 1129 j=  760 glon=  290.37 (0-360E) glon=  290.37 glat=  35.44 u= -11.2600 v=   6.9000 vr=  -1.25288 vt=  13.14640
 i= 1134 j=  760 glon=  290.57 (0-360E) glon=  290.57 glat=  35.44 u= -10.9800 v=   8.4000 vr=  -0.88028 vt=  13.79658
 i= 1139 j=  760 glon=  290.77 (0-360E) glon=  290.77 glat=  35.44 u=  -9.7400 v=   9.9000 vr=   0.17567 vt=  13.88693
 i= 1049 j=  765 glon=  287.17 (0-360E) glon=  287.17 glat=  35.24 u= -12.3600 v= -19.1000 vr=  -1.47919 vt=  22.70224
 i= 1054 j=  765 glon=  287.37 (0-360E) glon=  287.37 glat=  35.24 u= -13.5900 v= -18.1000 vr=  -1.10985 vt=  22.60678
 i= 1059 j=  765 glon=  287.57 (0-360E) glon=  287.57 glat=  35.24 u= -14.0000 v= -17.1000 vr=  -1.51111 vt=  22.04828
 i= 1064 j=  765 glon=  287.77 (0-360E) glon=  287.77 glat=  35.24 u= -14.1000 v= -15.7000 vr=  -1.96132 vt=  21.01079
 i= 1069 j=  765 glon=  287.97 (0-360E) glon=  287.97 glat=  35.24 u= -14.8700 v= -14.9000 vr=  -2.54218 vt=  20.89651
 i= 1074 j=  765 glon=  288.17 (0-360E) glon=  288.17 glat=  35.24 u= -15.0000 v= -14.1000 vr=  -3.70916 vt=  20.24974
 i= 1079 j=  765 glon=  288.37 (0-360E) glon=  288.37 glat=  35.24 u= -15.7800 v= -13.0000 vr=  -4.46108 vt=  19.95262
 i= 1084 j=  765 glon=  288.57 (0-360E) glon=  288.57 glat=  35.24 u= -15.9100 v= -11.7000 vr=  -5.48031 vt=  18.97325
 i= 1089 j=  765 glon=  288.77 (0-360E) glon=  288.77 glat=  35.24 u= -14.6700 v= -11.6000 vr=  -8.01835 vt=  16.89600
 i= 1094 j=  765 glon=  288.97 (0-360E) glon=  288.97 glat=  35.24 u= -12.5900 v=  -9.3000 vr=  -8.11324 vt=  13.38557
 i= 1099 j=  765 glon=  289.17 (0-360E) glon=  289.17 glat=  35.24 u= -14.2000 v=  -6.1000 vr=  -6.75607 vt=  13.89984
 i= 1104 j=  765 glon=  289.37 (0-360E) glon=  289.37 glat=  35.24 u= -13.7700 v=  -5.0000 vr=  -7.42185 vt=  12.63048
 i= 1109 j=  765 glon=  289.57 (0-360E) glon=  289.57 glat=  35.24 u= -13.2600 v=  -2.7000 vr=  -6.64932 vt=  11.78576
 i= 1114 j=  765 glon=  289.77 (0-360E) glon=  289.77 glat=  35.24 u= -13.2500 v=   0.8000 vr=  -4.83009 vt=  12.36417
 i= 1119 j=  765 glon=  289.97 (0-360E) glon=  289.97 glat=  35.24 u= -13.2700 v=   3.4000 vr=  -3.91796 vt=  13.12640
 i= 1124 j=  765 glon=  290.17 (0-360E) glon=  290.17 glat=  35.24 u= -12.5400 v=   6.0000 vr=  -2.63260 vt=  13.64995
 i= 1129 j=  765 glon=  290.37 (0-360E) glon=  290.37 glat=  35.24 u= -11.9600 v=   8.5000 vr=  -1.51052 vt=  14.59486
 i= 1134 j=  765 glon=  290.57 (0-360E) glon=  290.57 glat=  35.24 u= -10.4500 v=  11.0000 vr=   0.25011 vt=  15.17036
 i= 1139 j=  765 glon=  290.77 (0-360E) glon=  290.77 glat=  35.24 u=  -8.9400 v=  12.6000 vr=   1.46549 vt=  15.37972
 i= 1144 j=  765 glon=  290.97 (0-360E) glon=  290.97 glat=  35.24 u=  -6.8000 v=  13.0000 vr=   2.54143 vt=  14.44926
 i= 1044 j=  770 glon=  286.97 (0-360E) glon=  286.97 glat=  35.04 u=  -8.4500 v= -18.9000 vr=  -1.84608 vt=  20.62049
 i= 1049 j=  770 glon=  287.17 (0-360E) glon=  287.17 glat=  35.04 u= -11.4900 v= -18.5000 vr=   0.05006 vt=  21.77769
 i= 1054 j=  770 glon=  287.37 (0-360E) glon=  287.37 glat=  35.04 u= -12.5000 v= -17.8000 vr=   0.17513 vt=  21.74993
 i= 1059 j=  770 glon=  287.57 (0-360E) glon=  287.57 glat=  35.04 u= -12.8100 v= -19.0000 vr=  -1.60542 vt=  22.85867
 i= 1064 j=  770 glon=  287.77 (0-360E) glon=  287.77 glat=  35.04 u= -12.6500 v= -17.2000 vr=  -2.10132 vt=  21.24728
 i= 1069 j=  770 glon=  287.97 (0-360E) glon=  287.97 glat=  35.04 u= -13.8500 v= -16.3000 vr=  -2.35046 vt=  21.26001
 i= 1074 j=  770 glon=  288.17 (0-360E) glon=  288.17 glat=  35.04 u= -14.8000 v= -15.3000 vr=  -3.01072 vt=  21.07286
 i= 1079 j=  770 glon=  288.37 (0-360E) glon=  288.37 glat=  35.04 u= -13.9700 v= -14.5000 vr=  -5.11309 vt=  19.47478
 i= 1084 j=  770 glon=  288.57 (0-360E) glon=  288.57 glat=  35.04 u= -14.7600 v= -13.7000 vr=  -6.55207 vt=  19.04253
 i= 1089 j=  770 glon=  288.77 (0-360E) glon=  288.77 glat=  35.04 u= -14.2100 v= -11.6000 vr=  -7.39633 vt=  16.78626
 i= 1094 j=  770 glon=  288.97 (0-360E) glon=  288.97 glat=  35.04 u= -14.8800 v=  -9.0000 vr=  -7.31819 vt=  15.77525
 i= 1099 j=  770 glon=  289.17 (0-360E) glon=  289.17 glat=  35.04 u= -15.9200 v=  -6.0000 vr=  -6.88314 vt=  15.55856
 i= 1104 j=  770 glon=  289.37 (0-360E) glon=  289.37 glat=  35.04 u= -15.5700 v=   1.2000 vr=  -2.20869 vt=  15.45919
 i= 1109 j=  770 glon=  289.57 (0-360E) glon=  289.57 glat=  35.04 u= -13.6900 v=   4.8000 vr=  -0.48639 vt=  14.49895
 i= 1114 j=  770 glon=  289.77 (0-360E) glon=  289.77 glat=  35.04 u= -11.4300 v=   8.0000 vr=   1.44530 vt=  13.87646
 i= 1119 j=  770 glon=  289.97 (0-360E) glon=  289.97 glat=  35.04 u=  -8.8500 v=  11.7000 vr=   4.30455 vt=  14.02438
 i= 1124 j=  770 glon=  290.17 (0-360E) glon=  290.17 glat=  35.04 u=  -7.2900 v=  16.1000 vr=   7.18669 vt=  16.14638
 i= 1129 j=  770 glon=  290.37 (0-360E) glon=  290.37 glat=  35.04 u=  -6.5900 v=  17.7000 vr=   7.37817 vt=  17.38622
 i= 1134 j=  770 glon=  290.57 (0-360E) glon=  290.57 glat=  35.04 u=  -9.2900 v=  14.6000 vr=   2.03592 vt=  17.18485
 i= 1139 j=  770 glon=  290.77 (0-360E) glon=  290.77 glat=  35.04 u=  -7.7600 v=  14.3000 vr=   2.03111 vt=  16.14256
 i= 1144 j=  770 glon=  290.97 (0-360E) glon=  290.97 glat=  35.04 u=  -5.4400 v=  15.1000 vr=   3.55429 vt=  15.65154
 i= 1149 j=  770 glon=  291.17 (0-360E) glon=  291.17 glat=  35.04 u=  -4.3600 v=  15.6000 vr=   4.01831 vt=  15.69149
 i= 1044 j=  775 glon=  286.97 (0-360E) glon=  286.97 glat=  34.84 u=  -9.0400 v= -19.0000 vr=   0.53120 vt=  21.03424
 i= 1049 j=  775 glon=  287.17 (0-360E) glon=  287.17 glat=  34.84 u= -10.3900 v= -19.0000 vr=   0.92939 vt=  21.63535
 i= 1054 j=  775 glon=  287.37 (0-360E) glon=  287.37 glat=  34.84 u= -12.2500 v= -22.2000 vr=   0.03085 vt=  25.35550
 i= 1059 j=  775 glon=  287.57 (0-360E) glon=  287.57 glat=  34.84 u= -10.5300 v= -19.1000 vr=  -1.16361 vt=  21.77928
 i= 1064 j=  775 glon=  287.77 (0-360E) glon=  287.77 glat=  34.84 u= -12.0700 v= -18.5000 vr=  -0.98075 vt=  22.06747
 i= 1069 j=  775 glon=  287.97 (0-360E) glon=  287.97 glat=  34.84 u= -12.5700 v= -17.7000 vr=  -1.82939 vt=  21.63211
 i= 1074 j=  775 glon=  288.17 (0-360E) glon=  288.17 glat=  34.84 u= -12.8900 v= -16.3000 vr=  -2.69568 vt=  20.60523
 i= 1079 j=  775 glon=  288.37 (0-360E) glon=  288.37 glat=  34.84 u= -13.1000 v= -15.5000 vr=  -4.37034 vt=  19.81818
 i= 1084 j=  775 glon=  288.57 (0-360E) glon=  288.57 glat=  34.84 u= -14.3100 v= -14.5000 vr=  -5.73945 vt=  19.54699
 i= 1089 j=  775 glon=  288.77 (0-360E) glon=  288.77 glat=  34.84 u= -13.3000 v= -13.0000 vr=  -7.93444 vt=  16.82066
 i= 1094 j=  775 glon=  288.97 (0-360E) glon=  288.97 glat=  34.84 u= -14.0300 v=  -8.9000 vr=  -6.90059 vt=  15.11399
 i= 1099 j=  775 glon=  289.17 (0-360E) glon=  289.17 glat=  34.84 u= -14.8200 v=  -4.9000 vr=  -5.92780 vt=  14.43965
 i= 1104 j=  775 glon=  289.37 (0-360E) glon=  289.37 glat=  34.84 u= -14.2600 v=   2.1000 vr=  -1.80389 vt=  14.30047
 i= 1109 j=  775 glon=  289.57 (0-360E) glon=  289.57 glat=  34.84 u= -11.7900 v=   9.8000 vr=   3.64866 vt=  14.89065
 i= 1114 j=  775 glon=  289.77 (0-360E) glon=  289.77 glat=  34.84 u=  -9.2600 v=  12.8000 vr=   5.21896 vt=  14.91141
 i= 1119 j=  775 glon=  289.97 (0-360E) glon=  289.97 glat=  34.84 u= -10.3400 v=  11.9000 vr=   1.88625 vt=  15.65144
 i= 1124 j=  775 glon=  290.17 (0-360E) glon=  290.17 glat=  34.84 u=  -7.4500 v=  14.2000 vr=   3.93781 vt=  15.54465
 i= 1129 j=  775 glon=  290.37 (0-360E) glon=  290.37 glat=  34.84 u=  -6.0500 v=  15.6000 vr=   4.56871 vt=  16.09625
 i= 1134 j=  775 glon=  290.57 (0-360E) glon=  290.57 glat=  34.84 u=  -6.3300 v=  16.6000 vr=   3.75112 vt=  17.36543
 i= 1139 j=  775 glon=  290.77 (0-360E) glon=  290.77 glat=  34.84 u=  -5.5900 v=  16.5000 vr=   3.33947 vt=  17.09813
 i= 1144 j=  775 glon=  290.97 (0-360E) glon=  290.97 glat=  34.84 u=  -4.3800 v=  16.7000 vr=   3.68201 vt=  16.86764
 i= 1149 j=  775 glon=  291.17 (0-360E) glon=  291.17 glat=  34.84 u=  -3.1800 v=  17.5000 vr=   4.41699 vt=  17.22941
 i= 1039 j=  780 glon=  286.77 (0-360E) glon=  286.77 glat=  34.64 u=  -9.8900 v= -18.4000 vr=   4.14609 vt=  20.47393
 i= 1044 j=  780 glon=  286.97 (0-360E) glon=  286.97 glat=  34.64 u=  -8.7800 v= -20.4000 vr=   1.91470 vt=  22.12651
 i= 1049 j=  780 glon=  287.17 (0-360E) glon=  287.17 glat=  34.64 u=  -9.6500 v= -21.6000 vr=   1.61970 vt=  23.60210
 i= 1054 j=  780 glon=  287.37 (0-360E) glon=  287.37 glat=  34.64 u= -10.1600 v= -21.6000 vr=   1.20030 vt=  23.83999
 i= 1059 j=  780 glon=  287.57 (0-360E) glon=  287.57 glat=  34.64 u=  -8.1700 v= -20.3000 vr=  -1.14973 vt=  21.85216
 i= 1064 j=  780 glon=  287.77 (0-360E) glon=  287.77 glat=  34.64 u=  -9.5400 v= -21.0000 vr=  -1.50849 vt=  23.01600
 i= 1069 j=  780 glon=  287.97 (0-360E) glon=  287.97 glat=  34.64 u= -12.0600 v= -17.7000 vr=   0.74636 vt=  21.40506
 i= 1074 j=  780 glon=  288.17 (0-360E) glon=  288.17 glat=  34.64 u= -11.8500 v= -16.1000 vr=  -0.40867 vt=  19.98663
 i= 1079 j=  780 glon=  288.37 (0-360E) glon=  288.37 glat=  34.64 u= -12.1000 v= -16.2000 vr=  -2.68536 vt=  20.04093
 i= 1084 j=  780 glon=  288.57 (0-360E) glon=  288.57 glat=  34.64 u= -11.3400 v= -16.4000 vr=  -6.41338 vt=  18.87920
 i= 1089 j=  780 glon=  288.77 (0-360E) glon=  288.77 glat=  34.64 u= -13.0100 v= -13.0000 vr=  -6.33090 vt=  17.26788
 i= 1094 j=  780 glon=  288.97 (0-360E) glon=  288.97 glat=  34.64 u= -13.8200 v=  -9.0000 vr=  -6.34492 vt=  15.22283
 i= 1099 j=  780 glon=  289.17 (0-360E) glon=  289.17 glat=  34.64 u= -11.9800 v=  -1.5000 vr=  -2.61549 vt=  11.78684
 i= 1104 j=  780 glon=  289.37 (0-360E) glon=  289.37 glat=  34.64 u= -11.1900 v=   4.3000 vr=   0.12227 vt=  11.98712
 i= 1109 j=  780 glon=  289.57 (0-360E) glon=  289.57 glat=  34.64 u=  -9.7500 v=  11.7000 vr=   4.48130 vt=  14.55577
 i= 1114 j=  780 glon=  289.77 (0-360E) glon=  289.77 glat=  34.64 u=  -8.4800 v=  15.8000 vr=   5.78735 vt=  16.97224
 i= 1119 j=  780 glon=  289.97 (0-360E) glon=  289.97 glat=  34.64 u=  -7.3300 v=  17.8000 vr=   5.68196 vt=  18.39251
 i= 1124 j=  780 glon=  290.17 (0-360E) glon=  290.17 glat=  34.64 u=  -6.2600 v=  17.6000 vr=   4.59806 vt=  18.10540
 i= 1129 j=  780 glon=  290.37 (0-360E) glon=  290.37 glat=  34.64 u=  -5.0000 v=  18.3000 vr=   4.62820 vt=  18.39755
 i= 1134 j=  780 glon=  290.57 (0-360E) glon=  290.57 glat=  34.64 u=  -3.6600 v=  17.9000 vr=   4.52959 vt=  17.69996
 i= 1139 j=  780 glon=  290.77 (0-360E) glon=  290.77 glat=  34.64 u=  -3.3600 v=  18.0000 vr=   3.97235 vt=  17.87484
 i= 1144 j=  780 glon=  290.97 (0-360E) glon=  290.97 glat=  34.64 u=  -3.1200 v=  18.4000 vr=   3.61883 vt=  18.30843
 i= 1149 j=  780 glon=  291.17 (0-360E) glon=  291.17 glat=  34.64 u=  -1.9000 v=  18.5000 vr=   4.19276 vt=  18.11852
 i= 1154 j=  780 glon=  291.37 (0-360E) glon=  291.37 glat=  34.64 u=  -0.5900 v=  18.4000 vr=   4.90226 vt=  17.74474
 i= 1039 j=  785 glon=  286.77 (0-360E) glon=  286.77 glat=  34.44 u=  -8.0600 v= -19.4000 vr=   4.13310 vt=  20.59711
 i= 1044 j=  785 glon=  286.97 (0-360E) glon=  286.97 glat=  34.44 u=  -6.6700 v= -21.7000 vr=   1.89597 vt=  22.62265
 i= 1049 j=  785 glon=  287.17 (0-360E) glon=  287.17 glat=  34.44 u=  -6.0800 v= -20.9000 vr=   1.00202 vt=  21.74333
 i= 1054 j=  785 glon=  287.37 (0-360E) glon=  287.37 glat=  34.44 u=  -9.3500 v= -19.9000 vr=   3.82838 vt=  21.65124
 i= 1059 j=  785 glon=  287.57 (0-360E) glon=  287.57 glat=  34.44 u=  -7.2800 v= -16.5000 vr=   2.11802 vt=  17.90984
 i= 1064 j=  785 glon=  287.77 (0-360E) glon=  287.77 glat=  34.44 u=  -9.1800 v= -19.3000 vr=   2.21159 vt=  21.25726
 i= 1069 j=  785 glon=  287.97 (0-360E) glon=  287.97 glat=  34.44 u= -11.6000 v= -16.7000 vr=   4.26700 vt=  19.88071
 i= 1074 j=  785 glon=  288.17 (0-360E) glon=  288.17 glat=  34.44 u=  -9.2500 v= -17.6000 vr=   0.26934 vt=  19.88089
 i= 1079 j=  785 glon=  288.37 (0-360E) glon=  288.37 glat=  34.44 u=  -7.7700 v= -20.1000 vr=  -4.41507 vt=  21.09242
 i= 1084 j=  785 glon=  288.57 (0-360E) glon=  288.57 glat=  34.44 u=  -8.5800 v= -18.8000 vr=  -6.12323 vt=  19.73734
 i= 1089 j=  785 glon=  288.77 (0-360E) glon=  288.77 glat=  34.44 u= -10.9600 v= -15.1000 vr=  -6.10303 vt=  17.63192
 i= 1094 j=  785 glon=  288.97 (0-360E) glon=  288.97 glat=  34.44 u= -10.5300 v=  -9.4000 vr=  -6.23470 vt=  12.66370
 i= 1099 j=  785 glon=  289.17 (0-360E) glon=  289.17 glat=  34.44 u= -11.8800 v=  -2.0000 vr=  -3.64928 vt=  11.48117
 i= 1104 j=  785 glon=  289.37 (0-360E) glon=  289.37 glat=  34.44 u= -10.2800 v=   6.9000 vr=   0.97763 vt=  12.34231
 i= 1109 j=  785 glon=  289.57 (0-360E) glon=  289.57 glat=  34.44 u=  -7.5500 v=  14.1000 vr=   4.76251 vt=  15.26863
 i= 1114 j=  785 glon=  289.77 (0-360E) glon=  289.77 glat=  34.44 u=  -6.6400 v=  18.6000 vr=   5.37493 vt=  19.00420
 i= 1119 j=  785 glon=  289.97 (0-360E) glon=  289.97 glat=  34.44 u=  -3.8700 v=  20.3000 vr=   6.34270 vt=  19.66817
 i= 1124 j=  785 glon=  290.17 (0-360E) glon=  290.17 glat=  34.44 u=  -3.6800 v=  20.9000 vr=   5.10775 vt=  20.59765
 i= 1129 j=  785 glon=  290.37 (0-360E) glon=  290.37 glat=  34.44 u=  -3.9000 v=  20.6000 vr=   3.53677 vt=  20.66546
 i= 1134 j=  785 glon=  290.57 (0-360E) glon=  290.57 glat=  34.44 u=  -1.7500 v=  18.9000 vr=   4.10754 vt=  18.53107
 i= 1139 j=  785 glon=  290.77 (0-360E) glon=  290.77 glat=  34.44 u=  -1.5400 v=  18.7000 vr=   3.58316 vt=  18.41800
 i= 1144 j=  785 glon=  290.97 (0-360E) glon=  290.97 glat=  34.44 u=  -1.3600 v=  19.0000 vr=   3.29429 vt=  18.76159
 i= 1149 j=  785 glon=  291.17 (0-360E) glon=  291.17 glat=  34.44 u=  -0.4100 v=  19.4000 vr=   3.86081 vt=  19.01637
 i= 1154 j=  785 glon=  291.37 (0-360E) glon=  291.37 glat=  34.44 u=   0.4500 v=  19.4000 vr=   4.32379 vt=  18.91738
 i= 1039 j=  790 glon=  286.77 (0-360E) glon=  286.77 glat=  34.24 u=  -6.9900 v= -21.2000 vr=   4.96630 vt=  21.76318
 i= 1044 j=  790 glon=  286.97 (0-360E) glon=  286.97 glat=  34.24 u=  -5.6700 v= -21.6000 vr=   3.39599 vt=  22.07207
 i= 1049 j=  790 glon=  287.17 (0-360E) glon=  287.17 glat=  34.24 u=  -6.0200 v= -21.2000 vr=   3.52929 vt=  21.75372
 i= 1054 j=  790 glon=  287.37 (0-360E) glon=  287.37 glat=  34.24 u=  -8.6100 v= -21.6000 vr=   5.73334 vt=  22.53488
 i= 1059 j=  790 glon=  287.57 (0-360E) glon=  287.57 glat=  34.24 u=  -6.9200 v= -20.4000 vr=   3.83582 vt=  21.19747
 i= 1064 j=  790 glon=  287.77 (0-360E) glon=  287.77 glat=  34.24 u=  -9.6900 v= -19.2000 vr=   6.28340 vt=  20.56830
 i= 1069 j=  790 glon=  287.97 (0-360E) glon=  287.97 glat=  34.24 u=  -9.7300 v= -19.2000 vr=   5.69248 vt=  20.75834
 i= 1074 j=  790 glon=  288.17 (0-360E) glon=  288.17 glat=  34.24 u=  -7.1400 v= -21.4000 vr=   1.75617 vt=  22.49123
 i= 1079 j=  790 glon=  288.37 (0-360E) glon=  288.37 glat=  34.24 u=  -5.7400 v= -22.3000 vr=  -1.29236 vt=  22.99059
 i= 1084 j=  790 glon=  288.57 (0-360E) glon=  288.57 glat=  34.24 u=  -6.1600 v= -19.8000 vr=  -2.31728 vt=  20.60621
 i= 1089 j=  790 glon=  288.77 (0-360E) glon=  288.77 glat=  34.24 u=  -7.8600 v= -17.9000 vr=  -3.88067 vt=  19.16064
 i= 1094 j=  790 glon=  288.97 (0-360E) glon=  288.97 glat=  34.24 u=  -8.6400 v= -13.5000 vr=  -7.50258 vt=  14.16372
 i= 1099 j=  790 glon=  289.17 (0-360E) glon=  289.17 glat=  34.24 u=  -7.4400 v=  -3.0000 vr=  -4.94362 vt=   6.31777
 i= 1104 j=  790 glon=  289.37 (0-360E) glon=  289.37 glat=  34.24 u=  -7.2000 v=  10.4000 vr=   1.43228 vt=  12.56776
 i= 1109 j=  790 glon=  289.57 (0-360E) glon=  289.57 glat=  34.24 u=  -6.1900 v=  16.7000 vr=   1.93403 vt=  17.70496
 i= 1114 j=  790 glon=  289.77 (0-360E) glon=  289.77 glat=  34.24 u=  -3.5500 v=  19.2000 vr=   2.98288 vt=  19.29624
 i= 1119 j=  790 glon=  289.97 (0-360E) glon=  289.97 glat=  34.24 u=  -1.8900 v=  22.4000 vr=   3.97358 vt=  22.12561
 i= 1124 j=  790 glon=  290.17 (0-360E) glon=  290.17 glat=  34.24 u=  -1.7800 v=  22.1000 vr=   2.94522 vt=  21.97508
 i= 1129 j=  790 glon=  290.37 (0-360E) glon=  290.37 glat=  34.24 u=  -0.9000 v=  20.4000 vr=   2.76258 vt=  20.23211
 i= 1134 j=  790 glon=  290.57 (0-360E) glon=  290.57 glat=  34.24 u=   0.1500 v=  18.6000 vr=   3.01579 vt=  18.35450
 i= 1139 j=  790 glon=  290.77 (0-360E) glon=  290.77 glat=  34.24 u=  -0.1200 v=  19.8000 vr=   2.55609 vt=  19.63468
 i= 1144 j=  790 glon=  290.97 (0-360E) glon=  290.97 glat=  34.24 u=  -0.1100 v=  19.7000 vr=   2.25250 vt=  19.57111
 i= 1149 j=  790 glon=  291.17 (0-360E) glon=  291.17 glat=  34.24 u=   0.9200 v=  19.8000 vr=   3.04180 vt=  19.58657
 i= 1154 j=  790 glon=  291.37 (0-360E) glon=  291.37 glat=  34.24 u=   1.6400 v=  19.8000 vr=   3.55328 vt=  19.54748
 i= 1039 j=  795 glon=  286.77 (0-360E) glon=  286.77 glat=  34.04 u=  -7.3600 v= -21.8000 vr=   7.48996 vt=  21.75569
 i= 1044 j=  795 glon=  286.97 (0-360E) glon=  286.97 glat=  34.04 u=  -5.6800 v= -22.0000 vr=   5.81545 vt=  21.96458
 i= 1049 j=  795 glon=  287.17 (0-360E) glon=  287.17 glat=  34.04 u=  -5.4900 v= -21.3000 vr=   5.62624 vt=  21.26442
 i= 1054 j=  795 glon=  287.37 (0-360E) glon=  287.37 glat=  34.04 u=  -7.5400 v= -20.5000 vr=   7.67726 vt=  20.44899
 i= 1059 j=  795 glon=  287.57 (0-360E) glon=  287.57 glat=  34.04 u=  -5.5700 v= -20.7000 vr=   5.71676 vt=  20.65995
 i= 1064 j=  795 glon=  287.77 (0-360E) glon=  287.77 glat=  34.04 u=  -6.0000 v= -19.7000 vr=   6.15003 vt=  19.65368
 i= 1069 j=  795 glon=  287.97 (0-360E) glon=  287.97 glat=  34.04 u=  -6.2500 v= -20.2000 vr=   6.41877 vt=  20.14701
 i= 1074 j=  795 glon=  288.17 (0-360E) glon=  288.17 glat=  34.04 u=  -4.0400 v= -20.5000 vr=   4.23399 vt=  20.46081
 i= 1079 j=  795 glon=  288.37 (0-360E) glon=  288.37 glat=  34.04 u=  -2.8600 v= -20.5000 vr=   3.09074 vt=  20.46648
 i= 1084 j=  795 glon=  288.57 (0-360E) glon=  288.57 glat=  34.04 u=  -2.9000 v= -20.2000 vr=   3.19391 vt=  20.15562
 i= 1089 j=  795 glon=  288.77 (0-360E) glon=  288.77 glat=  34.04 u=  -2.0300 v= -18.2000 vr=   2.43347 vt=  18.15046
 i= 1094 j=  795 glon=  288.97 (0-360E) glon=  288.97 glat=  34.04 u=  -2.9500 v= -13.9000 vr=   3.69641 vt=  13.72039
 i= 1099 j=  795 glon=  289.17 (0-360E) glon=  289.17 glat=  34.04 u=  -0.1300 v=  -1.3000 vr=   0.00715 vt=  -1.30646
 i= 1104 j=  795 glon=  289.37 (0-360E) glon=  289.37 glat=  34.04 u=   1.1500 v=  12.2000 vr=   0.81727 vt=  12.22680
 i= 1109 j=  795 glon=  289.57 (0-360E) glon=  289.57 glat=  34.04 u=  -0.4500 v=  18.6000 vr=  -0.75299 vt=  18.59020
 i= 1114 j=  795 glon=  289.77 (0-360E) glon=  289.77 glat=  34.04 u=   0.7900 v=  21.4000 vr=   0.53097 vt=  21.40799
 i= 1119 j=  795 glon=  289.97 (0-360E) glon=  289.97 glat=  34.04 u=   1.1400 v=  22.5000 vr=   0.91599 vt=  22.51023
 i= 1124 j=  795 glon=  290.17 (0-360E) glon=  290.17 glat=  34.04 u=   1.3500 v=  21.4000 vr=   1.16432 vt=  21.41090
 i= 1129 j=  795 glon=  290.37 (0-360E) glon=  290.37 glat=  34.04 u=   1.5200 v=  20.7000 vr=   1.35774 vt=  20.71128
 i= 1134 j=  795 glon=  290.57 (0-360E) glon=  290.57 glat=  34.04 u=   2.6200 v=  19.4000 vr=   2.47928 vt=  19.41849
 i= 1139 j=  795 glon=  290.77 (0-360E) glon=  290.77 glat=  34.04 u=   1.2700 v=  20.2000 vr=   1.13221 vt=  20.20819
 i= 1144 j=  795 glon=  290.97 (0-360E) glon=  290.97 glat=  34.04 u=   1.8000 v=  19.6000 vr=   1.67273 vt=  19.61127
 i= 1149 j=  795 glon=  291.17 (0-360E) glon=  291.17 glat=  34.04 u=   1.9500 v=  20.0000 vr=   1.82529 vt=  20.01177
 i= 1154 j=  795 glon=  291.37 (0-360E) glon=  291.37 glat=  34.04 u=   2.4000 v=  20.2000 vr=   2.27823 vt=  20.21410
 i= 1039 j=  800 glon=  286.77 (0-360E) glon=  286.77 glat=  33.84 u=  -3.4200 v= -21.7000 vr=   5.81169 vt=  21.18515
 i= 1044 j=  800 glon=  286.97 (0-360E) glon=  286.97 glat=  33.84 u=  -3.7500 v= -20.7000 vr=   6.21827 vt=  20.09690
 i= 1049 j=  800 glon=  287.17 (0-360E) glon=  287.17 glat=  33.84 u=  -3.2900 v= -20.5000 vr=   5.96526 vt=  19.88692
 i= 1054 j=  800 glon=  287.37 (0-360E) glon=  287.37 glat=  33.84 u=  -3.4000 v= -20.1000 vr=   6.29582 vt=  19.38898
 i= 1059 j=  800 glon=  287.57 (0-360E) glon=  287.57 glat=  33.84 u=  -2.7000 v= -19.1000 vr=   5.78624 vt=  18.40162
 i= 1064 j=  800 glon=  287.77 (0-360E) glon=  287.77 glat=  33.84 u=  -2.4500 v= -19.7000 vr=   6.07649 vt=  18.89891
 i= 1069 j=  800 glon=  287.97 (0-360E) glon=  287.97 glat=  33.84 u=  -2.8700 v= -18.8000 vr=   6.87672 vt=  17.73098
 i= 1074 j=  800 glon=  288.17 (0-360E) glon=  288.17 glat=  33.84 u=  -3.0300 v= -18.4000 vr=   7.69930 vt=  16.98416
 i= 1079 j=  800 glon=  288.37 (0-360E) glon=  288.37 glat=  33.84 u=   0.6400 v= -18.6000 vr=   5.39501 vt=  17.81189
 i= 1084 j=  800 glon=  288.57 (0-360E) glon=  288.57 glat=  33.84 u=   1.4300 v= -18.7000 vr=   6.62751 vt=  17.54454
 i= 1089 j=  800 glon=  288.77 (0-360E) glon=  288.77 glat=  33.84 u=   3.9800 v= -15.7000 vr=   6.21567 vt=  14.95647
 i= 1094 j=  800 glon=  288.97 (0-360E) glon=  288.97 glat=  33.84 u=   5.9200 v= -11.4000 vr=   7.27448 vt=  10.58718
 i= 1099 j=  800 glon=  289.17 (0-360E) glon=  289.17 glat=  33.84 u=   8.3900 v=  -0.5000 vr=   2.68511 vt=   7.96444
 i= 1104 j=  800 glon=  289.37 (0-360E) glon=  289.37 glat=  33.84 u=   7.8600 v=  10.4000 vr=  -1.31851 vt=  12.96924
 i= 1109 j=  800 glon=  289.57 (0-360E) glon=  289.57 glat=  33.84 u=   5.6000 v=  17.4000 vr=  -3.23226 vt=  17.99090
 i= 1114 j=  800 glon=  289.77 (0-360E) glon=  289.77 glat=  33.84 u=   5.1000 v=  20.5000 vr=  -2.39761 vt=  20.98836
 i= 1119 j=  800 glon=  289.97 (0-360E) glon=  289.97 glat=  33.84 u=   4.8400 v=  21.2000 vr=  -1.22326 vt=  21.71104
 i= 1124 j=  800 glon=  290.17 (0-360E) glon=  290.17 glat=  33.84 u=   4.2800 v=  20.9000 vr=  -0.61882 vt=  21.32476
 i= 1129 j=  800 glon=  290.37 (0-360E) glon=  290.37 glat=  33.84 u=   3.7000 v=  20.7000 vr=  -0.41055 vt=  21.02407
 i= 1134 j=  800 glon=  290.57 (0-360E) glon=  290.57 glat=  33.84 u=   3.8300 v=  19.3000 vr=   0.48911 vt=  19.67027
 i= 1139 j=  800 glon=  290.77 (0-360E) glon=  290.77 glat=  33.84 u=   2.9600 v=  19.5000 vr=  -0.02106 vt=  19.72337
 i= 1144 j=  800 glon=  290.97 (0-360E) glon=  290.97 glat=  33.84 u=   3.1600 v=  19.2000 vr=   0.51734 vt=  19.45143
 i= 1149 j=  800 glon=  291.17 (0-360E) glon=  291.17 glat=  33.84 u=   2.6800 v=  20.2000 vr=   0.15459 vt=  20.37642
 i= 1154 j=  800 glon=  291.37 (0-360E) glon=  291.37 glat=  33.84 u=   3.0200 v=  20.1000 vr=   0.70796 vt=  20.31328
 i= 1039 j=  805 glon=  286.77 (0-360E) glon=  286.77 glat=  33.64 u=  -3.2800 v= -19.4000 vr=   7.28991 vt=  18.27500
 i= 1044 j=  805 glon=  286.97 (0-360E) glon=  286.97 glat=  33.64 u=  -1.7100 v= -20.0000 vr=   6.23150 vt=  19.08121
 i= 1049 j=  805 glon=  287.17 (0-360E) glon=  287.17 glat=  33.64 u=  -2.7600 v= -19.3000 vr=   7.49093 vt=  17.99982
 i= 1054 j=  805 glon=  287.37 (0-360E) glon=  287.37 glat=  33.64 u=  -1.0500 v= -19.0000 vr=   6.24377 vt=  17.97548
 i= 1059 j=  805 glon=  287.57 (0-360E) glon=  287.57 glat=  33.64 u=  -0.4100 v= -18.7000 vr=   6.13750 vt=  17.66888
 i= 1064 j=  805 glon=  287.77 (0-360E) glon=  287.77 glat=  33.64 u=  -0.3100 v= -17.5000 vr=   6.36958 vt=  16.30260
 i= 1069 j=  805 glon=  287.97 (0-360E) glon=  287.97 glat=  33.64 u=   1.2600 v= -17.7000 vr=   5.90233 vt=  16.73440
 i= 1074 j=  805 glon=  288.17 (0-360E) glon=  288.17 glat=  33.64 u=   0.4000 v= -18.0000 vr=   8.03820 vt=  16.11047
 i= 1079 j=  805 glon=  288.37 (0-360E) glon=  288.37 glat=  33.64 u=   3.4500 v= -17.7000 vr=   6.98384 vt=  16.62584
 i= 1084 j=  805 glon=  288.57 (0-360E) glon=  288.57 glat=  33.64 u=   6.5800 v= -15.6000 vr=   5.72201 vt=  15.93471
 i= 1089 j=  805 glon=  288.77 (0-360E) glon=  288.77 glat=  33.64 u=   8.4900 v= -13.6000 vr=   6.48187 vt=  14.66375
 i= 1094 j=  805 glon=  288.97 (0-360E) glon=  288.97 glat=  33.64 u=  11.2400 v=  -8.3000 vr=   5.07554 vt=  13.01793
 i= 1099 j=  805 glon=  289.17 (0-360E) glon=  289.17 glat=  33.64 u=  13.8100 v=  -0.8000 vr=   2.68170 vt=  13.57072
 i= 1104 j=  805 glon=  289.37 (0-360E) glon=  289.37 glat=  33.64 u=  12.9900 v=   6.0000 vr=   0.96621 vt=  14.27608
 i= 1109 j=  805 glon=  289.57 (0-360E) glon=  289.57 glat=  33.64 u=   9.9900 v=  14.3000 vr=  -3.44585 vt=  17.10018
 i= 1114 j=  805 glon=  289.77 (0-360E) glon=  289.77 glat=  33.64 u=   8.9600 v=  18.2000 vr=  -3.55336 vt=  19.97236
 i= 1119 j=  805 glon=  289.97 (0-360E) glon=  289.97 glat=  33.64 u=   7.5700 v=  19.1000 vr=  -2.82142 vt=  20.35079
 i= 1124 j=  805 glon=  290.17 (0-360E) glon=  290.17 glat=  33.64 u=   5.7900 v=  19.0000 vr=  -2.69472 vt=  19.67899
 i= 1129 j=  805 glon=  290.37 (0-360E) glon=  290.37 glat=  33.64 u=   5.7500 v=  18.6000 vr=  -1.38546 vt=  19.41914
 i= 1134 j=  805 glon=  290.57 (0-360E) glon=  290.57 glat=  33.64 u=   5.3700 v=  18.3000 vr=  -0.75425 vt=  19.05671
 i= 1139 j=  805 glon=  290.77 (0-360E) glon=  290.77 glat=  33.64 u=   4.5500 v=  18.6000 vr=  -0.94123 vt=  19.12529
 i= 1144 j=  805 glon=  290.97 (0-360E) glon=  290.97 glat=  33.64 u=   3.7700 v=  18.8000 vr=  -1.19768 vt=  19.13684
 i= 1149 j=  805 glon=  291.17 (0-360E) glon=  291.17 glat=  33.64 u=   3.6400 v=  19.5000 vr=  -1.04084 vt=  19.80950
 i= 1154 j=  805 glon=  291.37 (0-360E) glon=  291.37 glat=  33.64 u=   3.8500 v=  19.2000 vr=  -0.38694 vt=  19.57838
 i= 1044 j=  810 glon=  286.97 (0-360E) glon=  286.97 glat=  33.44 u=  -0.3400 v= -19.3000 vr=   6.65493 vt=  18.11953
 i= 1049 j=  810 glon=  287.17 (0-360E) glon=  287.17 glat=  33.44 u=  -0.7400 v= -17.7000 vr=   7.01286 vt=  16.26829
 i= 1054 j=  810 glon=  287.37 (0-360E) glon=  287.37 glat=  33.44 u=   0.3300 v= -17.6000 vr=   6.58748 vt=  16.32403
 i= 1059 j=  810 glon=  287.57 (0-360E) glon=  287.57 glat=  33.44 u=   0.1000 v= -16.6000 vr=   7.09357 vt=  15.00837
 i= 1064 j=  810 glon=  287.77 (0-360E) glon=  287.77 glat=  33.44 u=   1.4100 v= -16.2000 vr=   6.58366 vt=  14.86888
 i= 1069 j=  810 glon=  287.97 (0-360E) glon=  287.97 glat=  33.44 u=   3.0200 v= -16.1000 vr=   6.21375 vt=  15.15651
 i= 1074 j=  810 glon=  288.17 (0-360E) glon=  288.17 glat=  33.44 u=   4.6200 v= -16.4000 vr=   6.49361 vt=  15.75238
 i= 1079 j=  810 glon=  288.37 (0-360E) glon=  288.37 glat=  33.44 u=   4.0400 v= -15.4000 vr=   8.02172 vt=  13.75259
 i= 1084 j=  810 glon=  288.57 (0-360E) glon=  288.57 glat=  33.44 u=   7.1800 v= -13.0000 vr=   6.27784 vt=  13.45887
 i= 1089 j=  810 glon=  288.77 (0-360E) glon=  288.77 glat=  33.44 u=  11.7200 v= -10.2000 vr=   4.42738 vt=  14.89284
 i= 1094 j=  810 glon=  288.97 (0-360E) glon=  288.97 glat=  33.44 u=  15.0400 v=  -6.0000 vr=   3.21907 vt=  15.86944
 i= 1099 j=  810 glon=  289.17 (0-360E) glon=  289.17 glat=  33.44 u=  15.5500 v=   0.1000 vr=   1.33375 vt=  15.49302
 i= 1104 j=  810 glon=  289.37 (0-360E) glon=  289.37 glat=  33.44 u=  13.7900 v=   7.8000 vr=  -2.57863 vt=  15.63185
 i= 1109 j=  810 glon=  289.57 (0-360E) glon=  289.57 glat=  33.44 u=  12.3700 v=  12.6000 vr=  -3.94349 vt=  17.21121
 i= 1114 j=  810 glon=  289.77 (0-360E) glon=  289.77 glat=  33.44 u=  11.1000 v=  15.4000 vr=  -3.88683 vt=  18.58124
 i= 1119 j=  810 glon=  289.97 (0-360E) glon=  289.97 glat=  33.44 u=   8.4800 v=  17.1000 vr=  -4.54315 vt=  18.53861
 i= 1124 j=  810 glon=  290.17 (0-360E) glon=  290.17 glat=  33.44 u=   7.3100 v=  17.2000 vr=  -3.70605 vt=  18.31779
 i= 1129 j=  810 glon=  290.37 (0-360E) glon=  290.37 glat=  33.44 u=   7.7800 v=  16.6000 vr=  -1.58395 vt=  18.26416
 i= 1134 j=  810 glon=  290.57 (0-360E) glon=  290.57 glat=  33.44 u=   6.0400 v=  17.5000 vr=  -2.43752 vt=  18.35184
 i= 1139 j=  810 glon=  290.77 (0-360E) glon=  290.77 glat=  33.44 u=   5.7300 v=  17.7000 vr=  -1.91081 vt=  18.50599
 i= 1144 j=  810 glon=  290.97 (0-360E) glon=  290.97 glat=  33.44 u=   4.2800 v=  18.5000 vr=  -2.82135 vt=  18.77787
 i= 1149 j=  810 glon=  291.17 (0-360E) glon=  291.17 glat=  33.44 u=   4.4400 v=  18.7000 vr=  -2.12270 vt=  19.10230
 i= 1154 j=  810 glon=  291.37 (0-360E) glon=  291.37 glat=  33.44 u=   4.5500 v=  18.8000 vr=  -1.52417 vt=  19.28262
 i= 1044 j=  815 glon=  286.97 (0-360E) glon=  286.97 glat=  33.24 u=  -1.2300 v= -18.7000 vr=   8.93436 vt=  16.47362
 i= 1049 j=  815 glon=  287.17 (0-360E) glon=  287.17 glat=  33.24 u=   1.0400 v= -16.4000 vr=   6.48584 vt=  15.09886
 i= 1054 j=  815 glon=  287.37 (0-360E) glon=  287.37 glat=  33.24 u=   1.7000 v= -16.4000 vr=   6.57897 vt=  15.11844
 i= 1059 j=  815 glon=  287.57 (0-360E) glon=  287.57 glat=  33.24 u=   1.3000 v= -14.9000 vr=   6.90774 vt=  13.26587
 i= 1064 j=  815 glon=  287.77 (0-360E) glon=  287.77 glat=  33.24 u=   2.4400 v= -14.2000 vr=   6.41406 vt=  12.90168
 i= 1069 j=  815 glon=  287.97 (0-360E) glon=  287.97 glat=  33.24 u=   4.4900 v= -14.2000 vr=   5.85159 vt=  13.69522
 i= 1074 j=  815 glon=  288.17 (0-360E) glon=  288.17 glat=  33.24 u=   5.5700 v= -13.7000 vr=   6.03369 vt=  13.50220
 i= 1079 j=  815 glon=  288.37 (0-360E) glon=  288.37 glat=  33.24 u=   6.8500 v= -11.5000 vr=   5.05989 vt=  12.39234
 i= 1084 j=  815 glon=  288.57 (0-360E) glon=  288.57 glat=  33.24 u=   7.7900 v= -10.3000 vr=   5.28615 vt=  11.78265
 i= 1089 j=  815 glon=  288.77 (0-360E) glon=  288.77 glat=  33.24 u=   9.5500 v=  -6.7000 vr=   3.24418 vt=  11.20570
 i= 1094 j=  815 glon=  288.97 (0-360E) glon=  288.97 glat=  33.24 u=  12.1900 v=  -2.1000 vr=   0.43243 vt=  12.36200
 i= 1099 j=  815 glon=  289.17 (0-360E) glon=  289.17 glat=  33.24 u=  13.4600 v=   2.0000 vr=  -1.06012 vt=  13.56642
 i= 1104 j=  815 glon=  289.37 (0-360E) glon=  289.37 glat=  33.24 u=  14.0900 v=   5.7000 vr=  -1.75007 vt=  15.09819
 i= 1109 j=  815 glon=  289.57 (0-360E) glon=  289.57 glat=  33.24 u=  12.9900 v=  10.0000 vr=  -3.37320 vt=  16.04249
 i= 1114 j=  815 glon=  289.77 (0-360E) glon=  289.77 glat=  33.24 u=  11.2000 v=  12.9000 vr=  -4.28825 vt=  16.53665
 i= 1119 j=  815 glon=  289.97 (0-360E) glon=  289.97 glat=  33.24 u=   8.2600 v=  14.3000 vr=  -5.16948 vt=  15.68420
 i= 1124 j=  815 glon=  290.17 (0-360E) glon=  290.17 glat=  33.24 u=   9.0600 v=  14.7000 vr=  -3.20683 vt=  16.96732
 i= 1129 j=  815 glon=  290.37 (0-360E) glon=  290.37 glat=  33.24 u=   8.4100 v=  16.0000 vr=  -3.08203 vt=  17.81093
 i= 1134 j=  815 glon=  290.57 (0-360E) glon=  290.57 glat=  33.24 u=   6.9000 v=  16.7000 vr=  -3.49852 vt=  17.72739
 i= 1139 j=  815 glon=  290.77 (0-360E) glon=  290.77 glat=  33.24 u=   6.3100 v=  17.3000 vr=  -3.30123 vt=  18.11651
 i= 1144 j=  815 glon=  290.97 (0-360E) glon=  290.97 glat=  33.24 u=   4.9200 v=  18.1000 vr=  -4.04387 vt=  18.31566
 i= 1149 j=  815 glon=  291.17 (0-360E) glon=  291.17 glat=  33.24 u=   4.8500 v=  18.2000 vr=  -3.41697 vt=  18.52260
 i= 1049 j=  820 glon=  287.17 (0-360E) glon=  287.17 glat=  33.04 u=   1.1600 v= -16.1000 vr=   7.61095 vt=  14.23478
 i= 1054 j=  820 glon=  287.37 (0-360E) glon=  287.37 glat=  33.04 u=   1.3500 v= -15.3000 vr=   7.69360 vt=  13.29365
 i= 1059 j=  820 glon=  287.57 (0-360E) glon=  287.57 glat=  33.04 u=   2.6300 v= -13.6000 vr=   6.39399 vt=  12.28795
 i= 1064 j=  820 glon=  287.77 (0-360E) glon=  287.77 glat=  33.04 u=   3.2300 v= -12.5000 vr=   6.03450 vt=  11.41349
 i= 1069 j=  820 glon=  287.97 (0-360E) glon=  287.97 glat=  33.04 u=   4.9900 v= -11.7000 vr=   5.14969 vt=  11.63060
 i= 1074 j=  820 glon=  288.17 (0-360E) glon=  288.17 glat=  33.04 u=   7.0300 v= -10.6000 vr=   4.11745 vt=  12.03443
 i= 1079 j=  820 glon=  288.37 (0-360E) glon=  288.37 glat=  33.04 u=   8.2300 v=  -9.2000 vr=   3.61622 vt=  11.80237
 i= 1084 j=  820 glon=  288.57 (0-360E) glon=  288.57 glat=  33.04 u=   9.8900 v=  -7.0000 vr=   2.42801 vt=  11.87084
 i= 1089 j=  820 glon=  288.77 (0-360E) glon=  288.77 glat=  33.04 u=  11.1100 v=  -4.0000 vr=   0.91564 vt=  11.77258
 i= 1094 j=  820 glon=  288.97 (0-360E) glon=  288.97 glat=  33.04 u=  12.9800 v=  -2.0000 vr=   0.57655 vt=  13.12052
 i= 1099 j=  820 glon=  289.17 (0-360E) glon=  289.17 glat=  33.04 u=  13.4900 v=   1.1000 vr=  -0.34640 vt=  13.53034
 i= 1104 j=  820 glon=  289.37 (0-360E) glon=  289.37 glat=  33.04 u=  13.0800 v=   5.3000 vr=  -2.35229 vt=  13.91557
 i= 1109 j=  820 glon=  289.57 (0-360E) glon=  289.57 glat=  33.04 u=  12.7500 v=   8.7000 vr=  -3.52357 vt=  15.02787
 i= 1114 j=  820 glon=  289.77 (0-360E) glon=  289.77 glat=  33.04 u=  10.6600 v=  11.2000 vr=  -4.66488 vt=  14.74159
 i= 1119 j=  820 glon=  289.97 (0-360E) glon=  289.97 glat=  33.04 u=   9.6400 v=  12.7000 vr=  -4.71745 vt=  15.23041
 i= 1124 j=  820 glon=  290.17 (0-360E) glon=  290.17 glat=  33.04 u=  10.1500 v=  13.6000 vr=  -3.50470 vt=  16.60420
 i= 1129 j=  820 glon=  290.37 (0-360E) glon=  290.37 glat=  33.04 u=   8.6900 v=  14.8000 vr=  -3.96318 vt=  16.69878
 i= 1134 j=  820 glon=  290.57 (0-360E) glon=  290.57 glat=  33.04 u=   7.7900 v=  15.6000 vr=  -3.95224 vt=  16.98305
 i= 1139 j=  820 glon=  290.77 (0-360E) glon=  290.77 glat=  33.04 u=   6.2300 v=  16.4000 vr=  -4.63653 vt=  16.91968
 i= 1144 j=  820 glon=  290.97 (0-360E) glon=  290.97 glat=  33.04 u=   5.2800 v=  17.3000 vr=  -5.03341 vt=  17.37335
 i= 1149 j=  820 glon=  291.17 (0-360E) glon=  291.17 glat=  33.04 u=   5.4800 v=  17.4000 vr=  -4.12741 vt=  17.76949
 i= 1049 j=  825 glon=  287.17 (0-360E) glon=  287.17 glat=  32.84 u=   1.1400 v= -18.6000 vr=  10.29903 vt=  15.53028
 i= 1054 j=  825 glon=  287.37 (0-360E) glon=  287.37 glat=  32.84 u=   2.5500 v= -16.8000 vr=   8.86419 vt=  14.49719
 i= 1059 j=  825 glon=  287.57 (0-360E) glon=  287.57 glat=  32.84 u=   2.7700 v= -15.0000 vr=   8.32359 vt=  12.78244
 i= 1064 j=  825 glon=  287.77 (0-360E) glon=  287.77 glat=  32.84 u=   4.2500 v= -13.4000 vr=   7.01025 vt=  12.18519
 i= 1069 j=  825 glon=  287.97 (0-360E) glon=  287.97 glat=  32.84 u=   6.1900 v= -12.0000 vr=   5.66134 vt=  12.25828
 i= 1074 j=  825 glon=  288.17 (0-360E) glon=  288.17 glat=  32.84 u=   8.0800 v= -10.1000 vr=   4.13406 vt=  12.25585
 i= 1079 j=  825 glon=  288.37 (0-360E) glon=  288.37 glat=  32.84 u=   9.0200 v=  -7.7000 vr=   2.81119 vt=  11.52161
 i= 1084 j=  825 glon=  288.57 (0-360E) glon=  288.57 glat=  32.84 u=  10.2800 v=  -5.4000 vr=   1.52818 vt=  11.51100
 i= 1089 j=  825 glon=  288.77 (0-360E) glon=  288.77 glat=  32.84 u=  11.6300 v=  -3.9000 vr=   1.20353 vt=  12.20731
 i= 1094 j=  825 glon=  288.97 (0-360E) glon=  288.97 glat=  32.84 u=  12.7300 v=  -1.4000 vr=   0.23666 vt=  12.80457
 i= 1099 j=  825 glon=  289.17 (0-360E) glon=  289.17 glat=  32.84 u=  13.3100 v=   1.8000 vr=  -1.17859 vt=  13.37935
 i= 1104 j=  825 glon=  289.37 (0-360E) glon=  289.37 glat=  32.84 u=  12.9400 v=   5.0000 vr=  -2.56956 vt=  13.63235
 i= 1109 j=  825 glon=  289.57 (0-360E) glon=  289.57 glat=  32.84 u=  11.7300 v=   7.9000 vr=  -3.92104 vt=  13.58780
 i= 1114 j=  825 glon=  289.77 (0-360E) glon=  289.77 glat=  32.84 u=  11.0500 v=   9.3000 vr=  -3.83156 vt=  13.92522
 i= 1119 j=  825 glon=  289.97 (0-360E) glon=  289.97 glat=  32.84 u=  10.8000 v=  10.9000 vr=  -3.81795 vt=  14.86181
 i= 1124 j=  825 glon=  290.17 (0-360E) glon=  290.17 glat=  32.84 u=  10.3300 v=  12.2000 vr=  -3.71538 vt=  15.54815
 i= 1129 j=  825 glon=  290.37 (0-360E) glon=  290.37 glat=  32.84 u=   9.0000 v=  13.4000 vr=  -4.18731 vt=  15.58930
 i= 1134 j=  825 glon=  290.57 (0-360E) glon=  290.57 glat=  32.84 u=   7.6400 v=  14.8000 vr=  -4.99718 vt=  15.88829
 i= 1139 j=  825 glon=  290.77 (0-360E) glon=  290.77 glat=  32.84 u=   5.8900 v=  15.8000 vr=  -5.96018 vt=  15.77366
 i= 1144 j=  825 glon=  290.97 (0-360E) glon=  290.97 glat=  32.84 u=   5.8700 v=  16.2000 vr=  -5.34570 vt=  16.38049
 i= 1054 j=  830 glon=  287.37 (0-360E) glon=  287.37 glat=  32.64 u=   4.1700 v= -17.6000 vr=   9.33722 vt=  15.49081
 i= 1059 j=  830 glon=  287.57 (0-360E) glon=  287.57 glat=  32.64 u=   4.0400 v= -15.1000 vr=   8.49351 vt=  13.12219
 i= 1064 j=  830 glon=  287.77 (0-360E) glon=  287.77 glat=  32.64 u=   5.3600 v= -13.3000 vr=   7.14050 vt=  12.43514
 i= 1069 j=  830 glon=  287.97 (0-360E) glon=  287.97 glat=  32.64 u=   6.5800 v= -11.1000 vr=   5.56779 vt=  11.64071
 i= 1074 j=  830 glon=  288.17 (0-360E) glon=  288.17 glat=  32.64 u=   7.6200 v=  -9.4000 vr=   4.55479 vt=  11.21063
 i= 1079 j=  830 glon=  288.37 (0-360E) glon=  288.37 glat=  32.64 u=   9.0700 v=  -7.0000 vr=   2.81884 vt=  11.10491
 i= 1084 j=  830 glon=  288.57 (0-360E) glon=  288.57 glat=  32.64 u=  10.3200 v=  -4.2000 vr=   0.90591 vt=  11.10503
 i= 1089 j=  830 glon=  288.77 (0-360E) glon=  288.77 glat=  32.64 u=  11.3500 v=  -2.0000 vr=  -0.22804 vt=  11.52261
 i= 1094 j=  830 glon=  288.97 (0-360E) glon=  288.97 glat=  32.64 u=  11.8900 v=   0.3000 vr=  -1.22798 vt=  11.83022
 i= 1099 j=  830 glon=  289.17 (0-360E) glon=  289.17 glat=  32.64 u=  11.8900 v=   2.4000 vr=  -1.92302 vt=  11.97640
 i= 1104 j=  830 glon=  289.37 (0-360E) glon=  289.37 glat=  32.64 u=  11.5500 v=   5.0000 vr=  -3.13235 vt=  12.18979
 i= 1109 j=  830 glon=  289.57 (0-360E) glon=  289.57 glat=  32.64 u=  11.2900 v=   7.0000 vr=  -3.73680 vt=  12.74757
 i= 1114 j=  830 glon=  289.77 (0-360E) glon=  289.77 glat=  32.64 u=  11.2500 v=   8.4000 vr=  -3.68201 vt=  13.54863
 i= 1119 j=  830 glon=  289.97 (0-360E) glon=  289.97 glat=  32.64 u=  11.1200 v=  10.0000 vr=  -3.82362 vt=  14.45802
 i= 1124 j=  830 glon=  290.17 (0-360E) glon=  290.17 glat=  32.64 u=  10.2200 v=  11.2000 vr=  -4.02097 vt=  14.61917
 i= 1129 j=  830 glon=  290.37 (0-360E) glon=  290.37 glat=  32.64 u=   8.8100 v=  12.3000 vr=  -4.56885 vt=  14.42330
 i= 1134 j=  830 glon=  290.57 (0-360E) glon=  290.57 glat=  32.64 u=   6.9200 v=  13.6000 vr=  -5.75221 vt=  14.13359
 i= 1139 j=  830 glon=  290.77 (0-360E) glon=  290.77 glat=  32.64 u=   6.3000 v=  14.8000 vr=  -6.13865 vt=  14.86765
 i= 1064 j=  835 glon=  287.77 (0-360E) glon=  287.77 glat=  32.44 u=   5.4300 v= -11.6000 vr=   6.47024 vt=  11.05355
 i= 1069 j=  835 glon=  287.97 (0-360E) glon=  287.97 glat=  32.44 u=   7.2600 v=  -9.1000 vr=   4.18015 vt=  10.86480
 i= 1074 j=  835 glon=  288.17 (0-360E) glon=  288.17 glat=  32.44 u=   9.2100 v=  -7.2000 vr=   2.47946 vt=  11.42438
 i= 1079 j=  835 glon=  288.37 (0-360E) glon=  288.37 glat=  32.44 u=   9.5500 v=  -5.1000 vr=   1.38063 vt=  10.73808
 i= 1084 j=  835 glon=  288.57 (0-360E) glon=  288.57 glat=  32.44 u=  10.1100 v=  -2.9000 vr=   0.10675 vt=  10.51716
 i= 1089 j=  835 glon=  288.77 (0-360E) glon=  288.77 glat=  32.44 u=  10.5700 v=  -0.9000 vr=  -0.90776 vt=  10.56934
 i= 1094 j=  835 glon=  288.97 (0-360E) glon=  288.97 glat=  32.44 u=  10.5500 v=   0.8000 vr=  -1.52061 vt=  10.47045
 i= 1099 j=  835 glon=  289.17 (0-360E) glon=  289.17 glat=  32.44 u=  10.5100 v=   2.5000 vr=  -2.13057 vt=  10.59107
 i= 1104 j=  835 glon=  289.37 (0-360E) glon=  289.37 glat=  32.44 u=  10.7700 v=   4.4000 vr=  -2.87880 vt=  11.27233
 i= 1109 j=  835 glon=  289.57 (0-360E) glon=  289.57 glat=  32.44 u=  11.0600 v=   6.3000 vr=  -3.51831 vt=  12.23254
 i= 1114 j=  835 glon=  289.77 (0-360E) glon=  289.77 glat=  32.44 u=  11.1900 v=   8.0000 vr=  -3.90310 vt=  13.19022
 i= 1119 j=  835 glon=  289.97 (0-360E) glon=  289.97 glat=  32.44 u=  10.6400 v=   9.2000 vr=  -4.03133 vt=  13.47583
 i= 1124 j=  835 glon=  290.17 (0-360E) glon=  290.17 glat=  32.44 u=   9.5800 v=  10.3000 vr=  -4.38158 vt=  13.36668
 i= 1129 j=  835 glon=  290.37 (0-360E) glon=  290.37 glat=  32.44 u=   8.2700 v=  10.9000 vr=  -4.58008 vt=  12.89286
 i= 1134 j=  835 glon=  290.57 (0-360E) glon=  290.57 glat=  32.44 u=   6.9100 v=  12.6000 vr=  -5.86136 vt=  13.12069
 i= 1074 j=  840 glon=  288.17 (0-360E) glon=  288.17 glat=  32.24 u=   8.5700 v=  -5.7000 vr=   1.85416 vt=  10.12408
 i= 1079 j=  840 glon=  288.37 (0-360E) glon=  288.37 glat=  32.24 u=   9.4000 v=  -3.7000 vr=   0.49886 vt=  10.08965
 i= 1084 j=  840 glon=  288.57 (0-360E) glon=  288.57 glat=  32.24 u=  10.0200 v=  -2.0000 vr=  -0.44650 vt=  10.20789
 i= 1089 j=  840 glon=  288.77 (0-360E) glon=  288.77 glat=  32.24 u=  10.1400 v=  -0.4000 vr=  -1.14114 vt=  10.08352
 i= 1094 j=  840 glon=  288.97 (0-360E) glon=  288.97 glat=  32.24 u=  10.1700 v=   0.7000 vr=  -1.31869 vt=  10.10841
 i= 1099 j=  840 glon=  289.17 (0-360E) glon=  289.17 glat=  32.24 u=  10.4700 v=   2.5000 vr=  -2.17265 vt=  10.54279
 i= 1104 j=  840 glon=  289.37 (0-360E) glon=  289.37 glat=  32.24 u=  10.6600 v=   4.5000 vr=  -3.16061 vt=  11.13086
 i= 1109 j=  840 glon=  289.57 (0-360E) glon=  289.57 glat=  32.24 u=  10.8700 v=   6.0000 vr=  -3.57433 vt=  11.89038
 i= 1114 j=  840 glon=  289.77 (0-360E) glon=  289.77 glat=  32.24 u=  10.2700 v=   7.4000 vr=  -4.05198 vt=  11.99226
 i= 1119 j=  840 glon=  289.97 (0-360E) glon=  289.97 glat=  32.24 u=   9.2700 v=   8.6000 vr=  -4.54413 vt=  11.80016
 i= 1124 j=  840 glon=  290.17 (0-360E) glon=  290.17 glat=  32.24 u=   8.4900 v=   8.9000 vr=  -4.24004 vt=  11.54609
 i= 1094 j=  845 glon=  288.97 (0-360E) glon=  288.97 glat=  32.04 u=   9.9600 v=   1.1000 vr=  -1.64548 vt=   9.88453
 i= 1099 j=  845 glon=  289.17 (0-360E) glon=  289.17 glat=  32.04 u=  10.2700 v=   2.5000 vr=  -2.21082 vt=  10.33611
 i= 1104 j=  845 glon=  289.37 (0-360E) glon=  289.37 glat=  32.04 u=  10.7300 v=   3.9000 vr=  -2.69071 vt=  11.09518
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    16.5694924039570       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     24.98 kts
    LL Wind Circ Vt mean quadmax value: SE     26.92 kts
    LL Wind Circ Vt mean quadmax value: SW     26.88 kts
    LL Wind Circ Vt mean quadmax value: NW     30.33 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is   0.000000000000000E+000  (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   2.75047999193017       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.0984028969816     
   xcenlon=    289.197548973058     
   imax=         2738  jmax=         2041
   jlatfix=          793
   ilonfix (unadjusted) =         1100
  
 In get_max_wind, ibeg=         1017  iend=         1182
                  jbeg=          725  jend=          862
         ilonfix=         1100  jlatfix=          793
 At end of get_max_wind, vmax=    19.1296889676753       rmax= 
   106.492488154430     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.88 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    4.68 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    6.09 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    7.57 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.84 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    9.89 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   10.78 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   11.56 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   12.27 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   12.91 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   13.47 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   13.91 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   14.26 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   14.50 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   14.69 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   14.82 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   14.92 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   14.98 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   15.01 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   15.01 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   15.01 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   15.00 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   14.99 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   14.95 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   14.89 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   14.83 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   14.76 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   14.72 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   14.68 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   14.67 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   14.69 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   14.73 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   14.76 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   14.74 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   14.70 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   14.64 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   14.59 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   14.53 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   14.48 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.43 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.39 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.34 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    15.01 m/s   maxrmw_dist=    57.00  km   maxrmw_ix=   19
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    57.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    15.0120190058997      
  (m/s)   (in kts)=    29.1638493227613     
  rising_sum_dvdr=       10.3316617414430     
  declining_sum_dvdr=  -0.369055281110489     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   108 igrct=  1 Vmax (m/s)=   19.130   22:31:16
 TIMING: before call  getradii, fhr=   108 igrct=  1   22:31:16
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.77362755730769     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.77362755730769     
 mr4qs after add, mean_radii_vt_4quad_sum=    3.25261178585980     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.25261178585980     
 mr4qs after add, mean_radii_vt_4quad_sum=    3.05712460169973     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.05712460169973     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.23279980256720     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    7.23 good_quad_ct=   4 mean_vt_4quad=      1.81
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   15.31 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   15.35 mean_vt_4quad=    9.24
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   15.42 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   15.40 mean_vt_4quad=    9.38
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   15.46 mean_vt_4quad=    9.45
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   15.46 mean_vt_4quad=    9.52
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   15.32 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   15.22 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   15.11 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   15.04 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   15.15 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   15.39 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   15.67 mean_vt_4quad=    9.85
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   15.77 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   15.72 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   15.57 mean_vt_4quad=   10.01
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   15.43 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   15.32 mean_vt_4quad=   10.13
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   15.08 mean_vt_4quad=   10.19
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.83 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.63 mean_vt_4quad=   10.32
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.64 mean_vt_4quad=   10.39
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.23 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.09 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.10 mean_vt_4quad=   10.60
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.12 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.13 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.16 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.22 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.31 mean_vt_4quad=   10.94
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.42 mean_vt_4quad=   11.00
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.59 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.71 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.80 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.82 mean_vt_4quad=   11.31
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.76 mean_vt_4quad=   11.40
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.68 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.56 mean_vt_4quad=   11.57
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.48 mean_vt_4quad=   11.65
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.44 mean_vt_4quad=   11.71
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.45 mean_vt_4quad=   11.77
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.50 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.53 mean_vt_4quad=   11.88
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.56 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.58 mean_vt_4quad=   11.98
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.54 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.53 mean_vt_4quad=   12.05
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   14.60 mean_vt_4quad=   12.09
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   14.67 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   14.60 mean_vt_4quad=   12.17
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   14.41 mean_vt_4quad=   12.21
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   14.63 mean_vt_4quad=   12.27
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   14.82 mean_vt_4quad=   12.33
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   14.90 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   14.88 mean_vt_4quad=   12.44
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   14.72 mean_vt_4quad=   12.49
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   14.63 mean_vt_4quad=   12.53
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   14.32 mean_vt_4quad=   12.56
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   14.18 mean_vt_4quad=   12.60
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   14.01 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   13.96 mean_vt_4quad=   12.67
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   13.97 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   14.03 mean_vt_4quad=   12.73
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   14.17 mean_vt_4quad=   12.76
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   14.31 mean_vt_4quad=   12.80
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   14.36 mean_vt_4quad=   12.84
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   14.32 mean_vt_4quad=   12.88
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   14.32 mean_vt_4quad=   12.90
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   14.32 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   14.51 mean_vt_4quad=   12.93
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   14.74 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   14.91 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   15.03 mean_vt_4quad=   12.96
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   15.10 mean_vt_4quad=   12.99
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   15.12 mean_vt_4quad=   13.03
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   15.11 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   15.03 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   14.98 mean_vt_4quad=   13.20
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   14.97 mean_vt_4quad=   13.27
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   14.95 mean_vt_4quad=   13.34
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   14.92 mean_vt_4quad=   13.42
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   14.86 mean_vt_4quad=   13.49
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   14.82 mean_vt_4quad=   13.56
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   14.82 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   14.89 mean_vt_4quad=   13.67
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   15.01 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   15.10 mean_vt_4quad=   13.74
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   15.19 mean_vt_4quad=   13.78
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   15.27 mean_vt_4quad=   13.82
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   15.44 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   15.65 mean_vt_4quad=   13.86
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   15.79 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   15.67 mean_vt_4quad=   13.82
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   15.50 mean_vt_4quad=   13.79
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   15.33 mean_vt_4quad=   13.79
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   15.29 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   15.30 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   15.32 mean_vt_4quad=   13.91
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   15.29 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   15.02 mean_vt_4quad=   14.02
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   15.06 mean_vt_4quad=   14.06
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   14.98 mean_vt_4quad=   14.09
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   15.03 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   15.19 mean_vt_4quad=   14.16
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   15.39 mean_vt_4quad=   14.18
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   15.54 mean_vt_4quad=   14.19
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   15.60 mean_vt_4quad=   14.17
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   15.52 mean_vt_4quad=   14.12
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   15.33 mean_vt_4quad=   14.02
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   15.21 mean_vt_4quad=   13.87
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   15.27 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   15.34 mean_vt_4quad=   13.36
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   15.34 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   15.19 mean_vt_4quad=   12.43
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   14.79 mean_vt_4quad=   11.83
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   13.99 mean_vt_4quad=   11.15
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   12.83 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   11.44 mean_vt_4quad=    9.49
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=    9.94 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=    8.44 mean_vt_4quad=    7.10
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=    6.98 mean_vt_4quad=    5.49
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    5.66 mean_vt_4quad=    3.69
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    4.61 mean_vt_4quad=    1.81
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    9.50 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    9.55 mean_vt_4quad=    9.24
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    9.62 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    9.66 mean_vt_4quad=    9.38
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    9.73 mean_vt_4quad=    9.45
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    9.83 mean_vt_4quad=    9.52
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    9.94 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   10.06 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   10.17 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   10.26 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   10.35 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   10.46 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   10.52 mean_vt_4quad=    9.85
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   10.59 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   10.67 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   10.74 mean_vt_4quad=   10.01
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.78 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.79 mean_vt_4quad=   10.13
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   10.81 mean_vt_4quad=   10.19
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   10.86 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   10.96 mean_vt_4quad=   10.32
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   11.08 mean_vt_4quad=   10.39
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   11.17 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   11.27 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   11.35 mean_vt_4quad=   10.60
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   11.47 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   11.58 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   11.65 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   11.68 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   11.70 mean_vt_4quad=   10.94
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   11.68 mean_vt_4quad=   11.00
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   11.65 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.78 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.94 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   12.12 mean_vt_4quad=   11.31
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   12.24 mean_vt_4quad=   11.40
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   12.34 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   12.39 mean_vt_4quad=   11.57
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   12.41 mean_vt_4quad=   11.65
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   12.41 mean_vt_4quad=   11.71
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.44 mean_vt_4quad=   11.77
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   12.47 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   12.51 mean_vt_4quad=   11.88
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   12.56 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.59 mean_vt_4quad=   11.98
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.63 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.66 mean_vt_4quad=   12.05
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.70 mean_vt_4quad=   12.09
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.75 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.79 mean_vt_4quad=   12.17
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.82 mean_vt_4quad=   12.21
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.86 mean_vt_4quad=   12.27
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.92 mean_vt_4quad=   12.33
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.04 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.14 mean_vt_4quad=   12.44
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.21 mean_vt_4quad=   12.49
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.26 mean_vt_4quad=   12.53
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.32 mean_vt_4quad=   12.56
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.34 mean_vt_4quad=   12.60
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   13.38 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.43 mean_vt_4quad=   12.67
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.46 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.48 mean_vt_4quad=   12.73
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.50 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.57 mean_vt_4quad=   12.80
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.68 mean_vt_4quad=   12.84
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.78 mean_vt_4quad=   12.88
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   13.88 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   13.95 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.02 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.11 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.20 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.33 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   14.48 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   14.63 mean_vt_4quad=   13.03
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   14.74 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   14.82 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   14.87 mean_vt_4quad=   13.20
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   14.87 mean_vt_4quad=   13.27
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   14.83 mean_vt_4quad=   13.34
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   14.77 mean_vt_4quad=   13.42
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   14.69 mean_vt_4quad=   13.49
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   14.65 mean_vt_4quad=   13.56
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   14.63 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   14.61 mean_vt_4quad=   13.67
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   14.62 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   14.68 mean_vt_4quad=   13.74
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   14.78 mean_vt_4quad=   13.78
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   14.88 mean_vt_4quad=   13.82
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   14.87 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   14.70 mean_vt_4quad=   13.86
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   14.51 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   14.33 mean_vt_4quad=   13.82
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   14.29 mean_vt_4quad=   13.79
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   14.38 mean_vt_4quad=   13.79
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   14.72 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   15.13 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   15.52 mean_vt_4quad=   13.91
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   15.93 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   16.36 mean_vt_4quad=   14.02
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   16.80 mean_vt_4quad=   14.06
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   17.18 mean_vt_4quad=   14.09
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   17.31 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   17.34 mean_vt_4quad=   14.16
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   17.19 mean_vt_4quad=   14.18
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   17.25 mean_vt_4quad=   14.19
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   17.39 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   17.39 mean_vt_4quad=   14.12
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   17.30 mean_vt_4quad=   14.02
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   17.14 mean_vt_4quad=   13.87
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   16.94 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   16.92 mean_vt_4quad=   13.36
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   16.73 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   16.27 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   15.40 mean_vt_4quad=   11.83
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   14.30 mean_vt_4quad=   11.15
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   12.91 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   11.44 mean_vt_4quad=    9.49
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=    9.90 mean_vt_4quad=    8.42
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=    8.38 mean_vt_4quad=    7.10
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=    6.88 mean_vt_4quad=    5.49
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    5.44 mean_vt_4quad=    3.69
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    4.16 mean_vt_4quad=    1.81
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.90 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.95 mean_vt_4quad=    9.24
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.00 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.05 mean_vt_4quad=    9.38
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.11 mean_vt_4quad=    9.45
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.17 mean_vt_4quad=    9.52
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.25 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.37 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.50 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.65 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.79 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.93 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   14.01 mean_vt_4quad=    9.85
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.04 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.05 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.07 mean_vt_4quad=   10.01
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.13 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.23 mean_vt_4quad=   10.13
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.34 mean_vt_4quad=   10.19
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.49 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.64 mean_vt_4quad=   10.32
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.81 mean_vt_4quad=   10.39
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.96 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   15.12 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   15.27 mean_vt_4quad=   10.60
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   15.37 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.44 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.47 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.48 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.54 mean_vt_4quad=   10.94
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.61 mean_vt_4quad=   11.00
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   15.73 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.88 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.94 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.99 mean_vt_4quad=   11.31
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   16.00 mean_vt_4quad=   11.40
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.99 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.93 mean_vt_4quad=   11.57
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.85 mean_vt_4quad=   11.65
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.77 mean_vt_4quad=   11.71
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.70 mean_vt_4quad=   11.77
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.65 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.62 mean_vt_4quad=   11.88
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.60 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.56 mean_vt_4quad=   11.98
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.52 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.48 mean_vt_4quad=   12.05
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.46 mean_vt_4quad=   12.09
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.43 mean_vt_4quad=   12.12
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.42 mean_vt_4quad=   12.17
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.43 mean_vt_4quad=   12.21
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.45 mean_vt_4quad=   12.27
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.45 mean_vt_4quad=   12.33
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.44 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.43 mean_vt_4quad=   12.44
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   15.44 mean_vt_4quad=   12.49
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   15.49 mean_vt_4quad=   12.53
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.55 mean_vt_4quad=   12.56
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.63 mean_vt_4quad=   12.60
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   15.77 mean_vt_4quad=   12.64
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   15.92 mean_vt_4quad=   12.67
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.03 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.07 mean_vt_4quad=   12.73
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.05 mean_vt_4quad=   12.76
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   15.98 mean_vt_4quad=   12.80
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   15.93 mean_vt_4quad=   12.84
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.99 mean_vt_4quad=   12.88
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.95 mean_vt_4quad=   12.90
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   15.93 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.99 mean_vt_4quad=   12.93
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   16.00 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.94 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.77 mean_vt_4quad=   12.96
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   15.50 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   15.36 mean_vt_4quad=   13.03
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.48 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.73 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.94 mean_vt_4quad=   13.20
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.12 mean_vt_4quad=   13.27
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   16.27 mean_vt_4quad=   13.34
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   16.39 mean_vt_4quad=   13.42
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   16.47 mean_vt_4quad=   13.49
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   16.51 mean_vt_4quad=   13.56
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.51 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   16.48 mean_vt_4quad=   13.67
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   16.47 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   16.47 mean_vt_4quad=   13.74
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   16.49 mean_vt_4quad=   13.78
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   16.40 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   16.10 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   15.91 mean_vt_4quad=   13.86
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   15.60 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   15.26 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   15.32 mean_vt_4quad=   13.79
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   15.43 mean_vt_4quad=   13.79
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   15.68 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   15.97 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   16.27 mean_vt_4quad=   13.91
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   16.51 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   16.75 mean_vt_4quad=   14.02
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   16.92 mean_vt_4quad=   14.06
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   16.81 mean_vt_4quad=   14.09
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   16.46 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   15.88 mean_vt_4quad=   14.16
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   15.47 mean_vt_4quad=   14.18
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   15.34 mean_vt_4quad=   14.19
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   15.56 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   15.76 mean_vt_4quad=   14.12
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   15.92 mean_vt_4quad=   14.02
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   16.01 mean_vt_4quad=   13.87
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   15.99 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   15.79 mean_vt_4quad=   13.36
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   15.18 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   14.49 mean_vt_4quad=   12.43
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   13.86 mean_vt_4quad=   11.83
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   13.33 mean_vt_4quad=   11.15
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=   12.85 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=   12.20 mean_vt_4quad=    9.49
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=   11.24 mean_vt_4quad=    8.42
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=    9.89 mean_vt_4quad=    7.10
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=    8.12 mean_vt_4quad=    5.49
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    6.07 mean_vt_4quad=    3.69
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    4.18 mean_vt_4quad=    1.81
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   14.64 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   14.77 mean_vt_4quad=    9.24
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   14.91 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   14.95 mean_vt_4quad=    9.38
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   14.97 mean_vt_4quad=    9.45
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   14.95 mean_vt_4quad=    9.52
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.99 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   15.04 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   15.01 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.97 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.95 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.95 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   15.02 mean_vt_4quad=    9.85
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   15.07 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   15.10 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   15.08 mean_vt_4quad=   10.01
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   15.12 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   15.15 mean_vt_4quad=   10.13
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.28 mean_vt_4quad=   10.19
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.36 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.41 mean_vt_4quad=   10.32
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.25 mean_vt_4quad=   10.39
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.31 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.55 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.74 mean_vt_4quad=   10.60
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.86 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   15.92 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   15.94 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   15.80 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.84 mean_vt_4quad=   10.94
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.00 mean_vt_4quad=   11.00
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.03 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   16.06 mean_vt_4quad=   11.15
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   16.20 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.22 mean_vt_4quad=   11.31
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.22 mean_vt_4quad=   11.40
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   16.25 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   16.44 mean_vt_4quad=   11.57
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   16.60 mean_vt_4quad=   11.65
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   16.71 mean_vt_4quad=   11.71
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   16.88 mean_vt_4quad=   11.77
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   17.08 mean_vt_4quad=   11.83
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.25 mean_vt_4quad=   11.88
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.40 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   17.52 mean_vt_4quad=   11.98
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   11.98 .... 0.5*v_holland=    3.68
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    3.68
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   12.05 .... 0.5*v_holland=    3.68
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   12.09 .... 0.5*v_holland=    3.68
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   12.12 .... 0.5*v_holland=    3.68
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    237.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   127.885200000000     
 vradius(iwindix,iquad) =         128
  
  --- vmaxwind of    19.1296889676753       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    19.1296889676753       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   108 igrct=  1   22:31:16
 TIMING: after getrad_iter_loop, fhr=   108 igrct=  2 Vmax (m/s)=   19.130   22:31:16
 TIMING: Before get_phase ... 22:31:16
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          108 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   134.343
  
  
  In get_cps_paramb, lead time=          108 :           0   10L  IDALIA   
   right_ct=          945   left_ct=          975
   zthicksum(1)=    3226233.39750000     
   zthicksum(2)=    3322558.57050000     
   zthick_right_mean=    3414.00359523810     
   zthick_left_mean=     3407.75238000000     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    6.25121523809821     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           37.30
  Sum of y-diffs squared (ydiff2) =         2824.11
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   143.67   6.7452       27.16   0.1661    -2.95     8.70      737.45
    2   135.63   6.6846       19.12   0.1055    -0.00     0.00      365.42
    3   125.75   6.6201        9.24   0.0409     1.82     3.31       85.30
    4   114.82   6.5511       -1.70  -0.0281     3.39    11.48        2.89
    5    99.24   6.4770      -17.28  -0.1022     1.25     1.55      298.46
    6    79.98   6.3969      -36.53  -0.1822    -3.50    12.26     1334.59
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   116.516     x:    6.58
  
  slope=    181.268         y-intercept =  -1076.071
  Regression equation:   Y = -1076.07 +   181.27X
  
  R2(r_squared) =  0.9868        r =  0.9934
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1059.51 zmin=  908.95 zdiff=  150.55
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1552.97 zmin= 1409.29 zdiff=  143.67
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.88 dlnp=     -0.057158  dzdlnp=      120.367
  
   +++ k=  3 press=    800.0 zmax= 2071.70 zmin= 1936.07 zdiff=  135.63
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.04 dlnp=     -0.060625  dzdlnp=      132.619
  
   +++ k=  4 press=    750.0 zmax= 2617.76 zmin= 2492.01 zdiff=  125.75
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -9.88 dlnp=     -0.064539  dzdlnp=      153.087
  
   +++ k=  5 press=    700.0 zmax= 3195.47 zmin= 3080.65 zdiff=  114.82
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.94 dlnp=     -0.068993  dzdlnp=      158.509
  
   +++ k=  6 press=    650.0 zmax= 3808.25 zmin= 3709.01 zdiff=   99.24
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -15.58 dlnp=     -0.074108  dzdlnp=      210.180
  
   +++ k=  7 press=    600.0 zmax= 4462.05 zmin= 4382.07 zdiff=   79.98
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -19.26 dlnp=     -0.080043  dzdlnp=      240.572
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          459.92
  Sum of y-diffs squared (ydiff2) =         1688.38
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    59.92   6.3099       -4.11   0.2788    15.19   230.82       16.89
    2    43.17   6.2146      -20.86   0.1834    -8.16    66.56      435.20
    3    49.42   6.1092      -14.61   0.0781    -9.20    84.61      213.32
    4    60.45   5.9915       -3.58  -0.0397    -6.33    40.07       12.83
    5    79.33   5.8579       15.30  -0.1732     3.30    10.92      234.05
    6    91.89   5.7038       27.86  -0.3274     5.19    26.94      776.11
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    64.029     x:    6.03
  
  slope=    -69.243         y-intercept =    481.646
  Regression equation:   Y =   481.65 -    69.24X
  
  R2(r_squared) =  0.7276        r =  0.8530
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          108 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4462.05 zmin= 4382.07 zdiff=   79.98
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5163.40 zmin= 5103.48 zdiff=   59.92
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -20.06 dlnp=     -0.087011  dzdlnp=      230.591
  
   +++ k=  9 press=    500.0 zmax= 5921.75 zmin= 5878.58 zdiff=   43.17
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -16.75 dlnp=     -0.095310  dzdlnp=      175.763
  
   +++ k= 10 press=    450.0 zmax= 6748.11 zmin= 6698.69 zdiff=   49.42
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=       6.26 dlnp=     -0.105361  dzdlnp=      -59.377
  
   +++ k= 11 press=    400.0 zmax= 7657.07 zmin= 7596.62 zdiff=   60.45
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      11.02 dlnp=     -0.117783  dzdlnp=      -93.596
  
   +++ k= 12 press=    350.0 zmax= 8667.83 zmin= 8588.50 zdiff=   79.33
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      18.88 dlnp=     -0.133531  dzdlnp=     -141.390
  
   +++ k= 13 press=    300.0 zmax= 9802.57 zmin= 9710.68 zdiff=   91.89
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      12.56 dlnp=     -0.154151  dzdlnp=      -81.479
  
cps_stats: 10L   lead time= 108: 0   paramb=     6.25  vtl=    181.27  vtu=    -69.24
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  108:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.198 (0-360) guesslon=  289.198E  (  70.802W)   guesslat=   34.098
 ilonfix=         1100  jlatfix=          793  npts=           33
 ibeg=         1024  jbeg=          725  imax=         2738
 iend=         1176  jend=          861  jmax=         2041
 TIMING: find_maxmin 1  22:31:16
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.078E  (0-360) ctlon=  289.078E  (  70.922W)  ctlat=   32.778 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:31:16
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  289.078E   (0-360) guesslon=  289.078E  (  70.922W)   guesslat=   32.778
 ilonfix=         1097  jlatfix=          826  npts=           16
 ibeg=         1045  jbeg=          782  imax=         2738
 iend=         1149  jend=          870  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.858E  (0-360) ctlon=  288.858  (  71.142W)  ctlat=   32.458 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L   108:00  mean_lon:  288.86E (  71.14W)    (0-360) mean_lon=  288.86E  mean_lat:   32.46  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L   108:00  ifix:  1079   jfix:   811  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1079  jx=          811
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         564 ,         296 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         563 ,         295 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L   108:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:31:16
 TIMING: Before shear ... 22:31:16
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           19
  clon(ist,ifh,3)=    289.101331458459     
  clat(ist,ifh,3)=    34.0466964765922     
  fixlon(ist,ifh)=    289.197548973058     
  fixlat(ist,ifh)=    34.0984028969816     
  xcenlon=    289.101331458459     
  xcenlat=    34.0466964765922     
  
 xxshear
 In get_shear A, xcenlon=    289.101331458459       xcenlat= 
   34.0466964765922     
   In get_shear B, (0-360) xcenlon=    289.101331458459     
  
At start of get_shear:  10L   fhr=  108:00   Mean fix position=   289.20E  ( 70.80W)    34.10  (0-360) mean lon fix=  289.20
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   16.25 vr_mean(idist,ilev)=    0.50
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   17.77 vr_mean(idist,ilev)=    0.26
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   17.33 vr_mean(idist,ilev)=    1.01
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   16.88 vr_mean(idist,ilev)=    0.23
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   16.66 vr_mean(idist,ilev)=    0.13
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   16.56 vr_mean(idist,ilev)=   -0.07
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.45 vr_mean(idist,ilev)=    0.06
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.21 vr_mean(idist,ilev)=    0.33
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.27 vr_mean(idist,ilev)=    0.76
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.68 vr_mean(idist,ilev)=    0.64
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.05 vr_mean(idist,ilev)=    0.54
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   13.18 vr_mean(idist,ilev)=    0.84
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   12.16 vr_mean(idist,ilev)=    0.95
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.98 vr_mean(idist,ilev)=    0.76
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.71 vr_mean(idist,ilev)=    1.02
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    8.91 vr_mean(idist,ilev)=    0.91
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.25 vr_mean(idist,ilev)=    0.97
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.40 vr_mean(idist,ilev)=    1.07
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.74 vr_mean(idist,ilev)=    0.87
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -19.88 vr_mean(idist,ilev)=   19.88
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -29.82 vr_mean(idist,ilev)=   29.82
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -39.77 vr_mean(idist,ilev)=   39.77
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -49.72 vr_mean(idist,ilev)=   49.72
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -59.67 vr_mean(idist,ilev)=   59.67
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -69.63 vr_mean(idist,ilev)=   69.63
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -79.60 vr_mean(idist,ilev)=   79.60
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -89.58 vr_mean(idist,ilev)=   89.58
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -99.57 vr_mean(idist,ilev)=   99.57
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -109.57 vr_mean(idist,ilev)=  109.57
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -119.58 vr_mean(idist,ilev)=  119.58
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -129.61 vr_mean(idist,ilev)=  129.61
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -139.65 vr_mean(idist,ilev)=  139.65
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -149.72 vr_mean(idist,ilev)=  149.72
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -159.80 vr_mean(idist,ilev)=  159.80
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -169.91 vr_mean(idist,ilev)=  169.91
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -180.04 vr_mean(idist,ilev)=  180.04
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -190.20 vr_mean(idist,ilev)=  190.20
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -200.40 vr_mean(idist,ilev)=  200.40
  
 At end of get_shear: 
     ist=    4 ifh=   19 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:31:16
  
 After call to fixcenter, fix positions at 
 forecast hour=  108:00 follow:
  
fixpos  10L   fhr=  108:00   Fix position=   289.20E  ( 70.80W)    34.10   Max Wind=  37 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.960022980727     
 xxxx get_next_ges, curr fix lon=    289.197548973058     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.197548973058        fixlat=    34.0984028969816     
        (0-360) fixlon=    289.197548973058     
      ilonfix=         1100   jlatfix=          793
      ibeg=          601   iend=         1599
      jbeg=          341   jend=         1245
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.60073024192559       vavg=   -1.02811506304683     
      ubar=  -0.650182560481399       vbar=  -0.257028765761708     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.39297345442612       vavg=  -0.675312934448797     
      ubar=   -1.84666928769446       vbar=  -0.594685232986106     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.58032075286094       vavg=   -2.00248870101824     
      ubar=   -1.45158909947922       vbar=   -1.09530740824067     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.45158909947922       vbar=   -1.09530740824067     
      wgttot=    1.00000000000000     
      fixlon=    289.197548973058        fixlat=    34.0984028969816     
      barnlon=    288.857456069233       barnlat=    33.8856355846499     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.829115454785221     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.857456069233     
     Raw (no conversion for GM wrap) extraplon=    289.434535422099     
  
 --- barnlon=    288.86E  (  71.14W)    barnlat=     33.89
 --- extraplon=  289.43E  (  70.57W)    extraplat=   33.91
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.10
 | Current fix lon is   70.80W   ( 289.20E)
 | Current fix lon (raw, unadjusted)=  289.20E
 | Updated guess lat for next fcst hour is   33.90
 | Updated guess lon (0-360) for next fcst hour is   70.85W   ( 289.15E)
 | Raw updated guess lon for next fcst hour is  289.15E)
 -------------------------------------------------
  
 iocheck, dist=    23.0253278080602        distm=    23025.3278080602     
 iocheck, stmspd=    1.06598739852131        istmspd=           21
 iocheck, xincr=  -5.155322739221901E-002   yincr=  -0.202612590026817     
 iocheck, stmdir=    194.275548638051        istmdir=          194
 +++ RPT_STORM_MOTION: istmspd=    21 kts(*10)    istmdir=   194 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  19
     Fix location for this time:   289.20E  ( 70.80W)    34.10
     Fix lon (raw) for this time:  289.20E
     ilonfix= 1100  jlatfix=  793
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.197548973058       xcenlat=    34.0984028969816     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.197548973058       xcenlat=    34.0984028969816     
  ilonfix=         1100  jlatfix=          793
  ibeg=          973  iend=         1227
  jbeg=          677  jend=          909  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.197548973058        xcenlat=    34.0984028969816     
      ilonfix=         1100   jlatfix=          793
      ibeg=          973   iend=         1227
      jbeg=          677   jend=          909
 After call to barnes, xsmoothval=   2.401173069610929E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.401173069610929E-004
      xcenlon=    289.197548973058        xcenlat=    34.0984028969816     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000240  imeanzeta (*1e6)=      240
   --- mean zeta raw =   2.401173069610929E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001352  igrid zeta (*1e6)=     1352 ifilret=   0
   --- grid zeta raw=   1.352361236894023E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.197548973058       xcenlat=    34.0984028969816     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    289.197548973058       xcenlat=    34.0984028969816     
  ilonfix=         1100  jlatfix=          793
  ibeg=          973  iend=         1227
  jbeg=          677  jend=          909  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    289.197548973058        xcenlat=    34.0984028969816     
      ilonfix=         1100   jlatfix=          793
      ibeg=          973   iend=         1227
      jbeg=          677   jend=          909
 After call to barnes, xsmoothval=   2.087407558050356E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.087407558050356E-004
      xcenlon=    289.197548973058        xcenlat=    34.0984028969816     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000209  imeanzeta (*1e6)=      209
   --- mean zeta raw =   2.087407558050356E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001523  igrid zeta (*1e6)=     1523 ifilret=   0
   --- grid zeta raw=   1.522614514435374E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=          108
  
 segx, outlon=    289.197548973058       outlat=    34.0984028969816     
   ist=            4  ifcsthour=          108
   vmaxwind=    19.1296889676753       xminmslp=    99740.3500000000     
   vradius=            0           0           0           0           0
           0           0           0           0         128           0
           0
   maxstorm=            6
   plastbar=    101340.350000000       rlastbar=    187.113931855287     
   rmax=    106.492488154430     
   cps_vals=    6.25121523809821        181.267582803740     
  -69.2432592344098     
   wcore_flag= n
   istmspd=           21  istmdir=          194
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    57.0000000000000     
   axisymet_rmw_val=     15.0120190058997     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   187.113931855287       irlastbar=         187
 output: plastbar=   101340.350000000       iplastbar=        1013
 rmax=    106.492488154430        irmax=          106
 TXX top of atcfunix_ext, ist=            4  ifh=          108
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   187.113931855287       irlastbar=         187
 output: plastbar=   101340.350000000       iplastbar=        1013
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          108
 intlat=          341
 clatns= N
 intlon=          708
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           37
 int(xminmslp/mslp_outp_adj + 0.5)=          997
 XX,  34, NEQ
 vradius(1,1)=            0
 vradius(1,2)=            0
 vradius(1,3)=            0
 vradius(1,4)=          128
 iplastbar=         1013
 irlastbar=          187
 irmax=          106
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          194
 istmspd=           21
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           63
 icps_vals(2)=         1813
 icps_vals(3)=         -692
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           31
 irmw_val=           29
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          240
 igridzeta(1)=         1352
 imeanzeta(2)=          209
 igridzeta(2)=         1523
  
 rmax=    106.492488154430        irmax=          106
 +++ Top of output_atcf_parms, ist=            4  ifh=          108
  
 xxxx get_next_ges, prev fix lon=    288.960022980727     
 xxxx get_next_ges, curr fix lon=    289.197548973058     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    289.197548973058        fixlat=    34.0984028969816     
        (0-360) fixlon=    289.197548973058     
      ilonfix=         1100   jlatfix=          793
      ibeg=          601   iend=         1599
      jbeg=          341   jend=         1245
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -2.60073024192559       vavg=   -1.02811506304683     
      ubar=  -0.650182560481399       vbar=  -0.257028765761708     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.39297345442612       vavg=  -0.675312934448797     
      ubar=   -1.84666928769446       vbar=  -0.594685232986106     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    1.58032075286094       vavg=   -2.00248870101824     
      ubar=   -1.45158909947922       vbar=   -1.09530740824067     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -1.45158909947922       vbar=   -1.09530740824067     
      wgttot=    1.00000000000000     
      fixlon=    289.197548973058        fixlat=    34.0984028969816     
      barnlon=    288.857456069233       barnlat=    33.8856355846499     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.829115454785221     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.857456069233     
     Raw (no conversion for GM wrap) extraplon=    289.434535422099     
  
 --- barnlon=    288.86E  (  71.14W)    barnlat=     33.89
 --- extraplon=  289.43E  (  70.57W)    extraplat=   33.91
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    108.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.10
 | Current fix lon is   70.80W   ( 289.20E)
 | Current fix lon (raw, unadjusted)=  289.20E
 | Updated guess lat for next fcst hour is   33.90
 | Updated guess lon (0-360) for next fcst hour is   70.85W   ( 289.15E)
 | Raw updated guess lon for next fcst hour is  289.15E)
 -------------------------------------------------
  
 iocheck, dist=    23.0253278080602        distm=    23025.3278080602     
 iocheck, stmspd=    1.06598739852131        istmspd=           21
 iocheck, xincr=  -5.155322739221901E-002   yincr=  -0.202612590026817     
 iocheck, stmdir=    194.275548638051        istmdir=          194
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 108
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 108 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          219  = igcret =            0
 baclose return code for unit          619  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:  114:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f06840                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f06840.ix                                                                                    
hafs.trak.storm.2023082812.f06840: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: cannot stat: 2
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: Not ready yet.  Size=108598298, age=3, min size=500, min age=10
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: Not ready yet.  Size=108598298, age=8, min size=500, min age=10
hafs.trak.storm.2023082812.f06840: sleep 5
hafs.trak.storm.2023082812.f06840: ready.
hafs.trak.storm.2023082812.f06840.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f06840.ix: ready.
 in open_grib_files in multi else part....
   lugb=          220   lugi=          620
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06840                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06840.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f06840...  gopen_i_file= ...hafs.trak.storm.2023082812.f06840.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f06840                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f06840.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          220  is CLOSED
 TEST open_grib_files, unit lugi=          620  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f06840                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f06840.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          220  is CLOSED
 TEST b4 getgridinfo, unit lugi=          620  is CLOSED
 before getgb2 call, lugb=          220  lugi=          620
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12  114   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at   114h ... 22:31:57
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:57
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12  114   5588258   0.000       0.000     -0.2285E-02  0.4251E-02
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:58
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12  114   5588258   0.000       0.000     -0.3218E-02  0.3718E-02
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:58
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12  114   5588258   0.000       0.000      -40.89       42.56    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:58
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12  114   5588258   0.000       0.000      -42.00       54.16    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:58
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12  114   5588258   0.000       0.000      -37.84       35.55    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:58
 TIMING: after getgb2-122:31:58
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12  114   5588258   0.000       0.000      -30.83       39.16    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:31:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  114   5588258   0.000       0.000       1241.       1626.    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:31:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  114   5588258   0.000       0.000       2818.       3248.    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:31:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12  114   5588258   0.000       0.000      0.9785E+05  0.1025E+06
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:31:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12  114   5588258   0.000       0.000      -35.45       32.76    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:31:59
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12  114   5588258   0.000       0.000      -30.60       36.31    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:31:59
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12  114   5588258   0.000       0.000      -36.51       38.19    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12  114   5588258   0.000       0.000      -28.18       37.15    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =          114  hours
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  114   5588258   0.000       0.000       5312.       5953.    
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =          114  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12  114   5588258   0.000       0.000      0.1155E+05  0.1261E+05
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =          114  hours
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =          114  hours
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =          114  hours
 TEST b4 getgb2 getdata, unit lugb=          220  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          620  is CLOSED

 TIMING: before getgb2-122:32:00
 TIMING: after getgb2-122:32:00
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =          114  hours

 TIMING: before getgb2-phase22:32:00
 TIMING: after getgb2-222:32:00
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12  114   5588258   0.000       0.000       740.7       1137.    

 TIMING: before getgb2-phase22:32:00
 TIMING: after getgb2-222:32:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  114   5588258   0.000       0.000       1241.       1626.    

 TIMING: before getgb2-phase22:32:01
 TIMING: after getgb2-222:32:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12  114   5588258   0.000       0.000       1766.       2139.    

 TIMING: before getgb2-phase22:32:01
 TIMING: after getgb2-222:32:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12  114   5588258   0.000       0.000       2290.       2678.    

 TIMING: before getgb2-phase22:32:01
 TIMING: after getgb2-222:32:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  114   5588258   0.000       0.000       2818.       3248.    

 TIMING: before getgb2-phase22:32:01
 TIMING: after getgb2-222:32:01
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12  114   5588258   0.000       0.000       3377.       3852.    

 TIMING: before getgb2-phase22:32:01
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12  114   5588258   0.000       0.000       3974.       4495.    

 TIMING: before getgb2-phase22:32:02
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12  114   5588258   0.000       0.000       4617.       5196.    

 TIMING: before getgb2-phase22:32:02
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  114   5588258   0.000       0.000       5312.       5953.    

 TIMING: before getgb2-phase22:32:02
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12  114   5588258   0.000       0.000       6065.       6772.    

 TIMING: before getgb2-phase22:32:02
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12  114   5588258   0.000       0.000       6887.       7673.    

 TIMING: before getgb2-phase22:32:02
 TIMING: after getgb2-222:32:02
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12  114   5588258   0.000       0.000       7794.       8678.    

 TIMING: before getgb2-phase22:32:03
 TIMING: after getgb2-222:32:03
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          114 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12  114   5588258   0.000       0.000       8820.       9806.    
 TIMING: after getdata ... 22:32:03
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:  114:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.042751086380551E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.104E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   26.052 fmax (x10e5) =        0.971E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   6.877584905625360E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.688E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   25.952 fmax (x10e5) =        0.864E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.135E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   25.952 fmax =       -0.100E+16 fmin =        0.134E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.301E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   25.952 fmax =       -0.100E+16 fmin =        0.300E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.992E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   25.952 fmax =       -0.100E+16 fmin =        0.991E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.313 (0-360) guesslon=  293.313E  (  66.687W)   guesslat=   25.992
 ilonfix=         1203  jlatfix=          996  npts=           33
 ibeg=         1130  jbeg=          928  imax=         2738
 iend=         1276  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.051469779492269E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  293.193E  (0-360) ctlon=  293.193E  (  66.807W)  ctlat=   25.872 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.705E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  293.193E   (0-360) guesslon=  293.193E  (  66.807W)   guesslat=   25.872
 ilonfix=         1200  jlatfix=          999  npts=           16
 ibeg=         1151  jbeg=          955  imax=         2738
 iend=         1249  jend=         1043  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  293.173E  (0-360) ctlon=  293.173  (  66.827W)  ctlat=   26.052 fmax (x10e5) =        0.708E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    293.198085982575        uvgeslat=    25.9958908823402     
    (0-360 uvgeslon)=    293.198085982575     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:03
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.198085982575        uvgeslat=    25.9958908823402     
    (0-360 uvgeslon)=    293.198085982575     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.198085982575     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.198E  (0-360E lon):  293.198E    66.802W  ctlat=   25.996  xmax_circul_disk =     127467264.0
 TIMING: get_wind_circ kloop, k=  1   22:32:03
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.198E  (0-360E)=  293.198E  (  66.802W)   guesslat=   25.996
 ilonfix=         1200  jlatfix=          996  npts=           56
 ibeg=         1131  jbeg=          932  imax=         2738
 iend=         1269  jend=         1060  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    128041840.413889     
 nhalf get_wind_circ, k=  1 ctlon=  293.098E  (0-360E)=  293.098E  ctlon=   66.902W   ctlat=   26.016 Wind Circulation (NHEM: Max) =     128041840.4
 TIMING: After GWC 850 ... 22:32:03
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:03
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.198085982575        uvgeslat=    25.9958908823402     
    (0-360 uvgeslon)=    293.198085982575     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.198085982575     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.198E  (0-360E lon):  293.198E    66.802W  ctlat=   25.996  xmax_circul_disk =     120234707.5
 TIMING: get_wind_circ kloop, k=  1   22:32:03
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.198E  (0-360E)=  293.198E  (  66.802W)   guesslat=   25.996
 ilonfix=         1200  jlatfix=          996  npts=           56
 ibeg=         1131  jbeg=          932  imax=         2738
 iend=         1269  jend=         1060  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    120524881.509648     
 nhalf get_wind_circ, k=  1 ctlon=  293.158E  (0-360E)=  293.158E  ctlon=   66.842W   ctlat=   26.016 Wind Circulation (NHEM: Max) =     120524881.5
 TIMING: After GWC 700 ... 22:32:03
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:03
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    293.198085982575        uvgeslat=    25.9958908823402     
    (0-360 uvgeslon)=    293.198085982575     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    293.198085982575     
  
 After first run, Wind Circulation (NHEM) ctlon=  293.198E  (0-360E lon):  293.198E    66.802W  ctlat=   25.996  xmax_circul_disk =      85943363.6
 TIMING: get_wind_circ kloop, k=  1   22:32:03
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  293.198E  (0-360E)=  293.198E  (  66.802W)   guesslat=   25.996
 ilonfix=         1200  jlatfix=          996  npts=           56
 ibeg=         1131  jbeg=          932  imax=         2738
 iend=         1269  jend=         1060  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    86179542.4952643     
 nhalf get_wind_circ, k=  1 ctlon=  293.158E  (0-360E)=  293.158E  ctlon=   66.842W   ctlat=   26.016 Wind Circulation (NHEM: Max) =      86179542.5
 TIMING: After GWC Sfc ... 22:32:03
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.62  xavg_stderr=     4.18
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           20  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   114:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  293.31E   (0-360) guesslon=  293.31E  ( 66.69W)    25.99
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       293.17       66.83      26.05           97.06       T         15.50
   2    zeta 700    Max       293.17       66.83      25.95           86.43       T         14.68
   3    circ 850    Max       293.10       66.90      26.02          128.04       T         21.60
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       293.16       66.84      26.02          120.52       T         15.67
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       293.17       66.83      25.95         1344.66       T         14.68
   8     gph 700    Min       293.17       66.83      25.95         3003.64       T         14.68
   9        MSLP    Min       293.17       66.83      25.95        99141.25       T         14.68
  10    circ sfc    Max       293.16       66.84      26.02           86.18       T         15.67
  11    zeta sfc    Max       293.17       66.83      26.05           70.82       T         15.50
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    4.87423317321746       stderr_close= 
   1.54701474085343       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   6.394 devia=   1.279 wtpos=  0.65294     293.17   293.17    66.83    26.05
 ip=  2 kprm=  2 dist_from_mean=   4.965 devia=   0.993 wtpos=  0.71821     293.17   293.17    66.83    25.95
 ip=  3 kprm=  3 dist_from_mean=   6.687 devia=   1.337 wtpos=  0.64029     293.10   293.10    66.90    26.02
 ip=  5 kprm=  4 dist_from_mean=   2.267 devia=   0.453 wtpos=  0.85975     293.16   293.16    66.84    26.02
 ip=  7 kprm=  5 dist_from_mean=   4.965 devia=   0.993 wtpos=  0.71821     293.17   293.17    66.83    25.95
 ip=  8 kprm=  6 dist_from_mean=   4.965 devia=   0.993 wtpos=  0.71821     293.17   293.17    66.83    25.95
 ip=  9 kprm=  7 dist_from_mean=   4.965 devia=   0.993 wtpos=  0.71821     293.17   293.17    66.83    25.95
 ip= 10 kprm=  8 dist_from_mean=   2.267 devia=   0.453 wtpos=  0.85975     293.16   293.16    66.84    26.02
 ip= 11 kprm=  9 dist_from_mean=   6.394 devia=   1.279 wtpos=  0.65294     293.17   293.17    66.83    26.05
  
At end of fixcenter:  00L   fhr=  114:00   Fix position=   293.16E  (0-360) fixlon=  293.16  ( 66.84W)    26.00
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    293.161507227490     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    293.172632073484     
        (0-360E clon(ist,ifh,9))=    293.172632073484     
      clat(ist,ifh,9)=    25.9522556096129     
      xval(9)=    99141.2497380634     
  
  After get_ij B, ibeg jbeg =         1092         859
  After get_ij B, iend jend =         1308        1135
  
 In is_it_a_storm, ilonfix=         1200  jlatfix=          997
 ibeg jbeg iend jend =         1092         859        1308        1135
 cparm= slp  parmlon parmlat =    293.172632073484        25.9522556096129     
     (0-360E parmlon) =    293.172632073484     
 parmval=    99141.2497380634     
  
 i= 1177 j=  934 glon=  292.29 (0-360E) glon=  292.29 glat=  28.48 dist=   294.44 slp=  101062.55 pgradient=  6.52524
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.52524
 mslp center =    293.172632073484        25.9522556096129     
   99141.2497380634     
   (0-360E) lon of mslp center =    293.172632073484     
 pgrad loc   =    292.288824000000        292.288824000000     
   67.7111760000000        28.4809360000000        101062.550000000     
  ttest at location C IF....
      xinp_fixlat=    25.9522556096129     
      xinp_fixlon=    293.172632073484       (0-360E) xinp_fixlon= 
   293.172632073484     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97851.1900000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1199  jfix=          996
 longitude=    293.172632073484      E   (   66.8273679265156      
 W)  (0-360E) xinp_fixlon=    293.172632073484     
 latitude=    25.9522556096129     
 mean mslp value (xval(9))=    99141.2497380634     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1199  jfix=          996
 longitude=    293.172632073484      E   (   66.8273679265156      
 W)  (0-360E) xinp_fixlon=    293.172632073484     
 latitude=    25.9522556096129     
 mean mslp value (xval(9))=    99141.2497380634     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1199  jx=          996
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97851.1900000000       xcentval=    97851.1900000000     
 At A, num_found_contours=            0
 At A, contlo=    97851.1900000000       conthi=    98251.1900000000     
  
 num_found_contours=            0
 contlo=    97851.1900000000       conthi=    98251.1900000000     
 xcentval=    97851.1900000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98251.1900000000       conthi=    98651.1900000000     
  
 num_found_contours=            1
 contlo=    98251.1900000000       conthi=    98651.1900000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            2
 At A, contlo=    98651.1900000000       conthi=    99051.1900000000     
  
 num_found_contours=            2
 contlo=    98651.1900000000       conthi=    99051.1900000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            3
 At A, contlo=    99051.1900000000       conthi=    99451.1900000000     
  
 num_found_contours=            3
 contlo=    99051.1900000000       conthi=    99451.1900000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            4
 At A, contlo=    99451.1900000000       conthi=    99851.1900000000     
  
 num_found_contours=            4
 contlo=    99451.1900000000       conthi=    99851.1900000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            5
 At A, contlo=    99851.1900000000       conthi=    100251.190000000     
  
 num_found_contours=            5
 contlo=    99851.1900000000       conthi=    100251.190000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            6
 At A, contlo=    100251.190000000       conthi=    100651.190000000     
  
 num_found_contours=            6
 contlo=    100251.190000000       conthi=    100651.190000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            7
 At A, contlo=    100651.190000000       conthi=    101051.190000000     
  
 num_found_contours=            7
 contlo=    100651.190000000       conthi=    101051.190000000     
 xcentval=    97851.1900000000     
 At A, num_found_contours=            8
 At A, contlo=    101051.190000000       conthi=    101451.190000000     
  
 num_found_contours=            8
 contlo=    101051.190000000       conthi=    101451.190000000     
 xcentval=    97851.1900000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1094 ,         862 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97851.1900000000     
 !!! (i,j) of central value = (        1199 ,         996 )
 !!!  
 !!! Flagged value found    =    101049.670000000     
 !!! (i,j) of flagged value = (        1093 ,         861 )
 !!!   
 !!! Lower bound of contour interval =    101051.190000000     
 !!! Upper bound of contour interval =    101451.190000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1199  jfix=          996
 longitude=    293.172632073484      E   (   66.8273679265156      W)  
 (0-360E) xinp_fixlon=    293.172632073484     
 latitude=    25.9522556096129     
 mean mslp value (xval(9))=    99141.2497380634     
 gridpoint mslp value=    97851.1900000000     
 ccflag= y
 prs of last closed isobar =    101051.190000000     
 radius of last closed isobar =    120.889000910500       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =  114:00
 !!! Boundary check xinp_fixlat is   25.95
 !!! Boundary check xinp_fixlon is   66.83W   ( 293.17E)  (0-360E) xinp_fixlon=  293.17
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    293.098088482575     
  850 mb wcirc fix lat=    26.0158903823402     
    (0-360) 850 mb wcirc fix lon=    293.098088482575     
  Multi-parm fix lon=      293.161507227490     
  Multi-parm fix lat=      25.9951934157403     
    (0-360) Multi-parm fix lon=      293.161507227490     
  
  
  After get_ij B, ibeg jbeg =         1107         891
  After get_ij B, iend jend =         1289        1099
  
 In is_it_a_storm, ilonfix=         1198  jlatfix=          995
 ibeg jbeg iend jend =         1107         891        1289        1099
 cparm= v850  parmlon parmlat =    293.098088482575        26.0158903823402     
     (0-360E parmlon) =    293.098088482575     
 parmval=    128041840.413889     
  
 i= 1187 j=  946 glon=  292.69 (0-360E) glon=  292.69 glat=  28.00 u= -17.1900 v=   3.5300 vr=   6.59045 vt=  16.26416
 i= 1192 j=  946 glon=  292.89 (0-360E) glon=  292.89 glat=  28.00 u= -17.9900 v=   5.8400 vr=   7.50380 vt=  17.36199
 i= 1197 j=  946 glon=  293.09 (0-360E) glon=  293.09 glat=  28.00 u= -17.9800 v=   6.5600 vr=   6.63519 vt=  17.95239
 i= 1202 j=  946 glon=  293.29 (0-360E) glon=  293.29 glat=  28.00 u= -18.6300 v=   9.5800 vr=   7.94914 vt=  19.38207
 i= 1207 j=  946 glon=  293.49 (0-360E) glon=  293.49 glat=  28.00 u= -18.0400 v=  12.2900 vr=   8.97439 vt=  19.89839
 i= 1172 j=  951 glon=  292.09 (0-360E) glon=  292.09 glat=  27.80 u= -12.3100 v=  -2.2000 vr=   3.60084 vt=  11.97539
 i= 1177 j=  951 glon=  292.29 (0-360E) glon=  292.29 glat=  27.80 u= -15.3200 v=  -0.2700 vr=   5.51398 vt=  14.29585
 i= 1182 j=  951 glon=  292.49 (0-360E) glon=  292.49 glat=  27.80 u= -18.2300 v=   2.4500 vr=   7.67160 vt=  16.71771
 i= 1187 j=  951 glon=  292.69 (0-360E) glon=  292.69 glat=  27.80 u= -20.1300 v=   4.7400 vr=   8.69098 vt=  18.76570
 i= 1192 j=  951 glon=  292.89 (0-360E) glon=  292.89 glat=  27.80 u= -21.9400 v=   6.1200 vr=   8.37667 vt=  21.18134
 i= 1197 j=  951 glon=  293.09 (0-360E) glon=  293.09 glat=  27.80 u= -18.7700 v=   7.6700 vr=   7.75731 vt=  18.73409
 i= 1202 j=  951 glon=  293.29 (0-360E) glon=  293.29 glat=  27.80 u= -18.6700 v=  11.4600 vr=   9.63045 vt=  19.67626
 i= 1207 j=  951 glon=  293.49 (0-360E) glon=  293.49 glat=  27.80 u= -18.9100 v=  15.5900 vr=  11.66259 vt=  21.55505
 i= 1212 j=  951 glon=  293.69 (0-360E) glon=  293.69 glat=  27.80 u= -17.5000 v=  17.3800 vr=  11.69179 vt=  21.71673
 i= 1217 j=  951 glon=  293.89 (0-360E) glon=  293.89 glat=  27.80 u= -16.7500 v=  18.3400 vr=  10.86996 vt=  22.33298
 i= 1222 j=  951 glon=  294.09 (0-360E) glon=  294.09 glat=  27.80 u= -16.4400 v=  19.4000 vr=  10.05043 vt=  23.35856
 i= 1162 j=  956 glon=  291.69 (0-360E) glon=  291.69 glat=  27.60 u=  -9.4100 v=  -8.0500 vr=  -0.42284 vt=  12.37626
 i= 1167 j=  956 glon=  291.89 (0-360E) glon=  291.89 glat=  27.60 u= -11.2000 v=  -5.5700 vr=   1.72859 vt=  12.38858
 i= 1172 j=  956 glon=  292.09 (0-360E) glon=  292.09 glat=  27.60 u= -14.2000 v=  -2.8000 vr=   4.60840 vt=  13.72015
 i= 1177 j=  956 glon=  292.29 (0-360E) glon=  292.29 glat=  27.60 u= -17.1600 v=  -1.0200 vr=   6.21242 vt=  16.02847
 i= 1182 j=  956 glon=  292.49 (0-360E) glon=  292.49 glat=  27.60 u= -21.4500 v=   1.4500 vr=   8.35539 vt=  19.80890
 i= 1187 j=  956 glon=  292.69 (0-360E) glon=  292.69 glat=  27.60 u= -20.6900 v=   0.9400 vr=   5.57803 vt=  19.94606
 i= 1192 j=  956 glon=  292.89 (0-360E) glon=  292.89 glat=  27.60 u= -20.3200 v=   3.7700 vr=   6.13012 vt=  19.73669
 i= 1197 j=  956 glon=  293.09 (0-360E) glon=  293.09 glat=  27.60 u= -21.1100 v=   7.9000 vr=   8.01063 vt=  21.06827
 i= 1202 j=  956 glon=  293.29 (0-360E) glon=  293.29 glat=  27.60 u= -20.5800 v=  11.8400 vr=   9.56698 vt=  21.73004
 i= 1207 j=  956 glon=  293.49 (0-360E) glon=  293.49 glat=  27.60 u= -19.1900 v=  14.0600 vr=   9.59207 vt=  21.76998
 i= 1212 j=  956 glon=  293.69 (0-360E) glon=  293.69 glat=  27.60 u= -18.1600 v=  17.2000 vr=  10.56356 vt=  22.67238
 i= 1217 j=  956 glon=  293.89 (0-360E) glon=  293.89 glat=  27.60 u= -17.1200 v=  19.3500 vr=  10.67795 vt=  23.52655
 i= 1222 j=  956 glon=  294.09 (0-360E) glon=  294.09 glat=  27.60 u= -15.3400 v=  21.7400 vr=  11.46667 vt=  24.00955
 i= 1227 j=  956 glon=  294.29 (0-360E) glon=  294.29 glat=  27.60 u= -14.2500 v=  23.2200 vr=  11.29386 vt=  24.79273
 i= 1232 j=  956 glon=  294.49 (0-360E) glon=  294.49 glat=  27.60 u= -13.0300 v=  22.2900 vr=   9.45144 vt=  24.02697
 i= 1157 j=  961 glon=  291.49 (0-360E) glon=  291.49 glat=  27.40 u=  -7.9000 v= -10.1800 vr=  -1.33424 vt=  12.81648
 i= 1162 j=  961 glon=  291.69 (0-360E) glon=  291.69 glat=  27.40 u=  -8.6500 v=  -9.3100 vr=  -1.03695 vt=  12.66583
 i= 1167 j=  961 glon=  291.89 (0-360E) glon=  291.89 glat=  27.40 u= -11.5800 v=  -7.4600 vr=   1.27120 vt=  13.71612
 i= 1172 j=  961 glon=  292.09 (0-360E) glon=  292.09 glat=  27.40 u= -15.1500 v=  -5.6400 vr=   3.56876 vt=  15.76693
 i= 1177 j=  961 glon=  292.29 (0-360E) glon=  292.29 glat=  27.40 u= -19.2800 v=  -1.7900 vr=   7.36205 vt=  17.90873
 i= 1182 j=  961 glon=  292.49 (0-360E) glon=  292.49 glat=  27.40 u= -21.3500 v=  -2.2000 vr=   5.78496 vt=  20.66874
 i= 1187 j=  961 glon=  292.69 (0-360E) glon=  292.69 glat=  27.40 u= -22.0500 v=   1.0200 vr=   6.63043 vt=  21.05422
 i= 1192 j=  961 glon=  292.89 (0-360E) glon=  292.89 glat=  27.40 u= -22.9000 v=   4.1700 vr=   7.20460 vt=  22.13352
 i= 1197 j=  961 glon=  293.09 (0-360E) glon=  293.09 glat=  27.40 u= -22.1900 v=   8.0000 vr=   8.13312 vt=  22.14155
 i= 1202 j=  961 glon=  293.29 (0-360E) glon=  293.29 glat=  27.40 u= -21.0600 v=  11.1700 vr=   8.50729 vt=  22.26923
 i= 1207 j=  961 glon=  293.49 (0-360E) glon=  293.49 glat=  27.40 u= -20.0900 v=  12.3900 vr=   7.08854 vt=  22.51383
 i= 1212 j=  961 glon=  293.69 (0-360E) glon=  293.69 glat=  27.40 u= -19.5100 v=  15.4000 vr=   7.41820 vt=  23.72278
 i= 1217 j=  961 glon=  293.89 (0-360E) glon=  293.89 glat=  27.40 u= -17.0100 v=  18.1400 vr=   8.39669 vt=  23.40716
 i= 1222 j=  961 glon=  294.09 (0-360E) glon=  294.09 glat=  27.40 u= -15.1500 v=  20.6700 vr=   9.21516 vt=  23.91343
 i= 1227 j=  961 glon=  294.29 (0-360E) glon=  294.29 glat=  27.40 u= -13.3300 v=  23.6400 vr=  10.57294 vt=  24.99503
 i= 1232 j=  961 glon=  294.49 (0-360E) glon=  294.49 glat=  27.40 u= -12.0100 v=  24.7700 vr=  10.35179 vt=  25.50752
 i= 1237 j=  961 glon=  294.69 (0-360E) glon=  294.69 glat=  27.40 u= -11.6200 v=  22.3000 vr=   7.17014 vt=  24.10194
 i= 1152 j=  966 glon=  291.29 (0-360E) glon=  291.29 glat=  27.20 u=  -5.2700 v= -11.1400 vr=  -2.28971 vt=  12.10908
 i= 1157 j=  966 glon=  291.49 (0-360E) glon=  291.49 glat=  27.20 u=  -7.1200 v= -11.9400 vr=  -2.05226 vt=  13.74941
 i= 1162 j=  966 glon=  291.69 (0-360E) glon=  291.69 glat=  27.20 u=  -8.9400 v= -10.7700 vr=  -0.82840 vt=  13.97248
 i= 1167 j=  966 glon=  291.89 (0-360E) glon=  291.89 glat=  27.20 u= -11.4300 v=  -9.3300 vr=   0.84557 vt=  14.73020
 i= 1172 j=  966 glon=  292.09 (0-360E) glon=  292.09 glat=  27.20 u= -14.4700 v=  -8.0400 vr=   2.40132 vt=  16.37853
 i= 1177 j=  966 glon=  292.29 (0-360E) glon=  292.29 glat=  27.20 u= -19.0900 v=  -6.6100 vr=   4.33710 vt=  19.73093
 i= 1182 j=  966 glon=  292.49 (0-360E) glon=  292.49 glat=  27.20 u= -21.4800 v=  -3.8600 vr=   5.48883 vt=  21.12257
 i= 1187 j=  966 glon=  292.69 (0-360E) glon=  292.69 glat=  27.20 u= -25.5700 v=  -0.9300 vr=   6.67489 vt=  24.70092
 i= 1192 j=  966 glon=  292.89 (0-360E) glon=  292.89 glat=  27.20 u= -23.0200 v=   1.9800 vr=   5.55500 vt=  22.42728
 i= 1197 j=  966 glon=  293.09 (0-360E) glon=  293.09 glat=  27.20 u= -23.7600 v=   6.2700 vr=   6.43670 vt=  23.71538
 i= 1202 j=  966 glon=  293.29 (0-360E) glon=  293.29 glat=  27.20 u= -23.7900 v=   9.7500 vr=   6.25340 vt=  24.93836
 i= 1207 j=  966 glon=  293.49 (0-360E) glon=  293.49 glat=  27.20 u= -22.4700 v=  13.0100 vr=   6.10695 vt=  25.23621
 i= 1212 j=  966 glon=  293.69 (0-360E) glon=  293.69 glat=  27.20 u= -20.4500 v=  15.6400 vr=   5.93262 vt=  25.05227
 i= 1217 j=  966 glon=  293.89 (0-360E) glon=  293.89 glat=  27.20 u= -18.3700 v=  18.6200 vr=   6.54104 vt=  25.32540
 i= 1222 j=  966 glon=  294.09 (0-360E) glon=  294.09 glat=  27.20 u= -15.1500 v=  21.8200 vr=   8.35922 vt=  25.21425
 i= 1227 j=  966 glon=  294.29 (0-360E) glon=  294.29 glat=  27.20 u= -12.2900 v=  25.6100 vr=  10.77806 vt=  26.28212
 i= 1232 j=  966 glon=  294.49 (0-360E) glon=  294.49 glat=  27.20 u= -10.7100 v=  24.9400 vr=   9.38546 vt=  25.46803
 i= 1237 j=  966 glon=  294.69 (0-360E) glon=  294.69 glat=  27.20 u= -10.9300 v=  23.3000 vr=   6.44176 vt=  24.91704
 i= 1242 j=  966 glon=  294.89 (0-360E) glon=  294.89 glat=  27.20 u= -10.7100 v=  20.9200 vr=   3.75724 vt=  23.19986
 i= 1152 j=  971 glon=  291.29 (0-360E) glon=  291.29 glat=  27.00 u=  -4.3100 v= -12.8900 vr=  -2.97140 vt=  13.26269
 i= 1157 j=  971 glon=  291.49 (0-360E) glon=  291.49 glat=  27.00 u=  -6.1200 v= -13.5300 vr=  -2.54205 vt=  14.63056
 i= 1162 j=  971 glon=  291.69 (0-360E) glon=  291.69 glat=  27.00 u=  -7.2200 v= -13.8100 vr=  -2.76953 vt=  15.33539
 i= 1167 j=  971 glon=  291.89 (0-360E) glon=  291.89 glat=  27.00 u= -10.6000 v= -12.1200 vr=  -0.28261 vt=  16.09890
 i= 1172 j=  971 glon=  292.09 (0-360E) glon=  292.09 glat=  27.00 u= -15.2400 v= -11.3100 vr=   1.99933 vt=  18.87264
 i= 1177 j=  971 glon=  292.29 (0-360E) glon=  292.29 glat=  27.00 u= -16.4200 v= -11.0600 vr=   0.84561 vt=  19.77941
 i= 1182 j=  971 glon=  292.49 (0-360E) glon=  292.49 glat=  27.00 u= -21.7200 v=  -4.9200 vr=   6.23834 vt=  21.37868
 i= 1187 j=  971 glon=  292.69 (0-360E) glon=  292.69 glat=  27.00 u= -22.2600 v=  -2.4400 vr=   5.48736 vt=  21.71060
 i= 1192 j=  971 glon=  292.89 (0-360E) glon=  292.89 glat=  27.00 u= -27.0300 v=   2.9300 vr=   7.93725 vt=  26.00396
 i= 1197 j=  971 glon=  293.09 (0-360E) glon=  293.09 glat=  27.00 u= -28.5000 v=  11.2800 vr=  11.52047 vt=  28.40365
 i= 1202 j=  971 glon=  293.29 (0-360E) glon=  293.29 glat=  27.00 u= -25.5600 v=  14.8700 vr=  10.27843 vt=  27.72696
 i= 1207 j=  971 glon=  293.49 (0-360E) glon=  293.49 glat=  27.00 u= -24.9600 v=  17.5000 vr=   8.12130 vt=  29.38190
 i= 1212 j=  971 glon=  293.69 (0-360E) glon=  293.69 glat=  27.00 u= -23.4500 v=  20.9000 vr=   7.29348 vt=  30.55352
 i= 1217 j=  971 glon=  293.89 (0-360E) glon=  293.89 glat=  27.00 u= -20.1400 v=  19.8300 vr=   4.31383 vt=  27.93277
 i= 1222 j=  971 glon=  294.09 (0-360E) glon=  294.09 glat=  27.00 u= -19.6700 v=  24.3700 vr=   4.89698 vt=  30.93259
 i= 1227 j=  971 glon=  294.29 (0-360E) glon=  294.29 glat=  27.00 u= -15.7300 v=  28.0000 vr=   7.38572 vt=  31.25514
 i= 1232 j=  971 glon=  294.49 (0-360E) glon=  294.49 glat=  27.00 u= -13.0900 v=  24.1700 vr=   4.66453 vt=  27.08836
 i= 1237 j=  971 glon=  294.69 (0-360E) glon=  294.69 glat=  27.00 u= -11.1100 v=  23.5400 vr=   4.18071 vt=  25.69213
 i= 1242 j=  971 glon=  294.89 (0-360E) glon=  294.89 glat=  27.00 u=  -9.8900 v=  21.9100 vr=   2.96604 vt=  23.85504
 i= 1147 j=  976 glon=  291.09 (0-360E) glon=  291.09 glat=  26.80 u=  -4.0800 v= -13.3600 vr=  -1.54830 vt=  13.88304
 i= 1152 j=  976 glon=  291.29 (0-360E) glon=  291.29 glat=  26.80 u=  -3.1400 v= -15.1000 vr=  -3.70533 vt=  14.97131
 i= 1157 j=  976 glon=  291.49 (0-360E) glon=  291.49 glat=  26.80 u=  -5.0000 v= -15.8800 vr=  -3.15418 vt=  16.34704
 i= 1162 j=  976 glon=  291.69 (0-360E) glon=  291.69 glat=  26.80 u=  -7.6500 v= -15.3700 vr=  -1.57536 vt=  17.09613
 i= 1167 j=  976 glon=  291.89 (0-360E) glon=  291.89 glat=  26.80 u=  -8.8600 v= -15.4800 vr=  -1.87018 vt=  17.73788
 i= 1172 j=  976 glon=  292.09 (0-360E) glon=  292.09 glat=  26.80 u= -14.4700 v= -15.4600 vr=   0.82849 vt=  21.15907
 i= 1177 j=  976 glon=  292.29 (0-360E) glon=  292.29 glat=  26.80 u= -17.2900 v= -14.2100 vr=   1.32259 vt=  22.34097
 i= 1182 j=  976 glon=  292.49 (0-360E) glon=  292.49 glat=  26.80 u= -20.7900 v= -11.3200 vr=   2.59814 vt=  23.52905
 i= 1187 j=  976 glon=  292.69 (0-360E) glon=  292.69 glat=  26.80 u= -30.8100 v=  -2.0800 vr=  11.17265 vt=  28.78810
 i= 1192 j=  976 glon=  292.89 (0-360E) glon=  292.89 glat=  26.80 u= -33.1000 v=   0.5700 vr=   8.25392 vt=  32.05944
 i= 1197 j=  976 glon=  293.09 (0-360E) glon=  293.09 glat=  26.80 u= -31.9700 v=   9.6700 vr=  10.00863 vt=  31.86561
 i= 1202 j=  976 glon=  293.29 (0-360E) glon=  293.29 glat=  26.80 u= -29.3600 v=  17.4500 vr=  10.79749 vt=  32.40257
 i= 1207 j=  976 glon=  293.49 (0-360E) glon=  293.49 glat=  26.80 u= -26.2100 v=  20.2700 vr=   7.81946 vt=  32.19772
 i= 1212 j=  976 glon=  293.69 (0-360E) glon=  293.69 glat=  26.80 u= -21.8300 v=  22.0900 vr=   6.08468 vt=  30.45478
 i= 1217 j=  976 glon=  293.89 (0-360E) glon=  293.89 glat=  26.80 u= -20.2800 v=  24.0900 vr=   4.25660 vt=  31.20077
 i= 1222 j=  976 glon=  294.09 (0-360E) glon=  294.09 glat=  26.80 u= -18.1700 v=  25.8100 vr=   3.43493 vt=  31.37684
 i= 1227 j=  976 glon=  294.29 (0-360E) glon=  294.29 glat=  26.80 u= -15.5500 v=  26.9100 vr=   3.35997 vt=  30.89759
 i= 1232 j=  976 glon=  294.49 (0-360E) glon=  294.49 glat=  26.80 u= -14.2500 v=  26.8700 vr=   2.19092 vt=  30.33578
 i= 1237 j=  976 glon=  294.69 (0-360E) glon=  294.69 glat=  26.80 u= -10.9200 v=  24.7200 vr=   2.28356 vt=  26.92787
 i= 1242 j=  976 glon=  294.89 (0-360E) glon=  294.89 glat=  26.80 u=  -9.7800 v=  22.5800 vr=   1.05800 vt=  24.58425
 i= 1247 j=  976 glon=  295.09 (0-360E) glon=  295.09 glat=  26.80 u=  -8.7200 v=  19.9800 vr=  -0.01325 vt=  21.79997
 i= 1147 j=  981 glon=  291.09 (0-360E) glon=  291.09 glat=  26.60 u=  -1.6500 v= -14.2300 vr=  -2.77211 vt=  14.05457
 i= 1152 j=  981 glon=  291.29 (0-360E) glon=  291.29 glat=  26.60 u=  -0.8100 v= -15.8700 vr=  -4.57001 vt=  15.21933
 i= 1157 j=  981 glon=  291.49 (0-360E) glon=  291.49 glat=  26.60 u=   1.0400 v= -18.8000 vr=  -7.97655 vt=  17.05568
 i= 1162 j=  981 glon=  291.69 (0-360E) glon=  291.69 glat=  26.60 u=  -5.1700 v= -16.7100 vr=  -2.28403 vt=  17.34175
 i= 1167 j=  981 glon=  291.89 (0-360E) glon=  291.89 glat=  26.60 u=  -5.6500 v= -18.2100 vr=  -3.63365 vt=  18.71692
 i= 1172 j=  981 glon=  292.09 (0-360E) glon=  292.09 glat=  26.60 u= -13.3100 v= -21.2700 vr=  -0.32521 vt=  25.08911
 i= 1177 j=  981 glon=  292.29 (0-360E) glon=  292.29 glat=  26.60 u= -19.3600 v= -16.3600 vr=   4.83765 vt=  24.88084
 i= 1182 j=  981 glon=  292.49 (0-360E) glon=  292.49 glat=  26.60 u= -26.9400 v= -12.7300 vr=   9.11056 vt=  28.36925
 i= 1187 j=  981 glon=  292.69 (0-360E) glon=  292.69 glat=  26.60 u= -32.6900 v= -12.1700 vr=   7.08271 vt=  34.15524
 i= 1192 j=  981 glon=  292.89 (0-360E) glon=  292.89 glat=  26.60 u= -34.9800 v=  -0.4600 vr=  10.25571 vt=  33.44596
 i= 1197 j=  981 glon=  293.09 (0-360E) glon=  293.09 glat=  26.60 u= -37.5500 v=  11.0100 vr=  11.54364 vt=  37.38940
 i= 1202 j=  981 glon=  293.29 (0-360E) glon=  293.29 glat=  26.60 u= -34.5800 v=  19.8000 vr=   9.29281 vt=  38.74868
 i= 1207 j=  981 glon=  293.49 (0-360E) glon=  293.49 glat=  26.60 u= -30.0800 v=  24.6900 vr=   5.70621 vt=  38.49470
 i= 1212 j=  981 glon=  293.69 (0-360E) glon=  293.69 glat=  26.60 u= -24.7600 v=  28.6100 vr=   4.55564 vt=  37.56109
 i= 1217 j=  981 glon=  293.89 (0-360E) glon=  293.89 glat=  26.60 u= -21.4600 v=  26.9700 vr=   0.56677 vt=  34.46145
 i= 1222 j=  981 glon=  294.09 (0-360E) glon=  294.09 glat=  26.60 u= -16.5900 v=  27.4300 vr=   1.17608 vt=  32.03513
 i= 1227 j=  981 glon=  294.29 (0-360E) glon=  294.29 glat=  26.60 u= -12.3600 v=  29.2200 vr=   3.13457 vt=  31.57139
 i= 1232 j=  981 glon=  294.49 (0-360E) glon=  294.49 glat=  26.60 u= -11.2900 v=  27.0300 vr=   1.18505 vt=  29.26911
 i= 1237 j=  981 glon=  294.69 (0-360E) glon=  294.69 glat=  26.60 u=  -8.1600 v=  26.7200 vr=   2.50816 vt=  27.82540
 i= 1242 j=  981 glon=  294.89 (0-360E) glon=  294.89 glat=  26.60 u=  -9.0000 v=  22.7300 vr=  -0.75683 vt=  24.43522
 i= 1247 j=  981 glon=  295.09 (0-360E) glon=  295.09 glat=  26.60 u=  -8.2200 v=  20.3500 vr=  -1.55563 vt=  21.89226
 i= 1142 j=  986 glon=  290.89 (0-360E) glon=  290.89 glat=  26.40 u=   2.4700 v= -12.5600 vr=  -4.76853 vt=  11.87921
 i= 1147 j=  986 glon=  291.09 (0-360E) glon=  291.09 glat=  26.40 u=   0.8000 v= -14.6100 vr=  -3.77894 vt=  14.13548
 i= 1152 j=  986 glon=  291.29 (0-360E) glon=  291.29 glat=  26.40 u=   0.3400 v= -16.1600 vr=  -4.00581 vt=  15.65933
 i= 1157 j=  986 glon=  291.49 (0-360E) glon=  291.49 glat=  26.40 u=   2.0300 v= -17.5700 vr=  -6.43793 vt=  16.47358
 i= 1162 j=  986 glon=  291.69 (0-360E) glon=  291.69 glat=  26.40 u=   0.3200 v= -20.4100 vr=  -6.19967 vt=  19.44826
 i= 1167 j=  986 glon=  291.89 (0-360E) glon=  291.89 glat=  26.40 u=  -2.0200 v= -20.2900 vr=  -4.83708 vt=  19.80826
 i= 1172 j=  986 glon=  292.09 (0-360E) glon=  292.09 glat=  26.40 u=  -9.7900 v= -26.0500 vr=  -1.13174 vt=  27.80586
 i= 1177 j=  986 glon=  292.29 (0-360E) glon=  292.29 glat=  26.40 u= -14.2300 v= -20.8100 vr=   2.85952 vt=  25.04740
 i= 1182 j=  986 glon=  292.49 (0-360E) glon=  292.49 glat=  26.40 u= -25.6600 v= -20.7500 vr=   9.06393 vt=  31.73079
 i= 1187 j=  986 glon=  292.69 (0-360E) glon=  292.69 glat=  26.40 u= -29.3800 v= -16.9900 vr=   8.00460 vt=  32.98137
 i= 1192 j=  986 glon=  292.89 (0-360E) glon=  292.89 glat=  26.40 u= -32.4600 v=  -8.8600 vr=   6.27529 vt=  33.05710
 i= 1197 j=  986 glon=  293.09 (0-360E) glon=  293.09 glat=  26.40 u= -36.9100 v=   4.8500 vr=   5.64773 vt=  36.79638
 i= 1202 j=  986 glon=  293.29 (0-360E) glon=  293.29 glat=  26.40 u= -38.7500 v=  27.0800 vr=   8.99624 vt=  46.41074
 i= 1207 j=  986 glon=  293.49 (0-360E) glon=  293.49 glat=  26.40 u= -30.0700 v=  37.1100 vr=   7.16630 vt=  47.22289
 i= 1212 j=  986 glon=  293.69 (0-360E) glon=  293.69 glat=  26.40 u= -24.9300 v=  32.5200 vr=  -1.09804 vt=  40.96156
 i= 1217 j=  986 glon=  293.89 (0-360E) glon=  293.89 glat=  26.40 u= -16.7500 v=  32.3900 vr=   0.67630 vt=  36.45843
 i= 1222 j=  986 glon=  294.09 (0-360E) glon=  294.09 glat=  26.40 u= -10.8000 v=  32.0500 vr=   2.76712 vt=  33.70735
 i= 1227 j=  986 glon=  294.29 (0-360E) glon=  294.29 glat=  26.40 u=  -8.7100 v=  32.9600 vr=   2.90541 vt=  33.96740
 i= 1232 j=  986 glon=  294.49 (0-360E) glon=  294.49 glat=  26.40 u=  -7.7300 v=  29.8300 vr=   1.32812 vt=  30.78665
 i= 1237 j=  986 glon=  294.69 (0-360E) glon=  294.69 glat=  26.40 u=  -8.4900 v=  26.2200 vr=  -1.45115 vt=  27.52204
 i= 1242 j=  986 glon=  294.89 (0-360E) glon=  294.89 glat=  26.40 u=  -7.1000 v=  23.3200 vr=  -1.55360 vt=  24.32732
 i= 1247 j=  986 glon=  295.09 (0-360E) glon=  295.09 glat=  26.40 u=  -7.2400 v=  20.6000 vr=  -2.81983 vt=  21.65239
 i= 1252 j=  986 glon=  295.29 (0-360E) glon=  295.29 glat=  26.40 u=  -6.7600 v=  18.5000 vr=  -3.16050 vt=  19.44116
 i= 1142 j=  991 glon=  290.89 (0-360E) glon=  290.89 glat=  26.20 u=   4.4300 v= -12.5900 vr=  -5.52648 vt=  12.14871
 i= 1147 j=  991 glon=  291.09 (0-360E) glon=  291.09 glat=  26.20 u=   3.2100 v= -15.0500 vr=  -4.67044 vt=  14.66266
 i= 1152 j=  991 glon=  291.29 (0-360E) glon=  291.29 glat=  26.20 u=   3.0400 v= -17.0500 vr=  -4.89106 vt=  16.61390
 i= 1157 j=  991 glon=  291.49 (0-360E) glon=  291.49 glat=  26.20 u=   2.0400 v= -19.8700 vr=  -4.48650 vt=  19.46407
 i= 1162 j=  991 glon=  291.69 (0-360E) glon=  291.69 glat=  26.20 u=   0.8800 v= -21.4100 vr=  -3.91145 vt=  21.06806
 i= 1167 j=  991 glon=  291.89 (0-360E) glon=  291.89 glat=  26.20 u=  -0.5100 v= -22.7700 vr=  -3.27055 vt=  22.53967
 i= 1172 j=  991 glon=  292.09 (0-360E) glon=  292.09 glat=  26.20 u=  -3.0500 v= -26.4100 vr=  -2.24492 vt=  26.49058
 i= 1177 j=  991 glon=  292.29 (0-360E) glon=  292.29 glat=  26.20 u=  -0.6900 v= -27.6400 vr=  -6.11186 vt=  26.96462
 i= 1182 j=  991 glon=  292.49 (0-360E) glon=  292.49 glat=  26.20 u= -14.6900 v= -29.7800 vr=   4.40963 vt=  32.91200
 i= 1187 j=  991 glon=  292.69 (0-360E) glon=  292.69 glat=  26.20 u= -12.4200 v= -28.4400 vr=  -1.67627 vt=  30.98839
 i= 1192 j=  991 glon=  292.89 (0-360E) glon=  292.89 glat=  26.20 u= -21.8200 v= -24.2800 vr=  -1.47970 vt=  32.61045
 i= 1197 j=  991 glon=  293.09 (0-360E) glon=  293.09 glat=  26.20 u= -24.3200 v=  -4.6400 vr=  -3.54059 vt=  24.50421
 i= 1202 j=  991 glon=  293.29 (0-360E) glon=  293.29 glat=  26.20 u= -22.8900 v=  14.5000 vr=  -4.91098 vt=  26.64741
 i= 1207 j=  991 glon=  293.49 (0-360E) glon=  293.49 glat=  26.20 u= -21.6300 v=  40.1500 vr=  -0.42945 vt=  45.60367
 i= 1212 j=  991 glon=  293.69 (0-360E) glon=  293.69 glat=  26.20 u= -17.0200 v=  44.0400 vr=  -1.61283 vt=  47.18687
 i= 1217 j=  991 glon=  293.89 (0-360E) glon=  293.89 glat=  26.20 u= -11.5500 v=  39.3300 vr=  -1.31715 vt=  40.96970
 i= 1222 j=  991 glon=  294.09 (0-360E) glon=  294.09 glat=  26.20 u=  -5.5000 v=  34.9100 vr=   1.65914 vt=  35.30163
 i= 1227 j=  991 glon=  294.29 (0-360E) glon=  294.29 glat=  26.20 u=  -1.7900 v=  31.3100 vr=   3.50516 vt=  31.16463
 i= 1232 j=  991 glon=  294.49 (0-360E) glon=  294.49 glat=  26.20 u=  -4.4500 v=  29.5400 vr=  -0.15179 vt=  29.87292
 i= 1237 j=  991 glon=  294.69 (0-360E) glon=  294.69 glat=  26.20 u=  -6.0200 v=  26.3800 vr=  -2.66405 vt=  26.92671
 i= 1242 j=  991 glon=  294.89 (0-360E) glon=  294.89 glat=  26.20 u=  -5.4000 v=  23.8000 vr=  -2.72874 vt=  24.25189
 i= 1247 j=  991 glon=  295.09 (0-360E) glon=  295.09 glat=  26.20 u=  -6.0100 v=  20.8000 vr=  -3.92021 vt=  21.29300
 i= 1252 j=  991 glon=  295.29 (0-360E) glon=  295.29 glat=  26.20 u=  -5.6200 v=  18.6000 vr=  -3.93670 vt=  19.02753
 i= 1142 j=  996 glon=  290.89 (0-360E) glon=  290.89 glat=  26.00 u=   6.3800 v= -12.9600 vr=  -6.24336 vt=  13.02637
 i= 1147 j=  996 glon=  291.09 (0-360E) glon=  291.09 glat=  26.00 u=   5.8200 v= -14.9100 vr=  -5.65410 vt=  14.97370
 i= 1152 j=  996 glon=  291.29 (0-360E) glon=  291.29 glat=  26.00 u=   5.8500 v= -16.8300 vr=  -5.65037 vt=  16.89807
 i= 1157 j=  996 glon=  291.49 (0-360E) glon=  291.49 glat=  26.00 u=   5.9800 v= -20.1500 vr=  -5.72204 vt=  20.22477
 i= 1162 j=  996 glon=  291.69 (0-360E) glon=  291.69 glat=  26.00 u=   6.6400 v= -22.0900 vr=  -6.32967 vt=  22.18092
 i= 1167 j=  996 glon=  291.89 (0-360E) glon=  291.89 glat=  26.00 u=   4.3900 v= -21.0300 vr=  -4.05890 vt=  21.09641
 i= 1172 j=  996 glon=  292.09 (0-360E) glon=  292.09 glat=  26.00 u=   4.2600 v= -25.2200 vr=  -3.80126 vt=  25.29321
 i= 1177 j=  996 glon=  292.29 (0-360E) glon=  292.29 glat=  26.00 u=   6.2100 v= -28.2700 vr=  -5.58889 vt=  28.39932
 i= 1182 j=  996 glon=  292.49 (0-360E) glon=  292.49 glat=  26.00 u=   1.4500 v= -34.5500 vr=  -0.47143 vt=  34.57720
 i= 1187 j=  996 glon=  292.69 (0-360E) glon=  292.69 glat=  26.00 u=   3.4300 v= -34.4300 vr=  -2.00780 vt=  34.54213
 i= 1192 j=  996 glon=  292.89 (0-360E) glon=  292.89 glat=  26.00 u=   0.9900 v= -24.8600 vr=   0.98524 vt=  24.86019
 i= 1197 j=  996 glon=  293.09 (0-360E) glon=  293.09 glat=  26.00 u=  -3.6200 v=  -5.5300 vr=   6.59380 vt=  -0.45509
 i= 1202 j=  996 glon=  293.29 (0-360E) glon=  293.29 glat=  26.00 u=  -5.3100 v=  11.0200 vr=  -6.24780 vt=  10.51672
 i= 1207 j=  996 glon=  293.49 (0-360E) glon=  293.49 glat=  26.00 u=  -8.3300 v=  31.7100 vr=  -9.68921 vt=  31.32144
 i= 1212 j=  996 glon=  293.69 (0-360E) glon=  293.69 glat=  26.00 u=  -3.3800 v=  53.1400 vr=  -4.92647 vt=  53.01900
 i= 1217 j=  996 glon=  293.89 (0-360E) glon=  293.89 glat=  26.00 u=  -4.5300 v=  42.1900 vr=  -5.47262 vt=  42.07811
 i= 1222 j=  996 glon=  294.09 (0-360E) glon=  294.09 glat=  26.00 u=  -0.2600 v=  37.9200 vr=  -0.95930 vt=  37.90876
 i= 1227 j=  996 glon=  294.29 (0-360E) glon=  294.29 glat=  26.00 u=  -1.0000 v=  34.6300 vr=  -1.55077 vt=  34.60971
 i= 1232 j=  996 glon=  294.49 (0-360E) glon=  294.49 glat=  26.00 u=  -3.0300 v=  28.1500 vr=  -3.42814 vt=  28.10429
 i= 1237 j=  996 glon=  294.69 (0-360E) glon=  294.69 glat=  26.00 u=  -3.8900 v=  25.8900 vr=  -4.22310 vt=  25.83776
 i= 1242 j=  996 glon=  294.89 (0-360E) glon=  294.89 glat=  26.00 u=  -3.7900 v=  23.6800 vr=  -4.07187 vt=  23.63316
 i= 1247 j=  996 glon=  295.09 (0-360E) glon=  295.09 glat=  26.00 u=  -4.1000 v=  20.8900 vr=  -4.33296 vt=  20.84293
 i= 1252 j=  996 glon=  295.29 (0-360E) glon=  295.29 glat=  26.00 u=  -4.4200 v=  18.4200 vr=  -4.61436 vt=  18.37227
 i= 1142 j= 1001 glon=  290.89 (0-360E) glon=  290.89 glat=  25.80 u=   8.2800 v= -12.6800 vr=  -6.81387 vt=  13.52449
 i= 1147 j= 1001 glon=  291.09 (0-360E) glon=  291.09 glat=  25.80 u=   7.7500 v= -14.5600 vr=  -5.91950 vt=  15.39531
 i= 1152 j= 1001 glon=  291.29 (0-360E) glon=  291.29 glat=  25.80 u=   8.0100 v= -16.1700 vr=  -5.76675 vt=  17.09894
 i= 1157 j= 1001 glon=  291.49 (0-360E) glon=  291.49 glat=  25.80 u=   9.7200 v= -16.8600 vr=  -7.08429 vt=  18.12597
 i= 1162 j= 1001 glon=  291.69 (0-360E) glon=  291.69 glat=  25.80 u=   8.4900 v= -21.5900 vr=  -4.70193 vt=  22.71784
 i= 1167 j= 1001 glon=  291.89 (0-360E) glon=  291.89 glat=  25.80 u=  11.3700 v= -19.9800 vr=  -7.23226 vt=  21.82136
 i= 1172 j= 1001 glon=  292.09 (0-360E) glon=  292.09 glat=  25.80 u=  10.8600 v= -24.0200 vr=  -4.98571 vt=  25.88518
 i= 1177 j= 1001 glon=  292.29 (0-360E) glon=  292.29 glat=  25.80 u=  13.5400 v= -27.4400 vr=  -5.17068 vt=  30.15873
 i= 1182 j= 1001 glon=  292.49 (0-360E) glon=  292.49 glat=  25.80 u=  14.5500 v= -29.5800 vr=  -2.70972 vt=  32.85325
 i= 1187 j= 1001 glon=  292.69 (0-360E) glon=  292.69 glat=  25.80 u=  17.1300 v= -35.0400 vr=   2.90044 vt=  38.89506
 i= 1192 j= 1001 glon=  292.89 (0-360E) glon=  292.89 glat=  25.80 u=  22.4900 v= -28.2900 vr=   6.47432 vt=  35.55569
 i= 1197 j= 1001 glon=  293.09 (0-360E) glon=  293.09 glat=  25.80 u=  20.8300 v= -12.1300 vr=  11.31231 vt=  21.28515
 i= 1202 j= 1001 glon=  293.29 (0-360E) glon=  293.29 glat=  25.80 u=  15.7900 v=   8.2000 vr=   3.43626 vt=  17.45727
 i= 1207 j= 1001 glon=  293.49 (0-360E) glon=  293.49 glat=  25.80 u=  23.3200 v=  30.2800 vr=   4.07124 vt=  38.00166
 i= 1212 j= 1001 glon=  293.69 (0-360E) glon=  293.69 glat=  25.80 u=  15.8100 v=  47.8600 vr=  -3.34400 vt=  50.29268
 i= 1217 j= 1001 glon=  293.89 (0-360E) glon=  293.89 glat=  25.80 u=   8.9000 v=  38.4700 vr=  -2.66599 vt=  39.39598
 i= 1222 j= 1001 glon=  294.09 (0-360E) glon=  294.09 glat=  25.80 u=   7.0500 v=  34.7700 vr=  -1.36389 vt=  35.45131
 i= 1227 j= 1001 glon=  294.29 (0-360E) glon=  294.29 glat=  25.80 u=   0.5400 v=  31.3000 vr=  -5.69705 vt=  30.78190
 i= 1232 j= 1001 glon=  294.49 (0-360E) glon=  294.49 glat=  25.80 u=  -2.5300 v=  28.1800 vr=  -7.33597 vt=  27.32575
 i= 1237 j= 1001 glon=  294.69 (0-360E) glon=  294.69 glat=  25.80 u=  -2.0100 v=  25.7600 vr=  -5.88854 vt=  25.15835
 i= 1242 j= 1001 glon=  294.89 (0-360E) glon=  294.89 glat=  25.80 u=  -1.7100 v=  23.7700 vr=  -4.91614 vt=  23.31885
 i= 1247 j= 1001 glon=  295.09 (0-360E) glon=  295.09 glat=  25.80 u=  -2.2600 v=  20.6100 vr=  -4.77409 vt=  20.17642
 i= 1252 j= 1001 glon=  295.29 (0-360E) glon=  295.29 glat=  25.80 u=  -3.1600 v=  18.0600 vr=  -5.17024 vt=  17.59028
 i= 1147 j= 1006 glon=  291.09 (0-360E) glon=  291.09 glat=  25.60 u=   9.4700 v= -14.0800 vr=  -6.02290 vt=  15.86354
 i= 1152 j= 1006 glon=  291.29 (0-360E) glon=  291.29 glat=  25.60 u=   9.3400 v= -15.4600 vr=  -5.17606 vt=  17.30479
 i= 1157 j= 1006 glon=  291.49 (0-360E) glon=  291.49 glat=  25.60 u=  10.4500 v= -16.0800 vr=  -5.56355 vt=  18.35254
 i= 1162 j= 1006 glon=  291.69 (0-360E) glon=  291.69 glat=  25.60 u=  12.1900 v= -17.0800 vr=  -6.22407 vt=  20.03955
 i= 1167 j= 1006 glon=  291.89 (0-360E) glon=  291.89 glat=  25.60 u=  12.3400 v= -18.8700 vr=  -4.76061 vt=  22.03835
 i= 1172 j= 1006 glon=  292.09 (0-360E) glon=  292.09 glat=  25.60 u=  15.2200 v= -21.2500 vr=  -4.96924 vt=  25.66160
 i= 1177 j= 1006 glon=  292.29 (0-360E) glon=  292.29 glat=  25.60 u=  18.4100 v= -21.9000 vr=  -5.11726 vt=  28.14874
 i= 1182 j= 1006 glon=  292.49 (0-360E) glon=  292.49 glat=  25.60 u=  21.4700 v= -22.3400 vr=  -3.61075 vt=  30.77335
 i= 1187 j= 1006 glon=  292.69 (0-360E) glon=  292.69 glat=  25.60 u=  27.4500 v= -23.5500 vr=  -0.59086 vt=  36.16291
 i= 1192 j= 1006 glon=  292.89 (0-360E) glon=  292.89 glat=  25.60 u=  31.4700 v= -18.7000 vr=   4.02896 vt=  36.38432
 i= 1197 j= 1006 glon=  293.09 (0-360E) glon=  293.09 glat=  25.60 u=  38.7800 v=  -8.4700 vr=   7.68785 vt=  38.94260
 i= 1202 j= 1006 glon=  293.29 (0-360E) glon=  293.29 glat=  25.60 u=  36.3800 v=  10.4900 vr=   4.20429 vt=  37.62803
 i= 1207 j= 1006 glon=  293.49 (0-360E) glon=  293.49 glat=  25.60 u=  31.9200 v=  25.7200 vr=   0.99277 vt=  40.98072
 i= 1212 j= 1006 glon=  293.69 (0-360E) glon=  293.69 glat=  25.60 u=  23.9300 v=  33.4200 vr=  -1.73617 vt=  41.06735
 i= 1217 j= 1006 glon=  293.89 (0-360E) glon=  293.89 glat=  25.60 u=  11.0500 v=  32.0500 vr=  -6.64207 vt=  33.24437
 i= 1222 j= 1006 glon=  294.09 (0-360E) glon=  294.09 glat=  25.60 u=  13.3900 v=  29.3700 vr=  -0.30762 vt=  32.27684
 i= 1227 j= 1006 glon=  294.29 (0-360E) glon=  294.29 glat=  25.60 u=   6.8500 v=  27.1900 vr=  -3.48885 vt=  27.82169
 i= 1232 j= 1006 glon=  294.49 (0-360E) glon=  294.49 glat=  25.60 u=   2.8000 v=  28.1900 vr=  -6.28226 vt=  27.62335
 i= 1237 j= 1006 glon=  294.69 (0-360E) glon=  294.69 glat=  25.60 u=  -0.0700 v=  24.8700 vr=  -7.05950 vt=  23.84712
 i= 1242 j= 1006 glon=  294.89 (0-360E) glon=  294.89 glat=  25.60 u=   0.5500 v=  23.0600 vr=  -5.29043 vt=  22.45167
 i= 1247 j= 1006 glon=  295.09 (0-360E) glon=  295.09 glat=  25.60 u=  -0.4900 v=  20.1600 vr=  -5.09710 vt=  19.51116
 i= 1252 j= 1006 glon=  295.29 (0-360E) glon=  295.29 glat=  25.60 u=  -1.9100 v=  17.5300 vr=  -5.54644 vt=  16.73876
 i= 1147 j= 1011 glon=  291.09 (0-360E) glon=  291.09 glat=  25.40 u=  10.4700 v= -13.4500 vr=  -5.52738 vt=  16.12363
 i= 1152 j= 1011 glon=  291.29 (0-360E) glon=  291.29 glat=  25.40 u=  10.2700 v= -14.8900 vr=  -4.29433 vt=  17.57110
 i= 1157 j= 1011 glon=  291.49 (0-360E) glon=  291.49 glat=  25.40 u=  11.2400 v= -15.9400 vr=  -4.06688 vt=  19.07568
 i= 1162 j= 1011 glon=  291.69 (0-360E) glon=  291.69 glat=  25.40 u=  14.2900 v= -16.0300 vr=  -5.81984 vt=  20.67110
 i= 1167 j= 1011 glon=  291.89 (0-360E) glon=  291.89 glat=  25.40 u=  16.0600 v= -16.8400 vr=  -5.65835 vt=  22.57194
 i= 1172 j= 1011 glon=  292.09 (0-360E) glon=  292.09 glat=  25.40 u=  17.7500 v= -18.2300 vr=  -4.44484 vt=  25.05272
 i= 1177 j= 1011 glon=  292.29 (0-360E) glon=  292.29 glat=  25.40 u=  20.2300 v= -19.1300 vr=  -3.09045 vt=  27.67054
 i= 1182 j= 1011 glon=  292.49 (0-360E) glon=  292.49 glat=  25.40 u=  24.2300 v= -16.0300 vr=  -4.14586 vt=  28.75527
 i= 1187 j= 1011 glon=  292.69 (0-360E) glon=  292.69 glat=  25.40 u=  24.5900 v= -10.7700 vr=  -3.39024 vt=  26.63020
 i= 1192 j= 1011 glon=  292.89 (0-360E) glon=  292.89 glat=  25.40 u=  30.7500 v=  -9.9500 vr=   0.51000 vt=  32.31571
 i= 1197 j= 1011 glon=  293.09 (0-360E) glon=  293.09 glat=  25.40 u=  33.8400 v=  -2.4700 vr=   2.01002 vt=  33.87043
 i= 1202 j= 1011 glon=  293.29 (0-360E) glon=  293.29 glat=  25.40 u=  32.7900 v=  11.2100 vr=  -1.98363 vt=  34.59644
 i= 1207 j= 1011 glon=  293.49 (0-360E) glon=  293.49 glat=  25.40 u=  25.6600 v=  19.6400 vr=  -4.31884 vt=  32.02363
 i= 1212 j= 1011 glon=  293.69 (0-360E) glon=  293.69 glat=  25.40 u=  26.6100 v=  26.3900 vr=  -2.58007 vt=  37.38807
 i= 1217 j= 1011 glon=  293.89 (0-360E) glon=  293.89 glat=  25.40 u=  16.8500 v=  24.9600 vr=  -3.59718 vt=  29.89957
 i= 1222 j= 1011 glon=  294.09 (0-360E) glon=  294.09 glat=  25.40 u=  13.0800 v=  24.1700 vr=  -2.99077 vt=  27.31905
 i= 1227 j= 1011 glon=  294.29 (0-360E) glon=  294.29 glat=  25.40 u=   5.1400 v=  25.8600 vr=  -8.45595 vt=  24.97311
 i= 1232 j= 1011 glon=  294.49 (0-360E) glon=  294.49 glat=  25.40 u=   4.1800 v=  23.9800 vr=  -6.87288 vt=  23.35115
 i= 1237 j= 1011 glon=  294.69 (0-360E) glon=  294.69 glat=  25.40 u=   2.5700 v=  22.8300 vr=  -6.70528 vt=  21.97392
 i= 1242 j= 1011 glon=  294.89 (0-360E) glon=  294.89 glat=  25.40 u=   2.0200 v=  22.0800 vr=  -6.04750 vt=  21.33154
 i= 1247 j= 1011 glon=  295.09 (0-360E) glon=  295.09 glat=  25.40 u=   0.9300 v=  19.0100 vr=  -5.35336 vt=  18.26435
 i= 1147 j= 1016 glon=  291.09 (0-360E) glon=  291.09 glat=  25.20 u=  10.2400 v= -13.0300 vr=  -3.93366 vt=  16.09860
 i= 1152 j= 1016 glon=  291.29 (0-360E) glon=  291.29 glat=  25.20 u=  10.4500 v= -14.0800 vr=  -2.99862 vt=  17.27591
 i= 1157 j= 1016 glon=  291.49 (0-360E) glon=  291.49 glat=  25.20 u=  12.2000 v= -14.2300 vr=  -3.61452 vt=  18.39207
 i= 1162 j= 1016 glon=  291.69 (0-360E) glon=  291.69 glat=  25.20 u=  14.0300 v= -15.1400 vr=  -3.58409 vt=  20.32769
 i= 1167 j= 1016 glon=  291.89 (0-360E) glon=  291.89 glat=  25.20 u=  16.7800 v= -14.1300 vr=  -4.93448 vt=  21.37466
 i= 1172 j= 1016 glon=  292.09 (0-360E) glon=  292.09 glat=  25.20 u=  18.9300 v= -14.2500 vr=  -4.55322 vt=  23.25243
 i= 1177 j= 1016 glon=  292.29 (0-360E) glon=  292.29 glat=  25.20 u=  19.7100 v= -15.6000 vr=  -1.48970 vt=  25.09233
 i= 1182 j= 1016 glon=  292.49 (0-360E) glon=  292.49 glat=  25.20 u=  22.5400 v= -13.8700 vr=  -1.06995 vt=  26.44397
 i= 1187 j= 1016 glon=  292.69 (0-360E) glon=  292.69 glat=  25.20 u=  27.0900 v=  -9.5200 vr=  -2.48235 vt=  28.60658
 i= 1192 j= 1016 glon=  292.89 (0-360E) glon=  292.89 glat=  25.20 u=  31.2900 v=  -5.9300 vr=  -1.27001 vt=  31.82163
 i= 1197 j= 1016 glon=  293.09 (0-360E) glon=  293.09 glat=  25.20 u=  29.2200 v=   4.8500 vr=  -5.14943 vt=  29.16872
 i= 1202 j= 1016 glon=  293.29 (0-360E) glon=  293.29 glat=  25.20 u=  26.7200 v=  11.0800 vr=  -5.33388 vt=  28.43017
 i= 1207 j= 1016 glon=  293.49 (0-360E) glon=  293.49 glat=  25.20 u=  24.5700 v=  16.4300 vr=  -5.35146 vt=  29.06874
 i= 1212 j= 1016 glon=  293.69 (0-360E) glon=  293.69 glat=  25.20 u=  21.3600 v=  16.5300 vr=  -2.17903 vt=  26.92104
 i= 1217 j= 1016 glon=  293.89 (0-360E) glon=  293.89 glat=  25.20 u=  17.3100 v=  18.1400 vr=  -2.29033 vt=  24.96898
 i= 1222 j= 1016 glon=  294.09 (0-360E) glon=  294.09 glat=  25.20 u=  13.5200 v=  22.0000 vr=  -4.88460 vt=  25.35609
 i= 1227 j= 1016 glon=  294.29 (0-360E) glon=  294.29 glat=  25.20 u=   8.6000 v=  23.6300 vr=  -7.48885 vt=  24.00529
 i= 1232 j= 1016 glon=  294.49 (0-360E) glon=  294.49 glat=  25.20 u=   5.4800 v=  22.0000 vr=  -7.44810 vt=  21.41392
 i= 1237 j= 1016 glon=  294.69 (0-360E) glon=  294.69 glat=  25.20 u=   4.9600 v=  21.0000 vr=  -6.12232 vt=  20.69103
 i= 1242 j= 1016 glon=  294.89 (0-360E) glon=  294.89 glat=  25.20 u=   3.2200 v=  20.1800 vr=  -6.28249 vt=  19.44560
 i= 1247 j= 1016 glon=  295.09 (0-360E) glon=  295.09 glat=  25.20 u=   2.1100 v=  17.8700 vr=  -5.52931 vt=  17.12354
 i= 1152 j= 1021 glon=  291.29 (0-360E) glon=  291.29 glat=  25.00 u=  11.1200 v= -12.0500 vr=  -3.02871 vt=  16.11471
 i= 1157 j= 1021 glon=  291.49 (0-360E) glon=  291.49 glat=  25.00 u=  11.6700 v= -13.3400 vr=  -1.87158 vt=  17.62503
 i= 1162 j= 1021 glon=  291.69 (0-360E) glon=  291.69 glat=  25.00 u=  13.7900 v= -13.1200 vr=  -2.54581 vt=  18.86312
 i= 1167 j= 1021 glon=  291.89 (0-360E) glon=  291.89 glat=  25.00 u=  15.7100 v= -12.5400 vr=  -2.91970 vt=  19.88796
 i= 1172 j= 1021 glon=  292.09 (0-360E) glon=  292.09 glat=  25.00 u=  18.6500 v= -11.0100 vr=  -4.22294 vt=  21.24169
 i= 1177 j= 1021 glon=  292.29 (0-360E) glon=  292.29 glat=  25.00 u=  20.3900 v=  -9.9200 vr=  -3.82450 vt=  22.35021
 i= 1182 j= 1021 glon=  292.49 (0-360E) glon=  292.49 glat=  25.00 u=  21.3300 v=  -9.1200 vr=  -2.11602 vt=  23.10121
 i= 1187 j= 1021 glon=  292.69 (0-360E) glon=  292.69 glat=  25.00 u=  23.0700 v=  -6.1500 vr=  -2.09271 vt=  23.78377
 i= 1192 j= 1021 glon=  292.89 (0-360E) glon=  292.89 glat=  25.00 u=  24.0600 v=  -0.6100 vr=  -3.79309 vt=  23.76696
 i= 1197 j= 1021 glon=  293.09 (0-360E) glon=  293.09 glat=  25.00 u=  23.9800 v=   2.5500 vr=  -2.74748 vt=  23.95818
 i= 1202 j= 1021 glon=  293.29 (0-360E) glon=  293.29 glat=  25.00 u=  26.0800 v=   4.8700 vr=  -0.45021 vt=  26.52698
 i= 1207 j= 1021 glon=  293.49 (0-360E) glon=  293.49 glat=  25.00 u=  22.3000 v=  10.5100 vr=  -2.62701 vt=  24.51222
 i= 1212 j= 1021 glon=  293.69 (0-360E) glon=  293.69 glat=  25.00 u=  20.0900 v=  13.1800 vr=  -2.35208 vt=  23.91209
 i= 1217 j= 1021 glon=  293.89 (0-360E) glon=  293.89 glat=  25.00 u=  16.3000 v=  17.8200 vr=  -5.23666 vt=  23.57583
 i= 1222 j= 1021 glon=  294.09 (0-360E) glon=  294.09 glat=  25.00 u=  11.7300 v=  18.7700 vr=  -6.36935 vt=  21.19757
 i= 1227 j= 1021 glon=  294.29 (0-360E) glon=  294.29 glat=  25.00 u=   9.6600 v=  20.1700 vr=  -6.87370 vt=  21.28137
 i= 1232 j= 1021 glon=  294.49 (0-360E) glon=  294.49 glat=  25.00 u=   6.7900 v=  19.9000 vr=  -7.28419 vt=  19.72447
 i= 1237 j= 1021 glon=  294.69 (0-360E) glon=  294.69 glat=  25.00 u=   6.6800 v=  19.1800 vr=  -5.67551 vt=  19.50086
 i= 1242 j= 1021 glon=  294.89 (0-360E) glon=  294.89 glat=  25.00 u=   4.1300 v=  17.9600 vr=  -6.11233 vt=  17.38557
 i= 1157 j= 1026 glon=  291.49 (0-360E) glon=  291.49 glat=  24.80 u=  12.9400 v= -10.4800 vr=  -3.15858 vt=  16.34923
 i= 1162 j= 1026 glon=  291.69 (0-360E) glon=  291.69 glat=  24.80 u=  13.2000 v= -10.9800 vr=  -1.92295 vt=  17.06173
 i= 1167 j= 1026 glon=  291.89 (0-360E) glon=  291.89 glat=  24.80 u=  14.4900 v= -10.8400 vr=  -1.58581 vt=  18.02639
 i= 1172 j= 1026 glon=  292.09 (0-360E) glon=  292.09 glat=  24.80 u=  16.5500 v=  -9.7600 vr=  -2.09040 vt=  19.09949
 i= 1177 j= 1026 glon=  292.29 (0-360E) glon=  292.29 glat=  24.80 u=  18.4800 v=  -7.6100 vr=  -2.97673 vt=  19.76263
 i= 1182 j= 1026 glon=  292.49 (0-360E) glon=  292.49 glat=  24.80 u=  20.0700 v=  -5.1400 vr=  -3.57602 vt=  20.40678
 i= 1187 j= 1026 glon=  292.69 (0-360E) glon=  292.69 glat=  24.80 u=  20.9000 v=  -2.6600 vr=  -3.52350 vt=  20.77187
 i= 1192 j= 1026 glon=  292.89 (0-360E) glon=  292.89 glat=  24.80 u=  21.3500 v=  -0.5800 vr=  -2.70108 vt=  21.18639
 i= 1197 j= 1026 glon=  293.09 (0-360E) glon=  293.09 glat=  24.80 u=  21.2700 v=   2.2900 vr=  -2.43640 vt=  21.25373
 i= 1202 j= 1026 glon=  293.29 (0-360E) glon=  293.29 glat=  24.80 u=  21.1600 v=   6.7400 vr=  -3.71050 vt=  21.89533
 i= 1207 j= 1026 glon=  293.49 (0-360E) glon=  293.49 glat=  24.80 u=  20.1600 v=  10.8200 vr=  -4.78318 vt=  22.37452
 i= 1212 j= 1026 glon=  293.69 (0-360E) glon=  293.69 glat=  24.80 u=  18.2500 v=  13.7600 vr=  -5.28470 vt=  22.23673
 i= 1217 j= 1026 glon=  293.89 (0-360E) glon=  293.89 glat=  24.80 u=  14.0000 v=  14.1800 vr=  -5.15769 vt=  19.24761
 i= 1222 j= 1026 glon=  294.09 (0-360E) glon=  294.09 glat=  24.80 u=  11.0900 v=  14.9400 vr=  -5.48518 vt=  17.77933
 i= 1227 j= 1026 glon=  294.29 (0-360E) glon=  294.29 glat=  24.80 u=  10.0000 v=  17.3800 vr=  -6.42737 vt=  18.99351
 i= 1232 j= 1026 glon=  294.49 (0-360E) glon=  294.49 glat=  24.80 u=   7.3500 v=  18.0900 vr=  -7.34021 vt=  18.09397
 i= 1237 j= 1026 glon=  294.69 (0-360E) glon=  294.69 glat=  24.80 u=   6.5700 v=  17.9700 vr=  -6.63943 vt=  17.94446
 i= 1242 j= 1026 glon=  294.89 (0-360E) glon=  294.89 glat=  24.80 u=   4.3600 v=  15.9300 vr=  -6.13248 vt=  15.33516
 i= 1162 j= 1031 glon=  291.69 (0-360E) glon=  291.69 glat=  24.60 u=  13.4300 v=  -9.2800 vr=  -2.04724 vt=  16.19543
 i= 1167 j= 1031 glon=  291.89 (0-360E) glon=  291.89 glat=  24.60 u=  14.0900 v=  -8.8100 vr=  -1.60545 vt=  16.53985
 i= 1172 j= 1031 glon=  292.09 (0-360E) glon=  292.09 glat=  24.60 u=  15.0600 v=  -8.2700 vr=  -1.17881 vt=  17.14080
 i= 1177 j= 1031 glon=  292.29 (0-360E) glon=  292.29 glat=  24.60 u=  16.1700 v=  -7.1500 vr=  -1.04874 vt=  17.64912
 i= 1182 j= 1031 glon=  292.49 (0-360E) glon=  292.49 glat=  24.60 u=  16.8400 v=  -5.6800 vr=  -0.79547 vt=  17.75430
 i= 1187 j= 1031 glon=  292.69 (0-360E) glon=  292.69 glat=  24.60 u=  17.5400 v=  -2.6500 vr=  -1.86006 vt=  17.64127
 i= 1192 j= 1031 glon=  292.89 (0-360E) glon=  292.89 glat=  24.60 u=  18.2700 v=  -0.0300 vr=  -2.38454 vt=  18.11375
 i= 1197 j= 1031 glon=  293.09 (0-360E) glon=  293.09 glat=  24.60 u=  18.5500 v=   1.9000 vr=  -2.00968 vt=  18.53844
 i= 1202 j= 1031 glon=  293.29 (0-360E) glon=  293.29 glat=  24.60 u=  18.6000 v=   4.9500 vr=  -2.67073 vt=  19.06121
 i= 1207 j= 1031 glon=  293.49 (0-360E) glon=  293.49 glat=  24.60 u=  17.0300 v=   7.3300 vr=  -3.00055 vt=  18.29608
 i= 1212 j= 1031 glon=  293.69 (0-360E) glon=  293.69 glat=  24.60 u=  14.3900 v=   9.9500 vr=  -4.24678 vt=  16.97173
 i= 1217 j= 1031 glon=  293.89 (0-360E) glon=  293.89 glat=  24.60 u=  12.8700 v=  15.5400 vr=  -8.09459 vt=  18.48259
 i= 1222 j= 1031 glon=  294.09 (0-360E) glon=  294.09 glat=  24.60 u=  10.5300 v=  14.6100 vr=  -6.74404 vt=  16.69883
 i= 1227 j= 1031 glon=  294.29 (0-360E) glon=  294.29 glat=  24.60 u=   9.4800 v=  15.3800 vr=  -6.53834 vt=  16.84235
 i= 1232 j= 1031 glon=  294.49 (0-360E) glon=  294.49 glat=  24.60 u=   7.6100 v=  16.0100 vr=  -6.95595 vt=  16.30481
 i= 1237 j= 1031 glon=  294.69 (0-360E) glon=  294.69 glat=  24.60 u=   5.8100 v=  15.5900 vr=  -6.83804 vt=  15.16725
 i= 1167 j= 1036 glon=  291.89 (0-360E) glon=  291.89 glat=  24.40 u=  14.1400 v=  -7.9500 vr=  -1.31257 vt=  16.16847
 i= 1172 j= 1036 glon=  292.09 (0-360E) glon=  292.09 glat=  24.40 u=  14.4400 v=  -7.2600 vr=  -0.75720 vt=  16.14459
 i= 1177 j= 1036 glon=  292.29 (0-360E) glon=  292.29 glat=  24.40 u=  14.9800 v=  -6.5000 vr=  -0.24099 vt=  16.32766
 i= 1182 j= 1036 glon=  292.49 (0-360E) glon=  292.49 glat=  24.40 u=  16.0000 v=  -5.3700 vr=  -0.06731 vt=  16.87698
 i= 1187 j= 1036 glon=  292.69 (0-360E) glon=  292.69 glat=  24.40 u=  16.7300 v=  -2.6400 vr=  -1.15290 vt=  16.89773
 i= 1192 j= 1036 glon=  292.89 (0-360E) glon=  292.89 glat=  24.40 u=  14.3200 v=  -0.7500 vr=  -0.91707 vt=  14.31027
 i= 1197 j= 1036 glon=  293.09 (0-360E) glon=  293.09 glat=  24.40 u=  14.7500 v=  -0.1000 vr=   0.02353 vt=  14.75032
 i= 1202 j= 1036 glon=  293.29 (0-360E) glon=  293.29 glat=  24.40 u=  13.7100 v=   2.9400 vr=  -1.47178 vt=  13.94423
 i= 1207 j= 1036 glon=  293.49 (0-360E) glon=  293.49 glat=  24.40 u=  13.0900 v=  10.3000 vr=  -7.27371 vt=  14.98437
 i= 1212 j= 1036 glon=  293.69 (0-360E) glon=  293.69 glat=  24.40 u=  11.9700 v=  12.6600 vr=  -8.27515 vt=  15.33227
 i= 1217 j= 1036 glon=  293.89 (0-360E) glon=  293.89 glat=  24.40 u=  11.7500 v=  13.3400 vr=  -7.46170 vt=  16.13509
 i= 1222 j= 1036 glon=  294.09 (0-360E) glon=  294.09 glat=  24.40 u=  10.4500 v=  13.7700 vr=  -6.99782 vt=  15.80651
 i= 1227 j= 1036 glon=  294.29 (0-360E) glon=  294.29 glat=  24.40 u=   8.8100 v=  14.3500 vr=  -7.08269 vt=  15.27659
 i= 1177 j= 1041 glon=  292.29 (0-360E) glon=  292.29 glat=  24.20 u=  14.9200 v=  -5.3500 vr=  -0.60102 vt=  15.83880
 i= 1182 j= 1041 glon=  292.49 (0-360E) glon=  292.49 glat=  24.20 u=  15.3800 v=  -4.4200 vr=  -0.22585 vt=  16.00093
 i= 1187 j= 1041 glon=  292.69 (0-360E) glon=  292.69 glat=  24.20 u=  14.3000 v=  -3.1200 vr=   0.20720 vt=  14.63494
 i= 1192 j= 1041 glon=  292.89 (0-360E) glon=  292.89 glat=  24.20 u=  12.8100 v=  -0.1400 vr=  -1.18606 vt=  12.75574
 i= 1197 j= 1041 glon=  293.09 (0-360E) glon=  293.09 glat=  24.20 u=  11.8800 v=   8.5700 vr=  -8.62473 vt=  11.84033
 i= 1202 j= 1041 glon=  293.29 (0-360E) glon=  293.29 glat=  24.20 u=  10.9300 v=   9.3600 vr=  -8.28682 vt=  11.76448
 i= 1207 j= 1041 glon=  293.49 (0-360E) glon=  293.49 glat=  24.20 u=  11.6200 v=  10.4200 vr=  -8.01407 vt=  13.39311
 i= 1212 j= 1041 glon=  293.69 (0-360E) glon=  293.69 glat=  24.20 u=  11.9100 v=   9.1800 vr=  -5.45423 vt=  14.01327
 i= 1217 j= 1041 glon=  293.89 (0-360E) glon=  293.89 glat=  24.20 u=  11.6500 v=  11.4900 vr=  -6.43547 vt=  15.04418
 i= 1197 j= 1046 glon=  293.09 (0-360E) glon=  293.09 glat=  24.00 u=  10.4500 v=   8.0100 vr=  -8.05339 vt=  10.41660
 i= 1202 j= 1046 glon=  293.29 (0-360E) glon=  293.29 glat=  24.00 u=  10.5300 v=   8.2300 vr=  -7.30400 vt=  11.19220
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.3511835371366       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     51.49 kts
    LL Wind Circ Vt mean quadmax value: SE     42.33 kts
    LL Wind Circ Vt mean quadmax value: SW     41.56 kts
    LL Wind Circ Vt mean quadmax value: NW     43.97 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220123304       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   6.18263984404151       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    25.9951934157403     
   xcenlon=    293.161507227490     
   imax=         2738  jmax=         2041
   jlatfix=          996
   ilonfix (unadjusted) =         1199
  
 In get_max_wind, ibeg=         1122  iend=         1275
                  jbeg=          928  jend=         1065
         ilonfix=         1199  jlatfix=          996
 At end of get_max_wind, vmax=    41.5799591149390       rmax= 
   22.5541289485143     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    4.26 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    6.17 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.44 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.61 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   12.72 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   14.92 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   17.56 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   20.81 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   24.55 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   28.11 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   30.92 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   32.49 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   32.91 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   32.65 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   32.12 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   31.45 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   30.84 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   30.27 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   29.71 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   29.06 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   28.40 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   27.73 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   27.15 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   26.64 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   26.14 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   25.64 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   25.09 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   24.49 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   23.88 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   23.28 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   22.69 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   22.12 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   21.61 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   21.15 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   20.78 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   20.44 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   20.12 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   19.82 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   19.53 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   19.25 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   18.96 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   18.67 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    32.91 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    32.9075368260101      
  (m/s)   (in kts)=    63.9294717918899     
  rising_sum_dvdr=       28.6488842231251     
  declining_sum_dvdr=   -9.62916002456879     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   114 igrct=  1 Vmax (m/s)=   41.580   22:32:03
 TIMING: before call  getradii, fhr=   114 igrct=  1   22:32:03
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.35222503732623     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.35222503732623     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.50457401645150     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.50457401645150     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.51271847841016     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.51271847841016     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.5362365177792     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.54 good_quad_ct=   4 mean_vt_4quad=      2.88
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.10 mean_vt_4quad=    6.53
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.17 mean_vt_4quad=    6.60
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.24 mean_vt_4quad=    6.68
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.29 mean_vt_4quad=    6.75
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.35 mean_vt_4quad=    6.83
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.41 mean_vt_4quad=    6.91
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.46 mean_vt_4quad=    6.99
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.49 mean_vt_4quad=    7.07
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.54 mean_vt_4quad=    7.15
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.60 mean_vt_4quad=    7.23
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.66 mean_vt_4quad=    7.31
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.72 mean_vt_4quad=    7.39
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   12.77 mean_vt_4quad=    7.47
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   12.81 mean_vt_4quad=    7.55
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   12.84 mean_vt_4quad=    7.63
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   12.86 mean_vt_4quad=    7.71
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   12.87 mean_vt_4quad=    7.78
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   12.87 mean_vt_4quad=    7.86
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   12.86 mean_vt_4quad=    7.93
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   12.85 mean_vt_4quad=    8.01
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   12.87 mean_vt_4quad=    8.09
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   12.89 mean_vt_4quad=    8.16
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   12.93 mean_vt_4quad=    8.24
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.99 mean_vt_4quad=    8.32
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.03 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.05 mean_vt_4quad=    8.48
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.06 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.11 mean_vt_4quad=    8.63
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.18 mean_vt_4quad=    8.72
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.26 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.34 mean_vt_4quad=    8.88
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   13.43 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.51 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.59 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.67 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.77 mean_vt_4quad=    9.37
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.88 mean_vt_4quad=    9.48
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   13.98 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.07 mean_vt_4quad=    9.71
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.16 mean_vt_4quad=    9.83
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.26 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.37 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.46 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.54 mean_vt_4quad=   10.35
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.63 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.75 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.89 mean_vt_4quad=   10.79
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.03 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.17 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.30 mean_vt_4quad=   11.21
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.41 mean_vt_4quad=   11.34
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   15.49 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   15.55 mean_vt_4quad=   11.58
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.68 mean_vt_4quad=   11.70
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.91 mean_vt_4quad=   11.80
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.05 mean_vt_4quad=   11.90
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.03 mean_vt_4quad=   11.98
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   15.92 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   15.87 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   15.97 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.11 mean_vt_4quad=   12.41
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.27 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.43 mean_vt_4quad=   12.75
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.60 mean_vt_4quad=   12.93
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   16.80 mean_vt_4quad=   13.11
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   16.99 mean_vt_4quad=   13.29
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.19 mean_vt_4quad=   13.48
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.39 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.60 mean_vt_4quad=   13.84
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   13.84 .... 0.5*v_holland=    7.88
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   14.03 .... 0.5*v_holland=    7.88
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   14.23 .... 0.5*v_holland=    7.88
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   14.43 .... 0.5*v_holland=    7.88
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   14.63 .... 0.5*v_holland=    7.88
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   17.60 mean_vt_4quad=   13.84
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   17.82 mean_vt_4quad=   14.03
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   18.05 mean_vt_4quad=   14.23
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   18.27 mean_vt_4quad=   14.43
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   18.49 mean_vt_4quad=   14.63
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   18.67 mean_vt_4quad=   14.85
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.90 mean_vt_4quad=   15.07
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   19.14 mean_vt_4quad=   15.30
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   19.49 mean_vt_4quad=   15.54
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   19.82 mean_vt_4quad=   15.78
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   20.20 mean_vt_4quad=   16.02
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   20.53 mean_vt_4quad=   16.25
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   20.84 mean_vt_4quad=   16.48
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   21.12 mean_vt_4quad=   16.71
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   21.35 mean_vt_4quad=   16.93
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   21.60 mean_vt_4quad=   17.15
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   21.83 mean_vt_4quad=   17.38
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   22.08 mean_vt_4quad=   17.62
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   22.53 mean_vt_4quad=   17.89
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   23.03 mean_vt_4quad=   18.20
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   23.52 mean_vt_4quad=   18.53
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   24.13 mean_vt_4quad=   18.88
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   24.82 mean_vt_4quad=   19.24
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   25.57 mean_vt_4quad=   19.61
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   26.34 mean_vt_4quad=   20.01
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   26.34 mean_vt_4quad=   20.01
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.01 mean_vt_4quad=   20.43
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   27.59 mean_vt_4quad=   20.90
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   28.13 mean_vt_4quad=   21.38
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   28.61 mean_vt_4quad=   21.91
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   29.05 mean_vt_4quad=   22.45
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   29.63 mean_vt_4quad=   23.01
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   30.42 mean_vt_4quad=   23.56
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   31.50 mean_vt_4quad=   24.10
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   32.81 mean_vt_4quad=   24.64
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   34.20 mean_vt_4quad=   25.21
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    9.35 mean_vt_4quad=    6.53
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    9.31 mean_vt_4quad=    6.60
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    9.30 mean_vt_4quad=    6.68
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    9.28 mean_vt_4quad=    6.75
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    9.29 mean_vt_4quad=    6.83
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    9.32 mean_vt_4quad=    6.91
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    9.36 mean_vt_4quad=    6.99
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    9.40 mean_vt_4quad=    7.07
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    9.44 mean_vt_4quad=    7.15
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    9.48 mean_vt_4quad=    7.23
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    9.51 mean_vt_4quad=    7.31
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    9.55 mean_vt_4quad=    7.39
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    9.61 mean_vt_4quad=    7.47
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    9.70 mean_vt_4quad=    7.55
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    9.83 mean_vt_4quad=    7.63
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    9.96 mean_vt_4quad=    7.71
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.09 mean_vt_4quad=    7.78
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.17 mean_vt_4quad=    7.86
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   10.22 mean_vt_4quad=    7.93
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   10.28 mean_vt_4quad=    8.01
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   10.32 mean_vt_4quad=    8.09
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   10.37 mean_vt_4quad=    8.16
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   10.37 mean_vt_4quad=    8.24
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   10.37 mean_vt_4quad=    8.32
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   10.38 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   10.40 mean_vt_4quad=    8.48
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.41 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.43 mean_vt_4quad=    8.63
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.47 mean_vt_4quad=    8.72
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   10.50 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   10.55 mean_vt_4quad=    8.88
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   10.61 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   10.68 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   10.74 mean_vt_4quad=    9.16
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   10.84 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   10.95 mean_vt_4quad=    9.37
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   11.02 mean_vt_4quad=    9.48
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   11.11 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   11.21 mean_vt_4quad=    9.71
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   11.34 mean_vt_4quad=    9.83
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   11.46 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   11.58 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   11.70 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   11.81 mean_vt_4quad=   10.35
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   11.92 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   11.99 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.11 mean_vt_4quad=   10.79
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.24 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.35 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.57 mean_vt_4quad=   11.21
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.72 mean_vt_4quad=   11.34
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.81 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.94 mean_vt_4quad=   11.58
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.10 mean_vt_4quad=   11.70
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.26 mean_vt_4quad=   11.80
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.45 mean_vt_4quad=   11.90
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.62 mean_vt_4quad=   11.98
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.78 mean_vt_4quad=   12.06
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.92 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   14.06 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   14.24 mean_vt_4quad=   12.41
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   14.41 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   14.63 mean_vt_4quad=   12.75
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   14.87 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   15.10 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   15.31 mean_vt_4quad=   13.29
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   15.52 mean_vt_4quad=   13.48
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   15.68 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   15.93 mean_vt_4quad=   13.84
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   16.21 mean_vt_4quad=   14.03
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   16.50 mean_vt_4quad=   14.23
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   16.83 mean_vt_4quad=   14.43
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   17.13 mean_vt_4quad=   14.63
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   17.43 mean_vt_4quad=   14.85
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   17.77 mean_vt_4quad=   15.07
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   15.07 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   15.30 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   15.54 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   15.78 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   16.02 .... 0.5*v_holland=    8.78
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   17.77 mean_vt_4quad=   15.07
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   18.17 mean_vt_4quad=   15.30
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   18.57 mean_vt_4quad=   15.54
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   19.00 mean_vt_4quad=   15.78
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   19.41 mean_vt_4quad=   16.02
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   19.82 mean_vt_4quad=   16.25
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   20.26 mean_vt_4quad=   16.48
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   20.75 mean_vt_4quad=   16.71
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   21.33 mean_vt_4quad=   16.93
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   21.93 mean_vt_4quad=   17.15
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   22.52 mean_vt_4quad=   17.38
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   23.00 mean_vt_4quad=   17.62
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.40 mean_vt_4quad=   17.89
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   23.76 mean_vt_4quad=   18.20
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   24.09 mean_vt_4quad=   18.53
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   24.46 mean_vt_4quad=   18.88
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   24.92 mean_vt_4quad=   19.24
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   25.41 mean_vt_4quad=   19.61
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.88 mean_vt_4quad=   20.01
  
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   25.88 mean_vt_4quad=   20.01
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   26.27 mean_vt_4quad=   20.43
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   26.80 mean_vt_4quad=   20.90
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   27.40 mean_vt_4quad=   21.38
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   28.04 mean_vt_4quad=   21.91
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   28.80 mean_vt_4quad=   22.45
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   29.69 mean_vt_4quad=   23.01
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   30.75 mean_vt_4quad=   23.56
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   31.97 mean_vt_4quad=   24.10
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   33.35 mean_vt_4quad=   24.64
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    7.19 mean_vt_4quad=    6.53
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    7.26 mean_vt_4quad=    6.60
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    7.32 mean_vt_4quad=    6.68
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    7.37 mean_vt_4quad=    6.75
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    7.46 mean_vt_4quad=    6.83
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    7.56 mean_vt_4quad=    6.91
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    7.68 mean_vt_4quad=    6.99
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    7.81 mean_vt_4quad=    7.07
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    7.95 mean_vt_4quad=    7.15
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    8.09 mean_vt_4quad=    7.23
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    8.22 mean_vt_4quad=    7.31
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    8.36 mean_vt_4quad=    7.39
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    8.50 mean_vt_4quad=    7.47
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    8.62 mean_vt_4quad=    7.55
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    8.71 mean_vt_4quad=    7.63
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    8.81 mean_vt_4quad=    7.71
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    8.86 mean_vt_4quad=    7.78
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    8.87 mean_vt_4quad=    7.86
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    8.88 mean_vt_4quad=    7.93
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    8.89 mean_vt_4quad=    8.01
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    8.93 mean_vt_4quad=    8.09
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    8.97 mean_vt_4quad=    8.16
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    9.01 mean_vt_4quad=    8.24
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    9.05 mean_vt_4quad=    8.32
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=    9.10 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=    9.20 mean_vt_4quad=    8.48
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=    9.30 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=    9.41 mean_vt_4quad=    8.63
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=    9.55 mean_vt_4quad=    8.72
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=    9.72 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=    9.87 mean_vt_4quad=    8.88
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=    9.98 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   10.13 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   10.33 mean_vt_4quad=    9.16
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   10.51 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   10.70 mean_vt_4quad=    9.37
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   10.90 mean_vt_4quad=    9.48
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   11.10 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   11.28 mean_vt_4quad=    9.71
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   11.42 mean_vt_4quad=    9.83
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   11.55 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   11.67 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   11.75 mean_vt_4quad=   10.22
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   11.83 mean_vt_4quad=   10.35
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   11.86 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   11.91 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   11.93 mean_vt_4quad=   10.79
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   11.94 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   12.00 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   12.09 mean_vt_4quad=   11.21
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   12.21 mean_vt_4quad=   11.34
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   12.35 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   12.48 mean_vt_4quad=   11.58
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   12.62 mean_vt_4quad=   11.70
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   12.76 mean_vt_4quad=   11.80
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   12.88 mean_vt_4quad=   11.90
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   13.02 mean_vt_4quad=   11.98
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.20 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   13.42 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.68 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.98 mean_vt_4quad=   12.41
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   14.31 mean_vt_4quad=   12.57
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   14.69 mean_vt_4quad=   12.75
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   15.08 mean_vt_4quad=   12.93
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   15.40 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   15.62 mean_vt_4quad=   13.29
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   15.78 mean_vt_4quad=   13.48
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   15.90 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   16.06 mean_vt_4quad=   13.84
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   16.27 mean_vt_4quad=   14.03
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   16.56 mean_vt_4quad=   14.23
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   16.77 mean_vt_4quad=   14.43
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   17.08 mean_vt_4quad=   14.63
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   17.33 mean_vt_4quad=   14.85
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   17.73 mean_vt_4quad=   15.07
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   15.07 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   15.30 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   15.54 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   15.78 .... 0.5*v_holland=    8.78
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   16.02 .... 0.5*v_holland=    8.78
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   17.73 mean_vt_4quad=   15.07
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   18.14 mean_vt_4quad=   15.30
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   18.52 mean_vt_4quad=   15.54
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   18.96 mean_vt_4quad=   15.78
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   19.38 mean_vt_4quad=   16.02
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   19.78 mean_vt_4quad=   16.25
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   20.05 mean_vt_4quad=   16.48
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   20.19 mean_vt_4quad=   16.71
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   20.16 mean_vt_4quad=   16.93
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   20.00 mean_vt_4quad=   17.15
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   19.81 mean_vt_4quad=   17.38
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   19.79 mean_vt_4quad=   17.62
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   20.01 mean_vt_4quad=   17.89
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   20.31 mean_vt_4quad=   18.20
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   20.63 mean_vt_4quad=   18.53
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   20.98 mean_vt_4quad=   18.88
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.37 mean_vt_4quad=   19.24
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.84 mean_vt_4quad=   19.61
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.40 mean_vt_4quad=   20.01
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   23.04 mean_vt_4quad=   20.43
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   23.65 mean_vt_4quad=   20.90
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   24.21 mean_vt_4quad=   21.38
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   24.71 mean_vt_4quad=   21.91
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   25.19 mean_vt_4quad=   22.45
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   25.75 mean_vt_4quad=   23.01
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   25.75 mean_vt_4quad=   23.01
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   26.43 mean_vt_4quad=   23.56
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   27.13 mean_vt_4quad=   24.10
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   27.82 mean_vt_4quad=   24.64
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   28.50 mean_vt_4quad=   25.21
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   29.10 mean_vt_4quad=   25.85
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   29.65 mean_vt_4quad=   26.58
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   30.13 mean_vt_4quad=   27.35
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   30.53 mean_vt_4quad=   28.15
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   30.96 mean_vt_4quad=   28.94
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   31.75 mean_vt_4quad=   29.74
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   32.56 mean_vt_4quad=   30.48
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   33.28 mean_vt_4quad=   30.98
  
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    9.68 mean_vt_4quad=    6.53
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    9.72 mean_vt_4quad=    6.60
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    9.78 mean_vt_4quad=    6.68
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.85 mean_vt_4quad=    6.75
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.92 mean_vt_4quad=    6.83
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=    9.99 mean_vt_4quad=    6.91
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.05 mean_vt_4quad=    6.99
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.10 mean_vt_4quad=    7.07
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.13 mean_vt_4quad=    7.15
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.13 mean_vt_4quad=    7.23
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.14 mean_vt_4quad=    7.31
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   10.14 mean_vt_4quad=    7.39
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   10.14 mean_vt_4quad=    7.47
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   10.15 mean_vt_4quad=    7.55
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   10.17 mean_vt_4quad=    7.63
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   10.21 mean_vt_4quad=    7.71
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   10.27 mean_vt_4quad=    7.78
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   10.35 mean_vt_4quad=    7.86
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   10.42 mean_vt_4quad=    7.93
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   10.47 mean_vt_4quad=    8.01
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   10.52 mean_vt_4quad=    8.09
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   10.62 mean_vt_4quad=    8.16
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   10.74 mean_vt_4quad=    8.24
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   10.88 mean_vt_4quad=    8.32
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   10.96 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   11.02 mean_vt_4quad=    8.48
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   11.04 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   11.07 mean_vt_4quad=    8.63
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   11.10 mean_vt_4quad=    8.72
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   11.13 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   11.13 mean_vt_4quad=    8.88
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   11.13 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   11.14 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   11.20 mean_vt_4quad=    9.16
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   11.31 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   11.43 mean_vt_4quad=    9.37
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   11.56 mean_vt_4quad=    9.48
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   11.67 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   11.77 mean_vt_4quad=    9.71
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   11.86 mean_vt_4quad=    9.83
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   11.93 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   11.99 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   12.06 mean_vt_4quad=   10.22
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   12.17 mean_vt_4quad=   10.35
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.28 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.40 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.52 mean_vt_4quad=   10.79
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   12.62 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   12.76 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   12.91 mean_vt_4quad=   11.21
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.08 mean_vt_4quad=   11.34
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   13.29 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   13.52 mean_vt_4quad=   11.58
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   13.77 mean_vt_4quad=   11.70
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   13.99 mean_vt_4quad=   11.80
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   14.20 mean_vt_4quad=   11.90
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   14.40 mean_vt_4quad=   11.98
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   14.51 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   14.52 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   14.55 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   14.78 mean_vt_4quad=   12.41
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   14.98 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.24 mean_vt_4quad=   12.75
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.47 mean_vt_4quad=   12.93
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.73 mean_vt_4quad=   13.11
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.93 mean_vt_4quad=   13.29
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   16.09 mean_vt_4quad=   13.48
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   16.27 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.50 mean_vt_4quad=   13.84
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.60 mean_vt_4quad=   14.03
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.65 mean_vt_4quad=   14.23
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.67 mean_vt_4quad=   14.43
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   16.64 mean_vt_4quad=   14.63
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   16.80 mean_vt_4quad=   14.85
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.01 mean_vt_4quad=   15.07
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.27 mean_vt_4quad=   15.30
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   17.48 mean_vt_4quad=   15.54
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.67 mean_vt_4quad=   15.78
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   15.78 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   16.02 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   16.25 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   16.48 .... 0.5*v_holland=    9.31
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   16.71 .... 0.5*v_holland=    9.31
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    138.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   74.4648000000000     
 vradius(iwindix,iquad) =          74
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.67 mean_vt_4quad=   15.78
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   17.85 mean_vt_4quad=   16.02
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   18.11 mean_vt_4quad=   16.25
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   18.37 mean_vt_4quad=   16.48
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.63 mean_vt_4quad=   16.71
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.96 mean_vt_4quad=   16.93
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   19.38 mean_vt_4quad=   17.15
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   19.74 mean_vt_4quad=   17.38
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   20.06 mean_vt_4quad=   17.62
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.37 mean_vt_4quad=   17.89
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   20.65 mean_vt_4quad=   18.20
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   20.94 mean_vt_4quad=   18.53
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   21.24 mean_vt_4quad=   18.88
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   21.59 mean_vt_4quad=   19.24
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   21.99 mean_vt_4quad=   19.61
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   22.37 mean_vt_4quad=   20.01
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   22.65 mean_vt_4quad=   20.43
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   23.15 mean_vt_4quad=   20.90
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   23.73 mean_vt_4quad=   21.38
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   24.27 mean_vt_4quad=   21.91
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.00 mean_vt_4quad=   22.45
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   25.72 mean_vt_4quad=   23.01
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   25.72 mean_vt_4quad=   23.01
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.42 mean_vt_4quad=   23.56
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   26.94 mean_vt_4quad=   24.10
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   27.49 mean_vt_4quad=   24.64
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   27.97 mean_vt_4quad=   25.21
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   28.40 mean_vt_4quad=   25.85
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   28.71 mean_vt_4quad=   26.58
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   29.00 mean_vt_4quad=   27.35
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   29.53 mean_vt_4quad=   28.15
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   30.14 mean_vt_4quad=   28.94
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   31.10 mean_vt_4quad=   29.74
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   32.22 mean_vt_4quad=   30.48
  
  
   iquad=   4 idist=   13 rdist(idist)=   39.00 bin95wind=   33.26 mean_vt_4quad=   30.98
  
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
 TIMING: after call  getradii, fhr=   114 igrct=  1   22:32:03
 TIMING: after getrad_iter_loop, fhr=   114 igrct=  2 Vmax (m/s)=   41.580   22:32:03
 TIMING: Before get_phase ... 22:32:03
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          114 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   285.523
  
  
  In get_cps_paramb, lead time=          114 :           0   00L  NATL     
   right_ct=          898   left_ct=          869
   zthicksum(1)=    3056912.51562500     
   zthicksum(2)=    2952414.05906250     
   zthick_right_mean=    3404.13420448218     
   zthick_left_mean=     3397.48453286824     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    6.64967161393952     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           66.40
  Sum of y-diffs squared (ydiff2) =         2688.97
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   302.71   6.7452       25.82   0.1661    -3.39    11.46      666.67
    2   294.66   6.6846       17.76   0.1055    -0.78     0.61      315.56
    3   286.67   6.6201        9.78   0.0409     2.58     6.68       95.65
    4   276.02   6.5511       -0.87  -0.0281     4.07    16.55        0.75
    5   261.42   6.4770      -15.47  -0.1022     2.50     6.25      239.26
    6   239.86   6.3969      -37.03  -0.1822    -4.99    24.85     1371.07
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   276.892     x:    6.58
  
  slope=    175.845         y-intercept =   -880.018
  Regression equation:   Y =  -880.02 +   175.84X
  
  R2(r_squared) =  0.9753        r =  0.9876
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1051.45 zmin=  740.65 zdiff=  310.79
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1543.54 zmin= 1240.82 zdiff=  302.71
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.08 dlnp=     -0.057158  dzdlnp=      141.362
  
   +++ k=  3 press=    800.0 zmax= 2060.78 zmin= 1766.12 zdiff=  294.66
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.06 dlnp=     -0.060625  dzdlnp=      132.883
  
   +++ k=  4 press=    750.0 zmax= 2607.28 zmin= 2320.60 zdiff=  286.67
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.98 dlnp=     -0.064539  dzdlnp=      123.709
  
   +++ k=  5 press=    700.0 zmax= 3185.58 zmin= 2909.56 zdiff=  276.02
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.65 dlnp=     -0.068993  dzdlnp=      154.335
  
   +++ k=  6 press=    650.0 zmax= 3799.16 zmin= 3537.73 zdiff=  261.42
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.60 dlnp=     -0.074108  dzdlnp=      197.010
  
   +++ k=  7 press=    600.0 zmax= 4452.69 zmin= 4212.83 zdiff=  239.86
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -21.56 dlnp=     -0.080043  dzdlnp=      269.356
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          229.03
  Sum of y-diffs squared (ydiff2) =         8873.06
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   218.59   6.3099       57.00   0.2788     5.80    33.62     3249.00
    2   196.75   6.2146       35.16   0.1834     1.46     2.15     1236.23
    3   173.81   6.1092       12.22   0.0781    -2.13     4.52      149.23
    4   145.10   5.9915      -16.49  -0.0397    -9.20    84.59      271.85
    5   124.88   5.8579      -36.71  -0.1732    -4.89    23.96     1347.77
    6   110.42   5.7038      -51.18  -0.3274     8.96    80.20     2618.98
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   161.592     x:    6.03
  
  slope=    183.677         y-intercept =   -946.193
  Regression equation:   Y =  -946.19 +   183.68X
  
  R2(r_squared) =  0.9742        r =  0.9870
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4452.69 zmin= 4212.83 zdiff=  239.86
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5153.18 zmin= 4934.58 zdiff=  218.59
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -21.27 dlnp=     -0.087011  dzdlnp=      244.474
  
   +++ k=  9 press=    500.0 zmax= 5910.04 zmin= 5713.29 zdiff=  196.75
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -21.84 dlnp=     -0.095310  dzdlnp=      229.147
  
   +++ k= 10 press=    450.0 zmax= 6735.55 zmin= 6561.74 zdiff=  173.81
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -22.94 dlnp=     -0.105361  dzdlnp=      217.767
  
   +++ k= 11 press=    400.0 zmax= 7640.13 zmin= 7495.03 zdiff=  145.10
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -28.70 dlnp=     -0.117783  dzdlnp=      243.702
  
   +++ k= 12 press=    350.0 zmax= 8645.85 zmin= 8520.97 zdiff=  124.88
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -20.22 dlnp=     -0.133531  dzdlnp=      151.455
  
   +++ k= 13 press=    300.0 zmax= 9777.68 zmin= 9667.26 zdiff=  110.42
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -14.46 dlnp=     -0.154151  dzdlnp=       93.830
  
cps_stats: 00L   lead time= 114: 0   paramb=     6.65  vtl=    175.84  vtu=    183.68
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  114:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  293.162 (0-360) guesslon=  293.162E  (  66.838W)   guesslat=   25.995
 ilonfix=         1199  jlatfix=          996  npts=           33
 ibeg=         1126  jbeg=          928  imax=         2738
 iend=         1272  jend=         1064  jmax=         2041
 TIMING: find_maxmin 1  22:32:03
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  292.642E  (0-360) ctlon=  292.642E  (  67.358W)  ctlat=   27.075 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:03
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  292.642E   (0-360) guesslon=  292.642E  (  67.358W)   guesslat=   27.075
 ilonfix=         1186  jlatfix=          969  npts=           16
 ibeg=         1137  jbeg=          925  imax=         2738
 iend=         1235  jend=         1013  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.422E  (0-360) ctlon=  292.422  (  67.578W)  ctlat=   26.755 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L   114:00  mean_lon:  292.42E (  67.58W)    (0-360) mean_lon=  292.42E  mean_lat:   26.76  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L   114:00  ifix:  1168   jfix:   965  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1168  jx=          965
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         510 ,         308 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         509 ,         307 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L   114:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:04
 TIMING: Before shear ... 22:32:04
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           20
  clon(ist,ifh,3)=    293.098088482575     
  clat(ist,ifh,3)=    26.0158903823402     
  fixlon(ist,ifh)=    293.161507227490     
  fixlat(ist,ifh)=    25.9951934157403     
  xcenlon=    293.098088482575     
  xcenlat=    26.0158903823402     
  
 xxshear
 In get_shear A, xcenlon=    293.098088482575       xcenlat= 
   26.0158903823402     
   In get_shear B, (0-360) xcenlon=    293.098088482575     
  
At start of get_shear:  00L   fhr=  114:00   Mean fix position=   293.16E  ( 66.84W)    26.00  (0-360) mean lon fix=  293.16
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   39.73 vr_mean(idist,ilev)=    4.33
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   35.30 vr_mean(idist,ilev)=    1.02
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   29.74 vr_mean(idist,ilev)=    0.29
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   25.40 vr_mean(idist,ilev)=   -0.34
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   22.87 vr_mean(idist,ilev)=   -1.37
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   19.99 vr_mean(idist,ilev)=   -0.77
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.03 vr_mean(idist,ilev)=   -0.54
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.07 vr_mean(idist,ilev)=   -1.31
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.33 vr_mean(idist,ilev)=   -1.44
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   12.51 vr_mean(idist,ilev)=   -1.14
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   11.01 vr_mean(idist,ilev)=   -0.51
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=    9.95 vr_mean(idist,ilev)=   -0.35
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=    9.01 vr_mean(idist,ilev)=   -0.23
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    8.05 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    7.24 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    6.46 vr_mean(idist,ilev)=   -0.45
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    5.91 vr_mean(idist,ilev)=   -0.39
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    5.31 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    4.88 vr_mean(idist,ilev)=   -0.53
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.36 vr_mean(idist,ilev)=   14.36
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -21.54 vr_mean(idist,ilev)=   21.54
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -28.72 vr_mean(idist,ilev)=   28.72
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -35.91 vr_mean(idist,ilev)=   35.91
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -43.09 vr_mean(idist,ilev)=   43.09
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -50.28 vr_mean(idist,ilev)=   50.28
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -57.47 vr_mean(idist,ilev)=   57.47
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -64.67 vr_mean(idist,ilev)=   64.67
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -71.87 vr_mean(idist,ilev)=   71.87
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -79.07 vr_mean(idist,ilev)=   79.07
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -86.28 vr_mean(idist,ilev)=   86.28
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -93.50 vr_mean(idist,ilev)=   93.50
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -100.72 vr_mean(idist,ilev)=  100.72
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -107.95 vr_mean(idist,ilev)=  107.95
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -115.19 vr_mean(idist,ilev)=  115.19
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -122.43 vr_mean(idist,ilev)=  122.43
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -129.69 vr_mean(idist,ilev)=  129.69
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -136.95 vr_mean(idist,ilev)=  136.95
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -144.23 vr_mean(idist,ilev)=  144.23
  
 At end of get_shear: 
     ist=    1 ifh=   20 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:04
  
 After call to fixcenter, fix positions at 
 forecast hour=  114:00 follow:
  
fixpos  00L   fhr=  114:00   Fix position=   293.16E  ( 66.84W)    26.00   Max Wind=  81 kts
  
  
 xxxx get_next_ges, prev fix lon=    293.824216292236     
 xxxx get_next_ges, curr fix lon=    293.161507227490     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.161507227490        fixlat=    25.9951934157403     
        (0-360) fixlon=    293.161507227490     
      ilonfix=         1199   jlatfix=          996
      ibeg=          721   iend=         1677
      jbeg=          544   jend=         1448
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.60397612587340       vavg=    3.33044944619030     
      ubar=  -0.400994031468349       vbar=   0.832612361547575     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.03140495421641       vavg=    3.71396877569560     
      ubar=   -1.41669650857656       vbar=    2.68959674939537     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.73552112253870       vavg=   0.950906336656661     
      ubar=   -2.10057678921123       vbar=    2.92732333355954     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.10057678921123       vbar=    2.92732333355954     
      wgttot=    1.00000000000000     
      fixlon=    293.161507227490        fixlat=    25.9951934157403     
      barnlon=    292.706427994394       barnlat=    26.5638362582168     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.896644785893481     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      292.706427994394     
     Raw (no conversion for GM wrap) extraplon=    292.497872845528     
  
 --- barnlon=    292.71E  (  67.29W)    barnlat=     26.56
 --- extraplon=  292.50E  (  67.50W)    extraplat=   26.16
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.00
 | Current fix lon is   66.84W   ( 293.16E)
 | Current fix lon (raw, unadjusted)=  293.16E
 | Updated guess lat for next fcst hour is   26.36
 | Updated guess lon (0-360) for next fcst hour is   67.40W   ( 292.60E)
 | Raw updated guess lon for next fcst hour is  292.60E)
 -------------------------------------------------
  
 iocheck, dist=    69.0980190263784        distm=    69098.0190263784     
 iocheck, stmspd=    3.19898236233233        istmspd=           62
 iocheck, xincr=  -0.559356807529639        yincr=   0.366293827530367     
 iocheck, stmdir=    303.218714136859        istmdir=          303
 +++ RPT_STORM_MOTION: istmspd=    62 kts(*10)    istmdir=   303 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  20
     Fix location for this time:   293.16E  ( 66.84W)    26.00
     Fix lon (raw) for this time:  293.16E
     ilonfix= 1199  jlatfix=  996
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.161507227490       xcenlat=    25.9951934157403     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.161507227490       xcenlat=    25.9951934157403     
  ilonfix=         1199  jlatfix=          996
  ibeg=         1077  iend=         1321
  jbeg=          880  jend=         1112  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.161507227490        xcenlat=    25.9951934157403     
      ilonfix=         1199   jlatfix=          996
      ibeg=         1077   iend=         1321
      jbeg=          880   jend=         1112
 After call to barnes, xsmoothval=   3.602505787627387E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.602505787627387E-004
      xcenlon=    293.161507227490        xcenlat=    25.9951934157403     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000360  imeanzeta (*1e6)=      360
   --- mean zeta raw =   3.602505787627387E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003368  igrid zeta (*1e6)=     3368 ifilret=   0
   --- grid zeta raw=   3.367615276765128E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.161507227490       xcenlat=    25.9951934157403     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    293.161507227490       xcenlat=    25.9951934157403     
  ilonfix=         1199  jlatfix=          996
  ibeg=         1077  iend=         1321
  jbeg=          880  jend=         1112  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    293.161507227490        xcenlat=    25.9951934157403     
      ilonfix=         1199   jlatfix=          996
      ibeg=         1077   iend=         1321
      jbeg=          880   jend=         1112
 After call to barnes, xsmoothval=   3.340146349731552E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.340146349731552E-004
      xcenlon=    293.161507227490        xcenlat=    25.9951934157403     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000334  imeanzeta (*1e6)=      334
   --- mean zeta raw =   3.340146349731552E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002323  igrid zeta (*1e6)=     2323 ifilret=   0
   --- grid zeta raw=   2.323248747265840E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=          114
  
 segx, outlon=    293.161507227490       outlat=    25.9951934157403     
   ist=            1  ifcsthour=          114
   vmaxwind=    41.5799591149390       xminmslp=    97851.1900000000     
   vradius=           89          50          34          79          50
          36          79          40          21          74          40
          21
   maxstorm=            6
   plastbar=    101051.190000000       rlastbar=    120.889000910500     
   rmax=    22.5541289485143     
   cps_vals=    6.64967161393952        175.844854400570     
   183.676985326442     
   wcore_flag= n
   istmspd=           62  istmdir=          303
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     32.9075368260101     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   120.889000910500       irlastbar=         121
 output: plastbar=   101051.190000000       iplastbar=        1011
 rmax=    22.5541289485143        irmax=           23
 TXX top of atcfunix_ext, ist=            1  ifh=          114
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   120.889000910500       irlastbar=         121
 output: plastbar=   101051.190000000       iplastbar=        1011
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          114
 intlat=          260
 clatns= N
 intlon=          668
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           81
 int(xminmslp/mslp_outp_adj + 0.5)=          979
 XX,  34, NEQ
 vradius(1,1)=           89
 vradius(1,2)=           79
 vradius(1,3)=           79
 vradius(1,4)=           74
 iplastbar=         1011
 irlastbar=          121
 irmax=           23
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          303
 istmspd=           62
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           66
 icps_vals(2)=         1758
 icps_vals(3)=         1837
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           64
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          360
 igridzeta(1)=         3368
 imeanzeta(2)=          334
 igridzeta(2)=         2323
  
 rmax=    22.5541289485143        irmax=           23
 +++ Top of output_atcf_parms, ist=            1  ifh=          114
  
 xxxx get_next_ges, prev fix lon=    293.824216292236     
 xxxx get_next_ges, curr fix lon=    293.161507227490     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    293.161507227490        fixlat=    25.9951934157403     
        (0-360) fixlon=    293.161507227490     
      ilonfix=         1199   jlatfix=          996
      ibeg=          721   iend=         1677
      jbeg=          544   jend=         1448
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.60397612587340       vavg=    3.33044944619030     
      ubar=  -0.400994031468349       vbar=   0.832612361547575     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.03140495421641       vavg=    3.71396877569560     
      ubar=   -1.41669650857656       vbar=    2.68959674939537     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -2.73552112253870       vavg=   0.950906336656661     
      ubar=   -2.10057678921123       vbar=    2.92732333355954     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.10057678921123       vbar=    2.92732333355954     
      wgttot=    1.00000000000000     
      fixlon=    293.161507227490        fixlat=    25.9951934157403     
      barnlon=    292.706427994394       barnlat=    26.5638362582168     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.896644785893481     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      292.706427994394     
     Raw (no conversion for GM wrap) extraplon=    292.497872845528     
  
 --- barnlon=    292.71E  (  67.29W)    barnlat=     26.56
 --- extraplon=  292.50E  (  67.50W)    extraplat=   26.16
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.00
 | Current fix lon is   66.84W   ( 293.16E)
 | Current fix lon (raw, unadjusted)=  293.16E
 | Updated guess lat for next fcst hour is   26.36
 | Updated guess lon (0-360) for next fcst hour is   67.40W   ( 292.60E)
 | Raw updated guess lon for next fcst hour is  292.60E)
 -------------------------------------------------
  
 iocheck, dist=    69.0980190263784        distm=    69098.0190263784     
 iocheck, stmspd=    3.19898236233233        istmspd=           62
 iocheck, xincr=  -0.559356807529639        yincr=   0.366293827530367     
 iocheck, stmdir=    303.218714136859        istmdir=          303
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:  114:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   6.172779514492593E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  318.559E  (0-360) ctlon=  318.559E  (  41.441W)  ctlat=   44.859 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.617E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  318.559E   (0-360) guesslon=  318.559E  (  41.441W)   guesslat=   44.859
 ilonfix=         1834  jlatfix=          524  npts=           16
 ibeg=         1775  jbeg=          480  imax=         2738
 iend=         1893  jend=          568  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.539E  (0-360) ctlon=  318.539  (  41.461W)  ctlat=   44.639 fmax (x10e5) =        0.517E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   3.641833916754942E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  318.559E  (0-360) ctlon=  318.559E  (  41.441W)  ctlat=   44.460 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.364E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  318.559E   (0-360) guesslon=  318.559E  (  41.441W)   guesslat=   44.460
 ilonfix=         1834  jlatfix=          534  npts=           16
 ibeg=         1775  jbeg=          490  imax=         2738
 iend=         1893  jend=          578  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.839E  (0-360) ctlon=  318.839  (  41.161W)  ctlat=   44.140 fmax (x10e5) =        0.321E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  318.559E  (0-360) ctlon=  318.559E  (  41.441W)  ctlat=   43.660 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.137E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  318.559E   (0-360) guesslon=  318.559E  (  41.441W)   guesslat=   43.660
 ilonfix=         1834  jlatfix=          554  npts=           16
 ibeg=         1776  jbeg=          510  imax=         2738
 iend=         1892  jend=          598  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.439E  (0-360) ctlon=  318.439  (  41.561W)  ctlat=   43.640 fmax =       -0.100E+16 fmin =        0.137E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  318.559E  (0-360) ctlon=  318.559E  (  41.441W)  ctlat=   44.060 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.301E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  318.559E   (0-360) guesslon=  318.559E  (  41.441W)   guesslat=   44.060
 ilonfix=         1834  jlatfix=          544  npts=           16
 ibeg=         1776  jbeg=          500  imax=         2738
 iend=         1892  jend=          588  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.439E  (0-360) ctlon=  318.439  (  41.561W)  ctlat=   43.940 fmax =       -0.100E+16 fmin =        0.301E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  318.559E  (0-360) ctlon=  318.559E  (  41.441W)  ctlat=   43.660 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.997E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  318.559E   (0-360) guesslon=  318.559E  (  41.441W)   guesslat=   43.660
 ilonfix=         1834  jlatfix=          554  npts=           16
 ibeg=         1776  jbeg=          510  imax=         2738
 iend=         1892  jend=          598  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.539E  (0-360) ctlon=  318.539  (  41.461W)  ctlat=   43.640 fmax =       -0.100E+16 fmin =        0.997E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.279 (0-360) guesslon=  318.279E  (  41.721W)   guesslat=   43.780
 ilonfix=         1827  jlatfix=          551  npts=           33
 ibeg=         1745  jbeg=          483  imax=         2738
 iend=         1909  jend=          619  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   4.477822618771998E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  318.159E  (0-360) ctlon=  318.159E  (  41.841W)  ctlat=   43.260 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.448E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  318.159E   (0-360) guesslon=  318.159E  (  41.841W)   guesslat=   43.260
 ilonfix=         1824  jlatfix=          564  npts=           16
 ibeg=         1766  jbeg=          520  imax=         2738
 iend=         1882  jend=          608  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  318.139E  (0-360) ctlon=  318.139  (  41.861W)  ctlat=   43.540 fmax (x10e5) =        0.468E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    318.455367231684        uvgeslat=    43.9467899942819     
    (0-360 uvgeslon)=    318.455367231684     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    318.455367231684        uvgeslat=    43.9467899942819     
    (0-360 uvgeslon)=    318.455367231684     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    318.455367231684     
  
 After first run, Wind Circulation (NHEM) ctlon=  318.455E  (0-360E lon):  318.455E    41.545W  ctlat=   43.627  xmax_circul_disk =     130777998.8
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  318.455E  (0-360E)=  318.455E  (  41.545W)   guesslat=   43.627
 ilonfix=         1832  jlatfix=          555  npts=           56
 ibeg=         1754  jbeg=          491  imax=         2738
 iend=         1910  jend=          619  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    131446044.699626     
 nhalf get_wind_circ, k=  1 ctlon=  318.595E  (0-360E)=  318.595E  ctlon=   41.405W   ctlat=   43.587 Wind Circulation (NHEM: Max) =     131446044.7
 TIMING: After GWC 850 ... 22:32:04
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    318.455367231684        uvgeslat=    43.9467899942819     
    (0-360 uvgeslon)=    318.455367231684     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    318.455367231684     
  
 After first run, Wind Circulation (NHEM) ctlon=  318.135E  (0-360E lon):  318.135E    41.865W  ctlat=   43.627  xmax_circul_disk =      95293493.7
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  318.135E  (0-360E)=  318.135E  (  41.865W)   guesslat=   43.627
 ilonfix=         1824  jlatfix=          555  npts=           56
 ibeg=         1746  jbeg=          491  imax=         2738
 iend=         1902  jend=          619  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    95893050.9261418     
 nhalf get_wind_circ, k=  1 ctlon=  318.155E  (0-360E)=  318.155E  ctlon=   41.845W   ctlat=   43.707 Wind Circulation (NHEM: Max) =      95893050.9
 TIMING: After GWC 700 ... 22:32:04
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    318.455367231684        uvgeslat=    43.9467899942819     
    (0-360 uvgeslon)=    318.455367231684     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    318.455367231684     
  
 After first run, Wind Circulation (NHEM) ctlon=  318.455E  (0-360E lon):  318.455E    41.545W  ctlat=   43.627  xmax_circul_disk =      87223208.6
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  318.455E  (0-360E)=  318.455E  (  41.545W)   guesslat=   43.627
 ilonfix=         1832  jlatfix=          555  npts=           56
 ibeg=         1754  jbeg=          491  imax=         2738
 iend=         1910  jend=          619  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    88171699.2949395     
 nhalf get_wind_circ, k=  1 ctlon=  318.355E  (0-360E)=  318.355E  ctlon=   41.645W   ctlat=   43.527 Wind Circulation (NHEM: Max) =      88171699.3
 TIMING: After GWC Sfc ... 22:32:04
  
 At beg of fixcenter, stderr(ist,ifh-1) =    12.20  xavg_stderr=    12.22
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           20  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   114:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  318.28E   (0-360) guesslon=  318.28E  ( 41.72W)    43.78
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       318.54       41.46      44.64           51.69       T         97.84
   2    zeta 700    Max       318.84       41.16      44.14           32.10       T         60.09
   3    circ 850    Max       318.60       41.40      43.59          131.45       T         33.26
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       318.16       41.84      43.71           95.89       T         12.81
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       318.44       41.56      43.64         1373.95       T         20.19
   8     gph 700    Min       318.44       41.56      43.94         3011.48       T         21.93
   9        MSLP    Min       318.54       41.46      43.64        99713.16       T         26.06
  10    circ sfc    Max       318.36       41.64      43.53           88.17       T         28.77
  11    zeta sfc    Max       318.14       41.86      43.54           46.83       T         28.97
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    35.7072592086020       stderr_close= 
   22.0856578663040       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  91.684 devia=   4.151 wtpos=  0.25063     318.54   318.54    41.46    44.64
 ip=  2 kprm=  2 dist_from_mean=  47.501 devia=   2.151 wtpos=  0.48825     318.84   318.84    41.16    44.14
 ip=  3 kprm=  3 dist_from_mean=  28.226 devia=   1.278 wtpos=  0.65311     318.60   318.60    41.40    43.59
 ip=  5 kprm=  4 dist_from_mean=  26.593 devia=   1.204 wtpos=  0.66941     318.16   318.16    41.84    43.71
 ip=  7 kprm=  5 dist_from_mean=  19.806 devia=   0.897 wtpos=  0.74161     318.44   318.44    41.56    43.64
 ip=  8 kprm=  6 dist_from_mean=  13.591 devia=   0.615 wtpos=  0.81455     318.44   318.44    41.56    43.94
 ip=  9 kprm=  7 dist_from_mean=  21.073 devia=   0.954 wtpos=  0.72757     318.54   318.54    41.46    43.64
 ip= 10 kprm=  8 dist_from_mean=  33.188 devia=   1.503 wtpos=  0.60598     318.36   318.36    41.64    43.53
 ip= 11 kprm=  9 dist_from_mean=  39.704 devia=   1.798 wtpos=  0.54922     318.14   318.14    41.86    43.54
  
At end of fixcenter:  08L   fhr=  114:00   Fix position=   318.44E  (0-360) fixlon=  318.44  ( 41.56W)    43.75
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    318.437172684455     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    318.539001504411     
        (0-360E clon(ist,ifh,9))=    318.539001504411     
      clat(ist,ifh,9)=    43.6395249488274     
      xval(9)=    99713.1564852684     
  
  After get_ij B, ibeg jbeg =         1717         417
  After get_ij B, iend jend =         1951         693
  
 In is_it_a_storm, ilonfix=         1834  jlatfix=          555
 ibeg jbeg iend jend =         1717         417        1951         693
 cparm= slp  parmlon parmlat =    318.539001504411        43.6395249488274     
     (0-360E parmlon) =    318.539001504411     
 parmval=    99713.1564852684     
  
 i= 1802 j=  492 glon=  317.29 (0-360E) glon=  317.29 glat=  46.16 dist=   297.12 slp=  101094.55 pgradient=  4.64933
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.64933
 mslp center =    318.539001504411        43.6395249488274     
   99713.1564852684     
   (0-360E) lon of mslp center =    318.539001504411     
 pgrad loc   =    317.288199000000        317.288199000000     
   42.7118010000000        46.1604940000000        101094.550000000     
  ttest at location C IF....
      xinp_fixlat=    43.6395249488274     
      xinp_fixlon=    318.539001504411       (0-360E) xinp_fixlon= 
   318.539001504411     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99473.6700000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1829  jfix=          557
 longitude=    318.539001504411      E   (   41.4609984955887      
 W)  (0-360E) xinp_fixlon=    318.539001504411     
 latitude=    43.6395249488274     
 mean mslp value (xval(9))=    99713.1564852684     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1829  jfix=          557
 longitude=    318.539001504411      E   (   41.4609984955887      
 W)  (0-360E) xinp_fixlon=    318.539001504411     
 latitude=    43.6395249488274     
 mean mslp value (xval(9))=    99713.1564852684     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1829  jx=          557
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99473.6700000000       xcentval=    99473.6700000000     
 At A, num_found_contours=            0
 At A, contlo=    99473.6700000000       conthi=    99873.6700000000     
  
 num_found_contours=            0
 contlo=    99473.6700000000       conthi=    99873.6700000000     
 xcentval=    99473.6700000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99873.6700000000       conthi=    100273.670000000     
  
 num_found_contours=            1
 contlo=    99873.6700000000       conthi=    100273.670000000     
 xcentval=    99473.6700000000     
 At A, num_found_contours=            2
 At A, contlo=    100273.670000000       conthi=    100673.670000000     
  
 num_found_contours=            2
 contlo=    100273.670000000       conthi=    100673.670000000     
 xcentval=    99473.6700000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1880 ,         498 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99473.6700000000     
 !!! (i,j) of central value = (        1829 ,         557 )
 !!!  
 !!! Flagged value found    =    100271.030000000     
 !!! (i,j) of flagged value = (        1881 ,         497 )
 !!!   
 !!! Lower bound of contour interval =    100273.670000000     
 !!! Upper bound of contour interval =    100673.670000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1829  jfix=          557
 longitude=    318.539001504411      E   (   41.4609984955887      W)  
 (0-360E) xinp_fixlon=    318.539001504411     
 latitude=    43.6395249488274     
 mean mslp value (xval(9))=    99713.1564852684     
 gridpoint mslp value=    99473.6700000000     
 ccflag= y
 prs of last closed isobar =    100273.670000000     
 radius of last closed isobar =    75.1548454494414       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =  114:00
 !!! Boundary check xinp_fixlat is   43.64
 !!! Boundary check xinp_fixlon is   41.46W   ( 318.54E)  (0-360E) xinp_fixlon=  318.54
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    318.595363731684     
  850 mb wcirc fix lat=    43.5867989942819     
    (0-360) 850 mb wcirc fix lon=    318.595363731684     
  Multi-parm fix lon=      318.437172684455     
  Multi-parm fix lat=      43.7534216278336     
    (0-360) Multi-parm fix lon=      318.437172684455     
  
  
  After get_ij B, ibeg jbeg =         1735         452
  After get_ij B, iend jend =         1935         660
  
 In is_it_a_storm, ilonfix=         1835  jlatfix=          556
 ibeg jbeg iend jend =         1735         452        1935         660
 cparm= v850  parmlon parmlat =    318.595363731684        43.5867989942819     
     (0-360E parmlon) =    318.595363731684     
 parmval=    131446044.699626     
  
 i= 1820 j=  507 glon=  318.01 (0-360E) glon=  318.01 glat=  45.56 u=  -3.7800 v= -25.7200 vr= -24.36154 vt=   9.07315
 i= 1825 j=  507 glon=  318.21 (0-360E) glon=  318.21 glat=  45.56 u=  -6.3200 v= -28.6200 vr= -27.45800 vt=  10.25207
 i= 1830 j=  507 glon=  318.41 (0-360E) glon=  318.41 glat=  45.56 u= -11.2900 v= -30.8900 vr= -30.05121 vt=  13.36343
 i= 1835 j=  507 glon=  318.61 (0-360E) glon=  318.61 glat=  45.56 u= -10.0200 v= -23.1900 vr= -23.23643 vt=   9.91185
 i= 1840 j=  507 glon=  318.81 (0-360E) glon=  318.81 glat=  45.56 u= -10.9500 v= -21.9200 vr= -22.70005 vt=   9.22479
 i= 1845 j=  507 glon=  319.01 (0-360E) glon=  319.01 glat=  45.56 u= -11.7000 v= -14.4700 vr= -16.04781 vt=   9.42012
 i= 1850 j=  507 glon=  319.21 (0-360E) glon=  319.21 glat=  45.56 u=  -3.3100 v=   9.5500 vr=   8.60012 vt=   5.31004
 i= 1805 j=  512 glon=  317.41 (0-360E) glon=  317.41 glat=  45.36 u= -10.3700 v= -28.1200 vr= -20.82832 vt=  21.55116
 i= 1810 j=  512 glon=  317.61 (0-360E) glon=  317.61 glat=  45.36 u= -10.4600 v= -26.4600 vr= -20.67282 vt=  19.54937
 i= 1815 j=  512 glon=  317.81 (0-360E) glon=  317.81 glat=  45.36 u=  -7.1900 v= -24.9000 vr= -21.53329 vt=  14.42302
 i= 1820 j=  512 glon=  318.01 (0-360E) glon=  318.01 glat=  45.36 u=  -2.1600 v= -27.0800 vr= -25.84334 vt=   8.37341
 i= 1825 j=  512 glon=  318.21 (0-360E) glon=  318.21 glat=  45.36 u=  -6.3800 v= -32.8800 vr= -31.49304 vt=  11.40121
 i= 1830 j=  512 glon=  318.41 (0-360E) glon=  318.41 glat=  45.36 u=  -9.3200 v= -32.0000 vr= -31.20317 vt=  11.71428
 i= 1835 j=  512 glon=  318.61 (0-360E) glon=  318.61 glat=  45.36 u=  -8.4000 v= -10.9600 vr= -11.00344 vt=   8.34302
 i= 1840 j=  512 glon=  318.81 (0-360E) glon=  318.81 glat=  45.36 u=  -9.2900 v= -16.4900 vr= -17.22732 vt=   7.83859
 i= 1845 j=  512 glon=  319.01 (0-360E) glon=  319.01 glat=  45.36 u=  -7.6000 v=   7.2100 vr=   5.85676 vt=   8.68576
 i= 1850 j=  512 glon=  319.21 (0-360E) glon=  319.21 glat=  45.36 u=  -1.1600 v=  15.6200 vr=  14.87930 vt=   4.89250
 i= 1855 j=  512 glon=  319.41 (0-360E) glon=  319.41 glat=  45.36 u=   6.3300 v=  14.0400 vr=  15.31602 vt=  -1.61555
 i= 1860 j=  512 glon=  319.61 (0-360E) glon=  319.61 glat=  45.36 u=  10.1900 v=  11.1100 vr=  14.14964 vt=  -5.20153
 i= 1865 j=  512 glon=  319.81 (0-360E) glon=  319.81 glat=  45.36 u=  11.8000 v=  11.9400 vr=  15.92465 vt=  -5.31121
 i= 1795 j=  517 glon=  317.01 (0-360E) glon=  317.01 glat=  45.16 u= -13.1700 v= -26.2500 vr= -13.46685 vt=  26.09895
 i= 1800 j=  517 glon=  317.21 (0-360E) glon=  317.21 glat=  45.16 u= -11.1500 v= -29.2000 vr= -18.65648 vt=  25.07785
 i= 1805 j=  517 glon=  317.41 (0-360E) glon=  317.41 glat=  45.16 u=  -9.7900 v= -30.0500 vr= -21.72118 vt=  22.95729
 i= 1810 j=  517 glon=  317.61 (0-360E) glon=  317.61 glat=  45.16 u=  -5.1000 v= -25.8100 vr= -21.41900 vt=  15.27719
 i= 1815 j=  517 glon=  317.81 (0-360E) glon=  317.81 glat=  45.16 u=   0.0300 v= -25.3100 vr= -23.82239 vt=   8.54931
 i= 1820 j=  517 glon=  318.01 (0-360E) glon=  318.01 glat=  45.16 u=  -3.4500 v= -31.3800 vr= -29.41093 vt=  11.47188
 i= 1825 j=  517 glon=  318.21 (0-360E) glon=  318.21 glat=  45.16 u=  -6.8700 v= -36.9700 vr= -35.20596 vt=  13.21052
 i= 1830 j=  517 glon=  318.41 (0-360E) glon=  318.41 glat=  45.16 u=  -8.9800 v= -24.5500 vr= -23.69477 vt=  11.04088
 i= 1835 j=  517 glon=  318.61 (0-360E) glon=  318.61 glat=  45.16 u= -13.1800 v=   0.5300 vr=   0.45285 vt=  13.18288
 i= 1840 j=  517 glon=  318.81 (0-360E) glon=  318.81 glat=  45.16 u= -15.0800 v=   5.9100 vr=   4.42185 vt=  15.58146
 i= 1845 j=  517 glon=  319.01 (0-360E) glon=  319.01 glat=  45.16 u=  -5.4900 v=   7.6600 vr=   6.50865 vt=   6.81565
 i= 1850 j=  517 glon=  319.21 (0-360E) glon=  319.21 glat=  45.16 u=   3.2700 v=   9.7500 vr=  10.27074 vt=  -0.51697
 i= 1855 j=  517 glon=  319.41 (0-360E) glon=  319.41 glat=  45.16 u=   4.6000 v=  16.0200 vr=  16.61863 vt=   1.27346
 i= 1860 j=  517 glon=  319.61 (0-360E) glon=  319.61 glat=  45.16 u=   7.6700 v=  17.6600 vr=  19.24793 vt=   0.47101
 i= 1865 j=  517 glon=  319.81 (0-360E) glon=  319.81 glat=  45.16 u=  11.0400 v=  19.2500 vr=  22.18904 vt=  -0.30080
 i= 1870 j=  517 glon=  320.01 (0-360E) glon=  320.01 glat=  45.16 u=  11.0000 v=  18.0700 vr=  21.14652 vt=   0.59135
 i= 1875 j=  517 glon=  320.21 (0-360E) glon=  320.21 glat=  45.16 u=  10.1500 v=  19.4100 vr=  21.64010 vt=   3.38773
 i= 1785 j=  522 glon=  316.61 (0-360E) glon=  316.61 glat=  44.96 u= -10.6100 v= -23.9100 vr=  -8.82591 vt=  24.62445
 i= 1790 j=  522 glon=  316.81 (0-360E) glon=  316.81 glat=  44.96 u= -12.3600 v= -24.9100 vr=  -9.66132 vt=  26.07559
 i= 1795 j=  522 glon=  317.01 (0-360E) glon=  317.01 glat=  44.96 u= -11.7800 v= -29.4600 vr= -15.05653 vt=  27.92778
 i= 1800 j=  522 glon=  317.21 (0-360E) glon=  317.21 glat=  44.96 u=  -8.3800 v= -30.5500 vr= -19.74316 vt=  24.77367
 i= 1805 j=  522 glon=  317.41 (0-360E) glon=  317.41 glat=  44.96 u=  -7.7000 v= -29.0200 vr= -20.54769 vt=  21.89162
 i= 1810 j=  522 glon=  317.61 (0-360E) glon=  317.61 glat=  44.96 u=  -1.5500 v= -26.7300 vr= -23.01848 vt=  13.67643
 i= 1815 j=  522 glon=  317.81 (0-360E) glon=  317.81 glat=  44.96 u=  -0.5200 v= -31.5600 vr= -28.97094 vt=  12.52951
 i= 1820 j=  522 glon=  318.01 (0-360E) glon=  318.01 glat=  44.96 u=  -3.7600 v= -33.1600 vr= -30.58431 vt=  13.35378
 i= 1825 j=  522 glon=  318.21 (0-360E) glon=  318.21 glat=  44.96 u= -10.0400 v= -30.2700 vr= -27.66723 vt=  15.86187
 i= 1830 j=  522 glon=  318.41 (0-360E) glon=  318.41 glat=  44.96 u= -11.0100 v= -17.5900 vr= -16.43059 vt=  12.67533
 i= 1835 j=  522 glon=  318.61 (0-360E) glon=  318.61 glat=  44.96 u=  -8.7200 v=  -0.6900 vr=  -0.74851 vt=   8.71517
 i= 1840 j=  522 glon=  318.81 (0-360E) glon=  318.81 glat=  44.96 u=  -2.6500 v=  13.1500 vr=  12.77511 vt=   4.09165
 i= 1845 j=  522 glon=  319.01 (0-360E) glon=  319.01 glat=  44.96 u=   1.3600 v=  20.8900 vr=  20.70489 vt=   3.09017
 i= 1850 j=  522 glon=  319.21 (0-360E) glon=  319.21 glat=  44.96 u=  -1.3700 v=  18.9500 vr=  17.62170 vt=   7.10318
 i= 1855 j=  522 glon=  319.41 (0-360E) glon=  319.41 glat=  44.96 u=   0.7600 v=  21.3300 vr=  19.91801 vt=   7.66937
 i= 1860 j=  522 glon=  319.61 (0-360E) glon=  319.61 glat=  44.96 u=   4.9900 v=  21.7000 vr=  21.50225 vt=   5.78302
 i= 1865 j=  522 glon=  319.81 (0-360E) glon=  319.81 glat=  44.96 u=   9.2700 v=  22.1800 vr=  23.68663 vt=   4.10228
 i= 1870 j=  522 glon=  320.01 (0-360E) glon=  320.01 glat=  44.96 u=  11.4400 v=  22.6300 vr=  24.98771 vt=   4.31335
 i= 1875 j=  522 glon=  320.21 (0-360E) glon=  320.21 glat=  44.96 u=   9.9000 v=  22.2300 vr=  23.35368 vt=   6.84021
 i= 1880 j=  522 glon=  320.41 (0-360E) glon=  320.41 glat=  44.96 u=   9.0800 v=  23.6300 vr=  23.35846 vt=   9.75733
 i= 1885 j=  522 glon=  320.61 (0-360E) glon=  320.61 glat=  44.96 u=   9.2700 v=  24.7100 vr=  23.68833 vt=  11.63530
 i= 1780 j=  527 glon=  316.41 (0-360E) glon=  316.41 glat=  44.76 u=  -7.2100 v= -25.1900 vr=  -9.15451 vt=  24.55026
 i= 1785 j=  527 glon=  316.61 (0-360E) glon=  316.61 glat=  44.76 u= -10.5100 v= -24.0600 vr=  -7.02918 vt=  25.29692
 i= 1790 j=  527 glon=  316.81 (0-360E) glon=  316.81 glat=  44.76 u= -11.2700 v= -27.6800 vr= -10.22905 vt=  28.08134
 i= 1795 j=  527 glon=  317.01 (0-360E) glon=  317.01 glat=  44.76 u= -11.0300 v= -30.8800 vr= -14.34595 vt=  29.48608
 i= 1800 j=  527 glon=  317.21 (0-360E) glon=  317.21 glat=  44.76 u=  -5.4800 v= -28.2800 vr= -17.93467 vt=  22.54188
 i= 1805 j=  527 glon=  317.41 (0-360E) glon=  317.41 glat=  44.76 u=  -6.1600 v= -27.5200 vr= -18.58263 vt=  21.21278
 i= 1810 j=  527 glon=  317.61 (0-360E) glon=  317.61 glat=  44.76 u=  -1.0700 v= -27.8800 vr= -23.27438 vt=  15.38644
 i= 1815 j=  527 glon=  317.81 (0-360E) glon=  317.81 glat=  44.76 u=  -1.5100 v= -35.2800 vr= -31.09892 vt=  16.72769
 i= 1820 j=  527 glon=  318.01 (0-360E) glon=  318.01 glat=  44.76 u=  -5.4000 v= -33.7800 vr= -29.94230 vt=  16.54409
 i= 1825 j=  527 glon=  318.21 (0-360E) glon=  318.21 glat=  44.76 u= -10.3000 v= -18.3400 vr= -15.45918 vt=  14.26392
 i= 1830 j=  527 glon=  318.41 (0-360E) glon=  318.41 glat=  44.76 u=   1.1100 v=   3.2600 vr=   3.11190 vt=  -1.47505
 i= 1835 j=  527 glon=  318.61 (0-360E) glon=  318.61 glat=  44.76 u=   5.5200 v=   8.9500 vr=   8.99312 vt=  -5.44947
 i= 1840 j=  527 glon=  318.81 (0-360E) glon=  318.81 glat=  44.76 u=   2.6700 v=  16.3800 vr=  16.58788 vt=  -0.52493
 i= 1845 j=  527 glon=  319.01 (0-360E) glon=  319.01 glat=  44.76 u=   3.4600 v=  16.2900 vr=  16.64071 vt=   0.65001
 i= 1850 j=  527 glon=  319.21 (0-360E) glon=  319.21 glat=  44.76 u=  -0.3700 v=  23.1200 vr=  21.50642 vt=   8.49383
 i= 1855 j=  527 glon=  319.41 (0-360E) glon=  319.41 glat=  44.76 u=   2.4500 v=  19.8200 vr=  18.82469 vt=   6.66827
 i= 1860 j=  527 glon=  319.61 (0-360E) glon=  319.61 glat=  44.76 u=   4.1000 v=  21.9300 vr=  20.78064 vt=   8.11788
 i= 1865 j=  527 glon=  319.81 (0-360E) glon=  319.81 glat=  44.76 u=   7.6600 v=  24.2200 vr=  23.98927 vt=   8.35457
 i= 1870 j=  527 glon=  320.01 (0-360E) glon=  320.01 glat=  44.76 u=  11.9100 v=  25.0700 vr=  26.72782 vt=   7.48175
 i= 1875 j=  527 glon=  320.21 (0-360E) glon=  320.21 glat=  44.76 u=  10.5900 v=  23.8300 vr=  24.36105 vt=   9.30355
 i= 1880 j=  527 glon=  320.41 (0-360E) glon=  320.41 glat=  44.76 u=   8.7400 v=  24.5000 vr=  22.83650 vt=  12.45520
 i= 1885 j=  527 glon=  320.61 (0-360E) glon=  320.61 glat=  44.76 u=   8.1700 v=  25.8700 vr=  22.56736 vt=  15.05722
 i= 1890 j=  527 glon=  320.81 (0-360E) glon=  320.81 glat=  44.76 u=   9.0500 v=  26.9200 vr=  23.17302 vt=  16.41950
 i= 1775 j=  532 glon=  316.21 (0-360E) glon=  316.21 glat=  44.56 u=  -3.1700 v= -25.5900 vr=  -9.70354 vt=  23.89013
 i= 1780 j=  532 glon=  316.41 (0-360E) glon=  316.41 glat=  44.56 u=  -7.3900 v= -27.3000 vr=  -7.91712 vt=  27.15182
 i= 1785 j=  532 glon=  316.61 (0-360E) glon=  316.61 glat=  44.56 u=  -9.8200 v= -27.2000 vr=  -7.04380 vt=  28.04741
 i= 1790 j=  532 glon=  316.81 (0-360E) glon=  316.81 glat=  44.56 u= -10.8100 v= -29.4100 vr=  -8.99503 vt=  30.01489
 i= 1795 j=  532 glon=  317.01 (0-360E) glon=  317.01 glat=  44.56 u=  -7.0700 v= -29.5500 vr= -13.68229 vt=  27.12900
 i= 1800 j=  532 glon=  317.21 (0-360E) glon=  317.21 glat=  44.56 u=  -3.9800 v= -29.4900 vr= -17.66189 vt=  23.94907
 i= 1805 j=  532 glon=  317.41 (0-360E) glon=  317.41 glat=  44.56 u=  -3.1700 v= -29.2500 vr= -19.83619 vt=  21.72871
 i= 1810 j=  532 glon=  317.61 (0-360E) glon=  317.61 glat=  44.56 u=  -3.9300 v= -34.5000 vr= -25.50303 vt=  23.56460
 i= 1815 j=  532 glon=  317.81 (0-360E) glon=  317.81 glat=  44.56 u=  -3.1400 v= -38.6700 vr= -31.80949 vt=  22.21226
 i= 1820 j=  532 glon=  318.01 (0-360E) glon=  318.01 glat=  44.56 u=  -6.6300 v= -32.5100 vr= -27.16147 vt=  19.05549
 i= 1825 j=  532 glon=  318.21 (0-360E) glon=  318.21 glat=  44.56 u=   1.0000 v= -11.5700 vr= -11.39704 vt=   2.22988
 i= 1830 j=  532 glon=  318.41 (0-360E) glon=  318.41 glat=  44.56 u=   5.1700 v=   6.0800 vr=   5.31213 vt=  -5.95622
 i= 1835 j=  532 glon=  318.61 (0-360E) glon=  318.61 glat=  44.56 u=   7.3000 v=  11.3300 vr=  11.39872 vt=  -7.19222
 i= 1840 j=  532 glon=  318.81 (0-360E) glon=  318.81 glat=  44.56 u=   6.7100 v=  15.3800 vr=  16.23734 vt=  -4.23286
 i= 1845 j=  532 glon=  319.01 (0-360E) glon=  319.01 glat=  44.56 u=   5.3500 v=  18.4400 vr=  19.19840 vt=   0.27853
 i= 1850 j=  532 glon=  319.21 (0-360E) glon=  319.21 glat=  44.56 u=   3.9000 v=  26.7500 vr=  25.96732 vt=   7.51469
 i= 1855 j=  532 glon=  319.41 (0-360E) glon=  319.41 glat=  44.56 u=   3.4400 v=  25.2200 vr=  23.37348 vt=  10.07782
 i= 1860 j=  532 glon=  319.61 (0-360E) glon=  319.61 glat=  44.56 u=   7.9200 v=  22.3800 vr=  22.64677 vt=   7.12142
 i= 1865 j=  532 glon=  319.81 (0-360E) glon=  319.81 glat=  44.56 u=  10.4200 v=  24.7900 vr=  25.38982 vt=   8.85876
 i= 1870 j=  532 glon=  320.01 (0-360E) glon=  320.01 glat=  44.56 u=  11.8600 v=  26.4600 vr=  26.82949 vt=  10.99863
 i= 1875 j=  532 glon=  320.21 (0-360E) glon=  320.21 glat=  44.56 u=  12.2700 v=  26.0200 vr=  26.07451 vt=  12.15373
 i= 1880 j=  532 glon=  320.41 (0-360E) glon=  320.41 glat=  44.56 u=   9.4400 v=  26.9400 vr=  23.60398 vt=  16.05396
 i= 1885 j=  532 glon=  320.61 (0-360E) glon=  320.61 glat=  44.56 u=   9.1300 v=  27.8600 vr=  23.02317 vt=  18.15132
 i= 1890 j=  532 glon=  320.81 (0-360E) glon=  320.81 glat=  44.56 u=  10.2900 v=  28.8100 vr=  23.69242 vt=  19.35379
 i= 1895 j=  532 glon=  321.01 (0-360E) glon=  321.01 glat=  44.56 u=  10.2800 v=  28.1700 vr=  22.61417 vt=  19.69331
 i= 1770 j=  537 glon=  316.01 (0-360E) glon=  316.01 glat=  44.36 u=  -0.6700 v= -24.6800 vr=  -8.66832 vt=  23.11734
 i= 1775 j=  537 glon=  316.21 (0-360E) glon=  316.21 glat=  44.36 u=  -4.4200 v= -27.9100 vr=  -7.23129 vt=  27.31690
 i= 1780 j=  537 glon=  316.41 (0-360E) glon=  316.41 glat=  44.36 u=  -6.6700 v= -29.0900 vr=  -6.65254 vt=  29.09400
 i= 1785 j=  537 glon=  316.61 (0-360E) glon=  316.61 glat=  44.36 u=  -7.9100 v= -28.6100 vr=  -6.48171 vt=  28.96701
 i= 1790 j=  537 glon=  316.81 (0-360E) glon=  316.81 glat=  44.36 u=  -8.5300 v= -31.3200 vr=  -8.66599 vt=  31.28265
 i= 1795 j=  537 glon=  317.01 (0-360E) glon=  317.01 glat=  44.36 u=   0.0400 v= -29.0200 vr= -16.19263 vt=  24.08237
 i= 1800 j=  537 glon=  317.21 (0-360E) glon=  317.21 glat=  44.36 u=  -3.3700 v= -32.1700 vr= -16.92805 vt=  27.56278
 i= 1805 j=  537 glon=  317.41 (0-360E) glon=  317.41 glat=  44.36 u=  -2.6100 v= -35.3400 vr= -21.68755 vt=  28.02459
 i= 1810 j=  537 glon=  317.61 (0-360E) glon=  317.61 glat=  44.36 u=  -2.8700 v= -34.7100 vr= -23.54988 vt=  25.65977
 i= 1815 j=  537 glon=  317.81 (0-360E) glon=  317.81 glat=  44.36 u=  -3.7200 v= -35.7900 vr= -26.62241 vt=  24.20764
 i= 1820 j=  537 glon=  318.01 (0-360E) glon=  318.01 glat=  44.36 u=  -1.6700 v= -23.3000 vr= -19.62622 vt=  12.66848
 i= 1825 j=  537 glon=  318.21 (0-360E) glon=  318.21 glat=  44.36 u=   0.6100 v=  -9.8500 vr=  -9.47083 vt=   2.77453
 i= 1830 j=  537 glon=  318.41 (0-360E) glon=  318.41 glat=  44.36 u=   7.2000 v=  -0.4700 vr=  -1.70198 vt=  -7.01172
 i= 1835 j=  537 glon=  318.61 (0-360E) glon=  318.61 glat=  44.36 u=   7.4800 v=  12.4300 vr=  12.51846 vt=  -7.33099
 i= 1840 j=  537 glon=  318.81 (0-360E) glon=  318.81 glat=  44.36 u=   8.1200 v=  12.6800 vr=  14.01878 vt=  -5.49460
 i= 1845 j=  537 glon=  319.01 (0-360E) glon=  319.01 glat=  44.36 u=   8.0100 v=  20.6400 vr=  22.13971 vt=  -0.05230
 i= 1850 j=  537 glon=  319.21 (0-360E) glon=  319.21 glat=  44.36 u=   6.9400 v=  23.6900 vr=  24.00766 vt=   5.74560
 i= 1855 j=  537 glon=  319.41 (0-360E) glon=  319.41 glat=  44.36 u=   4.9300 v=  27.3300 vr=  24.74349 vt=  12.60926
 i= 1860 j=  537 glon=  319.61 (0-360E) glon=  319.61 glat=  44.36 u=   5.0000 v=  28.6300 vr=  24.21922 vt=  16.06569
 i= 1865 j=  537 glon=  319.81 (0-360E) glon=  319.81 glat=  44.36 u=  11.8500 v=  26.0000 vr=  26.07215 vt=  11.69040
 i= 1870 j=  537 glon=  320.01 (0-360E) glon=  320.01 glat=  44.36 u=  12.5800 v=  29.0900 vr=  27.56080 vt=  15.64886
 i= 1875 j=  537 glon=  320.21 (0-360E) glon=  320.21 glat=  44.36 u=  12.2400 v=  28.5900 vr=  25.95926 vt=  17.12666
 i= 1880 j=  537 glon=  320.41 (0-360E) glon=  320.41 glat=  44.36 u=   9.9800 v=  29.2600 vr=  23.39875 vt=  20.20511
 i= 1885 j=  537 glon=  320.61 (0-360E) glon=  320.61 glat=  44.36 u=   9.9300 v=  29.3200 vr=  22.44242 vt=  21.32147
 i= 1890 j=  537 glon=  320.81 (0-360E) glon=  320.81 glat=  44.36 u=  10.3800 v=  30.0100 vr=  22.29872 vt=  22.60777
 i= 1895 j=  537 glon=  321.01 (0-360E) glon=  321.01 glat=  44.36 u=  10.9600 v=  28.4500 vr=  21.43076 vt=  21.68517
 i= 1770 j=  542 glon=  316.01 (0-360E) glon=  316.01 glat=  44.16 u=  -0.2700 v= -26.4700 vr=  -7.32131 vt=  25.43879
 i= 1775 j=  542 glon=  316.21 (0-360E) glon=  316.21 glat=  44.16 u=   1.0200 v= -25.3700 vr=  -8.81678 vt=  23.81054
 i= 1780 j=  542 glon=  316.41 (0-360E) glon=  316.41 glat=  44.16 u=  -4.1900 v= -32.1400 vr=  -6.84028 vt=  31.68196
 i= 1785 j=  542 glon=  316.61 (0-360E) glon=  316.61 glat=  44.16 u=  -6.9600 v= -31.9500 vr=  -5.22181 vt=  32.27967
 i= 1790 j=  542 glon=  316.81 (0-360E) glon=  316.81 glat=  44.16 u=  -4.3500 v= -30.9400 vr=  -8.44934 vt=  30.08014
 i= 1795 j=  542 glon=  317.01 (0-360E) glon=  317.01 glat=  44.16 u=   4.2800 v= -29.9200 vr= -17.11760 vt=  24.91009
 i= 1800 j=  542 glon=  317.21 (0-360E) glon=  317.21 glat=  44.16 u=  -0.9900 v= -33.8500 vr= -15.86128 vt=  29.92027
 i= 1805 j=  542 glon=  317.41 (0-360E) glon=  317.41 glat=  44.16 u=  -4.4700 v= -32.3100 vr= -14.17363 vt=  29.37729
 i= 1810 j=  542 glon=  317.61 (0-360E) glon=  317.61 glat=  44.16 u=   1.0200 v= -31.2700 vr= -20.34997 vt=  23.76409
 i= 1815 j=  542 glon=  317.81 (0-360E) glon=  317.81 glat=  44.16 u=  -2.6500 v= -29.7700 vr= -19.24853 vt=  22.86415
 i= 1820 j=  542 glon=  318.01 (0-360E) glon=  318.01 glat=  44.16 u=  -2.0000 v= -15.2200 vr= -11.04140 vt=  10.66470
 i= 1825 j=  542 glon=  318.21 (0-360E) glon=  318.21 glat=  44.16 u=   5.7200 v=  -8.0000 vr=  -9.69808 vt=  -1.63269
 i= 1830 j=  542 glon=  318.41 (0-360E) glon=  318.41 glat=  44.16 u=  10.0900 v=   3.5100 vr=   1.10071 vt= -10.62622
 i= 1835 j=  542 glon=  318.61 (0-360E) glon=  318.61 glat=  44.16 u=  12.0300 v=   9.0700 vr=   9.26276 vt= -11.88221
 i= 1840 j=  542 glon=  318.81 (0-360E) glon=  318.81 glat=  44.16 u=   8.0800 v=   9.3600 vr=  11.13283 vt=  -5.38108
 i= 1845 j=  542 glon=  319.01 (0-360E) glon=  319.01 glat=  44.16 u=   8.3500 v=  16.9200 vr=  18.86393 vt=   0.40113
 i= 1850 j=  542 glon=  319.21 (0-360E) glon=  319.21 glat=  44.16 u=  10.1100 v=  24.9300 vr=  25.90781 vt=   7.24584
 i= 1855 j=  542 glon=  319.41 (0-360E) glon=  319.41 glat=  44.16 u=   8.7700 v=  28.7700 vr=  26.35949 vt=  14.48458
 i= 1860 j=  542 glon=  319.61 (0-360E) glon=  319.61 glat=  44.16 u=   6.8600 v=  30.8600 vr=  24.40047 vt=  20.10015
 i= 1865 j=  542 glon=  319.81 (0-360E) glon=  319.81 glat=  44.16 u=  11.6600 v=  27.9500 vr=  25.02090 vt=  17.06202
 i= 1870 j=  542 glon=  320.01 (0-360E) glon=  320.01 glat=  44.16 u=  13.7800 v=  31.8900 vr=  27.56802 vt=  21.13917
 i= 1875 j=  542 glon=  320.21 (0-360E) glon=  320.21 glat=  44.16 u=  12.4300 v=  31.8400 vr=  25.12362 vt=  23.17530
 i= 1880 j=  542 glon=  320.41 (0-360E) glon=  320.41 glat=  44.16 u=  11.0700 v=  31.0700 vr=  22.49333 vt=  24.12343
 i= 1885 j=  542 glon=  320.61 (0-360E) glon=  320.61 glat=  44.16 u=  11.0400 v=  30.6500 vr=  21.38595 vt=  24.57530
 i= 1890 j=  542 glon=  320.81 (0-360E) glon=  320.81 glat=  44.16 u=  11.8400 v=  29.8100 vr=  21.06651 vt=  24.18727
 i= 1895 j=  542 glon=  321.01 (0-360E) glon=  321.01 glat=  44.16 u=  12.5800 v=  28.6200 vr=  20.73876 vt=  23.39369
 i= 1900 j=  542 glon=  321.21 (0-360E) glon=  321.21 glat=  44.16 u=  12.4100 v=  26.9300 vr=  19.53874 vt=  22.30405
 i= 1770 j=  547 glon=  316.01 (0-360E) glon=  316.01 glat=  43.96 u=   1.5500 v= -28.2900 vr=  -6.84637 vt=  27.49279
 i= 1775 j=  547 glon=  316.21 (0-360E) glon=  316.21 glat=  43.96 u=   1.4000 v= -30.2600 vr=  -7.56192 vt=  29.33334
 i= 1780 j=  547 glon=  316.41 (0-360E) glon=  316.41 glat=  43.96 u=  -3.0400 v= -33.1000 vr=  -4.44085 vt=  32.94132
 i= 1785 j=  547 glon=  316.61 (0-360E) glon=  316.61 glat=  43.96 u=  -4.2200 v= -32.3500 vr=  -3.87177 vt=  32.39352
 i= 1790 j=  547 glon=  316.81 (0-360E) glon=  316.81 glat=  43.96 u=   2.8500 v= -29.6800 vr= -10.84177 vt=  27.77554
 i= 1795 j=  547 glon=  317.01 (0-360E) glon=  317.01 glat=  43.96 u=   4.0200 v= -32.5400 vr= -13.76644 vt=  29.75730
 i= 1800 j=  547 glon=  317.21 (0-360E) glon=  317.21 glat=  43.96 u=   1.7200 v= -35.9800 vr= -14.04963 vt=  33.16816
 i= 1805 j=  547 glon=  317.41 (0-360E) glon=  317.41 glat=  43.96 u=   1.0000 v= -31.8000 vr= -13.52209 vt=  28.79919
 i= 1810 j=  547 glon=  317.61 (0-360E) glon=  317.61 glat=  43.96 u=  -0.6800 v= -34.2200 vr= -15.19671 vt=  30.66808
 i= 1815 j=  547 glon=  317.81 (0-360E) glon=  317.81 glat=  43.96 u=   3.2700 v= -20.4600 vr= -13.93674 vt=  15.33205
 i= 1820 j=  547 glon=  318.01 (0-360E) glon=  318.01 glat=  43.96 u=   5.4600 v= -12.8800 vr= -12.60216 vt=   6.07384
 i= 1825 j=  547 glon=  318.21 (0-360E) glon=  318.21 glat=  43.96 u=   6.6300 v= -12.6400 vr= -14.09020 vt=   2.27874
 i= 1830 j=  547 glon=  318.41 (0-360E) glon=  318.41 glat=  43.96 u=  12.5400 v=  -4.8800 vr=  -8.85961 vt= -10.12785
 i= 1835 j=  547 glon=  318.61 (0-360E) glon=  318.61 glat=  43.96 u=  12.3300 v=   3.8100 vr=   4.11418 vt= -12.23187
 i= 1840 j=  547 glon=  318.81 (0-360E) glon=  318.81 glat=  43.96 u=   9.7500 v=  11.0400 vr=  13.92119 vt=  -4.81089
 i= 1845 j=  547 glon=  319.01 (0-360E) glon=  319.01 glat=  43.96 u=   9.6100 v=  16.2900 vr=  18.72441 vt=   2.66693
 i= 1850 j=  547 glon=  319.21 (0-360E) glon=  319.21 glat=  43.96 u=  12.2000 v=  20.4300 vr=  22.48888 vt=   7.77658
 i= 1855 j=  547 glon=  319.41 (0-360E) glon=  319.41 glat=  43.96 u=  12.6900 v=  29.0800 vr=  26.28063 vt=  17.77670
 i= 1860 j=  547 glon=  319.61 (0-360E) glon=  319.61 glat=  43.96 u=  10.2300 v=  31.8600 vr=  23.53531 vt=  23.78658
 i= 1865 j=  547 glon=  319.81 (0-360E) glon=  319.81 glat=  43.96 u=  12.0200 v=  32.9900 vr=  23.91035 vt=  25.71217
 i= 1870 j=  547 glon=  320.01 (0-360E) glon=  320.01 glat=  43.96 u=  14.2300 v=  32.1400 vr=  24.30883 vt=  25.38805
 i= 1875 j=  547 glon=  320.21 (0-360E) glon=  320.21 glat=  43.96 u=  13.6900 v=  33.1300 vr=  23.02384 vt=  27.47573
 i= 1880 j=  547 glon=  320.41 (0-360E) glon=  320.41 glat=  43.96 u=  12.6800 v=  31.4600 vr=  20.68077 vt=  26.88531
 i= 1885 j=  547 glon=  320.61 (0-360E) glon=  320.61 glat=  43.96 u=  12.1500 v=  31.0700 vr=  19.33660 vt=  27.18572
 i= 1890 j=  547 glon=  320.81 (0-360E) glon=  320.81 glat=  43.96 u=  13.4700 v=  30.0000 vr=  19.76878 vt=  26.27996
 i= 1895 j=  547 glon=  321.01 (0-360E) glon=  321.01 glat=  43.96 u=  13.8900 v=  27.7300 vr=  19.21443 vt=  24.34524
 i= 1900 j=  547 glon=  321.21 (0-360E) glon=  321.21 glat=  43.96 u=  13.4400 v=  27.0100 vr=  18.23562 vt=  24.03405
 i= 1765 j=  552 glon=  315.81 (0-360E) glon=  315.81 glat=  43.76 u=   2.6900 v= -24.6900 vr=  -4.57034 vt=  24.41197
 i= 1770 j=  552 glon=  316.01 (0-360E) glon=  316.01 glat=  43.76 u=   1.3500 v= -26.8800 vr=  -3.60055 vt=  26.67195
 i= 1775 j=  552 glon=  316.21 (0-360E) glon=  316.21 glat=  43.76 u=   1.4300 v= -31.3000 vr=  -4.31508 vt=  31.03409
 i= 1780 j=  552 glon=  316.41 (0-360E) glon=  316.41 glat=  43.76 u=  -2.1900 v= -33.1500 vr=  -1.20874 vt=  33.20026
 i= 1785 j=  552 glon=  316.61 (0-360E) glon=  316.61 glat=  43.76 u=  -0.5800 v= -31.8100 vr=  -3.04200 vt=  31.66952
 i= 1790 j=  552 glon=  316.81 (0-360E) glon=  316.81 glat=  43.76 u=   7.9000 v= -29.1200 vr= -11.55260 vt=  27.87332
 i= 1795 j=  552 glon=  317.01 (0-360E) glon=  317.01 glat=  43.76 u=   5.1700 v= -34.3500 vr= -10.08824 vt=  33.23972
 i= 1800 j=  552 glon=  317.21 (0-360E) glon=  317.21 glat=  43.76 u=   5.4500 v= -38.4200 vr= -11.76778 vt=  36.97727
 i= 1805 j=  552 glon=  317.41 (0-360E) glon=  317.41 glat=  43.76 u=   2.1700 v= -32.5300 vr=  -8.46417 vt=  31.48440
 i= 1810 j=  552 glon=  317.61 (0-360E) glon=  317.61 glat=  43.76 u=   4.9500 v= -26.8200 vr= -11.07628 vt=  24.92250
 i= 1815 j=  552 glon=  317.81 (0-360E) glon=  317.81 glat=  43.76 u=   9.0500 v= -16.3200 vr= -13.38850 vt=  12.99973
 i= 1820 j=  552 glon=  318.01 (0-360E) glon=  318.01 glat=  43.76 u=   6.9400 v= -12.9900 vr= -11.32530 vt=   9.41495
 i= 1825 j=  552 glon=  318.21 (0-360E) glon=  318.21 glat=  43.76 u=   8.1500 v=  -6.5200 vr= -10.36130 vt=   1.25554
 i= 1830 j=  552 glon=  318.41 (0-360E) glon=  318.41 glat=  43.76 u=   9.4800 v=  -2.2800 vr=  -7.62877 vt=  -6.07212
 i= 1835 j=  552 glon=  318.61 (0-360E) glon=  318.61 glat=  43.76 u=  12.3200 v=   5.9000 vr=   6.54772 vt= -11.98832
 i= 1840 j=  552 glon=  318.81 (0-360E) glon=  318.81 glat=  43.76 u=  13.0100 v=  10.4300 vr=  16.43581 vt=  -2.81231
 i= 1845 j=  552 glon=  319.01 (0-360E) glon=  319.01 glat=  43.76 u=  12.0200 v=  15.8000 vr=  18.32653 vt=   7.63275
 i= 1850 j=  552 glon=  319.21 (0-360E) glon=  319.21 glat=  43.76 u=  13.9300 v=  19.2000 vr=  19.95297 vt=  12.82825
 i= 1855 j=  552 glon=  319.41 (0-360E) glon=  319.41 glat=  43.76 u=  13.7200 v=  29.9000 vr=  21.57105 vt=  24.83824
 i= 1860 j=  552 glon=  319.61 (0-360E) glon=  319.61 glat=  43.76 u=  12.4500 v=  30.8600 vr=  19.15222 vt=  27.21277
 i= 1865 j=  552 glon=  319.81 (0-360E) glon=  319.81 glat=  43.76 u=  14.9200 v=  33.4400 vr=  21.02183 vt=  29.98204
 i= 1870 j=  552 glon=  320.01 (0-360E) glon=  320.01 glat=  43.76 u=  14.1800 v=  31.3100 vr=  19.10341 vt=  28.57356
 i= 1875 j=  552 glon=  320.21 (0-360E) glon=  320.21 glat=  43.76 u=  15.5900 v=  32.9700 vr=  20.12469 vt=  30.41490
 i= 1880 j=  552 glon=  320.41 (0-360E) glon=  320.41 glat=  43.76 u=  13.9100 v=  31.6200 vr=  17.77474 vt=  29.62045
 i= 1885 j=  552 glon=  320.61 (0-360E) glon=  320.61 glat=  43.76 u=  13.1200 v=  31.0400 vr=  16.51832 vt=  29.37279
 i= 1890 j=  552 glon=  320.81 (0-360E) glon=  320.81 glat=  43.76 u=  12.8400 v=  30.2100 vr=  15.82082 vt=  28.76128
 i= 1895 j=  552 glon=  321.01 (0-360E) glon=  321.01 glat=  43.76 u=  13.5000 v=  27.1300 vr=  15.91848 vt=  25.78544
 i= 1900 j=  552 glon=  321.21 (0-360E) glon=  321.21 glat=  43.76 u=  13.1100 v=  26.6500 vr=  15.27414 vt=  25.47146
 i= 1765 j=  557 glon=  315.81 (0-360E) glon=  315.81 glat=  43.56 u=   2.9400 v= -27.9200 vr=  -2.41484 vt=  27.97032
 i= 1770 j=  557 glon=  316.01 (0-360E) glon=  316.01 glat=  43.56 u=   3.7700 v= -24.3400 vr=  -3.29306 vt=  24.40910
 i= 1775 j=  557 glon=  316.21 (0-360E) glon=  316.21 glat=  43.56 u=   2.0700 v= -31.6000 vr=  -1.42217 vt=  31.63578
 i= 1780 j=  557 glon=  316.41 (0-360E) glon=  316.41 glat=  43.56 u=   0.4400 v= -30.7600 vr=   0.22451 vt=  30.76233
 i= 1785 j=  557 glon=  316.61 (0-360E) glon=  316.61 glat=  43.56 u=   3.2100 v= -31.2700 vr=  -2.49102 vt=  31.33547
 i= 1790 j=  557 glon=  316.81 (0-360E) glon=  316.81 glat=  43.56 u=  12.3000 v= -27.9800 vr= -11.60585 vt=  28.27498
 i= 1795 j=  557 glon=  317.01 (0-360E) glon=  317.01 glat=  43.56 u=   6.9100 v= -35.9200 vr=  -5.94246 vt=  36.09268
 i= 1800 j=  557 glon=  317.21 (0-360E) glon=  317.21 glat=  43.56 u=   7.5600 v= -40.0500 vr=  -6.36480 vt=  40.25724
 i= 1805 j=  557 glon=  317.41 (0-360E) glon=  317.41 glat=  43.56 u=   4.4400 v= -31.9400 vr=  -3.36041 vt=  32.07156
 i= 1810 j=  557 glon=  317.61 (0-360E) glon=  317.61 glat=  43.56 u=  10.1700 v= -19.4800 vr=  -9.39411 vt=  19.86580
 i= 1815 j=  557 glon=  317.81 (0-360E) glon=  317.81 glat=  43.56 u=  13.4700 v= -12.5300 vr= -12.85018 vt=  13.16490
 i= 1820 j=  557 glon=  318.01 (0-360E) glon=  318.01 glat=  43.56 u=   8.4600 v= -13.2300 vr=  -7.60585 vt=  13.73883
 i= 1825 j=  557 glon=  318.21 (0-360E) glon=  318.21 glat=  43.56 u=  11.8300 v=  -2.1500 vr= -11.57460 vt=   3.25577
 i= 1830 j=  557 glon=  318.41 (0-360E) glon=  318.41 glat=  43.56 u=  13.2700 v=   2.5000 vr= -13.50324 vt=   0.07387
 i= 1835 j=  557 glon=  318.61 (0-360E) glon=  318.61 glat=  43.56 u=  15.3300 v=   6.9400 vr=  -1.43496 vt=  16.76644
 i= 1840 j=  557 glon=  318.81 (0-360E) glon=  318.81 glat=  43.56 u=  15.1200 v=  10.2700 vr=  13.17437 vt=  12.66978
 i= 1845 j=  557 glon=  319.01 (0-360E) glon=  319.01 glat=  43.56 u=  15.1100 v=  15.8300 vr=  13.64762 vt=  17.10683
 i= 1850 j=  557 glon=  319.21 (0-360E) glon=  319.21 glat=  43.56 u=  15.9600 v=  18.9800 vr=  14.77674 vt=  19.91507
 i= 1855 j=  557 glon=  319.41 (0-360E) glon=  319.41 glat=  43.56 u=  14.5300 v=  29.2400 vr=  13.14450 vt=  29.88847
 i= 1860 j=  557 glon=  319.61 (0-360E) glon=  319.61 glat=  43.56 u=  13.6800 v=  30.3900 vr=  12.49798 vt=  30.89490
 i= 1865 j=  557 glon=  319.81 (0-360E) glon=  319.81 glat=  43.56 u=  15.4800 v=  31.8300 vr=  14.41679 vt=  32.32546
 i= 1870 j=  557 glon=  320.01 (0-360E) glon=  320.01 glat=  43.56 u=  16.8700 v=  30.3300 vr=  15.97289 vt=  30.81189
 i= 1875 j=  557 glon=  320.21 (0-360E) glon=  320.21 glat=  43.56 u=  16.6500 v=  31.9800 vr=  15.79498 vt=  32.41082
 i= 1880 j=  557 glon=  320.41 (0-360E) glon=  320.41 glat=  43.56 u=  15.3400 v=  30.7000 vr=  14.58534 vt=  31.06563
 i= 1885 j=  557 glon=  320.61 (0-360E) glon=  320.61 glat=  43.56 u=  15.0800 v=  30.3000 vr=  14.38605 vt=  30.63557
 i= 1890 j=  557 glon=  320.81 (0-360E) glon=  320.81 glat=  43.56 u=  15.3200 v=  29.8400 vr=  14.67657 vt=  30.16167
 i= 1895 j=  557 glon=  321.01 (0-360E) glon=  321.01 glat=  43.56 u=  15.1400 v=  27.9900 vr=  14.56700 vt=  28.29244
 i= 1900 j=  557 glon=  321.21 (0-360E) glon=  321.21 glat=  43.56 u=  13.5500 v=  26.3900 vr=  13.03392 vt=  26.64867
 i= 1770 j=  562 glon=  316.01 (0-360E) glon=  316.01 glat=  43.36 u=   5.0800 v= -25.9600 vr=  -1.74447 vt=  26.39479
 i= 1775 j=  562 glon=  316.21 (0-360E) glon=  316.21 glat=  43.36 u=   2.2900 v= -30.5000 vr=   1.88701 vt=  30.52758
 i= 1780 j=  562 glon=  316.41 (0-360E) glon=  316.41 glat=  43.36 u=   4.8000 v= -31.2000 vr=  -0.15067 vt=  31.56671
 i= 1785 j=  562 glon=  316.61 (0-360E) glon=  316.61 glat=  43.36 u=   5.8600 v= -30.1800 vr=  -0.93474 vt=  30.72944
 i= 1790 j=  562 glon=  316.81 (0-360E) glon=  316.81 glat=  43.36 u=  14.6300 v= -27.5900 vr=  -9.51625 vt=  29.74367
 i= 1795 j=  562 glon=  317.01 (0-360E) glon=  317.01 glat=  43.36 u=   8.6600 v= -36.4400 vr=  -1.29994 vt=  37.43233
 i= 1800 j=  562 glon=  317.21 (0-360E) glon=  317.21 glat=  43.36 u=   8.7700 v= -41.5000 vr=   0.71672 vt=  42.41048
 i= 1805 j=  562 glon=  317.41 (0-360E) glon=  317.41 glat=  43.36 u=   7.8600 v= -30.5400 vr=   0.26555 vt=  31.53412
 i= 1810 j=  562 glon=  317.61 (0-360E) glon=  317.61 glat=  43.36 u=  14.5100 v= -16.3800 vr=  -8.84495 vt=  20.01528
 i= 1815 j=  562 glon=  317.81 (0-360E) glon=  317.81 glat=  43.36 u=  15.7800 v= -11.7700 vr= -10.29806 vt=  16.77770
 i= 1820 j=  562 glon=  318.01 (0-360E) glon=  318.01 glat=  43.36 u=  13.7100 v=  -9.4300 vr=  -7.66114 vt=  14.77146
 i= 1825 j=  562 glon=  318.21 (0-360E) glon=  318.21 glat=  43.36 u=  15.8200 v=  -2.9700 vr= -10.44537 vt=  12.24694
 i= 1830 j=  562 glon=  318.41 (0-360E) glon=  318.41 glat=  43.36 u=  18.5300 v=   2.1400 vr= -11.36527 vt=  14.79092
 i= 1835 j=  562 glon=  318.61 (0-360E) glon=  318.61 glat=  43.36 u=  19.1300 v=   5.8000 vr=  -5.01094 vt=  19.35168
 i= 1840 j=  562 glon=  318.81 (0-360E) glon=  318.81 glat=  43.36 u=  19.1400 v=  10.6800 vr=   1.95564 vt=  21.83065
 i= 1845 j=  562 glon=  319.01 (0-360E) glon=  319.01 glat=  43.36 u=  19.6800 v=  15.0200 vr=   6.62294 vt=  23.85455
 i= 1850 j=  562 glon=  319.21 (0-360E) glon=  319.21 glat=  43.36 u=  18.6500 v=  18.7000 vr=   8.09716 vt=  25.13859
 i= 1855 j=  562 glon=  319.41 (0-360E) glon=  319.41 glat=  43.36 u=  16.7800 v=  26.3300 vr=   6.16350 vt=  30.60798
 i= 1860 j=  562 glon=  319.61 (0-360E) glon=  319.61 glat=  43.36 u=  15.9400 v=  28.9300 vr=   6.62603 vt=  32.35930
 i= 1865 j=  562 glon=  319.81 (0-360E) glon=  319.81 glat=  43.36 u=  17.7000 v=  29.7000 vr=   9.62925 vt=  33.20629
 i= 1870 j=  562 glon=  320.01 (0-360E) glon=  320.01 glat=  43.36 u=  17.3400 v=  32.1800 vr=   9.85187 vt=  35.20183
 i= 1875 j=  562 glon=  320.21 (0-360E) glon=  320.21 glat=  43.36 u=  17.9500 v=  31.9500 vr=  11.39542 vt=  34.83030
 i= 1880 j=  562 glon=  320.41 (0-360E) glon=  320.41 glat=  43.36 u=  17.4200 v=  30.1300 vr=  11.88867 vt=  32.70983
 i= 1885 j=  562 glon=  320.61 (0-360E) glon=  320.61 glat=  43.36 u=  16.5800 v=  29.6100 vr=  11.66696 vt=  31.86739
 i= 1890 j=  562 glon=  320.81 (0-360E) glon=  320.81 glat=  43.36 u=  16.4600 v=  29.8700 vr=  11.92889 vt=  31.95074
 i= 1895 j=  562 glon=  321.01 (0-360E) glon=  321.01 glat=  43.36 u=  16.3300 v=  28.3600 vr=  12.35295 vt=  30.30451
 i= 1900 j=  562 glon=  321.21 (0-360E) glon=  321.21 glat=  43.36 u=  15.1200 v=  26.9300 vr=  11.61167 vt=  28.61832
 i= 1770 j=  567 glon=  316.01 (0-360E) glon=  316.01 glat=  43.16 u=   2.5400 v= -30.7700 vr=   4.55387 vt=  30.53697
 i= 1775 j=  567 glon=  316.21 (0-360E) glon=  316.21 glat=  43.16 u=   3.5100 v= -30.2300 vr=   4.01280 vt=  30.16737
 i= 1780 j=  567 glon=  316.41 (0-360E) glon=  316.41 glat=  43.16 u=   5.6700 v= -29.9700 vr=   2.47916 vt=  30.40072
 i= 1785 j=  567 glon=  316.61 (0-360E) glon=  316.61 glat=  43.16 u=   7.9000 v= -29.9300 vr=   1.07461 vt=  30.93639
 i= 1790 j=  567 glon=  316.81 (0-360E) glon=  316.81 glat=  43.16 u=  15.7500 v= -26.8700 vr=  -6.42753 vt=  30.47534
 i= 1795 j=  567 glon=  317.01 (0-360E) glon=  317.01 glat=  43.16 u=  10.4500 v= -36.8800 vr=   3.15818 vt=  38.20161
 i= 1800 j=  567 glon=  317.21 (0-360E) glon=  317.21 glat=  43.16 u=  10.9100 v= -41.8300 vr=   6.41403 vt=  42.75087
 i= 1805 j=  567 glon=  317.41 (0-360E) glon=  317.41 glat=  43.16 u=  14.9100 v= -23.2500 vr=  -2.97479 vt=  27.45945
 i= 1810 j=  567 glon=  317.61 (0-360E) glon=  317.61 glat=  43.16 u=  15.4600 v= -15.0200 vr=  -5.55993 vt=  20.82545
 i= 1815 j=  567 glon=  317.81 (0-360E) glon=  317.81 glat=  43.16 u=  14.2900 v= -12.3300 vr=  -4.05079 vt=  18.43432
 i= 1820 j=  567 glon=  318.01 (0-360E) glon=  318.01 glat=  43.16 u=  16.1300 v= -10.8600 vr=  -3.70598 vt=  19.08880
 i= 1825 j=  567 glon=  318.21 (0-360E) glon=  318.21 glat=  43.16 u=  20.7300 v=  -4.4600 vr=  -7.67785 vt=  19.76550
 i= 1830 j=  567 glon=  318.41 (0-360E) glon=  318.41 glat=  43.16 u=  21.6500 v=   0.2100 vr=  -6.77260 vt=  20.56450
 i= 1835 j=  567 glon=  318.61 (0-360E) glon=  318.61 glat=  43.16 u=  21.8700 v=   6.2500 vr=  -5.77199 vt=  22.00099
 i= 1840 j=  567 glon=  318.81 (0-360E) glon=  318.81 glat=  43.16 u=  22.2000 v=  11.1200 vr=  -2.89556 vt=  24.65989
 i= 1845 j=  567 glon=  319.01 (0-360E) glon=  319.01 glat=  43.16 u=  22.1400 v=  14.9600 vr=   0.47874 vt=  26.71614
 i= 1850 j=  567 glon=  319.21 (0-360E) glon=  319.21 glat=  43.16 u=  21.0100 v=  19.1600 vr=   1.88119 vt=  28.37229
 i= 1855 j=  567 glon=  319.41 (0-360E) glon=  319.41 glat=  43.16 u=  21.9400 v=  23.7200 vr=   3.83691 vt=  32.08240
 i= 1860 j=  567 glon=  319.61 (0-360E) glon=  319.61 glat=  43.16 u=  21.4000 v=  25.1200 vr=   5.83518 vt=  32.47961
 i= 1865 j=  567 glon=  319.81 (0-360E) glon=  319.81 glat=  43.16 u=  21.8300 v=  30.4900 vr=   6.24782 vt=  36.97504
 i= 1870 j=  567 glon=  320.01 (0-360E) glon=  320.01 glat=  43.16 u=  19.4300 v=  33.5000 vr=   4.94241 vt=  38.41025
 i= 1875 j=  567 glon=  320.21 (0-360E) glon=  320.21 glat=  43.16 u=  20.4300 v=  31.6600 vr=   8.20655 vt=  36.77490
 i= 1880 j=  567 glon=  320.41 (0-360E) glon=  320.41 glat=  43.16 u=  19.6900 v=  29.5800 vr=   9.44730 vt=  34.25523
 i= 1885 j=  567 glon=  320.61 (0-360E) glon=  320.61 glat=  43.16 u=  18.1300 v=  29.3200 vr=   9.00876 vt=  33.27464
 i= 1890 j=  567 glon=  320.81 (0-360E) glon=  320.81 glat=  43.16 u=  17.5800 v=  29.4000 vr=   9.24892 vt=  32.98293
 i= 1895 j=  567 glon=  321.01 (0-360E) glon=  321.01 glat=  43.16 u=  17.3000 v=  28.1400 vr=   9.94384 vt=  31.50031
 i= 1900 j=  567 glon=  321.21 (0-360E) glon=  321.21 glat=  43.16 u=  15.8300 v=  26.3700 vr=   9.44960 vt=  29.26894
 i= 1770 j=  572 glon=  316.01 (0-360E) glon=  316.01 glat=  42.96 u=   3.5300 v= -30.0700 vr=   6.36111 vt=  29.60071
 i= 1775 j=  572 glon=  316.21 (0-360E) glon=  316.21 glat=  42.96 u=   4.2000 v= -29.2700 vr=   6.17344 vt=  28.91819
 i= 1780 j=  572 glon=  316.41 (0-360E) glon=  316.41 glat=  42.96 u=   6.1500 v= -29.9600 vr=   5.43530 vt=  30.09787
 i= 1785 j=  572 glon=  316.61 (0-360E) glon=  316.61 glat=  42.96 u=   7.4900 v= -31.4300 vr=   5.79767 vt=  31.78572
 i= 1790 j=  572 glon=  316.81 (0-360E) glon=  316.81 glat=  42.96 u=  15.6500 v= -28.6900 vr=  -1.48725 vt=  32.64700
 i= 1795 j=  572 glon=  317.01 (0-360E) glon=  317.01 glat=  42.96 u=  12.9500 v= -37.2000 vr=   6.52152 vt=  38.84601
 i= 1800 j=  572 glon=  317.21 (0-360E) glon=  317.21 glat=  42.96 u=  13.7700 v= -36.1200 vr=   7.48776 vt=  37.92362
 i= 1805 j=  572 glon=  317.41 (0-360E) glon=  317.41 glat=  42.96 u=  21.7800 v= -21.1800 vr=  -5.10517 vt=  29.94826
 i= 1810 j=  572 glon=  317.61 (0-360E) glon=  317.61 glat=  42.96 u=  21.4500 v= -15.6800 vr=  -5.79571 vt=  25.93019
 i= 1815 j=  572 glon=  317.81 (0-360E) glon=  317.81 glat=  42.96 u=  19.2200 v= -12.9100 vr=  -3.39876 vt=  22.90251
 i= 1820 j=  572 glon=  318.01 (0-360E) glon=  318.01 glat=  42.96 u=  22.0000 v=  -8.4900 vr=  -5.35200 vt=  22.96598
 i= 1825 j=  572 glon=  318.21 (0-360E) glon=  318.21 glat=  42.96 u=  22.4400 v=  -3.0000 vr=  -6.45060 vt=  21.70123
 i= 1830 j=  572 glon=  318.41 (0-360E) glon=  318.41 glat=  42.96 u=  23.7300 v=   1.1600 vr=  -6.16704 vt=  22.94398
 i= 1835 j=  572 glon=  318.61 (0-360E) glon=  318.61 glat=  42.96 u=  25.5300 v=   5.7800 vr=  -5.40038 vt=  25.61299
 i= 1840 j=  572 glon=  318.81 (0-360E) glon=  318.81 glat=  42.96 u=  24.7600 v=  10.6600 vr=  -4.41842 vt=  26.59268
 i= 1845 j=  572 glon=  319.01 (0-360E) glon=  319.01 glat=  42.96 u=  23.2400 v=  15.4000 vr=  -3.86244 vt=  27.61049
 i= 1850 j=  572 glon=  319.21 (0-360E) glon=  319.21 glat=  42.96 u=  23.5600 v=  18.6100 vr=  -1.54095 vt=  29.98385
 i= 1855 j=  572 glon=  319.41 (0-360E) glon=  319.41 glat=  42.96 u=  23.5500 v=  20.0500 vr=   1.52707 vt=  30.89131
 i= 1860 j=  572 glon=  319.61 (0-360E) glon=  319.61 glat=  42.96 u=  22.8300 v=  26.6000 vr=   0.07684 vt=  35.05372
 i= 1865 j=  572 glon=  319.81 (0-360E) glon=  319.81 glat=  42.96 u=  23.8100 v=  30.0500 vr=   1.89950 vt=  38.29243
 i= 1870 j=  572 glon=  320.01 (0-360E) glon=  320.01 glat=  42.96 u=  21.5300 v=  31.3900 vr=   1.90688 vt=  38.01627
 i= 1875 j=  572 glon=  320.21 (0-360E) glon=  320.21 glat=  42.96 u=  21.6400 v=  29.9500 vr=   4.82529 vt=  36.63344
 i= 1880 j=  572 glon=  320.41 (0-360E) glon=  320.41 glat=  42.96 u=  20.4400 v=  28.8600 vr=   5.90828 vt=  34.86812
 i= 1885 j=  572 glon=  320.61 (0-360E) glon=  320.61 glat=  42.96 u=  19.6700 v=  28.6700 vr=   6.61893 vt=  34.13309
 i= 1890 j=  572 glon=  320.81 (0-360E) glon=  320.81 glat=  42.96 u=  18.4900 v=  28.6000 vr=   6.65459 vt=  33.39995
 i= 1895 j=  572 glon=  321.01 (0-360E) glon=  321.01 glat=  42.96 u=  17.9700 v=  27.3600 vr=   7.51397 vt=  31.85955
 i= 1900 j=  572 glon=  321.21 (0-360E) glon=  321.21 glat=  42.96 u=  16.2300 v=  25.9600 vr=   7.07114 vt=  29.78814
 i= 1775 j=  577 glon=  316.21 (0-360E) glon=  316.21 glat=  42.76 u=   3.7800 v= -26.7500 vr=   8.23575 vt=  25.72981
 i= 1780 j=  577 glon=  316.41 (0-360E) glon=  316.41 glat=  42.76 u=   5.9700 v= -29.3300 vr=   8.37531 vt=  28.73576
 i= 1785 j=  577 glon=  316.61 (0-360E) glon=  316.61 glat=  42.76 u=   7.5000 v= -30.5600 vr=   8.79855 vt=  30.21174
 i= 1790 j=  577 glon=  316.81 (0-360E) glon=  316.81 glat=  42.76 u=  13.5900 v= -31.8100 vr=   5.73455 vt=  34.11274
 i= 1795 j=  577 glon=  317.01 (0-360E) glon=  317.01 glat=  42.76 u=  15.9100 v= -36.6300 vr=   8.51630 vt=  39.01740
 i= 1800 j=  577 glon=  317.21 (0-360E) glon=  317.21 glat=  42.76 u=  17.6200 v= -35.1900 vr=   8.77166 vt=  38.36481
 i= 1805 j=  577 glon=  317.41 (0-360E) glon=  317.41 glat=  42.76 u=  26.5400 v= -23.8000 vr=  -2.64287 vt=  35.55034
 i= 1810 j=  577 glon=  317.61 (0-360E) glon=  317.61 glat=  42.76 u=  28.1900 v= -17.8300 vr=  -4.97911 vt=  32.98171
 i= 1815 j=  577 glon=  317.81 (0-360E) glon=  317.81 glat=  42.76 u=  26.1200 v= -12.7000 vr=  -4.40687 vt=  28.70756
 i= 1820 j=  577 glon=  318.01 (0-360E) glon=  318.01 glat=  42.76 u=  26.4500 v=  -6.3100 vr=  -6.52238 vt=  26.39843
 i= 1825 j=  577 glon=  318.21 (0-360E) glon=  318.21 glat=  42.76 u=  28.3900 v=  -1.0700 vr=  -8.13701 vt=  27.21996
 i= 1830 j=  577 glon=  318.41 (0-360E) glon=  318.41 glat=  42.76 u=  29.6800 v=   1.2500 vr=  -6.05532 vt=  29.08261
 i= 1835 j=  577 glon=  318.61 (0-360E) glon=  318.61 glat=  42.76 u=  27.8500 v=   4.8500 vr=  -4.53607 vt=  27.90285
 i= 1840 j=  577 glon=  318.81 (0-360E) glon=  318.81 glat=  42.76 u=  26.2100 v=  10.8500 vr=  -5.84287 vt=  27.75874
 i= 1845 j=  577 glon=  319.01 (0-360E) glon=  319.01 glat=  42.76 u=  26.8900 v=  14.9000 vr=  -4.83171 vt=  30.36012
 i= 1850 j=  577 glon=  319.21 (0-360E) glon=  319.21 glat=  42.76 u=  26.7000 v=  17.5300 vr=  -2.77487 vt=  31.81966
 i= 1855 j=  577 glon=  319.41 (0-360E) glon=  319.41 glat=  42.76 u=  25.6000 v=  22.1500 vr=  -3.15675 vt=  33.70486
 i= 1860 j=  577 glon=  319.61 (0-360E) glon=  319.61 glat=  42.76 u=  26.7100 v=  24.9400 vr=  -0.90292 vt=  36.53235
 i= 1865 j=  577 glon=  319.81 (0-360E) glon=  319.81 glat=  42.76 u=  24.1200 v=  28.4000 vr=  -1.89605 vt=  37.21209
 i= 1870 j=  577 glon=  320.01 (0-360E) glon=  320.01 glat=  42.76 u=  22.3500 v=  28.9200 vr=  -0.81040 vt=  36.54083
 i= 1875 j=  577 glon=  320.21 (0-360E) glon=  320.21 glat=  42.76 u=  22.6200 v=  27.3200 vr=   2.63566 vt=  35.37089
 i= 1880 j=  577 glon=  320.41 (0-360E) glon=  320.41 glat=  42.76 u=  21.6100 v=  27.2200 vr=   3.71337 vt=  34.55621
 i= 1885 j=  577 glon=  320.61 (0-360E) glon=  320.61 glat=  42.76 u=  20.1300 v=  28.0600 vr=   3.57356 vt=  34.34836
 i= 1890 j=  577 glon=  320.81 (0-360E) glon=  320.81 glat=  42.76 u=  20.3700 v=  27.8300 vr=   5.22556 vt=  34.09016
 i= 1895 j=  577 glon=  321.01 (0-360E) glon=  321.01 glat=  42.76 u=  18.5600 v=  26.2900 vr=   5.40037 vt=  31.72497
 i= 1775 j=  582 glon=  316.21 (0-360E) glon=  316.21 glat=  42.56 u=   5.2100 v= -22.8300 vr=   7.24653 vt=  22.26748
 i= 1780 j=  582 glon=  316.41 (0-360E) glon=  316.41 glat=  42.56 u=   7.9800 v= -26.9300 vr=   8.01450 vt=  26.91975
 i= 1785 j=  582 glon=  316.61 (0-360E) glon=  316.61 glat=  42.56 u=   9.6100 v= -28.0400 vr=   8.50751 vt=  28.39394
 i= 1790 j=  582 glon=  316.81 (0-360E) glon=  316.81 glat=  42.56 u=  13.5100 v= -30.0800 vr=   8.13832 vt=  31.95456
 i= 1795 j=  582 glon=  317.01 (0-360E) glon=  317.01 glat=  42.56 u=  20.9000 v= -31.7600 vr=   5.57841 vt=  37.60836
 i= 1800 j=  582 glon=  317.21 (0-360E) glon=  317.21 glat=  42.56 u=  21.4600 v= -32.8800 vr=   8.47741 vt=  38.33744
 i= 1805 j=  582 glon=  317.41 (0-360E) glon=  317.41 glat=  42.56 u=  27.1100 v= -26.8700 vr=   3.16042 vt=  38.03894
 i= 1810 j=  582 glon=  317.61 (0-360E) glon=  317.61 glat=  42.56 u=  30.2400 v= -19.8800 vr=  -1.01327 vt=  36.17520
 i= 1815 j=  582 glon=  317.81 (0-360E) glon=  317.81 glat=  42.56 u=  31.4000 v= -13.5600 vr=  -3.43901 vt=  34.02950
 i= 1820 j=  582 glon=  318.01 (0-360E) glon=  318.01 glat=  42.56 u=  30.7200 v=  -8.4500 vr=  -3.99458 vt=  31.60956
 i= 1825 j=  582 glon=  318.21 (0-360E) glon=  318.21 glat=  42.56 u=  31.0700 v=  -2.7700 vr=  -5.54911 vt=  30.69569
 i= 1830 j=  582 glon=  318.41 (0-360E) glon=  318.41 glat=  42.56 u=  30.6700 v=   1.5100 vr=  -5.53062 vt=  30.20499
 i= 1835 j=  582 glon=  318.61 (0-360E) glon=  318.61 glat=  42.56 u=  28.9200 v=   5.8300 vr=  -5.56734 vt=  28.97171
 i= 1840 j=  582 glon=  318.81 (0-360E) glon=  318.81 glat=  42.56 u=  30.5500 v=   9.7500 vr=  -5.08503 vt=  31.66240
 i= 1845 j=  582 glon=  319.01 (0-360E) glon=  319.01 glat=  42.56 u=  30.4900 v=  13.4700 vr=  -4.36913 vt=  33.04530
 i= 1850 j=  582 glon=  319.21 (0-360E) glon=  319.21 glat=  42.56 u=  30.1500 v=  16.8800 vr=  -3.48114 vt=  34.37788
 i= 1855 j=  582 glon=  319.41 (0-360E) glon=  319.41 glat=  42.56 u=  30.0000 v=  20.1800 vr=  -2.53189 vt=  36.06691
 i= 1860 j=  582 glon=  319.61 (0-360E) glon=  319.61 glat=  42.56 u=  27.7600 v=  23.2000 vr=  -2.69514 vt=  36.07761
 i= 1865 j=  582 glon=  319.81 (0-360E) glon=  319.81 glat=  42.56 u=  24.0900 v=  27.0100 vr=  -4.83375 vt=  35.86786
 i= 1870 j=  582 glon=  320.01 (0-360E) glon=  320.01 glat=  42.56 u=  22.8300 v=  25.5500 vr=  -1.97160 vt=  34.20708
 i= 1875 j=  582 glon=  320.21 (0-360E) glon=  320.21 glat=  42.56 u=  23.1700 v=  24.6200 vr=   1.13742 vt=  33.78905
 i= 1880 j=  582 glon=  320.41 (0-360E) glon=  320.41 glat=  42.56 u=  21.0700 v=  26.6100 vr=   0.17083 vt=  33.94124
 i= 1885 j=  582 glon=  320.61 (0-360E) glon=  320.61 glat=  42.56 u=  20.6200 v=  26.4200 vr=   1.58713 vt=  33.47659
 i= 1890 j=  582 glon=  320.81 (0-360E) glon=  320.81 glat=  42.56 u=  21.2900 v=  25.9900 vr=   3.82436 vt=  33.37841
 i= 1780 j=  587 glon=  316.41 (0-360E) glon=  316.41 glat=  42.36 u=   9.0600 v= -24.0800 vr=   7.61427 vt=  24.57545
 i= 1785 j=  587 glon=  316.61 (0-360E) glon=  316.61 glat=  42.36 u=  11.9900 v= -26.0100 vr=   7.76622 vt=  27.56748
 i= 1790 j=  587 glon=  316.81 (0-360E) glon=  316.81 glat=  42.36 u=  15.0700 v= -26.8700 vr=   7.54656 vt=  29.86890
 i= 1795 j=  587 glon=  317.01 (0-360E) glon=  317.01 glat=  42.36 u=  23.4600 v= -25.8300 vr=   2.78765 vt=  34.78203
 i= 1800 j=  587 glon=  317.21 (0-360E) glon=  317.21 glat=  42.36 u=  26.0000 v= -29.9100 vr=   6.62504 vt=  39.07323
 i= 1805 j=  587 glon=  317.41 (0-360E) glon=  317.41 glat=  42.36 u=  27.5100 v= -27.4500 vr=   6.63382 vt=  38.29223
 i= 1810 j=  587 glon=  317.61 (0-360E) glon=  317.61 glat=  42.36 u=  29.7400 v= -21.0000 vr=   3.10767 vt=  36.27410
 i= 1815 j=  587 glon=  317.81 (0-360E) glon=  317.81 glat=  42.36 u=  33.1100 v= -14.0600 vr=  -1.26529 vt=  35.94934
 i= 1820 j=  587 glon=  318.01 (0-360E) glon=  318.01 glat=  42.36 u=  33.8700 v=  -9.8900 vr=  -1.80348 vt=  35.23828
 i= 1825 j=  587 glon=  318.21 (0-360E) glon=  318.21 glat=  42.36 u=  33.5900 v=  -4.6600 vr=  -2.98140 vt=  33.78039
 i= 1830 j=  587 glon=  318.41 (0-360E) glon=  318.41 glat=  42.36 u=  32.7800 v=  -0.8100 vr=  -2.81536 vt=  32.66892
 i= 1835 j=  587 glon=  318.61 (0-360E) glon=  318.61 glat=  42.36 u=  33.7900 v=   2.6100 vr=  -2.35311 vt=  33.80886
 i= 1840 j=  587 glon=  318.81 (0-360E) glon=  318.81 glat=  42.36 u=  34.6800 v=   6.5100 vr=  -2.11234 vt=  35.22244
 i= 1845 j=  587 glon=  319.01 (0-360E) glon=  319.01 glat=  42.36 u=  35.3500 v=  10.4100 vr=  -1.69929 vt=  36.81172
 i= 1850 j=  587 glon=  319.21 (0-360E) glon=  319.21 glat=  42.36 u=  33.7000 v=  13.4800 vr=  -1.15423 vt=  36.27765
 i= 1855 j=  587 glon=  319.41 (0-360E) glon=  319.41 glat=  42.36 u=  29.8500 v=  17.1400 vr=  -2.48022 vt=  34.33148
 i= 1860 j=  587 glon=  319.61 (0-360E) glon=  319.61 glat=  42.36 u=  27.4700 v=  22.4300 vr=  -5.09583 vt=  35.09613
 i= 1865 j=  587 glon=  319.81 (0-360E) glon=  319.81 glat=  42.36 u=  24.4400 v=  24.4300 vr=  -5.58738 vt=  34.10161
 i= 1870 j=  587 glon=  320.01 (0-360E) glon=  320.01 glat=  42.36 u=  22.5600 v=  22.2000 vr=  -2.56634 vt=  31.54691
 i= 1875 j=  587 glon=  320.21 (0-360E) glon=  320.21 glat=  42.36 u=  23.9200 v=  22.5900 vr=   0.15057 vt=  32.90064
 i= 1880 j=  587 glon=  320.41 (0-360E) glon=  320.41 glat=  42.36 u=  21.2400 v=  25.2000 vr=  -1.68861 vt=  32.91392
 i= 1885 j=  587 glon=  320.61 (0-360E) glon=  320.61 glat=  42.36 u=  21.4100 v=  24.9700 vr=   0.27875 vt=  32.89090
 i= 1790 j=  592 glon=  316.81 (0-360E) glon=  316.81 glat=  42.16 u=  16.9400 v= -23.7600 vr=   6.19429 vt=  28.51547
 i= 1795 j=  592 glon=  317.01 (0-360E) glon=  317.01 glat=  42.16 u=  21.9500 v= -22.3600 vr=   3.60266 vt=  31.12544
 i= 1800 j=  592 glon=  317.21 (0-360E) glon=  317.21 glat=  42.16 u=  29.4700 v= -21.1400 vr=   0.25960 vt=  36.26725
 i= 1805 j=  592 glon=  317.41 (0-360E) glon=  317.41 glat=  42.16 u=  29.4400 v= -28.6800 vr=   9.29478 vt=  40.03577
 i= 1810 j=  592 glon=  317.61 (0-360E) glon=  317.61 glat=  42.16 u=  28.8800 v= -21.8300 vr=   6.50913 vt=  35.61228
 i= 1815 j=  592 glon=  317.81 (0-360E) glon=  317.81 glat=  42.16 u=  31.8300 v= -14.8200 vr=   1.88605 vt=  35.06029
 i= 1820 j=  592 glon=  318.01 (0-360E) glon=  318.01 glat=  42.16 u=  34.4900 v=  -9.1600 vr=  -1.13033 vt=  35.66775
 i= 1825 j=  592 glon=  318.21 (0-360E) glon=  318.21 glat=  42.16 u=  36.1500 v=  -5.6800 vr=  -1.44059 vt=  36.56514
 i= 1830 j=  592 glon=  318.41 (0-360E) glon=  318.41 glat=  42.16 u=  37.2200 v=  -3.0300 vr=  -0.52657 vt=  37.33942
 i= 1835 j=  592 glon=  318.61 (0-360E) glon=  318.61 glat=  42.16 u=  37.7000 v=  -0.0700 vr=   0.31655 vt=  37.69874
 i= 1840 j=  592 glon=  318.81 (0-360E) glon=  318.81 glat=  42.16 u=  37.1200 v=   2.5500 vr=   1.47615 vt=  37.17819
 i= 1845 j=  592 glon=  319.01 (0-360E) glon=  319.01 glat=  42.16 u=  35.2700 v=   6.0300 vr=   1.37522 vt=  35.75532
 i= 1850 j=  592 glon=  319.21 (0-360E) glon=  319.21 glat=  42.16 u=  32.5300 v=  11.1400 vr=  -0.91887 vt=  34.37232
 i= 1855 j=  592 glon=  319.41 (0-360E) glon=  319.41 glat=  42.16 u=  27.7400 v=  17.5400 vr=  -5.57348 vt=  32.34340
 i= 1860 j=  592 glon=  319.61 (0-360E) glon=  319.61 glat=  42.16 u=  27.4200 v=  20.7700 vr=  -5.86912 vt=  33.89399
 i= 1865 j=  592 glon=  319.81 (0-360E) glon=  319.81 glat=  42.16 u=  23.2700 v=  22.0100 vr=  -6.48642 vt=  31.36653
 i= 1870 j=  592 glon=  320.01 (0-360E) glon=  320.01 glat=  42.16 u=  22.3500 v=  19.3900 vr=  -2.68580 vt=  29.46661
 i= 1875 j=  592 glon=  320.21 (0-360E) glon=  320.21 glat=  42.16 u=  23.0600 v=  20.7100 vr=  -1.38090 vt=  30.96386
 i= 1880 j=  592 glon=  320.41 (0-360E) glon=  320.41 glat=  42.16 u=  21.7600 v=  24.3300 vr=  -3.14708 vt=  32.48911
 i= 1795 j=  597 glon=  317.01 (0-360E) glon=  317.01 glat=  41.96 u=  20.6200 v= -21.0100 vr=   5.20801 vt=  28.97380
 i= 1800 j=  597 glon=  317.21 (0-360E) glon=  317.21 glat=  41.96 u=  25.8200 v= -21.0300 vr=   4.25886 vt=  33.02719
 i= 1805 j=  597 glon=  317.41 (0-360E) glon=  317.41 glat=  41.96 u=  31.9900 v= -22.5400 vr=   4.89574 vt=  38.82581
 i= 1810 j=  597 glon=  317.61 (0-360E) glon=  317.61 glat=  41.96 u=  30.5200 v= -22.2000 vr=   7.96520 vt=  36.88992
 i= 1815 j=  597 glon=  317.81 (0-360E) glon=  317.81 glat=  41.96 u=  30.6700 v= -15.3800 vr=   4.30419 vt=  34.03920
 i= 1820 j=  597 glon=  318.01 (0-360E) glon=  318.01 glat=  41.96 u=  29.8800 v= -10.5600 vr=   2.60812 vt=  31.58363
 i= 1825 j=  597 glon=  318.21 (0-360E) glon=  318.21 glat=  41.96 u=  32.4600 v=  -8.7600 vr=   3.07989 vt=  33.47990
 i= 1830 j=  597 glon=  318.41 (0-360E) glon=  318.41 glat=  41.96 u=  35.2900 v=  -6.9000 vr=   3.92438 vt=  35.74344
 i= 1835 j=  597 glon=  318.61 (0-360E) glon=  318.61 glat=  41.96 u=  36.8800 v=  -3.0900 vr=   3.30164 vt=  36.86166
 i= 1840 j=  597 glon=  318.81 (0-360E) glon=  318.81 glat=  41.96 u=  35.3900 v=   2.7000 vr=   0.67338 vt=  35.48646
 i= 1845 j=  597 glon=  319.01 (0-360E) glon=  319.01 glat=  41.96 u=  33.1900 v=   6.7300 vr=  -0.57862 vt=  33.86051
 i= 1850 j=  597 glon=  319.21 (0-360E) glon=  319.21 glat=  41.96 u=  29.8600 v=  11.8500 vr=  -3.51957 vt=  31.93203
 i= 1855 j=  597 glon=  319.41 (0-360E) glon=  319.41 glat=  41.96 u=  27.0700 v=  16.8700 vr=  -6.59032 vt=  31.20816
 i= 1860 j=  597 glon=  319.61 (0-360E) glon=  319.61 glat=  41.96 u=  26.0600 v=  18.4800 vr=  -6.06753 vt=  31.36589
 i= 1865 j=  597 glon=  319.81 (0-360E) glon=  319.81 glat=  41.96 u=  22.6800 v=  17.9200 vr=  -4.93182 vt=  28.48133
 i= 1870 j=  597 glon=  320.01 (0-360E) glon=  320.01 glat=  41.96 u=  22.2700 v=  19.1200 vr=  -4.26978 vt=  29.03956
 i= 1875 j=  597 glon=  320.21 (0-360E) glon=  320.21 glat=  41.96 u=  19.9200 v=  22.6500 vr=  -6.72975 vt=  29.40305
 i= 1810 j=  602 glon=  317.61 (0-360E) glon=  317.61 glat=  41.76 u=  32.0900 v= -25.7000 vr=  12.14745 vt=  39.27719
 i= 1815 j=  602 glon=  317.81 (0-360E) glon=  317.81 glat=  41.76 u=  28.2400 v= -15.2300 vr=   6.06139 vt=  31.50730
 i= 1820 j=  602 glon=  318.01 (0-360E) glon=  318.01 glat=  41.76 u=  28.6000 v= -11.5700 vr=   4.73386 vt=  30.48632
 i= 1825 j=  602 glon=  318.21 (0-360E) glon=  318.21 glat=  41.76 u=  30.7400 v= -10.9300 vr=   6.10233 vt=  32.04956
 i= 1830 j=  602 glon=  318.41 (0-360E) glon=  318.41 glat=  41.76 u=  34.0300 v=  -8.6000 vr=   6.03781 vt=  34.57667
 i= 1835 j=  602 glon=  318.61 (0-360E) glon=  318.61 glat=  41.76 u=  34.5700 v=  -2.7500 vr=   2.92681 vt=  34.55548
 i= 1840 j=  602 glon=  318.81 (0-360E) glon=  318.81 glat=  41.76 u=  33.3700 v=   2.1500 vr=   0.68486 vt=  33.43218
 i= 1845 j=  602 glon=  319.01 (0-360E) glon=  319.01 glat=  41.76 u=  31.2300 v=   5.1100 vr=   0.03969 vt=  31.64527
 i= 1850 j=  602 glon=  319.21 (0-360E) glon=  319.21 glat=  41.76 u=  28.9300 v=  11.0600 vr=  -3.86522 vt=  30.72993
 i= 1855 j=  602 glon=  319.41 (0-360E) glon=  319.41 glat=  41.76 u=  25.4600 v=  15.5100 vr=  -6.89373 vt=  29.00428
 i= 1860 j=  602 glon=  319.61 (0-360E) glon=  319.61 glat=  41.76 u=  24.7400 v=  16.7000 vr=  -6.21181 vt=  29.19539
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.3704921226519       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     23.24 kts
    LL Wind Circ Vt mean quadmax value: SE     40.67 kts
    LL Wind Circ Vt mean quadmax value: SW     44.35 kts
    LL Wind Circ Vt mean quadmax value: NW     30.87 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    111.192220124997       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   28.0768001350724       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    43.7534216278336     
   xcenlon=    318.437172684455     
   imax=         2738  jmax=         2041
   jlatfix=          552
   ilonfix (unadjusted) =         1831
  
 In get_max_wind, ibeg=         1736  iend=         1925
                  jbeg=          484  jend=          621
         ilonfix=         1831  jlatfix=          552
 At end of get_max_wind, vmax=    30.8978704767821       rmax= 
   25.2879055280199     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=   13.57 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=   13.55 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=   13.51 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   13.39 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   13.17 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   12.98 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   13.07 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   13.41 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   13.90 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   14.49 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   15.12 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   15.80 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   16.50 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   17.16 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   17.71 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   18.16 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   18.51 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   18.79 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   19.08 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   19.30 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   19.47 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   19.57 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   19.67 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   19.81 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   19.99 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.17 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   20.31 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   20.43 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   20.52 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   20.61 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   20.68 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   20.71 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   20.69 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   20.62 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   20.49 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   20.31 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   20.12 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   19.93 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   19.73 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   19.69 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   19.88 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   20.16 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    20.71 m/s   maxrmw_dist=    96.00  km   maxrmw_ix=   32
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    96.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    20.7138651534320      
  (m/s)   (in kts)=    40.2408258335723     
  rising_sum_dvdr=       2.99944932398920     
  declining_sum_dvdr=  -0.549458857273521     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   114 igrct=  1 Vmax (m/s)=   30.898   22:32:04
 TIMING: before call  getradii, fhr=   114 igrct=  1   22:32:04
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    7.77642116348547     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.77642116348547     
 mr4qs after add, mean_radii_vt_4quad_sum=    17.7590650134752     
 mr4qs before add, mean_radii_vt_4quad_sum=    17.7590650134752     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.0486235893308     
 mr4qs before add, mean_radii_vt_4quad_sum=    11.0486235893308     
 mr4qs after add, mean_radii_vt_4quad_sum=    1.40099486549041     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    1.40 good_quad_ct=   4 mean_vt_4quad=      0.35
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   17.72 mean_vt_4quad=    9.56
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 123
  ++++ rdist(ihc)=  369.00  mean_radii_vt_4quad(ihc)=    9.56 .... 0.5*v_holland=    6.41
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 122
  ++++ rdist(ihc)=  366.00  mean_radii_vt_4quad(ihc)=    9.63 .... 0.5*v_holland=    6.41
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 121
  ++++ rdist(ihc)=  363.00  mean_radii_vt_4quad(ihc)=    9.69 .... 0.5*v_holland=    6.41
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 120
  ++++ rdist(ihc)=  360.00  mean_radii_vt_4quad(ihc)=    9.76 .... 0.5*v_holland=    6.41
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 119
  ++++ rdist(ihc)=  357.00  mean_radii_vt_4quad(ihc)=    9.84 .... 0.5*v_holland=    6.41
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
  
 !!! NOTE: In getradii, a wind radius was
 !!! found at the maximum radius checked, so
 !!! this getradii_2 subroutine will need to
 !!! be called again using an increased value
 !!! of radmax to extend further out.
 !!! Currently, radmax (km) =    369.000000000000     
 !!! iwindix =            1  quadrant=            1
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   17.72 mean_vt_4quad=    9.56
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   17.57 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   17.30 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   17.09 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   17.02 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   17.00 mean_vt_4quad=    9.92
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   16.94 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   17.02 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   17.68 mean_vt_4quad=   10.21
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   18.44 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   18.64 mean_vt_4quad=   10.40
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   18.39 mean_vt_4quad=   10.48
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   18.25 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   18.26 mean_vt_4quad=   10.64
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   18.84 mean_vt_4quad=   10.72
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   19.30 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   19.54 mean_vt_4quad=   10.89
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   19.05 mean_vt_4quad=   10.98
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   18.23 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   17.84 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   17.72 mean_vt_4quad=   11.27
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   17.29 mean_vt_4quad=   11.36
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   16.76 mean_vt_4quad=   11.44
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   16.87 mean_vt_4quad=   11.52
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   17.32 mean_vt_4quad=   11.60
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   17.47 mean_vt_4quad=   11.70
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   17.41 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   17.56 mean_vt_4quad=   11.94
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   17.08 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   16.98 mean_vt_4quad=   12.21
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   16.97 mean_vt_4quad=   12.32
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   17.07 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   17.29 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   17.70 mean_vt_4quad=   12.58
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   18.40 mean_vt_4quad=   12.67
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   18.62 mean_vt_4quad=   12.78
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   19.14 mean_vt_4quad=   12.90
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   19.14 mean_vt_4quad=   13.02
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   18.96 mean_vt_4quad=   13.14
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   19.01 mean_vt_4quad=   13.26
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   18.93 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   18.65 mean_vt_4quad=   13.51
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   18.47 mean_vt_4quad=   13.62
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   18.47 mean_vt_4quad=   13.74
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   18.69 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   18.97 mean_vt_4quad=   13.95
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   19.69 mean_vt_4quad=   14.05
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   20.41 mean_vt_4quad=   14.15
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   20.83 mean_vt_4quad=   14.26
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   21.75 mean_vt_4quad=   14.36
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   22.06 mean_vt_4quad=   14.47
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   22.19 mean_vt_4quad=   14.56
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   22.20 mean_vt_4quad=   14.65
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   22.08 mean_vt_4quad=   14.74
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   21.92 mean_vt_4quad=   14.85
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   21.95 mean_vt_4quad=   14.95
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   22.27 mean_vt_4quad=   15.05
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   22.64 mean_vt_4quad=   15.14
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   22.97 mean_vt_4quad=   15.24
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   23.14 mean_vt_4quad=   15.36
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   22.87 mean_vt_4quad=   15.46
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   22.81 mean_vt_4quad=   15.57
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   22.54 mean_vt_4quad=   15.69
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   22.54 mean_vt_4quad=   15.81
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   23.11 mean_vt_4quad=   15.94
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   23.70 mean_vt_4quad=   16.07
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   24.29 mean_vt_4quad=   16.20
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   24.51 mean_vt_4quad=   16.33
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   24.30 mean_vt_4quad=   16.45
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   23.85 mean_vt_4quad=   16.58
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   23.31 mean_vt_4quad=   16.68
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   23.05 mean_vt_4quad=   16.79
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   23.08 mean_vt_4quad=   16.92
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   23.62 mean_vt_4quad=   17.04
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   24.13 mean_vt_4quad=   17.15
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   24.42 mean_vt_4quad=   17.22
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   24.56 mean_vt_4quad=   17.26
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   24.38 mean_vt_4quad=   17.28
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.09 mean_vt_4quad=   17.32
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   21.71 mean_vt_4quad=   17.35
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   21.14 mean_vt_4quad=   17.39
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   20.72 mean_vt_4quad=   17.40
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   20.65 mean_vt_4quad=   17.37
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   20.72 mean_vt_4quad=   17.32
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   20.58 mean_vt_4quad=   17.25
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   20.57 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   20.50 mean_vt_4quad=   17.10
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   20.58 mean_vt_4quad=   17.03
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.67 mean_vt_4quad=   16.94
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   20.70 mean_vt_4quad=   16.82
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   20.63 mean_vt_4quad=   16.68
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   20.43 mean_vt_4quad=   16.54
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   20.11 mean_vt_4quad=   16.39
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   19.75 mean_vt_4quad=   16.25
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   19.48 mean_vt_4quad=   16.14
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   19.38 mean_vt_4quad=   16.06
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   19.53 mean_vt_4quad=   16.00
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   19.66 mean_vt_4quad=   15.94
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   19.68 mean_vt_4quad=   15.86
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   19.48 mean_vt_4quad=   15.74
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   19.30 mean_vt_4quad=   15.58
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   19.26 mean_vt_4quad=   15.39
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   19.35 mean_vt_4quad=   15.19
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   19.46 mean_vt_4quad=   14.99
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   19.52 mean_vt_4quad=   14.75
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   19.49 mean_vt_4quad=   14.50
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   19.38 mean_vt_4quad=   14.24
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   19.21 mean_vt_4quad=   13.94
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   19.00 mean_vt_4quad=   13.54
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   18.79 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   18.55 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   18.23 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   17.83 mean_vt_4quad=   10.09
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   17.37 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   16.90 mean_vt_4quad=    7.67
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   16.51 mean_vt_4quad=    6.30
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   16.19 mean_vt_4quad=    4.92
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   15.89 mean_vt_4quad=    3.63
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   15.60 mean_vt_4quad=    2.55
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   15.29 mean_vt_4quad=    1.71
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   14.94 mean_vt_4quad=    1.13
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=   14.55 mean_vt_4quad=    0.71
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=   14.10 mean_vt_4quad=    0.35
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.62 mean_vt_4quad=    9.56
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.69 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.74 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.79 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.83 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.87 mean_vt_4quad=    9.92
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.93 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.99 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.07 mean_vt_4quad=   10.21
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.17 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.25 mean_vt_4quad=   10.40
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.30 mean_vt_4quad=   10.48
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.35 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.46 mean_vt_4quad=   10.64
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.56 mean_vt_4quad=   10.72
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.64 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.76 mean_vt_4quad=   10.89
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   15.86 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   15.99 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.09 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.17 mean_vt_4quad=   11.27
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.28 mean_vt_4quad=   11.36
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.40 mean_vt_4quad=   11.44
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   16.52 mean_vt_4quad=   11.52
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   16.64 mean_vt_4quad=   11.60
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   16.74 mean_vt_4quad=   11.70
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   16.84 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   16.97 mean_vt_4quad=   11.94
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.08 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.19 mean_vt_4quad=   12.21
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.32 mean_vt_4quad=   12.32
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.69 mean_vt_4quad=   12.42
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=   12.42 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=   12.50 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=   12.67 .... 0.5*v_holland=    8.34
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   12.78 .... 0.5*v_holland=    8.34
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    276.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   148.929600000000     
 vradius(iwindix,iquad) =         149
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.69 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.74 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   18.03 mean_vt_4quad=   12.58
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   18.31 mean_vt_4quad=   12.67
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   18.38 mean_vt_4quad=   12.78
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   18.59 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   18.84 mean_vt_4quad=   13.02
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   19.19 mean_vt_4quad=   13.14
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   19.55 mean_vt_4quad=   13.26
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   19.93 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   20.21 mean_vt_4quad=   13.51
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   20.44 mean_vt_4quad=   13.62
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   20.64 mean_vt_4quad=   13.74
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   20.70 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   20.71 mean_vt_4quad=   13.95
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   20.68 mean_vt_4quad=   14.05
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   20.56 mean_vt_4quad=   14.15
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   20.46 mean_vt_4quad=   14.26
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   20.40 mean_vt_4quad=   14.36
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   20.42 mean_vt_4quad=   14.47
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   20.45 mean_vt_4quad=   14.56
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   20.51 mean_vt_4quad=   14.65
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   20.53 mean_vt_4quad=   14.74
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   20.58 mean_vt_4quad=   14.85
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.77 mean_vt_4quad=   14.95
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   21.07 mean_vt_4quad=   15.05
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   21.32 mean_vt_4quad=   15.14
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   21.51 mean_vt_4quad=   15.24
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   21.60 mean_vt_4quad=   15.36
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   21.64 mean_vt_4quad=   15.46
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   21.82 mean_vt_4quad=   15.57
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   22.02 mean_vt_4quad=   15.69
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   22.30 mean_vt_4quad=   15.81
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   22.48 mean_vt_4quad=   15.94
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   22.69 mean_vt_4quad=   16.07
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   22.92 mean_vt_4quad=   16.20
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   23.13 mean_vt_4quad=   16.33
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   23.32 mean_vt_4quad=   16.45
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   23.41 mean_vt_4quad=   16.58
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   23.49 mean_vt_4quad=   16.68
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   23.56 mean_vt_4quad=   16.79
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   23.52 mean_vt_4quad=   16.92
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   23.59 mean_vt_4quad=   17.04
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   23.59 mean_vt_4quad=   17.15
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   23.59 mean_vt_4quad=   17.22
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.61 mean_vt_4quad=   17.26
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.69 mean_vt_4quad=   17.28
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.79 mean_vt_4quad=   17.32
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.92 mean_vt_4quad=   17.35
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   23.98 mean_vt_4quad=   17.39
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   23.89 mean_vt_4quad=   17.40
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   23.72 mean_vt_4quad=   17.37
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   23.55 mean_vt_4quad=   17.32
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   23.39 mean_vt_4quad=   17.25
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   23.25 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   23.09 mean_vt_4quad=   17.10
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   22.91 mean_vt_4quad=   17.03
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   22.74 mean_vt_4quad=   16.94
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   22.60 mean_vt_4quad=   16.82
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   22.46 mean_vt_4quad=   16.68
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   22.26 mean_vt_4quad=   16.54
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   21.97 mean_vt_4quad=   16.39
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   21.69 mean_vt_4quad=   16.25
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   21.62 mean_vt_4quad=   16.14
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   21.64 mean_vt_4quad=   16.06
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   21.62 mean_vt_4quad=   16.00
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   21.56 mean_vt_4quad=   15.94
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   21.44 mean_vt_4quad=   15.86
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   21.26 mean_vt_4quad=   15.74
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   21.05 mean_vt_4quad=   15.58
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   20.74 mean_vt_4quad=   15.39
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   20.40 mean_vt_4quad=   15.19
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   20.08 mean_vt_4quad=   14.99
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   19.79 mean_vt_4quad=   14.75
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   19.62 mean_vt_4quad=   14.50
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   19.54 mean_vt_4quad=   14.24
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   19.42 mean_vt_4quad=   13.94
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   19.30 mean_vt_4quad=   13.54
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   19.19 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   19.01 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   18.73 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   18.39 mean_vt_4quad=   10.09
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   18.04 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   17.68 mean_vt_4quad=    7.67
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   17.25 mean_vt_4quad=    6.30
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   16.78 mean_vt_4quad=    4.92
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   16.29 mean_vt_4quad=    3.63
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   15.85 mean_vt_4quad=    2.55
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   15.43 mean_vt_4quad=    1.71
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   15.03 mean_vt_4quad=    1.13
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   14.61 mean_vt_4quad=    0.71
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=   14.13 mean_vt_4quad=    0.35
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   14.35 mean_vt_4quad=    9.56
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   14.35 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   14.46 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   14.60 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   14.85 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   15.14 mean_vt_4quad=    9.92
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   15.45 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   15.63 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   15.74 mean_vt_4quad=   10.21
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   15.76 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   15.76 mean_vt_4quad=   10.40
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   15.73 mean_vt_4quad=   10.48
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   15.68 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   15.64 mean_vt_4quad=   10.64
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   15.57 mean_vt_4quad=   10.72
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   15.47 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   15.57 mean_vt_4quad=   10.89
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   15.81 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   16.09 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   16.38 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   16.64 mean_vt_4quad=   11.27
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   16.85 mean_vt_4quad=   11.36
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   16.92 mean_vt_4quad=   11.44
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   16.89 mean_vt_4quad=   11.52
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   16.83 mean_vt_4quad=   11.60
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   16.87 mean_vt_4quad=   11.70
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   16.90 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   17.03 mean_vt_4quad=   11.94
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   17.12 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   17.24 mean_vt_4quad=   12.21
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   17.54 mean_vt_4quad=   12.32
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  93
  ++++ rdist(ihc)=  279.00  mean_radii_vt_4quad(ihc)=   12.32 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  92
  ++++ rdist(ihc)=  276.00  mean_radii_vt_4quad(ihc)=   12.42 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=   12.50 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   12.58 .... 0.5*v_holland=    8.26
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=   12.67 .... 0.5*v_holland=    8.26
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    279.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   150.548400000000     
 vradius(iwindix,iquad) =         151
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   17.54 mean_vt_4quad=   12.32
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   17.58 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   17.54 mean_vt_4quad=   12.50
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   17.53 mean_vt_4quad=   12.58
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   17.76 mean_vt_4quad=   12.67
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   18.23 mean_vt_4quad=   12.78
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   18.63 mean_vt_4quad=   12.90
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   18.90 mean_vt_4quad=   13.02
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   19.12 mean_vt_4quad=   13.14
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   19.49 mean_vt_4quad=   13.26
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   19.86 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   20.09 mean_vt_4quad=   13.51
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   20.29 mean_vt_4quad=   13.62
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   20.50 mean_vt_4quad=   13.74
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   20.73 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   20.74 mean_vt_4quad=   13.95
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   20.48 mean_vt_4quad=   14.05
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   20.21 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   20.00 mean_vt_4quad=   14.26
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   20.44 mean_vt_4quad=   14.36
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   21.03 mean_vt_4quad=   14.47
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   21.62 mean_vt_4quad=   14.56
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   22.18 mean_vt_4quad=   14.65
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   22.68 mean_vt_4quad=   14.74
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   23.06 mean_vt_4quad=   14.85
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   23.31 mean_vt_4quad=   14.95
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   23.44 mean_vt_4quad=   15.05
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   23.46 mean_vt_4quad=   15.14
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   23.44 mean_vt_4quad=   15.24
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   23.48 mean_vt_4quad=   15.36
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   23.62 mean_vt_4quad=   15.46
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   23.87 mean_vt_4quad=   15.57
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   24.11 mean_vt_4quad=   15.69
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   24.39 mean_vt_4quad=   15.81
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   24.65 mean_vt_4quad=   15.94
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   24.89 mean_vt_4quad=   16.07
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   25.12 mean_vt_4quad=   16.20
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   25.45 mean_vt_4quad=   16.33
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   25.77 mean_vt_4quad=   16.45
  
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
  --- vmaxwind of    30.8978704767821       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.10 mean_vt_4quad=    9.56
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.26 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.43 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.57 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.65 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.76 mean_vt_4quad=    9.92
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.81 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.90 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.07 mean_vt_4quad=   10.21
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.13 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.25 mean_vt_4quad=   10.40
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.45 mean_vt_4quad=   10.48
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.53 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.63 mean_vt_4quad=   10.64
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.74 mean_vt_4quad=   10.72
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.94 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   15.13 mean_vt_4quad=   10.89
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   15.32 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.34 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.30 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.22 mean_vt_4quad=   11.27
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.21 mean_vt_4quad=   11.36
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.22 mean_vt_4quad=   11.44
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.25 mean_vt_4quad=   11.52
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.29 mean_vt_4quad=   11.60
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.26 mean_vt_4quad=   11.70
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   14.94 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   15.01 mean_vt_4quad=   11.94
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   15.12 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   15.35 mean_vt_4quad=   12.21
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   15.49 mean_vt_4quad=   12.32
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   15.74 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.87 mean_vt_4quad=   12.50
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   16.23 mean_vt_4quad=   12.58
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.54 mean_vt_4quad=   12.67
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.71 mean_vt_4quad=   12.78
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   16.71 mean_vt_4quad=   12.90
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   16.67 mean_vt_4quad=   13.02
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   16.74 mean_vt_4quad=   13.14
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.13 mean_vt_4quad=   13.26
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.55 mean_vt_4quad=   13.39
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   13.39 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   13.51 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   13.62 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   13.74 .... 0.5*v_holland=    9.12
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   13.85 .... 0.5*v_holland=    9.12
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    249.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   134.360400000000     
 vradius(iwindix,iquad) =         134
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.55 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   17.88 mean_vt_4quad=   13.51
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   18.12 mean_vt_4quad=   13.62
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   18.36 mean_vt_4quad=   13.74
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   18.79 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   19.12 mean_vt_4quad=   13.95
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   19.53 mean_vt_4quad=   14.05
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   20.13 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   20.45 mean_vt_4quad=   14.26
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   20.04 mean_vt_4quad=   14.36
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   19.36 mean_vt_4quad=   14.47
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   19.10 mean_vt_4quad=   14.56
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   18.94 mean_vt_4quad=   14.65
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   18.91 mean_vt_4quad=   14.74
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   18.89 mean_vt_4quad=   14.85
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   18.88 mean_vt_4quad=   14.95
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   18.93 mean_vt_4quad=   15.05
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   19.22 mean_vt_4quad=   15.14
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   19.66 mean_vt_4quad=   15.24
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   19.90 mean_vt_4quad=   15.36
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   19.95 mean_vt_4quad=   15.46
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   20.19 mean_vt_4quad=   15.57
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   20.43 mean_vt_4quad=   15.69
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   20.78 mean_vt_4quad=   15.81
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   21.11 mean_vt_4quad=   15.94
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   21.35 mean_vt_4quad=   16.07
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   21.29 mean_vt_4quad=   16.20
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   21.17 mean_vt_4quad=   16.33
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   21.54 mean_vt_4quad=   16.45
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   22.03 mean_vt_4quad=   16.58
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   22.25 mean_vt_4quad=   16.68
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   22.51 mean_vt_4quad=   16.79
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   22.79 mean_vt_4quad=   16.92
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   22.99 mean_vt_4quad=   17.04
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   22.99 mean_vt_4quad=   17.15
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   22.75 mean_vt_4quad=   17.22
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   22.43 mean_vt_4quad=   17.26
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   22.31 mean_vt_4quad=   17.28
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   22.12 mean_vt_4quad=   17.32
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   22.12 mean_vt_4quad=   17.35
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   22.58 mean_vt_4quad=   17.39
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   23.01 mean_vt_4quad=   17.40
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   23.38 mean_vt_4quad=   17.37
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   23.75 mean_vt_4quad=   17.32
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   24.05 mean_vt_4quad=   17.25
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   24.38 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   24.91 mean_vt_4quad=   17.10
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   25.49 mean_vt_4quad=   17.03
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   25.87 mean_vt_4quad=   16.94
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
  --- vmaxwind of    30.8978704767821       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   114 igrct=  1   22:32:04
 TIMING: before call  getradii, fhr=   114 igrct=  2   22:32:04
  
 Top of getradii_2, this is 
     iteration #            2
     ix_radii_beg=          124  ix_radii_end=          140
     radmax=    420.000000000000     
 ---> R34 search underway for quadrant            1  radmax= 
   420.000000000000     
  
   iquad=   1 idist=  140 rdist(idist)=  420.00 bin95wind=   15.11 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=  139 rdist(idist)=  417.00 bin95wind=   15.61 mean_vt_4quad=    8.33
  
  
   iquad=   1 idist=  138 rdist(idist)=  414.00 bin95wind=   15.97 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=  137 rdist(idist)=  411.00 bin95wind=   15.70 mean_vt_4quad=    8.50
  
  
   iquad=   1 idist=  136 rdist(idist)=  408.00 bin95wind=   15.95 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=  135 rdist(idist)=  405.00 bin95wind=   15.90 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=  134 rdist(idist)=  402.00 bin95wind=   15.90 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  133 rdist(idist)=  399.00 bin95wind=   15.82 mean_vt_4quad=    8.85
  
  
   iquad=   1 idist=  132 rdist(idist)=  396.00 bin95wind=   15.66 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  131 rdist(idist)=  393.00 bin95wind=   15.43 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=  130 rdist(idist)=  390.00 bin95wind=   15.40 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=  129 rdist(idist)=  387.00 bin95wind=   15.68 mean_vt_4quad=    9.16
  
  
   iquad=   1 idist=  128 rdist(idist)=  384.00 bin95wind=   16.21 mean_vt_4quad=    9.23
  
  
   iquad=   1 idist=  127 rdist(idist)=  381.00 bin95wind=   16.80 mean_vt_4quad=    9.30
  
  
   iquad=   1 idist=  126 rdist(idist)=  378.00 bin95wind=   17.05 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=  125 rdist(idist)=  375.00 bin95wind=   17.38 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=  124 rdist(idist)=  372.00 bin95wind=   17.84 mean_vt_4quad=    9.50
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 124
  ++++ rdist(ihc)=  372.00  mean_radii_vt_4quad(ihc)=    9.50 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 123
  ++++ rdist(ihc)=  369.00  mean_radii_vt_4quad(ihc)=    9.56 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 122
  ++++ rdist(ihc)=  366.00  mean_radii_vt_4quad(ihc)=    9.63 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 121
  ++++ rdist(ihc)=  363.00  mean_radii_vt_4quad(ihc)=    9.69 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 120
  ++++ rdist(ihc)=  360.00  mean_radii_vt_4quad(ihc)=    9.76 .... 0.5*v_holland=    6.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    372.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   200.731200000000     
 vradius(iwindix,iquad) =         201
 + R34 okay for quadrant            2 ... skipping...
 + R34 okay for quadrant            3 ... skipping...
 + R34 okay for quadrant            4 ... skipping...
 TIMING: after call  getradii, fhr=   114 igrct=  2   22:32:04
 TIMING: after getrad_iter_loop, fhr=   114 igrct=  3 Vmax (m/s)=   30.898   22:32:04
 TIMING: Before get_phase ... 22:32:04
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          114 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    74.162
  
  
  In get_cps_paramb, lead time=          114 :           0   08L  FRANKLIN 
   right_ct=         1071   left_ct=         1130
   zthicksum(1)=    3624805.82518750     
   zthicksum(2)=    3771155.28812500     
   zthick_right_mean=    3384.50590587068     
   zthick_left_mean=     3337.30556471239     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    47.2003411582873     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           54.96
  Sum of y-diffs squared (ydiff2) =           55.14
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   189.69   6.7452        2.64   0.1661     2.40     5.75        6.96
    2   187.75   6.6846        0.70   0.1055     0.55     0.30        0.49
    3   185.95   6.6201       -1.10   0.0409    -1.16     1.34        1.21
    4   184.34   6.5511       -2.71  -0.0281    -2.67     7.15        7.37
    5   182.87   6.4770       -4.18  -0.1022    -4.03    16.25       17.46
    6   191.70   6.3969        4.65  -0.1822     4.92    24.17       21.65
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   187.051     x:    6.58
  
  slope=      1.442         y-intercept =    177.567
  Regression equation:   Y =   177.57 +     1.44X
  
  R2(r_squared) =  0.0032        r =  0.0565
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1061.41 zmin=  868.95 zdiff=  192.46
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1549.62 zmin= 1359.93 zdiff=  189.69
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -2.78 dlnp=     -0.057158  dzdlnp=       48.567
  
   +++ k=  3 press=    800.0 zmax= 2063.87 zmin= 1876.12 zdiff=  187.75
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -1.94 dlnp=     -0.060625  dzdlnp=       31.934
  
   +++ k=  4 press=    750.0 zmax= 2608.30 zmin= 2422.35 zdiff=  185.95
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -1.80 dlnp=     -0.064539  dzdlnp=       27.890
  
   +++ k=  5 press=    700.0 zmax= 3184.22 zmin= 2999.89 zdiff=  184.34
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -1.62 dlnp=     -0.068993  dzdlnp=       23.423
  
   +++ k=  6 press=    650.0 zmax= 3795.45 zmin= 3612.57 zdiff=  182.87
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -1.46 dlnp=     -0.074108  dzdlnp=       19.755
  
   +++ k=  7 press=    600.0 zmax= 4449.18 zmin= 4257.48 zdiff=  191.70
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=       8.83 dlnp=     -0.080043  dzdlnp=     -110.341
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           98.28
  Sum of y-diffs squared (ydiff2) =         5523.00
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   208.48   6.3099      -38.96   0.2788     1.60     2.56     1517.88
    2   224.43   6.2146      -23.01   0.1834     3.69    13.58      529.37
    3   234.83   6.1092      -12.61   0.0781    -1.25     1.55      158.96
    4   246.37   5.9915       -1.07  -0.0397    -6.85    46.89        1.15
    5   270.19   5.8579       22.75  -0.1732    -2.45     6.02      517.65
    6   300.34   5.7038       52.90  -0.3274     5.26    27.67     2797.99
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   247.440     x:    6.03
  
  slope=   -145.507         y-intercept =   1125.019
  Regression equation:   Y =  1125.02 -   145.51X
  
  R2(r_squared) =  0.9822        r =  0.9911
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4449.18 zmin= 4257.48 zdiff=  191.70
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5152.31 zmin= 4943.83 zdiff=  208.48
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      16.78 dlnp=     -0.087011  dzdlnp=     -192.802
  
   +++ k=  9 press=    500.0 zmax= 5911.40 zmin= 5686.97 zdiff=  224.43
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      15.95 dlnp=     -0.095310  dzdlnp=     -167.369
  
   +++ k= 10 press=    450.0 zmax= 6734.45 zmin= 6499.62 zdiff=  234.83
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      10.40 dlnp=     -0.105361  dzdlnp=      -98.709
  
   +++ k= 11 press=    400.0 zmax= 7635.24 zmin= 7388.87 zdiff=  246.37
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      11.54 dlnp=     -0.117783  dzdlnp=      -97.943
  
   +++ k= 12 press=    350.0 zmax= 8632.14 zmin= 8361.94 zdiff=  270.19
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      23.82 dlnp=     -0.133531  dzdlnp=     -178.415
  
   +++ k= 13 press=    300.0 zmax= 9751.76 zmin= 9451.42 zdiff=  300.34
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      30.14 dlnp=     -0.154151  dzdlnp=     -195.549
  
cps_stats: 08L   lead time= 114: 0   paramb=    47.20  vtl=      1.44  vtu=   -145.51
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  114:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  318.437 (0-360) guesslon=  318.437E  (  41.563W)   guesslat=   43.753
 ilonfix=         1831  jlatfix=          552  npts=           33
 ibeg=         1749  jbeg=          484  imax=         2738
 iend=         1913  jend=          620  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  317.517E  (0-360) ctlon=  317.517E  (  42.483W)  ctlat=   44.833 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  317.517E   (0-360) guesslon=  317.517E  (  42.483W)   guesslat=   44.833
 ilonfix=         1808  jlatfix=          525  npts=           16
 ibeg=         1749  jbeg=          481  imax=         2738
 iend=         1867  jend=          569  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  317.297E  (0-360) ctlon=  317.297  (  42.703W)  ctlat=   44.713 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L   114:00  mean_lon:  317.30E (  42.70W)    (0-360) mean_lon=  317.30E  mean_lat:   44.71  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L   114:00  ifix:  1790   jfix:   516  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1790  jx=          516
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        2035 ,         269 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        2036 ,         268 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L   114:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:04
 TIMING: Before shear ... 22:32:04
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           20
  clon(ist,ifh,3)=    318.595363731684     
  clat(ist,ifh,3)=    43.5867989942819     
  fixlon(ist,ifh)=    318.437172684455     
  fixlat(ist,ifh)=    43.7534216278336     
  xcenlon=    318.595363731684     
  xcenlat=    43.5867989942819     
  
 xxshear
 In get_shear A, xcenlon=    318.595363731684       xcenlat= 
   43.5867989942819     
   In get_shear B, (0-360) xcenlon=    318.595363731684     
  
At start of get_shear:  08L   fhr=  114:00   Mean fix position=   318.44E  ( 41.56W)    43.75  (0-360) mean lon fix=  318.44
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   11.54 vr_mean(idist,ilev)=    0.86
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   16.32 vr_mean(idist,ilev)=    1.48
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   23.14 vr_mean(idist,ilev)=    1.63
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   27.11 vr_mean(idist,ilev)=    1.44
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   26.79 vr_mean(idist,ilev)=    1.03
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   27.02 vr_mean(idist,ilev)=    2.18
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   24.91 vr_mean(idist,ilev)=    1.85
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   23.19 vr_mean(idist,ilev)=    1.74
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   20.59 vr_mean(idist,ilev)=    1.70
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   18.58 vr_mean(idist,ilev)=    1.76
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   17.41 vr_mean(idist,ilev)=    0.91
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   15.73 vr_mean(idist,ilev)=    0.83
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.62 vr_mean(idist,ilev)=    0.49
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.46 vr_mean(idist,ilev)=   -0.56
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.21 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.56 vr_mean(idist,ilev)=   -0.38
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.42 vr_mean(idist,ilev)=   -0.72
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.82 vr_mean(idist,ilev)=   -0.71
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.24 vr_mean(idist,ilev)=   -0.59
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -28.01 vr_mean(idist,ilev)=   28.01
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -42.02 vr_mean(idist,ilev)=   42.02
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -56.03 vr_mean(idist,ilev)=   56.03
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -70.06 vr_mean(idist,ilev)=   70.06
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -84.10 vr_mean(idist,ilev)=   84.10
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -98.16 vr_mean(idist,ilev)=   98.16
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -112.24 vr_mean(idist,ilev)=  112.24
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -126.35 vr_mean(idist,ilev)=  126.35
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -140.48 vr_mean(idist,ilev)=  140.48
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -154.65 vr_mean(idist,ilev)=  154.65
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -168.86 vr_mean(idist,ilev)=  168.86
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -183.12 vr_mean(idist,ilev)=  183.12
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -197.44 vr_mean(idist,ilev)=  197.44
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -211.82 vr_mean(idist,ilev)=  211.82
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -226.29 vr_mean(idist,ilev)=  226.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -240.86 vr_mean(idist,ilev)=  240.86
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -255.56 vr_mean(idist,ilev)=  255.56
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -270.44 vr_mean(idist,ilev)=  270.44
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -285.56 vr_mean(idist,ilev)=  285.56
  
 At end of get_shear: 
     ist=    2 ifh=   20 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:04
  
 After call to fixcenter, fix positions at 
 forecast hour=  114:00 follow:
  
fixpos  08L   fhr=  114:00   Fix position=   318.44E  ( 41.56W)    43.75   Max Wind=  60 kts
  
  
 xxxx get_next_ges, prev fix lon=    314.696878279270     
 xxxx get_next_ges, curr fix lon=    318.437172684455     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    318.437172684455        fixlat=    43.7534216278336     
        (0-360) fixlon=    318.437172684455     
      ilonfix=         1831   jlatfix=          552
      ibeg=         1292   iend=         2370
      jbeg=          100   jend=         1004
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.70635233723161       vavg=   0.406140780482522     
      ubar=    1.92658808430790       vbar=   0.101535195120631     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.9090184204352       vavg=    2.31736764660326     
      ubar=    8.38109729452551       vbar=    1.26021901842226     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    18.3129463520694       vavg=    5.41121352815652     
      ubar=    12.9593338825429       vbar=    2.61302240046139     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.9593338825429       vbar=    2.61302240046139     
      wgttot=    1.00000000000000     
      fixlon=    318.437172684455        fixlat=    43.7534216278336     
      barnlon=    321.937190847170       barnlat=    44.2610104097828     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.719252307075323     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      321.937190847170     
     Raw (no conversion for GM wrap) extraplon=    322.221838860898     
  
 --- barnlon=    321.94E  (  38.06W)    barnlat=     44.26
 --- extraplon=  322.22E  (  37.78W)    extraplat=   44.46
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   43.75
 | Current fix lon is   41.56W   ( 318.44E)
 | Current fix lon (raw, unadjusted)=  318.44E
 | Updated guess lat for next fcst hour is   44.36
 | Updated guess lon (0-360) for next fcst hour is   37.92W   ( 322.08E)
 | Raw updated guess lon for next fcst hour is  322.08E)
 -------------------------------------------------
  
 iocheck, dist=    298.748171177611        distm=    298748.171177611     
 iocheck, stmspd=    13.8309338508153        istmspd=          269
 iocheck, xincr=    3.64234216957936        yincr=   0.606671465632587     
 iocheck, stmdir=    80.5435790561332        istmdir=           81
 +++ RPT_STORM_MOTION: istmspd=   269 kts(*10)    istmdir=    81 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  20
     Fix location for this time:   318.44E  ( 41.56W)    43.75
     Fix lon (raw) for this time:  318.44E
     ilonfix= 1831  jlatfix=  552
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    318.437172684455       xcenlat=    43.7534216278336     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    318.437172684455       xcenlat=    43.7534216278336     
  ilonfix=         1831  jlatfix=          552
  ibeg=         1694  iend=         1968
  jbeg=          436  jend=          668  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    318.437172684455        xcenlat=    43.7534216278336     
      ilonfix=         1831   jlatfix=          552
      ibeg=         1694   iend=         1968
      jbeg=          436   jend=          668
 After call to barnes, xsmoothval=   3.333704945713301E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.333704945713301E-004
      xcenlon=    318.437172684455        xcenlat=    43.7534216278336     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000333  imeanzeta (*1e6)=      333
   --- mean zeta raw =   3.333704945713301E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002734  igrid zeta (*1e6)=     2734 ifilret=   0
   --- grid zeta raw=   2.734251485177693E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    318.437172684455       xcenlat=    43.7534216278336     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    318.437172684455       xcenlat=    43.7534216278336     
  ilonfix=         1831  jlatfix=          552
  ibeg=         1694  iend=         1968
  jbeg=          436  jend=          668  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    318.437172684455        xcenlat=    43.7534216278336     
      ilonfix=         1831   jlatfix=          552
      ibeg=         1694   iend=         1968
      jbeg=          436   jend=          668
 After call to barnes, xsmoothval=   2.424533856413049E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.424533856413049E-004
      xcenlon=    318.437172684455        xcenlat=    43.7534216278336     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000242  imeanzeta (*1e6)=      242
   --- mean zeta raw =   2.424533856413049E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001160  igrid zeta (*1e6)=     1160 ifilret=   0
   --- grid zeta raw=   1.160164596147649E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=          114
  
 segx, outlon=    318.437172684455       outlat=    43.7534216278336     
   ist=            2  ifcsthour=          114
   vmaxwind=    30.8978704767821       xminmslp=    99473.6700000000     
   vradius=          201           0           0         149           0
           0         151          89           0         134          57
           0
   maxstorm=            6
   plastbar=    100273.670000000       rlastbar=    75.1548454494414     
   rmax=    25.2879055280199     
   cps_vals=    47.2003411582873        1.44153097266761     
  -145.507449094213     
   wcore_flag= n
   istmspd=          269  istmdir=           81
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    96.0000000000000     
   axisymet_rmw_val=     20.7138651534320     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   75.1548454494414       irlastbar=          75
 output: plastbar=   100273.670000000       iplastbar=        1003
 rmax=    25.2879055280199        irmax=           25
 TXX top of atcfunix_ext, ist=            2  ifh=          114
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   75.1548454494414       irlastbar=          75
 output: plastbar=   100273.670000000       iplastbar=        1003
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          114
 intlat=          438
 clatns= N
 intlon=          416
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           60
 int(xminmslp/mslp_outp_adj + 0.5)=          995
 XX,  34, NEQ
 vradius(1,1)=          201
 vradius(1,2)=          149
 vradius(1,3)=          151
 vradius(1,4)=          134
 iplastbar=         1003
 irlastbar=           75
 irmax=           25
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           81
 istmspd=          269
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          472
 icps_vals(2)=           14
 icps_vals(3)=        -1455
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           52
 irmw_val=           40
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          333
 igridzeta(1)=         2734
 imeanzeta(2)=          242
 igridzeta(2)=         1160
  
 rmax=    25.2879055280199        irmax=           25
 +++ Top of output_atcf_parms, ist=            2  ifh=          114
  
 xxxx get_next_ges, prev fix lon=    314.696878279270     
 xxxx get_next_ges, curr fix lon=    318.437172684455     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    318.437172684455        fixlat=    43.7534216278336     
        (0-360) fixlon=    318.437172684455     
      ilonfix=         1831   jlatfix=          552
      ibeg=         1292   iend=         2370
      jbeg=          100   jend=         1004
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    7.70635233723161       vavg=   0.406140780482522     
      ubar=    1.92658808430790       vbar=   0.101535195120631     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.9090184204352       vavg=    2.31736764660326     
      ubar=    8.38109729452551       vbar=    1.26021901842226     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    18.3129463520694       vavg=    5.41121352815652     
      ubar=    12.9593338825429       vbar=    2.61302240046139     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.9593338825429       vbar=    2.61302240046139     
      wgttot=    1.00000000000000     
      fixlon=    318.437172684455        fixlat=    43.7534216278336     
      barnlon=    321.937190847170       barnlat=    44.2610104097828     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.719252307075323     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      321.937190847170     
     Raw (no conversion for GM wrap) extraplon=    322.221838860898     
  
 --- barnlon=    321.94E  (  38.06W)    barnlat=     44.26
 --- extraplon=  322.22E  (  37.78W)    extraplat=   44.46
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   43.75
 | Current fix lon is   41.56W   ( 318.44E)
 | Current fix lon (raw, unadjusted)=  318.44E
 | Updated guess lat for next fcst hour is   44.36
 | Updated guess lon (0-360) for next fcst hour is   37.92W   ( 322.08E)
 | Raw updated guess lon for next fcst hour is  322.08E)
 -------------------------------------------------
  
 iocheck, dist=    298.748171177611        distm=    298748.171177611     
 iocheck, stmspd=    13.8309338508153        istmspd=          269
 iocheck, xincr=    3.64234216957936        yincr=   0.606671465632587     
 iocheck, stmdir=    80.5435790561332        istmdir=           81
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:  114:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.158730920414162E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.626E  (0-360) ctlon=  288.626E  (  71.374W)  ctlat=   34.576 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.516E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.626E   (0-360) guesslon=  288.626E  (  71.374W)   guesslat=   34.576
 ilonfix=         1086  jlatfix=          781  npts=           16
 ibeg=         1034  jbeg=          737  imax=         2738
 iend=         1138  jend=          825  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.806E  (0-360) ctlon=  288.806  (  71.194W)  ctlat=   34.456 fmax (x10e5) =        0.474E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   2.858897170110966E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.626E  (0-360) ctlon=  288.626E  (  71.374W)  ctlat=   34.176 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.286E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.626E   (0-360) guesslon=  288.626E  (  71.374W)   guesslat=   34.176
 ilonfix=         1086  jlatfix=          791  npts=           16
 ibeg=         1034  jbeg=          747  imax=         2738
 iend=         1138  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.906E  (0-360) ctlon=  288.906  (  71.094W)  ctlat=   34.456 fmax (x10e5) =        0.371E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.626E  (0-360) ctlon=  288.626E  (  71.374W)  ctlat=   34.176 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.144E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.626E   (0-360) guesslon=  288.626E  (  71.374W)   guesslat=   34.176
 ilonfix=         1086  jlatfix=          791  npts=           16
 ibeg=         1034  jbeg=          747  imax=         2738
 iend=         1138  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.806E  (0-360) ctlon=  288.806  (  71.194W)  ctlat=   34.356 fmax =       -0.100E+16 fmin =        0.144E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  289.026E  (0-360) ctlon=  289.026E  (  70.974W)  ctlat=   34.576 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.310E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  289.026E   (0-360) guesslon=  289.026E  (  70.974W)   guesslat=   34.576
 ilonfix=         1096  jlatfix=          781  npts=           16
 ibeg=         1044  jbeg=          737  imax=         2738
 iend=         1148  jend=          825  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.906E  (0-360) ctlon=  288.906  (  71.094W)  ctlat=   34.456 fmax =       -0.100E+16 fmin =        0.310E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.626E  (0-360) ctlon=  288.626E  (  71.374W)  ctlat=   34.176 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.626E   (0-360) guesslon=  288.626E  (  71.374W)   guesslat=   34.176
 ilonfix=         1086  jlatfix=          791  npts=           16
 ibeg=         1034  jbeg=          747  imax=         2738
 iend=         1138  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.806E  (0-360) ctlon=  288.806  (  71.194W)  ctlat=   34.356 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  289.146 (0-360) guesslon=  289.146E  (  70.854W)   guesslat=   33.896
 ilonfix=         1099  jlatfix=          798  npts=           33
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1175  jend=          866  jmax=         2041
 TIMING: find_maxmin 1  22:32:04
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   3.462798659197213E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.626E  (0-360) ctlon=  288.626E  (  71.374W)  ctlat=   34.176 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.346E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:04
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.626E   (0-360) guesslon=  288.626E  (  71.374W)   guesslat=   34.176
 ilonfix=         1086  jlatfix=          791  npts=           16
 ibeg=         1034  jbeg=          747  imax=         2738
 iend=         1138  jend=          835  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.806E  (0-360) ctlon=  288.806  (  71.194W)  ctlat=   34.356 fmax (x10e5) =        0.390E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.895092927484        uvgeslat=    34.3175979433185     
    (0-360 uvgeslon)=    288.895092927484     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.895092927484        uvgeslat=    34.3175979433185     
    (0-360 uvgeslon)=    288.895092927484     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.895092927484     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.895E  (0-360E lon):  288.895E    71.105W  ctlat=   34.318  xmax_circul_disk =      90905097.5
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.895E  (0-360E)=  288.895E  (  71.105W)   guesslat=   34.318
 ilonfix=         1093  jlatfix=          788  npts=           56
 ibeg=         1021  jbeg=          724  imax=         2738
 iend=         1165  jend=          852  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    91320263.1769421     
 nhalf get_wind_circ, k=  1 ctlon=  288.795E  (0-360E)=  288.795E  ctlon=   71.205W   ctlat=   34.398 Wind Circulation (NHEM: Max) =      91320263.2
 TIMING: After GWC 850 ... 22:32:04
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.895092927484        uvgeslat=    34.3175979433185     
    (0-360 uvgeslon)=    288.895092927484     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.895092927484     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.895E  (0-360E lon):  288.895E    71.105W  ctlat=   34.318  xmax_circul_disk =      74609542.7
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.895E  (0-360E)=  288.895E  (  71.105W)   guesslat=   34.318
 ilonfix=         1093  jlatfix=          788  npts=           56
 ibeg=         1021  jbeg=          724  imax=         2738
 iend=         1165  jend=          852  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    75614844.8663361     
 nhalf get_wind_circ, k=  1 ctlon=  288.795E  (0-360E)=  288.795E  ctlon=   71.205W   ctlat=   34.398 Wind Circulation (NHEM: Max) =      75614844.9
 TIMING: After GWC 700 ... 22:32:04
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:04
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.895092927484        uvgeslat=    34.3175979433185     
    (0-360 uvgeslon)=    288.895092927484     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.895092927484     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.895E  (0-360E lon):  288.895E    71.105W  ctlat=   34.318  xmax_circul_disk =      69369491.6
 TIMING: get_wind_circ kloop, k=  1   22:32:04
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.895E  (0-360E)=  288.895E  (  71.105W)   guesslat=   34.318
 ilonfix=         1093  jlatfix=          788  npts=           56
 ibeg=         1021  jbeg=          724  imax=         2738
 iend=         1165  jend=          852  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    69958136.5194525     
 nhalf get_wind_circ, k=  1 ctlon=  288.795E  (0-360E)=  288.795E  ctlon=   71.205W   ctlat=   34.278 Wind Circulation (NHEM: Max) =      69958136.5
 TIMING: After GWC Sfc ... 22:32:04
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.11  xavg_stderr=     4.56
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           20  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   114:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  289.15E   (0-360) guesslon=  289.15E  ( 70.85W)    33.90
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.81       71.19      34.46           47.37       T         69.68
   2    zeta 700    Max       288.91       71.09      34.46           37.07       T         66.07
   3    circ 850    Max       288.80       71.20      34.40           91.32       T         64.47
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.80       71.20      34.40           75.61       T         64.47
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.81       71.19      34.36         1440.20       T         59.96
   8     gph 700    Min       288.91       71.09      34.46         3103.87       T         66.07
   9        MSLP    Min       288.81       71.19      34.36       100175.81       T         59.96
  10    circ sfc    Max       288.80       71.20      34.28           69.96       T         53.35
  11    zeta sfc    Max       288.81       71.19      34.36           38.99       T         59.96
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.59564740184578       stderr_close= 
   3.57723505226589       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.541 devia=   1.508 wtpos=  0.60489     288.81   288.81    71.19    34.46
 ip=  2 kprm=  2 dist_from_mean=  10.475 devia=   2.095 wtpos=  0.49743     288.91   288.91    71.09    34.46
 ip=  3 kprm=  3 dist_from_mean=   2.845 devia=   0.569 wtpos=  0.82726     288.80   288.80    71.20    34.40
 ip=  5 kprm=  4 dist_from_mean=   2.845 devia=   0.569 wtpos=  0.82726     288.80   288.80    71.20    34.40
 ip=  7 kprm=  5 dist_from_mean=   4.141 devia=   0.828 wtpos=  0.75874     288.81   288.81    71.19    34.36
 ip=  8 kprm=  6 dist_from_mean=  10.475 devia=   2.095 wtpos=  0.49743     288.91   288.91    71.09    34.46
 ip=  9 kprm=  7 dist_from_mean=   4.141 devia=   0.828 wtpos=  0.75874     288.81   288.81    71.19    34.36
 ip= 10 kprm=  8 dist_from_mean=  12.758 devia=   2.552 wtpos=  0.42719     288.80   288.80    71.20    34.28
 ip= 11 kprm=  9 dist_from_mean=   4.141 devia=   0.828 wtpos=  0.75874     288.81   288.81    71.19    34.36
  
At end of fixcenter:  10L   fhr=  114:00   Fix position=   288.82E  (0-360) fixlon=  288.82  ( 71.18W)    34.39
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.818890751109     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.806004245666     
        (0-360E clon(ist,ifh,9))=    288.806004245666     
      clat(ist,ifh,9)=    34.3557788069548     
      xval(9)=    100175.810909909     
  
  After get_ij B, ibeg jbeg =          979         649
  After get_ij B, iend jend =         1201         925
  
 In is_it_a_storm, ilonfix=         1090  jlatfix=          787
 ibeg jbeg iend jend =          979         649        1201         925
 cparm= slp  parmlon parmlat =    288.806004245666        34.3557788069548     
     (0-360E parmlon) =    288.806004245666     
 parmval=    100175.810909909     
  
 i= 1064 j=  724 glon=  287.77 (0-360E) glon=  287.77 glat=  36.88 dist=   295.99 slp=  101452.07 pgradient=  4.31181
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.31181
 mslp center =    288.806004245666        34.3557788069548     
   100175.810909909     
   (0-360E) lon of mslp center =    288.806004245666     
 pgrad loc   =    287.768937000000        287.768937000000     
   72.2310630000000        36.8807260000000        101452.070000000     
  ttest at location C IF....
      xinp_fixlat=    34.3557788069548     
      xinp_fixlon=    288.806004245666       (0-360E) xinp_fixlon= 
   288.806004245666     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99854.7100000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1090  jfix=          786
 longitude=    288.806004245666      E   (   71.1939957543340      
 W)  (0-360E) xinp_fixlon=    288.806004245666     
 latitude=    34.3557788069548     
 mean mslp value (xval(9))=    100175.810909909     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1090  jfix=          786
 longitude=    288.806004245666      E   (   71.1939957543340      
 W)  (0-360E) xinp_fixlon=    288.806004245666     
 latitude=    34.3557788069548     
 mean mslp value (xval(9))=    100175.810909909     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1090  jx=          786
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99854.7100000000       xcentval=    99854.7100000000     
 At A, num_found_contours=            0
 At A, contlo=    99854.7100000000       conthi=    100254.710000000     
  
 num_found_contours=            0
 contlo=    99854.7100000000       conthi=    100254.710000000     
 xcentval=    99854.7100000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100254.710000000       conthi=    100654.710000000     
  
 num_found_contours=            1
 contlo=    100254.710000000       conthi=    100654.710000000     
 xcentval=    99854.7100000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1104 ,         774 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99854.7100000000     
 !!! (i,j) of central value = (        1090 ,         786 )
 !!!  
 !!! Flagged value found    =    100227.030000000     
 !!! (i,j) of flagged value = (        1105 ,         773 )
 !!!   
 !!! Lower bound of contour interval =    100254.710000000     
 !!! Upper bound of contour interval =    100654.710000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1090  jfix=          786
 longitude=    288.806004245666      E   (   71.1939957543340      W)  
 (0-360E) xinp_fixlon=    288.806004245666     
 latitude=    34.3557788069548     
 mean mslp value (xval(9))=    100175.810909909     
 gridpoint mslp value=    99854.7100000000     
 ccflag= y
 prs of last closed isobar =    100254.710000000     
 radius of last closed isobar =    22.5257465307264       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =  114:00
 !!! Boundary check xinp_fixlat is   34.36
 !!! Boundary check xinp_fixlon is   71.19W   ( 288.81E)  (0-360E) xinp_fixlon=  288.81
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.795095427484     
  850 mb wcirc fix lat=    34.3975959433185     
    (0-360) 850 mb wcirc fix lon=    288.795095427484     
  Multi-parm fix lon=      288.818890751109     
  Multi-parm fix lat=      34.3886371453123     
    (0-360) Multi-parm fix lon=      288.818890751109     
  
  
  After get_ij B, ibeg jbeg =          996         682
  After get_ij B, iend jend =         1184         890
  
 In is_it_a_storm, ilonfix=         1090  jlatfix=          786
 ibeg jbeg iend jend =          996         682        1184         890
 cparm= v850  parmlon parmlat =    288.795095427484        34.3975959433185     
     (0-360E parmlon) =    288.795095427484     
 parmval=    91320263.1769421     
  
 i= 1076 j=  737 glon=  288.25 (0-360E) glon=  288.25 glat=  36.36 u= -16.0300 v=  -9.2700 vr=  -5.47033 vt=  17.69094
 i= 1081 j=  737 glon=  288.45 (0-360E) glon=  288.45 glat=  36.36 u= -15.4900 v=  -9.1100 vr=  -6.79865 vt=  16.63462
 i= 1086 j=  737 glon=  288.65 (0-360E) glon=  288.65 glat=  36.36 u= -15.6200 v=  -8.4500 vr=  -7.48207 vt=  16.10607
 i= 1091 j=  737 glon=  288.85 (0-360E) glon=  288.85 glat=  36.36 u= -15.4600 v=  -6.9000 vr=  -7.24576 vt=  15.30100
 i= 1096 j=  737 glon=  289.05 (0-360E) glon=  289.05 glat=  36.36 u= -15.1500 v=  -5.2200 vr=  -6.78855 vt=  14.51504
 i= 1101 j=  737 glon=  289.25 (0-360E) glon=  289.25 glat=  36.36 u= -15.8600 v=  -2.8500 vr=  -5.75508 vt=  15.05128
 i= 1061 j=  742 glon=  287.65 (0-360E) glon=  287.65 glat=  36.16 u= -16.1900 v=  -9.8300 vr=  -1.04008 vt=  18.91199
 i= 1066 j=  742 glon=  287.85 (0-360E) glon=  287.85 glat=  36.16 u= -17.0700 v=  -9.7500 vr=  -2.03524 vt=  19.55263
 i= 1071 j=  742 glon=  288.05 (0-360E) glon=  288.05 glat=  36.16 u= -16.6500 v= -10.0700 vr=  -4.04594 vt=  19.03307
 i= 1076 j=  742 glon=  288.25 (0-360E) glon=  288.25 glat=  36.16 u= -16.5700 v=  -9.9300 vr=  -5.53962 vt=  18.50628
 i= 1081 j=  742 glon=  288.45 (0-360E) glon=  288.45 glat=  36.16 u= -17.0100 v=  -8.6400 vr=  -5.82355 vt=  18.16799
 i= 1086 j=  742 glon=  288.65 (0-360E) glon=  288.65 glat=  36.16 u= -16.2000 v=  -7.8800 vr=  -6.76203 vt=  16.69758
 i= 1091 j=  742 glon=  288.85 (0-360E) glon=  288.85 glat=  36.16 u= -14.9500 v=  -6.2600 vr=  -6.63241 vt=  14.78855
 i= 1096 j=  742 glon=  289.05 (0-360E) glon=  289.05 glat=  36.16 u= -16.5200 v=  -2.6700 vr=  -4.58993 vt=  16.09260
 i= 1101 j=  742 glon=  289.25 (0-360E) glon=  289.25 glat=  36.16 u= -21.1400 v=   4.5600 vr=   0.09140 vt=  21.62602
 i= 1106 j=  742 glon=  289.45 (0-360E) glon=  289.45 glat=  36.16 u= -18.7600 v=   7.3800 vr=   1.59564 vt=  20.09617
 i= 1111 j=  742 glon=  289.65 (0-360E) glon=  289.65 glat=  36.16 u= -18.4100 v=   7.3100 vr=  -0.01184 vt=  19.80818
 i= 1116 j=  742 glon=  289.85 (0-360E) glon=  289.85 glat=  36.16 u= -16.3500 v=   6.7200 vr=  -1.17611 vt=  17.63796
 i= 1051 j=  747 glon=  287.25 (0-360E) glon=  287.25 glat=  35.96 u= -15.5200 v= -11.3400 vr=   1.01278 vt=  19.19480
 i= 1056 j=  747 glon=  287.45 (0-360E) glon=  287.45 glat=  35.96 u= -16.3800 v= -11.3300 vr=   0.22992 vt=  19.91533
 i= 1061 j=  747 glon=  287.65 (0-360E) glon=  287.65 glat=  35.96 u= -16.6700 v= -11.8800 vr=  -1.56265 vt=  20.41033
 i= 1066 j=  747 glon=  287.85 (0-360E) glon=  287.85 glat=  35.96 u= -17.6300 v= -11.5900 vr=  -2.52131 vt=  20.94727
 i= 1071 j=  747 glon=  288.05 (0-360E) glon=  288.05 glat=  35.96 u= -17.4400 v= -11.0900 vr=  -3.95501 vt=  20.28545
 i= 1076 j=  747 glon=  288.25 (0-360E) glon=  288.25 glat=  35.96 u= -17.2600 v= -10.6900 vr=  -5.51294 vt=  19.53948
 i= 1081 j=  747 glon=  288.45 (0-360E) glon=  288.45 glat=  35.96 u= -16.3300 v=  -9.1100 vr=  -6.04055 vt=  17.69669
 i= 1086 j=  747 glon=  288.65 (0-360E) glon=  288.65 glat=  35.96 u= -18.3000 v=  -3.2300 vr=  -1.81922 vt=  18.49360
 i= 1091 j=  747 glon=  288.85 (0-360E) glon=  288.85 glat=  35.96 u= -21.2000 v=   1.5400 vr=   0.94026 vt=  21.23505
 i= 1096 j=  747 glon=  289.05 (0-360E) glon=  289.05 glat=  35.96 u= -17.7000 v=   3.5600 vr=   1.18914 vt=  18.01526
 i= 1101 j=  747 glon=  289.25 (0-360E) glon=  289.25 glat=  35.96 u= -17.6500 v=   5.0800 vr=   0.84717 vt=  18.34697
 i= 1106 j=  747 glon=  289.45 (0-360E) glon=  289.45 glat=  35.96 u= -15.7600 v=   4.5100 vr=  -0.85706 vt=  16.37019
 i= 1111 j=  747 glon=  289.65 (0-360E) glon=  289.65 glat=  35.96 u= -15.0100 v=   6.1900 vr=  -0.50098 vt=  16.22853
 i= 1116 j=  747 glon=  289.85 (0-360E) glon=  289.85 glat=  35.96 u= -13.9500 v=   7.8300 vr=   0.08374 vt=  15.99701
 i= 1121 j=  747 glon=  290.05 (0-360E) glon=  290.05 glat=  35.96 u= -13.1600 v=   8.4800 vr=  -0.17216 vt=  15.65460
 i= 1126 j=  747 glon=  290.25 (0-360E) glon=  290.25 glat=  35.96 u= -12.6000 v=   8.7000 vr=  -0.75436 vt=  15.29317
 i= 1046 j=  752 glon=  287.05 (0-360E) glon=  287.05 glat=  35.76 u= -14.4400 v= -13.7900 vr=   1.01675 vt=  19.94101
 i= 1051 j=  752 glon=  287.25 (0-360E) glon=  287.25 glat=  35.76 u= -15.8900 v= -12.6000 vr=   1.65314 vt=  20.21186
 i= 1056 j=  752 glon=  287.45 (0-360E) glon=  287.45 glat=  35.76 u= -16.5100 v= -13.3300 vr=   0.08078 vt=  21.21939
 i= 1061 j=  752 glon=  287.65 (0-360E) glon=  287.65 glat=  35.76 u= -17.5100 v= -12.9000 vr=  -0.63975 vt=  21.73938
 i= 1066 j=  752 glon=  287.85 (0-360E) glon=  287.85 glat=  35.76 u= -17.9400 v= -12.5400 vr=  -1.99203 vt=  21.79741
 i= 1071 j=  752 glon=  288.05 (0-360E) glon=  288.05 glat=  35.76 u= -16.6900 v= -12.1200 vr=  -4.20060 vt=  20.19419
 i= 1076 j=  752 glon=  288.25 (0-360E) glon=  288.25 glat=  35.76 u= -17.0700 v=  -9.8000 vr=  -3.96771 vt=  19.27906
 i= 1081 j=  752 glon=  288.45 (0-360E) glon=  288.45 glat=  35.76 u= -19.3900 v=  -2.6500 vr=   1.36752 vt=  19.52241
 i= 1086 j=  752 glon=  288.65 (0-360E) glon=  288.65 glat=  35.76 u= -18.0300 v=  -3.3700 vr=  -1.77429 vt=  18.25622
 i= 1091 j=  752 glon=  288.85 (0-360E) glon=  288.85 glat=  35.76 u= -17.7400 v=  -1.4100 vr=  -1.98444 vt=  17.68496
 i= 1096 j=  752 glon=  289.05 (0-360E) glon=  289.05 glat=  35.76 u= -17.6800 v=   0.9800 vr=  -1.70543 vt=  17.62482
 i= 1101 j=  752 glon=  289.25 (0-360E) glon=  289.25 glat=  35.76 u= -16.2300 v=   1.9600 vr=  -2.39323 vt=  16.17179
 i= 1106 j=  752 glon=  289.45 (0-360E) glon=  289.45 glat=  35.76 u= -15.7400 v=   4.7300 vr=  -1.37437 vt=  16.37778
 i= 1111 j=  752 glon=  289.65 (0-360E) glon=  289.65 glat=  35.76 u= -14.8900 v=   6.8700 vr=  -0.71288 vt=  16.38294
 i= 1116 j=  752 glon=  289.85 (0-360E) glon=  289.85 glat=  35.76 u= -13.6200 v=   8.2300 vr=  -0.36818 vt=  15.90917
 i= 1121 j=  752 glon=  290.05 (0-360E) glon=  290.05 glat=  35.76 u= -12.3300 v=   9.7800 vr=   0.34986 vt=  15.73388
 i= 1126 j=  752 glon=  290.25 (0-360E) glon=  290.25 glat=  35.76 u= -11.7300 v=  10.7800 vr=   0.35109 vt=  15.92727
 i= 1131 j=  752 glon=  290.45 (0-360E) glon=  290.45 glat=  35.76 u= -11.0300 v=  11.1900 vr=   0.10490 vt=  15.71197
 i= 1041 j=  757 glon=  286.85 (0-360E) glon=  286.85 glat=  35.56 u= -13.9800 v= -15.0600 vr=   2.51859 vt=  20.39364
 i= 1046 j=  757 glon=  287.05 (0-360E) glon=  287.05 glat=  35.56 u= -14.7800 v= -14.0600 vr=   2.68701 vt=  20.22157
 i= 1051 j=  757 glon=  287.25 (0-360E) glon=  287.25 glat=  35.56 u= -15.3300 v= -13.7600 vr=   2.06503 vt=  20.49591
 i= 1056 j=  757 glon=  287.45 (0-360E) glon=  287.45 glat=  35.56 u= -17.0100 v= -14.1500 vr=   1.51062 vt=  22.07443
 i= 1061 j=  757 glon=  287.65 (0-360E) glon=  287.65 glat=  35.56 u= -17.8900 v= -13.8200 vr=   0.54986 vt=  22.59961
 i= 1066 j=  757 glon=  287.85 (0-360E) glon=  287.85 glat=  35.56 u= -16.3500 v= -12.5600 vr=  -1.33533 vt=  20.57409
 i= 1071 j=  757 glon=  288.05 (0-360E) glon=  288.05 glat=  35.56 u= -17.0100 v= -11.1300 vr=  -1.90048 vt=  20.23870
 i= 1076 j=  757 glon=  288.25 (0-360E) glon=  288.25 glat=  35.56 u= -17.2800 v=  -7.9800 vr=  -1.21730 vt=  18.99466
 i= 1081 j=  757 glon=  288.45 (0-360E) glon=  288.45 glat=  35.56 u= -17.7500 v=  -6.6200 vr=  -2.21026 vt=  18.81493
 i= 1086 j=  757 glon=  288.65 (0-360E) glon=  288.65 glat=  35.56 u= -19.0500 v=  -3.8600 vr=  -1.88140 vt=  19.34586
 i= 1091 j=  757 glon=  288.85 (0-360E) glon=  288.85 glat=  35.56 u= -19.9700 v=  -0.8000 vr=  -1.55856 vt=  19.92515
 i= 1096 j=  757 glon=  289.05 (0-360E) glon=  289.05 glat=  35.56 u= -16.3900 v=   2.6200 vr=  -0.31592 vt=  16.59508
 i= 1101 j=  757 glon=  289.25 (0-360E) glon=  289.25 glat=  35.56 u= -14.5100 v=   5.2000 vr=   0.51763 vt=  15.40494
 i= 1106 j=  757 glon=  289.45 (0-360E) glon=  289.45 glat=  35.56 u= -14.0700 v=   7.6400 vr=   1.02781 vt=  15.97743
 i= 1111 j=  757 glon=  289.65 (0-360E) glon=  289.65 glat=  35.56 u= -14.0600 v=   9.3200 vr=   0.70462 vt=  16.85377
 i= 1116 j=  757 glon=  289.85 (0-360E) glon=  289.85 glat=  35.56 u= -13.1600 v=  10.3500 vr=   0.42285 vt=  16.73706
 i= 1121 j=  757 glon=  290.05 (0-360E) glon=  290.05 glat=  35.56 u= -12.0500 v=  11.3300 vr=   0.46376 vt=  16.53349
 i= 1126 j=  757 glon=  290.25 (0-360E) glon=  290.25 glat=  35.56 u= -11.0500 v=  12.1100 vr=   0.49537 vt=  16.38625
 i= 1131 j=  757 glon=  290.45 (0-360E) glon=  290.45 glat=  35.56 u=  -9.7300 v=  12.1000 vr=   0.43422 vt=  15.52077
 i= 1136 j=  757 glon=  290.65 (0-360E) glon=  290.65 glat=  35.56 u=  -8.7400 v=  13.0700 vr=   0.93472 vt=  15.69518
 i= 1036 j=  762 glon=  286.65 (0-360E) glon=  286.65 glat=  35.36 u= -12.1000 v= -15.7000 vr=   3.18557 vt=  19.56405
 i= 1041 j=  762 glon=  286.85 (0-360E) glon=  286.85 glat=  35.36 u= -13.7400 v= -15.8600 vr=   3.67282 vt=  20.66005
 i= 1046 j=  762 glon=  287.05 (0-360E) glon=  287.05 glat=  35.36 u= -14.7200 v= -15.1200 vr=   3.86927 vt=  20.74419
 i= 1051 j=  762 glon=  287.25 (0-360E) glon=  287.25 glat=  35.36 u= -15.2400 v= -15.5700 vr=   2.80445 vt=  21.60596
 i= 1056 j=  762 glon=  287.45 (0-360E) glon=  287.45 glat=  35.36 u= -17.2300 v= -14.9400 vr=   3.24066 vt=  22.57376
 i= 1061 j=  762 glon=  287.65 (0-360E) glon=  287.65 glat=  35.36 u= -17.3700 v= -13.6100 vr=   2.45736 vt=  21.92967
 i= 1066 j=  762 glon=  287.85 (0-360E) glon=  287.85 glat=  35.36 u= -16.2600 v= -12.9700 vr=   0.15276 vt=  20.79868
 i= 1071 j=  762 glon=  288.05 (0-360E) glon=  288.05 glat=  35.36 u= -15.7700 v= -11.6600 vr=  -1.34600 vt=  19.56622
 i= 1076 j=  762 glon=  288.25 (0-360E) glon=  288.25 glat=  35.36 u= -20.7000 v=  -7.5200 vr=   1.94225 vt=  21.93782
 i= 1081 j=  762 glon=  288.45 (0-360E) glon=  288.45 glat=  35.36 u= -18.1700 v=  -4.5400 vr=   0.80002 vt=  18.71151
 i= 1086 j=  762 glon=  288.65 (0-360E) glon=  288.65 glat=  35.36 u= -17.1100 v=  -5.0300 vr=  -2.87113 vt=  17.60141
 i= 1091 j=  762 glon=  288.85 (0-360E) glon=  288.85 glat=  35.36 u= -16.5100 v=  -2.6300 vr=  -3.38537 vt=  16.37181
 i= 1096 j=  762 glon=  289.05 (0-360E) glon=  289.05 glat=  35.36 u= -17.1500 v=   1.5400 vr=  -2.12921 vt=  17.08685
 i= 1101 j=  762 glon=  289.25 (0-360E) glon=  289.25 glat=  35.36 u= -16.5800 v=   4.8600 vr=  -1.46366 vt=  17.21551
 i= 1106 j=  762 glon=  289.45 (0-360E) glon=  289.45 glat=  35.36 u= -15.6800 v=   8.0200 vr=  -0.65017 vt=  17.60000
 i= 1111 j=  762 glon=  289.65 (0-360E) glon=  289.65 glat=  35.36 u= -14.5400 v=  10.6600 vr=   0.03178 vt=  18.02904
 i= 1116 j=  762 glon=  289.85 (0-360E) glon=  289.85 glat=  35.36 u= -13.0900 v=  12.5100 vr=   0.51909 vt=  18.09914
 i= 1121 j=  762 glon=  290.05 (0-360E) glon=  290.05 glat=  35.36 u= -11.7800 v=  13.9000 vr=   0.84571 vt=  18.20064
 i= 1126 j=  762 glon=  290.25 (0-360E) glon=  290.25 glat=  35.36 u= -10.9300 v=  14.4500 vr=   0.51004 vt=  18.11097
 i= 1131 j=  762 glon=  290.45 (0-360E) glon=  290.45 glat=  35.36 u=  -9.0700 v=  14.8900 vr=   1.15213 vt=  17.39683
 i= 1136 j=  762 glon=  290.65 (0-360E) glon=  290.65 glat=  35.36 u=  -8.4100 v=  14.9300 vr=   0.80424 vt=  17.11684
 i= 1141 j=  762 glon=  290.85 (0-360E) glon=  290.85 glat=  35.36 u=  -5.7200 v=  14.9900 vr=   2.39208 vt=  15.86494
 i= 1036 j=  767 glon=  286.65 (0-360E) glon=  286.65 glat=  35.16 u= -11.2900 v= -16.3900 vr=   3.95397 vt=  19.50544
 i= 1041 j=  767 glon=  286.85 (0-360E) glon=  286.85 glat=  35.16 u= -13.5600 v= -16.0900 vr=   5.40368 vt=  20.33622
 i= 1046 j=  767 glon=  287.05 (0-360E) glon=  287.05 glat=  35.16 u= -13.6900 v= -16.5100 vr=   4.42147 vt=  20.98683
 i= 1051 j=  767 glon=  287.25 (0-360E) glon=  287.25 glat=  35.16 u= -14.5500 v= -16.6200 vr=   3.99420 vt=  21.72495
 i= 1056 j=  767 glon=  287.45 (0-360E) glon=  287.45 glat=  35.16 u= -15.9900 v= -16.3100 vr=   3.97001 vt=  22.49300
 i= 1061 j=  767 glon=  287.65 (0-360E) glon=  287.65 glat=  35.16 u= -17.7200 v= -15.8500 vr=   3.85050 vt=  23.46049
 i= 1066 j=  767 glon=  287.85 (0-360E) glon=  287.85 glat=  35.16 u= -17.7200 v= -13.6400 vr=   3.13786 vt=  22.14050
 i= 1071 j=  767 glon=  288.05 (0-360E) glon=  288.05 glat=  35.16 u= -17.5500 v= -11.5800 vr=   1.99853 vt=  20.93095
 i= 1076 j=  767 glon=  288.25 (0-360E) glon=  288.25 glat=  35.16 u= -17.2500 v= -10.0700 vr=   0.08709 vt=  19.97398
 i= 1081 j=  767 glon=  288.45 (0-360E) glon=  288.45 glat=  35.16 u= -15.9900 v=  -9.1200 vr=  -2.94811 vt=  18.17039
 i= 1086 j=  767 glon=  288.65 (0-360E) glon=  288.65 glat=  35.16 u= -16.9500 v=  -5.4700 vr=  -2.76293 vt=  17.59516
 i= 1091 j=  767 glon=  288.85 (0-360E) glon=  288.85 glat=  35.16 u= -17.2600 v=  -1.6000 vr=  -2.59758 vt=  17.13827
 i= 1096 j=  767 glon=  289.05 (0-360E) glon=  289.05 glat=  35.16 u= -18.2500 v=   4.4800 vr=  -0.49908 vt=  18.78520
 i= 1101 j=  767 glon=  289.25 (0-360E) glon=  289.25 glat=  35.16 u= -17.2200 v=   8.1900 vr=  -0.21932 vt=  19.06715
 i= 1106 j=  767 glon=  289.45 (0-360E) glon=  289.45 glat=  35.16 u= -18.3400 v=  10.4700 vr=  -2.02530 vt=  21.02081
 i= 1111 j=  767 glon=  289.65 (0-360E) glon=  289.65 glat=  35.16 u= -15.8000 v=  13.9500 vr=  -0.46315 vt=  21.07197
 i= 1116 j=  767 glon=  289.85 (0-360E) glon=  289.85 glat=  35.16 u= -12.9200 v=  15.5200 vr=   0.52060 vt=  20.18727
 i= 1121 j=  767 glon=  290.05 (0-360E) glon=  290.05 glat=  35.16 u= -11.0000 v=  16.0400 vr=   0.65202 vt=  19.43853
 i= 1126 j=  767 glon=  290.25 (0-360E) glon=  290.25 glat=  35.16 u=  -9.9100 v=  16.2700 vr=   0.34278 vt=  19.04740
 i= 1131 j=  767 glon=  290.45 (0-360E) glon=  290.45 glat=  35.16 u=  -8.5900 v=  15.9000 vr=   0.22466 vt=  18.07063
 i= 1136 j=  767 glon=  290.65 (0-360E) glon=  290.65 glat=  35.16 u=  -7.6200 v=  15.5900 vr=   0.09305 vt=  17.35234
 i= 1141 j=  767 glon=  290.85 (0-360E) glon=  290.85 glat=  35.16 u=  -5.1100 v=  15.7500 vr=   1.75158 vt=  16.46531
 i= 1146 j=  767 glon=  291.05 (0-360E) glon=  291.05 glat=  35.16 u=  -4.7500 v=  16.5000 vr=   1.80077 vt=  17.07541
 i= 1031 j=  772 glon=  286.45 (0-360E) glon=  286.45 glat=  34.96 u= -10.2000 v= -17.0900 vr=   5.11683 vt=  19.23346
 i= 1036 j=  772 glon=  286.65 (0-360E) glon=  286.65 glat=  34.96 u= -10.7400 v= -17.6800 vr=   4.96563 vt=  20.08165
 i= 1041 j=  772 glon=  286.85 (0-360E) glon=  286.85 glat=  34.96 u= -12.5500 v= -17.3500 vr=   6.17948 vt=  20.50217
 i= 1046 j=  772 glon=  287.05 (0-360E) glon=  287.05 glat=  34.96 u= -12.7300 v= -17.7900 vr=   5.44827 vt=  21.18616
 i= 1051 j=  772 glon=  287.25 (0-360E) glon=  287.25 glat=  34.96 u= -13.2900 v= -18.2800 vr=   4.83356 vt=  22.07757
 i= 1056 j=  772 glon=  287.45 (0-360E) glon=  287.45 glat=  34.96 u= -14.8400 v= -18.1600 vr=   5.06924 vt=  22.89790
 i= 1061 j=  772 glon=  287.65 (0-360E) glon=  287.65 glat=  34.96 u= -14.3900 v= -18.2600 vr=   3.05261 vt=  23.04737
 i= 1066 j=  772 glon=  287.85 (0-360E) glon=  287.85 glat=  34.96 u= -20.7300 v= -12.6500 vr=   9.42818 vt=  22.38001
 i= 1071 j=  772 glon=  288.05 (0-360E) glon=  288.05 glat=  34.96 u= -15.2300 v= -13.5000 vr=   2.12942 vt=  20.24027
 i= 1076 j=  772 glon=  288.25 (0-360E) glon=  288.25 glat=  34.96 u= -15.4800 v= -12.7600 vr=  -0.29692 vt=  20.05891
 i= 1081 j=  772 glon=  288.45 (0-360E) glon=  288.45 glat=  34.96 u= -17.1700 v=  -9.7300 vr=  -0.92097 vt=  19.71379
 i= 1086 j=  772 glon=  288.65 (0-360E) glon=  288.65 glat=  34.96 u= -19.5400 v=  -2.5000 vr=   1.64113 vt=  19.63080
 i= 1091 j=  772 glon=  288.85 (0-360E) glon=  288.85 glat=  34.96 u= -20.2400 v=   5.6300 vr=   4.02439 vt=  20.61938
 i= 1096 j=  772 glon=  289.05 (0-360E) glon=  289.05 glat=  34.96 u= -17.7900 v=   9.9600 vr=   3.14436 vt=  20.14445
 i= 1101 j=  772 glon=  289.25 (0-360E) glon=  289.25 glat=  34.96 u= -14.8400 v=  13.2300 vr=   2.80911 vt=  19.68165
 i= 1106 j=  772 glon=  289.45 (0-360E) glon=  289.45 glat=  34.96 u= -12.1500 v=  20.7200 vr=   6.55967 vt=  23.10653
 i= 1111 j=  772 glon=  289.65 (0-360E) glon=  289.65 glat=  34.96 u= -13.7600 v=  18.0800 vr=   0.53086 vt=  22.71436
 i= 1116 j=  772 glon=  289.85 (0-360E) glon=  289.85 glat=  34.96 u= -11.8900 v=  17.8900 vr=  -0.27727 vt=  21.47900
 i= 1121 j=  772 glon=  290.05 (0-360E) glon=  290.05 glat=  34.96 u=  -9.9100 v=  18.0700 vr=  -0.09931 vt=  20.60881
 i= 1126 j=  772 glon=  290.25 (0-360E) glon=  290.25 glat=  34.96 u=  -8.1100 v=  17.8400 vr=   0.19486 vt=  19.59591
 i= 1131 j=  772 glon=  290.45 (0-360E) glon=  290.45 glat=  34.96 u=  -7.4400 v=  17.1800 vr=  -0.37831 vt=  18.71798
 i= 1136 j=  772 glon=  290.65 (0-360E) glon=  290.65 glat=  34.96 u=  -6.8000 v=  16.8900 vr=  -0.61023 vt=  18.19724
 i= 1141 j=  772 glon=  290.85 (0-360E) glon=  290.85 glat=  34.96 u=  -4.7800 v=  16.9900 vr=   0.74882 vt=  17.63371
 i= 1146 j=  772 glon=  291.05 (0-360E) glon=  291.05 glat=  34.96 u=  -4.1700 v=  17.6700 vr=   1.04437 vt=  18.12532
 i= 1031 j=  777 glon=  286.45 (0-360E) glon=  286.45 glat=  34.76 u= -10.0800 v= -17.7900 vr=   6.73508 vt=  19.30620
 i= 1036 j=  777 glon=  286.65 (0-360E) glon=  286.65 glat=  34.76 u= -10.6400 v= -17.1600 vr=   7.07058 vt=  18.91248
 i= 1041 j=  777 glon=  286.85 (0-360E) glon=  286.85 glat=  34.76 u= -10.9000 v= -18.1500 vr=   6.71714 vt=  20.07766
 i= 1046 j=  777 glon=  287.05 (0-360E) glon=  287.05 glat=  34.76 u= -11.7400 v= -19.0900 vr=   6.80073 vt=  21.35429
 i= 1051 j=  777 glon=  287.25 (0-360E) glon=  287.25 glat=  34.76 u= -12.0900 v= -18.8600 vr=   6.53501 vt=  21.42805
 i= 1056 j=  777 glon=  287.45 (0-360E) glon=  287.45 glat=  34.76 u= -12.5000 v= -18.6400 vr=   6.14686 vt=  21.58508
 i= 1061 j=  777 glon=  287.65 (0-360E) glon=  287.65 glat=  34.76 u= -12.8700 v= -18.2400 vr=   5.52157 vt=  21.62977
 i= 1066 j=  777 glon=  287.85 (0-360E) glon=  287.85 glat=  34.76 u= -12.2700 v= -15.4300 vr=   4.64601 vt=  19.15861
 i= 1071 j=  777 glon=  288.05 (0-360E) glon=  288.05 glat=  34.76 u= -12.9500 v= -15.7100 vr=   3.19023 vt=  20.10793
 i= 1076 j=  777 glon=  288.25 (0-360E) glon=  288.25 glat=  34.76 u= -13.9800 v= -15.0600 vr=   1.44124 vt=  20.49797
 i= 1081 j=  777 glon=  288.45 (0-360E) glon=  288.45 glat=  34.76 u= -15.8700 v=  -7.3800 vr=   4.00659 vt=  17.03727
 i= 1086 j=  777 glon=  288.65 (0-360E) glon=  288.65 glat=  34.76 u= -17.3100 v=   0.0100 vr=   5.46063 vt=  16.42613
 i= 1091 j=  777 glon=  288.85 (0-360E) glon=  288.85 glat=  34.76 u= -15.4500 v=   4.8000 vr=   2.89155 vt=  15.91796
 i= 1096 j=  777 glon=  289.05 (0-360E) glon=  289.05 glat=  34.76 u= -13.3000 v=  11.4400 vr=   3.27188 vt=  17.23538
 i= 1101 j=  777 glon=  289.25 (0-360E) glon=  289.25 glat=  34.76 u= -10.9900 v=  16.9900 vr=   3.93928 vt=  19.84748
 i= 1106 j=  777 glon=  289.45 (0-360E) glon=  289.45 glat=  34.76 u= -12.0200 v=  20.1800 vr=   1.28433 vt=  23.45343
 i= 1111 j=  777 glon=  289.65 (0-360E) glon=  289.65 glat=  34.76 u= -10.5300 v=  20.2700 vr=  -0.09960 vt=  22.84171
 i= 1116 j=  777 glon=  289.85 (0-360E) glon=  289.85 glat=  34.76 u=  -9.3900 v=  19.9900 vr=  -1.00090 vt=  22.06287
 i= 1121 j=  777 glon=  290.05 (0-360E) glon=  290.05 glat=  34.76 u=  -8.1200 v=  20.4100 vr=  -0.95474 vt=  21.94518
 i= 1126 j=  777 glon=  290.25 (0-360E) glon=  290.25 glat=  34.76 u=  -5.8300 v=  18.9400 vr=  -0.15172 vt=  19.81639
 i= 1131 j=  777 glon=  290.45 (0-360E) glon=  290.45 glat=  34.76 u=  -5.9300 v=  18.5700 vr=  -1.02475 vt=  19.46689
 i= 1136 j=  777 glon=  290.65 (0-360E) glon=  290.65 glat=  34.76 u=  -5.9300 v=  18.8400 vr=  -1.49981 vt=  19.69419
 i= 1141 j=  777 glon=  290.85 (0-360E) glon=  290.85 glat=  34.76 u=  -4.1600 v=  18.4200 vr=  -0.29751 vt=  18.88156
 i= 1146 j=  777 glon=  291.05 (0-360E) glon=  291.05 glat=  34.76 u=  -3.8100 v=  18.9600 vr=  -0.20835 vt=  19.33790
 i= 1031 j=  782 glon=  286.45 (0-360E) glon=  286.45 glat=  34.56 u=  -9.4200 v= -17.9500 vr=   7.99412 vt=  18.62882
 i= 1036 j=  782 glon=  286.65 (0-360E) glon=  286.65 glat=  34.56 u= -10.3200 v= -18.4800 vr=   8.68802 vt=  19.30106
 i= 1041 j=  782 glon=  286.85 (0-360E) glon=  286.85 glat=  34.56 u=  -9.2700 v= -19.1900 vr=   7.38158 vt=  19.99253
 i= 1046 j=  782 glon=  287.05 (0-360E) glon=  287.05 glat=  34.56 u= -10.4400 v= -20.0600 vr=   8.20844 vt=  21.07175
 i= 1051 j=  782 glon=  287.25 (0-360E) glon=  287.25 glat=  34.56 u= -11.5400 v= -19.9300 vr=   8.99900 vt=  21.19893
 i= 1056 j=  782 glon=  287.45 (0-360E) glon=  287.45 glat=  34.56 u= -10.0200 v= -19.4900 vr=   7.14821 vt=  20.71626
 i= 1061 j=  782 glon=  287.65 (0-360E) glon=  287.65 glat=  34.56 u=  -9.3000 v= -17.6500 vr=   6.21486 vt=  18.95753
 i= 1066 j=  782 glon=  287.85 (0-360E) glon=  287.85 glat=  34.56 u=  -8.4900 v= -17.5800 vr=   4.75452 vt=  18.93492
 i= 1071 j=  782 glon=  288.05 (0-360E) glon=  288.05 glat=  34.56 u= -10.1400 v= -17.6700 vr=   5.30618 vt=  19.66959
 i= 1076 j=  782 glon=  288.25 (0-360E) glon=  288.25 glat=  34.56 u=  -9.0500 v= -16.4800 vr=   2.91768 vt=  18.57364
 i= 1081 j=  782 glon=  288.45 (0-360E) glon=  288.45 glat=  34.56 u=  -6.0700 v= -11.1400 vr=  -0.25003 vt=  12.68393
 i= 1086 j=  782 glon=  288.65 (0-360E) glon=  288.65 glat=  34.56 u=  -8.5800 v=  -4.7100 vr=   1.31124 vt=   9.69954
 i= 1091 j=  782 glon=  288.85 (0-360E) glon=  288.85 glat=  34.56 u=  -8.9600 v=   5.3200 vr=   2.78197 vt=  10.04214
 i= 1096 j=  782 glon=  289.05 (0-360E) glon=  289.05 glat=  34.56 u=  -7.9900 v=  14.7600 vr=   2.76706 vt=  16.55419
 i= 1101 j=  782 glon=  289.25 (0-360E) glon=  289.25 glat=  34.56 u=  -7.9000 v=  18.5600 vr=   0.15742 vt=  20.17074
 i= 1106 j=  782 glon=  289.45 (0-360E) glon=  289.45 glat=  34.56 u=  -7.2800 v=  21.5100 vr=  -0.77090 vt=  22.69547
 i= 1111 j=  782 glon=  289.65 (0-360E) glon=  289.65 glat=  34.56 u=  -5.8300 v=  22.5200 vr=  -0.64217 vt=  23.25354
 i= 1116 j=  782 glon=  289.85 (0-360E) glon=  289.85 glat=  34.56 u=  -5.7700 v=  22.0100 vr=  -1.66699 vt=  22.69260
 i= 1121 j=  782 glon=  290.05 (0-360E) glon=  290.05 glat=  34.56 u=  -5.4800 v=  21.3600 vr=  -2.15094 vt=  21.94660
 i= 1126 j=  782 glon=  290.25 (0-360E) glon=  290.25 glat=  34.56 u=  -4.2400 v=  21.2300 vr=  -1.41644 vt=  21.60287
 i= 1131 j=  782 glon=  290.45 (0-360E) glon=  290.45 glat=  34.56 u=  -4.4800 v=  21.0800 vr=  -2.03359 vt=  21.45463
 i= 1136 j=  782 glon=  290.65 (0-360E) glon=  290.65 glat=  34.56 u=  -4.7100 v=  20.2300 vr=  -2.63398 vt=  20.60338
 i= 1141 j=  782 glon=  290.85 (0-360E) glon=  290.85 glat=  34.56 u=  -3.6800 v=  20.1000 vr=  -1.84382 vt=  20.35074
 i= 1146 j=  782 glon=  291.05 (0-360E) glon=  291.05 glat=  34.56 u=  -3.3400 v=  20.3000 vr=  -1.67339 vt=  20.50476
 i= 1031 j=  787 glon=  286.45 (0-360E) glon=  286.45 glat=  34.36 u=  -7.9900 v= -18.4900 vr=   8.42507 vt=  18.29586
 i= 1036 j=  787 glon=  286.65 (0-360E) glon=  286.65 glat=  34.36 u=  -8.0600 v= -19.2600 vr=   8.54174 vt=  19.05125
 i= 1041 j=  787 glon=  286.85 (0-360E) glon=  286.85 glat=  34.36 u=  -7.4300 v= -19.2100 vr=   7.94560 vt=  19.00254
 i= 1046 j=  787 glon=  287.05 (0-360E) glon=  287.05 glat=  34.36 u=  -8.7000 v= -20.8300 vr=   9.30623 vt=  20.56631
 i= 1051 j=  787 glon=  287.25 (0-360E) glon=  287.25 glat=  34.36 u= -10.2300 v= -20.9400 vr=  10.89975 vt=  20.59932
 i= 1056 j=  787 glon=  287.45 (0-360E) glon=  287.45 glat=  34.36 u=  -7.0600 v= -21.1300 vr=   7.81919 vt=  20.86099
 i= 1061 j=  787 glon=  287.65 (0-360E) glon=  287.65 glat=  34.36 u=  -2.1700 v= -18.5100 vr=   2.93673 vt=  18.40393
 i= 1066 j=  787 glon=  287.85 (0-360E) glon=  287.85 glat=  34.36 u=  -7.1700 v= -18.2600 vr=   8.06162 vt=  17.88426
 i= 1071 j=  787 glon=  288.05 (0-360E) glon=  288.05 glat=  34.36 u=  -5.7300 v= -18.7100 vr=   6.86879 vt=  18.32257
 i= 1076 j=  787 glon=  288.25 (0-360E) glon=  288.25 glat=  34.36 u=  -1.8700 v= -17.6900 vr=   3.32662 vt=  17.47474
 i= 1081 j=  787 glon=  288.45 (0-360E) glon=  288.45 glat=  34.36 u=  -1.4500 v= -12.5400 vr=   3.05076 vt=  12.24936
 i= 1086 j=  787 glon=  288.65 (0-360E) glon=  288.65 glat=  34.36 u=  -2.4200 v=  -5.0400 vr=   3.78686 vt=   4.11312
 i= 1091 j=  787 glon=  288.85 (0-360E) glon=  288.85 glat=  34.36 u=  -1.6800 v=   6.8600 vr=  -5.67137 vt=   4.20922
 i= 1096 j=  787 glon=  289.05 (0-360E) glon=  289.05 glat=  34.36 u=  -2.0400 v=  15.4500 vr=  -4.69226 vt=  14.86091
 i= 1101 j=  787 glon=  289.25 (0-360E) glon=  289.25 glat=  34.36 u=  -2.3200 v=  19.6200 vr=  -4.24911 vt=  19.29435
 i= 1106 j=  787 glon=  289.45 (0-360E) glon=  289.45 glat=  34.36 u=  -2.8800 v=  21.4100 vr=  -4.36369 vt=  21.15752
 i= 1111 j=  787 glon=  289.65 (0-360E) glon=  289.65 glat=  34.36 u=  -2.4600 v=  23.3200 vr=  -3.71999 vt=  23.15244
 i= 1116 j=  787 glon=  289.85 (0-360E) glon=  289.85 glat=  34.36 u=  -2.6900 v=  22.3500 vr=  -3.68714 vt=  22.20729
 i= 1121 j=  787 glon=  290.05 (0-360E) glon=  290.05 glat=  34.36 u=  -2.7400 v=  22.9400 vr=  -3.61900 vt=  22.81785
 i= 1126 j=  787 glon=  290.25 (0-360E) glon=  290.25 glat=  34.36 u=  -2.9000 v=  23.0300 vr=  -3.67907 vt=  22.91845
 i= 1131 j=  787 glon=  290.45 (0-360E) glon=  290.45 glat=  34.36 u=  -2.1400 v=  21.9200 vr=  -2.80869 vt=  21.84439
 i= 1136 j=  787 glon=  290.65 (0-360E) glon=  290.65 glat=  34.36 u=  -3.4100 v=  21.1000 vr=  -3.99897 vt=  20.99634
 i= 1141 j=  787 glon=  290.85 (0-360E) glon=  290.85 glat=  34.36 u=  -2.8700 v=  20.7700 vr=  -3.40789 vt=  20.68855
 i= 1146 j=  787 glon=  291.05 (0-360E) glon=  291.05 glat=  34.36 u=  -2.1400 v=  20.1600 vr=  -2.62934 vt=  20.10203
 i= 1031 j=  792 glon=  286.45 (0-360E) glon=  286.45 glat=  34.16 u=  -8.1400 v= -18.3900 vr=  10.40490 vt=  17.21016
 i= 1036 j=  792 glon=  286.65 (0-360E) glon=  286.65 glat=  34.16 u=  -7.0700 v= -18.8500 vr=   9.59289 vt=  17.69983
 i= 1041 j=  792 glon=  286.85 (0-360E) glon=  286.85 glat=  34.16 u=  -5.8000 v= -18.9500 vr=   8.58184 vt=  17.86322
 i= 1046 j=  792 glon=  287.05 (0-360E) glon=  287.05 glat=  34.16 u=  -7.0200 v= -20.7100 vr=  10.36216 vt=  19.25643
 i= 1051 j=  792 glon=  287.25 (0-360E) glon=  287.25 glat=  34.16 u=  -8.7900 v= -21.3400 vr=  12.60411 vt=  19.33381
 i= 1056 j=  792 glon=  287.45 (0-360E) glon=  287.45 glat=  34.16 u=  -5.2900 v= -21.2400 vr=   9.66080 vt=  19.64155
 i= 1061 j=  792 glon=  287.65 (0-360E) glon=  287.65 glat=  34.16 u=  -2.6600 v= -18.3100 vr=   7.06969 vt=  17.09828
 i= 1066 j=  792 glon=  287.85 (0-360E) glon=  287.85 glat=  34.16 u=  -2.9300 v= -18.0500 vr=   8.07448 vt=  16.40701
 i= 1071 j=  792 glon=  288.05 (0-360E) glon=  288.05 glat=  34.16 u=  -1.9200 v= -18.3800 vr=   8.41232 vt=  16.45429
 i= 1076 j=  792 glon=  288.25 (0-360E) glon=  288.25 glat=  34.16 u=   2.1400 v= -15.8800 vr=   5.50354 vt=  15.04875
 i= 1081 j=  792 glon=  288.45 (0-360E) glon=  288.45 glat=  34.16 u=   3.1200 v= -11.3900 vr=   4.86909 vt=  10.75911
 i= 1086 j=  792 glon=  288.65 (0-360E) glon=  288.65 glat=  34.16 u=   4.0000 v=  -3.8900 vr=   1.64960 vt=   5.33019
 i= 1091 j=  792 glon=  288.85 (0-360E) glon=  288.85 glat=  34.16 u=   3.9200 v=   6.2900 vr=  -5.45915 vt=   5.01280
 i= 1096 j=  792 glon=  289.05 (0-360E) glon=  289.05 glat=  34.16 u=   2.3600 v=  13.8800 vr=  -8.83289 vt=  10.96376
 i= 1101 j=  792 glon=  289.25 (0-360E) glon=  289.25 glat=  34.16 u=   2.5500 v=  18.0400 vr=  -7.49488 vt=  16.60635
 i= 1106 j=  792 glon=  289.45 (0-360E) glon=  289.45 glat=  34.16 u=   0.9800 v=  20.6700 vr=  -7.43152 vt=  19.31274
 i= 1111 j=  792 glon=  289.65 (0-360E) glon=  289.65 glat=  34.16 u=   1.4000 v=  21.9300 vr=  -5.69538 vt=  21.22375
 i= 1116 j=  792 glon=  289.85 (0-360E) glon=  289.85 glat=  34.16 u=  -0.2000 v=  21.7000 vr=  -5.94114 vt=  20.87182
 i= 1121 j=  792 glon=  290.05 (0-360E) glon=  290.05 glat=  34.16 u=  -0.5100 v=  22.1500 vr=  -5.49811 vt=  21.46284
 i= 1126 j=  792 glon=  290.25 (0-360E) glon=  290.25 glat=  34.16 u=  -0.7500 v=  22.1700 vr=  -5.09952 vt=  21.58857
 i= 1131 j=  792 glon=  290.45 (0-360E) glon=  290.45 glat=  34.16 u=  -0.3200 v=  20.9700 vr=  -3.97772 vt=  20.59177
 i= 1136 j=  792 glon=  290.65 (0-360E) glon=  290.65 glat=  34.16 u=  -2.4000 v=  20.5300 vr=  -5.59662 vt=  19.89771
 i= 1141 j=  792 glon=  290.85 (0-360E) glon=  290.85 glat=  34.16 u=  -1.6400 v=  20.2400 vr=  -4.51812 vt=  19.79732
 i= 1146 j=  792 glon=  291.05 (0-360E) glon=  291.05 glat=  34.16 u=  -1.6600 v=  20.6900 vr=  -4.36463 vt=  20.29240
 i= 1031 j=  797 glon=  286.45 (0-360E) glon=  286.45 glat=  33.96 u=  -5.9900 v= -18.6000 vr=  10.02203 vt=  16.77495
 i= 1036 j=  797 glon=  286.65 (0-360E) glon=  286.65 glat=  33.96 u=  -6.3600 v= -19.2800 vr=  10.87040 vt=  17.14650
 i= 1041 j=  797 glon=  286.85 (0-360E) glon=  286.85 glat=  33.96 u=  -5.6500 v= -19.0500 vr=  10.52016 vt=  16.85678
 i= 1046 j=  797 glon=  287.05 (0-360E) glon=  287.05 glat=  33.96 u=  -6.3600 v= -19.8000 vr=  11.89080 vt=  17.06160
 i= 1051 j=  797 glon=  287.25 (0-360E) glon=  287.25 glat=  33.96 u=  -5.7900 v= -20.9800 vr=  12.32676 vt=  17.93699
 i= 1056 j=  797 glon=  287.45 (0-360E) glon=  287.45 glat=  33.96 u=  -3.3500 v= -20.7200 vr=  10.74356 vt=  18.03100
 i= 1061 j=  797 glon=  287.65 (0-360E) glon=  287.65 glat=  33.96 u=   0.1900 v= -17.7800 vr=   7.31198 vt=  16.20800
 i= 1066 j=  797 glon=  287.85 (0-360E) glon=  287.85 glat=  33.96 u=   0.3100 v= -17.4400 vr=   8.26331 vt=  15.36123
 i= 1071 j=  797 glon=  288.05 (0-360E) glon=  288.05 glat=  33.96 u=   1.9200 v= -15.8000 vr=   7.58470 vt=  13.99281
 i= 1076 j=  797 glon=  288.25 (0-360E) glon=  288.25 glat=  33.96 u=   5.7300 v= -13.8300 vr=   5.51134 vt=  13.91858
 i= 1081 j=  797 glon=  288.45 (0-360E) glon=  288.45 glat=  33.96 u=   3.9800 v=  -9.6600 vr=   5.90353 vt=   8.61999
 i= 1086 j=  797 glon=  288.65 (0-360E) glon=  288.65 glat=  33.96 u=   5.9900 v=  -0.4900 vr=  -1.12392 vt=   5.90398
 i= 1091 j=  797 glon=  288.85 (0-360E) glon=  288.85 glat=  33.96 u=   6.4800 v=   5.8800 vr=  -5.19357 vt=   7.04214
 i= 1096 j=  797 glon=  289.05 (0-360E) glon=  289.05 glat=  33.96 u=   6.7600 v=  12.6700 vr=  -8.49759 vt=  11.57659
 i= 1101 j=  797 glon=  289.25 (0-360E) glon=  289.25 glat=  33.96 u=   5.4600 v=  14.0100 vr=  -7.08068 vt=  13.26483
 i= 1106 j=  797 glon=  289.45 (0-360E) glon=  289.45 glat=  33.96 u=   4.7300 v=  18.7700 vr=  -8.14110 vt=  17.56156
 i= 1111 j=  797 glon=  289.65 (0-360E) glon=  289.65 glat=  33.96 u=   3.9200 v=  20.3700 vr=  -7.42028 vt=  19.37118
 i= 1116 j=  797 glon=  289.85 (0-360E) glon=  289.85 glat=  33.96 u=   2.4000 v=  20.6000 vr=  -7.13234 vt=  19.47434
 i= 1121 j=  797 glon=  290.05 (0-360E) glon=  290.05 glat=  33.96 u=   1.5100 v=  21.3000 vr=  -6.93681 vt=  20.19532
 i= 1126 j=  797 glon=  290.25 (0-360E) glon=  290.25 glat=  33.96 u=   1.0800 v=  21.7300 vr=  -6.47627 vt=  20.77059
 i= 1131 j=  797 glon=  290.45 (0-360E) glon=  290.45 glat=  33.96 u=   0.9200 v=  20.9800 vr=  -5.58565 vt=  20.24370
 i= 1136 j=  797 glon=  290.65 (0-360E) glon=  290.65 glat=  33.96 u=  -1.5700 v=  20.8000 vr=  -7.29524 vt=  19.54186
 i= 1141 j=  797 glon=  290.85 (0-360E) glon=  290.85 glat=  33.96 u=  -0.8100 v=  20.8000 vr=  -6.06203 vt=  19.91351
 i= 1146 j=  797 glon=  291.05 (0-360E) glon=  291.05 glat=  33.96 u=  -1.2200 v=  20.8300 vr=  -6.04716 vt=  19.97021
 i= 1036 j=  802 glon=  286.65 (0-360E) glon=  286.65 glat=  33.76 u=  -6.2400 v= -19.2200 vr=  12.43917 vt=  15.92523
 i= 1041 j=  802 glon=  286.85 (0-360E) glon=  286.85 glat=  33.76 u=  -6.0200 v= -19.2700 vr=  12.75308 vt=  15.65031
 i= 1046 j=  802 glon=  287.05 (0-360E) glon=  287.05 glat=  33.76 u=  -3.9400 v= -19.7800 vr=  11.64662 vt=  16.46597
 i= 1051 j=  802 glon=  287.25 (0-360E) glon=  287.25 glat=  33.76 u=  -3.8500 v= -20.2500 vr=  12.52525 vt=  16.37080
 i= 1056 j=  802 glon=  287.45 (0-360E) glon=  287.45 glat=  33.76 u=  -1.7200 v= -20.0300 vr=  11.48158 vt=  16.50251
 i= 1061 j=  802 glon=  287.65 (0-360E) glon=  287.65 glat=  33.76 u=   0.8800 v= -18.3800 vr=   9.55218 vt=  15.72751
 i= 1066 j=  802 glon=  287.85 (0-360E) glon=  287.85 glat=  33.76 u=   4.1800 v= -15.5400 vr=   6.58995 vt=  14.68116
 i= 1071 j=  802 glon=  288.05 (0-360E) glon=  288.05 glat=  33.76 u=   4.3500 v= -13.5500 vr=   6.71694 vt=  12.54623
 i= 1076 j=  802 glon=  288.25 (0-360E) glon=  288.25 glat=  33.76 u=   5.5600 v= -10.6700 vr=   5.49289 vt=  10.70470
 i= 1081 j=  802 glon=  288.45 (0-360E) glon=  288.45 glat=  33.76 u=   7.2600 v=  -6.3400 vr=   2.80816 vt=   9.22049
 i= 1086 j=  802 glon=  288.65 (0-360E) glon=  288.65 glat=  33.76 u=   8.7700 v=  -1.3000 vr=  -0.35782 vt=   8.85860
 i= 1091 j=  802 glon=  288.85 (0-360E) glon=  288.85 glat=  33.76 u=   9.0700 v=   5.0600 vr=  -4.41558 vt=   9.40059
 i= 1096 j=  802 glon=  289.05 (0-360E) glon=  289.05 glat=  33.76 u=   8.6100 v=   8.8200 vr=  -5.68314 vt=  10.93739
 i= 1101 j=  802 glon=  289.25 (0-360E) glon=  289.25 glat=  33.76 u=   8.0800 v=  14.4700 vr=  -8.36997 vt=  14.30423
 i= 1106 j=  802 glon=  289.45 (0-360E) glon=  289.45 glat=  33.76 u=   8.1500 v=  17.6800 vr=  -8.21713 vt=  17.64890
 i= 1111 j=  802 glon=  289.65 (0-360E) glon=  289.65 glat=  33.76 u=   4.2600 v=  19.7900 vr= -10.11377 vt=  17.53577
 i= 1116 j=  802 glon=  289.85 (0-360E) glon=  289.85 glat=  33.76 u=   4.7200 v=  20.0800 vr=  -8.07091 vt=  18.98276
 i= 1121 j=  802 glon=  290.05 (0-360E) glon=  290.05 glat=  33.76 u=   2.9600 v=  20.8500 vr=  -8.43507 vt=  19.29595
 i= 1126 j=  802 glon=  290.25 (0-360E) glon=  290.25 glat=  33.76 u=   2.4100 v=  21.2800 vr=  -7.88851 vt=  19.91025
 i= 1131 j=  802 glon=  290.45 (0-360E) glon=  290.45 glat=  33.76 u=   1.3800 v=  20.7400 vr=  -7.56976 vt=  19.35848
 i= 1136 j=  802 glon=  290.65 (0-360E) glon=  290.65 glat=  33.76 u=  -0.8600 v=  20.4400 vr=  -8.70822 vt=  18.51216
 i= 1141 j=  802 glon=  290.85 (0-360E) glon=  290.85 glat=  33.76 u=   0.4500 v=  20.1200 vr=  -6.72678 vt=  18.96753
 i= 1146 j=  802 glon=  291.05 (0-360E) glon=  291.05 glat=  33.76 u=  -0.4700 v=  20.0500 vr=  -7.02050 vt=  18.78659
 i= 1036 j=  807 glon=  286.65 (0-360E) glon=  286.65 glat=  33.56 u=  -4.7700 v= -18.2300 vr=  12.14865 vt=  14.40472
 i= 1041 j=  807 glon=  286.85 (0-360E) glon=  286.85 glat=  33.56 u=  -3.7300 v= -19.0700 vr=  12.16125 vt=  15.15525
 i= 1046 j=  807 glon=  287.05 (0-360E) glon=  287.05 glat=  33.56 u=  -2.3100 v= -18.7400 vr=  11.44066 vt=  15.02115
 i= 1051 j=  807 glon=  287.25 (0-360E) glon=  287.25 glat=  33.56 u=  -1.4500 v= -18.5700 vr=  11.41923 vt=  14.71559
 i= 1056 j=  807 glon=  287.45 (0-360E) glon=  287.45 glat=  33.56 u=  -0.3600 v= -18.8500 vr=  11.64317 vt=  14.82865
 i= 1061 j=  807 glon=  287.65 (0-360E) glon=  287.65 glat=  33.56 u=   1.9600 v= -16.5000 vr=   9.47051 vt=  13.65287
 i= 1066 j=  807 glon=  287.85 (0-360E) glon=  287.85 glat=  33.56 u=   3.7900 v= -15.1400 vr=   8.48255 vt=  13.10077
 i= 1071 j=  807 glon=  288.05 (0-360E) glon=  288.05 glat=  33.56 u=   6.3100 v= -11.6800 vr=   5.66178 vt=  12.00761
 i= 1076 j=  807 glon=  288.25 (0-360E) glon=  288.25 glat=  33.56 u=   7.1600 v=  -8.5300 vr=   4.10744 vt=  10.35159
 i= 1081 j=  807 glon=  288.45 (0-360E) glon=  288.45 glat=  33.56 u=   8.3100 v=  -4.0900 vr=   1.17999 vt=   9.18650
 i= 1086 j=  807 glon=  288.65 (0-360E) glon=  288.65 glat=  33.56 u=   8.4900 v=  -1.5300 vr=   0.30012 vt=   8.62154
 i= 1091 j=  807 glon=  288.85 (0-360E) glon=  288.85 glat=  33.56 u=   9.0800 v=   3.7200 vr=  -3.23241 vt=   9.26479
 i= 1096 j=  807 glon=  289.05 (0-360E) glon=  289.05 glat=  33.56 u=  10.0600 v=   9.4400 vr=  -6.70852 vt=  12.05458
 i= 1101 j=  807 glon=  289.25 (0-360E) glon=  289.25 glat=  33.56 u=  10.8000 v=  13.3900 vr=  -7.79947 vt=  15.33298
 i= 1106 j=  807 glon=  289.45 (0-360E) glon=  289.45 glat=  33.56 u=   7.2200 v=  17.0400 vr= -10.39947 vt=  15.30820
 i= 1111 j=  807 glon=  289.65 (0-360E) glon=  289.65 glat=  33.56 u=   6.4100 v=  18.2700 vr=  -9.84207 vt=  16.67377
 i= 1116 j=  807 glon=  289.85 (0-360E) glon=  289.85 glat=  33.56 u=   5.9100 v=  18.5300 vr=  -8.59232 vt=  17.44881
 i= 1121 j=  807 glon=  290.05 (0-360E) glon=  290.05 glat=  33.56 u=   4.0400 v=  19.7200 vr=  -9.27181 vt=  17.86711
 i= 1126 j=  807 glon=  290.25 (0-360E) glon=  290.25 glat=  33.56 u=   3.6800 v=  20.0300 vr=  -8.46407 vt=  18.52303
 i= 1131 j=  807 glon=  290.45 (0-360E) glon=  290.45 glat=  33.56 u=   1.3100 v=  20.0600 vr=  -9.40202 vt=  17.76856
 i= 1136 j=  807 glon=  290.65 (0-360E) glon=  290.65 glat=  33.56 u=   0.2900 v=  19.4500 vr=  -9.12189 vt=  17.18073
 i= 1141 j=  807 glon=  290.85 (0-360E) glon=  290.85 glat=  33.56 u=   1.2700 v=  19.7100 vr=  -7.64277 vt=  18.21222
 i= 1041 j=  812 glon=  286.85 (0-360E) glon=  286.85 glat=  33.36 u=  -1.8000 v= -17.1700 vr=  10.85138 vt=  13.42745
 i= 1046 j=  812 glon=  287.05 (0-360E) glon=  287.05 glat=  33.36 u=  -0.6600 v= -17.1500 vr=  10.57092 vt=  13.52087
 i= 1051 j=  812 glon=  287.25 (0-360E) glon=  287.25 glat=  33.36 u=  -1.0100 v= -17.7200 vr=  11.96935 vt=  13.10547
 i= 1056 j=  812 glon=  287.45 (0-360E) glon=  287.45 glat=  33.36 u=   0.1800 v= -17.3700 vr=  11.72365 vt=  12.81816
 i= 1061 j=  812 glon=  287.65 (0-360E) glon=  287.65 glat=  33.36 u=   2.0000 v= -15.1500 vr=   9.84206 vt=  11.69001
 i= 1066 j=  812 glon=  287.85 (0-360E) glon=  287.85 glat=  33.36 u=   4.4800 v= -13.2800 vr=   7.90641 vt=  11.57227
 i= 1071 j=  812 glon=  288.05 (0-360E) glon=  288.05 glat=  33.36 u=   7.1600 v=  -9.3300 vr=   4.35675 vt=  10.92398
 i= 1076 j=  812 glon=  288.25 (0-360E) glon=  288.25 glat=  33.36 u=   8.3600 v=  -5.3600 vr=   1.57413 vt=   9.80517
 i= 1081 j=  812 glon=  288.45 (0-360E) glon=  288.45 glat=  33.36 u=   9.2100 v=  -1.5100 vr=  -0.99724 vt=   9.27953
 i= 1086 j=  812 glon=  288.65 (0-360E) glon=  288.65 glat=  33.36 u=  10.6200 v=   2.3900 vr=  -3.60480 vt=  10.27141
 i= 1091 j=  812 glon=  288.85 (0-360E) glon=  288.85 glat=  33.36 u=  11.5600 v=   5.7700 vr=  -5.26852 vt=  11.79700
 i= 1096 j=  812 glon=  289.05 (0-360E) glon=  289.05 glat=  33.36 u=  11.3700 v=   8.9100 vr=  -6.47500 vt=  12.91276
 i= 1101 j=  812 glon=  289.25 (0-360E) glon=  289.25 glat=  33.36 u=   9.0000 v=  13.2800 vr=  -9.42210 vt=  12.98393
 i= 1106 j=  812 glon=  289.45 (0-360E) glon=  289.45 glat=  33.36 u=   6.1400 v=  14.2500 vr=  -9.79600 vt=  12.03331
 i= 1111 j=  812 glon=  289.65 (0-360E) glon=  289.65 glat=  33.36 u=   7.6800 v=  16.5100 vr=  -9.32740 vt=  15.63848
 i= 1116 j=  812 glon=  289.85 (0-360E) glon=  289.85 glat=  33.36 u=   6.3600 v=  17.5000 vr=  -9.31455 vt=  16.12262
 i= 1121 j=  812 glon=  290.05 (0-360E) glon=  290.05 glat=  33.36 u=   4.7200 v=  19.3700 vr= -10.37745 vt=  17.02304
 i= 1126 j=  812 glon=  290.25 (0-360E) glon=  290.25 glat=  33.36 u=   4.0600 v=  19.3100 vr=  -9.56408 vt=  17.25943
 i= 1131 j=  812 glon=  290.45 (0-360E) glon=  290.45 glat=  33.36 u=   1.2900 v=  19.8200 vr= -10.98114 vt=  16.55026
 i= 1136 j=  812 glon=  290.65 (0-360E) glon=  290.65 glat=  33.36 u=   1.8500 v=  18.7500 vr=  -9.01614 vt=  16.54371
 i= 1141 j=  812 glon=  290.85 (0-360E) glon=  290.85 glat=  33.36 u=   1.0400 v=  19.7300 vr=  -9.44871 vt=  17.35155
 i= 1046 j=  817 glon=  287.05 (0-360E) glon=  287.05 glat=  33.16 u=  -1.3200 v= -18.5800 vr=  13.11197 vt=  13.23008
 i= 1051 j=  817 glon=  287.25 (0-360E) glon=  287.25 glat=  33.16 u=   0.0500 v= -16.8400 vr=  11.68697 vt=  12.12447
 i= 1056 j=  817 glon=  287.45 (0-360E) glon=  287.45 glat=  33.16 u=   1.2200 v= -15.3700 vr=  10.61615 vt=  11.18136
 i= 1061 j=  817 glon=  287.65 (0-360E) glon=  287.65 glat=  33.16 u=   2.2900 v= -13.1600 vr=   9.05576 vt=   9.81952
 i= 1066 j=  817 glon=  287.85 (0-360E) glon=  287.85 glat=  33.16 u=   5.2100 v= -10.6700 vr=   6.23172 vt=  10.10736
 i= 1071 j=  817 glon=  288.05 (0-360E) glon=  288.05 glat=  33.16 u=   7.5100 v=  -7.4500 vr=   3.31152 vt=  10.04671
 i= 1076 j=  817 glon=  288.25 (0-360E) glon=  288.25 glat=  33.16 u=   9.1900 v=  -3.8000 vr=   0.41393 vt=   9.93603
 i= 1081 j=  817 glon=  288.45 (0-360E) glon=  288.45 glat=  33.16 u=  10.1200 v=  -0.5200 vr=  -1.77821 vt=   9.97611
 i= 1086 j=  817 glon=  288.65 (0-360E) glon=  288.65 glat=  33.16 u=  10.5600 v=   2.0900 vr=  -3.10874 vt=  10.30618
 i= 1091 j=  817 glon=  288.85 (0-360E) glon=  288.85 glat=  33.16 u=   9.9500 v=   5.0000 vr=  -4.63845 vt=  10.12360
 i= 1096 j=  817 glon=  289.05 (0-360E) glon=  289.05 glat=  33.16 u=   8.9400 v=   9.1400 vr=  -7.51310 vt=  10.34488
 i= 1101 j=  817 glon=  289.25 (0-360E) glon=  289.25 glat=  33.16 u=   7.0800 v=  10.4400 vr=  -7.93149 vt=   9.80874
 i= 1106 j=  817 glon=  289.45 (0-360E) glon=  289.45 glat=  33.16 u=   8.1100 v=  13.8800 vr=  -9.46587 vt=  12.99322
 i= 1111 j=  817 glon=  289.65 (0-360E) glon=  289.65 glat=  33.16 u=   7.8600 v=  14.6000 vr=  -8.78103 vt=  14.06532
 i= 1116 j=  817 glon=  289.85 (0-360E) glon=  289.85 glat=  33.16 u=   6.1300 v=  16.7700 vr= -10.18059 vt=  14.66852
 i= 1121 j=  817 glon=  290.05 (0-360E) glon=  290.05 glat=  33.16 u=   5.4600 v=  18.2900 vr= -10.51734 vt=  15.92863
 i= 1126 j=  817 glon=  290.25 (0-360E) glon=  290.25 glat=  33.16 u=   2.9800 v=  18.9700 vr= -11.54076 vt=  15.34771
 i= 1131 j=  817 glon=  290.45 (0-360E) glon=  290.45 glat=  33.16 u=   2.4100 v=  18.5300 vr= -10.66428 vt=  15.34413
 i= 1136 j=  817 glon=  290.65 (0-360E) glon=  290.65 glat=  33.16 u=   2.5300 v=  18.0800 vr=  -9.41503 vt=  15.64112
 i= 1051 j=  822 glon=  287.25 (0-360E) glon=  287.25 glat=  32.96 u=   2.0100 v= -14.7100 vr=   9.66002 vt=  11.27423
 i= 1056 j=  822 glon=  287.45 (0-360E) glon=  287.45 glat=  32.96 u=   2.8800 v= -12.4800 vr=   8.10393 vt=   9.91822
 i= 1061 j=  822 glon=  287.65 (0-360E) glon=  287.65 glat=  32.96 u=   3.9900 v= -11.1000 vr=   7.06761 vt=   9.44347
 i= 1066 j=  822 glon=  287.85 (0-360E) glon=  287.85 glat=  32.96 u=   5.6200 v=  -9.9300 vr=   6.02982 vt=   9.68662
 i= 1071 j=  822 glon=  288.05 (0-360E) glon=  288.05 glat=  32.96 u=   6.9500 v=  -7.1800 vr=   3.85063 vt=   9.22104
 i= 1076 j=  822 glon=  288.25 (0-360E) glon=  288.25 glat=  32.96 u=   7.8700 v=  -3.8000 vr=   1.26104 vt=   8.64793
 i= 1081 j=  822 glon=  288.45 (0-360E) glon=  288.45 glat=  32.96 u=   9.0500 v=  -0.7300 vr=  -1.05568 vt=   9.01781
 i= 1086 j=  822 glon=  288.65 (0-360E) glon=  288.65 glat=  32.96 u=   9.3100 v=   1.0300 vr=  -1.80845 vt=   9.19057
 i= 1091 j=  822 glon=  288.85 (0-360E) glon=  288.85 glat=  32.96 u=   8.1800 v=   4.7500 vr=  -4.49396 vt=   8.32341
 i= 1096 j=  822 glon=  289.05 (0-360E) glon=  289.05 glat=  32.96 u=   8.0300 v=   7.5800 vr=  -6.33717 vt=   9.04310
 i= 1101 j=  822 glon=  289.25 (0-360E) glon=  289.25 glat=  32.96 u=   7.9900 v=  10.7500 vr=  -8.37746 vt=  10.45088
 i= 1106 j=  822 glon=  289.45 (0-360E) glon=  289.45 glat=  32.96 u=   8.3600 v=  11.7700 vr=  -8.06595 vt=  11.97343
 i= 1111 j=  822 glon=  289.65 (0-360E) glon=  289.65 glat=  32.96 u=   7.2100 v=  13.6100 vr=  -9.03003 vt=  12.47697
 i= 1116 j=  822 glon=  289.85 (0-360E) glon=  289.85 glat=  32.96 u=   6.3700 v=  15.9900 vr= -10.36558 vt=  13.74088
 i= 1121 j=  822 glon=  290.05 (0-360E) glon=  290.05 glat=  32.96 u=   4.7000 v=  17.5800 vr= -11.50662 vt=  14.09766
 i= 1126 j=  822 glon=  290.25 (0-360E) glon=  290.25 glat=  32.96 u=   3.1900 v=  17.3300 vr= -11.25011 vt=  13.56245
 i= 1131 j=  822 glon=  290.45 (0-360E) glon=  290.45 glat=  32.96 u=   3.3600 v=  16.4900 vr=  -9.64002 vt=  13.79419
 i= 1056 j=  827 glon=  287.45 (0-360E) glon=  287.45 glat=  32.76 u=   3.5600 v= -13.4700 vr=   9.13419 vt=  10.52051
 i= 1061 j=  827 glon=  287.65 (0-360E) glon=  287.65 glat=  32.76 u=   3.8800 v=  -9.0500 vr=   5.88396 vt=   7.89531
 i= 1066 j=  827 glon=  287.85 (0-360E) glon=  287.85 glat=  32.76 u=   4.9600 v=  -7.0900 vr=   4.25313 vt=   7.53529
 i= 1071 j=  827 glon=  288.05 (0-360E) glon=  288.05 glat=  32.76 u=   6.7200 v=  -6.1400 vr=   3.36946 vt=   8.45605
 i= 1076 j=  827 glon=  288.25 (0-360E) glon=  288.25 glat=  32.76 u=   7.6900 v=  -3.8500 vr=   1.66092 vt=   8.43801
 i= 1081 j=  827 glon=  288.45 (0-360E) glon=  288.45 glat=  32.76 u=   8.7300 v=  -0.4400 vr=  -1.07423 vt=   8.67482
 i= 1086 j=  827 glon=  288.65 (0-360E) glon=  288.65 glat=  32.76 u=   7.4500 v=   0.4200 vr=  -0.96898 vt=   7.39865
 i= 1091 j=  827 glon=  288.85 (0-360E) glon=  288.85 glat=  32.76 u=   8.2300 v=   4.5900 vr=  -4.36403 vt=   8.35202
 i= 1096 j=  827 glon=  289.05 (0-360E) glon=  289.05 glat=  32.76 u=   8.6900 v=   6.8800 vr=  -5.71581 vt=   9.49632
 i= 1101 j=  827 glon=  289.25 (0-360E) glon=  289.25 glat=  32.76 u=   8.1900 v=   8.4700 vr=  -6.42045 vt=   9.87901
 i= 1106 j=  827 glon=  289.45 (0-360E) glon=  289.45 glat=  32.76 u=   7.5200 v=  10.6900 vr=  -7.78542 vt=  10.49827
 i= 1111 j=  827 glon=  289.65 (0-360E) glon=  289.65 glat=  32.76 u=   6.8300 v=  13.0800 vr=  -9.29789 vt=  11.45795
 i= 1116 j=  827 glon=  289.85 (0-360E) glon=  289.85 glat=  32.76 u=   5.6400 v=  15.7600 vr= -11.25435 vt=  12.39059
 i= 1121 j=  827 glon=  290.05 (0-360E) glon=  290.05 glat=  32.76 u=   4.3100 v=  15.9800 vr= -11.18941 vt=  12.19564
 i= 1066 j=  832 glon=  287.85 (0-360E) glon=  287.85 glat=  32.56 u=   4.5300 v=  -9.0300 vr=   6.52624 vt=   7.71168
 i= 1071 j=  832 glon=  288.05 (0-360E) glon=  288.05 glat=  32.56 u=   6.1100 v=  -7.3500 vr=   5.01534 vt=   8.13640
 i= 1076 j=  832 glon=  288.25 (0-360E) glon=  288.25 glat=  32.56 u=   7.4000 v=  -4.2900 vr=   2.39349 vt=   8.21190
 i= 1081 j=  832 glon=  288.45 (0-360E) glon=  288.45 glat=  32.56 u=   7.8600 v=  -0.5500 vr=  -0.67060 vt=   7.85063
 i= 1086 j=  832 glon=  288.65 (0-360E) glon=  288.65 glat=  32.56 u=   8.1100 v=   1.3800 vr=  -1.91127 vt=   8.00147
 i= 1091 j=  832 glon=  288.85 (0-360E) glon=  288.85 glat=  32.56 u=   7.9100 v=   3.6600 vr=  -3.46672 vt=   7.99660
 i= 1096 j=  832 glon=  289.05 (0-360E) glon=  289.05 glat=  32.56 u=   8.0000 v=   5.3000 vr=  -4.35449 vt=   8.55152
 i= 1101 j=  832 glon=  289.25 (0-360E) glon=  289.25 glat=  32.56 u=   7.2200 v=   7.3500 vr=  -5.75102 vt=   8.54849
 i= 1106 j=  832 glon=  289.45 (0-360E) glon=  289.45 glat=  32.56 u=   6.4000 v=  10.4000 vr=  -8.16292 vt=   9.08222
 i= 1111 j=  832 glon=  289.65 (0-360E) glon=  289.65 glat=  32.56 u=   5.7600 v=  13.4100 vr= -10.44230 vt=  10.19628
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    16.6258522977440       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     29.13 kts
    LL Wind Circ Vt mean quadmax value: SE     20.20 kts
    LL Wind Circ Vt mean quadmax value: SW     25.53 kts
    LL Wind Circ Vt mean quadmax value: NW     33.03 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220119251       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   4.26903881286680       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.3886371453123     
   xcenlon=    288.818890751109     
   imax=         2738  jmax=         2041
   jlatfix=          786
   ilonfix (unadjusted) =         1091
  
 In get_max_wind, ibeg=         1008  iend=         1173
                  jbeg=          718  jend=          855
         ilonfix=         1091  jlatfix=          786
 At end of get_max_wind, vmax=    21.3271306086871       rmax= 
   25.5182467691824     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    4.97 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.21 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    5.82 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    6.79 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    7.80 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    8.80 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    9.75 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   10.61 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   11.38 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   12.07 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   12.77 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   13.42 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   14.00 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   14.45 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   14.78 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   15.01 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   15.17 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   15.26 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   15.29 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   15.28 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   15.26 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   15.21 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   15.17 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   15.13 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   15.10 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   15.12 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   15.15 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   15.20 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   15.26 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   15.32 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   15.38 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   15.43 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.47 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.51 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.53 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   15.54 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   15.53 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   15.48 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   15.41 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   15.32 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   15.23 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   15.13 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    15.54 m/s   maxrmw_dist=   108.00  km   maxrmw_ix=   36
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    108.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    15.5414196664045      
  (m/s)   (in kts)=    30.1923159859240     
  rising_sum_dvdr=      0.250460254597000     
  declining_sum_dvdr=  -0.415138656553097     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   114 igrct=  1 Vmax (m/s)=   21.327   22:32:04
 TIMING: before call  getradii, fhr=   114 igrct=  1   22:32:04
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    6.13016623605212     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.13016623605212     
 mr4qs after add, mean_radii_vt_4quad_sum=    8.23127879522211     
 mr4qs before add, mean_radii_vt_4quad_sum=    8.23127879522211     
 mr4qs after add, mean_radii_vt_4quad_sum=    5.67717558349223     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.67717558349223     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.43624155373054     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    6.44 good_quad_ct=   4 mean_vt_4quad=      1.61
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.72 mean_vt_4quad=    8.56
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.74 mean_vt_4quad=    8.62
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.83 mean_vt_4quad=    8.67
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.91 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.93 mean_vt_4quad=    8.80
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.00 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.95 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.92 mean_vt_4quad=    9.01
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.98 mean_vt_4quad=    9.10
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.08 mean_vt_4quad=    9.18
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.21 mean_vt_4quad=    9.26
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.32 mean_vt_4quad=    9.34
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.45 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.53 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.60 mean_vt_4quad=    9.59
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.66 mean_vt_4quad=    9.68
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.66 mean_vt_4quad=    9.76
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.64 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.53 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.39 mean_vt_4quad=    9.96
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.31 mean_vt_4quad=   10.00
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.26 mean_vt_4quad=   10.04
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.09 mean_vt_4quad=   10.08
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.99 mean_vt_4quad=   10.12
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.01 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.17 mean_vt_4quad=   10.20
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.32 mean_vt_4quad=   10.24
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.47 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.64 mean_vt_4quad=   10.33
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.80 mean_vt_4quad=   10.37
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   13.96 mean_vt_4quad=   10.41
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.05 mean_vt_4quad=   10.45
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.15 mean_vt_4quad=   10.49
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.19 mean_vt_4quad=   10.53
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.24 mean_vt_4quad=   10.58
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.28 mean_vt_4quad=   10.62
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   14.34 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.37 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.38 mean_vt_4quad=   10.78
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.44 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.55 mean_vt_4quad=   10.90
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.59 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.60 mean_vt_4quad=   11.03
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.64 mean_vt_4quad=   11.10
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.62 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.66 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.74 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   14.91 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   15.11 mean_vt_4quad=   11.40
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   15.37 mean_vt_4quad=   11.45
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   15.70 mean_vt_4quad=   11.51
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   16.06 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   16.41 mean_vt_4quad=   11.62
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   16.59 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   16.58 mean_vt_4quad=   11.72
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   16.46 mean_vt_4quad=   11.76
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   16.25 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.08 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.01 mean_vt_4quad=   11.93
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.07 mean_vt_4quad=   12.00
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.14 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.29 mean_vt_4quad=   12.13
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.52 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.77 mean_vt_4quad=   12.26
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   17.02 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   17.24 mean_vt_4quad=   12.37
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   17.42 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   17.56 mean_vt_4quad=   12.47
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   12.47 .... 0.5*v_holland=    9.19
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   12.54 .... 0.5*v_holland=    9.19
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   12.62 .... 0.5*v_holland=    9.19
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   12.70 .... 0.5*v_holland=    9.19
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   12.76 .... 0.5*v_holland=    9.19
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    168.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   90.6528000000000     
 vradius(iwindix,iquad) =          91
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=    9.10 mean_vt_4quad=    8.56
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=    9.18 mean_vt_4quad=    8.62
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=    9.23 mean_vt_4quad=    8.67
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=    9.25 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=    9.28 mean_vt_4quad=    8.80
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=    9.34 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=    9.39 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=    9.42 mean_vt_4quad=    9.01
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=    9.42 mean_vt_4quad=    9.10
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=    9.38 mean_vt_4quad=    9.18
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=    9.35 mean_vt_4quad=    9.26
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=    9.40 mean_vt_4quad=    9.34
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=    9.45 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=    9.50 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=    9.53 mean_vt_4quad=    9.59
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=    9.54 mean_vt_4quad=    9.68
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=    9.51 mean_vt_4quad=    9.76
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=    9.51 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=    9.53 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=    9.64 mean_vt_4quad=    9.96
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=    9.70 mean_vt_4quad=   10.00
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=    9.81 mean_vt_4quad=   10.04
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=    9.96 mean_vt_4quad=   10.08
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   10.09 mean_vt_4quad=   10.12
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   10.23 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   10.32 mean_vt_4quad=   10.20
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.38 mean_vt_4quad=   10.24
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.42 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.46 mean_vt_4quad=   10.33
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   10.57 mean_vt_4quad=   10.37
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   10.69 mean_vt_4quad=   10.41
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   10.83 mean_vt_4quad=   10.45
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.02 mean_vt_4quad=   10.49
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.21 mean_vt_4quad=   10.53
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   11.41 mean_vt_4quad=   10.58
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   11.63 mean_vt_4quad=   10.62
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   11.83 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   12.01 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   12.15 mean_vt_4quad=   10.78
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   12.24 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.37 mean_vt_4quad=   10.90
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   12.51 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   12.60 mean_vt_4quad=   11.03
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   12.67 mean_vt_4quad=   11.10
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.70 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.70 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.64 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   12.58 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   12.53 mean_vt_4quad=   11.40
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   12.55 mean_vt_4quad=   11.45
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   12.64 mean_vt_4quad=   11.51
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   12.79 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   12.96 mean_vt_4quad=   11.62
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.10 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.19 mean_vt_4quad=   11.72
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.25 mean_vt_4quad=   11.76
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.21 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.13 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   13.03 mean_vt_4quad=   11.93
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   12.99 mean_vt_4quad=   12.00
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   13.01 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   13.04 mean_vt_4quad=   12.13
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   13.11 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   13.19 mean_vt_4quad=   12.26
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   13.29 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   13.40 mean_vt_4quad=   12.37
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   13.57 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   13.73 mean_vt_4quad=   12.47
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   13.91 mean_vt_4quad=   12.54
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   14.12 mean_vt_4quad=   12.62
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   14.22 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   14.37 mean_vt_4quad=   12.76
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   14.56 mean_vt_4quad=   12.82
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   14.71 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   14.84 mean_vt_4quad=   12.90
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   14.97 mean_vt_4quad=   12.94
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   15.13 mean_vt_4quad=   12.99
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   15.31 mean_vt_4quad=   13.05
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   15.52 mean_vt_4quad=   13.11
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   15.71 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   15.88 mean_vt_4quad=   13.26
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   16.05 mean_vt_4quad=   13.34
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   16.20 mean_vt_4quad=   13.43
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   16.35 mean_vt_4quad=   13.53
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   16.48 mean_vt_4quad=   13.63
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.56 mean_vt_4quad=   13.72
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   16.66 mean_vt_4quad=   13.80
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   16.83 mean_vt_4quad=   13.86
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   17.01 mean_vt_4quad=   13.90
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   17.19 mean_vt_4quad=   13.91
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   17.35 mean_vt_4quad=   13.89
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   17.49 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   17.62 mean_vt_4quad=   13.81
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  31
  ++++ rdist(ihc)=   93.00  mean_radii_vt_4quad(ihc)=   13.81 .... 0.5*v_holland=   10.40
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  30
  ++++ rdist(ihc)=   90.00  mean_radii_vt_4quad(ihc)=   13.79 .... 0.5*v_holland=   10.40
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  29
  ++++ rdist(ihc)=   87.00  mean_radii_vt_4quad(ihc)=   13.78 .... 0.5*v_holland=   10.40
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  28
  ++++ rdist(ihc)=   84.00  mean_radii_vt_4quad(ihc)=   13.76 .... 0.5*v_holland=   10.40
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  27
  ++++ rdist(ihc)=   81.00  mean_radii_vt_4quad(ihc)=   13.75 .... 0.5*v_holland=   10.40
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    93.0000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   50.1828000000000     
 vradius(iwindix,iquad) =          50
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   11.93 mean_vt_4quad=    8.56
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.05 mean_vt_4quad=    8.62
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.15 mean_vt_4quad=    8.67
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.31 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.44 mean_vt_4quad=    8.80
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.51 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.60 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.68 mean_vt_4quad=    9.01
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.74 mean_vt_4quad=    9.10
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.79 mean_vt_4quad=    9.18
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.88 mean_vt_4quad=    9.26
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.04 mean_vt_4quad=    9.34
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.19 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.29 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.38 mean_vt_4quad=    9.59
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.43 mean_vt_4quad=    9.68
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.53 mean_vt_4quad=    9.76
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.63 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.71 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.83 mean_vt_4quad=    9.96
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.92 mean_vt_4quad=   10.00
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.04 mean_vt_4quad=   10.04
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.14 mean_vt_4quad=   10.08
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.22 mean_vt_4quad=   10.12
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.28 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.36 mean_vt_4quad=   10.20
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   14.44 mean_vt_4quad=   10.24
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   14.51 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   14.60 mean_vt_4quad=   10.33
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   14.72 mean_vt_4quad=   10.37
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.85 mean_vt_4quad=   10.41
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   14.89 mean_vt_4quad=   10.45
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   14.94 mean_vt_4quad=   10.49
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   14.99 mean_vt_4quad=   10.53
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.08 mean_vt_4quad=   10.58
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.16 mean_vt_4quad=   10.62
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.26 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.37 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.49 mean_vt_4quad=   10.78
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.57 mean_vt_4quad=   10.84
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.63 mean_vt_4quad=   10.90
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.72 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   15.79 mean_vt_4quad=   11.03
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   15.86 mean_vt_4quad=   11.10
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   15.89 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.88 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.84 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.79 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.83 mean_vt_4quad=   11.40
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.88 mean_vt_4quad=   11.45
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   16.08 mean_vt_4quad=   11.51
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   16.09 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   16.20 mean_vt_4quad=   11.62
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   16.35 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.37 mean_vt_4quad=   11.72
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.25 mean_vt_4quad=   11.76
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.08 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   15.98 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   15.99 mean_vt_4quad=   11.93
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.08 mean_vt_4quad=   12.00
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.23 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.45 mean_vt_4quad=   12.13
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.69 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.87 mean_vt_4quad=   12.26
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.95 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   17.00 mean_vt_4quad=   12.37
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.08 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.11 mean_vt_4quad=   12.47
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.14 mean_vt_4quad=   12.54
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.16 mean_vt_4quad=   12.62
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   17.18 mean_vt_4quad=   12.70
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.16 mean_vt_4quad=   12.76
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   17.07 mean_vt_4quad=   12.82
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   16.84 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   16.49 mean_vt_4quad=   12.90
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   16.06 mean_vt_4quad=   12.94
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.88 mean_vt_4quad=   12.99
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.79 mean_vt_4quad=   13.05
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.83 mean_vt_4quad=   13.11
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   15.97 mean_vt_4quad=   13.19
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   16.12 mean_vt_4quad=   13.26
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   16.29 mean_vt_4quad=   13.34
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   16.56 mean_vt_4quad=   13.43
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   16.89 mean_vt_4quad=   13.53
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   17.22 mean_vt_4quad=   13.63
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   17.52 mean_vt_4quad=   13.72
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   13.72 .... 0.5*v_holland=   10.63
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   13.80 .... 0.5*v_holland=   10.63
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   13.86 .... 0.5*v_holland=   10.63
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  35
  ++++ rdist(ihc)=  105.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=   10.63
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  34
  ++++ rdist(ihc)=  102.00  mean_radii_vt_4quad(ihc)=   13.91 .... 0.5*v_holland=   10.63
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    114.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   61.5144000000000     
 vradius(iwindix,iquad) =          62
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   12.70 mean_vt_4quad=    8.56
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   12.71 mean_vt_4quad=    8.62
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   12.78 mean_vt_4quad=    8.67
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   12.88 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   12.96 mean_vt_4quad=    8.80
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.01 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.09 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.13 mean_vt_4quad=    9.01
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.16 mean_vt_4quad=    9.10
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.19 mean_vt_4quad=    9.18
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.24 mean_vt_4quad=    9.26
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   13.32 mean_vt_4quad=    9.34
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   13.49 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   13.70 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   13.87 mean_vt_4quad=    9.59
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.05 mean_vt_4quad=    9.68
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.21 mean_vt_4quad=    9.76
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.36 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   14.43 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.52 mean_vt_4quad=    9.96
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.62 mean_vt_4quad=   10.00
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.53 mean_vt_4quad=   10.04
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   14.40 mean_vt_4quad=   10.08
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   14.43 mean_vt_4quad=   10.12
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   14.59 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   14.68 mean_vt_4quad=   10.20
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   14.77 mean_vt_4quad=   10.24
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   14.82 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   14.85 mean_vt_4quad=   10.33
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   14.83 mean_vt_4quad=   10.37
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   14.88 mean_vt_4quad=   10.41
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   14.95 mean_vt_4quad=   10.45
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   15.03 mean_vt_4quad=   10.49
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   15.13 mean_vt_4quad=   10.53
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   15.24 mean_vt_4quad=   10.58
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   15.34 mean_vt_4quad=   10.62
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   15.44 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   15.54 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   15.65 mean_vt_4quad=   10.78
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   15.77 mean_vt_4quad=   10.84
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   15.81 mean_vt_4quad=   10.90
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   15.84 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   15.85 mean_vt_4quad=   11.03
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   15.88 mean_vt_4quad=   11.10
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   15.98 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   16.10 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   16.20 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   16.27 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   16.30 mean_vt_4quad=   11.40
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.40 mean_vt_4quad=   11.45
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.51 mean_vt_4quad=   11.51
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.65 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   16.82 mean_vt_4quad=   11.62
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   16.98 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.05 mean_vt_4quad=   11.72
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.17 mean_vt_4quad=   11.76
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.28 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   17.33 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.43 mean_vt_4quad=   11.93
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   17.40 mean_vt_4quad=   12.00
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   17.28 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   17.35 mean_vt_4quad=   12.13
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   17.41 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.44 mean_vt_4quad=   12.26
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.50 mean_vt_4quad=   12.31
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  59
  ++++ rdist(ihc)=  177.00  mean_radii_vt_4quad(ihc)=   12.31 .... 0.5*v_holland=    8.91
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  58
  ++++ rdist(ihc)=  174.00  mean_radii_vt_4quad(ihc)=   12.37 .... 0.5*v_holland=    8.91
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  57
  ++++ rdist(ihc)=  171.00  mean_radii_vt_4quad(ihc)=   12.42 .... 0.5*v_holland=    8.91
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  56
  ++++ rdist(ihc)=  168.00  mean_radii_vt_4quad(ihc)=   12.47 .... 0.5*v_holland=    8.91
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   12.54 .... 0.5*v_holland=    8.91
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    177.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   95.5092000000000     
 vradius(iwindix,iquad) =          96
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3271306086871       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   114 igrct=  1   22:32:04
 TIMING: after getrad_iter_loop, fhr=   114 igrct=  2 Vmax (m/s)=   21.327   22:32:04
 TIMING: Before get_phase ... 22:32:04
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          114 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   312.943
  
  
  In get_cps_paramb, lead time=          114 :           0   10L  IDALIA   
   right_ct=          978   left_ct=          946
   zthicksum(1)=    3328242.85262500     
   zthicksum(2)=    3230864.26662500     
   zthick_right_mean=    3403.11130125255     
   zthick_left_mean=     3415.28992243658     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -12.1786211840204     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           17.75
  Sum of y-diffs squared (ydiff2) =          848.91
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   139.18   6.7452       19.08   0.1661     2.64     6.95      363.94
    2   129.72   6.6846        9.62   0.1055    -0.82     0.67       92.57
    3   121.26   6.6201        1.16   0.0409    -2.89     8.37        1.34
    4   116.74   6.5511       -3.35  -0.0281    -0.58     0.33       11.25
    5   110.63   6.4770       -9.47  -0.1022     0.65     0.42       89.62
    6   103.06   6.3969      -17.03  -0.1822     1.00     1.01      290.18
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   120.099     x:    6.58
  
  slope=     98.994         y-intercept =   -531.195
  Regression equation:   Y =  -531.19 +    98.99X
  
  R2(r_squared) =  0.9791        r =  0.9895
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1068.21 zmin=  918.46 zdiff=  149.74
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1557.44 zmin= 1418.26 zdiff=  139.18
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -10.57 dlnp=     -0.057158  dzdlnp=      184.890
  
   +++ k=  3 press=    800.0 zmax= 2074.33 zmin= 1944.61 zdiff=  129.72
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -9.46 dlnp=     -0.060625  dzdlnp=      155.976
  
   +++ k=  4 press=    750.0 zmax= 2620.28 zmin= 2499.03 zdiff=  121.26
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.46 dlnp=     -0.064539  dzdlnp=      131.146
  
   +++ k=  5 press=    700.0 zmax= 3197.81 zmin= 3081.07 zdiff=  116.74
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -4.51 dlnp=     -0.068993  dzdlnp=       65.398
  
   +++ k=  6 press=    650.0 zmax= 3811.40 zmin= 3700.77 zdiff=  110.63
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -6.11 dlnp=     -0.074108  dzdlnp=       82.474
  
   +++ k=  7 press=    600.0 zmax= 4466.03 zmin= 4362.96 zdiff=  103.06
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -7.57 dlnp=     -0.080043  dzdlnp=       94.550
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          541.91
  Sum of y-diffs squared (ydiff2) =          677.71
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1    91.79   6.3099        3.97   0.2788    10.39   107.92       15.77
    2    84.53   6.2146       -3.29   0.1834     0.93     0.87       10.85
    3    81.17   6.1092       -6.65   0.0781    -4.86    23.58       44.27
    4    76.22   5.9915      -11.60  -0.0397   -12.51   156.53      134.50
    5    84.00   5.8579       -3.82  -0.1732    -7.81    60.99       14.60
    6   109.22   5.7038       21.39  -0.3274    13.86   192.04      457.73
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:    87.821     x:    6.03
  
  slope=    -23.022         y-intercept =    226.672
  Regression equation:   Y =   226.67 -    23.02X
  
  R2(r_squared) =  0.2004        r =  0.4476
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          114 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4466.03 zmin= 4362.96 zdiff=  103.06
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5166.12 zmin= 5074.33 zdiff=   91.79
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -11.27 dlnp=     -0.087011  dzdlnp=      129.546
  
   +++ k=  9 press=    500.0 zmax= 5923.61 zmin= 5839.08 zdiff=   84.53
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -7.26 dlnp=     -0.095310  dzdlnp=       76.214
  
   +++ k= 10 press=    450.0 zmax= 6750.64 zmin= 6669.47 zdiff=   81.17
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -3.36 dlnp=     -0.105361  dzdlnp=       31.891
  
   +++ k= 11 press=    400.0 zmax= 7659.67 zmin= 7583.45 zdiff=   76.22
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -4.94 dlnp=     -0.117783  dzdlnp=       41.975
  
   +++ k= 12 press=    350.0 zmax= 8667.98 zmin= 8583.98 zdiff=   84.00
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=       7.78 dlnp=     -0.133531  dzdlnp=      -58.233
  
   +++ k= 13 press=    300.0 zmax= 9800.32 zmin= 9691.10 zdiff=  109.22
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      25.22 dlnp=     -0.154151  dzdlnp=     -163.580
  
cps_stats: 10L   lead time= 114: 0   paramb=   -12.18  vtl=     98.99  vtu=    -23.02
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  114:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.819 (0-360) guesslon=  288.819E  (  71.181W)   guesslat=   34.389
 ilonfix=         1091  jlatfix=          786  npts=           33
 ibeg=         1015  jbeg=          718  imax=         2738
 iend=         1167  jend=          854  jmax=         2041
 TIMING: find_maxmin 1  22:32:05
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.699E  (0-360) ctlon=  288.699E  (  71.301W)  ctlat=   33.069 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:05
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  288.699E   (0-360) guesslon=  288.699E  (  71.301W)   guesslat=   33.069
 ilonfix=         1088  jlatfix=          819  npts=           16
 ibeg=         1036  jbeg=          775  imax=         2738
 iend=         1140  jend=          863  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.479E  (0-360) ctlon=  288.479  (  71.521W)  ctlat=   33.049 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L   114:00  mean_lon:  288.48E (  71.52W)    (0-360) mean_lon=  288.48E  mean_lat:   33.05  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L   114:00  ifix:  1058   jfix:   796  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1058  jx=          796
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         559 ,         297 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         558 ,         296 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L   114:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:05
 TIMING: Before shear ... 22:32:05
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           20
  clon(ist,ifh,3)=    288.795095427484     
  clat(ist,ifh,3)=    34.3975959433185     
  fixlon(ist,ifh)=    288.818890751109     
  fixlat(ist,ifh)=    34.3886371453123     
  xcenlon=    288.795095427484     
  xcenlat=    34.3975959433185     
  
 xxshear
 In get_shear A, xcenlon=    288.795095427484       xcenlat= 
   34.3975959433185     
   In get_shear B, (0-360) xcenlon=    288.795095427484     
  
At start of get_shear:  10L   fhr=  114:00   Mean fix position=   288.82E  ( 71.18W)    34.39  (0-360) mean lon fix=  288.82
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   15.13 vr_mean(idist,ilev)=    0.32
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   17.70 vr_mean(idist,ilev)=    0.26
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   17.41 vr_mean(idist,ilev)=   -0.33
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   18.07 vr_mean(idist,ilev)=   -0.12
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   17.30 vr_mean(idist,ilev)=    0.45
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   16.70 vr_mean(idist,ilev)=    0.10
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   15.85 vr_mean(idist,ilev)=   -0.01
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.41 vr_mean(idist,ilev)=   -0.04
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.67 vr_mean(idist,ilev)=   -0.24
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.01 vr_mean(idist,ilev)=   -0.07
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.78 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   11.66 vr_mean(idist,ilev)=    0.16
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.61 vr_mean(idist,ilev)=    0.31
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    9.76 vr_mean(idist,ilev)=    0.35
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    8.80 vr_mean(idist,ilev)=    0.34
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    8.14 vr_mean(idist,ilev)=    0.39
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    7.48 vr_mean(idist,ilev)=    0.34
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    6.94 vr_mean(idist,ilev)=    0.24
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.35 vr_mean(idist,ilev)=   -0.02
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.14 vr_mean(idist,ilev)=   20.14
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.22 vr_mean(idist,ilev)=   30.22
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.29 vr_mean(idist,ilev)=   40.29
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.38 vr_mean(idist,ilev)=   50.38
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.46 vr_mean(idist,ilev)=   60.46
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -70.56 vr_mean(idist,ilev)=   70.56
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -80.66 vr_mean(idist,ilev)=   80.66
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -90.77 vr_mean(idist,ilev)=   90.77
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -100.89 vr_mean(idist,ilev)=  100.89
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -111.03 vr_mean(idist,ilev)=  111.03
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -121.17 vr_mean(idist,ilev)=  121.17
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -131.34 vr_mean(idist,ilev)=  131.34
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -141.52 vr_mean(idist,ilev)=  141.52
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -151.72 vr_mean(idist,ilev)=  151.72
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -161.94 vr_mean(idist,ilev)=  161.94
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -172.18 vr_mean(idist,ilev)=  172.18
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -182.46 vr_mean(idist,ilev)=  182.46
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -192.76 vr_mean(idist,ilev)=  192.76
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -203.10 vr_mean(idist,ilev)=  203.10
  
 At end of get_shear: 
     ist=    4 ifh=   20 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:05
  
 After call to fixcenter, fix positions at 
 forecast hour=  114:00 follow:
  
fixpos  10L   fhr=  114:00   Fix position=   288.82E  ( 71.18W)    34.39   Max Wind=  41 kts
  
  
 xxxx get_next_ges, prev fix lon=    289.197548973058     
 xxxx get_next_ges, curr fix lon=    288.818890751109     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.818890751109        fixlat=    34.3886371453123     
        (0-360) fixlon=    288.818890751109     
      ilonfix=         1091   jlatfix=          786
      ibeg=          591   iend=         1591
      jbeg=          334   jend=         1238
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -3.85235732414268       vavg=   0.137170019402577     
      ubar=  -0.963089331035669       vbar=   3.429250485064421E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.55920326165149       vavg=    1.35816759134548     
      ubar=   -2.24269096186141       vbar=   0.713376300523384     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.470788961760764       vavg=   -1.56483169981461     
      ubar=   -2.36038820230160       vbar=   0.322168375569731     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.36038820230160       vbar=   0.322168375569731     
      wgttot=    1.00000000000000     
      fixlon=    288.818890751109        fixlat=    34.3886371453123     
      barnlon=    288.263060610415       barnlat=    34.4512194841813     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824916944540582     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.263060610415     
     Raw (no conversion for GM wrap) extraplon=    288.438917448288     
  
 --- barnlon=    288.26E  (  71.74W)    barnlat=     34.45
 --- extraplon=  288.44E  (  71.56W)    extraplat=   34.68
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.39
 | Current fix lon is   71.18W   ( 288.82E)
 | Current fix lon (raw, unadjusted)=  288.82E
 | Updated guess lat for next fcst hour is   34.57
 | Updated guess lon (0-360) for next fcst hour is   71.65W   ( 288.35E)
 | Raw updated guess lon for next fcst hour is  288.35E)
 -------------------------------------------------
  
 iocheck, dist=    47.1625512913154        distm=    47162.5512913154     
 iocheck, stmspd=    2.18345144867201        istmspd=           42
 iocheck, xincr=  -0.467901721757926        yincr=   0.176408293599820     
 iocheck, stmdir=    290.657444791772        istmdir=          291
 +++ RPT_STORM_MOTION: istmspd=    42 kts(*10)    istmdir=   291 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  20
     Fix location for this time:   288.82E  ( 71.18W)    34.39
     Fix lon (raw) for this time:  288.82E
     ilonfix= 1091  jlatfix=  786
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.818890751109       xcenlat=    34.3886371453123     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.818890751109       xcenlat=    34.3886371453123     
  ilonfix=         1091  jlatfix=          786
  ibeg=          963  iend=         1219
  jbeg=          670  jend=          902  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.818890751109        xcenlat=    34.3886371453123     
      ilonfix=         1091   jlatfix=          786
      ibeg=          963   iend=         1219
      jbeg=          670   jend=          902
 After call to barnes, xsmoothval=   2.406471941076003E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.406471941076003E-004
      xcenlon=    288.818890751109        xcenlat=    34.3886371453123     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000241  imeanzeta (*1e6)=      241
   --- mean zeta raw =   2.406471941076003E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001093  igrid zeta (*1e6)=     1093 ifilret=   0
   --- grid zeta raw=   1.092603557243792E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.818890751109       xcenlat=    34.3886371453123     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.818890751109       xcenlat=    34.3886371453123     
  ilonfix=         1091  jlatfix=          786
  ibeg=          963  iend=         1219
  jbeg=          670  jend=          902  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.818890751109        xcenlat=    34.3886371453123     
      ilonfix=         1091   jlatfix=          786
      ibeg=          963   iend=         1219
      jbeg=          670   jend=          902
 After call to barnes, xsmoothval=   1.955409030008527E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.955409030008527E-004
      xcenlon=    288.818890751109        xcenlat=    34.3886371453123     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000196  imeanzeta (*1e6)=      196
   --- mean zeta raw =   1.955409030008527E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001006  igrid zeta (*1e6)=     1006 ifilret=   0
   --- grid zeta raw=   1.006351718710976E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=          114
  
 segx, outlon=    288.818890751109       outlat=    34.3886371453123     
   ist=            4  ifcsthour=          114
   vmaxwind=    21.3271306086871       xminmslp=    99854.7100000000     
   vradius=           91           0           0          50           0
           0          62           0           0          96           0
           0
   maxstorm=            6
   plastbar=    100254.710000000       rlastbar=    22.5257465307264     
   rmax=    25.5182467691824     
   cps_vals=   -12.1786211840204        98.9935470933948     
  -23.0221685316076     
   wcore_flag= n
   istmspd=           42  istmdir=          291
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    108.000000000000     
   axisymet_rmw_val=     15.5414196664045     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   22.5257465307264       irlastbar=          23
 output: plastbar=   100254.710000000       iplastbar=        1003
 rmax=    25.5182467691824        irmax=           26
 TXX top of atcfunix_ext, ist=            4  ifh=          114
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   22.5257465307264       irlastbar=          23
 output: plastbar=   100254.710000000       iplastbar=        1003
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          114
 intlat=          344
 clatns= N
 intlon=          712
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           41
 int(xminmslp/mslp_outp_adj + 0.5)=          999
 XX,  34, NEQ
 vradius(1,1)=           91
 vradius(1,2)=           50
 vradius(1,3)=           62
 vradius(1,4)=           96
 iplastbar=         1003
 irlastbar=           23
 irmax=           26
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          291
 istmspd=           42
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=         -122
 icps_vals(2)=          990
 icps_vals(3)=         -230
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           58
 irmw_val=           30
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          241
 igridzeta(1)=         1093
 imeanzeta(2)=          196
 igridzeta(2)=         1006
  
 rmax=    25.5182467691824        irmax=           26
 +++ Top of output_atcf_parms, ist=            4  ifh=          114
  
 xxxx get_next_ges, prev fix lon=    289.197548973058     
 xxxx get_next_ges, curr fix lon=    288.818890751109     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.818890751109        fixlat=    34.3886371453123     
        (0-360) fixlon=    288.818890751109     
      ilonfix=         1091   jlatfix=          786
      ibeg=          591   iend=         1591
      jbeg=          334   jend=         1238
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -3.85235732414268       vavg=   0.137170019402577     
      ubar=  -0.963089331035669       vbar=   3.429250485064421E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -2.55920326165149       vavg=    1.35816759134548     
      ubar=   -2.24269096186141       vbar=   0.713376300523384     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.470788961760764       vavg=   -1.56483169981461     
      ubar=   -2.36038820230160       vbar=   0.322168375569731     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.36038820230160       vbar=   0.322168375569731     
      wgttot=    1.00000000000000     
      fixlon=    288.818890751109        fixlat=    34.3886371453123     
      barnlon=    288.263060610415       barnlat=    34.4512194841813     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824916944540582     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      288.263060610415     
     Raw (no conversion for GM wrap) extraplon=    288.438917448288     
  
 --- barnlon=    288.26E  (  71.74W)    barnlat=     34.45
 --- extraplon=  288.44E  (  71.56W)    extraplat=   34.68
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    114.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.39
 | Current fix lon is   71.18W   ( 288.82E)
 | Current fix lon (raw, unadjusted)=  288.82E
 | Updated guess lat for next fcst hour is   34.57
 | Updated guess lon (0-360) for next fcst hour is   71.65W   ( 288.35E)
 | Raw updated guess lon for next fcst hour is  288.35E)
 -------------------------------------------------
  
 iocheck, dist=    47.1625512913154        distm=    47162.5512913154     
 iocheck, stmspd=    2.18345144867201        istmspd=           42
 iocheck, xincr=  -0.467901721757926        yincr=   0.176408293599820     
 iocheck, stmdir=    290.657444791772        istmdir=          291
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 114
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 114 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          220  = igcret =            0
 baclose return code for unit          620  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:  120:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f07200                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f07200.ix                                                                                    
hafs.trak.storm.2023082812.f07200: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: cannot stat: 2
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: Not ready yet.  Size=106481485, age=4, min size=500, min age=10
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: Not ready yet.  Size=106481485, age=9, min size=500, min age=10
hafs.trak.storm.2023082812.f07200: sleep 5
hafs.trak.storm.2023082812.f07200: ready.
hafs.trak.storm.2023082812.f07200.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f07200.ix: ready.
 in open_grib_files in multi else part....
   lugb=          221   lugi=          621
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f07200                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f07200.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f07200...  gopen_i_file= ...hafs.trak.storm.2023082812.f07200.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f07200                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f07200.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          221  is CLOSED
 TEST open_grib_files, unit lugi=          621  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f07200                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f07200.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          221  is CLOSED
 TEST b4 getgridinfo, unit lugi=          621  is CLOSED
 before getgb2 call, lugb=          221  lugi=          621
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12  120   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at   120h ... 22:32:51
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:51
 TIMING: after getgb2-122:32:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12  120   5588258   0.000       0.000     -0.2785E-02  0.4397E-02
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:51
 TIMING: after getgb2-122:32:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12  120   5588258   0.000       0.000     -0.2660E-02  0.3304E-02
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:51
 TIMING: after getgb2-122:32:51
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12  120   5588258   0.000       0.000      -41.14       41.13    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:51
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12  120   5588258   0.000       0.000      -36.75       55.78    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12  120   5588258   0.000       0.000      -40.51       34.95    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12  120   5588258   0.000       0.000      -33.25       45.92    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  120   5588258   0.000       0.000       1219.       1633.    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  120   5588258   0.000       0.000       2830.       3250.    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:52
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12  120   5588258   0.000       0.000      0.9763E+05  0.1026E+06
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:52
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12  120   5588258   0.000       0.000      -39.40       33.33    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12  120   5588258   0.000       0.000      -29.99       42.28    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12  120   5588258   0.000       0.000      -40.32       38.52    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12  120   5588258   0.000       0.000      -36.42       36.52    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =          120  hours
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:53
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  120   5588258   0.000       0.000       5326.       5952.    
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:53
 TIMING: after getgb2-122:32:54
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =          120  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12  120   5588258   0.000       0.000      0.1156E+05  0.1260E+05
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:54
 TIMING: after getgb2-122:32:54
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =          120  hours
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:54
 TIMING: after getgb2-122:32:54
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =          120  hours
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:54
 TIMING: after getgb2-122:32:54
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =          120  hours
 TEST b4 getgb2 getdata, unit lugb=          221  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          621  is CLOSED

 TIMING: before getgb2-122:32:54
 TIMING: after getgb2-122:32:54
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =          120  hours

 TIMING: before getgb2-phase22:32:54
 TIMING: after getgb2-222:32:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12  120   5588258   0.000       0.000       719.2       1145.    

 TIMING: before getgb2-phase22:32:54
 TIMING: after getgb2-222:32:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  120   5588258   0.000       0.000       1219.       1633.    

 TIMING: before getgb2-phase22:32:54
 TIMING: after getgb2-222:32:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12  120   5588258   0.000       0.000       1745.       2145.    

 TIMING: before getgb2-phase22:32:54
 TIMING: after getgb2-222:32:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12  120   5588258   0.000       0.000       2300.       2682.    

 TIMING: before getgb2-phase22:32:54
 TIMING: after getgb2-222:32:54
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  120   5588258   0.000       0.000       2830.       3250.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12  120   5588258   0.000       0.000       3393.       3854.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12  120   5588258   0.000       0.000       3994.       4501.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12  120   5588258   0.000       0.000       4636.       5198.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  120   5588258   0.000       0.000       5326.       5952.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:55
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12  120   5588258   0.000       0.000       6073.       6769.    

 TIMING: before getgb2-phase22:32:55
 TIMING: after getgb2-222:32:56
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12  120   5588258   0.000       0.000       6892.       7665.    

 TIMING: before getgb2-phase22:32:56
 TIMING: after getgb2-222:32:56
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12  120   5588258   0.000       0.000       7801.       8668.    

 TIMING: before getgb2-phase22:32:56
 TIMING: after getgb2-222:32:56
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          120 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12  120   5588258   0.000       0.000       8828.       9797.    
 TIMING: after getdata ... 22:32:56
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:  120:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   9.087470937532680E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.641 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.909E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.641
 ilonfix=         1182  jlatfix=          979  npts=           16
 ibeg=         1133  jbeg=          935  imax=         2738
 iend=         1231  jend=         1023  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.462E  (0-360) ctlon=  292.462  (  67.538W)  ctlat=   26.421 fmax (x10e5) =        0.986E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.603088209748339E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.641 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.760E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.641
 ilonfix=         1182  jlatfix=          979  npts=           16
 ibeg=         1133  jbeg=          935  imax=         2738
 iend=         1231  jend=         1023  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.462E  (0-360) ctlon=  292.462  (  67.538W)  ctlat=   26.421 fmax (x10e5) =        0.916E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.641 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.134E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.641
 ilonfix=         1182  jlatfix=          979  npts=           16
 ibeg=         1133  jbeg=          935  imax=         2738
 iend=         1231  jend=         1023  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.362E  (0-360) ctlon=  292.362  (  67.638W)  ctlat=   26.421 fmax =       -0.100E+16 fmin =        0.133E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.241 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.300E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.241
 ilonfix=         1182  jlatfix=          989  npts=           16
 ibeg=         1133  jbeg=          945  imax=         2738
 iend=         1231  jend=         1033  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.462E  (0-360) ctlon=  292.462  (  67.538W)  ctlat=   26.421 fmax =       -0.100E+16 fmin =        0.299E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.641 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.991E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.641
 ilonfix=         1182  jlatfix=          979  npts=           16
 ibeg=         1133  jbeg=          935  imax=         2738
 iend=         1231  jend=         1023  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.362E  (0-360) ctlon=  292.362  (  67.638W)  ctlat=   26.421 fmax =       -0.100E+16 fmin =        0.990E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.602 (0-360) guesslon=  292.602E  (  67.398W)   guesslat=   26.361
 ilonfix=         1185  jlatfix=          986  npts=           33
 ibeg=         1112  jbeg=          918  imax=         2738
 iend=         1258  jend=         1054  jmax=         2041
 TIMING: find_maxmin 1  22:32:56
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   7.272643840546800E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  292.482E  (0-360) ctlon=  292.482E  (  67.518W)  ctlat=   26.641 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.727E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:56
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  292.482E   (0-360) guesslon=  292.482E  (  67.518W)   guesslat=   26.641
 ilonfix=         1182  jlatfix=          979  npts=           16
 ibeg=         1133  jbeg=          935  imax=         2738
 iend=         1231  jend=         1023  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  292.362E  (0-360) ctlon=  292.362  (  67.638W)  ctlat=   26.521 fmax (x10e5) =        0.749E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    292.451245101779        uvgeslat=    26.4287582887252     
    (0-360 uvgeslon)=    292.451245101779     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.451245101779        uvgeslat=    26.4287582887252     
    (0-360 uvgeslon)=    292.451245101779     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.451245101779     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.451E  (0-360E lon):  292.451E    67.549W  ctlat=   26.429  xmax_circul_disk =     124756867.7
 TIMING: get_wind_circ kloop, k=  1   22:32:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.451E  (0-360E)=  292.451E  (  67.549W)   guesslat=   26.429
 ilonfix=         1182  jlatfix=          985  npts=           56
 ibeg=         1113  jbeg=          921  imax=         2738
 iend=         1251  jend=         1049  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    125646371.570861     
 nhalf get_wind_circ, k=  1 ctlon=  292.291E  (0-360E)=  292.291E  ctlon=   67.709W   ctlat=   26.509 Wind Circulation (NHEM: Max) =     125646371.6
 TIMING: After GWC 850 ... 22:32:56
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.451245101779        uvgeslat=    26.4287582887252     
    (0-360 uvgeslon)=    292.451245101779     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.451245101779     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.451E  (0-360E lon):  292.451E    67.549W  ctlat=   26.429  xmax_circul_disk =     119403193.4
 TIMING: get_wind_circ kloop, k=  1   22:32:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.451E  (0-360E)=  292.451E  (  67.549W)   guesslat=   26.429
 ilonfix=         1182  jlatfix=          985  npts=           56
 ibeg=         1113  jbeg=          921  imax=         2738
 iend=         1251  jend=         1049  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    119444885.699088     
 nhalf get_wind_circ, k=  1 ctlon=  292.411E  (0-360E)=  292.411E  ctlon=   67.589W   ctlat=   26.449 Wind Circulation (NHEM: Max) =     119444885.7
 TIMING: After GWC 700 ... 22:32:56
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:56
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    292.451245101779        uvgeslat=    26.4287582887252     
    (0-360 uvgeslon)=    292.451245101779     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    292.451245101779     
  
 After first run, Wind Circulation (NHEM) ctlon=  292.451E  (0-360E lon):  292.451E    67.549W  ctlat=   26.429  xmax_circul_disk =      89555140.9
 TIMING: get_wind_circ kloop, k=  1   22:32:56
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  292.451E  (0-360E)=  292.451E  (  67.549W)   guesslat=   26.429
 ilonfix=         1182  jlatfix=          985  npts=           56
 ibeg=         1113  jbeg=          921  imax=         2738
 iend=         1251  jend=         1049  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    90186187.7379727     
 nhalf get_wind_circ, k=  1 ctlon=  292.351E  (0-360E)=  292.351E  ctlon=   67.649W   ctlat=   26.449 Wind Circulation (NHEM: Max) =      90186187.7
 TIMING: After GWC Sfc ... 22:32:56
  
 At beg of fixcenter, stderr(ist,ifh-1) =     2.08  xavg_stderr=     2.86
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           21  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   120:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  292.60E   (0-360) guesslon=  292.60E  ( 67.40W)    26.36
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       292.46       67.54      26.42           98.55       T         15.46
   2    zeta 700    Max       292.46       67.54      26.42           91.57       T         15.46
   3    circ 850    Max       292.29       67.71      26.51          125.65       T         35.02
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       292.41       67.59      26.45          119.44       T         21.35
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       292.36       67.64      26.42         1330.80       T         24.82
   8     gph 700    Min       292.46       67.54      26.42         2993.69       T         15.46
   9        MSLP    Min       292.36       67.64      26.42        98984.82       T         24.82
  10    circ sfc    Max       292.35       67.65      26.45           90.19       T         26.81
  11    zeta sfc    Max       292.36       67.64      26.52           74.92       T         29.79
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    6.43578834568090       stderr_close= 
   2.91808738812808       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.611 devia=   1.522 wtpos=  0.60207     292.46   292.46    67.54    26.42
 ip=  2 kprm=  2 dist_from_mean=   7.611 devia=   1.522 wtpos=  0.60207     292.46   292.46    67.54    26.42
 ip=  3 kprm=  3 dist_from_mean=  12.057 devia=   2.411 wtpos=  0.44762     292.29   292.29    67.71    26.51
 ip=  5 kprm=  4 dist_from_mean=   1.931 devia=   0.386 wtpos=  0.87919     292.41   292.41    67.59    26.45
 ip=  7 kprm=  5 dist_from_mean=   4.203 devia=   0.841 wtpos=  0.75561     292.36   292.36    67.64    26.42
 ip=  8 kprm=  6 dist_from_mean=   7.611 devia=   1.522 wtpos=  0.60207     292.46   292.46    67.54    26.42
 ip=  9 kprm=  7 dist_from_mean=   4.203 devia=   0.841 wtpos=  0.75561     292.36   292.36    67.64    26.42
 ip= 10 kprm=  8 dist_from_mean=   4.043 devia=   0.809 wtpos=  0.76375     292.35   292.35    67.65    26.45
 ip= 11 kprm=  9 dist_from_mean=   8.652 devia=   1.730 wtpos=  0.56169     292.36   292.36    67.64    26.52
  
At end of fixcenter:  00L   fhr=  120:00   Fix position=   292.39E  (0-360) fixlon=  292.39  ( 67.61W)    26.44
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    292.392929333661     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    292.362156419961     
        (0-360E clon(ist,ifh,9))=    292.362156419961     
      clat(ist,ifh,9)=    26.4214857432707     
      xval(9)=    98984.8162111241     
  
  After get_ij B, ibeg jbeg =         1071         847
  After get_ij B, iend jend =         1287        1123
  
 In is_it_a_storm, ilonfix=         1179  jlatfix=          985
 ibeg jbeg iend jend =         1071         847        1287        1123
 cparm= slp  parmlon parmlat =    292.362156419961        26.4214857432707     
     (0-360E parmlon) =    292.362156419961     
 parmval=    98984.8162111241     
  
 i= 1156 j=  922 glon=  291.45 (0-360E) glon=  291.45 glat=  28.96 dist=   296.34 slp=  101081.18 pgradient=  7.07415
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  7.07415
 mslp center =    292.362156419961        26.4214857432707     
   98984.8162111241     
   (0-360E) lon of mslp center =    292.362156419961     
 pgrad loc   =    291.448845000000        291.448845000000     
   68.5511550000000        28.9609240000000        101081.180000000     
  ttest at location C IF....
      xinp_fixlat=    26.4214857432707     
      xinp_fixlon=    292.362156419961       (0-360E) xinp_fixlon= 
   292.362156419961     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97626.3000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1180  jfix=          985
 longitude=    292.362156419961      E   (   67.6378435800392      
 W)  (0-360E) xinp_fixlon=    292.362156419961     
 latitude=    26.4214857432707     
 mean mslp value (xval(9))=    98984.8162111241     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1180  jfix=          985
 longitude=    292.362156419961      E   (   67.6378435800392      
 W)  (0-360E) xinp_fixlon=    292.362156419961     
 latitude=    26.4214857432707     
 mean mslp value (xval(9))=    98984.8162111241     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1180  jx=          985
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97626.3000000000       xcentval=    97626.3000000000     
 At A, num_found_contours=            0
 At A, contlo=    97626.3000000000       conthi=    98026.3000000000     
  
 num_found_contours=            0
 contlo=    97626.3000000000       conthi=    98026.3000000000     
 xcentval=    97626.3000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98026.3000000000       conthi=    98426.3000000000     
  
 num_found_contours=            1
 contlo=    98026.3000000000       conthi=    98426.3000000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            2
 At A, contlo=    98426.3000000000       conthi=    98826.3000000000     
  
 num_found_contours=            2
 contlo=    98426.3000000000       conthi=    98826.3000000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            3
 At A, contlo=    98826.3000000000       conthi=    99226.3000000000     
  
 num_found_contours=            3
 contlo=    98826.3000000000       conthi=    99226.3000000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            4
 At A, contlo=    99226.3000000000       conthi=    99626.3000000000     
  
 num_found_contours=            4
 contlo=    99226.3000000000       conthi=    99626.3000000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            5
 At A, contlo=    99626.3000000000       conthi=    100026.300000000     
  
 num_found_contours=            5
 contlo=    99626.3000000000       conthi=    100026.300000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            6
 At A, contlo=    100026.300000000       conthi=    100426.300000000     
  
 num_found_contours=            6
 contlo=    100026.300000000       conthi=    100426.300000000     
 xcentval=    97626.3000000000     
 At A, num_found_contours=            7
 At A, contlo=    100426.300000000       conthi=    100826.300000000     
  
 num_found_contours=            7
 contlo=    100426.300000000       conthi=    100826.300000000     
 xcentval=    97626.3000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1201 ,        1003 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97626.3000000000     
 !!! (i,j) of central value = (        1180 ,         985 )
 !!!  
 !!! Flagged value found    =    100424.380000000     
 !!! (i,j) of flagged value = (        1202 ,        1004 )
 !!!   
 !!! Lower bound of contour interval =    100426.300000000     
 !!! Upper bound of contour interval =    100826.300000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1180  jfix=          985
 longitude=    292.362156419961      E   (   67.6378435800392      W)  
 (0-360E) xinp_fixlon=    292.362156419961     
 latitude=    26.4214857432707     
 mean mslp value (xval(9))=    98984.8162111241     
 gridpoint mslp value=    97626.3000000000     
 ccflag= y
 prs of last closed isobar =    100426.300000000     
 radius of last closed isobar =    55.9283328491791       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =  120:00
 !!! Boundary check xinp_fixlat is   26.42
 !!! Boundary check xinp_fixlon is   67.64W   ( 292.36E)  (0-360E) xinp_fixlon=  292.36
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    292.291249101779     
  850 mb wcirc fix lat=    26.5087562887252     
    (0-360) 850 mb wcirc fix lon=    292.291249101779     
  Multi-parm fix lon=      292.392929333661     
  Multi-parm fix lat=      26.4449439219486     
    (0-360) Multi-parm fix lon=      292.392929333661     
  
  
  After get_ij B, ibeg jbeg =         1087         879
  After get_ij B, iend jend =         1269        1087
  
 In is_it_a_storm, ilonfix=         1178  jlatfix=          983
 ibeg jbeg iend jend =         1087         879        1269        1087
 cparm= v850  parmlon parmlat =    292.291249101779        26.5087562887252     
     (0-360E parmlon) =    292.291249101779     
 parmval=    125646371.570861     
  
 i= 1167 j=  934 glon=  291.89 (0-360E) glon=  291.89 glat=  28.48 u= -17.0300 v=  10.7600 vr=  13.63281 vt=  14.83054
 i= 1172 j=  934 glon=  292.09 (0-360E) glon=  292.09 glat=  28.48 u= -16.7300 v=  12.8300 vr=  14.30021 vt=  15.49212
 i= 1177 j=  934 glon=  292.29 (0-360E) glon=  292.29 glat=  28.48 u= -16.9300 v=  14.6500 vr=  14.66854 vt=  16.91394
 i= 1182 j=  934 glon=  292.49 (0-360E) glon=  292.49 glat=  28.48 u= -16.9800 v=  13.5100 vr=  11.94697 vt=  18.11382
 i= 1187 j=  934 glon=  292.69 (0-360E) glon=  292.69 glat=  28.48 u= -17.7900 v=  16.0100 vr=  12.61265 vt=  20.34024
 i= 1152 j=  939 glon=  291.29 (0-360E) glon=  291.29 glat=  28.28 u= -15.4600 v=   5.3200 vr=  11.71489 vt=  11.40506
 i= 1157 j=  939 glon=  291.49 (0-360E) glon=  291.49 glat=  28.28 u= -15.4600 v=   6.1400 vr=  11.48234 vt=  12.03607
 i= 1162 j=  939 glon=  291.69 (0-360E) glon=  291.69 glat=  28.28 u= -16.5800 v=   7.7400 vr=  12.21650 vt=  13.62208
 i= 1167 j=  939 glon=  291.89 (0-360E) glon=  291.89 glat=  28.28 u= -17.5000 v=  10.3200 vr=  13.58693 vt=  15.10456
 i= 1172 j=  939 glon=  292.09 (0-360E) glon=  292.09 glat=  28.28 u= -21.3600 v=  12.8400 vr=  14.93749 vt=  19.94960
 i= 1177 j=  939 glon=  292.29 (0-360E) glon=  292.29 glat=  28.28 u= -21.4200 v=  11.6000 vr=  11.62612 vt=  21.40584
 i= 1182 j=  939 glon=  292.49 (0-360E) glon=  292.49 glat=  28.28 u= -21.8000 v=  13.6000 vr=  11.37764 vt=  23.03800
 i= 1187 j=  939 glon=  292.69 (0-360E) glon=  292.69 glat=  28.28 u= -19.7500 v=  15.9400 vr=  11.75740 vt=  22.49243
 i= 1192 j=  939 glon=  292.89 (0-360E) glon=  292.89 glat=  28.28 u= -19.5800 v=  17.8700 vr=  11.47576 vt=  23.89603
 i= 1197 j=  939 glon=  293.09 (0-360E) glon=  293.09 glat=  28.28 u= -18.9700 v=  19.5800 vr=  11.10448 vt=  24.89835
 i= 1202 j=  939 glon=  293.29 (0-360E) glon=  293.29 glat=  28.28 u= -18.2700 v=  20.5000 vr=  10.11981 vt=  25.52709
 i= 1142 j=  944 glon=  290.89 (0-360E) glon=  290.89 glat=  28.08 u= -15.7900 v=   0.9500 vr=  10.58566 vt=  11.75459
 i= 1147 j=  944 glon=  291.09 (0-360E) glon=  291.09 glat=  28.08 u= -14.8200 v=  -0.3100 vr=   8.10343 vt=  12.41221
 i= 1152 j=  944 glon=  291.29 (0-360E) glon=  291.29 glat=  28.08 u= -15.8500 v=   3.5400 vr=  10.91718 vt=  12.02369
 i= 1157 j=  944 glon=  291.49 (0-360E) glon=  291.49 glat=  28.08 u= -16.2400 v=   3.8500 vr=  10.23496 vt=  13.18354
 i= 1162 j=  944 glon=  291.69 (0-360E) glon=  291.69 glat=  28.08 u= -18.8500 v=   8.3100 vr=  13.96031 vt=  15.14887
 i= 1167 j=  944 glon=  291.89 (0-360E) glon=  291.89 glat=  28.08 u= -22.9100 v=   9.3200 vr=  14.18516 vt=  20.26109
 i= 1172 j=  944 glon=  292.09 (0-360E) glon=  292.09 glat=  28.08 u= -22.9800 v=   8.9000 vr=  11.46318 vt=  21.81481
 i= 1177 j=  944 glon=  292.29 (0-360E) glon=  292.29 glat=  28.08 u= -23.7400 v=  11.8400 vr=  11.87264 vt=  23.72369
 i= 1182 j=  944 glon=  292.49 (0-360E) glon=  292.49 glat=  28.08 u= -22.6400 v=  14.2200 vr=  11.61016 vt=  24.08282
 i= 1187 j=  944 glon=  292.69 (0-360E) glon=  292.69 glat=  28.08 u= -21.1400 v=  17.1900 vr=  12.11778 vt=  24.40400
 i= 1192 j=  944 glon=  292.89 (0-360E) glon=  292.89 glat=  28.08 u= -21.2800 v=  16.8700 vr=   9.14331 vt=  25.57020
 i= 1197 j=  944 glon=  293.09 (0-360E) glon=  293.09 glat=  28.08 u= -20.1700 v=  20.2500 vr=  10.12958 vt=  26.72607
 i= 1202 j=  944 glon=  293.29 (0-360E) glon=  293.29 glat=  28.08 u= -19.6400 v=  22.5300 vr=   9.92366 vt=  28.19311
 i= 1207 j=  944 glon=  293.49 (0-360E) glon=  293.49 glat=  28.08 u= -17.6900 v=  23.1000 vr=   9.14829 vt=  27.61983
 i= 1212 j=  944 glon=  293.69 (0-360E) glon=  293.69 glat=  28.08 u= -15.5000 v=  22.1500 vr=   7.70180 vt=  25.91437
 i= 1137 j=  949 glon=  290.69 (0-360E) glon=  290.69 glat=  27.88 u= -10.1500 v=  -0.6300 vr=   6.89869 vt=   7.47178
 i= 1142 j=  949 glon=  290.89 (0-360E) glon=  290.89 glat=  27.88 u= -16.1900 v=  -0.5700 vr=  10.50256 vt=  12.33439
 i= 1147 j=  949 glon=  291.09 (0-360E) glon=  291.09 glat=  27.88 u= -12.9700 v=  -0.4900 vr=   7.61154 vt=  10.51311
 i= 1152 j=  949 glon=  291.29 (0-360E) glon=  291.29 glat=  27.88 u= -14.7600 v=   0.9900 vr=   8.89538 vt=  11.81990
 i= 1157 j=  949 glon=  291.49 (0-360E) glon=  291.49 glat=  27.88 u= -18.9500 v=   4.7000 vr=  12.93699 vt=  14.62282
 i= 1162 j=  949 glon=  291.69 (0-360E) glon=  291.69 glat=  27.88 u= -21.8200 v=   6.6000 vr=  14.10579 vt=  17.90808
 i= 1167 j=  949 glon=  291.89 (0-360E) glon=  291.89 glat=  27.88 u= -23.4200 v=   7.1000 vr=  12.79778 vt=  20.85960
 i= 1172 j=  949 glon=  292.09 (0-360E) glon=  292.09 glat=  27.88 u= -23.4900 v=   9.2100 vr=  12.19639 vt=  22.08738
 i= 1177 j=  949 glon=  292.29 (0-360E) glon=  292.29 glat=  27.88 u= -23.0200 v=  11.0000 vr=  11.03628 vt=  23.00263
 i= 1182 j=  949 glon=  292.49 (0-360E) glon=  292.49 glat=  27.88 u= -22.8100 v=  12.3500 vr=   9.34310 vt=  24.19763
 i= 1187 j=  949 glon=  292.69 (0-360E) glon=  292.69 glat=  27.88 u= -22.8300 v=  15.4900 vr=   9.28250 vt=  25.98046
 i= 1192 j=  949 glon=  292.89 (0-360E) glon=  292.89 glat=  27.88 u= -22.7100 v=  17.9400 vr=   8.49386 vt=  27.66662
 i= 1197 j=  949 glon=  293.09 (0-360E) glon=  293.09 glat=  27.88 u= -21.2500 v=  22.0100 vr=   9.74761 vt=  28.99977
 i= 1202 j=  949 glon=  293.29 (0-360E) glon=  293.29 glat=  27.88 u= -19.7100 v=  24.6400 vr=   9.93021 vt=  29.95003
 i= 1207 j=  949 glon=  293.49 (0-360E) glon=  293.49 glat=  27.88 u= -17.4800 v=  25.7200 vr=   9.52886 vt=  29.60185
 i= 1212 j=  949 glon=  293.69 (0-360E) glon=  293.69 glat=  27.88 u= -15.7600 v=  25.3200 vr=   8.10528 vt=  28.70165
 i= 1217 j=  949 glon=  293.89 (0-360E) glon=  293.89 glat=  27.88 u= -14.2000 v=  24.0000 vr=   6.37161 vt=  27.14853
 i= 1132 j=  954 glon=  290.49 (0-360E) glon=  290.49 glat=  27.68 u= -10.2800 v=  -5.7000 vr=   4.97652 vt=  10.64907
 i= 1137 j=  954 glon=  290.69 (0-360E) glon=  290.69 glat=  27.68 u=  -9.8800 v=  -2.9400 vr=   5.79396 vt=   8.52573
 i= 1142 j=  954 glon=  290.89 (0-360E) glon=  290.89 glat=  27.68 u= -12.3600 v=  -3.5400 vr=   6.61823 vt=  11.02272
 i= 1147 j=  954 glon=  291.09 (0-360E) glon=  291.09 glat=  27.68 u= -12.3600 v=  -2.5800 vr=   6.45523 vt=  10.85154
 i= 1152 j=  954 glon=  291.29 (0-360E) glon=  291.29 glat=  27.68 u= -14.9300 v=  -1.3400 vr=   8.00245 vt=  12.67522
 i= 1157 j=  954 glon=  291.49 (0-360E) glon=  291.49 glat=  27.68 u= -18.8000 v=   1.6700 vr=  11.23327 vt=  15.16715
 i= 1162 j=  954 glon=  291.69 (0-360E) glon=  291.69 glat=  27.68 u= -21.7800 v=   3.4300 vr=  12.20208 vt=  18.36416
 i= 1167 j=  954 glon=  291.89 (0-360E) glon=  291.89 glat=  27.68 u= -22.7700 v=   3.7800 vr=  10.28639 vt=  20.66281
 i= 1172 j=  954 glon=  292.09 (0-360E) glon=  292.09 glat=  27.68 u= -25.1200 v=   6.4100 vr=  10.16194 vt=  23.85032
 i= 1177 j=  954 glon=  292.29 (0-360E) glon=  292.29 glat=  27.68 u= -25.4300 v=  11.7700 vr=  11.81694 vt=  25.40822
 i= 1182 j=  954 glon=  292.49 (0-360E) glon=  292.49 glat=  27.68 u= -24.1900 v=  14.4400 vr=  10.68056 vt=  26.06905
 i= 1187 j=  954 glon=  292.69 (0-360E) glon=  292.69 glat=  27.68 u= -23.0100 v=  16.1400 vr=   8.77920 vt=  26.69991
 i= 1192 j=  954 glon=  292.89 (0-360E) glon=  292.89 glat=  27.68 u= -20.9400 v=  19.1600 vr=   8.76197 vt=  26.99661
 i= 1197 j=  954 glon=  293.09 (0-360E) glon=  293.09 glat=  27.68 u= -18.8800 v=  21.5000 vr=   8.56526 vt=  27.30093
 i= 1202 j=  954 glon=  293.29 (0-360E) glon=  293.29 glat=  27.68 u= -16.6500 v=  23.8700 vr=   8.91741 vt=  27.70342
 i= 1207 j=  954 glon=  293.49 (0-360E) glon=  293.49 glat=  27.68 u= -14.6200 v=  26.0300 vr=   9.35295 vt=  28.35185
 i= 1212 j=  954 glon=  293.69 (0-360E) glon=  293.69 glat=  27.68 u= -13.0100 v=  25.6800 vr=   8.06451 vt=  27.63487
 i= 1217 j=  954 glon=  293.89 (0-360E) glon=  293.89 glat=  27.68 u= -13.4400 v=  26.0400 vr=   6.10025 vt=  28.66186
 i= 1222 j=  954 glon=  294.09 (0-360E) glon=  294.09 glat=  27.68 u= -12.3200 v=  24.7800 vr=   4.60740 vt=  27.28741
 i= 1132 j=  959 glon=  290.49 (0-360E) glon=  290.49 glat=  27.48 u=  -9.1300 v=  -7.7200 vr=   3.85290 vt=  11.31859
 i= 1137 j=  959 glon=  290.69 (0-360E) glon=  290.69 glat=  27.48 u=  -8.7900 v=  -5.7700 vr=   4.04884 vt=   9.70381
 i= 1142 j=  959 glon=  290.89 (0-360E) glon=  290.89 glat=  27.48 u=  -7.8500 v=  -6.4800 vr=   2.24407 vt=   9.92860
 i= 1147 j=  959 glon=  291.09 (0-360E) glon=  291.09 glat=  27.48 u= -10.8800 v=  -5.1900 vr=   4.59597 vt=  11.14395
 i= 1152 j=  959 glon=  291.29 (0-360E) glon=  291.29 glat=  27.48 u= -14.8500 v=  -4.6800 vr=   6.62814 vt=  14.08874
 i= 1157 j=  959 glon=  291.49 (0-360E) glon=  291.49 glat=  27.48 u= -20.0800 v=  -1.1100 vr=  11.02882 vt=  16.81677
 i= 1162 j=  959 glon=  291.69 (0-360E) glon=  291.69 glat=  27.48 u= -20.5600 v=  -2.1000 vr=   8.12160 vt=  19.00430
 i= 1167 j=  959 glon=  291.89 (0-360E) glon=  291.89 glat=  27.48 u= -24.5000 v=   1.7300 vr=  10.11865 vt=  22.37981
 i= 1172 j=  959 glon=  292.09 (0-360E) glon=  292.09 glat=  27.48 u= -26.5800 v=  10.2300 vr=  14.91643 vt=  24.26210
 i= 1177 j=  959 glon=  292.29 (0-360E) glon=  292.29 glat=  27.48 u= -28.4000 v=  16.1000 vr=  16.16322 vt=  28.36407
 i= 1182 j=  959 glon=  292.49 (0-360E) glon=  292.49 glat=  27.48 u= -27.5200 v=  19.8200 vr=  14.58751 vt=  30.61678
 i= 1187 j=  959 glon=  292.69 (0-360E) glon=  292.69 glat=  27.48 u= -24.6800 v=  22.7700 vr=  12.92051 vt=  30.99413
 i= 1192 j=  959 glon=  292.89 (0-360E) glon=  292.89 glat=  27.48 u= -21.2000 v=  24.0300 vr=  10.85732 vt=  30.14962
 i= 1197 j=  959 glon=  293.09 (0-360E) glon=  293.09 glat=  27.48 u= -19.5700 v=  26.5500 vr=   9.83609 vt=  31.48236
 i= 1202 j=  959 glon=  293.29 (0-360E) glon=  293.29 glat=  27.48 u= -17.9500 v=  25.9800 vr=   7.00167 vt=  30.79187
 i= 1207 j=  959 glon=  293.49 (0-360E) glon=  293.49 glat=  27.48 u= -16.8300 v=  26.1200 vr=   5.07841 vt=  30.65474
 i= 1212 j=  959 glon=  293.69 (0-360E) glon=  293.69 glat=  27.48 u= -14.6500 v=  26.4400 vr=   4.64087 vt=  29.86902
 i= 1217 j=  959 glon=  293.89 (0-360E) glon=  293.89 glat=  27.48 u= -13.1800 v=  25.8400 vr=   3.59892 vt=  28.78308
 i= 1222 j=  959 glon=  294.09 (0-360E) glon=  294.09 glat=  27.48 u= -12.5500 v=  25.5900 vr=   2.44891 vt=  28.39636
 i= 1127 j=  964 glon=  290.29 (0-360E) glon=  290.29 glat=  27.28 u=  -7.7400 v=  -9.5200 vr=   3.37262 vt=  11.79676
 i= 1132 j=  964 glon=  290.49 (0-360E) glon=  290.49 glat=  27.28 u=  -8.0500 v=  -9.4200 vr=   3.21973 vt=  11.96546
 i= 1137 j=  964 glon=  290.69 (0-360E) glon=  290.69 glat=  27.28 u=  -8.5500 v=  -8.1300 vr=   3.69259 vt=  11.20554
 i= 1142 j=  964 glon=  290.89 (0-360E) glon=  290.89 glat=  27.28 u=  -8.8500 v=  -9.7400 vr=   2.44915 vt=  12.93027
 i= 1147 j=  964 glon=  291.09 (0-360E) glon=  291.09 glat=  27.28 u=  -9.7400 v=  -8.2000 vr=   3.14132 vt=  12.33855
 i= 1152 j=  964 glon=  291.29 (0-360E) glon=  291.29 glat=  27.28 u= -13.9200 v=  -7.9800 vr=   5.34757 vt=  15.12780
 i= 1157 j=  964 glon=  291.49 (0-360E) glon=  291.49 glat=  27.28 u= -18.2000 v=  -6.4600 vr=   7.66055 vt=  17.72816
 i= 1162 j=  964 glon=  291.69 (0-360E) glon=  291.69 glat=  27.28 u= -23.0200 v=  -4.4200 vr=   9.54395 vt=  21.40957
 i= 1167 j=  964 glon=  291.89 (0-360E) glon=  291.89 glat=  27.28 u= -31.7500 v=   2.8300 vr=  15.96952 vt=  27.58706
 i= 1172 j=  964 glon=  292.09 (0-360E) glon=  292.09 glat=  27.28 u= -35.3900 v=   8.7900 vr=  16.62826 vt=  32.45331
 i= 1177 j=  964 glon=  292.29 (0-360E) glon=  292.29 glat=  27.28 u= -32.7700 v=  17.0900 vr=  17.18187 vt=  32.72192
 i= 1182 j=  964 glon=  292.49 (0-360E) glon=  292.49 glat=  27.28 u= -29.2700 v=  22.8500 vr=  15.75307 vt=  33.62583
 i= 1187 j=  964 glon=  292.69 (0-360E) glon=  292.69 glat=  27.28 u= -25.8900 v=  26.7200 vr=  13.45253 vt=  34.68833
 i= 1192 j=  964 glon=  292.89 (0-360E) glon=  292.89 glat=  27.28 u= -22.3400 v=  27.9700 vr=  10.29091 vt=  34.28547
 i= 1197 j=  964 glon=  293.09 (0-360E) glon=  293.09 glat=  27.28 u= -18.9600 v=  29.4600 vr=   8.77011 vt=  33.91841
 i= 1202 j=  964 glon=  293.29 (0-360E) glon=  293.29 glat=  27.28 u= -17.6500 v=  29.3600 vr=   5.85018 vt=  33.75363
 i= 1207 j=  964 glon=  293.49 (0-360E) glon=  293.49 glat=  27.28 u= -15.8700 v=  27.2600 vr=   3.03770 vt=  31.39645
 i= 1212 j=  964 glon=  293.69 (0-360E) glon=  293.69 glat=  27.28 u= -14.6400 v=  26.1900 vr=   1.26591 vt=  29.97738
 i= 1217 j=  964 glon=  293.89 (0-360E) glon=  293.89 glat=  27.28 u= -12.0500 v=  27.5200 vr=   2.42509 vt=  29.94448
 i= 1222 j=  964 glon=  294.09 (0-360E) glon=  294.09 glat=  27.28 u= -11.1100 v=  27.4200 vr=   1.78523 vt=  29.53136
 i= 1227 j=  964 glon=  294.29 (0-360E) glon=  294.29 glat=  27.28 u= -10.5800 v=  24.8100 vr=   0.05316 vt=  26.97165
 i= 1127 j=  969 glon=  290.29 (0-360E) glon=  290.29 glat=  27.08 u=  -6.5000 v=  -9.3800 vr=   3.37391 vt=  10.90189
 i= 1132 j=  969 glon=  290.49 (0-360E) glon=  290.49 glat=  27.08 u=  -6.7000 v= -10.8800 vr=   2.71129 vt=  12.48653
 i= 1137 j=  969 glon=  290.69 (0-360E) glon=  290.69 glat=  27.08 u=  -6.7600 v=  -9.7400 vr=   2.69515 vt=  11.54562
 i= 1142 j=  969 glon=  290.89 (0-360E) glon=  290.89 glat=  27.08 u=  -7.6900 v= -10.6800 vr=   2.58959 vt=  12.90320
 i= 1147 j=  969 glon=  291.09 (0-360E) glon=  291.09 glat=  27.08 u=  -8.6700 v= -11.3700 vr=   2.33491 vt=  14.10652
 i= 1152 j=  969 glon=  291.29 (0-360E) glon=  291.29 glat=  27.08 u= -11.5600 v= -11.8200 vr=   3.40252 vt=  16.17927
 i= 1157 j=  969 glon=  291.49 (0-360E) glon=  291.49 glat=  27.08 u= -17.4300 v= -11.4300 vr=   6.51467 vt=  19.79921
 i= 1162 j=  969 glon=  291.69 (0-360E) glon=  291.69 glat=  27.08 u= -28.1700 v=  -7.6800 vr=  13.72476 vt=  25.77134
 i= 1167 j=  969 glon=  291.89 (0-360E) glon=  291.89 glat=  27.08 u= -33.6500 v=  -8.1200 vr=  11.03931 vt=  32.80839
 i= 1172 j=  969 glon=  292.09 (0-360E) glon=  292.09 glat=  27.08 u= -37.2500 v=   4.0900 vr=  15.13009 vt=  34.28368
 i= 1177 j=  969 glon=  292.29 (0-360E) glon=  292.29 glat=  27.08 u= -37.4600 v=  14.3400 vr=  14.48179 vt=  37.40542
 i= 1182 j=  969 glon=  292.49 (0-360E) glon=  292.49 glat=  27.08 u= -35.2300 v=  26.3700 vr=  14.80808 vt=  41.43972
 i= 1187 j=  969 glon=  292.69 (0-360E) glon=  292.69 glat=  27.08 u= -30.0800 v=  32.1600 vr=  11.44391 vt=  42.52186
 i= 1192 j=  969 glon=  292.89 (0-360E) glon=  292.89 glat=  27.08 u= -23.2000 v=  31.9800 vr=   7.52824 vt=  38.78513
 i= 1197 j=  969 glon=  293.09 (0-360E) glon=  293.09 glat=  27.08 u= -17.7500 v=  30.9800 vr=   5.51827 vt=  35.27565
 i= 1202 j=  969 glon=  293.29 (0-360E) glon=  293.29 glat=  27.08 u= -11.7300 v=  32.3100 vr=   7.53354 vt=  33.53766
 i= 1207 j=  969 glon=  293.49 (0-360E) glon=  293.49 glat=  27.08 u= -10.4000 v=  32.4300 vr=   6.05701 vt=  33.51384
 i= 1212 j=  969 glon=  293.69 (0-360E) glon=  293.69 glat=  27.08 u= -10.1800 v=  28.6800 vr=   2.62093 vt=  30.32005
 i= 1217 j=  969 glon=  293.89 (0-360E) glon=  293.89 glat=  27.08 u=  -9.4200 v=  27.1500 vr=   1.27787 vt=  28.70934
 i= 1222 j=  969 glon=  294.09 (0-360E) glon=  294.09 glat=  27.08 u=  -7.7700 v=  27.1600 vr=   1.70429 vt=  28.19812
 i= 1227 j=  969 glon=  294.29 (0-360E) glon=  294.29 glat=  27.08 u=  -7.9200 v=  26.8800 vr=   0.56146 vt=  28.01688
 i= 1122 j=  974 glon=  290.09 (0-360E) glon=  290.09 glat=  26.88 u=  -2.8700 v= -11.4600 vr=   0.74188 vt=  11.79059
 i= 1127 j=  974 glon=  290.29 (0-360E) glon=  290.29 glat=  26.88 u=  -3.8200 v= -12.0800 vr=   1.32950 vt=  12.59965
 i= 1132 j=  974 glon=  290.49 (0-360E) glon=  290.49 glat=  26.88 u=  -6.7200 v= -11.1800 vr=   4.07386 vt=  12.39171
 i= 1137 j=  974 glon=  290.69 (0-360E) glon=  290.69 glat=  26.88 u=  -6.1100 v= -11.3000 vr=   3.10945 vt=  12.46409
 i= 1142 j=  974 glon=  290.89 (0-360E) glon=  290.89 glat=  26.88 u=  -5.1000 v= -12.2000 vr=   1.45088 vt=  13.14325
 i= 1147 j=  974 glon=  291.09 (0-360E) glon=  291.09 glat=  26.88 u=  -6.0400 v= -14.2900 vr=   1.06520 vt=  15.47744
 i= 1152 j=  974 glon=  291.29 (0-360E) glon=  291.29 glat=  26.88 u=  -8.0800 v= -15.2300 vr=   1.64975 vt=  17.16152
 i= 1157 j=  974 glon=  291.49 (0-360E) glon=  291.49 glat=  26.88 u= -16.0800 v= -15.7600 vr=   7.04228 vt=  21.38575
 i= 1162 j=  974 glon=  291.69 (0-360E) glon=  291.69 glat=  26.88 u= -26.2600 v= -18.9200 vr=  10.87185 vt=  30.48535
 i= 1167 j=  974 glon=  291.89 (0-360E) glon=  291.89 glat=  26.88 u= -31.6400 v= -17.4600 vr=   9.45034 vt=  34.88026
 i= 1172 j=  974 glon=  292.09 (0-360E) glon=  292.09 glat=  26.88 u= -32.9400 v= -14.7600 vr=   1.13321 vt=  36.07793
 i= 1177 j=  974 glon=  292.29 (0-360E) glon=  292.29 glat=  26.88 u= -39.2200 v=  -0.0100 vr=   0.21847 vt=  39.21939
 i= 1182 j=  974 glon=  292.49 (0-360E) glon=  292.49 glat=  26.88 u= -38.9600 v=  18.6900 vr=   0.17731 vt=  43.21072
 i= 1187 j=  974 glon=  292.69 (0-360E) glon=  292.69 glat=  26.88 u= -28.7900 v=  34.7200 vr=   5.20832 vt=  44.80196
 i= 1192 j=  974 glon=  292.89 (0-360E) glon=  292.89 glat=  26.88 u= -21.2800 v=  42.0500 vr=   6.53890 vt=  46.67209
 i= 1197 j=  974 glon=  293.09 (0-360E) glon=  293.09 glat=  26.88 u= -16.2100 v=  36.8100 vr=   2.61298 vt=  40.13617
 i= 1202 j=  974 glon=  293.29 (0-360E) glon=  293.29 glat=  26.88 u= -11.2800 v=  34.8000 vr=   2.93140 vt=  36.46485
 i= 1207 j=  974 glon=  293.49 (0-360E) glon=  293.49 glat=  26.88 u=  -7.7600 v=  32.4500 vr=   3.25513 vt=  33.20579
 i= 1212 j=  974 glon=  293.69 (0-360E) glon=  293.69 glat=  26.88 u=  -5.2200 v=  32.0200 vr=   4.05655 vt=  32.18809
 i= 1217 j=  974 glon=  293.89 (0-360E) glon=  293.89 glat=  26.88 u=  -5.2800 v=  29.2800 vr=   2.18594 vt=  29.67185
 i= 1222 j=  974 glon=  294.09 (0-360E) glon=  294.09 glat=  26.88 u=  -5.3200 v=  26.0800 vr=   0.61101 vt=  26.61006
 i= 1227 j=  974 glon=  294.29 (0-360E) glon=  294.29 glat=  26.88 u=  -5.3400 v=  26.6200 vr=   0.09954 vt=  27.15014
 i= 1232 j=  974 glon=  294.49 (0-360E) glon=  294.49 glat=  26.88 u=  -6.9800 v=  24.0400 vr=  -2.48953 vt=  24.90872
 i= 1122 j=  979 glon=  290.09 (0-360E) glon=  290.09 glat=  26.68 u=  -1.6800 v= -12.3600 vr=   0.65329 vt=  12.45653
 i= 1127 j=  979 glon=  290.29 (0-360E) glon=  290.29 glat=  26.68 u=   0.1600 v= -13.1400 vr=  -1.36403 vt=  13.06999
 i= 1132 j=  979 glon=  290.49 (0-360E) glon=  290.49 glat=  26.68 u=  -0.8000 v= -13.7200 vr=  -0.61236 vt=  13.72965
 i= 1137 j=  979 glon=  290.69 (0-360E) glon=  290.69 glat=  26.68 u=  -2.7600 v= -12.7400 vr=   1.26160 vt=  12.97434
 i= 1142 j=  979 glon=  290.89 (0-360E) glon=  290.89 glat=  26.68 u=  -1.7500 v= -14.2000 vr=  -0.15839 vt=  14.30655
 i= 1147 j=  979 glon=  291.09 (0-360E) glon=  291.09 glat=  26.68 u=  -2.2300 v= -16.8400 vr=  -0.42115 vt=  16.98179
 i= 1152 j=  979 glon=  291.29 (0-360E) glon=  291.29 glat=  26.68 u=  -3.6300 v= -18.3400 vr=   0.14116 vt=  18.69526
 i= 1157 j=  979 glon=  291.49 (0-360E) glon=  291.49 glat=  26.68 u=  -7.5700 v= -20.9600 vr=   2.50370 vt=  22.14403
 i= 1162 j=  979 glon=  291.69 (0-360E) glon=  291.69 glat=  26.68 u= -18.7100 v= -27.7800 vr=   9.39926 vt=  32.14726
 i= 1167 j=  979 glon=  291.89 (0-360E) glon=  291.89 glat=  26.68 u= -16.7500 v= -28.8100 vr=   2.69698 vt=  33.21603
 i= 1172 j=  979 glon=  292.09 (0-360E) glon=  292.09 glat=  26.68 u= -23.3200 v= -22.2900 vr=   1.54206 vt=  32.22249
 i= 1177 j=  979 glon=  292.29 (0-360E) glon=  292.29 glat=  26.68 u= -25.8600 v=  -3.9200 vr=  -3.59398 vt=  25.90732
 i= 1182 j=  979 glon=  292.49 (0-360E) glon=  292.49 glat=  26.68 u= -28.8000 v=  13.4600 vr= -11.23796 vt=  29.73752
 i= 1187 j=  979 glon=  292.69 (0-360E) glon=  292.69 glat=  26.68 u= -29.2700 v=  36.2000 vr= -10.59404 vt=  45.33144
 i= 1192 j=  979 glon=  292.89 (0-360E) glon=  292.89 glat=  26.68 u= -18.5000 v=  51.9900 vr=  -1.72330 vt=  55.15651
 i= 1197 j=  979 glon=  293.09 (0-360E) glon=  293.09 glat=  26.68 u= -10.3300 v=  44.5200 vr=   0.33786 vt=  45.70148
 i= 1202 j=  979 glon=  293.29 (0-360E) glon=  293.29 glat=  26.68 u=  -9.1000 v=  37.9900 vr=  -1.80978 vt=  39.02275
 i= 1207 j=  979 glon=  293.49 (0-360E) glon=  293.49 glat=  26.68 u=  -6.1600 v=  35.8400 vr=  -0.47703 vt=  36.36239
 i= 1212 j=  979 glon=  293.69 (0-360E) glon=  293.69 glat=  26.68 u=  -2.4000 v=  32.9400 vr=   2.02786 vt=  32.96500
 i= 1217 j=  979 glon=  293.89 (0-360E) glon=  293.89 glat=  26.68 u=  -4.2700 v=  30.8200 vr=  -0.64991 vt=  31.10760
 i= 1222 j=  979 glon=  294.09 (0-360E) glon=  294.09 glat=  26.68 u=  -4.2200 v=  26.2200 vr=  -1.49883 vt=  26.51510
 i= 1227 j=  979 glon=  294.29 (0-360E) glon=  294.29 glat=  26.68 u=  -4.6500 v=  25.6700 vr=  -2.27065 vt=  25.98876
 i= 1232 j=  979 glon=  294.49 (0-360E) glon=  294.49 glat=  26.68 u=  -4.7100 v=  24.3700 vr=  -2.67587 vt=  24.67632
 i= 1122 j=  984 glon=  290.09 (0-360E) glon=  290.09 glat=  26.48 u=  -1.1800 v= -12.5500 vr=   1.39985 vt=  12.52738
 i= 1127 j=  984 glon=  290.29 (0-360E) glon=  290.29 glat=  26.48 u=   1.2500 v= -13.0100 vr=  -1.00623 vt=  13.03112
 i= 1132 j=  984 glon=  290.49 (0-360E) glon=  290.49 glat=  26.48 u=   4.1500 v= -12.9500 vr=  -3.88753 vt=  13.03120
 i= 1137 j=  984 glon=  290.69 (0-360E) glon=  290.69 glat=  26.48 u=   1.4700 v= -14.4400 vr=  -1.15060 vt=  14.46895
 i= 1142 j=  984 glon=  290.89 (0-360E) glon=  290.89 glat=  26.48 u=   1.7300 v= -14.8100 vr=  -1.36549 vt=  14.84805
 i= 1147 j=  984 glon=  291.09 (0-360E) glon=  291.09 glat=  26.48 u=   1.0300 v= -18.4500 vr=  -0.51379 vt=  18.47158
 i= 1152 j=  984 glon=  291.29 (0-360E) glon=  291.29 glat=  26.48 u=   0.6200 v= -20.6000 vr=   0.05562 vt=  20.60925
 i= 1157 j=  984 glon=  291.49 (0-360E) glon=  291.49 glat=  26.48 u=   1.6800 v= -21.5700 vr=  -0.81274 vt=  21.62005
 i= 1162 j=  984 glon=  291.69 (0-360E) glon=  291.69 glat=  26.48 u=  -5.6800 v= -29.2600 vr=   7.21080 vt=  28.92083
 i= 1167 j=  984 glon=  291.89 (0-360E) glon=  291.89 glat=  26.48 u=  -1.1600 v= -35.6900 vr=   3.92791 vt=  35.49216
 i= 1172 j=  984 glon=  292.09 (0-360E) glon=  292.09 glat=  26.48 u=  -2.5600 v= -26.4400 vr=   6.54678 vt=  25.74426
 i= 1177 j=  984 glon=  292.29 (0-360E) glon=  292.29 glat=  26.48 u=  -5.7700 v=  -8.5200 vr=   8.94366 vt=  -5.08864
 i= 1182 j=  984 glon=  292.49 (0-360E) glon=  292.49 glat=  26.48 u=  -5.8400 v=  10.2100 vr=  -7.35691 vt=   9.17745
 i= 1187 j=  984 glon=  292.69 (0-360E) glon=  292.69 glat=  26.48 u= -11.5400 v=  30.5900 vr= -13.90794 vt=  29.58866
 i= 1192 j=  984 glon=  292.89 (0-360E) glon=  292.89 glat=  26.48 u=  -6.0800 v=  53.3200 vr=  -8.89706 vt=  52.92288
 i= 1197 j=  984 glon=  293.09 (0-360E) glon=  293.09 glat=  26.48 u=  -1.8400 v=  49.5100 vr=  -3.83722 vt=  49.39536
 i= 1202 j=  984 glon=  293.29 (0-360E) glon=  293.29 glat=  26.48 u=  -4.7400 v=  39.3400 vr=  -6.03264 vt=  39.16262
 i= 1207 j=  984 glon=  293.49 (0-360E) glon=  293.49 glat=  26.48 u=  -0.1100 v=  37.3900 vr=  -1.15889 vt=  37.37220
 i= 1212 j=  984 glon=  293.69 (0-360E) glon=  293.69 glat=  26.48 u=  -0.4100 v=  33.0200 vr=  -1.22372 vt=  32.99986
 i= 1217 j=  984 glon=  293.89 (0-360E) glon=  293.89 glat=  26.48 u=  -3.2700 v=  29.1000 vr=  -3.91365 vt=  29.02044
 i= 1222 j=  984 glon=  294.09 (0-360E) glon=  294.09 glat=  26.48 u=  -2.3300 v=  26.4900 vr=  -2.86576 vt=  26.43741
 i= 1227 j=  984 glon=  294.29 (0-360E) glon=  294.29 glat=  26.48 u=  -3.7200 v=  25.7100 vr=  -4.20148 vt=  25.63572
 i= 1232 j=  984 glon=  294.49 (0-360E) glon=  294.49 glat=  26.48 u=  -3.6100 v=  24.3500 vr=  -4.03700 vt=  24.28286
 i= 1122 j=  989 glon=  290.09 (0-360E) glon=  290.09 glat=  26.28 u=  -0.3700 v= -12.2100 vr=   1.81785 vt=  12.07959
 i= 1127 j=  989 glon=  290.29 (0-360E) glon=  290.29 glat=  26.28 u=   0.8100 v= -12.9600 vr=   0.87801 vt=  12.95557
 i= 1132 j=  989 glon=  290.49 (0-360E) glon=  290.49 glat=  26.28 u=   5.4800 v= -13.8900 vr=  -3.43629 vt=  14.53115
 i= 1137 j=  989 glon=  290.69 (0-360E) glon=  290.69 glat=  26.28 u=   1.6800 v= -15.8000 vr=   0.86543 vt=  15.86548
 i= 1142 j=  989 glon=  290.89 (0-360E) glon=  290.89 glat=  26.28 u=   3.6200 v= -16.1900 vr=  -0.62905 vt=  16.57784
 i= 1147 j=  989 glon=  291.09 (0-360E) glon=  291.09 glat=  26.28 u=   5.1700 v= -18.8900 vr=  -1.10470 vt=  19.55353
 i= 1152 j=  989 glon=  291.29 (0-360E) glon=  291.29 glat=  26.28 u=   3.1100 v= -18.8400 vr=   1.65455 vt=  19.02315
 i= 1157 j=  989 glon=  291.49 (0-360E) glon=  291.49 glat=  26.28 u=   7.0100 v= -20.6100 vr=  -0.42280 vt=  21.76542
 i= 1162 j=  989 glon=  291.69 (0-360E) glon=  291.69 glat=  26.28 u=  10.7600 v= -25.6600 vr=   0.09779 vt=  27.82452
 i= 1167 j=  989 glon=  291.89 (0-360E) glon=  291.89 glat=  26.28 u=  12.0000 v= -32.8400 vr=   7.42419 vt=  34.16646
 i= 1172 j=  989 glon=  292.09 (0-360E) glon=  292.09 glat=  26.28 u=  21.1600 v= -28.4800 vr=   9.11636 vt=  34.28918
 i= 1177 j=  989 glon=  292.29 (0-360E) glon=  292.29 glat=  26.28 u=  20.6300 v= -11.4100 vr=  11.21283 vt=  20.73783
 i= 1182 j=  989 glon=  292.49 (0-360E) glon=  292.49 glat=  26.28 u=  15.2500 v=   7.6500 vr=   3.30951 vt=  16.73715
 i= 1187 j=  989 glon=  292.69 (0-360E) glon=  292.69 glat=  26.28 u=  13.0400 v=  24.6300 vr=  -2.30674 vt=  27.77332
 i= 1192 j=  989 glon=  292.89 (0-360E) glon=  292.89 glat=  26.28 u=  10.1000 v=  47.0100 vr=  -9.16756 vt=  47.20070
 i= 1197 j=  989 glon=  293.09 (0-360E) glon=  293.09 glat=  26.28 u=   1.9800 v=  46.6200 vr= -12.34385 vt=  44.99971
 i= 1202 j=  989 glon=  293.29 (0-360E) glon=  293.29 glat=  26.28 u=   1.7400 v=  39.8100 vr=  -8.22196 vt=  38.99055
 i= 1207 j=  989 glon=  293.49 (0-360E) glon=  293.49 glat=  26.28 u=   3.3500 v=  33.7200 vr=  -3.80412 vt=  33.67179
 i= 1212 j=  989 glon=  293.69 (0-360E) glon=  293.69 glat=  26.28 u=   1.6500 v=  33.0900 vr=  -4.38777 vt=  32.83928
 i= 1217 j=  989 glon=  293.89 (0-360E) glon=  293.89 glat=  26.28 u=  -0.0300 v=  27.1400 vr=  -4.37725 vt=  26.78470
 i= 1222 j=  989 glon=  294.09 (0-360E) glon=  294.09 glat=  26.28 u=  -0.7000 v=  25.4100 vr=  -4.33750 vt=  25.04684
 i= 1227 j=  989 glon=  294.29 (0-360E) glon=  294.29 glat=  26.28 u=  -1.2900 v=  26.3300 vr=  -4.70227 vt=  25.93881
 i= 1232 j=  989 glon=  294.49 (0-360E) glon=  294.49 glat=  26.28 u=  -2.9100 v=  24.3500 vr=  -5.78782 vt=  23.83048
 i= 1122 j=  994 glon=  290.09 (0-360E) glon=  290.09 glat=  26.08 u=   1.5300 v= -10.6900 vr=   0.81320 vt=  10.76827
 i= 1127 j=  994 glon=  290.29 (0-360E) glon=  290.29 glat=  26.08 u=   1.6300 v= -12.4400 vr=   1.34554 vt=  12.47397
 i= 1132 j=  994 glon=  290.49 (0-360E) glon=  290.49 glat=  26.08 u=   3.8200 v= -12.5900 vr=  -0.42558 vt=  13.14988
 i= 1137 j=  994 glon=  290.69 (0-360E) glon=  290.69 glat=  26.08 u=   7.0800 v= -13.5000 vr=  -2.88695 vt=  14.96803
 i= 1142 j=  994 glon=  290.89 (0-360E) glon=  290.89 glat=  26.08 u=   5.6500 v= -14.3400 vr=  -0.68853 vt=  15.39753
 i= 1147 j=  994 glon=  291.09 (0-360E) glon=  291.09 glat=  26.08 u=   8.0300 v= -16.0200 vr=  -1.51367 vt=  17.85581
 i= 1152 j=  994 glon=  291.29 (0-360E) glon=  291.29 glat=  26.08 u=   6.0000 v= -20.3100 vr=   3.35182 vt=  20.91080
 i= 1157 j=  994 glon=  291.49 (0-360E) glon=  291.49 glat=  26.08 u=   9.6500 v= -17.8700 vr=   0.87036 vt=  20.29044
 i= 1162 j=  994 glon=  291.69 (0-360E) glon=  291.69 glat=  26.08 u=  14.7300 v= -19.6700 vr=   0.69448 vt=  24.56419
 i= 1167 j=  994 glon=  291.89 (0-360E) glon=  291.89 glat=  26.08 u=  19.4100 v= -20.7100 vr=   3.33920 vt=  28.18691
 i= 1172 j=  994 glon=  292.09 (0-360E) glon=  292.09 glat=  26.08 u=  27.8200 v= -21.1300 vr=   8.60006 vt=  33.85954
 i= 1177 j=  994 glon=  292.29 (0-360E) glon=  292.29 glat=  26.08 u=  38.3800 v= -13.8800 vr=  13.68493 vt=  38.44999
 i= 1182 j=  994 glon=  292.49 (0-360E) glon=  292.49 glat=  26.08 u=  41.1300 v=   2.3400 vr=  13.55849 vt=  38.90141
 i= 1187 j=  994 glon=  292.69 (0-360E) glon=  292.69 glat=  26.08 u=  32.0400 v=  24.8600 vr=   1.38005 vt=  40.52995
 i= 1192 j=  994 glon=  292.89 (0-360E) glon=  292.89 glat=  26.08 u=  17.5500 v=  42.9000 vr= -13.10500 vt=  44.45977
 i= 1197 j=  994 glon=  293.09 (0-360E) glon=  293.09 glat=  26.08 u=   8.2400 v=  41.0300 vr= -14.05383 vt=  39.41888
 i= 1202 j=  994 glon=  293.29 (0-360E) glon=  293.29 glat=  26.08 u=   9.0800 v=  36.1100 vr=  -7.46000 vt=  36.47913
 i= 1207 j=  994 glon=  293.49 (0-360E) glon=  293.49 glat=  26.08 u=   6.3700 v=  30.5200 vr=  -5.44957 vt=  30.69771
 i= 1212 j=  994 glon=  293.69 (0-360E) glon=  293.69 glat=  26.08 u=   2.3700 v=  30.2700 vr=  -7.61626 vt=  29.39188
 i= 1217 j=  994 glon=  293.89 (0-360E) glon=  293.89 glat=  26.08 u=  -0.1600 v=  24.3100 vr=  -7.18145 vt=  23.22560
 i= 1222 j=  994 glon=  294.09 (0-360E) glon=  294.09 glat=  26.08 u=   0.8400 v=  22.3700 vr=  -5.00226 vt=  21.81971
 i= 1227 j=  994 glon=  294.29 (0-360E) glon=  294.29 glat=  26.08 u=   0.4100 v=  25.6100 vr=  -5.64630 vt=  24.98318
 i= 1232 j=  994 glon=  294.49 (0-360E) glon=  294.49 glat=  26.08 u=  -1.7200 v=  24.1300 vr=  -6.89764 vt=  23.18702
 i= 1127 j=  999 glon=  290.29 (0-360E) glon=  290.29 glat=  25.88 u=   3.2200 v= -10.1500 vr=   0.34880 vt=  10.64280
 i= 1132 j=  999 glon=  290.49 (0-360E) glon=  290.49 glat=  25.88 u=   5.1000 v= -11.4100 vr=  -0.58252 vt=  12.48434
 i= 1137 j=  999 glon=  290.69 (0-360E) glon=  290.69 glat=  25.88 u=   7.3800 v= -12.2000 vr=  -1.83839 vt=  14.13947
 i= 1142 j=  999 glon=  290.89 (0-360E) glon=  290.89 glat=  25.88 u=   9.0900 v= -13.9000 vr=  -1.88451 vt=  16.50111
 i= 1147 j=  999 glon=  291.09 (0-360E) glon=  291.09 glat=  25.88 u=  10.0300 v= -13.4900 vr=  -1.84634 vt=  16.70844
 i= 1152 j=  999 glon=  291.29 (0-360E) glon=  291.29 glat=  25.88 u=  12.4200 v= -13.3100 vr=  -2.53224 vt=  18.02776
 i= 1157 j=  999 glon=  291.49 (0-360E) glon=  291.49 glat=  25.88 u=  12.4500 v= -19.1500 vr=   3.23593 vt=  22.61092
 i= 1162 j=  999 glon=  291.69 (0-360E) glon=  291.69 glat=  25.88 u=  17.7500 v= -13.7300 vr=  -1.15145 vt=  22.41093
 i= 1167 j=  999 glon=  291.89 (0-360E) glon=  291.89 glat=  25.88 u=  24.5200 v=  -8.8500 vr=  -4.53426 vt=  25.67087
 i= 1172 j=  999 glon=  292.09 (0-360E) glon=  292.09 glat=  25.88 u=  29.3700 v=  -3.2900 vr=  -4.99111 vt=  29.12919
 i= 1177 j=  999 glon=  292.29 (0-360E) glon=  292.29 glat=  25.88 u=  31.2500 v=   1.6900 vr=  -1.79817 vt=  31.24396
 i= 1182 j=  999 glon=  292.49 (0-360E) glon=  292.49 glat=  25.88 u=  29.5700 v=  12.0800 vr=  -3.60120 vt=  31.73866
 i= 1187 j=  999 glon=  292.69 (0-360E) glon=  292.69 glat=  25.88 u=  29.0800 v=  19.3200 vr=  -2.45666 vt=  34.82634
 i= 1192 j=  999 glon=  292.89 (0-360E) glon=  292.89 glat=  25.88 u=  15.6600 v=  36.8700 vr= -17.90612 vt=  35.83299
 i= 1197 j=  999 glon=  293.09 (0-360E) glon=  293.09 glat=  25.88 u=  12.1200 v=  33.6300 vr= -13.11680 vt=  33.25389
 i= 1202 j=  999 glon=  293.29 (0-360E) glon=  293.29 glat=  25.88 u=  13.5000 v=  28.7200 vr=  -5.49819 vt=  31.25473
 i= 1207 j=  999 glon=  293.49 (0-360E) glon=  293.49 glat=  25.88 u=   8.8500 v=  27.0300 vr=  -6.05734 vt=  27.78942
 i= 1212 j=  999 glon=  293.69 (0-360E) glon=  293.69 glat=  25.88 u=   5.6500 v=  26.4300 vr=  -6.84920 vt=  26.14490
 i= 1217 j=  999 glon=  293.89 (0-360E) glon=  293.89 glat=  25.88 u=  -2.1100 v=  19.9200 vr=  -9.97701 vt=  17.37002
 i= 1222 j=  999 glon=  294.09 (0-360E) glon=  294.09 glat=  25.88 u=  -0.4100 v=  20.8600 vr=  -8.01446 vt=  19.26334
 i= 1227 j=  999 glon=  294.29 (0-360E) glon=  294.29 glat=  25.88 u=   0.0300 v=  24.4700 vr=  -8.14845 vt=  23.07346
 i= 1127 j= 1004 glon=  290.29 (0-360E) glon=  290.29 glat=  25.68 u=   5.0000 v=  -8.9200 vr=  -0.77309 vt=  10.19651
 i= 1132 j= 1004 glon=  290.49 (0-360E) glon=  290.49 glat=  25.68 u=   5.9800 v=  -9.8300 vr=  -0.80894 vt=  11.47758
 i= 1137 j= 1004 glon=  290.69 (0-360E) glon=  290.69 glat=  25.68 u=   8.1800 v=  -9.9200 vr=  -2.10546 vt=  12.68408
 i= 1142 j= 1004 glon=  290.89 (0-360E) glon=  290.89 glat=  25.68 u=  10.1400 v= -10.9000 vr=  -2.44744 vt=  14.68467
 i= 1147 j= 1004 glon=  291.09 (0-360E) glon=  291.09 glat=  25.68 u=  11.6100 v= -11.5300 vr=  -2.16212 vt=  16.21907
 i= 1152 j= 1004 glon=  291.29 (0-360E) glon=  291.29 glat=  25.68 u=  14.0500 v= -11.0800 vr=  -2.80869 vt=  17.67145
 i= 1157 j= 1004 glon=  291.49 (0-360E) glon=  291.49 glat=  25.68 u=  17.1000 v=  -9.1700 vr=  -4.28238 vt=  18.92512
 i= 1162 j= 1004 glon=  291.69 (0-360E) glon=  291.69 glat=  25.68 u=  19.0200 v=  -9.5100 vr=  -2.42059 vt=  21.12679
 i= 1167 j= 1004 glon=  291.89 (0-360E) glon=  291.89 glat=  25.68 u=  21.1600 v=  -9.1300 vr=  -0.08141 vt=  23.04552
 i= 1172 j= 1004 glon=  292.09 (0-360E) glon=  292.09 glat=  25.68 u=  24.7000 v=  -2.9600 vr=  -2.39741 vt=  24.76094
 i= 1177 j= 1004 glon=  292.29 (0-360E) glon=  292.29 glat=  25.68 u=  27.7100 v=   0.3100 vr=  -0.38278 vt=  27.70909
 i= 1182 j= 1004 glon=  292.49 (0-360E) glon=  292.49 glat=  25.68 u=  31.0900 v=   6.5400 vr=   0.10930 vt=  31.77023
 i= 1187 j= 1004 glon=  292.69 (0-360E) glon=  292.69 glat=  25.68 u=  23.0000 v=  26.0800 vr= -14.86201 vt=  31.43703
 i= 1192 j= 1004 glon=  292.89 (0-360E) glon=  292.89 glat=  25.68 u=  15.3000 v=  30.9300 vr= -17.66407 vt=  29.64347
 i= 1197 j= 1004 glon=  293.09 (0-360E) glon=  293.09 glat=  25.68 u=  16.1700 v=  25.4800 vr=  -8.73174 vt=  28.88695
 i= 1202 j= 1004 glon=  293.29 (0-360E) glon=  293.29 glat=  25.68 u=  12.5800 v=  24.0700 vr=  -7.14542 vt=  26.20237
 i= 1207 j= 1004 glon=  293.49 (0-360E) glon=  293.49 glat=  25.68 u=   9.6200 v=  25.1100 vr=  -7.75118 vt=  25.74831
 i= 1212 j= 1004 glon=  293.69 (0-360E) glon=  293.69 glat=  25.68 u=   7.7800 v=  23.5200 vr=  -6.51880 vt=  23.90029
 i= 1217 j= 1004 glon=  293.89 (0-360E) glon=  293.89 glat=  25.68 u=  -0.3700 v=  19.9600 vr= -10.34777 vt=  17.07226
 i= 1222 j= 1004 glon=  294.09 (0-360E) glon=  294.09 glat=  25.68 u=   0.1700 v=  20.9700 vr=  -9.48134 vt=  18.70492
 i= 1227 j= 1004 glon=  294.29 (0-360E) glon=  294.29 glat=  25.68 u=   0.5500 v=  24.2800 vr=  -9.75833 vt=  22.23951
 i= 1132 j= 1009 glon=  290.49 (0-360E) glon=  290.49 glat=  25.48 u=   7.6700 v=  -7.3700 vr=  -2.49288 vt=  10.34076
 i= 1137 j= 1009 glon=  290.69 (0-360E) glon=  290.69 glat=  25.48 u=   8.4200 v=  -8.7200 vr=  -1.75198 vt=  11.99439
 i= 1142 j= 1009 glon=  290.89 (0-360E) glon=  290.89 glat=  25.48 u=  10.4200 v=  -8.4700 vr=  -2.68807 vt=  13.15643
 i= 1147 j= 1009 glon=  291.09 (0-360E) glon=  291.09 glat=  25.48 u=  12.9200 v=  -8.1300 vr=  -3.72577 vt=  14.80344
 i= 1152 j= 1009 glon=  291.29 (0-360E) glon=  291.29 glat=  25.48 u=  14.6200 v=  -8.9000 vr=  -2.91270 vt=  16.86626
 i= 1157 j= 1009 glon=  291.49 (0-360E) glon=  291.49 glat=  25.48 u=  19.9600 v=  -9.6900 vr=  -3.49981 vt=  21.91002
 i= 1162 j= 1009 glon=  291.69 (0-360E) glon=  291.69 glat=  25.48 u=  19.5400 v=  -7.4100 vr=  -2.52791 vt=  20.74438
 i= 1167 j= 1009 glon=  291.89 (0-360E) glon=  291.89 glat=  25.48 u=  21.7400 v=  -4.5900 vr=  -2.87037 vt=  22.03308
 i= 1172 j= 1009 glon=  292.09 (0-360E) glon=  292.09 glat=  25.48 u=  24.3500 v=  -1.4800 vr=  -2.77783 vt=  24.23627
 i= 1177 j= 1009 glon=  292.29 (0-360E) glon=  292.29 glat=  25.48 u=  27.1800 v=   8.5600 vr=  -8.61750 vt=  27.16182
 i= 1182 j= 1009 glon=  292.49 (0-360E) glon=  292.49 glat=  25.48 u=  24.9500 v=  10.1700 vr=  -5.78346 vt=  26.31507
 i= 1187 j= 1009 glon=  292.69 (0-360E) glon=  292.69 glat=  25.48 u=  21.4100 v=  21.7900 vr= -13.57118 vt=  27.36814
 i= 1192 j= 1009 glon=  292.89 (0-360E) glon=  292.89 glat=  25.48 u=  13.0200 v=  26.5200 vr= -17.50092 vt=  23.80228
 i= 1197 j= 1009 glon=  293.09 (0-360E) glon=  293.09 glat=  25.48 u=  14.9500 v=  21.7600 vr=  -9.33255 vt=  24.69623
 i= 1202 j= 1009 glon=  293.29 (0-360E) glon=  293.29 glat=  25.48 u=  11.0000 v=  22.5400 vr=  -9.79773 vt=  23.08801
 i= 1207 j= 1009 glon=  293.49 (0-360E) glon=  293.49 glat=  25.48 u=   9.1100 v=  22.8000 vr=  -9.20870 vt=  22.76031
 i= 1212 j= 1009 glon=  293.69 (0-360E) glon=  293.69 glat=  25.48 u=   3.1900 v=  19.8500 vr= -10.14739 vt=  17.35595
 i= 1217 j= 1009 glon=  293.89 (0-360E) glon=  293.89 glat=  25.48 u=   6.6100 v=  19.9300 vr=  -6.28611 vt=  20.03451
 i= 1222 j= 1009 glon=  294.09 (0-360E) glon=  294.09 glat=  25.48 u=   5.4200 v=  20.4100 vr=  -6.45065 vt=  20.10805
 i= 1137 j= 1014 glon=  290.69 (0-360E) glon=  290.69 glat=  25.28 u=   9.9800 v=  -5.8600 vr=  -3.76444 vt=  10.94390
 i= 1142 j= 1014 glon=  290.89 (0-360E) glon=  290.89 glat=  25.28 u=  10.9000 v=  -6.0800 vr=  -3.53891 vt=  11.96881
 i= 1147 j= 1014 glon=  291.09 (0-360E) glon=  291.09 glat=  25.28 u=  12.7200 v=  -6.2700 vr=  -3.67242 vt=  13.69762
 i= 1152 j= 1014 glon=  291.29 (0-360E) glon=  291.29 glat=  25.28 u=  14.9900 v=  -5.3100 vr=  -4.56448 vt=  15.23357
 i= 1157 j= 1014 glon=  291.49 (0-360E) glon=  291.49 glat=  25.28 u=  17.3600 v=  -4.1900 vr=  -5.16016 vt=  17.09674
 i= 1162 j= 1014 glon=  291.69 (0-360E) glon=  291.69 glat=  25.28 u=  19.0100 v=  -2.5900 vr=  -5.28555 vt=  18.44319
 i= 1167 j= 1014 glon=  291.89 (0-360E) glon=  291.89 glat=  25.28 u=  20.6400 v=  -2.0800 vr=  -3.82647 vt=  20.38858
 i= 1172 j= 1014 glon=  292.09 (0-360E) glon=  292.09 glat=  25.28 u=  21.8400 v=   2.3700 vr=  -5.54024 vt=  21.25813
 i= 1177 j= 1014 glon=  292.29 (0-360E) glon=  292.29 glat=  25.28 u=  21.0100 v=   8.5400 vr=  -8.57722 vt=  20.99483
 i= 1182 j= 1014 glon=  292.49 (0-360E) glon=  292.49 glat=  25.28 u=  20.4600 v=  11.8200 vr=  -8.77513 vt=  21.93903
 i= 1187 j= 1014 glon=  292.69 (0-360E) glon=  292.69 glat=  25.28 u=  17.6800 v=  20.8000 vr= -15.04272 vt=  22.78023
 i= 1192 j= 1014 glon=  292.89 (0-360E) glon=  292.89 glat=  25.28 u=  14.3000 v=  20.9500 vr= -13.48036 vt=  21.48656
 i= 1197 j= 1014 glon=  293.09 (0-360E) glon=  293.09 glat=  25.28 u=  16.3700 v=  18.3600 vr=  -7.62823 vt=  23.38539
 i= 1202 j= 1014 glon=  293.29 (0-360E) glon=  293.29 glat=  25.28 u=   8.3800 v=  17.8400 vr=  -9.49096 vt=  17.27460
 i= 1207 j= 1014 glon=  293.49 (0-360E) glon=  293.49 glat=  25.28 u=   8.3000 v=  18.0300 vr=  -8.11982 vt=  18.11186
 i= 1212 j= 1014 glon=  293.69 (0-360E) glon=  293.69 glat=  25.28 u=   3.4100 v=  19.2200 vr= -11.03205 vt=  16.10374
 i= 1217 j= 1014 glon=  293.89 (0-360E) glon=  293.89 glat=  25.28 u=   5.5800 v=  19.2800 vr=  -8.33661 vt=  18.25803
 i= 1142 j= 1019 glon=  290.89 (0-360E) glon=  290.89 glat=  25.08 u=  13.2700 v=  -4.5200 vr=  -5.37026 vt=  12.94927
 i= 1147 j= 1019 glon=  291.09 (0-360E) glon=  291.09 glat=  25.08 u=  14.6200 v=  -3.9900 vr=  -5.62150 vt=  14.07350
 i= 1152 j= 1019 glon=  291.29 (0-360E) glon=  291.29 glat=  25.08 u=  16.0100 v=  -3.1100 vr=  -5.89640 vt=  15.20607
 i= 1157 j= 1019 glon=  291.49 (0-360E) glon=  291.49 glat=  25.08 u=  17.3500 v=  -2.1100 vr=  -5.92537 vt=  16.44277
 i= 1162 j= 1019 glon=  291.69 (0-360E) glon=  291.69 glat=  25.08 u=  18.2900 v=  -0.7600 vr=  -5.76462 vt=  17.37443
 i= 1167 j= 1019 glon=  291.89 (0-360E) glon=  291.89 glat=  25.08 u=  19.3700 v=   1.1400 vr=  -5.85509 vt=  18.49904
 i= 1172 j= 1019 glon=  292.09 (0-360E) glon=  292.09 glat=  25.08 u=  20.7800 v=   4.6600 vr=  -7.24586 vt=  20.02552
 i= 1177 j= 1019 glon=  292.29 (0-360E) glon=  292.29 glat=  25.08 u=  20.1100 v=  10.0200 vr= -10.05065 vt=  20.09470
 i= 1182 j= 1019 glon=  292.49 (0-360E) glon=  292.49 glat=  25.08 u=  17.8500 v=  15.4500 vr= -13.13208 vt=  19.61820
 i= 1187 j= 1019 glon=  292.69 (0-360E) glon=  292.69 glat=  25.08 u=  17.0800 v=  13.9300 vr=  -9.37356 vt=  19.94763
 i= 1192 j= 1019 glon=  292.89 (0-360E) glon=  292.89 glat=  25.08 u=  14.9000 v=  12.2100 vr=  -6.19262 vt=  18.24131
 i= 1197 j= 1019 glon=  293.09 (0-360E) glon=  293.09 glat=  25.08 u=  14.1600 v=  15.3300 vr=  -7.36301 vt=  19.52692
 i= 1202 j= 1019 glon=  293.29 (0-360E) glon=  293.29 glat=  25.08 u=  13.3500 v=  16.8000 vr=  -7.15063 vt=  20.23193
 i= 1207 j= 1019 glon=  293.49 (0-360E) glon=  293.49 glat=  25.08 u=  10.3100 v=  20.8700 vr= -10.48899 vt=  20.78062
 i= 1212 j= 1019 glon=  293.69 (0-360E) glon=  293.69 glat=  25.08 u=   9.8500 v=  17.7600 vr=  -6.86268 vt=  19.11397
 i= 1147 j= 1024 glon=  291.09 (0-360E) glon=  291.09 glat=  24.88 u=  15.0000 v=  -1.7900 vr=  -6.79043 vt=  13.49423
 i= 1152 j= 1024 glon=  291.29 (0-360E) glon=  291.29 glat=  24.88 u=  16.4700 v=  -0.5900 vr=  -7.44739 vt=  14.70188
 i= 1157 j= 1024 glon=  291.49 (0-360E) glon=  291.49 glat=  24.88 u=  18.1200 v=   0.9400 vr=  -8.19003 vt=  16.19078
 i= 1162 j= 1024 glon=  291.69 (0-360E) glon=  291.69 glat=  24.88 u=  19.2000 v=   2.9400 vr=  -8.84311 vt=  17.29402
 i= 1167 j= 1024 glon=  291.89 (0-360E) glon=  291.89 glat=  24.88 u=  19.1800 v=   5.6600 vr=  -9.68159 vt=  17.49785
 i= 1172 j= 1024 glon=  292.09 (0-360E) glon=  292.09 glat=  24.88 u=  18.3700 v=   8.6100 vr= -10.59541 vt=  17.30105
 i= 1177 j= 1024 glon=  292.29 (0-360E) glon=  292.29 glat=  24.88 u=  16.4700 v=  11.2200 vr= -11.24202 vt=  16.45497
 i= 1182 j= 1024 glon=  292.49 (0-360E) glon=  292.49 glat=  24.88 u=  17.3000 v=  12.3600 vr= -10.41284 vt=  18.53732
 i= 1187 j= 1024 glon=  292.69 (0-360E) glon=  292.69 glat=  24.88 u=  18.1300 v=  11.7400 vr=  -7.58412 vt=  20.22389
 i= 1192 j= 1024 glon=  292.89 (0-360E) glon=  292.89 glat=  24.88 u=  15.8900 v=  11.8800 vr=  -6.30999 vt=  18.80985
 i= 1197 j= 1024 glon=  293.09 (0-360E) glon=  293.09 glat=  24.88 u=  15.8000 v=  11.4000 vr=  -4.07626 vt=  19.05214
 i= 1202 j= 1024 glon=  293.29 (0-360E) glon=  293.29 glat=  24.88 u=  15.1700 v=  12.4700 vr=  -3.61956 vt=  19.30100
 i= 1207 j= 1024 glon=  293.49 (0-360E) glon=  293.49 glat=  24.88 u=  13.1200 v=  19.2700 vr=  -8.86111 vt=  21.56265
 i= 1157 j= 1029 glon=  291.49 (0-360E) glon=  291.49 glat=  24.68 u=  16.4300 v=   2.4900 vr=  -8.34132 vt=  14.37245
 i= 1162 j= 1029 glon=  291.69 (0-360E) glon=  291.69 glat=  24.68 u=  17.1600 v=   4.3200 vr=  -9.01264 vt=  15.22828
 i= 1167 j= 1029 glon=  291.89 (0-360E) glon=  291.89 glat=  24.68 u=  16.8400 v=   6.4500 vr=  -9.59445 vt=  15.26875
 i= 1172 j= 1029 glon=  292.09 (0-360E) glon=  292.09 glat=  24.68 u=  15.9100 v=   9.1100 vr= -10.64031 vt=  14.92997
 i= 1177 j= 1029 glon=  292.29 (0-360E) glon=  292.29 glat=  24.68 u=  15.4900 v=   8.2800 vr=  -8.29846 vt=  15.48012
 i= 1182 j= 1029 glon=  292.49 (0-360E) glon=  292.49 glat=  24.68 u=  16.1400 v=  10.2100 vr=  -8.60230 vt=  17.05122
 i= 1187 j= 1029 glon=  292.69 (0-360E) glon=  292.69 glat=  24.68 u=  13.2000 v=   7.7000 vr=  -5.02601 vt=  14.43154
 i= 1192 j= 1029 glon=  292.89 (0-360E) glon=  292.89 glat=  24.68 u=  13.6400 v=   9.9800 vr=  -5.73321 vt=  15.89907
 i= 1197 j= 1029 glon=  293.09 (0-360E) glon=  293.09 glat=  24.68 u=   8.9900 v=   9.1600 vr=  -5.24951 vt=  11.71189
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    23.0443732073133       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     60.56 kts
    LL Wind Circ Vt mean quadmax value: SE     43.34 kts
    LL Wind Circ Vt mean quadmax value: SW     40.42 kts
    LL Wind Circ Vt mean quadmax value: NW     45.18 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.95776298670372       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.23277580681934       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    26.4449439219486     
   xcenlon=    292.392929333661     
   imax=         2738  jmax=         2041
   jlatfix=          984
   ilonfix (unadjusted) =         1180
  
 In get_max_wind, ibeg=         1103  iend=         1256
                  jbeg=          916  jend=         1053
         ilonfix=         1180  jlatfix=          984
 At end of get_max_wind, vmax=    44.6534533938866       rmax= 
   20.1965133153596     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.64 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.81 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.15 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.35 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   12.48 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   14.65 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   17.17 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   20.21 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   23.78 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   27.58 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   30.97 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   33.36 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   34.66 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   35.11 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   34.99 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   34.52 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   33.86 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   33.14 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   32.35 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   31.53 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   30.71 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   29.90 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   29.12 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   28.37 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   27.67 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   27.00 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   26.37 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   25.74 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   25.15 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   24.61 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   24.13 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   23.67 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   23.20 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   22.72 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   22.22 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   21.76 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   21.34 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   20.97 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   20.62 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   20.27 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   19.93 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   19.60 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    35.11 m/s   maxrmw_dist=    42.00  km   maxrmw_ix=   14
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    42.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    35.1101770806983      
  (m/s)   (in kts)=    68.2085410146726     
  rising_sum_dvdr=       31.4671276672431     
  declining_sum_dvdr=   -10.9829391977120     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   120 igrct=  1 Vmax (m/s)=   44.653   22:32:56
 TIMING: before call  getradii, fhr=   120 igrct=  1   22:32:56
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.88221542107321     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.88221542107321     
 mr4qs after add, mean_radii_vt_4quad_sum=    4.58316044634566     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.58316044634566     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.24724173349626     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.24724173349626     
 mr4qs after add, mean_radii_vt_4quad_sum=    11.2701872454803     
 nchk iquad= 5 idist=   1 vt_4quad_sum=   11.27 good_quad_ct=   4 mean_vt_4quad=      2.82
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   13.30 mean_vt_4quad=    7.18
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   13.37 mean_vt_4quad=    7.24
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   13.44 mean_vt_4quad=    7.30
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   13.51 mean_vt_4quad=    7.35
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.58 mean_vt_4quad=    7.41
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.64 mean_vt_4quad=    7.46
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.70 mean_vt_4quad=    7.52
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.76 mean_vt_4quad=    7.58
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.80 mean_vt_4quad=    7.64
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.83 mean_vt_4quad=    7.70
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.85 mean_vt_4quad=    7.76
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.89 mean_vt_4quad=    7.83
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.94 mean_vt_4quad=    7.89
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.01 mean_vt_4quad=    7.96
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.09 mean_vt_4quad=    8.02
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.15 mean_vt_4quad=    8.08
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.21 mean_vt_4quad=    8.14
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.28 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.35 mean_vt_4quad=    8.26
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   14.43 mean_vt_4quad=    8.33
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   14.49 mean_vt_4quad=    8.39
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   14.55 mean_vt_4quad=    8.46
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.57 mean_vt_4quad=    8.53
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.59 mean_vt_4quad=    8.61
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.59 mean_vt_4quad=    8.69
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.59 mean_vt_4quad=    8.79
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.60 mean_vt_4quad=    8.89
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.59 mean_vt_4quad=    8.99
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.58 mean_vt_4quad=    9.09
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.58 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.60 mean_vt_4quad=    9.31
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   14.65 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   14.70 mean_vt_4quad=    9.53
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   14.77 mean_vt_4quad=    9.65
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   14.84 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   14.94 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.03 mean_vt_4quad=   10.02
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.11 mean_vt_4quad=   10.14
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.18 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.26 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   15.37 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   15.49 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   15.64 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   15.79 mean_vt_4quad=   10.85
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   15.95 mean_vt_4quad=   10.97
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.09 mean_vt_4quad=   11.07
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   16.25 mean_vt_4quad=   11.18
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   16.42 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.59 mean_vt_4quad=   11.42
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.78 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.00 mean_vt_4quad=   11.70
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.37 mean_vt_4quad=   11.85
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.73 mean_vt_4quad=   11.99
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   11.99 .... 0.5*v_holland=    7.12
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   12.12 .... 0.5*v_holland=    7.12
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   12.25 .... 0.5*v_holland=    7.12
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   12.39 .... 0.5*v_holland=    7.12
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.52 .... 0.5*v_holland=    7.12
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.73 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.99 mean_vt_4quad=   12.12
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.22 mean_vt_4quad=   12.25
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.40 mean_vt_4quad=   12.39
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.64 mean_vt_4quad=   12.52
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.83 mean_vt_4quad=   12.66
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.03 mean_vt_4quad=   12.79
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.24 mean_vt_4quad=   12.92
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   19.47 mean_vt_4quad=   13.05
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.74 mean_vt_4quad=   13.19
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   20.02 mean_vt_4quad=   13.34
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   20.25 mean_vt_4quad=   13.50
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   20.48 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   20.71 mean_vt_4quad=   13.82
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   20.93 mean_vt_4quad=   13.97
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   21.10 mean_vt_4quad=   14.13
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   21.21 mean_vt_4quad=   14.28
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   21.32 mean_vt_4quad=   14.44
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   21.41 mean_vt_4quad=   14.61
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.48 mean_vt_4quad=   14.79
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.54 mean_vt_4quad=   14.96
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.64 mean_vt_4quad=   15.14
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   21.77 mean_vt_4quad=   15.32
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   21.93 mean_vt_4quad=   15.53
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   22.11 mean_vt_4quad=   15.76
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   22.29 mean_vt_4quad=   16.01
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   22.51 mean_vt_4quad=   16.28
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.33 mean_vt_4quad=   16.57
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.24 mean_vt_4quad=   16.87
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   25.16 mean_vt_4quad=   17.17
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.91 mean_vt_4quad=   17.48
  
 NO interp, exactdistkm=    123.000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   66.3708000000000     
 vradius(iwindix,iquad) =          66
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.91 mean_vt_4quad=   17.48
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   26.63 mean_vt_4quad=   17.78
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   27.28 mean_vt_4quad=   18.08
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   27.79 mean_vt_4quad=   18.38
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   28.16 mean_vt_4quad=   18.70
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   28.52 mean_vt_4quad=   19.03
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   28.86 mean_vt_4quad=   19.39
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   29.25 mean_vt_4quad=   19.78
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   29.71 mean_vt_4quad=   20.20
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   30.22 mean_vt_4quad=   20.64
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   30.81 mean_vt_4quad=   21.09
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   31.53 mean_vt_4quad=   21.56
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   32.24 mean_vt_4quad=   22.06
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   32.93 mean_vt_4quad=   22.59
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.80 mean_vt_4quad=    7.18
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.81 mean_vt_4quad=    7.24
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.83 mean_vt_4quad=    7.30
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.85 mean_vt_4quad=    7.35
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   10.88 mean_vt_4quad=    7.41
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   10.92 mean_vt_4quad=    7.46
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   10.97 mean_vt_4quad=    7.52
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   11.02 mean_vt_4quad=    7.58
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   11.05 mean_vt_4quad=    7.64
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   11.06 mean_vt_4quad=    7.70
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   11.04 mean_vt_4quad=    7.76
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   11.03 mean_vt_4quad=    7.83
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   11.05 mean_vt_4quad=    7.89
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   11.07 mean_vt_4quad=    7.96
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   11.11 mean_vt_4quad=    8.02
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   11.14 mean_vt_4quad=    8.08
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   11.15 mean_vt_4quad=    8.14
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   11.15 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   11.13 mean_vt_4quad=    8.26
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   11.12 mean_vt_4quad=    8.33
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   11.15 mean_vt_4quad=    8.39
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   11.20 mean_vt_4quad=    8.46
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   11.26 mean_vt_4quad=    8.53
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   11.31 mean_vt_4quad=    8.61
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   11.33 mean_vt_4quad=    8.69
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   11.34 mean_vt_4quad=    8.79
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   11.40 mean_vt_4quad=    8.89
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   11.46 mean_vt_4quad=    8.99
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   11.47 mean_vt_4quad=    9.09
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   11.45 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   11.42 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   11.48 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.89 mean_vt_4quad=    9.53
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   12.35 mean_vt_4quad=    9.65
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   12.91 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   13.50 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   14.06 mean_vt_4quad=   10.02
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   14.58 mean_vt_4quad=   10.14
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   14.96 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   15.31 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   15.48 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   15.54 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   15.77 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   15.95 mean_vt_4quad=   10.85
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   16.12 mean_vt_4quad=   10.97
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   16.26 mean_vt_4quad=   11.07
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   16.36 mean_vt_4quad=   11.18
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   16.46 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   16.52 mean_vt_4quad=   11.42
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   16.55 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   16.65 mean_vt_4quad=   11.70
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   16.72 mean_vt_4quad=   11.85
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   16.89 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   17.09 mean_vt_4quad=   12.12
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   17.34 mean_vt_4quad=   12.25
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.71 mean_vt_4quad=   12.39
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   12.39 .... 0.5*v_holland=    7.42
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.52 .... 0.5*v_holland=    7.42
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   12.66 .... 0.5*v_holland=    7.42
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.79 .... 0.5*v_holland=    7.42
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.92 .... 0.5*v_holland=    7.42
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   17.71 mean_vt_4quad=   12.39
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   18.11 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   18.44 mean_vt_4quad=   12.66
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   18.67 mean_vt_4quad=   12.79
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   18.83 mean_vt_4quad=   12.92
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   18.91 mean_vt_4quad=   13.05
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   18.92 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   18.94 mean_vt_4quad=   13.34
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   18.97 mean_vt_4quad=   13.50
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   19.07 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   19.18 mean_vt_4quad=   13.82
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   19.32 mean_vt_4quad=   13.97
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   19.71 mean_vt_4quad=   14.13
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   20.24 mean_vt_4quad=   14.28
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   20.72 mean_vt_4quad=   14.44
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.11 mean_vt_4quad=   14.61
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.41 mean_vt_4quad=   14.79
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   21.63 mean_vt_4quad=   14.96
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   21.85 mean_vt_4quad=   15.14
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.11 mean_vt_4quad=   15.32
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   22.41 mean_vt_4quad=   15.53
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   22.73 mean_vt_4quad=   15.76
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.06 mean_vt_4quad=   16.01
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.42 mean_vt_4quad=   16.28
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.93 mean_vt_4quad=   16.57
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   24.37 mean_vt_4quad=   16.87
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   24.81 mean_vt_4quad=   17.17
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   25.26 mean_vt_4quad=   17.48
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.72 mean_vt_4quad=   17.78
  
 NO interp, exactdistkm=    120.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   64.7520000000000     
 vradius(iwindix,iquad) =          65
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   25.72 mean_vt_4quad=   17.78
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   26.20 mean_vt_4quad=   18.08
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   26.71 mean_vt_4quad=   18.38
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   27.22 mean_vt_4quad=   18.70
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   27.75 mean_vt_4quad=   19.03
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   28.30 mean_vt_4quad=   19.39
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   28.90 mean_vt_4quad=   19.78
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   29.45 mean_vt_4quad=   20.20
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   30.04 mean_vt_4quad=   20.64
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   30.68 mean_vt_4quad=   21.09
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   31.40 mean_vt_4quad=   21.56
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   32.19 mean_vt_4quad=   22.06
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   32.99 mean_vt_4quad=   22.59
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=    7.88 mean_vt_4quad=    7.18
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=    7.94 mean_vt_4quad=    7.24
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=    8.00 mean_vt_4quad=    7.30
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=    8.05 mean_vt_4quad=    7.35
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=    8.08 mean_vt_4quad=    7.41
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=    8.08 mean_vt_4quad=    7.46
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=    8.11 mean_vt_4quad=    7.52
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=    8.11 mean_vt_4quad=    7.58
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=    8.12 mean_vt_4quad=    7.64
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=    8.12 mean_vt_4quad=    7.70
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=    8.12 mean_vt_4quad=    7.76
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=    8.14 mean_vt_4quad=    7.83
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=    8.20 mean_vt_4quad=    7.89
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=    8.26 mean_vt_4quad=    7.96
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=    8.31 mean_vt_4quad=    8.02
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=    8.40 mean_vt_4quad=    8.08
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=    8.48 mean_vt_4quad=    8.14
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=    8.59 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=    8.81 mean_vt_4quad=    8.26
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=    8.99 mean_vt_4quad=    8.33
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=    9.19 mean_vt_4quad=    8.39
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=    9.33 mean_vt_4quad=    8.46
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=    9.64 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=    9.85 mean_vt_4quad=    8.61
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   10.22 mean_vt_4quad=    8.69
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   10.60 mean_vt_4quad=    8.79
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   10.92 mean_vt_4quad=    8.89
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   11.29 mean_vt_4quad=    8.99
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   11.64 mean_vt_4quad=    9.09
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   12.04 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   12.51 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.93 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.27 mean_vt_4quad=    9.53
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.40 mean_vt_4quad=    9.65
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.42 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.44 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.50 mean_vt_4quad=   10.02
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   13.59 mean_vt_4quad=   10.14
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   13.70 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   13.71 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   13.55 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   13.25 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   12.79 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   12.48 mean_vt_4quad=   10.85
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   12.34 mean_vt_4quad=   10.97
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   12.35 mean_vt_4quad=   11.07
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   12.57 mean_vt_4quad=   11.18
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   13.02 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   13.55 mean_vt_4quad=   11.42
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.17 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.75 mean_vt_4quad=   11.70
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.08 mean_vt_4quad=   11.85
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.32 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.49 mean_vt_4quad=   12.12
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   15.53 mean_vt_4quad=   12.25
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   15.39 mean_vt_4quad=   12.39
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   15.12 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   14.63 mean_vt_4quad=   12.66
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   14.19 mean_vt_4quad=   12.79
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   13.82 mean_vt_4quad=   12.92
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   13.67 mean_vt_4quad=   13.05
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   13.76 mean_vt_4quad=   13.19
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   13.89 mean_vt_4quad=   13.34
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   14.07 mean_vt_4quad=   13.50
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   14.27 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   14.52 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   14.69 mean_vt_4quad=   13.97
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   14.80 mean_vt_4quad=   14.13
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   14.92 mean_vt_4quad=   14.28
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   15.11 mean_vt_4quad=   14.44
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   15.35 mean_vt_4quad=   14.61
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   15.59 mean_vt_4quad=   14.79
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   15.84 mean_vt_4quad=   14.96
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   16.09 mean_vt_4quad=   15.14
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   16.29 mean_vt_4quad=   15.32
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   16.49 mean_vt_4quad=   15.53
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   16.61 mean_vt_4quad=   15.76
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   16.73 mean_vt_4quad=   16.01
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   16.92 mean_vt_4quad=   16.28
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.23 mean_vt_4quad=   16.57
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.80 mean_vt_4quad=   16.87
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   16.87 .... 0.5*v_holland=   11.37
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   17.17 .... 0.5*v_holland=   11.37
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  41
  ++++ rdist(ihc)=  123.00  mean_radii_vt_4quad(ihc)=   17.48 .... 0.5*v_holland=   11.37
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   17.78 .... 0.5*v_holland=   11.37
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   18.08 .... 0.5*v_holland=   11.37
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    129.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   69.6084000000000     
 vradius(iwindix,iquad) =          70
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   17.80 mean_vt_4quad=   16.87
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   18.57 mean_vt_4quad=   17.17
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   19.46 mean_vt_4quad=   17.48
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   20.40 mean_vt_4quad=   17.78
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   21.24 mean_vt_4quad=   18.08
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   21.81 mean_vt_4quad=   18.38
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   22.05 mean_vt_4quad=   18.70
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   22.00 mean_vt_4quad=   19.03
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   21.77 mean_vt_4quad=   19.39
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   21.54 mean_vt_4quad=   19.78
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.42 mean_vt_4quad=   20.20
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.68 mean_vt_4quad=   20.64
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   22.09 mean_vt_4quad=   21.09
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.67 mean_vt_4quad=   21.56
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   23.13 mean_vt_4quad=   22.06
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.48 mean_vt_4quad=   22.59
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   23.72 mean_vt_4quad=   23.15
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.94 mean_vt_4quad=   23.76
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   24.28 mean_vt_4quad=   24.44
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   24.69 mean_vt_4quad=   25.19
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   25.25 mean_vt_4quad=   26.00
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   26.02 mean_vt_4quad=   26.87
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   26.02 mean_vt_4quad=   26.87
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   26.81 mean_vt_4quad=   27.77
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   27.63 mean_vt_4quad=   28.70
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   28.58 mean_vt_4quad=   29.62
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   29.61 mean_vt_4quad=   30.51
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   30.67 mean_vt_4quad=   31.33
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   31.70 mean_vt_4quad=   32.05
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   32.68 mean_vt_4quad=   32.61
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   33.24 mean_vt_4quad=   32.92
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=    9.26 mean_vt_4quad=    7.18
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=    9.42 mean_vt_4quad=    7.24
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=    9.60 mean_vt_4quad=    7.30
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=    9.78 mean_vt_4quad=    7.35
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=    9.95 mean_vt_4quad=    7.41
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   10.09 mean_vt_4quad=    7.46
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.23 mean_vt_4quad=    7.52
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.36 mean_vt_4quad=    7.58
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.47 mean_vt_4quad=    7.64
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   10.58 mean_vt_4quad=    7.70
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   10.67 mean_vt_4quad=    7.76
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   10.76 mean_vt_4quad=    7.83
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   10.84 mean_vt_4quad=    7.89
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   10.91 mean_vt_4quad=    7.96
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   10.99 mean_vt_4quad=    8.02
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   11.07 mean_vt_4quad=    8.08
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   11.16 mean_vt_4quad=    8.14
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   11.23 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   11.29 mean_vt_4quad=    8.26
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.33 mean_vt_4quad=    8.33
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.39 mean_vt_4quad=    8.39
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.47 mean_vt_4quad=    8.46
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   11.57 mean_vt_4quad=    8.53
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   11.68 mean_vt_4quad=    8.61
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   11.80 mean_vt_4quad=    8.69
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   11.93 mean_vt_4quad=    8.79
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.05 mean_vt_4quad=    8.89
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.15 mean_vt_4quad=    8.99
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.25 mean_vt_4quad=    9.09
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   12.35 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   12.47 mean_vt_4quad=    9.31
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   12.59 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   12.74 mean_vt_4quad=    9.53
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   12.89 mean_vt_4quad=    9.65
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   13.04 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   13.22 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   13.37 mean_vt_4quad=   10.02
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   13.50 mean_vt_4quad=   10.14
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   13.51 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   13.45 mean_vt_4quad=   10.38
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.33 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   13.25 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   13.24 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   13.12 mean_vt_4quad=   10.85
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   12.89 mean_vt_4quad=   10.97
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   12.85 mean_vt_4quad=   11.07
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   12.91 mean_vt_4quad=   11.18
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   13.13 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   13.39 mean_vt_4quad=   11.42
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   13.67 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   13.94 mean_vt_4quad=   11.70
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   14.24 mean_vt_4quad=   11.85
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   14.57 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   14.96 mean_vt_4quad=   12.12
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   15.25 mean_vt_4quad=   12.25
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   15.28 mean_vt_4quad=   12.39
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   15.28 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   15.29 mean_vt_4quad=   12.66
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   15.26 mean_vt_4quad=   12.79
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.30 mean_vt_4quad=   12.92
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   15.42 mean_vt_4quad=   13.05
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   15.25 mean_vt_4quad=   13.19
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   15.18 mean_vt_4quad=   13.34
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   15.09 mean_vt_4quad=   13.50
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   15.16 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   15.30 mean_vt_4quad=   13.82
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   15.55 mean_vt_4quad=   13.97
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   15.83 mean_vt_4quad=   14.13
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   16.13 mean_vt_4quad=   14.28
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   16.43 mean_vt_4quad=   14.44
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   16.70 mean_vt_4quad=   14.61
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   16.95 mean_vt_4quad=   14.79
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.17 mean_vt_4quad=   14.96
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   17.37 mean_vt_4quad=   15.14
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.57 mean_vt_4quad=   15.32
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   15.32 .... 0.5*v_holland=   10.10
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   15.53 .... 0.5*v_holland=   10.10
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   15.76 .... 0.5*v_holland=   10.10
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   16.01 .... 0.5*v_holland=   10.10
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   16.28 .... 0.5*v_holland=   10.10
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    147.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   79.3212000000000     
 vradius(iwindix,iquad) =          79
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   17.57 mean_vt_4quad=   15.32
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   17.72 mean_vt_4quad=   15.53
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   17.84 mean_vt_4quad=   15.76
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   17.94 mean_vt_4quad=   16.01
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   18.04 mean_vt_4quad=   16.28
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   18.15 mean_vt_4quad=   16.57
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   18.30 mean_vt_4quad=   16.87
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   18.54 mean_vt_4quad=   17.17
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   18.85 mean_vt_4quad=   17.48
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   19.23 mean_vt_4quad=   17.78
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   19.70 mean_vt_4quad=   18.08
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   20.23 mean_vt_4quad=   18.38
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.80 mean_vt_4quad=   18.70
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   21.35 mean_vt_4quad=   19.03
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   21.85 mean_vt_4quad=   19.39
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.31 mean_vt_4quad=   19.78
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   22.70 mean_vt_4quad=   20.20
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   23.10 mean_vt_4quad=   20.64
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   23.51 mean_vt_4quad=   21.09
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   23.93 mean_vt_4quad=   21.56
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   24.35 mean_vt_4quad=   22.06
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   24.75 mean_vt_4quad=   22.59
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   25.14 mean_vt_4quad=   23.15
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.58 mean_vt_4quad=   23.76
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.09 mean_vt_4quad=   24.44
  
 NO interp, exactdistkm=    75.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   40.4700000000000     
 vradius(iwindix,iquad) =          40
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   26.09 mean_vt_4quad=   24.44
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   26.82 mean_vt_4quad=   25.19
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   27.79 mean_vt_4quad=   26.00
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   28.96 mean_vt_4quad=   26.87
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   30.46 mean_vt_4quad=   27.77
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   32.16 mean_vt_4quad=   28.70
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   33.97 mean_vt_4quad=   29.62
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 TIMING: after call  getradii, fhr=   120 igrct=  1   22:32:56
 TIMING: after getrad_iter_loop, fhr=   120 igrct=  2 Vmax (m/s)=   44.653   22:32:56
 TIMING: Before get_phase ... 22:32:56
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          120 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   303.285
  
  
  In get_cps_paramb, lead time=          120 :           0   00L  NATL     
   right_ct=          900   left_ct=          875
   zthicksum(1)=    3062914.36625000     
   zthicksum(2)=    2973596.14118750     
   zthick_right_mean=    3403.23818472223     
   zthick_left_mean=     3398.39558992857     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    4.84259479365573     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           36.34
  Sum of y-diffs squared (ydiff2) =         2459.65
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   325.94   6.7452       25.65   0.1661    -2.42     5.86      658.09
    2   317.54   6.6846       17.25   0.1055    -0.57     0.33      297.68
    3   308.80   6.6201        8.51   0.0409     1.59     2.53       72.41
    4   298.87   6.5511       -1.42  -0.0281     3.33    11.06        2.01
    5   284.77   6.4770      -15.52  -0.1022     1.75     3.06      240.95
    6   265.82   6.3969      -34.47  -0.1822    -3.67    13.49     1188.50
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   300.291     x:    6.58
  
  slope=    169.033         y-intercept =   -811.801
  Regression equation:   Y =  -811.80 +   169.03X
  
  R2(r_squared) =  0.9852        r =  0.9926
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1052.80 zmin=  719.17 zdiff=  333.62
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1545.00 zmin= 1219.06 zdiff=  325.94
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -7.68 dlnp=     -0.057158  dzdlnp=      134.363
  
   +++ k=  3 press=    800.0 zmax= 2062.50 zmin= 1744.95 zdiff=  317.54
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.40 dlnp=     -0.060625  dzdlnp=      138.558
  
   +++ k=  4 press=    750.0 zmax= 2608.72 zmin= 2299.92 zdiff=  308.80
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.74 dlnp=     -0.064539  dzdlnp=      135.485
  
   +++ k=  5 press=    700.0 zmax= 3187.61 zmin= 2888.73 zdiff=  298.87
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -9.93 dlnp=     -0.068993  dzdlnp=      143.899
  
   +++ k=  6 press=    650.0 zmax= 3802.00 zmin= 3517.24 zdiff=  284.77
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -14.10 dlnp=     -0.074108  dzdlnp=      190.317
  
   +++ k=  7 press=    600.0 zmax= 4456.19 zmin= 4190.37 zdiff=  265.82
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -18.95 dlnp=     -0.080043  dzdlnp=      236.774
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          277.36
  Sum of y-diffs squared (ydiff2) =         5207.21
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   243.97   6.3099       49.16   0.2788    10.49   110.10     2416.71
    2   217.98   6.2146       23.18   0.1834    -2.27     5.16      537.13
    3   197.86   6.1092        3.05   0.0781    -7.78    60.59        9.29
    4   183.60   5.9915      -11.21  -0.0397    -5.70    32.51      125.62
    5   168.16   5.8579      -26.65  -0.1732    -2.62     6.86      710.12
    6   157.28   5.7038      -37.53  -0.3274     7.88    62.14     1408.35
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   194.808     x:    6.03
  
  slope=    138.712         y-intercept =   -641.785
  Regression equation:   Y =  -641.79 +   138.71X
  
  R2(r_squared) =  0.9467        r =  0.9730
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4456.19 zmin= 4190.37 zdiff=  265.82
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5155.81 zmin= 4911.84 zdiff=  243.97
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -21.85 dlnp=     -0.087011  dzdlnp=      251.094
  
   +++ k=  9 press=    500.0 zmax= 5910.88 zmin= 5692.90 zdiff=  217.98
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -25.98 dlnp=     -0.095310  dzdlnp=      272.626
  
   +++ k= 10 press=    450.0 zmax= 6735.11 zmin= 6537.26 zdiff=  197.86
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -20.13 dlnp=     -0.105361  dzdlnp=      191.039
  
   +++ k= 11 press=    400.0 zmax= 7640.85 zmin= 7457.25 zdiff=  183.60
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -14.26 dlnp=     -0.117783  dzdlnp=      121.036
  
   +++ k= 12 press=    350.0 zmax= 8645.87 zmin= 8477.71 zdiff=  168.16
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -15.44 dlnp=     -0.133531  dzdlnp=      115.628
  
   +++ k= 13 press=    300.0 zmax= 9782.63 zmin= 9625.35 zdiff=  157.28
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -10.88 dlnp=     -0.154151  dzdlnp=       70.580
  
cps_stats: 00L   lead time= 120: 0   paramb=     4.84  vtl=    169.03  vtu=    138.71
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  120:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  292.393 (0-360) guesslon=  292.393E  (  67.607W)   guesslat=   26.445
 ilonfix=         1180  jlatfix=          984  npts=           33
 ibeg=         1107  jbeg=          916  imax=         2738
 iend=         1253  jend=         1052  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  291.473E  (0-360) ctlon=  291.473E  (  68.527W)  ctlat=   27.125 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  291.473E   (0-360) guesslon=  291.473E  (  68.527W)   guesslat=   27.125
 ilonfix=         1157  jlatfix=          967  npts=           16
 ibeg=         1108  jbeg=          923  imax=         2738
 iend=         1206  jend=         1011  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.153E  (0-360) ctlon=  291.153  (  68.847W)  ctlat=   26.905 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L   120:00  mean_lon:  291.15E (  68.85W)    (0-360) mean_lon=  291.15E  mean_lat:   26.90  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L   120:00  ifix:  1125   jfix:   961  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1125  jx=          961
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         479 ,         315 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         478 ,         314 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L   120:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:57
 TIMING: Before shear ... 22:32:57
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           21
  clon(ist,ifh,3)=    292.291249101779     
  clat(ist,ifh,3)=    26.5087562887252     
  fixlon(ist,ifh)=    292.392929333661     
  fixlat(ist,ifh)=    26.4449439219486     
  xcenlon=    292.291249101779     
  xcenlat=    26.5087562887252     
  
 xxshear
 In get_shear A, xcenlon=    292.291249101779       xcenlat= 
   26.5087562887252     
   In get_shear B, (0-360) xcenlon=    292.291249101779     
  
At start of get_shear:  00L   fhr=  120:00   Mean fix position=   292.39E  ( 67.61W)    26.44  (0-360) mean lon fix=  292.39
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   37.87 vr_mean(idist,ilev)=    3.24
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   35.34 vr_mean(idist,ilev)=    2.39
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   28.78 vr_mean(idist,ilev)=    1.51
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   24.76 vr_mean(idist,ilev)=    0.69
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   21.76 vr_mean(idist,ilev)=    0.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   19.19 vr_mean(idist,ilev)=   -0.23
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.38 vr_mean(idist,ilev)=    0.22
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.86 vr_mean(idist,ilev)=    0.32
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.47 vr_mean(idist,ilev)=    0.26
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   14.18 vr_mean(idist,ilev)=   -0.22
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   13.11 vr_mean(idist,ilev)=   -0.61
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   11.75 vr_mean(idist,ilev)=   -0.52
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.34 vr_mean(idist,ilev)=   -0.57
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    9.17 vr_mean(idist,ilev)=   -0.23
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    8.19 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    7.41 vr_mean(idist,ilev)=   -0.01
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    6.72 vr_mean(idist,ilev)=   -0.05
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    6.23 vr_mean(idist,ilev)=   -0.12
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    5.73 vr_mean(idist,ilev)=   -0.17
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -14.67 vr_mean(idist,ilev)=   14.67
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -22.01 vr_mean(idist,ilev)=   22.01
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -29.35 vr_mean(idist,ilev)=   29.35
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -36.69 vr_mean(idist,ilev)=   36.69
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -44.04 vr_mean(idist,ilev)=   44.04
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -51.38 vr_mean(idist,ilev)=   51.38
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -58.73 vr_mean(idist,ilev)=   58.73
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -66.09 vr_mean(idist,ilev)=   66.09
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -73.45 vr_mean(idist,ilev)=   73.45
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -80.81 vr_mean(idist,ilev)=   80.81
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -88.18 vr_mean(idist,ilev)=   88.18
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -95.56 vr_mean(idist,ilev)=   95.56
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -102.94 vr_mean(idist,ilev)=  102.94
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -110.33 vr_mean(idist,ilev)=  110.33
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -117.73 vr_mean(idist,ilev)=  117.73
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -125.13 vr_mean(idist,ilev)=  125.13
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -132.55 vr_mean(idist,ilev)=  132.55
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -139.98 vr_mean(idist,ilev)=  139.98
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -147.41 vr_mean(idist,ilev)=  147.41
  
 At end of get_shear: 
     ist=    1 ifh=   21 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:57
  
 After call to fixcenter, fix positions at 
 forecast hour=  120:00 follow:
  
fixpos  00L   fhr=  120:00   Fix position=   292.39E  ( 67.61W)    26.44   Max Wind=  87 kts
  
  
 xxxx get_next_ges, prev fix lon=    293.161507227490     
 xxxx get_next_ges, curr fix lon=    292.392929333661     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    292.392929333661        fixlat=    26.4449439219486     
        (0-360) fixlon=    292.392929333661     
      ilonfix=         1180   jlatfix=          984
      ibeg=          701   iend=         1659
      jbeg=          532   jend=         1436
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.93537858967920       vavg=    5.69196770029064     
      ubar=  -0.483844647419799       vbar=    1.42299192507266     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.45801438698472       vavg=    4.53050739952115     
      ubar=   -1.21285184091216       vbar=    3.68824562483324     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -3.40502294529983       vavg=   0.935331767363819     
      ubar=   -2.06410757723712       vbar=    3.92207856667419     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.06410757723712       vbar=    3.92207856667419     
      wgttot=    1.00000000000000     
      fixlon=    292.392929333661        fixlat=    26.4449439219486     
      barnlon=    291.943614884185       barnlat=    27.2068214634560     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.892382048773438     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      291.943614884185     
     Raw (no conversion for GM wrap) extraplon=    291.621344822201     
  
 --- barnlon=    291.94E  (  68.06W)    barnlat=     27.21
 --- extraplon=  291.62E  (  68.38W)    extraplat=   26.89
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.44
 | Current fix lon is   67.61W   ( 292.39E)
 | Current fix lon (raw, unadjusted)=  292.39E
 | Updated guess lat for next fcst hour is   27.05
 | Updated guess lon (0-360) for next fcst hour is   68.22W   ( 291.78E)
 | Raw updated guess lon for next fcst hour is  291.78E)
 -------------------------------------------------
  
 iocheck, dist=    90.6202161506242        distm=    90620.2161506242     
 iocheck, stmspd=    4.19538037734371        istmspd=           82
 iocheck, xincr=  -0.610449480467707        yincr=   0.605814023857867     
 iocheck, stmdir=    314.781633821143        istmdir=          315
 +++ RPT_STORM_MOTION: istmspd=    82 kts(*10)    istmdir=   315 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  21
     Fix location for this time:   292.39E  ( 67.61W)    26.44
     Fix lon (raw) for this time:  292.39E
     ilonfix= 1180  jlatfix=  984
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.392929333661       xcenlat=    26.4449439219486     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.392929333661       xcenlat=    26.4449439219486     
  ilonfix=         1180  jlatfix=          984
  ibeg=         1058  iend=         1302
  jbeg=          868  jend=         1100  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    292.392929333661        xcenlat=    26.4449439219486     
      ilonfix=         1180   jlatfix=          984
      ibeg=         1058   iend=         1302
      jbeg=          868   jend=         1100
 After call to barnes, xsmoothval=   3.537870213058558E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.537870213058558E-004
      xcenlon=    292.392929333661        xcenlat=    26.4449439219486     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000354  imeanzeta (*1e6)=      354
   --- mean zeta raw =   3.537870213058558E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.003348  igrid zeta (*1e6)=     3348 ifilret=   0
   --- grid zeta raw=   3.347517182482170E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.392929333661       xcenlat=    26.4449439219486     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    292.392929333661       xcenlat=    26.4449439219486     
  ilonfix=         1180  jlatfix=          984
  ibeg=         1058  iend=         1302
  jbeg=          868  jend=         1100  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    292.392929333661        xcenlat=    26.4449439219486     
      ilonfix=         1180   jlatfix=          984
      ibeg=         1058   iend=         1302
      jbeg=          868   jend=         1100
 After call to barnes, xsmoothval=   3.331109439838841E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.331109439838841E-004
      xcenlon=    292.392929333661        xcenlat=    26.4449439219486     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000333  imeanzeta (*1e6)=      333
   --- mean zeta raw =   3.331109439838841E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.003239  igrid zeta (*1e6)=     3239 ifilret=   0
   --- grid zeta raw=   3.239334604661184E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=          120
  
 segx, outlon=    292.392929333661       outlat=    26.4449439219486     
   ist=            1  ifcsthour=          120
   vmaxwind=    44.6534533938866       xminmslp=    97626.3000000000     
   vradius=          115          66          45         110          65
          45          70          36          23          79          40
          31
   maxstorm=            6
   plastbar=    100426.300000000       rlastbar=    55.9283328491791     
   rmax=    20.1965133153596     
   cps_vals=    4.84259479365573        169.032733636351     
   138.711827656278     
   wcore_flag= n
   istmspd=           82  istmdir=          315
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    42.0000000000000     
   axisymet_rmw_val=     35.1101770806983     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   55.9283328491791       irlastbar=          56
 output: plastbar=   100426.300000000       iplastbar=        1004
 rmax=    20.1965133153596        irmax=           20
 TXX top of atcfunix_ext, ist=            1  ifh=          120
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   55.9283328491791       irlastbar=          56
 output: plastbar=   100426.300000000       iplastbar=        1004
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          120
 intlat=          264
 clatns= N
 intlon=          676
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           87
 int(xminmslp/mslp_outp_adj + 0.5)=          976
 XX,  34, NEQ
 vradius(1,1)=          115
 vradius(1,2)=          110
 vradius(1,3)=           70
 vradius(1,4)=           79
 iplastbar=         1004
 irlastbar=           56
 irmax=           20
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          315
 istmspd=           82
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           48
 icps_vals(2)=         1690
 icps_vals(3)=         1387
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           23
 irmw_val=           68
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          354
 igridzeta(1)=         3348
 imeanzeta(2)=          333
 igridzeta(2)=         3239
  
 rmax=    20.1965133153596        irmax=           20
 +++ Top of output_atcf_parms, ist=            1  ifh=          120
  
 xxxx get_next_ges, prev fix lon=    293.161507227490     
 xxxx get_next_ges, curr fix lon=    292.392929333661     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    292.392929333661        fixlat=    26.4449439219486     
        (0-360) fixlon=    292.392929333661     
      ilonfix=         1180   jlatfix=          984
      ibeg=          701   iend=         1659
      jbeg=          532   jend=         1436
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -1.93537858967920       vavg=    5.69196770029064     
      ubar=  -0.483844647419799       vbar=    1.42299192507266     
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -1.45801438698472       vavg=    4.53050739952115     
      ubar=   -1.21285184091216       vbar=    3.68824562483324     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=   -3.40502294529983       vavg=   0.935331767363819     
      ubar=   -2.06410757723712       vbar=    3.92207856667419     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.06410757723712       vbar=    3.92207856667419     
      wgttot=    1.00000000000000     
      fixlon=    292.392929333661        fixlat=    26.4449439219486     
      barnlon=    291.943614884185       barnlat=    27.2068214634560     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.892382048773438     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      291.943614884185     
     Raw (no conversion for GM wrap) extraplon=    291.621344822201     
  
 --- barnlon=    291.94E  (  68.06W)    barnlat=     27.21
 --- extraplon=  291.62E  (  68.38W)    extraplat=   26.89
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            1
 | Return code from get_next_ges =            0
 | Storm Name = NATL     
 | Storm ID = 00L 
 | Gen ID (if available): 2023082812_F000_250N_0600W_00L
 | Current fix lat is   26.44
 | Current fix lon is   67.61W   ( 292.39E)
 | Current fix lon (raw, unadjusted)=  292.39E
 | Updated guess lat for next fcst hour is   27.05
 | Updated guess lon (0-360) for next fcst hour is   68.22W   ( 291.78E)
 | Raw updated guess lon for next fcst hour is  291.78E)
 -------------------------------------------------
  
 iocheck, dist=    90.6202161506242        distm=    90620.2161506242     
 iocheck, stmspd=    4.19538037734371        istmspd=           82
 iocheck, xincr=  -0.610449480467707        yincr=   0.605814023857867     
 iocheck, stmdir=    314.781633821143        istmdir=          315
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:  120:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   4.006768703516851E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  321.960E  (0-360) ctlon=  321.960E  (  38.040W)  ctlat=   44.240 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.401E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  321.960E   (0-360) guesslon=  321.960E  (  38.040W)   guesslat=   44.240
 ilonfix=         1919  jlatfix=          540  npts=           16
 ibeg=         1860  jbeg=          496  imax=         2738
 iend=         1978  jend=          584  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  322.240E  (0-360) ctlon=  322.240  (  37.760W)  ctlat=   44.220 fmax (x10e5) =        0.319E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   3.516128900358451E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  322.360E  (0-360) ctlon=  322.360E  (  37.640W)  ctlat=   45.040 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.352E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  322.360E   (0-360) guesslon=  322.360E  (  37.640W)   guesslat=   45.040
 ilonfix=         1929  jlatfix=          520  npts=           16
 ibeg=         1870  jbeg=          476  imax=         2738
 iend=         1988  jend=          564  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  322.240E  (0-360) ctlon=  322.240  (  37.760W)  ctlat=   44.720 fmax (x10e5) =        0.305E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  322.360E  (0-360) ctlon=  322.360E  (  37.640W)  ctlat=   44.240 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.139E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  322.360E   (0-360) guesslon=  322.360E  (  37.640W)   guesslat=   44.240
 ilonfix=         1929  jlatfix=          540  npts=           16
 ibeg=         1870  jbeg=          496  imax=         2738
 iend=         1988  jend=          584  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  322.240E  (0-360) ctlon=  322.240  (  37.760W)  ctlat=   44.420 fmax =       -0.100E+16 fmin =        0.139E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  322.360E  (0-360) ctlon=  322.360E  (  37.640W)  ctlat=   44.640 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.302E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  322.360E   (0-360) guesslon=  322.360E  (  37.640W)   guesslat=   44.640
 ilonfix=         1929  jlatfix=          530  npts=           16
 ibeg=         1870  jbeg=          486  imax=         2738
 iend=         1988  jend=          574  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  322.340E  (0-360) ctlon=  322.340  (  37.660W)  ctlat=   44.620 fmax =       -0.100E+16 fmin =        0.302E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  321.960E  (0-360) ctlon=  321.960E  (  38.040W)  ctlat=   44.240 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.999E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  321.960E   (0-360) guesslon=  321.960E  (  38.040W)   guesslat=   44.240
 ilonfix=         1919  jlatfix=          540  npts=           16
 ibeg=         1860  jbeg=          496  imax=         2738
 iend=         1978  jend=          584  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  322.140E  (0-360) ctlon=  322.140  (  37.860W)  ctlat=   44.320 fmax =       -0.100E+16 fmin =        0.999E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.080 (0-360) guesslon=  322.080E  (  37.920W)   guesslat=   44.360
 ilonfix=         1922  jlatfix=          537  npts=           33
 ibeg=         1839  jbeg=          469  imax=         2738
 iend=         2005  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   3.703356862507144E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  321.560E  (0-360) ctlon=  321.560E  (  38.440W)  ctlat=   44.240 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.370E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  321.560E   (0-360) guesslon=  321.560E  (  38.440W)   guesslat=   44.240
 ilonfix=         1909  jlatfix=          540  npts=           16
 ibeg=         1850  jbeg=          496  imax=         2738
 iend=         1968  jend=          584  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  321.740E  (0-360) ctlon=  321.740  (  38.260W)  ctlat=   44.520 fmax (x10e5) =        0.324E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    322.119513854034        uvgeslat=    44.4546361843753     
    (0-360 uvgeslon)=    322.119513854034     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    322.119513854034        uvgeslat=    44.4546361843753     
    (0-360 uvgeslon)=    322.119513854034     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    322.119513854034     
  
 After first run, Wind Circulation (NHEM) ctlon=  321.800E  (0-360E lon):  321.800E    38.200W  ctlat=   44.135  xmax_circul_disk =     104251764.6
 TIMING: get_wind_circ kloop, k=  1   22:32:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  321.800E  (0-360E)=  321.800E  (  38.200W)   guesslat=   44.135
 ilonfix=         1915  jlatfix=          542  npts=           56
 ibeg=         1837  jbeg=          478  imax=         2738
 iend=         1993  jend=          606  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    105178747.155320     
 nhalf get_wind_circ, k=  1 ctlon=  322.180E  (0-360E)=  322.180E  ctlon=   37.820W   ctlat=   44.215 Wind Circulation (NHEM: Max) =     105178747.2
 TIMING: After GWC 850 ... 22:32:57
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    322.119513854034        uvgeslat=    44.4546361843753     
    (0-360 uvgeslon)=    322.119513854034     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    322.119513854034     
  
 After first run, Wind Circulation (NHEM) ctlon=  322.440E  (0-360E lon):  322.440E    37.560W  ctlat=   44.135  xmax_circul_disk =      83448001.3
 TIMING: get_wind_circ kloop, k=  1   22:32:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  322.440E  (0-360E)=  322.440E  (  37.560W)   guesslat=   44.135
 ilonfix=         1931  jlatfix=          542  npts=           56
 ibeg=         1853  jbeg=          478  imax=         2738
 iend=         2009  jend=          606  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    84310557.5515543     
 nhalf get_wind_circ, k=  1 ctlon=  322.280E  (0-360E)=  322.280E  ctlon=   37.720W   ctlat=   44.095 Wind Circulation (NHEM: Max) =      84310557.6
 TIMING: After GWC 700 ... 22:32:57
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    322.119513854034        uvgeslat=    44.4546361843753     
    (0-360 uvgeslon)=    322.119513854034     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    322.119513854034     
  
 After first run, Wind Circulation (NHEM) ctlon=  321.800E  (0-360E lon):  321.800E    38.200W  ctlat=   44.135  xmax_circul_disk =      81504353.7
 TIMING: get_wind_circ kloop, k=  1   22:32:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  321.800E  (0-360E)=  321.800E  (  38.200W)   guesslat=   44.135
 ilonfix=         1915  jlatfix=          542  npts=           56
 ibeg=         1837  jbeg=          478  imax=         2738
 iend=         1993  jend=          606  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    82095790.6864229     
 nhalf get_wind_circ, k=  1 ctlon=  321.820E  (0-360E)=  321.820E  ctlon=   38.180W   ctlat=   44.215 Wind Circulation (NHEM: Max) =      82095790.7
 TIMING: After GWC Sfc ... 22:32:57
  
 At beg of fixcenter, stderr(ist,ifh-1) =    24.93  xavg_stderr=    16.76
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           21  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   120:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  322.08E   (0-360) guesslon=  322.08E  ( 37.92W)    44.36
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       322.24       37.76      44.22           31.88       T         20.11
   2    zeta 700    Max       322.24       37.76      44.72           30.45       T         41.99
   3    circ 850    Max       322.18       37.82      44.21          105.18       T         18.03
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       322.28       37.72      44.09           84.31       T         33.54
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       322.24       37.76      44.42         1390.78       T         14.36
   8     gph 700    Min       322.34       37.66      44.62         3024.56       T         35.51
   9        MSLP    Min       322.14       37.86      44.32        99897.82       T          6.52
  10    circ sfc    Max       321.82       38.18      44.21           82.10       T         26.27
  11    zeta sfc    Max       321.74       38.26      44.52           32.37       T         32.33
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    24.7583567716669       stderr_close= 
   11.3295931765094       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  18.786 devia=   1.658 wtpos=  0.57538     322.24   322.24    37.76    44.22
 ip=  2 kprm=  2 dist_from_mean=  39.623 devia=   3.497 wtpos=  0.31168     322.24   322.24    37.76    44.72
 ip=  3 kprm=  3 dist_from_mean=  17.809 devia=   1.572 wtpos=  0.59217     322.18   322.18    37.82    44.21
 ip=  5 kprm=  4 dist_from_mean=  32.877 devia=   2.902 wtpos=  0.38012     322.28   322.28    37.72    44.09
 ip=  7 kprm=  5 dist_from_mean=   9.896 devia=   0.873 wtpos=  0.74741     322.24   322.24    37.76    44.42
 ip=  8 kprm=  6 dist_from_mean=  32.036 devia=   2.828 wtpos=  0.38963     322.34   322.34    37.66    44.62
 ip=  9 kprm=  7 dist_from_mean=   5.739 devia=   0.507 wtpos=  0.84464     322.14   322.14    37.86    44.32
 ip= 10 kprm=  8 dist_from_mean=  30.584 devia=   2.699 wtpos=  0.40664     321.82   321.82    38.18    44.21
 ip= 11 kprm=  9 dist_from_mean=  35.476 devia=   3.131 wtpos=  0.35213     321.74   321.74    38.26    44.52
  
At end of fixcenter:  08L   fhr=  120:00   Fix position=   322.15E  (0-360) fixlon=  322.15  ( 37.85W)    44.35
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    322.149796033123     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    322.139513354034     
        (0-360E clon(ist,ifh,9))=    322.139513354034     
      clat(ist,ifh,9)=    44.3200940934662     
      xval(9)=    99897.8193756102     
  
  After get_ij B, ibeg jbeg =         1806         400
  After get_ij B, iend jend =         2042         676
  
 In is_it_a_storm, ilonfix=         1924  jlatfix=          538
 ibeg jbeg iend jend =         1806         400        2042         676
 cparm= slp  parmlon parmlat =    322.139513354034        44.3200940934662     
     (0-360E parmlon) =    322.139513354034     
 parmval=    99897.8193756102     
  
 i= 1891 j=  475 glon=  320.85 (0-360E) glon=  320.85 glat=  46.84 dist=   297.72 slp=  101164.30 pgradient=  4.25394
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  4.25394
 mslp center =    322.139513354034        44.3200940934662     
   99897.8193756102     
   (0-360E) lon of mslp center =    322.139513354034     
 pgrad loc   =    320.848110000000        320.848110000000     
   39.1518900000000        46.8404770000000        101164.300000000     
  ttest at location C IF....
      xinp_fixlat=    44.3200940934662     
      xinp_fixlon=    322.139513354034       (0-360E) xinp_fixlon= 
   322.139513354034     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99743.8200000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1912  jfix=          526
 longitude=    322.139513354034      E   (   37.8604866459658      
 W)  (0-360E) xinp_fixlon=    322.139513354034     
 latitude=    44.3200940934662     
 mean mslp value (xval(9))=    99897.8193756102     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1912  jfix=          526
 longitude=    322.139513354034      E   (   37.8604866459658      
 W)  (0-360E) xinp_fixlon=    322.139513354034     
 latitude=    44.3200940934662     
 mean mslp value (xval(9))=    99897.8193756102     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1912  jx=          526
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99743.8200000000       xcentval=    99743.8200000000     
 At A, num_found_contours=            0
 At A, contlo=    99743.8200000000       conthi=    100143.820000000     
  
 num_found_contours=            0
 contlo=    99743.8200000000       conthi=    100143.820000000     
 xcentval=    99743.8200000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100143.820000000       conthi=    100543.820000000     
  
 num_found_contours=            1
 contlo=    100143.820000000       conthi=    100543.820000000     
 xcentval=    99743.8200000000     
 At A, num_found_contours=            2
 At A, contlo=    100543.820000000       conthi=    100943.820000000     
  
 num_found_contours=            2
 contlo=    100543.820000000       conthi=    100943.820000000     
 xcentval=    99743.8200000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1951 ,         495 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99743.8200000000     
 !!! (i,j) of central value = (        1912 ,         526 )
 !!!  
 !!! Flagged value found    =    100540.940000000     
 !!! (i,j) of flagged value = (        1951 ,         494 )
 !!!   
 !!! Lower bound of contour interval =    100543.820000000     
 !!! Upper bound of contour interval =    100943.820000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1912  jfix=          526
 longitude=    322.139513354034      E   (   37.8604866459658      W)  
 (0-360E) xinp_fixlon=    322.139513354034     
 latitude=    44.3200940934662     
 mean mslp value (xval(9))=    99897.8193756102     
 gridpoint mslp value=    99743.8200000000     
 ccflag= y
 prs of last closed isobar =    100543.820000000     
 radius of last closed isobar =    98.8629236521275       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =  120:00
 !!! Boundary check xinp_fixlat is   44.32
 !!! Boundary check xinp_fixlon is   37.86W   ( 322.14E)  (0-360E) xinp_fixlon=  322.14
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    322.179512354034     
  850 mb wcirc fix lat=    44.2146421843753     
    (0-360) 850 mb wcirc fix lon=    322.179512354034     
  Multi-parm fix lon=      322.149796033123     
  Multi-parm fix lat=      44.3501302610114     
    (0-360) Multi-parm fix lon=      322.149796033123     
  
  
  After get_ij B, ibeg jbeg =         1824         436
  After get_ij B, iend jend =         2026         644
  
 In is_it_a_storm, ilonfix=         1925  jlatfix=          540
 ibeg jbeg iend jend =         1824         436        2026         644
 cparm= v850  parmlon parmlat =    322.179512354034        44.2146421843753     
     (0-360E parmlon) =    322.179512354034     
 parmval=    105178747.155320     
  
 i= 1914 j=  491 glon=  321.77 (0-360E) glon=  321.77 glat=  46.20 u=  -8.7000 v= -13.1400 vr= -11.73250 vt=  10.52131
 i= 1919 j=  491 glon=  321.97 (0-360E) glon=  321.97 glat=  46.20 u=  -8.7100 v=  -9.6400 vr=  -8.95544 vt=   9.41243
 i= 1924 j=  491 glon=  322.17 (0-360E) glon=  322.17 glat=  46.20 u=  -5.0200 v=  -4.2000 vr=  -4.17942 vt=   5.03714
 i= 1929 j=  491 glon=  322.37 (0-360E) glon=  322.37 glat=  46.20 u=  -2.2100 v=  -4.4700 vr=  -4.60863 vt=   1.90407
 i= 1934 j=  491 glon=  322.57 (0-360E) glon=  322.57 glat=  46.20 u=  -4.7800 v=  -0.1400 vr=  -0.79701 vt=   4.71516
 i= 1894 j=  496 glon=  320.97 (0-360E) glon=  320.97 glat=  46.00 u= -13.9000 v= -17.9500 vr= -10.11294 vt=  20.32587
 i= 1899 j=  496 glon=  321.17 (0-360E) glon=  321.17 glat=  46.00 u= -13.2600 v= -18.5700 vr= -12.26270 vt=  19.24315
 i= 1904 j=  496 glon=  321.37 (0-360E) glon=  321.37 glat=  46.00 u= -10.1800 v= -17.5300 vr= -13.54699 vt=  15.08020
 i= 1909 j=  496 glon=  321.57 (0-360E) glon=  321.57 glat=  46.00 u= -10.6800 v= -15.6100 vr= -12.63871 vt=  14.07116
 i= 1914 j=  496 glon=  321.77 (0-360E) glon=  321.77 glat=  46.00 u=  -5.7300 v=  -5.2600 vr=  -4.26409 vt=   6.50523
 i= 1919 j=  496 glon=  321.97 (0-360E) glon=  321.97 glat=  46.00 u=  -5.3400 v=  -0.3500 vr=   0.09930 vt=   5.35054
 i= 1924 j=  496 glon=  322.17 (0-360E) glon=  322.17 glat=  46.00 u=  -3.8800 v=   3.6400 vr=   3.65763 vt=   3.86338
 i= 1929 j=  496 glon=  322.37 (0-360E) glon=  322.37 glat=  46.00 u=  -0.9700 v=   6.8200 vr=   6.72821 vt=   1.47799
 i= 1934 j=  496 glon=  322.57 (0-360E) glon=  322.57 glat=  46.00 u=  -0.5200 v=  10.2800 vr=  10.07952 vt=   2.08616
 i= 1939 j=  496 glon=  322.77 (0-360E) glon=  322.77 glat=  46.00 u=   0.3500 v=  10.5800 vr=  10.38051 vt=   2.07456
 i= 1944 j=  496 glon=  322.97 (0-360E) glon=  322.97 glat=  46.00 u=   2.1400 v=  10.0600 vr=  10.23882 vt=   0.97456
 i= 1949 j=  496 glon=  323.17 (0-360E) glon=  323.17 glat=  46.00 u=   2.5800 v=   9.3500 vr=   9.64477 vt=   1.02830
 i= 1954 j=  496 glon=  323.37 (0-360E) glon=  323.37 glat=  46.00 u=   8.3800 v=   7.9900 vr=  10.80979 vt=  -4.14885
 i= 1884 j=  501 glon=  320.57 (0-360E) glon=  320.57 glat=  45.80 u= -12.0800 v= -19.6800 vr=  -8.82994 vt=  21.33685
 i= 1889 j=  501 glon=  320.77 (0-360E) glon=  320.77 glat=  45.80 u= -13.2400 v= -19.6000 vr=  -9.44437 vt=  21.68551
 i= 1894 j=  501 glon=  320.97 (0-360E) glon=  320.97 glat=  45.80 u= -13.6900 v= -19.6600 vr= -10.71381 vt=  21.42769
 i= 1899 j=  501 glon=  321.17 (0-360E) glon=  321.17 glat=  45.80 u=  -9.9200 v= -19.1500 vr= -13.32749 vt=  16.95603
 i= 1904 j=  501 glon=  321.37 (0-360E) glon=  321.37 glat=  45.80 u= -10.0800 v= -16.0300 vr= -11.60815 vt=  14.96056
 i= 1909 j=  501 glon=  321.57 (0-360E) glon=  321.57 glat=  45.80 u=  -8.4800 v= -12.5000 vr=  -9.80849 vt=  11.48712
 i= 1914 j=  501 glon=  321.77 (0-360E) glon=  321.77 glat=  45.80 u=  -2.5900 v=  -4.2600 vr=  -3.71868 vt=   3.32071
 i= 1919 j=  501 glon=  321.97 (0-360E) glon=  321.97 glat=  45.80 u=  -3.5200 v=  -2.8000 vr=  -2.45489 vt=   3.76881
 i= 1924 j=  501 glon=  322.17 (0-360E) glon=  322.17 glat=  45.80 u=  -2.3100 v=  -3.1200 vr=  -3.10810 vt=   2.32598
 i= 1929 j=  501 glon=  322.37 (0-360E) glon=  322.37 glat=  45.80 u=  -2.2800 v=  -0.5400 vr=  -0.73037 vt=   2.22633
 i= 1934 j=  501 glon=  322.57 (0-360E) glon=  322.57 glat=  45.80 u=  -3.0100 v=   4.7400 vr=   4.15222 vt=   3.77978
 i= 1939 j=  501 glon=  322.77 (0-360E) glon=  322.77 glat=  45.80 u=   2.0000 v=   3.2600 vr=   3.66283 vt=  -1.10058
 i= 1944 j=  501 glon=  322.97 (0-360E) glon=  322.97 glat=  45.80 u=   4.9700 v=  -0.1900 vr=   1.48047 vt=  -4.74818
 i= 1949 j=  501 glon=  323.17 (0-360E) glon=  323.17 glat=  45.80 u=   7.4400 v=   2.4300 vr=   5.24161 vt=  -5.81241
 i= 1954 j=  501 glon=  323.37 (0-360E) glon=  323.37 glat=  45.80 u=   9.1600 v=   4.3500 vr=   8.15444 vt=  -6.02770
 i= 1959 j=  501 glon=  323.57 (0-360E) glon=  323.57 glat=  45.80 u=   7.8200 v=   7.7500 vr=  10.71644 vt=  -2.52444
 i= 1964 j=  501 glon=  323.77 (0-360E) glon=  323.77 glat=  45.80 u=   8.8200 v=  11.0200 vr=  14.09449 vt=  -0.76030
 i= 1874 j=  506 glon=  320.17 (0-360E) glon=  320.17 glat=  45.60 u=  -9.6700 v= -21.0100 vr=  -7.58416 vt=  21.84970
 i= 1879 j=  506 glon=  320.37 (0-360E) glon=  320.37 glat=  45.60 u= -11.7100 v= -20.9600 vr=  -7.29931 vt=  22.87282
 i= 1884 j=  506 glon=  320.57 (0-360E) glon=  320.57 glat=  45.60 u= -11.1900 v= -20.4500 vr=  -8.56578 vt=  21.68054
 i= 1889 j=  506 glon=  320.77 (0-360E) glon=  320.77 glat=  45.60 u= -12.7500 v= -21.9100 vr= -10.21099 vt=  23.20229
 i= 1894 j=  506 glon=  320.97 (0-360E) glon=  320.97 glat=  45.60 u= -10.1500 v= -21.3600 vr= -12.74496 vt=  19.92080
 i= 1899 j=  506 glon=  321.17 (0-360E) glon=  321.17 glat=  45.60 u=  -7.4700 v= -15.3600 vr= -10.17275 vt=  13.72026
 i= 1904 j=  506 glon=  321.37 (0-360E) glon=  321.37 glat=  45.60 u=  -4.8200 v= -13.8700 vr= -10.94168 vt=   9.79229
 i= 1909 j=  506 glon=  321.57 (0-360E) glon=  321.57 glat=  45.60 u=  -2.4300 v=  -8.3500 vr=  -7.23629 vt=   4.82323
 i= 1914 j=  506 glon=  321.77 (0-360E) glon=  321.77 glat=  45.60 u=  -4.8500 v=  -7.5400 vr=  -6.37285 vt=   6.30563
 i= 1919 j=  506 glon=  321.97 (0-360E) glon=  321.97 glat=  45.60 u=  -7.8700 v=  -3.6700 vr=  -2.79804 vt=   8.22051
 i= 1924 j=  506 glon=  322.17 (0-360E) glon=  322.17 glat=  45.60 u=  -6.5600 v=  -4.0900 vr=  -4.05137 vt=   6.58393
 i= 1929 j=  506 glon=  322.37 (0-360E) glon=  322.37 glat=  45.60 u=  -4.3100 v=   1.5900 vr=   1.16671 vt=   4.44331
 i= 1934 j=  506 glon=  322.57 (0-360E) glon=  322.57 glat=  45.60 u=   2.9000 v=   6.7600 vr=   7.19717 vt=  -1.51933
 i= 1939 j=  506 glon=  322.77 (0-360E) glon=  322.77 glat=  45.60 u=   0.9600 v=  11.7400 vr=  11.51455 vt=   2.48279
 i= 1944 j=  506 glon=  322.97 (0-360E) glon=  322.97 glat=  45.60 u=  -1.1800 v=  10.1800 vr=   8.98929 vt=   4.92112
 i= 1949 j=  506 glon=  323.17 (0-360E) glon=  323.17 glat=  45.60 u=   3.3500 v=  14.5600 vr=  14.49549 vt=   3.61898
 i= 1954 j=  506 glon=  323.37 (0-360E) glon=  323.37 glat=  45.60 u=   3.0200 v=  12.1500 vr=  11.93868 vt=   3.76973
 i= 1959 j=  506 glon=  323.57 (0-360E) glon=  323.57 glat=  45.60 u=   8.2900 v=  10.3300 vr=  13.22517 vt=  -0.72655
 i= 1964 j=  506 glon=  323.77 (0-360E) glon=  323.77 glat=  45.60 u=   9.5400 v=  12.3100 vr=  15.56807 vt=   0.42782
 i= 1969 j=  506 glon=  323.97 (0-360E) glon=  323.97 glat=  45.60 u=  10.4800 v=  16.1400 vr=  18.96622 vt=   3.25769
 i= 1974 j=  506 glon=  324.17 (0-360E) glon=  324.17 glat=  45.60 u=  12.2200 v=  18.0500 vr=  21.34358 vt=   4.42520
 i= 1869 j=  511 glon=  319.97 (0-360E) glon=  319.97 glat=  45.40 u=  -8.4900 v= -21.7600 vr=  -6.19439 vt=  22.52126
 i= 1874 j=  511 glon=  320.17 (0-360E) glon=  320.17 glat=  45.40 u= -11.2000 v= -22.1300 vr=  -5.38005 vt=  24.21223
 i= 1879 j=  511 glon=  320.37 (0-360E) glon=  320.37 glat=  45.40 u= -10.9000 v= -22.1300 vr=  -6.86505 vt=  23.69426
 i= 1884 j=  511 glon=  320.57 (0-360E) glon=  320.57 glat=  45.40 u=  -9.8700 v= -22.0400 vr=  -8.90603 vt=  22.44685
 i= 1889 j=  511 glon=  320.77 (0-360E) glon=  320.77 glat=  45.40 u= -10.9400 v= -24.1900 vr= -11.32045 vt=  24.01431
 i= 1894 j=  511 glon=  320.97 (0-360E) glon=  320.97 glat=  45.40 u=  -9.2700 v= -22.2500 vr= -12.49972 vt=  20.60952
 i= 1899 j=  511 glon=  321.17 (0-360E) glon=  321.17 glat=  45.40 u=  -5.5200 v= -14.0700 vr=  -9.14292 vt=  12.03504
 i= 1904 j=  511 glon=  321.37 (0-360E) glon=  321.37 glat=  45.40 u=  -4.5300 v= -11.4000 vr=  -8.25474 vt=   9.07415
 i= 1909 j=  511 glon=  321.57 (0-360E) glon=  321.57 glat=  45.40 u=  -3.9000 v=  -9.8800 vr=  -7.92577 vt=   7.07154
 i= 1914 j=  511 glon=  321.77 (0-360E) glon=  321.77 glat=  45.40 u=   0.4300 v= -10.1500 vr=  -9.95607 vt=   2.02089
 i= 1919 j=  511 glon=  321.97 (0-360E) glon=  321.97 glat=  45.40 u=   1.5000 v=  -4.5700 vr=  -4.72270 vt=  -0.91160
 i= 1924 j=  511 glon=  322.17 (0-360E) glon=  322.17 glat=  45.40 u=   0.6800 v=  -1.9900 vr=  -1.99463 vt=  -0.66630
 i= 1929 j=  511 glon=  322.37 (0-360E) glon=  322.37 glat=  45.40 u=   3.1500 v=   2.6600 vr=   2.99797 vt=  -2.83024
 i= 1934 j=  511 glon=  322.57 (0-360E) glon=  322.57 glat=  45.40 u=   2.4300 v=   1.9900 vr=   2.49079 vt=  -1.91336
 i= 1939 j=  511 glon=  322.77 (0-360E) glon=  322.77 glat=  45.40 u=   4.3300 v=   8.1600 vr=   9.13735 vt=  -1.35769
 i= 1944 j=  511 glon=  322.97 (0-360E) glon=  322.97 glat=  45.40 u=   2.3400 v=  11.5000 vr=  11.39236 vt=   2.81777
 i= 1949 j=  511 glon=  323.17 (0-360E) glon=  323.17 glat=  45.40 u=   2.2000 v=  15.6900 vr=  14.60639 vt=   6.13754
 i= 1954 j=  511 glon=  323.37 (0-360E) glon=  323.37 glat=  45.40 u=   0.7500 v=  17.6100 vr=  14.75131 vt=   9.64746
 i= 1959 j=  511 glon=  323.57 (0-360E) glon=  323.57 glat=  45.40 u=   5.0300 v=  16.5700 vr=  15.93123 vt=   6.78689
 i= 1964 j=  511 glon=  323.77 (0-360E) glon=  323.77 glat=  45.40 u=   8.3000 v=  14.2500 vr=  16.02840 vt=   3.87850
 i= 1969 j=  511 glon=  323.97 (0-360E) glon=  323.97 glat=  45.40 u=  10.1800 v=  17.0800 vr=  19.06908 vt=   5.63286
 i= 1974 j=  511 glon=  324.17 (0-360E) glon=  324.17 glat=  45.40 u=  11.6000 v=  19.5800 vr=  21.43188 vt=   7.65577
 i= 1979 j=  511 glon=  324.37 (0-360E) glon=  324.37 glat=  45.40 u=  13.7800 v=  20.8700 vr=  23.56271 vt=   8.38117
 i= 1864 j=  516 glon=  319.77 (0-360E) glon=  319.77 glat=  45.20 u=  -7.2500 v= -22.6300 vr=  -4.82618 vt=  23.26773
 i= 1869 j=  516 glon=  319.97 (0-360E) glon=  319.97 glat=  45.20 u=  -9.4700 v= -23.0200 vr=  -4.04257 vt=  24.56133
 i= 1874 j=  516 glon=  320.17 (0-360E) glon=  320.17 glat=  45.20 u=  -9.9500 v= -23.7100 vr=  -5.11386 vt=  25.19951
 i= 1879 j=  516 glon=  320.37 (0-360E) glon=  320.37 glat=  45.20 u=  -9.3300 v= -23.7000 vr=  -6.86559 vt=  24.52759
 i= 1884 j=  516 glon=  320.57 (0-360E) glon=  320.57 glat=  45.20 u=  -9.4400 v= -24.5900 vr=  -8.76572 vt=  24.83836
 i= 1889 j=  516 glon=  320.77 (0-360E) glon=  320.77 glat=  45.20 u=  -9.4300 v= -25.7300 vr= -11.20211 vt=  25.00941
 i= 1894 j=  516 glon=  320.97 (0-360E) glon=  320.97 glat=  45.20 u=  -6.5400 v= -20.6700 vr= -11.19838 vt=  18.56386
 i= 1899 j=  516 glon=  321.17 (0-360E) glon=  321.17 glat=  45.20 u=  -5.3700 v= -14.1400 vr=  -8.22262 vt=  12.69508
 i= 1904 j=  516 glon=  321.37 (0-360E) glon=  321.37 glat=  45.20 u=   1.5500 v=  -9.7000 vr=  -9.14656 vt=   3.58231
 i= 1909 j=  516 glon=  321.57 (0-360E) glon=  321.57 glat=  45.20 u=   0.8800 v=  -9.1800 vr=  -8.74974 vt=   2.91358
 i= 1914 j=  516 glon=  321.77 (0-360E) glon=  321.77 glat=  45.20 u=   0.0800 v=  -6.7500 vr=  -6.49180 vt=   1.85078
 i= 1919 j=  516 glon=  321.97 (0-360E) glon=  321.97 glat=  45.20 u=  -1.3900 v=  -5.2200 vr=  -4.94957 vt=   2.16385
 i= 1924 j=  516 glon=  322.17 (0-360E) glon=  322.17 glat=  45.20 u=   1.6300 v=  -2.2600 vr=  -2.27342 vt=  -1.61124
 i= 1929 j=  516 glon=  322.37 (0-360E) glon=  322.37 glat=  45.20 u=   5.8100 v=   0.8100 vr=   1.58841 vt=  -5.64705
 i= 1934 j=  516 glon=  322.57 (0-360E) glon=  322.57 glat=  45.20 u=   5.7900 v=   3.7500 vr=   5.17810 vt=  -4.55783
 i= 1939 j=  516 glon=  322.77 (0-360E) glon=  322.77 glat=  45.20 u=   7.6700 v=   8.4100 vr=  10.74448 vt=  -3.75676
 i= 1944 j=  516 glon=  322.97 (0-360E) glon=  322.97 glat=  45.20 u=   7.2700 v=   9.9000 vr=  12.20276 vt=  -1.39842
 i= 1949 j=  516 glon=  323.17 (0-360E) glon=  323.17 glat=  45.20 u=   6.0800 v=  13.7400 vr=  14.70877 vt=   3.06696
 i= 1954 j=  516 glon=  323.37 (0-360E) glon=  323.37 glat=  45.20 u=   5.8400 v=  22.5200 vr=  20.86380 vt=  10.29358
 i= 1959 j=  516 glon=  323.57 (0-360E) glon=  323.57 glat=  45.20 u=   5.5900 v=  22.3900 vr=  19.72828 vt=  11.97310
 i= 1964 j=  516 glon=  323.77 (0-360E) glon=  323.77 glat=  45.20 u=   8.4300 v=  19.4800 vr=  19.11808 vt=   9.22140
 i= 1969 j=  516 glon=  323.97 (0-360E) glon=  323.97 glat=  45.20 u=   9.9600 v=  17.0400 vr=  18.27273 vt=   7.46127
 i= 1974 j=  516 glon=  324.17 (0-360E) glon=  324.17 glat=  45.20 u=  12.3500 v=  21.6500 vr=  22.44974 vt=  10.82839
 i= 1979 j=  516 glon=  324.37 (0-360E) glon=  324.37 glat=  45.20 u=  14.3000 v=  23.1600 vr=  24.39598 vt=  12.07112
 i= 1984 j=  516 glon=  324.57 (0-360E) glon=  324.57 glat=  45.20 u=  15.2100 v=  23.6600 vr=  24.93962 vt=  13.00597
 i= 1859 j=  521 glon=  319.57 (0-360E) glon=  319.57 glat=  45.00 u=  -6.1500 v= -23.4200 vr=  -3.25884 vt=  23.99373
 i= 1864 j=  521 glon=  319.77 (0-360E) glon=  319.77 glat=  45.00 u=  -7.1800 v= -23.7900 vr=  -3.18916 vt=  24.64439
 i= 1869 j=  521 glon=  319.97 (0-360E) glon=  319.97 glat=  45.00 u=  -8.0900 v= -24.5700 vr=  -3.55973 vt=  25.62150
 i= 1874 j=  521 glon=  320.17 (0-360E) glon=  320.17 glat=  45.00 u=  -8.4200 v= -24.6700 vr=  -4.32800 vt=  25.70552
 i= 1879 j=  521 glon=  320.37 (0-360E) glon=  320.37 glat=  45.00 u=  -7.4500 v= -25.5700 vr=  -6.80084 vt=  25.75026
 i= 1884 j=  521 glon=  320.57 (0-360E) glon=  320.57 glat=  45.00 u=  -5.8600 v= -23.8500 vr=  -8.53032 vt=  23.03032
 i= 1889 j=  521 glon=  320.77 (0-360E) glon=  320.77 glat=  45.00 u=  -4.9700 v= -20.9500 vr=  -8.90685 vt=  19.60284
 i= 1894 j=  521 glon=  320.97 (0-360E) glon=  320.97 glat=  45.00 u=  -1.5800 v= -14.0500 vr=  -8.25280 vt=  11.47999
 i= 1899 j=  521 glon=  321.17 (0-360E) glon=  321.17 glat=  45.00 u=   2.3200 v= -13.8100 vr= -11.72592 vt=   7.65515
 i= 1904 j=  521 glon=  321.37 (0-360E) glon=  321.37 glat=  45.00 u=   2.3000 v=  -8.9700 vr=  -8.58111 vt=   3.48073
 i= 1909 j=  521 glon=  321.57 (0-360E) glon=  321.57 glat=  45.00 u=   2.9600 v=  -8.8200 vr=  -9.14657 vt=   1.70125
 i= 1914 j=  521 glon=  321.77 (0-360E) glon=  321.77 glat=  45.00 u=  -0.4300 v= -10.1300 vr=  -9.33702 vt=   3.95245
 i= 1919 j=  521 glon=  321.97 (0-360E) glon=  321.97 glat=  45.00 u=   1.5900 v=  -9.4800 vr=  -9.60971 vt=   0.22791
 i= 1924 j=  521 glon=  322.17 (0-360E) glon=  322.17 glat=  45.00 u=   6.9500 v=  -1.8100 vr=  -1.88214 vt=  -6.93081
 i= 1929 j=  521 glon=  322.37 (0-360E) glon=  322.37 glat=  45.00 u=   7.5200 v=   1.6600 vr=   2.90659 vt=  -7.13146
 i= 1934 j=  521 glon=  322.57 (0-360E) glon=  322.57 glat=  45.00 u=   8.3500 v=   8.2300 vr=  10.54160 vt=  -5.13128
 i= 1939 j=  521 glon=  322.77 (0-360E) glon=  322.77 glat=  45.00 u=   7.1900 v=  15.5600 vr=  17.11129 vt=   1.00675
 i= 1944 j=  521 glon=  322.97 (0-360E) glon=  322.97 glat=  45.00 u=   9.5000 v=  18.4600 vr=  20.53588 vt=   3.04944
 i= 1949 j=  521 glon=  323.17 (0-360E) glon=  323.17 glat=  45.00 u=  11.1000 v=  16.3000 vr=  19.53976 vt=   2.66417
 i= 1954 j=  521 glon=  323.37 (0-360E) glon=  323.37 glat=  45.00 u=   7.1200 v=  19.1300 vr=  18.20196 vt=   9.23796
 i= 1959 j=  521 glon=  323.57 (0-360E) glon=  323.57 glat=  45.00 u=   6.1000 v=  24.7000 vr=  20.07939 vt=  15.62428
 i= 1964 j=  521 glon=  323.77 (0-360E) glon=  323.77 glat=  45.00 u=   7.5400 v=  29.8900 vr=  23.14933 vt=  20.35613
 i= 1969 j=  521 glon=  323.97 (0-360E) glon=  323.97 glat=  45.00 u=  10.5300 v=  21.4600 vr=  20.16133 vt=  12.84263
 i= 1974 j=  521 glon=  324.17 (0-360E) glon=  324.17 glat=  45.00 u=  13.1100 v=  22.3800 vr=  22.24296 vt=  13.34118
 i= 1979 j=  521 glon=  324.37 (0-360E) glon=  324.37 glat=  45.00 u=  15.4400 v=  25.4700 vr=  25.14840 vt=  15.95847
 i= 1984 j=  521 glon=  324.57 (0-360E) glon=  324.57 glat=  45.00 u=  15.5000 v=  24.4000 vr=  24.18960 vt=  15.82634
 i= 1989 j=  521 glon=  324.77 (0-360E) glon=  324.77 glat=  45.00 u=  12.9100 v=  24.0800 vr=  21.18261 vt=  17.25722
 i= 1859 j=  526 glon=  319.57 (0-360E) glon=  319.57 glat=  44.80 u=  -6.1500 v= -24.4300 vr=  -1.25884 vt=  25.16074
 i= 1864 j=  526 glon=  319.77 (0-360E) glon=  319.77 glat=  44.80 u=  -6.1500 v= -24.6800 vr=  -1.94666 vt=  25.36011
 i= 1869 j=  526 glon=  319.97 (0-360E) glon=  319.97 glat=  44.80 u=  -7.2700 v= -24.9700 vr=  -1.70231 vt=  25.95103
 i= 1874 j=  526 glon=  320.17 (0-360E) glon=  320.17 glat=  44.80 u=  -8.2200 v= -26.7800 vr=  -2.34222 vt=  27.91506
 i= 1879 j=  526 glon=  320.37 (0-360E) glon=  320.37 glat=  44.80 u=  -6.2400 v= -25.3600 vr=  -4.64810 vt=  25.69946
 i= 1884 j=  526 glon=  320.57 (0-360E) glon=  320.57 glat=  44.80 u=  -4.2900 v= -20.7100 vr=  -5.48324 vt=  20.42651
 i= 1889 j=  526 glon=  320.77 (0-360E) glon=  320.77 glat=  44.80 u=  -3.5400 v= -15.3200 vr=  -4.58215 vt=  15.04121
 i= 1894 j=  526 glon=  320.97 (0-360E) glon=  320.97 glat=  44.80 u=   0.2400 v= -13.0100 vr=  -7.46123 vt=  10.66057
 i= 1899 j=  526 glon=  321.17 (0-360E) glon=  321.17 glat=  44.80 u=   1.0900 v= -11.6100 vr=  -8.14017 vt=   8.34972
 i= 1904 j=  526 glon=  321.37 (0-360E) glon=  321.37 glat=  44.80 u=   4.1300 v= -11.6000 vr= -11.14236 vt=   5.24068
 i= 1909 j=  526 glon=  321.57 (0-360E) glon=  321.57 glat=  44.80 u=   2.1700 v= -16.4600 vr= -14.48489 vt=   8.11347
 i= 1914 j=  526 glon=  321.77 (0-360E) glon=  321.77 glat=  44.80 u=   0.9000 v= -13.7900 vr= -12.72647 vt=   5.38618
 i= 1919 j=  526 glon=  321.97 (0-360E) glon=  321.97 glat=  44.80 u=   3.8400 v= -12.5100 vr= -13.07267 vt=  -0.59245
 i= 1924 j=  526 glon=  322.17 (0-360E) glon=  322.17 glat=  44.80 u=   3.5500 v=  -6.9000 vr=  -6.94886 vt=  -3.45338
 i= 1929 j=  526 glon=  322.37 (0-360E) glon=  322.37 glat=  44.80 u=   6.8400 v=  -0.5000 vr=   1.04669 vt=  -6.77791
 i= 1934 j=  526 glon=  322.57 (0-360E) glon=  322.57 glat=  44.80 u=  11.7600 v=   7.1000 vr=  11.45532 vt=  -7.58177
 i= 1939 j=  526 glon=  322.77 (0-360E) glon=  322.77 glat=  44.80 u=  12.2300 v=   8.7800 vr=  14.26853 vt=  -4.80315
 i= 1944 j=  526 glon=  322.97 (0-360E) glon=  322.97 glat=  44.80 u=   9.7400 v=  11.2500 vr=  14.85905 vt=   0.79923
 i= 1949 j=  526 glon=  323.17 (0-360E) glon=  323.17 glat=  44.80 u=  13.1300 v=  14.8100 vr=  19.55471 vt=   3.05718
 i= 1954 j=  526 glon=  323.37 (0-360E) glon=  323.37 glat=  44.80 u=  10.7800 v=  19.4200 vr=  19.87402 vt=   9.91807
 i= 1959 j=  526 glon=  323.57 (0-360E) glon=  323.57 glat=  44.80 u=   8.2900 v=  22.7100 vr=  18.63327 vt=  15.40355
 i= 1964 j=  526 glon=  323.77 (0-360E) glon=  323.77 glat=  44.80 u=   8.6100 v=  27.5900 vr=  20.22101 vt=  20.65068
 i= 1969 j=  526 glon=  323.97 (0-360E) glon=  323.97 glat=  44.80 u=   9.9500 v=  29.2800 vr=  21.13907 vt=  22.57124
 i= 1974 j=  526 glon=  324.17 (0-360E) glon=  324.17 glat=  44.80 u=  14.9200 v=  25.2500 vr=  23.32170 vt=  17.78390
 i= 1979 j=  526 glon=  324.37 (0-360E) glon=  324.37 glat=  44.80 u=  16.7600 v=  26.3300 vr=  24.81602 vt=  18.92965
 i= 1984 j=  526 glon=  324.57 (0-360E) glon=  324.57 glat=  44.80 u=  15.9900 v=  25.4200 vr=  23.24737 vt=  19.01096
 i= 1989 j=  526 glon=  324.77 (0-360E) glon=  324.77 glat=  44.80 u=  13.3000 v=  25.8200 vr=  20.31989 vt=  20.75246
 i= 1859 j=  531 glon=  319.57 (0-360E) glon=  319.57 glat=  44.60 u=  -5.5600 v= -25.2000 vr=   0.55426 vt=  25.80012
 i= 1864 j=  531 glon=  319.77 (0-360E) glon=  319.77 glat=  44.60 u=  -5.5700 v= -25.3400 vr=   0.09375 vt=  25.94478
 i= 1869 j=  531 glon=  319.97 (0-360E) glon=  319.97 glat=  44.60 u=  -7.5500 v= -25.8500 vr=   1.38712 vt=  26.89425
 i= 1874 j=  531 glon=  320.17 (0-360E) glon=  320.17 glat=  44.60 u=  -6.3300 v= -27.6100 vr=  -0.86989 vt=  28.31297
 i= 1879 j=  531 glon=  320.37 (0-360E) glon=  320.37 glat=  44.60 u=  -3.1200 v= -23.2200 vr=  -3.51538 vt=  23.16344
 i= 1884 j=  531 glon=  320.57 (0-360E) glon=  320.57 glat=  44.60 u=  -1.8400 v= -17.4400 vr=  -3.71305 vt=  17.13921
 i= 1889 j=  531 glon=  320.77 (0-360E) glon=  320.77 glat=  44.60 u=  -0.2400 v= -12.8200 vr=  -4.30567 vt=  12.07771
 i= 1894 j=  531 glon=  320.97 (0-360E) glon=  320.97 glat=  44.60 u=   2.2500 v= -14.2400 vr=  -7.80917 vt=  12.11846
 i= 1899 j=  531 glon=  321.17 (0-360E) glon=  321.17 glat=  44.60 u=   1.9100 v= -17.8600 vr= -10.05253 vt=  14.88538
 i= 1904 j=  531 glon=  321.37 (0-360E) glon=  321.37 glat=  44.60 u=  -0.7700 v= -17.9700 vr=  -9.27898 vt=  15.40826
 i= 1909 j=  531 glon=  321.57 (0-360E) glon=  321.57 glat=  44.60 u=   0.9500 v= -14.0500 vr=  -9.99588 vt=   9.91904
 i= 1914 j=  531 glon=  321.77 (0-360E) glon=  321.77 glat=  44.60 u=   0.7000 v= -15.0500 vr= -12.38611 vt=   8.57769
 i= 1919 j=  531 glon=  321.97 (0-360E) glon=  321.97 glat=  44.60 u=   1.8900 v= -11.6400 vr= -11.52655 vt=   2.49004
 i= 1924 j=  531 glon=  322.17 (0-360E) glon=  322.17 glat=  44.60 u=   3.9200 v=  -8.8200 vr=  -8.90112 vt=  -3.73214
 i= 1929 j=  531 glon=  322.37 (0-360E) glon=  322.37 glat=  44.60 u=  11.8600 v=  -4.2000 vr=  -0.04945 vt= -12.58162
 i= 1934 j=  531 glon=  322.57 (0-360E) glon=  322.57 glat=  44.60 u=  11.2200 v=   2.8100 vr=   8.84176 vt=  -7.45706
 i= 1939 j=  531 glon=  322.77 (0-360E) glon=  322.77 glat=  44.60 u=   9.4400 v=   9.3400 vr=  13.26940 vt=   0.52179
 i= 1944 j=  531 glon=  322.97 (0-360E) glon=  322.97 glat=  44.60 u=  13.3300 v=  12.6500 vr=  18.13916 vt=   2.94655
 i= 1949 j=  531 glon=  323.17 (0-360E) glon=  323.17 glat=  44.60 u=  14.0300 v=  17.3400 vr=  20.60078 vt=   8.55127
 i= 1954 j=  531 glon=  323.37 (0-360E) glon=  323.37 glat=  44.60 u=  10.7200 v=  18.5100 vr=  17.37255 vt=  12.47930
 i= 1959 j=  531 glon=  323.57 (0-360E) glon=  323.57 glat=  44.60 u=  10.3400 v=  22.6800 vr=  17.78467 vt=  17.46435
 i= 1964 j=  531 glon=  323.77 (0-360E) glon=  323.77 glat=  44.60 u=  10.2500 v=  28.3800 vr=  18.72493 vt=  23.66144
 i= 1969 j=  531 glon=  323.97 (0-360E) glon=  323.97 glat=  44.60 u=  11.6400 v=  30.8000 vr=  19.90242 vt=  26.23020
 i= 1974 j=  531 glon=  324.17 (0-360E) glon=  324.17 glat=  44.60 u=  14.5300 v=  28.3000 vr=  21.29430 vt=  23.63395
 i= 1979 j=  531 glon=  324.37 (0-360E) glon=  324.37 glat=  44.60 u=  17.0900 v=  27.6300 vr=  23.05642 vt=  22.88856
 i= 1984 j=  531 glon=  324.57 (0-360E) glon=  324.57 glat=  44.60 u=  16.9100 v=  26.6900 vr=  22.21211 vt=  22.47057
 i= 1989 j=  531 glon=  324.77 (0-360E) glon=  324.77 glat=  44.60 u=  14.1100 v=  27.0300 vr=  19.13967 vt=  23.73576
 i= 1854 j=  536 glon=  319.37 (0-360E) glon=  319.37 glat=  44.40 u=  -5.1400 v= -25.2100 vr=   3.04290 vt=  25.54808
 i= 1859 j=  536 glon=  319.57 (0-360E) glon=  319.57 glat=  44.40 u=  -4.6300 v= -26.1300 vr=   2.25137 vt=  26.44135
 i= 1864 j=  536 glon=  319.77 (0-360E) glon=  319.77 glat=  44.40 u=  -5.8100 v= -25.0300 vr=   3.29787 vt=  25.48296
 i= 1869 j=  536 glon=  319.97 (0-360E) glon=  319.97 glat=  44.40 u=  -5.9100 v= -27.9000 vr=   2.81830 vt=  28.37949
 i= 1874 j=  536 glon=  320.17 (0-360E) glon=  320.17 glat=  44.40 u=  -3.0200 v= -25.4200 vr=  -0.09576 vt=  25.59859
 i= 1879 j=  536 glon=  320.37 (0-360E) glon=  320.37 glat=  44.40 u=   0.6500 v= -22.9500 vr=  -3.77124 vt=  22.64736
 i= 1884 j=  536 glon=  320.57 (0-360E) glon=  320.57 glat=  44.40 u=   2.3500 v= -19.7100 vr=  -5.36021 vt=  19.11216
 i= 1889 j=  536 glon=  320.77 (0-360E) glon=  320.77 glat=  44.40 u=   2.6400 v= -16.0400 vr=  -5.43242 vt=  15.32123
 i= 1894 j=  536 glon=  320.97 (0-360E) glon=  320.97 glat=  44.40 u=   4.0100 v= -16.3700 vr=  -7.29622 vt=  15.19283
 i= 1899 j=  536 glon=  321.17 (0-360E) glon=  321.17 glat=  44.40 u=   0.0300 v= -17.7100 vr=  -4.38128 vt=  17.15953
 i= 1904 j=  536 glon=  321.37 (0-360E) glon=  321.37 glat=  44.40 u=   0.8200 v= -14.4900 vr=  -5.16528 vt=  13.56290
 i= 1909 j=  536 glon=  321.57 (0-360E) glon=  321.57 glat=  44.40 u=   1.2600 v= -12.8600 vr=  -6.16724 vt=  11.35484
 i= 1914 j=  536 glon=  321.77 (0-360E) glon=  321.77 glat=  44.40 u=   2.9700 v= -11.8800 vr=  -8.84326 vt=   8.47066
 i= 1919 j=  536 glon=  321.97 (0-360E) glon=  321.97 glat=  44.40 u=   5.6600 v=  -7.0900 vr=  -9.07168 vt=   0.09155
 i= 1924 j=  536 glon=  322.17 (0-360E) glon=  322.17 glat=  44.40 u=   5.4900 v=  -3.6900 vr=  -3.92805 vt=  -5.32228
 i= 1929 j=  536 glon=  322.37 (0-360E) glon=  322.37 glat=  44.40 u=   9.6000 v=  -0.2300 vr=   5.45764 vt=  -7.90108
 i= 1934 j=  536 glon=  322.57 (0-360E) glon=  322.57 glat=  44.40 u=  11.9000 v=   5.9100 vr=  13.17946 vt=  -1.68525
 i= 1939 j=  536 glon=  322.77 (0-360E) glon=  322.77 glat=  44.40 u=  12.1500 v=   8.4800 vr=  14.53446 vt=   2.87792
 i= 1944 j=  536 glon=  322.97 (0-360E) glon=  322.97 glat=  44.40 u=  13.0900 v=  12.3400 vr=  16.27535 vt=   7.66399
 i= 1949 j=  536 glon=  323.17 (0-360E) glon=  323.17 glat=  44.40 u=  15.0400 v=  16.5500 vr=  18.71523 vt=  12.24108
 i= 1954 j=  536 glon=  323.37 (0-360E) glon=  323.37 glat=  44.40 u=  13.6700 v=  19.1400 vr=  17.38341 vt=  15.84379
 i= 1959 j=  536 glon=  323.57 (0-360E) glon=  323.57 glat=  44.40 u=  13.4600 v=  22.0600 vr=  17.20385 vt=  19.28322
 i= 1964 j=  536 glon=  323.77 (0-360E) glon=  323.77 glat=  44.40 u=  12.2500 v=  25.9900 vr=  16.16553 vt=  23.75328
 i= 1969 j=  536 glon=  323.97 (0-360E) glon=  323.97 glat=  44.40 u=  13.5700 v=  30.1900 vr=  17.60988 vt=  28.02629
 i= 1974 j=  536 glon=  324.17 (0-360E) glon=  324.17 glat=  44.40 u=  16.0300 v=  31.0300 vr=  19.73132 vt=  28.81834
 i= 1979 j=  536 glon=  324.37 (0-360E) glon=  324.37 glat=  44.40 u=  17.6900 v=  28.5000 vr=  20.73957 vt=  26.36392
 i= 1984 j=  536 glon=  324.57 (0-360E) glon=  324.57 glat=  44.40 u=  17.0500 v=  28.2400 vr=  19.79707 vt=  26.38705
 i= 1989 j=  536 glon=  324.77 (0-360E) glon=  324.77 glat=  44.40 u=  14.2800 v=  27.8600 vr=  16.76305 vt=  26.44046
 i= 1994 j=  536 glon=  324.97 (0-360E) glon=  324.97 glat=  44.40 u=  12.6900 v=  26.9200 vr=  14.88928 vt=  25.76882
 i= 1854 j=  541 glon=  319.37 (0-360E) glon=  319.37 glat=  44.20 u=  -3.9100 v= -25.3100 vr=   4.21314 vt=  25.26131
 i= 1859 j=  541 glon=  319.57 (0-360E) glon=  319.57 glat=  44.20 u=  -3.4600 v= -25.7500 vr=   3.77826 vt=  25.70523
 i= 1864 j=  541 glon=  319.77 (0-360E) glon=  319.77 glat=  44.20 u=  -4.2100 v= -25.6100 vr=   4.53806 vt=  25.55391
 i= 1869 j=  541 glon=  319.97 (0-360E) glon=  319.97 glat=  44.20 u=  -3.0400 v= -27.6700 vr=   3.40967 vt=  27.62688
 i= 1874 j=  541 glon=  320.17 (0-360E) glon=  320.17 glat=  44.20 u=   1.2100 v= -24.5500 vr=  -0.86519 vt=  24.56457
 i= 1879 j=  541 glon=  320.37 (0-360E) glon=  320.37 glat=  44.20 u=   6.7400 v= -24.2200 vr=  -6.37887 vt=  24.31761
 i= 1884 j=  541 glon=  320.57 (0-360E) glon=  320.57 glat=  44.20 u=   9.4100 v= -22.4700 vr=  -9.05028 vt=  22.61728
 i= 1889 j=  541 glon=  320.77 (0-360E) glon=  320.77 glat=  44.20 u=   3.6000 v= -19.2900 vr=  -3.26424 vt=  19.34965
 i= 1894 j=  541 glon=  320.97 (0-360E) glon=  320.97 glat=  44.20 u=   6.0400 v= -17.3200 vr=  -5.70408 vt=  17.43351
 i= 1899 j=  541 glon=  321.17 (0-360E) glon=  321.17 glat=  44.20 u=   6.9200 v= -16.9200 vr=  -6.54361 vt=  17.06909
 i= 1904 j=  541 glon=  321.37 (0-360E) glon=  321.37 glat=  44.20 u=   7.0400 v= -12.9000 vr=  -6.69580 vt=  13.08197
 i= 1909 j=  541 glon=  321.57 (0-360E) glon=  321.57 glat=  44.20 u=   8.4900 v= -10.1200 vr=  -8.14189 vt=  10.40212
 i= 1914 j=  541 glon=  321.77 (0-360E) glon=  321.77 glat=  44.20 u=  10.4700 v=  -7.0600 vr= -10.11170 vt=   7.56426
 i= 1919 j=  541 glon=  321.97 (0-360E) glon=  321.97 glat=  44.20 u=  12.0900 v=  -0.5600 vr= -11.98508 vt=   1.68513
 i= 1924 j=  541 glon=  322.17 (0-360E) glon=  322.17 glat=  44.20 u=  11.1100 v=  -0.1300 vr=  -5.47132 vt=   9.67024
 i= 1929 j=  541 glon=  322.37 (0-360E) glon=  322.37 glat=  44.20 u=  13.3700 v=   2.7100 vr=  13.01436 vt=   4.08993
 i= 1934 j=  541 glon=  322.57 (0-360E) glon=  322.57 glat=  44.20 u=  13.2200 v=   6.3400 vr=  12.87447 vt=   7.01513
 i= 1939 j=  541 glon=  322.77 (0-360E) glon=  322.77 glat=  44.20 u=  14.7900 v=   9.0600 vr=  14.46284 vt=   9.57360
 i= 1944 j=  541 glon=  322.97 (0-360E) glon=  322.97 glat=  44.20 u=  14.5300 v=  13.7400 vr=  14.15175 vt=  14.12927
 i= 1949 j=  541 glon=  323.17 (0-360E) glon=  323.17 glat=  44.20 u=  15.9200 v=  17.9400 vr=  15.51147 vt=  18.29438
 i= 1954 j=  541 glon=  323.37 (0-360E) glon=  323.37 glat=  44.20 u=  15.5800 v=  21.0300 vr=  15.16484 vt=  21.33132
 i= 1959 j=  541 glon=  323.57 (0-360E) glon=  323.57 glat=  44.20 u=  14.1500 v=  23.3000 vr=  13.73845 vt=  23.54501
 i= 1964 j=  541 glon=  323.77 (0-360E) glon=  323.77 glat=  44.20 u=  15.4100 v=  25.6600 vr=  14.99493 vt=  25.90474
 i= 1969 j=  541 glon=  323.97 (0-360E) glon=  323.97 glat=  44.20 u=  15.8200 v=  28.6700 vr=  15.38849 vt=  28.90390
 i= 1974 j=  541 glon=  324.17 (0-360E) glon=  324.17 glat=  44.20 u=  17.1500 v=  31.9000 vr=  16.69765 vt=  32.13909
 i= 1979 j=  541 glon=  324.37 (0-360E) glon=  324.37 glat=  44.20 u=  17.9900 v=  29.3400 vr=  17.59406 vt=  29.57913
 i= 1984 j=  541 glon=  324.57 (0-360E) glon=  324.57 glat=  44.20 u=  16.9300 v=  28.5600 vr=  16.56073 vt=  28.77570
 i= 1989 j=  541 glon=  324.77 (0-360E) glon=  324.77 glat=  44.20 u=  15.8600 v=  27.9700 vr=  15.51145 vt=  28.16479
 i= 1994 j=  541 glon=  324.97 (0-360E) glon=  324.97 glat=  44.20 u=  13.9100 v=  27.2300 vr=  13.58145 vt=  27.39535
 i= 1859 j=  546 glon=  319.57 (0-360E) glon=  319.57 glat=  44.00 u=  -2.0800 v= -26.1000 vr=   5.21870 vt=  25.65739
 i= 1864 j=  546 glon=  319.77 (0-360E) glon=  319.77 glat=  44.00 u=  -1.3800 v= -25.4900 vr=   4.67181 vt=  25.09619
 i= 1869 j=  546 glon=  319.97 (0-360E) glon=  319.97 glat=  44.00 u=   0.0100 v= -27.6600 vr=   3.86188 vt=  27.38908
 i= 1874 j=  546 glon=  320.17 (0-360E) glon=  320.17 glat=  44.00 u=   4.7300 v= -24.8200 vr=  -0.89092 vt=  25.25097
 i= 1879 j=  546 glon=  320.37 (0-360E) glon=  320.37 glat=  44.00 u=  10.3500 v= -25.0100 vr=  -6.00981 vt=  26.39138
 i= 1884 j=  546 glon=  320.57 (0-360E) glon=  320.57 glat=  44.00 u=  11.6000 v= -22.2500 vr=  -7.24345 vt=  24.02405
 i= 1889 j=  546 glon=  320.77 (0-360E) glon=  320.77 glat=  44.00 u=   7.9800 v= -17.0600 vr=  -4.20432 vt=  18.35886
 i= 1894 j=  546 glon=  320.97 (0-360E) glon=  320.97 glat=  44.00 u=   8.9600 v= -14.9800 vr=  -5.05955 vt=  16.70578
 i= 1899 j=  546 glon=  321.17 (0-360E) glon=  321.17 glat=  44.00 u=   8.1700 v= -14.4600 vr=  -3.69845 vt=  16.19142
 i= 1904 j=  546 glon=  321.37 (0-360E) glon=  321.37 glat=  44.00 u=  11.5700 v= -11.9400 vr=  -6.70446 vt=  15.21443
 i= 1909 j=  546 glon=  321.57 (0-360E) glon=  321.57 glat=  44.00 u=  14.2300 v=  -9.3700 vr=  -8.65597 vt=  14.67528
 i= 1914 j=  546 glon=  321.77 (0-360E) glon=  321.77 glat=  44.00 u=  16.6000 v=  -5.6500 vr= -10.10794 vt=  14.32872
 i= 1919 j=  546 glon=  321.97 (0-360E) glon=  321.97 glat=  44.00 u=  18.0000 v=  -1.1400 vr=  -9.47201 vt=  15.34864
 i= 1924 j=  546 glon=  322.17 (0-360E) glon=  322.17 glat=  44.00 u=  16.8000 v=   1.3000 vr=  -1.94231 vt=  16.73790
 i= 1929 j=  546 glon=  322.37 (0-360E) glon=  322.37 glat=  44.00 u=  16.7200 v=   3.9400 vr=   5.59730 vt=  16.24045
 i= 1934 j=  546 glon=  322.57 (0-360E) glon=  322.57 glat=  44.00 u=  15.5200 v=   6.3700 vr=   8.41748 vt=  14.51183
 i= 1939 j=  546 glon=  322.77 (0-360E) glon=  322.77 glat=  44.00 u=  17.3600 v=   7.7500 vr=  11.95731 vt=  14.78022
 i= 1944 j=  546 glon=  322.97 (0-360E) glon=  322.97 glat=  44.00 u=  16.8800 v=  14.0500 vr=  10.77417 vt=  19.13777
 i= 1949 j=  546 glon=  323.17 (0-360E) glon=  323.17 glat=  44.00 u=  16.6600 v=  17.7600 vr=  10.75668 vt=  21.84644
 i= 1954 j=  546 glon=  323.37 (0-360E) glon=  323.37 glat=  44.00 u=  17.1900 v=  20.8600 vr=  11.51047 vt=  24.45700
 i= 1959 j=  546 glon=  323.57 (0-360E) glon=  323.57 glat=  44.00 u=  16.6900 v=  22.3900 vr=  11.51203 vt=  25.44291
 i= 1964 j=  546 glon=  323.77 (0-360E) glon=  323.77 glat=  44.00 u=  19.8000 v=  28.4200 vr=  14.06840 vt=  31.65149
 i= 1969 j=  546 glon=  323.97 (0-360E) glon=  323.97 glat=  44.00 u=  16.8000 v=  28.1000 vr=  11.78975 vt=  30.54262
 i= 1974 j=  546 glon=  324.17 (0-360E) glon=  324.17 glat=  44.00 u=  18.1800 v=  31.5700 vr=  13.10010 vt=  33.99360
 i= 1979 j=  546 glon=  324.37 (0-360E) glon=  324.37 glat=  44.00 u=  19.1600 v=  29.4800 vr=  14.80265 vt=  31.89134
 i= 1984 j=  546 glon=  324.57 (0-360E) glon=  324.57 glat=  44.00 u=  17.6600 v=  27.9200 vr=  13.85951 vt=  29.98860
 i= 1989 j=  546 glon=  324.77 (0-360E) glon=  324.77 glat=  44.00 u=  17.8200 v=  27.3400 vr=  14.35815 vt=  29.30651
 i= 1994 j=  546 glon=  324.97 (0-360E) glon=  324.97 glat=  44.00 u=  16.0600 v=  26.5200 vr=  12.92736 vt=  28.18009
 i= 1859 j=  551 glon=  319.57 (0-360E) glon=  319.57 glat=  43.80 u=   1.3400 v= -25.6800 vr=   4.41442 vt=  25.33320
 i= 1864 j=  551 glon=  319.77 (0-360E) glon=  319.77 glat=  43.80 u=   2.4500 v= -25.2600 vr=   3.66157 vt=  25.11300
 i= 1869 j=  551 glon=  319.97 (0-360E) glon=  319.97 glat=  43.80 u=   5.2400 v= -24.4900 vr=   1.26300 vt=  25.01245
 i= 1874 j=  551 glon=  320.17 (0-360E) glon=  320.17 glat=  43.80 u=   9.1400 v= -25.0200 vr=  -1.74317 vt=  26.58009
 i= 1879 j=  551 glon=  320.37 (0-360E) glon=  320.37 glat=  43.80 u=   8.9400 v= -24.7800 vr=  -0.87173 vt=  26.32892
 i= 1884 j=  551 glon=  320.57 (0-360E) glon=  320.57 glat=  43.80 u=   8.0200 v= -23.5300 vr=   0.48427 vt=  24.85451
 i= 1889 j=  551 glon=  320.77 (0-360E) glon=  320.77 glat=  43.80 u=   9.0800 v= -19.6800 vr=  -0.88256 vt=  21.65571
 i= 1894 j=  551 glon=  320.97 (0-360E) glon=  320.97 glat=  43.80 u=   9.8200 v= -16.6700 vr=  -1.64347 vt=  19.27746
 i= 1899 j=  551 glon=  321.17 (0-360E) glon=  321.17 glat=  43.80 u=  10.9900 v= -13.4500 vr=  -2.84501 vt=  17.13442
 i= 1904 j=  551 glon=  321.37 (0-360E) glon=  321.37 glat=  43.80 u=  13.9200 v= -11.1000 vr=  -4.88739 vt=  17.11987
 i= 1909 j=  551 glon=  321.57 (0-360E) glon=  321.57 glat=  43.80 u=  17.2600 v=  -8.9400 vr=  -6.40324 vt=  18.35292
 i= 1914 j=  551 glon=  321.77 (0-360E) glon=  321.77 glat=  43.80 u=  19.0600 v=  -4.8300 vr=  -7.12923 vt=  18.32448
 i= 1919 j=  551 glon=  321.97 (0-360E) glon=  321.97 glat=  43.80 u=  20.1400 v=  -1.0000 vr=  -5.99178 vt=  19.25404
 i= 1924 j=  551 glon=  322.17 (0-360E) glon=  322.17 glat=  43.80 u=  21.1500 v=   1.2800 vr=  -1.69902 vt=  21.12047
 i= 1929 j=  551 glon=  322.37 (0-360E) glon=  322.37 glat=  43.80 u=  21.5400 v=   5.3800 vr=   1.57882 vt=  22.14550
 i= 1934 j=  551 glon=  322.57 (0-360E) glon=  322.57 glat=  43.80 u=  18.1900 v=   6.6700 vr=   4.62483 vt=  18.81425
 i= 1939 j=  551 glon=  322.77 (0-360E) glon=  322.77 glat=  43.80 u=  19.7400 v=   7.8600 vr=   8.58018 vt=  19.43779
 i= 1944 j=  551 glon=  322.97 (0-360E) glon=  322.97 glat=  43.80 u=  18.3100 v=  13.3400 vr=   6.87025 vt=  21.58730
 i= 1949 j=  551 glon=  323.17 (0-360E) glon=  323.17 glat=  43.80 u=  18.4300 v=  16.4900 vr=   7.55672 vt=  23.54742
 i= 1954 j=  551 glon=  323.37 (0-360E) glon=  323.37 glat=  43.80 u=  19.4300 v=  19.6700 vr=   8.81761 vt=  26.20465
 i= 1959 j=  551 glon=  323.57 (0-360E) glon=  323.57 glat=  43.80 u=  20.2100 v=  21.5200 vr=  10.31112 vt=  27.66289
 i= 1964 j=  551 glon=  323.77 (0-360E) glon=  323.77 glat=  43.80 u=  21.6900 v=  28.1600 vr=  10.63553 vt=  33.91647
 i= 1969 j=  551 glon=  323.97 (0-360E) glon=  323.97 glat=  43.80 u=  17.5800 v=  26.4200 vr=   8.47568 vt=  30.58162
 i= 1974 j=  551 glon=  324.17 (0-360E) glon=  324.17 glat=  43.80 u=  18.8100 v=  29.8700 vr=   9.56023 vt=  33.97992
 i= 1979 j=  551 glon=  324.37 (0-360E) glon=  324.37 glat=  43.80 u=  20.8000 v=  28.9900 vr=  12.52393 vt=  33.40975
 i= 1984 j=  551 glon=  324.57 (0-360E) glon=  324.57 glat=  43.80 u=  20.0900 v=  26.9800 vr=  12.99026 vt=  31.02872
 i= 1989 j=  551 glon=  324.77 (0-360E) glon=  324.77 glat=  43.80 u=  20.1400 v=  25.9000 vr=  13.81077 vt=  29.76058
 i= 1859 j=  556 glon=  319.57 (0-360E) glon=  319.57 glat=  43.60 u=   5.3300 v= -24.6100 vr=   2.76291 vt=  25.02853
 i= 1864 j=  556 glon=  319.77 (0-360E) glon=  319.77 glat=  43.60 u=   6.0000 v= -23.7600 vr=   2.43612 vt=  24.38448
 i= 1869 j=  556 glon=  319.97 (0-360E) glon=  319.97 glat=  43.60 u=   7.9000 v= -23.9800 vr=   1.41914 vt=  25.20786
 i= 1874 j=  556 glon=  320.17 (0-360E) glon=  320.17 glat=  43.60 u=  10.0700 v= -25.5300 vr=   0.85429 vt=  27.43093
 i= 1879 j=  556 glon=  320.37 (0-360E) glon=  320.37 glat=  43.60 u=  11.5800 v= -24.1200 vr=  -0.06312 vt=  26.75569
 i= 1884 j=  556 glon=  320.57 (0-360E) glon=  320.57 glat=  43.60 u=   9.9000 v= -26.7000 vr=   3.86963 vt=  28.21216
 i= 1889 j=  556 glon=  320.77 (0-360E) glon=  320.77 glat=  43.60 u=  11.9600 v= -23.8600 vr=   2.20962 vt=  26.59810
 i= 1894 j=  556 glon=  320.97 (0-360E) glon=  320.97 glat=  43.60 u=  12.2900 v= -17.2700 vr=  -0.03595 vt=  21.19660
 i= 1899 j=  556 glon=  321.17 (0-360E) glon=  321.17 glat=  43.60 u=  12.0300 v= -11.4500 vr=  -1.76993 vt=  16.51335
 i= 1904 j=  556 glon=  321.37 (0-360E) glon=  321.37 glat=  43.60 u=  13.5100 v=  -7.1600 vr=  -4.09305 vt=  14.73203
 i= 1909 j=  556 glon=  321.57 (0-360E) glon=  321.57 glat=  43.60 u=  16.7000 v=  -7.1700 vr=  -3.87504 vt=  17.75621
 i= 1914 j=  556 glon=  321.77 (0-360E) glon=  321.77 glat=  43.60 u=  18.6700 v=  -4.9000 vr=  -3.67938 vt=  18.94838
 i= 1919 j=  556 glon=  321.97 (0-360E) glon=  321.97 glat=  43.60 u=  20.0400 v=  -2.3100 vr=  -2.56988 vt=  20.00833
 i= 1924 j=  556 glon=  322.17 (0-360E) glon=  322.17 glat=  43.60 u=  23.2300 v=  -0.3400 vr=   0.02915 vt=  23.23247
 i= 1929 j=  556 glon=  322.37 (0-360E) glon=  322.37 glat=  43.60 u=  24.2100 v=   4.9700 vr=   0.36252 vt=  24.71222
 i= 1934 j=  556 glon=  322.57 (0-360E) glon=  322.57 glat=  43.60 u=  21.6300 v=   7.5800 vr=   2.04791 vt=  22.82804
 i= 1939 j=  556 glon=  322.77 (0-360E) glon=  322.77 glat=  43.60 u=  21.9000 v=   8.4500 vr=   5.44950 vt=  22.83233
 i= 1944 j=  556 glon=  322.97 (0-360E) glon=  322.97 glat=  43.60 u=  20.9600 v=  13.0200 vr=   4.61866 vt=  24.23860
 i= 1949 j=  556 glon=  323.17 (0-360E) glon=  323.17 glat=  43.60 u=  21.2700 v=  14.4900 vr=   6.57229 vt=  24.88329
 i= 1954 j=  556 glon=  323.37 (0-360E) glon=  323.37 glat=  43.60 u=  22.6200 v=  19.6000 vr=   6.85485 vt=  29.13478
 i= 1959 j=  556 glon=  323.57 (0-360E) glon=  323.57 glat=  43.60 u=  22.1300 v=  22.0100 vr=   7.21860 vt=  30.36559
 i= 1964 j=  556 glon=  323.77 (0-360E) glon=  323.77 glat=  43.60 u=  22.0700 v=  25.6700 vr=   7.15250 vt=  33.08890
 i= 1969 j=  556 glon=  323.97 (0-360E) glon=  323.97 glat=  43.60 u=  18.4800 v=  26.3000 vr=   5.19782 vt=  31.72039
 i= 1974 j=  556 glon=  324.17 (0-360E) glon=  324.17 glat=  43.60 u=  21.1300 v=  27.5000 vr=   8.38694 vt=  33.65095
 i= 1979 j=  556 glon=  324.37 (0-360E) glon=  324.37 glat=  43.60 u=  22.4400 v=  27.7100 vr=  10.63191 vt=  34.03469
 i= 1984 j=  556 glon=  324.57 (0-360E) glon=  324.57 glat=  43.60 u=  22.4900 v=  25.3700 vr=  12.43134 vt=  31.54202
 i= 1989 j=  556 glon=  324.77 (0-360E) glon=  324.77 glat=  43.60 u=  21.3700 v=  25.0400 vr=  12.23230 vt=  30.56222
 i= 1864 j=  561 glon=  319.77 (0-360E) glon=  319.77 glat=  43.40 u=   8.4500 v= -22.5700 vr=   2.08247 vt=  24.00980
 i= 1869 j=  561 glon=  319.97 (0-360E) glon=  319.97 glat=  43.40 u=   9.1400 v= -24.2600 vr=   3.05232 vt=  25.74433
 i= 1874 j=  561 glon=  320.17 (0-360E) glon=  320.17 glat=  43.40 u=  10.4000 v= -25.8100 vr=   3.72063 vt=  27.57667
 i= 1879 j=  561 glon=  320.37 (0-360E) glon=  320.37 glat=  43.40 u=  13.0700 v= -24.2800 vr=   1.89030 vt=  27.50945
 i= 1884 j=  561 glon=  320.57 (0-360E) glon=  320.57 glat=  43.40 u=  15.3300 v= -24.2500 vr=   1.48755 vt=  28.65063
 i= 1889 j=  561 glon=  320.77 (0-360E) glon=  320.77 glat=  43.40 u=  16.7800 v= -26.6400 vr=   3.65763 vt=  31.27107
 i= 1894 j=  561 glon=  320.97 (0-360E) glon=  320.97 glat=  43.40 u=  17.9600 v= -22.2300 vr=   2.10990 vt=  28.50058
 i= 1899 j=  561 glon=  321.17 (0-360E) glon=  321.17 glat=  43.40 u=  17.1900 v= -14.5600 vr=  -0.56579 vt=  22.52043
 i= 1904 j=  561 glon=  321.37 (0-360E) glon=  321.37 glat=  43.40 u=  16.6200 v=  -6.2700 vr=  -4.57276 vt=  17.16471
 i= 1909 j=  561 glon=  321.57 (0-360E) glon=  321.57 glat=  43.40 u=  16.8200 v=  -4.5000 vr=  -4.02737 vt=  16.93938
 i= 1914 j=  561 glon=  321.77 (0-360E) glon=  321.77 glat=  43.40 u=  19.5200 v=  -2.5500 vr=  -4.26872 vt=  19.21746
 i= 1919 j=  561 glon=  321.97 (0-360E) glon=  321.97 glat=  43.40 u=  21.1700 v=  -1.3700 vr=  -2.53987 vt=  21.06169
 i= 1924 j=  561 glon=  322.17 (0-360E) glon=  322.17 glat=  43.40 u=  21.8600 v=   1.9800 vr=  -2.20073 vt=  21.83888
 i= 1929 j=  561 glon=  322.37 (0-360E) glon=  322.37 glat=  43.40 u=  22.7200 v=   3.9500 vr=  -0.16339 vt=  23.06023
 i= 1934 j=  561 glon=  322.57 (0-360E) glon=  322.57 glat=  43.40 u=  22.4500 v=   6.1000 vr=   1.51639 vt=  23.21450
 i= 1939 j=  561 glon=  322.77 (0-360E) glon=  322.77 glat=  43.40 u=  22.4100 v=   9.2300 vr=   2.13978 vt=  24.14171
 i= 1944 j=  561 glon=  322.97 (0-360E) glon=  322.97 glat=  43.40 u=  22.6000 v=  11.8800 vr=   3.15072 vt=  25.33708
 i= 1949 j=  561 glon=  323.17 (0-360E) glon=  323.17 glat=  43.40 u=  23.3600 v=  15.6100 vr=   3.57242 vt=  27.86754
 i= 1954 j=  561 glon=  323.37 (0-360E) glon=  323.37 glat=  43.40 u=  24.3100 v=  19.9600 vr=   3.77971 vt=  31.22646
 i= 1959 j=  561 glon=  323.57 (0-360E) glon=  323.57 glat=  43.40 u=  23.2600 v=  22.2500 vr=   3.88966 vt=  31.95247
 i= 1964 j=  561 glon=  323.77 (0-360E) glon=  323.77 glat=  43.40 u=  23.2200 v=  23.4000 vr=   5.22806 vt=  32.54836
 i= 1969 j=  561 glon=  323.97 (0-360E) glon=  323.97 glat=  43.40 u=  20.9300 v=  24.4700 vr=   4.47757 vt=  31.88726
 i= 1974 j=  561 glon=  324.17 (0-360E) glon=  324.17 glat=  43.40 u=  22.3300 v=  26.5400 vr=   6.12367 vt=  34.13944
 i= 1979 j=  561 glon=  324.37 (0-360E) glon=  324.37 glat=  43.40 u=  24.2000 v=  26.2900 vr=   9.23980 vt=  34.51710
 i= 1984 j=  561 glon=  324.57 (0-360E) glon=  324.57 glat=  43.40 u=  23.9500 v=  24.0800 vr=  11.14448 vt=  32.08192
 i= 1864 j=  566 glon=  319.77 (0-360E) glon=  319.77 glat=  43.20 u=  10.0600 v= -21.5200 vr=   2.29638 vt=  23.64404
 i= 1869 j=  566 glon=  319.97 (0-360E) glon=  319.97 glat=  43.20 u=  11.0000 v= -23.4400 vr=   3.43776 vt=  25.66350
 i= 1874 j=  566 glon=  320.17 (0-360E) glon=  320.17 glat=  43.20 u=  12.8800 v= -23.6200 vr=   3.10907 vt=  26.72326
 i= 1879 j=  566 glon=  320.37 (0-360E) glon=  320.37 glat=  43.20 u=  16.0300 v= -22.9100 vr=   1.50629 vt=  27.92060
 i= 1884 j=  566 glon=  320.57 (0-360E) glon=  320.57 glat=  43.20 u=  17.4700 v= -21.4000 vr=   1.00920 vt=  27.60693
 i= 1889 j=  566 glon=  320.77 (0-360E) glon=  320.77 glat=  43.20 u=  20.2100 v= -23.1600 vr=   2.12335 vt=  30.66466
 i= 1894 j=  566 glon=  320.97 (0-360E) glon=  320.97 glat=  43.20 u=  20.6900 v= -22.0200 vr=   3.25361 vt=  30.03948
 i= 1899 j=  566 glon=  321.17 (0-360E) glon=  321.17 glat=  43.20 u=  19.9800 v= -17.4000 vr=   2.51019 vt=  26.37535
 i= 1904 j=  566 glon=  321.37 (0-360E) glon=  321.37 glat=  43.20 u=  18.6600 v=  -8.4600 vr=  -1.96942 vt=  20.39335
 i= 1909 j=  566 glon=  321.57 (0-360E) glon=  321.57 glat=  43.20 u=  19.7500 v=  -2.1900 vr=  -5.84815 vt=  18.99099
 i= 1914 j=  566 glon=  321.77 (0-360E) glon=  321.77 glat=  43.20 u=  19.6500 v=   0.2900 vr=  -5.78483 vt=  18.78144
 i= 1919 j=  566 glon=  321.97 (0-360E) glon=  321.97 glat=  43.20 u=  18.9200 v=   0.7300 vr=  -3.52958 vt=  18.60219
 i= 1924 j=  566 glon=  322.17 (0-360E) glon=  322.17 glat=  43.20 u=  20.5200 v=   1.5500 vr=  -1.71650 vt=  20.50674
 i= 1929 j=  566 glon=  322.37 (0-360E) glon=  322.37 glat=  43.20 u=  21.9900 v=   4.0900 vr=  -1.13697 vt=  22.33821
 i= 1934 j=  566 glon=  322.57 (0-360E) glon=  322.57 glat=  43.20 u=  22.9000 v=   7.0700 vr=  -0.72914 vt=  23.95544
 i= 1939 j=  566 glon=  322.77 (0-360E) glon=  322.77 glat=  43.20 u=  23.4400 v=   9.7500 vr=   0.03212 vt=  25.38691
 i= 1944 j=  566 glon=  322.97 (0-360E) glon=  322.97 glat=  43.20 u=  24.4800 v=  14.2800 vr=  -0.52077 vt=  28.33580
 i= 1949 j=  566 glon=  323.17 (0-360E) glon=  323.17 glat=  43.20 u=  24.7900 v=  18.3600 vr=  -0.82086 vt=  30.83764
 i= 1954 j=  566 glon=  323.37 (0-360E) glon=  323.37 glat=  43.20 u=  25.3900 v=  19.5400 vr=   1.38900 vt=  32.00835
 i= 1959 j=  566 glon=  323.57 (0-360E) glon=  323.57 glat=  43.20 u=  24.9400 v=  20.6300 vr=   2.74721 vt=  32.24986
 i= 1964 j=  566 glon=  323.77 (0-360E) glon=  323.77 glat=  43.20 u=  24.0500 v=  22.1700 vr=   3.19580 vt=  32.55301
 i= 1969 j=  566 glon=  323.97 (0-360E) glon=  323.97 glat=  43.20 u=  23.5700 v=  23.0900 vr=   4.11938 vt=  32.73719
 i= 1974 j=  566 glon=  324.17 (0-360E) glon=  324.17 glat=  43.20 u=  22.4000 v=  26.0700 vr=   3.07098 vt=  34.23411
 i= 1979 j=  566 glon=  324.37 (0-360E) glon=  324.37 glat=  43.20 u=  25.7500 v=  24.6100 vr=   8.17059 vt=  34.66924
 i= 1984 j=  566 glon=  324.57 (0-360E) glon=  324.57 glat=  43.20 u=  24.5600 v=  23.5600 vr=   9.01160 vt=  32.81857
 i= 1869 j=  571 glon=  319.97 (0-360E) glon=  319.97 glat=  43.00 u=  16.1200 v= -18.1200 vr=  -1.73687 vt=  24.19033
 i= 1874 j=  571 glon=  320.17 (0-360E) glon=  320.17 glat=  43.00 u=  15.0600 v= -21.7300 vr=   2.50528 vt=  26.31958
 i= 1879 j=  571 glon=  320.37 (0-360E) glon=  320.37 glat=  43.00 u=  17.9700 v= -20.0500 vr=   0.57929 vt=  26.91817
 i= 1884 j=  571 glon=  320.57 (0-360E) glon=  320.57 glat=  43.00 u=  18.8200 v= -18.8700 vr=   0.69417 vt=  26.64184
 i= 1889 j=  571 glon=  320.77 (0-360E) glon=  320.77 glat=  43.00 u=  19.5500 v= -19.2800 vr=   2.27678 vt=  27.36306
 i= 1894 j=  571 glon=  320.97 (0-360E) glon=  320.97 glat=  43.00 u=  20.9500 v= -20.2000 vr=   4.21026 vt=  28.79611
 i= 1899 j=  571 glon=  321.17 (0-360E) glon=  321.17 glat=  43.00 u=  22.0900 v= -18.6100 vr=   4.61294 vt=  28.51352
 i= 1904 j=  571 glon=  321.37 (0-360E) glon=  321.37 glat=  43.00 u=  21.0700 v= -11.6100 vr=   1.33155 vt=  24.02007
 i= 1909 j=  571 glon=  321.57 (0-360E) glon=  321.57 glat=  43.00 u=  21.5100 v=  -3.1300 vr=  -4.38892 vt=  21.28883
 i= 1914 j=  571 glon=  321.77 (0-360E) glon=  321.77 glat=  43.00 u=  19.8400 v=  -1.1200 vr=  -3.61583 vt=  19.53985
 i= 1919 j=  571 glon=  321.97 (0-360E) glon=  321.97 glat=  43.00 u=  19.9300 v=   0.0300 vr=  -2.51043 vt=  19.77128
 i= 1924 j=  571 glon=  322.17 (0-360E) glon=  322.17 glat=  43.00 u=  21.5800 v=   2.8000 vr=  -2.94636 vt=  21.56050
 i= 1929 j=  571 glon=  322.37 (0-360E) glon=  322.37 glat=  43.00 u=  22.9000 v=   5.7600 vr=  -3.17819 vt=  23.39843
 i= 1934 j=  571 glon=  322.57 (0-360E) glon=  322.57 glat=  43.00 u=  24.7800 v=   8.6500 vr=  -2.86336 vt=  26.08969
 i= 1939 j=  571 glon=  322.77 (0-360E) glon=  322.77 glat=  43.00 u=  26.2100 v=  12.5200 vr=  -3.18419 vt=  28.87171
 i= 1944 j=  571 glon=  322.97 (0-360E) glon=  322.97 glat=  43.00 u=  26.9200 v=  15.5500 vr=  -2.68914 vt=  30.97188
 i= 1949 j=  571 glon=  323.17 (0-360E) glon=  323.17 glat=  43.00 u=  26.9500 v=  16.9300 vr=  -0.99216 vt=  31.81105
 i= 1954 j=  571 glon=  323.37 (0-360E) glon=  323.37 glat=  43.00 u=  26.5900 v=  17.8800 vr=   0.67469 vt=  32.03541
 i= 1959 j=  571 glon=  323.57 (0-360E) glon=  323.57 glat=  43.00 u=  25.2100 v=  19.4500 vr=   0.96556 vt=  31.82631
 i= 1964 j=  571 glon=  323.77 (0-360E) glon=  323.77 glat=  43.00 u=  24.9800 v=  21.5700 vr=   1.36365 vt=  32.97584
 i= 1969 j=  571 glon=  323.97 (0-360E) glon=  323.97 glat=  43.00 u=  23.6000 v=  23.5500 vr=   0.93099 vt=  33.32710
 i= 1974 j=  571 glon=  324.17 (0-360E) glon=  324.17 glat=  43.00 u=  23.9300 v=  24.4700 vr=   2.31639 vt=  34.14762
 i= 1979 j=  571 glon=  324.37 (0-360E) glon=  324.37 glat=  43.00 u=  26.7400 v=  23.2400 vr=   6.86441 vt=  34.75637
 i= 1879 j=  576 glon=  320.37 (0-360E) glon=  320.37 glat=  42.80 u=  15.8900 v= -18.6900 vr=   3.01001 vt=  24.34642
 i= 1884 j=  576 glon=  320.57 (0-360E) glon=  320.57 glat=  42.80 u=  18.2600 v= -18.4400 vr=   2.70648 vt=  25.80961
 i= 1889 j=  576 glon=  320.77 (0-360E) glon=  320.77 glat=  42.80 u=  20.3600 v= -17.6200 vr=   2.44827 vt=  26.81417
 i= 1894 j=  576 glon=  320.97 (0-360E) glon=  320.97 glat=  42.80 u=  20.5100 v= -19.3700 vr=   5.72984 vt=  27.62292
 i= 1899 j=  576 glon=  321.17 (0-360E) glon=  321.17 glat=  42.80 u=  22.3600 v= -20.0000 vr=   7.54605 vt=  29.03492
 i= 1904 j=  576 glon=  321.37 (0-360E) glon=  321.37 glat=  42.80 u=  23.5500 v= -14.7400 vr=   4.62739 vt=  27.39448
 i= 1909 j=  576 glon=  321.57 (0-360E) glon=  321.57 glat=  42.80 u=  23.9600 v=  -5.8300 vr=  -1.56096 vt=  24.60963
 i= 1914 j=  576 glon=  321.77 (0-360E) glon=  321.77 glat=  42.80 u=  23.4300 v=  -2.0100 vr=  -2.84179 vt=  23.34372
 i= 1919 j=  576 glon=  321.97 (0-360E) glon=  321.97 glat=  42.80 u=  24.1400 v=   0.8100 vr=  -3.39245 vt=  23.91416
 i= 1924 j=  576 glon=  322.17 (0-360E) glon=  322.17 glat=  42.80 u=  24.2100 v=   4.4200 vr=  -4.56108 vt=  24.18382
 i= 1929 j=  576 glon=  322.37 (0-360E) glon=  322.37 glat=  42.80 u=  25.5200 v=   7.1200 vr=  -4.64525 vt=  26.08422
 i= 1934 j=  576 glon=  322.57 (0-360E) glon=  322.57 glat=  42.80 u=  27.3300 v=  10.5000 vr=  -4.99002 vt=  28.84924
 i= 1939 j=  576 glon=  322.77 (0-360E) glon=  322.77 glat=  42.80 u=  27.3700 v=  13.6000 vr=  -5.16399 vt=  30.12325
 i= 1944 j=  576 glon=  322.97 (0-360E) glon=  322.97 glat=  42.80 u=  27.9500 v=  14.7100 vr=  -3.23249 vt=  31.41875
 i= 1949 j=  576 glon=  323.17 (0-360E) glon=  323.17 glat=  42.80 u=  28.3500 v=  15.7300 vr=  -1.30641 vt=  32.39520
 i= 1954 j=  576 glon=  323.37 (0-360E) glon=  323.37 glat=  42.80 u=  26.7200 v=  17.7100 vr=  -1.32897 vt=  32.02868
 i= 1959 j=  576 glon=  323.57 (0-360E) glon=  323.57 glat=  42.80 u=  25.2000 v=  19.7200 vr=  -1.57843 vt=  31.95977
 i= 1964 j=  576 glon=  323.77 (0-360E) glon=  323.77 glat=  42.80 u=  24.9800 v=  21.2700 vr=  -0.86847 vt=  32.79724
 i= 1969 j=  576 glon=  323.97 (0-360E) glon=  323.97 glat=  42.80 u=  23.7800 v=  22.9100 vr=  -0.98540 vt=  33.00584
 i= 1974 j=  576 glon=  324.17 (0-360E) glon=  324.17 glat=  42.80 u=  25.7600 v=  22.5600 vr=   2.39513 vt=  34.15837
 i= 1884 j=  581 glon=  320.57 (0-360E) glon=  320.57 glat=  42.60 u=  18.1900 v= -18.0000 vr=   4.01451 vt=  25.27370
 i= 1889 j=  581 glon=  320.77 (0-360E) glon=  320.77 glat=  42.60 u=  19.4400 v= -18.0000 vr=   4.88074 vt=  26.04020
 i= 1894 j=  581 glon=  320.97 (0-360E) glon=  320.97 glat=  42.60 u=  21.2400 v= -19.0300 vr=   6.64184 vt=  27.73381
 i= 1899 j=  581 glon=  321.17 (0-360E) glon=  321.17 glat=  42.60 u=  23.8300 v= -17.9800 vr=   6.58034 vt=  29.11784
 i= 1904 j=  581 glon=  321.37 (0-360E) glon=  321.37 glat=  42.60 u=  24.6700 v= -15.1900 vr=   5.87510 vt=  28.36949
 i= 1909 j=  581 glon=  321.57 (0-360E) glon=  321.57 glat=  42.60 u=  25.9000 v=  -7.8200 vr=   0.71787 vt=  27.04528
 i= 1914 j=  581 glon=  321.77 (0-360E) glon=  321.77 glat=  42.60 u=  25.9800 v=  -2.9300 vr=  -1.81688 vt=  26.08149
 i= 1919 j=  581 glon=  321.97 (0-360E) glon=  321.97 glat=  42.60 u=  26.3100 v=   0.7400 vr=  -3.21235 vt=  26.12364
 i= 1924 j=  581 glon=  322.17 (0-360E) glon=  322.17 glat=  42.60 u=  27.8900 v=   5.1700 vr=  -5.31251 vt=  27.86321
 i= 1929 j=  581 glon=  322.37 (0-360E) glon=  322.37 glat=  42.60 u=  28.8100 v=   8.9900 vr=  -6.53838 vt=  29.46330
 i= 1934 j=  581 glon=  322.57 (0-360E) glon=  322.57 glat=  42.60 u=  28.6200 v=  12.3600 vr=  -7.28065 vt=  30.31280
 i= 1939 j=  581 glon=  322.77 (0-360E) glon=  322.77 glat=  42.60 u=  28.9000 v=  13.2500 vr=  -5.46385 vt=  31.31962
 i= 1944 j=  581 glon=  322.97 (0-360E) glon=  322.97 glat=  42.60 u=  29.3800 v=  14.2900 vr=  -3.71778 vt=  32.45869
 i= 1949 j=  581 glon=  323.17 (0-360E) glon=  323.17 glat=  42.60 u=  28.3300 v=  15.4100 vr=  -2.65918 vt=  32.14010
 i= 1954 j=  581 glon=  323.37 (0-360E) glon=  323.37 glat=  42.60 u=  26.3200 v=  17.2500 vr=  -2.90812 vt=  31.33445
 i= 1959 j=  581 glon=  323.57 (0-360E) glon=  323.57 glat=  42.60 u=  25.5300 v=  18.7700 vr=  -2.51953 vt=  31.58711
 i= 1964 j=  581 glon=  323.77 (0-360E) glon=  323.77 glat=  42.60 u=  24.6800 v=  20.2800 vr=  -2.29577 vt=  31.86079
 i= 1894 j=  586 glon=  320.97 (0-360E) glon=  320.97 glat=  42.40 u=  22.9000 v= -16.3500 vr=   4.79879 vt=  27.72551
 i= 1899 j=  586 glon=  321.17 (0-360E) glon=  321.17 glat=  42.40 u=  23.3600 v= -12.8200 vr=   3.17866 vt=  26.45634
 i= 1904 j=  586 glon=  321.37 (0-360E) glon=  321.37 glat=  42.40 u=  25.7700 v= -10.7200 vr=   2.28633 vt=  27.81697
 i= 1909 j=  586 glon=  321.57 (0-360E) glon=  321.57 glat=  42.40 u=  28.2700 v=  -7.0400 vr=   0.15760 vt=  29.13297
 i= 1914 j=  586 glon=  321.77 (0-360E) glon=  321.77 glat=  42.40 u=  29.1800 v=  -2.3400 vr=  -2.40618 vt=  29.17462
 i= 1919 j=  586 glon=  321.97 (0-360E) glon=  321.97 glat=  42.40 u=  29.4600 v=   1.1700 vr=  -3.63659 vt=  29.25809
 i= 1924 j=  586 glon=  322.17 (0-360E) glon=  322.17 glat=  42.40 u=  30.0000 v=   5.8600 vr=  -5.99651 vt=  29.97301
 i= 1929 j=  586 glon=  322.37 (0-360E) glon=  322.37 glat=  42.40 u=  29.6700 v=   9.7200 vr=  -7.47195 vt=  30.31431
 i= 1934 j=  586 glon=  322.57 (0-360E) glon=  322.57 glat=  42.40 u=  29.7700 v=  11.8900 vr=  -7.20045 vt=  31.23745
 i= 1939 j=  586 glon=  322.77 (0-360E) glon=  322.77 glat=  42.40 u=  30.0200 v=  12.6800 vr=  -5.50057 vt=  32.12050
 i= 1944 j=  586 glon=  322.97 (0-360E) glon=  322.97 glat=  42.40 u=  29.1300 v=  12.7800 vr=  -3.47563 vt=  31.61970
 i= 1949 j=  586 glon=  323.17 (0-360E) glon=  323.17 glat=  42.40 u=  27.1800 v=  14.4900 vr=  -3.54262 vt=  30.59677
 i= 1954 j=  586 glon=  323.37 (0-360E) glon=  323.37 glat=  42.40 u=  26.1900 v=  16.0400 vr=  -3.31781 vt=  30.53178
 i= 1919 j=  591 glon=  321.97 (0-360E) glon=  321.97 glat=  42.20 u=  29.5700 v=   2.4400 vr=  -4.66998 vt=  29.30068
 i= 1924 j=  591 glon=  322.17 (0-360E) glon=  322.17 glat=  42.20 u=  29.8300 v=   7.1000 vr=  -7.22235 vt=  29.80061
 i= 1929 j=  591 glon=  322.37 (0-360E) glon=  322.37 glat=  42.20 u=  30.2900 v=   8.6800 vr=  -6.61541 vt=  30.80686
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    18.7039828046057       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     12.17 kts
    LL Wind Circ Vt mean quadmax value: SE     32.73 kts
    LL Wind Circ Vt mean quadmax value: SW     41.40 kts
    LL Wind Circ Vt mean quadmax value: NW     31.56 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    13.6759076345137       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   27.3417751238907       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    44.3501302610114     
   xcenlon=    322.149796033123     
   imax=         2738  jmax=         2041
   jlatfix=          537
   ilonfix (unadjusted) =         1924
  
 In get_max_wind, ibeg=         1828  iend=         2019
                  jbeg=          469  jend=          606
         ilonfix=         1924  jlatfix=          537
 At end of get_max_wind, vmax=    24.2123212435322       rmax= 
   87.7286774781165     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    9.35 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    9.58 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    9.84 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=   10.07 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   10.20 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   10.26 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   10.29 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   10.30 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   10.30 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   10.31 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   10.27 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   10.22 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   10.18 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   10.23 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   10.27 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   10.31 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   10.36 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   10.44 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   10.61 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   10.84 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   11.09 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   11.35 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   11.59 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   11.82 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   12.07 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   12.38 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   12.80 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   13.26 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   13.71 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   14.12 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   14.52 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   14.88 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   15.24 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   15.58 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   15.93 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   16.26 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   16.55 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   16.80 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   17.03 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   17.24 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   17.44 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   17.64 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    17.64 m/s   maxrmw_dist=   126.00  km   maxrmw_ix=   42
  
  In get_axisymet_rmw, the selected maxrmw_ix
  index is too close to the upper range.  We
  will continue the search again up in the next
  rdist range, with another loop through
  rdistloop.
  rdist_ix=            1  maxrmw_ix=           42
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            2
  
        ix=   1 radius=   75.00 (km)    azim_ave_wmag=   12.07 (m/s)
        ix=   2 radius=   78.00 (km)    azim_ave_wmag=   12.38 (m/s)
        ix=   3 radius=   81.00 (km)    azim_ave_wmag=   12.80 (m/s)
        ix=   4 radius=   84.00 (km)    azim_ave_wmag=   13.26 (m/s)
        ix=   5 radius=   87.00 (km)    azim_ave_wmag=   13.71 (m/s)
        ix=   6 radius=   90.00 (km)    azim_ave_wmag=   14.12 (m/s)
        ix=   7 radius=   93.00 (km)    azim_ave_wmag=   14.52 (m/s)
        ix=   8 radius=   96.00 (km)    azim_ave_wmag=   14.88 (m/s)
        ix=   9 radius=   99.00 (km)    azim_ave_wmag=   15.24 (m/s)
        ix=  10 radius=  102.00 (km)    azim_ave_wmag=   15.58 (m/s)
        ix=  11 radius=  105.00 (km)    azim_ave_wmag=   15.93 (m/s)
        ix=  12 radius=  108.00 (km)    azim_ave_wmag=   16.26 (m/s)
        ix=  13 radius=  111.00 (km)    azim_ave_wmag=   16.55 (m/s)
        ix=  14 radius=  114.00 (km)    azim_ave_wmag=   16.80 (m/s)
        ix=  15 radius=  117.00 (km)    azim_ave_wmag=   17.03 (m/s)
        ix=  16 radius=  120.00 (km)    azim_ave_wmag=   17.24 (m/s)
        ix=  17 radius=  123.00 (km)    azim_ave_wmag=   17.44 (m/s)
        ix=  18 radius=  126.00 (km)    azim_ave_wmag=   17.64 (m/s)
        ix=  19 radius=  129.00 (km)    azim_ave_wmag=   17.92 (m/s)
        ix=  20 radius=  132.00 (km)    azim_ave_wmag=   18.24 (m/s)
        ix=  21 radius=  135.00 (km)    azim_ave_wmag=   18.55 (m/s)
        ix=  22 radius=  138.00 (km)    azim_ave_wmag=   18.76 (m/s)
        ix=  23 radius=  141.00 (km)    azim_ave_wmag=   18.93 (m/s)
        ix=  24 radius=  144.00 (km)    azim_ave_wmag=   18.99 (m/s)
        ix=  25 radius=  147.00 (km)    azim_ave_wmag=   18.99 (m/s)
        ix=  26 radius=  150.00 (km)    azim_ave_wmag=   18.95 (m/s)
        ix=  27 radius=  153.00 (km)    azim_ave_wmag=   18.90 (m/s)
        ix=  28 radius=  156.00 (km)    azim_ave_wmag=   18.87 (m/s)
        ix=  29 radius=  159.00 (km)    azim_ave_wmag=   18.83 (m/s)
        ix=  30 radius=  162.00 (km)    azim_ave_wmag=   18.78 (m/s)
        ix=  31 radius=  165.00 (km)    azim_ave_wmag=   18.70 (m/s)
        ix=  32 radius=  168.00 (km)    azim_ave_wmag=   18.62 (m/s)
        ix=  33 radius=  171.00 (km)    azim_ave_wmag=   18.57 (m/s)
        ix=  34 radius=  174.00 (km)    azim_ave_wmag=   18.56 (m/s)
        ix=  35 radius=  177.00 (km)    azim_ave_wmag=   18.54 (m/s)
        ix=  36 radius=  180.00 (km)    azim_ave_wmag=   18.49 (m/s)
        ix=  37 radius=  183.00 (km)    azim_ave_wmag=   18.40 (m/s)
        ix=  38 radius=  186.00 (km)    azim_ave_wmag=   18.46 (m/s)
        ix=  39 radius=  189.00 (km)    azim_ave_wmag=   18.55 (m/s)
        ix=  40 radius=  192.00 (km)    azim_ave_wmag=   18.61 (m/s)
        ix=  41 radius=  195.00 (km)    azim_ave_wmag=   18.67 (m/s)
        ix=  42 radius=  198.00 (km)    azim_ave_wmag=   18.61 (m/s)
  After ARMW loop#   2  maxrmw_wmag=    18.99 m/s   maxrmw_dist=   144.00  km   maxrmw_ix=   24
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    144.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    18.9904728804300      
  (m/s)   (in kts)=    36.8927916648114     
  rising_sum_dvdr=       4.47482475423504     
  declining_sum_dvdr=  -0.323089078202297     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   120 igrct=  1 Vmax (m/s)=   24.212   22:32:57
 TIMING: before call  getradii, fhr=   120 igrct=  1   22:32:57
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    2.13009790603155     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.13009790603155     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.6052498944733     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.6052498944733     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.3078033399769     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.3078033399769     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.26070338086186     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    2.26 good_quad_ct=   4 mean_vt_4quad=      0.57
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   15.81 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   15.67 mean_vt_4quad=   10.75
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   15.78 mean_vt_4quad=   10.83
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   15.79 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   15.84 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   15.93 mean_vt_4quad=   11.10
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   16.11 mean_vt_4quad=   11.19
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   16.21 mean_vt_4quad=   11.28
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   16.32 mean_vt_4quad=   11.37
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   16.54 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   16.95 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   17.20 mean_vt_4quad=   11.63
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   17.30 mean_vt_4quad=   11.72
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   17.48 mean_vt_4quad=   11.81
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   17.54 mean_vt_4quad=   11.91
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 109
  ++++ rdist(ihc)=  327.00  mean_radii_vt_4quad(ihc)=   11.91 .... 0.5*v_holland=    7.98
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 108
  ++++ rdist(ihc)=  324.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    7.98
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 107
  ++++ rdist(ihc)=  321.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    7.98
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 106
  ++++ rdist(ihc)=  318.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    7.98
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 105
  ++++ rdist(ihc)=  315.00  mean_radii_vt_4quad(ihc)=   12.28 .... 0.5*v_holland=    7.98
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    327.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   176.449200000000     
 vradius(iwindix,iquad) =         176
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   15.12 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   15.18 mean_vt_4quad=   10.75
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   15.30 mean_vt_4quad=   10.83
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   15.40 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   15.49 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   15.58 mean_vt_4quad=   11.10
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   15.67 mean_vt_4quad=   11.19
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.77 mean_vt_4quad=   11.28
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.87 mean_vt_4quad=   11.37
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.97 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   16.06 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   16.16 mean_vt_4quad=   11.63
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   16.34 mean_vt_4quad=   11.72
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   16.51 mean_vt_4quad=   11.81
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   16.66 mean_vt_4quad=   11.91
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   16.84 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.99 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   17.12 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   17.21 mean_vt_4quad=   12.28
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   17.33 mean_vt_4quad=   12.35
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   17.48 mean_vt_4quad=   12.43
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   17.65 mean_vt_4quad=   12.50
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 102
  ++++ rdist(ihc)=  306.00  mean_radii_vt_4quad(ihc)=   12.50 .... 0.5*v_holland=    8.41
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 101
  ++++ rdist(ihc)=  303.00  mean_radii_vt_4quad(ihc)=   12.57 .... 0.5*v_holland=    8.41
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 100
  ++++ rdist(ihc)=  300.00  mean_radii_vt_4quad(ihc)=   12.65 .... 0.5*v_holland=    8.41
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  99
  ++++ rdist(ihc)=  297.00  mean_radii_vt_4quad(ihc)=   12.74 .... 0.5*v_holland=    8.41
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  98
  ++++ rdist(ihc)=  294.00  mean_radii_vt_4quad(ihc)=   12.84 .... 0.5*v_holland=    8.41
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    306.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   165.117600000000     
 vradius(iwindix,iquad) =         165
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   15.20 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   15.32 mean_vt_4quad=   10.75
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   15.46 mean_vt_4quad=   10.83
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   15.62 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   15.76 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   15.87 mean_vt_4quad=   11.10
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   16.00 mean_vt_4quad=   11.19
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   16.08 mean_vt_4quad=   11.28
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   16.15 mean_vt_4quad=   11.37
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   16.27 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   16.38 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   16.46 mean_vt_4quad=   11.63
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   16.61 mean_vt_4quad=   11.72
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   16.84 mean_vt_4quad=   11.81
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   17.11 mean_vt_4quad=   11.91
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   17.47 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   17.67 mean_vt_4quad=   12.11
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 107
  ++++ rdist(ihc)=  321.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc= 106
  ++++ rdist(ihc)=  318.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc= 105
  ++++ rdist(ihc)=  315.00  mean_radii_vt_4quad(ihc)=   12.28 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc= 104
  ++++ rdist(ihc)=  312.00  mean_radii_vt_4quad(ihc)=   12.35 .... 0.5*v_holland=    8.10
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc= 103
  ++++ rdist(ihc)=  309.00  mean_radii_vt_4quad(ihc)=   12.43 .... 0.5*v_holland=    8.10
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    321.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   173.211600000000     
 vradius(iwindix,iquad) =         173
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.18 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.11 mean_vt_4quad=   10.75
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.10 mean_vt_4quad=   10.83
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.17 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.26 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.50 mean_vt_4quad=   11.10
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.78 mean_vt_4quad=   11.19
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.02 mean_vt_4quad=   11.28
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.18 mean_vt_4quad=   11.37
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.25 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.30 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.35 mean_vt_4quad=   11.63
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.43 mean_vt_4quad=   11.72
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.56 mean_vt_4quad=   11.81
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.76 mean_vt_4quad=   11.91
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.83 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.79 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.84 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   14.88 mean_vt_4quad=   12.28
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   14.90 mean_vt_4quad=   12.35
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   14.92 mean_vt_4quad=   12.43
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   14.93 mean_vt_4quad=   12.50
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.06 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.19 mean_vt_4quad=   12.65
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   15.40 mean_vt_4quad=   12.74
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   15.58 mean_vt_4quad=   12.84
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   15.80 mean_vt_4quad=   12.93
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   16.00 mean_vt_4quad=   13.01
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.05 mean_vt_4quad=   13.09
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   16.13 mean_vt_4quad=   13.17
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.11 mean_vt_4quad=   13.26
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.19 mean_vt_4quad=   13.36
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   16.32 mean_vt_4quad=   13.46
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   16.47 mean_vt_4quad=   13.56
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.60 mean_vt_4quad=   13.67
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.81 mean_vt_4quad=   13.76
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   17.01 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   17.18 mean_vt_4quad=   13.93
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   17.29 mean_vt_4quad=   14.02
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.58 mean_vt_4quad=   14.12
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  84
  ++++ rdist(ihc)=  252.00  mean_radii_vt_4quad(ihc)=   14.12 .... 0.5*v_holland=    9.69
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  83
  ++++ rdist(ihc)=  249.00  mean_radii_vt_4quad(ihc)=   14.24 .... 0.5*v_holland=    9.69
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  82
  ++++ rdist(ihc)=  246.00  mean_radii_vt_4quad(ihc)=   14.34 .... 0.5*v_holland=    9.69
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  81
  ++++ rdist(ihc)=  243.00  mean_radii_vt_4quad(ihc)=   14.43 .... 0.5*v_holland=    9.69
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   14.50 .... 0.5*v_holland=    9.69
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    252.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   135.979200000000     
 vradius(iwindix,iquad) =         136
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    24.2123212435322       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   120 igrct=  1   22:32:57
 TIMING: after getrad_iter_loop, fhr=   120 igrct=  2 Vmax (m/s)=   24.212   22:32:57
 TIMING: Before get_phase ... 22:32:57
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          120 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    76.108
  
  
  In get_cps_paramb, lead time=          120 :           0   08L  FRANKLIN 
   right_ct=         1075   left_ct=         1143
   zthicksum(1)=    3636148.94168750     
   zthicksum(2)=    3812865.25593750     
   zthick_right_mean=    3382.46413180233     
   zthick_left_mean=     3335.84011893044     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    46.6240128718837     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           96.11
  Sum of y-diffs squared (ydiff2) =          127.31
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   169.14   6.7452        0.95   0.1661     4.14    17.14        0.91
    2   165.74   6.6846       -2.44   0.1055    -0.41     0.17        5.94
    3   165.30   6.6201       -2.89   0.0409    -2.10     4.41        8.33
    4   165.81   6.5511       -2.37  -0.0281    -2.91     8.48        5.63
    5   165.08   6.4770       -3.10  -0.1022    -5.06    25.61        9.62
    6   178.02   6.3969        9.84  -0.1822     6.35    40.30       96.88
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   168.181     x:    6.58
  
  slope=    -19.178         y-intercept =    294.359
  Regression equation:   Y =   294.36 -    19.18X
  
  R2(r_squared) =  0.2450        r =  0.4950
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1062.93 zmin=  887.14 zdiff=  175.79
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1549.86 zmin= 1380.73 zdiff=  169.14
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.66 dlnp=     -0.057158  dzdlnp=      116.448
  
   +++ k=  3 press=    800.0 zmax= 2062.37 zmin= 1896.62 zdiff=  165.74
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -3.39 dlnp=     -0.060625  dzdlnp=       55.951
  
   +++ k=  4 press=    750.0 zmax= 2604.94 zmin= 2439.64 zdiff=  165.30
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -0.45 dlnp=     -0.064539  dzdlnp=        6.942
  
   +++ k=  5 press=    700.0 zmax= 3181.17 zmin= 3015.37 zdiff=  165.81
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       0.51 dlnp=     -0.068993  dzdlnp=       -7.421
  
   +++ k=  6 press=    650.0 zmax= 3794.40 zmin= 3629.32 zdiff=  165.08
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -0.73 dlnp=     -0.074108  dzdlnp=        9.824
  
   +++ k=  7 press=    600.0 zmax= 4449.53 zmin= 4271.51 zdiff=  178.02
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      12.94 dlnp=     -0.080043  dzdlnp=     -161.714
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           27.83
  Sum of y-diffs squared (ydiff2) =         9198.66
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   192.70   6.3099      -50.42   0.2788     2.32     5.38     2542.04
    2   208.64   6.2146      -34.48   0.1834     0.22     0.05     1189.05
    3   227.15   6.1092      -15.97   0.0781    -1.20     1.43      255.06
    4   248.16   5.9915        5.04  -0.0397    -2.47     6.11       25.37
    5   273.79   5.8579       30.67  -0.1732    -2.10     4.42      940.61
    6   308.29   5.7038       65.17  -0.3274     3.23    10.42     4246.52
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   243.123     x:    6.03
  
  slope=   -189.191         y-intercept =   1384.165
  Regression equation:   Y =  1384.17 -   189.19X
  
  R2(r_squared) =  0.9970        r =  0.9985
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4449.53 zmin= 4271.51 zdiff=  178.02
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5150.73 zmin= 4958.03 zdiff=  192.70
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      14.68 dlnp=     -0.087011  dzdlnp=     -168.714
  
   +++ k=  9 press=    500.0 zmax= 5908.62 zmin= 5699.98 zdiff=  208.64
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      15.94 dlnp=     -0.095310  dzdlnp=     -167.201
  
   +++ k= 10 press=    450.0 zmax= 6731.37 zmin= 6504.22 zdiff=  227.15
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      18.51 dlnp=     -0.105361  dzdlnp=     -175.701
  
   +++ k= 11 press=    400.0 zmax= 7631.06 zmin= 7382.90 zdiff=  248.16
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      21.01 dlnp=     -0.117783  dzdlnp=     -178.362
  
   +++ k= 12 press=    350.0 zmax= 8625.47 zmin= 8351.68 zdiff=  273.79
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      25.63 dlnp=     -0.133531  dzdlnp=     -191.955
  
   +++ k= 13 press=    300.0 zmax= 9743.04 zmin= 9434.75 zdiff=  308.29
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      34.50 dlnp=     -0.154151  dzdlnp=     -223.781
  
cps_stats: 08L   lead time= 120: 0   paramb=    46.62  vtl=    -19.18  vtu=   -189.19
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  120:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  322.150 (0-360) guesslon=  322.150E  (  37.850W)   guesslat=   44.350
 ilonfix=         1924  jlatfix=          537  npts=           33
 ibeg=         1841  jbeg=          469  imax=         2738
 iend=         2007  jend=          605  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  321.230E  (0-360) ctlon=  321.230E  (  38.770W)  ctlat=   45.430 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  321.230E   (0-360) guesslon=  321.230E  (  38.770W)   guesslat=   45.430
 ilonfix=         1901  jlatfix=          510  npts=           16
 ibeg=         1841  jbeg=          466  imax=         2738
 iend=         1961  jend=          554  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  320.910E  (0-360) ctlon=  320.910  (  39.090W)  ctlat=   45.510 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        22050
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999998     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L   120:00  mean_lon:  320.91E (  39.09W)    (0-360) mean_lon=  320.91E  mean_lat:   45.51  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L   120:00  ifix:  1869   jfix:   496  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1869  jx=          496
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        2085 ,         278 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        2086 ,         277 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L   120:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:57
 TIMING: Before shear ... 22:32:57
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           21
  clon(ist,ifh,3)=    322.179512354034     
  clat(ist,ifh,3)=    44.2146421843753     
  fixlon(ist,ifh)=    322.149796033123     
  fixlat(ist,ifh)=    44.3501302610114     
  xcenlon=    322.179512354034     
  xcenlat=    44.2146421843753     
  
 xxshear
 In get_shear A, xcenlon=    322.179512354034       xcenlat= 
   44.2146421843753     
   In get_shear B, (0-360) xcenlon=    322.179512354034     
  
At start of get_shear:  08L   fhr=  120:00   Mean fix position=   322.15E  ( 37.85W)    44.35  (0-360) mean lon fix=  322.15
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    9.47 vr_mean(idist,ilev)=   -0.22
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   12.48 vr_mean(idist,ilev)=    1.20
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   13.44 vr_mean(idist,ilev)=    2.35
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   16.73 vr_mean(idist,ilev)=    2.12
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   22.23 vr_mean(idist,ilev)=    3.05
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   22.47 vr_mean(idist,ilev)=    3.53
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   21.58 vr_mean(idist,ilev)=    3.88
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   21.67 vr_mean(idist,ilev)=    3.29
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   20.17 vr_mean(idist,ilev)=    1.82
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   18.44 vr_mean(idist,ilev)=    1.55
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   17.00 vr_mean(idist,ilev)=    1.23
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   16.17 vr_mean(idist,ilev)=    0.87
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   14.35 vr_mean(idist,ilev)=    0.67
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.98 vr_mean(idist,ilev)=    0.55
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.36 vr_mean(idist,ilev)=    0.41
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.23 vr_mean(idist,ilev)=   -0.42
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.24 vr_mean(idist,ilev)=   -0.68
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.31 vr_mean(idist,ilev)=   -0.60
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.61 vr_mean(idist,ilev)=   -0.45
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -28.63 vr_mean(idist,ilev)=   28.63
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -42.95 vr_mean(idist,ilev)=   42.95
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -57.28 vr_mean(idist,ilev)=   57.28
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -71.62 vr_mean(idist,ilev)=   71.62
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -85.97 vr_mean(idist,ilev)=   85.97
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)= -100.35 vr_mean(idist,ilev)=  100.35
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -114.74 vr_mean(idist,ilev)=  114.74
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -129.17 vr_mean(idist,ilev)=  129.17
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -143.62 vr_mean(idist,ilev)=  143.62
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -158.11 vr_mean(idist,ilev)=  158.11
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -172.65 vr_mean(idist,ilev)=  172.65
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -187.24 vr_mean(idist,ilev)=  187.24
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -201.89 vr_mean(idist,ilev)=  201.89
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -216.62 vr_mean(idist,ilev)=  216.62
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -231.44 vr_mean(idist,ilev)=  231.44
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -246.37 vr_mean(idist,ilev)=  246.37
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -261.46 vr_mean(idist,ilev)=  261.46
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -276.76 vr_mean(idist,ilev)=  276.76
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -292.36 vr_mean(idist,ilev)=  292.36
  
 At end of get_shear: 
     ist=    2 ifh=   21 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:57
  
 After call to fixcenter, fix positions at 
 forecast hour=  120:00 follow:
  
fixpos  08L   fhr=  120:00   Fix position=   322.15E  ( 37.85W)    44.35   Max Wind=  47 kts
  
  
 xxxx get_next_ges, prev fix lon=    318.437172684455     
 xxxx get_next_ges, curr fix lon=    322.149796033123     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    322.149796033123        fixlat=    44.3501302610114     
        (0-360) fixlon=    322.149796033123     
      ilonfix=         1924   jlatfix=          537
      ibeg=         1382   iend=         2466
      jbeg=           85   jend=          989
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.08589770770978       vavg=   0.210864142861130     
      ubar=    2.02147442692744       vbar=   5.271603571528247E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.4353287465292       vavg=    1.67097994773469     
      ubar=    8.23913880019205       vbar=   0.888206009582627     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    17.3968434773020       vavg=    1.73277415807998     
      ubar=    12.5883496695176       vbar=    1.32139954910262     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.5883496695176       vbar=    1.32139954910262     
      wgttot=    1.00000000000000     
      fixlon=    322.149796033123        fixlat=    44.3501302610114     
      barnlon=    325.576963623472       barnlat=    44.6068167660635     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.713513736071541     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      325.576963623472     
     Raw (no conversion for GM wrap) extraplon=    325.900411038382     
  
 --- barnlon=    325.58E  (  34.42W)    barnlat=     44.61
 --- extraplon=  325.90E  (  34.10W)    extraplat=   44.95
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   44.35
 | Current fix lon is   37.85W   ( 322.15E)
 | Current fix lon (raw, unadjusted)=  322.15E
 | Updated guess lat for next fcst hour is   44.78
 | Updated guess lon (0-360) for next fcst hour is   34.26W   ( 325.74E)
 | Raw updated guess lon for next fcst hour is  325.74E)
 -------------------------------------------------
  
 iocheck, dist=    288.231013263111        distm=    288231.013263111     
 iocheck, stmspd=    13.3440283918107        istmspd=          259
 iocheck, xincr=    3.58889129780346        yincr=   0.426697569114943     
 iocheck, stmdir=    83.2197054540303        istmdir=           83
 +++ RPT_STORM_MOTION: istmspd=   259 kts(*10)    istmdir=    83 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  21
     Fix location for this time:   322.15E  ( 37.85W)    44.35
     Fix lon (raw) for this time:  322.15E
     ilonfix= 1924  jlatfix=  537
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    322.149796033123       xcenlat=    44.3501302610114     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    322.149796033123       xcenlat=    44.3501302610114     
  ilonfix=         1924  jlatfix=          537
  ibeg=         1786  iend=         2062
  jbeg=          421  jend=          653  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    322.149796033123        xcenlat=    44.3501302610114     
      ilonfix=         1924   jlatfix=          537
      ibeg=         1786   iend=         2062
      jbeg=          421   jend=          653
 After call to barnes, xsmoothval=   2.497371333174989E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.497371333174989E-004
      xcenlon=    322.149796033123        xcenlat=    44.3501302610114     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000250  imeanzeta (*1e6)=      250
   --- mean zeta raw =   2.497371333174989E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001392  igrid zeta (*1e6)=     1392 ifilret=   0
   --- grid zeta raw=   1.392307461072510E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    322.149796033123       xcenlat=    44.3501302610114     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    322.149796033123       xcenlat=    44.3501302610114     
  ilonfix=         1924  jlatfix=          537
  ibeg=         1786  iend=         2062
  jbeg=          421  jend=          653  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    322.149796033123        xcenlat=    44.3501302610114     
      ilonfix=         1924   jlatfix=          537
      ibeg=         1786   iend=         2062
      jbeg=          421   jend=          653
 After call to barnes, xsmoothval=   2.109799215378694E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.109799215378694E-004
      xcenlon=    322.149796033123        xcenlat=    44.3501302610114     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000211  imeanzeta (*1e6)=      211
   --- mean zeta raw =   2.109799215378694E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001254  igrid zeta (*1e6)=     1254 ifilret=   0
   --- grid zeta raw=   1.254235193185066E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=          120
  
 segx, outlon=    322.149796033123       outlat=    44.3501302610114     
   ist=            2  ifcsthour=          120
   vmaxwind=    24.2123212435322       xminmslp=    99743.8200000000     
   vradius=          176           0           0         165           0
           0         173           0           0         136           0
           0
   maxstorm=            6
   plastbar=    100543.820000000       rlastbar=    98.8629236521275     
   rmax=    87.7286774781165     
   cps_vals=    46.6240128718837       -19.1783679195483     
  -189.191223344433     
   wcore_flag= n
   istmspd=          259  istmdir=           83
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    144.000000000000     
   axisymet_rmw_val=     18.9904728804300     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   98.8629236521275       irlastbar=          99
 output: plastbar=   100543.820000000       iplastbar=        1005
 rmax=    87.7286774781165        irmax=           88
 TXX top of atcfunix_ext, ist=            2  ifh=          120
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   98.8629236521275       irlastbar=          99
 output: plastbar=   100543.820000000       iplastbar=        1005
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          120
 intlat=          444
 clatns= N
 intlon=          379
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           47
 int(xminmslp/mslp_outp_adj + 0.5)=          997
 XX,  34, NEQ
 vradius(1,1)=          176
 vradius(1,2)=          165
 vradius(1,3)=          173
 vradius(1,4)=          136
 iplastbar=         1005
 irlastbar=           99
 irmax=           88
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=           83
 istmspd=          259
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          466
 icps_vals(2)=         -192
 icps_vals(3)=        -1892
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           78
 irmw_val=           37
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          250
 igridzeta(1)=         1392
 imeanzeta(2)=          211
 igridzeta(2)=         1254
  
 rmax=    87.7286774781165        irmax=           88
 +++ Top of output_atcf_parms, ist=            2  ifh=          120
  
 xxxx get_next_ges, prev fix lon=    318.437172684455     
 xxxx get_next_ges, curr fix lon=    322.149796033123     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    322.149796033123        fixlat=    44.3501302610114     
        (0-360) fixlon=    322.149796033123     
      ilonfix=         1924   jlatfix=          537
      ibeg=         1382   iend=         2466
      jbeg=           85   jend=          989
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=    8.08589770770978       vavg=   0.210864142861130     
      ubar=    2.02147442692744       vbar=   5.271603571528247E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=    12.4353287465292       vavg=    1.67097994773469     
      ubar=    8.23913880019205       vbar=   0.888206009582627     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=    17.3968434773020       vavg=    1.73277415807998     
      ubar=    12.5883496695176       vbar=    1.32139954910262     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=    12.5883496695176       vbar=    1.32139954910262     
      wgttot=    1.00000000000000     
      fixlon=    322.149796033123        fixlat=    44.3501302610114     
      barnlon=    325.576963623472       barnlat=    44.6068167660635     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.713513736071541     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      325.576963623472     
     Raw (no conversion for GM wrap) extraplon=    325.900411038382     
  
 --- barnlon=    325.58E  (  34.42W)    barnlat=     44.61
 --- extraplon=  325.90E  (  34.10W)    extraplat=   44.95
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            2
 | Return code from get_next_ges =            0
 | Storm Name = FRANKLIN 
 | Storm ID = 08L 
 | Gen ID (if available): 2023082812_F000_275N_0709W_08L
 | Current fix lat is   44.35
 | Current fix lon is   37.85W   ( 322.15E)
 | Current fix lon (raw, unadjusted)=  322.15E
 | Updated guess lat for next fcst hour is   44.78
 | Updated guess lon (0-360) for next fcst hour is   34.26W   ( 325.74E)
 | Raw updated guess lon for next fcst hour is  325.74E)
 -------------------------------------------------
  
 iocheck, dist=    288.231013263111        distm=    288231.013263111     
 iocheck, stmspd=    13.3440283918107        istmspd=          259
 iocheck, xincr=    3.58889129780346        yincr=   0.426697569114943     
 iocheck, stmdir=    83.2197054540303        istmdir=           83
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:  120:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   6.694157104013776E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.845 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.669E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.845
 ilonfix=         1076  jlatfix=          774  npts=           16
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1129  jend=          818  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.111E  (0-360) ctlon=  288.111  (  71.889W)  ctlat=   34.525 fmax (x10e5) =        0.664E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.972957781106041E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.845 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.597E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.845
 ilonfix=         1076  jlatfix=          774  npts=           16
 ibeg=         1023  jbeg=          730  imax=         2738
 iend=         1129  jend=          818  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.211E  (0-360) ctlon=  288.211  (  71.789W)  ctlat=   34.625 fmax (x10e5) =        0.553E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.445 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.141E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.445
 ilonfix=         1076  jlatfix=          784  npts=           16
 ibeg=         1024  jbeg=          740  imax=         2738
 iend=         1128  jend=          828  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.211E  (0-360) ctlon=  288.211  (  71.789W)  ctlat=   34.525 fmax =       -0.100E+16 fmin =        0.141E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.445 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.308E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.445
 ilonfix=         1076  jlatfix=          784  npts=           16
 ibeg=         1024  jbeg=          740  imax=         2738
 iend=         1128  jend=          828  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.311E  (0-360) ctlon=  288.311  (  71.689W)  ctlat=   34.625 fmax =       -0.100E+16 fmin =        0.308E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.445 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.999E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.445
 ilonfix=         1076  jlatfix=          784  npts=           16
 ibeg=         1024  jbeg=          740  imax=         2738
 iend=         1128  jend=          828  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.211E  (0-360) ctlon=  288.211  (  71.789W)  ctlat=   34.525 fmax =       -0.100E+16 fmin =        0.999E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.351 (0-360) guesslon=  288.351E  (  71.649W)   guesslat=   34.565
 ilonfix=         1079  jlatfix=          781  npts=           33
 ibeg=         1003  jbeg=          713  imax=         2738
 iend=         1155  jend=          849  jmax=         2041
 TIMING: find_maxmin 1  22:32:57
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.651996837170843E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  288.231E  (0-360) ctlon=  288.231E  (  71.769W)  ctlat=   34.445 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.465E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:57
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  288.231E   (0-360) guesslon=  288.231E  (  71.769W)   guesslat=   34.445
 ilonfix=         1076  jlatfix=          784  npts=           16
 ibeg=         1024  jbeg=          740  imax=         2738
 iend=         1128  jend=          828  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  288.111E  (0-360) ctlon=  288.111  (  71.889W)  ctlat=   34.525 fmax (x10e5) =        0.530E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    288.209174392988        uvgeslat=    34.5595910298212     
    (0-360 uvgeslon)=    288.209174392988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:32:57
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.209174392988        uvgeslat=    34.5595910298212     
    (0-360 uvgeslon)=    288.209174392988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.209174392988     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.209E  (0-360E lon):  288.209E    71.791W  ctlat=   34.560  xmax_circul_disk =     101339421.7
 TIMING: get_wind_circ kloop, k=  1   22:32:57
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.209E  (0-360E)=  288.209E  (  71.791W)   guesslat=   34.560
 ilonfix=         1076  jlatfix=          782  npts=           56
 ibeg=         1004  jbeg=          718  imax=         2738
 iend=         1148  jend=          846  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    102433498.773698     
 nhalf get_wind_circ, k=  1 ctlon=  288.169E  (0-360E)=  288.169E  ctlon=   71.831W   ctlat=   34.400 Wind Circulation (NHEM: Max) =     102433498.8
 TIMING: After GWC 850 ... 22:32:58
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:32:58
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.209174392988        uvgeslat=    34.5595910298212     
    (0-360 uvgeslon)=    288.209174392988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.209174392988     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.209E  (0-360E lon):  288.209E    71.791W  ctlat=   34.560  xmax_circul_disk =      87389798.3
 TIMING: get_wind_circ kloop, k=  1   22:32:58
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.209E  (0-360E)=  288.209E  (  71.791W)   guesslat=   34.560
 ilonfix=         1076  jlatfix=          782  npts=           56
 ibeg=         1004  jbeg=          718  imax=         2738
 iend=         1148  jend=          846  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    87478708.1253369     
 nhalf get_wind_circ, k=  1 ctlon=  288.229E  (0-360E)=  288.229E  ctlon=   71.771W   ctlat=   34.580 Wind Circulation (NHEM: Max) =      87478708.1
 TIMING: After GWC 700 ... 22:32:58
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:32:58
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    288.209174392988        uvgeslat=    34.5595910298212     
    (0-360 uvgeslon)=    288.209174392988     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    288.209174392988     
  
 After first run, Wind Circulation (NHEM) ctlon=  288.209E  (0-360E lon):  288.209E    71.791W  ctlat=   34.240  xmax_circul_disk =      76057581.5
 TIMING: get_wind_circ kloop, k=  1   22:32:58
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  288.209E  (0-360E)=  288.209E  (  71.791W)   guesslat=   34.240
 ilonfix=         1076  jlatfix=          790  npts=           56
 ibeg=         1004  jbeg=          726  imax=         2738
 iend=         1148  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    76474839.8493933     
 nhalf get_wind_circ, k=  1 ctlon=  288.169E  (0-360E)=  288.169E  ctlon=   71.831W   ctlat=   34.380 Wind Circulation (NHEM: Max) =      76474839.8
 TIMING: After GWC Sfc ... 22:32:58
  
 At beg of fixcenter, stderr(ist,ifh-1) =     4.56  xavg_stderr=     4.86
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           21  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   120:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  288.35E   (0-360) guesslon=  288.35E  ( 71.65W)    34.57
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       288.11       71.89      34.53           66.37       T         22.43
   2    zeta 700    Max       288.21       71.79      34.63           55.31       T         14.45
   3    circ 850    Max       288.17       71.83      34.40          102.43       T         24.82
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       288.23       71.77      34.58           87.48       T         11.27
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       288.21       71.79      34.53         1414.08       T         13.57
   8     gph 700    Min       288.31       71.69      34.63         3080.71       T          7.61
   9        MSLP    Min       288.21       71.79      34.53        99893.94       T         13.57
  10    circ sfc    Max       288.17       71.83      34.38           76.47       T         26.51
  11    zeta sfc    Max       288.11       71.89      34.53           53.03       T         22.43
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    9.17841996651179       stderr_close= 
   5.16294505561854       isret=            0
 ip=  1 kprm=  1 dist_from_mean=   7.480 devia=   1.449 wtpos=  0.61699     288.11   288.11    71.89    34.53
 ip=  2 kprm=  2 dist_from_mean=  11.446 devia=   2.217 wtpos=  0.47760     288.21   288.21    71.79    34.63
 ip=  3 kprm=  3 dist_from_mean=  13.914 devia=   2.695 wtpos=  0.40724     288.17   288.17    71.83    34.40
 ip=  5 kprm=  4 dist_from_mean=   7.106 devia=   1.376 wtpos=  0.63206     288.23   288.23    71.77    34.58
 ip=  7 kprm=  5 dist_from_mean=   1.696 devia=   0.329 wtpos=  0.89627     288.21   288.21    71.79    34.53
 ip=  8 kprm=  6 dist_from_mean=  15.673 devia=   3.036 wtpos=  0.36353     288.31   288.31    71.69    34.63
 ip=  9 kprm=  7 dist_from_mean=   1.696 devia=   0.329 wtpos=  0.89627     288.21   288.21    71.79    34.53
 ip= 10 kprm=  8 dist_from_mean=  16.115 devia=   3.121 wtpos=  0.35330     288.17   288.17    71.83    34.38
 ip= 11 kprm=  9 dist_from_mean=   7.480 devia=   1.449 wtpos=  0.61699     288.11   288.11    71.89    34.53
  
At end of fixcenter:  10L   fhr=  120:00   Fix position=   288.19E  (0-360) fixlon=  288.19  ( 71.81W)    34.53
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    288.190583781735     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    288.210992529351     
        (0-360E clon(ist,ifh,9))=    288.210992529351     
      clat(ist,ifh,9)=    34.5250464389121     
      xval(9)=    99893.9381506721     
  
  After get_ij B, ibeg jbeg =          965         644
  After get_ij B, iend jend =         1187         920
  
 In is_it_a_storm, ilonfix=         1076  jlatfix=          782
 ibeg jbeg iend jend =          965         644        1187         920
 cparm= slp  parmlon parmlat =    288.210992529351        34.5250464389121     
     (0-360E parmlon) =    288.210992529351     
 parmval=    99893.9381506721     
  
 i= 1050 j=  719 glon=  287.21 (0-360E) glon=  287.21 glat=  37.08 dist=   298.19 slp=  101511.50 pgradient=  5.42452
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.42452
 mslp center =    288.210992529351        34.5250464389121     
   99893.9381506721     
   (0-360E) lon of mslp center =    288.210992529351     
 pgrad loc   =    287.208951000000        287.208951000000     
   72.7910490000000        37.0807210000000        101511.500000000     
  ttest at location C IF....
      xinp_fixlat=    34.5250464389121     
      xinp_fixlon=    288.210992529351       (0-360E) xinp_fixlon= 
   288.210992529351     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99370.3000000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1077  jfix=          782
 longitude=    288.210992529351      E   (   71.7890074706488      
 W)  (0-360E) xinp_fixlon=    288.210992529351     
 latitude=    34.5250464389121     
 mean mslp value (xval(9))=    99893.9381506721     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1077  jfix=          782
 longitude=    288.210992529351      E   (   71.7890074706488      
 W)  (0-360E) xinp_fixlon=    288.210992529351     
 latitude=    34.5250464389121     
 mean mslp value (xval(9))=    99893.9381506721     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1077  jx=          782
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99370.3000000000       xcentval=    99370.3000000000     
 At A, num_found_contours=            0
 At A, contlo=    99370.3000000000       conthi=    99770.3000000000     
  
 num_found_contours=            0
 contlo=    99370.3000000000       conthi=    99770.3000000000     
 xcentval=    99370.3000000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99770.3000000000       conthi=    100170.300000000     
  
 num_found_contours=            1
 contlo=    99770.3000000000       conthi=    100170.300000000     
 xcentval=    99370.3000000000     
 At A, num_found_contours=            2
 At A, contlo=    100170.300000000       conthi=    100570.300000000     
  
 num_found_contours=            2
 contlo=    100170.300000000       conthi=    100570.300000000     
 xcentval=    99370.3000000000     
 At A, num_found_contours=            3
 At A, contlo=    100570.300000000       conthi=    100970.300000000     
  
 num_found_contours=            3
 contlo=    100570.300000000       conthi=    100970.300000000     
 xcentval=    99370.3000000000     
 At A, num_found_contours=            4
 At A, contlo=    100970.300000000       conthi=    101370.300000000     
  
 num_found_contours=            4
 contlo=    100970.300000000       conthi=    101370.300000000     
 xcentval=    99370.3000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1152 ,         932 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99370.3000000000     
 !!! (i,j) of central value = (        1077 ,         782 )
 !!!  
 !!! Flagged value found    =    100969.660000000     
 !!! (i,j) of flagged value = (        1153 ,         933 )
 !!!   
 !!! Lower bound of contour interval =    100970.300000000     
 !!! Upper bound of contour interval =    101370.300000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1077  jfix=          782
 longitude=    288.210992529351      E   (   71.7890074706488      W)  
 (0-360E) xinp_fixlon=    288.210992529351     
 latitude=    34.5250464389121     
 mean mslp value (xval(9))=    99893.9381506721     
 gridpoint mslp value=    99370.3000000000     
 ccflag= y
 prs of last closed isobar =    100970.300000000     
 radius of last closed isobar =    100.681405163580       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =  120:00
 !!! Boundary check xinp_fixlat is   34.53
 !!! Boundary check xinp_fixlon is   71.79W   ( 288.21E)  (0-360E) xinp_fixlon=  288.21
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    288.169175392988     
  850 mb wcirc fix lat=    34.3995950298212     
    (0-360) 850 mb wcirc fix lon=    288.169175392988     
  Multi-parm fix lon=      288.190583781735     
  Multi-parm fix lat=      34.5281088404851     
    (0-360) Multi-parm fix lon=      288.190583781735     
  
  
  After get_ij B, ibeg jbeg =          981         682
  After get_ij B, iend jend =         1169         890
  
 In is_it_a_storm, ilonfix=         1075  jlatfix=          786
 ibeg jbeg iend jend =          981         682        1169         890
 cparm= v850  parmlon parmlat =    288.169175392988        34.3995950298212     
     (0-360E parmlon) =    288.169175392988     
 parmval=    102433498.773698     
  
 i= 1061 j=  737 glon=  287.65 (0-360E) glon=  287.65 glat=  36.36 u= -18.2200 v=  -3.5900 vr=   0.36664 vt=  18.56669
 i= 1066 j=  737 glon=  287.85 (0-360E) glon=  287.85 glat=  36.36 u= -18.0300 v=  -2.1700 vr=   0.24282 vt=  18.15849
 i= 1071 j=  737 glon=  288.05 (0-360E) glon=  288.05 glat=  36.36 u= -18.7500 v=  -0.5400 vr=   0.40241 vt=  18.75346
 i= 1076 j=  737 glon=  288.25 (0-360E) glon=  288.25 glat=  36.36 u= -19.4000 v=   1.0300 vr=   0.38275 vt=  19.42355
 i= 1081 j=  737 glon=  288.45 (0-360E) glon=  288.45 glat=  36.36 u= -19.5900 v=   2.4600 vr=   0.16679 vt=  19.74315
 i= 1086 j=  737 glon=  288.65 (0-360E) glon=  288.65 glat=  36.36 u= -19.4600 v=   3.6800 vr=  -0.22085 vt=  19.80367
 i= 1046 j=  742 glon=  287.05 (0-360E) glon=  287.05 glat=  36.16 u= -17.2800 v=  -8.3900 vr=   0.57047 vt=  19.20065
 i= 1051 j=  742 glon=  287.25 (0-360E) glon=  287.25 glat=  36.16 u= -19.1300 v=  -7.3000 vr=   0.83757 vt=  20.45838
 i= 1056 j=  742 glon=  287.45 (0-360E) glon=  287.45 glat=  36.16 u= -18.3200 v=  -6.7500 vr=  -0.56654 vt=  19.51574
 i= 1061 j=  742 glon=  287.65 (0-360E) glon=  287.65 glat=  36.16 u= -18.6300 v=  -5.2800 vr=  -0.74068 vt=  19.34959
 i= 1066 j=  742 glon=  287.85 (0-360E) glon=  287.85 glat=  36.16 u= -20.3500 v=  -2.6400 vr=   0.39285 vt=  20.51677
 i= 1071 j=  742 glon=  288.05 (0-360E) glon=  288.05 glat=  36.16 u= -20.9600 v=  -0.9000 vr=   0.27406 vt=  20.97752
 i= 1076 j=  742 glon=  288.25 (0-360E) glon=  288.25 glat=  36.16 u= -20.5500 v=   0.3800 vr=  -0.38344 vt=  20.54994
 i= 1081 j=  742 glon=  288.45 (0-360E) glon=  288.45 glat=  36.16 u= -20.1800 v=   1.4600 vr=  -1.16107 vt=  20.19940
 i= 1086 j=  742 glon=  288.65 (0-360E) glon=  288.65 glat=  36.16 u= -19.7600 v=   2.6300 vr=  -1.74555 vt=  19.85768
 i= 1091 j=  742 glon=  288.85 (0-360E) glon=  288.85 glat=  36.16 u= -19.4200 v=   4.2900 vr=  -1.77754 vt=  19.80861
 i= 1096 j=  742 glon=  289.05 (0-360E) glon=  289.05 glat=  36.16 u= -18.2400 v=   6.4300 vr=  -0.97535 vt=  19.31557
 i= 1101 j=  742 glon=  289.25 (0-360E) glon=  289.25 glat=  36.16 u= -16.5500 v=   7.5600 vr=  -0.69520 vt=  18.18166
 i= 1036 j=  747 glon=  286.65 (0-360E) glon=  286.65 glat=  35.96 u= -15.9700 v= -11.3300 vr=   1.15425 vt=  19.54680
 i= 1041 j=  747 glon=  286.85 (0-360E) glon=  286.85 glat=  35.96 u= -17.4400 v= -10.8100 vr=   1.09102 vt=  20.48949
 i= 1046 j=  747 glon=  287.05 (0-360E) glon=  287.05 glat=  35.96 u= -19.8000 v=  -9.1700 vr=   2.16730 vt=  21.71248
 i= 1051 j=  747 glon=  287.25 (0-360E) glon=  287.25 glat=  35.96 u= -18.3800 v=  -9.2100 vr=  -0.27274 vt=  20.55661
 i= 1056 j=  747 glon=  287.45 (0-360E) glon=  287.45 glat=  35.96 u= -19.4100 v=  -7.4100 vr=  -0.04804 vt=  20.77628
 i= 1061 j=  747 glon=  287.65 (0-360E) glon=  287.65 glat=  35.96 u= -20.6300 v=  -5.6400 vr=   0.00724 vt=  21.38706
 i= 1066 j=  747 glon=  287.85 (0-360E) glon=  287.85 glat=  35.96 u= -20.9700 v=  -4.2500 vr=  -0.70710 vt=  21.38465
 i= 1071 j=  747 glon=  288.05 (0-360E) glon=  288.05 glat=  35.96 u= -21.5700 v=  -2.4100 vr=  -1.04355 vt=  21.67911
 i= 1076 j=  747 glon=  288.25 (0-360E) glon=  288.25 glat=  35.96 u= -21.3600 v=  -1.3300 vr=  -2.22410 vt=  21.28548
 i= 1081 j=  747 glon=  288.45 (0-360E) glon=  288.45 glat=  35.96 u= -21.0400 v=  -0.0800 vr=  -3.14254 vt=  20.80415
 i= 1086 j=  747 glon=  288.65 (0-360E) glon=  288.65 glat=  35.96 u= -20.7800 v=   2.1500 vr=  -3.00134 vt=  20.67421
 i= 1091 j=  747 glon=  288.85 (0-360E) glon=  288.85 glat=  35.96 u= -19.4900 v=   3.7000 vr=  -3.08169 vt=  19.59728
 i= 1096 j=  747 glon=  289.05 (0-360E) glon=  289.05 glat=  35.96 u= -19.5500 v=   5.4500 vr=  -3.27210 vt=  20.02994
 i= 1101 j=  747 glon=  289.25 (0-360E) glon=  289.25 glat=  35.96 u= -18.4400 v=   7.1700 vr=  -2.88514 vt=  19.57341
 i= 1106 j=  747 glon=  289.45 (0-360E) glon=  289.45 glat=  35.96 u= -16.6900 v=   8.4200 vr=  -2.35381 vt=  18.54487
 i= 1111 j=  747 glon=  289.65 (0-360E) glon=  289.65 glat=  35.96 u= -15.1900 v=   9.2000 vr=  -2.09487 vt=  17.63484
 i= 1031 j=  752 glon=  286.45 (0-360E) glon=  286.45 glat=  35.76 u= -15.2400 v= -13.6800 vr=   1.53447 vt=  20.42169
 i= 1036 j=  752 glon=  286.65 (0-360E) glon=  286.65 glat=  35.76 u= -17.7300 v= -12.7900 vr=   2.60277 vt=  21.70628
 i= 1041 j=  752 glon=  286.85 (0-360E) glon=  286.85 glat=  35.76 u= -16.7400 v= -12.6200 vr=   0.59129 vt=  20.95572
 i= 1046 j=  752 glon=  287.05 (0-360E) glon=  287.05 glat=  35.76 u= -17.6200 v= -11.8300 vr=   0.08966 vt=  21.22275
 i= 1051 j=  752 glon=  287.25 (0-360E) glon=  287.25 glat=  35.76 u= -19.3400 v= -10.4900 vr=   0.23386 vt=  22.00048
 i= 1056 j=  752 glon=  287.45 (0-360E) glon=  287.45 glat=  35.76 u= -20.4800 v=  -9.1000 vr=  -0.17285 vt=  22.41005
 i= 1061 j=  752 glon=  287.65 (0-360E) glon=  287.65 glat=  35.76 u= -21.7700 v=  -7.5200 vr=  -0.64890 vt=  23.02308
 i= 1066 j=  752 glon=  287.85 (0-360E) glon=  287.85 glat=  35.76 u= -22.8200 v=  -4.7800 vr=  -0.36098 vt=  23.31245
 i= 1071 j=  752 glon=  288.05 (0-360E) glon=  288.05 glat=  35.76 u= -23.2200 v=  -2.8300 vr=  -1.14142 vt=  23.36396
 i= 1076 j=  752 glon=  288.25 (0-360E) glon=  288.25 glat=  35.76 u= -22.9000 v=   0.5300 vr=  -0.57183 vt=  22.89899
 i= 1081 j=  752 glon=  288.45 (0-360E) glon=  288.45 glat=  35.76 u= -22.8800 v=   4.7700 vr=   0.89299 vt=  23.35487
 i= 1086 j=  752 glon=  288.65 (0-360E) glon=  288.65 glat=  35.76 u= -22.8100 v=   7.4500 vr=   0.80844 vt=  23.98218
 i= 1091 j=  752 glon=  288.85 (0-360E) glon=  288.85 glat=  35.76 u= -21.4700 v=   9.3500 vr=   0.49375 vt=  23.41238
 i= 1096 j=  752 glon=  289.05 (0-360E) glon=  289.05 glat=  35.76 u= -20.0100 v=   9.1600 vr=  -1.30615 vt=  21.96815
 i= 1101 j=  752 glon=  289.25 (0-360E) glon=  289.25 glat=  35.76 u= -19.1600 v=   9.5000 vr=  -2.52092 vt=  21.23677
 i= 1106 j=  752 glon=  289.45 (0-360E) glon=  289.45 glat=  35.76 u= -17.8500 v=  10.0000 vr=  -3.02346 vt=  20.23564
 i= 1111 j=  752 glon=  289.65 (0-360E) glon=  289.65 glat=  35.76 u= -16.4900 v=   9.9800 vr=  -3.57382 vt=  18.94065
 i= 1116 j=  752 glon=  289.85 (0-360E) glon=  289.85 glat=  35.76 u= -14.3100 v=   9.6800 vr=  -3.42810 vt=  16.93300
 i= 1026 j=  757 glon=  286.25 (0-360E) glon=  286.25 glat=  35.56 u= -14.9500 v= -15.2200 vr=   3.09215 vt=  21.10899
 i= 1031 j=  757 glon=  286.45 (0-360E) glon=  286.45 glat=  35.56 u= -15.4000 v= -15.2900 vr=   2.25644 vt=  21.58362
 i= 1036 j=  757 glon=  286.65 (0-360E) glon=  286.65 glat=  35.56 u= -15.2700 v= -15.0000 vr=   1.02212 vt=  21.38056
 i= 1041 j=  757 glon=  286.85 (0-360E) glon=  286.85 glat=  35.56 u= -16.4500 v= -14.6100 vr=   0.59503 vt=  21.99319
 i= 1046 j=  757 glon=  287.05 (0-360E) glon=  287.05 glat=  35.56 u= -18.4300 v= -13.2000 vr=   1.13632 vt=  22.64097
 i= 1051 j=  757 glon=  287.25 (0-360E) glon=  287.25 glat=  35.56 u= -20.3000 v= -12.4200 vr=   0.69298 vt=  23.78794
 i= 1056 j=  757 glon=  287.45 (0-360E) glon=  287.45 glat=  35.56 u= -21.8600 v= -12.5600 vr=  -1.24812 vt=  25.18046
 i= 1061 j=  757 glon=  287.65 (0-360E) glon=  287.65 glat=  35.56 u= -23.3600 v= -11.5600 vr=  -2.76855 vt=  25.91637
 i= 1066 j=  757 glon=  287.85 (0-360E) glon=  287.85 glat=  35.56 u= -22.8700 v=  -9.4900 vr=  -4.19645 vt=  24.40260
 i= 1071 j=  757 glon=  288.05 (0-360E) glon=  288.05 glat=  35.56 u= -23.0200 v=  -4.4500 vr=  -2.48093 vt=  23.31454
 i= 1076 j=  757 glon=  288.25 (0-360E) glon=  288.25 glat=  35.56 u= -22.3800 v=  -1.4100 vr=  -2.66957 vt=  22.26490
 i= 1081 j=  757 glon=  288.45 (0-360E) glon=  288.45 glat=  35.56 u= -23.8900 v=  -0.3100 vr=  -4.94679 vt=  23.37429
 i= 1086 j=  757 glon=  288.65 (0-360E) glon=  288.65 glat=  35.56 u= -24.0700 v=   2.0700 vr=  -5.78502 vt=  23.45599
 i= 1091 j=  757 glon=  288.85 (0-360E) glon=  288.85 glat=  35.56 u= -21.1400 v=   6.5300 vr=  -3.29140 vt=  21.87938
 i= 1096 j=  757 glon=  289.05 (0-360E) glon=  289.05 glat=  35.56 u= -20.3400 v=   9.7700 vr=  -2.47566 vt=  22.42854
 i= 1101 j=  757 glon=  289.25 (0-360E) glon=  289.25 glat=  35.56 u= -18.7500 v=  10.7300 vr=  -2.88545 vt=  21.40957
 i= 1106 j=  757 glon=  289.45 (0-360E) glon=  289.45 glat=  35.56 u= -17.5400 v=  11.5700 vr=  -3.23427 vt=  20.76189
 i= 1111 j=  757 glon=  289.65 (0-360E) glon=  289.65 glat=  35.56 u= -15.9700 v=  12.2800 vr=  -3.11313 vt=  19.90346
 i= 1116 j=  757 glon=  289.85 (0-360E) glon=  289.85 glat=  35.56 u= -14.2000 v=  12.7600 vr=  -2.70413 vt=  18.89829
 i= 1121 j=  757 glon=  290.05 (0-360E) glon=  290.05 glat=  35.56 u= -12.8700 v=  12.5000 vr=  -2.83470 vt=  17.71585
 i= 1021 j=  762 glon=  286.05 (0-360E) glon=  286.05 glat=  35.36 u= -14.2000 v= -16.3300 vr=   4.64250 vt=  21.13661
 i= 1026 j=  762 glon=  286.25 (0-360E) glon=  286.25 glat=  35.36 u= -14.6000 v= -15.8200 vr=   4.32435 vt=  21.08868
 i= 1031 j=  762 glon=  286.45 (0-360E) glon=  286.45 glat=  35.36 u= -15.1800 v= -17.2300 vr=   2.94464 vt=  22.77355
 i= 1036 j=  762 glon=  286.65 (0-360E) glon=  286.65 glat=  35.36 u= -14.8200 v= -16.4500 vr=   1.77994 vt=  22.06959
 i= 1041 j=  762 glon=  286.85 (0-360E) glon=  286.85 glat=  35.36 u= -17.4900 v= -15.7400 vr=   2.71039 vt=  23.37309
 i= 1046 j=  762 glon=  287.05 (0-360E) glon=  287.05 glat=  35.36 u= -18.6200 v= -15.4300 vr=   1.78199 vt=  24.11667
 i= 1051 j=  762 glon=  287.25 (0-360E) glon=  287.25 glat=  35.36 u= -20.1200 v= -16.2000 vr=  -0.25379 vt=  25.83002
 i= 1056 j=  762 glon=  287.45 (0-360E) glon=  287.45 glat=  35.36 u= -21.7300 v= -15.7200 vr=  -1.96481 vt=  26.74791
 i= 1061 j=  762 glon=  287.65 (0-360E) glon=  287.65 glat=  35.36 u= -21.1800 v= -12.0200 vr=  -2.35949 vt=  24.23852
 i= 1066 j=  762 glon=  287.85 (0-360E) glon=  287.85 glat=  35.36 u= -27.1600 v=  -9.6600 vr=  -2.13469 vt=  28.74760
 i= 1071 j=  762 glon=  288.05 (0-360E) glon=  288.05 glat=  35.36 u= -29.2600 v=  -5.2500 vr=  -2.22655 vt=  29.64376
 i= 1076 j=  762 glon=  288.25 (0-360E) glon=  288.25 glat=  35.36 u= -28.7900 v=  -1.1700 vr=  -3.12802 vt=  28.64347
 i= 1081 j=  762 glon=  288.45 (0-360E) glon=  288.45 glat=  35.36 u= -28.1900 v=   3.1400 vr=  -3.51191 vt=  28.14609
 i= 1086 j=  762 glon=  288.65 (0-360E) glon=  288.65 glat=  35.36 u= -27.1200 v=   5.6600 vr=  -5.07070 vt=  27.23634
 i= 1091 j=  762 glon=  288.85 (0-360E) glon=  288.85 glat=  35.36 u= -25.0400 v=   8.1400 vr=  -5.56782 vt=  25.73442
 i= 1096 j=  762 glon=  289.05 (0-360E) glon=  289.05 glat=  35.36 u= -22.6900 v=  11.7000 vr=  -4.32244 vt=  25.16034
 i= 1101 j=  762 glon=  289.25 (0-360E) glon=  289.25 glat=  35.36 u= -19.5900 v=  13.6600 vr=  -3.29382 vt=  23.65406
 i= 1106 j=  762 glon=  289.45 (0-360E) glon=  289.45 glat=  35.36 u= -17.2500 v=  14.5900 vr=  -2.94191 vt=  22.40035
 i= 1111 j=  762 glon=  289.65 (0-360E) glon=  289.65 glat=  35.36 u= -15.6600 v=  14.8900 vr=  -3.11283 vt=  21.38359
 i= 1116 j=  762 glon=  289.85 (0-360E) glon=  289.85 glat=  35.36 u= -14.1200 v=  15.2800 vr=  -2.92558 vt=  20.59839
 i= 1121 j=  762 glon=  290.05 (0-360E) glon=  290.05 glat=  35.36 u= -12.4900 v=  15.2800 vr=  -2.60878 vt=  19.56202
 i= 1126 j=  762 glon=  290.25 (0-360E) glon=  290.25 glat=  35.36 u= -11.6800 v=  15.1900 vr=  -2.81912 vt=  18.95286
 i= 1021 j=  767 glon=  286.05 (0-360E) glon=  286.05 glat=  35.16 u= -14.1200 v= -17.4100 vr=   6.08010 vt=  21.57580
 i= 1026 j=  767 glon=  286.25 (0-360E) glon=  286.25 glat=  35.16 u= -15.1900 v= -17.3700 vr=   6.23712 vt=  22.21602
 i= 1031 j=  767 glon=  286.45 (0-360E) glon=  286.45 glat=  35.16 u= -13.7100 v= -17.1700 vr=   4.01926 vt=  21.60136
 i= 1036 j=  767 glon=  286.65 (0-360E) glon=  286.65 glat=  35.16 u= -14.7700 v= -17.9800 vr=   3.33981 vt=  23.02779
 i= 1041 j=  767 glon=  286.85 (0-360E) glon=  286.85 glat=  35.16 u= -17.3600 v= -17.7100 vr=   4.11409 vt=  24.45584
 i= 1046 j=  767 glon=  287.05 (0-360E) glon=  287.05 glat=  35.16 u= -18.1500 v= -18.5600 vr=   2.22607 vt=  25.86389
 i= 1051 j=  767 glon=  287.25 (0-360E) glon=  287.25 glat=  35.16 u= -19.1400 v= -19.0800 vr=   0.00881 vt=  27.02565
 i= 1056 j=  767 glon=  287.45 (0-360E) glon=  287.45 glat=  35.16 u= -21.9000 v= -17.4000 vr=  -0.25020 vt=  27.96976
 i= 1061 j=  767 glon=  287.65 (0-360E) glon=  287.65 glat=  35.16 u= -29.1500 v= -14.4300 vr=   1.72795 vt=  32.48017
 i= 1066 j=  767 glon=  287.85 (0-360E) glon=  287.85 glat=  35.16 u= -32.5200 v=  -8.4700 vr=   2.64222 vt=  33.50090
 i= 1071 j=  767 glon=  288.05 (0-360E) glon=  288.05 glat=  35.16 u= -31.3200 v=  -4.1200 vr=  -0.04636 vt=  31.58979
 i= 1076 j=  767 glon=  288.25 (0-360E) glon=  288.25 glat=  35.16 u= -34.8500 v=  -2.6500 vr=  -5.63497 vt=  34.49336
 i= 1081 j=  767 glon=  288.45 (0-360E) glon=  288.45 glat=  35.16 u= -31.6700 v=   7.8800 vr=  -1.63072 vt=  32.59485
 i= 1086 j=  767 glon=  288.65 (0-360E) glon=  288.65 glat=  35.16 u= -28.2000 v=  13.0000 vr=  -1.45603 vt=  31.01806
 i= 1091 j=  767 glon=  288.85 (0-360E) glon=  288.85 glat=  35.16 u= -23.8900 v=  18.7100 vr=   0.90643 vt=  30.33108
 i= 1096 j=  767 glon=  289.05 (0-360E) glon=  289.05 glat=  35.16 u= -20.8000 v=  18.0900 vr=  -1.26032 vt=  27.53724
 i= 1101 j=  767 glon=  289.25 (0-360E) glon=  289.25 glat=  35.16 u= -19.5400 v=  17.4900 vr=  -3.50576 vt=  25.98887
 i= 1106 j=  767 glon=  289.45 (0-360E) glon=  289.45 glat=  35.16 u= -17.0100 v=  18.1800 vr=  -3.19244 vt=  24.69131
 i= 1111 j=  767 glon=  289.65 (0-360E) glon=  289.65 glat=  35.16 u= -14.6700 v=  17.9900 vr=  -2.96897 vt=  23.02247
 i= 1116 j=  767 glon=  289.85 (0-360E) glon=  289.85 glat=  35.16 u= -13.2900 v=  17.2800 vr=  -3.37924 vt=  21.53609
 i= 1121 j=  767 glon=  290.05 (0-360E) glon=  290.05 glat=  35.16 u= -11.8300 v=  17.3000 vr=  -3.05807 vt=  20.73372
 i= 1126 j=  767 glon=  290.25 (0-360E) glon=  290.25 glat=  35.16 u= -10.6400 v=  16.9300 vr=  -2.93104 vt=  19.77988
 i= 1131 j=  767 glon=  290.45 (0-360E) glon=  290.45 glat=  35.16 u=  -9.7000 v=  16.0900 vr=  -3.03296 vt=  18.54129
 i= 1016 j=  772 glon=  285.85 (0-360E) glon=  285.85 glat=  34.96 u= -11.9600 v= -19.0000 vr=   6.23940 vt=  21.56644
 i= 1021 j=  772 glon=  286.05 (0-360E) glon=  286.05 glat=  34.96 u= -13.3300 v= -18.9400 vr=   7.00400 vt=  22.07615
 i= 1026 j=  772 glon=  286.25 (0-360E) glon=  286.25 glat=  34.96 u= -13.8300 v= -17.8300 vr=   7.16406 vt=  21.39752
 i= 1031 j=  772 glon=  286.45 (0-360E) glon=  286.45 glat=  34.96 u= -11.9600 v= -18.3200 vr=   4.45397 vt=  21.42023
 i= 1036 j=  772 glon=  286.65 (0-360E) glon=  286.65 glat=  34.96 u= -13.9800 v= -18.9500 vr=   5.08073 vt=  22.99411
 i= 1041 j=  772 glon=  286.85 (0-360E) glon=  286.85 glat=  34.96 u= -15.6800 v= -19.9900 vr=   4.83223 vt=  24.94217
 i= 1046 j=  772 glon=  287.05 (0-360E) glon=  287.05 glat=  34.96 u= -16.3900 v= -21.3900 vr=   2.94380 vt=  26.78616
 i= 1051 j=  772 glon=  287.25 (0-360E) glon=  287.25 glat=  34.96 u= -17.0900 v= -21.1200 vr=   1.20896 vt=  27.14150
 i= 1056 j=  772 glon=  287.45 (0-360E) glon=  287.45 glat=  34.96 u= -24.4100 v= -19.6800 vr=   4.23902 vt=  31.06737
 i= 1061 j=  772 glon=  287.65 (0-360E) glon=  287.65 glat=  34.96 u= -27.1500 v= -18.5600 vr=   1.74223 vt=  32.84145
 i= 1066 j=  772 glon=  287.85 (0-360E) glon=  287.85 glat=  34.96 u= -32.0200 v= -15.1600 vr=  -0.09314 vt=  35.42735
 i= 1071 j=  772 glon=  288.05 (0-360E) glon=  288.05 glat=  34.96 u= -31.6300 v=  -7.8300 vr=  -2.21275 vt=  32.50953
 i= 1076 j=  772 glon=  288.25 (0-360E) glon=  288.25 glat=  34.96 u= -27.8900 v=   5.2300 vr=   1.95179 vt=  28.30893
 i= 1081 j=  772 glon=  288.45 (0-360E) glon=  288.45 glat=  34.96 u= -27.0400 v=  13.8800 vr=   2.56562 vt=  30.28586
 i= 1086 j=  772 glon=  288.65 (0-360E) glon=  288.65 glat=  34.96 u= -23.7300 v=  21.1900 vr=   3.65022 vt=  31.60387
 i= 1091 j=  772 glon=  288.85 (0-360E) glon=  288.85 glat=  34.96 u= -21.4100 v=  22.0300 vr=   0.44717 vt=  30.71659
 i= 1096 j=  772 glon=  289.05 (0-360E) glon=  289.05 glat=  34.96 u= -18.5800 v=  21.9400 vr=  -1.29601 vt=  28.72108
 i= 1101 j=  772 glon=  289.25 (0-360E) glon=  289.25 glat=  34.96 u= -14.9600 v=  21.5000 vr=  -1.22948 vt=  26.16371
 i= 1106 j=  772 glon=  289.45 (0-360E) glon=  289.45 glat=  34.96 u= -14.7100 v=  20.5500 vr=  -3.39020 vt=  25.04382
 i= 1111 j=  772 glon=  289.65 (0-360E) glon=  289.65 glat=  34.96 u= -13.4300 v=  20.2300 vr=  -3.81203 vt=  23.98096
 i= 1116 j=  772 glon=  289.85 (0-360E) glon=  289.85 glat=  34.96 u= -11.9200 v=  19.9400 vr=  -3.63461 vt=  22.94514
 i= 1121 j=  772 glon=  290.05 (0-360E) glon=  290.05 glat=  34.96 u= -10.8200 v=  19.2400 vr=  -3.70751 vt=  21.76016
 i= 1126 j=  772 glon=  290.25 (0-360E) glon=  290.25 glat=  34.96 u=  -9.4100 v=  18.4600 vr=  -3.29272 vt=  20.45673
 i= 1131 j=  772 glon=  290.45 (0-360E) glon=  290.45 glat=  34.96 u=  -8.4900 v=  17.5600 vr=  -3.20853 vt=  19.23900
 i= 1016 j=  777 glon=  285.85 (0-360E) glon=  285.85 glat=  34.76 u= -10.5700 v= -19.6700 vr=   6.85770 vt=  21.25102
 i= 1021 j=  777 glon=  286.05 (0-360E) glon=  286.05 glat=  34.76 u= -11.9100 v= -19.5600 vr=   7.81581 vt=  21.52568
 i= 1026 j=  777 glon=  286.25 (0-360E) glon=  286.25 glat=  34.76 u= -11.6100 v= -20.1700 vr=   6.93401 vt=  22.21577
 i= 1031 j=  777 glon=  286.45 (0-360E) glon=  286.45 glat=  34.76 u= -11.2700 v= -19.8800 vr=   6.10330 vt=  22.02219
 i= 1036 j=  777 glon=  286.65 (0-360E) glon=  286.65 glat=  34.76 u= -11.8100 v= -20.8500 vr=   5.65498 vt=  23.28561
 i= 1041 j=  777 glon=  286.85 (0-360E) glon=  286.85 glat=  34.76 u= -13.4800 v= -21.8400 vr=   5.98778 vt=  24.95681
 i= 1046 j=  777 glon=  287.05 (0-360E) glon=  287.05 glat=  34.76 u= -13.5700 v= -22.8400 vr=   4.38034 vt=  26.20349
 i= 1051 j=  777 glon=  287.25 (0-360E) glon=  287.25 glat=  34.76 u= -17.5400 v= -24.8200 vr=   5.22087 vt=  29.94038
 i= 1056 j=  777 glon=  287.45 (0-360E) glon=  287.45 glat=  34.76 u= -16.8200 v= -23.5700 vr=   2.15571 vt=  28.87577
 i= 1061 j=  777 glon=  287.65 (0-360E) glon=  287.65 glat=  34.76 u= -22.0700 v= -26.5100 vr=  -0.17301 vt=  34.49399
 i= 1066 j=  777 glon=  287.85 (0-360E) glon=  287.85 glat=  34.76 u= -15.3600 v= -20.3800 vr=  -7.38490 vt=  24.42821
 i= 1071 j=  777 glon=  288.05 (0-360E) glon=  288.05 glat=  34.76 u= -10.5900 v=  -7.0000 vr=  -3.94790 vt=  12.06491
 i= 1076 j=  777 glon=  288.25 (0-360E) glon=  288.25 glat=  34.76 u=  -8.7600 v=   2.3100 vr=   0.70415 vt=   9.03205
 i= 1081 j=  777 glon=  288.45 (0-360E) glon=  288.45 glat=  34.76 u= -11.2900 v=  18.8400 vr=   9.80117 vt=  19.65571
 i= 1086 j=  777 glon=  288.65 (0-360E) glon=  288.65 glat=  34.76 u= -17.3200 v=  28.2500 vr=   6.24341 vt=  32.54328
 i= 1091 j=  777 glon=  288.85 (0-360E) glon=  288.85 glat=  34.76 u= -16.0000 v=  27.2000 vr=   1.25281 vt=  31.53205
 i= 1096 j=  777 glon=  289.05 (0-360E) glon=  289.05 glat=  34.76 u= -13.8500 v=  25.4600 vr=  -1.09611 vt=  28.96261
 i= 1101 j=  777 glon=  289.25 (0-360E) glon=  289.25 glat=  34.76 u= -12.6600 v=  23.7200 vr=  -2.87226 vt=  26.73320
 i= 1106 j=  777 glon=  289.45 (0-360E) glon=  289.45 glat=  34.76 u= -11.1000 v=  22.5100 vr=  -3.28028 vt=  24.88272
 i= 1111 j=  777 glon=  289.65 (0-360E) glon=  289.65 glat=  34.76 u= -11.1900 v=  22.1800 vr=  -4.51462 vt=  24.42922
 i= 1116 j=  777 glon=  289.85 (0-360E) glon=  289.85 glat=  34.76 u= -10.4000 v=  21.7600 vr=  -4.66388 vt=  23.66233
 i= 1121 j=  777 glon=  290.05 (0-360E) glon=  290.05 glat=  34.76 u=  -9.0800 v=  20.5200 vr=  -4.28333 vt=  22.02657
 i= 1126 j=  777 glon=  290.25 (0-360E) glon=  290.25 glat=  34.76 u=  -8.1800 v=  19.5000 vr=  -4.08869 vt=  20.74717
 i= 1131 j=  777 glon=  290.45 (0-360E) glon=  290.45 glat=  34.76 u=  -7.1900 v=  18.7100 vr=  -3.63961 vt=  19.71074
 i= 1016 j=  782 glon=  285.85 (0-360E) glon=  285.85 glat=  34.56 u=  -9.1800 v= -20.7500 vr=   7.53744 vt=  21.40145
 i= 1021 j=  782 glon=  286.05 (0-360E) glon=  286.05 glat=  34.56 u= -11.1700 v= -21.6200 vr=   9.26278 vt=  22.50321
 i= 1026 j=  782 glon=  286.25 (0-360E) glon=  286.25 glat=  34.56 u= -11.0200 v= -20.0600 vr=   9.03597 vt=  21.02844
 i= 1031 j=  782 glon=  286.45 (0-360E) glon=  286.45 glat=  34.56 u= -10.0100 v= -19.3500 vr=   7.85033 vt=  20.32228
 i= 1036 j=  782 glon=  286.65 (0-360E) glon=  286.65 glat=  34.56 u=  -8.3000 v= -21.8400 vr=   5.53379 vt=  22.69918
 i= 1041 j=  782 glon=  286.85 (0-360E) glon=  286.85 glat=  34.56 u= -10.2300 v= -23.2400 vr=   6.79622 vt=  24.46552
 i= 1046 j=  782 glon=  287.05 (0-360E) glon=  287.05 glat=  34.56 u= -10.9200 v= -24.1500 vr=   6.67673 vt=  25.64937
 i= 1051 j=  782 glon=  287.25 (0-360E) glon=  287.25 glat=  34.56 u= -13.2100 v= -26.8300 vr=   7.41139 vt=  28.97282
 i= 1056 j=  782 glon=  287.45 (0-360E) glon=  287.45 glat=  34.56 u=  -9.0500 v= -25.1700 vr=   2.18668 vt=  26.65802
 i= 1061 j=  782 glon=  287.65 (0-360E) glon=  287.65 glat=  34.56 u=  -8.0000 v= -29.0600 vr=  -2.69724 vt=  30.02013
 i= 1066 j=  782 glon=  287.85 (0-360E) glon=  287.85 glat=  34.56 u=  -5.4700 v= -19.5900 vr=  -5.52509 vt=  19.57453
 i= 1071 j=  782 glon=  288.05 (0-360E) glon=  288.05 glat=  34.56 u=  -5.4900 v=  -2.3500 vr=   0.87573 vt=   5.90726
 i= 1076 j=  782 glon=  288.25 (0-360E) glon=  288.25 glat=  34.56 u=  -4.6700 v=   4.7000 vr=   2.58719 vt=   6.09962
 i= 1081 j=  782 glon=  288.45 (0-360E) glon=  288.45 glat=  34.56 u=  -1.8900 v=  18.1200 vr=   8.82107 vt=  15.94036
 i= 1086 j=  782 glon=  288.65 (0-360E) glon=  288.65 glat=  34.56 u=  -8.3000 v=  30.0400 vr=   3.61575 vt=  30.95510
 i= 1091 j=  782 glon=  288.85 (0-360E) glon=  288.85 glat=  34.56 u= -10.6800 v=  29.4400 vr=  -2.17747 vt=  31.24155
 i= 1096 j=  782 glon=  289.05 (0-360E) glon=  289.05 glat=  34.56 u=  -8.2800 v=  26.9900 vr=  -2.28821 vt=  28.13863
 i= 1101 j=  782 glon=  289.25 (0-360E) glon=  289.25 glat=  34.56 u=  -9.1000 v=  25.3500 vr=  -4.50874 vt=  26.55379
 i= 1106 j=  782 glon=  289.45 (0-360E) glon=  289.45 glat=  34.56 u=  -7.5900 v=  23.5900 vr=  -4.01867 vt=  24.45294
 i= 1111 j=  782 glon=  289.65 (0-360E) glon=  289.65 glat=  34.56 u=  -8.6200 v=  23.0800 vr=  -5.61227 vt=  23.98944
 i= 1116 j=  782 glon=  289.85 (0-360E) glon=  289.85 glat=  34.56 u=  -8.0600 v=  22.7000 vr=  -5.48213 vt=  23.45634
 i= 1121 j=  782 glon=  290.05 (0-360E) glon=  290.05 glat=  34.56 u=  -7.0000 v=  21.8800 vr=  -4.80795 vt=  22.46370
 i= 1126 j=  782 glon=  290.25 (0-360E) glon=  290.25 glat=  34.56 u=  -6.8900 v=  20.3600 vr=  -5.06776 vt=  20.88826
 i= 1131 j=  782 glon=  290.45 (0-360E) glon=  290.45 glat=  34.56 u=  -6.1800 v=  19.5400 vr=  -4.60851 vt=  19.96912
 i= 1016 j=  787 glon=  285.85 (0-360E) glon=  285.85 glat=  34.36 u=  -7.9900 v= -21.1300 vr=   8.51389 vt=  20.92440
 i= 1021 j=  787 glon=  286.05 (0-360E) glon=  286.05 glat=  34.36 u=  -7.7800 v= -21.6300 vr=   8.35124 vt=  21.41593
 i= 1026 j=  787 glon=  286.25 (0-360E) glon=  286.25 glat=  34.36 u=  -8.6800 v= -21.8700 vr=   9.30058 vt=  21.61339
 i= 1031 j=  787 glon=  286.45 (0-360E) glon=  286.45 glat=  34.36 u=  -7.1200 v= -21.1900 vr=   7.77457 vt=  20.95869
 i= 1036 j=  787 glon=  286.65 (0-360E) glon=  286.65 glat=  34.36 u=  -4.9400 v= -20.7300 vr=   5.64794 vt=  20.54841
 i= 1041 j=  787 glon=  286.85 (0-360E) glon=  286.85 glat=  34.36 u=  -5.5900 v= -23.2100 vr=   6.48154 vt=  22.97698
 i= 1046 j=  787 glon=  287.05 (0-360E) glon=  287.05 glat=  34.36 u=  -7.4000 v= -23.9900 vr=   8.46103 vt=  23.63665
 i= 1051 j=  787 glon=  287.25 (0-360E) glon=  287.25 glat=  34.36 u=  -7.0200 v= -26.5500 vr=   8.42256 vt=  26.13892
 i= 1056 j=  787 glon=  287.45 (0-360E) glon=  287.45 glat=  34.36 u=  -2.1000 v= -24.9100 vr=   3.76106 vt=  24.71381
 i= 1061 j=  787 glon=  287.65 (0-360E) glon=  287.65 glat=  34.36 u=   3.8200 v= -24.2400 vr=  -1.59156 vt=  24.48749
 i= 1066 j=  787 glon=  287.85 (0-360E) glon=  287.85 glat=  34.36 u=   4.3800 v= -19.9300 vr=  -1.42233 vt=  20.35599
 i= 1071 j=  787 glon=  288.05 (0-360E) glon=  288.05 glat=  34.36 u=   3.0500 v=  -4.4500 vr=  -1.21839 vt=   5.25552
 i= 1076 j=  787 glon=  288.25 (0-360E) glon=  288.25 glat=  34.36 u=   4.1400 v=   3.6200 vr=   1.72670 vt=   5.22135
 i= 1081 j=  787 glon=  288.45 (0-360E) glon=  288.45 glat=  34.36 u=   0.7100 v=  14.1100 vr=  -1.64828 vt=  14.03137
 i= 1086 j=  787 glon=  288.65 (0-360E) glon=  288.65 glat=  34.36 u=   0.0500 v=  24.4600 vr=  -2.36461 vt=  24.34549
 i= 1091 j=  787 glon=  288.85 (0-360E) glon=  288.85 glat=  34.36 u=  -3.2000 v=  27.3900 vr=  -5.12688 vt=  27.09552
 i= 1096 j=  787 glon=  289.05 (0-360E) glon=  289.05 glat=  34.36 u=  -4.0400 v=  25.8500 vr=  -5.46731 vt=  25.58618
 i= 1101 j=  787 glon=  289.25 (0-360E) glon=  289.25 glat=  34.36 u=  -4.7900 v=  24.3700 vr=  -5.90643 vt=  24.12375
 i= 1106 j=  787 glon=  289.45 (0-360E) glon=  289.45 glat=  34.36 u=  -5.2500 v=  23.7600 vr=  -6.18765 vt=  23.53323
 i= 1111 j=  787 glon=  289.65 (0-360E) glon=  289.65 glat=  34.36 u=  -5.1700 v=  22.1700 vr=  -5.94414 vt=  21.97510
 i= 1116 j=  787 glon=  289.85 (0-360E) glon=  289.85 glat=  34.36 u=  -6.0600 v=  22.3900 vr=  -6.76541 vt=  22.18704
 i= 1121 j=  787 glon=  290.05 (0-360E) glon=  290.05 glat=  34.36 u=  -5.2700 v=  22.2800 vr=  -5.91390 vt=  22.11780
 i= 1126 j=  787 glon=  290.25 (0-360E) glon=  290.25 glat=  34.36 u=  -5.4800 v=  21.2000 vr=  -6.04845 vt=  21.04487
 i= 1131 j=  787 glon=  290.45 (0-360E) glon=  290.45 glat=  34.36 u=  -5.0200 v=  20.2600 vr=  -5.52925 vt=  20.12698
 i= 1016 j=  792 glon=  285.85 (0-360E) glon=  285.85 glat=  34.16 u=  -6.3200 v= -21.4400 vr=   9.03354 vt=  20.44532
 i= 1021 j=  792 glon=  286.05 (0-360E) glon=  286.05 glat=  34.16 u=  -7.0800 v= -20.5700 vr=   9.89091 vt=  19.37579
 i= 1026 j=  792 glon=  286.25 (0-360E) glon=  286.25 glat=  34.16 u=  -6.7900 v= -20.5500 vr=   9.86126 vt=  19.26557
 i= 1031 j=  792 glon=  286.45 (0-360E) glon=  286.45 glat=  34.16 u=  -5.6400 v= -21.2300 vr=   9.16203 vt=  19.96446
 i= 1036 j=  792 glon=  286.65 (0-360E) glon=  286.65 glat=  34.16 u=  -3.4000 v= -21.3400 vr=   7.40022 vt=  20.30252
 i= 1041 j=  792 glon=  286.85 (0-360E) glon=  286.85 glat=  34.16 u=  -1.4900 v= -21.8100 vr=   6.18657 vt=  20.96718
 i= 1046 j=  792 glon=  287.05 (0-360E) glon=  287.05 glat=  34.16 u=  -2.2100 v= -21.5900 vr=   7.58876 vt=  20.33280
 i= 1051 j=  792 glon=  287.25 (0-360E) glon=  287.25 glat=  34.16 u=  -2.1300 v= -25.0600 vr=   9.59309 vt=  23.24894
 i= 1056 j=  792 glon=  287.45 (0-360E) glon=  287.45 glat=  34.16 u=   2.1700 v= -23.3500 vr=   6.72132 vt=  22.46676
 i= 1061 j=  792 glon=  287.65 (0-360E) glon=  287.65 glat=  34.16 u=   9.2300 v= -19.8300 vr=   1.58915 vt=  21.81505
 i= 1066 j=  792 glon=  287.85 (0-360E) glon=  287.85 glat=  34.16 u=  11.3400 v= -15.4500 vr=   1.94741 vt=  19.06583
 i= 1071 j=  792 glon=  288.05 (0-360E) glon=  288.05 glat=  34.16 u=  11.7400 v=  -6.8000 vr=   1.77236 vt=  13.45089
 i= 1076 j=  792 glon=  288.25 (0-360E) glon=  288.25 glat=  34.16 u=  13.1000 v=   1.8200 vr=   1.72767 vt=  13.11250
 i= 1081 j=  792 glon=  288.45 (0-360E) glon=  288.45 glat=  34.16 u=  11.8300 v=  12.8100 vr=  -0.98844 vt=  17.40885
 i= 1086 j=  792 glon=  288.65 (0-360E) glon=  288.65 glat=  34.16 u=   4.5000 v=  20.8300 vr=  -6.91778 vt=  20.15647
 i= 1091 j=  792 glon=  288.85 (0-360E) glon=  288.85 glat=  34.16 u=   1.8900 v=  23.3700 vr=  -7.44178 vt=  22.23396
 i= 1096 j=  792 glon=  289.05 (0-360E) glon=  289.05 glat=  34.16 u=  -1.0500 v=  23.3600 vr=  -8.33528 vt=  21.84754
 i= 1101 j=  792 glon=  289.25 (0-360E) glon=  289.25 glat=  34.16 u=  -1.5900 v=  22.8800 vr=  -7.50884 vt=  21.67117
 i= 1106 j=  792 glon=  289.45 (0-360E) glon=  289.45 glat=  34.16 u=  -2.2800 v=  22.2300 vr=  -7.18668 vt=  21.15946
 i= 1111 j=  792 glon=  289.65 (0-360E) glon=  289.65 glat=  34.16 u=  -2.3300 v=  21.2300 vr=  -6.42917 vt=  20.36683
 i= 1116 j=  792 glon=  289.85 (0-360E) glon=  289.85 glat=  34.16 u=  -4.3700 v=  22.2500 vr=  -8.16498 vt=  21.15402
 i= 1121 j=  792 glon=  290.05 (0-360E) glon=  290.05 glat=  34.16 u=  -3.7800 v=  22.4000 vr=  -7.23689 vt=  21.53313
 i= 1126 j=  792 glon=  290.25 (0-360E) glon=  290.25 glat=  34.16 u=  -4.3800 v=  21.6500 vr=  -7.42111 vt=  20.80466
 i= 1131 j=  792 glon=  290.45 (0-360E) glon=  290.45 glat=  34.16 u=  -3.7900 v=  20.6100 vr=  -6.45928 vt=  19.93524
 i= 1016 j=  797 glon=  285.85 (0-360E) glon=  285.85 glat=  33.96 u=  -4.8900 v= -20.2200 vr=   9.37664 vt=  18.56985
 i= 1021 j=  797 glon=  286.05 (0-360E) glon=  286.05 glat=  33.96 u=  -7.0400 v= -19.9700 vr=  11.76606 vt=  17.60461
 i= 1026 j=  797 glon=  286.25 (0-360E) glon=  286.25 glat=  33.96 u=  -5.5900 v= -20.0000 vr=  10.79572 vt=  17.73980
 i= 1031 j=  797 glon=  286.45 (0-360E) glon=  286.45 glat=  33.96 u=  -4.3700 v= -20.5500 vr=  10.30750 vt=  18.30723
 i= 1036 j=  797 glon=  286.65 (0-360E) glon=  286.65 glat=  33.96 u=  -2.3500 v= -20.6100 vr=   9.07736 vt=  18.65198
 i= 1041 j=  797 glon=  286.85 (0-360E) glon=  286.85 glat=  33.96 u=  -0.1700 v= -20.4200 vr=   7.83101 vt=  18.85949
 i= 1046 j=  797 glon=  287.05 (0-360E) glon=  287.05 glat=  33.96 u=   1.1600 v= -20.0300 vr=   7.57412 vt=  18.57900
 i= 1051 j=  797 glon=  287.25 (0-360E) glon=  287.25 glat=  33.96 u=   0.8800 v= -21.3700 vr=   9.95195 vt=  18.93172
 i= 1056 j=  797 glon=  287.45 (0-360E) glon=  287.45 glat=  33.96 u=   3.1900 v= -19.7300 vr=   9.16252 vt=  17.76224
 i= 1061 j=  797 glon=  287.65 (0-360E) glon=  287.65 glat=  33.96 u=   5.5200 v= -17.8800 vr=   8.92071 vt=  16.44949
 i= 1066 j=  797 glon=  287.85 (0-360E) glon=  287.85 glat=  33.96 u=  13.0500 v= -10.4000 vr=   2.17115 vt=  16.54535
 i= 1071 j=  797 glon=  288.05 (0-360E) glon=  288.05 glat=  33.96 u=  17.5900 v=  -5.2600 vr=   1.24625 vt=  18.31727
 i= 1076 j=  797 glon=  288.25 (0-360E) glon=  288.25 glat=  33.96 u=  17.2900 v=   2.2400 vr=   0.35220 vt=  17.43094
 i= 1081 j=  797 glon=  288.45 (0-360E) glon=  288.45 glat=  33.96 u=  13.1600 v=  12.6700 vr=  -5.07973 vt=  17.54739
 i= 1086 j=  797 glon=  288.65 (0-360E) glon=  288.65 glat=  33.96 u=   7.6100 v=  16.5100 vr=  -7.15952 vt=  16.71028
 i= 1091 j=  797 glon=  288.85 (0-360E) glon=  288.85 glat=  33.96 u=   4.4300 v=  19.5300 vr=  -8.55233 vt=  18.10810
 i= 1096 j=  797 glon=  289.05 (0-360E) glon=  289.05 glat=  33.96 u=   1.5800 v=  20.8700 vr=  -9.46309 vt=  18.66824
 i= 1101 j=  797 glon=  289.25 (0-360E) glon=  289.25 glat=  33.96 u=   1.0800 v=  20.9000 vr=  -8.29655 vt=  19.21311
 i= 1106 j=  797 glon=  289.45 (0-360E) glon=  289.45 glat=  33.96 u=  -0.0100 v=  20.7300 vr=  -8.00623 vt=  19.12154
 i= 1111 j=  797 glon=  289.65 (0-360E) glon=  289.65 glat=  33.96 u=  -0.7100 v=  20.4500 vr=  -7.63719 vt=  18.98367
 i= 1116 j=  797 glon=  289.85 (0-360E) glon=  289.85 glat=  33.96 u=  -2.7000 v=  21.5800 vr=  -9.15326 vt=  19.72826
 i= 1121 j=  797 glon=  290.05 (0-360E) glon=  290.05 glat=  33.96 u=  -2.7100 v=  22.5300 vr=  -8.82177 vt=  20.90745
 i= 1126 j=  797 glon=  290.25 (0-360E) glon=  290.25 glat=  33.96 u=  -3.3100 v=  21.8600 vr=  -8.71151 vt=  20.32056
 i= 1131 j=  797 glon=  290.45 (0-360E) glon=  290.45 glat=  33.96 u=  -2.3600 v=  20.6600 vr=  -7.08750 vt=  19.54924
 i= 1021 j=  802 glon=  286.05 (0-360E) glon=  286.05 glat=  33.76 u=  -6.0100 v= -19.7600 vr=  12.48736 vt=  16.45125
 i= 1026 j=  802 glon=  286.25 (0-360E) glon=  286.25 glat=  33.76 u=  -5.7000 v= -19.7400 vr=  12.72185 vt=  16.13419
 i= 1031 j=  802 glon=  286.45 (0-360E) glon=  286.45 glat=  33.76 u=  -3.6000 v= -19.5000 vr=  11.33072 vt=  16.27344
 i= 1036 j=  802 glon=  286.65 (0-360E) glon=  286.65 glat=  33.76 u=  -2.1400 v= -19.5200 vr=  10.80079 vt=  16.39979
 i= 1041 j=  802 glon=  286.85 (0-360E) glon=  286.85 glat=  33.76 u=   1.1400 v= -18.6700 vr=   8.48691 vt=  16.66856
 i= 1046 j=  802 glon=  287.05 (0-360E) glon=  287.05 glat=  33.76 u=   2.4300 v= -18.6500 vr=   8.62029 vt=  16.71580
 i= 1051 j=  802 glon=  287.25 (0-360E) glon=  287.25 glat=  33.76 u=   3.8000 v= -17.3200 vr=   8.24838 vt=  15.69671
 i= 1056 j=  802 glon=  287.45 (0-360E) glon=  287.45 glat=  33.76 u=   5.7500 v= -19.0100 vr=   9.99964 vt=  17.15954
 i= 1061 j=  802 glon=  287.65 (0-360E) glon=  287.65 glat=  33.76 u=   9.7700 v= -15.3600 vr=   7.29172 vt=  16.67973
 i= 1066 j=  802 glon=  287.85 (0-360E) glon=  287.85 glat=  33.76 u=  13.9900 v=  -7.9300 vr=   1.97146 vt=  15.95990
 i= 1071 j=  802 glon=  288.05 (0-360E) glon=  288.05 glat=  33.76 u=  14.6100 v=  -1.4000 vr=  -0.86302 vt=  14.65153
 i= 1076 j=  802 glon=  288.25 (0-360E) glon=  288.25 glat=  33.76 u=  12.5000 v=   4.7800 vr=  -3.47150 vt=  12.92467
 i= 1081 j=  802 glon=  288.45 (0-360E) glon=  288.45 glat=  33.76 u=  10.0600 v=   8.8000 vr=  -4.85096 vt=  12.45439
 i= 1086 j=  802 glon=  288.65 (0-360E) glon=  288.65 glat=  33.76 u=   7.9500 v=  13.0600 vr=  -6.90667 vt=  13.64053
 i= 1091 j=  802 glon=  288.85 (0-360E) glon=  288.85 glat=  33.76 u=   5.1500 v=  16.6700 vr=  -9.12573 vt=  14.87052
 i= 1096 j=  802 glon=  289.05 (0-360E) glon=  289.05 glat=  33.76 u=   3.1000 v=  19.5000 vr= -10.55982 vt=  16.68383
 i= 1101 j=  802 glon=  289.25 (0-360E) glon=  289.25 glat=  33.76 u=   2.8300 v=  19.6500 vr=  -9.16520 vt=  17.61052
 i= 1106 j=  802 glon=  289.45 (0-360E) glon=  289.45 glat=  33.76 u=   1.4000 v=  19.9000 vr=  -9.12830 vt=  17.73821
 i= 1111 j=  802 glon=  289.65 (0-360E) glon=  289.65 glat=  33.76 u=   0.2600 v=  20.4200 vr=  -9.27323 vt=  18.19481
 i= 1116 j=  802 glon=  289.85 (0-360E) glon=  289.85 glat=  33.76 u=  -1.4200 v=  21.2200 vr= -10.22124 vt=  18.65023
 i= 1121 j=  802 glon=  290.05 (0-360E) glon=  290.05 glat=  33.76 u=  -1.6300 v=  22.1500 vr= -10.00650 vt=  19.82799
 i= 1126 j=  802 glon=  290.25 (0-360E) glon=  290.25 glat=  33.76 u=  -2.0900 v=  21.0800 vr=  -9.38493 vt=  18.99099
 i= 1131 j=  802 glon=  290.45 (0-360E) glon=  290.45 glat=  33.76 u=  -1.1600 v=  19.8500 vr=  -7.56141 vt=  18.39003
 i= 1021 j=  807 glon=  286.05 (0-360E) glon=  286.05 glat=  33.56 u=  -4.0600 v= -18.5100 vr=  11.71133 vt=  14.89793
 i= 1026 j=  807 glon=  286.25 (0-360E) glon=  286.25 glat=  33.56 u=  -3.8000 v= -17.8200 vr=  11.73250 vt=  13.94062
 i= 1031 j=  807 glon=  286.45 (0-360E) glon=  286.45 glat=  33.56 u=  -1.9600 v= -17.1400 vr=  10.43514 vt=  13.73787
 i= 1036 j=  807 glon=  286.65 (0-360E) glon=  286.65 glat=  33.56 u=  -0.9700 v= -17.5800 vr=  10.59836 vt=  14.05959
 i= 1041 j=  807 glon=  286.85 (0-360E) glon=  286.85 glat=  33.56 u=   0.7200 v= -17.7000 vr=  10.24005 vt=  14.45509
 i= 1046 j=  807 glon=  287.05 (0-360E) glon=  287.05 glat=  33.56 u=   3.3300 v= -16.3000 vr=   8.49166 vt=  14.30632
 i= 1051 j=  807 glon=  287.25 (0-360E) glon=  287.25 glat=  33.56 u=   5.0100 v= -15.3300 vr=   7.99978 vt=  14.00402
 i= 1056 j=  807 glon=  287.45 (0-360E) glon=  287.45 glat=  33.56 u=   6.5500 v= -14.0400 vr=   7.66172 vt=  13.46559
 i= 1061 j=  807 glon=  287.65 (0-360E) glon=  287.65 glat=  33.56 u=   8.3300 v= -11.8500 vr=   6.74451 vt=  12.81885
 i= 1066 j=  807 glon=  287.85 (0-360E) glon=  287.85 glat=  33.56 u=   9.8000 v=  -7.1200 vr=   3.83909 vt=  11.48894
 i= 1071 j=  807 glon=  288.05 (0-360E) glon=  288.05 glat=  33.56 u=   9.4700 v=  -2.2300 vr=   1.09939 vt=   9.66670
 i= 1076 j=  807 glon=  288.25 (0-360E) glon=  288.25 glat=  33.56 u=   8.8100 v=   1.9400 vr=  -1.24331 vt=   8.93498
 i= 1081 j=  807 glon=  288.45 (0-360E) glon=  288.45 glat=  33.56 u=   8.1400 v=   5.6700 vr=  -3.30157 vt=   9.35458
 i= 1086 j=  807 glon=  288.65 (0-360E) glon=  288.65 glat=  33.56 u=   6.5600 v=  10.3000 vr=  -6.50746 vt=  10.33328
 i= 1091 j=  807 glon=  288.85 (0-360E) glon=  288.85 glat=  33.56 u=   4.8400 v=  14.1100 vr=  -9.03165 vt=  11.87211
 i= 1096 j=  807 glon=  289.05 (0-360E) glon=  289.05 glat=  33.56 u=   2.9800 v=  17.6600 vr= -11.39960 vt=  13.81322
 i= 1101 j=  807 glon=  289.25 (0-360E) glon=  289.25 glat=  33.56 u=   3.7200 v=  18.2200 vr=  -9.78372 vt=  15.81409
 i= 1106 j=  807 glon=  289.45 (0-360E) glon=  289.45 glat=  33.56 u=   2.2500 v=  18.9600 vr= -10.04281 vt=  16.23841
 i= 1111 j=  807 glon=  289.65 (0-360E) glon=  289.65 glat=  33.56 u=   1.2200 v=  19.9300 vr= -10.30185 vt=  17.10454
 i= 1116 j=  807 glon=  289.85 (0-360E) glon=  289.85 glat=  33.56 u=  -0.0100 v=  20.0000 vr= -10.39613 vt=  17.08568
 i= 1121 j=  807 glon=  290.05 (0-360E) glon=  290.05 glat=  33.56 u=  -0.3100 v=  20.9300 vr= -10.27451 vt=  18.23720
 i= 1126 j=  807 glon=  290.25 (0-360E) glon=  290.25 glat=  33.56 u=  -0.9500 v=  20.2100 vr=  -9.78332 vt=  17.70970
 i= 1026 j=  812 glon=  286.25 (0-360E) glon=  286.25 glat=  33.36 u=  -1.9000 v= -18.1700 vr=  11.57766 vt=  14.13211
 i= 1031 j=  812 glon=  286.45 (0-360E) glon=  286.45 glat=  33.36 u=  -0.9200 v= -15.9600 vr=  10.18378 vt=  12.32310
 i= 1036 j=  812 glon=  286.65 (0-360E) glon=  286.65 glat=  33.36 u=   0.1900 v= -15.2200 vr=   9.56947 vt=  11.83680
 i= 1041 j=  812 glon=  286.85 (0-360E) glon=  286.85 glat=  33.36 u=   0.6400 v= -15.1100 vr=   9.96624 vt=  11.37523
 i= 1046 j=  812 glon=  287.05 (0-360E) glon=  287.05 glat=  33.36 u=   2.8400 v= -15.7600 vr=   9.88198 vt=  12.60117
 i= 1051 j=  812 glon=  287.25 (0-360E) glon=  287.25 glat=  33.36 u=   5.1600 v= -15.4200 vr=   9.39497 vt=  13.27164
 i= 1056 j=  812 glon=  287.45 (0-360E) glon=  287.45 glat=  33.36 u=   6.7800 v= -13.2400 vr=   8.11448 vt=  12.46681
 i= 1061 j=  812 glon=  287.65 (0-360E) glon=  287.65 glat=  33.36 u=   7.6200 v= -10.4700 vr=   6.75635 vt=  11.04704
 i= 1066 j=  812 glon=  287.85 (0-360E) glon=  287.85 glat=  33.36 u=   7.4800 v=  -6.7300 vr=   4.67222 vt=   8.91143
 i= 1071 j=  812 glon=  288.05 (0-360E) glon=  288.05 glat=  33.36 u=   6.8700 v=  -2.6600 vr=   1.99271 vt=   7.09236
 i= 1076 j=  812 glon=  288.25 (0-360E) glon=  288.25 glat=  33.36 u=   7.2900 v=   1.3600 vr=  -0.89499 vt=   7.36157
 i= 1081 j=  812 glon=  288.45 (0-360E) glon=  288.45 glat=  33.36 u=   5.5600 v=   4.8100 vr=  -3.48544 vt=   6.47313
 i= 1086 j=  812 glon=  288.65 (0-360E) glon=  288.65 glat=  33.36 u=   6.0400 v=   8.7200 vr=  -5.99005 vt=   8.75439
 i= 1091 j=  812 glon=  288.85 (0-360E) glon=  288.85 glat=  33.36 u=   4.1500 v=  13.1500 vr=  -9.59052 vt=   9.90793
 i= 1096 j=  812 glon=  289.05 (0-360E) glon=  289.05 glat=  33.36 u=   3.8000 v=  16.0300 vr= -10.95419 vt=  12.30474
 i= 1101 j=  812 glon=  289.25 (0-360E) glon=  289.25 glat=  33.36 u=   3.7900 v=  16.6000 vr= -10.12782 vt=  13.68764
 i= 1106 j=  812 glon=  289.45 (0-360E) glon=  289.45 glat=  33.36 u=   2.8300 v=  17.5300 vr= -10.27712 vt=  14.48070
 i= 1111 j=  812 glon=  289.65 (0-360E) glon=  289.65 glat=  33.36 u=   1.9700 v=  19.2000 vr= -10.95044 vt=  15.89367
 i= 1116 j=  812 glon=  289.85 (0-360E) glon=  289.85 glat=  33.36 u=   0.3700 v=  18.9500 vr= -11.08669 vt=  15.37285
 i= 1121 j=  812 glon=  290.05 (0-360E) glon=  290.05 glat=  33.36 u=   0.4000 v=  20.1500 vr= -10.91002 vt=  16.94562
 i= 1126 j=  812 glon=  290.25 (0-360E) glon=  290.25 glat=  33.36 u=  -0.0800 v=  19.3500 vr= -10.12738 vt=  16.48833
 i= 1026 j=  817 glon=  286.25 (0-360E) glon=  286.25 glat=  33.16 u=  -0.2500 v= -16.0200 vr=  10.07834 vt=  12.45512
 i= 1031 j=  817 glon=  286.45 (0-360E) glon=  286.45 glat=  33.16 u=   0.2100 v= -13.9900 vr=   9.04695 vt=  10.67318
 i= 1036 j=  817 glon=  286.65 (0-360E) glon=  286.65 glat=  33.16 u=   0.5900 v= -13.5000 vr=   9.06683 vt=  10.01951
 i= 1041 j=  817 glon=  286.85 (0-360E) glon=  286.85 glat=  33.16 u=   0.1300 v= -14.4600 vr=  10.76900 vt=   9.65075
 i= 1046 j=  817 glon=  287.05 (0-360E) glon=  287.05 glat=  33.16 u=   3.6100 v= -13.2100 vr=   8.42036 vt=  10.79971
 i= 1051 j=  817 glon=  287.25 (0-360E) glon=  287.25 glat=  33.16 u=   4.5700 v= -14.2600 vr=   9.75822 vt=  11.35824
 i= 1056 j=  817 glon=  287.45 (0-360E) glon=  287.45 glat=  33.16 u=   5.3600 v= -12.6400 vr=   9.06684 vt=  10.30978
 i= 1061 j=  817 glon=  287.65 (0-360E) glon=  287.65 glat=  33.16 u=   6.2700 v=  -9.8700 vr=   7.26399 vt=   9.16320
 i= 1066 j=  817 glon=  287.85 (0-360E) glon=  287.85 glat=  33.16 u=   5.8600 v=  -6.4400 vr=   5.07083 vt=   7.07813
 i= 1071 j=  817 glon=  288.05 (0-360E) glon=  288.05 glat=  33.16 u=   5.6800 v=  -2.6800 vr=   2.21628 vt=   5.87647
 i= 1076 j=  817 glon=  288.25 (0-360E) glon=  288.25 glat=  33.16 u=   5.1300 v=   0.7900 vr=  -0.51577 vt=   5.16478
 i= 1081 j=  817 glon=  288.45 (0-360E) glon=  288.45 glat=  33.16 u=   5.6500 v=   4.7900 vr=  -3.66992 vt=   6.43415
 i= 1086 j=  817 glon=  288.65 (0-360E) glon=  288.65 glat=  33.16 u=   5.1700 v=   8.3000 vr=  -6.32545 vt=   7.45705
 i= 1091 j=  817 glon=  288.85 (0-360E) glon=  288.85 glat=  33.16 u=   3.7600 v=  12.9400 vr= -10.22774 vt=   8.77351
 i= 1096 j=  817 glon=  289.05 (0-360E) glon=  289.05 glat=  33.16 u=   4.3500 v=  14.0200 vr=  -9.88581 vt=  10.85144
 i= 1101 j=  817 glon=  289.25 (0-360E) glon=  289.25 glat=  33.16 u=   3.9200 v=  14.7700 vr=  -9.69250 vt=  11.81418
 i= 1106 j=  817 glon=  289.45 (0-360E) glon=  289.45 glat=  33.16 u=   2.8900 v=  16.4500 vr= -10.63812 vt=  12.87576
 i= 1111 j=  817 glon=  289.65 (0-360E) glon=  289.65 glat=  33.16 u=   1.6300 v=  17.4500 vr= -11.28334 vt=  13.41066
 i= 1116 j=  817 glon=  289.85 (0-360E) glon=  289.85 glat=  33.16 u=   0.8700 v=  18.4800 vr= -11.67315 vt=  14.35287
 i= 1121 j=  817 glon=  290.05 (0-360E) glon=  290.05 glat=  33.16 u=   0.8200 v=  18.8900 vr= -11.16350 vt=  15.26043
 i= 1036 j=  822 glon=  286.65 (0-360E) glon=  286.65 glat=  32.96 u=   3.0400 v= -14.6200 vr=   9.01640 vt=  11.90338
 i= 1041 j=  822 glon=  286.85 (0-360E) glon=  286.85 glat=  32.96 u=   2.1500 v= -14.0000 vr=   9.85515 vt=  10.17343
 i= 1046 j=  822 glon=  287.05 (0-360E) glon=  287.05 glat=  32.96 u=   3.8500 v= -13.9100 vr=   9.61003 vt=  10.76838
 i= 1051 j=  822 glon=  287.25 (0-360E) glon=  287.25 glat=  32.96 u=   5.0100 v= -11.1200 vr=   7.48413 vt=   9.63028
 i= 1056 j=  822 glon=  287.45 (0-360E) glon=  287.45 glat=  32.96 u=   5.4900 v= -10.3500 vr=   7.45910 vt=   9.03462
 i= 1061 j=  822 glon=  287.65 (0-360E) glon=  287.65 glat=  32.96 u=   5.1500 v=  -9.7900 vr=   7.90086 vt=   7.74229
 i= 1066 j=  822 glon=  287.85 (0-360E) glon=  287.85 glat=  32.96 u=   4.5900 v=  -6.4000 vr=   5.46150 vt=   5.67451
 i= 1071 j=  822 glon=  288.05 (0-360E) glon=  288.05 glat=  32.96 u=   5.1800 v=  -1.9000 vr=   1.53761 vt=   5.29888
 i= 1076 j=  822 glon=  288.25 (0-360E) glon=  288.25 glat=  32.96 u=   5.4800 v=   1.5000 vr=  -1.24700 vt=   5.54305
 i= 1081 j=  822 glon=  288.45 (0-360E) glon=  288.45 glat=  32.96 u=   4.9800 v=   5.1600 vr=  -4.30230 vt=   5.73726
 i= 1086 j=  822 glon=  288.65 (0-360E) glon=  288.65 glat=  32.96 u=   4.7300 v=   8.2600 vr=  -6.70262 vt=   6.75836
 i= 1091 j=  822 glon=  288.85 (0-360E) glon=  288.85 glat=  32.96 u=   4.2400 v=  11.4500 vr=  -9.11831 vt=   8.12013
 i= 1096 j=  822 glon=  289.05 (0-360E) glon=  289.05 glat=  32.96 u=   4.3900 v=  12.6100 vr=  -9.26879 vt=   9.61113
 i= 1101 j=  822 glon=  289.25 (0-360E) glon=  289.25 glat=  32.96 u=   3.9300 v=  13.9000 vr=  -9.73650 vt=  10.67031
 i= 1106 j=  822 glon=  289.45 (0-360E) glon=  289.45 glat=  32.96 u=   2.9300 v=  15.7600 vr= -10.96113 vt=  11.69684
 i= 1111 j=  822 glon=  289.65 (0-360E) glon=  289.65 glat=  32.96 u=   1.5600 v=  16.0000 vr= -11.18346 vt=  11.54833
 i= 1116 j=  822 glon=  289.85 (0-360E) glon=  289.85 glat=  32.96 u=   1.3900 v=  17.7600 vr= -11.82451 vt=  13.32406
 i= 1041 j=  827 glon=  286.85 (0-360E) glon=  286.85 glat=  32.76 u=   1.7100 v= -13.3800 vr=  10.18533 vt=   8.84350
 i= 1046 j=  827 glon=  287.05 (0-360E) glon=  287.05 glat=  32.76 u=   3.2400 v= -11.3000 vr=   8.23895 vt=   8.38494
 i= 1051 j=  827 glon=  287.25 (0-360E) glon=  287.25 glat=  32.76 u=   5.0700 v=  -9.4300 vr=   6.41249 vt=   8.57378
 i= 1056 j=  827 glon=  287.45 (0-360E) glon=  287.45 glat=  32.76 u=   5.1300 v= -11.0800 vr=   8.65589 vt=   8.61155
 i= 1061 j=  827 glon=  287.65 (0-360E) glon=  287.65 glat=  32.76 u=   5.8600 v= -10.2200 vr=   8.39255 vt=   8.26760
 i= 1066 j=  827 glon=  287.85 (0-360E) glon=  287.85 glat=  32.76 u=   4.8000 v=  -6.3800 vr=   5.53033 vt=   5.75846
 i= 1071 j=  827 glon=  288.05 (0-360E) glon=  288.05 glat=  32.76 u=   5.2600 v=  -2.6800 vr=   2.35566 vt=   5.41303
 i= 1076 j=  827 glon=  288.25 (0-360E) glon=  288.25 glat=  32.76 u=   4.6200 v=   1.2100 vr=  -1.02277 vt=   4.66502
 i= 1081 j=  827 glon=  288.45 (0-360E) glon=  288.45 glat=  32.76 u=   5.1200 v=   5.2500 vr=  -4.48080 vt=   5.80511
 i= 1086 j=  827 glon=  288.65 (0-360E) glon=  288.65 glat=  32.76 u=   4.4500 v=   7.2800 vr=  -6.02541 vt=   6.04113
 i= 1091 j=  827 glon=  288.85 (0-360E) glon=  288.85 glat=  32.76 u=   4.8900 v=  10.8500 vr=  -8.67146 vt=   8.15110
 i= 1096 j=  827 glon=  289.05 (0-360E) glon=  289.05 glat=  32.76 u=   4.5200 v=  11.9100 vr=  -9.04622 vt=   8.96908
 i= 1101 j=  827 glon=  289.25 (0-360E) glon=  289.25 glat=  32.76 u=   4.0000 v=  13.4000 vr=  -9.84825 vt=   9.92834
 i= 1106 j=  827 glon=  289.45 (0-360E) glon=  289.45 glat=  32.76 u=   2.8100 v=  15.0500 vr= -11.11584 vt=  10.52790
 i= 1051 j=  832 glon=  287.25 (0-360E) glon=  287.25 glat=  32.56 u=   4.5200 v=  -9.1900 vr=   6.75703 vt=   7.69604
 i= 1056 j=  832 glon=  287.45 (0-360E) glon=  287.45 glat=  32.56 u=   6.2100 v=  -8.8000 vr=   6.45165 vt=   8.62440
 i= 1061 j=  832 glon=  287.65 (0-360E) glon=  287.65 glat=  32.56 u=   5.9400 v=  -8.5400 vr=   6.95733 vt=   7.73375
 i= 1066 j=  832 glon=  287.85 (0-360E) glon=  287.85 glat=  32.56 u=   4.8200 v=  -6.0300 vr=   5.27891 vt=   5.63262
 i= 1071 j=  832 glon=  288.05 (0-360E) glon=  288.05 glat=  32.56 u=   4.6900 v=  -2.2000 vr=   1.94272 vt=   4.80228
 i= 1076 j=  832 glon=  288.25 (0-360E) glon=  288.25 glat=  32.56 u=   5.0200 v=   1.4600 vr=  -1.27856 vt=   5.06925
 i= 1081 j=  832 glon=  288.45 (0-360E) glon=  288.45 glat=  32.56 u=   5.5600 v=   4.5900 vr=  -3.85775 vt=   6.09093
 i= 1086 j=  832 glon=  288.65 (0-360E) glon=  288.65 glat=  32.56 u=   4.2900 v=   7.7300 vr=  -6.64788 vt=   5.82775
 i= 1091 j=  832 glon=  288.85 (0-360E) glon=  288.85 glat=  32.56 u=   4.6900 v=  10.0400 vr=  -8.22481 vt=   7.42632
 i= 1096 j=  832 glon=  289.05 (0-360E) glon=  289.05 glat=  32.56 u=   4.6200 v=  11.4000 vr=  -8.89412 vt=   8.49700
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    18.7883392320542       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     37.59 kts
    LL Wind Circ Vt mean quadmax value: SE     25.15 kts
    LL Wind Circ Vt mean quadmax value: SW     35.47 kts
    LL Wind Circ Vt mean quadmax value: NW     48.46 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.16088768433481       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   5.36552428381842       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.5281088404851     
   xcenlon=    288.190583781735     
   imax=         2738  jmax=         2041
   jlatfix=          782
   ilonfix (unadjusted) =         1075
  
 In get_max_wind, ibeg=          992  iend=         1157
                  jbeg=          714  jend=          851
         ilonfix=         1075  jlatfix=          782
 At end of get_max_wind, vmax=    31.4086500824216       rmax= 
   22.7744866975890     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    6.98 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    7.50 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.06 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    8.53 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.97 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    9.59 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   10.78 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   12.36 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   14.16 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   16.15 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   17.96 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   19.52 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   20.81 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   21.58 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   22.02 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   22.16 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   22.18 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   22.16 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   22.11 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   22.02 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   21.82 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   21.53 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   21.18 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.84 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   20.52 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   20.20 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   19.91 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.66 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.42 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   19.18 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.92 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   18.62 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.31 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   18.02 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.77 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.54 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   17.32 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   17.12 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   16.91 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   16.72 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   16.53 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.40 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.18 m/s   maxrmw_dist=    51.00  km   maxrmw_ix=   17
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    51.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.1760466707198      
  (m/s)   (in kts)=    43.0814058672074     
  rising_sum_dvdr=       15.2009067930721     
  declining_sum_dvdr=   -4.15880353445154     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   120 igrct=  1 Vmax (m/s)=   31.409   22:32:58
 TIMING: before call  getradii, fhr=   120 igrct=  1   22:32:58
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    6.06254385817398     
 mr4qs before add, mean_radii_vt_4quad_sum=    6.06254385817398     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.77548025122427     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.77548025122427     
 mr4qs after add, mean_radii_vt_4quad_sum=   0.490715272412382     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.490715272412382     
 mr4qs after add, mean_radii_vt_4quad_sum=    6.05051868237230     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    6.05 good_quad_ct=   4 mean_vt_4quad=      1.51
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.21 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.33 mean_vt_4quad=    8.20
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.47 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.62 mean_vt_4quad=    8.30
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.75 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.80 mean_vt_4quad=    8.38
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.82 mean_vt_4quad=    8.42
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.76 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.77 mean_vt_4quad=    8.52
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.81 mean_vt_4quad=    8.57
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.75 mean_vt_4quad=    8.62
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.87 mean_vt_4quad=    8.68
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.02 mean_vt_4quad=    8.73
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.14 mean_vt_4quad=    8.78
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.14 mean_vt_4quad=    8.83
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.19 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.27 mean_vt_4quad=    8.90
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.40 mean_vt_4quad=    8.94
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.50 mean_vt_4quad=    8.98
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.48 mean_vt_4quad=    9.03
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.40 mean_vt_4quad=    9.08
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.38 mean_vt_4quad=    9.14
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   13.31 mean_vt_4quad=    9.20
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   13.33 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   13.38 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   13.44 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   13.47 mean_vt_4quad=    9.51
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   13.44 mean_vt_4quad=    9.60
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   13.37 mean_vt_4quad=    9.69
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   13.17 mean_vt_4quad=    9.79
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   12.97 mean_vt_4quad=    9.87
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   12.92 mean_vt_4quad=    9.95
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   13.01 mean_vt_4quad=   10.03
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.10 mean_vt_4quad=   10.10
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.17 mean_vt_4quad=   10.17
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.24 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.37 mean_vt_4quad=   10.29
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   13.43 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   13.44 mean_vt_4quad=   10.43
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   13.37 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   13.37 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   13.52 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   13.64 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   13.79 mean_vt_4quad=   10.70
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   13.94 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.14 mean_vt_4quad=   10.84
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   14.31 mean_vt_4quad=   10.92
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   14.47 mean_vt_4quad=   11.01
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   14.44 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   14.51 mean_vt_4quad=   11.16
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   14.61 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   14.76 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   14.92 mean_vt_4quad=   11.39
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   15.14 mean_vt_4quad=   11.49
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   15.40 mean_vt_4quad=   11.59
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   15.66 mean_vt_4quad=   11.68
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   15.91 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   16.10 mean_vt_4quad=   11.87
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   16.27 mean_vt_4quad=   11.95
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   16.38 mean_vt_4quad=   12.02
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   16.46 mean_vt_4quad=   12.11
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   16.49 mean_vt_4quad=   12.19
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   16.49 mean_vt_4quad=   12.28
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   16.47 mean_vt_4quad=   12.36
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   16.53 mean_vt_4quad=   12.44
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   16.65 mean_vt_4quad=   12.53
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   16.75 mean_vt_4quad=   12.62
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   16.83 mean_vt_4quad=   12.72
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   16.92 mean_vt_4quad=   12.84
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   17.09 mean_vt_4quad=   12.95
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   17.34 mean_vt_4quad=   13.05
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.59 mean_vt_4quad=   13.15
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   13.15 .... 0.5*v_holland=    8.02
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   13.25 .... 0.5*v_holland=    8.02
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  50
  ++++ rdist(ihc)=  150.00  mean_radii_vt_4quad(ihc)=   13.37 .... 0.5*v_holland=    8.02
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  49
  ++++ rdist(ihc)=  147.00  mean_radii_vt_4quad(ihc)=   13.51 .... 0.5*v_holland=    8.02
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  48
  ++++ rdist(ihc)=  144.00  mean_radii_vt_4quad(ihc)=   13.66 .... 0.5*v_holland=    8.02
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    156.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   84.1776000000000     
 vradius(iwindix,iquad) =          84
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   17.59 mean_vt_4quad=   13.15
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   17.82 mean_vt_4quad=   13.25
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   18.05 mean_vt_4quad=   13.37
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   18.23 mean_vt_4quad=   13.51
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   18.41 mean_vt_4quad=   13.66
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   18.61 mean_vt_4quad=   13.82
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   18.85 mean_vt_4quad=   13.99
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   19.14 mean_vt_4quad=   14.15
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   19.37 mean_vt_4quad=   14.31
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   19.54 mean_vt_4quad=   14.47
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   19.60 mean_vt_4quad=   14.62
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   19.70 mean_vt_4quad=   14.77
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   19.88 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   20.16 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   20.61 mean_vt_4quad=   15.26
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   21.05 mean_vt_4quad=   15.44
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   21.44 mean_vt_4quad=   15.64
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   21.84 mean_vt_4quad=   15.85
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   22.24 mean_vt_4quad=   16.08
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   22.98 mean_vt_4quad=   16.33
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   23.79 mean_vt_4quad=   16.60
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   24.39 mean_vt_4quad=   16.88
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   24.73 mean_vt_4quad=   17.15
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   24.65 mean_vt_4quad=   17.42
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   24.38 mean_vt_4quad=   17.70
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   24.06 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   24.15 mean_vt_4quad=   18.32
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   24.65 mean_vt_4quad=   18.64
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   25.01 mean_vt_4quad=   18.96
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   25.20 mean_vt_4quad=   19.29
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   25.22 mean_vt_4quad=   19.63
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   26.29 mean_vt_4quad=   19.91
  
 NO interp, exactdistkm=    63.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   33.9948000000000     
 vradius(iwindix,iquad) =          34
  
  --- vmaxwind of    31.4086500824216       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.09 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.13 mean_vt_4quad=    8.20
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.15 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.16 mean_vt_4quad=    8.30
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   10.16 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   10.17 mean_vt_4quad=    8.38
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   10.19 mean_vt_4quad=    8.42
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   10.22 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   10.27 mean_vt_4quad=    8.52
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   10.32 mean_vt_4quad=    8.57
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   10.39 mean_vt_4quad=    8.62
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   10.44 mean_vt_4quad=    8.68
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   10.44 mean_vt_4quad=    8.73
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   10.46 mean_vt_4quad=    8.78
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   10.49 mean_vt_4quad=    8.83
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   10.47 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.50 mean_vt_4quad=    8.90
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.47 mean_vt_4quad=    8.94
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   10.45 mean_vt_4quad=    8.98
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   10.44 mean_vt_4quad=    9.03
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   10.43 mean_vt_4quad=    9.08
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   10.42 mean_vt_4quad=    9.14
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   10.42 mean_vt_4quad=    9.20
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   10.45 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   10.50 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   10.57 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   10.68 mean_vt_4quad=    9.51
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   10.83 mean_vt_4quad=    9.60
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   10.97 mean_vt_4quad=    9.69
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   11.17 mean_vt_4quad=    9.79
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   11.35 mean_vt_4quad=    9.87
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   11.49 mean_vt_4quad=    9.95
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.60 mean_vt_4quad=   10.03
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.71 mean_vt_4quad=   10.10
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   11.83 mean_vt_4quad=   10.17
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   11.94 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   12.06 mean_vt_4quad=   10.29
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   12.18 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   12.28 mean_vt_4quad=   10.43
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   12.40 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.55 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   12.66 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   12.91 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   13.12 mean_vt_4quad=   10.70
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   13.33 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   13.49 mean_vt_4quad=   10.84
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   13.64 mean_vt_4quad=   10.92
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   13.71 mean_vt_4quad=   11.01
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   13.85 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   14.15 mean_vt_4quad=   11.16
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   14.39 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   14.59 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   14.75 mean_vt_4quad=   11.39
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   14.86 mean_vt_4quad=   11.49
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   14.93 mean_vt_4quad=   11.59
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   14.97 mean_vt_4quad=   11.68
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   15.02 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   15.12 mean_vt_4quad=   11.87
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   15.23 mean_vt_4quad=   11.95
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   15.34 mean_vt_4quad=   12.02
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   15.46 mean_vt_4quad=   12.11
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   15.59 mean_vt_4quad=   12.19
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   15.70 mean_vt_4quad=   12.28
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   15.81 mean_vt_4quad=   12.36
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   15.87 mean_vt_4quad=   12.44
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   15.98 mean_vt_4quad=   12.53
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   16.11 mean_vt_4quad=   12.62
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   16.24 mean_vt_4quad=   12.72
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   16.36 mean_vt_4quad=   12.84
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   16.46 mean_vt_4quad=   12.95
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   16.51 mean_vt_4quad=   13.05
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   16.52 mean_vt_4quad=   13.15
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   16.53 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   16.56 mean_vt_4quad=   13.37
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   16.87 mean_vt_4quad=   13.51
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   17.26 mean_vt_4quad=   13.66
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   17.66 mean_vt_4quad=   13.82
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  47
  ++++ rdist(ihc)=  141.00  mean_radii_vt_4quad(ihc)=   13.82 .... 0.5*v_holland=    8.77
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    8.77
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   14.15 .... 0.5*v_holland=    8.77
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   14.31 .... 0.5*v_holland=    8.77
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.47 .... 0.5*v_holland=    8.77
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    141.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   76.0836000000000     
 vradius(iwindix,iquad) =          76
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   17.66 mean_vt_4quad=   13.82
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   18.03 mean_vt_4quad=   13.99
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   18.37 mean_vt_4quad=   14.15
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   18.69 mean_vt_4quad=   14.31
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   18.97 mean_vt_4quad=   14.47
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   19.18 mean_vt_4quad=   14.62
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   19.29 mean_vt_4quad=   14.77
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   19.45 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   19.59 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   19.68 mean_vt_4quad=   15.26
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   19.76 mean_vt_4quad=   15.44
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   19.85 mean_vt_4quad=   15.64
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   20.07 mean_vt_4quad=   15.85
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   20.36 mean_vt_4quad=   16.08
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   20.72 mean_vt_4quad=   16.33
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   21.12 mean_vt_4quad=   16.60
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   21.53 mean_vt_4quad=   16.88
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   21.92 mean_vt_4quad=   17.15
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   22.20 mean_vt_4quad=   17.42
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   22.33 mean_vt_4quad=   17.70
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   22.09 mean_vt_4quad=   18.00
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   21.51 mean_vt_4quad=   18.32
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   20.76 mean_vt_4quad=   18.64
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   20.14 mean_vt_4quad=   18.96
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   19.90 mean_vt_4quad=   19.29
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   20.02 mean_vt_4quad=   19.63
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   20.44 mean_vt_4quad=   19.91
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   21.04 mean_vt_4quad=   20.14
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   21.63 mean_vt_4quad=   20.27
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   22.08 mean_vt_4quad=   20.39
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   22.40 mean_vt_4quad=   20.49
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   22.64 mean_vt_4quad=   20.56
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   22.84 mean_vt_4quad=   20.55
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   23.03 mean_vt_4quad=   20.24
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   23.24 mean_vt_4quad=   19.56
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   23.30 mean_vt_4quad=   18.39
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   23.20 mean_vt_4quad=   16.84
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   22.91 mean_vt_4quad=   14.98
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   22.38 mean_vt_4quad=   12.98
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   21.48 mean_vt_4quad=   11.05
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   20.10 mean_vt_4quad=    9.31
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   18.47 mean_vt_4quad=    7.76
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   16.72 mean_vt_4quad=    6.42
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   14.81 mean_vt_4quad=    5.23
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=   12.62 mean_vt_4quad=    4.09
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=   10.12 mean_vt_4quad=    2.88
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    7.99 mean_vt_4quad=    1.51
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.48 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.53 mean_vt_4quad=    8.20
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.56 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.54 mean_vt_4quad=    8.30
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.50 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.51 mean_vt_4quad=    8.38
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.48 mean_vt_4quad=    8.42
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.45 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.49 mean_vt_4quad=    8.52
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.51 mean_vt_4quad=    8.57
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   12.56 mean_vt_4quad=    8.62
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   12.63 mean_vt_4quad=    8.68
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   12.61 mean_vt_4quad=    8.73
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   12.65 mean_vt_4quad=    8.78
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   12.70 mean_vt_4quad=    8.83
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   12.72 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   12.83 mean_vt_4quad=    8.90
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   12.89 mean_vt_4quad=    8.94
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   12.94 mean_vt_4quad=    8.98
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   12.97 mean_vt_4quad=    9.03
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   12.93 mean_vt_4quad=    9.08
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   12.98 mean_vt_4quad=    9.14
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.12 mean_vt_4quad=    9.20
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.27 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.30 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.40 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   13.52 mean_vt_4quad=    9.51
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   13.68 mean_vt_4quad=    9.60
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   13.82 mean_vt_4quad=    9.69
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   13.94 mean_vt_4quad=    9.79
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   14.00 mean_vt_4quad=    9.87
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   13.99 mean_vt_4quad=    9.95
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   13.93 mean_vt_4quad=   10.03
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   13.85 mean_vt_4quad=   10.10
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   13.84 mean_vt_4quad=   10.17
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   13.86 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   13.91 mean_vt_4quad=   10.29
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   14.01 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   14.11 mean_vt_4quad=   10.43
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   14.21 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   14.29 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   14.37 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   14.47 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   14.61 mean_vt_4quad=   10.70
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   14.80 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   15.05 mean_vt_4quad=   10.84
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   15.37 mean_vt_4quad=   10.92
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   15.77 mean_vt_4quad=   11.01
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   16.10 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   16.23 mean_vt_4quad=   11.16
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   16.11 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.96 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.88 mean_vt_4quad=   11.39
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.92 mean_vt_4quad=   11.49
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.01 mean_vt_4quad=   11.59
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.11 mean_vt_4quad=   11.68
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.21 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   16.32 mean_vt_4quad=   11.87
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   16.48 mean_vt_4quad=   11.95
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   16.63 mean_vt_4quad=   12.02
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   16.67 mean_vt_4quad=   12.11
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   16.72 mean_vt_4quad=   12.19
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   16.75 mean_vt_4quad=   12.28
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   16.75 mean_vt_4quad=   12.36
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.71 mean_vt_4quad=   12.44
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.64 mean_vt_4quad=   12.53
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   16.57 mean_vt_4quad=   12.62
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   16.55 mean_vt_4quad=   12.72
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   16.58 mean_vt_4quad=   12.84
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   16.71 mean_vt_4quad=   12.95
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   16.80 mean_vt_4quad=   13.05
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   16.80 mean_vt_4quad=   13.15
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   16.82 mean_vt_4quad=   13.25
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   16.90 mean_vt_4quad=   13.37
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   17.03 mean_vt_4quad=   13.51
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   17.21 mean_vt_4quad=   13.66
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   17.42 mean_vt_4quad=   13.82
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   17.64 mean_vt_4quad=   13.99
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  46
  ++++ rdist(ihc)=  138.00  mean_radii_vt_4quad(ihc)=   13.99 .... 0.5*v_holland=    8.94
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  45
  ++++ rdist(ihc)=  135.00  mean_radii_vt_4quad(ihc)=   14.15 .... 0.5*v_holland=    8.94
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  44
  ++++ rdist(ihc)=  132.00  mean_radii_vt_4quad(ihc)=   14.31 .... 0.5*v_holland=    8.94
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  43
  ++++ rdist(ihc)=  129.00  mean_radii_vt_4quad(ihc)=   14.47 .... 0.5*v_holland=    8.94
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  42
  ++++ rdist(ihc)=  126.00  mean_radii_vt_4quad(ihc)=   14.62 .... 0.5*v_holland=    8.94
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    138.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   74.4648000000000     
 vradius(iwindix,iquad) =          74
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   17.64 mean_vt_4quad=   13.99
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   17.83 mean_vt_4quad=   14.15
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   17.98 mean_vt_4quad=   14.31
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   18.12 mean_vt_4quad=   14.47
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   18.25 mean_vt_4quad=   14.62
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   18.31 mean_vt_4quad=   14.77
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   18.33 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.29 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   18.22 mean_vt_4quad=   15.26
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   18.12 mean_vt_4quad=   15.44
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   18.00 mean_vt_4quad=   15.64
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   17.89 mean_vt_4quad=   15.85
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   17.92 mean_vt_4quad=   16.08
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   18.17 mean_vt_4quad=   16.33
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   18.53 mean_vt_4quad=   16.60
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   18.90 mean_vt_4quad=   16.88
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   19.21 mean_vt_4quad=   17.15
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   19.47 mean_vt_4quad=   17.42
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   19.80 mean_vt_4quad=   17.70
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   20.20 mean_vt_4quad=   18.00
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   20.60 mean_vt_4quad=   18.32
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   20.93 mean_vt_4quad=   18.64
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   21.31 mean_vt_4quad=   18.96
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   21.80 mean_vt_4quad=   19.29
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   22.40 mean_vt_4quad=   19.63
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   22.98 mean_vt_4quad=   19.91
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   23.51 mean_vt_4quad=   20.14
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   23.97 mean_vt_4quad=   20.27
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   24.35 mean_vt_4quad=   20.39
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   24.52 mean_vt_4quad=   20.49
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   24.60 mean_vt_4quad=   20.56
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   24.65 mean_vt_4quad=   20.55
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   24.69 mean_vt_4quad=   20.24
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   24.61 mean_vt_4quad=   19.56
  
  
   iquad=   3 idist=   12 rdist(idist)=   36.00 bin95wind=   24.05 mean_vt_4quad=   18.39
  
  
   iquad=   3 idist=   11 rdist(idist)=   33.00 bin95wind=   22.63 mean_vt_4quad=   16.84
  
  
   iquad=   3 idist=   10 rdist(idist)=   30.00 bin95wind=   20.09 mean_vt_4quad=   14.98
  
  
   iquad=   3 idist=    9 rdist(idist)=   27.00 bin95wind=   16.58 mean_vt_4quad=   12.98
  
  
   iquad=   3 idist=    8 rdist(idist)=   24.00 bin95wind=   12.81 mean_vt_4quad=   11.05
  
  
   iquad=   3 idist=    7 rdist(idist)=   21.00 bin95wind=    9.73 mean_vt_4quad=    9.31
  
  
   iquad=   3 idist=    6 rdist(idist)=   18.00 bin95wind=    7.77 mean_vt_4quad=    7.76
  
  
   iquad=   3 idist=    5 rdist(idist)=   15.00 bin95wind=    6.86 mean_vt_4quad=    6.42
  
  
   iquad=   3 idist=    4 rdist(idist)=   12.00 bin95wind=    6.64 mean_vt_4quad=    5.23
  
  
   iquad=   3 idist=    3 rdist(idist)=    9.00 bin95wind=    6.67 mean_vt_4quad=    4.09
  
  
   iquad=   3 idist=    2 rdist(idist)=    6.00 bin95wind=    6.61 mean_vt_4quad=    2.88
  
  
   iquad=   3 idist=    1 rdist(idist)=    3.00 bin95wind=    6.47 mean_vt_4quad=    1.51
  
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.13 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.19 mean_vt_4quad=    8.20
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.26 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.35 mean_vt_4quad=    8.30
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.36 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.33 mean_vt_4quad=    8.38
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.36 mean_vt_4quad=    8.42
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.42 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.48 mean_vt_4quad=    8.52
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.53 mean_vt_4quad=    8.57
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.58 mean_vt_4quad=    8.62
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   13.67 mean_vt_4quad=    8.68
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   13.73 mean_vt_4quad=    8.73
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   13.73 mean_vt_4quad=    8.78
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   13.68 mean_vt_4quad=    8.83
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   13.62 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   13.59 mean_vt_4quad=    8.90
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   13.59 mean_vt_4quad=    8.94
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   13.62 mean_vt_4quad=    8.98
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   13.63 mean_vt_4quad=    9.03
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   13.68 mean_vt_4quad=    9.08
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   13.76 mean_vt_4quad=    9.14
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   13.83 mean_vt_4quad=    9.20
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   13.81 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   13.82 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   13.86 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   13.87 mean_vt_4quad=    9.51
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   13.79 mean_vt_4quad=    9.60
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   13.85 mean_vt_4quad=    9.69
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   14.04 mean_vt_4quad=    9.79
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   14.21 mean_vt_4quad=    9.87
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   14.33 mean_vt_4quad=    9.95
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   14.40 mean_vt_4quad=   10.03
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   14.44 mean_vt_4quad=   10.10
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   14.45 mean_vt_4quad=   10.17
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   14.59 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   14.65 mean_vt_4quad=   10.29
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   14.69 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   14.74 mean_vt_4quad=   10.43
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   14.84 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   14.94 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   15.04 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   15.12 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   15.19 mean_vt_4quad=   10.70
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   15.28 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   15.41 mean_vt_4quad=   10.84
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   15.59 mean_vt_4quad=   10.92
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   15.91 mean_vt_4quad=   11.01
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   16.20 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   16.37 mean_vt_4quad=   11.16
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   16.73 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   16.98 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   17.13 mean_vt_4quad=   11.39
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   17.12 mean_vt_4quad=   11.49
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.22 mean_vt_4quad=   11.59
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.37 mean_vt_4quad=   11.68
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.58 mean_vt_4quad=   11.78
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   11.78 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   11.87 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   11.95 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.02 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   12.11 .... 0.5*v_holland=    6.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    201.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   108.459600000000     
 vradius(iwindix,iquad) =         108
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.58 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   17.71 mean_vt_4quad=   11.87
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.55 mean_vt_4quad=   11.95
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   17.29 mean_vt_4quad=   12.02
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   17.34 mean_vt_4quad=   12.11
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   17.46 mean_vt_4quad=   12.19
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   17.56 mean_vt_4quad=   12.28
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.59 mean_vt_4quad=   12.36
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.57 mean_vt_4quad=   12.44
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   17.59 mean_vt_4quad=   12.53
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   17.64 mean_vt_4quad=   12.62
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   17.77 mean_vt_4quad=   12.72
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   17.91 mean_vt_4quad=   12.84
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   18.04 mean_vt_4quad=   12.95
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   18.12 mean_vt_4quad=   13.05
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   18.20 mean_vt_4quad=   13.15
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   18.31 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   18.44 mean_vt_4quad=   13.37
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.58 mean_vt_4quad=   13.51
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   18.70 mean_vt_4quad=   13.66
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.91 mean_vt_4quad=   13.82
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   19.16 mean_vt_4quad=   13.99
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   19.36 mean_vt_4quad=   14.15
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   19.63 mean_vt_4quad=   14.31
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   19.93 mean_vt_4quad=   14.47
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   20.22 mean_vt_4quad=   14.62
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   20.51 mean_vt_4quad=   14.77
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   20.82 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   21.05 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   21.21 mean_vt_4quad=   15.26
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   21.40 mean_vt_4quad=   15.44
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   21.65 mean_vt_4quad=   15.64
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   21.89 mean_vt_4quad=   15.85
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.27 mean_vt_4quad=   16.08
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   22.84 mean_vt_4quad=   16.33
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   23.54 mean_vt_4quad=   16.60
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   24.19 mean_vt_4quad=   16.88
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   24.87 mean_vt_4quad=   17.15
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   25.45 mean_vt_4quad=   17.42
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   26.00 mean_vt_4quad=   17.70
  
 NO interp, exactdistkm=    84.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   45.3264000000000     
 vradius(iwindix,iquad) =          45
  
  --- vmaxwind of    31.4086500824216       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   120 igrct=  1   22:32:58
 TIMING: after getrad_iter_loop, fhr=   120 igrct=  2 Vmax (m/s)=   31.409   22:32:58
 TIMING: Before get_phase ... 22:32:58
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          120 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   285.245
  
  
  In get_cps_paramb, lead time=          120 :           0   10L  IDALIA   
   right_ct=          987   left_ct=          942
   zthicksum(1)=    3353884.01218750     
   zthicksum(2)=    3214629.18787500     
   zthick_right_mean=    3398.05877627913     
   zthick_left_mean=     3412.55752428344     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -14.4987480043119     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =            8.94
  Sum of y-diffs squared (ydiff2) =          584.06
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   182.40   6.7452       14.76   0.1661     1.08     1.18      217.90
    2   174.07   6.6846        6.43   0.1055    -2.25     5.07       41.39
    3   171.65   6.6201        4.01   0.0409     0.64     0.41       16.07
    4   166.58   6.5511       -1.05  -0.0281     1.26     1.58        1.11
    5   158.39   6.4770       -9.25  -0.1022    -0.83     0.69       85.50
    6   152.74   6.3969      -14.90  -0.1822     0.10     0.01      222.09
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   167.639     x:    6.58
  
  slope=     82.347         y-intercept =   -374.135
  Regression equation:   Y =  -374.13 +    82.35X
  
  R2(r_squared) =  0.9847        r =  0.9923
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1072.25 zmin=  875.66 zdiff=  196.59
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1560.97 zmin= 1378.57 zdiff=  182.40
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=     -14.19 dlnp=     -0.057158  dzdlnp=      248.292
  
   +++ k=  3 press=    800.0 zmax= 2077.26 zmin= 1903.18 zdiff=  174.07
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.33 dlnp=     -0.060625  dzdlnp=      137.370
  
   +++ k=  4 press=    750.0 zmax= 2621.89 zmin= 2450.24 zdiff=  171.65
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -2.42 dlnp=     -0.064539  dzdlnp=       37.559
  
   +++ k=  5 press=    700.0 zmax= 3198.45 zmin= 3031.87 zdiff=  166.58
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -5.06 dlnp=     -0.068993  dzdlnp=       73.399
  
   +++ k=  6 press=    650.0 zmax= 3810.66 zmin= 3652.27 zdiff=  158.39
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=      -8.19 dlnp=     -0.074108  dzdlnp=      110.541
  
   +++ k=  7 press=    600.0 zmax= 4465.09 zmin= 4312.35 zdiff=  152.74
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=      -5.66 dlnp=     -0.080043  dzdlnp=       70.662
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           98.56
  Sum of y-diffs squared (ydiff2) =          544.61
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   144.05   6.3099       17.23   0.2788     5.60    31.34      296.85
    2   134.62   6.2146        7.81   0.1834     0.15     0.02       60.92
    3   124.82   6.1092       -2.00   0.0781    -5.26    27.68        4.01
    4   120.32   5.9915       -6.50  -0.0397    -4.84    23.45       42.23
    5   119.95   5.8579       -6.87  -0.1732     0.36     0.13       47.15
    6   117.15   5.7038       -9.67  -0.3274     3.99    15.94       93.44
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   126.819     x:    6.03
  
  slope=     41.724         y-intercept =   -124.826
  Regression equation:   Y =  -124.83 +    41.72X
  
  R2(r_squared) =  0.8190        r =  0.9050
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          120 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4465.09 zmin= 4312.35 zdiff=  152.74
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5167.26 zmin= 5023.21 zdiff=  144.05
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      -8.69 dlnp=     -0.087011  dzdlnp=       99.849
  
   +++ k=  9 press=    500.0 zmax= 5923.17 zmin= 5788.54 zdiff=  134.62
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      -9.42 dlnp=     -0.095310  dzdlnp=       98.877
  
   +++ k= 10 press=    450.0 zmax= 6744.94 zmin= 6620.12 zdiff=  124.82
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      -9.81 dlnp=     -0.105361  dzdlnp=       93.090
  
   +++ k= 11 press=    400.0 zmax= 7653.69 zmin= 7533.36 zdiff=  120.32
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -4.50 dlnp=     -0.117783  dzdlnp=       38.172
  
   +++ k= 12 press=    350.0 zmax= 8661.89 zmin= 8541.94 zdiff=  119.95
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -0.37 dlnp=     -0.133531  dzdlnp=        2.756
  
   +++ k= 13 press=    300.0 zmax= 9794.51 zmin= 9677.36 zdiff=  117.15
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -2.80 dlnp=     -0.154151  dzdlnp=       18.164
  
cps_stats: 10L   lead time= 120: 0   paramb=   -14.50  vtl=     82.35  vtu=     41.72
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  120:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  288.191 (0-360) guesslon=  288.191E  (  71.809W)   guesslat=   34.528
 ilonfix=         1075  jlatfix=          782  npts=           33
 ibeg=          999  jbeg=          714  imax=         2738
 iend=         1151  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:32:58
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  286.871E  (0-360) ctlon=  286.871E  (  73.129W)  ctlat=   34.808 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:32:58
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  286.871E   (0-360) guesslon=  286.871E  (  73.129W)   guesslat=   34.808
 ilonfix=         1042  jlatfix=          775  npts=           16
 ibeg=          989  jbeg=          731  imax=         2738
 iend=         1095  jend=          819  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.651E  (0-360) ctlon=  286.651  (  73.349W)  ctlat=   34.488 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        19404
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L   120:00  mean_lon:  286.65E (  73.35W)    (0-360) mean_lon=  286.65E  mean_lat:   34.49  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L   120:00  ifix:  1024   jfix:   760  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1024  jx=          760
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         560 ,         296 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         559 ,         295 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L   120:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:32:58
 TIMING: Before shear ... 22:32:58
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           21
  clon(ist,ifh,3)=    288.169175392988     
  clat(ist,ifh,3)=    34.3995950298212     
  fixlon(ist,ifh)=    288.190583781735     
  fixlat(ist,ifh)=    34.5281088404851     
  xcenlon=    288.169175392988     
  xcenlat=    34.3995950298212     
  
 xxshear
 In get_shear A, xcenlon=    288.169175392988       xcenlat= 
   34.3995950298212     
   In get_shear B, (0-360) xcenlon=    288.169175392988     
  
At start of get_shear:  10L   fhr=  120:00   Mean fix position=   288.19E  ( 71.81W)    34.53  (0-360) mean lon fix=  288.19
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   22.26 vr_mean(idist,ilev)=   -0.66
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   24.36 vr_mean(idist,ilev)=    0.32
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   22.57 vr_mean(idist,ilev)=    0.18
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   19.83 vr_mean(idist,ilev)=   -1.01
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   18.57 vr_mean(idist,ilev)=   -0.08
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   17.28 vr_mean(idist,ilev)=   -0.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.67 vr_mean(idist,ilev)=    0.23
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.59 vr_mean(idist,ilev)=    0.27
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.77 vr_mean(idist,ilev)=    0.36
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.78 vr_mean(idist,ilev)=    0.47
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   12.73 vr_mean(idist,ilev)=    0.26
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   11.62 vr_mean(idist,ilev)=    0.25
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.65 vr_mean(idist,ilev)=    0.06
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    9.55 vr_mean(idist,ilev)=   -0.04
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    8.78 vr_mean(idist,ilev)=    0.08
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    7.93 vr_mean(idist,ilev)=    0.15
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    7.26 vr_mean(idist,ilev)=    0.02
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    6.51 vr_mean(idist,ilev)=    0.04
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    5.98 vr_mean(idist,ilev)=    0.04
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -20.14 vr_mean(idist,ilev)=   20.14
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -30.22 vr_mean(idist,ilev)=   30.22
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -40.30 vr_mean(idist,ilev)=   40.30
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -50.38 vr_mean(idist,ilev)=   50.38
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -60.47 vr_mean(idist,ilev)=   60.47
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -70.56 vr_mean(idist,ilev)=   70.56
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -80.67 vr_mean(idist,ilev)=   80.67
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -90.78 vr_mean(idist,ilev)=   90.78
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -100.90 vr_mean(idist,ilev)=  100.90
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -111.03 vr_mean(idist,ilev)=  111.03
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -121.18 vr_mean(idist,ilev)=  121.18
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -131.35 vr_mean(idist,ilev)=  131.35
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -141.53 vr_mean(idist,ilev)=  141.53
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -151.73 vr_mean(idist,ilev)=  151.73
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -161.95 vr_mean(idist,ilev)=  161.95
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -172.20 vr_mean(idist,ilev)=  172.20
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -182.47 vr_mean(idist,ilev)=  182.47
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -192.78 vr_mean(idist,ilev)=  192.78
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -203.12 vr_mean(idist,ilev)=  203.12
  
 At end of get_shear: 
     ist=    4 ifh=   21 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:32:58
  
 After call to fixcenter, fix positions at 
 forecast hour=  120:00 follow:
  
fixpos  10L   fhr=  120:00   Fix position=   288.19E  ( 71.81W)    34.53   Max Wind=  61 kts
  
  
 xxxx get_next_ges, prev fix lon=    288.818890751109     
 xxxx get_next_ges, curr fix lon=    288.190583781735     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.190583781735        fixlat=    34.5281088404851     
        (0-360) fixlon=    288.190583781735     
      ilonfix=         1075   jlatfix=          782
      ibeg=          575   iend=         1575
      jbeg=          330   jend=         1234
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -4.90733160348070       vavg=  -0.205001020010826     
      ubar=   -1.22683290087018       vbar=  -5.125025500270648E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -3.08423871716669       vavg=  -0.661121406041994     
      ubar=   -2.76895225945352       vbar=  -0.381810958023703     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.311273248697578       vavg=   -1.55778096999451     
      ubar=   -2.84677057162791       vbar=  -0.771256200522330     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.84677057162791       vbar=  -0.771256200522330     
      wgttot=    1.00000000000000     
      fixlon=    288.190583781735        fixlat=    34.5281088404851     
      barnlon=    287.519952141110       barnlat=    34.3782896137824     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824588569874316     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      287.519952141110     
     Raw (no conversion for GM wrap) extraplon=    287.561223662858     
  
 --- barnlon=    287.52E  (  72.48W)    barnlat=     34.38
 --- extraplon=  287.56E  (  72.44W)    extraplat=   34.67
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.53
 | Current fix lon is   71.81W   ( 288.19E)
 | Current fix lon (raw, unadjusted)=  288.19E
 | Updated guess lat for next fcst hour is   34.52
 | Updated guess lon (0-360) for next fcst hour is   72.46W   ( 287.54E)
 | Raw updated guess lon for next fcst hour is  287.54E)
 -------------------------------------------------
  
 iocheck, dist=    59.5492199953334        distm=    59549.2199953334     
 iocheck, stmspd=    2.75690833311729        istmspd=           54
 iocheck, xincr=  -0.649995879750804        yincr=  -5.173765764936888E-003
 iocheck, stmdir=    269.543952982448        istmdir=          270
 +++ RPT_STORM_MOTION: istmspd=    54 kts(*10)    istmdir=   270 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  21
     Fix location for this time:   288.19E  ( 71.81W)    34.53
     Fix lon (raw) for this time:  288.19E
     ilonfix= 1075  jlatfix=  782
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.190583781735       xcenlat=    34.5281088404851     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.190583781735       xcenlat=    34.5281088404851     
  ilonfix=         1075  jlatfix=          782
  ibeg=          947  iend=         1203
  jbeg=          666  jend=          898  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.190583781735        xcenlat=    34.5281088404851     
      ilonfix=         1075   jlatfix=          782
      ibeg=          947   iend=         1203
      jbeg=          666   jend=          898
 After call to barnes, xsmoothval=   2.796666905429498E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.796666905429498E-004
      xcenlon=    288.190583781735        xcenlat=    34.5281088404851     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000280  imeanzeta (*1e6)=      280
   --- mean zeta raw =   2.796666905429498E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002269  igrid zeta (*1e6)=     2269 ifilret=   0
   --- grid zeta raw=   2.268598382629119E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.190583781735       xcenlat=    34.5281088404851     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    288.190583781735       xcenlat=    34.5281088404851     
  ilonfix=         1075  jlatfix=          782
  ibeg=          947  iend=         1203
  jbeg=          666  jend=          898  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    288.190583781735        xcenlat=    34.5281088404851     
      ilonfix=         1075   jlatfix=          782
      ibeg=          947   iend=         1203
      jbeg=          666   jend=          898
 After call to barnes, xsmoothval=   2.344833354599774E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.344833354599774E-004
      xcenlon=    288.190583781735        xcenlat=    34.5281088404851     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000234  imeanzeta (*1e6)=      234
   --- mean zeta raw =   2.344833354599774E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002297  igrid zeta (*1e6)=     2297 ifilret=   0
   --- grid zeta raw=   2.296598382629119E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=          120
  
 segx, outlon=    288.190583781735       outlat=    34.5281088404851     
   ist=            4  ifcsthour=          120
   vmaxwind=    31.4086500824216       xminmslp=    99370.3000000000     
   vradius=           84          34           0          76           0
           0          74           0           0         108          45
           0
   maxstorm=            6
   plastbar=    100970.300000000       rlastbar=    100.681405163580     
   rmax=    22.7744866975890     
   cps_vals=   -14.4987480043119        82.3469918257476     
   41.7241784659961     
   wcore_flag= n
   istmspd=           54  istmdir=          270
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    51.0000000000000     
   axisymet_rmw_val=     22.1760466707198     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   100.681405163580       irlastbar=         101
 output: plastbar=   100970.300000000       iplastbar=        1010
 rmax=    22.7744866975890        irmax=           23
 TXX top of atcfunix_ext, ist=            4  ifh=          120
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   100.681405163580       irlastbar=         101
 output: plastbar=   100970.300000000       iplastbar=        1010
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          120
 intlat=          345
 clatns= N
 intlon=          718
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           61
 int(xminmslp/mslp_outp_adj + 0.5)=          994
 XX,  34, NEQ
 vradius(1,1)=           84
 vradius(1,2)=           76
 vradius(1,3)=           74
 vradius(1,4)=          108
 iplastbar=         1010
 irlastbar=          101
 irmax=           23
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          270
 istmspd=           54
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=         -145
 icps_vals(2)=          823
 icps_vals(3)=          417
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           28
 irmw_val=           43
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          280
 igridzeta(1)=         2269
 imeanzeta(2)=          234
 igridzeta(2)=         2297
  
 rmax=    22.7744866975890        irmax=           23
 +++ Top of output_atcf_parms, ist=            4  ifh=          120
  
 xxxx get_next_ges, prev fix lon=    288.818890751109     
 xxxx get_next_ges, curr fix lon=    288.190583781735     
  
  
  +++ In get_next_ges after call to get_ij_bounds,
      getting bounds for the  barnes analysis...
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      fixlon=    288.190583781735        fixlat=    34.5281088404851     
        (0-360) fixlon=    288.190583781735     
      ilonfix=         1075   jlatfix=          782
      ibeg=          575   iend=         1575
      jbeg=          330   jend=         1234
  
  --- In get_next_ges, ix1=            3  ix2=            4
      uavg=   -4.90733160348070       vavg=  -0.205001020010826     
      ubar=   -1.22683290087018       vbar=  -5.125025500270648E-002
      n=            1  wgts(n)=   0.250000000000000       wgttot= 
  0.250000000000000     
      ibarnct=            1
  
  
  
  --- In get_next_ges, ix1=            5  ix2=            6
      uavg=   -3.08423871716669       vavg=  -0.661121406041994     
      ubar=   -2.76895225945352       vbar=  -0.381810958023703     
      n=            2  wgts(n)=   0.500000000000000       wgttot= 
  0.750000000000000     
      ibarnct=            2
  
  
  
  --- In get_next_ges, ix1=           12  ix2=           13
      uavg=  -0.311273248697578       vavg=   -1.55778096999451     
      ubar=   -2.84677057162791       vbar=  -0.771256200522330     
      n=            3  wgts(n)=   0.250000000000000       wgttot= 
   1.00000000000000     
      ibarnct=            3
  
  
  
  --- In get_next_ges, mean stats follow: 
      ubar=   -2.84677057162791       vbar=  -0.771256200522330     
      wgttot=    1.00000000000000     
      fixlon=    288.190583781735        fixlat=    34.5281088404851     
      barnlon=    287.519952141110       barnlat=    34.3782896137824     
      dt=    21600.0000000000       dtkm=    111194.900000000       cosfac= 
  0.824588569874316     
  
 +++ In get_next_ges, before averaging the 2 methods, 
     Raw (no conversion for GM wrap) barnlon=      287.519952141110     
     Raw (no conversion for GM wrap) extraplon=    287.561223662858     
  
 --- barnlon=    287.52E  (  72.48W)    barnlat=     34.38
 --- extraplon=  287.56E  (  72.44W)    extraplat=   34.67
  
 -------------------------------------------------- 
 |      Current fix & updated fix positions       |
 -------------------------------------------------- 
 | In get_next_ges, current fcst hour    =    120.000000000000     
 |                 current storm number  =            4
 | Return code from get_next_ges =            0
 | Storm Name = IDALIA   
 | Storm ID = 10L 
 | Gen ID (if available): 2023082812_F000_206N_0852W_10L
 | Current fix lat is   34.53
 | Current fix lon is   71.81W   ( 288.19E)
 | Current fix lon (raw, unadjusted)=  288.19E
 | Updated guess lat for next fcst hour is   34.52
 | Updated guess lon (0-360) for next fcst hour is   72.46W   ( 287.54E)
 | Raw updated guess lon for next fcst hour is  287.54E)
 -------------------------------------------------
  
 iocheck, dist=    59.5492199953334        distm=    59549.2199953334     
 iocheck, stmspd=    2.75690833311729        istmspd=           54
 iocheck, xincr=  -0.649995879750804        yincr=  -5.173765764936888E-003
 iocheck, stmdir=    269.543952982448        istmdir=          270
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 120
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 120 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 baclose return code for unit          221  = igcret =            0
 baclose return code for unit          621  = iicret =            0
  
 *-------------------------------------------*
 *   New forecast hour:  126:00
 *-------------------------------------------*
  
 In get_grib_file_name, file name for gfilename is hafs.trak.storm.2023082812.f07560                                                                                       
 In get_grib_file_name, file name for ifilename is hafs.trak.storm.2023082812.f07560.ix                                                                                    
hafs.trak.storm.2023082812.f07560: cwaitfor with minage=10 minsize=500 maxwait=7200=7200 sleeptime=5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: cannot stat: 2
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: Not ready yet.  Size=107235748, age=0, min size=500, min age=10
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: Not ready yet.  Size=107235748, age=5, min size=500, min age=10
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: Not ready yet.  Size=107235748, age=10, min size=500, min age=10
hafs.trak.storm.2023082812.f07560: sleep 5
hafs.trak.storm.2023082812.f07560: ready.
hafs.trak.storm.2023082812.f07560.ix: cwaitfor with minage=10 minsize=500 maxwait=180=180 sleeptime=5
hafs.trak.storm.2023082812.f07560.ix: ready.
 in open_grib_files in multi else part....
   lugb=          222   lugi=          622
 nlen1=           33  nlen2=           36
 gopen_g_file= 
 hafs.trak.storm.2023082812.f07560                                              
                                          
 gopen_i_file= 
 hafs.trak.storm.2023082812.f07560.ix                                           
                                          
 tpm gopen_g_file= ...hafs.trak.storm.2023082812.f07560...  gopen_i_file= ...hafs.trak.storm.2023082812.f07560.ix...
 gopen_g_file= 
 hafs.trak.storm.2023082812.f07560                                              
                                          ....
 gopen_i_file= 
 hafs.trak.storm.2023082812.f07560.ix                                           
                                          ....
 TEST open_grib_files, unit lugb=          222  is CLOSED
 TEST open_grib_files, unit lugi=          622  is CLOSED
 TEST gname  open_grib_files, gfile= 
 hafs.trak.storm.2023082812.f07560                                              
                                           is CLOSED
 TEST iname  open_grib_files, ifile= 
 hafs.trak.storm.2023082812.f07560.ix                                           
                                           is CLOSED
  
 gettrk baopen: igoret=            0  iioret=            0  iooret=            0
 TEST b4 getgridinfo, unit lugb=          222  is CLOSED
 TEST b4 getgridinfo, unit lugi=          622  is CLOSED
 before getgb2 call, lugb=          222  lugi=          622
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval
    1   HGT         200 2023    8   28   12  126   5588258   0.000       0.000    
 In getgridinfo: glatmin=   -15.8000000000000     
                 glatmax=    65.8000030000000     
                 glonmin=    245.250000000000     
                 glonmax=    354.750002000000     
  
 Data Grid Lat/Lon boundaries follow:
 Min Lat:  -15.800  Min Lon:  245.250
 Max Lat:   65.800  Max Lon:  354.750
  
 NOTE: For regional grids, valid data points might
 NOT extend all the way to the gds-defined grid 
 boundary, due to the fact that data have been 
 interpolated from a NPS or Lamb-Conf grid onto a 
 lat/lon grid.  This program checks the logical 
 bitmap for valid data points, but just keep this in
 mind if trying to debug errors that occur near the
 grid boundaries for regional models.
 TEST after getgridinfo in sub tracker, iggret=            0
 in beginning of tracker, imax=         2738  jmax=         2041
 TIMING: b4 getdata at   126h ... 22:33:44
  
 Before GRIB2 read, MSLP ID = ig2_parm_num(9) =          192
  
 NOTE: Program is now in subroutine  getdata.  A return
 code (iret) not equal to zero indicates that 
 subroutine getgb was unable to find the requested 
 parameter.  This could be simply because the parm is 
 not included in the grib file (this is likely for 
 ECMWF data, as they limit what they send us), or it 
 could indicate a problem with the grib index file.
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:44
 TIMING: after getgb2-122:33:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          850
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   29   ABSV        850 2023    8   28   12  126   5588258   0.000       0.000     -0.2489E-02  0.6507E-02
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:44
 TIMING: after getgb2-122:33:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: absv    
 +++       at level =          700
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   23   ABSV        700 2023    8   28   12  126   5588258   0.000       0.000     -0.2756E-02  0.4210E-02
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:44
 TIMING: after getgb2-122:33:44
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          850
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   27   UGRD        850 2023    8   28   12  126   5588258   0.000       0.000      -40.03       42.30    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:44
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          850
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   28   VGRD        850 2023    8   28   12  126   5588258   0.000       0.000      -33.43       50.07    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          700
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   21   UGRD        700 2023    8   28   12  126   5588258   0.000       0.000      -41.31       36.04    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          700
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   22   VGRD        700 2023    8   28   12  126   5588258   0.000       0.000      -34.36       45.28    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          850
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  126   5588258   0.000       0.000       1233.       1593.    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          700
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  126   5588258   0.000       0.000       2838.       3234.    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:45
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: mslp    
 +++       at level =            0
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   31   MSLET         0 2023    8   28   12  126   5588258   0.000       0.000      0.9776E+05  0.1023E+06
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:45
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =           10
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   32   UGRD          0 2023    8   28   12  126   5588258   0.000       0.000      -36.73       32.30    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =           10
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   33   VGRD          0 2023    8   28   12  126   5588258   0.000       0.000      -27.46       44.58    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: ugrid   
 +++       at level =          500
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   15   UGRD        500 2023    8   28   12  126   5588258   0.000       0.000      -32.52       42.52    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: vgrid   
 +++       at level =          500
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   16   VGRD        500 2023    8   28   12  126   5588258   0.000       0.000      -28.97       34.55    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: temp    
 !!!       at level =          401
 !!!       Forecast time =          126  hours
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:46
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          500
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  126   5588258   0.000       0.000       5331.       5959.    
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:46
 TIMING: after getgb2-122:33:47
 iret from getgb2 in getdata =            0
 +++ Good Read: getgb2 found parm: gphgt   
 +++       at level =          200
 +++       Forecast time =          126  hours
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    1   HGT         200 2023    8   28   12  126   5588258   0.000       0.000      0.1157E+05  0.1259E+05
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:47
 TIMING: after getgb2-122:33:47
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: lmask   
 !!!       at level =            0
 !!!       Forecast time =          126  hours
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:47
 TIMING: after getgb2-122:33:47
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: ugrid   
 !!!       at level =          200
 !!!       Forecast time =          126  hours
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:47
 TIMING: after getgb2-122:33:47
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: vgrid   
 !!!       at level =          200
 !!!       Forecast time =          126  hours
 TEST b4 getgb2 getdata, unit lugb=          222  is CLOSED
 TEST b4 getgb2 getdata, unit lugi=          622  is CLOSED

 TIMING: before getgb2-122:33:47
 TIMING: after getgb2-122:33:47
 iret from getgb2 in getdata =           99
 !!! NOTE: getgb2 could not find parm: sst     
 !!!       at level =            0
 !!!       Forecast time =          126  hours

 TIMING: before getgb2-phase22:33:47
 TIMING: after getgb2-222:33:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            1  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   30   HGT         900 2023    8   28   12  126   5588258   0.000       0.000       732.7       1098.    

 TIMING: before getgb2-phase22:33:47
 TIMING: after getgb2-222:33:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            2  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   26   HGT         850 2023    8   28   12  126   5588258   0.000       0.000       1233.       1593.    

 TIMING: before getgb2-phase22:33:47
 TIMING: after getgb2-222:33:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            3  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   25   HGT         800 2023    8   28   12  126   5588258   0.000       0.000       1759.       2110.    

 TIMING: before getgb2-phase22:33:47
 TIMING: after getgb2-222:33:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            4  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   24   HGT         750 2023    8   28   12  126   5588258   0.000       0.000       2308.       2652.    

 TIMING: before getgb2-phase22:33:47
 TIMING: after getgb2-222:33:47
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            5  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   20   HGT         700 2023    8   28   12  126   5588258   0.000       0.000       2838.       3234.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:48
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            6  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   19   HGT         650 2023    8   28   12  126   5588258   0.000       0.000       3401.       3852.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:48
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            7  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   18   HGT         600 2023    8   28   12  126   5588258   0.000       0.000       4000.       4508.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:48
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            8  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   17   HGT         550 2023    8   28   12  126   5588258   0.000       0.000       4642.       5205.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:48
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =            9  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   13   HGT         500 2023    8   28   12  126   5588258   0.000       0.000       5331.       5959.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:48
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =           10  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
   11   HGT         450 2023    8   28   12  126   5588258   0.000       0.000       6080.       6779.    

 TIMING: before getgb2-phase22:33:48
 TIMING: after getgb2-222:33:49
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =           11  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    9   HGT         400 2023    8   28   12  126   5588258   0.000       0.000       6900.       7675.    

 TIMING: before getgb2-phase22:33:49
 TIMING: after getgb2-222:33:49
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =           12  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    7   HGT         350 2023    8   28   12  126   5588258   0.000       0.000       7807.       8678.    

 TIMING: before getgb2-phase22:33:49
 TIMING: after getgb2-222:33:49
 iret from getgb2 (PHASE) in getdata =            0
  
 After getgb2 (PHASE) call, j=            0  ifhours=          126 
  parm # (ip) =           13  iret=            0
  
 rec#   param     level  byy  bmm  bdd  bhh  fhr      npts  firstval    lastval     minval      maxval
    5   HGT         300 2023    8   28   12  126   5588258   0.000       0.000       8834.       9803.    
 TIMING: after getdata ... 22:33:49
  
 Of           20  readable parms, you read in           15
 parms for this fcst hour from the input grib file.
 Just before inter rvcalc, dlon_inter =    8895.36961020000       dlat_inter = 
   8895.36961020000     
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            1
    | Forecast hour:  126:00
    | Storm name = NATL     
    | Storm ID   = 00L 
    | Gen ID (if available): 2023082812_F000_250N_0600W_00L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.163452904953763E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.116E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.542E  (0-360) ctlon=  291.542  (  68.458W)  ctlat=   27.311 fmax (x10e5) =        0.912E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   9.207720482890863E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.921E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.542E  (0-360) ctlon=  291.542  (  68.458W)  ctlat=   27.211 fmax (x10e5) =        0.872E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.134E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.442E  (0-360) ctlon=  291.442  (  68.558W)  ctlat=   27.211 fmax =       -0.100E+16 fmin =        0.133E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.300E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.442E  (0-360) ctlon=  291.442  (  68.558W)  ctlat=   27.211 fmax =       -0.100E+16 fmin =        0.299E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.990E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.442E  (0-360) ctlon=  291.442  (  68.558W)  ctlat=   27.311 fmax =       -0.100E+16 fmin =        0.990E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.782 (0-360) guesslon=  291.782E  (  68.218W)   guesslat=   27.051
 ilonfix=         1165  jlatfix=          969  npts=           33
 ibeg=         1092  jbeg=          901  imax=         2738
 iend=         1238  jend=         1037  jmax=         2041
 TIMING: find_maxmin 1  22:33:49
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 !!! Zeta check, fmax=   1.055936851591578E-003  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  291.662E  (0-360) ctlon=  291.662E  (  68.338W)  ctlat=   27.331 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.106E+03 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:49
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  291.662E   (0-360) guesslon=  291.662E  (  68.338W)   guesslat=   27.331
 ilonfix=         1162  jlatfix=          962  npts=           16
 ibeg=         1113  jbeg=          918  imax=         2738
 iend=         1211  jend=         1006  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  291.542E  (0-360) ctlon=  291.542  (  68.458W)  ctlat=   27.311 fmax (x10e5) =        0.753E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        17640
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    291.558849080466        uvgeslat=    27.2271171730792     
    (0-360 uvgeslon)=    291.558849080466     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:33:49
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.558849080466        uvgeslat=    27.2271171730792     
    (0-360 uvgeslon)=    291.558849080466     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.558849080466     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.559E  (0-360E lon):  291.559E    68.441W  ctlat=   27.227  xmax_circul_disk =     124278548.4
 TIMING: get_wind_circ kloop, k=  1   22:33:49
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.559E  (0-360E)=  291.559E  (  68.441W)   guesslat=   27.227
 ilonfix=         1159  jlatfix=          965  npts=           56
 ibeg=         1090  jbeg=          901  imax=         2738
 iend=         1228  jend=         1029  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    125008992.081052     
 nhalf get_wind_circ, k=  1 ctlon=  291.519E  (0-360E)=  291.519E  ctlon=   68.481W   ctlat=   27.247 Wind Circulation (NHEM: Max) =     125008992.1
 TIMING: After GWC 850 ... 22:33:49
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:33:49
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.558849080466        uvgeslat=    27.2271171730792     
    (0-360 uvgeslon)=    291.558849080466     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.558849080466     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.559E  (0-360E lon):  291.559E    68.441W  ctlat=   27.227  xmax_circul_disk =     119015504.6
 TIMING: get_wind_circ kloop, k=  1   22:33:49
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.559E  (0-360E)=  291.559E  (  68.441W)   guesslat=   27.227
 ilonfix=         1159  jlatfix=          965  npts=           56
 ibeg=         1090  jbeg=          901  imax=         2738
 iend=         1228  jend=         1029  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    118822374.200056     
 nhalf get_wind_circ, k=  1 ctlon=  291.519E  (0-360E)=  291.519E  ctlon=   68.481W   ctlat=   27.247 Wind Circulation (NHEM: Max) =     118822374.2
 TIMING: After GWC 700 ... 22:33:49
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:33:49
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    291.558849080466        uvgeslat=    27.2271171730792     
    (0-360 uvgeslon)=    291.558849080466     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            1
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    291.558849080466     
  
 After first run, Wind Circulation (NHEM) ctlon=  291.559E  (0-360E lon):  291.559E    68.441W  ctlat=   27.227  xmax_circul_disk =      88490593.4
 TIMING: get_wind_circ kloop, k=  1   22:33:49
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  291.559E  (0-360E)=  291.559E  (  68.441W)   guesslat=   27.227
 ilonfix=         1159  jlatfix=          965  npts=           56
 ibeg=         1090  jbeg=          901  imax=         2738
 iend=         1228  jend=         1029  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    88872034.4193288     
 nhalf get_wind_circ, k=  1 ctlon=  291.519E  (0-360E)=  291.519E  ctlon=   68.481W   ctlat=   27.247 Wind Circulation (NHEM: Max) =      88872034.4
 TIMING: After GWC Sfc ... 22:33:49
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.54  xavg_stderr=     3.75
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           22  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   126:00  00L  NATL     
 Gen ID (if available): 2023082812_F000_250N_0600W_00L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  291.78E   (0-360) guesslon=  291.78E  ( 68.22W)    27.05
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       291.54       68.46      27.31           91.16       T         37.41
   2    zeta 700    Max       291.54       68.46      27.21           87.23       T         29.67
   3    circ 850    Max       291.52       68.48      27.25          125.01       T         34.02
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       291.52       68.48      27.25          118.82       T         34.02
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       291.44       68.56      27.21         1332.50       T         38.06
   8     gph 700    Min       291.44       68.56      27.21         2993.12       T         38.06
   9        MSLP    Min       291.44       68.56      27.31        98981.16       T         44.35
  10    circ sfc    Max       291.52       68.48      27.25           88.87       T         34.02
  11    zeta sfc    Max       291.54       68.46      27.31           75.32       T         37.41
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.65960521837877       stderr_close= 
   2.62290113756064       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   7.306 devia=   1.461 wtpos=  0.61444     291.54   291.54    68.46    27.31
 ip=  2 kprm=  2 dist_from_mean=   6.492 devia=   1.298 wtpos=  0.64869     291.54   291.54    68.46    27.21
 ip=  3 kprm=  3 dist_from_mean=   2.010 devia=   0.402 wtpos=  0.87459     291.52   291.52    68.48    27.25
 ip=  5 kprm=  4 dist_from_mean=   2.010 devia=   0.402 wtpos=  0.87459     291.52   291.52    68.48    27.25
 ip=  7 kprm=  5 dist_from_mean=   7.702 devia=   1.540 wtpos=  0.59840     291.44   291.44    68.56    27.21
 ip=  8 kprm=  6 dist_from_mean=   7.702 devia=   1.540 wtpos=  0.59840     291.44   291.44    68.56    27.21
 ip=  9 kprm=  7 dist_from_mean=   8.399 devia=   1.680 wtpos=  0.57127     291.44   291.44    68.56    27.31
 ip= 10 kprm=  8 dist_from_mean=   2.010 devia=   0.402 wtpos=  0.87459     291.52   291.52    68.48    27.25
 ip= 11 kprm=  9 dist_from_mean=   7.306 devia=   1.461 wtpos=  0.61444     291.54   291.54    68.46    27.31
  
At end of fixcenter:  00L   fhr=  126:00   Fix position=   291.50E  (0-360) fixlon=  291.50  ( 68.50W)    27.25
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    291.504393365039     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    291.442488353193     
        (0-360E clon(ist,ifh,9))=    291.442488353193     
      clat(ist,ifh,9)=    27.3107514458065     
      xval(9)=    98981.1615715297     
  
  After get_ij B, ibeg jbeg =         1048         825
  After get_ij B, iend jend =         1264        1101
  
 In is_it_a_storm, ilonfix=         1156  jlatfix=          963
 ibeg jbeg iend jend =         1048         825        1264        1101
 cparm= slp  parmlon parmlat =    291.442488353193        27.3107514458065     
     (0-360E parmlon) =    291.442488353193     
 parmval=    98981.1615715297     
  
 i= 1133 j=  900 glon=  290.53 (0-360E) glon=  290.53 glat=  29.84 dist=   295.14 slp=  100932.86 pgradient=  6.61273
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  6.61273
 mslp center =    291.442488353193        27.3107514458065     
   98981.1615715297     
   (0-360E) lon of mslp center =    291.442488353193     
 pgrad loc   =    290.528868000000        290.528868000000     
   69.4711320000000        29.8409020000000        100932.860000000     
  ttest at location C IF....
      xinp_fixlat=    27.3107514458065     
      xinp_fixlon=    291.442488353193       (0-360E) xinp_fixlon= 
   291.442488353193     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   97760.5400000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1157  jfix=          964
 longitude=    291.442488353193      E   (   68.5575116468068      
 W)  (0-360E) xinp_fixlon=    291.442488353193     
 latitude=    27.3107514458065     
 mean mslp value (xval(9))=    98981.1615715297     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1157  jfix=          964
 longitude=    291.442488353193      E   (   68.5575116468068      
 W)  (0-360E) xinp_fixlon=    291.442488353193     
 latitude=    27.3107514458065     
 mean mslp value (xval(9))=    98981.1615715297     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1157  jx=          964
 *-----------------------------------------------*
  
 fxy(ix,jx)=    97760.5400000000       xcentval=    97760.5400000000     
 At A, num_found_contours=            0
 At A, contlo=    97760.5400000000       conthi=    98160.5400000000     
  
 num_found_contours=            0
 contlo=    97760.5400000000       conthi=    98160.5400000000     
 xcentval=    97760.5400000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    98160.5400000000       conthi=    98560.5400000000     
  
 num_found_contours=            1
 contlo=    98160.5400000000       conthi=    98560.5400000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            2
 At A, contlo=    98560.5400000000       conthi=    98960.5400000000     
  
 num_found_contours=            2
 contlo=    98560.5400000000       conthi=    98960.5400000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            3
 At A, contlo=    98960.5400000000       conthi=    99360.5400000000     
  
 num_found_contours=            3
 contlo=    98960.5400000000       conthi=    99360.5400000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            4
 At A, contlo=    99360.5400000000       conthi=    99760.5400000000     
  
 num_found_contours=            4
 contlo=    99360.5400000000       conthi=    99760.5400000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            5
 At A, contlo=    99760.5400000000       conthi=    100160.540000000     
  
 num_found_contours=            5
 contlo=    99760.5400000000       conthi=    100160.540000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            6
 At A, contlo=    100160.540000000       conthi=    100560.540000000     
  
 num_found_contours=            6
 contlo=    100160.540000000       conthi=    100560.540000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            7
 At A, contlo=    100560.540000000       conthi=    100960.540000000     
  
 num_found_contours=            7
 contlo=    100560.540000000       conthi=    100960.540000000     
 xcentval=    97760.5400000000     
 At A, num_found_contours=            8
 At A, contlo=    100960.540000000       conthi=    101360.540000000     
  
 num_found_contours=            8
 contlo=    100960.540000000       conthi=    101360.540000000     
 xcentval=    97760.5400000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1195 ,        1008 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    97760.5400000000     
 !!! (i,j) of central value = (        1157 ,         964 )
 !!!  
 !!! Flagged value found    =    100959.820000000     
 !!! (i,j) of flagged value = (        1196 ,        1007 )
 !!!   
 !!! Lower bound of contour interval =    100960.540000000     
 !!! Upper bound of contour interval =    101360.540000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1157  jfix=          964
 longitude=    291.442488353193      E   (   68.5575116468068      W)  
 (0-360E) xinp_fixlon=    291.442488353193     
 latitude=    27.3107514458065     
 mean mslp value (xval(9))=    98981.1615715297     
 gridpoint mslp value=    97760.5400000000     
 ccflag= y
 prs of last closed isobar =    100960.540000000     
 radius of last closed isobar =    160.981368543398       nm
  
  
 !!! Storm ID = 00L 
 !!! Storm    = NATL     
 !!! Fcst hr  =  126:00
 !!! Boundary check xinp_fixlat is   27.31
 !!! Boundary check xinp_fixlon is   68.56W   ( 291.44E)  (0-360E) xinp_fixlon=  291.44
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    291.518850080466     
  850 mb wcirc fix lat=    27.2471166730792     
    (0-360) 850 mb wcirc fix lon=    291.518850080466     
  Multi-parm fix lon=      291.504393365039     
  Multi-parm fix lat=      27.2546843690094     
    (0-360) Multi-parm fix lon=      291.504393365039     
  
  
  After get_ij B, ibeg jbeg =         1067         860
  After get_ij B, iend jend =         1249        1068
  
 In is_it_a_storm, ilonfix=         1158  jlatfix=          964
 ibeg jbeg iend jend =         1067         860        1249        1068
 cparm= v850  parmlon parmlat =    291.518850080466        27.2471166730792     
     (0-360E parmlon) =    291.518850080466     
 parmval=    125008992.081052     
  
 i= 1152 j=  915 glon=  291.29 (0-360E) glon=  291.29 glat=  29.24 u= -18.4500 v=   8.1600 vr=   9.99164 vt=  17.52584
 i= 1157 j=  915 glon=  291.49 (0-360E) glon=  291.49 glat=  29.24 u= -18.3900 v=  10.0900 vr=  10.33401 vt=  18.25400
 i= 1162 j=  915 glon=  291.69 (0-360E) glon=  291.69 glat=  29.24 u= -17.8000 v=  12.1400 vr=  10.76636 vt=  18.66293
 i= 1167 j=  915 glon=  291.89 (0-360E) glon=  291.89 glat=  29.24 u= -16.5900 v=  13.5600 vr=  10.69205 vt=  18.56830
 i= 1132 j=  920 glon=  290.49 (0-360E) glon=  290.49 glat=  29.04 u= -19.0300 v=   2.3900 vr=  10.76122 vt=  15.87606
 i= 1137 j=  920 glon=  290.69 (0-360E) glon=  290.69 glat=  29.04 u= -18.6200 v=   2.9800 vr=   9.82000 vt=  16.09821
 i= 1142 j=  920 glon=  290.89 (0-360E) glon=  290.89 glat=  29.04 u= -18.9300 v=   3.7000 vr=   9.15579 vt=  16.97664
 i= 1147 j=  920 glon=  291.09 (0-360E) glon=  291.09 glat=  29.04 u= -19.7100 v=   5.2500 vr=   9.22828 vt=  18.19026
 i= 1152 j=  920 glon=  291.29 (0-360E) glon=  291.29 glat=  29.04 u= -20.4700 v=   7.5800 vr=   9.84070 vt=  19.48430
 i= 1157 j=  920 glon=  291.49 (0-360E) glon=  291.49 glat=  29.04 u= -20.6600 v=  10.5100 vr=  10.81479 vt=  20.50210
 i= 1162 j=  920 glon=  291.69 (0-360E) glon=  291.69 glat=  29.04 u= -20.6900 v=  13.4900 vr=  11.71287 vt=  21.74546
 i= 1167 j=  920 glon=  291.89 (0-360E) glon=  291.89 glat=  29.04 u= -20.1700 v=  15.6600 vr=  11.78131 vt=  22.65536
 i= 1172 j=  920 glon=  292.09 (0-360E) glon=  292.09 glat=  29.04 u= -18.6100 v=  16.9400 vr=  11.26525 vt=  22.50311
 i= 1177 j=  920 glon=  292.29 (0-360E) glon=  292.29 glat=  29.04 u= -16.5100 v=  17.9900 vr=  10.94709 vt=  21.82617
 i= 1182 j=  920 glon=  292.49 (0-360E) glon=  292.49 glat=  29.04 u= -15.1800 v=  16.2100 vr=   8.05825 vt=  20.69447
 i= 1127 j=  925 glon=  290.29 (0-360E) glon=  290.29 glat=  28.84 u= -19.3300 v=   1.1300 vr=  11.85361 vt=  15.31071
 i= 1132 j=  925 glon=  290.49 (0-360E) glon=  290.49 glat=  28.84 u= -20.4800 v=   1.6300 vr=  11.59776 vt=  16.95816
 i= 1137 j=  925 glon=  290.69 (0-360E) glon=  290.69 glat=  28.84 u= -19.8400 v=   1.1800 vr=   9.38696 vt=  17.51865
 i= 1142 j=  925 glon=  290.89 (0-360E) glon=  290.89 glat=  28.84 u= -20.2600 v=   2.4200 vr=   8.98170 vt=  18.32084
 i= 1147 j=  925 glon=  291.09 (0-360E) glon=  291.09 glat=  28.84 u= -20.9500 v=   5.1800 vr=   9.90850 vt=  19.17176
 i= 1152 j=  925 glon=  291.29 (0-360E) glon=  291.29 glat=  28.84 u= -21.6000 v=   8.4500 vr=  11.12073 vt=  20.35416
 i= 1157 j=  925 glon=  291.49 (0-360E) glon=  291.49 glat=  28.84 u= -21.5100 v=  11.8300 vr=  12.18701 vt=  21.30976
 i= 1162 j=  925 glon=  291.69 (0-360E) glon=  291.69 glat=  28.84 u= -20.9600 v=  14.7500 vr=  12.71314 vt=  22.25444
 i= 1167 j=  925 glon=  291.89 (0-360E) glon=  291.89 glat=  28.84 u= -20.9500 v=  16.7300 vr=  12.16686 vt=  23.89064
 i= 1172 j=  925 glon=  292.09 (0-360E) glon=  292.09 glat=  28.84 u= -20.7000 v=  18.6200 vr=  11.49688 vt=  25.35776
 i= 1177 j=  925 glon=  292.29 (0-360E) glon=  292.29 glat=  28.84 u= -19.1700 v=  19.4600 vr=  10.34278 vt=  25.28255
 i= 1182 j=  925 glon=  292.49 (0-360E) glon=  292.49 glat=  28.84 u= -17.8500 v=  18.6500 vr=   7.93545 vt=  24.56570
 i= 1187 j=  925 glon=  292.69 (0-360E) glon=  292.69 glat=  28.84 u= -16.7500 v=  19.9000 vr=   7.53483 vt=  24.89576
 i= 1192 j=  925 glon=  292.89 (0-360E) glon=  292.89 glat=  28.84 u= -15.2000 v=  21.4600 vr=   7.84069 vt=  25.10170
 i= 1117 j=  930 glon=  289.89 (0-360E) glon=  289.89 glat=  28.64 u= -12.8500 v=  -3.5300 vr=   6.81565 vt=  11.45121
 i= 1122 j=  930 glon=  290.09 (0-360E) glon=  290.09 glat=  28.64 u= -15.0600 v=  -2.0900 vr=   8.60122 vt=  12.53757
 i= 1127 j=  930 glon=  290.29 (0-360E) glon=  290.29 glat=  28.64 u= -18.2000 v=  -0.3500 vr=  10.94982 vt=  14.54180
 i= 1132 j=  930 glon=  290.49 (0-360E) glon=  290.49 glat=  28.64 u= -19.0900 v=   0.2500 vr=  10.67759 vt=  15.82655
 i= 1137 j=  930 glon=  290.69 (0-360E) glon=  290.69 glat=  28.64 u= -21.7000 v=   1.7400 vr=  11.67334 vt=  18.37528
 i= 1142 j=  930 glon=  290.89 (0-360E) glon=  290.89 glat=  28.64 u= -22.9500 v=   4.3400 vr=  12.56592 vt=  19.68847
 i= 1147 j=  930 glon=  291.09 (0-360E) glon=  291.09 glat=  28.64 u= -23.4400 v=   7.1500 vr=  13.07970 vt=  20.72384
 i= 1152 j=  930 glon=  291.29 (0-360E) glon=  291.29 glat=  28.64 u= -23.5900 v=   9.9000 vr=  13.20945 vt=  21.90909
 i= 1157 j=  930 glon=  291.49 (0-360E) glon=  291.49 glat=  28.64 u= -23.2000 v=  12.2100 vr=  12.65031 vt=  22.96288
 i= 1162 j=  930 glon=  291.69 (0-360E) glon=  291.69 glat=  28.64 u= -23.1800 v=  14.9600 vr=  12.38248 vt=  24.65336
 i= 1167 j=  930 glon=  291.89 (0-360E) glon=  291.89 glat=  28.64 u= -22.5200 v=  17.2000 vr=  11.58512 vt=  25.86069
 i= 1172 j=  930 glon=  292.09 (0-360E) glon=  292.09 glat=  28.64 u= -21.7400 v=  21.3400 vr=  12.65228 vt=  27.71179
 i= 1177 j=  930 glon=  292.29 (0-360E) glon=  292.29 glat=  28.64 u= -20.0100 v=  22.3000 vr=  11.22197 vt=  27.78052
 i= 1182 j=  930 glon=  292.49 (0-360E) glon=  292.49 glat=  28.64 u= -18.8500 v=  20.8500 vr=   7.83710 vt=  26.99305
 i= 1187 j=  930 glon=  292.69 (0-360E) glon=  292.69 glat=  28.64 u= -17.0100 v=  20.8200 vr=   6.53041 vt=  26.08000
 i= 1192 j=  930 glon=  292.89 (0-360E) glon=  292.89 glat=  28.64 u= -17.2300 v=  23.1600 vr=   6.11313 vt=  28.21149
 i= 1197 j=  930 glon=  293.09 (0-360E) glon=  293.09 glat=  28.64 u= -15.3800 v=  22.5000 vr=   5.01597 vt=  26.78870
 i= 1112 j=  935 glon=  289.69 (0-360E) glon=  289.69 glat=  28.44 u= -10.0000 v=  -7.4400 vr=   3.67406 vt=  11.91029
 i= 1117 j=  935 glon=  289.89 (0-360E) glon=  289.89 glat=  28.44 u= -11.5900 v=  -5.9700 vr=   5.15693 vt=  11.97393
 i= 1122 j=  935 glon=  290.09 (0-360E) glon=  290.09 glat=  28.44 u= -13.2500 v=  -4.0300 vr=   6.90234 vt=  12.00671
 i= 1127 j=  935 glon=  290.29 (0-360E) glon=  290.29 glat=  28.44 u= -17.2400 v=  -2.6100 vr=   9.71679 vt=  14.47804
 i= 1132 j=  935 glon=  290.49 (0-360E) glon=  290.49 glat=  28.44 u= -18.8800 v=  -2.6700 vr=   9.36299 vt=  16.61077
 i= 1137 j=  935 glon=  290.69 (0-360E) glon=  290.69 glat=  28.44 u= -22.2600 v=   1.0500 vr=  12.58283 vt=  18.39246
 i= 1142 j=  935 glon=  290.89 (0-360E) glon=  290.89 glat=  28.44 u= -25.1200 v=   4.3000 vr=  14.54507 vt=  20.92715
 i= 1147 j=  935 glon=  291.09 (0-360E) glon=  291.09 glat=  28.44 u= -25.0400 v=   6.3800 vr=  13.69682 vt=  21.91126
 i= 1152 j=  935 glon=  291.29 (0-360E) glon=  291.29 glat=  28.44 u= -25.6900 v=   8.6200 vr=  12.82284 vt=  23.87164
 i= 1157 j=  935 glon=  291.49 (0-360E) glon=  291.49 glat=  28.44 u= -25.5400 v=  11.5600 vr=  12.12614 vt=  25.27611
 i= 1162 j=  935 glon=  291.69 (0-360E) glon=  291.69 glat=  28.44 u= -24.8600 v=  15.6800 vr=  12.44262 vt=  26.62824
 i= 1167 j=  935 glon=  291.89 (0-360E) glon=  291.89 glat=  28.44 u= -23.5800 v=  20.2800 vr=  13.30605 vt=  28.11127
 i= 1172 j=  935 glon=  292.09 (0-360E) glon=  292.09 glat=  28.44 u= -21.7500 v=  22.0400 vr=  11.81283 vt=  28.62309
 i= 1177 j=  935 glon=  292.29 (0-360E) glon=  292.29 glat=  28.44 u= -18.9900 v=  22.0700 vr=   9.72142 vt=  27.44447
 i= 1182 j=  935 glon=  292.49 (0-360E) glon=  292.49 glat=  28.44 u= -16.7400 v=  23.3400 vr=   9.13502 vt=  27.23113
 i= 1187 j=  935 glon=  292.69 (0-360E) glon=  292.69 glat=  28.44 u= -14.1500 v=  23.5900 vr=   8.49937 vt=  26.16240
 i= 1192 j=  935 glon=  292.89 (0-360E) glon=  292.89 glat=  28.44 u= -12.8900 v=  23.9700 vr=   7.57221 vt=  26.14143
 i= 1197 j=  935 glon=  293.09 (0-360E) glon=  293.09 glat=  28.44 u= -14.0300 v=  24.1100 vr=   4.99585 vt=  27.44402
 i= 1202 j=  935 glon=  293.29 (0-360E) glon=  293.29 glat=  28.44 u= -12.4600 v=  23.9800 vr=   4.54148 vt=  26.63958
 i= 1112 j=  940 glon=  289.69 (0-360E) glon=  289.69 glat=  28.24 u=  -9.2900 v=  -8.6600 vr=   3.43424 vt=  12.22725
 i= 1117 j=  940 glon=  289.89 (0-360E) glon=  289.89 glat=  28.24 u= -10.3800 v=  -7.9400 vr=   4.08434 vt=  12.41395
 i= 1122 j=  940 glon=  290.09 (0-360E) glon=  290.09 glat=  28.24 u= -11.1100 v=  -5.9800 vr=   5.07799 vt=  11.55017
 i= 1127 j=  940 glon=  290.29 (0-360E) glon=  290.29 glat=  28.24 u= -15.8000 v=  -5.7000 vr=   7.86229 vt=  14.84299
 i= 1132 j=  940 glon=  290.49 (0-360E) glon=  290.49 glat=  28.24 u= -20.4100 v=  -4.5600 vr=  10.47332 vt=  18.10170
 i= 1137 j=  940 glon=  290.69 (0-360E) glon=  290.69 glat=  28.24 u= -26.0900 v=   0.5400 vr=  15.97643 vt=  20.63331
 i= 1142 j=  940 glon=  290.89 (0-360E) glon=  290.89 glat=  28.24 u= -24.4300 v=   0.1000 vr=  12.06739 vt=  21.24178
 i= 1147 j=  940 glon=  291.09 (0-360E) glon=  291.09 glat=  28.24 u= -27.0400 v=   3.0300 vr=  12.52012 vt=  24.15759
 i= 1152 j=  940 glon=  291.29 (0-360E) glon=  291.29 glat=  28.24 u= -28.2500 v=   7.0700 vr=  12.60691 vt=  26.25097
 i= 1157 j=  940 glon=  291.49 (0-360E) glon=  291.49 glat=  28.24 u= -28.2600 v=  10.9100 vr=  11.66267 vt=  27.95779
 i= 1162 j=  940 glon=  291.69 (0-360E) glon=  291.69 glat=  28.24 u= -26.3500 v=  14.4600 vr=  10.34354 vt=  28.22101
 i= 1167 j=  940 glon=  291.89 (0-360E) glon=  291.89 glat=  28.24 u= -22.8500 v=  19.0300 vr=  10.90311 vt=  27.66560
 i= 1172 j=  940 glon=  292.09 (0-360E) glon=  292.09 glat=  28.24 u= -19.0300 v=  22.9700 vr=  11.83782 vt=  27.37933
 i= 1177 j=  940 glon=  292.29 (0-360E) glon=  292.29 glat=  28.24 u= -17.7800 v=  26.5600 vr=  11.80422 vt=  29.70223
 i= 1182 j=  940 glon=  292.49 (0-360E) glon=  292.49 glat=  28.24 u= -14.0400 v=  27.3500 vr=  11.46402 vt=  28.52578
 i= 1187 j=  940 glon=  292.69 (0-360E) glon=  292.69 glat=  28.24 u= -13.5700 v=  24.7000 vr=   7.24906 vt=  27.23391
 i= 1192 j=  940 glon=  292.89 (0-360E) glon=  292.89 glat=  28.24 u= -10.3400 v=  26.3600 vr=   8.63886 vt=  26.96545
 i= 1197 j=  940 glon=  293.09 (0-360E) glon=  293.09 glat=  28.24 u=  -7.1400 v=  25.4600 vr=   8.92517 vt=  24.89041
 i= 1202 j=  940 glon=  293.29 (0-360E) glon=  293.29 glat=  28.24 u=  -8.1800 v=  26.1200 vr=   6.99080 vt=  26.46310
 i= 1207 j=  940 glon=  293.49 (0-360E) glon=  293.49 glat=  28.24 u=  -7.9800 v=  23.4800 vr=   4.59751 vt=  24.36911
 i= 1107 j=  945 glon=  289.49 (0-360E) glon=  289.49 glat=  28.04 u=  -6.8300 v= -10.2800 vr=   2.14687 vt=  12.15394
 i= 1112 j=  945 glon=  289.69 (0-360E) glon=  289.69 glat=  28.04 u=  -7.3000 v= -10.0300 vr=   2.19033 vt=  12.21038
 i= 1117 j=  945 glon=  289.89 (0-360E) glon=  289.89 glat=  28.04 u=  -9.0200 v= -10.0500 vr=   3.10580 vt=  13.14218
 i= 1122 j=  945 glon=  290.09 (0-360E) glon=  290.09 glat=  28.04 u=  -8.8000 v=  -8.2700 vr=   3.09901 vt=  11.67172
 i= 1127 j=  945 glon=  290.29 (0-360E) glon=  290.29 glat=  28.04 u= -14.5500 v=  -8.7200 vr=   6.66376 vt=  15.59921
 i= 1132 j=  945 glon=  290.49 (0-360E) glon=  290.49 glat=  28.04 u= -22.3300 v=  -9.5600 vr=  10.61673 vt=  21.84737
 i= 1137 j=  945 glon=  290.69 (0-360E) glon=  290.69 glat=  28.04 u= -21.2800 v=  -6.2400 vr=   9.91515 vt=  19.83597
 i= 1142 j=  945 glon=  290.89 (0-360E) glon=  290.89 glat=  28.04 u= -23.6000 v=  -5.3000 vr=   9.26529 vt=  22.34288
 i= 1147 j=  945 glon=  291.09 (0-360E) glon=  291.09 glat=  28.04 u= -28.0200 v=  -0.3000 vr=  11.87325 vt=  25.38181
 i= 1152 j=  945 glon=  291.29 (0-360E) glon=  291.29 glat=  28.04 u= -31.5400 v=   4.5800 vr=  12.29073 vt=  29.40554
 i= 1157 j=  945 glon=  291.49 (0-360E) glon=  291.49 glat=  28.04 u= -32.8600 v=  12.7400 vr=  13.83449 vt=  32.41441
 i= 1162 j=  945 glon=  291.69 (0-360E) glon=  291.69 glat=  28.04 u= -29.7900 v=  20.2000 vr=  14.28288 vt=  33.03760
 i= 1167 j=  945 glon=  291.89 (0-360E) glon=  291.89 glat=  28.04 u= -26.0900 v=  23.4900 vr=  11.73111 vt=  33.08851
 i= 1172 j=  945 glon=  292.09 (0-360E) glon=  292.09 glat=  28.04 u= -22.5100 v=  26.6900 vr=  10.40159 vt=  33.32961
 i= 1177 j=  945 glon=  292.29 (0-360E) glon=  292.29 glat=  28.04 u= -18.5800 v=  26.7800 vr=   8.15449 vt=  31.55771
 i= 1182 j=  945 glon=  292.49 (0-360E) glon=  292.49 glat=  28.04 u= -13.7400 v=  23.9300 vr=   6.09398 vt=  26.91275
 i= 1187 j=  945 glon=  292.69 (0-360E) glon=  292.69 glat=  28.04 u=  -9.0200 v=  27.1800 vr=   9.30258 vt=  27.08459
 i= 1192 j=  945 glon=  292.89 (0-360E) glon=  292.89 glat=  28.04 u=  -9.9100 v=  28.3200 vr=   7.12876 vt=  29.14466
 i= 1197 j=  945 glon=  293.09 (0-360E) glon=  293.09 glat=  28.04 u=  -6.6900 v=  28.9500 vr=   8.45062 vt=  28.48588
 i= 1202 j=  945 glon=  293.29 (0-360E) glon=  293.29 glat=  28.04 u=  -6.2100 v=  27.2100 vr=   6.65325 vt=  27.10503
 i= 1207 j=  945 glon=  293.49 (0-360E) glon=  293.49 glat=  28.04 u=  -5.9500 v=  24.9100 vr=   4.79783 vt=  25.15733
 i= 1107 j=  950 glon=  289.49 (0-360E) glon=  289.49 glat=  27.84 u=  -4.6900 v= -12.2600 vr=   0.66676 vt=  13.10951
 i= 1112 j=  950 glon=  289.69 (0-360E) glon=  289.69 glat=  27.84 u=  -4.8500 v= -12.2100 vr=   0.40686 vt=  13.13168
 i= 1117 j=  950 glon=  289.89 (0-360E) glon=  289.89 glat=  27.84 u=  -6.7000 v= -12.1000 vr=   1.64385 vt=  13.73309
 i= 1122 j=  950 glon=  290.09 (0-360E) glon=  290.09 glat=  27.84 u=  -6.7100 v= -10.6600 vr=   1.59127 vt=  12.49510
 i= 1127 j=  950 glon=  290.29 (0-360E) glon=  290.29 glat=  27.84 u= -13.9900 v= -11.0700 vr=   7.03342 vt=  16.39500
 i= 1132 j=  950 glon=  290.49 (0-360E) glon=  290.49 glat=  27.84 u= -21.5800 v= -13.3100 vr=  10.88332 vt=  22.89991
 i= 1137 j=  950 glon=  290.69 (0-360E) glon=  290.69 glat=  27.84 u= -16.6700 v= -12.3000 vr=   5.28235 vt=  20.03187
 i= 1142 j=  950 glon=  290.89 (0-360E) glon=  290.89 glat=  27.84 u= -23.9800 v=  -9.0400 vr=   9.87532 vt=  23.64826
 i= 1147 j=  950 glon=  291.09 (0-360E) glon=  291.09 glat=  27.84 u= -31.4500 v=  -5.6300 vr=  12.27910 vt=  29.49615
 i= 1152 j=  950 glon=  291.29 (0-360E) glon=  291.29 glat=  27.84 u= -36.9100 v=   1.3600 vr=  13.29037 vt=  34.46105
 i= 1157 j=  950 glon=  291.49 (0-360E) glon=  291.49 glat=  27.84 u= -36.8500 v=  13.1800 vr=  14.81827 vt=  36.22228
 i= 1162 j=  950 glon=  291.69 (0-360E) glon=  291.69 glat=  27.84 u= -32.0600 v=  23.2800 vr=  14.66493 vt=  36.80682
 i= 1167 j=  950 glon=  291.89 (0-360E) glon=  291.89 glat=  27.84 u= -25.2900 v=  31.6800 vr=  15.47342 vt=  37.46705
 i= 1172 j=  950 glon=  292.09 (0-360E) glon=  292.09 glat=  27.84 u= -19.6600 v=  33.3600 vr=  12.62165 vt=  36.60736
 i= 1177 j=  950 glon=  292.29 (0-360E) glon=  292.29 glat=  27.84 u= -14.6500 v=  32.3600 vr=  10.13142 vt=  34.04624
 i= 1182 j=  950 glon=  292.49 (0-360E) glon=  292.49 glat=  27.84 u=  -9.7500 v=  30.6300 vr=   9.32050 vt=  30.76342
 i= 1187 j=  950 glon=  292.69 (0-360E) glon=  292.69 glat=  27.84 u=  -7.0900 v=  30.6700 vr=   9.01279 vt=  30.16101
 i= 1192 j=  950 glon=  292.89 (0-360E) glon=  292.89 glat=  27.84 u=  -7.4800 v=  32.2500 vr=   7.35505 vt=  32.27873
 i= 1197 j=  950 glon=  293.09 (0-360E) glon=  293.09 glat=  27.84 u=  -4.7400 v=  29.1000 vr=   6.96761 vt=  28.64839
 i= 1202 j=  950 glon=  293.29 (0-360E) glon=  293.29 glat=  27.84 u=  -3.9200 v=  29.8100 vr=   6.77853 vt=  29.29256
 i= 1207 j=  950 glon=  293.49 (0-360E) glon=  293.49 glat=  27.84 u=  -3.5200 v=  25.9500 vr=   4.91726 vt=  25.72185
 i= 1212 j=  950 glon=  293.69 (0-360E) glon=  293.69 glat=  27.84 u=  -4.7000 v=  23.0300 vr=   2.19745 vt=  23.40175
 i= 1102 j=  955 glon=  289.29 (0-360E) glon=  289.29 glat=  27.64 u=  -1.4100 v= -10.7100 vr=  -0.65813 vt=  10.78235
 i= 1107 j=  955 glon=  289.49 (0-360E) glon=  289.49 glat=  27.64 u=  -2.2200 v= -12.6100 vr=  -0.47124 vt=  12.79525
 i= 1112 j=  955 glon=  289.69 (0-360E) glon=  289.69 glat=  27.64 u=  -3.2600 v= -14.0600 vr=  -0.09163 vt=  14.43270
 i= 1117 j=  955 glon=  289.89 (0-360E) glon=  289.89 glat=  27.64 u=  -3.7400 v= -13.3400 vr=   0.15006 vt=  13.85354
 i= 1122 j=  955 glon=  290.09 (0-360E) glon=  290.09 glat=  27.64 u=  -4.4100 v= -13.3200 vr=   0.30444 vt=  14.02775
 i= 1127 j=  955 glon=  290.29 (0-360E) glon=  290.29 glat=  27.64 u=  -9.9600 v= -13.5100 vr=   4.82362 vt=  16.07652
 i= 1132 j=  955 glon=  290.49 (0-360E) glon=  290.49 glat=  27.64 u= -15.5900 v= -16.7800 vr=   7.72252 vt=  21.56337
 i= 1137 j=  955 glon=  290.69 (0-360E) glon=  290.69 glat=  27.64 u= -11.7200 v= -18.5300 vr=   1.63465 vt=  21.86429
 i= 1142 j=  955 glon=  290.89 (0-360E) glon=  290.89 glat=  27.64 u= -22.7200 v= -18.2400 vr=   8.10543 vt=  27.98567
 i= 1147 j=  955 glon=  291.09 (0-360E) glon=  291.09 glat=  27.64 u= -30.7400 v= -17.4300 vr=   8.90254 vt=  34.19791
 i= 1152 j=  955 glon=  291.29 (0-360E) glon=  291.29 glat=  27.64 u= -34.6700 v= -11.2800 vr=   5.95495 vt=  35.96924
 i= 1157 j=  955 glon=  291.49 (0-360E) glon=  291.49 glat=  27.64 u= -40.0300 v=   3.4500 vr=   6.14496 vt=  39.70570
 i= 1162 j=  955 glon=  291.69 (0-360E) glon=  291.69 glat=  27.64 u= -34.2100 v=  24.0100 vr=  10.17065 vt=  40.53840
 i= 1167 j=  955 glon=  291.89 (0-360E) glon=  291.89 glat=  27.64 u= -23.2300 v=  38.0700 vr=  14.33414 vt=  42.23139
 i= 1172 j=  955 glon=  292.09 (0-360E) glon=  292.09 glat=  27.64 u= -15.2800 v=  41.7000 vr=  13.51316 vt=  42.30559
 i= 1177 j=  955 glon=  292.29 (0-360E) glon=  292.29 glat=  27.64 u= -12.2300 v=  37.6800 vr=   8.15974 vt=  38.76563
 i= 1182 j=  955 glon=  292.49 (0-360E) glon=  292.49 glat=  27.64 u=  -6.8300 v=  36.3800 vr=   8.85471 vt=  35.94089
 i= 1187 j=  955 glon=  292.69 (0-360E) glon=  292.69 glat=  27.64 u=  -2.7900 v=  32.3200 vr=   8.78012 vt=  31.22941
 i= 1192 j=  955 glon=  292.89 (0-360E) glon=  292.89 glat=  27.64 u=  -4.1100 v=  32.0500 vr=   5.87890 vt=  31.77315
 i= 1197 j=  955 glon=  293.09 (0-360E) glon=  293.09 glat=  27.64 u=  -3.1000 v=  30.7500 vr=   5.28432 vt=  30.45075
 i= 1202 j=  955 glon=  293.29 (0-360E) glon=  293.29 glat=  27.64 u=  -0.8900 v=  29.0400 vr=   6.09703 vt=  28.40669
 i= 1207 j=  955 glon=  293.49 (0-360E) glon=  293.49 glat=  27.64 u=   1.2800 v=  28.2600 vr=   7.34948 vt=  27.31760
 i= 1212 j=  955 glon=  293.69 (0-360E) glon=  293.69 glat=  27.64 u=   0.9900 v=  25.6600 vr=   6.00023 vt=  24.96824
 i= 1102 j=  960 glon=  289.29 (0-360E) glon=  289.29 glat=  27.44 u=   0.2400 v= -11.2100 vr=  -1.27845 vt=  11.13945
 i= 1107 j=  960 glon=  289.49 (0-360E) glon=  289.49 glat=  27.44 u=  -0.0100 v= -12.0300 vr=  -1.22530 vt=  11.96744
 i= 1112 j=  960 glon=  289.69 (0-360E) glon=  289.69 glat=  27.44 u=  -1.0500 v= -14.6300 vr=  -0.63434 vt=  14.65391
 i= 1117 j=  960 glon=  289.89 (0-360E) glon=  289.89 glat=  27.44 u=  -1.0700 v= -14.9100 vr=  -0.86809 vt=  14.92312
 i= 1122 j=  960 glon=  290.09 (0-360E) glon=  290.09 glat=  27.44 u=  -1.3500 v= -14.9700 vr=  -0.88009 vt=  15.00496
 i= 1127 j=  960 glon=  290.29 (0-360E) glon=  290.29 glat=  27.44 u=  -5.4900 v= -15.3800 vr=   2.75895 vt=  16.09574
 i= 1132 j=  960 glon=  290.49 (0-360E) glon=  290.49 glat=  27.44 u=  -6.7400 v= -19.5500 vr=   2.58412 vt=  20.51712
 i= 1137 j=  960 glon=  290.69 (0-360E) glon=  290.69 glat=  27.44 u=  -6.8800 v= -22.5100 vr=   0.96915 vt=  23.51798
 i= 1142 j=  960 glon=  290.89 (0-360E) glon=  290.89 glat=  27.44 u= -15.0700 v= -26.6400 vr=   5.55819 vt=  30.09819
 i= 1147 j=  960 glon=  291.09 (0-360E) glon=  291.09 glat=  27.44 u= -14.0200 v= -29.6900 vr=  -0.90633 vt=  32.82126
 i= 1152 j=  960 glon=  291.29 (0-360E) glon=  291.29 glat=  27.44 u= -16.2100 v= -10.1700 vr=   4.76771 vt=  18.53273
 i= 1157 j=  960 glon=  291.49 (0-360E) glon=  291.49 glat=  27.44 u= -20.1000 v=   5.8800 vr=   8.56429 vt=  19.11118
 i= 1162 j=  960 glon=  291.69 (0-360E) glon=  291.69 glat=  27.44 u= -22.2300 v=  22.2400 vr=   3.87397 vt=  31.20549
 i= 1167 j=  960 glon=  291.89 (0-360E) glon=  291.89 glat=  27.44 u= -19.0500 v=  45.3400 vr=   6.59018 vt=  48.73590
 i= 1172 j=  960 glon=  292.09 (0-360E) glon=  292.09 glat=  27.44 u=  -7.5000 v=  44.1100 vr=   8.71761 vt=  43.88559
 i= 1177 j=  960 glon=  292.29 (0-360E) glon=  292.29 glat=  27.44 u=  -6.1400 v=  40.6000 vr=   5.10049 vt=  40.74365
 i= 1182 j=  960 glon=  292.49 (0-360E) glon=  292.49 glat=  27.44 u=  -5.6900 v=  35.7400 vr=   2.22290 vt=  36.12177
 i= 1187 j=  960 glon=  292.69 (0-360E) glon=  292.69 glat=  27.44 u=  -3.1700 v=  33.5700 vr=   2.95958 vt=  33.58920
 i= 1192 j=  960 glon=  292.89 (0-360E) glon=  292.89 glat=  27.44 u=  -4.6400 v=  32.0300 vr=   0.36615 vt=  32.36227
 i= 1197 j=  960 glon=  293.09 (0-360E) glon=  293.09 glat=  27.44 u=  -4.1800 v=  29.1500 vr=  -0.22159 vt=  29.44734
 i= 1202 j=  960 glon=  293.29 (0-360E) glon=  293.29 glat=  27.44 u=   1.1800 v=  28.9600 vr=   4.61049 vt=  28.61498
 i= 1207 j=  960 glon=  293.49 (0-360E) glon=  293.49 glat=  27.44 u=   2.5900 v=  26.6400 vr=   5.40014 vt=  26.21519
 i= 1212 j=  960 glon=  293.69 (0-360E) glon=  293.69 glat=  27.44 u=   2.6400 v=  26.0900 vr=   5.12043 vt=  25.71845
 i= 1102 j=  965 glon=  289.29 (0-360E) glon=  289.29 glat=  27.24 u=   2.0600 v= -11.3000 vr=  -1.99693 vt=  11.31132
 i= 1107 j=  965 glon=  289.49 (0-360E) glon=  289.49 glat=  27.24 u=   2.4800 v= -11.6300 vr=  -2.41259 vt=  11.64417
 i= 1112 j=  965 glon=  289.69 (0-360E) glon=  289.69 glat=  27.24 u=   1.0500 v= -13.1700 vr=  -0.97017 vt=  13.17612
 i= 1117 j=  965 glon=  289.89 (0-360E) glon=  289.89 glat=  27.24 u=   1.9600 v= -15.9300 vr=  -1.85798 vt=  15.94222
 i= 1122 j=  965 glon=  290.09 (0-360E) glon=  290.09 glat=  27.24 u=   1.5400 v= -15.8800 vr=  -1.43113 vt=  15.89018
 i= 1127 j=  965 glon=  290.29 (0-360E) glon=  290.29 glat=  27.24 u=   1.5300 v= -17.5700 vr=  -1.39866 vt=  17.58094
 i= 1132 j=  965 glon=  290.49 (0-360E) glon=  290.49 glat=  27.24 u=   0.8000 v= -20.0700 vr=  -0.63205 vt=  20.07599
 i= 1137 j=  965 glon=  290.69 (0-360E) glon=  290.69 glat=  27.24 u=   0.2400 v= -23.8400 vr=  -0.00754 vt=  23.84121
 i= 1142 j=  965 glon=  290.89 (0-360E) glon=  290.89 glat=  27.24 u=   0.7800 v= -28.9100 vr=  -0.42959 vt=  28.91733
 i= 1147 j=  965 glon=  291.09 (0-360E) glon=  291.09 glat=  27.24 u=   4.1800 v= -32.7400 vr=  -3.62605 vt=  32.80597
 i= 1152 j=  965 glon=  291.29 (0-360E) glon=  291.29 glat=  27.24 u=   3.7100 v= -14.3000 vr=  -3.27194 vt=  14.40654
 i= 1157 j=  965 glon=  291.49 (0-360E) glon=  291.49 glat=  27.24 u=  -2.2400 v=   1.4600 vr=   1.85468 vt=  -1.92597
 i= 1162 j=  965 glon=  291.69 (0-360E) glon=  291.69 glat=  27.24 u=  -4.0300 v=  17.2100 vr=  -4.73212 vt=  17.03033
 i= 1167 j=  965 glon=  291.89 (0-360E) glon=  291.89 glat=  27.24 u=   0.2300 v=  49.5000 vr=  -0.73054 vt=  49.49514
 i= 1172 j=  965 glon=  292.09 (0-360E) glon=  292.09 glat=  27.24 u=  -0.7800 v=  43.1100 vr=  -1.34823 vt=  43.09597
 i= 1177 j=  965 glon=  292.29 (0-360E) glon=  292.29 glat=  27.24 u=  -0.6900 v=  40.4300 vr=  -1.10727 vt=  40.42072
 i= 1182 j=  965 glon=  292.49 (0-360E) glon=  292.49 glat=  27.24 u=   2.0000 v=  36.8100 vr=   1.67908 vt=  36.82603
 i= 1187 j=  965 glon=  292.69 (0-360E) glon=  292.69 glat=  27.24 u=   3.2800 v=  35.7500 vr=   3.00444 vt=  35.77421
 i= 1192 j=  965 glon=  292.89 (0-360E) glon=  292.89 glat=  27.24 u=  -1.5800 v=  31.2200 vr=  -1.79906 vt=  31.20814
 i= 1197 j=  965 glon=  293.09 (0-360E) glon=  293.09 glat=  27.24 u=  -3.6000 v=  28.0200 vr=  -3.78272 vt=  27.99592
 i= 1202 j=  965 glon=  293.29 (0-360E) glon=  293.29 glat=  27.24 u=   0.9900 v=  26.5500 vr=   0.82661 vt=  26.55559
 i= 1207 j=  965 glon=  293.49 (0-360E) glon=  293.49 glat=  27.24 u=   1.7200 v=  26.0600 vr=   1.56709 vt=  26.06964
 i= 1212 j=  965 glon=  293.69 (0-360E) glon=  293.69 glat=  27.24 u=   2.1700 v=  24.8900 vr=   2.02963 vt=  24.90184
 i= 1102 j=  970 glon=  289.29 (0-360E) glon=  289.29 glat=  27.04 u=   3.6200 v= -11.2300 vr=  -2.39093 vt=  11.55425
 i= 1107 j=  970 glon=  289.49 (0-360E) glon=  289.49 glat=  27.04 u=   4.1600 v= -11.0000 vr=  -2.84133 vt=  11.41194
 i= 1112 j=  970 glon=  289.69 (0-360E) glon=  289.69 glat=  27.04 u=   3.9500 v= -12.0200 vr=  -2.36505 vt=  12.42938
 i= 1117 j=  970 glon=  289.89 (0-360E) glon=  289.89 glat=  27.04 u=   4.5100 v= -14.4800 vr=  -2.38005 vt=  14.97818
 i= 1122 j=  970 glon=  290.09 (0-360E) glon=  290.09 glat=  27.04 u=   5.0400 v= -16.8800 vr=  -2.22678 vt=  17.47505
 i= 1127 j=  970 glon=  290.29 (0-360E) glon=  290.29 glat=  27.04 u=   7.7700 v= -15.5700 vr=  -4.71337 vt=  16.75058
 i= 1132 j=  970 glon=  290.49 (0-360E) glon=  290.49 glat=  27.04 u=   6.3400 v= -17.6100 vr=  -2.28346 vt=  18.57669
 i= 1137 j=  970 glon=  290.69 (0-360E) glon=  290.69 glat=  27.04 u=   8.8400 v= -21.3100 vr=  -2.74799 vt=  22.90656
 i= 1142 j=  970 glon=  290.89 (0-360E) glon=  290.89 glat=  27.04 u=  11.5100 v= -26.0600 vr=  -1.77327 vt=  28.43342
 i= 1147 j=  970 glon=  291.09 (0-360E) glon=  291.09 glat=  27.04 u=  17.3700 v= -27.1600 vr=  -2.38261 vt=  32.15129
 i= 1152 j=  970 glon=  291.29 (0-360E) glon=  291.29 glat=  27.04 u=  25.1000 v= -19.8000 vr=  -3.61906 vt=  31.76401
 i= 1157 j=  970 glon=  291.49 (0-360E) glon=  291.49 glat=  27.04 u=  23.5700 v=  -2.1200 vr=  -0.92380 vt=  23.64711
 i= 1162 j=  970 glon=  291.69 (0-360E) glon=  291.69 glat=  27.04 u=  20.4700 v=  13.8200 vr=   0.95964 vt=  24.67980
 i= 1167 j=  970 glon=  291.89 (0-360E) glon=  291.89 glat=  27.04 u=  20.2300 v=  43.1500 vr=  -5.78782 vt=  47.30409
 i= 1172 j=  970 glon=  292.09 (0-360E) glon=  292.09 glat=  27.04 u=   9.6000 v=  40.0300 vr=  -6.22484 vt=  40.69167
 i= 1177 j=  970 glon=  292.29 (0-360E) glon=  292.29 glat=  27.04 u=   7.7700 v=  37.3500 vr=  -3.37835 vt=  37.99977
 i= 1182 j=  970 glon=  292.49 (0-360E) glon=  292.49 glat=  27.04 u=  11.3600 v=  35.6500 vr=   2.69625 vt=  37.31893
 i= 1187 j=  970 glon=  292.69 (0-360E) glon=  292.69 glat=  27.04 u=   7.2200 v=  34.5500 vr=   0.29035 vt=  35.29514
 i= 1192 j=  970 glon=  292.89 (0-360E) glon=  292.89 glat=  27.04 u=   6.0900 v=  31.0000 vr=   0.75118 vt=  31.58360
 i= 1197 j=  970 glon=  293.09 (0-360E) glon=  293.09 glat=  27.04 u=   2.6900 v=  27.5200 vr=  -1.44075 vt=  27.61360
 i= 1202 j=  970 glon=  293.29 (0-360E) glon=  293.29 glat=  27.04 u=   2.2600 v=  27.7100 vr=  -1.45069 vt=  27.76414
 i= 1207 j=  970 glon=  293.49 (0-360E) glon=  293.49 glat=  27.04 u=   4.4000 v=  26.5900 vr=   1.16200 vt=  26.92653
 i= 1212 j=  970 glon=  293.69 (0-360E) glon=  293.69 glat=  27.04 u=   2.4700 v=  24.3900 vr=  -0.23512 vt=  24.51362
 i= 1107 j=  975 glon=  289.49 (0-360E) glon=  289.49 glat=  26.84 u=   5.4800 v= -10.8900 vr=  -2.91303 vt=  11.83794
 i= 1112 j=  975 glon=  289.69 (0-360E) glon=  289.69 glat=  26.84 u=   6.9300 v= -10.9500 vr=  -4.03260 vt=  12.31526
 i= 1117 j=  975 glon=  289.89 (0-360E) glon=  289.89 glat=  26.84 u=   7.2400 v= -12.7500 vr=  -3.49162 vt=  14.24039
 i= 1122 j=  975 glon=  290.09 (0-360E) glon=  290.09 glat=  26.84 u=   8.4800 v= -14.3300 vr=  -3.67974 vt=  16.23942
 i= 1127 j=  975 glon=  290.29 (0-360E) glon=  290.29 glat=  26.84 u=  10.8700 v= -14.3300 vr=  -5.16888 vt=  17.22755
 i= 1132 j=  975 glon=  290.49 (0-360E) glon=  290.49 glat=  26.84 u=  15.6200 v= -13.6600 vr=  -8.71451 vt=  18.83181
 i= 1137 j=  975 glon=  290.69 (0-360E) glon=  290.69 glat=  26.84 u=  17.1100 v= -13.6600 vr=  -8.38497 vt=  20.22474
 i= 1142 j=  975 glon=  290.89 (0-360E) glon=  290.89 glat=  26.84 u=  18.2300 v= -17.2800 vr=  -4.60461 vt=  24.69269
 i= 1147 j=  975 glon=  291.09 (0-360E) glon=  291.09 glat=  26.84 u=  24.1600 v= -18.1100 vr=  -3.37361 vt=  30.00494
 i= 1152 j=  975 glon=  291.29 (0-360E) glon=  291.29 glat=  26.84 u=  30.6400 v= -14.7700 vr=  -0.59553 vt=  34.00894
 i= 1157 j=  975 glon=  291.49 (0-360E) glon=  291.49 glat=  26.84 u=  40.7300 v=  -1.7800 vr=  -0.89577 vt=  40.75903
 i= 1162 j=  975 glon=  291.69 (0-360E) glon=  291.69 glat=  26.84 u=  34.6100 v=  24.7800 vr= -11.14372 vt=  41.08184
 i= 1167 j=  975 glon=  291.89 (0-360E) glon=  291.89 glat=  26.84 u=  24.0800 v=  29.0900 vr=  -7.44502 vt=  37.02224
 i= 1172 j=  975 glon=  292.09 (0-360E) glon=  292.09 glat=  26.84 u=  16.0600 v=  34.1100 vr=  -8.80979 vt=  36.65792
 i= 1177 j=  975 glon=  292.29 (0-360E) glon=  292.29 glat=  26.84 u=  12.2400 v=  32.9900 vr=  -6.33196 vt=  34.61306
 i= 1182 j=  975 glon=  292.49 (0-360E) glon=  292.49 glat=  26.84 u=  10.1400 v=  31.8600 vr=  -4.44196 vt=  33.13832
 i= 1187 j=  975 glon=  292.69 (0-360E) glon=  292.69 glat=  26.84 u=   7.4900 v=  29.7300 vr=  -3.88807 vt=  30.41144
 i= 1192 j=  975 glon=  292.89 (0-360E) glon=  292.89 glat=  26.84 u=   8.5700 v=  28.9500 vr=  -1.09317 vt=  30.17205
 i= 1197 j=  975 glon=  293.09 (0-360E) glon=  293.09 glat=  26.84 u=   8.3600 v=  26.2600 vr=   0.61848 vt=  27.55167
 i= 1202 j=  975 glon=  293.29 (0-360E) glon=  293.29 glat=  26.84 u=   7.1900 v=  27.6500 vr=  -0.03491 vt=  28.56952
 i= 1207 j=  975 glon=  293.49 (0-360E) glon=  293.49 glat=  26.84 u=   7.0500 v=  27.0000 vr=   0.67198 vt=  27.89715
 i= 1212 j=  975 glon=  293.69 (0-360E) glon=  293.69 glat=  26.84 u=   2.8200 v=  23.5900 vr=  -2.19169 vt=  23.65665
 i= 1107 j=  980 glon=  289.49 (0-360E) glon=  289.49 glat=  26.64 u=   7.2900 v=  -9.9900 vr=  -3.69264 vt=  11.80291
 i= 1112 j=  980 glon=  289.69 (0-360E) glon=  289.69 glat=  26.64 u=   8.5200 v= -10.3000 vr=  -4.35364 vt=  12.63828
 i= 1117 j=  980 glon=  289.89 (0-360E) glon=  289.89 glat=  26.64 u=   9.6300 v= -10.6600 vr=  -4.74012 vt=  13.56111
 i= 1122 j=  980 glon=  290.09 (0-360E) glon=  290.09 glat=  26.64 u=  10.2700 v= -11.4600 vr=  -4.31205 vt=  14.77196
 i= 1127 j=  980 glon=  290.29 (0-360E) glon=  290.29 glat=  26.64 u=  13.0300 v= -10.6700 vr=  -6.20328 vt=  15.65724
 i= 1132 j=  980 glon=  290.49 (0-360E) glon=  290.49 glat=  26.64 u=  15.7500 v=  -9.9100 vr=  -7.64989 vt=  16.96319
 i= 1137 j=  980 glon=  290.69 (0-360E) glon=  290.69 glat=  26.64 u=  20.3400 v=  -8.4000 vr= -10.37909 vt=  19.40490
 i= 1142 j=  980 glon=  290.89 (0-360E) glon=  290.89 glat=  26.64 u=  26.4200 v=  -6.6700 vr= -13.03369 vt=  23.92965
 i= 1147 j=  980 glon=  291.09 (0-360E) glon=  291.09 glat=  26.64 u=  28.6600 v=  -6.3700 vr=  -9.91105 vt=  27.63591
 i= 1152 j=  980 glon=  291.29 (0-360E) glon=  291.29 glat=  26.64 u=  30.0300 v=  -3.1700 vr=  -6.60614 vt=  29.46538
 i= 1157 j=  980 glon=  291.49 (0-360E) glon=  291.49 glat=  26.64 u=  31.5300 v=   5.6400 vr=  -7.02272 vt=  31.25111
 i= 1162 j=  980 glon=  291.69 (0-360E) glon=  291.69 glat=  26.64 u=  26.3700 v=  17.2800 vr= -10.37835 vt=  29.77021
 i= 1167 j=  980 glon=  291.89 (0-360E) glon=  291.89 glat=  26.64 u=  21.2600 v=  25.5500 vr= -12.30390 vt=  30.87724
 i= 1172 j=  980 glon=  292.09 (0-360E) glon=  292.09 glat=  26.64 u=  17.4100 v=  29.1300 vr= -11.17577 vt=  32.04321
 i= 1177 j=  980 glon=  292.29 (0-360E) glon=  292.29 glat=  26.64 u=  13.9300 v=  28.5500 vr=  -8.50322 vt=  30.60789
 i= 1182 j=  980 glon=  292.49 (0-360E) glon=  292.49 glat=  26.64 u=  12.1500 v=  28.8100 vr=  -6.64690 vt=  30.55253
 i= 1187 j=  980 glon=  292.69 (0-360E) glon=  292.69 glat=  26.64 u=   8.7500 v=  27.5000 vr=  -6.31797 vt=  28.15841
 i= 1192 j=  980 glon=  292.89 (0-360E) glon=  292.89 glat=  26.64 u=   8.6500 v=  25.6900 vr=  -3.74566 vt=  26.84713
 i= 1197 j=  980 glon=  293.09 (0-360E) glon=  293.09 glat=  26.64 u=   7.4800 v=  24.3900 vr=  -2.90772 vt=  25.34497
 i= 1202 j=  980 glon=  293.29 (0-360E) glon=  293.29 glat=  26.64 u=   8.7200 v=  24.5600 vr=  -0.75810 vt=  26.05105
 i= 1207 j=  980 glon=  293.49 (0-360E) glon=  293.49 glat=  26.64 u=   7.1100 v=  24.1900 vr=  -1.26892 vt=  25.18130
 i= 1107 j=  985 glon=  289.49 (0-360E) glon=  289.49 glat=  26.44 u=   8.4500 v=  -8.0500 vr=  -4.40354 vt=  10.80805
 i= 1112 j=  985 glon=  289.69 (0-360E) glon=  289.69 glat=  26.44 u=  10.0400 v=  -8.6700 vr=  -5.12029 vt=  12.23737
 i= 1117 j=  985 glon=  289.89 (0-360E) glon=  289.89 glat=  26.44 u=  11.8900 v=  -8.8400 vr=  -6.07023 vt=  13.51555
 i= 1122 j=  985 glon=  290.09 (0-360E) glon=  290.09 glat=  26.44 u=  12.5800 v=  -8.8000 vr=  -5.89465 vt=  14.17567
 i= 1127 j=  985 glon=  290.29 (0-360E) glon=  290.29 glat=  26.44 u=  13.6200 v=  -8.5400 vr=  -5.88473 vt=  14.96015
 i= 1132 j=  985 glon=  290.49 (0-360E) glon=  290.49 glat=  26.44 u=  15.0200 v=  -7.1500 vr=  -6.54528 vt=  15.29321
 i= 1137 j=  985 glon=  290.69 (0-360E) glon=  290.69 glat=  26.44 u=  17.9000 v=  -5.5300 vr=  -8.00931 vt=  16.93640
 i= 1142 j=  985 glon=  290.89 (0-360E) glon=  290.89 glat=  26.44 u=  22.9500 v=  -3.6500 vr= -10.10646 vt=  20.92569
 i= 1147 j=  985 glon=  291.09 (0-360E) glon=  291.09 glat=  26.44 u=  25.5400 v=  -0.4300 vr= -10.56741 vt=  23.25525
 i= 1152 j=  985 glon=  291.29 (0-360E) glon=  291.29 glat=  26.44 u=  27.0300 v=   5.7000 vr= -12.18080 vt=  24.79393
 i= 1157 j=  985 glon=  291.49 (0-360E) glon=  291.49 glat=  26.44 u=  26.7600 v=  14.1800 vr= -15.05886 vt=  26.27548
 i= 1162 j=  985 glon=  291.69 (0-360E) glon=  291.69 glat=  26.44 u=  22.8000 v=  18.4500 vr= -13.92482 vt=  25.81360
 i= 1167 j=  985 glon=  291.89 (0-360E) glon=  291.89 glat=  26.44 u=  19.2200 v=  23.1600 vr= -14.16848 vt=  26.55275
 i= 1172 j=  985 glon=  292.09 (0-360E) glon=  292.09 glat=  26.44 u=  18.5900 v=  23.9700 vr= -10.38632 vt=  28.50041
 i= 1177 j=  985 glon=  292.29 (0-360E) glon=  292.29 glat=  26.44 u=  14.4600 v=  24.7200 vr=  -9.47661 vt=  27.02524
 i= 1182 j=  985 glon=  292.49 (0-360E) glon=  292.49 glat=  26.44 u=  11.2900 v=  25.6300 vr=  -9.25855 vt=  26.43180
 i= 1187 j=  985 glon=  292.69 (0-360E) glon=  292.69 glat=  26.44 u=   9.6100 v=  24.4900 vr=  -7.42078 vt=  25.23973
 i= 1192 j=  985 glon=  292.89 (0-360E) glon=  292.89 glat=  26.44 u=  10.5700 v=  23.5100 vr=  -4.18847 vt=  25.43426
 i= 1197 j=  985 glon=  293.09 (0-360E) glon=  293.09 glat=  26.44 u=  11.6800 v=  22.0800 vr=  -0.96720 vt=  24.96024
 i= 1202 j=  985 glon=  293.29 (0-360E) glon=  293.29 glat=  26.44 u=   7.5900 v=  19.8900 vr=  -2.35656 vt=  21.15814
 i= 1207 j=  985 glon=  293.49 (0-360E) glon=  293.49 glat=  26.44 u=   7.3400 v=  21.2100 vr=  -2.25676 vt=  22.33040
 i= 1112 j=  990 glon=  289.69 (0-360E) glon=  289.69 glat=  26.24 u=  10.4900 v=  -6.8400 vr=  -5.30595 vt=  11.34339
 i= 1117 j=  990 glon=  289.89 (0-360E) glon=  289.89 glat=  26.24 u=  12.6100 v=  -6.7500 vr=  -6.49425 vt=  12.74360
 i= 1122 j=  990 glon=  290.09 (0-360E) glon=  290.09 glat=  26.24 u=  14.3800 v=  -6.4500 vr=  -7.26419 vt=  13.98637
 i= 1127 j=  990 glon=  290.29 (0-360E) glon=  290.29 glat=  26.24 u=  15.5800 v=  -6.3700 vr=  -7.14907 vt=  15.23825
 i= 1132 j=  990 glon=  290.49 (0-360E) glon=  290.49 glat=  26.24 u=  16.1700 v=  -6.0600 vr=  -6.40514 vt=  16.03642
 i= 1137 j=  990 glon=  290.69 (0-360E) glon=  290.69 glat=  26.24 u=  17.8000 v=  -4.6600 vr=  -6.77753 vt=  17.10616
 i= 1142 j=  990 glon=  290.89 (0-360E) glon=  290.89 glat=  26.24 u=  19.7900 v=  -1.6000 vr=  -8.23950 vt=  18.06418
 i= 1147 j=  990 glon=  291.09 (0-360E) glon=  291.09 glat=  26.24 u=  21.6900 v=   2.7000 vr= -10.24008 vt=  19.31028
 i= 1152 j=  990 glon=  291.29 (0-360E) glon=  291.29 glat=  26.24 u=  23.3000 v=   6.6500 vr= -11.16626 vt=  21.50412
 i= 1157 j=  990 glon=  291.49 (0-360E) glon=  291.49 glat=  26.24 u=  23.6400 v=  13.2200 vr= -13.84331 vt=  23.28048
 i= 1162 j=  990 glon=  291.69 (0-360E) glon=  291.69 glat=  26.24 u=  19.8100 v=  16.2200 vr= -13.09043 vt=  22.00376
 i= 1167 j=  990 glon=  291.89 (0-360E) glon=  291.89 glat=  26.24 u=  19.0900 v=  17.5700 vr= -10.75421 vt=  23.61101
 i= 1172 j=  990 glon=  292.09 (0-360E) glon=  292.09 glat=  26.24 u=  17.1000 v=  19.2400 vr=  -9.47574 vt=  23.93320
 i= 1177 j=  990 glon=  292.29 (0-360E) glon=  292.29 glat=  26.24 u=  13.0500 v=  20.9200 vr=  -9.94292 vt=  22.56296
 i= 1182 j=  990 glon=  292.49 (0-360E) glon=  292.49 glat=  26.24 u=  10.8400 v=  21.6600 vr=  -9.38510 vt=  22.32893
 i= 1187 j=  990 glon=  292.69 (0-360E) glon=  292.69 glat=  26.24 u=  11.4100 v=  22.0100 vr=  -7.10332 vt=  23.75229
 i= 1192 j=  990 glon=  292.89 (0-360E) glon=  292.89 glat=  26.24 u=  14.8800 v=  19.6900 vr=  -1.08076 vt=  24.65649
 i= 1197 j=  990 glon=  293.09 (0-360E) glon=  293.09 glat=  26.24 u=   9.9300 v=  23.1600 vr=  -5.51164 vt=  24.58887
 i= 1202 j=  990 glon=  293.29 (0-360E) glon=  293.29 glat=  26.24 u=   5.3400 v=  19.6800 vr=  -6.13081 vt=  19.44817
 i= 1117 j=  995 glon=  289.89 (0-360E) glon=  289.89 glat=  26.04 u=  12.6100 v=  -5.1900 vr=  -6.36492 vt=  12.05968
 i= 1122 j=  995 glon=  290.09 (0-360E) glon=  290.09 glat=  26.04 u=  14.3000 v=  -5.4100 vr=  -6.64851 vt=  13.76791
 i= 1127 j=  995 glon=  290.29 (0-360E) glon=  290.29 glat=  26.04 u=  15.6900 v=  -4.5200 vr=  -7.19331 vt=  14.65820
 i= 1132 j=  995 glon=  290.49 (0-360E) glon=  290.49 glat=  26.04 u=  16.9800 v=  -3.1900 vr=  -7.73514 vt=  15.44876
 i= 1137 j=  995 glon=  290.69 (0-360E) glon=  290.69 glat=  26.04 u=  17.9600 v=  -2.3500 vr=  -7.38044 vt=  16.54126
 i= 1142 j=  995 glon=  290.89 (0-360E) glon=  290.89 glat=  26.04 u=  18.6900 v=  -0.6700 vr=  -7.27782 vt=  17.22783
 i= 1147 j=  995 glon=  291.09 (0-360E) glon=  291.09 glat=  26.04 u=  19.1800 v=   1.9800 vr=  -7.69471 vt=  17.68005
 i= 1152 j=  995 glon=  291.29 (0-360E) glon=  291.29 glat=  26.04 u=  20.4500 v=   5.1200 vr=  -8.47443 vt=  19.30287
 i= 1157 j=  995 glon=  291.49 (0-360E) glon=  291.49 glat=  26.04 u=  19.8900 v=   9.5200 vr=  -9.95865 vt=  19.67404
 i= 1162 j=  995 glon=  291.69 (0-360E) glon=  291.69 glat=  26.04 u=  19.2000 v=  11.8600 vr=  -9.37424 vt=  20.52860
 i= 1167 j=  995 glon=  291.89 (0-360E) glon=  291.89 glat=  26.04 u=  17.6200 v=  13.0000 vr=  -7.89319 vt=  20.42454
 i= 1172 j=  995 glon=  292.09 (0-360E) glon=  292.09 glat=  26.04 u=  14.1900 v=  15.7000 vr=  -8.96307 vt=  19.17053
 i= 1177 j=  995 glon=  292.29 (0-360E) glon=  292.29 glat=  26.04 u=  11.7700 v=  17.7600 vr=  -9.62138 vt=  19.00998
 i= 1182 j=  995 glon=  292.49 (0-360E) glon=  292.49 glat=  26.04 u=  12.1400 v=  18.4000 vr=  -7.89450 vt=  20.58195
 i= 1187 j=  995 glon=  292.69 (0-360E) glon=  292.69 glat=  26.04 u=  13.2400 v=  19.4300 vr=  -6.05978 vt=  22.71787
 i= 1192 j=  995 glon=  292.89 (0-360E) glon=  292.89 glat=  26.04 u=  14.6200 v=  17.1200 vr=  -1.65887 vt=  22.45188
 i= 1197 j=  995 glon=  293.09 (0-360E) glon=  293.09 glat=  26.04 u=  12.5000 v=  17.9000 vr=  -2.25544 vt=  21.71573
 i= 1202 j=  995 glon=  293.29 (0-360E) glon=  293.29 glat=  26.04 u=   5.8600 v=  17.0400 vr=  -5.73066 vt=  17.08393
 i= 1122 j= 1000 glon=  290.09 (0-360E) glon=  290.09 glat=  25.84 u=  13.6600 v=  -2.3400 vr=  -7.42862 vt=  11.69986
 i= 1127 j= 1000 glon=  290.29 (0-360E) glon=  290.29 glat=  25.84 u=  14.6900 v=  -1.9100 vr=  -7.51782 vt=  12.76427
 i= 1132 j= 1000 glon=  290.49 (0-360E) glon=  290.49 glat=  25.84 u=  16.0700 v=  -1.1200 vr=  -7.84244 vt=  14.07108
 i= 1137 j= 1000 glon=  290.69 (0-360E) glon=  290.69 glat=  25.84 u=  16.6600 v=   0.2100 vr=  -7.94096 vt=  14.64721
 i= 1142 j= 1000 glon=  290.89 (0-360E) glon=  290.89 glat=  25.84 u=  16.9000 v=   1.9500 vr=  -8.07877 vt=  14.97150
 i= 1147 j= 1000 glon=  291.09 (0-360E) glon=  291.09 glat=  25.84 u=  17.0700 v=   3.1700 vr=  -7.54863 vt=  15.63496
 i= 1152 j= 1000 glon=  291.29 (0-360E) glon=  291.29 glat=  25.84 u=  17.6000 v=   4.4900 vr=  -6.98330 vt=  16.76764
 i= 1157 j= 1000 glon=  291.49 (0-360E) glon=  291.49 glat=  25.84 u=  17.4200 v=   6.3100 vr=  -6.64031 vt=  17.29678
 i= 1162 j= 1000 glon=  291.69 (0-360E) glon=  291.69 glat=  25.84 u=  17.0300 v=   8.5900 vr=  -6.71512 vt=  17.85262
 i= 1167 j= 1000 glon=  291.89 (0-360E) glon=  291.89 glat=  25.84 u=  14.8100 v=  11.3600 vr=  -7.67692 vt=  17.01325
 i= 1172 j= 1000 glon=  292.09 (0-360E) glon=  292.09 glat=  25.84 u=  12.3000 v=  13.1600 vr=  -8.19667 vt=  16.04027
 i= 1177 j= 1000 glon=  292.29 (0-360E) glon=  292.29 glat=  25.84 u=  12.3700 v=  14.5900 vr=  -7.68728 vt=  17.51544
 i= 1182 j= 1000 glon=  292.49 (0-360E) glon=  292.49 glat=  25.84 u=  11.4000 v=  17.4600 vr=  -8.90788 vt=  18.85368
 i= 1187 j= 1000 glon=  292.69 (0-360E) glon=  292.69 glat=  25.84 u=  11.3700 v=  18.3600 vr=  -7.98530 vt=  20.06493
 i= 1192 j= 1000 glon=  292.89 (0-360E) glon=  292.89 glat=  25.84 u=   7.8700 v=  18.8700 vr=  -9.10370 vt=  18.30673
 i= 1197 j= 1000 glon=  293.09 (0-360E) glon=  293.09 glat=  25.84 u=   7.0600 v=  17.4400 vr=  -7.40346 vt=  17.29700
 i= 1127 j= 1005 glon=  290.29 (0-360E) glon=  290.29 glat=  25.64 u=  13.4000 v=  -1.3800 vr=  -6.41095 vt=  11.84753
 i= 1132 j= 1005 glon=  290.49 (0-360E) glon=  290.49 glat=  25.64 u=  14.3900 v=  -0.4100 vr=  -6.78401 vt=  12.69714
 i= 1137 j= 1005 glon=  290.69 (0-360E) glon=  290.69 glat=  25.64 u=  15.2000 v=   0.7400 vr=  -7.03230 vt=  13.49572
 i= 1142 j= 1005 glon=  290.89 (0-360E) glon=  290.89 glat=  25.64 u=  15.5400 v=   1.7600 vr=  -6.79237 vt=  14.08733
 i= 1147 j= 1005 glon=  291.09 (0-360E) glon=  291.09 glat=  25.64 u=  15.6100 v=   3.2300 vr=  -6.76753 vt=  14.43279
 i= 1152 j= 1005 glon=  291.29 (0-360E) glon=  291.29 glat=  25.64 u=  15.7400 v=   4.7000 vr=  -6.65678 vt=  15.01749
 i= 1157 j= 1005 glon=  291.49 (0-360E) glon=  291.49 glat=  25.64 u=  15.3000 v=   6.5700 vr=  -6.82407 vt=  15.18838
 i= 1162 j= 1005 glon=  291.69 (0-360E) glon=  291.69 glat=  25.64 u=  14.4000 v=   9.0000 vr=  -7.60646 vt=  15.18229
 i= 1167 j= 1005 glon=  291.89 (0-360E) glon=  291.89 glat=  25.64 u=  13.6400 v=  10.2900 vr=  -7.33385 vt=  15.43206
 i= 1172 j= 1005 glon=  292.09 (0-360E) glon=  292.09 glat=  25.64 u=  12.6900 v=  11.8600 vr=  -7.47792 vt=  15.67726
 i= 1177 j= 1005 glon=  292.29 (0-360E) glon=  292.29 glat=  25.64 u=  13.2500 v=  14.9700 vr=  -8.55748 vt=  18.06745
 i= 1182 j= 1005 glon=  292.49 (0-360E) glon=  292.49 glat=  25.64 u=   6.4100 v=  21.1400 vr= -15.57665 vt=  15.66384
 i= 1187 j= 1005 glon=  292.69 (0-360E) glon=  292.69 glat=  25.64 u=   7.7500 v=  21.4200 vr= -13.74936 vt=  18.16133
 i= 1192 j= 1005 glon=  292.89 (0-360E) glon=  292.89 glat=  25.64 u=   5.7400 v=  18.1800 vr= -11.00646 vt=  15.56656
 i= 1137 j= 1010 glon=  290.69 (0-360E) glon=  290.69 glat=  25.44 u=  14.2200 v=   2.2500 vr=  -7.47516 vt=  12.30418
 i= 1142 j= 1010 glon=  290.89 (0-360E) glon=  290.89 glat=  25.44 u=  14.5800 v=   3.5300 vr=  -7.70311 vt=  12.87243
 i= 1147 j= 1010 glon=  291.09 (0-360E) glon=  291.09 glat=  25.44 u=  14.5400 v=   5.0400 vr=  -7.95171 vt=  13.17511
 i= 1152 j= 1010 glon=  291.29 (0-360E) glon=  291.29 glat=  25.44 u=  14.2000 v=   6.9700 vr=  -8.52904 vt=  13.32203
 i= 1157 j= 1010 glon=  291.49 (0-360E) glon=  291.49 glat=  25.44 u=  13.8300 v=   8.5500 vr=  -8.75412 vt=  13.70171
 i= 1162 j= 1010 glon=  291.69 (0-360E) glon=  291.69 glat=  25.44 u=  14.6800 v=   9.2400 vr=  -7.97871 vt=  15.40195
 i= 1167 j= 1010 glon=  291.89 (0-360E) glon=  291.89 glat=  25.44 u=  14.5300 v=   9.9100 vr=  -7.13539 vt=  16.07530
 i= 1172 j= 1010 glon=  292.09 (0-360E) glon=  292.09 glat=  25.44 u=  14.7900 v=  12.6000 vr=  -8.11951 vt=  17.65156
 i= 1177 j= 1010 glon=  292.29 (0-360E) glon=  292.29 glat=  25.44 u=  13.6900 v=  16.7000 vr= -10.74310 vt=  18.73211
 i= 1182 j= 1010 glon=  292.49 (0-360E) glon=  292.49 glat=  25.44 u=  12.2800 v=  24.6200 vr= -16.90072 vt=  21.70964
 i= 1152 j= 1015 glon=  291.29 (0-360E) glon=  291.29 glat=  25.24 u=  14.7100 v=   7.6200 vr=  -9.07844 vt=  13.85750
 i= 1157 j= 1015 glon=  291.49 (0-360E) glon=  291.49 glat=  25.24 u=  15.4400 v=   8.6600 vr=  -8.86543 vt=  15.32297
 i= 1162 j= 1015 glon=  291.69 (0-360E) glon=  291.69 glat=  25.24 u=  17.9800 v=  10.4900 vr=  -9.10357 vt=  18.72019
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    22.7067874043738       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     53.79 kts
    LL Wind Circ Vt mean quadmax value: SE     41.67 kts
    LL Wind Circ Vt mean quadmax value: SW     37.54 kts
    LL Wind Circ Vt mean quadmax value: NW     42.47 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    9.87977488358344       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   11.3327877938919       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    27.2546843690094     
   xcenlon=    291.504393365039     
   imax=         2738  jmax=         2041
   jlatfix=          964
   ilonfix (unadjusted) =         1158
  
 In get_max_wind, ibeg=         1081  iend=         1234
                  jbeg=          896  jend=         1033
         ilonfix=         1158  jlatfix=          964
 At end of get_max_wind, vmax=    44.6243935533022       rmax= 
   19.3080432568504     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    3.47 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.30 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    7.40 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    9.45 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   11.49 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   13.75 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   16.58 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   20.32 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   24.92 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   29.19 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   32.22 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   33.67 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   33.99 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   33.56 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   32.67 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   31.60 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   30.42 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   29.33 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   28.39 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   27.65 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   27.09 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   26.58 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   26.09 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   25.56 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   25.05 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   24.56 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   24.12 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   23.73 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   23.36 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   22.96 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   22.53 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   22.07 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   21.61 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   21.16 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   20.73 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   20.34 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   19.98 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   19.67 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   19.39 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   19.13 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   18.88 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   18.61 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    33.99 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    33.9908316116379      
  (m/s)   (in kts)=    66.0339885719289     
  rising_sum_dvdr=       30.5231148534629     
  declining_sum_dvdr=   -11.0357343556457     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   126 igrct=  1 Vmax (m/s)=   44.624   22:33:49
 TIMING: before call  getradii, fhr=   126 igrct=  1   22:33:49
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    5.59869017222470     
 mr4qs before add, mean_radii_vt_4quad_sum=    5.59869017222470     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.20004580540065     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.20004580540065     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.22708899069774     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.22708899069774     
 mr4qs after add, mean_radii_vt_4quad_sum=    9.75076500360440     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    9.75 good_quad_ct=   4 mean_vt_4quad=      2.44
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   12.41 mean_vt_4quad=    8.08
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   12.46 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   12.49 mean_vt_4quad=    8.22
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   12.57 mean_vt_4quad=    8.28
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   12.64 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   12.69 mean_vt_4quad=    8.40
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   12.73 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   12.79 mean_vt_4quad=    8.53
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   12.85 mean_vt_4quad=    8.59
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   12.89 mean_vt_4quad=    8.65
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   12.92 mean_vt_4quad=    8.71
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   12.95 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.01 mean_vt_4quad=    8.84
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   13.10 mean_vt_4quad=    8.91
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   13.17 mean_vt_4quad=    8.97
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   13.24 mean_vt_4quad=    9.04
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   13.33 mean_vt_4quad=    9.12
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   13.41 mean_vt_4quad=    9.19
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   13.53 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   13.63 mean_vt_4quad=    9.35
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   13.75 mean_vt_4quad=    9.42
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   13.92 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   14.06 mean_vt_4quad=    9.58
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   14.22 mean_vt_4quad=    9.66
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   14.33 mean_vt_4quad=    9.74
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   14.42 mean_vt_4quad=    9.81
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   14.53 mean_vt_4quad=    9.90
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   14.62 mean_vt_4quad=    9.98
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   14.72 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   14.83 mean_vt_4quad=   10.16
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   14.94 mean_vt_4quad=   10.26
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   15.04 mean_vt_4quad=   10.36
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   15.14 mean_vt_4quad=   10.46
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   15.22 mean_vt_4quad=   10.56
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   15.32 mean_vt_4quad=   10.66
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   15.40 mean_vt_4quad=   10.76
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   15.45 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   15.51 mean_vt_4quad=   10.98
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   15.65 mean_vt_4quad=   11.09
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   15.83 mean_vt_4quad=   11.20
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   16.04 mean_vt_4quad=   11.31
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   16.22 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   16.38 mean_vt_4quad=   11.52
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   16.56 mean_vt_4quad=   11.63
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   16.74 mean_vt_4quad=   11.74
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   16.90 mean_vt_4quad=   11.85
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   17.02 mean_vt_4quad=   11.96
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   17.16 mean_vt_4quad=   12.08
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   17.37 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.51 mean_vt_4quad=   12.31
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   12.31 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   12.42 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   12.52 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   12.62 .... 0.5*v_holland=    6.36
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   12.71 .... 0.5*v_holland=    6.36
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    222.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   119.791200000000     
 vradius(iwindix,iquad) =         120
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   17.51 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   17.67 mean_vt_4quad=   12.42
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.81 mean_vt_4quad=   12.52
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.91 mean_vt_4quad=   12.62
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.95 mean_vt_4quad=   12.71
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.02 mean_vt_4quad=   12.80
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.06 mean_vt_4quad=   12.89
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   18.13 mean_vt_4quad=   12.98
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   18.24 mean_vt_4quad=   13.08
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   18.47 mean_vt_4quad=   13.18
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   18.77 mean_vt_4quad=   13.28
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   18.98 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   19.04 mean_vt_4quad=   13.50
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   18.86 mean_vt_4quad=   13.60
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   18.73 mean_vt_4quad=   13.71
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   18.90 mean_vt_4quad=   13.81
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   19.27 mean_vt_4quad=   13.94
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   19.65 mean_vt_4quad=   14.08
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   20.01 mean_vt_4quad=   14.24
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   20.28 mean_vt_4quad=   14.41
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   20.46 mean_vt_4quad=   14.59
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   20.74 mean_vt_4quad=   14.75
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   21.08 mean_vt_4quad=   14.92
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   21.39 mean_vt_4quad=   15.08
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   21.72 mean_vt_4quad=   15.25
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   22.11 mean_vt_4quad=   15.41
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   22.54 mean_vt_4quad=   15.58
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   23.00 mean_vt_4quad=   15.76
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   23.41 mean_vt_4quad=   15.96
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   23.68 mean_vt_4quad=   16.18
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   23.99 mean_vt_4quad=   16.41
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.34 mean_vt_4quad=   16.64
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.79 mean_vt_4quad=   16.87
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   25.11 mean_vt_4quad=   17.09
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   25.22 mean_vt_4quad=   17.30
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   25.06 mean_vt_4quad=   17.51
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   24.76 mean_vt_4quad=   17.74
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   24.55 mean_vt_4quad=   18.00
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   24.66 mean_vt_4quad=   18.28
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   25.09 mean_vt_4quad=   18.59
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   25.58 mean_vt_4quad=   18.92
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.95 mean_vt_4quad=   19.27
  
 NO interp, exactdistkm=    99.0000000000000     
 iwindix=            2  iquad=            1  exactdistnm = 
   53.4204000000000     
 vradius(iwindix,iquad) =          53
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   25.95 mean_vt_4quad=   19.27
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   26.40 mean_vt_4quad=   19.64
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   26.89 mean_vt_4quad=   20.01
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   27.57 mean_vt_4quad=   20.38
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   28.35 mean_vt_4quad=   20.73
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   29.07 mean_vt_4quad=   21.10
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   29.70 mean_vt_4quad=   21.49
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   30.24 mean_vt_4quad=   21.93
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   30.74 mean_vt_4quad=   22.40
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   31.29 mean_vt_4quad=   22.86
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   31.83 mean_vt_4quad=   23.31
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   32.25 mean_vt_4quad=   23.75
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   32.43 mean_vt_4quad=   24.24
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   32.60 mean_vt_4quad=   24.81
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   33.42 mean_vt_4quad=   25.54
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            1  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.21 mean_vt_4quad=    8.08
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.42 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.61 mean_vt_4quad=    8.22
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.69 mean_vt_4quad=    8.28
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.83 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.92 mean_vt_4quad=    8.40
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.99 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   15.13 mean_vt_4quad=    8.53
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   15.23 mean_vt_4quad=    8.59
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.36 mean_vt_4quad=    8.65
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.46 mean_vt_4quad=    8.71
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.56 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.68 mean_vt_4quad=    8.84
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   15.70 mean_vt_4quad=    8.91
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   15.70 mean_vt_4quad=    8.97
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   15.71 mean_vt_4quad=    9.04
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   15.85 mean_vt_4quad=    9.12
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   16.03 mean_vt_4quad=    9.19
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   16.26 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.47 mean_vt_4quad=    9.35
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.64 mean_vt_4quad=    9.42
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.68 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.79 mean_vt_4quad=    9.58
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   17.09 mean_vt_4quad=    9.66
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   17.50 mean_vt_4quad=    9.74
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  99
  ++++ rdist(ihc)=  297.00  mean_radii_vt_4quad(ihc)=    9.74 .... 0.5*v_holland=    4.79
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  98
  ++++ rdist(ihc)=  294.00  mean_radii_vt_4quad(ihc)=    9.81 .... 0.5*v_holland=    4.79
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  97
  ++++ rdist(ihc)=  291.00  mean_radii_vt_4quad(ihc)=    9.90 .... 0.5*v_holland=    4.79
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  96
  ++++ rdist(ihc)=  288.00  mean_radii_vt_4quad(ihc)=    9.98 .... 0.5*v_holland=    4.79
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  95
  ++++ rdist(ihc)=  285.00  mean_radii_vt_4quad(ihc)=   10.07 .... 0.5*v_holland=    4.79
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    297.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   160.261200000000     
 vradius(iwindix,iquad) =         160
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   17.50 mean_vt_4quad=    9.74
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   17.90 mean_vt_4quad=    9.81
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   18.29 mean_vt_4quad=    9.90
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   18.72 mean_vt_4quad=    9.98
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   19.05 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   19.33 mean_vt_4quad=   10.16
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   19.51 mean_vt_4quad=   10.26
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   19.63 mean_vt_4quad=   10.36
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   19.68 mean_vt_4quad=   10.46
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   19.67 mean_vt_4quad=   10.56
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   19.68 mean_vt_4quad=   10.66
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   19.66 mean_vt_4quad=   10.76
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   19.61 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   19.47 mean_vt_4quad=   10.98
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   19.31 mean_vt_4quad=   11.09
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   19.20 mean_vt_4quad=   11.20
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   19.04 mean_vt_4quad=   11.31
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   18.77 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   18.58 mean_vt_4quad=   11.52
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   18.49 mean_vt_4quad=   11.63
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   18.50 mean_vt_4quad=   11.74
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   18.69 mean_vt_4quad=   11.85
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   18.78 mean_vt_4quad=   11.96
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   18.80 mean_vt_4quad=   12.08
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   18.75 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   18.79 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   19.01 mean_vt_4quad=   12.42
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   19.22 mean_vt_4quad=   12.52
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   19.44 mean_vt_4quad=   12.62
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   19.66 mean_vt_4quad=   12.71
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   19.84 mean_vt_4quad=   12.80
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   20.04 mean_vt_4quad=   12.89
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   20.11 mean_vt_4quad=   12.98
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   20.15 mean_vt_4quad=   13.08
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   20.09 mean_vt_4quad=   13.18
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   20.02 mean_vt_4quad=   13.28
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   20.05 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   20.17 mean_vt_4quad=   13.50
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   20.25 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   20.35 mean_vt_4quad=   13.71
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   20.59 mean_vt_4quad=   13.81
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   20.83 mean_vt_4quad=   13.94
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   21.00 mean_vt_4quad=   14.08
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   21.16 mean_vt_4quad=   14.24
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   21.29 mean_vt_4quad=   14.41
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   21.48 mean_vt_4quad=   14.59
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   21.57 mean_vt_4quad=   14.75
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   21.79 mean_vt_4quad=   14.92
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   22.04 mean_vt_4quad=   15.08
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   22.32 mean_vt_4quad=   15.25
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   22.57 mean_vt_4quad=   15.41
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   22.82 mean_vt_4quad=   15.58
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   23.09 mean_vt_4quad=   15.76
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   23.27 mean_vt_4quad=   15.96
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   23.47 mean_vt_4quad=   16.18
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   23.66 mean_vt_4quad=   16.41
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   23.83 mean_vt_4quad=   16.64
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   23.95 mean_vt_4quad=   16.87
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   23.98 mean_vt_4quad=   17.09
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   23.95 mean_vt_4quad=   17.30
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   23.87 mean_vt_4quad=   17.51
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   24.00 mean_vt_4quad=   17.74
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   24.56 mean_vt_4quad=   18.00
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   25.44 mean_vt_4quad=   18.28
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   26.30 mean_vt_4quad=   18.59
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            2  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   26.30 mean_vt_4quad=   18.59
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   26.99 mean_vt_4quad=   18.92
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   27.39 mean_vt_4quad=   19.27
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   27.51 mean_vt_4quad=   19.64
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   27.38 mean_vt_4quad=   20.01
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   27.11 mean_vt_4quad=   20.38
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   26.79 mean_vt_4quad=   20.73
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   26.65 mean_vt_4quad=   21.10
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   26.64 mean_vt_4quad=   21.49
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   27.02 mean_vt_4quad=   21.93
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   27.63 mean_vt_4quad=   22.40
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   28.42 mean_vt_4quad=   22.86
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   29.33 mean_vt_4quad=   23.31
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   30.31 mean_vt_4quad=   23.75
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   31.18 mean_vt_4quad=   24.24
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   32.11 mean_vt_4quad=   24.81
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   33.04 mean_vt_4quad=   25.54
  
 NO interp, exactdistkm=    57.0000000000000     
 iwindix=            3  iquad=            2  exactdistnm = 
   30.7572000000000     
 vradius(iwindix,iquad) =          31
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   12.34 mean_vt_4quad=    8.08
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   12.39 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   12.41 mean_vt_4quad=    8.22
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   12.44 mean_vt_4quad=    8.28
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   12.50 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   12.57 mean_vt_4quad=    8.40
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   12.68 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   12.78 mean_vt_4quad=    8.53
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   12.87 mean_vt_4quad=    8.59
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   12.95 mean_vt_4quad=    8.65
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.02 mean_vt_4quad=    8.71
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.08 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   13.12 mean_vt_4quad=    8.84
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   13.15 mean_vt_4quad=    8.91
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   13.17 mean_vt_4quad=    8.97
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   13.19 mean_vt_4quad=    9.04
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   13.23 mean_vt_4quad=    9.12
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   13.28 mean_vt_4quad=    9.19
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   13.34 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   13.37 mean_vt_4quad=    9.35
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   13.39 mean_vt_4quad=    9.42
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   13.38 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   13.37 mean_vt_4quad=    9.58
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   13.35 mean_vt_4quad=    9.66
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   13.28 mean_vt_4quad=    9.74
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   13.06 mean_vt_4quad=    9.81
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   12.81 mean_vt_4quad=    9.90
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   12.52 mean_vt_4quad=    9.98
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   12.34 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   12.24 mean_vt_4quad=   10.16
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   12.19 mean_vt_4quad=   10.26
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   12.12 mean_vt_4quad=   10.36
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   12.06 mean_vt_4quad=   10.46
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   12.04 mean_vt_4quad=   10.56
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   12.09 mean_vt_4quad=   10.66
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   12.13 mean_vt_4quad=   10.76
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   12.18 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   12.27 mean_vt_4quad=   10.98
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   12.36 mean_vt_4quad=   11.09
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   12.47 mean_vt_4quad=   11.20
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   12.63 mean_vt_4quad=   11.31
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   12.83 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   13.08 mean_vt_4quad=   11.52
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   13.35 mean_vt_4quad=   11.63
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   13.59 mean_vt_4quad=   11.74
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   13.79 mean_vt_4quad=   11.85
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   13.93 mean_vt_4quad=   11.96
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   14.06 mean_vt_4quad=   12.08
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   14.17 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   14.24 mean_vt_4quad=   12.31
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   14.26 mean_vt_4quad=   12.42
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   14.24 mean_vt_4quad=   12.52
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   14.17 mean_vt_4quad=   12.62
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   14.08 mean_vt_4quad=   12.71
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   13.99 mean_vt_4quad=   12.80
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   13.85 mean_vt_4quad=   12.89
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   13.67 mean_vt_4quad=   12.98
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   13.46 mean_vt_4quad=   13.08
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   13.21 mean_vt_4quad=   13.18
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   12.98 mean_vt_4quad=   13.28
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   12.78 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   12.66 mean_vt_4quad=   13.50
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   12.62 mean_vt_4quad=   13.60
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   12.63 mean_vt_4quad=   13.71
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   12.71 mean_vt_4quad=   13.81
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   12.81 mean_vt_4quad=   13.94
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   12.94 mean_vt_4quad=   14.08
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   13.09 mean_vt_4quad=   14.24
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   13.26 mean_vt_4quad=   14.41
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   13.45 mean_vt_4quad=   14.59
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   13.68 mean_vt_4quad=   14.75
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   13.97 mean_vt_4quad=   14.92
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   14.28 mean_vt_4quad=   15.08
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   14.64 mean_vt_4quad=   15.25
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   14.93 mean_vt_4quad=   15.41
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   15.18 mean_vt_4quad=   15.58
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   15.43 mean_vt_4quad=   15.76
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   15.70 mean_vt_4quad=   15.96
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   15.99 mean_vt_4quad=   16.18
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   16.31 mean_vt_4quad=   16.41
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   16.65 mean_vt_4quad=   16.64
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   17.00 mean_vt_4quad=   16.87
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   17.40 mean_vt_4quad=   17.09
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   17.90 mean_vt_4quad=   17.30
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  40
  ++++ rdist(ihc)=  120.00  mean_radii_vt_4quad(ihc)=   17.30 .... 0.5*v_holland=   11.34
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  39
  ++++ rdist(ihc)=  117.00  mean_radii_vt_4quad(ihc)=   17.51 .... 0.5*v_holland=   11.34
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  38
  ++++ rdist(ihc)=  114.00  mean_radii_vt_4quad(ihc)=   17.74 .... 0.5*v_holland=   11.34
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  37
  ++++ rdist(ihc)=  111.00  mean_radii_vt_4quad(ihc)=   18.00 .... 0.5*v_holland=   11.34
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  36
  ++++ rdist(ihc)=  108.00  mean_radii_vt_4quad(ihc)=   18.28 .... 0.5*v_holland=   11.34
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    120.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   64.7520000000000     
 vradius(iwindix,iquad) =          65
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   17.90 mean_vt_4quad=   17.30
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   18.37 mean_vt_4quad=   17.51
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   18.85 mean_vt_4quad=   17.74
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   19.25 mean_vt_4quad=   18.00
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   19.67 mean_vt_4quad=   18.28
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   20.02 mean_vt_4quad=   18.59
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   20.29 mean_vt_4quad=   18.92
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   20.59 mean_vt_4quad=   19.27
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.15 mean_vt_4quad=   19.64
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   21.76 mean_vt_4quad=   20.01
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.08 mean_vt_4quad=   20.38
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   21.70 mean_vt_4quad=   20.73
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   21.46 mean_vt_4quad=   21.10
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   21.98 mean_vt_4quad=   21.49
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   22.51 mean_vt_4quad=   21.93
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   23.15 mean_vt_4quad=   22.40
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   23.96 mean_vt_4quad=   22.86
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   25.24 mean_vt_4quad=   23.31
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   26.31 mean_vt_4quad=   23.75
  
 NO interp, exactdistkm=    66.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   35.6136000000000     
 vradius(iwindix,iquad) =          36
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   26.31 mean_vt_4quad=   23.75
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   27.19 mean_vt_4quad=   24.24
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   27.69 mean_vt_4quad=   24.81
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   28.16 mean_vt_4quad=   25.54
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   28.74 mean_vt_4quad=   26.43
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   29.54 mean_vt_4quad=   27.44
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   30.54 mean_vt_4quad=   28.52
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   31.59 mean_vt_4quad=   29.57
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   32.58 mean_vt_4quad=   30.47
  
  
   iquad=   3 idist=   13 rdist(idist)=   39.00 bin95wind=   32.93 mean_vt_4quad=   31.11
  
 NO interp, exactdistkm=    39.0000000000000     
 iwindix=            3  iquad=            3  exactdistnm = 
   21.0444000000000     
 vradius(iwindix,iquad) =          21
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   10.66 mean_vt_4quad=    8.08
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   10.68 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   10.73 mean_vt_4quad=    8.22
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   10.79 mean_vt_4quad=    8.28
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   10.87 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   10.94 mean_vt_4quad=    8.40
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   10.96 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   10.98 mean_vt_4quad=    8.53
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   10.98 mean_vt_4quad=    8.59
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   11.00 mean_vt_4quad=    8.65
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   11.01 mean_vt_4quad=    8.71
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   11.05 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   11.09 mean_vt_4quad=    8.84
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   11.09 mean_vt_4quad=    8.91
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   11.11 mean_vt_4quad=    8.97
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   11.17 mean_vt_4quad=    9.04
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   11.25 mean_vt_4quad=    9.12
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   11.30 mean_vt_4quad=    9.19
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   11.36 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   11.41 mean_vt_4quad=    9.35
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   11.40 mean_vt_4quad=    9.42
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   11.46 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   11.54 mean_vt_4quad=    9.58
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   11.69 mean_vt_4quad=    9.66
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   11.83 mean_vt_4quad=    9.74
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   11.93 mean_vt_4quad=    9.81
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   12.02 mean_vt_4quad=    9.90
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   12.13 mean_vt_4quad=    9.98
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   12.26 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   12.38 mean_vt_4quad=   10.16
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   12.50 mean_vt_4quad=   10.26
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   12.61 mean_vt_4quad=   10.36
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   12.71 mean_vt_4quad=   10.46
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   12.82 mean_vt_4quad=   10.56
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   12.93 mean_vt_4quad=   10.66
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   13.08 mean_vt_4quad=   10.76
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   13.23 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   13.38 mean_vt_4quad=   10.98
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   13.49 mean_vt_4quad=   11.09
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   13.58 mean_vt_4quad=   11.20
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   13.65 mean_vt_4quad=   11.31
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   13.72 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   13.79 mean_vt_4quad=   11.52
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   13.88 mean_vt_4quad=   11.63
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   14.00 mean_vt_4quad=   11.74
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   14.14 mean_vt_4quad=   11.85
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   14.30 mean_vt_4quad=   11.96
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   14.45 mean_vt_4quad=   12.08
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   14.60 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   14.74 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   14.88 mean_vt_4quad=   12.42
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   15.02 mean_vt_4quad=   12.52
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   15.17 mean_vt_4quad=   12.62
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   15.30 mean_vt_4quad=   12.71
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   15.42 mean_vt_4quad=   12.80
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   15.54 mean_vt_4quad=   12.89
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   15.64 mean_vt_4quad=   12.98
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   15.75 mean_vt_4quad=   13.08
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   15.86 mean_vt_4quad=   13.18
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   15.98 mean_vt_4quad=   13.28
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   16.10 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   16.24 mean_vt_4quad=   13.50
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   16.40 mean_vt_4quad=   13.60
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   16.57 mean_vt_4quad=   13.71
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   16.77 mean_vt_4quad=   13.81
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   16.92 mean_vt_4quad=   13.94
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   17.09 mean_vt_4quad=   14.08
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   17.29 mean_vt_4quad=   14.24
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   17.54 mean_vt_4quad=   14.41
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  55
  ++++ rdist(ihc)=  165.00  mean_radii_vt_4quad(ihc)=   14.41 .... 0.5*v_holland=    8.46
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  54
  ++++ rdist(ihc)=  162.00  mean_radii_vt_4quad(ihc)=   14.59 .... 0.5*v_holland=    8.46
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  53
  ++++ rdist(ihc)=  159.00  mean_radii_vt_4quad(ihc)=   14.75 .... 0.5*v_holland=    8.46
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  52
  ++++ rdist(ihc)=  156.00  mean_radii_vt_4quad(ihc)=   14.92 .... 0.5*v_holland=    8.46
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  51
  ++++ rdist(ihc)=  153.00  mean_radii_vt_4quad(ihc)=   15.08 .... 0.5*v_holland=    8.46
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    165.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   89.0340000000000     
 vradius(iwindix,iquad) =          89
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   17.54 mean_vt_4quad=   14.41
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   17.71 mean_vt_4quad=   14.59
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   17.81 mean_vt_4quad=   14.75
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   17.84 mean_vt_4quad=   14.92
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   17.94 mean_vt_4quad=   15.08
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   18.07 mean_vt_4quad=   15.25
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   18.14 mean_vt_4quad=   15.41
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   18.28 mean_vt_4quad=   15.58
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   18.48 mean_vt_4quad=   15.76
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   18.69 mean_vt_4quad=   15.96
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   18.88 mean_vt_4quad=   16.18
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   19.08 mean_vt_4quad=   16.41
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   19.29 mean_vt_4quad=   16.64
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   19.49 mean_vt_4quad=   16.87
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   19.71 mean_vt_4quad=   17.09
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   19.92 mean_vt_4quad=   17.30
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   20.15 mean_vt_4quad=   17.51
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   20.39 mean_vt_4quad=   17.74
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   20.69 mean_vt_4quad=   18.00
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   21.13 mean_vt_4quad=   18.28
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   21.61 mean_vt_4quad=   18.59
  
  
   iquad=   4 idist=   34 rdist(idist)=  102.00 bin95wind=   22.08 mean_vt_4quad=   18.92
  
  
   iquad=   4 idist=   33 rdist(idist)=   99.00 bin95wind=   22.51 mean_vt_4quad=   19.27
  
  
   iquad=   4 idist=   32 rdist(idist)=   96.00 bin95wind=   22.93 mean_vt_4quad=   19.64
  
  
   iquad=   4 idist=   31 rdist(idist)=   93.00 bin95wind=   23.37 mean_vt_4quad=   20.01
  
  
   iquad=   4 idist=   30 rdist(idist)=   90.00 bin95wind=   23.85 mean_vt_4quad=   20.38
  
  
   iquad=   4 idist=   29 rdist(idist)=   87.00 bin95wind=   24.33 mean_vt_4quad=   20.73
  
  
   iquad=   4 idist=   28 rdist(idist)=   84.00 bin95wind=   24.81 mean_vt_4quad=   21.10
  
  
   iquad=   4 idist=   27 rdist(idist)=   81.00 bin95wind=   25.19 mean_vt_4quad=   21.49
  
  
   iquad=   4 idist=   26 rdist(idist)=   78.00 bin95wind=   25.47 mean_vt_4quad=   21.93
  
  
   iquad=   4 idist=   25 rdist(idist)=   75.00 bin95wind=   25.58 mean_vt_4quad=   22.40
  
  
   iquad=   4 idist=   24 rdist(idist)=   72.00 bin95wind=   25.44 mean_vt_4quad=   22.86
  
  
   iquad=   4 idist=   23 rdist(idist)=   69.00 bin95wind=   25.20 mean_vt_4quad=   23.31
  
  
   iquad=   4 idist=   22 rdist(idist)=   66.00 bin95wind=   24.95 mean_vt_4quad=   23.75
  
  
   iquad=   4 idist=   21 rdist(idist)=   63.00 bin95wind=   25.23 mean_vt_4quad=   24.24
  
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   25.80 mean_vt_4quad=   24.81
  
 NO interp, exactdistkm=    60.0000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   32.3760000000000     
 vradius(iwindix,iquad) =          32
  
   iquad=   4 idist=   20 rdist(idist)=   60.00 bin95wind=   25.80 mean_vt_4quad=   24.81
  
  
   iquad=   4 idist=   19 rdist(idist)=   57.00 bin95wind=   26.61 mean_vt_4quad=   25.54
  
  
   iquad=   4 idist=   18 rdist(idist)=   54.00 bin95wind=   27.72 mean_vt_4quad=   26.43
  
  
   iquad=   4 idist=   17 rdist(idist)=   51.00 bin95wind=   29.09 mean_vt_4quad=   27.44
  
  
   iquad=   4 idist=   16 rdist(idist)=   48.00 bin95wind=   30.85 mean_vt_4quad=   28.52
  
  
   iquad=   4 idist=   15 rdist(idist)=   45.00 bin95wind=   32.54 mean_vt_4quad=   29.57
  
  
   iquad=   4 idist=   14 rdist(idist)=   42.00 bin95wind=   33.77 mean_vt_4quad=   30.47
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            3  iquad=            4  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
 TIMING: after call  getradii, fhr=   126 igrct=  1   22:33:49
 TIMING: after getrad_iter_loop, fhr=   126 igrct=  2 Vmax (m/s)=   44.624   22:33:49
 TIMING: Before get_phase ... 22:33:49
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          126 :           0   00L  NATL     
  In get_cps_paramb, model storm heading =   315.807
  
  
  In get_cps_paramb, lead time=          126 :           0   00L  NATL     
   right_ct=          902   left_ct=          889
   zthicksum(1)=    3071762.11112500     
   zthicksum(2)=    3025776.37968750     
   zthick_right_mean=    3405.50123184590     
   zthick_left_mean=     3403.57298052588     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    1.92825132002463     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           31.42
  Sum of y-diffs squared (ydiff2) =         1994.79
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   314.76   6.7452       23.29   0.1661    -1.98     3.91      542.52
    2   306.88   6.6846       15.41   0.1055    -0.63     0.40      237.53
    3   298.81   6.6201        7.34   0.0409     1.11     1.24       53.88
    4   290.13   6.5511       -1.34  -0.0281     2.93     8.59        1.80
    5   278.06   6.4770      -13.41  -0.1022     2.13     4.55      179.88
    6   260.18   6.3969      -31.29  -0.1822    -3.57    12.73      979.19
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   291.468     x:    6.58
  
  slope=    152.148         y-intercept =   -709.538
  Regression equation:   Y =  -709.54 +   152.15X
  
  R2(r_squared) =  0.9842        r =  0.9921
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   00L  NATL     
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1054.38 zmin=  732.68 zdiff=  321.70
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1547.65 zmin= 1232.89 zdiff=  314.76
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -6.94 dlnp=     -0.057158  dzdlnp=      121.487
  
   +++ k=  3 press=    800.0 zmax= 2065.78 zmin= 1758.90 zdiff=  306.88
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -7.88 dlnp=     -0.060625  dzdlnp=      129.980
  
   +++ k=  4 press=    750.0 zmax= 2612.11 zmin= 2313.30 zdiff=  298.81
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -8.07 dlnp=     -0.064539  dzdlnp=      125.073
  
   +++ k=  5 press=    700.0 zmax= 3190.01 zmin= 2899.89 zdiff=  290.13
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=      -8.68 dlnp=     -0.068993  dzdlnp=      125.810
  
   +++ k=  6 press=    650.0 zmax= 3803.07 zmin= 3525.01 zdiff=  278.06
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -12.07 dlnp=     -0.074108  dzdlnp=      162.897
  
   +++ k=  7 press=    600.0 zmax= 4455.86 zmin= 4195.68 zdiff=  260.18
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -17.88 dlnp=     -0.080043  dzdlnp=      223.381
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          159.62
  Sum of y-diffs squared (ydiff2) =         6252.94
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   236.85   6.3099       51.73   0.2788     8.74    76.33     2675.51
    2   209.73   6.2146       24.61   0.1834    -3.69    13.58      605.42
    3   191.36   6.1092        6.24   0.0781    -5.81    33.70       38.90
    4   174.56   5.9915      -10.56  -0.0397    -4.44    19.72      111.57
    5   159.82   5.8579      -25.30  -0.1732     1.42     2.00      640.02
    6   138.42   5.7038      -46.71  -0.3274     3.78    14.28     2181.51
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   185.123     x:    6.03
  
  slope=    154.214         y-intercept =   -744.966
  Regression equation:   Y =  -744.97 +   154.21X
  
  R2(r_squared) =  0.9745        r =  0.9872
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   00L  NATL     
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4455.86 zmin= 4195.68 zdiff=  260.18
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5154.55 zmin= 4917.70 zdiff=  236.85
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -23.33 dlnp=     -0.087011  dzdlnp=      268.103
  
   +++ k=  9 press=    500.0 zmax= 5908.65 zmin= 5698.92 zdiff=  209.73
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -27.12 dlnp=     -0.095310  dzdlnp=      284.545
  
   +++ k= 10 press=    450.0 zmax= 6734.09 zmin= 6542.73 zdiff=  191.36
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -18.37 dlnp=     -0.105361  dzdlnp=      174.335
  
   +++ k= 11 press=    400.0 zmax= 7638.29 zmin= 7463.73 zdiff=  174.56
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=     -16.80 dlnp=     -0.117783  dzdlnp=      142.635
  
   +++ k= 12 press=    350.0 zmax= 8646.01 zmin= 8486.18 zdiff=  159.82
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=     -14.74 dlnp=     -0.133531  dzdlnp=      110.356
  
   +++ k= 13 press=    300.0 zmax= 9777.72 zmin= 9639.31 zdiff=  138.42
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=     -21.41 dlnp=     -0.154151  dzdlnp=      138.877
  
cps_stats: 00L   lead time= 126: 0   paramb=     1.93  vtl=    152.15  vtu=    154.21
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  126:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  291.504 (0-360) guesslon=  291.504E  (  68.496W)   guesslat=   27.255
 ilonfix=         1158  jlatfix=          964  npts=           33
 ibeg=         1085  jbeg=          896  imax=         2738
 iend=         1231  jend=         1032  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           39
 Total # of barnes loop iterations =         8190
 After first run in find_maxmin, ctlon=  290.984E  (0-360) ctlon=  290.984E  (  69.016W)  ctlat=   28.335 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  290.984E   (0-360) guesslon=  290.984E  (  69.016W)   guesslat=   28.335
 ilonfix=         1145  jlatfix=          937  npts=           16
 ibeg=         1095  jbeg=          893  imax=         2738
 iend=         1195  jend=          981  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  290.764E  (0-360) ctlon=  290.764  (  69.236W)  ctlat=   28.115 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 00L  2023082812_F000_250N_0600W_00L   126:00  mean_lon:  290.76E (  69.24W)    (0-360) mean_lon=  290.76E  mean_lat:   28.11  wcore_mean_val(K):    -9999.000
     wcore: 00L  2023082812_F000_250N_0600W_00L   126:00  ifix:  1115   jfix:   931  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1115  jx=          931
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         495 ,         311 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         494 ,         310 )
 !!! 
     wcore: 00L  2023082812_F000_250N_0600W_00L   126:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:33:50
 TIMING: Before shear ... 22:33:50
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            1  ifh=           22
  clon(ist,ifh,3)=    291.518850080466     
  clat(ist,ifh,3)=    27.2471166730792     
  fixlon(ist,ifh)=    291.504393365039     
  fixlat(ist,ifh)=    27.2546843690094     
  xcenlon=    291.518850080466     
  xcenlat=    27.2471166730792     
  
 xxshear
 In get_shear A, xcenlon=    291.518850080466       xcenlat= 
   27.2471166730792     
   In get_shear B, (0-360) xcenlon=    291.518850080466     
  
At start of get_shear:  00L   fhr=  126:00   Mean fix position=   291.50E  ( 68.50W)    27.25  (0-360) mean lon fix=  291.50
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   38.39 vr_mean(idist,ilev)=    0.79
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   32.49 vr_mean(idist,ilev)=    1.22
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   27.72 vr_mean(idist,ilev)=   -0.33
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   23.90 vr_mean(idist,ilev)=    0.97
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   21.51 vr_mean(idist,ilev)=    1.07
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   19.92 vr_mean(idist,ilev)=    1.17
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   18.53 vr_mean(idist,ilev)=    0.70
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.55 vr_mean(idist,ilev)=   -0.56
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   15.78 vr_mean(idist,ilev)=   -0.88
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.28 vr_mean(idist,ilev)=   -1.08
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   14.12 vr_mean(idist,ilev)=   -1.15
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   12.86 vr_mean(idist,ilev)=   -0.85
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   11.69 vr_mean(idist,ilev)=   -0.96
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   10.69 vr_mean(idist,ilev)=   -0.92
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    9.81 vr_mean(idist,ilev)=   -0.83
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    9.11 vr_mean(idist,ilev)=   -0.70
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    8.23 vr_mean(idist,ilev)=   -0.47
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    7.38 vr_mean(idist,ilev)=   -0.18
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    6.74 vr_mean(idist,ilev)=   -0.05
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -15.15 vr_mean(idist,ilev)=   15.15
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -22.73 vr_mean(idist,ilev)=   22.73
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -30.31 vr_mean(idist,ilev)=   30.31
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -37.89 vr_mean(idist,ilev)=   37.89
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -45.47 vr_mean(idist,ilev)=   45.47
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -53.05 vr_mean(idist,ilev)=   53.05
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -60.64 vr_mean(idist,ilev)=   60.64
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -68.24 vr_mean(idist,ilev)=   68.24
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -75.84 vr_mean(idist,ilev)=   75.84
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=  -83.44 vr_mean(idist,ilev)=   83.44
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=  -91.05 vr_mean(idist,ilev)=   91.05
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=  -98.67 vr_mean(idist,ilev)=   98.67
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -106.29 vr_mean(idist,ilev)=  106.29
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -113.92 vr_mean(idist,ilev)=  113.92
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -121.57 vr_mean(idist,ilev)=  121.57
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -129.22 vr_mean(idist,ilev)=  129.22
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -136.88 vr_mean(idist,ilev)=  136.88
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -144.55 vr_mean(idist,ilev)=  144.55
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -152.24 vr_mean(idist,ilev)=  152.24
  
 At end of get_shear: 
     ist=    1 ifh=   22 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:33:50
  
 After call to fixcenter, fix positions at 
 forecast hour=  126:00 follow:
  
fixpos  00L   fhr=  126:00   Fix position=   291.50E  ( 68.50W)    27.25   Max Wind=  87 kts
  
 +++ RPT_STORM_MOTION: istmspd=  -999 kts(*10)    istmdir=  -999 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    1  ifh=  22
     Fix location for this time:   291.50E  ( 68.50W)    27.25
     Fix lon (raw) for this time:  291.50E
     ilonfix= 1158  jlatfix=  964
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.504393365039       xcenlat=    27.2546843690094     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.504393365039       xcenlat=    27.2546843690094     
  ilonfix=         1158  jlatfix=          964
  ibeg=         1035  iend=         1281
  jbeg=          848  jend=         1080  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    291.504393365039        xcenlat=    27.2546843690094     
      ilonfix=         1158   jlatfix=          964
      ibeg=         1035   iend=         1281
      jbeg=          848   jend=         1080
 After call to barnes, xsmoothval=   3.471786060978139E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   3.471786060978139E-004
      xcenlon=    291.504393365039        xcenlat=    27.2546843690094     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000347  imeanzeta (*1e6)=      347
   --- mean zeta raw =   3.471786060978139E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.004593  igrid zeta (*1e6)=     4593 ifilret=   0
   --- grid zeta raw=   4.592606452910404E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.504393365039       xcenlat=    27.2546843690094     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    291.504393365039       xcenlat=    27.2546843690094     
  ilonfix=         1158  jlatfix=          964
  ibeg=         1035  iend=         1281
  jbeg=          848  jend=         1080  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    291.504393365039        xcenlat=    27.2546843690094     
      ilonfix=         1158   jlatfix=          964
      ibeg=         1035   iend=         1281
      jbeg=          848   jend=         1080
 After call to barnes, xsmoothval=   3.298918351120978E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   3.298918351120978E-004
      xcenlon=    291.504393365039        xcenlat=    27.2546843690094     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000330  imeanzeta (*1e6)=      330
   --- mean zeta raw =   3.298918351120978E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002640  igrid zeta (*1e6)=     2640 ifilret=   0
   --- grid zeta raw=   2.639787818804908E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            1  ifh=          126
  
 segx, outlon=    291.504393365039       outlat=    27.2546843690094     
   ist=            1  ifcsthour=          126
   vmaxwind=    44.6243935533022       xminmslp=    97760.5400000000     
   vradius=          120          53          31         160          57
          31          65          36          21          89          32
          23
   maxstorm=            6
   plastbar=    100960.540000000       rlastbar=    160.981368543398     
   rmax=    19.3080432568504     
   cps_vals=    1.92825132002463        152.148184347457     
   154.213941743430     
   wcore_flag= n
   istmspd=         -999  istmdir=         -999
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     33.9908316116379     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 00L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   160.981368543398       irlastbar=         161
 output: plastbar=   100960.540000000       iplastbar=        1010
 rmax=    19.3080432568504        irmax=           19
 TXX top of atcfunix_ext, ist=            1  ifh=          126
  
 in output_aext, tcv_storm_id= 00L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   160.981368543398       irlastbar=         161
 output: plastbar=   100960.540000000       iplastbar=        1010
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 00
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          126
 intlat=          273
 clatns= N
 intlon=          685
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           87
 int(xminmslp/mslp_outp_adj + 0.5)=          978
 XX,  34, NEQ
 vradius(1,1)=          120
 vradius(1,2)=          160
 vradius(1,3)=           65
 vradius(1,4)=           89
 iplastbar=         1010
 irlastbar=          161
 irmax=           19
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          -99
 istmspd=          -99
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=           19
 icps_vals(2)=         1521
 icps_vals(3)=         1542
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           66
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          347
 igridzeta(1)=         4593
 imeanzeta(2)=          330
 igridzeta(2)=         2640
  
 rmax=    19.3080432568504        irmax=           19
 +++ Top of output_atcf_parms, ist=            1  ifh=          126
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            2
    | Forecast hour:  126:00
    | Storm name = FRANKLIN 
    | Storm ID   = 08L 
    | Gen ID (if available): 2023082812_F000_275N_0709W_08L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   3.061216194295027E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  326.019E  (0-360) ctlon=  326.019E  (  33.981W)  ctlat=   45.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.306E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  326.019E   (0-360) guesslon=  326.019E  (  33.981W)   guesslat=   45.857
 ilonfix=         2021  jlatfix=          499  npts=           16
 ibeg=         1961  jbeg=          455  imax=         2738
 iend=         2081  jend=          543  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  325.999E  (0-360) ctlon=  325.999  (  34.001W)  ctlat=   45.637 fmax (x10e5) =        0.233E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        22050
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   2.564596441935551E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  326.019E  (0-360) ctlon=  326.019E  (  33.981W)  ctlat=   44.257 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.256E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  326.019E   (0-360) guesslon=  326.019E  (  33.981W)   guesslat=   44.257
 ilonfix=         2021  jlatfix=          539  npts=           16
 ibeg=         1962  jbeg=          495  imax=         2738
 iend=         2080  jend=          583  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  326.099E  (0-360) ctlon=  326.099  (  33.901W)  ctlat=   44.337 fmax (x10e5) =        0.292E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  325.619E  (0-360) ctlon=  325.619E  (  34.381W)  ctlat=   45.057 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.141E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  325.619E   (0-360) guesslon=  325.619E  (  34.381W)   guesslat=   45.057
 ilonfix=         2011  jlatfix=          519  npts=           16
 ibeg=         1952  jbeg=          475  imax=         2738
 iend=         2070  jend=          563  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  325.699E  (0-360) ctlon=  325.699  (  34.301W)  ctlat=   44.837 fmax =       -0.100E+16 fmin =        0.141E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  326.019E  (0-360) ctlon=  326.019E  (  33.981W)  ctlat=   45.057 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.304E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  326.019E   (0-360) guesslon=  326.019E  (  33.981W)   guesslat=   45.057
 ilonfix=         2021  jlatfix=          519  npts=           16
 ibeg=         1962  jbeg=          475  imax=         2738
 iend=         2080  jend=          563  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  325.999E  (0-360) ctlon=  325.999  (  34.001W)  ctlat=   45.137 fmax =       -0.100E+16 fmin =        0.304E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  325.619E  (0-360) ctlon=  325.619E  (  34.381W)  ctlat=   45.057 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.100E+06
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  325.619E   (0-360) guesslon=  325.619E  (  34.381W)   guesslat=   45.057
 ilonfix=         2011  jlatfix=          519  npts=           16
 ibeg=         1952  jbeg=          475  imax=         2738
 iend=         2070  jend=          563  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  325.699E  (0-360) ctlon=  325.699  (  34.301W)  ctlat=   44.837 fmax =       -0.100E+16 fmin =        0.100E+06
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.739 (0-360) guesslon=  325.739E  (  34.261W)   guesslat=   44.777
 ilonfix=         2014  jlatfix=          526  npts=           33
 ibeg=         1931  jbeg=          458  imax=         2738
 iend=         2097  jend=          594  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 !!! Zeta check, fmax=   2.395940845176244E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  325.219E  (0-360) ctlon=  325.219E  (  34.781W)  ctlat=   45.857 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.240E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  325.219E   (0-360) guesslon=  325.219E  (  34.781W)   guesslat=   45.857
 ilonfix=         2001  jlatfix=          499  npts=           16
 ibeg=         1941  jbeg=          455  imax=         2738
 iend=         2061  jend=          543  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  325.299E  (0-360) ctlon=  325.299  (  34.701W)  ctlat=   45.537 fmax (x10e5) =        0.255E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        22050
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    325.787777012745        uvgeslat=    45.0350031937627     
    (0-360 uvgeslon)=    325.787777012745     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:33:50
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    325.787777012745        uvgeslat=    45.0350031937627     
    (0-360 uvgeslon)=    325.787777012745     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    325.787777012745     
  
 After first run, Wind Circulation (NHEM) ctlon=  325.788E  (0-360E lon):  325.788E    34.212W  ctlat=   44.715  xmax_circul_disk =      80559685.4
 TIMING: get_wind_circ kloop, k=  1   22:33:50
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  325.788E  (0-360E)=  325.788E  (  34.212W)   guesslat=   44.715
 ilonfix=         2015  jlatfix=          528  npts=           56
 ibeg=         1936  jbeg=          464  imax=         2738
 iend=         2094  jend=          592  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    80644553.8384690     
 nhalf get_wind_circ, k=  1 ctlon=  325.748E  (0-360E)=  325.748E  ctlon=   34.252W   ctlat=   44.675 Wind Circulation (NHEM: Max) =      80644553.8
 TIMING: After GWC 850 ... 22:33:50
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:33:50
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    325.787777012745        uvgeslat=    45.0350031937627     
    (0-360 uvgeslon)=    325.787777012745     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    325.787777012745     
  
 After first run, Wind Circulation (NHEM) ctlon=  326.428E  (0-360E lon):  326.428E    33.572W  ctlat=   44.715  xmax_circul_disk =      74514829.9
 TIMING: get_wind_circ kloop, k=  1   22:33:50
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  326.428E  (0-360E)=  326.428E  (  33.572W)   guesslat=   44.715
 ilonfix=         2031  jlatfix=          528  npts=           56
 ibeg=         1952  jbeg=          464  imax=         2738
 iend=         2110  jend=          592  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    75183326.0628888     
 nhalf get_wind_circ, k=  1 ctlon=  326.268E  (0-360E)=  326.268E  ctlon=   33.732W   ctlat=   44.675 Wind Circulation (NHEM: Max) =      75183326.1
 TIMING: After GWC 700 ... 22:33:50
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:33:50
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    325.787777012745        uvgeslat=    45.0350031937627     
    (0-360 uvgeslon)=    325.787777012745     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            2
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    325.787777012745     
  
 After first run, Wind Circulation (NHEM) ctlon=  325.468E  (0-360E lon):  325.468E    34.532W  ctlat=   44.715  xmax_circul_disk =      71320452.0
 TIMING: get_wind_circ kloop, k=  1   22:33:50
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  325.468E  (0-360E)=  325.468E  (  34.532W)   guesslat=   44.715
 ilonfix=         2007  jlatfix=          528  npts=           56
 ibeg=         1928  jbeg=          464  imax=         2738
 iend=         2086  jend=          592  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    71804518.4158462     
 nhalf get_wind_circ, k=  1 ctlon=  325.488E  (0-360E)=  325.488E  ctlon=   34.512W   ctlat=   44.915 Wind Circulation (NHEM: Max) =      71804518.4
 TIMING: After GWC Sfc ... 22:33:50
  
 At beg of fixcenter, stderr(ist,ifh-1) =    10.82  xavg_stderr=    15.98
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           22  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   126:00  08L  FRANKLIN 
 Gen ID (if available): 2023082812_F000_275N_0709W_08L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  325.74E   (0-360) guesslon=  325.74E  ( 34.26W)    44.78
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       326.00       34.00      45.64           23.32       T         97.77
   2    zeta 700    Max       326.10       33.90      44.34           29.19       T         56.63
   3    circ 850    Max       325.75       34.25      44.68           80.64       T         11.34
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       326.27       33.73      44.68           75.18       T         43.30
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       325.70       34.30      44.84         1410.07       T          7.38
   8     gph 700    Min       326.00       34.00      45.14         3042.87       T         44.95
   9        MSLP    Min       325.70       34.30      44.84       100129.20       T          7.38
  10    circ sfc    Max       325.49       34.51      44.92           71.80       T         25.05
  11    zeta sfc    Max       325.30       34.70      45.54           25.48       T         91.28
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    43.0220524929270       stderr_close= 
   24.4909645163770       isret=            0
 ip=  1 kprm=  1 dist_from_mean=  77.337 devia=   3.158 wtpos=  0.34903     326.00   326.00    34.00    45.64
 ip=  2 kprm=  2 dist_from_mean=  72.310 devia=   2.953 wtpos=  0.37375     326.10   326.10    33.90    44.34
 ip=  3 kprm=  3 dist_from_mean=  31.415 devia=   1.283 wtpos=  0.65209     325.75   325.75    34.25    44.68
 ip=  5 kprm=  4 dist_from_mean=  47.568 devia=   1.942 wtpos=  0.52339     326.27   326.27    33.73    44.68
 ip=  7 kprm=  5 dist_from_mean=  15.731 devia=   0.642 wtpos=  0.80726     325.70   325.70    34.30    44.84
 ip=  8 kprm=  6 dist_from_mean=  25.132 devia=   1.026 wtpos=  0.71031     326.00   326.00    34.00    45.14
 ip=  9 kprm=  7 dist_from_mean=  15.731 devia=   0.642 wtpos=  0.80726     325.70   325.70    34.30    44.84
 ip= 10 kprm=  8 dist_from_mean=  25.778 devia=   1.053 wtpos=  0.70408     325.49   325.49    34.51    44.92
 ip= 11 kprm=  9 dist_from_mean=  76.196 devia=   3.111 wtpos=  0.35449     325.30   325.30    34.70    45.54
  
At end of fixcenter:  08L   fhr=  126:00   Fix position=   325.79E  (0-360) fixlon=  325.79  ( 34.21W)    44.92
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    325.794654739313     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    325.698688330927     
        (0-360E clon(ist,ifh,9))=    325.698688330927     
      clat(ist,ifh,9)=    44.8368263301263     
      xval(9)=    100129.195595799     
  
  After get_ij B, ibeg jbeg =         1895         387
  After get_ij B, iend jend =         2131         663
  
 In is_it_a_storm, ilonfix=         2013  jlatfix=          525
 ibeg jbeg iend jend =         1895         387        2131         663
 cparm= slp  parmlon parmlat =    325.698688330927        44.8368263301263     
     (0-360E parmlon) =    325.698688330927     
 parmval=    100129.195595799     
  
 i= 1980 j=  462 glon=  324.41 (0-360E) glon=  324.41 glat=  47.36 dist=   297.73 slp=  101102.70 pgradient=  3.26978
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  3.26978
 mslp center =    325.698688330927        44.8368263301263     
   100129.195595799     
   (0-360E) lon of mslp center =    325.698688330927     
 pgrad loc   =    324.408021000000        324.408021000000     
   35.5919790000000        47.3604640000000        101102.700000000     
  ttest at location C IF....
      xinp_fixlat=    44.8368263301263     
      xinp_fixlon=    325.698688330927       (0-360E) xinp_fixlon= 
   325.698688330927     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   100015.660000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         2005  jfix=          524
 longitude=    325.698688330927      E   (   34.3013116690734      
 W)  (0-360E) xinp_fixlon=    325.698688330927     
 latitude=    44.8368263301263     
 mean mslp value (xval(9))=    100129.195595799     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         2005  jfix=          524
 longitude=    325.698688330927      E   (   34.3013116690734      
 W)  (0-360E) xinp_fixlon=    325.698688330927     
 latitude=    44.8368263301263     
 mean mslp value (xval(9))=    100129.195595799     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         2005  jx=          524
 *-----------------------------------------------*
  
 fxy(ix,jx)=    100015.660000000       xcentval=    100015.660000000     
 At A, num_found_contours=            0
 At A, contlo=    100015.660000000       conthi=    100415.660000000     
  
 num_found_contours=            0
 contlo=    100015.660000000       conthi=    100415.660000000     
 xcentval=    100015.660000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    100415.660000000       conthi=    100815.660000000     
  
 num_found_contours=            1
 contlo=    100415.660000000       conthi=    100815.660000000     
 xcentval=    100015.660000000     
 At A, num_found_contours=            2
 At A, contlo=    100815.660000000       conthi=    101215.660000000     
  
 num_found_contours=            2
 contlo=    100815.660000000       conthi=    101215.660000000     
 xcentval=    100015.660000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        2167 ,         369 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    100015.660000000     
 !!! (i,j) of central value = (        2005 ,         524 )
 !!!  
 !!! Flagged value found    =    100808.460000000     
 !!! (i,j) of flagged value = (        2168 ,         368 )
 !!!   
 !!! Lower bound of contour interval =    100815.660000000     
 !!! Upper bound of contour interval =    101215.660000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         2005  jfix=          524
 longitude=    325.698688330927      E   (   34.3013116690734      W)  
 (0-360E) xinp_fixlon=    325.698688330927     
 latitude=    44.8368263301263     
 mean mslp value (xval(9))=    100129.195595799     
 gridpoint mslp value=    100015.660000000     
 ccflag= y
 prs of last closed isobar =    100815.660000000     
 radius of last closed isobar =    116.127704795771       nm
  
  
 !!! Storm ID = 08L 
 !!! Storm    = FRANKLIN 
 !!! Fcst hr  =  126:00
 !!! Boundary check xinp_fixlat is   44.84
 !!! Boundary check xinp_fixlon is   34.30W   ( 325.70E)  (0-360E) xinp_fixlon=  325.70
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    325.747778012745     
  850 mb wcirc fix lat=    44.6750121937627     
    (0-360) 850 mb wcirc fix lon=    325.747778012745     
  Multi-parm fix lon=      325.794654739313     
  Multi-parm fix lat=      44.9160452792559     
    (0-360) Multi-parm fix lon=      325.794654739313     
  
  
  After get_ij B, ibeg jbeg =         1913         425
  After get_ij B, iend jend =         2115         633
  
 In is_it_a_storm, ilonfix=         2014  jlatfix=          529
 ibeg jbeg iend jend =         1913         425        2115         633
 cparm= v850  parmlon parmlat =    325.747778012745        44.6750121937627     
     (0-360E parmlon) =    325.747778012745     
 parmval=    80644553.8384690     
  
 i= 1998 j=  480 glon=  325.13 (0-360E) glon=  325.13 glat=  46.64 u=   2.1500 v=  -4.3200 vr=  -4.68371 vt=  -1.16092
 i= 2003 j=  480 glon=  325.33 (0-360E) glon=  325.33 glat=  46.64 u=   1.5400 v=  -4.6500 vr=  -4.82748 vt=  -0.83039
 i= 2008 j=  480 glon=  325.53 (0-360E) glon=  325.53 glat=  46.64 u=   1.2700 v=  -6.6400 vr=  -6.71927 vt=  -0.74423
 i= 2013 j=  480 glon=  325.73 (0-360E) glon=  325.73 glat=  46.64 u=   2.9500 v=   0.3600 vr=   0.33905 vt=  -2.95248
 i= 2018 j=  480 glon=  325.93 (0-360E) glon=  325.93 glat=  46.64 u=   4.0200 v=   2.7900 vr=   3.04349 vt=  -3.83167
 i= 2023 j=  480 glon=  326.13 (0-360E) glon=  326.13 glat=  46.64 u=   0.7500 v=  11.1400 vr=  11.13916 vt=   0.76231
 i= 2028 j=  480 glon=  326.33 (0-360E) glon=  326.33 glat=  46.64 u=   1.2900 v=  11.2900 vr=  11.31595 vt=   1.03806
 i= 1983 j=  485 glon=  324.53 (0-360E) glon=  324.53 glat=  46.44 u=   0.4800 v= -13.9400 vr= -12.73657 vt=   5.68628
 i= 1988 j=  485 glon=  324.73 (0-360E) glon=  324.73 glat=  46.44 u=   2.5700 v=  -9.6800 vr=  -9.93348 vt=   1.27797
 i= 1993 j=  485 glon=  324.93 (0-360E) glon=  324.93 glat=  46.44 u=   3.5300 v=  -8.7200 vr=  -9.38580 vt=  -0.63729
 i= 1998 j=  485 glon=  325.13 (0-360E) glon=  325.13 glat=  46.44 u=   1.0300 v=  -7.8900 vr=  -7.90610 vt=   0.89812
 i= 2003 j=  485 glon=  325.33 (0-360E) glon=  325.33 glat=  46.44 u=   3.1200 v=  -9.9700 vr= -10.34886 vt=  -1.42702
 i= 2008 j=  485 glon=  325.53 (0-360E) glon=  325.53 glat=  46.44 u=  -0.6200 v=  -6.7600 vr=  -6.67981 vt=   1.20917
 i= 2013 j=  485 glon=  325.73 (0-360E) glon=  325.73 glat=  46.44 u=   2.4100 v=   0.9700 vr=   0.95091 vt=  -2.41760
 i= 2018 j=  485 glon=  325.93 (0-360E) glon=  325.93 glat=  46.44 u=   5.2300 v=   5.8400 vr=   6.20062 vt=  -4.79696
 i= 2023 j=  485 glon=  326.13 (0-360E) glon=  326.13 glat=  46.44 u=   3.0100 v=   8.3700 vr=   8.72724 vt=  -1.71821
 i= 2028 j=  485 glon=  326.33 (0-360E) glon=  326.33 glat=  46.44 u=   3.0500 v=  10.3400 vr=  10.76176 vt=  -0.63450
 i= 2033 j=  485 glon=  326.53 (0-360E) glon=  326.53 glat=  46.44 u=   2.8600 v=  12.2700 vr=  12.56492 vt=   0.92484
 i= 2038 j=  485 glon=  326.73 (0-360E) glon=  326.73 glat=  46.44 u=   1.7400 v=  12.3800 vr=  12.16057 vt=   2.90045
 i= 2043 j=  485 glon=  326.93 (0-360E) glon=  326.93 glat=  46.44 u=   1.7500 v=  12.4900 vr=  12.04050 vt=   3.75351
 i= 2048 j=  485 glon=  327.13 (0-360E) glon=  327.13 glat=  46.44 u=   5.3400 v=  12.8700 vr=  13.84691 vt=   1.55424
 i= 1968 j=  490 glon=  323.93 (0-360E) glon=  323.93 glat=  46.24 u=   1.4300 v= -20.9000 vr= -17.03338 vt=  12.19504
 i= 1973 j=  490 glon=  324.13 (0-360E) glon=  324.13 glat=  46.24 u=   0.6300 v= -18.0300 vr= -14.91152 vt=  10.15502
 i= 1978 j=  490 glon=  324.33 (0-360E) glon=  324.33 glat=  46.24 u=   0.9900 v= -14.7300 vr= -12.92870 vt=   7.12753
 i= 1983 j=  490 glon=  324.53 (0-360E) glon=  324.53 glat=  46.24 u=   2.6400 v= -11.3600 vr= -11.22264 vt=   3.17357
 i= 1988 j=  490 glon=  324.73 (0-360E) glon=  324.73 glat=  46.24 u=   2.6900 v= -10.2000 vr= -10.38970 vt=   1.82491
 i= 1993 j=  490 glon=  324.93 (0-360E) glon=  324.93 glat=  46.24 u=   2.5000 v= -11.0100 vr= -11.19316 vt=   1.47755
 i= 1998 j=  490 glon=  325.13 (0-360E) glon=  325.13 glat=  46.24 u=   2.6400 v= -10.5200 vr= -10.84227 vt=   0.29173
 i= 2003 j=  490 glon=  325.33 (0-360E) glon=  325.33 glat=  46.24 u=   2.3500 v= -11.3000 vr= -11.53994 vt=  -0.20590
 i= 2008 j=  490 glon=  325.53 (0-360E) glon=  325.53 glat=  46.24 u=   6.7400 v=  -2.7300 vr=  -3.38173 vt=  -6.43773
 i= 2013 j=  490 glon=  325.73 (0-360E) glon=  325.73 glat=  46.24 u=   4.2600 v=   1.6800 vr=   1.64190 vt=  -4.27483
 i= 2018 j=  490 glon=  325.93 (0-360E) glon=  325.93 glat=  46.24 u=   2.4200 v=   4.2500 vr=   4.43212 vt=  -2.06766
 i= 2023 j=  490 glon=  326.13 (0-360E) glon=  326.13 glat=  46.24 u=   1.8200 v=   8.3500 vr=   8.53751 vt=  -0.38196
 i= 2028 j=  490 glon=  326.33 (0-360E) glon=  326.33 glat=  46.24 u=   3.7900 v=  11.7300 vr=  12.30748 vt=  -0.69491
 i= 2033 j=  490 glon=  326.53 (0-360E) glon=  326.53 glat=  46.24 u=  -0.8200 v=  11.4400 vr=  10.51766 vt=   4.57437
 i= 2038 j=  490 glon=  326.73 (0-360E) glon=  326.73 glat=  46.24 u=   2.0100 v=  13.0100 vr=  12.70980 vt=   3.42944
 i= 2043 j=  490 glon=  326.93 (0-360E) glon=  326.93 glat=  46.24 u=   3.3800 v=  14.1500 vr=  14.07555 vt=   3.67775
 i= 2048 j=  490 glon=  327.13 (0-360E) glon=  327.13 glat=  46.24 u=   6.8200 v=  14.1200 vr=  15.58918 vt=   1.69239
 i= 2053 j=  490 glon=  327.33 (0-360E) glon=  327.33 glat=  46.24 u=   6.1200 v=  13.2500 vr=  14.33720 vt=   2.73158
 i= 2058 j=  490 glon=  327.53 (0-360E) glon=  327.53 glat=  46.24 u=   6.8700 v=  14.2800 vr=  15.42792 vt=   3.61865
 i= 1963 j=  495 glon=  323.73 (0-360E) glon=  323.73 glat=  46.04 u=   3.2300 v= -21.6000 vr= -17.21974 vt=  13.43404
 i= 1968 j=  495 glon=  323.93 (0-360E) glon=  323.93 glat=  46.04 u=   2.3300 v= -18.9300 vr= -15.34652 vt=  11.32511
 i= 1973 j=  495 glon=  324.13 (0-360E) glon=  324.13 glat=  46.04 u=   1.6700 v= -16.7300 vr= -13.87303 vt=   9.49846
 i= 1978 j=  495 glon=  324.33 (0-360E) glon=  324.33 glat=  46.04 u=   3.3700 v= -14.2000 vr= -13.42902 vt=   5.71475
 i= 1983 j=  495 glon=  324.53 (0-360E) glon=  324.53 glat=  46.04 u=   3.9400 v= -11.5000 vr= -11.82432 vt=   2.82116
 i= 1988 j=  495 glon=  324.73 (0-360E) glon=  324.73 glat=  46.04 u=   2.6800 v= -10.7400 vr= -10.74714 vt=   2.65123
 i= 1993 j=  495 glon=  324.93 (0-360E) glon=  324.93 glat=  46.04 u=   1.7000 v= -11.7800 vr= -11.50690 vt=   3.04133
 i= 1998 j=  495 glon=  325.13 (0-360E) glon=  325.13 glat=  46.04 u=   0.2000 v= -12.0500 vr= -11.53440 vt=   3.49285
 i= 2003 j=  495 glon=  325.33 (0-360E) glon=  325.33 glat=  46.04 u=   1.3300 v= -11.4100 vr= -11.43214 vt=   1.12389
 i= 2008 j=  495 glon=  325.53 (0-360E) glon=  325.53 glat=  46.04 u=   3.9600 v=  -3.2700 vr=  -3.69673 vt=  -3.56493
 i= 2013 j=  495 glon=  325.73 (0-360E) glon=  325.73 glat=  46.04 u=   3.9100 v=  -0.5900 vr=  -0.63002 vt=  -3.90375
 i= 2018 j=  495 glon=  325.93 (0-360E) glon=  325.93 glat=  46.04 u=   3.0100 v=   1.4000 vr=   1.67354 vt=  -2.86695
 i= 2023 j=  495 glon=  326.13 (0-360E) glon=  326.13 glat=  46.04 u=   6.0900 v=   8.2600 vr=   9.28076 vt=  -4.37987
 i= 2028 j=  495 glon=  326.33 (0-360E) glon=  326.33 glat=  46.04 u=   1.2900 v=   9.6100 vr=   9.57468 vt=   1.53027
 i= 2033 j=  495 glon=  326.53 (0-360E) glon=  326.53 glat=  46.04 u=  -1.7300 v=  10.1600 vr=   8.77099 vt=   5.41186
 i= 2038 j=  495 glon=  326.73 (0-360E) glon=  326.73 glat=  46.04 u=   0.4500 v=  12.6700 vr=  11.49903 vt=   5.33889
 i= 2043 j=  495 glon=  326.93 (0-360E) glon=  326.93 glat=  46.04 u=   4.5600 v=  13.9000 vr=  14.23551 vt=   3.36955
 i= 2048 j=  495 glon=  327.13 (0-360E) glon=  327.13 glat=  46.04 u=   5.1900 v=  14.7000 vr=  14.97171 vt=   4.34443
 i= 2053 j=  495 glon=  327.33 (0-360E) glon=  327.33 glat=  46.04 u=   6.8600 v=  14.6600 vr=  15.68280 vt=   4.00313
 i= 2058 j=  495 glon=  327.53 (0-360E) glon=  327.53 glat=  46.04 u=   6.2800 v=  14.6500 vr=  15.01533 vt=   5.34797
 i= 2063 j=  495 glon=  327.73 (0-360E) glon=  327.73 glat=  46.04 u=   7.3200 v=  17.3400 vr=  17.32502 vt=   7.35539
 i= 1958 j=  500 glon=  323.53 (0-360E) glon=  323.53 glat=  45.84 u=   3.3500 v= -21.8700 vr= -15.65366 vt=  15.63593
 i= 1963 j=  500 glon=  323.73 (0-360E) glon=  323.73 glat=  45.84 u=   3.0600 v= -20.0400 vr= -14.98593 vt=  13.65237
 i= 1968 j=  500 glon=  323.93 (0-360E) glon=  323.93 glat=  45.84 u=   2.2400 v= -18.6200 vr= -14.11841 vt=  12.34473
 i= 1973 j=  500 glon=  324.13 (0-360E) glon=  324.13 glat=  45.84 u=   3.1500 v= -16.0600 vr= -13.63777 vt=   9.04750
 i= 1978 j=  500 glon=  324.33 (0-360E) glon=  324.33 glat=  45.84 u=   4.4100 v= -13.6800 vr= -13.23103 vt=   5.61519
 i= 1983 j=  500 glon=  324.53 (0-360E) glon=  324.53 glat=  45.84 u=   4.3300 v= -12.3700 vr= -12.51289 vt=   3.89787
 i= 1988 j=  500 glon=  324.73 (0-360E) glon=  324.73 glat=  45.84 u=   2.1900 v= -13.0300 vr= -12.22735 vt=   5.00688
 i= 1993 j=  500 glon=  324.93 (0-360E) glon=  324.93 glat=  45.84 u=   0.4700 v= -13.1500 vr= -11.97952 vt=   5.44375
 i= 1998 j=  500 glon=  325.13 (0-360E) glon=  325.13 glat=  45.84 u=  -1.2300 v= -11.9400 vr= -10.74088 vt=   5.35817
 i= 2003 j=  500 glon=  325.33 (0-360E) glon=  325.33 glat=  45.84 u=   2.0400 v=  -7.4700 vr=  -7.74243 vt=  -0.13166
 i= 2008 j=  500 glon=  325.53 (0-360E) glon=  325.53 glat=  45.84 u=   3.5000 v=  -6.5700 vr=  -6.97518 vt=  -2.60033
 i= 2013 j=  500 glon=  325.73 (0-360E) glon=  325.73 glat=  45.84 u=   4.4400 v=   1.1000 vr=   1.04659 vt=  -4.45289
 i= 2018 j=  500 glon=  325.93 (0-360E) glon=  325.93 glat=  45.84 u=   3.6500 v=   0.2100 vr=   0.60568 vt=  -3.60552
 i= 2023 j=  500 glon=  326.13 (0-360E) glon=  326.13 glat=  45.84 u=   2.8400 v=   6.7400 vr=   7.20610 vt=  -1.25113
 i= 2028 j=  500 glon=  326.33 (0-360E) glon=  326.33 glat=  45.84 u=  -0.5400 v=   7.7900 vr=   7.16761 vt=   3.09855
 i= 2033 j=  500 glon=  326.53 (0-360E) glon=  326.53 glat=  45.84 u=   0.2900 v=   9.7600 vr=   8.94316 vt=   3.91938
 i= 2038 j=  500 glon=  326.73 (0-360E) glon=  326.73 glat=  45.84 u=   3.6500 v=  12.4500 vr=  12.56310 vt=   3.23936
 i= 2043 j=  500 glon=  326.93 (0-360E) glon=  326.93 glat=  45.84 u=   5.0300 v=  19.0400 vr=  18.39860 vt=   7.02240
 i= 2048 j=  500 glon=  327.13 (0-360E) glon=  327.13 glat=  45.84 u=   4.6300 v=  19.2200 vr=  17.69055 vt=   8.82552
 i= 2053 j=  500 glon=  327.33 (0-360E) glon=  327.33 glat=  45.84 u=   6.0400 v=  17.4800 vr=  16.77761 vt=   7.78100
 i= 2058 j=  500 glon=  327.53 (0-360E) glon=  327.53 glat=  45.84 u=   7.5000 v=  15.6300 vr=  16.10138 vt=   6.42592
 i= 2063 j=  500 glon=  327.73 (0-360E) glon=  327.73 glat=  45.84 u=   7.7800 v=  15.6600 vr=  15.97027 vt=   7.12141
 i= 2068 j=  500 glon=  327.93 (0-360E) glon=  327.93 glat=  45.84 u=   6.8900 v=  16.2000 vr=  15.22527 vt=   8.83760
 i= 1953 j=  505 glon=  323.33 (0-360E) glon=  323.33 glat=  45.64 u=   4.1000 v= -22.2600 vr= -14.39908 vt=  17.46379
 i= 1958 j=  505 glon=  323.53 (0-360E) glon=  323.53 glat=  45.64 u=   3.8500 v= -20.4700 vr= -13.91634 vt=  15.49771
 i= 1963 j=  505 glon=  323.73 (0-360E) glon=  323.73 glat=  45.64 u=   3.6100 v= -19.3600 vr= -13.76324 vt=  14.08599
 i= 1968 j=  505 glon=  323.93 (0-360E) glon=  323.93 glat=  45.64 u=   2.6400 v= -18.0000 vr= -12.85923 vt=  12.86894
 i= 1973 j=  505 glon=  324.13 (0-360E) glon=  324.13 glat=  45.64 u=   5.1400 v= -15.3100 vr= -13.76688 vt=   8.44327
 i= 1978 j=  505 glon=  324.33 (0-360E) glon=  324.33 glat=  45.64 u=   4.5800 v= -14.2900 vr= -13.18513 vt=   7.16469
 i= 1983 j=  505 glon=  324.53 (0-360E) glon=  324.53 glat=  45.64 u=   3.8400 v= -14.3800 vr= -13.26623 vt=   6.74812
 i= 1988 j=  505 glon=  324.73 (0-360E) glon=  324.73 glat=  45.64 u=   2.3700 v= -14.3100 vr= -12.87133 vt=   6.68743
 i= 1993 j=  505 glon=  324.93 (0-360E) glon=  324.93 glat=  45.64 u=  -0.0700 v= -14.2000 vr= -12.12871 vt=   7.38508
 i= 1998 j=  505 glon=  325.13 (0-360E) glon=  325.13 glat=  45.64 u=   1.5900 v=  -8.7700 vr=  -8.64112 vt=   2.18449
 i= 2003 j=  505 glon=  325.33 (0-360E) glon=  325.33 glat=  45.64 u=   1.6300 v=  -7.4100 vr=  -7.56151 vt=   0.62337
 i= 2008 j=  505 glon=  325.53 (0-360E) glon=  325.53 glat=  45.64 u=   4.1600 v=  -6.8300 vr=  -7.40504 vt=  -3.01993
 i= 2013 j=  505 glon=  325.73 (0-360E) glon=  325.73 glat=  45.64 u=   5.3000 v=  -2.6200 vr=  -2.69664 vt=  -5.26142
 i= 2018 j=  505 glon=  325.93 (0-360E) glon=  325.93 glat=  45.64 u=   8.4900 v=   3.0400 vr=   4.12629 vt=  -8.01845
 i= 2023 j=  505 glon=  326.13 (0-360E) glon=  326.13 glat=  45.64 u=   6.5000 v=   4.9000 vr=   6.46625 vt=  -4.94445
 i= 2028 j=  505 glon=  326.33 (0-360E) glon=  326.33 glat=  45.64 u=   2.8500 v=   6.8800 vr=   7.44658 vt=   0.07348
 i= 2033 j=  505 glon=  326.53 (0-360E) glon=  326.53 glat=  45.64 u=   3.4000 v=   8.8200 vr=   9.34309 vt=   1.43498
 i= 2038 j=  505 glon=  326.73 (0-360E) glon=  326.73 glat=  45.64 u=   4.3800 v=  11.8900 vr=  12.20737 vt=   3.39657
 i= 2043 j=  505 glon=  326.93 (0-360E) glon=  326.93 glat=  45.64 u=   3.1000 v=  16.6000 vr=  14.56668 vt=   8.54295
 i= 2048 j=  505 glon=  327.13 (0-360E) glon=  327.13 glat=  45.64 u=   5.1700 v=  17.8700 vr=  16.21701 vt=   9.11452
 i= 2053 j=  505 glon=  327.33 (0-360E) glon=  327.33 glat=  45.64 u=   6.5300 v=  17.8800 vr=  16.59845 vt=   9.31808
 i= 2058 j=  505 glon=  327.53 (0-360E) glon=  327.53 glat=  45.64 u=   8.5900 v=  17.5300 vr=  17.44827 vt=   8.75481
 i= 2063 j=  505 glon=  327.73 (0-360E) glon=  327.73 glat=  45.64 u=   9.9700 v=  17.1300 vr=  17.89079 vt=   8.52979
 i= 2068 j=  505 glon=  327.93 (0-360E) glon=  327.93 glat=  45.64 u=   8.2800 v=  16.2700 vr=  15.60085 vt=   9.48075
 i= 2073 j=  505 glon=  328.13 (0-360E) glon=  328.13 glat=  45.64 u=   9.3000 v=  18.7100 vr=  17.30424 vt=  11.70971
 i= 1948 j=  510 glon=  323.13 (0-360E) glon=  323.13 glat=  45.44 u=   4.5000 v= -22.7900 vr= -12.70987 vt=  19.44462
 i= 1953 j=  510 glon=  323.33 (0-360E) glon=  323.33 glat=  45.44 u=   4.2800 v= -20.8200 vr= -12.28471 vt=  17.34580
 i= 1958 j=  510 glon=  323.53 (0-360E) glon=  323.53 glat=  45.44 u=   4.4600 v= -20.0300 vr= -12.68362 vt=  16.13128
 i= 1963 j=  510 glon=  323.73 (0-360E) glon=  323.73 glat=  45.44 u=   3.0900 v= -18.8000 vr= -11.51590 vt=  15.17802
 i= 1968 j=  510 glon=  323.93 (0-360E) glon=  323.93 glat=  45.44 u=   4.6700 v= -16.2800 vr= -12.27634 vt=  11.66785
 i= 1973 j=  510 glon=  324.13 (0-360E) glon=  324.13 glat=  45.44 u=   5.9100 v= -14.9800 vr= -13.19565 vt=   9.23056
 i= 1978 j=  510 glon=  324.33 (0-360E) glon=  324.33 glat=  45.44 u=   4.3600 v= -15.7200 vr= -12.96025 vt=   9.90757
 i= 1983 j=  510 glon=  324.53 (0-360E) glon=  324.53 glat=  45.44 u=   3.8100 v= -15.8200 vr= -13.32037 vt=   9.34646
 i= 1988 j=  510 glon=  324.73 (0-360E) glon=  324.73 glat=  45.44 u=   4.4300 v= -15.3600 vr= -14.19888 vt=   7.34482
 i= 1993 j=  510 glon=  324.93 (0-360E) glon=  324.93 glat=  45.44 u=   2.7800 v= -15.4400 vr= -13.97285 vt=   7.13312
 i= 1998 j=  510 glon=  325.13 (0-360E) glon=  325.13 glat=  45.44 u=   2.4400 v=  -9.2500 vr=  -9.23618 vt=   2.49179
 i= 2003 j=  510 glon=  325.33 (0-360E) glon=  325.33 glat=  45.44 u=   2.6200 v=  -9.6900 vr=  -9.98077 vt=   1.06991
 i= 2008 j=  510 glon=  325.53 (0-360E) glon=  325.53 glat=  45.44 u=   3.6800 v=  -7.8200 vr=  -8.39681 vt=  -2.04655
 i= 2013 j=  510 glon=  325.73 (0-360E) glon=  325.73 glat=  45.44 u=   5.1600 v=  -6.2700 vr=  -6.36348 vt=  -5.04427
 i= 2018 j=  510 glon=  325.93 (0-360E) glon=  325.93 glat=  45.44 u=   9.1800 v=  -2.4900 vr=  -0.94517 vt=  -9.46463
 i= 2023 j=  510 glon=  326.13 (0-360E) glon=  326.13 glat=  45.44 u=  10.1800 v=   0.3600 vr=   3.72095 vt=  -9.48243
 i= 2028 j=  510 glon=  326.33 (0-360E) glon=  326.33 glat=  45.44 u=   4.6800 v=   6.5700 vr=   8.00288 vt=  -1.01054
 i= 2033 j=  510 glon=  326.53 (0-360E) glon=  326.53 glat=  45.44 u=   5.4200 v=   8.8700 vr=  10.36336 vt=   0.80880
 i= 2038 j=  510 glon=  326.73 (0-360E) glon=  326.73 glat=  45.44 u=   5.2500 v=  10.8400 vr=  11.55077 vt=   3.41290
 i= 2043 j=  510 glon=  326.93 (0-360E) glon=  326.93 glat=  45.44 u=   5.2000 v=  13.0600 vr=  12.64102 vt=   6.14885
 i= 2048 j=  510 glon=  327.13 (0-360E) glon=  327.13 glat=  45.44 u=   4.7200 v=  18.9400 vr=  15.35763 vt=  12.04763
 i= 2053 j=  510 glon=  327.33 (0-360E) glon=  327.33 glat=  45.44 u=   5.4700 v=  23.1100 vr=  17.50307 vt=  16.05103
 i= 2058 j=  510 glon=  327.53 (0-360E) glon=  327.53 glat=  45.44 u=   7.5400 v=  22.4800 vr=  18.04483 vt=  15.38135
 i= 2063 j=  510 glon=  327.73 (0-360E) glon=  327.73 glat=  45.44 u=   9.8500 v=  19.5500 vr=  17.94919 vt=  12.53202
 i= 2068 j=  510 glon=  327.93 (0-360E) glon=  327.93 glat=  45.44 u=  11.0000 v=  17.2200 vr=  17.44292 vt=  10.64298
 i= 2073 j=  510 glon=  328.13 (0-360E) glon=  328.13 glat=  45.44 u=   8.9900 v=  17.6700 vr=  15.41120 vt=  12.47173
 i= 2078 j=  510 glon=  328.33 (0-360E) glon=  328.33 glat=  45.44 u=   9.6900 v=  17.0000 vr=  15.41982 vt=  12.04680
 i= 1948 j=  515 glon=  323.13 (0-360E) glon=  323.13 glat=  45.24 u=   4.9500 v= -21.3200 vr= -10.79781 vt=  19.03818
 i= 1953 j=  515 glon=  323.33 (0-360E) glon=  323.33 glat=  45.24 u=   4.4000 v= -19.9200 vr= -10.29100 vt=  17.61425
 i= 1958 j=  515 glon=  323.53 (0-360E) glon=  323.53 glat=  45.24 u=   4.4900 v= -19.6400 vr= -10.75892 vt=  17.03336
 i= 1963 j=  515 glon=  323.73 (0-360E) glon=  323.73 glat=  45.24 u=   4.9900 v= -17.5100 vr= -10.99075 vt=  14.51564
 i= 1968 j=  515 glon=  323.93 (0-360E) glon=  323.93 glat=  45.24 u=   6.5000 v= -15.6200 vr= -12.16555 vt=  11.75728
 i= 1973 j=  515 glon=  324.13 (0-360E) glon=  324.13 glat=  45.24 u=   5.0300 v= -15.8700 vr= -11.47206 vt=  12.06440
 i= 1978 j=  515 glon=  324.33 (0-360E) glon=  324.33 glat=  45.24 u=   4.4400 v= -16.7400 vr= -12.02562 vt=  12.46297
 i= 1983 j=  515 glon=  324.53 (0-360E) glon=  324.53 glat=  45.24 u=   4.7200 v= -16.7800 vr= -13.10069 vt=  11.49864
 i= 1988 j=  515 glon=  324.73 (0-360E) glon=  324.73 glat=  45.24 u=   7.2900 v= -17.1300 vr= -16.27580 vt=   9.03767
 i= 1993 j=  515 glon=  324.93 (0-360E) glon=  324.93 glat=  45.24 u=   3.9200 v= -14.0500 vr= -12.59594 vt=   7.35604
 i= 1998 j=  515 glon=  325.13 (0-360E) glon=  325.13 glat=  45.24 u=   3.6800 v= -10.7300 vr= -10.72718 vt=   3.68822
 i= 2003 j=  515 glon=  325.33 (0-360E) glon=  325.33 glat=  45.24 u=   6.5800 v= -12.8500 vr= -14.43573 vt=   0.16897
 i= 2008 j=  515 glon=  325.53 (0-360E) glon=  325.53 glat=  45.24 u=   3.1800 v=  -6.9800 vr=  -7.57419 vt=  -1.21012
 i= 2013 j=  515 glon=  325.73 (0-360E) glon=  325.73 glat=  45.24 u=   2.3400 v=  -5.0000 vr=  -5.05653 vt=  -2.21520
 i= 2018 j=  515 glon=  325.93 (0-360E) glon=  325.93 glat=  45.24 u=   8.6800 v=  -0.7900 vr=   1.14347 vt=  -8.64054
 i= 2023 j=  515 glon=  326.13 (0-360E) glon=  326.13 glat=  45.24 u=   6.6100 v=   3.1300 vr=   5.67156 vt=  -4.61762
 i= 2028 j=  515 glon=  326.33 (0-360E) glon=  326.33 glat=  45.24 u=   6.5700 v=   7.5600 vr=   9.97916 vt=  -0.85726
 i= 2033 j=  515 glon=  326.53 (0-360E) glon=  326.53 glat=  45.24 u=   5.8000 v=   9.7300 vr=  11.00755 vt=   2.67333
 i= 2038 j=  515 glon=  326.73 (0-360E) glon=  326.73 glat=  45.24 u=   6.1400 v=  11.6100 vr=  12.07965 vt=   5.15496
 i= 2043 j=  515 glon=  326.93 (0-360E) glon=  326.93 glat=  45.24 u=   5.3800 v=  13.3400 vr=  11.90504 vt=   8.07280
 i= 2048 j=  515 glon=  327.13 (0-360E) glon=  327.13 glat=  45.24 u=   6.3100 v=  16.4700 vr=  13.66597 vt=  11.14980
 i= 2053 j=  515 glon=  327.33 (0-360E) glon=  327.33 glat=  45.24 u=   5.8600 v=  22.4000 vr=  15.25319 vt=  17.41952
 i= 2058 j=  515 glon=  327.53 (0-360E) glon=  327.53 glat=  45.24 u=   9.9700 v=  24.7800 vr=  19.14102 vt=  18.62983
 i= 2063 j=  515 glon=  327.73 (0-360E) glon=  327.73 glat=  45.24 u=  10.8100 v=  20.9900 vr=  17.78415 vt=  15.52934
 i= 2068 j=  515 glon=  327.93 (0-360E) glon=  327.93 glat=  45.24 u=  12.0800 v=  19.3300 vr=  17.89861 vt=  14.11436
 i= 2073 j=  515 glon=  328.13 (0-360E) glon=  328.13 glat=  45.24 u=  12.4100 v=  20.2800 vr=  18.10459 vt=  15.41137
 i= 2078 j=  515 glon=  328.33 (0-360E) glon=  328.33 glat=  45.24 u=  11.7100 v=  20.5100 vr=  17.12176 vt=  16.26744
 i= 1948 j=  520 glon=  323.13 (0-360E) glon=  323.13 glat=  45.04 u=   4.5800 v= -20.5200 vr=  -8.29427 vt=  19.31973
 i= 1953 j=  520 glon=  323.33 (0-360E) glon=  323.33 glat=  45.04 u=   4.5200 v= -19.9500 vr=  -8.43495 vt=  18.63557
 i= 1958 j=  520 glon=  323.53 (0-360E) glon=  323.53 glat=  45.04 u=   4.6400 v= -18.7800 vr=  -8.64737 vt=  17.30436
 i= 1963 j=  520 glon=  323.73 (0-360E) glon=  323.73 glat=  45.04 u=   6.4800 v= -17.1500 vr= -10.42500 vt=  15.08085
 i= 1968 j=  520 glon=  323.93 (0-360E) glon=  323.93 glat=  45.04 u=   6.4600 v= -16.3700 vr= -10.59802 vt=  14.04957
 i= 1973 j=  520 glon=  324.13 (0-360E) glon=  324.13 glat=  45.04 u=   5.4500 v= -17.6700 vr= -10.47624 vt=  15.23745
 i= 1978 j=  520 glon=  324.33 (0-360E) glon=  324.33 glat=  45.04 u=   4.7900 v= -16.6200 vr= -10.11386 vt=  14.03133
 i= 1983 j=  520 glon=  324.53 (0-360E) glon=  324.53 glat=  45.04 u=   2.5700 v= -17.0300 vr=  -8.94251 vt=  14.71928
 i= 1988 j=  520 glon=  324.73 (0-360E) glon=  324.73 glat=  45.04 u=   3.6600 v= -16.3900 vr= -10.62093 vt=  13.00859
 i= 1993 j=  520 glon=  324.93 (0-360E) glon=  324.93 glat=  45.04 u=   2.3800 v= -14.9000 vr=  -9.91906 vt=  11.37043
 i= 1998 j=  520 glon=  325.13 (0-360E) glon=  325.13 glat=  45.04 u=   4.8600 v= -17.1900 vr= -14.71084 vt=  10.13443
 i= 2003 j=  520 glon=  325.33 (0-360E) glon=  325.33 glat=  45.04 u=   5.4400 v=  -9.2700 vr= -10.62131 vt=   1.64753
 i= 2008 j=  520 glon=  325.53 (0-360E) glon=  325.53 glat=  45.04 u=   2.6400 v=  -4.1000 vr=  -4.80739 vt=  -0.81769
 i= 2013 j=  520 glon=  325.73 (0-360E) glon=  325.73 glat=  45.04 u=   3.4900 v=  -4.0000 vr=  -4.13111 vt=  -3.33377
 i= 2018 j=  520 glon=  325.93 (0-360E) glon=  325.93 glat=  45.04 u=   8.0600 v=   3.8700 vr=   6.31595 vt=  -6.32845
 i= 2023 j=  520 glon=  326.13 (0-360E) glon=  326.13 glat=  45.04 u=   7.3100 v=   5.2600 vr=   8.57501 vt=  -2.75190
 i= 2028 j=  520 glon=  326.33 (0-360E) glon=  326.33 glat=  45.04 u=   8.0200 v=   7.5400 vr=  11.00293 vt=   0.32796
 i= 2033 j=  520 glon=  326.53 (0-360E) glon=  326.53 glat=  45.04 u=   7.4800 v=   8.0500 vr=  10.67252 vt=   2.61728
 i= 2038 j=  520 glon=  326.73 (0-360E) glon=  326.73 glat=  45.04 u=   7.4900 v=  10.4800 vr=  11.49028 vt=   5.82271
 i= 2043 j=  520 glon=  326.93 (0-360E) glon=  326.93 glat=  45.04 u=   6.3900 v=  14.8400 vr=  11.75644 vt=  11.08350
 i= 2048 j=  520 glon=  327.13 (0-360E) glon=  327.13 glat=  45.04 u=   6.6900 v=  17.9400 vr=  12.48320 vt=  14.51790
 i= 2053 j=  520 glon=  327.33 (0-360E) glon=  327.33 glat=  45.04 u=   7.5700 v=  23.1000 vr=  14.26557 vt=  19.68269
 i= 2058 j=  520 glon=  327.53 (0-360E) glon=  327.53 glat=  45.04 u=  11.5200 v=  24.7100 vr=  17.82503 vt=  20.62917
 i= 2063 j=  520 glon=  327.73 (0-360E) glon=  327.73 glat=  45.04 u=  11.6300 v=  22.3700 vr=  16.77469 vt=  18.82243
 i= 2068 j=  520 glon=  327.93 (0-360E) glon=  327.93 glat=  45.04 u=  13.2600 v=  20.9400 vr=  17.60347 vt=  17.44789
 i= 2073 j=  520 glon=  328.13 (0-360E) glon=  328.13 glat=  45.04 u=  13.5800 v=  21.0100 vr=  17.58601 vt=  17.79238
 i= 2078 j=  520 glon=  328.33 (0-360E) glon=  328.33 glat=  45.04 u=  13.0600 v=  21.3000 vr=  16.82860 vt=  18.46759
 i= 2083 j=  520 glon=  328.53 (0-360E) glon=  328.53 glat=  45.04 u=  17.0300 v=  20.8400 vr=  20.38772 vt=  17.56893
 i= 1943 j=  525 glon=  322.93 (0-360E) glon=  322.93 glat=  44.84 u=   5.4200 v= -21.5500 vr=  -6.96982 vt=  21.09978
 i= 1948 j=  525 glon=  323.13 (0-360E) glon=  323.13 glat=  44.84 u=   5.3500 v= -20.4700 vr=  -6.96462 vt=  19.97843
 i= 1953 j=  525 glon=  323.33 (0-360E) glon=  323.33 glat=  44.84 u=   4.7900 v= -19.6000 vr=  -6.49242 vt=  19.10373
 i= 1958 j=  525 glon=  323.53 (0-360E) glon=  323.53 glat=  44.84 u=   6.1700 v= -18.9600 vr=  -7.98261 vt=  18.27097
 i= 1963 j=  525 glon=  323.73 (0-360E) glon=  323.73 glat=  44.84 u=   6.9900 v= -17.0200 vr=  -8.78901 vt=  16.16459
 i= 1968 j=  525 glon=  323.93 (0-360E) glon=  323.93 glat=  44.84 u=   6.5700 v= -17.7800 vr=  -8.67717 vt=  16.85230
 i= 1973 j=  525 glon=  324.13 (0-360E) glon=  324.13 glat=  44.84 u=   6.0900 v= -18.6700 vr=  -8.59622 vt=  17.65679
 i= 1978 j=  525 glon=  324.33 (0-360E) glon=  324.33 glat=  44.84 u=   4.7200 v= -18.0300 vr=  -7.50223 vt=  17.06095
 i= 1983 j=  525 glon=  324.53 (0-360E) glon=  324.53 glat=  44.84 u=   4.7800 v= -18.6300 vr=  -8.12528 vt=  17.43287
 i= 1988 j=  525 glon=  324.73 (0-360E) glon=  324.73 glat=  44.84 u=   5.4100 v= -17.2500 vr=  -9.06809 vt=  15.63970
 i= 1993 j=  525 glon=  324.93 (0-360E) glon=  324.93 glat=  44.84 u=   3.9300 v= -17.3400 vr=  -8.48290 vt=  15.62565
 i= 1998 j=  525 glon=  325.13 (0-360E) glon=  325.13 glat=  44.84 u=   6.6900 v= -15.2100 vr= -11.59321 vt=  11.90368
 i= 2003 j=  525 glon=  325.33 (0-360E) glon=  325.33 glat=  44.84 u=   8.4000 v=  -7.0500 vr= -10.76354 vt=   2.09969
 i= 2008 j=  525 glon=  325.53 (0-360E) glon=  325.53 glat=  44.84 u=   5.9000 v=  -1.2700 vr=  -4.97394 vt=  -3.41802
 i= 2013 j=  525 glon=  325.73 (0-360E) glon=  325.73 glat=  44.84 u=   6.0100 v=   1.0100 vr=   0.49757 vt=  -6.07393
 i= 2018 j=  525 glon=  325.93 (0-360E) glon=  325.93 glat=  44.84 u=   7.5100 v=   2.5400 vr=   6.60532 vt=  -4.38422
 i= 2023 j=  525 glon=  326.13 (0-360E) glon=  326.13 glat=  44.84 u=   8.0900 v=   5.2200 vr=   9.62508 vt=   0.23313
 i= 2028 j=  525 glon=  326.33 (0-360E) glon=  326.33 glat=  44.84 u=   8.2300 v=   7.4000 vr=  10.38856 vt=   3.81716
 i= 2033 j=  525 glon=  326.53 (0-360E) glon=  326.53 glat=  44.84 u=   7.6500 v=   8.4000 vr=   9.72025 vt=   5.88210
 i= 2038 j=  525 glon=  326.73 (0-360E) glon=  326.73 glat=  44.84 u=   8.1700 v=  10.6100 vr=  10.37722 vt=   8.46371
 i= 2043 j=  525 glon=  326.93 (0-360E) glon=  326.93 glat=  44.84 u=   7.6900 v=  15.1400 vr=  10.42837 vt=  13.40167
 i= 2048 j=  525 glon=  327.13 (0-360E) glon=  327.13 glat=  44.84 u=   7.8500 v=  17.2100 vr=  10.53805 vt=  15.70847
 i= 2053 j=  525 glon=  327.33 (0-360E) glon=  327.33 glat=  44.84 u=   8.2200 v=  22.5800 vr=  11.32075 vt=  21.19588
 i= 2058 j=  525 glon=  327.53 (0-360E) glon=  327.53 glat=  44.84 u=  12.9100 v=  24.7200 vr=  15.87928 vt=  22.92586
 i= 2063 j=  525 glon=  327.73 (0-360E) glon=  327.73 glat=  44.84 u=  12.5500 v=  23.1000 vr=  15.02598 vt=  21.57157
 i= 2068 j=  525 glon=  327.93 (0-360E) glon=  327.93 glat=  44.84 u=  14.9000 v=  21.4600 vr=  16.95469 vt=  19.87663
 i= 2073 j=  525 glon=  328.13 (0-360E) glon=  328.13 glat=  44.84 u=  14.1500 v=  20.8800 vr=  15.96278 vt=  19.52912
 i= 2078 j=  525 glon=  328.33 (0-360E) glon=  328.33 glat=  44.84 u=  13.4200 v=  21.0200 vr=  15.08303 vt=  19.86049
 i= 2083 j=  525 glon=  328.53 (0-360E) glon=  328.53 glat=  44.84 u=  15.3100 v=  21.3500 vr=  16.84642 vt=  20.15978
 i= 1943 j=  530 glon=  322.93 (0-360E) glon=  322.93 glat=  44.64 u=   6.6600 v= -21.2500 vr=  -6.15856 vt=  21.40071
 i= 1948 j=  530 glon=  323.13 (0-360E) glon=  323.13 glat=  44.64 u=   5.9600 v= -20.3700 vr=  -5.45805 vt=  20.51020
 i= 1953 j=  530 glon=  323.33 (0-360E) glon=  323.33 glat=  44.64 u=   6.1000 v= -19.6300 vr=  -5.59169 vt=  19.78080
 i= 1958 j=  530 glon=  323.53 (0-360E) glon=  323.53 glat=  44.64 u=   7.5600 v= -19.1100 vr=  -7.03587 vt=  19.30912
 i= 1963 j=  530 glon=  323.73 (0-360E) glon=  323.73 glat=  44.64 u=   7.5200 v= -17.4600 vr=  -7.00874 vt=  17.67143
 i= 1968 j=  530 glon=  323.93 (0-360E) glon=  323.93 glat=  44.64 u=   7.6300 v= -18.5400 vr=  -7.04474 vt=  18.77019
 i= 1973 j=  530 glon=  324.13 (0-360E) glon=  324.13 glat=  44.64 u=   5.6100 v= -18.3500 vr=  -4.97822 vt=  18.53138
 i= 1978 j=  530 glon=  324.33 (0-360E) glon=  324.33 glat=  44.64 u=   4.3200 v= -18.5300 vr=  -3.61223 vt=  18.68088
 i= 1983 j=  530 glon=  324.53 (0-360E) glon=  324.53 glat=  44.64 u=   5.5100 v= -18.0700 vr=  -4.72517 vt=  18.29092
 i= 1988 j=  530 glon=  324.73 (0-360E) glon=  324.73 glat=  44.64 u=   6.8200 v= -16.5300 vr=  -5.97784 vt=  16.85285
 i= 1993 j=  530 glon=  324.93 (0-360E) glon=  324.93 glat=  44.64 u=   5.7300 v= -16.0800 vr=  -4.73124 vt=  16.40167
 i= 1998 j=  530 glon=  325.13 (0-360E) glon=  325.13 glat=  44.64 u=   8.6300 v= -13.7600 vr=  -7.50407 vt=  14.40498
 i= 2003 j=  530 glon=  325.33 (0-360E) glon=  325.33 glat=  44.64 u=  12.1000 v=  -9.0700 vr= -10.96644 vt=  10.41211
 i= 2008 j=  530 glon=  325.53 (0-360E) glon=  325.53 glat=  44.64 u=  12.3000 v=  -5.1700 vr= -10.89268 vt=   7.70510
 i= 2013 j=  530 glon=  325.73 (0-360E) glon=  325.73 glat=  44.64 u=   8.7800 v=   1.0700 vr=  -4.30878 vt=   7.72449
 i= 2018 j=  530 glon=  325.93 (0-360E) glon=  325.93 glat=  44.64 u=   9.3400 v=   3.2100 vr=   8.18252 vt=   5.53047
 i= 2023 j=  530 glon=  326.13 (0-360E) glon=  326.13 glat=  44.64 u=   8.3400 v=   6.7200 vr=   7.41422 vt=   7.72939
 i= 2028 j=  530 glon=  326.33 (0-360E) glon=  326.33 glat=  44.64 u=   8.9500 v=   7.9600 vr=   8.24106 vt=   8.69189
 i= 2033 j=  530 glon=  326.53 (0-360E) glon=  326.53 glat=  44.64 u=   9.1100 v=   9.8500 vr=   8.45765 vt=  10.41551
 i= 2038 j=  530 glon=  326.73 (0-360E) glon=  326.73 glat=  44.64 u=   9.5600 v=  11.2000 vr=   8.96195 vt=  11.68405
 i= 2043 j=  530 glon=  326.93 (0-360E) glon=  326.93 glat=  44.64 u=   9.2000 v=  14.3700 vr=   8.55316 vt=  14.76416
 i= 2048 j=  530 glon=  327.13 (0-360E) glon=  327.13 glat=  44.64 u=   9.8500 v=  17.0300 vr=   9.17981 vt=  17.40042
 i= 2053 j=  530 glon=  327.33 (0-360E) glon=  327.33 glat=  44.64 u=   8.9200 v=  21.9100 vr=   8.14956 vt=  22.20809
 i= 2058 j=  530 glon=  327.53 (0-360E) glon=  327.53 glat=  44.64 u=  12.2400 v=  23.6600 vr=  11.47950 vt=  24.03818
 i= 2063 j=  530 glon=  327.73 (0-360E) glon=  327.73 glat=  44.64 u=  13.7100 v=  23.9200 vr=  12.99821 vt=  24.31413
 i= 2068 j=  530 glon=  327.93 (0-360E) glon=  327.93 glat=  44.64 u=  16.2300 v=  21.2200 vr=  15.63792 vt=  21.66003
 i= 2073 j=  530 glon=  328.13 (0-360E) glon=  328.13 glat=  44.64 u=  15.6600 v=  21.7300 vr=  15.08832 vt=  22.13077
 i= 2078 j=  530 glon=  328.33 (0-360E) glon=  328.33 glat=  44.64 u=  15.3000 v=  21.0500 vr=  14.77365 vt=  21.42269
 i= 2083 j=  530 glon=  328.53 (0-360E) glon=  328.53 glat=  44.64 u=  14.9800 v=  21.2100 vr=  14.47304 vt=  21.55912
 i= 1943 j=  535 glon=  322.93 (0-360E) glon=  322.93 glat=  44.44 u=   7.8400 v= -20.9400 vr=  -5.18435 vt=  21.75021
 i= 1948 j=  535 glon=  323.13 (0-360E) glon=  323.13 glat=  44.44 u=   7.3500 v= -20.3600 vr=  -4.59522 vt=  21.15268
 i= 1953 j=  535 glon=  323.33 (0-360E) glon=  323.33 glat=  44.44 u=   8.1100 v= -19.3600 vr=  -5.28419 vt=  20.31401
 i= 1958 j=  535 glon=  323.53 (0-360E) glon=  323.53 glat=  44.44 u=   8.0400 v= -18.6600 vr=  -5.08870 vt=  19.67085
 i= 1963 j=  535 glon=  323.73 (0-360E) glon=  323.73 glat=  44.44 u=   8.6600 v= -18.0500 vr=  -5.53003 vt=  19.24102
 i= 1968 j=  535 glon=  323.93 (0-360E) glon=  323.93 glat=  44.44 u=   8.7900 v= -18.8800 vr=  -5.18101 vt=  20.17116
 i= 1973 j=  535 glon=  324.13 (0-360E) glon=  324.13 glat=  44.44 u=   7.9800 v= -20.0600 vr=  -3.72345 vt=  21.26546
 i= 1978 j=  535 glon=  324.33 (0-360E) glon=  324.33 glat=  44.44 u=   6.7900 v= -17.5900 vr=  -2.56322 vt=  18.67999
 i= 1983 j=  535 glon=  324.53 (0-360E) glon=  324.53 glat=  44.44 u=   7.6400 v= -15.4000 vr=  -3.30291 vt=  16.87070
 i= 1988 j=  535 glon=  324.73 (0-360E) glon=  324.73 glat=  44.44 u=  10.8500 v= -14.5500 vr=  -5.80427 vt=  17.19696
 i= 1993 j=  535 glon=  324.93 (0-360E) glon=  324.93 glat=  44.44 u=  10.5900 v= -14.4900 vr=  -4.38649 vt=  17.40307
 i= 1998 j=  535 glon=  325.13 (0-360E) glon=  325.13 glat=  44.44 u=  11.9800 v= -12.6700 vr=  -4.60768 vt=  16.81721
 i= 2003 j=  535 glon=  325.33 (0-360E) glon=  325.33 glat=  44.44 u=  14.5200 v= -10.4100 vr=  -4.98298 vt=  17.15717
 i= 2008 j=  535 glon=  325.53 (0-360E) glon=  325.53 glat=  44.44 u=  13.5200 v=  -6.2100 vr=  -2.33517 vt=  14.69359
 i= 2013 j=  535 glon=  325.73 (0-360E) glon=  325.73 glat=  44.44 u=  12.6000 v=  -1.7800 vr=   1.02117 vt=  12.68407
 i= 2018 j=  535 glon=  325.93 (0-360E) glon=  325.93 glat=  44.44 u=   9.2200 v=   4.1400 vr=   0.79178 vt=  10.07577
 i= 2023 j=  535 glon=  326.13 (0-360E) glon=  326.13 glat=  44.44 u=   9.7100 v=   7.7000 vr=   2.28863 vt=  12.17934
 i= 2028 j=  535 glon=  326.33 (0-360E) glon=  326.33 glat=  44.44 u=  10.1100 v=   8.5700 vr=   4.54403 vt=  12.45025
 i= 2033 j=  535 glon=  326.53 (0-360E) glon=  326.53 glat=  44.44 u=  10.9700 v=  10.5100 vr=   5.99009 vt=  13.96137
 i= 2038 j=  535 glon=  326.73 (0-360E) glon=  326.73 glat=  44.44 u=  11.7400 v=  13.4100 vr=   6.81265 vt=  16.46947
 i= 2043 j=  535 glon=  326.93 (0-360E) glon=  326.93 glat=  44.44 u=  11.8300 v=  14.6400 vr=   7.40154 vt=  17.30594
 i= 2048 j=  535 glon=  327.13 (0-360E) glon=  327.13 glat=  44.44 u=  11.6600 v=  17.2000 vr=   7.27217 vt=  19.46564
 i= 2053 j=  535 glon=  327.33 (0-360E) glon=  327.33 glat=  44.44 u=  11.0200 v=  20.1700 vr=   6.57224 vt=  22.02442
 i= 2058 j=  535 glon=  327.53 (0-360E) glon=  327.53 glat=  44.44 u=  11.7500 v=  23.5900 vr=   7.13185 vt=  25.37099
 i= 2063 j=  535 glon=  327.73 (0-360E) glon=  327.73 glat=  44.44 u=  16.0900 v=  23.6000 vr=  11.85142 vt=  25.98830
 i= 2068 j=  535 glon=  327.93 (0-360E) glon=  327.93 glat=  44.44 u=  17.2700 v=  21.1900 vr=  13.76300 vt=  23.61882
 i= 2073 j=  535 glon=  328.13 (0-360E) glon=  328.13 glat=  44.44 u=  17.1100 v=  21.9300 vr=  13.77801 vt=  24.16285
 i= 2078 j=  535 glon=  328.33 (0-360E) glon=  328.33 glat=  44.44 u=  15.7100 v=  21.1200 vr=  12.74018 vt=  23.03359
 i= 2083 j=  535 glon=  328.53 (0-360E) glon=  328.53 glat=  44.44 u=  14.9600 v=  21.1800 vr=  12.18450 vt=  22.88956
 i= 1948 j=  540 glon=  323.13 (0-360E) glon=  323.13 glat=  44.24 u=   9.1900 v= -20.0100 vr=  -4.25538 vt=  21.60435
 i= 1953 j=  540 glon=  323.33 (0-360E) glon=  323.33 glat=  44.24 u=   9.4700 v= -19.9200 vr=  -4.16850 vt=  21.65897
 i= 1958 j=  540 glon=  323.53 (0-360E) glon=  323.53 glat=  44.24 u=   9.0800 v= -18.7800 vr=  -3.65409 vt=  20.53734
 i= 1963 j=  540 glon=  323.73 (0-360E) glon=  323.73 glat=  44.24 u=   9.6800 v= -17.6100 vr=  -4.06764 vt=  19.67915
 i= 1968 j=  540 glon=  323.93 (0-360E) glon=  323.93 glat=  44.24 u=  10.4600 v= -17.7000 vr=  -4.19475 vt=  20.12724
 i= 1973 j=  540 glon=  324.13 (0-360E) glon=  324.13 glat=  44.24 u=  10.1000 v= -18.0600 vr=  -3.00118 vt=  20.47356
 i= 1978 j=  540 glon=  324.33 (0-360E) glon=  324.33 glat=  44.24 u=   9.4900 v= -18.0500 vr=  -1.52216 vt=  20.33582
 i= 1983 j=  540 glon=  324.53 (0-360E) glon=  324.53 glat=  44.24 u=   9.0300 v= -14.8800 vr=  -1.37128 vt=  17.35151
 i= 1988 j=  540 glon=  324.73 (0-360E) glon=  324.73 glat=  44.24 u=  11.1400 v= -15.0400 vr=  -1.79909 vt=  18.62967
 i= 1993 j=  540 glon=  324.93 (0-360E) glon=  324.93 glat=  44.24 u=  13.0700 v= -13.7700 vr=  -2.23734 vt=  18.85291
 i= 1998 j=  540 glon=  325.13 (0-360E) glon=  325.13 glat=  44.24 u=  15.0900 v= -11.3000 vr=  -2.81272 vt=  18.64100
 i= 2003 j=  540 glon=  325.33 (0-360E) glon=  325.33 glat=  44.24 u=  17.3400 v=  -8.9400 vr=  -2.45979 vt=  19.35326
 i= 2008 j=  540 glon=  325.53 (0-360E) glon=  325.53 glat=  44.24 u=  17.2000 v=  -7.0300 vr=   0.78336 vt=  18.56468
 i= 2013 j=  540 glon=  325.73 (0-360E) glon=  325.73 glat=  44.24 u=  15.5900 v=  -3.2100 vr=   2.70266 vt=  15.68591
 i= 2018 j=  540 glon=  325.93 (0-360E) glon=  325.93 glat=  44.24 u=  13.7800 v=   3.0100 vr=   1.01777 vt=  14.06814
 i= 2023 j=  540 glon=  326.13 (0-360E) glon=  326.13 glat=  44.24 u=  12.7000 v=   8.9400 vr=  -0.87254 vt=  15.50652
 i= 2028 j=  540 glon=  326.33 (0-360E) glon=  326.33 glat=  44.24 u=  12.6900 v=   9.8700 vr=   1.58271 vt=  15.99838
 i= 2033 j=  540 glon=  326.53 (0-360E) glon=  326.53 glat=  44.24 u=  13.9400 v=  10.5500 vr=   4.46083 vt=  16.90346
 i= 2038 j=  540 glon=  326.73 (0-360E) glon=  326.73 glat=  44.24 u=  14.2100 v=  13.1000 vr=   5.10504 vt=  18.64062
 i= 2043 j=  540 glon=  326.93 (0-360E) glon=  326.93 glat=  44.24 u=  13.0300 v=  14.8600 vr=   4.69991 vt=  19.19665
 i= 2048 j=  540 glon=  327.13 (0-360E) glon=  327.13 glat=  44.24 u=  14.2700 v=  16.2600 vr=   6.40880 vt=  20.66271
 i= 2053 j=  540 glon=  327.33 (0-360E) glon=  327.33 glat=  44.24 u=  13.1200 v=  19.4900 vr=   5.12765 vt=  22.92819
 i= 2058 j=  540 glon=  327.53 (0-360E) glon=  327.53 glat=  44.24 u=  13.1900 v=  22.6400 vr=   5.01770 vt=  25.71708
 i= 2063 j=  540 glon=  327.73 (0-360E) glon=  327.73 glat=  44.24 u=  16.9800 v=  22.7000 vr=   9.40174 vt=  26.74355
 i= 2068 j=  540 glon=  327.93 (0-360E) glon=  327.93 glat=  44.24 u=  17.9900 v=  21.0400 vr=  11.50547 vt=  25.17828
 i= 2073 j=  540 glon=  328.13 (0-360E) glon=  328.13 glat=  44.24 u=  18.1000 v=  22.1200 vr=  11.87114 vt=  25.99963
 i= 2078 j=  540 glon=  328.33 (0-360E) glon=  328.33 glat=  44.24 u=  16.2500 v=  21.4000 vr=  10.71401 vt=  24.64209
 i= 1948 j=  545 glon=  323.13 (0-360E) glon=  323.13 glat=  44.04 u=   9.0400 v= -20.1900 vr=  -1.91231 vt=  22.03862
 i= 1953 j=  545 glon=  323.33 (0-360E) glon=  323.33 glat=  44.04 u=   9.0400 v= -20.2300 vr=  -1.36167 vt=  22.11607
 i= 1958 j=  545 glon=  323.53 (0-360E) glon=  323.53 glat=  44.04 u=  10.0300 v= -18.7200 vr=  -2.22353 vt=  21.12097
 i= 1963 j=  545 glon=  323.73 (0-360E) glon=  323.73 glat=  44.04 u=  11.0100 v= -16.6400 vr=  -3.26691 vt=  19.68342
 i= 1968 j=  545 glon=  323.93 (0-360E) glon=  323.93 glat=  44.04 u=  11.3700 v= -17.4800 vr=  -2.44424 vt=  20.70877
 i= 1973 j=  545 glon=  324.13 (0-360E) glon=  324.13 glat=  44.04 u=  11.5700 v= -20.8000 vr=  -0.03641 vt=  23.80134
 i= 1978 j=  545 glon=  324.33 (0-360E) glon=  324.33 glat=  44.04 u=  10.7200 v= -20.2300 vr=   1.73017 vt=  22.82932
 i= 1983 j=  545 glon=  324.53 (0-360E) glon=  324.53 glat=  44.04 u=  10.2600 v= -15.6500 vr=   0.97946 vt=  18.68772
 i= 1988 j=  545 glon=  324.73 (0-360E) glon=  324.73 glat=  44.04 u=  11.7800 v= -13.2800 vr=  -0.11378 vt=  17.75145
 i= 1993 j=  545 glon=  324.93 (0-360E) glon=  324.93 glat=  44.04 u=  14.3800 v= -10.7200 vr=  -1.83895 vt=  17.84155
 i= 1998 j=  545 glon=  325.13 (0-360E) glon=  325.13 glat=  44.04 u=  15.6300 v=  -8.3000 vr=  -2.11178 vt=  17.57064
 i= 2003 j=  545 glon=  325.33 (0-360E) glon=  325.33 glat=  44.04 u=  17.5200 v=  -6.7700 vr=  -1.34805 vt=  18.73409
 i= 2008 j=  545 glon=  325.53 (0-360E) glon=  325.53 glat=  44.04 u=  18.4600 v=  -6.0500 vr=   1.44757 vt=  19.37211
 i= 2013 j=  545 glon=  325.73 (0-360E) glon=  325.73 glat=  44.04 u=  16.7800 v=  -4.0900 vr=   3.71588 vt=  16.86679
 i= 2018 j=  545 glon=  325.93 (0-360E) glon=  325.93 glat=  44.04 u=  17.0100 v=   2.4600 vr=   0.96494 vt=  17.15985
 i= 2023 j=  545 glon=  326.13 (0-360E) glon=  326.13 glat=  44.04 u=  16.7400 v=   8.0200 vr=  -0.80081 vt=  18.54472
 i= 2028 j=  545 glon=  326.33 (0-360E) glon=  326.33 glat=  44.04 u=  16.8300 v=   9.7600 vr=   1.00665 vt=  19.42918
 i= 2033 j=  545 glon=  326.53 (0-360E) glon=  326.53 glat=  44.04 u=  16.4000 v=  10.8600 vr=   2.62636 vt=  19.49364
 i= 2038 j=  545 glon=  326.73 (0-360E) glon=  326.73 glat=  44.04 u=  17.2700 v=  12.6700 vr=   4.23667 vt=  20.99601
 i= 2043 j=  545 glon=  326.93 (0-360E) glon=  326.93 glat=  44.04 u=  15.4800 v=  14.4800 vr=   3.59557 vt=  20.88953
 i= 2048 j=  545 glon=  327.13 (0-360E) glon=  327.13 glat=  44.04 u=  16.2000 v=  16.4900 vr=   4.61361 vt=  22.65115
 i= 2053 j=  545 glon=  327.33 (0-360E) glon=  327.33 glat=  44.04 u=  14.8200 v=  21.0900 vr=   2.47234 vt=  25.65751
 i= 2058 j=  545 glon=  327.53 (0-360E) glon=  327.53 glat=  44.04 u=  13.9700 v=  22.5100 vr=   2.31838 vt=  26.39102
 i= 2063 j=  545 glon=  327.73 (0-360E) glon=  327.73 glat=  44.04 u=  17.3900 v=  21.8500 vr=   6.77214 vt=  27.09193
 i= 2068 j=  545 glon=  327.93 (0-360E) glon=  327.93 glat=  44.04 u=  18.3900 v=  21.4000 vr=   8.78981 vt=  26.81215
 i= 2073 j=  545 glon=  328.13 (0-360E) glon=  328.13 glat=  44.04 u=  18.8800 v=  21.4500 vr=  10.00648 vt=  26.76616
 i= 2078 j=  545 glon=  328.33 (0-360E) glon=  328.33 glat=  44.04 u=  16.8900 v=  21.3500 vr=   8.82983 vt=  25.75129
 i= 1953 j=  550 glon=  323.33 (0-360E) glon=  323.33 glat=  43.84 u=   9.8000 v= -18.5000 vr=  -0.65154 vt=  20.92524
 i= 1958 j=  550 glon=  323.53 (0-360E) glon=  323.53 glat=  43.84 u=  10.8300 v= -17.4800 vr=  -1.32804 vt=  20.52013
 i= 1963 j=  550 glon=  323.73 (0-360E) glon=  323.73 glat=  43.84 u=  10.2000 v= -16.2700 vr=  -0.58832 vt=  19.19393
 i= 1968 j=  550 glon=  323.93 (0-360E) glon=  323.93 glat=  43.84 u=  10.3600 v= -17.2500 vr=   0.68734 vt=  20.11019
 i= 1973 j=  550 glon=  324.13 (0-360E) glon=  324.13 glat=  43.84 u=  10.8700 v= -20.7500 vr=   3.40649 vt=  23.17575
 i= 1978 j=  550 glon=  324.33 (0-360E) glon=  324.33 glat=  43.84 u=  12.0100 v= -19.5500 vr=   3.21618 vt=  22.71781
 i= 1983 j=  550 glon=  324.53 (0-360E) glon=  324.53 glat=  43.84 u=  12.9800 v= -15.6500 vr=   1.49909 vt=  20.27697
 i= 1988 j=  550 glon=  324.73 (0-360E) glon=  324.73 glat=  43.84 u=  14.4300 v= -12.4100 vr=  -0.10620 vt=  19.03212
 i= 1993 j=  550 glon=  324.93 (0-360E) glon=  324.93 glat=  43.84 u=  17.1300 v=  -9.7300 vr=  -1.85040 vt=  19.61341
 i= 1998 j=  550 glon=  325.13 (0-360E) glon=  325.13 glat=  43.84 u=  16.9100 v=  -6.8400 vr=  -1.86830 vt=  18.14506
 i= 2003 j=  550 glon=  325.33 (0-360E) glon=  325.33 glat=  43.84 u=  16.7700 v=  -6.6700 vr=   0.61395 vt=  18.03732
 i= 2008 j=  550 glon=  325.53 (0-360E) glon=  325.53 glat=  43.84 u=  17.6500 v=  -6.2900 vr=   2.92170 vt=  18.50811
 i= 2013 j=  550 glon=  325.73 (0-360E) glon=  325.73 glat=  43.84 u=  18.5000 v=  -2.5500 vr=   2.23657 vt=  18.54050
 i= 2018 j=  550 glon=  325.93 (0-360E) glon=  325.93 glat=  43.84 u=  18.5400 v=   2.8100 vr=   0.04649 vt=  18.75168
 i= 2023 j=  550 glon=  326.13 (0-360E) glon=  326.13 glat=  43.84 u=  20.1900 v=   6.4000 vr=   0.15442 vt=  21.17952
 i= 2028 j=  550 glon=  326.33 (0-360E) glon=  326.33 glat=  43.84 u=  20.5300 v=   8.5500 vr=   1.45851 vt=  22.19135
 i= 2033 j=  550 glon=  326.53 (0-360E) glon=  326.53 glat=  43.84 u=  18.8500 v=  10.3500 vr=   1.83710 vt=  21.42592
 i= 2038 j=  550 glon=  326.73 (0-360E) glon=  326.73 glat=  43.84 u=  19.2100 v=  11.7500 vr=   3.30873 vt=  22.27418
 i= 2043 j=  550 glon=  326.93 (0-360E) glon=  326.93 glat=  43.84 u=  18.4000 v=  13.8500 vr=   3.28179 vt=  22.79501
 i= 2048 j=  550 glon=  327.13 (0-360E) glon=  327.13 glat=  43.84 u=  18.6000 v=  15.8600 vr=   3.88084 vt=  24.13377
 i= 2053 j=  550 glon=  327.33 (0-360E) glon=  327.33 glat=  43.84 u=  17.1400 v=  21.3700 vr=   0.98192 vt=  27.37686
 i= 2058 j=  550 glon=  327.53 (0-360E) glon=  327.53 glat=  43.84 u=  15.6000 v=  21.7000 vr=   1.02519 vt=  26.70579
 i= 2063 j=  550 glon=  327.73 (0-360E) glon=  327.73 glat=  43.84 u=  19.1400 v=  19.9400 vr=   6.22315 vt=  26.92983
 i= 2068 j=  550 glon=  327.93 (0-360E) glon=  327.93 glat=  43.84 u=  19.1000 v=  21.9200 vr=   6.32724 vt=  28.37715
 i= 2073 j=  550 glon=  328.13 (0-360E) glon=  328.13 glat=  43.84 u=  19.4800 v=  20.5300 vr=   8.27632 vt=  27.06389
 i= 1953 j=  555 glon=  323.33 (0-360E) glon=  323.33 glat=  43.64 u=  11.4800 v= -16.8600 vr=  -1.08262 vt=  20.36855
 i= 1958 j=  555 glon=  323.53 (0-360E) glon=  323.53 glat=  43.64 u=  11.6500 v= -17.2200 vr=  -0.24982 vt=  20.78914
 i= 1963 j=  555 glon=  323.73 (0-360E) glon=  323.73 glat=  43.64 u=  11.3800 v= -17.5400 vr=   1.05710 vt=  20.88154
 i= 1968 j=  555 glon=  323.93 (0-360E) glon=  323.93 glat=  43.64 u=  11.0700 v= -17.4600 vr=   2.28040 vt=  20.54742
 i= 1973 j=  555 glon=  324.13 (0-360E) glon=  324.13 glat=  43.64 u=  11.4100 v= -18.6600 vr=   3.99079 vt=  21.50482
 i= 1978 j=  555 glon=  324.33 (0-360E) glon=  324.33 glat=  43.64 u=  13.2400 v= -16.5900 vr=   2.62308 vt=  21.06289
 i= 1983 j=  555 glon=  324.53 (0-360E) glon=  324.53 glat=  43.64 u=  13.1700 v= -13.7800 vr=   2.08531 vt=  18.94700
 i= 1988 j=  555 glon=  324.73 (0-360E) glon=  324.73 glat=  43.64 u=  14.9300 v= -10.9200 vr=   0.35235 vt=  18.49398
 i= 1993 j=  555 glon=  324.93 (0-360E) glon=  324.93 glat=  43.64 u=  17.2600 v=  -8.0400 vr=  -1.49360 vt=  18.98205
 i= 1998 j=  555 glon=  325.13 (0-360E) glon=  325.13 glat=  43.64 u=  16.5500 v=  -6.1400 vr=  -0.86108 vt=  17.63124
 i= 2003 j=  555 glon=  325.33 (0-360E) glon=  325.33 glat=  43.64 u=  18.0700 v=  -5.8100 vr=   0.55184 vt=  18.97305
 i= 2008 j=  555 glon=  325.53 (0-360E) glon=  325.53 glat=  43.64 u=  18.3900 v=  -4.3300 vr=   1.52214 vt=  18.83147
 i= 2013 j=  555 glon=  325.73 (0-360E) glon=  325.73 glat=  43.64 u=  18.6500 v=  -1.9400 vr=   1.68501 vt=  18.67477
 i= 2018 j=  555 glon=  325.93 (0-360E) glon=  325.93 glat=  43.64 u=  21.1500 v=   2.0600 vr=   0.56701 vt=  21.24252
 i= 2023 j=  555 glon=  326.13 (0-360E) glon=  326.13 glat=  43.64 u=  22.5500 v=   4.6800 vr=   1.19730 vt=  22.99938
 i= 2028 j=  555 glon=  326.33 (0-360E) glon=  326.33 glat=  43.64 u=  22.0000 v=   7.7400 vr=   0.99054 vt=  23.30078
 i= 2033 j=  555 glon=  326.53 (0-360E) glon=  326.53 glat=  43.64 u=  20.7700 v=   9.5500 vr=   1.43039 vt=  22.81555
 i= 2038 j=  555 glon=  326.73 (0-360E) glon=  326.73 glat=  43.64 u=  21.0100 v=  10.4000 vr=   3.14110 vt=  23.23174
 i= 2043 j=  555 glon=  326.93 (0-360E) glon=  326.93 glat=  43.64 u=  20.1300 v=  12.7600 vr=   2.79049 vt=  23.66955
 i= 2048 j=  555 glon=  327.13 (0-360E) glon=  327.13 glat=  43.64 u=  20.9000 v=  14.8000 vr=   3.65374 vt=  25.34759
 i= 2053 j=  555 glon=  327.33 (0-360E) glon=  327.33 glat=  43.64 u=  19.2900 v=  21.3700 vr=  -0.29353 vt=  28.78706
 i= 2058 j=  555 glon=  327.53 (0-360E) glon=  327.53 glat=  43.64 u=  18.2000 v=  20.2900 vr=   1.22477 vt=  27.22910
 i= 2063 j=  555 glon=  327.73 (0-360E) glon=  327.73 glat=  43.64 u=  20.4500 v=  19.7800 vr=   4.71987 vt=  28.05662
 i= 2068 j=  555 glon=  327.93 (0-360E) glon=  327.93 glat=  43.64 u=  20.2800 v=  21.3700 vr=   4.93527 vt=  29.04477
 i= 2073 j=  555 glon=  328.13 (0-360E) glon=  328.13 glat=  43.64 u=  20.0600 v=  20.0700 vr=   6.56009 vt=  27.60749
 i= 1958 j=  560 glon=  323.53 (0-360E) glon=  323.53 glat=  43.44 u=  12.0800 v= -15.8100 vr=   0.25601 vt=  19.89515
 i= 1963 j=  560 glon=  323.73 (0-360E) glon=  323.73 glat=  43.44 u=  11.6200 v= -17.2300 vr=   2.43753 vt=  20.63870
 i= 1968 j=  560 glon=  323.93 (0-360E) glon=  323.93 glat=  43.44 u=  11.7500 v= -17.3500 vr=   3.47948 vt=  20.66345
 i= 1973 j=  560 glon=  324.13 (0-360E) glon=  324.13 glat=  43.44 u=  12.8100 v= -16.4000 vr=   3.24508 vt=  20.55543
 i= 1978 j=  560 glon=  324.33 (0-360E) glon=  324.33 glat=  43.44 u=  14.4300 v= -15.1700 vr=   2.58996 vt=  20.77609
 i= 1983 j=  560 glon=  324.53 (0-360E) glon=  324.53 glat=  43.44 u=  14.9100 v= -13.2600 vr=   2.25297 vt=  19.82574
 i= 1988 j=  560 glon=  324.73 (0-360E) glon=  324.73 glat=  43.44 u=  16.2600 v=  -9.5700 vr=  -0.01244 vt=  18.86723
 i= 1993 j=  560 glon=  324.93 (0-360E) glon=  324.93 glat=  43.44 u=  17.6800 v=  -7.7300 vr=  -0.59005 vt=  19.28697
 i= 1998 j=  560 glon=  325.13 (0-360E) glon=  325.13 glat=  43.44 u=  18.1100 v=  -7.5400 vr=   0.98338 vt=  19.59226
 i= 2003 j=  560 glon=  325.33 (0-360E) glon=  325.33 glat=  43.44 u=  18.7700 v=  -5.2000 vr=   0.62062 vt=  19.46709
 i= 2008 j=  560 glon=  325.53 (0-360E) glon=  325.53 glat=  43.44 u=  19.4600 v=  -2.0400 vr=  -0.43303 vt=  19.56184
 i= 2013 j=  560 glon=  325.73 (0-360E) glon=  325.73 glat=  43.44 u=  21.1000 v=   0.5800 vr=  -0.82175 vt=  21.09197
 i= 2018 j=  560 glon=  325.93 (0-360E) glon=  325.93 glat=  43.44 u=  22.4200 v=   2.0500 vr=   0.28790 vt=  22.51169
 i= 2023 j=  560 glon=  326.13 (0-360E) glon=  326.13 glat=  43.44 u=  24.2500 v=   4.7600 vr=   0.56417 vt=  24.70631
 i= 2028 j=  560 glon=  326.33 (0-360E) glon=  326.33 glat=  43.44 u=  22.2100 v=   7.2700 vr=   0.17793 vt=  23.36890
 i= 2033 j=  560 glon=  326.53 (0-360E) glon=  326.53 glat=  43.44 u=  22.2700 v=   8.9500 vr=   1.00323 vt=  23.98018
 i= 2038 j=  560 glon=  326.73 (0-360E) glon=  326.73 glat=  43.44 u=  21.9300 v=   9.9800 vr=   2.12863 vt=  23.99988
 i= 2043 j=  560 glon=  326.93 (0-360E) glon=  326.93 glat=  43.44 u=  21.4600 v=  11.3300 vr=   2.72695 vt=  24.11357
 i= 2048 j=  560 glon=  327.13 (0-360E) glon=  327.13 glat=  43.44 u=  22.0100 v=  15.5300 vr=   1.56631 vt=  26.89178
 i= 2053 j=  560 glon=  327.33 (0-360E) glon=  327.33 glat=  43.44 u=  20.1700 v=  20.1800 vr=  -1.33352 vt=  28.50058
 i= 2058 j=  560 glon=  327.53 (0-360E) glon=  327.53 glat=  43.44 u=  21.2400 v=  17.1300 vr=   3.24317 vt=  27.09347
 i= 2063 j=  560 glon=  327.73 (0-360E) glon=  327.73 glat=  43.44 u=  18.9600 v=  19.9400 vr=   1.09056 vt=  27.49356
 i= 2068 j=  560 glon=  327.93 (0-360E) glon=  327.93 glat=  43.44 u=  22.3200 v=  19.7100 vr=   5.14018 vt=  29.32993
 i= 1968 j=  565 glon=  323.93 (0-360E) glon=  323.93 glat=  43.24 u=  12.4600 v= -17.0900 vr=   4.33210 vt=  20.70151
 i= 1973 j=  565 glon=  324.13 (0-360E) glon=  324.13 glat=  43.24 u=  12.9600 v= -14.9000 vr=   3.48355 vt=  19.43802
 i= 1978 j=  565 glon=  324.33 (0-360E) glon=  324.33 glat=  43.24 u=  13.9100 v= -13.0300 vr=   2.62235 vt=  18.87836
 i= 1983 j=  565 glon=  324.53 (0-360E) glon=  324.53 glat=  43.24 u=  15.4700 v= -10.2000 vr=   0.69214 vt=  18.51707
 i= 1988 j=  565 glon=  324.73 (0-360E) glon=  324.73 glat=  43.24 u=  17.1800 v=  -8.2100 vr=  -0.45859 vt=  19.03539
 i= 1993 j=  565 glon=  324.93 (0-360E) glon=  324.93 glat=  43.24 u=  19.3200 v=  -8.2100 vr=   0.29503 vt=  20.98998
 i= 1998 j=  565 glon=  325.13 (0-360E) glon=  325.13 glat=  43.24 u=  20.0100 v=  -7.5100 vr=   1.26895 vt=  21.33518
 i= 2003 j=  565 glon=  325.33 (0-360E) glon=  325.33 glat=  43.24 u=  20.1600 v=  -4.0700 vr=  -0.14658 vt=  20.56621
 i= 2008 j=  565 glon=  325.53 (0-360E) glon=  325.53 glat=  43.24 u=  21.3800 v=  -0.4300 vr=  -1.90211 vt=  21.29956
 i= 2013 j=  565 glon=  325.73 (0-360E) glon=  325.73 glat=  43.24 u=  23.9100 v=   1.8200 vr=  -2.05590 vt=  23.89087
 i= 2018 j=  565 glon=  325.93 (0-360E) glon=  325.93 glat=  43.24 u=  25.2800 v=   3.8000 vr=  -1.52184 vt=  25.51867
 i= 2023 j=  565 glon=  326.13 (0-360E) glon=  326.13 glat=  43.24 u=  24.3100 v=   5.0400 vr=  -0.42360 vt=  24.82334
 i= 2028 j=  565 glon=  326.33 (0-360E) glon=  326.33 glat=  43.24 u=  23.1900 v=   7.3400 vr=  -0.60783 vt=  24.31630
 i= 2033 j=  565 glon=  326.53 (0-360E) glon=  326.53 glat=  43.24 u=  24.2300 v=   7.8800 vr=   1.43523 vt=  25.43870
 i= 2038 j=  565 glon=  326.73 (0-360E) glon=  326.73 glat=  43.24 u=  22.0600 v=   9.2900 vr=   1.32906 vt=  23.89940
 i= 2043 j=  565 glon=  326.93 (0-360E) glon=  326.93 glat=  43.24 u=  22.7700 v=  11.2400 vr=   1.84079 vt=  25.32631
 i= 2048 j=  565 glon=  327.13 (0-360E) glon=  327.13 glat=  43.24 u=  23.1800 v=  17.3500 vr=  -1.18659 vt=  28.92969
 i= 2053 j=  565 glon=  327.33 (0-360E) glon=  327.33 glat=  43.24 u=  21.1400 v=  17.2100 vr=  -0.48101 vt=  27.25532
 i= 2058 j=  565 glon=  327.53 (0-360E) glon=  327.53 glat=  43.24 u=  21.6500 v=  17.4900 vr=   1.22977 vt=  27.80486
 i= 2063 j=  565 glon=  327.73 (0-360E) glon=  327.73 glat=  43.24 u=  19.5300 v=  19.2100 vr=  -0.02490 vt=  27.39424
 i= 1973 j=  570 glon=  324.13 (0-360E) glon=  324.13 glat=  43.04 u=  14.0100 v= -11.8800 vr=   1.61082 vt=  18.29808
 i= 1978 j=  570 glon=  324.33 (0-360E) glon=  324.33 glat=  43.04 u=  15.3500 v=  -9.9400 vr=   0.35516 vt=  18.28387
 i= 1983 j=  570 glon=  324.53 (0-360E) glon=  324.53 glat=  43.04 u=  16.8200 v=  -8.8900 vr=  -0.07094 vt=  19.02471
 i= 1988 j=  570 glon=  324.73 (0-360E) glon=  324.73 glat=  43.04 u=  18.8400 v=  -8.0800 vr=  -0.29701 vt=  20.49741
 i= 1993 j=  570 glon=  324.93 (0-360E) glon=  324.93 glat=  43.04 u=  20.2900 v=  -6.3800 vr=  -0.84747 vt=  21.25254
 i= 1998 j=  570 glon=  325.13 (0-360E) glon=  325.13 glat=  43.04 u=  20.6300 v=  -3.7100 vr=  -1.82267 vt=  20.88154
 i= 2003 j=  570 glon=  325.33 (0-360E) glon=  325.33 glat=  43.04 u=  22.2800 v=   0.3500 vr=  -4.37310 vt=  21.84941
 i= 2008 j=  570 glon=  325.53 (0-360E) glon=  325.53 glat=  43.04 u=  24.3000 v=   1.4700 vr=  -3.79207 vt=  24.04727
 i= 2013 j=  570 glon=  325.73 (0-360E) glon=  325.73 glat=  43.04 u=  25.3800 v=   1.8700 vr=  -2.08996 vt=  25.36283
 i= 2018 j=  570 glon=  325.93 (0-360E) glon=  325.93 glat=  43.04 u=  24.9500 v=   2.7500 vr=  -0.77795 vt=  25.08904
 i= 2023 j=  570 glon=  326.13 (0-360E) glon=  326.13 glat=  43.04 u=  23.8600 v=   4.7900 vr=  -0.80547 vt=  24.32272
 i= 2028 j=  570 glon=  326.33 (0-360E) glon=  326.33 glat=  43.04 u=  24.8200 v=   5.6800 vr=   0.60665 vt=  25.45441
 i= 2033 j=  570 glon=  326.53 (0-360E) glon=  326.53 glat=  43.04 u=  24.0700 v=   7.4200 vr=   0.75744 vt=  25.17633
 i= 2038 j=  570 glon=  326.73 (0-360E) glon=  326.73 glat=  43.04 u=  23.0900 v=   9.5100 vr=   0.36075 vt=  24.96914
 i= 2043 j=  570 glon=  326.93 (0-360E) glon=  326.93 glat=  43.04 u=  24.6600 v=  14.1700 vr=  -1.28280 vt=  28.41230
 i= 2048 j=  570 glon=  327.13 (0-360E) glon=  327.13 glat=  43.04 u=  21.9700 v=  16.6100 vr=  -2.87666 vt=  27.39156
 i= 2053 j=  570 glon=  327.33 (0-360E) glon=  327.33 glat=  43.04 u=  22.5000 v=  16.5700 vr=  -0.86046 vt=  27.92981
 i= 1988 j=  575 glon=  324.73 (0-360E) glon=  324.73 glat=  42.84 u=  19.5700 v=  -6.3700 vr=  -1.31628 vt=  20.53848
 i= 1993 j=  575 glon=  324.93 (0-360E) glon=  324.93 glat=  42.84 u=  20.8000 v=  -3.8900 vr=  -2.63427 vt=  20.99602
 i= 1998 j=  575 glon=  325.13 (0-360E) glon=  325.13 glat=  42.84 u=  22.3000 v=  -1.1700 vr=  -4.10819 vt=  21.94953
 i= 2003 j=  575 glon=  325.33 (0-360E) glon=  325.33 glat=  42.84 u=  23.0200 v=   1.2600 vr=  -4.96791 vt=  22.51284
 i= 2008 j=  575 glon=  325.53 (0-360E) glon=  325.53 glat=  42.84 u=  24.8100 v=   1.7600 vr=  -3.87581 vt=  24.56851
 i= 2013 j=  575 glon=  325.73 (0-360E) glon=  325.73 glat=  42.84 u=  24.2000 v=   2.2700 vr=  -2.45702 vt=  24.18173
 i= 2018 j=  575 glon=  325.93 (0-360E) glon=  325.93 glat=  42.84 u=  24.0500 v=   3.4600 vr=  -1.76263 vt=  24.23360
 i= 2023 j=  575 glon=  326.13 (0-360E) glon=  326.13 glat=  42.84 u=  25.2200 v=   4.3000 vr=  -0.54878 vt=  25.57806
 i= 2028 j=  575 glon=  326.33 (0-360E) glon=  326.33 glat=  42.84 u=  24.8700 v=   5.8800 vr=  -0.23925 vt=  25.55453
 i= 2033 j=  575 glon=  326.53 (0-360E) glon=  326.53 glat=  42.84 u=  23.8300 v=   8.1200 vr=  -0.82480 vt=  25.16194
 i= 2038 j=  575 glon=  326.73 (0-360E) glon=  326.73 glat=  42.84 u=  25.3600 v=  11.2000 vr=  -1.40132 vt=  27.68765
 i= 2043 j=  575 glon=  326.93 (0-360E) glon=  326.93 glat=  42.84 u=  22.2800 v=  15.8200 vr=  -5.05505 vt=  26.85363
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    14.2271503106126       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     19.59 kts
    LL Wind Circ Vt mean quadmax value: SE     31.68 kts
    LL Wind Circ Vt mean quadmax value: SW     33.77 kts
    LL Wind Circ Vt mean quadmax value: NW     25.70 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    92.0027453847671       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   26.5474683229219       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    44.9160452792559     
   xcenlon=    325.794654739313     
   imax=         2738  jmax=         2041
   jlatfix=          523
   ilonfix (unadjusted) =         2015
  
 In get_max_wind, ibeg=         1918  iend=         2111
                  jbeg=          455  jend=          592
         ilonfix=         2015  jlatfix=          523
 At end of get_max_wind, vmax=    21.3701310243995       rmax= 
   109.475539320151     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    8.74 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    8.77 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    8.83 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    8.87 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=    8.82 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=    8.74 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=    8.78 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=    9.14 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=    9.55 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=    9.83 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=    9.94 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=    9.96 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=    9.98 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   10.06 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   10.22 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   10.43 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   10.68 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   10.93 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   11.12 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   11.26 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   11.37 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   11.44 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   11.52 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   11.65 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   11.83 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   12.05 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   12.26 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   12.41 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   12.55 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   12.65 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   12.77 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   12.90 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   13.02 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   13.14 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   13.25 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   13.35 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   13.48 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   13.64 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   13.84 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   14.05 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   14.23 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   14.37 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    14.37 m/s   maxrmw_dist=   126.00  km   maxrmw_ix=   42
  
  In get_axisymet_rmw, the selected maxrmw_ix
  index is too close to the upper range.  We
  will continue the search again up in the next
  rdist range, with another loop through
  rdistloop.
  rdist_ix=            1  maxrmw_ix=           42
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            2
  
        ix=   1 radius=   75.00 (km)    azim_ave_wmag=   11.83 (m/s)
        ix=   2 radius=   78.00 (km)    azim_ave_wmag=   12.05 (m/s)
        ix=   3 radius=   81.00 (km)    azim_ave_wmag=   12.26 (m/s)
        ix=   4 radius=   84.00 (km)    azim_ave_wmag=   12.41 (m/s)
        ix=   5 radius=   87.00 (km)    azim_ave_wmag=   12.55 (m/s)
        ix=   6 radius=   90.00 (km)    azim_ave_wmag=   12.65 (m/s)
        ix=   7 radius=   93.00 (km)    azim_ave_wmag=   12.77 (m/s)
        ix=   8 radius=   96.00 (km)    azim_ave_wmag=   12.90 (m/s)
        ix=   9 radius=   99.00 (km)    azim_ave_wmag=   13.02 (m/s)
        ix=  10 radius=  102.00 (km)    azim_ave_wmag=   13.14 (m/s)
        ix=  11 radius=  105.00 (km)    azim_ave_wmag=   13.25 (m/s)
        ix=  12 radius=  108.00 (km)    azim_ave_wmag=   13.35 (m/s)
        ix=  13 radius=  111.00 (km)    azim_ave_wmag=   13.48 (m/s)
        ix=  14 radius=  114.00 (km)    azim_ave_wmag=   13.64 (m/s)
        ix=  15 radius=  117.00 (km)    azim_ave_wmag=   13.84 (m/s)
        ix=  16 radius=  120.00 (km)    azim_ave_wmag=   14.05 (m/s)
        ix=  17 radius=  123.00 (km)    azim_ave_wmag=   14.23 (m/s)
        ix=  18 radius=  126.00 (km)    azim_ave_wmag=   14.37 (m/s)
        ix=  19 radius=  129.00 (km)    azim_ave_wmag=   14.52 (m/s)
        ix=  20 radius=  132.00 (km)    azim_ave_wmag=   14.67 (m/s)
        ix=  21 radius=  135.00 (km)    azim_ave_wmag=   14.83 (m/s)
        ix=  22 radius=  138.00 (km)    azim_ave_wmag=   15.00 (m/s)
        ix=  23 radius=  141.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  24 radius=  144.00 (km)    azim_ave_wmag=   15.30 (m/s)
        ix=  25 radius=  147.00 (km)    azim_ave_wmag=   15.41 (m/s)
        ix=  26 radius=  150.00 (km)    azim_ave_wmag=   15.50 (m/s)
        ix=  27 radius=  153.00 (km)    azim_ave_wmag=   15.56 (m/s)
        ix=  28 radius=  156.00 (km)    azim_ave_wmag=   15.59 (m/s)
        ix=  29 radius=  159.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=  30 radius=  162.00 (km)    azim_ave_wmag=   15.51 (m/s)
        ix=  31 radius=  165.00 (km)    azim_ave_wmag=   15.56 (m/s)
        ix=  32 radius=  168.00 (km)    azim_ave_wmag=   15.71 (m/s)
        ix=  33 radius=  171.00 (km)    azim_ave_wmag=   15.83 (m/s)
        ix=  34 radius=  174.00 (km)    azim_ave_wmag=   15.91 (m/s)
        ix=  35 radius=  177.00 (km)    azim_ave_wmag=   15.95 (m/s)
        ix=  36 radius=  180.00 (km)    azim_ave_wmag=   15.96 (m/s)
        ix=  37 radius=  183.00 (km)    azim_ave_wmag=   15.90 (m/s)
        ix=  38 radius=  186.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  39 radius=  189.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=  40 radius=  192.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  41 radius=  195.00 (km)    azim_ave_wmag=   15.92 (m/s)
        ix=  42 radius=  198.00 (km)    azim_ave_wmag=   16.03 (m/s)
  After ARMW loop#   2  maxrmw_wmag=    16.03 m/s   maxrmw_dist=   198.00  km   maxrmw_ix=   42
  
  In get_axisymet_rmw, the selected maxrmw_ix
  index is too close to the upper range.  We
  will continue the search again up in the next
  rdist range, with another loop through
  rdistloop.
  rdist_ix=            2  maxrmw_ix=           42
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            3
  
        ix=   1 radius=  150.00 (km)    azim_ave_wmag=   15.50 (m/s)
        ix=   2 radius=  153.00 (km)    azim_ave_wmag=   15.56 (m/s)
        ix=   3 radius=  156.00 (km)    azim_ave_wmag=   15.59 (m/s)
        ix=   4 radius=  159.00 (km)    azim_ave_wmag=   15.57 (m/s)
        ix=   5 radius=  162.00 (km)    azim_ave_wmag=   15.51 (m/s)
        ix=   6 radius=  165.00 (km)    azim_ave_wmag=   15.56 (m/s)
        ix=   7 radius=  168.00 (km)    azim_ave_wmag=   15.71 (m/s)
        ix=   8 radius=  171.00 (km)    azim_ave_wmag=   15.83 (m/s)
        ix=   9 radius=  174.00 (km)    azim_ave_wmag=   15.91 (m/s)
        ix=  10 radius=  177.00 (km)    azim_ave_wmag=   15.95 (m/s)
        ix=  11 radius=  180.00 (km)    azim_ave_wmag=   15.96 (m/s)
        ix=  12 radius=  183.00 (km)    azim_ave_wmag=   15.90 (m/s)
        ix=  13 radius=  186.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  14 radius=  189.00 (km)    azim_ave_wmag=   15.79 (m/s)
        ix=  15 radius=  192.00 (km)    azim_ave_wmag=   15.84 (m/s)
        ix=  16 radius=  195.00 (km)    azim_ave_wmag=   15.92 (m/s)
        ix=  17 radius=  198.00 (km)    azim_ave_wmag=   16.03 (m/s)
        ix=  18 radius=  201.00 (km)    azim_ave_wmag=   16.11 (m/s)
        ix=  19 radius=  204.00 (km)    azim_ave_wmag=   16.16 (m/s)
        ix=  20 radius=  207.00 (km)    azim_ave_wmag=   16.16 (m/s)
        ix=  21 radius=  210.00 (km)    azim_ave_wmag=   16.10 (m/s)
        ix=  22 radius=  213.00 (km)    azim_ave_wmag=   16.03 (m/s)
        ix=  23 radius=  216.00 (km)    azim_ave_wmag=   15.93 (m/s)
        ix=  24 radius=  219.00 (km)    azim_ave_wmag=   15.83 (m/s)
        ix=  25 radius=  222.00 (km)    azim_ave_wmag=   15.74 (m/s)
        ix=  26 radius=  225.00 (km)    azim_ave_wmag=   15.66 (m/s)
        ix=  27 radius=  228.00 (km)    azim_ave_wmag=   15.58 (m/s)
        ix=  28 radius=  231.00 (km)    azim_ave_wmag=   15.50 (m/s)
        ix=  29 radius=  234.00 (km)    azim_ave_wmag=   15.43 (m/s)
        ix=  30 radius=  237.00 (km)    azim_ave_wmag=   15.32 (m/s)
        ix=  31 radius=  240.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  32 radius=  243.00 (km)    azim_ave_wmag=   15.10 (m/s)
        ix=  33 radius=  246.00 (km)    azim_ave_wmag=   15.22 (m/s)
        ix=  34 radius=  249.00 (km)    azim_ave_wmag=   15.29 (m/s)
        ix=  35 radius=  252.00 (km)    azim_ave_wmag=   15.34 (m/s)
        ix=  36 radius=  255.00 (km)    azim_ave_wmag=   15.26 (m/s)
        ix=  37 radius=  258.00 (km)    azim_ave_wmag=   15.16 (m/s)
        ix=  38 radius=  261.00 (km)    azim_ave_wmag=   15.04 (m/s)
        ix=  39 radius=  264.00 (km)    azim_ave_wmag=   14.96 (m/s)
        ix=  40 radius=  267.00 (km)    azim_ave_wmag=   14.90 (m/s)
        ix=  41 radius=  270.00 (km)    azim_ave_wmag=   14.85 (m/s)
        ix=  42 radius=  273.00 (km)    azim_ave_wmag=   14.81 (m/s)
  After ARMW loop#   3  maxrmw_wmag=    16.16 m/s   maxrmw_dist=   207.00  km   maxrmw_ix=   20
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    207.000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    16.1585059712199      
  (m/s)   (in kts)=    31.3911295502889     
  rising_sum_dvdr=      0.571330273313693     
  declining_sum_dvdr=   -1.00090750456589     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   126 igrct=  1 Vmax (m/s)=   21.370   22:33:50
 TIMING: before call  getradii, fhr=   126 igrct=  1   22:33:50
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    3.12880994338649     
 mr4qs before add, mean_radii_vt_4quad_sum=    3.12880994338649     
 mr4qs after add, mean_radii_vt_4quad_sum=    10.5623917734634     
 mr4qs before add, mean_radii_vt_4quad_sum=    10.5623917734634     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.89527943876519     
 mr4qs before add, mean_radii_vt_4quad_sum=    7.89527943876519     
 mr4qs after add, mean_radii_vt_4quad_sum=   0.739675540918163     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    0.74 good_quad_ct=   4 mean_vt_4quad=      0.18
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   14.63 mean_vt_4quad=   10.74
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   14.48 mean_vt_4quad=   10.81
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   14.30 mean_vt_4quad=   10.88
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   14.11 mean_vt_4quad=   10.96
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   13.99 mean_vt_4quad=   11.04
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   13.79 mean_vt_4quad=   11.11
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   13.69 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   13.55 mean_vt_4quad=   11.23
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   13.60 mean_vt_4quad=   11.29
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   13.69 mean_vt_4quad=   11.35
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   13.74 mean_vt_4quad=   11.41
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   13.80 mean_vt_4quad=   11.48
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   13.93 mean_vt_4quad=   11.54
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   14.06 mean_vt_4quad=   11.61
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   14.15 mean_vt_4quad=   11.67
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   14.29 mean_vt_4quad=   11.73
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   14.44 mean_vt_4quad=   11.79
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   14.73 mean_vt_4quad=   11.85
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   14.99 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   15.24 mean_vt_4quad=   11.99
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   15.51 mean_vt_4quad=   12.07
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   15.67 mean_vt_4quad=   12.15
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   15.76 mean_vt_4quad=   12.23
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   15.84 mean_vt_4quad=   12.31
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   16.04 mean_vt_4quad=   12.38
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   16.31 mean_vt_4quad=   12.45
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   16.49 mean_vt_4quad=   12.51
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   16.69 mean_vt_4quad=   12.57
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   16.86 mean_vt_4quad=   12.64
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   17.01 mean_vt_4quad=   12.70
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   17.22 mean_vt_4quad=   12.77
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   17.41 mean_vt_4quad=   12.85
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   17.52 mean_vt_4quad=   12.93
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  91
  ++++ rdist(ihc)=  273.00  mean_radii_vt_4quad(ihc)=   12.93 .... 0.5*v_holland=   10.02
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  90
  ++++ rdist(ihc)=  270.00  mean_radii_vt_4quad(ihc)=   13.00 .... 0.5*v_holland=   10.02
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  89
  ++++ rdist(ihc)=  267.00  mean_radii_vt_4quad(ihc)=   13.07 .... 0.5*v_holland=   10.02
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  88
  ++++ rdist(ihc)=  264.00  mean_radii_vt_4quad(ihc)=   13.13 .... 0.5*v_holland=   10.02
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  87
  ++++ rdist(ihc)=  261.00  mean_radii_vt_4quad(ihc)=   13.19 .... 0.5*v_holland=   10.02
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    273.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   147.310800000000     
 vradius(iwindix,iquad) =         147
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   14.18 mean_vt_4quad=   10.74
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   14.29 mean_vt_4quad=   10.81
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   14.37 mean_vt_4quad=   10.88
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   14.39 mean_vt_4quad=   10.96
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   14.50 mean_vt_4quad=   11.04
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   14.55 mean_vt_4quad=   11.11
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   14.74 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   14.85 mean_vt_4quad=   11.23
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   14.94 mean_vt_4quad=   11.29
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   15.18 mean_vt_4quad=   11.35
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   15.45 mean_vt_4quad=   11.41
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   15.70 mean_vt_4quad=   11.48
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   15.92 mean_vt_4quad=   11.54
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   16.08 mean_vt_4quad=   11.61
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   16.21 mean_vt_4quad=   11.67
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   16.29 mean_vt_4quad=   11.73
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   16.45 mean_vt_4quad=   11.79
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   16.61 mean_vt_4quad=   11.85
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   16.70 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   16.80 mean_vt_4quad=   11.99
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   16.89 mean_vt_4quad=   12.07
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   16.99 mean_vt_4quad=   12.15
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   16.91 mean_vt_4quad=   12.23
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   17.05 mean_vt_4quad=   12.31
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   17.02 mean_vt_4quad=   12.38
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   17.02 mean_vt_4quad=   12.45
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   17.10 mean_vt_4quad=   12.51
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   17.03 mean_vt_4quad=   12.57
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   17.02 mean_vt_4quad=   12.64
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   17.02 mean_vt_4quad=   12.70
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   17.05 mean_vt_4quad=   12.77
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   17.06 mean_vt_4quad=   12.85
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   17.08 mean_vt_4quad=   12.93
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   17.11 mean_vt_4quad=   13.00
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   17.14 mean_vt_4quad=   13.07
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   17.14 mean_vt_4quad=   13.13
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   17.16 mean_vt_4quad=   13.19
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   17.17 mean_vt_4quad=   13.25
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   17.19 mean_vt_4quad=   13.30
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   17.21 mean_vt_4quad=   13.35
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   17.21 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   17.24 mean_vt_4quad=   13.45
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   17.27 mean_vt_4quad=   13.51
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   17.27 mean_vt_4quad=   13.60
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   17.35 mean_vt_4quad=   13.67
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   17.43 mean_vt_4quad=   13.76
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   17.46 mean_vt_4quad=   13.83
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   17.55 mean_vt_4quad=   13.90
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=   10.59
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  75
  ++++ rdist(ihc)=  225.00  mean_radii_vt_4quad(ihc)=   13.97 .... 0.5*v_holland=   10.59
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  74
  ++++ rdist(ihc)=  222.00  mean_radii_vt_4quad(ihc)=   14.04 .... 0.5*v_holland=   10.59
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  73
  ++++ rdist(ihc)=  219.00  mean_radii_vt_4quad(ihc)=   14.11 .... 0.5*v_holland=   10.59
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  72
  ++++ rdist(ihc)=  216.00  mean_radii_vt_4quad(ihc)=   14.17 .... 0.5*v_holland=   10.59
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    228.000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   123.028800000000     
 vradius(iwindix,iquad) =         123
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   16.11 mean_vt_4quad=   10.74
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   16.24 mean_vt_4quad=   10.81
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   16.33 mean_vt_4quad=   10.88
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   16.43 mean_vt_4quad=   10.96
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   16.51 mean_vt_4quad=   11.04
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   16.53 mean_vt_4quad=   11.11
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   16.68 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   16.79 mean_vt_4quad=   11.23
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   16.86 mean_vt_4quad=   11.29
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   16.84 mean_vt_4quad=   11.35
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   16.78 mean_vt_4quad=   11.41
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   16.73 mean_vt_4quad=   11.48
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   16.64 mean_vt_4quad=   11.54
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   16.62 mean_vt_4quad=   11.61
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   16.67 mean_vt_4quad=   11.67
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   16.70 mean_vt_4quad=   11.73
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   16.75 mean_vt_4quad=   11.79
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   16.86 mean_vt_4quad=   11.85
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   16.96 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   17.07 mean_vt_4quad=   11.99
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   17.11 mean_vt_4quad=   12.07
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   17.32 mean_vt_4quad=   12.15
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   17.46 mean_vt_4quad=   12.23
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   17.62 mean_vt_4quad=   12.31
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc= 100
  ++++ rdist(ihc)=  300.00  mean_radii_vt_4quad(ihc)=   12.31 .... 0.5*v_holland=    9.58
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  99
  ++++ rdist(ihc)=  297.00  mean_radii_vt_4quad(ihc)=   12.38 .... 0.5*v_holland=    9.58
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  98
  ++++ rdist(ihc)=  294.00  mean_radii_vt_4quad(ihc)=   12.45 .... 0.5*v_holland=    9.58
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  97
  ++++ rdist(ihc)=  291.00  mean_radii_vt_4quad(ihc)=   12.51 .... 0.5*v_holland=    9.58
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  96
  ++++ rdist(ihc)=  288.00  mean_radii_vt_4quad(ihc)=   12.57 .... 0.5*v_holland=    9.58
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    300.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   161.880000000000     
 vradius(iwindix,iquad) =         162
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.65 mean_vt_4quad=   10.74
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.74 mean_vt_4quad=   10.81
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.72 mean_vt_4quad=   10.88
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.72 mean_vt_4quad=   10.96
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.91 mean_vt_4quad=   11.04
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   14.16 mean_vt_4quad=   11.11
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   14.38 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   14.46 mean_vt_4quad=   11.23
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   14.56 mean_vt_4quad=   11.29
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   14.60 mean_vt_4quad=   11.35
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   14.64 mean_vt_4quad=   11.41
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.63 mean_vt_4quad=   11.48
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.67 mean_vt_4quad=   11.54
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.70 mean_vt_4quad=   11.61
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.74 mean_vt_4quad=   11.67
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.77 mean_vt_4quad=   11.73
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   15.00 mean_vt_4quad=   11.79
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   15.14 mean_vt_4quad=   11.85
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.28 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.41 mean_vt_4quad=   11.99
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.53 mean_vt_4quad=   12.07
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.62 mean_vt_4quad=   12.15
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.71 mean_vt_4quad=   12.23
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.86 mean_vt_4quad=   12.31
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   16.04 mean_vt_4quad=   12.38
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   16.30 mean_vt_4quad=   12.45
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   16.52 mean_vt_4quad=   12.51
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   16.60 mean_vt_4quad=   12.57
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.59 mean_vt_4quad=   12.64
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   16.48 mean_vt_4quad=   12.70
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.46 mean_vt_4quad=   12.77
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.50 mean_vt_4quad=   12.85
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   16.52 mean_vt_4quad=   12.93
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   16.54 mean_vt_4quad=   13.00
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   16.66 mean_vt_4quad=   13.07
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   16.78 mean_vt_4quad=   13.13
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   16.92 mean_vt_4quad=   13.19
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   17.03 mean_vt_4quad=   13.25
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   17.13 mean_vt_4quad=   13.30
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.24 mean_vt_4quad=   13.35
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.33 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   17.40 mean_vt_4quad=   13.45
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.46 mean_vt_4quad=   13.51
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.54 mean_vt_4quad=   13.60
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  80
  ++++ rdist(ihc)=  240.00  mean_radii_vt_4quad(ihc)=   13.60 .... 0.5*v_holland=   10.47
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  79
  ++++ rdist(ihc)=  237.00  mean_radii_vt_4quad(ihc)=   13.67 .... 0.5*v_holland=   10.47
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  78
  ++++ rdist(ihc)=  234.00  mean_radii_vt_4quad(ihc)=   13.76 .... 0.5*v_holland=   10.47
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  77
  ++++ rdist(ihc)=  231.00  mean_radii_vt_4quad(ihc)=   13.83 .... 0.5*v_holland=   10.47
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  76
  ++++ rdist(ihc)=  228.00  mean_radii_vt_4quad(ihc)=   13.90 .... 0.5*v_holland=   10.47
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    240.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   129.504000000000     
 vradius(iwindix,iquad) =         130
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    25.7000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
  
  --- vmaxwind of    21.3701310243995       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   126 igrct=  1   22:33:50
 TIMING: after getrad_iter_loop, fhr=   126 igrct=  2 Vmax (m/s)=   21.370   22:33:50
 TIMING: Before get_phase ... 22:33:50
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          126 :           0   08L  FRANKLIN 
  In get_cps_paramb, model storm heading =    76.415
  
  
  In get_cps_paramb, lead time=          126 :           0   08L  FRANKLIN 
   right_ct=         1087   left_ct=         1157
   zthicksum(1)=    3676561.63081250     
   zthicksum(2)=    3866858.19393750     
   zthick_right_mean=    3382.30140829117     
   zthick_left_mean=     3342.14191351556     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=    40.1594947756066     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           91.97
  Sum of y-diffs squared (ydiff2) =          174.01
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   141.86   6.7452       -0.23   0.1661     4.94    24.41        0.05
    2   139.00   6.6846       -3.08   0.1055     0.20     0.04        9.49
    3   135.98   6.6201       -6.10   0.0409    -4.82    23.28       37.18
    4   139.53   6.5511       -2.55  -0.0281    -3.43    11.74        6.52
    5   143.10   6.4770        1.01  -0.1022    -2.16     4.68        1.03
    6   153.02   6.3969       10.94  -0.1822     5.28    27.83      119.74
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   142.081     x:    6.58
  
  slope=    -31.102         y-intercept =    346.707
  Regression equation:   Y =   346.71 -    31.10X
  
  R2(r_squared) =  0.4715        r =  0.6866
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   08L  FRANKLIN 
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1057.43 zmin=  913.62 zdiff=  143.81
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1544.70 zmin= 1402.84 zdiff=  141.86
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -1.95 dlnp=     -0.057158  dzdlnp=       34.151
  
   +++ k=  3 press=    800.0 zmax= 2056.69 zmin= 1917.69 zdiff=  139.00
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -2.86 dlnp=     -0.060625  dzdlnp=       47.110
  
   +++ k=  4 press=    750.0 zmax= 2598.20 zmin= 2462.22 zdiff=  135.98
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -3.02 dlnp=     -0.064539  dzdlnp=       46.732
  
   +++ k=  5 press=    700.0 zmax= 3174.60 zmin= 3035.07 zdiff=  139.53
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=       3.54 dlnp=     -0.068993  dzdlnp=      -51.368
  
   +++ k=  6 press=    650.0 zmax= 3787.08 zmin= 3643.99 zdiff=  143.10
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=       3.57 dlnp=     -0.074108  dzdlnp=      -48.146
  
   +++ k=  7 press=    600.0 zmax= 4440.67 zmin= 4287.64 zdiff=  153.02
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=       9.93 dlnp=     -0.080043  dzdlnp=     -124.034
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           88.02
  Sum of y-diffs squared (ydiff2) =        10020.47
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   165.94   6.3099      -51.07   0.2788     3.81    14.54     2608.35
    2   181.81   6.2146      -35.20   0.1834     0.92     0.85     1239.04
    3   199.39   6.1092      -17.62   0.0781    -2.24     5.02      310.32
    4   220.34   5.9915        3.33  -0.0397    -4.49    20.14       11.08
    5   247.34   5.8579       30.34  -0.1732    -3.77    14.22      920.27
    6   287.23   5.7038       70.22  -0.3274     5.77    33.25     4931.41
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   217.008     x:    6.03
  
  slope=   -196.891         y-intercept =   1404.486
  Regression equation:   Y =  1404.49 -   196.89X
  
  R2(r_squared) =  0.9912        r =  0.9956
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   08L  FRANKLIN 
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4440.67 zmin= 4287.64 zdiff=  153.02
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5141.38 zmin= 4975.44 zdiff=  165.94
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=      12.91 dlnp=     -0.087011  dzdlnp=     -148.394
  
   +++ k=  9 press=    500.0 zmax= 5897.10 zmin= 5715.29 zdiff=  181.81
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=      15.87 dlnp=     -0.095310  dzdlnp=     -166.530
  
   +++ k= 10 press=    450.0 zmax= 6718.44 zmin= 6519.05 zdiff=  199.39
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=      17.58 dlnp=     -0.105361  dzdlnp=     -166.894
  
   +++ k= 11 press=    400.0 zmax= 7617.93 zmin= 7397.59 zdiff=  220.34
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      20.94 dlnp=     -0.117783  dzdlnp=     -177.818
  
   +++ k= 12 press=    350.0 zmax= 8613.65 zmin= 8366.31 zdiff=  247.34
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      27.01 dlnp=     -0.133531  dzdlnp=     -202.260
  
   +++ k= 13 press=    300.0 zmax= 9734.73 zmin= 9447.50 zdiff=  287.23
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      39.89 dlnp=     -0.154151  dzdlnp=     -258.760
  
cps_stats: 08L   lead time= 126: 0   paramb=    40.16  vtl=    -31.10  vtu=   -196.89
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  126:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  325.795 (0-360) guesslon=  325.795E  (  34.205W)   guesslat=   44.916
 ilonfix=         2015  jlatfix=          523  npts=           33
 ibeg=         1932  jbeg=          455  imax=         2738
 iend=         2098  jend=          591  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           43
 Total # of barnes loop iterations =        10234
 After first run in find_maxmin, ctlon=  324.475E  (0-360) ctlon=  324.475E  (  35.525W)  ctlat=   43.996 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  324.475E   (0-360) guesslon=  324.475E  (  35.525W)   guesslat=   43.996
 ilonfix=         1982  jlatfix=          546  npts=           16
 ibeg=         1924  jbeg=          502  imax=         2738
 iend=         2040  jend=          590  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  324.155E  (0-360) ctlon=  324.155  (  35.845W)  ctlat=   43.976 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        21168
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 08L  2023082812_F000_275N_0709W_08L   126:00  mean_lon:  324.15E (  35.85W)    (0-360) mean_lon=  324.15E  mean_lat:   43.98  wcore_mean_val(K):    -9999.000
     wcore: 08L  2023082812_F000_275N_0709W_08L   126:00  ifix:  1950   jfix:   523  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1950  jx=          523
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        2175 ,         296 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (        2176 ,         295 )
 !!! 
     wcore: 08L  2023082812_F000_275N_0709W_08L   126:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:33:50
 TIMING: Before shear ... 22:33:50
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            2  ifh=           22
  clon(ist,ifh,3)=    325.747778012745     
  clat(ist,ifh,3)=    44.6750121937627     
  fixlon(ist,ifh)=    325.794654739313     
  fixlat(ist,ifh)=    44.9160452792559     
  xcenlon=    325.747778012745     
  xcenlat=    44.6750121937627     
  
 xxshear
 In get_shear A, xcenlon=    325.747778012745       xcenlat= 
   44.6750121937627     
   In get_shear B, (0-360) xcenlon=    325.747778012745     
  
At start of get_shear:  08L   fhr=  126:00   Mean fix position=   325.79E  ( 34.21W)    44.92  (0-360) mean lon fix=  325.79
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=    8.56 vr_mean(idist,ilev)=   -0.33
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   10.36 vr_mean(idist,ilev)=   -0.46
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   12.18 vr_mean(idist,ilev)=    0.47
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   14.29 vr_mean(idist,ilev)=    0.71
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   15.99 vr_mean(idist,ilev)=    1.39
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   15.86 vr_mean(idist,ilev)=    1.58
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.19 vr_mean(idist,ilev)=    1.41
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   16.90 vr_mean(idist,ilev)=    1.42
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   16.54 vr_mean(idist,ilev)=    0.62
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   15.93 vr_mean(idist,ilev)=   -0.25
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   15.65 vr_mean(idist,ilev)=    0.10
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   15.25 vr_mean(idist,ilev)=    0.03
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   13.98 vr_mean(idist,ilev)=    0.18
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=   12.64 vr_mean(idist,ilev)=   -0.30
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=   11.18 vr_mean(idist,ilev)=   -0.40
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=   10.26 vr_mean(idist,ilev)=   -0.46
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    9.22 vr_mean(idist,ilev)=   -0.11
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    8.27 vr_mean(idist,ilev)=   -0.04
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    7.28 vr_mean(idist,ilev)=   -0.12
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -29.09 vr_mean(idist,ilev)=   29.09
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -43.64 vr_mean(idist,ilev)=   43.64
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -58.21 vr_mean(idist,ilev)=   58.21
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -72.78 vr_mean(idist,ilev)=   72.78
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -87.37 vr_mean(idist,ilev)=   87.37
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)= -101.98 vr_mean(idist,ilev)=  101.98
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)= -116.61 vr_mean(idist,ilev)=  116.61
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)= -131.27 vr_mean(idist,ilev)=  131.27
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)= -145.97 vr_mean(idist,ilev)=  145.97
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -160.70 vr_mean(idist,ilev)=  160.70
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -175.48 vr_mean(idist,ilev)=  175.48
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -190.32 vr_mean(idist,ilev)=  190.32
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -205.22 vr_mean(idist,ilev)=  205.22
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -220.20 vr_mean(idist,ilev)=  220.20
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -235.29 vr_mean(idist,ilev)=  235.29
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -250.51 vr_mean(idist,ilev)=  250.51
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -265.89 vr_mean(idist,ilev)=  265.89
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -281.51 vr_mean(idist,ilev)=  281.51
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -297.49 vr_mean(idist,ilev)=  297.49
  
 At end of get_shear: 
     ist=    2 ifh=   22 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:33:50
  
 After call to fixcenter, fix positions at 
 forecast hour=  126:00 follow:
  
fixpos  08L   fhr=  126:00   Fix position=   325.79E  ( 34.21W)    44.92   Max Wind=  42 kts
  
 +++ RPT_STORM_MOTION: istmspd=  -999 kts(*10)    istmdir=  -999 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    2  ifh=  22
     Fix location for this time:   325.79E  ( 34.21W)    44.92
     Fix lon (raw) for this time:  325.79E
     ilonfix= 2015  jlatfix=  523
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    325.794654739313       xcenlat=    44.9160452792559     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    325.794654739313       xcenlat=    44.9160452792559     
  ilonfix=         2015  jlatfix=          523
  ibeg=         1876  iend=         2154
  jbeg=          407  jend=          639  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    325.794654739313        xcenlat=    44.9160452792559     
      ilonfix=         2015   jlatfix=          523
      ibeg=         1876   iend=         2154
      jbeg=          407   jend=          639
 After call to barnes, xsmoothval=   1.937067272465671E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   1.937067272465671E-004
      xcenlon=    325.794654739313        xcenlat=    44.9160452792559     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000194  imeanzeta (*1e6)=      194
   --- mean zeta raw =   1.937067272465671E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.001203  igrid zeta (*1e6)=     1203 ifilret=   0
   --- grid zeta raw=   1.202874605708620E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    325.794654739313       xcenlat=    44.9160452792559     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    325.794654739313       xcenlat=    44.9160452792559     
  ilonfix=         2015  jlatfix=          523
  ibeg=         1876  iend=         2154
  jbeg=          407  jend=          639  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    325.794654739313        xcenlat=    44.9160452792559     
      ilonfix=         2015   jlatfix=          523
      ibeg=         1876   iend=         2154
      jbeg=          407   jend=          639
 After call to barnes, xsmoothval=   1.810992543460151E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   1.810992543460151E-004
      xcenlon=    325.794654739313        xcenlat=    44.9160452792559     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000181  imeanzeta (*1e6)=      181
   --- mean zeta raw =   1.810992543460151E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.001426  igrid zeta (*1e6)=     1426 ifilret=   0
   --- grid zeta raw=   1.426300281062361E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            2  ifh=          126
  
 segx, outlon=    325.794654739313       outlat=    44.9160452792559     
   ist=            2  ifcsthour=          126
   vmaxwind=    21.3701310243995       xminmslp=    100015.660000000     
   vradius=          147           0           0         123           0
           0         162           0           0         130           0
           0
   maxstorm=            6
   plastbar=    100815.660000000       rlastbar=    116.127704795771     
   rmax=    109.475539320151     
   cps_vals=    40.1594947756066       -31.1020797794538     
  -196.890553311844     
   wcore_flag= n
   istmspd=         -999  istmdir=         -999
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    207.000000000000     
   axisymet_rmw_val=     16.1585059712199     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 08L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   116.127704795771       irlastbar=         116
 output: plastbar=   100815.660000000       iplastbar=        1008
 rmax=    109.475539320151        irmax=          109
 TXX top of atcfunix_ext, ist=            2  ifh=          126
  
 in output_aext, tcv_storm_id= 08L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   116.127704795771       irlastbar=         116
 output: plastbar=   100815.660000000       iplastbar=        1008
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 08
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          126
 intlat=          449
 clatns= N
 intlon=          342
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           42
 int(xminmslp/mslp_outp_adj + 0.5)=         1000
 XX,  34, NEQ
 vradius(1,1)=          147
 vradius(1,2)=          123
 vradius(1,3)=          162
 vradius(1,4)=          130
 iplastbar=         1008
 irlastbar=          116
 irmax=          109
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          -99
 istmspd=          -99
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=          402
 icps_vals(2)=         -311
 icps_vals(3)=        -1969
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=          112
 irmw_val=           31
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          194
 igridzeta(1)=         1203
 imeanzeta(2)=          181
 igridzeta(2)=         1426
  
 rmax=    109.475539320151        irmax=          109
 +++ Top of output_atcf_parms, ist=            2  ifh=          126
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = SAOLA    
 !!! Storm ID = 09W 
    ---------------------------------------------
    |      *** TOP OF STORM LOOP ***             
    | Beginning of storm loop in tracker for
    | Storm number            4
    | Forecast hour:  126:00
    | Storm name = IDALIA   
    | Storm ID   = 10L 
    | Gen ID (if available): 2023082812_F000_206N_0852W_10L
    ---------------------------------------------
  
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   5.785771616068804E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.003 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.579E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.003
 ilonfix=         1056  jlatfix=          795  npts=           16
 ibeg=         1004  jbeg=          751  imax=         2738
 iend=         1108  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.301E  (0-360) ctlon=  287.301  (  72.699W)  ctlat=   34.183 fmax (x10e5) =        0.689E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for zeta at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.596678697056733E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.403 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.460E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.403
 ilonfix=         1056  jlatfix=          785  npts=           16
 ibeg=         1004  jbeg=          741  imax=         2738
 iend=         1108  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.201E  (0-360) ctlon=  287.201  (  72.799W)  ctlat=   34.183 fmax (x10e5) =        0.644E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 850 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.003 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.141E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.003
 ilonfix=         1056  jlatfix=          795  npts=           16
 ibeg=         1004  jbeg=          751  imax=         2738
 iend=         1108  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.301E  (0-360) ctlon=  287.301  (  72.699W)  ctlat=   34.183 fmax =       -0.100E+16 fmin =        0.141E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for hgt at 700 mb
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= hgt dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.003 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.308E+04
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= hgt k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.003
 ilonfix=         1056  jlatfix=          795  npts=           16
 ibeg=         1004  jbeg=          751  imax=         2738
 iend=         1108  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.301E  (0-360) ctlon=  287.301  (  72.699W)  ctlat=   34.183 fmax =       -0.100E+16 fmin =        0.308E+04
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for mslp
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= slp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.003 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+13 fmin =        0.999E+05
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= slp k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.003
 ilonfix=         1056  jlatfix=          795  npts=           16
 ibeg=         1004  jbeg=          751  imax=         2738
 iend=         1108  jend=          839  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.301E  (0-360) ctlon=  287.301  (  72.699W)  ctlat=   34.083 fmax =       -0.100E+16 fmin =        0.999E+05
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
          ---    ---    ---
 Now calling find_maxmin for sfc zeta
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= zeta dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.541 (0-360) guesslon=  287.541E  (  72.459W)   guesslat=   34.523
 ilonfix=         1059  jlatfix=          782  npts=           33
 ibeg=          983  jbeg=          714  imax=         2738
 iend=         1135  jend=          850  jmax=         2041
 TIMING: find_maxmin 1  22:33:50
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 !!! Zeta check, fmax=   4.634205035455608E-004  fmin=    1000000000000.00     
 After first run in find_maxmin, ctlon=  287.421E  (0-360) ctlon=  287.421E  (  72.579W)  ctlat=   34.403 fmax (x10e5) = 
 After first run in find_maxmin,  fmax (x10e5) =        0.463E+02 fmin (x10e5) =        0.100E+18
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:50
  
 find_maxmin nhalf loop, cparm= zeta k=            1
 guesslon=  287.421E   (0-360) guesslon=  287.421E  (  72.579W)   guesslat=   34.403
 ilonfix=         1056  jlatfix=          785  npts=           16
 ibeg=         1004  jbeg=          741  imax=         2738
 iend=         1108  jend=          829  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  287.301E  (0-360) ctlon=  287.301  (  72.699W)  ctlat=   34.183 fmax (x10e5) =        0.544E+02 fmin (x10e5) =        0.100E+21
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
           ---    ---    ---
 Now calling get_wind_circulation for 850 mb 
  
 Before first call to get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  inp%modtyp= regional
  cmaxmin= max
  nlev850=            1
  u(1,1,nlev850)=   -999.000000000000     
  u(imax,jmax,nlev850)=   -999.000000000000     
  imax=         2738   jmax=         2041
  uvgeslon=    287.326047811075        uvgeslat=    34.2356695292656     
    (0-360 uvgeslon)=    287.326047811075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  calcparm(3,ist)=  T
  clon(ist,ifh,3)=   0.000000000000000E+000
     (0-360) clon(ist,ifh,3)=   0.000000000000000E+000
  clat(ist,ifh,3)=   0.000000000000000E+000
  xval(3)=   0.000000000000000E+000
 TIMING: Before GWC 850 ... 22:33:50
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.326047811075        uvgeslat=    34.2356695292656     
    (0-360 uvgeslon)=    287.326047811075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            1
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.326047811075     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.326E  (0-360E lon):  287.326E    72.674W  ctlat=   34.236  xmax_circul_disk =     104313862.0
 TIMING: get_wind_circ kloop, k=  1   22:33:50
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.326E  (0-360E)=  287.326E  (  72.674W)   guesslat=   34.236
 ilonfix=         1053  jlatfix=          790  npts=           56
 ibeg=          981  jbeg=          726  imax=         2738
 iend=         1125  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    104722312.043380     
 nhalf get_wind_circ, k=  1 ctlon=  287.346E  (0-360E)=  287.346E  ctlon=   72.654W   ctlat=   34.136 Wind Circulation (NHEM: Max) =     104722312.0
 TIMING: After GWC 850 ... 22:33:51
  
           ---    ---    ---
 Now calling get_wind_circulation for 700 mb 
 TIMING: Before GWC 700 ... 22:33:51
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.326047811075        uvgeslat=    34.2356695292656     
    (0-360 uvgeslon)=    287.326047811075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            2
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.326047811075     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.326E  (0-360E lon):  287.326E    72.674W  ctlat=   34.236  xmax_circul_disk =      92562584.5
 TIMING: get_wind_circ kloop, k=  1   22:33:51
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.326E  (0-360E)=  287.326E  (  72.674W)   guesslat=   34.236
 ilonfix=         1053  jlatfix=          790  npts=           56
 ibeg=          981  jbeg=          726  imax=         2738
 iend=         1125  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    92556394.4215805     
 nhalf get_wind_circ, k=  1 ctlon=  287.346E  (0-360E)=  287.346E  ctlon=   72.654W   ctlat=   34.256 Wind Circulation (NHEM: Max) =      92556394.4
 TIMING: After GWC 700 ... 22:33:51
  
           ---    ---    ---
 Now calling get_wind_circulation for the
 surface (10m) level
 TIMING: Before GWC Sfc ... 22:33:51
  
 top of get_wind_circulation, 
  glatmax=    65.8000030000000     
  glatmin=   -15.8000000000000     
  glonmax=    354.750002000000     
  glonmin=    245.250000000000     
  trkrinfo%gridtype= regional
  cmodel_type= regional
  maxmin= max
  imax=         2738   jmax=         2041
  uvgeslon=    287.326047811075        uvgeslat=    34.2356695292656     
    (0-360 uvgeslon)=    287.326047811075     
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002  ist=            4
  cflag=  T
  ctlon=   0.000000000000000E+000  ctlat=   0.000000000000000E+000
  fxval=   0.000000000000000E+000
  igwcret=            0
  
 At beg of get_wind_circulation, rads=    250.000000000000       ri= 
   150.000000000000       dx=   3.999900000000000E-002  dy= 
  3.999900000000000E-002
  in get_wind_circulation, nlev=            5
  
 In get_wind_circulation, prior to first loop, 
    npts=           56  dell=   3.999900000000000E-002  rads= 
   250.000000000000     
    temp_grid_minlon=    245.250000000000     
    temp_guesslon=    287.326047811075     
  
 After first run, Wind Circulation (NHEM) ctlon=  287.326E  (0-360E lon):  287.326E    72.674W  ctlat=   34.236  xmax_circul_disk =      79275328.6
 TIMING: get_wind_circ kloop, k=  1   22:33:51
  
 get_wind_circ nhalf loop, k=            1
 wcirc guesslon=  287.326E  (0-360E)=  287.326E  (  72.674W)   guesslat=   34.236
 ilonfix=         1053  jlatfix=          790  npts=           56
 ibeg=          981  jbeg=          726  imax=         2738
 iend=         1125  jend=          854  jmax=         2041
 nhalf=            1  iskip=            3  rads=    125.000000000000     
  
 In get_wind_circulation, prior to loop k=            1
    npts=           56  dell=   1.999950000000000E-002  rads= 
   125.000000000000     
  
 ---> xmax_circul_disk=    79768975.6128698     
 nhalf get_wind_circ, k=  1 ctlon=  287.226E  (0-360E)=  287.226E  ctlon=   72.774W   ctlat=   34.136 Wind Circulation (NHEM: Max) =      79768975.6
 TIMING: After GWC Sfc ... 22:33:51
  
 At beg of fixcenter, stderr(ist,ifh-1) =     6.33  xavg_stderr=     5.67
 At beg of fixcenter, errpgro =    1.25000000000000     
 At beg of fixcenter, errinit =    225.000000000000     
 At beg of fixcenter, errpmax =    485.000000000000     
 At beg of fixcenter, ifh=           22  errmax=    225.000000000000     
  
 --------------------------------------------------
 Individual fixes follow..., fhr=   126:00  10L  IDALIA   
 Gen ID (if available): 2023082812_F000_206N_0852W_10L
 Model name = HFSA
 Values of -99.99 indicate that a fix was unable to be
 made for that paramater.  Parameters 4 & 6 are not
 used.  Vorticity data values are scaled by 1e5.
 Circulation data values are scaled by 1e-6.
 errdist is the distance that the position estimate is
 from the guess position for this time.  MSLP value 
 here may differ from that in the atcfunix file since 
 the one here is that derived from the area-averaged 
 barnes analysis, while that in the atcfunix file is 
 from a specific gridpoint.
 Guess location for this time:  287.54E   (0-360) guesslon=  287.54E  ( 72.46W)    34.52
  
 parm#    parm    Max/Min   Lon_fix(E)  Lon_fix(W)   Lat_fix   Max/Min_value   calcparm   errdist(km)
 -----    ----    -------   ----------  ----------   -------   -------------   --------   ----------
   1    zeta 850    Max       287.30       72.70      34.18           68.88       T         43.76
   2    zeta 700    Max       287.20       72.80      34.18           64.44       T         49.02
   3    circ 850    Max       287.35       72.65      34.14          104.72       T         46.62
   4    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   5    circ 700    Max       287.35       72.65      34.26           92.56       T         34.67
   6    NOT USED  NOT USED      0.00        0.00       0.00            0.00       F          0.00
   7     gph 850    Min       287.30       72.70      34.18         1410.62       T         43.76
   8     gph 700    Min       287.30       72.70      34.18         3075.37       T         43.76
   9        MSLP    Min       287.30       72.70      34.08        99868.56       T         53.66
  10    circ sfc    Max       287.23       72.77      34.14           79.77       T         51.85
  11    zeta sfc    Max       287.30       72.70      34.18           54.36       T         43.76
  12     thk 5-8    Max         0.00        0.00       0.00            0.00       F          0.00
  13     thk 2-5    Max         0.00        0.00       0.00            0.00       F          0.00
  14     thk 2-8    Max         0.00        0.00       0.00            0.00       F          0.00
  
 After stdevcalc, xmn_dist_from_mean=    5.47198441577079       stderr_close= 
   3.56642118205272       isret=            0
  
 NOTE: Since stderr_close had a value less than
 5, stderr_close has been forced to be equal
 to 5 in order to avoid dividing by zero later
 on in subroutine  wtavrg.
 ip=  1 kprm=  1 dist_from_mean=   1.731 devia=   0.346 wtpos=  0.89102     287.30   287.30    72.70    34.18
 ip=  2 kprm=  2 dist_from_mean=   8.479 devia=   1.696 wtpos=  0.56821     287.20   287.20    72.80    34.18
 ip=  3 kprm=  3 dist_from_mean=   6.281 devia=   1.256 wtpos=  0.65788     287.35   287.35    72.65    34.14
 ip=  5 kprm=  4 dist_from_mean=  10.833 devia=   2.167 wtpos=  0.48570     287.35   287.35    72.65    34.26
 ip=  7 kprm=  5 dist_from_mean=   1.731 devia=   0.346 wtpos=  0.89102     287.30   287.30    72.70    34.18
 ip=  8 kprm=  6 dist_from_mean=   1.731 devia=   0.346 wtpos=  0.89102     287.30   287.30    72.70    34.18
 ip=  9 kprm=  7 dist_from_mean=   9.652 devia=   1.930 wtpos=  0.52546     287.30   287.30    72.70    34.08
 ip= 10 kprm=  8 dist_from_mean=   7.080 devia=   1.416 wtpos=  0.62376     287.23   287.23    72.77    34.14
 ip= 11 kprm=  9 dist_from_mean=   1.731 devia=   0.346 wtpos=  0.89102     287.30   287.30    72.70    34.18
  
At end of fixcenter:  10L   fhr=  126:00   Fix position=   287.29E  (0-360) fixlon=  287.29  ( 72.71W)    34.17
  >>> Raw, unadjusted value of fixlon(ist,ifh)=    287.292603707362     
  
  ttest, ifret=            0
  ttest, calcparm(9,ist)=  T
  Before call to is_it_a_storm for MSLP
      clon(ist,ifh,9)=    287.300593901984     
        (0-360E clon(ist,ifh,9))=    287.300593901984     
      clat(ist,ifh,9)=    34.0829460747202     
      xval(9)=    99868.5572409256     
  
  After get_ij B, ibeg jbeg =          942         655
  After get_ij B, iend jend =         1164         931
  
 In is_it_a_storm, ilonfix=         1053  jlatfix=          793
 ibeg jbeg iend jend =          942         655        1164         931
 cparm= slp  parmlon parmlat =    287.300593901984        34.0829460747202     
     (0-360E parmlon) =    287.300593901984     
 parmval=    99868.5572409256     
  
 i= 1027 j=  730 glon=  286.29 (0-360E) glon=  286.29 glat=  36.64 dist=   298.84 slp=  101490.78 pgradient=  5.42849
  
 In is_it_a_storm, valid pgradient found.
 pgradient threshold =  0.00150
 pgradient found     =  5.42849
 mslp center =    287.300593901984        34.0829460747202     
   99868.5572409256     
   (0-360E) lon of mslp center =    287.300593901984     
 pgrad loc   =    286.288974000000        286.288974000000     
   73.7110260000000        36.6407320000000        101490.780000000     
  ttest at location C IF....
      xinp_fixlat=    34.0829460747202     
      xinp_fixlon=    287.300593901984       (0-360E) xinp_fixlon= 
   287.300593901984     
  ttest at location D
  ttest at location E, ifilret=            0  gridpoint_maxmin= 
   99112.1400000000     
  ttest at location F
  
 Before call to probe_for_boundary,
 ifix=         1049  jfix=          792
 longitude=    287.300593901984      E   (   72.6994060980161      
 W)  (0-360E) xinp_fixlon=    287.300593901984     
 latitude=    34.0829460747202     
 mean mslp value (xval(9))=    99868.5572409256     
 close_to_boundary= n
  
 Before call to check_closed_contour, 
 ifix=         1049  jfix=          792
 longitude=    287.300593901984      E   (   72.6994060980161      
 W)  (0-360E) xinp_fixlon=    287.300593901984     
 latitude=    34.0829460747202     
 mean mslp value (xval(9))=    99868.5572409256     
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1049  jx=          792
 *-----------------------------------------------*
  
 fxy(ix,jx)=    99112.1400000000       xcentval=    99112.1400000000     
 At A, num_found_contours=            0
 At A, contlo=    99112.1400000000       conthi=    99512.1400000000     
  
 num_found_contours=            0
 contlo=    99112.1400000000       conthi=    99512.1400000000     
 xcentval=    99112.1400000000     
  
 +++ Closed contour found 
 At A, num_found_contours=            1
 At A, contlo=    99512.1400000000       conthi=    99912.1400000000     
  
 num_found_contours=            1
 contlo=    99512.1400000000       conthi=    99912.1400000000     
 xcentval=    99112.1400000000     
 At A, num_found_contours=            2
 At A, contlo=    99912.1400000000       conthi=    100312.140000000     
  
 num_found_contours=            2
 contlo=    99912.1400000000       conthi=    100312.140000000     
 xcentval=    99112.1400000000     
 At A, num_found_contours=            3
 At A, contlo=    100312.140000000       conthi=    100712.140000000     
  
 num_found_contours=            3
 contlo=    100312.140000000       conthi=    100712.140000000     
 xcentval=    99112.1400000000     
 At A, num_found_contours=            4
 At A, contlo=    100712.140000000       conthi=    101112.140000000     
  
 num_found_contours=            4
 contlo=    100712.140000000       conthi=    101112.140000000     
 xcentval=    99112.1400000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (        1153 ,         922 ), we hit a data
 !!!    value that is less (greater) than the
 !!!    current contour interval bound for a
 !!!    min (max) and/or is less (greater) 
 !!!    than the minimum (maximum) central 
 !!!    value that we are centering the 
 !!!    search on.
 !!!    
 !!! Central value      =    99112.1400000000     
 !!! (i,j) of central value = (        1049 ,         792 )
 !!!  
 !!! Flagged value found    =    100699.260000000     
 !!! (i,j) of flagged value = (        1154 ,         923 )
 !!!   
 !!! Lower bound of contour interval =    100712.140000000     
 !!! Upper bound of contour interval =    101112.140000000     
 !!! Contour interval =    400.000000000000     
 !!!    
 !!! closed_contour flag = y
 !!! 
  
 After call to check_closed_contour 
 to determine ROCI.
 Contour interval threshold used=    400.000000000000     
 ifix=         1049  jfix=          792
 longitude=    287.300593901984      E   (   72.6994060980161      W)  
 (0-360E) xinp_fixlon=    287.300593901984     
 latitude=    34.0829460747202     
 mean mslp value (xval(9))=    99868.5572409256     
 gridpoint mslp value=    99112.1400000000     
 ccflag= y
 prs of last closed isobar =    100712.140000000     
 radius of last closed isobar =    61.7401348682848       nm
  
  
 !!! Storm ID = 10L 
 !!! Storm    = IDALIA   
 !!! Fcst hr  =  126:00
 !!! Boundary check xinp_fixlat is   34.08
 !!! Boundary check xinp_fixlon is   72.70W   ( 287.30E)  (0-360E) xinp_fixlon=  287.30
  
 Checking 850 mb Vt speed using 850 mb 
 wind circulation fix: 
  850 mb wcirc fix lon=    287.346047311075     
  850 mb wcirc fix lat=    34.1356720292656     
    (0-360) 850 mb wcirc fix lon=    287.346047311075     
  Multi-parm fix lon=      287.292603707362     
  Multi-parm fix lat=      34.1708336421433     
    (0-360) Multi-parm fix lon=      287.292603707362     
  
  
  After get_ij B, ibeg jbeg =          960         688
  After get_ij B, iend jend =         1148         896
  
 In is_it_a_storm, ilonfix=         1054  jlatfix=          792
 ibeg jbeg iend jend =          960         688        1148         896
 cparm= v850  parmlon parmlat =    287.346047311075        34.1356720292656     
     (0-360E parmlon) =    287.346047311075     
 parmval=    104722312.043380     
  
 i= 1045 j=  743 glon=  287.01 (0-360E) glon=  287.01 glat=  36.12 u= -19.7100 v=  -2.3400 vr=   0.41006 vt=  19.84418
 i= 1050 j=  743 glon=  287.21 (0-360E) glon=  287.21 glat=  36.12 u= -18.9200 v=  -2.7200 vr=  -1.64227 vt=  19.04384
 i= 1055 j=  743 glon=  287.41 (0-360E) glon=  287.41 glat=  36.12 u= -18.7600 v=   0.1900 vr=  -0.29896 vt=  18.75858
 i= 1060 j=  743 glon=  287.61 (0-360E) glon=  287.61 glat=  36.12 u= -18.6200 v=   2.0300 vr=   0.00102 vt=  18.73033
 i= 1065 j=  743 glon=  287.81 (0-360E) glon=  287.81 glat=  36.12 u= -19.4900 v=   4.3200 vr=   0.56962 vt=  19.95490
 i= 1025 j=  748 glon=  286.21 (0-360E) glon=  286.21 glat=  35.92 u= -18.9000 v= -10.2000 vr=  -0.24266 vt=  21.47536
 i= 1030 j=  748 glon=  286.41 (0-360E) glon=  286.41 glat=  35.92 u= -20.2000 v=  -9.5700 vr=  -0.76311 vt=  22.33926
 i= 1035 j=  748 glon=  286.61 (0-360E) glon=  286.61 glat=  35.92 u= -20.6500 v=  -5.7100 vr=   1.24395 vt=  21.38876
 i= 1040 j=  748 glon=  286.81 (0-360E) glon=  286.81 glat=  35.92 u= -21.9700 v=  -3.0500 vr=   2.32342 vt=  22.05867
 i= 1045 j=  748 glon=  287.01 (0-360E) glon=  287.01 glat=  35.92 u= -21.6100 v=  -2.4800 vr=   0.86951 vt=  21.73445
 i= 1050 j=  748 glon=  287.21 (0-360E) glon=  287.21 glat=  35.92 u= -21.3400 v=  -1.9100 vr=  -0.55960 vt=  21.41800
 i= 1055 j=  748 glon=  287.41 (0-360E) glon=  287.41 glat=  35.92 u= -21.1800 v=   0.5400 vr=  -0.07436 vt=  21.18675
 i= 1060 j=  748 glon=  287.61 (0-360E) glon=  287.61 glat=  35.92 u= -22.6000 v=   5.7000 vr=   2.93819 vt=  23.12179
 i= 1065 j=  748 glon=  287.81 (0-360E) glon=  287.81 glat=  35.92 u= -22.4600 v=   7.9100 vr=   3.04547 vt=  23.61662
 i= 1070 j=  748 glon=  288.01 (0-360E) glon=  288.01 glat=  35.92 u= -19.9900 v=   9.0500 vr=   2.80736 vt=  21.76284
 i= 1075 j=  748 glon=  288.21 (0-360E) glon=  288.21 glat=  35.92 u= -17.3800 v=   8.5800 vr=   1.54011 vt=  19.32120
 i= 1080 j=  748 glon=  288.41 (0-360E) glon=  288.41 glat=  35.92 u= -17.6700 v=   9.6000 vr=   0.83239 vt=  20.09219
 i= 1020 j=  753 glon=  286.01 (0-360E) glon=  286.01 glat=  35.72 u= -17.8600 v= -11.8900 vr=   0.45058 vt=  21.45108
 i= 1025 j=  753 glon=  286.21 (0-360E) glon=  286.21 glat=  35.72 u= -17.3100 v= -12.8000 vr=  -2.19772 vt=  21.41602
 i= 1030 j=  753 glon=  286.41 (0-360E) glon=  286.41 glat=  35.72 u= -19.0800 v= -12.4400 vr=  -2.82027 vt=  22.60190
 i= 1035 j=  753 glon=  286.61 (0-360E) glon=  286.61 glat=  35.72 u= -21.8600 v=  -8.1100 vr=   0.25165 vt=  23.31455
 i= 1040 j=  753 glon=  286.81 (0-360E) glon=  286.81 glat=  35.72 u= -23.3400 v=  -4.9100 vr=   1.54790 vt=  23.80058
 i= 1045 j=  753 glon=  287.01 (0-360E) glon=  287.01 glat=  35.72 u= -24.2400 v=  -1.4800 vr=   2.72557 vt=  24.13171
 i= 1050 j=  753 glon=  287.21 (0-360E) glon=  287.21 glat=  35.72 u= -23.9600 v=   0.9800 vr=   2.68035 vt=  23.82977
 i= 1055 j=  753 glon=  287.41 (0-360E) glon=  287.41 glat=  35.72 u= -22.3600 v=  -1.0200 vr=  -1.74997 vt=  22.31474
 i= 1060 j=  753 glon=  287.61 (0-360E) glon=  287.61 glat=  35.72 u= -25.9000 v=  -1.5600 vr=  -5.05195 vt=  25.45037
 i= 1065 j=  753 glon=  287.81 (0-360E) glon=  287.81 glat=  35.72 u= -21.9900 v=   1.8300 vr=  -3.36533 vt=  21.80788
 i= 1070 j=  753 glon=  288.01 (0-360E) glon=  288.01 glat=  35.72 u= -21.3300 v=   2.5600 vr=  -4.53069 vt=  20.99989
 i= 1075 j=  753 glon=  288.21 (0-360E) glon=  288.21 glat=  35.72 u= -22.3000 v=   5.0300 vr=  -4.54302 vt=  22.40428
 i= 1080 j=  753 glon=  288.41 (0-360E) glon=  288.41 glat=  35.72 u= -18.6600 v=   8.7000 vr=  -1.41957 vt=  20.53948
 i= 1085 j=  753 glon=  288.61 (0-360E) glon=  288.61 glat=  35.72 u= -15.9700 v=   7.1500 vr=  -2.80135 vt=  17.27182
 i= 1090 j=  753 glon=  288.81 (0-360E) glon=  288.81 glat=  35.72 u= -14.2700 v=   9.2900 vr=  -1.26352 vt=  16.98059
 i= 1010 j=  758 glon=  285.61 (0-360E) glon=  285.61 glat=  35.52 u= -15.7000 v= -13.5500 vr=   1.90926 vt=  20.65060
 i= 1015 j=  758 glon=  285.81 (0-360E) glon=  285.81 glat=  35.52 u= -16.7700 v= -13.8300 vr=   1.15181 vt=  21.70657
 i= 1020 j=  758 glon=  286.01 (0-360E) glon=  286.01 glat=  35.52 u= -17.2700 v= -14.6700 vr=  -0.69729 vt=  22.64896
 i= 1025 j=  758 glon=  286.21 (0-360E) glon=  286.21 glat=  35.52 u= -18.6400 v= -15.8200 vr=  -2.63434 vt=  24.30601
 i= 1030 j=  758 glon=  286.41 (0-360E) glon=  286.41 glat=  35.52 u= -19.6300 v= -16.1000 vr=  -4.48693 vt=  24.98828
 i= 1035 j=  758 glon=  286.61 (0-360E) glon=  286.61 glat=  35.52 u= -23.0800 v= -11.4100 vr=  -1.17033 vt=  25.71974
 i= 1040 j=  758 glon=  286.81 (0-360E) glon=  286.81 glat=  35.52 u= -25.7300 v=  -6.8500 vr=   1.31189 vt=  26.59388
 i= 1045 j=  758 glon=  287.01 (0-360E) glon=  287.01 glat=  35.52 u= -24.7200 v=  -4.7900 vr=   0.16642 vt=  25.17925
 i= 1050 j=  758 glon=  287.21 (0-360E) glon=  287.21 glat=  35.52 u= -19.3100 v=  -3.3100 vr=  -1.72879 vt=  19.51521
 i= 1055 j=  758 glon=  287.41 (0-360E) glon=  287.41 glat=  35.52 u= -17.9000 v=   3.3100 vr=   2.63813 vt=  18.01128
 i= 1060 j=  758 glon=  287.61 (0-360E) glon=  287.61 glat=  35.52 u= -21.4300 v=   1.1000 vr=  -2.22594 vt=  21.34245
 i= 1065 j=  758 glon=  287.81 (0-360E) glon=  287.81 glat=  35.52 u= -20.0800 v=  -9.6600 vr= -14.64718 vt=  16.79232
 i= 1070 j=  758 glon=  288.01 (0-360E) glon=  288.01 glat=  35.52 u= -20.8200 v=  -0.8500 vr=  -8.43506 vt=  19.05373
 i= 1075 j=  758 glon=  288.21 (0-360E) glon=  288.21 glat=  35.52 u= -21.4800 v=   5.7100 vr=  -4.74220 vt=  21.71419
 i= 1080 j=  758 glon=  288.41 (0-360E) glon=  288.41 glat=  35.52 u= -20.2000 v=   8.2800 vr=  -3.81664 vt=  21.49492
 i= 1085 j=  758 glon=  288.61 (0-360E) glon=  288.61 glat=  35.52 u= -17.8100 v=   8.8000 vr=  -3.68730 vt=  19.52024
 i= 1090 j=  758 glon=  288.81 (0-360E) glon=  288.81 glat=  35.52 u= -15.7900 v=   9.7400 vr=  -3.05024 vt=  18.29994
 i= 1095 j=  758 glon=  289.01 (0-360E) glon=  289.01 glat=  35.52 u= -14.2400 v=  10.5600 vr=  -2.54620 vt=  17.54446
 i= 1005 j=  763 glon=  285.41 (0-360E) glon=  285.41 glat=  35.32 u= -13.7800 v= -14.9000 vr=   2.25350 vt=  20.16978
 i= 1010 j=  763 glon=  285.61 (0-360E) glon=  285.61 glat=  35.32 u= -15.1200 v= -15.8700 vr=   1.59155 vt=  21.86180
 i= 1015 j=  763 glon=  285.81 (0-360E) glon=  285.81 glat=  35.32 u= -17.1600 v= -15.8300 vr=   1.77288 vt=  23.27899
 i= 1020 j=  763 glon=  286.01 (0-360E) glon=  286.01 glat=  35.32 u= -17.7800 v= -16.5000 vr=   0.07034 vt=  24.25641
 i= 1025 j=  763 glon=  286.21 (0-360E) glon=  286.21 glat=  35.32 u= -18.2200 v= -17.8600 vr=  -2.67120 vt=  25.37346
 i= 1030 j=  763 glon=  286.41 (0-360E) glon=  286.41 glat=  35.32 u= -20.0200 v= -17.1000 vr=  -3.36896 vt=  26.11246
 i= 1035 j=  763 glon=  286.61 (0-360E) glon=  286.61 glat=  35.32 u= -19.5300 v= -13.8400 vr=  -3.39130 vt=  23.69526
 i= 1040 j=  763 glon=  286.81 (0-360E) glon=  286.81 glat=  35.32 u= -23.0700 v= -10.2000 vr=  -1.47282 vt=  25.18126
 i= 1045 j=  763 glon=  287.01 (0-360E) glon=  287.01 glat=  35.32 u= -23.4300 v= -10.1400 vr=  -4.51950 vt=  25.12685
 i= 1050 j=  763 glon=  287.21 (0-360E) glon=  287.21 glat=  35.32 u= -23.6600 v=  -5.3500 vr=  -3.07848 vt=  24.06119
 i= 1055 j=  763 glon=  287.41 (0-360E) glon=  287.41 glat=  35.32 u= -21.2300 v=  -0.8800 vr=  -1.80761 vt=  21.17120
 i= 1060 j=  763 glon=  287.61 (0-360E) glon=  287.61 glat=  35.32 u= -26.4400 v=  -1.7700 vr=  -6.50016 vt=  25.68958
 i= 1065 j=  763 glon=  287.81 (0-360E) glon=  287.81 glat=  35.32 u= -29.0200 v=   7.8900 vr=  -1.39173 vt=  30.04123
 i= 1070 j=  763 glon=  288.01 (0-360E) glon=  288.01 glat=  35.32 u= -23.4600 v=  13.1600 vr=   2.11438 vt=  26.81579
 i= 1075 j=  763 glon=  288.21 (0-360E) glon=  288.21 glat=  35.32 u= -21.4600 v=  13.0800 vr=   0.15099 vt=  25.13156
 i= 1080 j=  763 glon=  288.41 (0-360E) glon=  288.41 glat=  35.32 u= -19.8800 v=  13.1000 vr=  -1.31290 vt=  23.77185
 i= 1085 j=  763 glon=  288.61 (0-360E) glon=  288.61 glat=  35.32 u= -17.9600 v=  14.1800 vr=  -1.23684 vt=  22.84960
 i= 1090 j=  763 glon=  288.81 (0-360E) glon=  288.81 glat=  35.32 u= -15.7900 v=  14.4900 vr=  -1.15075 vt=  21.40000
 i= 1095 j=  763 glon=  289.01 (0-360E) glon=  289.01 glat=  35.32 u= -14.1900 v=  14.4900 vr=  -1.31103 vt=  20.23851
 i= 1100 j=  763 glon=  289.21 (0-360E) glon=  289.21 glat=  35.32 u= -13.1900 v=  13.7400 vr=  -2.10754 vt=  18.92939
 i= 1000 j=  768 glon=  285.21 (0-360E) glon=  285.21 glat=  35.12 u= -12.4400 v= -15.4200 vr=   3.42070 vt=  19.51484
 i= 1005 j=  768 glon=  285.41 (0-360E) glon=  285.41 glat=  35.12 u= -12.6500 v= -16.8500 vr=   2.00314 vt=  20.97457
 i= 1010 j=  768 glon=  285.61 (0-360E) glon=  285.61 glat=  35.12 u= -14.6000 v= -17.1000 vr=   2.41403 vt=  22.35492
 i= 1015 j=  768 glon=  285.81 (0-360E) glon=  285.81 glat=  35.12 u= -15.2800 v= -18.1100 vr=   1.01687 vt=  23.67312
 i= 1020 j=  768 glon=  286.01 (0-360E) glon=  286.01 glat=  35.12 u= -17.0600 v= -17.8700 vr=   0.87113 vt=  24.69052
 i= 1025 j=  768 glon=  286.21 (0-360E) glon=  286.21 glat=  35.12 u= -20.3900 v= -17.9500 vr=   1.10318 vt=  27.14291
 i= 1030 j=  768 glon=  286.41 (0-360E) glon=  286.41 glat=  35.12 u= -19.9600 v= -14.3400 vr=   1.06744 vt=  24.55398
 i= 1035 j=  768 glon=  286.61 (0-360E) glon=  286.61 glat=  35.12 u= -23.9000 v= -15.0100 vr=  -0.20010 vt=  28.22180
 i= 1040 j=  768 glon=  286.81 (0-360E) glon=  286.81 glat=  35.12 u= -23.5900 v=  -6.4500 vr=   3.80295 vt=  24.15840
 i= 1045 j=  768 glon=  287.01 (0-360E) glon=  287.01 glat=  35.12 u= -12.9100 v= -16.4500 vr= -12.32125 vt=  16.89549
 i= 1050 j=  768 glon=  287.21 (0-360E) glon=  287.21 glat=  35.12 u= -17.8600 v= -21.7100 vr= -19.53024 vt=  20.22062
 i= 1055 j=  768 glon=  287.41 (0-360E) glon=  287.41 glat=  35.12 u= -25.8800 v=  -4.5600 vr=  -5.91552 vt=  25.60419
 i= 1060 j=  768 glon=  287.61 (0-360E) glon=  287.61 glat=  35.12 u= -25.2200 v=   8.7500 vr=   3.11994 vt=  26.51183
 i= 1065 j=  768 glon=  287.81 (0-360E) glon=  287.81 glat=  35.12 u= -21.5900 v=  16.1200 vr=   7.21966 vt=  25.95880
 i= 1070 j=  768 glon=  288.01 (0-360E) glon=  288.01 glat=  35.12 u= -22.1800 v=  14.7500 vr=   2.11647 vt=  26.55250
 i= 1075 j=  768 glon=  288.21 (0-360E) glon=  288.21 glat=  35.12 u= -20.4600 v=  15.9900 vr=   0.95334 vt=  25.94962
 i= 1080 j=  768 glon=  288.41 (0-360E) glon=  288.41 glat=  35.12 u= -17.9200 v=  16.9400 vr=   0.70579 vt=  24.64938
 i= 1085 j=  768 glon=  288.61 (0-360E) glon=  288.61 glat=  35.12 u= -17.0100 v=  17.1100 vr=  -0.64868 vt=  24.11787
 i= 1090 j=  768 glon=  288.81 (0-360E) glon=  288.81 glat=  35.12 u= -15.3900 v=  17.1700 vr=  -1.11925 vt=  23.03059
 i= 1095 j=  768 glon=  289.01 (0-360E) glon=  289.01 glat=  35.12 u= -13.5300 v=  16.6400 vr=  -1.34624 vt=  21.40416
 i= 1100 j=  768 glon=  289.21 (0-360E) glon=  289.21 glat=  35.12 u= -12.1600 v=  16.1300 vr=  -1.60241 vt=  20.13640
 i= 1105 j=  768 glon=  289.41 (0-360E) glon=  289.41 glat=  35.12 u= -11.0300 v=  15.8100 vr=  -1.70275 vt=  19.20202
 i= 1000 j=  773 glon=  285.21 (0-360E) glon=  285.21 glat=  34.92 u= -11.0100 v= -16.9800 vr=   3.24659 vt=  19.97499
 i= 1005 j=  773 glon=  285.41 (0-360E) glon=  285.41 glat=  34.92 u= -12.0100 v= -18.0500 vr=   2.91205 vt=  21.48401
 i= 1010 j=  773 glon=  285.61 (0-360E) glon=  285.61 glat=  34.92 u= -12.0100 v= -18.7100 vr=   1.62594 vt=  22.17342
 i= 1015 j=  773 glon=  285.81 (0-360E) glon=  285.81 glat=  34.92 u= -14.2300 v= -20.2100 vr=   1.53871 vt=  24.66920
 i= 1020 j=  773 glon=  286.01 (0-360E) glon=  286.01 glat=  34.92 u= -13.9200 v= -18.1000 vr=   0.90568 vt=  22.81570
 i= 1025 j=  773 glon=  286.21 (0-360E) glon=  286.21 glat=  34.92 u= -15.5400 v= -18.3700 vr=   0.17808 vt=  24.06069
 i= 1030 j=  773 glon=  286.41 (0-360E) glon=  286.41 glat=  34.92 u= -25.7400 v= -18.6000 vr=   4.85738 vt=  31.38333
 i= 1035 j=  773 glon=  286.61 (0-360E) glon=  286.61 glat=  34.92 u= -23.1400 v= -22.0500 vr=  -3.22678 vt=  31.80016
 i= 1040 j=  773 glon=  286.81 (0-360E) glon=  286.81 glat=  34.92 u= -28.9900 v= -18.6100 vr=  -1.93348 vt=  34.39497
 i= 1045 j=  773 glon=  287.01 (0-360E) glon=  287.01 glat=  34.92 u= -28.6800 v=  -8.6300 vr=   1.45290 vt=  29.91502
 i= 1050 j=  773 glon=  287.21 (0-360E) glon=  287.21 glat=  34.92 u= -25.4000 v=  -3.3100 vr=   0.34919 vt=  25.61238
 i= 1055 j=  773 glon=  287.41 (0-360E) glon=  287.41 glat=  34.92 u= -23.5100 v=   4.6500 vr=   3.08789 vt=  23.76568
 i= 1060 j=  773 glon=  287.61 (0-360E) glon=  287.61 glat=  34.92 u= -22.2500 v=   9.5200 vr=   3.24471 vt=  23.98259
 i= 1065 j=  773 glon=  287.81 (0-360E) glon=  287.81 glat=  34.92 u= -21.7200 v=  12.4400 vr=   1.67159 vt=  24.97434
 i= 1070 j=  773 glon=  288.01 (0-360E) glon=  288.01 glat=  34.92 u= -20.2100 v=  16.3800 vr=   1.86390 vt=  25.94753
 i= 1075 j=  773 glon=  288.21 (0-360E) glon=  288.21 glat=  34.92 u= -18.7800 v=  17.6600 vr=   0.43109 vt=  25.77553
 i= 1080 j=  773 glon=  288.41 (0-360E) glon=  288.41 glat=  34.92 u= -17.4300 v=  18.1700 vr=  -0.91387 vt=  25.16185
 i= 1085 j=  773 glon=  288.61 (0-360E) glon=  288.61 glat=  34.92 u= -15.6300 v=  18.9100 vr=  -1.16236 vt=  24.50579
 i= 1090 j=  773 glon=  288.81 (0-360E) glon=  288.81 glat=  34.92 u= -14.0600 v=  19.0300 vr=  -1.47900 vt=  23.61434
 i= 1095 j=  773 glon=  289.01 (0-360E) glon=  289.01 glat=  34.92 u= -12.9500 v=  18.8900 vr=  -1.93724 vt=  22.82064
 i= 1100 j=  773 glon=  289.21 (0-360E) glon=  289.21 glat=  34.92 u= -11.0200 v=  18.6400 vr=  -1.42163 vt=  21.60715
 i= 1105 j=  773 glon=  289.41 (0-360E) glon=  289.41 glat=  34.92 u= -10.3800 v=  17.7400 vr=  -2.08842 vt=  20.44726
 i= 1110 j=  773 glon=  289.61 (0-360E) glon=  289.61 glat=  34.92 u=  -9.5700 v=  17.0200 vr=  -2.32354 vt=  19.38728
 i=  995 j=  778 glon=  285.01 (0-360E) glon=  285.01 glat=  34.72 u= -10.2800 v= -16.7600 vr=   5.08048 vt=  18.99381
 i= 1000 j=  778 glon=  285.21 (0-360E) glon=  285.21 glat=  34.72 u=  -9.6500 v= -18.1700 vr=   3.54285 vt=  20.26622
 i= 1005 j=  778 glon=  285.41 (0-360E) glon=  285.41 glat=  34.72 u= -11.0700 v= -18.9900 vr=   3.96921 vt=  21.61968
 i= 1010 j=  778 glon=  285.61 (0-360E) glon=  285.61 glat=  34.72 u=  -9.9700 v= -20.4200 vr=   1.60794 vt=  22.66698
 i= 1015 j=  778 glon=  285.81 (0-360E) glon=  285.81 glat=  34.72 u= -10.9400 v= -20.6700 vr=   1.36080 vt=  23.34696
 i= 1020 j=  778 glon=  286.01 (0-360E) glon=  286.01 glat=  34.72 u= -14.3800 v= -21.9200 vr=   2.51621 vt=  26.09482
 i= 1025 j=  778 glon=  286.21 (0-360E) glon=  286.21 glat=  34.72 u= -20.1700 v= -24.6200 vr=   4.17028 vt=  31.55285
 i= 1030 j=  778 glon=  286.41 (0-360E) glon=  286.41 glat=  34.72 u= -28.6700 v= -27.0400 vr=   6.62840 vt=  38.84836
 i= 1035 j=  778 glon=  286.61 (0-360E) glon=  286.61 glat=  34.72 u= -23.7200 v= -14.8900 vr=   6.81497 vt=  27.16444
 i= 1040 j=  778 glon=  286.81 (0-360E) glon=  286.81 glat=  34.72 u= -25.3700 v= -11.4400 vr=   6.22939 vt=  27.12389
 i= 1045 j=  778 glon=  287.01 (0-360E) glon=  287.01 glat=  34.72 u= -27.8500 v=  -7.1300 vr=   5.53686 vt=  28.20997
 i= 1050 j=  778 glon=  287.21 (0-360E) glon=  287.21 glat=  34.72 u= -28.8400 v=   0.2400 vr=   5.71768 vt=  28.26856
 i= 1055 j=  778 glon=  287.41 (0-360E) glon=  287.41 glat=  34.72 u= -28.3600 v=   8.6800 vr=   6.13678 vt=  29.01675
 i= 1060 j=  778 glon=  287.61 (0-360E) glon=  287.61 glat=  34.72 u= -25.5400 v=  14.8500 vr=   5.03039 vt=  29.11201
 i= 1065 j=  778 glon=  287.81 (0-360E) glon=  287.81 glat=  34.72 u= -21.8900 v=  16.8000 vr=   2.07570 vt=  27.51552
 i= 1070 j=  778 glon=  288.01 (0-360E) glon=  288.01 glat=  34.72 u= -19.8100 v=  16.9400 vr=  -1.19101 vt=  26.03807
 i= 1075 j=  778 glon=  288.21 (0-360E) glon=  288.21 glat=  34.72 u= -17.2900 v=  17.0000 vr=  -2.61161 vt=  24.10651
 i= 1080 j=  778 glon=  288.41 (0-360E) glon=  288.41 glat=  34.72 u= -16.3400 v=  20.3200 vr=  -2.37912 vt=  25.96609
 i= 1085 j=  778 glon=  288.61 (0-360E) glon=  288.61 glat=  34.72 u= -14.1700 v=  20.1500 vr=  -2.56274 vt=  24.49987
 i= 1090 j=  778 glon=  288.81 (0-360E) glon=  288.81 glat=  34.72 u= -12.8300 v=  20.7600 vr=  -2.57429 vt=  24.26849
 i= 1095 j=  778 glon=  289.01 (0-360E) glon=  289.01 glat=  34.72 u= -11.7100 v=  20.8800 vr=  -2.67628 vt=  23.78941
 i= 1100 j=  778 glon=  289.21 (0-360E) glon=  289.21 glat=  34.72 u= -10.3100 v=  20.1200 vr=  -2.57931 vt=  22.46013
 i= 1105 j=  778 glon=  289.41 (0-360E) glon=  289.41 glat=  34.72 u=  -9.3800 v=  19.5500 vr=  -2.62379 vt=  21.52447
 i= 1110 j=  778 glon=  289.61 (0-360E) glon=  289.61 glat=  34.72 u=  -8.5800 v=  18.3400 vr=  -2.81489 vt=  20.05114
 i=  995 j=  783 glon=  285.01 (0-360E) glon=  285.01 glat=  34.52 u=  -9.1100 v= -17.6800 vr=   5.58724 vt=  19.08814
 i= 1000 j=  783 glon=  285.21 (0-360E) glon=  285.21 glat=  34.52 u=  -8.2300 v= -19.1400 vr=   4.07022 vt=  20.43296
 i= 1005 j=  783 glon=  285.41 (0-360E) glon=  285.41 glat=  34.52 u=  -9.9000 v= -20.0300 vr=   5.04258 vt=  21.76656
 i= 1010 j=  783 glon=  285.61 (0-360E) glon=  285.61 glat=  34.52 u=  -8.8100 v= -20.3000 vr=   3.34017 vt=  21.87577
 i= 1015 j=  783 glon=  285.81 (0-360E) glon=  285.81 glat=  34.52 u= -13.4400 v= -21.1100 vr=   6.82440 vt=  24.07682
 i= 1020 j=  783 glon=  286.01 (0-360E) glon=  286.01 glat=  34.52 u= -14.0000 v= -23.2900 vr=   5.63731 vt=  26.58279
 i= 1025 j=  783 glon=  286.21 (0-360E) glon=  286.21 glat=  34.52 u= -20.3100 v= -30.5800 vr=   7.28865 vt=  35.97927
 i= 1030 j=  783 glon=  286.41 (0-360E) glon=  286.41 glat=  34.52 u= -17.5000 v= -21.5700 vr=   6.11968 vt=  27.09362
 i= 1035 j=  783 glon=  286.61 (0-360E) glon=  286.61 glat=  34.52 u= -19.2200 v= -19.1400 vr=   6.05678 vt=  26.43981
 i= 1040 j=  783 glon=  286.81 (0-360E) glon=  286.81 glat=  34.52 u= -20.0700 v= -18.0300 vr=   3.36902 vt=  26.76818
 i= 1045 j=  783 glon=  287.01 (0-360E) glon=  287.01 glat=  34.52 u= -25.5900 v= -13.0000 vr=   4.47893 vt=  28.35114
 i= 1050 j=  783 glon=  287.21 (0-360E) glon=  287.21 glat=  34.52 u= -31.2600 v=  -2.8000 vr=   6.14084 vt=  30.77853
 i= 1055 j=  783 glon=  287.41 (0-360E) glon=  287.41 glat=  34.52 u= -27.8900 v=   9.1200 vr=   5.30574 vt=  28.85958
 i= 1060 j=  783 glon=  287.61 (0-360E) glon=  287.61 glat=  34.52 u= -24.7400 v=  17.1800 vr=   2.79707 vt=  29.98994
 i= 1065 j=  783 glon=  287.81 (0-360E) glon=  287.81 glat=  34.52 u= -20.1700 v=  22.2100 vr=   1.51971 vt=  29.96337
 i= 1070 j=  783 glon=  288.01 (0-360E) glon=  288.01 glat=  34.52 u= -17.3700 v=  21.7500 vr=  -1.73739 vt=  27.78058
 i= 1075 j=  783 glon=  288.21 (0-360E) glon=  288.21 glat=  34.52 u= -14.7000 v=  19.6900 vr=  -3.62224 vt=  24.30361
 i= 1080 j=  783 glon=  288.41 (0-360E) glon=  288.41 glat=  34.52 u= -14.1600 v=  20.0400 vr=  -4.97822 vt=  24.02758
 i= 1085 j=  783 glon=  288.61 (0-360E) glon=  288.61 glat=  34.52 u= -12.7700 v=  21.7600 vr=  -4.51922 vt=  24.82231
 i= 1090 j=  783 glon=  288.81 (0-360E) glon=  288.81 glat=  34.52 u= -11.4200 v=  22.3400 vr=  -4.18524 vt=  24.73814
 i= 1095 j=  783 glon=  289.01 (0-360E) glon=  289.01 glat=  34.52 u= -10.2900 v=  22.7200 vr=  -3.87496 vt=  24.63873
 i= 1100 j=  783 glon=  289.21 (0-360E) glon=  289.21 glat=  34.52 u=  -9.1700 v=  22.0400 vr=  -3.65333 vt=  23.59033
 i= 1105 j=  783 glon=  289.41 (0-360E) glon=  289.41 glat=  34.52 u=  -8.2000 v=  21.1900 vr=  -3.44231 vt=  22.45900
 i= 1110 j=  783 glon=  289.61 (0-360E) glon=  289.61 glat=  34.52 u=  -7.2600 v=  20.1600 vr=  -3.16267 vt=  21.19270
 i=  995 j=  788 glon=  285.01 (0-360E) glon=  285.01 glat=  34.32 u=  -7.9100 v= -18.5400 vr=   6.22339 vt=  19.17209
 i= 1000 j=  788 glon=  285.21 (0-360E) glon=  285.21 glat=  34.32 u=  -7.0400 v= -19.7900 vr=   5.05251 vt=  20.38818
 i= 1005 j=  788 glon=  285.41 (0-360E) glon=  285.41 glat=  34.32 u=  -8.3100 v= -20.5700 vr=   5.99928 vt=  21.35860
 i= 1010 j=  788 glon=  285.61 (0-360E) glon=  285.61 glat=  34.32 u=  -7.7700 v= -20.7500 vr=   5.14877 vt=  21.55053
 i= 1015 j=  788 glon=  285.81 (0-360E) glon=  285.81 glat=  34.32 u= -10.2100 v= -22.5200 vr=   6.94922 vt=  23.72979
 i= 1020 j=  788 glon=  286.01 (0-360E) glon=  286.01 glat=  34.32 u= -10.7600 v= -24.0900 vr=   6.71911 vt=  25.51390
 i= 1025 j=  788 glon=  286.21 (0-360E) glon=  286.21 glat=  34.32 u= -13.1600 v= -26.0200 vr=   7.96451 vt=  28.04982
 i= 1030 j=  788 glon=  286.41 (0-360E) glon=  286.41 glat=  34.32 u= -12.6900 v= -22.3800 vr=   7.19906 vt=  24.69968
 i= 1035 j=  788 glon=  286.61 (0-360E) glon=  286.61 glat=  34.32 u= -11.7600 v= -22.2200 vr=   4.83902 vt=  24.67002
 i= 1040 j=  788 glon=  286.81 (0-360E) glon=  286.81 glat=  34.32 u= -12.3800 v= -25.7400 vr=   1.56040 vt=  28.51977
 i= 1045 j=  788 glon=  287.01 (0-360E) glon=  287.01 glat=  34.32 u= -16.6000 v= -21.0200 vr=   2.21997 vt=  26.69217
 i= 1050 j=  788 glon=  287.21 (0-360E) glon=  287.21 glat=  34.32 u= -16.0900 v=  -3.2700 vr=   5.61868 vt=  15.42762
 i= 1055 j=  788 glon=  287.41 (0-360E) glon=  287.41 glat=  34.32 u= -16.0300 v=  10.1500 vr=   5.43348 vt=  18.17858
 i= 1060 j=  788 glon=  287.61 (0-360E) glon=  287.61 glat=  34.32 u= -17.3300 v=  23.7200 vr=   2.16712 vt=  29.29626
 i= 1065 j=  788 glon=  287.81 (0-360E) glon=  287.81 glat=  34.32 u= -15.3400 v=  27.3300 vr=  -1.94467 vt=  31.28039
 i= 1070 j=  788 glon=  288.01 (0-360E) glon=  288.01 glat=  34.32 u= -11.8200 v=  26.8200 vr=  -2.66375 vt=  29.18783
 i= 1075 j=  788 glon=  288.21 (0-360E) glon=  288.21 glat=  34.32 u= -10.4800 v=  24.3000 vr=  -4.09672 vt=  26.14455
 i= 1080 j=  788 glon=  288.41 (0-360E) glon=  288.41 glat=  34.32 u= -11.1300 v=  22.1700 vr=  -6.38444 vt=  23.97133
 i= 1085 j=  788 glon=  288.61 (0-360E) glon=  288.61 glat=  34.32 u= -10.8600 v=  24.2300 vr=  -6.54462 vt=  25.73326
 i= 1090 j=  788 glon=  288.81 (0-360E) glon=  288.81 glat=  34.32 u=  -9.1500 v=  24.0100 vr=  -5.50448 vt=  25.09787
 i= 1095 j=  788 glon=  289.01 (0-360E) glon=  289.01 glat=  34.32 u=  -8.1900 v=  23.8900 vr=  -5.03310 vt=  24.74826
 i= 1100 j=  788 glon=  289.21 (0-360E) glon=  289.21 glat=  34.32 u=  -7.7100 v=  23.3900 vr=  -4.97857 vt=  24.11949
 i= 1105 j=  788 glon=  289.41 (0-360E) glon=  289.41 glat=  34.32 u=  -6.7400 v=  22.2900 vr=  -4.41720 vt=  22.86395
 i= 1110 j=  788 glon=  289.61 (0-360E) glon=  289.61 glat=  34.32 u=  -5.9800 v=  21.0300 vr=  -4.00720 vt=  21.49334
 i=  995 j=  793 glon=  285.01 (0-360E) glon=  285.01 glat=  34.12 u=  -6.9300 v= -18.6800 vr=   7.14458 vt=  18.59898
 i= 1000 j=  793 glon=  285.21 (0-360E) glon=  285.21 glat=  34.12 u=  -5.9000 v= -19.8700 vr=   6.13917 vt=  19.79741
 i= 1005 j=  793 glon=  285.41 (0-360E) glon=  285.41 glat=  34.12 u=  -6.4800 v= -20.0700 vr=   6.73503 vt=  19.98586
 i= 1010 j=  793 glon=  285.61 (0-360E) glon=  285.61 glat=  34.12 u=  -5.9900 v= -20.8500 vr=   6.27268 vt=  20.76671
 i= 1015 j=  793 glon=  285.81 (0-360E) glon=  285.81 glat=  34.12 u=  -8.0000 v= -22.9000 vr=   8.33547 vt=  22.78003
 i= 1020 j=  793 glon=  286.01 (0-360E) glon=  286.01 glat=  34.12 u= -11.4600 v= -25.4000 vr=  11.86902 vt=  25.21146
 i= 1025 j=  793 glon=  286.21 (0-360E) glon=  286.21 glat=  34.12 u=  -5.5100 v= -23.2600 vr=   5.93284 vt=  23.15576
 i= 1030 j=  793 glon=  286.41 (0-360E) glon=  286.41 glat=  34.12 u=  -5.5900 v= -22.3600 vr=   6.06379 vt=  22.23619
 i= 1035 j=  793 glon=  286.61 (0-360E) glon=  286.61 glat=  34.12 u=  -5.1000 v= -28.4700 vr=   5.84027 vt=  28.32741
 i= 1040 j=  793 glon=  286.81 (0-360E) glon=  286.81 glat=  34.12 u=   0.2000 v= -28.0900 vr=   0.77512 vt=  28.08002
 i= 1045 j=  793 glon=  287.01 (0-360E) glon=  287.01 glat=  34.12 u=   0.4700 v= -22.8900 vr=   0.76792 vt=  22.88194
 i= 1050 j=  793 glon=  287.21 (0-360E) glon=  287.21 glat=  34.12 u=   0.3100 v=  -2.3700 vr=   0.00148 vt=   2.39019
 i= 1055 j=  793 glon=  287.41 (0-360E) glon=  287.41 glat=  34.12 u=  -0.9700 v=   7.3800 vr=  -2.96128 vt=   6.82907
 i= 1060 j=  793 glon=  287.61 (0-360E) glon=  287.61 glat=  34.12 u=  -4.5400 v=  23.2300 vr=  -6.12837 vt=  22.86236
 i= 1065 j=  793 glon=  287.81 (0-360E) glon=  287.81 glat=  34.12 u=  -7.2600 v=  27.2900 vr=  -8.34303 vt=  26.97861
 i= 1070 j=  793 glon=  288.01 (0-360E) glon=  288.01 glat=  34.12 u=  -6.8500 v=  27.6000 vr=  -7.63758 vt=  27.39251
 i= 1075 j=  793 glon=  288.21 (0-360E) glon=  288.21 glat=  34.12 u=  -6.3000 v=  25.7200 vr=  -6.88366 vt=  25.56998
 i= 1080 j=  793 glon=  288.41 (0-360E) glon=  288.41 glat=  34.12 u=  -7.5000 v=  23.5100 vr=  -7.94996 vt=  23.36168
 i= 1085 j=  793 glon=  288.61 (0-360E) glon=  288.61 glat=  34.12 u=  -8.4300 v=  22.8800 vr=  -8.81414 vt=  22.73478
 i= 1090 j=  793 glon=  288.81 (0-360E) glon=  288.81 glat=  34.12 u=  -6.7700 v=  24.4300 vr=  -7.14012 vt=  24.32440
 i= 1095 j=  793 glon=  289.01 (0-360E) glon=  289.01 glat=  34.12 u=  -5.7900 v=  23.6600 vr=  -6.11971 vt=  23.57687
 i= 1100 j=  793 glon=  289.21 (0-360E) glon=  289.21 glat=  34.12 u=  -5.9800 v=  23.3100 vr=  -6.28311 vt=  23.23013
 i= 1105 j=  793 glon=  289.41 (0-360E) glon=  289.41 glat=  34.12 u=  -5.5400 v=  22.1400 vr=  -5.81172 vt=  22.07023
 i= 1110 j=  793 glon=  289.61 (0-360E) glon=  289.61 glat=  34.12 u=  -4.8300 v=  21.1000 vr=  -5.07658 vt=  21.04203
 i=  995 j=  798 glon=  285.01 (0-360E) glon=  285.01 glat=  33.92 u=  -5.5700 v= -18.7100 vr=   7.69683 vt=  17.94012
 i= 1000 j=  798 glon=  285.21 (0-360E) glon=  285.21 glat=  33.92 u=  -4.5400 v= -19.7000 vr=   6.97483 vt=  18.97507
 i= 1005 j=  798 glon=  285.41 (0-360E) glon=  285.41 glat=  33.92 u=  -6.0100 v= -19.7100 vr=   8.65737 vt=  18.69904
 i= 1010 j=  798 glon=  285.61 (0-360E) glon=  285.61 glat=  33.92 u=  -3.6100 v= -20.0800 vr=   6.61448 vt=  19.29993
 i= 1015 j=  798 glon=  285.81 (0-360E) glon=  285.81 glat=  33.92 u=  -5.6600 v= -22.8200 vr=   9.45597 vt=  21.52609
 i= 1020 j=  798 glon=  286.01 (0-360E) glon=  286.01 glat=  33.92 u=  -4.2300 v= -22.2800 vr=   8.46160 vt=  21.04026
 i= 1025 j=  798 glon=  286.21 (0-360E) glon=  286.21 glat=  33.92 u=  -0.2400 v= -21.0400 vr=   4.96753 vt=  20.44659
 i= 1030 j=  798 glon=  286.41 (0-360E) glon=  286.41 glat=  33.92 u=   3.3400 v= -21.7900 vr=   2.64118 vt=  21.88570
 i= 1035 j=  798 glon=  286.61 (0-360E) glon=  286.61 glat=  33.92 u=   0.4800 v= -24.9500 vr=   7.86859 vt=  23.68160
 i= 1040 j=  798 glon=  286.81 (0-360E) glon=  286.81 glat=  33.92 u=   7.5100 v= -22.0700 vr=   2.86156 vt=  23.13647
 i= 1045 j=  798 glon=  287.01 (0-360E) glon=  287.01 glat=  33.92 u=  13.2100 v= -18.2400 vr=   0.66774 vt=  22.51124
 i= 1050 j=  798 glon=  287.21 (0-360E) glon=  287.21 glat=  33.92 u=  15.4300 v=  -7.7000 vr=  -0.40006 vt=  17.23992
 i= 1055 j=  798 glon=  287.41 (0-360E) glon=  287.41 glat=  33.92 u=  14.1700 v=   6.4700 vr=  -2.94923 vt=  15.29548
 i= 1060 j=  798 glon=  287.61 (0-360E) glon=  287.61 glat=  33.92 u=   9.7900 v=  17.4700 vr=  -5.30904 vt=  19.30956
 i= 1065 j=  798 glon=  287.81 (0-360E) glon=  287.81 glat=  33.92 u=   2.7200 v=  22.5100 vr=  -8.65068 vt=  20.95863
 i= 1070 j=  798 glon=  288.01 (0-360E) glon=  288.01 glat=  33.92 u=  -0.9500 v=  26.0400 vr= -10.40843 vt=  23.88826
 i= 1075 j=  798 glon=  288.21 (0-360E) glon=  288.21 glat=  33.92 u=  -2.7400 v=  24.6100 vr=  -9.75357 vt=  22.76022
 i= 1080 j=  798 glon=  288.41 (0-360E) glon=  288.41 glat=  33.92 u=  -3.6800 v=  23.3700 vr=  -9.16955 vt=  21.80868
 i= 1085 j=  798 glon=  288.61 (0-360E) glon=  288.61 glat=  33.92 u=  -5.5700 v=  21.4200 vr=  -9.82427 vt=  19.83242
 i= 1090 j=  798 glon=  288.81 (0-360E) glon=  288.81 glat=  33.92 u=  -4.6800 v=  23.7600 vr=  -8.83373 vt=  22.54784
 i= 1095 j=  798 glon=  289.01 (0-360E) glon=  289.01 glat=  33.92 u=  -3.5000 v=  22.8400 vr=  -7.06410 vt=  22.00032
 i= 1100 j=  798 glon=  289.21 (0-360E) glon=  289.21 glat=  33.92 u=  -4.1900 v=  22.8100 vr=  -7.39141 vt=  21.98225
 i= 1105 j=  798 glon=  289.41 (0-360E) glon=  289.41 glat=  33.92 u=  -4.1700 v=  21.6500 vr=  -6.93894 vt=  20.92755
 i= 1110 j=  798 glon=  289.61 (0-360E) glon=  289.61 glat=  33.92 u=  -3.8000 v=  20.7100 vr=  -6.23915 vt=  20.11013
 i=  995 j=  803 glon=  285.01 (0-360E) glon=  285.01 glat=  33.72 u=  -4.0100 v= -17.9300 vr=   7.76505 vt=  16.65139
 i= 1000 j=  803 glon=  285.21 (0-360E) glon=  285.21 glat=  33.72 u=  -2.9100 v= -19.0500 vr=   7.26451 vt=  17.84930
 i= 1005 j=  803 glon=  285.41 (0-360E) glon=  285.41 glat=  33.72 u=  -3.8100 v= -19.9500 vr=   8.76037 vt=  18.32415
 i= 1010 j=  803 glon=  285.61 (0-360E) glon=  285.61 glat=  33.72 u=  -3.8900 v= -18.7300 vr=   8.98976 vt=  16.88577
 i= 1015 j=  803 glon=  285.81 (0-360E) glon=  285.81 glat=  33.72 u=  -1.4500 v= -21.6300 vr=   8.14444 vt=  20.09048
 i= 1020 j=  803 glon=  286.01 (0-360E) glon=  286.01 glat=  33.72 u=  -1.6800 v= -19.1900 vr=   8.35130 vt=  17.35898
 i= 1025 j=  803 glon=  286.21 (0-360E) glon=  286.21 glat=  33.72 u=   4.1500 v= -18.8300 vr=   3.83277 vt=  18.89712
 i= 1030 j=  803 glon=  286.41 (0-360E) glon=  286.41 glat=  33.72 u=   5.6800 v= -19.3700 vr=   4.15221 vt=  19.75395
 i= 1035 j=  803 glon=  286.61 (0-360E) glon=  286.61 glat=  33.72 u=   8.2500 v= -19.0700 vr=   3.91467 vt=  20.40595
 i= 1040 j=  803 glon=  286.81 (0-360E) glon=  286.81 glat=  33.72 u=   9.5600 v= -19.9800 vr=   6.64451 vt=  21.12923
 i= 1045 j=  803 glon=  287.01 (0-360E) glon=  287.01 glat=  33.72 u=  15.0400 v= -13.8200 vr=   3.06816 vt=  20.19357
 i= 1050 j=  803 glon=  287.21 (0-360E) glon=  287.21 glat=  33.72 u=  20.1500 v=  -9.6700 vr=   4.00483 vt=  21.98847
 i= 1055 j=  803 glon=  287.41 (0-360E) glon=  287.41 glat=  33.72 u=  18.7200 v=   1.4700 vr=   0.87513 vt=  18.75722
 i= 1060 j=  803 glon=  287.61 (0-360E) glon=  287.61 glat=  33.72 u=  13.6100 v=  12.7300 vr=  -4.94516 vt=  17.96748
 i= 1065 j=  803 glon=  287.81 (0-360E) glon=  287.81 glat=  33.72 u=   6.3000 v=  18.0100 vr=  -8.95512 vt=  16.84803
 i= 1070 j=  803 glon=  288.01 (0-360E) glon=  288.01 glat=  33.72 u=   3.5100 v=  22.9200 vr= -11.03276 vt=  20.39423
 i= 1075 j=  803 glon=  288.21 (0-360E) glon=  288.21 glat=  33.72 u=   1.3300 v=  22.0000 vr=  -9.92057 vt=  19.68124
 i= 1080 j=  803 glon=  288.41 (0-360E) glon=  288.41 glat=  33.72 u=  -0.7700 v=  21.4300 vr=  -9.86808 vt=  19.03835
 i= 1085 j=  803 glon=  288.61 (0-360E) glon=  288.61 glat=  33.72 u=  -2.7200 v=  19.5000 vr=  -9.75967 vt=  17.09963
 i= 1090 j=  803 glon=  288.81 (0-360E) glon=  288.81 glat=  33.72 u=  -2.6400 v=  22.5300 vr=  -9.85709 vt=  20.43057
 i= 1095 j=  803 glon=  289.01 (0-360E) glon=  289.01 glat=  33.72 u=  -1.7900 v=  21.9200 vr=  -8.10797 vt=  20.44386
 i= 1100 j=  803 glon=  289.21 (0-360E) glon=  289.21 glat=  33.72 u=  -2.7400 v=  22.2300 vr=  -8.50171 vt=  20.72200
 i= 1105 j=  803 glon=  289.41 (0-360E) glon=  289.41 glat=  33.72 u=  -3.0200 v=  21.7000 vr=  -8.14711 vt=  20.33802
 i= 1110 j=  803 glon=  289.61 (0-360E) glon=  289.61 glat=  33.72 u=  -2.8200 v=  20.9700 vr=  -7.38494 vt=  19.82816
 i= 1000 j=  808 glon=  285.21 (0-360E) glon=  285.21 glat=  33.52 u=  -1.9300 v= -19.0400 vr=   8.14397 vt=  17.31826
 i= 1005 j=  808 glon=  285.41 (0-360E) glon=  285.41 glat=  33.52 u=  -1.0800 v= -19.2900 vr=   7.97632 vt=  17.59684
 i= 1010 j=  808 glon=  285.61 (0-360E) glon=  285.61 glat=  33.52 u=  -1.7500 v= -20.0200 vr=   9.53200 vt=  17.69192
 i= 1015 j=  808 glon=  285.81 (0-360E) glon=  285.81 glat=  33.52 u=  -0.1500 v= -19.1000 vr=   8.48557 vt=  17.11221
 i= 1020 j=  808 glon=  286.01 (0-360E) glon=  286.01 glat=  33.52 u=   1.8100 v= -17.6100 vr=   6.99799 vt=  16.26089
 i= 1025 j=  808 glon=  286.21 (0-360E) glon=  286.21 glat=  33.52 u=   1.2600 v= -15.8500 vr=   7.62938 vt=  13.95000
 i= 1030 j=  808 glon=  286.41 (0-360E) glon=  286.41 glat=  33.52 u=   6.3000 v= -16.7000 vr=   5.44615 vt=  16.99763
 i= 1035 j=  808 glon=  286.61 (0-360E) glon=  286.61 glat=  33.52 u=   9.0200 v= -16.6100 vr=   5.43726 vt=  18.10217
 i= 1040 j=  808 glon=  286.81 (0-360E) glon=  286.81 glat=  33.52 u=  11.3500 v= -13.5200 vr=   4.29921 vt=  17.12103
 i= 1045 j=  808 glon=  287.01 (0-360E) glon=  287.01 glat=  33.52 u=  12.6800 v=  -9.8000 vr=   3.67602 vt=  15.59837
 i= 1050 j=  808 glon=  287.21 (0-360E) glon=  287.21 glat=  33.52 u=  14.6200 v=  -3.3100 vr=   0.59698 vt=  14.97812
 i= 1055 j=  808 glon=  287.41 (0-360E) glon=  287.41 glat=  33.52 u=  16.4700 v=   4.6600 vr=  -3.25127 vt=  16.80493
 i= 1060 j=  808 glon=  287.61 (0-360E) glon=  287.61 glat=  33.52 u=  13.5700 v=   8.8500 vr=  -3.80785 vt=  15.74699
 i= 1065 j=  808 glon=  287.81 (0-360E) glon=  287.81 glat=  33.52 u=   7.6900 v=  13.8000 vr=  -7.63847 vt=  13.82859
 i= 1070 j=  808 glon=  288.01 (0-360E) glon=  288.01 glat=  33.52 u=   4.6800 v=  18.4700 vr= -10.66205 vt=  15.79126
 i= 1075 j=  808 glon=  288.21 (0-360E) glon=  288.21 glat=  33.52 u=   4.5300 v=  18.2000 vr=  -8.44635 vt=  16.74575
 i= 1080 j=  808 glon=  288.41 (0-360E) glon=  288.41 glat=  33.52 u=   2.0700 v=  19.0300 vr=  -9.21967 vt=  16.77568
 i= 1085 j=  808 glon=  288.61 (0-360E) glon=  288.61 glat=  33.52 u=  -0.2100 v=  17.5000 vr=  -9.07590 vt=  14.96403
 i= 1090 j=  808 glon=  288.81 (0-360E) glon=  288.81 glat=  33.52 u=  -1.0200 v=  21.4600 vr= -10.66476 vt=  18.65033
 i= 1095 j=  808 glon=  289.01 (0-360E) glon=  289.01 glat=  33.52 u=  -0.3400 v=  21.3300 vr=  -9.06208 vt=  19.31225
 i= 1100 j=  808 glon=  289.21 (0-360E) glon=  289.21 glat=  33.52 u=  -1.8200 v=  21.8800 vr=  -9.85868 vt=  19.61768
 i= 1105 j=  808 glon=  289.41 (0-360E) glon=  289.41 glat=  33.52 u=  -1.9000 v=  21.3200 vr=  -9.08483 vt=  19.38087
 i= 1110 j=  808 glon=  289.61 (0-360E) glon=  289.61 glat=  33.52 u=  -2.0000 v=  20.4900 vr=  -8.37305 vt=  18.80777
 i= 1000 j=  813 glon=  285.21 (0-360E) glon=  285.21 glat=  33.32 u=  -1.5600 v= -17.7400 vr=   8.89079 vt=  15.43033
 i= 1005 j=  813 glon=  285.41 (0-360E) glon=  285.41 glat=  33.32 u=  -0.4300 v= -18.7800 vr=   8.93738 vt=  16.52261
 i= 1010 j=  813 glon=  285.61 (0-360E) glon=  285.61 glat=  33.32 u=   0.6800 v= -19.1500 vr=   8.88706 vt=  16.97660
 i= 1015 j=  813 glon=  285.81 (0-360E) glon=  285.81 glat=  33.32 u=   0.5800 v= -17.3000 vr=   8.86531 vt=  14.86717
 i= 1020 j=  813 glon=  286.01 (0-360E) glon=  286.01 glat=  33.32 u=   2.5500 v= -17.0000 vr=   8.04064 vt=  15.19377
 i= 1025 j=  813 glon=  286.21 (0-360E) glon=  286.21 glat=  33.32 u=   4.0600 v= -16.9200 vr=   8.01173 vt=  15.44610
 i= 1030 j=  813 glon=  286.41 (0-360E) glon=  286.41 glat=  33.32 u=   3.7700 v= -13.0700 vr=   6.86641 vt=  11.74267
 i= 1035 j=  813 glon=  286.61 (0-360E) glon=  286.61 glat=  33.32 u=   8.5700 v= -14.8400 vr=   6.73514 vt=  15.75780
 i= 1040 j=  813 glon=  286.81 (0-360E) glon=  286.81 glat=  33.32 u=  11.2800 v= -11.3500 vr=   4.55064 vt=  15.34120
 i= 1045 j=  813 glon=  287.01 (0-360E) glon=  287.01 glat=  33.32 u=  13.0700 v=  -7.1300 vr=   2.50209 vt=  14.67656
 i= 1050 j=  813 glon=  287.21 (0-360E) glon=  287.21 glat=  33.32 u=  14.8100 v=  -3.0200 vr=   0.94360 vt=  15.08529
 i= 1055 j=  813 glon=  287.41 (0-360E) glon=  287.41 glat=  33.32 u=  13.9100 v=   1.2400 vr=  -0.34845 vt=  13.96081
 i= 1060 j=  813 glon=  287.61 (0-360E) glon=  287.61 glat=  33.32 u=  11.9700 v=   4.5100 vr=  -1.26202 vt=  12.72903
 i= 1065 j=  813 glon=  287.81 (0-360E) glon=  287.81 glat=  33.32 u=   7.7800 v=  10.1700 vr=  -5.88488 vt=  11.37214
 i= 1070 j=  813 glon=  288.01 (0-360E) glon=  288.01 glat=  33.32 u=   5.8000 v=  11.5400 vr=  -6.32604 vt=  11.26023
 i= 1075 j=  813 glon=  288.21 (0-360E) glon=  288.21 glat=  33.32 u=   4.7100 v=  15.0600 vr=  -8.21723 vt=  13.47089
 i= 1080 j=  813 glon=  288.41 (0-360E) glon=  288.41 glat=  33.32 u=   4.0500 v=  15.3300 vr=  -7.44870 vt=  13.99744
 i= 1085 j=  813 glon=  288.61 (0-360E) glon=  288.61 glat=  33.32 u=   1.7700 v=  14.3100 vr=  -7.41122 vt=  12.36862
 i= 1090 j=  813 glon=  288.81 (0-360E) glon=  288.81 glat=  33.32 u=   0.3100 v=  20.5000 vr= -11.21115 vt=  17.16555
 i= 1095 j=  813 glon=  289.01 (0-360E) glon=  289.01 glat=  33.32 u=   0.7200 v=  20.7000 vr=  -9.96097 vt=  18.16005
 i= 1100 j=  813 glon=  289.21 (0-360E) glon=  289.21 glat=  33.32 u=  -0.9600 v=  21.3900 vr= -10.88954 vt=  18.43561
 i= 1105 j=  813 glon=  289.41 (0-360E) glon=  289.41 glat=  33.32 u=  -0.8300 v=  20.8300 vr=  -9.77794 vt=  18.41113
 i= 1005 j=  818 glon=  285.41 (0-360E) glon=  285.41 glat=  33.12 u=   0.5900 v= -17.6500 vr=   8.97155 vt=  15.21124
 i= 1010 j=  818 glon=  285.61 (0-360E) glon=  285.61 glat=  33.12 u=   1.8200 v= -17.3300 vr=   8.52795 vt=  15.19590
 i= 1015 j=  818 glon=  285.81 (0-360E) glon=  285.81 glat=  33.12 u=   1.2400 v= -17.9500 vr=  10.23631 vt=  14.79723
 i= 1020 j=  818 glon=  286.01 (0-360E) glon=  286.01 glat=  33.12 u=   2.6800 v= -17.0200 vr=   9.53193 vt=  14.35288
 i= 1025 j=  818 glon=  286.21 (0-360E) glon=  286.21 glat=  33.12 u=   4.7000 v= -14.3500 vr=   7.32314 vt=  13.20546
 i= 1030 j=  818 glon=  286.41 (0-360E) glon=  286.41 glat=  33.12 u=   3.4800 v= -12.8100 vr=   8.05841 vt=  10.54839
 i= 1035 j=  818 glon=  286.61 (0-360E) glon=  286.61 glat=  33.12 u=   5.3700 v= -10.0900 vr=   5.87272 vt=   9.80592
 i= 1040 j=  818 glon=  286.81 (0-360E) glon=  286.81 glat=  33.12 u=   8.0800 v= -10.3000 vr=   6.18237 vt=  11.53927
 i= 1045 j=  818 glon=  287.01 (0-360E) glon=  287.01 glat=  33.12 u=  10.6500 v=  -8.4400 vr=   5.30602 vt=  12.51009
 i= 1050 j=  818 glon=  287.21 (0-360E) glon=  287.21 glat=  33.12 u=  11.2300 v=  -5.3000 vr=   4.01546 vt=  11.75070
 i= 1055 j=  818 glon=  287.41 (0-360E) glon=  287.41 glat=  33.12 u=  11.8500 v=  -3.6600 vr=   4.26406 vt=  11.64628
 i= 1060 j=  818 glon=  287.61 (0-360E) glon=  287.61 glat=  33.12 u=   9.9600 v=  -0.5800 vr=   2.66081 vt=   9.61551
 i= 1065 j=  818 glon=  287.81 (0-360E) glon=  287.81 glat=  33.12 u=   7.2600 v=   4.0800 vr=  -1.24590 vt=   8.23418
 i= 1070 j=  818 glon=  288.01 (0-360E) glon=  288.01 glat=  33.12 u=   6.0800 v=   9.8200 vr=  -5.73798 vt=  10.02369
 i= 1075 j=  818 glon=  288.21 (0-360E) glon=  288.21 glat=  33.12 u=   5.4400 v=  12.3200 vr=  -6.93615 vt=  11.54408
 i= 1080 j=  818 glon=  288.41 (0-360E) glon=  288.41 glat=  33.12 u=   4.1800 v=  12.8800 vr=  -6.99008 vt=  11.59765
 i= 1085 j=  818 glon=  288.61 (0-360E) glon=  288.61 glat=  33.12 u=   2.9100 v=  12.8600 vr=  -6.87125 vt=  11.25316
 i= 1090 j=  818 glon=  288.81 (0-360E) glon=  288.81 glat=  33.12 u=   1.7400 v=  18.5700 vr= -10.60455 vt=  15.34327
 i= 1095 j=  818 glon=  289.01 (0-360E) glon=  289.01 glat=  33.12 u=   0.9700 v=  19.7900 vr= -10.98338 vt=  16.49092
 i= 1100 j=  818 glon=  289.21 (0-360E) glon=  289.21 glat=  33.12 u=  -0.0600 v=  20.3300 vr= -11.25719 vt=  16.92891
 i= 1105 j=  818 glon=  289.41 (0-360E) glon=  289.41 glat=  33.12 u=  -0.4500 v=  20.1000 vr= -10.69683 vt=  17.02323
 i= 1005 j=  823 glon=  285.41 (0-360E) glon=  285.41 glat=  32.92 u=   1.6300 v= -16.1800 vr=   8.48979 vt=  13.86985
 i= 1010 j=  823 glon=  285.61 (0-360E) glon=  285.61 glat=  32.92 u=   1.9100 v= -16.4200 vr=   9.14824 vt=  13.76860
 i= 1015 j=  823 glon=  285.81 (0-360E) glon=  285.81 glat=  32.92 u=   2.5000 v= -15.6700 vr=   9.01597 vt=  13.05799
 i= 1020 j=  823 glon=  286.01 (0-360E) glon=  286.01 glat=  32.92 u=   3.2000 v= -14.6500 vr=   8.67131 vt=  12.23400
 i= 1025 j=  823 glon=  286.21 (0-360E) glon=  286.21 glat=  32.92 u=   6.0900 v= -13.7500 vr=   7.13096 vt=  13.24009
 i= 1030 j=  823 glon=  286.41 (0-360E) glon=  286.41 glat=  32.92 u=   6.4300 v= -10.4200 vr=   5.31198 vt=  11.03196
 i= 1035 j=  823 glon=  286.61 (0-360E) glon=  286.61 glat=  32.92 u=   7.5100 v=  -6.2100 vr=   2.16909 vt=   9.50049
 i= 1040 j=  823 glon=  286.81 (0-360E) glon=  286.81 glat=  32.92 u=   7.3200 v=  -7.3500 vr=   4.37758 vt=   9.40434
 i= 1045 j=  823 glon=  287.01 (0-360E) glon=  287.01 glat=  32.92 u=   8.0100 v=  -7.6600 vr=   5.66568 vt=   9.52553
 i= 1050 j=  823 glon=  287.21 (0-360E) glon=  287.21 glat=  32.92 u=   8.7100 v=  -7.9200 vr=   7.07256 vt=   9.41113
 i= 1055 j=  823 glon=  287.41 (0-360E) glon=  287.41 glat=  32.92 u=   8.7500 v=  -6.9300 vr=   7.29956 vt=   8.44416
 i= 1060 j=  823 glon=  287.61 (0-360E) glon=  287.61 glat=  32.92 u=   7.0300 v=  -0.9100 vr=   2.13923 vt=   6.75816
 i= 1065 j=  823 glon=  287.81 (0-360E) glon=  287.81 glat=  32.92 u=   5.4900 v=   5.4000 vr=  -3.49242 vt=   6.86317
 i= 1070 j=  823 glon=  288.01 (0-360E) glon=  288.01 glat=  32.92 u=   5.7100 v=   8.7100 vr=  -5.57838 vt=   8.79488
 i= 1075 j=  823 glon=  288.21 (0-360E) glon=  288.21 glat=  32.92 u=   4.6100 v=  10.7500 vr=  -6.92124 vt=   9.42927
 i= 1080 j=  823 glon=  288.41 (0-360E) glon=  288.41 glat=  32.92 u=   4.3300 v=  11.0400 vr=  -6.39404 vt=   9.98733
 i= 1085 j=  823 glon=  288.61 (0-360E) glon=  288.61 glat=  32.92 u=   3.2500 v=  11.1200 vr=  -6.30513 vt=   9.71917
 i= 1090 j=  823 glon=  288.81 (0-360E) glon=  288.81 glat=  32.92 u=   2.2400 v=  16.9600 vr= -10.43099 vt=  13.55927
 i= 1095 j=  823 glon=  289.01 (0-360E) glon=  289.01 glat=  32.92 u=   1.0800 v=  18.3700 vr= -11.35381 vt=  14.48152
 i= 1100 j=  823 glon=  289.21 (0-360E) glon=  289.21 glat=  32.92 u=   0.5200 v=  18.6800 vr= -11.16787 vt=  14.98304
 i= 1015 j=  828 glon=  285.81 (0-360E) glon=  285.81 glat=  32.72 u=   2.3900 v= -15.2000 vr=   9.69986 vt=  11.94424
 i= 1020 j=  828 glon=  286.01 (0-360E) glon=  286.01 glat=  32.72 u=   3.1600 v= -14.4800 vr=   9.44959 vt=  11.41758
 i= 1025 j=  828 glon=  286.21 (0-360E) glon=  286.21 glat=  32.72 u=   4.3700 v= -12.8500 vr=   8.26735 vt=  10.76431
 i= 1030 j=  828 glon=  286.41 (0-360E) glon=  286.41 glat=  32.72 u=   6.3900 v=  -9.3800 vr=   5.14114 vt=  10.11856
 i= 1035 j=  828 glon=  286.61 (0-360E) glon=  286.61 glat=  32.72 u=   6.4500 v=  -6.5800 vr=   3.47786 vt=   8.53249
 i= 1040 j=  828 glon=  286.81 (0-360E) glon=  286.81 glat=  32.72 u=   6.0000 v=  -7.8100 vr=   5.64376 vt=   8.07118
 i= 1045 j=  828 glon=  287.01 (0-360E) glon=  287.01 glat=  32.72 u=   6.1600 v=  -7.8300 vr=   6.48454 vt=   7.56341
 i= 1050 j=  828 glon=  287.21 (0-360E) glon=  287.21 glat=  32.72 u=   6.4800 v=  -6.7500 vr=   6.20805 vt=   7.00093
 i= 1055 j=  828 glon=  287.41 (0-360E) glon=  287.41 glat=  32.72 u=   5.7800 v=  -5.6000 vr=   5.80960 vt=   5.56929
 i= 1060 j=  828 glon=  287.61 (0-360E) glon=  287.61 glat=  32.72 u=   4.6900 v=   2.3100 vr=  -1.56721 vt=   4.98759
 i= 1065 j=  828 glon=  287.81 (0-360E) glon=  287.81 glat=  32.72 u=   5.1700 v=   5.9000 vr=  -4.33724 vt=   6.53661
 i= 1070 j=  828 glon=  288.01 (0-360E) glon=  288.01 glat=  32.72 u=   4.7600 v=   7.6700 vr=  -5.42157 vt=   7.21756
 i= 1075 j=  828 glon=  288.21 (0-360E) glon=  288.21 glat=  32.72 u=   4.4300 v=   8.7200 vr=  -5.77836 vt=   7.89138
 i= 1080 j=  828 glon=  288.41 (0-360E) glon=  288.41 glat=  32.72 u=   4.2200 v=  10.5700 vr=  -6.73754 vt=   9.17272
 i= 1085 j=  828 glon=  288.61 (0-360E) glon=  288.61 glat=  32.72 u=   3.8400 v=  13.3700 vr=  -8.46192 vt=  11.04076
 i= 1090 j=  828 glon=  288.81 (0-360E) glon=  288.81 glat=  32.72 u=   2.4800 v=  15.0100 vr=  -9.78522 vt=  11.64903
 i= 1095 j=  828 glon=  289.01 (0-360E) glon=  289.01 glat=  32.72 u=   1.3700 v=  16.8300 vr= -11.10689 vt=  12.71860
 i= 1020 j=  833 glon=  286.01 (0-360E) glon=  286.01 glat=  32.52 u=   3.5500 v= -12.9900 vr=   8.69643 vt=  10.28176
 i= 1025 j=  833 glon=  286.21 (0-360E) glon=  286.21 glat=  32.52 u=   4.6700 v= -11.8000 vr=   7.82993 vt=   9.98704
 i= 1030 j=  833 glon=  286.41 (0-360E) glon=  286.41 glat=  32.52 u=   4.6900 v=  -9.2600 vr=   6.30494 vt=   8.24569
 i= 1035 j=  833 glon=  286.61 (0-360E) glon=  286.61 glat=  32.52 u=   3.2000 v=  -7.5900 vr=   5.96170 vt=   5.68386
 i= 1040 j=  833 glon=  286.81 (0-360E) glon=  286.81 glat=  32.52 u=   3.3800 v=  -7.0500 vr=   5.89434 vt=   5.13650
 i= 1045 j=  833 glon=  287.01 (0-360E) glon=  287.01 glat=  32.52 u=   5.9900 v=  -6.4400 vr=   5.32078 vt=   7.00307
 i= 1050 j=  833 glon=  287.21 (0-360E) glon=  287.21 glat=  32.52 u=   7.0400 v=  -4.5700 vr=   4.06287 vt=   7.34436
 i= 1055 j=  833 glon=  287.41 (0-360E) glon=  287.41 glat=  32.52 u=   6.0300 v=  -3.4300 vr=   3.62342 vt=   5.91580
 i= 1060 j=  833 glon=  287.61 (0-360E) glon=  287.61 glat=  32.52 u=   5.1500 v=   2.3000 vr=  -1.58835 vt=   5.41199
 i= 1065 j=  833 glon=  287.81 (0-360E) glon=  287.81 glat=  32.52 u=   4.8100 v=   4.7300 vr=  -3.48610 vt=   5.77547
 i= 1070 j=  833 glon=  288.01 (0-360E) glon=  288.01 glat=  32.52 u=   4.0900 v=   6.1600 vr=  -4.50935 vt=   5.85999
 i= 1075 j=  833 glon=  288.21 (0-360E) glon=  288.21 glat=  32.52 u=   4.1900 v=   7.3500 vr=  -5.01763 vt=   6.81190
 i= 1080 j=  833 glon=  288.41 (0-360E) glon=  288.41 glat=  32.52 u=   3.4300 v=  10.2700 vr=  -7.36663 vt=   7.93539
 i= 1085 j=  833 glon=  288.61 (0-360E) glon=  288.61 glat=  32.52 u=   2.7300 v=  12.3900 vr=  -8.90650 vt=   9.03545
 i= 1030 j=  838 glon=  286.41 (0-360E) glon=  286.41 glat=  32.32 u=   4.3700 v=  -9.7300 vr=   7.21759 vt=   7.85342
 i= 1035 j=  838 glon=  286.61 (0-360E) glon=  286.61 glat=  32.32 u=   4.1200 v=  -7.4500 vr=   5.74001 vt=   6.28723
 i= 1040 j=  838 glon=  286.81 (0-360E) glon=  286.81 glat=  32.32 u=   3.8600 v=  -5.9300 vr=   4.83545 vt=   5.16555
 i= 1045 j=  838 glon=  287.01 (0-360E) glon=  287.01 glat=  32.32 u=   3.2400 v=  -3.4600 vr=   2.92461 vt=   3.73040
 i= 1050 j=  838 glon=  287.21 (0-360E) glon=  287.21 glat=  32.32 u=   2.9600 v=  -2.8000 vr=   2.60880 vt=   3.12982
 i= 1055 j=  838 glon=  287.41 (0-360E) glon=  287.41 glat=  32.32 u=   4.2000 v=  -1.1500 vr=   1.27059 vt=   4.16511
 i= 1060 j=  838 glon=  287.61 (0-360E) glon=  287.61 glat=  32.32 u=   4.6000 v=   1.4700 vr=  -0.90902 vt=   4.74285
 i= 1065 j=  838 glon=  287.81 (0-360E) glon=  287.81 glat=  32.32 u=   4.2600 v=   3.2900 vr=  -2.33417 vt=   4.85009
 i= 1070 j=  838 glon=  288.01 (0-360E) glon=  288.01 glat=  32.32 u=   4.1900 v=   5.0200 vr=  -3.58542 vt=   5.46820
 i= 1075 j=  838 glon=  288.21 (0-360E) glon=  288.21 glat=  32.32 u=   3.7600 v=   6.6600 vr=  -4.81146 vt=   5.94501
 i= 1080 j=  838 glon=  288.41 (0-360E) glon=  288.41 glat=  32.32 u=   3.0200 v=   9.9800 vr=  -7.65200 vt=   7.08292
 i= 1050 j=  843 glon=  287.21 (0-360E) glon=  287.21 glat=  32.12 u=   3.8000 v=  -2.6400 vr=   2.42086 vt=   3.94323
 i= 1055 j=  843 glon=  287.41 (0-360E) glon=  287.41 glat=  32.12 u=   3.9900 v=  -1.2600 vr=   1.36324 vt=   3.95592
  
  In is_it_a_storm, average 850 tangential winds are OKAY (>= +
   1.50000000000000       m/s for a NH storm).
  Avg 850 tangential winds =    19.1424196756216       m/s
  
 At pt isi B, close_to_boundary = n
  
   *--------------------------------------------------*
    LL wind circulation check:
    Values of mean Vt wind in each quadrant.  Values
    come from subroutine  check_for_closed_circulation
    and the values shown below for each quadrant could
    be at any one of the 3 checked distances (75, 125,
    or 175 km).  The exact distance does not matter.
    We are simply trying to determine if there is a 
    closed circulation to start / continue tracking.
  
    LL Wind Circ Vt mean quadmax value: NE     31.56 kts
    LL Wind Circ Vt mean quadmax value: SE     31.13 kts
    LL Wind Circ Vt mean quadmax value: SW     38.39 kts
    LL Wind Circ Vt mean quadmax value: NW     42.21 kts
  
   *--------------------------------------------------*
  
  
 Actual distance between the parm centers
 for 850 zeta and mslp is    11.1192220127356       (km)
 Max dist allowed (km) =    400.000000000000     
  
 The average speed that the storm moved
 at since the previous forecast time is   8.23043029354596       knots.
  
 At top of get_max_wind, 
   glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
   glonmax=    354.750002000000       glonmin=    245.250000000000     
   xcenlat=    34.1708336421433     
   xcenlon=    287.292603707362     
   imax=         2738  jmax=         2041
   jlatfix=          791
   ilonfix (unadjusted) =         1053
  
 In get_max_wind, ibeg=          970  iend=         1135
                  jbeg=          723  jend=          860
         ilonfix=         1053  jlatfix=          791
 At end of get_max_wind, vmax=    30.2349367454275       rmax= 
   49.4290744940410     
  
  In get_axisymet_rmw, azimuthally averaged wind
  values (m/s) follow for rdist_ix=            1
  
        ix=   1 radius=    3.00 (km)    azim_ave_wmag=    4.69 (m/s)
        ix=   2 radius=    6.00 (km)    azim_ave_wmag=    5.38 (m/s)
        ix=   3 radius=    9.00 (km)    azim_ave_wmag=    6.90 (m/s)
        ix=   4 radius=   12.00 (km)    azim_ave_wmag=    8.86 (m/s)
        ix=   5 radius=   15.00 (km)    azim_ave_wmag=   10.98 (m/s)
        ix=   6 radius=   18.00 (km)    azim_ave_wmag=   13.22 (m/s)
        ix=   7 radius=   21.00 (km)    azim_ave_wmag=   15.50 (m/s)
        ix=   8 radius=   24.00 (km)    azim_ave_wmag=   17.76 (m/s)
        ix=   9 radius=   27.00 (km)    azim_ave_wmag=   19.57 (m/s)
        ix=  10 radius=   30.00 (km)    azim_ave_wmag=   20.88 (m/s)
        ix=  11 radius=   33.00 (km)    azim_ave_wmag=   21.60 (m/s)
        ix=  12 radius=   36.00 (km)    azim_ave_wmag=   21.93 (m/s)
        ix=  13 radius=   39.00 (km)    azim_ave_wmag=   22.00 (m/s)
        ix=  14 radius=   42.00 (km)    azim_ave_wmag=   21.92 (m/s)
        ix=  15 radius=   45.00 (km)    azim_ave_wmag=   21.75 (m/s)
        ix=  16 radius=   48.00 (km)    azim_ave_wmag=   21.56 (m/s)
        ix=  17 radius=   51.00 (km)    azim_ave_wmag=   21.30 (m/s)
        ix=  18 radius=   54.00 (km)    azim_ave_wmag=   21.02 (m/s)
        ix=  19 radius=   57.00 (km)    azim_ave_wmag=   20.73 (m/s)
        ix=  20 radius=   60.00 (km)    azim_ave_wmag=   20.50 (m/s)
        ix=  21 radius=   63.00 (km)    azim_ave_wmag=   20.38 (m/s)
        ix=  22 radius=   66.00 (km)    azim_ave_wmag=   20.28 (m/s)
        ix=  23 radius=   69.00 (km)    azim_ave_wmag=   20.17 (m/s)
        ix=  24 radius=   72.00 (km)    azim_ave_wmag=   20.02 (m/s)
        ix=  25 radius=   75.00 (km)    azim_ave_wmag=   19.82 (m/s)
        ix=  26 radius=   78.00 (km)    azim_ave_wmag=   19.60 (m/s)
        ix=  27 radius=   81.00 (km)    azim_ave_wmag=   19.38 (m/s)
        ix=  28 radius=   84.00 (km)    azim_ave_wmag=   19.21 (m/s)
        ix=  29 radius=   87.00 (km)    azim_ave_wmag=   19.06 (m/s)
        ix=  30 radius=   90.00 (km)    azim_ave_wmag=   18.91 (m/s)
        ix=  31 radius=   93.00 (km)    azim_ave_wmag=   18.74 (m/s)
        ix=  32 radius=   96.00 (km)    azim_ave_wmag=   18.53 (m/s)
        ix=  33 radius=   99.00 (km)    azim_ave_wmag=   18.30 (m/s)
        ix=  34 radius=  102.00 (km)    azim_ave_wmag=   18.09 (m/s)
        ix=  35 radius=  105.00 (km)    azim_ave_wmag=   17.90 (m/s)
        ix=  36 radius=  108.00 (km)    azim_ave_wmag=   17.76 (m/s)
        ix=  37 radius=  111.00 (km)    azim_ave_wmag=   17.65 (m/s)
        ix=  38 radius=  114.00 (km)    azim_ave_wmag=   17.53 (m/s)
        ix=  39 radius=  117.00 (km)    azim_ave_wmag=   17.38 (m/s)
        ix=  40 radius=  120.00 (km)    azim_ave_wmag=   17.21 (m/s)
        ix=  41 radius=  123.00 (km)    azim_ave_wmag=   17.05 (m/s)
        ix=  42 radius=  126.00 (km)    azim_ave_wmag=   16.93 (m/s)
  After ARMW loop#   1  maxrmw_wmag=    22.00 m/s   maxrmw_dist=    39.00  km   maxrmw_ix=   13
  
  In get_axisymet_rmw, we have successfully found
  the axisymmetric RMW.
  axisymmetric RMW distance (km) =  axisymet_rmw_dist=    39.0000000000000     
  axisymmetric RMW value (m/s) =  axisymet_rmw_val=    22.0021609982400      
  (m/s)   (in kts)=    42.7435981712809     
  rising_sum_dvdr=       17.3152412359167     
  declining_sum_dvdr=   -3.09004086421053     
  rising/declining threshold=   0.100000000000000     
 TIMING: b4 getrad_iter_loop, fhr=   126 igrct=  1 Vmax (m/s)=   30.235   22:33:51
 TIMING: before call  getradii, fhr=   126 igrct=  1   22:33:51
  
 Top of getradii_2, this is 
     iteration #            1
     ix_radii_beg=            1  ix_radii_end=          123
     radmax=    369.000000000000     
 mr4qs before add, mean_radii_vt_4quad_sum=   0.000000000000000E+000
 mr4qs after add, mean_radii_vt_4quad_sum=    4.52274158024500     
 mr4qs before add, mean_radii_vt_4quad_sum=    4.52274158024500     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.78249222751794     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.78249222751794     
 mr4qs after add, mean_radii_vt_4quad_sum=    2.53622405425506     
 mr4qs before add, mean_radii_vt_4quad_sum=    2.53622405425506     
 mr4qs after add, mean_radii_vt_4quad_sum=    7.32420951698093     
 nchk iquad= 5 idist=   1 vt_4quad_sum=    7.32 good_quad_ct=   4 mean_vt_4quad=      1.83
 ---> R34 search underway for quadrant            1  radmax= 
   369.000000000000     
  
   iquad=   1 idist=  123 rdist(idist)=  369.00 bin95wind=   11.82 mean_vt_4quad=    7.83
  
  
   iquad=   1 idist=  122 rdist(idist)=  366.00 bin95wind=   11.82 mean_vt_4quad=    7.92
  
  
   iquad=   1 idist=  121 rdist(idist)=  363.00 bin95wind=   11.83 mean_vt_4quad=    8.00
  
  
   iquad=   1 idist=  120 rdist(idist)=  360.00 bin95wind=   11.81 mean_vt_4quad=    8.07
  
  
   iquad=   1 idist=  119 rdist(idist)=  357.00 bin95wind=   11.79 mean_vt_4quad=    8.15
  
  
   iquad=   1 idist=  118 rdist(idist)=  354.00 bin95wind=   11.74 mean_vt_4quad=    8.25
  
  
   iquad=   1 idist=  117 rdist(idist)=  351.00 bin95wind=   11.80 mean_vt_4quad=    8.34
  
  
   iquad=   1 idist=  116 rdist(idist)=  348.00 bin95wind=   11.86 mean_vt_4quad=    8.41
  
  
   iquad=   1 idist=  115 rdist(idist)=  345.00 bin95wind=   11.78 mean_vt_4quad=    8.47
  
  
   iquad=   1 idist=  114 rdist(idist)=  342.00 bin95wind=   11.66 mean_vt_4quad=    8.54
  
  
   iquad=   1 idist=  113 rdist(idist)=  339.00 bin95wind=   11.63 mean_vt_4quad=    8.61
  
  
   iquad=   1 idist=  112 rdist(idist)=  336.00 bin95wind=   11.60 mean_vt_4quad=    8.69
  
  
   iquad=   1 idist=  111 rdist(idist)=  333.00 bin95wind=   11.60 mean_vt_4quad=    8.77
  
  
   iquad=   1 idist=  110 rdist(idist)=  330.00 bin95wind=   11.60 mean_vt_4quad=    8.86
  
  
   iquad=   1 idist=  109 rdist(idist)=  327.00 bin95wind=   11.59 mean_vt_4quad=    8.95
  
  
   iquad=   1 idist=  108 rdist(idist)=  324.00 bin95wind=   11.60 mean_vt_4quad=    9.06
  
  
   iquad=   1 idist=  107 rdist(idist)=  321.00 bin95wind=   11.52 mean_vt_4quad=    9.17
  
  
   iquad=   1 idist=  106 rdist(idist)=  318.00 bin95wind=   11.47 mean_vt_4quad=    9.27
  
  
   iquad=   1 idist=  105 rdist(idist)=  315.00 bin95wind=   11.41 mean_vt_4quad=    9.36
  
  
   iquad=   1 idist=  104 rdist(idist)=  312.00 bin95wind=   11.43 mean_vt_4quad=    9.43
  
  
   iquad=   1 idist=  103 rdist(idist)=  309.00 bin95wind=   11.57 mean_vt_4quad=    9.50
  
  
   iquad=   1 idist=  102 rdist(idist)=  306.00 bin95wind=   11.68 mean_vt_4quad=    9.57
  
  
   iquad=   1 idist=  101 rdist(idist)=  303.00 bin95wind=   11.87 mean_vt_4quad=    9.63
  
  
   iquad=   1 idist=  100 rdist(idist)=  300.00 bin95wind=   12.10 mean_vt_4quad=    9.70
  
  
   iquad=   1 idist=   99 rdist(idist)=  297.00 bin95wind=   12.31 mean_vt_4quad=    9.77
  
  
   iquad=   1 idist=   98 rdist(idist)=  294.00 bin95wind=   12.57 mean_vt_4quad=    9.84
  
  
   iquad=   1 idist=   97 rdist(idist)=  291.00 bin95wind=   12.66 mean_vt_4quad=    9.91
  
  
   iquad=   1 idist=   96 rdist(idist)=  288.00 bin95wind=   12.77 mean_vt_4quad=    9.99
  
  
   iquad=   1 idist=   95 rdist(idist)=  285.00 bin95wind=   12.86 mean_vt_4quad=   10.07
  
  
   iquad=   1 idist=   94 rdist(idist)=  282.00 bin95wind=   12.83 mean_vt_4quad=   10.15
  
  
   iquad=   1 idist=   93 rdist(idist)=  279.00 bin95wind=   12.76 mean_vt_4quad=   10.23
  
  
   iquad=   1 idist=   92 rdist(idist)=  276.00 bin95wind=   12.53 mean_vt_4quad=   10.31
  
  
   iquad=   1 idist=   91 rdist(idist)=  273.00 bin95wind=   12.84 mean_vt_4quad=   10.38
  
  
   iquad=   1 idist=   90 rdist(idist)=  270.00 bin95wind=   13.22 mean_vt_4quad=   10.44
  
  
   iquad=   1 idist=   89 rdist(idist)=  267.00 bin95wind=   13.44 mean_vt_4quad=   10.50
  
  
   iquad=   1 idist=   88 rdist(idist)=  264.00 bin95wind=   13.70 mean_vt_4quad=   10.55
  
  
   iquad=   1 idist=   87 rdist(idist)=  261.00 bin95wind=   13.83 mean_vt_4quad=   10.61
  
  
   iquad=   1 idist=   86 rdist(idist)=  258.00 bin95wind=   14.02 mean_vt_4quad=   10.67
  
  
   iquad=   1 idist=   85 rdist(idist)=  255.00 bin95wind=   14.11 mean_vt_4quad=   10.73
  
  
   iquad=   1 idist=   84 rdist(idist)=  252.00 bin95wind=   14.34 mean_vt_4quad=   10.80
  
  
   iquad=   1 idist=   83 rdist(idist)=  249.00 bin95wind=   14.29 mean_vt_4quad=   10.87
  
  
   iquad=   1 idist=   82 rdist(idist)=  246.00 bin95wind=   14.34 mean_vt_4quad=   10.93
  
  
   iquad=   1 idist=   81 rdist(idist)=  243.00 bin95wind=   14.06 mean_vt_4quad=   11.00
  
  
   iquad=   1 idist=   80 rdist(idist)=  240.00 bin95wind=   14.36 mean_vt_4quad=   11.06
  
  
   iquad=   1 idist=   79 rdist(idist)=  237.00 bin95wind=   14.41 mean_vt_4quad=   11.12
  
  
   iquad=   1 idist=   78 rdist(idist)=  234.00 bin95wind=   14.57 mean_vt_4quad=   11.17
  
  
   iquad=   1 idist=   77 rdist(idist)=  231.00 bin95wind=   15.07 mean_vt_4quad=   11.24
  
  
   iquad=   1 idist=   76 rdist(idist)=  228.00 bin95wind=   15.65 mean_vt_4quad=   11.30
  
  
   iquad=   1 idist=   75 rdist(idist)=  225.00 bin95wind=   16.02 mean_vt_4quad=   11.38
  
  
   iquad=   1 idist=   74 rdist(idist)=  222.00 bin95wind=   16.40 mean_vt_4quad=   11.46
  
  
   iquad=   1 idist=   73 rdist(idist)=  219.00 bin95wind=   16.74 mean_vt_4quad=   11.56
  
  
   iquad=   1 idist=   72 rdist(idist)=  216.00 bin95wind=   17.22 mean_vt_4quad=   11.66
  
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.55 mean_vt_4quad=   11.78
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  71
  ++++ rdist(ihc)=  213.00  mean_radii_vt_4quad(ihc)=   11.78 .... 0.5*v_holland=    4.49
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  70
  ++++ rdist(ihc)=  210.00  mean_radii_vt_4quad(ihc)=   11.92 .... 0.5*v_holland=    4.49
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  69
  ++++ rdist(ihc)=  207.00  mean_radii_vt_4quad(ihc)=   12.06 .... 0.5*v_holland=    4.49
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    4.49
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.33 .... 0.5*v_holland=    4.49
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    213.000000000000     
 iwindix=            1  iquad=            1  exactdistnm = 
   114.934800000000     
 vradius(iwindix,iquad) =         115
  
   iquad=   1 idist=   71 rdist(idist)=  213.00 bin95wind=   17.55 mean_vt_4quad=   11.78
  
  
   iquad=   1 idist=   70 rdist(idist)=  210.00 bin95wind=   17.93 mean_vt_4quad=   11.92
  
  
   iquad=   1 idist=   69 rdist(idist)=  207.00 bin95wind=   18.44 mean_vt_4quad=   12.06
  
  
   iquad=   1 idist=   68 rdist(idist)=  204.00 bin95wind=   18.84 mean_vt_4quad=   12.20
  
  
   iquad=   1 idist=   67 rdist(idist)=  201.00 bin95wind=   19.00 mean_vt_4quad=   12.33
  
  
   iquad=   1 idist=   66 rdist(idist)=  198.00 bin95wind=   19.22 mean_vt_4quad=   12.48
  
  
   iquad=   1 idist=   65 rdist(idist)=  195.00 bin95wind=   19.42 mean_vt_4quad=   12.62
  
  
   iquad=   1 idist=   64 rdist(idist)=  192.00 bin95wind=   19.67 mean_vt_4quad=   12.75
  
  
   iquad=   1 idist=   63 rdist(idist)=  189.00 bin95wind=   20.09 mean_vt_4quad=   12.86
  
  
   iquad=   1 idist=   62 rdist(idist)=  186.00 bin95wind=   20.56 mean_vt_4quad=   12.96
  
  
   iquad=   1 idist=   61 rdist(idist)=  183.00 bin95wind=   21.04 mean_vt_4quad=   13.06
  
  
   iquad=   1 idist=   60 rdist(idist)=  180.00 bin95wind=   21.40 mean_vt_4quad=   13.16
  
  
   iquad=   1 idist=   59 rdist(idist)=  177.00 bin95wind=   21.59 mean_vt_4quad=   13.27
  
  
   iquad=   1 idist=   58 rdist(idist)=  174.00 bin95wind=   21.89 mean_vt_4quad=   13.39
  
  
   iquad=   1 idist=   57 rdist(idist)=  171.00 bin95wind=   21.95 mean_vt_4quad=   13.53
  
  
   iquad=   1 idist=   56 rdist(idist)=  168.00 bin95wind=   22.04 mean_vt_4quad=   13.68
  
  
   iquad=   1 idist=   55 rdist(idist)=  165.00 bin95wind=   22.47 mean_vt_4quad=   13.85
  
  
   iquad=   1 idist=   54 rdist(idist)=  162.00 bin95wind=   22.74 mean_vt_4quad=   14.01
  
  
   iquad=   1 idist=   53 rdist(idist)=  159.00 bin95wind=   22.73 mean_vt_4quad=   14.17
  
  
   iquad=   1 idist=   52 rdist(idist)=  156.00 bin95wind=   23.09 mean_vt_4quad=   14.32
  
  
   iquad=   1 idist=   51 rdist(idist)=  153.00 bin95wind=   23.66 mean_vt_4quad=   14.46
  
  
   iquad=   1 idist=   50 rdist(idist)=  150.00 bin95wind=   24.24 mean_vt_4quad=   14.58
  
  
   iquad=   1 idist=   49 rdist(idist)=  147.00 bin95wind=   24.83 mean_vt_4quad=   14.68
  
  
   iquad=   1 idist=   48 rdist(idist)=  144.00 bin95wind=   25.15 mean_vt_4quad=   14.76
  
  
   iquad=   1 idist=   47 rdist(idist)=  141.00 bin95wind=   25.18 mean_vt_4quad=   14.83
  
  
   iquad=   1 idist=   46 rdist(idist)=  138.00 bin95wind=   24.93 mean_vt_4quad=   14.91
  
  
   iquad=   1 idist=   45 rdist(idist)=  135.00 bin95wind=   24.41 mean_vt_4quad=   15.01
  
  
   iquad=   1 idist=   44 rdist(idist)=  132.00 bin95wind=   24.19 mean_vt_4quad=   15.12
  
  
   iquad=   1 idist=   43 rdist(idist)=  129.00 bin95wind=   24.32 mean_vt_4quad=   15.24
  
  
   iquad=   1 idist=   42 rdist(idist)=  126.00 bin95wind=   24.24 mean_vt_4quad=   15.36
  
  
   iquad=   1 idist=   41 rdist(idist)=  123.00 bin95wind=   23.49 mean_vt_4quad=   15.49
  
  
   iquad=   1 idist=   40 rdist(idist)=  120.00 bin95wind=   22.79 mean_vt_4quad=   15.62
  
  
   iquad=   1 idist=   39 rdist(idist)=  117.00 bin95wind=   22.43 mean_vt_4quad=   15.77
  
  
   iquad=   1 idist=   38 rdist(idist)=  114.00 bin95wind=   22.15 mean_vt_4quad=   15.97
  
  
   iquad=   1 idist=   37 rdist(idist)=  111.00 bin95wind=   21.71 mean_vt_4quad=   16.21
  
  
   iquad=   1 idist=   36 rdist(idist)=  108.00 bin95wind=   21.16 mean_vt_4quad=   16.48
  
  
   iquad=   1 idist=   35 rdist(idist)=  105.00 bin95wind=   20.66 mean_vt_4quad=   16.75
  
  
   iquad=   1 idist=   34 rdist(idist)=  102.00 bin95wind=   19.92 mean_vt_4quad=   17.00
  
  
   iquad=   1 idist=   33 rdist(idist)=   99.00 bin95wind=   19.06 mean_vt_4quad=   17.23
  
  
   iquad=   1 idist=   32 rdist(idist)=   96.00 bin95wind=   18.43 mean_vt_4quad=   17.43
  
  
   iquad=   1 idist=   31 rdist(idist)=   93.00 bin95wind=   18.24 mean_vt_4quad=   17.60
  
  
   iquad=   1 idist=   30 rdist(idist)=   90.00 bin95wind=   18.46 mean_vt_4quad=   17.76
  
  
   iquad=   1 idist=   29 rdist(idist)=   87.00 bin95wind=   18.80 mean_vt_4quad=   17.90
  
  
   iquad=   1 idist=   28 rdist(idist)=   84.00 bin95wind=   19.10 mean_vt_4quad=   18.05
  
  
   iquad=   1 idist=   27 rdist(idist)=   81.00 bin95wind=   19.36 mean_vt_4quad=   18.22
  
  
   iquad=   1 idist=   26 rdist(idist)=   78.00 bin95wind=   19.60 mean_vt_4quad=   18.43
  
  
   iquad=   1 idist=   25 rdist(idist)=   75.00 bin95wind=   19.81 mean_vt_4quad=   18.65
  
  
   iquad=   1 idist=   24 rdist(idist)=   72.00 bin95wind=   20.11 mean_vt_4quad=   18.83
  
  
   iquad=   1 idist=   23 rdist(idist)=   69.00 bin95wind=   20.83 mean_vt_4quad=   18.97
  
  
   iquad=   1 idist=   22 rdist(idist)=   66.00 bin95wind=   21.60 mean_vt_4quad=   19.08
  
  
   iquad=   1 idist=   21 rdist(idist)=   63.00 bin95wind=   22.18 mean_vt_4quad=   19.17
  
  
   iquad=   1 idist=   20 rdist(idist)=   60.00 bin95wind=   22.60 mean_vt_4quad=   19.29
  
  
   iquad=   1 idist=   19 rdist(idist)=   57.00 bin95wind=   22.87 mean_vt_4quad=   19.47
  
  
   iquad=   1 idist=   18 rdist(idist)=   54.00 bin95wind=   22.99 mean_vt_4quad=   19.71
  
  
   iquad=   1 idist=   17 rdist(idist)=   51.00 bin95wind=   23.24 mean_vt_4quad=   19.96
  
  
   iquad=   1 idist=   16 rdist(idist)=   48.00 bin95wind=   23.63 mean_vt_4quad=   20.17
  
  
   iquad=   1 idist=   15 rdist(idist)=   45.00 bin95wind=   24.20 mean_vt_4quad=   20.37
  
  
   iquad=   1 idist=   14 rdist(idist)=   42.00 bin95wind=   24.66 mean_vt_4quad=   20.57
  
  
   iquad=   1 idist=   13 rdist(idist)=   39.00 bin95wind=   24.99 mean_vt_4quad=   20.71
  
  
   iquad=   1 idist=   12 rdist(idist)=   36.00 bin95wind=   24.65 mean_vt_4quad=   20.69
  
  
   iquad=   1 idist=   11 rdist(idist)=   33.00 bin95wind=   23.67 mean_vt_4quad=   20.44
  
  
   iquad=   1 idist=   10 rdist(idist)=   30.00 bin95wind=   22.13 mean_vt_4quad=   19.81
  
  
   iquad=   1 idist=    9 rdist(idist)=   27.00 bin95wind=   20.76 mean_vt_4quad=   18.62
  
  
   iquad=   1 idist=    8 rdist(idist)=   24.00 bin95wind=   20.13 mean_vt_4quad=   16.89
  
  
   iquad=   1 idist=    7 rdist(idist)=   21.00 bin95wind=   19.18 mean_vt_4quad=   14.76
  
  
   iquad=   1 idist=    6 rdist(idist)=   18.00 bin95wind=   17.75 mean_vt_4quad=   12.50
  
  
   iquad=   1 idist=    5 rdist(idist)=   15.00 bin95wind=   15.73 mean_vt_4quad=   10.22
  
  
   iquad=   1 idist=    4 rdist(idist)=   12.00 bin95wind=   13.33 mean_vt_4quad=    8.00
  
  
   iquad=   1 idist=    3 rdist(idist)=    9.00 bin95wind=   10.86 mean_vt_4quad=    5.83
  
  
   iquad=   1 idist=    2 rdist(idist)=    6.00 bin95wind=    8.70 mean_vt_4quad=    3.78
  
  
   iquad=   1 idist=    1 rdist(idist)=    3.00 bin95wind=    6.72 mean_vt_4quad=    1.83
  
 ---> R34 search underway for quadrant            2  radmax= 
   369.000000000000     
  
   iquad=   2 idist=  123 rdist(idist)=  369.00 bin95wind=   10.28 mean_vt_4quad=    7.83
  
  
   iquad=   2 idist=  122 rdist(idist)=  366.00 bin95wind=   10.20 mean_vt_4quad=    7.92
  
  
   iquad=   2 idist=  121 rdist(idist)=  363.00 bin95wind=   10.14 mean_vt_4quad=    8.00
  
  
   iquad=   2 idist=  120 rdist(idist)=  360.00 bin95wind=   10.09 mean_vt_4quad=    8.07
  
  
   iquad=   2 idist=  119 rdist(idist)=  357.00 bin95wind=   10.08 mean_vt_4quad=    8.15
  
  
   iquad=   2 idist=  118 rdist(idist)=  354.00 bin95wind=   10.12 mean_vt_4quad=    8.25
  
  
   iquad=   2 idist=  117 rdist(idist)=  351.00 bin95wind=   10.16 mean_vt_4quad=    8.34
  
  
   iquad=   2 idist=  116 rdist(idist)=  348.00 bin95wind=   10.22 mean_vt_4quad=    8.41
  
  
   iquad=   2 idist=  115 rdist(idist)=  345.00 bin95wind=   10.29 mean_vt_4quad=    8.47
  
  
   iquad=   2 idist=  114 rdist(idist)=  342.00 bin95wind=   10.38 mean_vt_4quad=    8.54
  
  
   iquad=   2 idist=  113 rdist(idist)=  339.00 bin95wind=   10.43 mean_vt_4quad=    8.61
  
  
   iquad=   2 idist=  112 rdist(idist)=  336.00 bin95wind=   10.46 mean_vt_4quad=    8.69
  
  
   iquad=   2 idist=  111 rdist(idist)=  333.00 bin95wind=   10.50 mean_vt_4quad=    8.77
  
  
   iquad=   2 idist=  110 rdist(idist)=  330.00 bin95wind=   10.49 mean_vt_4quad=    8.86
  
  
   iquad=   2 idist=  109 rdist(idist)=  327.00 bin95wind=   10.49 mean_vt_4quad=    8.95
  
  
   iquad=   2 idist=  108 rdist(idist)=  324.00 bin95wind=   10.49 mean_vt_4quad=    9.06
  
  
   iquad=   2 idist=  107 rdist(idist)=  321.00 bin95wind=   10.50 mean_vt_4quad=    9.17
  
  
   iquad=   2 idist=  106 rdist(idist)=  318.00 bin95wind=   10.49 mean_vt_4quad=    9.27
  
  
   iquad=   2 idist=  105 rdist(idist)=  315.00 bin95wind=   10.54 mean_vt_4quad=    9.36
  
  
   iquad=   2 idist=  104 rdist(idist)=  312.00 bin95wind=   10.61 mean_vt_4quad=    9.43
  
  
   iquad=   2 idist=  103 rdist(idist)=  309.00 bin95wind=   10.69 mean_vt_4quad=    9.50
  
  
   iquad=   2 idist=  102 rdist(idist)=  306.00 bin95wind=   10.82 mean_vt_4quad=    9.57
  
  
   iquad=   2 idist=  101 rdist(idist)=  303.00 bin95wind=   10.93 mean_vt_4quad=    9.63
  
  
   iquad=   2 idist=  100 rdist(idist)=  300.00 bin95wind=   11.02 mean_vt_4quad=    9.70
  
  
   iquad=   2 idist=   99 rdist(idist)=  297.00 bin95wind=   11.10 mean_vt_4quad=    9.77
  
  
   iquad=   2 idist=   98 rdist(idist)=  294.00 bin95wind=   11.15 mean_vt_4quad=    9.84
  
  
   iquad=   2 idist=   97 rdist(idist)=  291.00 bin95wind=   11.19 mean_vt_4quad=    9.91
  
  
   iquad=   2 idist=   96 rdist(idist)=  288.00 bin95wind=   11.20 mean_vt_4quad=    9.99
  
  
   iquad=   2 idist=   95 rdist(idist)=  285.00 bin95wind=   11.21 mean_vt_4quad=   10.07
  
  
   iquad=   2 idist=   94 rdist(idist)=  282.00 bin95wind=   11.21 mean_vt_4quad=   10.15
  
  
   iquad=   2 idist=   93 rdist(idist)=  279.00 bin95wind=   11.20 mean_vt_4quad=   10.23
  
  
   iquad=   2 idist=   92 rdist(idist)=  276.00 bin95wind=   11.20 mean_vt_4quad=   10.31
  
  
   iquad=   2 idist=   91 rdist(idist)=  273.00 bin95wind=   11.20 mean_vt_4quad=   10.38
  
  
   iquad=   2 idist=   90 rdist(idist)=  270.00 bin95wind=   11.24 mean_vt_4quad=   10.44
  
  
   iquad=   2 idist=   89 rdist(idist)=  267.00 bin95wind=   11.31 mean_vt_4quad=   10.50
  
  
   iquad=   2 idist=   88 rdist(idist)=  264.00 bin95wind=   11.41 mean_vt_4quad=   10.55
  
  
   iquad=   2 idist=   87 rdist(idist)=  261.00 bin95wind=   11.52 mean_vt_4quad=   10.61
  
  
   iquad=   2 idist=   86 rdist(idist)=  258.00 bin95wind=   11.68 mean_vt_4quad=   10.67
  
  
   iquad=   2 idist=   85 rdist(idist)=  255.00 bin95wind=   11.84 mean_vt_4quad=   10.73
  
  
   iquad=   2 idist=   84 rdist(idist)=  252.00 bin95wind=   11.99 mean_vt_4quad=   10.80
  
  
   iquad=   2 idist=   83 rdist(idist)=  249.00 bin95wind=   12.12 mean_vt_4quad=   10.87
  
  
   iquad=   2 idist=   82 rdist(idist)=  246.00 bin95wind=   12.22 mean_vt_4quad=   10.93
  
  
   iquad=   2 idist=   81 rdist(idist)=  243.00 bin95wind=   12.30 mean_vt_4quad=   11.00
  
  
   iquad=   2 idist=   80 rdist(idist)=  240.00 bin95wind=   12.44 mean_vt_4quad=   11.06
  
  
   iquad=   2 idist=   79 rdist(idist)=  237.00 bin95wind=   12.54 mean_vt_4quad=   11.12
  
  
   iquad=   2 idist=   78 rdist(idist)=  234.00 bin95wind=   12.69 mean_vt_4quad=   11.17
  
  
   iquad=   2 idist=   77 rdist(idist)=  231.00 bin95wind=   12.88 mean_vt_4quad=   11.24
  
  
   iquad=   2 idist=   76 rdist(idist)=  228.00 bin95wind=   13.04 mean_vt_4quad=   11.30
  
  
   iquad=   2 idist=   75 rdist(idist)=  225.00 bin95wind=   13.24 mean_vt_4quad=   11.38
  
  
   iquad=   2 idist=   74 rdist(idist)=  222.00 bin95wind=   13.42 mean_vt_4quad=   11.46
  
  
   iquad=   2 idist=   73 rdist(idist)=  219.00 bin95wind=   13.55 mean_vt_4quad=   11.56
  
  
   iquad=   2 idist=   72 rdist(idist)=  216.00 bin95wind=   13.63 mean_vt_4quad=   11.66
  
  
   iquad=   2 idist=   71 rdist(idist)=  213.00 bin95wind=   13.70 mean_vt_4quad=   11.78
  
  
   iquad=   2 idist=   70 rdist(idist)=  210.00 bin95wind=   13.74 mean_vt_4quad=   11.92
  
  
   iquad=   2 idist=   69 rdist(idist)=  207.00 bin95wind=   13.78 mean_vt_4quad=   12.06
  
  
   iquad=   2 idist=   68 rdist(idist)=  204.00 bin95wind=   13.82 mean_vt_4quad=   12.20
  
  
   iquad=   2 idist=   67 rdist(idist)=  201.00 bin95wind=   13.85 mean_vt_4quad=   12.33
  
  
   iquad=   2 idist=   66 rdist(idist)=  198.00 bin95wind=   13.97 mean_vt_4quad=   12.48
  
  
   iquad=   2 idist=   65 rdist(idist)=  195.00 bin95wind=   14.14 mean_vt_4quad=   12.62
  
  
   iquad=   2 idist=   64 rdist(idist)=  192.00 bin95wind=   14.34 mean_vt_4quad=   12.75
  
  
   iquad=   2 idist=   63 rdist(idist)=  189.00 bin95wind=   14.54 mean_vt_4quad=   12.86
  
  
   iquad=   2 idist=   62 rdist(idist)=  186.00 bin95wind=   14.73 mean_vt_4quad=   12.96
  
  
   iquad=   2 idist=   61 rdist(idist)=  183.00 bin95wind=   14.90 mean_vt_4quad=   13.06
  
  
   iquad=   2 idist=   60 rdist(idist)=  180.00 bin95wind=   15.07 mean_vt_4quad=   13.16
  
  
   iquad=   2 idist=   59 rdist(idist)=  177.00 bin95wind=   15.32 mean_vt_4quad=   13.27
  
  
   iquad=   2 idist=   58 rdist(idist)=  174.00 bin95wind=   15.67 mean_vt_4quad=   13.39
  
  
   iquad=   2 idist=   57 rdist(idist)=  171.00 bin95wind=   16.01 mean_vt_4quad=   13.53
  
  
   iquad=   2 idist=   56 rdist(idist)=  168.00 bin95wind=   16.34 mean_vt_4quad=   13.68
  
  
   iquad=   2 idist=   55 rdist(idist)=  165.00 bin95wind=   16.62 mean_vt_4quad=   13.85
  
  
   iquad=   2 idist=   54 rdist(idist)=  162.00 bin95wind=   16.88 mean_vt_4quad=   14.01
  
  
   iquad=   2 idist=   53 rdist(idist)=  159.00 bin95wind=   17.05 mean_vt_4quad=   14.17
  
  
   iquad=   2 idist=   52 rdist(idist)=  156.00 bin95wind=   17.16 mean_vt_4quad=   14.32
  
  
   iquad=   2 idist=   51 rdist(idist)=  153.00 bin95wind=   17.23 mean_vt_4quad=   14.46
  
  
   iquad=   2 idist=   50 rdist(idist)=  150.00 bin95wind=   17.25 mean_vt_4quad=   14.58
  
  
   iquad=   2 idist=   49 rdist(idist)=  147.00 bin95wind=   17.24 mean_vt_4quad=   14.68
  
  
   iquad=   2 idist=   48 rdist(idist)=  144.00 bin95wind=   17.20 mean_vt_4quad=   14.76
  
  
   iquad=   2 idist=   47 rdist(idist)=  141.00 bin95wind=   17.18 mean_vt_4quad=   14.83
  
  
   iquad=   2 idist=   46 rdist(idist)=  138.00 bin95wind=   17.13 mean_vt_4quad=   14.91
  
  
   iquad=   2 idist=   45 rdist(idist)=  135.00 bin95wind=   17.08 mean_vt_4quad=   15.01
  
  
   iquad=   2 idist=   44 rdist(idist)=  132.00 bin95wind=   17.04 mean_vt_4quad=   15.12
  
  
   iquad=   2 idist=   43 rdist(idist)=  129.00 bin95wind=   17.02 mean_vt_4quad=   15.24
  
  
   iquad=   2 idist=   42 rdist(idist)=  126.00 bin95wind=   17.05 mean_vt_4quad=   15.36
  
  
   iquad=   2 idist=   41 rdist(idist)=  123.00 bin95wind=   17.11 mean_vt_4quad=   15.49
  
  
   iquad=   2 idist=   40 rdist(idist)=  120.00 bin95wind=   17.14 mean_vt_4quad=   15.62
  
  
   iquad=   2 idist=   39 rdist(idist)=  117.00 bin95wind=   17.09 mean_vt_4quad=   15.77
  
  
   iquad=   2 idist=   38 rdist(idist)=  114.00 bin95wind=   16.94 mean_vt_4quad=   15.97
  
  
   iquad=   2 idist=   37 rdist(idist)=  111.00 bin95wind=   16.76 mean_vt_4quad=   16.21
  
  
   iquad=   2 idist=   36 rdist(idist)=  108.00 bin95wind=   16.65 mean_vt_4quad=   16.48
  
  
   iquad=   2 idist=   35 rdist(idist)=  105.00 bin95wind=   16.61 mean_vt_4quad=   16.75
  
  
   iquad=   2 idist=   34 rdist(idist)=  102.00 bin95wind=   16.61 mean_vt_4quad=   17.00
  
  
   iquad=   2 idist=   33 rdist(idist)=   99.00 bin95wind=   16.62 mean_vt_4quad=   17.23
  
  
   iquad=   2 idist=   32 rdist(idist)=   96.00 bin95wind=   16.62 mean_vt_4quad=   17.43
  
  
   iquad=   2 idist=   31 rdist(idist)=   93.00 bin95wind=   16.62 mean_vt_4quad=   17.60
  
  
   iquad=   2 idist=   30 rdist(idist)=   90.00 bin95wind=   16.62 mean_vt_4quad=   17.76
  
  
   iquad=   2 idist=   29 rdist(idist)=   87.00 bin95wind=   16.70 mean_vt_4quad=   17.90
  
  
   iquad=   2 idist=   28 rdist(idist)=   84.00 bin95wind=   16.84 mean_vt_4quad=   18.05
  
  
   iquad=   2 idist=   27 rdist(idist)=   81.00 bin95wind=   17.02 mean_vt_4quad=   18.22
  
  
   iquad=   2 idist=   26 rdist(idist)=   78.00 bin95wind=   17.25 mean_vt_4quad=   18.43
  
  
   iquad=   2 idist=   25 rdist(idist)=   75.00 bin95wind=   17.49 mean_vt_4quad=   18.65
  
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   17.74 mean_vt_4quad=   18.83
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  24
  ++++ rdist(ihc)=   72.00  mean_radii_vt_4quad(ihc)=   18.83 .... 0.5*v_holland=   11.66
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  23
  ++++ rdist(ihc)=   69.00  mean_radii_vt_4quad(ihc)=   18.97 .... 0.5*v_holland=   11.66
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  22
  ++++ rdist(ihc)=   66.00  mean_radii_vt_4quad(ihc)=   19.08 .... 0.5*v_holland=   11.66
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  21
  ++++ rdist(ihc)=   63.00  mean_radii_vt_4quad(ihc)=   19.17 .... 0.5*v_holland=   11.66
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  20
  ++++ rdist(ihc)=   60.00  mean_radii_vt_4quad(ihc)=   19.29 .... 0.5*v_holland=   11.66
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    72.0000000000000     
 iwindix=            1  iquad=            2  exactdistnm = 
   38.8512000000000     
 vradius(iwindix,iquad) =          39
  
   iquad=   2 idist=   24 rdist(idist)=   72.00 bin95wind=   17.74 mean_vt_4quad=   18.83
  
  
   iquad=   2 idist=   23 rdist(idist)=   69.00 bin95wind=   17.98 mean_vt_4quad=   18.97
  
  
   iquad=   2 idist=   22 rdist(idist)=   66.00 bin95wind=   18.22 mean_vt_4quad=   19.08
  
  
   iquad=   2 idist=   21 rdist(idist)=   63.00 bin95wind=   18.48 mean_vt_4quad=   19.17
  
  
   iquad=   2 idist=   20 rdist(idist)=   60.00 bin95wind=   18.79 mean_vt_4quad=   19.29
  
  
   iquad=   2 idist=   19 rdist(idist)=   57.00 bin95wind=   19.16 mean_vt_4quad=   19.47
  
  
   iquad=   2 idist=   18 rdist(idist)=   54.00 bin95wind=   19.60 mean_vt_4quad=   19.71
  
  
   iquad=   2 idist=   17 rdist(idist)=   51.00 bin95wind=   20.22 mean_vt_4quad=   19.96
  
  
   iquad=   2 idist=   16 rdist(idist)=   48.00 bin95wind=   20.84 mean_vt_4quad=   20.17
  
  
   iquad=   2 idist=   15 rdist(idist)=   45.00 bin95wind=   21.47 mean_vt_4quad=   20.37
  
  
   iquad=   2 idist=   14 rdist(idist)=   42.00 bin95wind=   21.96 mean_vt_4quad=   20.57
  
  
   iquad=   2 idist=   13 rdist(idist)=   39.00 bin95wind=   22.23 mean_vt_4quad=   20.71
  
  
   iquad=   2 idist=   12 rdist(idist)=   36.00 bin95wind=   22.30 mean_vt_4quad=   20.69
  
  
   iquad=   2 idist=   11 rdist(idist)=   33.00 bin95wind=   22.16 mean_vt_4quad=   20.44
  
  
   iquad=   2 idist=   10 rdist(idist)=   30.00 bin95wind=   21.83 mean_vt_4quad=   19.81
  
  
   iquad=   2 idist=    9 rdist(idist)=   27.00 bin95wind=   21.40 mean_vt_4quad=   18.62
  
  
   iquad=   2 idist=    8 rdist(idist)=   24.00 bin95wind=   20.67 mean_vt_4quad=   16.89
  
  
   iquad=   2 idist=    7 rdist(idist)=   21.00 bin95wind=   19.44 mean_vt_4quad=   14.76
  
  
   iquad=   2 idist=    6 rdist(idist)=   18.00 bin95wind=   17.74 mean_vt_4quad=   12.50
  
  
   iquad=   2 idist=    5 rdist(idist)=   15.00 bin95wind=   15.21 mean_vt_4quad=   10.22
  
  
   iquad=   2 idist=    4 rdist(idist)=   12.00 bin95wind=   12.22 mean_vt_4quad=    8.00
  
  
   iquad=   2 idist=    3 rdist(idist)=    9.00 bin95wind=    9.24 mean_vt_4quad=    5.83
  
  
   iquad=   2 idist=    2 rdist(idist)=    6.00 bin95wind=    6.83 mean_vt_4quad=    3.78
  
  
   iquad=   2 idist=    1 rdist(idist)=    3.00 bin95wind=    5.29 mean_vt_4quad=    1.83
  
 ---> R34 search underway for quadrant            3  radmax= 
   369.000000000000     
  
   iquad=   3 idist=  123 rdist(idist)=  369.00 bin95wind=   13.21 mean_vt_4quad=    7.83
  
  
   iquad=   3 idist=  122 rdist(idist)=  366.00 bin95wind=   13.16 mean_vt_4quad=    7.92
  
  
   iquad=   3 idist=  121 rdist(idist)=  363.00 bin95wind=   13.12 mean_vt_4quad=    8.00
  
  
   iquad=   3 idist=  120 rdist(idist)=  360.00 bin95wind=   13.10 mean_vt_4quad=    8.07
  
  
   iquad=   3 idist=  119 rdist(idist)=  357.00 bin95wind=   13.13 mean_vt_4quad=    8.15
  
  
   iquad=   3 idist=  118 rdist(idist)=  354.00 bin95wind=   13.24 mean_vt_4quad=    8.25
  
  
   iquad=   3 idist=  117 rdist(idist)=  351.00 bin95wind=   13.41 mean_vt_4quad=    8.34
  
  
   iquad=   3 idist=  116 rdist(idist)=  348.00 bin95wind=   13.52 mean_vt_4quad=    8.41
  
  
   iquad=   3 idist=  115 rdist(idist)=  345.00 bin95wind=   13.59 mean_vt_4quad=    8.47
  
  
   iquad=   3 idist=  114 rdist(idist)=  342.00 bin95wind=   13.67 mean_vt_4quad=    8.54
  
  
   iquad=   3 idist=  113 rdist(idist)=  339.00 bin95wind=   13.79 mean_vt_4quad=    8.61
  
  
   iquad=   3 idist=  112 rdist(idist)=  336.00 bin95wind=   13.98 mean_vt_4quad=    8.69
  
  
   iquad=   3 idist=  111 rdist(idist)=  333.00 bin95wind=   14.08 mean_vt_4quad=    8.77
  
  
   iquad=   3 idist=  110 rdist(idist)=  330.00 bin95wind=   14.22 mean_vt_4quad=    8.86
  
  
   iquad=   3 idist=  109 rdist(idist)=  327.00 bin95wind=   14.36 mean_vt_4quad=    8.95
  
  
   iquad=   3 idist=  108 rdist(idist)=  324.00 bin95wind=   14.56 mean_vt_4quad=    9.06
  
  
   iquad=   3 idist=  107 rdist(idist)=  321.00 bin95wind=   14.71 mean_vt_4quad=    9.17
  
  
   iquad=   3 idist=  106 rdist(idist)=  318.00 bin95wind=   14.77 mean_vt_4quad=    9.27
  
  
   iquad=   3 idist=  105 rdist(idist)=  315.00 bin95wind=   14.83 mean_vt_4quad=    9.36
  
  
   iquad=   3 idist=  104 rdist(idist)=  312.00 bin95wind=   14.84 mean_vt_4quad=    9.43
  
  
   iquad=   3 idist=  103 rdist(idist)=  309.00 bin95wind=   14.83 mean_vt_4quad=    9.50
  
  
   iquad=   3 idist=  102 rdist(idist)=  306.00 bin95wind=   14.82 mean_vt_4quad=    9.57
  
  
   iquad=   3 idist=  101 rdist(idist)=  303.00 bin95wind=   14.91 mean_vt_4quad=    9.63
  
  
   iquad=   3 idist=  100 rdist(idist)=  300.00 bin95wind=   14.92 mean_vt_4quad=    9.70
  
  
   iquad=   3 idist=   99 rdist(idist)=  297.00 bin95wind=   14.93 mean_vt_4quad=    9.77
  
  
   iquad=   3 idist=   98 rdist(idist)=  294.00 bin95wind=   14.96 mean_vt_4quad=    9.84
  
  
   iquad=   3 idist=   97 rdist(idist)=  291.00 bin95wind=   15.02 mean_vt_4quad=    9.91
  
  
   iquad=   3 idist=   96 rdist(idist)=  288.00 bin95wind=   15.09 mean_vt_4quad=    9.99
  
  
   iquad=   3 idist=   95 rdist(idist)=  285.00 bin95wind=   15.14 mean_vt_4quad=   10.07
  
  
   iquad=   3 idist=   94 rdist(idist)=  282.00 bin95wind=   15.20 mean_vt_4quad=   10.15
  
  
   iquad=   3 idist=   93 rdist(idist)=  279.00 bin95wind=   15.27 mean_vt_4quad=   10.23
  
  
   iquad=   3 idist=   92 rdist(idist)=  276.00 bin95wind=   15.32 mean_vt_4quad=   10.31
  
  
   iquad=   3 idist=   91 rdist(idist)=  273.00 bin95wind=   15.36 mean_vt_4quad=   10.38
  
  
   iquad=   3 idist=   90 rdist(idist)=  270.00 bin95wind=   15.40 mean_vt_4quad=   10.44
  
  
   iquad=   3 idist=   89 rdist(idist)=  267.00 bin95wind=   15.46 mean_vt_4quad=   10.50
  
  
   iquad=   3 idist=   88 rdist(idist)=  264.00 bin95wind=   15.51 mean_vt_4quad=   10.55
  
  
   iquad=   3 idist=   87 rdist(idist)=  261.00 bin95wind=   15.54 mean_vt_4quad=   10.61
  
  
   iquad=   3 idist=   86 rdist(idist)=  258.00 bin95wind=   15.57 mean_vt_4quad=   10.67
  
  
   iquad=   3 idist=   85 rdist(idist)=  255.00 bin95wind=   15.60 mean_vt_4quad=   10.73
  
  
   iquad=   3 idist=   84 rdist(idist)=  252.00 bin95wind=   15.67 mean_vt_4quad=   10.80
  
  
   iquad=   3 idist=   83 rdist(idist)=  249.00 bin95wind=   15.80 mean_vt_4quad=   10.87
  
  
   iquad=   3 idist=   82 rdist(idist)=  246.00 bin95wind=   15.91 mean_vt_4quad=   10.93
  
  
   iquad=   3 idist=   81 rdist(idist)=  243.00 bin95wind=   16.00 mean_vt_4quad=   11.00
  
  
   iquad=   3 idist=   80 rdist(idist)=  240.00 bin95wind=   16.09 mean_vt_4quad=   11.06
  
  
   iquad=   3 idist=   79 rdist(idist)=  237.00 bin95wind=   16.17 mean_vt_4quad=   11.12
  
  
   iquad=   3 idist=   78 rdist(idist)=  234.00 bin95wind=   16.20 mean_vt_4quad=   11.17
  
  
   iquad=   3 idist=   77 rdist(idist)=  231.00 bin95wind=   16.20 mean_vt_4quad=   11.24
  
  
   iquad=   3 idist=   76 rdist(idist)=  228.00 bin95wind=   16.14 mean_vt_4quad=   11.30
  
  
   iquad=   3 idist=   75 rdist(idist)=  225.00 bin95wind=   15.93 mean_vt_4quad=   11.38
  
  
   iquad=   3 idist=   74 rdist(idist)=  222.00 bin95wind=   15.69 mean_vt_4quad=   11.46
  
  
   iquad=   3 idist=   73 rdist(idist)=  219.00 bin95wind=   15.56 mean_vt_4quad=   11.56
  
  
   iquad=   3 idist=   72 rdist(idist)=  216.00 bin95wind=   15.56 mean_vt_4quad=   11.66
  
  
   iquad=   3 idist=   71 rdist(idist)=  213.00 bin95wind=   15.68 mean_vt_4quad=   11.78
  
  
   iquad=   3 idist=   70 rdist(idist)=  210.00 bin95wind=   15.99 mean_vt_4quad=   11.92
  
  
   iquad=   3 idist=   69 rdist(idist)=  207.00 bin95wind=   16.38 mean_vt_4quad=   12.06
  
  
   iquad=   3 idist=   68 rdist(idist)=  204.00 bin95wind=   16.73 mean_vt_4quad=   12.20
  
  
   iquad=   3 idist=   67 rdist(idist)=  201.00 bin95wind=   16.93 mean_vt_4quad=   12.33
  
  
   iquad=   3 idist=   66 rdist(idist)=  198.00 bin95wind=   17.25 mean_vt_4quad=   12.48
  
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   17.50 mean_vt_4quad=   12.62
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.62 .... 0.5*v_holland=    4.89
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.75 .... 0.5*v_holland=    4.89
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  63
  ++++ rdist(ihc)=  189.00  mean_radii_vt_4quad(ihc)=   12.86 .... 0.5*v_holland=    4.89
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  62
  ++++ rdist(ihc)=  186.00  mean_radii_vt_4quad(ihc)=   12.96 .... 0.5*v_holland=    4.89
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  61
  ++++ rdist(ihc)=  183.00  mean_radii_vt_4quad(ihc)=   13.06 .... 0.5*v_holland=    4.89
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    195.000000000000     
 iwindix=            1  iquad=            3  exactdistnm = 
   105.222000000000     
 vradius(iwindix,iquad) =         105
  
   iquad=   3 idist=   65 rdist(idist)=  195.00 bin95wind=   17.50 mean_vt_4quad=   12.62
  
  
   iquad=   3 idist=   64 rdist(idist)=  192.00 bin95wind=   17.61 mean_vt_4quad=   12.75
  
  
   iquad=   3 idist=   63 rdist(idist)=  189.00 bin95wind=   17.58 mean_vt_4quad=   12.86
  
  
   iquad=   3 idist=   62 rdist(idist)=  186.00 bin95wind=   17.45 mean_vt_4quad=   12.96
  
  
   iquad=   3 idist=   61 rdist(idist)=  183.00 bin95wind=   17.22 mean_vt_4quad=   13.06
  
  
   iquad=   3 idist=   60 rdist(idist)=  180.00 bin95wind=   17.06 mean_vt_4quad=   13.16
  
  
   iquad=   3 idist=   59 rdist(idist)=  177.00 bin95wind=   16.98 mean_vt_4quad=   13.27
  
  
   iquad=   3 idist=   58 rdist(idist)=  174.00 bin95wind=   16.99 mean_vt_4quad=   13.39
  
  
   iquad=   3 idist=   57 rdist(idist)=  171.00 bin95wind=   17.03 mean_vt_4quad=   13.53
  
  
   iquad=   3 idist=   56 rdist(idist)=  168.00 bin95wind=   17.08 mean_vt_4quad=   13.68
  
  
   iquad=   3 idist=   55 rdist(idist)=  165.00 bin95wind=   17.16 mean_vt_4quad=   13.85
  
  
   iquad=   3 idist=   54 rdist(idist)=  162.00 bin95wind=   17.28 mean_vt_4quad=   14.01
  
  
   iquad=   3 idist=   53 rdist(idist)=  159.00 bin95wind=   17.40 mean_vt_4quad=   14.17
  
  
   iquad=   3 idist=   52 rdist(idist)=  156.00 bin95wind=   17.53 mean_vt_4quad=   14.32
  
  
   iquad=   3 idist=   51 rdist(idist)=  153.00 bin95wind=   17.66 mean_vt_4quad=   14.46
  
  
   iquad=   3 idist=   50 rdist(idist)=  150.00 bin95wind=   17.76 mean_vt_4quad=   14.58
  
  
   iquad=   3 idist=   49 rdist(idist)=  147.00 bin95wind=   17.83 mean_vt_4quad=   14.68
  
  
   iquad=   3 idist=   48 rdist(idist)=  144.00 bin95wind=   17.87 mean_vt_4quad=   14.76
  
  
   iquad=   3 idist=   47 rdist(idist)=  141.00 bin95wind=   17.94 mean_vt_4quad=   14.83
  
  
   iquad=   3 idist=   46 rdist(idist)=  138.00 bin95wind=   18.05 mean_vt_4quad=   14.91
  
  
   iquad=   3 idist=   45 rdist(idist)=  135.00 bin95wind=   18.21 mean_vt_4quad=   15.01
  
  
   iquad=   3 idist=   44 rdist(idist)=  132.00 bin95wind=   18.42 mean_vt_4quad=   15.12
  
  
   iquad=   3 idist=   43 rdist(idist)=  129.00 bin95wind=   18.67 mean_vt_4quad=   15.24
  
  
   iquad=   3 idist=   42 rdist(idist)=  126.00 bin95wind=   19.00 mean_vt_4quad=   15.36
  
  
   iquad=   3 idist=   41 rdist(idist)=  123.00 bin95wind=   19.33 mean_vt_4quad=   15.49
  
  
   iquad=   3 idist=   40 rdist(idist)=  120.00 bin95wind=   19.64 mean_vt_4quad=   15.62
  
  
   iquad=   3 idist=   39 rdist(idist)=  117.00 bin95wind=   19.93 mean_vt_4quad=   15.77
  
  
   iquad=   3 idist=   38 rdist(idist)=  114.00 bin95wind=   20.19 mean_vt_4quad=   15.97
  
  
   iquad=   3 idist=   37 rdist(idist)=  111.00 bin95wind=   20.49 mean_vt_4quad=   16.21
  
  
   iquad=   3 idist=   36 rdist(idist)=  108.00 bin95wind=   20.77 mean_vt_4quad=   16.48
  
  
   iquad=   3 idist=   35 rdist(idist)=  105.00 bin95wind=   21.05 mean_vt_4quad=   16.75
  
  
   iquad=   3 idist=   34 rdist(idist)=  102.00 bin95wind=   21.20 mean_vt_4quad=   17.00
  
  
   iquad=   3 idist=   33 rdist(idist)=   99.00 bin95wind=   21.31 mean_vt_4quad=   17.23
  
  
   iquad=   3 idist=   32 rdist(idist)=   96.00 bin95wind=   21.47 mean_vt_4quad=   17.43
  
  
   iquad=   3 idist=   31 rdist(idist)=   93.00 bin95wind=   21.77 mean_vt_4quad=   17.60
  
  
   iquad=   3 idist=   30 rdist(idist)=   90.00 bin95wind=   22.23 mean_vt_4quad=   17.76
  
  
   iquad=   3 idist=   29 rdist(idist)=   87.00 bin95wind=   22.71 mean_vt_4quad=   17.90
  
  
   iquad=   3 idist=   28 rdist(idist)=   84.00 bin95wind=   23.10 mean_vt_4quad=   18.05
  
  
   iquad=   3 idist=   27 rdist(idist)=   81.00 bin95wind=   23.32 mean_vt_4quad=   18.22
  
  
   iquad=   3 idist=   26 rdist(idist)=   78.00 bin95wind=   23.27 mean_vt_4quad=   18.43
  
  
   iquad=   3 idist=   25 rdist(idist)=   75.00 bin95wind=   22.85 mean_vt_4quad=   18.65
  
  
   iquad=   3 idist=   24 rdist(idist)=   72.00 bin95wind=   22.27 mean_vt_4quad=   18.83
  
  
   iquad=   3 idist=   23 rdist(idist)=   69.00 bin95wind=   21.71 mean_vt_4quad=   18.97
  
  
   iquad=   3 idist=   22 rdist(idist)=   66.00 bin95wind=   21.37 mean_vt_4quad=   19.08
  
  
   iquad=   3 idist=   21 rdist(idist)=   63.00 bin95wind=   21.41 mean_vt_4quad=   19.17
  
  
   iquad=   3 idist=   20 rdist(idist)=   60.00 bin95wind=   22.21 mean_vt_4quad=   19.29
  
  
   iquad=   3 idist=   19 rdist(idist)=   57.00 bin95wind=   23.24 mean_vt_4quad=   19.47
  
  
   iquad=   3 idist=   18 rdist(idist)=   54.00 bin95wind=   24.16 mean_vt_4quad=   19.71
  
  
   iquad=   3 idist=   17 rdist(idist)=   51.00 bin95wind=   24.72 mean_vt_4quad=   19.96
  
  
   iquad=   3 idist=   16 rdist(idist)=   48.00 bin95wind=   25.12 mean_vt_4quad=   20.17
  
  
   iquad=   3 idist=   15 rdist(idist)=   45.00 bin95wind=   25.46 mean_vt_4quad=   20.37
  
  
   iquad=   3 idist=   14 rdist(idist)=   42.00 bin95wind=   25.74 mean_vt_4quad=   20.57
  
 NO interp, exactdistkm=    42.0000000000000     
 iwindix=            2  iquad=            3  exactdistnm = 
   22.6632000000000     
 vradius(iwindix,iquad) =          23
  
  --- vmaxwind of    30.2349367454275       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 ---> R34 search underway for quadrant            4  radmax= 
   369.000000000000     
  
   iquad=   4 idist=  123 rdist(idist)=  369.00 bin95wind=   13.09 mean_vt_4quad=    7.83
  
  
   iquad=   4 idist=  122 rdist(idist)=  366.00 bin95wind=   13.14 mean_vt_4quad=    7.92
  
  
   iquad=   4 idist=  121 rdist(idist)=  363.00 bin95wind=   13.24 mean_vt_4quad=    8.00
  
  
   iquad=   4 idist=  120 rdist(idist)=  360.00 bin95wind=   13.33 mean_vt_4quad=    8.07
  
  
   iquad=   4 idist=  119 rdist(idist)=  357.00 bin95wind=   13.37 mean_vt_4quad=    8.15
  
  
   iquad=   4 idist=  118 rdist(idist)=  354.00 bin95wind=   13.47 mean_vt_4quad=    8.25
  
  
   iquad=   4 idist=  117 rdist(idist)=  351.00 bin95wind=   13.55 mean_vt_4quad=    8.34
  
  
   iquad=   4 idist=  116 rdist(idist)=  348.00 bin95wind=   13.61 mean_vt_4quad=    8.41
  
  
   iquad=   4 idist=  115 rdist(idist)=  345.00 bin95wind=   13.77 mean_vt_4quad=    8.47
  
  
   iquad=   4 idist=  114 rdist(idist)=  342.00 bin95wind=   13.88 mean_vt_4quad=    8.54
  
  
   iquad=   4 idist=  113 rdist(idist)=  339.00 bin95wind=   13.94 mean_vt_4quad=    8.61
  
  
   iquad=   4 idist=  112 rdist(idist)=  336.00 bin95wind=   14.03 mean_vt_4quad=    8.69
  
  
   iquad=   4 idist=  111 rdist(idist)=  333.00 bin95wind=   14.13 mean_vt_4quad=    8.77
  
  
   iquad=   4 idist=  110 rdist(idist)=  330.00 bin95wind=   14.25 mean_vt_4quad=    8.86
  
  
   iquad=   4 idist=  109 rdist(idist)=  327.00 bin95wind=   14.37 mean_vt_4quad=    8.95
  
  
   iquad=   4 idist=  108 rdist(idist)=  324.00 bin95wind=   14.52 mean_vt_4quad=    9.06
  
  
   iquad=   4 idist=  107 rdist(idist)=  321.00 bin95wind=   14.64 mean_vt_4quad=    9.17
  
  
   iquad=   4 idist=  106 rdist(idist)=  318.00 bin95wind=   14.84 mean_vt_4quad=    9.27
  
  
   iquad=   4 idist=  105 rdist(idist)=  315.00 bin95wind=   15.11 mean_vt_4quad=    9.36
  
  
   iquad=   4 idist=  104 rdist(idist)=  312.00 bin95wind=   15.39 mean_vt_4quad=    9.43
  
  
   iquad=   4 idist=  103 rdist(idist)=  309.00 bin95wind=   15.53 mean_vt_4quad=    9.50
  
  
   iquad=   4 idist=  102 rdist(idist)=  306.00 bin95wind=   15.67 mean_vt_4quad=    9.57
  
  
   iquad=   4 idist=  101 rdist(idist)=  303.00 bin95wind=   15.79 mean_vt_4quad=    9.63
  
  
   iquad=   4 idist=  100 rdist(idist)=  300.00 bin95wind=   15.88 mean_vt_4quad=    9.70
  
  
   iquad=   4 idist=   99 rdist(idist)=  297.00 bin95wind=   16.00 mean_vt_4quad=    9.77
  
  
   iquad=   4 idist=   98 rdist(idist)=  294.00 bin95wind=   16.11 mean_vt_4quad=    9.84
  
  
   iquad=   4 idist=   97 rdist(idist)=  291.00 bin95wind=   16.17 mean_vt_4quad=    9.91
  
  
   iquad=   4 idist=   96 rdist(idist)=  288.00 bin95wind=   16.29 mean_vt_4quad=    9.99
  
  
   iquad=   4 idist=   95 rdist(idist)=  285.00 bin95wind=   16.45 mean_vt_4quad=   10.07
  
  
   iquad=   4 idist=   94 rdist(idist)=  282.00 bin95wind=   16.62 mean_vt_4quad=   10.15
  
  
   iquad=   4 idist=   93 rdist(idist)=  279.00 bin95wind=   16.82 mean_vt_4quad=   10.23
  
  
   iquad=   4 idist=   92 rdist(idist)=  276.00 bin95wind=   16.97 mean_vt_4quad=   10.31
  
  
   iquad=   4 idist=   91 rdist(idist)=  273.00 bin95wind=   17.07 mean_vt_4quad=   10.38
  
  
   iquad=   4 idist=   90 rdist(idist)=  270.00 bin95wind=   17.10 mean_vt_4quad=   10.44
  
  
   iquad=   4 idist=   89 rdist(idist)=  267.00 bin95wind=   17.10 mean_vt_4quad=   10.50
  
  
   iquad=   4 idist=   88 rdist(idist)=  264.00 bin95wind=   17.06 mean_vt_4quad=   10.55
  
  
   iquad=   4 idist=   87 rdist(idist)=  261.00 bin95wind=   17.03 mean_vt_4quad=   10.61
  
  
   iquad=   4 idist=   86 rdist(idist)=  258.00 bin95wind=   17.04 mean_vt_4quad=   10.67
  
  
   iquad=   4 idist=   85 rdist(idist)=  255.00 bin95wind=   17.08 mean_vt_4quad=   10.73
  
  
   iquad=   4 idist=   84 rdist(idist)=  252.00 bin95wind=   17.10 mean_vt_4quad=   10.80
  
  
   iquad=   4 idist=   83 rdist(idist)=  249.00 bin95wind=   17.11 mean_vt_4quad=   10.87
  
  
   iquad=   4 idist=   82 rdist(idist)=  246.00 bin95wind=   17.10 mean_vt_4quad=   10.93
  
  
   iquad=   4 idist=   81 rdist(idist)=  243.00 bin95wind=   17.09 mean_vt_4quad=   11.00
  
  
   iquad=   4 idist=   80 rdist(idist)=  240.00 bin95wind=   17.01 mean_vt_4quad=   11.06
  
  
   iquad=   4 idist=   79 rdist(idist)=  237.00 bin95wind=   16.88 mean_vt_4quad=   11.12
  
  
   iquad=   4 idist=   78 rdist(idist)=  234.00 bin95wind=   16.87 mean_vt_4quad=   11.17
  
  
   iquad=   4 idist=   77 rdist(idist)=  231.00 bin95wind=   16.84 mean_vt_4quad=   11.24
  
  
   iquad=   4 idist=   76 rdist(idist)=  228.00 bin95wind=   17.06 mean_vt_4quad=   11.30
  
  
   iquad=   4 idist=   75 rdist(idist)=  225.00 bin95wind=   17.33 mean_vt_4quad=   11.38
  
  
   iquad=   4 idist=   74 rdist(idist)=  222.00 bin95wind=   17.34 mean_vt_4quad=   11.46
  
  
   iquad=   4 idist=   73 rdist(idist)=  219.00 bin95wind=   17.29 mean_vt_4quad=   11.56
  
  
   iquad=   4 idist=   72 rdist(idist)=  216.00 bin95wind=   17.20 mean_vt_4quad=   11.66
  
  
   iquad=   4 idist=   71 rdist(idist)=  213.00 bin95wind=   17.25 mean_vt_4quad=   11.78
  
  
   iquad=   4 idist=   70 rdist(idist)=  210.00 bin95wind=   17.28 mean_vt_4quad=   11.92
  
  
   iquad=   4 idist=   69 rdist(idist)=  207.00 bin95wind=   17.46 mean_vt_4quad=   12.06
  
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.52 mean_vt_4quad=   12.20
  
 NOTE: v_holland axis ++GOOD+, checkct=   1 num_bins_to_check=   5 ihc=  68
  ++++ rdist(ihc)=  204.00  mean_radii_vt_4quad(ihc)=   12.20 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   2 num_bins_to_check=   5 ihc=  67
  ++++ rdist(ihc)=  201.00  mean_radii_vt_4quad(ihc)=   12.33 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   3 num_bins_to_check=   5 ihc=  66
  ++++ rdist(ihc)=  198.00  mean_radii_vt_4quad(ihc)=   12.48 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   4 num_bins_to_check=   5 ihc=  65
  ++++ rdist(ihc)=  195.00  mean_radii_vt_4quad(ihc)=   12.62 .... 0.5*v_holland=    4.68
 NOTE: v_holland axis ++GOOD+, checkct=   5 num_bins_to_check=   5 ihc=  64
  ++++ rdist(ihc)=  192.00  mean_radii_vt_4quad(ihc)=   12.75 .... 0.5*v_holland=    4.68
  
 +++ HOLLAND CHECK 1 GOOD:  pct_holland_good_1=    1.00000000000000     
 NO interp, exactdistkm=    204.000000000000     
 iwindix=            1  iquad=            4  exactdistnm = 
   110.078400000000     
 vradius(iwindix,iquad) =         110
  
   iquad=   4 idist=   68 rdist(idist)=  204.00 bin95wind=   17.52 mean_vt_4quad=   12.20
  
  
   iquad=   4 idist=   67 rdist(idist)=  201.00 bin95wind=   17.60 mean_vt_4quad=   12.33
  
  
   iquad=   4 idist=   66 rdist(idist)=  198.00 bin95wind=   17.67 mean_vt_4quad=   12.48
  
  
   iquad=   4 idist=   65 rdist(idist)=  195.00 bin95wind=   17.73 mean_vt_4quad=   12.62
  
  
   iquad=   4 idist=   64 rdist(idist)=  192.00 bin95wind=   17.74 mean_vt_4quad=   12.75
  
  
   iquad=   4 idist=   63 rdist(idist)=  189.00 bin95wind=   17.62 mean_vt_4quad=   12.86
  
  
   iquad=   4 idist=   62 rdist(idist)=  186.00 bin95wind=   17.67 mean_vt_4quad=   12.96
  
  
   iquad=   4 idist=   61 rdist(idist)=  183.00 bin95wind=   17.73 mean_vt_4quad=   13.06
  
  
   iquad=   4 idist=   60 rdist(idist)=  180.00 bin95wind=   17.78 mean_vt_4quad=   13.16
  
  
   iquad=   4 idist=   59 rdist(idist)=  177.00 bin95wind=   17.99 mean_vt_4quad=   13.27
  
  
   iquad=   4 idist=   58 rdist(idist)=  174.00 bin95wind=   18.19 mean_vt_4quad=   13.39
  
  
   iquad=   4 idist=   57 rdist(idist)=  171.00 bin95wind=   18.39 mean_vt_4quad=   13.53
  
  
   iquad=   4 idist=   56 rdist(idist)=  168.00 bin95wind=   18.54 mean_vt_4quad=   13.68
  
  
   iquad=   4 idist=   55 rdist(idist)=  165.00 bin95wind=   18.60 mean_vt_4quad=   13.85
  
  
   iquad=   4 idist=   54 rdist(idist)=  162.00 bin95wind=   18.72 mean_vt_4quad=   14.01
  
  
   iquad=   4 idist=   53 rdist(idist)=  159.00 bin95wind=   19.00 mean_vt_4quad=   14.17
  
  
   iquad=   4 idist=   52 rdist(idist)=  156.00 bin95wind=   19.17 mean_vt_4quad=   14.32
  
  
   iquad=   4 idist=   51 rdist(idist)=  153.00 bin95wind=   19.30 mean_vt_4quad=   14.46
  
  
   iquad=   4 idist=   50 rdist(idist)=  150.00 bin95wind=   19.47 mean_vt_4quad=   14.58
  
  
   iquad=   4 idist=   49 rdist(idist)=  147.00 bin95wind=   19.78 mean_vt_4quad=   14.68
  
  
   iquad=   4 idist=   48 rdist(idist)=  144.00 bin95wind=   20.59 mean_vt_4quad=   14.76
  
  
   iquad=   4 idist=   47 rdist(idist)=  141.00 bin95wind=   21.48 mean_vt_4quad=   14.83
  
  
   iquad=   4 idist=   46 rdist(idist)=  138.00 bin95wind=   22.31 mean_vt_4quad=   14.91
  
  
   iquad=   4 idist=   45 rdist(idist)=  135.00 bin95wind=   22.90 mean_vt_4quad=   15.01
  
  
   iquad=   4 idist=   44 rdist(idist)=  132.00 bin95wind=   23.33 mean_vt_4quad=   15.12
  
  
   iquad=   4 idist=   43 rdist(idist)=  129.00 bin95wind=   23.50 mean_vt_4quad=   15.24
  
  
   iquad=   4 idist=   42 rdist(idist)=  126.00 bin95wind=   23.71 mean_vt_4quad=   15.36
  
  
   iquad=   4 idist=   41 rdist(idist)=  123.00 bin95wind=   24.05 mean_vt_4quad=   15.49
  
  
   iquad=   4 idist=   40 rdist(idist)=  120.00 bin95wind=   24.65 mean_vt_4quad=   15.62
  
  
   iquad=   4 idist=   39 rdist(idist)=  117.00 bin95wind=   24.95 mean_vt_4quad=   15.77
  
  
   iquad=   4 idist=   38 rdist(idist)=  114.00 bin95wind=   25.24 mean_vt_4quad=   15.97
  
  
   iquad=   4 idist=   37 rdist(idist)=  111.00 bin95wind=   25.28 mean_vt_4quad=   16.21
  
  
   iquad=   4 idist=   36 rdist(idist)=  108.00 bin95wind=   25.46 mean_vt_4quad=   16.48
  
  
   iquad=   4 idist=   35 rdist(idist)=  105.00 bin95wind=   26.07 mean_vt_4quad=   16.75
  
 NO interp, exactdistkm=    105.000000000000     
 iwindix=            2  iquad=            4  exactdistnm = 
   56.6580000000000     
 vradius(iwindix,iquad) =          57
  
  --- vmaxwind of    30.2349367454275       m/s does NOT
  - - exceed threshold of    32.9000000000000     
  - - (m/s), so radii checking will NOT be 
  - - performed for this threshold.
 TIMING: after call  getradii, fhr=   126 igrct=  1   22:33:51
 TIMING: after getrad_iter_loop, fhr=   126 igrct=  2 Vmax (m/s)=   30.235   22:33:51
 TIMING: Before get_phase ... 22:33:51
  
 #-----------------------------------------------#
 # start of routine to determine cyclone phase...#
 #-----------------------------------------------#
  
  
  In get_cps_paramb, lead time=          126 :           0   10L  IDALIA   
  In get_cps_paramb, model storm heading =   244.524
  
  
  In get_cps_paramb, lead time=          126 :           0   10L  IDALIA   
   right_ct=          979   left_ct=          942
   zthicksum(1)=    3330592.54256251     
   zthicksum(2)=    3214892.58262500     
   zthick_right_mean=    3402.03528351635     
   zthick_left_mean=     3412.83713654458     
   hemval=    1.00000000000000     
   END of get_cps_paramb, paramb=   -10.8018530282325     
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =           18.39
  Sum of y-diffs squared (ydiff2) =         2112.30
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   210.29   6.7452       24.34   0.1661    -1.76     3.09      592.31
    2   201.86   6.6846       15.91   0.1055    -0.67     0.44      252.98
    3   194.09   6.6201        8.14   0.0409     1.71     2.92       66.22
    4   183.85   6.5511       -2.10  -0.0281     2.31     5.33        4.42
    5   170.74   6.4770      -15.21  -0.1022     0.84     0.71      231.49
    6   154.89   6.3969      -31.06  -0.1822    -2.43     5.91      964.89
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   185.951     x:    6.58
  
  slope=    157.125         y-intercept =   -847.797
  Regression equation:   Y =  -847.80 +   157.12X
  
  R2(r_squared) =  0.9913        r =  0.9956
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   10L  IDALIA   
   ... clayer = lower
  
  
   +++ k=  1 press=    900.0 zmax= 1068.71 zmin=  849.71 zdiff=  219.00
       --- First level... no derivatives done...
  
   +++ k=  2 press=    850.0 zmax= 1558.96 zmin= 1348.67 zdiff=  210.29
       ln(  850.0)=  6.745236  ln(  900.0)=  6.802395
       dz=      -8.71 dlnp=     -0.057158  dzdlnp=      152.419
  
   +++ k=  3 press=    800.0 zmax= 2076.02 zmin= 1874.17 zdiff=  201.86
       ln(  800.0)=  6.684612  ln(  850.0)=  6.745236
       dz=      -8.43 dlnp=     -0.060625  dzdlnp=      139.085
  
   +++ k=  4 press=    750.0 zmax= 2623.30 zmin= 2429.22 zdiff=  194.09
       ln(  750.0)=  6.620073  ln(  800.0)=  6.684612
       dz=      -7.77 dlnp=     -0.064539  dzdlnp=      120.362
  
   +++ k=  5 press=    700.0 zmax= 3201.86 zmin= 3018.01 zdiff=  183.85
       ln(  700.0)=  6.551080  ln(  750.0)=  6.620073
       dz=     -10.24 dlnp=     -0.068993  dzdlnp=      148.421
  
   +++ k=  6 press=    650.0 zmax= 3815.79 zmin= 3645.05 zdiff=  170.74
       ln(  650.0)=  6.476972  ln(  700.0)=  6.551080
       dz=     -13.11 dlnp=     -0.074108  dzdlnp=      176.931
  
   +++ k=  7 press=    600.0 zmax= 4471.03 zmin= 4316.14 zdiff=  154.89
       ln(  600.0)=  6.396930  ln(  650.0)=  6.476972
       dz=     -15.85 dlnp=     -0.080043  dzdlnp=      197.994
  
  *--------------------------------------------------* 
  * CPS Thermal wind regression details              * 
  *--------------------------------------------------* 
  
  Sum of y-residuals squared (e2) =          325.67
  Sum of y-diffs squared (ydiff2) =         1763.91
  
    i     ydat     xdat       ydiff    xdiff        e       e2      ydiff2
  ----   -----    -----       -----    -----    -----    -----       -----
    1   137.10   6.3099       31.68   0.2788    10.79   116.52     1003.62
    2   117.82   6.2146       12.40   0.1834    -1.34     1.81      153.76
    3   103.25   6.1092       -2.18   0.0781    -8.03    64.43        4.73
    4    94.77   5.9915      -10.66  -0.0397    -7.68    59.01      113.55
    5    89.90   5.8579      -15.52  -0.1732    -2.54     6.46      240.87
    6    89.70   5.7038      -15.73  -0.3274     8.80    77.44      247.37
  ----   -----    -----    -----    -----    -----    -----     -----
  
  means:   y:   105.424     x:    6.03
  
  slope=     74.922         y-intercept =   -346.445
  Regression equation:   Y =  -346.45 +    74.92X
  
  R2(r_squared) =  0.8154        r =  0.9030
  
  *--------------------------------------------------* 
  *  End of regression details                       * 
  *--------------------------------------------------* 
  
 ++ In get_cps_vth, values for vth follow for lead time=          126 :
           0   10L  IDALIA   
   ... clayer = upper
  
  
   +++ k=  7 press=    600.0 zmax= 4471.03 zmin= 4316.14 zdiff=  154.89
       --- First level... no derivatives done...
  
   +++ k=  8 press=    550.0 zmax= 5173.71 zmin= 5036.61 zdiff=  137.10
       ln(  550.0)=  6.309918  ln(  600.0)=  6.396930
       dz=     -17.78 dlnp=     -0.087011  dzdlnp=      204.387
  
   +++ k=  9 press=    500.0 zmax= 5929.85 zmin= 5812.03 zdiff=  117.82
       ln(  500.0)=  6.214608  ln(  550.0)=  6.309918
       dz=     -19.28 dlnp=     -0.095310  dzdlnp=      202.287
  
   +++ k= 10 press=    450.0 zmax= 6751.19 zmin= 6647.94 zdiff=  103.25
       ln(  450.0)=  6.109248  ln(  500.0)=  6.214608
       dz=     -14.58 dlnp=     -0.105361  dzdlnp=      138.344
  
   +++ k= 11 press=    400.0 zmax= 7651.30 zmin= 7556.53 zdiff=   94.77
       ln(  400.0)=  5.991465  ln(  450.0)=  6.109248
       dz=      -8.48 dlnp=     -0.117783  dzdlnp=       71.997
  
   +++ k= 12 press=    350.0 zmax= 8658.29 zmin= 8568.39 zdiff=   89.90
       ln(  350.0)=  5.857933  ln(  400.0)=  5.991465
       dz=      -4.86 dlnp=     -0.133531  dzdlnp=       36.426
  
   +++ k= 13 press=    300.0 zmax= 9790.33 zmin= 9700.64 zdiff=   89.70
       ln(  300.0)=  5.703782  ln(  350.0)=  5.857933
       dz=      -0.21 dlnp=     -0.154151  dzdlnp=        1.349
  
cps_stats: 10L   lead time= 126: 0   paramb=   -10.80  vtl=    157.12  vtu=     74.92
  
 *-------------------------------------------------*
 * At top of get_vtt_phase                         *
 * Searching for warm core at hour  126:00
 * Warm core depth threshold (wcore_depth) =    1.00
 *-------------------------------------------------*
  
 At beg of find_maxmin, rads=    150.000000000000       re= 
   60.0000000000000       ri=    150.000000000000       cparm= tmp dx= 
  3.999900000000000E-002  dy=   3.999900000000000E-002
  
 guesslon=  287.293 (0-360) guesslon=  287.293E  (  72.707W)   guesslat=   34.171
 ilonfix=         1053  jlatfix=          791  npts=           33
 ibeg=          977  jbeg=          723  imax=         2738
 iend=         1129  jend=          859  jmax=         2041
 TIMING: find_maxmin 1  22:33:51
  
 After 1st findmax loop, # calls to barnes =           41
 Total # of barnes loop iterations =         9184
 After first run in find_maxmin, ctlon=  287.173E  (0-360) ctlon=  287.173E  (  72.827W)  ctlat=   32.851 fmax (x10e5) = 
 After first run in find_maxmin,  fmax =       -0.100E+05 fmin =        0.100E+13
  
 After first pass through barnes, re and ri have NOT 
 been changed.  re =    60.0000000000000       ri =    150.000000000000     
 TIMING: find_maxmin kloop, k=  1   22:33:51
  
 find_maxmin nhalf loop, cparm= tmp k=            1
 guesslon=  287.173E   (0-360) guesslon=  287.173E  (  72.827W)   guesslat=   32.851
 ilonfix=         1050  jlatfix=          824  npts=           16
 ibeg=          998  jbeg=          780  imax=         2738
 iend=         1102  jend=          868  jmax=         2041
 nhalf=            1  iskip=            5
 nhalf find_maxmin, k=  1 ctlon=  286.853E  (0-360) ctlon=  286.853  (  73.147W)  ctlat=   32.831 fmax =       -0.100E+05 fmin =        0.100E+16
  
 ppp after 2nd findmax loop, # calls to barnes =            49
 ppp Total # of barnes loop iterations =        18522
  
 After call to find_maxmin for wcore, ifmret=            0
       wcore_mean_val=   -9998.99999999999     
  
 +++ Warm core stats: 
     wcore: 10L  2023082812_F000_206N_0852W_10L   126:00  mean_lon:  286.85E (  73.15W)    (0-360) mean_lon=  286.85E  mean_lat:   32.83  wcore_mean_val(K):    -9999.000
     wcore: 10L  2023082812_F000_206N_0852W_10L   126:00  ifix:  1029   jfix:   813  wcore_point_max(K):    -9999.000
  
 *-----------------------------------------------*
 * Top of check_closed_contour, ix=         1029  jx=          813
 *-----------------------------------------------*
  
 fxy(ix,jx)=   -9999.00000000000       xcentval=   -9999.00000000000     
  
 num_found_contours=            0
 contlo=   -10000.0000000000       conthi=   -9999.00000000000     
 xcentval=   -9999.00000000000     
  
 !!! NOTE: In check_closed_contour, while 
 !!!    checking points around (icenx,jcenx)=
 !!!    (         521 ,         305 ), we hit a non-
 !!!    valid point, meaning we are near the
 !!!    bounds of the grid, or at least the 
 !!!    bounds of the valid data for this 
 !!!    grid.  We will skip the
 !!!    search for this center.
 !!! 
 !!! (i,j) of non-valid pt = (         520 ,         304 )
 !!! 
     wcore: 10L  2023082812_F000_206N_0852W_10L   126:00  wcore_flag= n   Temp of last contour(K) = -999.00  Radius of last contour(km) = -9999.00
  
 #-------------------------------------------------#
 # End of routine to determine cyclone phase...    #
 #-------------------------------------------------#
  
 TIMING: After get_phase ... 22:33:51
 TIMING: Before shear ... 22:33:51
  
 At top of get_shear, raw values for lat/lon follow: 
  ist=            4  ifh=           22
  clon(ist,ifh,3)=    287.346047311075     
  clat(ist,ifh,3)=    34.1356720292656     
  fixlon(ist,ifh)=    287.292603707362     
  fixlat(ist,ifh)=    34.1708336421433     
  xcenlon=    287.346047311075     
  xcenlat=    34.1356720292656     
  
 xxshear
 In get_shear A, xcenlon=    287.346047311075       xcenlat= 
   34.1356720292656     
   In get_shear B, (0-360) xcenlon=    287.346047311075     
  
At start of get_shear:  10L   fhr=  126:00   Mean fix position=   287.29E  ( 72.71W)    34.17  (0-360) mean lon fix=  287.29
  
  
  +++ Convert to Vr & Vt, ilev=            1   level=          850
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  850  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=   25.56 vr_mean(idist,ilev)=    0.09
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  850  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=   23.28 vr_mean(idist,ilev)=    0.47
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  850  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=   22.02 vr_mean(idist,ilev)=   -0.64
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  850  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=   20.37 vr_mean(idist,ilev)=    0.20
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  850  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=   18.73 vr_mean(idist,ilev)=    0.15
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  850  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=   18.12 vr_mean(idist,ilev)=   -0.53
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  850  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=   16.94 vr_mean(idist,ilev)=   -0.00
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  850  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=   15.58 vr_mean(idist,ilev)=    0.46
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  850  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=   14.43 vr_mean(idist,ilev)=    1.25
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  850  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)=   13.03 vr_mean(idist,ilev)=    1.12
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  850  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)=   11.87 vr_mean(idist,ilev)=    0.86
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  850  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)=   10.95 vr_mean(idist,ilev)=    0.82
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  850  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)=   10.17 vr_mean(idist,ilev)=    0.86
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  850  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)=    9.17 vr_mean(idist,ilev)=    0.54
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  850  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)=    8.31 vr_mean(idist,ilev)=    0.43
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  850  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)=    7.41 vr_mean(idist,ilev)=    0.35
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  850  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)=    6.92 vr_mean(idist,ilev)=    0.10
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  850  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)=    6.14 vr_mean(idist,ilev)=   -0.06
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  850  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)=    5.42 vr_mean(idist,ilev)=    0.06
  
  +++ Convert to Vr & Vt, ilev=            2   level=          200
  
    --- idist=            1  rdist(idist)=    50.0000000000000     
  
          level=  200  idist=    1 rdist(idist)=   50.00 vt_mean(idist,ilev)=  -19.95 vr_mean(idist,ilev)=   19.95
  
    --- idist=            2  rdist(idist)=    75.0000000000000     
  
          level=  200  idist=    2 rdist(idist)=   75.00 vt_mean(idist,ilev)=  -29.92 vr_mean(idist,ilev)=   29.92
  
    --- idist=            3  rdist(idist)=    100.000000000000     
  
          level=  200  idist=    3 rdist(idist)=  100.00 vt_mean(idist,ilev)=  -39.90 vr_mean(idist,ilev)=   39.90
  
    --- idist=            4  rdist(idist)=    125.000000000000     
  
          level=  200  idist=    4 rdist(idist)=  125.00 vt_mean(idist,ilev)=  -49.88 vr_mean(idist,ilev)=   49.88
  
    --- idist=            5  rdist(idist)=    150.000000000000     
  
          level=  200  idist=    5 rdist(idist)=  150.00 vt_mean(idist,ilev)=  -59.87 vr_mean(idist,ilev)=   59.87
  
    --- idist=            6  rdist(idist)=    175.000000000000     
  
          level=  200  idist=    6 rdist(idist)=  175.00 vt_mean(idist,ilev)=  -69.87 vr_mean(idist,ilev)=   69.87
  
    --- idist=            7  rdist(idist)=    200.000000000000     
  
          level=  200  idist=    7 rdist(idist)=  200.00 vt_mean(idist,ilev)=  -79.87 vr_mean(idist,ilev)=   79.87
  
    --- idist=            8  rdist(idist)=    225.000000000000     
  
          level=  200  idist=    8 rdist(idist)=  225.00 vt_mean(idist,ilev)=  -89.88 vr_mean(idist,ilev)=   89.88
  
    --- idist=            9  rdist(idist)=    250.000000000000     
  
          level=  200  idist=    9 rdist(idist)=  250.00 vt_mean(idist,ilev)=  -99.90 vr_mean(idist,ilev)=   99.90
  
    --- idist=           10  rdist(idist)=    275.000000000000     
  
          level=  200  idist=   10 rdist(idist)=  275.00 vt_mean(idist,ilev)= -109.94 vr_mean(idist,ilev)=  109.94
  
    --- idist=           11  rdist(idist)=    300.000000000000     
  
          level=  200  idist=   11 rdist(idist)=  300.00 vt_mean(idist,ilev)= -119.98 vr_mean(idist,ilev)=  119.98
  
    --- idist=           12  rdist(idist)=    325.000000000000     
  
          level=  200  idist=   12 rdist(idist)=  325.00 vt_mean(idist,ilev)= -130.05 vr_mean(idist,ilev)=  130.05
  
    --- idist=           13  rdist(idist)=    350.000000000000     
  
          level=  200  idist=   13 rdist(idist)=  350.00 vt_mean(idist,ilev)= -140.12 vr_mean(idist,ilev)=  140.12
  
    --- idist=           14  rdist(idist)=    375.000000000000     
  
          level=  200  idist=   14 rdist(idist)=  375.00 vt_mean(idist,ilev)= -150.22 vr_mean(idist,ilev)=  150.22
  
    --- idist=           15  rdist(idist)=    400.000000000000     
  
          level=  200  idist=   15 rdist(idist)=  400.00 vt_mean(idist,ilev)= -160.34 vr_mean(idist,ilev)=  160.34
  
    --- idist=           16  rdist(idist)=    425.000000000000     
  
          level=  200  idist=   16 rdist(idist)=  425.00 vt_mean(idist,ilev)= -170.48 vr_mean(idist,ilev)=  170.48
  
    --- idist=           17  rdist(idist)=    450.000000000000     
  
          level=  200  idist=   17 rdist(idist)=  450.00 vt_mean(idist,ilev)= -180.65 vr_mean(idist,ilev)=  180.65
  
    --- idist=           18  rdist(idist)=    475.000000000000     
  
          level=  200  idist=   18 rdist(idist)=  475.00 vt_mean(idist,ilev)= -190.85 vr_mean(idist,ilev)=  190.85
  
    --- idist=           19  rdist(idist)=    500.000000000000     
  
          level=  200  idist=   19 rdist(idist)=  500.00 vt_mean(idist,ilev)= -201.08 vr_mean(idist,ilev)=  201.08
  
 At end of get_shear: 
     ist=    4 ifh=   22 shear(ist,ifh,1) = shear_mag=  -999.00
                         shear(ist,ifh,2) = shear_dir_point_to=  -999.00
 TIMING: After shear ... 22:33:51
  
 After call to fixcenter, fix positions at 
 forecast hour=  126:00 follow:
  
fixpos  10L   fhr=  126:00   Fix position=   287.29E  ( 72.71W)    34.17   Max Wind=  59 kts
  
 +++ RPT_STORM_MOTION: istmspd=  -999 kts(*10)    istmdir=  -999 rcc=   0
  
 #---------------------------------------------------#
 # Entering loop to determine the mean and gridpoint #
 # max zeta values at 850 and 700 mb for the purpose #
 # of reporting them on the modified atcfunix file.  #
 #---------------------------------------------------#
  
 --- In get_zeta_values, ist=    4  ifh=  22
     Fix location for this time:   287.29E  ( 72.71W)    34.17
     Fix lon (raw) for this time:  287.29E
     ilonfix= 1053  jlatfix=  791
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta850 
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.292603707362       xcenlat=    34.1708336421433     
  
  
  In get_smooth_value_at_pt for cvar= zeta850 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.292603707362       xcenlat=    34.1708336421433     
  ilonfix=         1053  jlatfix=          791
  ibeg=          926  iend=         1180
  jbeg=          675  jend=          907  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta850 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    287.292603707362        xcenlat=    34.1708336421433     
      ilonfix=         1053   jlatfix=          791
      ibeg=          926   iend=         1180
      jbeg=          675   jend=          907
 After call to barnes, xsmoothval=   2.840642858803418E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta850  xsmoothval=   2.840642858803418E-004
      xcenlon=    287.292603707362        xcenlat=    34.1708336421433     
 +++ RPT_MEAN_ZETA: n=  1 lev=  850 xsmoothval=  0.000284  imeanzeta (*1e6)=      284
   --- mean zeta raw =   2.840642858803418E-004
 +++ RPT_GRID_ZETA: n=  1 lev=  850 grid zeta=     0.002279  igrid zeta (*1e6)=     2279 ifilret=   0
   --- grid zeta raw=   2.278939903961121E-003
  
  --- Top of get_smooth_value_at_pt for 
      variable = zeta700 
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** BEFORE *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.292603707362       xcenlat=    34.1708336421433     
  
  
  In get_smooth_value_at_pt for cvar= zeta700 
  *** AFTER *** call to get_ij_bounds
  npts=           57  ri=    250.000000000000     
  imax=         2738  jmax=         2041
  dx=   3.999900000000000E-002  dy=   3.999900000000000E-002
  glatmax=    65.8000030000000       glatmin=   -15.8000000000000     
  glonmax=    354.750002000000       glonmin=    245.250000000000     
  xcenlon=    287.292603707362       xcenlat=    34.1708336421433     
  ilonfix=         1053  jlatfix=          791
  ibeg=          926  iend=         1180
  jbeg=          675  jend=          907  igiret=            0
  
  
  +++ In get_smooth_value_at_pt after call
      to get_ij_bounds getting bounds for 
      the  barnes analysis...
      cvar= zeta700 
      glatmax=    65.8000030000000        glatmin=   -15.8000000000000     
      glonmax=    354.750002000000        glonmin=    245.250000000000     
      xcenlon=    287.292603707362        xcenlat=    34.1708336421433     
      ilonfix=         1053   jlatfix=          791
      ibeg=          926   iend=         1180
      jbeg=          675   jend=          907
 After call to barnes, xsmoothval=   2.510146904545849E-004
  
  --- In get_smooth_value_at_pt, after call to 
      get smoothval.  mean stats follow:
      If cvar = sst, then the call was to
      sst_barnes, for all others it was to barnes.
      cvar= zeta700  xsmoothval=   2.510146904545849E-004
      xcenlon=    287.292603707362        xcenlat=    34.1708336421433     
 +++ RPT_MEAN_ZETA: n=  2 lev=  700 xsmoothval=  0.000251  imeanzeta (*1e6)=      251
   --- mean zeta raw =   2.510146904545849E-004
 +++ RPT_GRID_ZETA: n=  2 lev=  700 grid zeta=     0.002197  igrid zeta (*1e6)=     2197 ifilret=   0
   --- grid zeta raw=   2.196855757189647E-003
  
 #---------------------------------------------------#
 # End of loop to get 850 & 700 zeta for atcf_gen file.  #
 #---------------------------------------------------#
  
 TTT top of atcfunix, ist=            4  ifh=          126
  
 segx, outlon=    287.292603707362       outlat=    34.1708336421433     
   ist=            4  ifcsthour=          126
   vmaxwind=    30.2349367454275       xminmslp=    99112.1400000000     
   vradius=          115           0           0          39           0
           0         105          23           0         110          57
           0
   maxstorm=            6
   plastbar=    100712.140000000       rlastbar=    61.7401348682848     
   rmax=    49.4290744940410     
   cps_vals=   -10.8018530282325        157.124764731734     
   74.9224941770135     
   wcore_flag= n
   istmspd=         -999  istmdir=         -999
   shear_mag=   -999.000000000000       shear_dir=   -999.000000000000     
   sst_smooth=   -9999.00000000000     
   axisymet_rmw_dist=    39.0000000000000     
   axisymet_rmw_val=     22.0021609982400     
   ioaxret=      9374332
  
 in output_atcfunix, tcv_storm_id= 10L 
 in output_atcfunix, tcv_storm_id(3:3)= L
 output: rlastbar=   61.7401348682848       irlastbar=          62
 output: plastbar=   100712.140000000       iplastbar=        1007
 rmax=    49.4290744940410        irmax=           49
 TXX top of atcfunix_ext, ist=            4  ifh=          126
  
 in output_aext, tcv_storm_id= 10L 
 in output_aext, tcv_storm_id(3:3)= L
 output: rlastbar=   61.7401348682848       irlastbar=          62
 output: plastbar=   100712.140000000       iplastbar=        1007
  
 checkaext
 basinid= AL
 storm(ist)%tcv_storm_id(1:2)= 10
 atcfymdh=   2023082812
 adjustr(atcfname)= HFSA
 output_fhr=          126
 intlat=          342
 clatns= N
 intlon=          727
 clonew= W
 int((vmaxwind*conv_ms_knots) + 0.5)=           59
 int(xminmslp/mslp_outp_adj + 0.5)=          991
 XX,  34, NEQ
 vradius(1,1)=          115
 vradius(1,2)=           39
 vradius(1,3)=          105
 vradius(1,4)=          110
 iplastbar=         1007
 irlastbar=           62
 irmax=           49
 comma_fill1n= ,   0,   0,    ,   0,    , 
 istmdir=          -99
 istmspd=          -99
 comma_fill2n= ,           ,  ,   ,    ,   0,   0,   0,   0
 icps_vals(1)=         -108
 icps_vals(2)=         1571
 icps_vals(3)=          749
 wcore_flag= N
 int(wcore_depth*10)=           10
 ishear_mag=          -99
 ishear_dir=          -99
 isst=          -99
 irmw_dist=           21
 irmw_val=           43
 idivg=          -99
 imoistdivg=          -99
 irh_800_600=          -99
 irh_1000_925=          -99
 iomega500=          -99
 imeanzeta(1)=          284
 igridzeta(1)=         2279
 imeanzeta(2)=          251
 igridzeta(2)=         2197
  
 rmax=    49.4290744940410        irmax=           49
 +++ Top of output_atcf_parms, ist=            4  ifh=          126
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = HAIKUI   
 !!! Storm ID = 10W 
  
 !!! Case 2 in tracker for stormswitch
 !!! Storm name = IRWIN    
 !!! Storm ID = 10E 
  
 !!! Running per-fcst command
 !!! Unparsed = ./deliver.sh %[FHOUR]
 !!! Parsed = ./deliver.sh 126
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all
+ 0 + /bin/cp output.atcfunix /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all
+ 0 + [[ 126 -le 12 ]]
  
 !!! Per-fcst command returned success status (0)
 top of output_all
  ifhmax=           22
  maxtime=          500
  maxstorm=            6
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
 before select case, atcfname= 
  
 !!! Model name is not identified: HFSA
  
  
  
  
  
  
 baclose: igcret=            0  iicret=            0
 baclose: iocret=            0

real	17m2.584s
user	2m22.018s
sys	0m31.318s
+ 1029 + set +o pipefail
+ 1029 + set -e
+ 1029 + grep 'top of output_all' ./hafs_gettrk.out
Binary file ./hafs_gettrk.out matches
+ 1030 + echo 'INFO: exhafs_product has run the vortex tracker successfully'
INFO: exhafs_product has run the vortex tracker successfully
++ 1030 + echo 00L
++ 1030 + cut -c1-2
+ 1030 + STORMNUM=00
++ 1030 + echo 00L
++ 1030 + cut -c3
+ 1030 + STORMBS1=L
+ 1030 + '[' L = Q ']'
+ 1030 + /bin/cp /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all.orig
+ 1030 + '[' -s /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all.orig ']'
+ 1030 + '[' 00 == 00 ']'
+ 1030 + grep -v '^.., 00,' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all.orig
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  34, NEQ, 0130, 0110, 0091, 0108, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  50, NEQ, 0053, 0050, 0047, 0037, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  64, NEQ, 0029, 0032, 0029, 0028, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  34, NEQ, 0092, 0149, 0039, 0034, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  50, NEQ, 0029, 0015, 0000, 0000, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  64, NEQ, 0016, 0000, 0000, 0000, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  34, NEQ, 0115, 0112, 0099, 0094, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  50, NEQ, 0063, 0065, 0039, 0049, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  64, NEQ, 0037, 0034, 0023, 0029, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  34, NEQ, 0092, 0115, 0071, 0049,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  50, NEQ, 0053, 0066, 0023, 0031,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  64, NEQ, 0023, 0000, 0000, 0000,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  34, NEQ, 0107, 0105, 0087, 0096, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  50, NEQ, 0060, 0060, 0044, 0052, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  64, NEQ, 0042, 0044, 0032, 0036, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 10, 2023082812, 03, HFSA, 012, 216N,  854W,  59,  984, XX,  34, NEQ, 0099, 0133, 0107, 0057, 1000,   41,  84,   0,   0,    ,   0,    ,   4,  72,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -58,    2202,     936, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  46
AL, 10, 2023082812, 03, HFSA, 012, 216N,  854W,  59,  984, XX,  50, NEQ, 0045, 0092, 0026, 0026, 1000,   41,  84,   0,   0,    ,   0,    ,   4,  72,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -58,    2202,     936, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  46
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  34, NEQ, 0107, 0110, 0096, 0079, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  50, NEQ, 0063, 0065, 0045, 0052, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  64, NEQ, 0045, 0049, 0031, 0039, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 10, 2023082812, 03, HFSA, 018, 226N,  851W,  62,  981, XX,  34, NEQ, 0078, 0118, 0058, 0042, 1005,  109,  12,   0,   0,    ,   0,    ,  14,  99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -80,    1575,    1568, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  48
AL, 10, 2023082812, 03, HFSA, 018, 226N,  851W,  62,  981, XX,  50, NEQ, 0032, 0076, 0016, 0019, 1005,  109,  12,   0,   0,    ,   0,    ,  14,  99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -80,    1575,    1568, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  48
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  34, NEQ, 0107, 0120, 0089, 0083, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  50, NEQ, 0071, 0073, 0045, 0057, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  64, NEQ, 0044, 0044, 0037, 0039, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 10, 2023082812, 03, HFSA, 024, 237N,  853W,  60,  985, XX,  34, NEQ, 0084, 0086, 0047, 0074, 1005,   91,  21,   0,   0,    ,   0,    , 359, 107,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -69,    1349,    1168, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  24,  44
AL, 10, 2023082812, 03, HFSA, 024, 237N,  853W,  60,  985, XX,  50, NEQ, 0034, 0039, 0000, 0000, 1005,   91,  21,   0,   0,    ,   0,    , 359, 107,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -69,    1349,    1168, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  24,  44
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  34, NEQ, 0117, 0118, 0084, 0087, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  50, NEQ, 0070, 0076, 0053, 0055, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  64, NEQ, 0049, 0047, 0039, 0040, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 10, 2023082812, 03, HFSA, 030, 246N,  853W,  64,  979, XX,  34, NEQ, 0091, 0100, 0066, 0052, 1007,  181,  15,   0,   0,    ,   0,    ,   9, 106,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -130,    1764,    1521, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  53
AL, 10, 2023082812, 03, HFSA, 030, 246N,  853W,  64,  979, XX,  50, NEQ, 0049, 0045, 0028, 0019, 1007,  181,  15,   0,   0,    ,   0,    ,   9, 106,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -130,    1764,    1521, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  53
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  34, NEQ, 0110, 0113, 0091, 0083, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  50, NEQ, 0062, 0068, 0055, 0049, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  64, NEQ, 0045, 0044, 0039, 0032, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 10, 2023082812, 03, HFSA, 036, 258N,  850W,  57,  982, XX,  34, NEQ, 0089, 0115, 0058, 0073, 1002,   89,  13,   0,   0,    ,   0,    ,  21, 121,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1759,    1095, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 10, 2023082812, 03, HFSA, 036, 258N,  850W,  57,  982, XX,  50, NEQ, 0023, 0073, 0019, 0000, 1002,   89,  13,   0,   0,    ,   0,    ,  21, 121,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1759,    1095, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  34, NEQ, 0117, 0121, 0100, 0083, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  50, NEQ, 0068, 0073, 0055, 0049, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  64, NEQ, 0045, 0047, 0039, 0044, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  34, NEQ, 0094, 0121, 0058, 0062,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  50, NEQ, 0065, 0062, 0031, 0023,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  64, NEQ, 0018, 0037, 0000, 0000,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  34, NEQ, 0125, 0125, 0108, 0084, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  50, NEQ, 0063, 0071, 0070, 0063, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  64, NEQ, 0044, 0047, 0045, 0044, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  34, NEQ, 0055, 0120, 0068, 0066,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  50, NEQ, 0039, 0045, 0040, 0040,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  64, NEQ, 0028, 0032, 0031, 0029,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  34, NEQ, 0133, 0131, 0117, 0081, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  50, NEQ, 0071, 0071, 0068, 0050, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  64, NEQ, 0037, 0053, 0052, 0031, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 10, 2023082812, 03, HFSA, 054, 302N,  821W,  50,  968, XX,  34, NEQ, 0125, 0152, 0034, 0018, 1004,  121,  22,   0,   0,    ,   0,    ,  51, 180,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      78,    1447,    1903, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  36
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  34, NEQ, 0123, 0139, 0134, 0086, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  50, NEQ, 0063, 0083, 0073, 0055, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  64, NEQ, 0042, 0053, 0044, 0024, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 10, 2023082812, 03, HFSA, 060, 316N,  805W,  57,  975, XX,  34, NEQ, 0089, 0183, 0087, 0036, 1003,  134,  14,   0,   0,    ,   0,    ,  56, 166,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      95,     707,    1501, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 10, 2023082812, 03, HFSA, 060, 316N,  805W,  57,  975, XX,  50, NEQ, 0031, 0049, 0032, 0000, 1003,  134,  14,   0,   0,    ,   0,    ,  56, 166,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      95,     707,    1501, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  34, NEQ, 0112, 0139, 0138, 0078, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  50, NEQ, 0066, 0083, 0076, 0047, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  64, NEQ, 0045, 0060, 0039, 0034, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 10, 2023082812, 03, HFSA, 066, 326N,  788W,  57,  980, XX,  34, NEQ, 0081, 0147, 0121, 0045, 1000,   72,  18,   0,   0,    ,   0,    ,  59, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     123,    1082,    1530, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  43
AL, 10, 2023082812, 03, HFSA, 066, 326N,  788W,  57,  980, XX,  50, NEQ, 0029, 0044, 0000, 0000, 1000,   72,  18,   0,   0,    ,   0,    ,  59, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     123,    1082,    1530, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  43
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  34, NEQ, 0117, 0138, 0128, 0074, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  50, NEQ, 0053, 0079, 0081, 0044, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  64, NEQ, 0036, 0057, 0055, 0034, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 10, 2023082812, 03, HFSA, 072, 336N,  771W,  55,  982, XX,  34, NEQ, 0076, 0110, 0097, 0060, 1002,   94,  32,   0,   0,    ,   0,    ,  66, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     172,    1351,    1007, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  43
AL, 10, 2023082812, 03, HFSA, 072, 336N,  771W,  55,  982, XX,  50, NEQ, 0000, 0044, 0044, 0026, 1002,   94,  32,   0,   0,    ,   0,    ,  66, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     172,    1351,    1007, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  43
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  34, NEQ, 0128, 0139, 0134, 0063, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  50, NEQ, 0057, 0078, 0079, 0042, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  64, NEQ, 0036, 0057, 0036, 0000, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 10, 2023082812, 03, HFSA, 078, 342N,  751W,  56,  982, XX,  34, NEQ, 0231, 0108, 0104, 0110, 1002,   82,  30,   0,   0,    ,   0,    ,  75, 150,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     214,    1922,     805, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  42,  45
AL, 10, 2023082812, 03, HFSA, 078, 342N,  751W,  56,  982, XX,  50, NEQ, 0000, 0055, 0052, 0053, 1002,   82,  30,   0,   0,    ,   0,    ,  75, 150,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     214,    1922,     805, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  42,  45
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  34, NEQ, 0105, 0141, 0142, 0063, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  50, NEQ, 0053, 0083, 0058, 0037, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  64, NEQ, 0000, 0060, 0036, 0000, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  34, NEQ, 0152, 0094, 0115, 0163, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  50, NEQ, 0050, 0028, 0058, 0066, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  64, NEQ, 0000, 0000, 0000, 0044, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 08, 2023082812, 03, HFSA, 090, 403N,  552W,  62,  983, XX,  34, NEQ, 0115, 0139, 0130, 0112, 1007,  109,  55,   0,   0,    ,   0,    ,  69, 244,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     270,    2112,    -368, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  39,  51
AL, 08, 2023082812, 03, HFSA, 090, 403N,  552W,  62,  983, XX,  50, NEQ, 0053, 0083, 0060, 0000, 1007,  109,  55,   0,   0,    ,   0,    ,  69, 244,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     270,    2112,    -368, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  39,  51
AL, 10, 2023082812, 03, HFSA, 090, 346N,  728W,  51,  986, XX,  34, NEQ, 0155, 0096, 0102, 0147, 1006,   99,  42,   0,   0,    ,   0,    ,  97,  77,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     174,    2403,      26, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  39
AL, 10, 2023082812, 03, HFSA, 090, 346N,  728W,  51,  986, XX,  50, NEQ, 0000, 0000, 0000, 0047, 1006,   99,  42,   0,   0,    ,   0,    ,  97,  77,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     174,    2403,      26, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  39
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  34, NEQ, 0110, 0163, 0126, 0108,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  50, NEQ, 0044, 0083, 0057, 0045,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  64, NEQ, 0000, 0050, 0000, 0000,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 10, 2023082812, 03, HFSA, 096, 344N,  717W,  41,  993, XX,  34, NEQ, 0180, 0063, 0102, 0121, 1009,   99,  69,   0,   0,    ,   0,    ,  98,  76,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     129,    2028,    -366, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  34,  34
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  34, NEQ, 0142, 0139, 0134, 0118,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  50, NEQ, 0042, 0062, 0070, 0040,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  64, NEQ, 0000, 0000, 0052, 0031,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 10, 2023082812, 03, HFSA, 102, 343N,  710W,  42,  996, XX,  34, NEQ, 0000, 0000, 0099, 0123, 1012,  126,  31,   0,   0,    ,   0,    , 108,  42,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     116,    1645,    -300, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  34,  33
AL, 08, 2023082812, 03, HFSA, 108, 430N,  453W,  60,  994, XX,  34, NEQ, 0146, 0126, 0136, 0105, 1002,   59,  24,   0,   0,    ,   0,    ,  78, 270,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     540,     309,   -1133, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  47,  42
AL, 08, 2023082812, 03, HFSA, 108, 430N,  453W,  60,  994, XX,  50, NEQ, 0000, 0000, 0063, 0058, 1002,   59,  24,   0,   0,    ,   0,    ,  78, 270,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     540,     309,   -1133, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  47,  42
AL, 10, 2023082812, 03, HFSA, 108, 341N,  708W,  37,  997, XX,  34, NEQ, 0000, 0000, 0000, 0128, 1013,  187, 106,   0,   0,    ,   0,    , 194,  21,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      63,    1813,    -692, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  29
AL, 08, 2023082812, 03, HFSA, 114, 438N,  416W,  60,  995, XX,  34, NEQ, 0201, 0149, 0151, 0134, 1003,   75,  25,   0,   0,    ,   0,    ,  81, 269,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     472,      14,   -1455, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  52,  40
AL, 08, 2023082812, 03, HFSA, 114, 438N,  416W,  60,  995, XX,  50, NEQ, 0000, 0000, 0089, 0057, 1003,   75,  25,   0,   0,    ,   0,    ,  81, 269,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     472,      14,   -1455, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  52,  40
AL, 10, 2023082812, 03, HFSA, 114, 344N,  712W,  41,  999, XX,  34, NEQ, 0091, 0050, 0062, 0096, 1003,   23,  26,   0,   0,    ,   0,    , 291,  42,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -122,     990,    -230, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  58,  30
AL, 08, 2023082812, 03, HFSA, 120, 444N,  379W,  47,  997, XX,  34, NEQ, 0176, 0165, 0173, 0136, 1005,   99,  88,   0,   0,    ,   0,    ,  83, 259,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     466,    -192,   -1892, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  78,  37
AL, 10, 2023082812, 03, HFSA, 120, 345N,  718W,  61,  994, XX,  34, NEQ, 0084, 0076, 0074, 0108, 1010,  101,  23,   0,   0,    ,   0,    , 270,  54,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -145,     823,     417, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  43
AL, 10, 2023082812, 03, HFSA, 120, 345N,  718W,  61,  994, XX,  50, NEQ, 0034, 0000, 0000, 0045, 1010,  101,  23,   0,   0,    ,   0,    , 270,  54,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -145,     823,     417, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  43
AL, 08, 2023082812, 03, HFSA, 126, 449N,  342W,  42, 1000, XX,  34, NEQ, 0147, 0123, 0162, 0130, 1008,  116, 109,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     402,    -311,   -1969, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW, 112,  31
AL, 10, 2023082812, 03, HFSA, 126, 342N,  727W,  59,  991, XX,  34, NEQ, 0115, 0039, 0105, 0110, 1007,   62,  49,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1571,     749, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  43
AL, 10, 2023082812, 03, HFSA, 126, 342N,  727W,  59,  991, XX,  50, NEQ, 0000, 0000, 0023, 0057, 1007,   62,  49,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1571,     749, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  43
+ 1030 + grep -v '^.., 00,' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.parent.trak.atcfunix.all.orig
+ 1030 + '[' .tile1 = .tile1 ']'
+ 1030 + '[' L = Q ']'
+ 1030 + /bin/cp /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all.orig
+ 1030 + '[' -s /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all.orig ']'
+ 1030 + '[' 00 == 00 ']'
+ 1030 + grep -v '^.., 00,' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all.orig
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  34, NEQ, 0130, 0110, 0091, 0108, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  50, NEQ, 0053, 0050, 0047, 0037, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 08, 2023082812, 03, HFSA, 000, 273N,  710W, 107,  961, XX,  64, NEQ, 0029, 0032, 0029, 0028, 1001,   58,  12,   0,   0,    ,   0,    , 349,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -22,    2485,    2807, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  94
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  34, NEQ, 0092, 0149, 0039, 0034, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  50, NEQ, 0029, 0015, 0000, 0000, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 10, 2023082812, 03, HFSA, 000, 203N,  853W,  70,  995, XX,  64, NEQ, 0016, 0000, 0000, 0000, 1003,   40,  14,   0,   0,    ,   0,    ,   7,  71,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -31,     812,    -800, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  13,  45
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  34, NEQ, 0115, 0112, 0099, 0094, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  50, NEQ, 0063, 0065, 0039, 0049, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 08, 2023082812, 03, HFSA, 006, 281N,  713W, 101,  953, XX,  64, NEQ, 0037, 0034, 0023, 0029, 1001,   57,  15,   0,   0,    ,   0,    , 356,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -25,    2170,    2988, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  86
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  34, NEQ, 0092, 0115, 0071, 0049,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  50, NEQ, 0053, 0066, 0023, 0031,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 10, 2023082812, 03, HFSA, 006, 210N,  852W,  66,  983, XX,  64, NEQ, 0023, 0000, 0000, 0000,  999,   35,  19,   0,   0,    ,   0,    ,  10,  79,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -87,    1734,    1246, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  51
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  34, NEQ, 0107, 0105, 0087, 0096, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  50, NEQ, 0060, 0060, 0044, 0052, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 08, 2023082812, 03, HFSA, 012, 289N,  714W, 100,  948, XX,  64, NEQ, 0042, 0044, 0032, 0036, 1008,  119,  13,   0,   0,    ,   0,    ,   3,  84,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -52,    2165,    2846, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  87
AL, 10, 2023082812, 03, HFSA, 012, 216N,  854W,  59,  984, XX,  34, NEQ, 0099, 0133, 0107, 0057, 1000,   41,  84,   0,   0,    ,   0,    ,   4,  72,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -58,    2202,     936, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  46
AL, 10, 2023082812, 03, HFSA, 012, 216N,  854W,  59,  984, XX,  50, NEQ, 0045, 0092, 0026, 0026, 1000,   41,  84,   0,   0,    ,   0,    ,   4,  72,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -58,    2202,     936, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  46
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  34, NEQ, 0107, 0110, 0096, 0079, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  50, NEQ, 0063, 0065, 0045, 0052, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 08, 2023082812, 03, HFSA, 018, 297N,  714W, 102,  954, XX,  64, NEQ, 0045, 0049, 0031, 0039, 1010,  146,  16,   0,   0,    ,   0,    ,   5,  92,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -37,    2092,    2970, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  84
AL, 10, 2023082812, 03, HFSA, 018, 226N,  851W,  62,  981, XX,  34, NEQ, 0078, 0118, 0058, 0042, 1005,  109,  12,   0,   0,    ,   0,    ,  14,  99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -80,    1575,    1568, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  48
AL, 10, 2023082812, 03, HFSA, 018, 226N,  851W,  62,  981, XX,  50, NEQ, 0032, 0076, 0016, 0019, 1005,  109,  12,   0,   0,    ,   0,    ,  14,  99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -80,    1575,    1568, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  48
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  34, NEQ, 0107, 0120, 0089, 0083, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  50, NEQ, 0071, 0073, 0045, 0057, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 08, 2023082812, 03, HFSA, 024, 305N,  712W,  92,  956, XX,  64, NEQ, 0044, 0044, 0037, 0039, 1008,  106,  18,   0,   0,    ,   0,    ,  13,  89,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -39,    2070,    2920, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  73
AL, 10, 2023082812, 03, HFSA, 024, 237N,  853W,  60,  985, XX,  34, NEQ, 0084, 0086, 0047, 0074, 1005,   91,  21,   0,   0,    ,   0,    , 359, 107,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -69,    1349,    1168, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  24,  44
AL, 10, 2023082812, 03, HFSA, 024, 237N,  853W,  60,  985, XX,  50, NEQ, 0034, 0039, 0000, 0000, 1005,   91,  21,   0,   0,    ,   0,    , 359, 107,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -69,    1349,    1168, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  24,  44
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  34, NEQ, 0117, 0118, 0084, 0087, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  50, NEQ, 0070, 0076, 0053, 0055, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 08, 2023082812, 03, HFSA, 030, 313N,  708W,  93,  957, XX,  64, NEQ, 0049, 0047, 0039, 0040, 1009,  114,  25,   0,   0,    ,   0,    ,  26,  96,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      -6,    2004,    2980, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  23,  81
AL, 10, 2023082812, 03, HFSA, 030, 246N,  853W,  64,  979, XX,  34, NEQ, 0091, 0100, 0066, 0052, 1007,  181,  15,   0,   0,    ,   0,    ,   9, 106,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -130,    1764,    1521, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  53
AL, 10, 2023082812, 03, HFSA, 030, 246N,  853W,  64,  979, XX,  50, NEQ, 0049, 0045, 0028, 0019, 1007,  181,  15,   0,   0,    ,   0,    ,   9, 106,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -130,    1764,    1521, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  53
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  34, NEQ, 0110, 0113, 0091, 0083, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  50, NEQ, 0062, 0068, 0055, 0049, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 08, 2023082812, 03, HFSA, 036, 321N,  702W,  99,  957, XX,  64, NEQ, 0045, 0044, 0039, 0032, 1009,  161,  19,   0,   0,    ,   0,    ,  32,  94,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,       2,    1949,    2843, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  19,  87
AL, 10, 2023082812, 03, HFSA, 036, 258N,  850W,  57,  982, XX,  34, NEQ, 0089, 0115, 0058, 0073, 1002,   89,  13,   0,   0,    ,   0,    ,  21, 121,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1759,    1095, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 10, 2023082812, 03, HFSA, 036, 258N,  850W,  57,  982, XX,  50, NEQ, 0023, 0073, 0019, 0000, 1002,   89,  13,   0,   0,    ,   0,    ,  21, 121,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1759,    1095, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  34, NEQ, 0117, 0121, 0100, 0083, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  50, NEQ, 0068, 0073, 0055, 0049, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 08, 2023082812, 03, HFSA, 042, 329N,  697W,  97,  955, XX,  64, NEQ, 0045, 0047, 0039, 0044, 1007,  121,  22,   0,   0,    ,   0,    ,  30, 115,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      20,    1759,    3035, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  18,  84
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  34, NEQ, 0094, 0121, 0058, 0062,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  50, NEQ, 0065, 0062, 0031, 0023,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 10, 2023082812, 03, HFSA, 042, 274N,  844W,  71,  973, XX,  64, NEQ, 0018, 0037, 0000, 0000,  993,   32,  37,   0,   0,    ,   0,    ,  28, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     -16,    2279,    1070, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  52
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  34, NEQ, 0125, 0125, 0108, 0084, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  50, NEQ, 0063, 0071, 0070, 0063, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 08, 2023082812, 03, HFSA, 048, 339N,  689W,  88,  958, XX,  64, NEQ, 0044, 0047, 0045, 0044, 1006,  116,  22,   0,   0,    ,   0,    ,  44, 135,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      32,    1631,    3002, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  72
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  34, NEQ, 0055, 0120, 0068, 0066,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  50, NEQ, 0039, 0045, 0040, 0040,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 10, 2023082812, 03, HFSA, 048, 287N,  836W,  98,  958, XX,  64, NEQ, 0028, 0032, 0031, 0029,  994,   43,  15,   0,   0,    ,   0,    ,  42, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      57,    2691,    2297, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  16,  80
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  34, NEQ, 0133, 0131, 0117, 0081, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  50, NEQ, 0071, 0071, 0068, 0050, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 08, 2023082812, 03, HFSA, 054, 348N,  678W,  80,  961, XX,  64, NEQ, 0037, 0053, 0052, 0031, 1005,  118,  20,   0,   0,    ,   0,    ,  53, 148,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      21,    1677,    2639, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  70
AL, 10, 2023082812, 03, HFSA, 054, 302N,  821W,  50,  968, XX,  34, NEQ, 0125, 0152, 0034, 0018, 1004,  121,  22,   0,   0,    ,   0,    ,  51, 180,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      78,    1447,    1903, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  36
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  34, NEQ, 0123, 0139, 0134, 0086, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  50, NEQ, 0063, 0083, 0073, 0055, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 08, 2023082812, 03, HFSA, 060, 356N,  662W,  79,  963, XX,  64, NEQ, 0042, 0053, 0044, 0024, 1007,  199,  28,   0,   0,    ,   0,    ,  62, 157,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      11,    1620,    2700, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  29,  67
AL, 10, 2023082812, 03, HFSA, 060, 316N,  805W,  57,  975, XX,  34, NEQ, 0089, 0183, 0087, 0036, 1003,  134,  14,   0,   0,    ,   0,    ,  56, 166,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      95,     707,    1501, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 10, 2023082812, 03, HFSA, 060, 316N,  805W,  57,  975, XX,  50, NEQ, 0031, 0049, 0032, 0000, 1003,  134,  14,   0,   0,    ,   0,    ,  56, 166,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      95,     707,    1501, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  46
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  34, NEQ, 0112, 0139, 0138, 0078, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  50, NEQ, 0066, 0083, 0076, 0047, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 08, 2023082812, 03, HFSA, 066, 363N,  645W,  79,  966, XX,  64, NEQ, 0045, 0060, 0039, 0034, 1006,  183,  33,   0,   0,    ,   0,    ,  61, 170,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      44,    1543,    2573, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  68
AL, 10, 2023082812, 03, HFSA, 066, 326N,  788W,  57,  980, XX,  34, NEQ, 0081, 0147, 0121, 0045, 1000,   72,  18,   0,   0,    ,   0,    ,  59, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     123,    1082,    1530, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  43
AL, 10, 2023082812, 03, HFSA, 066, 326N,  788W,  57,  980, XX,  50, NEQ, 0029, 0044, 0000, 0000, 1000,   72,  18,   0,   0,    ,   0,    ,  59, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     123,    1082,    1530, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  15,  43
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  34, NEQ, 0117, 0138, 0128, 0074, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  50, NEQ, 0053, 0079, 0081, 0044, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 08, 2023082812, 03, HFSA, 072, 372N,  626W,  80,  968, XX,  64, NEQ, 0036, 0057, 0055, 0034, 1004,  113,  33,   0,   0,    ,   0,    ,  62, 194,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      56,    1582,    2860, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  69
AL, 10, 2023082812, 03, HFSA, 072, 336N,  771W,  55,  982, XX,  34, NEQ, 0076, 0110, 0097, 0060, 1002,   94,  32,   0,   0,    ,   0,    ,  66, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     172,    1351,    1007, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  43
AL, 10, 2023082812, 03, HFSA, 072, 336N,  771W,  55,  982, XX,  50, NEQ, 0000, 0044, 0044, 0026, 1002,   94,  32,   0,   0,    ,   0,    ,  66, 156,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     172,    1351,    1007, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  26,  43
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  34, NEQ, 0128, 0139, 0134, 0063, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  50, NEQ, 0057, 0078, 0079, 0042, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 08, 2023082812, 03, HFSA, 078, 381N,  603W,  77,  972, XX,  64, NEQ, 0036, 0057, 0036, 0000, 1008,  166,  22,   0,   0,    ,   0,    ,  65, 220,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     103,    1758,    2691, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  63
AL, 10, 2023082812, 03, HFSA, 078, 342N,  751W,  56,  982, XX,  34, NEQ, 0231, 0108, 0104, 0110, 1002,   82,  30,   0,   0,    ,   0,    ,  75, 150,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     214,    1922,     805, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  42,  45
AL, 10, 2023082812, 03, HFSA, 078, 342N,  751W,  56,  982, XX,  50, NEQ, 0000, 0055, 0052, 0053, 1002,   82,  30,   0,   0,    ,   0,    ,  75, 150,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     214,    1922,     805, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  42,  45
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  34, NEQ, 0105, 0141, 0142, 0063, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  50, NEQ, 0053, 0083, 0058, 0037, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 08, 2023082812, 03, HFSA, 084, 392N,  578W,  72,  978, XX,  64, NEQ, 0000, 0060, 0036, 0000, 1010,  160,  30,   0,   0,    ,   0,    ,  66, 231,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     195,    2665,    1280, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  57
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  34, NEQ, 0152, 0094, 0115, 0163, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  50, NEQ, 0050, 0028, 0058, 0066, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 10, 2023082812, 03, HFSA, 084, 347N,  737W,  75,  976, XX,  64, NEQ, 0000, 0000, 0000, 0044, 1004,   86,  31,   0,   0,    ,   0,    ,  80, 109,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     258,    1286,    1491, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  32,  50
AL, 08, 2023082812, 03, HFSA, 090, 403N,  552W,  62,  983, XX,  34, NEQ, 0115, 0139, 0130, 0112, 1007,  109,  55,   0,   0,    ,   0,    ,  69, 244,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     270,    2112,    -368, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  39,  51
AL, 08, 2023082812, 03, HFSA, 090, 403N,  552W,  62,  983, XX,  50, NEQ, 0053, 0083, 0060, 0000, 1007,  109,  55,   0,   0,    ,   0,    ,  69, 244,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     270,    2112,    -368, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  39,  51
AL, 10, 2023082812, 03, HFSA, 090, 346N,  728W,  51,  986, XX,  34, NEQ, 0155, 0096, 0102, 0147, 1006,   99,  42,   0,   0,    ,   0,    ,  97,  77,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     174,    2403,      26, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  39
AL, 10, 2023082812, 03, HFSA, 090, 346N,  728W,  51,  986, XX,  50, NEQ, 0000, 0000, 0000, 0047, 1006,   99,  42,   0,   0,    ,   0,    ,  97,  77,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     174,    2403,      26, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  39
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  34, NEQ, 0110, 0163, 0126, 0108,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  50, NEQ, 0044, 0083, 0057, 0045,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 08, 2023082812, 03, HFSA, 096, 415N,  520W,  68,  983, XX,  64, NEQ, 0000, 0050, 0000, 0000,  991,   34,  45,   0,   0,    ,   0,    ,  72, 251,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     338,    1553,    -386, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  44,  51
AL, 10, 2023082812, 03, HFSA, 096, 344N,  717W,  41,  993, XX,  34, NEQ, 0180, 0063, 0102, 0121, 1009,   99,  69,   0,   0,    ,   0,    ,  98,  76,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     129,    2028,    -366, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  34,  34
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  34, NEQ, 0142, 0139, 0134, 0118,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  50, NEQ, 0042, 0062, 0070, 0040,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 08, 2023082812, 03, HFSA, 102, 423N,  491W,  81,  990, XX,  64, NEQ, 0000, 0000, 0052, 0031,  998,   44,  45,   0,   0,    ,   0,    ,  76, 236,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     387,    1266,   -1197, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  40,  50
AL, 10, 2023082812, 03, HFSA, 102, 343N,  710W,  42,  996, XX,  34, NEQ, 0000, 0000, 0099, 0123, 1012,  126,  31,   0,   0,    ,   0,    , 108,  42,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     116,    1645,    -300, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  34,  33
AL, 08, 2023082812, 03, HFSA, 108, 430N,  453W,  60,  994, XX,  34, NEQ, 0146, 0126, 0136, 0105, 1002,   59,  24,   0,   0,    ,   0,    ,  78, 270,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     540,     309,   -1133, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  47,  42
AL, 08, 2023082812, 03, HFSA, 108, 430N,  453W,  60,  994, XX,  50, NEQ, 0000, 0000, 0063, 0058, 1002,   59,  24,   0,   0,    ,   0,    ,  78, 270,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     540,     309,   -1133, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  47,  42
AL, 10, 2023082812, 03, HFSA, 108, 341N,  708W,  37,  997, XX,  34, NEQ, 0000, 0000, 0000, 0128, 1013,  187, 106,   0,   0,    ,   0,    , 194,  21,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,      63,    1813,    -692, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  31,  29
AL, 08, 2023082812, 03, HFSA, 114, 438N,  416W,  60,  995, XX,  34, NEQ, 0201, 0149, 0151, 0134, 1003,   75,  25,   0,   0,    ,   0,    ,  81, 269,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     472,      14,   -1455, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  52,  40
AL, 08, 2023082812, 03, HFSA, 114, 438N,  416W,  60,  995, XX,  50, NEQ, 0000, 0000, 0089, 0057, 1003,   75,  25,   0,   0,    ,   0,    ,  81, 269,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     472,      14,   -1455, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  52,  40
AL, 10, 2023082812, 03, HFSA, 114, 344N,  712W,  41,  999, XX,  34, NEQ, 0091, 0050, 0062, 0096, 1003,   23,  26,   0,   0,    ,   0,    , 291,  42,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -122,     990,    -230, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  58,  30
AL, 08, 2023082812, 03, HFSA, 120, 444N,  379W,  47,  997, XX,  34, NEQ, 0176, 0165, 0173, 0136, 1005,   99,  88,   0,   0,    ,   0,    ,  83, 259,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     466,    -192,   -1892, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  78,  37
AL, 10, 2023082812, 03, HFSA, 120, 345N,  718W,  61,  994, XX,  34, NEQ, 0084, 0076, 0074, 0108, 1010,  101,  23,   0,   0,    ,   0,    , 270,  54,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -145,     823,     417, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  43
AL, 10, 2023082812, 03, HFSA, 120, 345N,  718W,  61,  994, XX,  50, NEQ, 0034, 0000, 0000, 0045, 1010,  101,  23,   0,   0,    ,   0,    , 270,  54,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -145,     823,     417, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  28,  43
AL, 08, 2023082812, 03, HFSA, 126, 449N,  342W,  42, 1000, XX,  34, NEQ, 0147, 0123, 0162, 0130, 1008,  116, 109,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,     402,    -311,   -1969, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW, 112,  31
AL, 10, 2023082812, 03, HFSA, 126, 342N,  727W,  59,  991, XX,  34, NEQ, 0115, 0039, 0105, 0110, 1007,   62,  49,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1571,     749, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  43
AL, 10, 2023082812, 03, HFSA, 126, 342N,  727W,  59,  991, XX,  50, NEQ, 0000, 0000, 0023, 0057, 1007,   62,  49,   0,   0,    ,   0,    , -99, -99,           ,  ,   ,    ,   0,   0,   0,   0,       THERMO PARAMS,    -108,    1571,     749, N, 10, DT, -999, SHR82,  -99, -99, SST,  -99, ARMW,  21,  43
+ 1030 + grep -v '^.., 00,' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix.all.orig
+ 1030 + '[' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L = /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L ']'
+ 1030 + '[' NO = YES ']'
+ 1030 + '[' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L = /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L ']'
+ 1030 + '[' -s /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix ']'
+ 1030 + '[' /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L = /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L ']'
+ 1030 + '[' -s /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/com/2023082812/00L/00l.2023082812.hfsa.trak.atcfunix ']'
+ 1030 + cd /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L/product
+ 1047 + grep 'top of output_all' ./tracker/hafs_gettrk.out
Binary file ./tracker/hafs_gettrk.out matches
+ 1047 + echo 'INFO: successfully ran run_product.parent'
INFO: successfully ran run_product.parent
+ 1047 + cd /scratch2/NCEPDEV/hwrf/scrub/Jiayi.Peng/H224_ensemble_mom6A_03/2023082812/00L
+ 1047 + '[' YES '!=' YES ']'
+ 1047 + date
Mon Jul  1 22:33:52 UTC 2024